diff --git a/doc/Braun_et_al_2008.pdf b/doc/Braun_et_al_2008.pdf
new file mode 100644
index 0000000000000000000000000000000000000000..3e209bc490ed76e0f486129134a75a24d269ddfd
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diff --git a/doc/DOUAR_manual.pdf b/doc/DOUAR_manual.pdf
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diff --git a/doc/build-p690 b/doc/build-p690
new file mode 100644
index 0000000000000000000000000000000000000000..07107381ab1db8867692406120bef444a6f40f82
--- /dev/null
+++ b/doc/build-p690
@@ -0,0 +1,39 @@
+Build recipe for the p690
+
+Author: Douglas Guptill
+Date: 2009-07-14, 15
+
+# Edit Makefile.p690
+#
+# a quirk, make will fail otherwise.
+touch Makefile.deps
+# install the Makefile specialization for the p690.
+make p690
+# The default xlf compiler is version 8.1.
+# It is not up to the task of compiling douar
+PATH=/usr/xlf-10.1/usr/bin:${PATH}
+# WSMP wants this.
+export OBJECT_MODE=64
+# install the latest version of define_bc
+make bc_20090710
+# build douar.
+make
+#
+# The link will fail if the -extchk option is still there.
+#
+# look at the ouput
+make more-output
+# remove -extchk from FFLAGS and CFLAGS in Makefile.p690
+# install the editted Makefile.p690
+make p690
+# remove all the object files and libraries created by the previous make
+make distclean
+# build douar again
+make
+#
+# After a successful compile and link....
+#
+# Look at the build output
+make more-output
+# install the binary
+make install
diff --git a/doc/changes-made b/doc/changes-made
new file mode 100644
index 0000000000000000000000000000000000000000..d1f2c70148535c2fa7377c4a06fab7a1c22da4b8
--- /dev/null
+++ b/doc/changes-made
@@ -0,0 +1,19 @@
+The original douar I received from Dave Whipp is rev 1 of the "douar"
+project in the Subversion repository on dome.ocean.dal.ca .
+That repository is in ~dguptill/svn/douar
+
+To see what changes I have made to douar:
+
+ 1. checkout from svn on dome:
+ cd /tmp
+ svn-checkout douar trunk
+ cd douar_trunk
+
+ 2. diff that with rev 1:
+ svn diff -x -w -x --ignore-eol-style --no-diff-deleted -r 1:HEAD | less
+
+ "svn-checkout" can be found in ~dguptill/bin" on dome.
+ If that is unavailable, just use the appropriate svn command.
+
+-Douglas Guptill, 2009-06-10
+
diff --git a/doc/compile-issues b/doc/compile-issues
new file mode 100644
index 0000000000000000000000000000000000000000..a0f0dfc3d9b853b19ede54eb7dad6727170efa7e
--- /dev/null
+++ b/doc/compile-issues
@@ -0,0 +1,42 @@
+=======================================
+in move_surface.f90:
+ type (octreev) ov
+ call octree_interpolate_many (3,ov%octree,ov%noctree,ov%icon,ov%nleaves, &
+ call octree_interpolate_many_derivative (3,ov%octree,ov%noctree,ov%icon,ov%nleaves,
+
+in module_definitions.f90
+ type octreev
+ integer,dimension(:),pointer::octree
+ integer noctree,nnode,nleaves
+ double precision,dimension(:),pointer::x,y,z,temp
+ double precision,dimension(:),pointer::unode,vnode,wnode
+ double precision,dimension(:),pointer::pressure
+ double precision,dimension(:),pointer::temporary_nodal_pressure
+ integer,dimension(:,:),pointer::icon
+ logical, dimension(:),pointer :: whole_leaf_in_fluid
+ end type octreev
+
+So ov%octree is integer(:), pointer
+ ov%icon is integer(:,:), pointer
+
+in OCTREE/OctreeBitPlus.f90:
+ subroutine octree_interpolate_many (nf,octree,noctree,icon,nleaves,nfield,x,y,z,
+ integer noctree,octree(noctree),nleaves,icon(8,nleaves)
+
+ subroutine octree_interpolate_many_derivative &
+ (nf,octree,noctree,icon,nleaves,nfield,x,y,z, &
+ integer noctree,octree(noctree),nleaves,icon(8,nleaves)
+
+The difference being "pointer", and the "8"
+=======================================
+in CASCADE/find_neighbours, we make a code change:
+c call indexx(np,points,nodes)
+ call indexx(np,x,nodes)
+c call delaun (points,np,neighbour,vertices,nt,2*np,
+c & vis_tlist,vis_elist,add_tlist,eps,nv_max,
+c & mode,inactive,bfirst,itstart,subset)
+ call delaun (points,np,neighbour,vertices,nt,2*np,
+ & vis_tlist,vis_elist,add_tlist,eps,nv_max,
+ & mode,dummy1,bfirst,itstart,dummy2)
+=======================================
+
diff --git a/doc/report-01 b/doc/report-01
new file mode 100644
index 0000000000000000000000000000000000000000..141612934c75397ea89ae73df23f07a225862a4a
--- /dev/null
+++ b/doc/report-01
@@ -0,0 +1,256 @@
+Title: Porting douar
+Author: Douglas Guptill
+Date: 2009-06-04
+
+
+Porting to p690
+---------------
+ - frustrating, time-costly
+ - douar behaviour varies with
+ + compiler (xlf 8.1, xlf 10.1)
+ + compiler options
+ + changes in noctreemax
+ - I wonder if the execution time and/or results are being affected
+ by the type mismatches at link time; see below for more.
+ - on the p690, using 16 processors, douar is running at 1/300 of the
+ speed of grace. (David Whipp ran the input.txt file on grace, and
+ sent me the stdout file.)
+ - no run yet has passed the point where douar calls wsmp.
+
+
+======== (start) output from grace ===================================
+ start of non-linear iteratio 1 168.0293
+ -----------------------------------
+ build system 168.0294 0.0001 0.0001
+ nelem per proc (min/max) 27059 42683
+ viscosity range 1.00000E-04 3.59904E+02
+ viscosity capped in 212992
+ wsmp solve 215.1212 47.0919 47.0918
+======== (end) output from grace =====================================
+
+
+======== (start) output from p690 (np=16) ============================
+ start of non-linear iteratio 1 57001.9888
+ -----------------------------------
+ build system 57001.9889 0.0001 0.0001
+ nelem per proc (min/max) 13522 28627
+ viscosity range 1.00000E-04 3.59904E+02
+ viscosity capped in 212992
+ wsmp solve 61747.2775 4745.2886 4745.2886
+======== (end) output from p690 (np=16) ==============================
+
+
+
+
+Porting to mahone.ace-net.ca
+----------------------------
+
+For more about mahone, its hardware and software, see here:
+ https://wiki.ace-net.ca/index.php/Main_Page
+
+ - PGI compilers
+ - quick and easy
+ - runs about 10% faster (using 4 processes on the head node) than grace.
+ - no run yet has passed the point where it calls wsmp.
+ - no successful run yet; MPI problems, as yet un-diagnosed:
+ [clhead:03784] *** An error occurred in MPI_Send
+ [clhead:03784] *** on communicator MPI_COMM_WORLD
+ [clhead:03784] *** MPI_ERR_COUNT: invalid count argument
+ [clhead:03784] *** MPI_ERRORS_ARE_FATAL (goodbye)
+
+
+======== (start) output from mahone (np=4) ===========================
+ start of non-linear iteratio 1 137.5392
+ -----------------------------------
+ build system 137.5393 0.0000 0.0000
+ nelem per proc (min/max) 54619 68563
+ viscosity range 1.00000E-04 3.59904E+02
+ viscosity capped in 196608
+ wsmp solve 179.2639 41.7246 41.7246
+======== (end) output from mahone (np=4) =============================
+
+
+
+Type mismatches
+---------------
+
+The xlf Fortran compiler on the p690 will, if asked, check for
+mismatches between calling sequences and subroutine definitions.
+
+What do I mean by a type mismatch? An example: parameter #3 in the
+calling list is a scalar, parameter #3 in the dummy argument list of
+the subroutine code is an array.
+
+The xlf compiler found type mismatches in douar. Some I could correct
+easily; others will require a much closer examination of the code to
+determine a fix that doesn't break douar. There are type mismatches
+in the calls to these routines:
+ nn2d_setup
+ nn2d
+ octree_interpolate_many
+ octree_interpolate_many_derivative
+ show
+ delaun
+ indexx
+ fluvial_erosion
+ diffusion_erosion
+ update_time_step
+
+There are also mismatches for mpi_ routines; this is common on the
+p690; I believe they can be ignored. See below for the complete list.
+
+
+The C code in NN
+----------------
+(this section is for detail fanatics)
+
+The files stack.c, stackpair.c and volume.c had copies with a .cc
+extension:
+ stack.c and stack.cc
+ stackpair.c and stackpair.cc
+ volume.c and volume.cc
+
+The actual code in each pair of files (stack.c and stack.cc) was
+identical, except that in one copy there was an underscore at the end
+of some routine names.
+
+The reason for these duplicates appears to be the variation in how
+Fortran compilers link to non-Fortran routines; some add an underscore
+to the name of non-Fortran routine, some don't. This results in two
+possibilities at link time: a reference to, for example,
+ "stackinit"
+or to
+ "stackinit_"
+
+I believe that the duplicated code is a maintenance problem and a
+potential source of nasty bugs. So I removed the duplicate files, and
+modified the remaining copy by adding a stub for each routine which
+calls the other. For example, the code for "stackinit" now looks like
+the snippet below.
+
+The C routines which were un-typed caused link failures on the p690.
+The cure for this was to add a type (void) for those entry points.
+
+================= (start) stackinit ======================
+/* prototypes */
+ void stackinit_();
+ void stackinit();
+
+/* provide an entry point with "_" at the end */
+ void stackinit_() {stackinit();}
+
+/* the code */
+ void stackinit()
+ {
+ head = (struct node *) malloc(sizeof *head);
+ z = (struct node *) malloc(sizeof *z);
+ head->next = z; head->key=0;
+ z->next = z;
+ z->key = 0;
+ }
+================= (end) stackinit ======================
+
+
+============ (start) type mismatches from the p690 ====================
+(ld): mismatch
+ld: 0711-189 ERROR: Type mismatches were detected.
+ The following symbols are in error:
+ Symbol Hash Inpndx TY CL Source-File(Object-File) OR Import-File{Shared-object}
+ ------------------------- ---------------------- ------- -- -- ------------------------------------------------------
+ .mpi_reduce ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [249] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwssmp.o])
+ ** References Without Matching Definitions **
+ Fort 1C031446 20202020 [499] ER PR (do_leaf_measurements.o)
+ [497] ER PR (compute_divergence.o)
+ Fort 883D2E6F 883D2E6F [520] ER PR (build_system_wsmp.o)
+
+ .mpi_allreduce ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [60] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgcomm.o])
+ [26] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgcomm.o])
+ [496] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [167] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [1437] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[parsymb.o])
+ ** References Without Matching Definitions **
+ Fort A0C85910 20202020 [577] ER PR (update_cloud_fields.o)
+ [393] ER PR (move_cloud.o)
+ [490] ER PR (move_surface.o)
+ [390] ER PR (interpolate_velocity_on_surface.o)
+ [477] ER PR (interpolate_ov_on_osolve.o)
+ [538] ER PR (improve_osolve.o)
+ [540] ER PR (erosion.o)
+ [476] ER PR (compute_pressure.o)
+ [528] ER PR (build_system_wsmp.o)
+ Fort 7300E28E 20202020 [413] ER PR (refine_surface.o)
+ [402] ER PR (check_delaunay.o)
+
+ .mpi_bcast ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [376] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [295] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwssmp.o])
+ [24] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[porder.o])
+ [244] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[plda.o])
+ ** References Without Matching Definitions **
+ Fort D8DDC68E 20202020 [519] ER PR (solve_with_pwgsmp.o)
+ [528] ER PR (solve_with_pwssmp.o)
+ [524] ER PR (erosion.o)
+ Fort 4955A997 4955A997 [354] ER PR (read_input_file.o)
+ [272] ER PR (read_controlling_parameters.o)
+ [450] ER PR (create_surfaces.o)
+
+ .nn2d_setup Fort 415F1726 DC32B44C [47] LD PR nn.f(NN/libnn_f-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 5064C7F3 20202020 [536] ER PR (erosion.o)
+ [466] ER PR (create_surfaces.o)
+
+ .nn2d Fort DAF314E0 477683E6 [182] LD PR nn.f(NN/libnn_f-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 14D0B906 20202020 [538] ER PR (erosion.o)
+
+ .octree_interpolate_many Fort 56666C28 C1BA756A [1853] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort 5C3279C7 20202020 [591] ER PR (update_cloud_fields.o)
+ [391] ER PR (move_cloud.o)
+ [480] ER PR (move_surface.o)
+ [388] ER PR (interpolate_velocity_on_surface.o)
+ Fort 8D36C986 20202020 [473] ER PR (interpolate_ov_on_osolve.o)
+
+ .octree_interpolate_many_derivative Fort 8F7B9C4E 70645C45 [2013] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort 7989C8EA 20202020 [482] ER PR (move_surface.o)
+
+ .mpi_wtime ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References Without Matching Definitions **
+ Fort D298D1B5 D298D1B5 [272] ER PR (toolbox.o)
+ Fort D8CCB3E4 D8CCB3E4 [501] ER PR (solve_with_pwgsmp.o)
+ [508] ER PR (solve_with_pwssmp.o)
+
+ .show Fort 4955A997 0C4AC181 [738] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort F55DBCFA 20202020 [566] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .delaun Fort FCC34CBE F539DC8A [34] LD PR delaun.f(NN/libnn_f-q64.a[delaun.o])
+ ** References Without Matching Definitions **
+ Fort FCC34CBE 20202020 [516] ER PR (CASCADE/libcascade-q64.a[nn_remove.o])
+ [121] ER PR (NN/libnn_f-q64.a[nn.o])
+ Fort 61BF4539 20202020 [210] ER PR (CASCADE/libcascade-q64.a[check_mesh.o])
+ Fort F6CF495C 20202020 [126] ER PR (CASCADE/libcascade-q64.a[find_neighbours.o])
+
+ .indexx Fort B1C0D0F4 BDD1E49E [2404] LD PR nn.f(NN/libnn_f-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 410FD164 20202020 [122] ER PR (CASCADE/libcascade-q64.a[find_neighbours.o])
+ Fort B1C0D0F4 20202020 [1847] ER PR (NN/libnn_f-q64.a[nn.o])
+ [1637] ER PR (NN/libnn_f-q64.a[nn.o])
+ [1451] ER PR (NN/libnn_f-q64.a[nn.o])
+
+ .fluvial_erosion Fort 05493BBF 38B5F94F [15] LD PR fluvial_erosion.f(CASCADE/libcascade-q64.a[fluvial_erosion.o])
+ ** References Without Matching Definitions **
+ Fort 6E2E3C6A 20202020 [546] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .diffusion_erosion Fort 9BE4E4A5 B1655465 [12] LD PR diffusion_erosion.f(CASCADE/libcascade-q64.a[diffusion_erosion.o])
+ ** References Without Matching Definitions **
+ Fort A199E5A4 20202020 [548] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .update_time_step Fort B1E8249C FE6F92E6 [14] LD PR update_time_step.f(CASCADE/libcascade-q64.a[update_time_step.o])
+ ** References Without Matching Definitions **
+ Fort 949623C9 20202020 [532] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+MISMATCH: The return code is 8.
+============ (end) type mismatches from the p690 ====================
diff --git a/doc/report-02 b/doc/report-02
new file mode 100644
index 0000000000000000000000000000000000000000..010a992ad431ae818eb9eae80f960c21e8c4fd39
--- /dev/null
+++ b/doc/report-02
@@ -0,0 +1,76 @@
+2009-09-03
+----------
+
+wsmp
+----
+
+The user forum at
+ http://www.alphaworks.ibm.com/tech/wsmp/forum
+has only one entry - a question: how much memory does wsmp use?
+It is dated 13 June, 2006. There is no response.
+
+douar_wsmp (GNU/Linux) and MPI
+------------------------------
+
+wsmp has these X86_64 builds for GNU/Linux
+ GNU
+ Intel
+ PGI
+
+MPI options include
+ MPICH
+ OpenMPI
+
+We need to choose an MPI-compiler combination, in which the compiler
+matches one of the wsmp builds. The possibilites are different for
+each computer.
+
+ace-net (mahone)
+----------------
+ mpich-1.2.7/SunStudio
+ - no wsmp for this (Unless SunStudio is gnu-compatible ?)
+
+ mpich-1.2.7/gnu
+ - mpif90 not present
+ - Ross Dickson reports:
+ examples pwssmp_ex3.f and pwgsmp_ex1.f both segfault
+
+ mpich-1.2.7/PGI
+ - Ross Dickson reports:
+ MPICH builds (of the wsmp examples) using PGI compilers were unsuccessful.
+ - douar_wsmp reports (from the first call to wsmp):
+ 3 - MPI_COMM_SIZE : Null communicator
+ [3] Aborting program !
+ [3] Aborting program!
+ 2 - MPI_COMM_SIZE : Null communicator
+ [2] Aborting program !
+ [2] Aborting program!
+ 0 - MPI_COMM_SIZE : Null communicator
+
+ openmpi-1.2.7/PGI-7.1
+ - candidate *
+ - examples have trouble...details on mahone...I forget right now.
+ - The content of the .err file suggests that wsmp has accepted its license;
+ however douar_wsmp reports a license problem:
+ WSMP-> initialisation pb -900
+
+
+
+
+scram
+-----
+ mpich/gnu
+ - candidate
+
+ mpich/Intel
+ - candidate
+
+ OpenMPI/gnu
+ - candidate *
+
+ OpenMPI/Intel
+ - candidate *
+
+
+* possible gotcha - does wsmp *need* mpich.?
+
diff --git a/p690/build-problems b/p690/build-problems
new file mode 100644
index 0000000000000000000000000000000000000000..cb8bb61776a7d7863629dabde3f09b39f870f59e
--- /dev/null
+++ b/p690/build-problems
@@ -0,0 +1,397 @@
+(ld): setopt 64
+(ld): halt 0
+(ld): lrgpage 0
+(ld): savename douar-q64
+(ld): filelist 89 1
+(ld): i /lib/crt0_64.o
+(ld): i module_threads.o
+(ld): i module_constants.o
+(ld): i module_invariants.o
+(ld): i module_gauss.o
+(ld): i module_definitions.o
+(ld): i module_random.o
+(ld): i module_colormap.o
+(ld): i DoRuRe.o
+(ld): i build_surface_octree.o
+(ld): i build_system_wsmp.o
+(ld): i calculate_lsf.o
+(ld): i compute_convergence_criterion.o
+(ld): i check_delaunay.o
+(ld): i compute_dhdx_dhdy_dhdz.o
+(ld): i compute_divergence.o
+(ld): i compute_pressure.o
+(ld): i compute_positive_volume.o
+(ld): i compute_normals.o
+(ld): i create_surfaces.o
+(ld): i define_bc.o
+(ld): i define_bc_ritske.o
+(ld): i define_bc_ritske_isurf.o
+(ld): i define_bc_sphere.o
+(ld): i define_bc_riedel.o
+(ld): i define_bc_3Dpunch.o
+(ld): i define_bc_2Dpunch.o
+(ld): i define_bc_2Dpunch_vert.o
+(ld): i define_bc_folding.o
+(ld): i define_bc_pipo.o
+(ld): i define_bc_jgr.o
+(ld): i define_bc_subduction.o
+(ld): i define_bc_parallipipede.o
+(ld): i define_bc_model1.o
+(ld): i define_surface.o
+(ld): i define_cloud.o
+(ld): i define_ov.o
+(ld): i do_leaf_measurements.o
+(ld): i embed_surface_in_octree.o
+(ld): i erosion.o
+(ld): i find_void_nodes.o
+(ld): i flush.o
+(ld): i heap.o
+(ld): i improve_osolve.o
+(ld): i initialize_temperature.o
+(ld): i interpolate_ov_on_osolve.o
+(ld): i interpolate_velocity_on_surface.o
+(ld): i isostasy.o
+(ld): i make_matrix.o
+(ld): i make_cut.o
+(ld): i make_pressure.o
+(ld): i move_surface.o
+(ld): i move_cloud.o
+(ld): i pressure_cut.o
+(ld): i qsort.o
+(ld): i read_controlling_parameters.o
+(ld): i read_input_file.o
+(ld): i refine_surface.o
+(ld): i solve_with_pwssmp.o
+(ld): i solve_with_pwgsmp.o
+(ld): i strain_history.o
+(ld): i scanfile.o
+(ld): i slices.o
+(ld): i smooth_pressures.o
+(ld): i toolbox.o
+(ld): i update_cloud_structure.o
+(ld): i update_cloud_fields.o
+(ld): i visualise_matrix.o
+(ld): i remove_point.o
+(ld): i wsmp_setup.o
+(ld): i DOUAR.o
+(ld): i write_global_output.o
+(ld): i vrm.o
+(ld): i CASCADE/libcascade-q64.a
+(ld): i NN/libnn-q64.a
+(ld): i OCTREE/libOctree-q64.a
+(ld): i RESAMPLE/libresample-q64.a
+(ld): lib /home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a
+(ld): lib /usr/lib/libX11.a
+(ld): lib /home/beaumnt1/software/pgplot-5.2.2-q64/libpgplot.a
+(ld): lib /usr/lib/libpthread.a
+(ld): lib /usr/lib/liblapi_r.a
+(ld): lib /usr/lpp/ppe.poe/lib/libmpi_r.a
+(ld): lib /usr/xlf-10.1/usr/lib/libxlf90.a
+(ld): lib /usr/xlf-10.1/usr/lpp/xlf/lib/libxlopt.a
+(ld): lib /usr/xlf-10.1/usr/lib/libxlf.a
+(ld): lib /usr/xlf-10.1/usr/lib/libxlomp_ser.a
+(ld): lib /usr/lib/libm_r.a
+(ld): lib /usr/lpp/ppe.poe/lib/libc_r.a
+LIBRARY: Shared object libX11.a[shr_64.o]: 1204 symbols imported.
+LIBRARY: Shared object libpthread.a[shr_xpg5_64.o]: 275 symbols imported.
+LIBRARY: Shared object liblapi_r.a[liblapi64_r.o]: 147 symbols imported.
+LIBRARY: Shared object liblapi_r.a[liblapishm64_r.o]: 5 symbols imported.
+LIBRARY: Shared object libmpi_r.a[mpicore64_r.o]: 628 symbols imported.
+LIBRARY: Shared object libmpi_r.a[mpifort64_r.o]: 1578 symbols imported.
+LIBRARY: Shared object libmpi_r.a[mpipoe64_r.o]: 108 symbols imported.
+LIBRARY: Shared object libmpi_r.a[mpicpp64_r.o]: 24 symbols imported.
+LIBRARY: Shared object libmpi_r.a[dynamic64_r.o]: 22 symbols imported.
+LIBRARY: Shared object libmpi_r.a[pm_chkrst64_r.o]: 3 symbols imported.
+LIBRARY: Shared object libxlf90.a[io_64.o]: 82 symbols imported.
+LIBRARY: Shared object libxlf90.a[math_64.o]: 328 symbols imported.
+LIBRARY: Shared object libxlf90.a[xlfsys_64.o]: 33 symbols imported.
+LIBRARY: Symbols imported from import file /usr/xlf-10.1/usr/lib/libxlf90.a[_xlf_aio.imp]: 10
+LIBRARY: Shared object libxlf90.a[_xlf_posix_64.o]: 88 symbols imported.
+LIBRARY: Shared object libxlomp_ser.a[omp_ser_64.o]: 61 symbols imported.
+LIBRARY: Shared object libc_r.a[shr_64.o]: 2270 symbols imported.
+LIBRARY: Shared object libc_r.a[aio_64.o]: 11 symbols imported.
+LIBRARY: Shared object libc_r.a[pse_64.o]: 5 symbols imported.
+LIBRARY: Shared object libc_r.a[dl_64.o]: 4 symbols imported.
+LIBRARY: Shared object libc_r.a[pty_64.o]: 1 symbols imported.
+FILELIld: 0711-197 ERROR: Type mismatches for symbol: .mpi_reduce
+ld: 0711-197 ERROR: Type mismatches for symbol: .mpi_allreduce
+ld: 0711-197 ERROR: Type mismatches for symbol: .mpi_bcast
+ld: 0711-197 ERROR: Type mismatches for symbol: .nn2d_setup
+ld: 0711-197 ERROR: Type mismatches for symbol: .nn2d
+ld: 0711-197 ERROR: Type mismatches for symbol: .octree_interpolate_many
+ld: 0711-197 ERROR: Type mismatches for symbol: .octree_interpolate_many_derivative
+ld: 0711-197 ERROR: Type mismatches for symbol: .mpi_wtime
+ld: 0711-197 ERROR: Type mismatches for symbol: .fluvial_erosion
+ld: 0711-197 ERROR: Type mismatches for symbol: .diffusion_erosion
+ld: 0711-197 ERROR: Type mismatches for symbol: .update_time_step
+ld: 0711-197 ERROR: Type mismatches for symbol: .delaun
+ld: 0711-197 ERROR: Type mismatches for symbol: .indexx
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackflush
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackempty
+ld: 0711-197 ERROR: Type mismatches for symbol: .pop
+ld: 0711-197 ERROR: Type mismatches for symbol: .push
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackinit
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackpairempty
+ld: 0711-197 ERROR: Type mismatches for symbol: .poppair
+ld: 0711-197 ERROR: Type mismatches for symbol: .pushpair
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackpairflush
+ld: 0711-197 ERROR: Type mismatches for symbol: .stackpairinit
+ld: 0711-197 ERROR: Type mismatches for symbol: .dvdaf
+ld: 0711-197 ERROR: Type mismatches for symbol: .volumef
+ld: 0711-197 ERROR: Type mismatches for symbol: .volumeb
+ld: 0711-197 ERROR: Type mismatches for symbol: .volume
+ld: 0711-197 ERROR: Type mismatches for symbol: .show
+ld: 0711-197 ERROR: Type mismatches for symbol: .fpdisc
+ld: 0711-197 ERROR: Type mismatches for symbol: .free
+ld: 0711-197 ERROR: Type mismatches for symbol: .malloc
+ST: Number of previously inserted files processed: 89
+(ld): initfini poe_remote_main
+(ld): resolve
+RESOLVE: 3995 of 33543 symbols were kept.
+(ld): addgl /usr/lib/glink64.o
+ADDGL: Glink code added for 172 symbols.
+(ld): er full
+ER: There are no unresolved symbols.
+(ld): mismatch
+ld: 0711-189 ERROR: Type mismatches were detected.
+ The following symbols are in error:
+ Symbol Hash Inpndx TY CL Source-File(Object-File) OR Import-File{Shared-object}
+ ------------------------- ---------------------- ------- -- -- ------------------------------------------------------
+ .mpi_reduce ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [249] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwssmp.o])
+ ** References Without Matching Definitions **
+ Fort 1C031446 20202020 [499] ER PR (do_leaf_measurements.o)
+ [497] ER PR (compute_divergence.o)
+ Fort 883D2E6F 883D2E6F [520] ER PR (build_system_wsmp.o)
+
+ .mpi_allreduce ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [60] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgcomm.o])
+ [26] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgcomm.o])
+ [496] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [167] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [1437] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[parsymb.o])
+ ** References Without Matching Definitions **
+ Fort A0C85910 20202020 [577] ER PR (update_cloud_fields.o)
+ [393] ER PR (move_cloud.o)
+ [490] ER PR (move_surface.o)
+ [390] ER PR (interpolate_velocity_on_surface.o)
+ [477] ER PR (interpolate_ov_on_osolve.o)
+ [538] ER PR (improve_osolve.o)
+ [540] ER PR (erosion.o)
+ [476] ER PR (compute_pressure.o)
+ [528] ER PR (build_system_wsmp.o)
+ Fort 7300E28E 20202020 [413] ER PR (refine_surface.o)
+ [402] ER PR (check_delaunay.o)
+
+ .mpi_bcast ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References ** [376] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwgsmp.o])
+ [295] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pwssmp.o])
+ [24] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[porder.o])
+ [244] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[plda.o])
+ ** References Without Matching Definitions **
+ Fort D8DDC68E 20202020 [519] ER PR (solve_with_pwgsmp.o)
+ [528] ER PR (solve_with_pwssmp.o)
+ [524] ER PR (erosion.o)
+ Fort 4955A997 4955A997 [354] ER PR (read_input_file.o)
+ [272] ER PR (read_controlling_parameters.o)
+ [450] ER PR (create_surfaces.o)
+
+ .nn2d_setup Fort 415F1726 DC32B44C [47] LD PR nn.f(NN/libnn-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 5064C7F3 20202020 [536] ER PR (erosion.o)
+ [466] ER PR (create_surfaces.o)
+
+ .nn2d Fort DAF314E0 477683E6 [182] LD PR nn.f(NN/libnn-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 14D0B906 20202020 [538] ER PR (erosion.o)
+
+ .octree_interpolate_many Fort 56666C28 C1BA756A [1853] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort 5C3279C7 20202020 [591] ER PR (update_cloud_fields.o)
+ [391] ER PR (move_cloud.o)
+ [480] ER PR (move_surface.o)
+ [388] ER PR (interpolate_velocity_on_surface.o)
+ Fort 8D36C986 20202020 [473] ER PR (interpolate_ov_on_osolve.o)
+
+ .octree_interpolate_many_derivative Fort 8F7B9C4E 70645C45 [2013] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort 7989C8EA 20202020 [482] ER PR (move_surface.o)
+
+ .mpi_wtime ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libmpi_r.a[mpifort64_r.o]}
+ ** References Without Matching Definitions **
+ Fort D298D1B5 D298D1B5 [272] ER PR (toolbox.o)
+ Fort D8CCB3E4 D8CCB3E4 [501] ER PR (solve_with_pwgsmp.o)
+ [508] ER PR (solve_with_pwssmp.o)
+
+ .fluvial_erosion Fort 05493BBF 38B5F94F [15] LD PR fluvial_erosion.f(CASCADE/libcascade-q64.a[fluvial_erosion.o])
+ ** References Without Matching Definitions **
+ Fort 6E2E3C6A 20202020 [546] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .diffusion_erosion Fort 9BE4E4A5 B1655465 [12] LD PR diffusion_erosion.f(CASCADE/libcascade-q64.a[diffusion_erosion.o])
+ ** References Without Matching Definitions **
+ Fort A199E5A4 20202020 [548] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .update_time_step Fort B1E8249C FE6F92E6 [14] LD PR update_time_step.f(CASCADE/libcascade-q64.a[update_time_step.o])
+ ** References Without Matching Definitions **
+ Fort 949623C9 20202020 [532] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .delaun Fort FCC34CBE F539DC8A [34] LD PR delaun.f(NN/libnn-q64.a[delaun.o])
+ ** References Without Matching Definitions **
+ Fort FCC34CBE 20202020 [516] ER PR (CASCADE/libcascade-q64.a[nn_remove.o])
+ [121] ER PR (NN/libnn-q64.a[nn.o])
+ Fort 61BF4539 20202020 [210] ER PR (CASCADE/libcascade-q64.a[check_mesh.o])
+ Fort F6CF495C 20202020 [126] ER PR (CASCADE/libcascade-q64.a[find_neighbours.o])
+
+ .indexx Fort B1C0D0F4 BDD1E49E [2404] LD PR nn.f(NN/libnn-q64.a[nn.o])
+ ** References Without Matching Definitions **
+ Fort 410FD164 20202020 [122] ER PR (CASCADE/libcascade-q64.a[find_neighbours.o])
+ Fort B1C0D0F4 20202020 [1847] ER PR (NN/libnn-q64.a[nn.o])
+ [1637] ER PR (NN/libnn-q64.a[nn.o])
+ [1451] ER PR (NN/libnn-q64.a[nn.o])
+
+ .stackflush C A9375C1F 51C2DCF0 [49] LD PR stack.c(NN/libnn-q64.a[stack.o])
+ ** References Without Matching Definitions **
+ Fort D9B924AC D9B924AC [334] ER PR (NN/libnn-q64.a[del_sub.o])
+ [243] ER PR (NN/libnn-q64.a[del_sub.o])
+
+ .stackempty C 220FD7C4 51C2DCF0 [74] LD PR stack.c(NN/libnn-q64.a[stack.o])
+ ** References Without Matching Definitions **
+ Fort C784C8A9 C784C8A9 [332] ER PR (NN/libnn-q64.a[del_sub.o])
+ [241] ER PR (NN/libnn-q64.a[del_sub.o])
+
+ .pop C AF362758 51C2DCF0 [100] LD PR stack.c(NN/libnn-q64.a[stack.o])
+ ** References Without Matching Definitions **
+ Fort C784C8A9 C784C8A9 [328] ER PR (NN/libnn-q64.a[del_sub.o])
+ [235] ER PR (NN/libnn-q64.a[del_sub.o])
+
+ .push C AF362758 51C2DCF0 [127] LD PR stack.c(NN/libnn-q64.a[stack.o])
+ ** References Without Matching Definitions **
+ Fort C784C8A9 C784C8A9 [324] ER PR (NN/libnn-q64.a[del_sub.o])
+ [233] ER PR (NN/libnn-q64.a[del_sub.o])
+
+ .stackinit C A9375C1F 51C2DCF0 [153] LD PR stack.c(NN/libnn-q64.a[stack.o])
+ ** References Without Matching Definitions **
+ Fort D9B924AC D9B924AC [322] ER PR (NN/libnn-q64.a[del_sub.o])
+ [231] ER PR (NN/libnn-q64.a[del_sub.o])
+
+ .stackpairempty C AF362758 51C2DCF0 [37] LD PR stackpair.c(NN/libnn-q64.a[stackpair.o])
+ ** References Without Matching Definitions **
+ Fort C784C8A9 C784C8A9 [95] ER PR (CASCADE/libcascade-q64.a[del_flip.o])
+ [1837] ER PR (NN/libnn-q64.a[nn.o])
+ [1627] ER PR (NN/libnn-q64.a[nn.o])
+ [1441] ER PR (NN/libnn-q64.a[nn.o])
+ [1280] ER PR (NN/libnn-q64.a[nn.o])
+ [1135] ER PR (NN/libnn-q64.a[nn.o])
+ [884] ER PR (NN/libnn-q64.a[nn.o])
+ [771] ER PR (NN/libnn-q64.a[nn.o])
+
+ .poppair C 2DB78479 51C2DCF0 [63] LD PR stackpair.c(NN/libnn-q64.a[stackpair.o])
+ ** References Without Matching Definitions **
+ Fort 92E70B55 92E70B55 [91] ER PR (CASCADE/libcascade-q64.a[del_flip.o])
+ [1839] ER PR (NN/libnn-q64.a[nn.o])
+ [1629] ER PR (NN/libnn-q64.a[nn.o])
+ [1443] ER PR (NN/libnn-q64.a[nn.o])
+ [1282] ER PR (NN/libnn-q64.a[nn.o])
+ [1137] ER PR (NN/libnn-q64.a[nn.o])
+ [886] ER PR (NN/libnn-q64.a[nn.o])
+ [773] ER PR (NN/libnn-q64.a[nn.o])
+
+ .pushpair C 2DB78479 51C2DCF0 [91] LD PR stackpair.c(NN/libnn-q64.a[stackpair.o])
+ ** References Without Matching Definitions **
+ Fort 92E70B55 92E70B55 [89] ER PR (CASCADE/libcascade-q64.a[del_flip.o])
+ [1835] ER PR (NN/libnn-q64.a[nn.o])
+ [1625] ER PR (NN/libnn-q64.a[nn.o])
+ [1439] ER PR (NN/libnn-q64.a[nn.o])
+ [1278] ER PR (NN/libnn-q64.a[nn.o])
+ [1133] ER PR (NN/libnn-q64.a[nn.o])
+ [882] ER PR (NN/libnn-q64.a[nn.o])
+ [769] ER PR (NN/libnn-q64.a[nn.o])
+
+ .stackpairflush C A9375C1F 51C2DCF0 [121] LD PR stackpair.c(NN/libnn-q64.a[stackpair.o])
+ ** References Without Matching Definitions **
+ Fort D9B924AC D9B924AC [97] ER PR (CASCADE/libcascade-q64.a[del_flip.o])
+ [1841] ER PR (NN/libnn-q64.a[nn.o])
+ [1631] ER PR (NN/libnn-q64.a[nn.o])
+ [1445] ER PR (NN/libnn-q64.a[nn.o])
+ [1284] ER PR (NN/libnn-q64.a[nn.o])
+ [1139] ER PR (NN/libnn-q64.a[nn.o])
+ [888] ER PR (NN/libnn-q64.a[nn.o])
+ [775] ER PR (NN/libnn-q64.a[nn.o])
+
+ .stackpairinit C A9375C1F 51C2DCF0 [145] LD PR stackpair.c(NN/libnn-q64.a[stackpair.o])
+ ** References Without Matching Definitions **
+ Fort D9B924AC D9B924AC [87] ER PR (CASCADE/libcascade-q64.a[del_flip.o])
+ [1833] ER PR (NN/libnn-q64.a[nn.o])
+ [1623] ER PR (NN/libnn-q64.a[nn.o])
+ [1437] ER PR (NN/libnn-q64.a[nn.o])
+ [1276] ER PR (NN/libnn-q64.a[nn.o])
+ [1131] ER PR (NN/libnn-q64.a[nn.o])
+ [880] ER PR (NN/libnn-q64.a[nn.o])
+ [767] ER PR (NN/libnn-q64.a[nn.o])
+
+ .dvdaf C AE0B35EF 51C2DCF0 [121] LD PR volume.c(NN/libnn-q64.a[volume.o])
+ ** References Without Matching Definitions **
+ Fort A8147C83 20202020 [2041] ER PR (NN/libnn-q64.a[nn.o])
+
+ .volumef C E58E4B91 51C2DCF0 [232] LD PR volume.c(NN/libnn-q64.a[volume.o])
+ ** References Without Matching Definitions **
+ Fort 07D91508 20202020 [1972] ER PR (NN/libnn-q64.a[nn.o])
+
+ .volumeb C 0A57402F 51C2DCF0 [480] LD PR volume.c(NN/libnn-q64.a[volume.o])
+ ** References Without Matching Definitions **
+ Fort 046086C3 20202020 [2039] ER PR (NN/libnn-q64.a[nn.o])
+
+ .volume C E58E4B91 51C2DCF0 [575] LD PR volume.c(NN/libnn-q64.a[volume.o])
+ ** References Without Matching Definitions **
+ Fort 07D91508 20202020 [1911] ER PR (NN/libnn-q64.a[nn.o])
+
+ .show Fort 4955A997 0C4AC181 [738] LD PR OctreeBitPlus.f90(OCTREE/libOctree-q64.a[OctreeBitPlus.o])
+ ** References Without Matching Definitions **
+ Fort F55DBCFA 20202020 [566] ER PR (CASCADE/libcascade-q64.a[cascade.o])
+
+ .fpdisc Fort 8AE1DD7D 5EE9EEDC [13] LD PR fpdisc.f(RESAMPLE/libresample-q64.a[fpdisc.o])
+ ** References Without Matching Definitions **
+ Fort FA65DDB9 20202020 [137] ER PR (RESAMPLE/libresample-q64.a[fpcurf.o])
+
+ .free ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libc_r.a[shr_64.o]}
+ ** References ** [54] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pmwssmp.o])
+ [22] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[subset.o])
+ [78] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[cg.o])
+ [54] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[kuhn.o])
+ [44] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[hopcroft.o])
+ [178] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[ilu.o])
+ [98] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pmsgs.o])
+ [482] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[wsglu.o])
+ [194] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[indef.o])
+ [62] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[tldlt2.o])
+ [308] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twgsmp.o])
+ [144] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twssmp2.o])
+ [458] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twssmp.o])
+ [120] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[wsscmm.o])
+ [160] ER PR (/home/beaumnt1/software/pgplot-5.2.2-q64/libpgplot.a[xwdriv.o])
+ ** References Without Matching Definitions **
+ C 20202020 51C2DCF0 [227] ER PR (NN/libnn-q64.a[stackpair.o])
+ [220] ER PR (NN/libnn-q64.a[stack.o])
+ C 3C54E9A9 C6C5B495 [746] ER PR (NN/libnn-q64.a[volume.o])
+
+ .malloc ** No Hash ** [IMPORT] -- PR {/usr/lpp/ppe.poe/lib/libc_r.a[shr_64.o]}
+ ** References ** [52] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pmwssmp.o])
+ [24] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[subset.o])
+ [70] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[cg.o])
+ [50] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[kuhn.o])
+ [46] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[hopcroft.o])
+ [172] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[ilu.o])
+ [72] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[pmsgs.o])
+ [484] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[wsglu.o])
+ [184] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[indef.o])
+ [306] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twgsmp.o])
+ [148] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twssmp2.o])
+ [456] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[twssmp.o])
+ [110] ER PR (/home/beaumnt1/software/wsmp/lib/Power4/libpwsmp64.a[wsscmm.o])
+ [156] ER PR (/home/beaumnt1/software/pgplot-5.2.2-q64/libpgplot.a[xwdriv.o])
+ ** References Without Matching Definitions **
+ C 20202020 51C2DCF0 [229] ER PR (NN/libnn-q64.a[stackpair.o])
+ [222] ER PR (NN/libnn-q64.a[stack.o])
+ C 79E64333 29617992 [744] ER PR (NN/libnn-q64.a[volume.o])
+MISMATCH: The return code is 8.
+
diff --git a/test/douar.run.mahone b/test/douar.run.mahone
new file mode 100755
index 0000000000000000000000000000000000000000..1e9ba10f1c7b7e807e1837334781919e32a7afcc
--- /dev/null
+++ b/test/douar.run.mahone
@@ -0,0 +1,83 @@
+#!/bin/sh
+#
+# run douar, on mahone
+#
+# Author: Douglas Guptill
+# 2009-06-03: new, from a copy of the one on p690
+
+make_dir() {
+ if ! test -d $1; then mkdir $1; fi
+}
+
+if test $# -lt 1 ; then
+ echo "Usage: $0 <number-of-processors>"
+ exit
+fi
+
+PROCS=$1
+echo "Will use ${PROCS} processes."
+OUT=douar.out
+
+# For pgplot
+# on mahone, we have removed the .so, so we get a static link
+
+# For wsmp
+export MALLOC_TRIM_THRESHOLD_=-1
+export MALLOC_MMAP_MAX_=0
+
+# WSMP needs to know where its license file is.
+# export WSMPLICPATH=/home/dguptill/software/wsmp/
+# But this doesn't seem to work....)
+# It looks like the license must be where we start the job.
+
+# douar needs some directories..
+make_dir DEBUG
+make_dir DEBUG/mpilogs
+make_dir OUT
+
+# define the binary of douar
+# BIN=/home/dguptill/software/douar/bin/douar.mpich.02
+BIN=/home/dguptill/software/douar/bin/douar
+
+# on mahone, an ldd of the binary (pgi compiler) shows one library not found
+# We get it like this...
+# There may be an issue here when we start running under SGE
+ACML_MV_PATH=/opt/pgi/linux86-64/8.0-1/libso
+if test "x$(echo ${LD_LIBRARY_PATH} | grep ${ACML_MV_PATH})" = x ; then
+ LD_LIBRARY_PATH=${LD_LIBRARY_PATH}:${ACML_MV_PATH}
+fi
+echo "LD_LIBRARY_PATH is ${LD_LIBRARY_PATH}"
+
+# For debugging PGI compiled binaries on mahone
+# This probably only works while runnin on the head node.
+export PGI_TERM=debug,trace
+export PGI_TERM_DEBUG="pgdbg -attach %d"
+
+# ulimits
+# (I put this in while debugging; not sure it helped anything)
+ulimit -s 20480 >>${OUT}
+ulimit -a >>${OUT}
+
+
+# Here is the run command
+#
+# MPICH wants the input file on the command line.
+# We did not have much luck with MPICH; ace-net no longer supports it.
+# COM="/usr/local/mpich.pgi.64/bin/mpirun -arch LINUX -machinefile /home/dguptill/douar/machinefile -np ${PROCS} ${BIN} /home/dguptill/douar/input.txt"
+#
+# For testing on the head node
+COM="mpirun -np ${PROCS} ${BIN}"
+#
+# For production runs under SGE
+# (more to come here)
+echo "COM is <${COM}>"
+
+# start douar and go away....
+#
+# nohup ${COM} &
+# echo "douar has been started. Look in nohup.out ."
+
+# start douar and watch it........
+#
+${COM} 2>douar.err | tee -a ${OUT}
+
diff --git a/test/douar.run.p690 b/test/douar.run.p690
new file mode 100644
index 0000000000000000000000000000000000000000..2c46c80e4bae6c033eb608f5053dec58c34f37c4
--- /dev/null
+++ b/test/douar.run.p690
@@ -0,0 +1,86 @@
+#!/bin/sh
+#
+# run douar, on the p690
+#
+# Author: Douglas Guptill
+# 2009-05-25: new
+# 2009-08-03: add -eulib ip to poe
+
+make_dir() {
+ if ! test -d $1; then mkdir $1; fi
+}
+
+if test $# -lt 1 ; then
+ echo "Usage: $0 <number-of-processors>"
+ exit
+fi
+
+PROCS=$1
+echo "Will use ${PROCS} processes."
+OUT=douar.out
+ERR=douar.err
+
+# For poe
+#
+# set NLSPATH.
+if test "x${NLSPATH}" = x ; then
+ export NLSPATH=/usr/lib/nls/msg/%L/%N:/usr/lib/nls/msg/%L/%N.cat
+ echo "setting NLSPATH=${NLSPATH}"
+fi
+
+# The PGPLOT routines need this.
+# However Jean Braun has very kindly commented out the lines in douar
+# that call the routines that need pgplot.
+# export PGPLOT_DIR=/home/beaumnt1/software/pgplot-5.2.2
+
+# For WSMP
+#
+# WSMP needs to know where its license file is.
+# However the export doesn't seem to work.
+# export WSMPLICPATH=/home/beaumnt1/software/wsmp/wsmp.lic
+# So copy wsmp.lic to the running directory.
+
+# For WSMP on AIX
+export SPINLOOPTIME=200
+export YIELDLOOPTIME=200
+export RT_GRQ=ON
+export AIXTHREAD_COND_DEBUG=OFF
+export AIXTHREAD_MUTEX_DEBUG=OFF
+# these cause trouble from LoadLeveler
+# export MP_EUILIB=us
+# export MP_EUIDEVICE=css0
+export MP_EUILIB=ip
+# ignored if LoadLeveler not being used.
+# export MP_EUIDEVICE=en0
+export MP_CSS_INTERRUPT=yes
+export MP_WAIT_MODE=nopoll
+export_MP_PULSE=0
+
+# douar needs some directories..
+#
+make_dir DEBUG
+make_dir DEBUG/mpilogs
+make_dir OUT
+# define the binary of douar
+BIN=/home/beaumnt1/software/douar/bin/douar-q64
+
+# Here is the run command
+COM="poe ${BIN} -procs ${PROCS} -hostfile ${HOME}/host.list -euilib ip"
+echo "COM is <${COM}>"
+
+# ulimits
+#
+ulimit -d unlimited >${OUT}
+ulimit -s 600000 >>${OUT}
+ulimit -m unlimited >>${OUT}
+ulimit -a >>${OUT}
+
+# start douar and go away....
+#
+# nohup ${COM} &
+# echo "douar has been started. Look in nohup.out ."
+
+# start douar and watch it........
+#
+${COM} 2>${ERR} | tee -a ${OUT}
+
diff --git a/test/douar.run.sopalepc b/test/douar.run.sopalepc
new file mode 100755
index 0000000000000000000000000000000000000000..56d084524b9ea0e5f6e577afac6ffa31e8ae2d76
--- /dev/null
+++ b/test/douar.run.sopalepc
@@ -0,0 +1,52 @@
+#!/bin/sh
+#
+# run douar, on sopalepc
+#
+# Author: Douglas Guptill
+# 2009-06-19: new, from a copy of the one for mahone
+
+make_dir() {
+ if ! test -d $1; then mkdir $1; fi
+}
+
+if test $# -lt 1 ; then
+ echo "Usage: $0 <number-of-processors>"
+ exit
+fi
+
+PROCS=$1
+echo "Will use ${PROCS} processes."
+OUT=douar.out
+
+# For wsmp
+export MALLOC_TRIM_THRESHOLD_=-1
+export MALLOC_MMAP_MAX_=0
+
+# douar needs some directories..
+make_dir DEBUG
+make_dir DEBUG/mpilogs
+make_dir OUT
+
+# define the binary of douar
+BIN=/home/dguptill/software/douar/bin/douar
+
+# ulimits
+# (I put this in while debugging; not sure it helped anything)
+ulimit -s 20480 >>${OUT}
+ulimit -a >>${OUT}
+
+# Here is the run command
+#
+COM="mpirun -np ${PROCS} --host localhost,localhost,localhost,localhost \
+--byslot --mca btl sm,self ${BIN}"
+echo "COM is <${COM}>"
+
+# start douar and go away....
+#
+# nohup ${COM} &
+# echo "douar has been started. Look in nohup.out ."
+
+# start douar and watch it........
+#
+${COM} 2>douar.err | tee -a ${OUT}
+
diff --git a/test/douar_stdout.txt b/test/douar_stdout.txt
new file mode 100644
index 0000000000000000000000000000000000000000..37f4fa19a4d337b8726da7026d3143c218de03a0
--- /dev/null
+++ b/test/douar_stdout.txt
@@ -0,0 +1,1523 @@
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ program called with no argument
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Computations Total time Step time Increment
+ Reading Input 0.0002 0.0002 0.0002
+ Problem Setup 0.2935 0.2935 0.2934
+ define surfaces 0.2937 0.2937 0.0001
+ surface 01 0.2937 0.2937 0.0000
+ define cloud 0.3095 0.3095 0.0158
+ define velocity octree 0.3097 0.3097 0.0002
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 1 0.3195
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 0.3197 0.0002 0.0002
+ surface 01 0.3197 0.0002 0.0000
+ S. 1: 4356points
+ refine surface 0.3197 0.0003 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 0.3337 0.0142 0.0139
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 0.3379
+ -----------------------------------------------------------------------
+ Create octree solve 0.3380 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 0.3396 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 0.3411 0.0032 0.0015
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= -Infinity
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 0.3412 0.0034 0.0001
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 0.6582 0.3203 0.3170
+ osolve%nleaves= 434176
+ Build osolve icon 2.1942 1.8563 1.5360
+ Imbed surface in osolve 4.0485 3.7107 1.8543
+ embedding surface 1 4.0488 3.7109 0.0002
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ program called with no argument
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Computations Total time Step time Increment
+ Reading Input 0.0001 0.0001 0.0001
+ Problem Setup 0.3187 0.3187 0.3186
+ define surfaces 0.3187 0.3187 0.0000
+ surface 01 0.3187 0.3187 0.0000
+ define cloud 0.3318 0.3318 0.0131
+ define velocity octree 0.3319 0.3319 0.0001
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 1 0.3416
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 0.3417 0.0001 0.0001
+ surface 01 0.3417 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 0.3417 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 0.3468 0.0051 0.0051
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 0.3512
+ -----------------------------------------------------------------------
+ Create octree solve 0.3513 0.0001 0.0001
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 0.3528 0.0016 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 0.3544 0.0032 0.0016
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= -Infinity
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 0.3545 0.0033 0.0001
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 0.6716 0.3204 0.3171
+ osolve%nleaves= 434176
+ Build osolve icon 2.1915 1.8403 1.5200
+ Imbed surface in osolve 3.8104 3.4591 1.6188
+ embedding surface 1 3.8104 3.4592 0.0001
+ osolve%nleaves= 434176
+ Assessing octree stability 132.8824 132.5312 129.0720
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 0 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 0 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = F
+ Change 3D cloud 132.9096 132.5584 0.0272
+ Interpolate velo onto osolve 149.2604 148.9092 16.3507
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 160.5220 160.1708 11.2617
+ Find void 162.4849 162.1337 1.9629
+ whole leaf in fluid 196608
+ Define boundary conditions 162.5888 162.2376 0.1039
+ wsmp setup1 162.6166 162.2654 0.0279
+ n = 698922
+ nz= 27029961
+ wsmp setup2 167.7975 167.4463 5.1809
+ -----------------------------------
+ start of non-linear iteratio 1 168.0293
+ -----------------------------------
+ build system 168.0294 0.0001 0.0001
+ nelem per proc (min/max) 27059 42683
+ viscosity range 1.00000E-04 3.59904E+02
+ viscosity capped in 212992
+ wsmp solve 215.1212 47.0919 47.0918
+ =================================
+ wsmp: initialisation time: 0.3170919 s
+ wsmp: ordering time: 20.2699749 s
+ wsmp: symbolic fact. time: 4.0266092 s
+ wsmp: Cholesky fact. time: 165.7119761 s
+ wsmp: Factorisation 16063.1933253 Mflops
+ wsmp: back substitution time: 0.9624178 s
+ wsmp: from b to rhs vector: 0.0383561 s
+ ---------------------------------
+ wsmp: total solve time: 191.3325701 s
+ =================================
+ u : -0.80899E-01 0.11421E+01
+ v : -0.12881E+00 0.18421E+00
+ w : -0.38890E+00 0.45830E+00
+ =================================
+ Calculate pressures 406.5988 238.5694 191.4775
+ raw pressures : -0.15257E+04 0.15258E+04
+ Smoothing pressures 406.9503 238.9210 0.3515
+ smooth pressures : -0.37450E+03 0.30944E+01
+ do leaf measurements 407.0367 239.0074 0.0864
+ compute convergence criterion 407.3943 239.3650 0.3576
+ velocity_diff_norm = 0.5710589 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 4
+ slicing the cube 407.4115 239.3822 0.0172
+Compute isostasy and adjust vertical 407.4122 239.3829 0.0006
+ Compute divergence 407.4122 239.3829 0.0000
+ wsmp_cleanup 407.6406 239.6113 0.2284
+ Reset surface geometry 407.6507 239.6213 0.0101
+ -----------------------------------------------------------------------
+ Temperature calculations 407.6514 239.6221 0.0007
+ -----------------------------------------------------------------------
+ wsmp setup1 407.6718 239.6425 0.0204
+ n = 232974
+ nz= 5929000
+ wsmp setup2 408.7394 240.7101 1.0676
+ build system 408.8176 240.7883 0.0782
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000811 s
+ wsmp: analysis time: 7.5014892 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 16.8921990 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12287.4867499
+ wsmp: back substitution time: 0.2088301 s
+ wsmp: from b to rhs vector: 0.0121360 s
+ ---------------------------------
+ wsmp: total solve time: 24.8069861 s
+ =================================
+ temp : 0.00000E+00 0.11187E+01
+ =================================
+ wsmp_cleanup 440.4120 272.3827 31.5944
+ Advect the surfaces 440.6456 272.6162 0.2335
+ Advect surface 1 440.6456 272.6163 0.0001
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 440.7042 272.6749 0.0586
+ Update cloud fields 469.9109 301.8816 29.2068
+ Advect the cloud 475.2267 307.1973 5.3157
+ Write output 506.7627 338.7334 31.5360
+ End of time step 517.9713 349.9420 11.2086
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 2 517.9714
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 517.9714 0.0000 0.0000
+ surface 01 517.9714 0.0000 0.0000
+ S. 1: 4356points
+ refine surface 517.9714 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 517.9811 0.0097 0.0096
+ S. 1: 35 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 517.9860
+ -----------------------------------------------------------------------
+ Create octree solve 517.9861 0.0001 0.0001
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level F
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 517.9877 0.0016 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 518.1387 0.1527 0.1511
+ max(crit) = 6.660066E+01
+ max(crit,w_l_i_f)= 6.527429E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 518.2569 0.2709 0.1182
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 518.5738 0.5878 0.3170
+ osolve%nleaves= 434176
+ Build osolve icon 520.0938 2.1078 1.5200
+ Imbed surface in osolve 521.8237 3.8377 1.7299
+ embedding surface 1 521.8238 3.8378 0.0001
+ osolve%nleaves= 434176
+ Assessing octree stability 650.8906 132.9046 129.0669
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 650.9142 132.9282 0.0235
+ Interpolate velo onto osolve 667.8279 149.8419 16.9137
+ ov%pressure: -0.5053E+03 0.4650E+01
+ osolve%pressure: -0.3745E+03 0.3094E+01
+ Find bad faces 678.7312 160.7452 10.9034
+ Find void 680.6563 162.6703 1.9251
+ whole leaf in fluid 196608
+ Define boundary conditions 680.7564 162.7704 0.1001
+ wsmp setup1 680.7863 162.8003 0.0300
+ n = 698922
+ nz= 27029961
+ wsmp setup2 685.9745 167.9885 5.1882
+ -----------------------------------
+ start of non-linear iteratio 1 686.2039
+ -----------------------------------
+ build system 686.2039 0.0001 0.0001
+ nelem per proc (min/max) 27059 42683
+ viscosity range 1.00000E-04 4.73035E+01
+ viscosity capped in 212992
+ wsmp solve 734.4003 48.1964 48.1963
+ =================================
+ wsmp: initialisation time: 0.2316258 s
+ wsmp: ordering time: 20.3056488 s
+ wsmp: symbolic fact. time: 4.0109699 s
+ wsmp: Cholesky fact. time: 165.3999331 s
+ wsmp: Factorisation 16093.4980913 Mflops
+ wsmp: back substitution time: 0.9578860 s
+ wsmp: from b to rhs vector: 0.0371420 s
+ ---------------------------------
+ wsmp: total solve time: 190.9443481 s
+ =================================
+ u : -0.90323E-02 0.11161E+01
+ v : -0.14402E+00 0.17181E+00
+ w : -0.47633E+00 0.50369E+00
+ =================================
+ Calculate pressures 925.4953 239.2915 191.0951
+ raw pressures : -0.11579E+03 0.83714E+02
+ Smoothing pressures 925.8496 239.6457 0.3543
+ smooth pressures : -0.65802E+02 0.24927E+00
+ do leaf measurements 925.9531 239.7492 0.1034
+ compute convergence criterion 926.3165 240.1126 0.3634
+ velocity_diff_norm = 0.1672622 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 926.3337 240.1298 0.0172
+Compute isostasy and adjust vertical 926.3344 240.1306 0.0007
+ Compute divergence 926.3345 240.1306 0.0000
+ wsmp_cleanup 926.5624 240.3585 0.2279
+ Reset surface geometry 926.5745 240.3706 0.0121
+ -----------------------------------------------------------------------
+ Temperature calculations 926.5751 240.3712 0.0006
+ -----------------------------------------------------------------------
+ wsmp setup1 926.5958 240.3919 0.0207
+ n = 232974
+ nz= 5929000
+ wsmp setup2 927.6460 241.4421 1.0501
+ build system 927.7205 241.5166 0.0746
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000830 s
+ wsmp: analysis time: 7.4842472 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 16.9641008 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12235.4066307
+ wsmp: back substitution time: 0.2020431 s
+ wsmp: from b to rhs vector: 0.0121160 s
+ ---------------------------------
+ wsmp: total solve time: 24.9322319 s
+ =================================
+ temp : 0.00000E+00 0.12351E+01
+ =================================
+ wsmp_cleanup 959.5596 273.3557 31.8390
+ Advect the surfaces 959.7915 273.5876 0.2319
+ Advect surface 1 959.7915 273.5876 0.0000
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 959.8403 273.6364 0.0488
+ Update cloud fields 983.8068 297.6029 23.9665
+ Advect the cloud 989.3985 303.1946 5.5917
+ Write output 1022.1014 335.8975 32.7029
+ End of time step 1033.5868 347.3829 11.4854
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 3 1033.5869
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1033.5869 0.0000 0.0000
+ surface 01 1033.5869 0.0000 0.0000
+ S. 1: 4356points
+ refine surface 1033.5869 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1033.5944 0.0076 0.0075
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1033.5989
+ -----------------------------------------------------------------------
+ Create octree solve 1033.5990 0.0001 0.0001
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 1033.6006 0.0016 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 1033.7482 0.1493 0.1476
+ max(crit) = 6.628113E+01
+ max(crit,w_l_i_f)= 5.610013E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 1033.8664 0.2675 0.1183
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 1034.1824 0.5835 0.3160
+ osolve%nleaves= 434176
+ Build osolve icon 1035.7056 2.1067 1.5232
+ Imbed surface in osolve 1037.4169 3.8180 1.7112
+ embedding surface 1 1037.4170 3.8180 0.0001
+ osolve%nleaves= 434176
+ Assessing octree stability 1166.8541 133.2552 129.4372
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1166.8788 133.2799 0.0247
+ Interpolate velo onto osolve 1184.2274 150.6284 17.3485
+ ov%pressure: -0.8490E+02 0.4586E+00
+ osolve%pressure: -0.6580E+02 0.2493E+00
+ Find bad faces 1191.6915 158.0926 7.4642
+ Find void 1193.6233 160.0244 1.9318
+ whole leaf in fluid 196608
+ Define boundary conditions 1193.7252 160.1263 0.1019
+ wsmp setup1 1193.7575 160.1586 0.0323
+ n = 698922
+ nz= 27029961
+ wsmp setup2 1198.9579 165.3590 5.2004
+ -----------------------------------
+ start of non-linear iteratio 1 1199.1861
+ -----------------------------------
+ build system 1199.1861 0.0001 0.0001
+ nelem per proc (min/max) 27059 42683
+ viscosity range 1.00000E-04 8.65793E+00
+ viscosity capped in 212992
+ wsmp solve 1246.7021 47.5160 47.5160
+ =================================
+ wsmp: initialisation time: 0.3375721 s
+ wsmp: ordering time: 20.2010119 s
+ wsmp: symbolic fact. time: 4.0342140 s
+ wsmp: Cholesky fact. time: 164.2253020 s
+ wsmp: Factorisation 16208.6077817 Mflops
+ wsmp: back substitution time: 0.9580081 s
+ wsmp: from b to rhs vector: 0.0368600 s
+ ---------------------------------
+ wsmp: total solve time: 189.7942071 s
+ =================================
+ u : 0.00000E+00 0.10831E+01
+ v : -0.12618E+00 0.26206E+00
+ w : -0.40763E+00 0.52970E+00
+ =================================
+ Calculate pressures 1436.6457 237.4596 189.9436
+ raw pressures : -0.54550E+02 0.54404E+02
+ Smoothing pressures 1437.0126 237.8265 0.3669
+ smooth pressures : -0.14630E+02 0.00000E+00
+ do leaf measurements 1437.1094 237.9233 0.0968
+ compute convergence criterion 1437.4683 238.2823 0.3589
+ velocity_diff_norm = 0.1075870 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 1437.4857 238.2996 0.0174
+Compute isostasy and adjust vertical 1437.4866 238.3005 0.0009
+ Compute divergence 1437.4866 238.3005 0.0000
+ wsmp_cleanup 1437.7183 238.5322 0.2317
+ Reset surface geometry 1437.7309 238.5449 0.0126
+ -----------------------------------------------------------------------
+ Temperature calculations 1437.7316 238.5455 0.0006
+ -----------------------------------------------------------------------
+ wsmp setup1 1437.7520 238.5659 0.0204
+ n = 232974
+ nz= 5929000
+ wsmp setup2 1438.8030 239.6169 1.0510
+ build system 1438.8782 239.6921 0.0751
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000811 s
+ wsmp: analysis time: 7.4918990 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 16.9326000 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12258.1689529
+ wsmp: back substitution time: 0.2025290 s
+ wsmp: from b to rhs vector: 0.0120542 s
+ ---------------------------------
+ wsmp: total solve time: 24.9643869 s
+ =================================
+ temp : 0.00000E+00 0.13135E+01
+ =================================
+ wsmp_cleanup 1470.6924 271.5063 31.8143
+ Advect the surfaces 1470.9260 271.7400 0.2336
+ Advect surface 1 1470.9261 271.7400 0.0000
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 1470.9747 271.7887 0.0486
+ Update cloud fields 1493.3929 294.2068 22.4182
+ Advect the cloud 1499.0517 299.8656 5.6588
+ Write output 1532.3497 333.1636 33.2980
+ End of time step 1544.1431 344.9570 11.7934
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 4 1544.1431
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1544.1432 0.0000 0.0000
+ surface 01 1544.1432 0.0000 0.0000
+ S. 1: 4356points
+ refine surface 1544.1432 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1544.1509 0.0078 0.0077
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1544.1554
+ -----------------------------------------------------------------------
+ Create octree solve 1544.1555 0.0001 0.0001
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 1544.1571 0.0017 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 1544.3065 0.1511 0.1494
+ max(crit) = 6.512954E+01
+ max(crit,w_l_i_f)= 5.792272E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 1544.4329 0.2775 0.1264
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 1544.7497 0.5942 0.3168
+ osolve%nleaves= 434176
+ Build osolve icon 1546.2738 2.1184 1.5241
+ Imbed surface in osolve 1547.9820 3.8265 1.7082
+ embedding surface 1 1547.9820 3.8266 0.0001
+ osolve%nleaves= 434176
+ Assessing octree stability 1677.4144 133.2590 129.4324
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1677.4345 133.2791 0.0201
+ Interpolate velo onto osolve 1694.9915 150.8361 17.5570
+ ov%pressure: -0.1676E+02 0.7618E-01
+ osolve%pressure: -0.1463E+02 0.0000E+00
+ Find bad faces 1700.0431 155.8877 5.0516
+ Find void 1701.9784 157.8230 1.9353
+ whole leaf in fluid 196608
+ Define boundary conditions 1702.0763 157.9209 0.0979
+ wsmp setup1 1702.1023 157.9469 0.0260
+ n = 698922
+ nz= 27029961
+ wsmp setup2 1707.2777 163.1223 5.1754
+ -----------------------------------
+ start of non-linear iteratio 1 1707.5054
+ -----------------------------------
+ build system 1707.5054 0.0000 0.0000
+ nelem per proc (min/max) 27059 42683
+ viscosity range 2.25826E-04 2.77222E+00
+ viscosity capped in 212992
+ wsmp solve 1755.0529 47.5475 47.5475
+ =================================
+ wsmp: initialisation time: 0.3607311 s
+ wsmp: ordering time: 20.3277299 s
+ wsmp: symbolic fact. time: 4.0358078 s
+ wsmp: Cholesky fact. time: 164.3769121 s
+ wsmp: Factorisation 16193.6580591 Mflops
+ wsmp: back substitution time: 0.9633529 s
+ wsmp: from b to rhs vector: 0.0370040 s
+ ---------------------------------
+ wsmp: total solve time: 190.1028478 s
+ =================================
+ u : -0.47155E-02 0.10807E+01
+ v : -0.12969E+00 0.19265E+00
+ w : -0.35192E+00 0.53567E+00
+ =================================
+ Calculate pressures 1945.3068 237.8015 190.2540
+ raw pressures : -0.42853E+02 0.42715E+02
+ Smoothing pressures 1945.6632 238.1578 0.3564
+ smooth pressures : -0.32806E+01 0.00000E+00
+ do leaf measurements 1945.7586 238.2532 0.0954
+ compute convergence criterion 1946.1078 238.6024 0.3492
+ velocity_diff_norm = 0.0730174 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 1946.1251 238.6198 0.0173
+Compute isostasy and adjust vertical 1946.1261 238.6207 0.0009
+ Compute divergence 1946.1261 238.6208 0.0001
+ wsmp_cleanup 1946.3639 238.8585 0.2377
+ Reset surface geometry 1946.3754 238.8701 0.0116
+ -----------------------------------------------------------------------
+ Temperature calculations 1946.3763 238.8709 0.0008
+ -----------------------------------------------------------------------
+ wsmp setup1 1946.3995 238.8942 0.0233
+ n = 232974
+ nz= 5929000
+ wsmp setup2 1947.4511 239.9458 1.0516
+ build system 1947.5301 240.0247 0.0789
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000820 s
+ wsmp: analysis time: 7.5116599 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 16.9493830 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12246.0311166
+ wsmp: back substitution time: 0.2026129 s
+ wsmp: from b to rhs vector: 0.0124860 s
+ ---------------------------------
+ wsmp: total solve time: 25.0780189 s
+ =================================
+ temp : 0.00000E+00 0.14017E+01
+ =================================
+ wsmp_cleanup 1979.5815 272.0761 32.0514
+ Advect the surfaces 1979.8160 272.3106 0.2345
+ Advect surface 1 1979.8162 272.3108 0.0001
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 1979.8637 272.3583 0.0475
+ Update cloud fields 1998.8362 291.3308 18.9726
+ Advect the cloud 2004.6513 297.1459 5.8151
+ Write output 2038.4955 330.9901 33.8442
+ End of time step 2050.2551 342.7497 11.7596
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 5 2050.2553
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2050.2554 0.0001 0.0001
+ surface 01 2050.2554 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 2050.2555 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2050.2620 0.0067 0.0066
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2050.2653
+ -----------------------------------------------------------------------
+ Create octree solve 2050.2654 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 2050.2670 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 2050.4125 0.1472 0.1455
+ max(crit) = 6.436618E+01
+ max(crit,w_l_i_f)= 5.140083E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 2050.5374 0.2722 0.1249
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 2050.8503 0.5850 0.3129
+ osolve%nleaves= 434176
+ Build osolve icon 2052.3739 2.1086 1.5236
+ Imbed surface in osolve 2054.1735 3.9083 1.7997
+ embedding surface 1 2054.1737 3.9085 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 2183.8168 133.5515 129.6431
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2183.8304 133.5651 0.0136
+ Interpolate velo onto osolve 2201.5362 151.2709 17.7058
+ ov%pressure: -0.3487E+01 0.0000E+00
+ osolve%pressure: -0.3281E+01 0.0000E+00
+ Find bad faces 2202.7813 152.5161 1.2451
+ Find void 2204.7295 154.4643 1.9482
+ whole leaf in fluid 196608
+ Define boundary conditions 2204.8316 154.5663 0.1020
+ wsmp setup1 2204.8611 154.5959 0.0296
+ n = 698922
+ nz= 27029961
+ wsmp setup2 2210.0533 159.7880 5.1921
+ -----------------------------------
+ start of non-linear iteratio 1 2210.2913
+ -----------------------------------
+ build system 2210.2914 0.0001 0.0001
+ nelem per proc (min/max) 27059 42683
+ viscosity range 3.09806E-04 1.26972E+00
+ viscosity capped in 212992
+ wsmp solve 2257.5288 47.2375 47.2374
+ =================================
+ wsmp: initialisation time: 0.4169340 s
+ wsmp: ordering time: 20.1170051 s
+ wsmp: symbolic fact. time: 3.9956121 s
+ wsmp: Cholesky fact. time: 163.2416360 s
+ wsmp: Factorisation 16306.2780565 Mflops
+ wsmp: back substitution time: 0.9628792 s
+ wsmp: from b to rhs vector: 0.0369651 s
+ ---------------------------------
+ wsmp: total solve time: 188.7722960 s
+ =================================
+ u : -0.11237E-01 0.10543E+01
+ v : -0.13328E+00 0.14841E+00
+ w : -0.27844E+00 0.50564E+00
+ =================================
+ Calculate pressures 2446.4491 236.1578 188.9203
+ raw pressures : -0.25934E+02 0.25784E+02
+ Smoothing pressures 2446.8133 236.5220 0.3642
+ smooth pressures : -0.79245E+00 0.00000E+00
+ do leaf measurements 2446.9029 236.6116 0.0895
+ compute convergence criterion 2447.2734 236.9821 0.3705
+ velocity_diff_norm = 0.0594301 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 2447.2906 236.9993 0.0172
+Compute isostasy and adjust vertical 2447.2914 237.0001 0.0008
+ Compute divergence 2447.2915 237.0002 0.0001
+ wsmp_cleanup 2447.5199 237.2287 0.2284
+ Reset surface geometry 2447.5315 237.2402 0.0116
+ -----------------------------------------------------------------------
+ Temperature calculations 2447.5324 237.2411 0.0008
+ -----------------------------------------------------------------------
+ wsmp setup1 2447.5522 237.2609 0.0199
+ n = 232974
+ nz= 5929000
+ wsmp setup2 2448.6019 238.3106 1.0497
+ build system 2448.6702 238.3789 0.0682
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000801 s
+ wsmp: analysis time: 7.4665198 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 16.9795361 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12224.2840548
+ wsmp: back substitution time: 0.1998639 s
+ wsmp: from b to rhs vector: 0.0122809 s
+ ---------------------------------
+ wsmp: total solve time: 25.1174109 s
+ =================================
+ temp : 0.00000E+00 0.14788E+01
+ =================================
+ wsmp_cleanup 2480.6938 270.4025 32.0236
+ Advect the surfaces 2480.9274 270.6361 0.2336
+ Advect surface 1 2480.9275 270.6363 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 2480.9760 270.6847 0.0485
+ Update cloud fields 2498.4937 288.2024 17.5177
+ Advect the cloud 2504.3671 294.0758 5.8734
+ Write output 2538.5407 328.2494 34.1735
+ End of time step 2550.4081 340.1168 11.8674
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 6 2550.4083
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2550.4084 0.0001 0.0001
+ surface 01 2550.4084 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 2550.4084 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2550.4139 0.0056 0.0054
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2550.4172
+ -----------------------------------------------------------------------
+ Create octree solve 2550.4174 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 2550.4190 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 2550.5647 0.1474 0.1456
+ max(crit) = 6.409702E+01
+ max(crit,w_l_i_f)= 5.137951E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 2550.6935 0.2763 0.1289
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 2551.0096 0.5924 0.3161
+ osolve%nleaves= 434176
+ Build osolve icon 2552.5483 2.1311 1.5387
+ Imbed surface in osolve 2554.3220 3.9048 1.7738
+ embedding surface 1 2554.3222 3.9050 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 2734.1773 183.7600 179.8550
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2734.1932 183.7760 0.0160
+ Interpolate velo onto osolve 2749.4678 199.0505 15.2745
+ ov%pressure: -0.8091E+00 0.0000E+00
+ osolve%pressure: -0.7924E+00 0.0000E+00
+ Find bad faces 2749.9240 199.5067 0.4562
+ Find void 2751.8836 201.4664 1.9596
+ whole leaf in fluid 196608
+ Define boundary conditions 2751.9908 201.5736 0.1072
+ wsmp setup1 2752.0191 201.6019 0.0283
+ n = 698922
+ nz= 27029961
+ wsmp setup2 2757.1903 206.7730 5.1712
+ -----------------------------------
+ start of non-linear iteratio 1 2757.4212
+ -----------------------------------
+ build system 2757.4214 0.0002 0.0002
+ nelem per proc (min/max) 27059 42683
+ viscosity range 2.98698E-04 9.49640E-01
+ viscosity capped in 212992
+ wsmp solve 2805.6284 48.2072 48.2070
+ =================================
+ wsmp: initialisation time: 0.5335970 s
+ wsmp: ordering time: 20.1718328 s
+ wsmp: symbolic fact. time: 4.0157630 s
+ wsmp: Cholesky fact. time: 163.8344381 s
+ wsmp: Factorisation 16247.2770606 Mflops
+ wsmp: back substitution time: 0.9706621 s
+ wsmp: from b to rhs vector: 0.0368619 s
+ ---------------------------------
+ wsmp: total solve time: 189.5643780 s
+ =================================
+ u : -0.76373E-02 0.10269E+01
+ v : -0.12324E+00 0.13864E+00
+ w : -0.21613E+00 0.44693E+00
+ =================================
+ Calculate pressures 2995.3417 237.9205 189.7133
+ raw pressures : -0.12629E+02 0.12495E+02
+ Smoothing pressures 2995.7043 238.2831 0.3625
+ smooth pressures : -0.23767E+00 0.00000E+00
+ do leaf measurements 2995.8056 238.3844 0.1014
+ compute convergence criterion 2996.1546 238.7334 0.3489
+ velocity_diff_norm = 0.0646290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 2996.1719 238.7507 0.0173
+Compute isostasy and adjust vertical 2996.1729 238.7517 0.0010
+ Compute divergence 2996.1729 238.7517 0.0001
+ wsmp_cleanup 2996.4027 238.9815 0.2298
+ Reset surface geometry 2996.4151 238.9939 0.0124
+ -----------------------------------------------------------------------
+ Temperature calculations 2996.4159 238.9947 0.0008
+ -----------------------------------------------------------------------
+ wsmp setup1 2996.4364 239.0152 0.0205
+ n = 232974
+ nz= 5929000
+ wsmp setup2 2997.4836 240.0624 1.0472
+ build system 2997.5509 240.1297 0.0673
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000958 s
+ wsmp: analysis time: 7.4147830 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 17.0323141 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12186.4046845
+ wsmp: back substitution time: 0.2059109 s
+ wsmp: from b to rhs vector: 0.0123830 s
+ ---------------------------------
+ wsmp: total solve time: 25.1437089 s
+ =================================
+ temp : 0.00000E+00 0.15469E+01
+ =================================
+ wsmp_cleanup 3029.5116 272.0904 31.9607
+ Advect the surfaces 3029.7442 272.3230 0.2325
+ Advect surface 1 3029.7443 272.3232 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 3029.7930 272.3718 0.0486
+ Update cloud fields 3047.7421 290.3209 17.9491
+ Advect the cloud 3053.6112 296.1900 5.8691
+ Write output 3088.3393 330.9181 34.7281
+ End of time step 3100.2905 342.8693 11.9511
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 7 3100.2907
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3100.2908 0.0001 0.0001
+ surface 01 3100.2908 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 3100.2909 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3100.2980 0.0073 0.0071
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3100.3025
+ -----------------------------------------------------------------------
+ Create octree solve 3100.3026 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 3100.3042 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 3100.4437 0.1412 0.1394
+ max(crit) = 6.413314E+01
+ max(crit,w_l_i_f)= 5.057416E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 3100.5675 0.2651 0.1239
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 3100.8804 0.5779 0.3128
+ osolve%nleaves= 434176
+ Build osolve icon 3102.4034 2.1010 1.5231
+ Imbed surface in osolve 3104.1684 3.8660 1.7650
+ embedding surface 1 3104.1687 3.8662 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 3313.2467 212.9443 209.0781
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3313.2627 212.9602 0.0159
+ Interpolate velo onto osolve 3331.3349 231.0324 18.0722
+ ov%pressure: -0.2545E+00 0.0000E+00
+ osolve%pressure: -0.2377E+00 0.0000E+00
+ Find bad faces 3331.7853 231.4829 0.4504
+ Find void 3333.7413 233.4388 1.9560
+ whole leaf in fluid 196608
+ Define boundary conditions 3333.8375 233.5350 0.0962
+ wsmp setup1 3333.8668 233.5643 0.0293
+ n = 698922
+ nz= 27029961
+ wsmp setup2 3339.0627 238.7602 5.1959
+ -----------------------------------
+ start of non-linear iteratio 1 3339.2946
+ -----------------------------------
+ build system 3339.2948 0.0002 0.0002
+ nelem per proc (min/max) 27059 42683
+ viscosity range 3.16015E-04 1.39427E+00
+ viscosity capped in 212992
+ wsmp solve 3387.3099 48.0153 48.0151
+ =================================
+ wsmp: initialisation time: 0.5982368 s
+ wsmp: ordering time: 20.1400878 s
+ wsmp: symbolic fact. time: 4.0331759 s
+ wsmp: Cholesky fact. time: 164.0228140 s
+ wsmp: Factorisation 16228.6174840 Mflops
+ wsmp: back substitution time: 1.2452710 s
+ wsmp: from b to rhs vector: 0.0368302 s
+ ---------------------------------
+ wsmp: total solve time: 190.0774920 s
+ =================================
+ u : -0.57582E-03 0.10049E+01
+ v : -0.12076E+00 0.12935E+00
+ w : -0.18961E+00 0.40227E+00
+ =================================
+ Calculate pressures 3577.5770 238.2823 190.2671
+ raw pressures : -0.67642E+01 0.66260E+01
+ Smoothing pressures 3577.9223 238.6277 0.3453
+ smooth pressures : -0.19466E+00 0.00000E+00
+ do leaf measurements 3578.0176 238.7230 0.0953
+ compute convergence criterion 3578.3694 239.0748 0.3518
+ velocity_diff_norm = 0.0742502 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 3578.3864 239.0918 0.0170
+Compute isostasy and adjust vertical 3578.3873 239.0926 0.0009
+ Compute divergence 3578.3873 239.0927 0.0001
+ wsmp_cleanup 3578.6164 239.3218 0.2291
+ Reset surface geometry 3578.6274 239.3327 0.0110
+ -----------------------------------------------------------------------
+ Temperature calculations 3578.6282 239.3336 0.0009
+ -----------------------------------------------------------------------
+ wsmp setup1 3578.6487 239.3541 0.0205
+ n = 232974
+ nz= 5929000
+ wsmp setup2 3579.6975 240.4029 1.0488
+ build system 3579.7701 240.4755 0.0726
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000851 s
+ wsmp: analysis time: 7.5326600 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 17.0063190 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12205.0322185
+ wsmp: back substitution time: 0.2020421 s
+ wsmp: from b to rhs vector: 0.0123019 s
+ ---------------------------------
+ wsmp: total solve time: 25.3288782 s
+ =================================
+ temp : 0.00000E+00 0.16081E+01
+ =================================
+ wsmp_cleanup 3611.9315 272.6369 32.1614
+ Advect the surfaces 3612.1638 272.8692 0.2322
+ Advect surface 1 3612.1639 272.8693 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 3612.2125 272.9178 0.0485
+ Update cloud fields 3626.7526 287.4580 14.5402
+ Advect the cloud 3632.6651 293.3705 5.9125
+ Write output 3667.5310 328.2364 34.8659
+ End of time step 3679.6790 340.3844 12.1480
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 8 3679.6792
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3679.6793 0.0001 0.0001
+ surface 01 3679.6793 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 3679.6794 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3679.6861 0.0068 0.0067
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3679.6907
+ -----------------------------------------------------------------------
+ Create octree solve 3679.6908 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 3679.6925 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 3679.8320 0.1413 0.1395
+ max(crit) = 6.406980E+01
+ max(crit,w_l_i_f)= 4.854481E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 3679.9567 0.2660 0.1247
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 3680.2729 0.5822 0.3162
+ osolve%nleaves= 434176
+ Build osolve icon 3681.8094 2.1187 1.5365
+ Imbed surface in osolve 3683.5693 3.8786 1.7599
+ embedding surface 1 3683.5695 3.8788 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 3879.8927 200.2021 196.3232
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3879.9114 200.2207 0.0186
+ Interpolate velo onto osolve 3895.6023 215.9116 15.6909
+ ov%pressure: -0.2287E+00 0.0000E+00
+ osolve%pressure: -0.1947E+00 0.0000E+00
+ Find bad faces 3901.8023 222.1117 6.2001
+ Find void 3903.7893 224.0986 1.9869
+ whole leaf in fluid 196608
+ Define boundary conditions 3903.8920 224.2013 0.1027
+ wsmp setup1 3903.9308 224.2402 0.0389
+ n = 698922
+ nz= 27029961
+ wsmp setup2 3909.1026 229.4120 5.1718
+ -----------------------------------
+ start of non-linear iteratio 1 3909.3353
+ -----------------------------------
+ build system 3909.3354 0.0002 0.0002
+ nelem per proc (min/max) 27059 42683
+ viscosity range 3.27029E-04 7.11221E+00
+ viscosity capped in 212992
+ wsmp solve 3956.8223 47.4870 47.4868
+ =================================
+ wsmp: initialisation time: 0.6620622 s
+ wsmp: ordering time: 20.9286959 s
+ wsmp: symbolic fact. time: 4.0489881 s
+ wsmp: Cholesky fact. time: 183.4286239 s
+ wsmp: Factorisation 14511.7127896 Mflops
+ wsmp: back substitution time: 4.3394611 s
+ wsmp: from b to rhs vector: 0.0370772 s
+ ---------------------------------
+ wsmp: total solve time: 213.4477439 s
+ =================================
+ u : 0.00000E+00 0.10004E+01
+ v : -0.11743E+00 0.11994E+00
+ w : -0.17484E+00 0.39201E+00
+ =================================
+ Calculate pressures 4170.5535 261.2182 213.7312
+ raw pressures : -0.45989E+01 0.44571E+01
+ Smoothing pressures 4170.8877 261.5524 0.3342
+ smooth pressures : -0.17973E+00 0.00000E+00
+ do leaf measurements 4170.9749 261.6397 0.0872
+ compute convergence criterion 4171.3273 261.9920 0.3523
+ velocity_diff_norm = 0.0555724 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 4171.3447 262.0095 0.0174
+Compute isostasy and adjust vertical 4171.3455 262.0102 0.0008
+ Compute divergence 4171.3455 262.0103 0.0001
+ wsmp_cleanup 4171.5768 262.2415 0.2312
+ Reset surface geometry 4171.5884 262.2531 0.0116
+ -----------------------------------------------------------------------
+ Temperature calculations 4171.5892 262.2540 0.0008
+ -----------------------------------------------------------------------
+ wsmp setup1 4171.6091 262.2739 0.0199
+ n = 232974
+ nz= 5929000
+ wsmp setup2 4172.6590 263.3238 1.0499
+ build system 4172.7350 263.3997 0.0759
+ nelem per proc (min/max) 27059 42683
+ ===================================
+ wsmp: initialisation time: 0.0000861 s
+ wsmp: analysis time: 7.5584779 s
+ wsmp: nb of exp. non-z in factors 182869452
+ wsmp: nb of exp. Mflops in factorisation 207504.4011855
+ wsmp: LU time: 17.0183580 s
+ wsmp: actual nb of non-z in factors 182869452
+ wsmp: actual nb of Mflops in factorisation 12196.3982641
+ wsmp: back substitution time: 0.2110701 s
+ wsmp: from b to rhs vector: 0.0123980 s
+ ---------------------------------
+ wsmp: total solve time: 25.5622339 s
+ =================================
+ temp : 0.00000E+00 0.16637E+01
+ =================================
+ wsmp_cleanup 4205.1416 295.8063 32.4066
+ Advect the surfaces 4205.3771 296.0419 0.2356
+ Advect surface 1 4205.3773 296.0420 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 4205.4258 296.0906 0.0485
+ Update cloud fields 4219.9153 310.5800 14.4894
+ Advect the cloud 4225.9529 316.6177 6.0377
+ Write output 4261.0746 351.7393 35.1216
+ End of time step 4273.1999 363.8647 12.1254
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 9 4273.2001
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4273.2002 0.0001 0.0001
+ surface 01 4273.2002 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 4273.2003 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4273.2076 0.0075 0.0073
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4273.2119
+ -----------------------------------------------------------------------
+ Create octree solve 4273.2121 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 4273.2137 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 4273.3556 0.1437 0.1419
+ max(crit) = 6.398082E+01
+ max(crit,w_l_i_f)= 4.664698E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 4273.4775 0.2656 0.1219
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 4273.7906 0.5787 0.3130
+ osolve%nleaves= 434176
+ Build osolve icon 4275.3152 2.1033 1.5246
+ Imbed surface in osolve 4277.0969 3.8850 1.7817
+ embedding surface 1 4277.0972 3.8853 0.0003
+ osolve%nleaves= 434176
+ Assessing octree stability 4447.2282 174.0163 170.1310
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4447.2463 174.0344 0.0180
+ Interpolate velo onto osolve 4463.3246 190.1127 16.0783
+ ov%pressure: -0.2091E+00 0.0000E+00
+ osolve%pressure: -0.1797E+00 0.0000E+00
+ Find bad faces 4493.6690 220.4571 30.3444
+ Find void 4495.6344 222.4225 1.9654
+ whole leaf in fluid 196608
+ Define boundary conditions 4495.7223 222.5104 0.0879
+ wsmp setup1 4495.7450 222.5331 0.0227
+ n = 699003
+ nz= 27032364
+ wsmp setup2 4500.9421 227.7303 5.1972
+ -----------------------------------
+ start of non-linear iteratio 1 4501.1742
+ -----------------------------------
+ build system 4501.1744 0.0002 0.0002
+ nelem per proc (min/max) 27063 42687
+ viscosity range 1.00000E-04 4.24312E+01
+ viscosity capped in 213008
+ wsmp solve 4548.5879 47.4137 47.4135
+ =================================
+ wsmp: initialisation time: 0.7758930 s
+ wsmp: ordering time: 22.8445249 s
+ wsmp: symbolic fact. time: 4.0882258 s
+ wsmp: Cholesky fact. time: 183.1621981 s
+ wsmp: Factorisation 14455.4282402 Mflops
+ wsmp: back substitution time: 1.6904209 s
+ wsmp: from b to rhs vector: 0.0376720 s
+ ---------------------------------
+ wsmp: total solve time: 212.6002140 s
+ =================================
+ u : 0.00000E+00 0.10000E+01
+ v : -0.11412E+00 0.11709E+00
+ w : -0.15809E+00 0.40457E+00
+ =================================
+ Calculate pressures 4761.4766 260.3024 212.8887
+ raw pressures : -0.37659E+01 0.36233E+01
+ Smoothing pressures 4761.8067 260.6325 0.3300
+ smooth pressures : -0.17019E+00 0.60956E-05
+ do leaf measurements 4761.8964 260.7222 0.0897
+ compute convergence criterion 4762.2554 261.0812 0.3590
+ velocity_diff_norm = 0.0394506 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 4762.2709 261.0967 0.0155
+Compute isostasy and adjust vertical 4762.2715 261.0973 0.0006
+ Compute divergence 4762.2716 261.0974 0.0001
+ wsmp_cleanup 4762.5030 261.3288 0.2315
+ Reset surface geometry 4762.5142 261.3400 0.0111
+ -----------------------------------------------------------------------
+ Temperature calculations 4762.5150 261.3408 0.0009
+ -----------------------------------------------------------------------
+ wsmp setup1 4762.5348 261.3606 0.0197
+ n = 233001
+ nz= 5929525
+ wsmp setup2 4763.5787 262.4045 1.0439
+ build system 4763.6567 262.4825 0.0779
+ nelem per proc (min/max) 27058 42687
+ ===================================
+ wsmp: initialisation time: 0.0000970 s
+ wsmp: analysis time: 7.5549400 s
+ wsmp: nb of exp. non-z in factors 180599703
+ wsmp: nb of exp. Mflops in factorisation 197655.4935424
+ wsmp: LU time: 15.9145639 s
+ wsmp: actual nb of non-z in factors 180599703
+ wsmp: actual nb of Mflops in factorisation 12422.9881916
+ wsmp: back substitution time: 0.2212951 s
+ wsmp: from b to rhs vector: 0.0123291 s
+ ---------------------------------
+ wsmp: total solve time: 24.4434860 s
+ =================================
+ temp : 0.00000E+00 0.17149E+01
+ =================================
+ wsmp_cleanup 4794.9219 293.7477 31.2653
+ Advect the surfaces 4795.1561 293.9819 0.2341
+ Advect surface 1 4795.1562 293.9820 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 4795.2047 294.0305 0.0485
+ Update cloud fields 4809.2908 308.1166 14.0861
+ Advect the cloud 4815.3027 314.1285 6.0120
+ Write output 4850.5740 349.3998 35.2713
+ End of time step 4862.9956 361.8214 12.4215
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 10 4862.9958
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4862.9958 0.0001 0.0001
+ surface 01 4862.9959 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 4862.9959 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4863.0113 0.0155 0.0154
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4863.0145
+ -----------------------------------------------------------------------
+ Create octree solve 4863.0147 0.0001 0.0001
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 4863.0163 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 4863.1603 0.1457 0.1440
+ max(crit) = 6.399756E+01
+ max(crit,w_l_i_f)= 4.596288E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 4863.2831 0.2686 0.1228
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 4863.5961 0.5815 0.3130
+ osolve%nleaves= 434176
+ Build osolve icon 4865.1186 2.1041 1.5226
+ Imbed surface in osolve 4866.8534 3.8389 1.7348
+ embedding surface 1 4866.8538 3.8392 0.0003
+ osolve%nleaves= 434176
+ Assessing octree stability 5008.0466 145.0321 141.1929
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5008.0602 145.0457 0.0136
+ Interpolate velo onto osolve 5025.8793 162.8648 17.8191
+ ov%pressure: -0.1982E+00 0.2447E-04
+ osolve%pressure: -0.1702E+00 0.6096E-05
+ Find bad faces 5084.0515 221.0369 58.1721
+ Find void 5086.0020 222.9875 1.9506
+ whole leaf in fluid 198134
+ Define boundary conditions 5086.1009 223.0864 0.0989
+ wsmp setup1 5086.1259 223.1114 0.0250
+ n = 704745
+ nz= 27256176
+ wsmp setup2 5091.3467 228.3322 5.2208
+ -----------------------------------
+ start of non-linear iteratio 1 5091.5777
+ -----------------------------------
+ build system 5091.5779 0.0002 0.0002
+ nelem per proc (min/max) 27321 42930
+ viscosity range 1.00000E-04 2.18906E+02
+ viscosity capped in 214779
+ wsmp solve 5139.5141 47.9364 47.9362
+ =================================
+ wsmp: initialisation time: 0.7800322 s
+ wsmp: ordering time: 21.2654810 s
+ wsmp: symbolic fact. time: 4.0871730 s
+ wsmp: Cholesky fact. time: 184.8293519 s
+ wsmp: Factorisation 14603.8460771 Mflops
+ wsmp: back substitution time: 1.6411312 s
+ wsmp: from b to rhs vector: 0.0379939 s
+ ---------------------------------
+ wsmp: total solve time: 212.6424489 s
+ =================================
+ u : 0.00000E+00 0.10000E+01
+ v : -0.11115E+00 0.12429E+00
+ w : -0.14192E+00 0.41303E+00
+ =================================
+ Calculate pressures 5352.4171 260.8393 212.9029
+ raw pressures : -0.34136E+01 0.32712E+01
+ Smoothing pressures 5352.7484 261.1707 0.3314
+ smooth pressures : -0.16550E+00 0.53384E-05
+ do leaf measurements 5352.8387 261.2610 0.0903
+ compute convergence criterion 5353.1899 261.6122 0.3512
+ velocity_diff_norm = 0.0295352 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 5353.2056 261.6279 0.0157
+Compute isostasy and adjust vertical 5353.2058 261.6280 0.0002
+ Compute divergence 5353.2058 261.6281 0.0000
+ wsmp_cleanup 5353.4312 261.8535 0.2254
+ Reset surface geometry 5353.4436 261.8659 0.0124
+ -----------------------------------------------------------------------
+ Temperature calculations 5353.4445 261.8667 0.0008
+ -----------------------------------------------------------------------
+ wsmp setup1 5353.4641 261.8864 0.0197
+ n = 234915
+ nz= 5978623
+ wsmp setup2 5354.5182 262.9405 1.0541
+ build system 5354.6000 263.0223 0.0818
+ nelem per proc (min/max) 27318 42929
+ ===================================
+ wsmp: initialisation time: 0.0000880 s
+ wsmp: analysis time: 7.4740741 s
+ wsmp: nb of exp. non-z in factors 182818259
+ wsmp: nb of exp. Mflops in factorisation 200716.2010137
+ wsmp: LU time: 15.9043021 s
+ wsmp: actual nb of non-z in factors 182818259
+ wsmp: actual nb of Mflops in factorisation 12623.7221740
+ wsmp: back substitution time: 0.2345459 s
+ wsmp: from b to rhs vector: 0.0124640 s
+ ---------------------------------
+ wsmp: total solve time: 24.3561862 s
+ =================================
+ temp : 0.00000E+00 0.17623E+01
+ =================================
+ wsmp_cleanup 5385.8029 294.2252 31.2029
+ Advect the surfaces 5386.0354 294.4577 0.2325
+ Advect surface 1 5386.0356 294.4578 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 5386.0842 294.5064 0.0486
+ Update cloud fields 5400.0519 308.4742 13.9678
+ Advect the cloud 5406.1550 314.5772 6.1030
+ Write output 5441.6072 350.0295 35.4523
+ End of time step 5453.8097 362.2319 12.2024
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 11 5453.8098
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5453.8099 0.0001 0.0001
+ surface 01 5453.8099 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 5453.8100 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5453.8155 0.0057 0.0056
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5453.8191
+ -----------------------------------------------------------------------
+ Create octree solve 5453.8192 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 5453.8208 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 5453.9613 0.1423 0.1405
+ max(crit) = 6.399973E+01
+ max(crit,w_l_i_f)= 4.744129E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 5454.0856 0.2665 0.1243
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 5454.3987 0.5796 0.3131
+ osolve%nleaves= 434176
+ Build osolve icon 5455.9190 2.1000 1.5203
+ Imbed surface in osolve 5457.6357 3.8166 1.7167
+ embedding surface 1 5457.6359 3.8168 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 5669.8114 215.9923 212.1755
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5669.8268 216.0078 0.0154
+ Interpolate velo onto osolve 5686.6203 232.8012 16.7935
+ ov%pressure: -0.1927E+00 0.2157E-04
+ osolve%pressure: -0.1655E+00 0.5338E-05
+ Find bad faces 5695.8924 242.0734 9.2721
+ Find void 5697.8359 244.0168 1.9435
+ whole leaf in fluid 199970
+ Define boundary conditions 5697.9319 244.1128 0.0960
+ wsmp setup1 5697.9626 244.1435 0.0307
+ n = 710925
+ nz= 27503508
+ wsmp setup2 5703.2375 249.4185 5.2750
+ -----------------------------------
+ start of non-linear iteratio 1 5703.4670
+ -----------------------------------
+ build system 5703.4671 0.0002 0.0002
+ nelem per proc (min/max) 27582 43184
+ viscosity range 1.00000E-04 7.85286E+02
+ viscosity capped in 216764
+ wsmp solve 5750.9871 47.5201 47.5200
+ =================================
+ wsmp: initialisation time: 0.9279749 s
+ wsmp: ordering time: 21.5467000 s
+ wsmp: symbolic fact. time: 4.0976081 s
+ wsmp: Cholesky fact. time: 197.9714620 s
+ wsmp: Factorisation 14147.0125909 Mflops
+ wsmp: back substitution time: 29.5101249 s
+ wsmp: from b to rhs vector: 0.0382011 s
+ ---------------------------------
+ wsmp: total solve time: 254.0933461 s
+ =================================
+ u : 0.00000E+00 0.10000E+01
+ v : -0.14721E+00 0.14765E+00
+ w : -0.12729E+00 0.43627E+00
+ =================================
+ Calculate pressures 6005.3387 301.8717 254.3516
+ raw pressures : -0.32791E+01 0.31285E+01
+ Smoothing pressures 6005.6753 302.2084 0.3367
+ smooth pressures : -0.16346E+00 0.68000E-06
+ do leaf measurements 6005.7667 302.2997 0.0914
+ compute convergence criterion 6006.1230 302.6560 0.3563
+ velocity_diff_norm = 0.0229300 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 4
+ slicing the cube 6006.1389 302.6720 0.0159
+Compute isostasy and adjust vertical 6006.1394 302.6724 0.0005
+ Compute divergence 6006.1394 302.6725 0.0000
+ wsmp_cleanup 6006.3681 302.9011 0.2287
+ Reset surface geometry 6006.3798 302.9128 0.0117
+ -----------------------------------------------------------------------
+ Temperature calculations 6006.3806 302.9137 0.0009
+ -----------------------------------------------------------------------
+ wsmp setup1 6006.4006 302.9337 0.0200
+ n = 236975
+ nz= 6032899
+ wsmp setup2 6007.4626 303.9956 1.0620
+ build system 6007.5443 304.0774 0.0817
+ nelem per proc (min/max) 27582 43184
+ ===================================
+ wsmp: initialisation time: 0.0000839 s
+ wsmp: analysis time: 7.5835309 s
+ wsmp: nb of exp. non-z in factors 186032823
+ wsmp: nb of exp. Mflops in factorisation 207555.3009769
+ wsmp: LU time: 16.2542520 s
+ wsmp: actual nb of non-z in factors 186032823
+ wsmp: actual nb of Mflops in factorisation 12772.7782992
+ wsmp: back substitution time: 0.2416210 s
+ wsmp: from b to rhs vector: 0.0126932 s
+ ---------------------------------
+ wsmp: total solve time: 24.9921432 s
+ =================================
+ temp : 0.00000E+00 0.18066E+01
+ =================================
+ wsmp_cleanup 6039.2890 335.8220 31.7447
+ Advect the surfaces 6039.5224 336.0554 0.2334
+ Advect surface 1 6039.5225 336.0556 0.0002
+ S. 1: 0 flips in delaunay2
+ Erode surface 1 6039.5700 336.1030 0.0474
+ Update cloud fields 6053.8811 350.4141 14.3111
+ Advect the cloud 6060.0835 356.6165 6.2024
+ Write output 6095.7891 392.3221 35.7056
+ End of time step 6108.2745 404.8075 12.4854
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 12 6108.2746
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6108.2747 0.0001 0.0001
+ surface 01 6108.2747 0.0001 0.0000
+ S. 1: 4356points
+ refine surface 6108.2748 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6108.2810 0.0063 0.0062
+ S. 1: 0 flips in delaunay2
+ S. 1: 4356points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6108.2842
+ -----------------------------------------------------------------------
+ Create octree solve 6108.2844 0.0002 0.0002
+ (1) params%griditer < 0 F
+ (2) current_level==params%levelmax_oct F
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 6108.2860 0.0018 0.0016
+ osolve%nleaves= 4096
+ improve osolve for criterion 6108.4262 0.1420 0.1402
+ max(crit) = 6.399997E+01
+ max(crit,w_l_i_f)= 4.871429E+01
+ osolve%nleaves= 4096
+ Improve osolve for imposed boxes 6108.5503 0.2661 0.1241
+ osolve%nleaves= 434176
+ Smoothen octree after refinement 6108.8666 0.5824 0.3163
+ osolve%nleaves= 434176
+ Build osolve icon 6110.4121 2.1278 1.5454
+ Imbed surface in osolve 6112.1853 3.9010 1.7732
+ embedding surface 1 6112.1854 3.9012 0.0002
+ osolve%nleaves= 434176
+ Assessing octree stability 6266.0075 157.7232 153.8220
+ current refine level 4
+ After criterion based refinement:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ After surfaces embedding:
+ nleaves_old= 434176 leaves
+ nleaves_new= 434176 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6266.0223 157.7381 0.0149
+ Interpolate velo onto osolve 6285.5921 177.3078 19.5697
+ ov%pressure: -0.1899E+00 0.4187E-05
+ osolve%pressure: -0.1635E+00 0.6800E-06
+ Find bad faces 6328.0884 219.8042 42.4964
+ Find void 6330.0631 221.7788 1.9747
+ whole leaf in fluid 200686
+ Define boundary conditions 6330.1640 221.8798 0.1009
+ wsmp setup1 6330.1937 221.9095 0.0297
+ n = 713055
+ nz= 27590838
+ wsmp setup2 6335.5008 227.2165 5.3070
+ -----------------------------------
+ start of non-linear iteratio 1 6335.7356
+ -----------------------------------
+ build system 6335.7358 0.0002 0.0002
+ nelem per proc (min/max) 27672 43259
+ viscosity range 1.00000E-04 1.00000E+03
+ viscosity capped in 217474
+ wsmp solve 6384.3182 48.5826 48.5824
diff --git a/test/input.txt b/test/input.txt
new file mode 100644
index 0000000000000000000000000000000000000000..7c042c9736e9052d62773d61d3029e3730be046f
--- /dev/null
+++ b/test/input.txt
@@ -0,0 +1,625 @@
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+! |
+! ||===\\ |
+! || \\ |
+! || || //==\\ || || //==|| ||/==\\ |
+! || || || || || || || || || || |
+! || // || || || || || || || |
+! ||===// \\==// \\==\\ \\==\\ || |
+! |
+! Input File |
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+
+This file is read by two subroutines in the code:
+- read_controlling_parameters
+- read_input_file
+The indications between [] indicate the type of the read parameter. It can be
+an integer [int], a real*8 [dp], a character chain [char] or a boolean [bool].
+
+
+CONTROLLING PARAMETERS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]debug is a parameter that switches on/off various prints and outputs
+(the level of printing for error, warning and messages of the solver id%cntl(4)
+is set to the debug value).
+if debug is zero, no debugging
+if debug is equal to one, this triggers the terminal display of some key parameters
+if debug is equal to two, same as debug equal to one, and the code produces various
+vtk files in the DEBUG subdirectories (surfaces, olsf, ...), as well as cross sections
+for all nonlinear iterations. Careful, memory consuming !
+
+
+ debug = 1
+
+[bool]doDoRuRe is a flag that triggers the production of output files needed to produce
+the DoRuRes. DoRuRe stands for 'Douar Run Report'.
+
+ doDoRuRe = F
+
+[bool]compute_qp_gram triggers the production of qpgrams for every grid.
+
+ compute_qpgram = F
+
+[bool]compute_reaction_forces toggles on/off the reaction forces computations.
+
+ compute_reaction_forces = F
+
+RESTART
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]irestart is a restart flag; if irestart is not 0, the run will restart from
+an output file given by [char]restartfile and at step.
+
+ irestart = 0
+
+ restartfile=OUT/time_0187.bin
+
+
+TIMESTEPPING
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp]dt is the time step length (if dt is negative, courant conidition is used and
+automatic time stepping is turned on)
+
+ dt=1.d-3
+
+[int]nstep is the number of time steps
+
+ nstep = 200
+
+[dp]courant is only used when dt is negative; it determines the size of the time
+step from the maximum value of the velocity field amplitude. The time step s
+the product of courant by the ratio of the smallest leaf size by the maximum
+velocity.
+
+ courant=.5d0
+
+[bool]normaladvect is a flag used to determine which algorithm to use to calculate
+the new geoletry of the normals to the surfaces at the nodes on the surfaces
+if normaladvect is T, the normals are advected using the velocity gradient
+if normaladvect is F, the normals are re-computed from the geometry of the
+surface
+
+ normaladvect = T
+
+GRID ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]griditer is a flag that allows for nonlinear iterations; when positive, a fixed number
+(griditer) of iterations is permitted; when negative, the number of
+nonlinear iterations is determined by a convergence criterion.
+
+ griditer = 1
+
+[dp]octree_refine_ratio is the threshold value used to determine whether the octree
+has converged or not. the larger the value, the less stringent the test.
+
+ octree_refine_ratio=1.025d0
+
+
+NONLINEAR ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+
+[int]nonlinear_iterations is the maximum number of nonlinear iterations (i.e. the
+iterations on a given constant grid)
+if nonlinear_iterations is positive, it simply is the number of nonlinear
+iterations performed for each grid. When negative it indicates an upper bound
+of nonlinear iterations, but the actual number of nonlinear iterations is
+determined by a convergence criterion (see the 'tol' parameter)
+
+ nonlinear_iterations = 1
+
+[dp]tol is the relative tolerance used to estimate convergence on the computed
+velocity field
+
+ tol=0.01d0
+
+[bool]adaptive_tol is a flag that toggles on/off the evolution of the tol parameter
+with the grid level: when velocity convergence is reached on a grid, the
+latest meaure of the velocity difference between the two last obtained
+solutions is put in tol, so that on the following generated grid, the solution
+reaches at least the same level of convergence. It allows to start with a not
+too stringent value of tol at uniform octree level that evolves with every
+grid, assuming that increasing the level of refinement of the octree allows to
+better capture the solution, hence allowing a tighter convergence.
+
+ adaptive_tol = F
+
+OCTREES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]leveluniform_oct is the level of uniform discretization of space; note that a
+level is a power of two used to divide the unit cube
+
+ leveluniform_oct = 4
+
+[int]levelmax_oct is maximum level of octree discretization
+
+ levelmax_oct = 6
+
+[bool]ismooth is a flag to impose an additional level of smoothing after refinement
+for the surfaces and strain rate. It ensures that no leaf is flanked by
+other leaves differing by more than 1 level of refinement
+
+ ismooth = F
+
+[int]noctreemax is the maximum size of any octree used in all computations
+
+ noctreemax=10000000
+
+[dp]refine_ratio is used to determine octree refinement based on a given criterion.
+All leaves where the criterion is larger than refine_ratio times the maximum
+of this criterion are refined
+
+ refine_ratio=-10000
+
+[int]refine_criterion determines which refinement algorithm is to be used.
+Several criteria exist for the refinement of the osolve octree. 1 is the second
+invariant of the deviatoric strain-rate tensor; 2 is the sum of the squares of the
+diagonal terms of the deviatoric strain-rate tensor; 3 is the second invariant
+of the deviatoric strain rate tensor timses the leaf size. any other value sets
+the criterion to zero and leads to no refinement.
+
+ refine_criterion=1
+
+[int]initial_refine_level is the initial level at which the refinement of the
+octree will be performed. it has to be smaller than levelmax_oct
+this should be used (different from levelmax_oct) in case the flow is very
+localized (nonlinear/plastic analysis)
+
+ initial_refine_level = 4
+
+[bool]renumber_nodes is a flag that can toggle on/off the renumbering of the nodes
+by mean of Sloan's algorithm (T/F)
+
+ renumber_nodes = T
+
+PRESSURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[int]smoothing_type is a parameter allows to choose which type of smoothing is to
+be applied to the pressure field: 0 is none, 1 is center->nodes->center, 2 is the
+same, but weighted by neighbouring elemental volumes, 3 is regular grid+SPH, and 4 is SPH.
+
+ smoothing_type = 1
+
+CLOUD
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]npmin and [int]npmax are used to update the 3D volumetric cloud. npmin corresponds
+to the minimum number of particles in any leaf; npmax is the maximum allowable
+number in any leaf
+
+ npmin=8
+ npmax=27
+
+
+FEM + DIVFEM + MUMPS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]levelcut is the number of levels used to estimate the volume integrals in the
+divFEM algorithmi for cut cells; by testing, it has been estimated that a value
+of 2 is very accurate
+
+ levelcut=2
+
+[int]levelapprox is the number of levels used to estimate the remaining integrals
+using an improved version of Marthijn's clever algorithm, usually 3 is plenty
+
+ levelapprox=3
+
+[dp]penalty is a global penalty parameter used to impose the bad faces or
+incompatible faces linear constraints
+
+ penalty=1.d8
+
+[bool]excl_vol is a parameter that toggles off the assumption that lsf's are built
+on top of one another
+
+ excl_vol = F
+
+
+TEMPERATURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[dp] ztemp is the height interval between which a linear temperature gradient
+is set: the temperature is 1 at the bottom, and 0 at ztemp.
+[dp] tempscale
+
+ calculate_temp = T
+
+ ztemp = .1d0
+
+ tempscale=250.d0
+
+MATERIALS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nmat is number of materials
+
+ nmat=1
+
+[int]material0 determines what is the material above the 1st surface (the free
+surface) if material0 is 0 then it is the void and the properties "0" are used
+for that part of the model; otherwise the material is one of the material,
+comprised between 1 and nmat
+
+ material0 = 0
+
+[dp]densityi, [dp]viscosityi and [dp]penaltyi are the density, viscosity and
+incompressibility used for material i; there should be nmat sets of material
+properties; there should also be a nil material if material0 has been set to 0
+[dp]expon is the nonlinear viscosity exponent
+[dp]diffusivity is the heat diffusivity
+[dp]heat is the heat production
+
+[char]plasticity_type is the type of plasticity
+- No -> no plasticity, purely (nonlinear) viscous material
+- vM -> von Mises yield criterion
+ -> [dp]plasticity_1st_param is the yield value
+- DPI -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the outer apices of the Mohr-Coulomb hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPII -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the inner apices of the Mohr-Coulomb hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPIII -> Drucker-Prager type of yield criterion
+ -> [dp]plasticity_1st_param is alpha
+ -> [dp]plasticity_2nd_param is k
+- MC -> Mohr-Coulomb type of yield criterion
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+
+ density0 = 0.d0
+ viscosity0 = 1.d-5
+ penalty0 = 1.d8
+ expon0 = 1.d0
+ diffusivity0 = 1.d0
+ heat0 = 0.d0
+ activationenergy0 = 0.d0
+ plasticity_type0 = MC
+ plasticity_1st_param0 = 15.d0
+ plasticity_2nd_param0 = 1.72d-3
+ plasticity_3rd_param0 = 0.5d0
+ plasticity_4th_param0 = 1.5d0
+ plasticity_5th_param0 = 5.d0
+
+ density1 = -.83d0
+ viscosity1 = 9.136d-8
+ penalty1 = 1.d8
+ expon1 = 4.d0
+ diffusivity1 = 1.25d-2
+ heat1 = 0.d0
+ activationenergy1 = 223.d3
+ plasticity_type1 = MC
+ plasticity_1st_param1 = 15.d0
+ plasticity_2nd_param1 = 10.d-3
+old value for plasticity_2nd_param1 is 3.13d-3
+ plasticity_3rd_param1 = 0.5d0
+ plasticity_4th_param1 = 1.5d0
+ plasticity_5th_param1 = 5.d0
+
+[dp]viscositymin and viscositymax are bounds on the viscosity (if negative bound is not imposed)
+These bounds are introduced to prevent the viscosity to reach unrealistic values, especially when
+using non-linear (power-law or brittle) rheologies
+
+ viscositymin=1.d-4
+ viscositymax=1.d3
+
+SURFACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]ns is number of surfaces to track
+
+ ns=1
+
+for each surface, one needs to define a levelt, itype, material, surface_type, activation_time
+and surface_params .
+- [int]levelt is the inital level for the particles on the surface; to be accurate
+and avoid wholes in the surface during definition of the lsf, one should use
+levelt eq to levelmax_oct+1 for all surfaces as a minimum value;
+- [int]itype should be 1 for foldable surfaces or 0 for nonfoldable surfaces;
+- [int]material is the material type refering to the table of material available (max nmat);
+- [dp]activation_time is the time the surface becomes active (before that time, it
+ is glued to the 0th surface). this parameter is useful when defining stratigraphic horizons;
+ default is -1, ie the surface is not glued to the free surface
+- [int]surface_type is comprised between 1 and 8.
+ 1 corresponds to a flat surface,
+ -> surface_param_01 is the z level
+ 2 to a rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are y1,y2
+ -> surface_param_06 is the thickness
+ 3 to a convex spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 4 to concave spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 5 to a double rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are x3,x4
+ -> surface_param_06 and 07 are y1,y2
+ -> surface_param_08 and 09 are y3,y4
+ -> surface_param_10 is the thickness
+ 6 to a sinus,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the wavelength
+ -> surface_param_03 is the amplitude
+ 7 to a noisy surface,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the noise amplitude
+ 8 to a double sinus.
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the x-wavelength
+ -> surface_param_03 is the x-amplitude
+ -> surface_param_04 is the y-wavelength
+ -> surface_param_05 is the y-amplitude
+- [int]leveloct is the level at which the octree will be refined in the vicinity of the surface.
+
+ levelt1 = 6
+ itype1 = 0
+ surface_type_1 = 1
+ rand1 = T
+ surface_param_01_1 = .1d0
+ material1 = 1
+ activation_time_1 = -1.
+ leveloct1 = 6
+ stretch1 = 1.5d0
+ anglemax1 = 180.d0
+ criterion1 = 1
+ anglemaxoctree1 = 180.d0
+ spread_surface_points1 = 1
+
+[int]niter_move is the number of iterations used to update particle positions
+using an implicit, mid-point algorithm (default is 10)
+
+ niter_move = 10
+
+[dp]stretch is the maximum allowed increase in linear length between two initially
+adjacent particles on any surface; when this stretch is achieved, a new
+particle is inserted on the surface, half-way along the stretched edge
+
+ stretch = 1.5d0
+
+[dp]anglemax is the maximum allowed angle between two adjacent normals
+when the angle is reached a new point is inserted beteen the two points to
+reduce the angle between the two normals
+
+ anglemax=180.d0
+
+
+[int]criterion is criterion used to define the octree in the vicinity of the
+sufaces; criterion 1 corresponds to imposing that all leaves that are cut by any of the
+surfaces must be at level levelmax_oct; criterion 2 corresponds
+to imposing that discretization is proportional to the curvature of the
+surface; curvature is calculated from the local divergence of the normals.
+criterion 3 corresponds to imposing that all leaves that contain at
+least one particle of any surface is at levelmax_oct;
+
+ criterion = 2
+
+[dp]anglemaxoctree is only defined for criterion 2; t is the maximum allowable angle
+between two adjacent normals; if the angle is greater than anglemaxoctree, the local
+octree leaves are forced to be at level levelmax_oct; otherwise they are
+proportionally larger (smaller levels) (default is 10)
+
+ anglemaxoctree = 10.d0
+
+
+REFINEMENT IN BOXES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nboxes is the number of boxes in which the user imposes a set level of
+discretization
+
+ nboxes = 1
+
+for each box we need to specify the two end corners and the level
+the syntax is [dp]boxnx0, [dp]boxnx1, [dp]boxny0, [dp]boxny1, [dp]boxnz0, [dp]boxnz1
+and boxnlevel where n is the box number
+ box1x0=0.d0
+ box1x1=1.d0
+ box1y0=0.d0
+ box1y1=1.d0
+ box1z0=0.0d0
+ box1z1=0.2d0
+ box1level=7
+
+ box2x0=0.1d0
+ box2x1=0.4d0
+ box2y0=0.0d0
+ box2y1=0.5d0
+ box2z0=0.0d0
+ box2z1=0.2d0
+ box2level=7
+
+ box3x0=0.6d0
+ box3x1=0.9d0
+ box3y0=0.5d0
+ box3y1=1.0d0
+ box3z0=0.0d0
+ box3z1=0.2d0
+ box3level=7
+
+REFINEMENT ON CUBE FACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[bool]ref_on_faces toggles on/off the user imposed refinement on faces.
+for each of the six faces of the cube, on defines the level at which the
+desired area is to be refined. this area is given by bottom, top, left and
+right coordinates that are comprised between 0 and 1
+faces 1,2,3,4,5,6 respectively correspond to x=0,x=1,y=0,y=1,z=0,z=1
+
+ ref_on_faces = F
+
+ level_face1=5
+ b1=.02
+ t1=.51
+ l1=.11
+ r1=.81
+ level_face2=5
+ b2=.45
+ t2=.55
+ l2=.46
+ r2=.56
+ level_face3=5
+ b3=.0
+ t3=.2
+ l3=.3
+ r3=.7
+ level_face4=5
+ b4=.4
+ t4=.5
+ l4=.14
+ r4=.4
+ level_face5=5
+ b5=0.
+ t5=1.
+ l5=0.
+ r5=0.75
+ level_face6=5
+ b6=.26
+ t6=.56
+ l6=.16
+ r6=.86
+
+
+EROSION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]erosion is a flag that toggles on/off the erosion.
+
+ erosion = T
+
+if erosion is on, one also needs to set the erosion level/height, [dp]zerosion
+Note that this is a first attempt at erosion; in future versions, DOUAR
+should be easily linked to a surface processes model like CASCADE
+
+ zerosion=.1d0
+
+If erosion is on, one also needs to define a length scale and a velocity scale to
+properly translate the uplift rate produced by DOUAR into something that is adequate
+for CASCADE;
+[dp]length_scale is the scale of the unit model in km
+[dp]velocity_scale is the velocity scale in km/Myr.
+if length_scale is negative, erosion is assumed to be perfect (no call to CASCADE is needed)
+
+ length_scale=200.d0
+ velocity_scale=10.d0
+
+One then needs to define the erosion constants in CASCADE
+[dp]fluvial_erosion is the fluvial erosion constant in 1/m^2
+[dp]diffusion_erosion is the diffusion erosion constant in m^2/yr
+(4d-2 32d-2)
+
+ fluvial_erosion=2.d-2
+ diffusion_erosion=16.d-2
+
+One finally needs to specify the boundary conditions for CASCADE
+if [int]baselevelx0 is set to 1 then the boundary at x=0 is set at baselevel (water and sediment exit)
+if [int]baselevelx1 is set to 1 then the boundary at x=1 is set at baselevel (water and sediment exit)
+if [int]baselevely0 is set to 1 then the boundary at y=0 is set at baselevel (water and sediment exit)
+if [int]baselevely1 is set to 1 then the boundary at y=1 is set at baselevel (water and sediment exit)
+
+ baselevelx0=1
+ baselevelx1=1
+ baselevely0=0
+ baselevely1=0
+
+MATRIX VISUALISATION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]visualise_matrix allows the user to turn on the visual representation of the
+matrices used in the code. Be careful, the generated postscript files are huge !
+
+ visualise_matrix = F
+
+CROSS SECTIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nsections is the number of cross-sections to be output. [dp]scale is the scale used to produce the postscript file.
+[int]xyz takes values 1, 2 or 3, and corresponds to planes defined by x=constant, y=constant, and z=constant resp.
+The [bool]flags are self explanatory. [char]colormap is the chosen colormap (jet or hot). [int]ncolours is the number of
+colours used to produce the plot.
+
+nsections = 0
+
+xyz_1 = 1
+slice_1 = 0.5001
+flag_press_1 = T
+flag_spress_1 = T
+flag_e2d_1 = T
+flag_e3d_1 = F
+flag_lode_1 = F
+flag_crit_1 = F
+flag_grid_1 = T
+flag_mu_1 = F
+flag_u_1 = F
+flag_v_1 = F
+flag_w_1 = F
+flag_q_1 = F
+flag_uvw_1 = F
+flag_lsf_1 = F
+flag_vfield_1 = F
+flag_colour_1 = T
+flag_plastic_1 = F
+flag_velvect_1 = T
+scale_1 = 500.
+colormap_1 = jet
+ncolours_1 = 256
+
+xyz_2 = 2
+slice_2 = 0.901
+flag_press_2 = T
+flag_e2d_2 = T
+flag_e3d_2 = F
+flag_lode_2 = F
+flag_crit_2 = F
+flag_grid_2 = F
+flag_mu_2 = F
+flag_u_2 = F
+flag_v_2 = F
+flag_w_2 = F
+flag_q_2 = F
+flag_uvw_2 = F
+flag_lsf_2 = F
+flag_vfield_2 = F
+flag_colour_2 = T
+flag_plastic_2 = F
+flag_velvect_2 = F
+scale_2 = 800.
+colormap_2 = jet
+ncolours_2 = 256
+
+
+xyz_3 = 3
+slice_3 = 0.0010
+flag_press_3 = F
+flag_e2d_3 = F
+flag_e3d_3 = F
+flag_lode_3 = F
+flag_crit_3 = F
+flag_grid_3 = F
+flag_mu_3 = F
+flag_u_3 = F
+flag_v_3 = F
+flag_w_3 = F
+flag_q_3 = F
+flag_uvw_3 = F
+flag_lsf_3 = F
+flag_vfield_3 = F
+flag_colour_3 = T
+flag_plastic_3 = F
+flag_velvect_3 = F
+scale_3 = 400.
+colormap_3 = jet
+ncolours_3 = 256
+
diff --git a/test/input_2009-07-10.txt b/test/input_2009-07-10.txt
new file mode 100644
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+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+! |
+! ||===\\ |
+! || \\ |
+! || || //==\\ || || //==|| ||/==\\ |
+! || || || || || || || || || || |
+! || // || || || || || || || |
+! ||===// \\==// \\==\\ \\==\\ || |
+! |
+! Input File |
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+
+This file is read by two subroutines in the code:
+- read_controlling_parameters
+- read_input_file
+The indications between [] indicate the type of the read parameter. It can be
+an integer [int], a real*8 [dp], a character chain [char] or a boolean [bool].
+
+
+CONTROLLING PARAMETERS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]debug is a parameter that switches on/off various prints and outputs
+(the level of printing for error, warning and messages of the solver id%cntl(4)
+is set to the debug value).
+if debug is zero, no debugging
+if debug is equal to one, this triggers the terminal display of some key
+parameters
+if debug is equal to two, same as debug equal to one, and the code produces
+various vtk files in the DEBUG subdirectories (surfaces, olsf, ...), as well as
+cross sections for all nonlinear iterations. Careful, memory consuming!
+
+ debug = 1
+
+[bool]doDoRuRe is a flag that triggers the production of output files needed to
+produce the DoRuRes. DoRuRe stands for 'Douar Run Report'.
+
+ doDoRuRe = F
+
+[bool]compute_qp_gram triggers the production of qpgrams for every grid.
+
+ compute_qpgram = F
+
+[bool]compute_reaction_forces toggles on/off the reaction forces computations.
+
+ compute_reaction_forces = F
+
+
+RESTART
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]irestart is a restart flag; if irestart is not 0, the run will restart from
+an output file given by [char]restartfile and at step.
+
+ irestart=0
+
+ restartfile=OUT/time_0170.bin
+
+
+TIMESTEPPING
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp]dt is the time step length (if dt is negative, courant conidition is used
+and automatic time stepping is turned on)
+
+ dt=1.d-4
+
+[int]nstep is the number of time steps
+
+ nstep = 500
+
+[dp]courant is only used when dt is negative; it determines the size of the time
+step from the maximum value of the velocity field amplitude. The time step s
+the product of courant by the ratio of the smallest leaf size by the maximum
+velocity.
+
+ courant=.5d0
+
+[bool]normaladvect is a flag used to determine which algorithm to use to
+calculate the new geoletry of the normals to the surfaces at the nodes on the
+surfaces
+if normaladvect is T, the normals are advected using the velocity gradient
+if normaladvect is F, the normals are re-computed from the geometry of the
+surface
+
+ normaladvect = T
+
+
+GRID ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]griditer is a flag that allows for nonlinear iterations; when positive, a
+fixed number (griditer) of iterations is permitted; when negative, the number of
+nonlinear iterations is determined by a convergence criterion.
+
+ griditer = -10
+
+[dp]octree_refine_ratio is the threshold value used to determine whether the
+octree has converged or not. the larger the value, the less stringent the test.
+
+ octree_refine_ratio=.025d0
+
+
+NONLINEAR ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nonlinear_iterations is the maximum number of nonlinear iterations (i.e.
+the iterations on a given constant grid)
+if nonlinear_iterations is positive, it simply is the number of nonlinear
+iterations performed for each grid. When negative it indicates an upper bound
+of nonlinear iterations, but the actual number of nonlinear iterations is
+determined by a convergence criterion (see the 'tol' parameter)
+
+ nonlinear_iterations = -10
+
+[dp]tol is the relative tolerance used to estimate convergence on the computed
+velocity field
+
+ tol=0.01d0
+
+[bool]adaptive_tol is a flag that toggles on/off the evolution of the tol
+parameter with the grid level: when velocity convergence is reached on a grid,
+the latest meaure of the velocity difference between the two last obtained
+solutions is put in tol, so that on the following generated grid, the solution
+reaches at least the same level of convergence. It allows to start with a not
+too stringent value of tol at uniform octree level that evolves with every
+grid, assuming that increasing the level of refinement of the octree allows to
+better capture the solution, hence allowing a tighter convergence.
+
+ adaptive_tol = F
+
+
+OCTREES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]leveluniform_oct is the level of uniform discretization of space; note that
+a level is a power of two used to divide the unit cube
+
+ leveluniform_oct = 5
+
+[int]levelmax_oct is maximum level of octree discretization
+
+ levelmax_oct = 6
+
+[bool]ismooth is a flag to impose an additional level of smoothing after
+refinement for the surfaces and strain rate. It ensures that no leaf is flanked
+by other leaves differing by more than 1 level of refinement
+
+ ismooth = F
+
+[int]noctreemax is the maximum size of any octree used in all computations
+
+ noctreemax=100000
+
+[dp]refine_ratio is used to determine octree refinement based on a given
+criterion. All leaves where the criterion is larger than refine_ratio times the
+maximum of this criterion are refined
+
+ refine_ratio=-5500
+
+[int]refine_criterion determines which refinement algorithm is to be used.
+Several criteria exist for the refinement of the osolve octree. 1 is the second
+invariant of the deviatoric strain-rate tensor; 2 is the sum of the squares of
+the diagonal terms of the deviatoric strain-rate tensor; 3 is the second
+invariant of the deviatoric strain rate tensor timses the leaf size. any other
+value sets the criterion to zero and leads to no refinement.
+
+ refine_criterion=0
+
+[int]initial_refine_level is the initial level at which the refinement of the
+octree will be performed. it has to be smaller than levelmax_oct
+this should be used (different from levelmax_oct) in case the flow is very
+localized (nonlinear/plastic analysis)
+
+ initial_refine_level = 6
+
+[bool]renumber_nodes is a flag that can toggle on/off the renumbering of the
+nodes by mean of Sloan's algorithm (T/F)
+
+ renumber_nodes = T
+
+
+PRESSURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]smoothing_type is a parameter allows to choose which type of smoothing is
+to be applied to the pressure field: 0 is none, 1 is center->nodes->center, 2 is
+the same, but weighted by neighbouring elemental volumes, 3 is regular grid+SPH,
+and 4 is SPH.
+
+ smoothing_type = 0
+
+
+CLOUD
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]npmin and [int]npmax are used to update the 3D volumetric cloud. npmin
+corresponds to the minimum number of particles in any leaf; npmax is the maximum
+allowable number in any leaf
+
+ npmin=1
+ npmax=4
+
+
+FEM + DIVFEM + MUMPS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]levelcut is the number of levels used to estimate the volume integrals in
+the divFEM algorithmi for cut cells; by testing, it has been estimated that a
+value of 2 is very accurate
+
+ levelcut=2
+
+[int]levelapprox is the number of levels used to estimate the remaining
+integrals using an improved version of Marthijn's clever algorithm, usually 3 is
+plenty
+
+ levelapprox=3
+
+[dp]penalty is a global penalty parameter used to impose the bad faces or
+incompatible faces linear constraints
+
+ penalty=1.d8
+
+[bool]excl_vol is a parameter that toggles off the assumption that lsf's are
+built on top of one another
+
+ excl_vol = F
+
+
+TEMPERATURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp] ztemp is the height interval between which a linear temperature gradient is
+set: the temperature is 1 at the bottom, and 0 at ztemp.
+[dp] tempscale
+
+ calculate_temp = F
+
+ ztemp = .357d0
+
+ tempscale=1350.d0
+
+
+ISOSTASY
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+ isostasy = T
+
+ flexure = T
+
+
+MATERIALS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nmat is number of materials
+
+ nmat=3
+
+[int]material0 determines what is the material above the 1st surface (the free
+surface) if material0 is 0 then it is the void and the properties "0" are used
+for that part of the model; otherwise the material is one of the material,
+comprised between 1 and nmat
+
+ material0 = 0
+
+[dp]densityi, [dp]viscosityi and [dp]penaltyi are the density, viscosity and
+incompressibility used for material i; there should be nmat sets of material
+properties; there should also be a nil material if material0 has been set to 0
+[dp]expon is the nonlinear viscosity exponent
+[dp]diffusivity is the heat diffusivity
+[dp]heat is the heat production
+
+[char]plasticity_type is the type of plasticity
+- No -> no plasticity, purely (nonlinear) viscous material
+- vM -> von Mises yield criterion
+ -> [dp]plasticity_1st_param is the yield value
+- DPI -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the outer apices of the Mohr-Coulomb
+ hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPII -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the inner apices of the Mohr-Coulomb
+ hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPIII -> Drucker-Prager type of yield criterion
+ -> [dp]plasticity_1st_param is alpha
+ -> [dp]plasticity_2nd_param is k
+- MC -> Mohr-Coulomb type of yield criterion
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+
+ density0 = 0.d0
+ viscosity0 = 1.d-5
+ penalty0 = 1.d8
+ expon0 = 1.d0
+ diffusivity0 = 1.d0
+ heat0 = 0.d0
+ activationenergy0 = 0.d0
+ plasticity_type0 = No
+
+ density1 = -.83d0
+ viscosity1 = 1.d0
+ penalty1 = 1.d8
+ expon1 = 1.d0
+ diffusivity1 = 0.59d0
+ heat1 = 0.d0
+ activationenergy1 = 0.d0
+ plasticity_type1 = MC
+ plasticity_1st_param1 = 15.d0
+ plasticity_2nd_param1 = 1.72d-3
+ plasticity_3rd_param1 = 0.5d0
+ plasticity_4th_param1 = 1.5d0
+ plasticity_5th_param1 = 5.d0
+
+ density2 = -.83d0
+ viscosity2 = 1.d-3
+ penalty2 = 1.d8
+ expon2 = 1.d0
+ diffusivity2 = 0.59d0
+ heat2 = 0.d0
+ activationenergy2 = 0.d0
+ plasticity_type2 = MC
+ plasticity_1st_param2 = 15.d0
+ plasticity_2nd_param2 = 1.72d-3
+ plasticity_3rd_param2 = 0.5d0
+ plasticity_4th_param2 = 1.5d0
+ plasticity_5th_param2 = 5.d0
+
+ density3 = -1.d0
+ viscosity3 = 1.d1
+ penalty3 = 1.d8
+ expon3 = 1.d0
+ diffusivity3 = 0.59d0
+ heat3 = 0.d0
+ activationenergy3 = 0.d0
+ plasticity_type3 = MC
+ plasticity_1st_param3 = 15.d0
+ plasticity_2nd_param3 = 1.72d-3
+ plasticity_3rd_param3 = 0.5d0
+ plasticity_4th_param3 = 1.5d0
+ plasticity_5th_param3 = 5.d0
+
+[dp]viscositymin and viscositymax are bounds on the viscosity (if negative bound
+is not imposed) These bounds are introduced to prevent the viscosity to reach
+unrealistic values, especially when using non-linear (power-law or brittle)
+rheologies
+
+ viscositymin=1.d-5
+ viscositymax=1.d5
+
+
+SURFACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]ns is number of surfaces to track
+
+ ns=3
+
+for each surface, one needs to define a levelt, itype, material, surface_type,
+activation_time and surface_params.
+- [int]levelt is the inital level for the particles on the surface; to be
+ accurate and avoid holes in the surface during definition of the lsf, one
+ should use levelt eq to levelmax_oct+1 for all surfaces as a minimum value;
+- [int]itype should be 1 for foldable surfaces or 0 for nonfoldable surfaces;
+- [int]material is the material type refering to the table of material available
+ (max nmat);
+- [dp]activation_time is the time the surface becomes active (before that time,
+ it is glued to the 0th surface). this parameter is useful when defining
+ stratigraphic horizons; default is -1, ie the surface is not glued to the free
+ surface
+- [int]surface_type is comprised between 1 and 8.
+ 1 corresponds to a flat surface,
+ -> surface_param_01 is the z level
+ 2 to a rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are y1,y2
+ -> surface_param_06 is the thickness
+ 3 to a convex spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 4 to concave spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 5 to a double rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are x3,x4
+ -> surface_param_06 and 07 are y1,y2
+ -> surface_param_08 and 09 are y3,y4
+ -> surface_param_10 is the thickness
+ 6 to a sinus,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the wavelength
+ -> surface_param_03 is the amplitude
+ 7 to a noisy surface,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the noise amplitude
+ 8 to a double sinus.
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the x-wavelength
+ -> surface_param_03 is the x-amplitude
+ -> surface_param_04 is the y-wavelength
+ -> surface_param_05 is the y-amplitude
+- [int]leveloct is the level at which the octree will be refined in the vicinity
+ of the surface.
+
+ levelt1 = 7
+ itype1 = 0
+ surface_type_1 = 1
+ rand1 = T
+ surface_param_01_1 = 0.357d0
+ material1 = 1
+ activation_time_1 = -1.
+ leveloct1 = 6
+ stretch1 = 1.5d0
+ anglemax1 = 180.d0
+ criterion1 = 1
+ anglemaxoctree1 = 180.d0
+ spread_surface_points1 = 1
+
+ levelt2 = 7
+ itype2 = 0
+ surface_type_2 = 1
+ rand2 = T
+ surface_param_01_2 = 0.32575d0
+ material2 = 2
+ activation_time_2 = -1.
+ leveloct2 = 6
+ stretch2 = 1.5d0
+ anglemax2 = 180.d0
+ criterion2 = 1
+ anglemaxoctree2 = 180.d0
+ spread_surface_points2 = 0
+
+ levelt3 = 7
+ itype3 = 0
+ surface_type_3 = 1
+ rand3 = T
+ surface_param_01_3 = 0.2945d0
+ material3 = 3
+ activation_time_3 = -1.
+ leveloct3 = 6
+ stretch3 = 1.5d0
+ anglemax3 = 180.d0
+ criterion3 = 1
+ anglemaxoctree3 = 180.d0
+ spread_surface_points3 = 0
+
+[int]niter_move is the number of iterations used to update particle positions
+using an implicit, mid-point algorithm (default is 10)
+
+ niter_move = 10
+
+[dp]stretch is the maximum allowed increase in linear length between two
+initially adjacent particles on any surface; when this stretch is achieved, a
+new particle is inserted on the surface, half-way along the stretched edge
+
+ stretch = 1.5d0
+
+[dp]anglemax is the maximum allowed angle between two adjacent normals
+when the angle is reached a new point is inserted beteen the two points to
+reduce the angle between the two normals
+
+ anglemax=180.d0
+
+[int]criterion is criterion used to define the octree in the vicinity of the
+sufaces; criterion 1 corresponds to imposing that all leaves that are cut by any
+of the surfaces must be at level levelmax_oct; criterion 2 corresponds to
+imposing that discretization is proportional to the curvature of the surface;
+curvature is calculated from the local divergence of the normals. criterion 3
+corresponds to imposing that all leaves that contain at least one particle of
+any surface is at levelmax_oct;
+
+ criterion = 2
+
+[dp]anglemaxoctree is only defined for criterion 2; t is the maximum allowable
+angle between two adjacent normals; if the angle is greater than anglemaxoctree,
+the local octree leaves are forced to be at level levelmax_oct; otherwise they
+are proportionally larger (smaller levels) (default is 10)
+
+ anglemaxoctree = 10.d0
+
+
+REFINEMENT IN BOXES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nboxes is the number of boxes in which the user imposes a set level of
+discretization
+
+ nboxes = 2
+
+for each box we need to specify the two end corners and the level
+the syntax is [dp]boxnx0, [dp]boxnx1, [dp]boxny0, [dp]boxny1, [dp]boxnz0,
+[dp]boxnz1 and boxnlevel where n is the box number
+
+ box1x0=.25d0
+ box1x1=.75d0
+ box1y0=.0d0
+ box1y1=.6d0
+ box1z0=.2d0
+ box1z1=.4d0
+ box1level=6
+
+ box2x0=0.d0
+ box2x1=.75d0
+ box2y0=.4d0
+ box2y1=.6d0
+ box2z0=.2d0
+ box2z1=.4d0
+ box2level=6
+
+ box3x0=0.d0
+ box3x1=1.d0
+ box3y0=0.d0
+ box3y1=1.d0
+ box3z0=0.d0
+ box3z1=.001d0
+ box3level=6
+
+ box4x0=.4875d0
+ box4x1=.5125d0
+ box4y0=.4875d0
+ box4y1=.5125d0
+ box4z0=.0d0
+ box4z1=1.d0
+ box4level=9
+
+
+REFINEMENT ON CUBE FACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[bool]ref_on_faces toggles on/off the user imposed refinement on faces.
+For each of the six faces of the cube, on defines the level at which the
+desired area is to be refined. this area is given by bottom, top, left and
+right coordinates that are comprised between 0 and 1
+faces 1,2,3,4,5,6 respectively correspond to x=0,x=1,y=0,y=1,z=0,z=1
+
+ ref_on_faces = F
+
+ level_face1=5
+ b1=.02
+ t1=.51
+ l1=.11
+ r1=.81
+ level_face2=5
+ b2=.45
+ t2=.55
+ l2=.46
+ r2=.56
+ level_face3=5
+ b3=.0
+ t3=.2
+ l3=.3
+ r3=.7
+ level_face4=5
+ b4=.4
+ t4=.5
+ l4=.14
+ r4=.4
+ level_face5=6
+ b5=0.
+ t5=1.
+ l5=0.
+ r5=0.75
+ level_face6=5
+ b6=.26
+ t6=.56
+ l6=.16
+ r6=.86
+
+
+EROSION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]erosion is a flag that toggles on/off the erosion.
+
+ erosion = F
+
+if erosion is on, one also needs to set the erosion level/height, [dp]zerosion
+Note that this is a first attempt at erosion; in future versions, DOUAR
+should be easily linked to a surface processes model like CASCADE
+
+ zerosion=.357d0
+
+If erosion is on, one also needs to define a length scale and a velocity scale
+to properly translate the uplift rate produced by DOUAR into something that is
+adequate for CASCADE;
+[dp]length_scale is the scale of the unit model in km
+[dp]velocity_scale is the velocity scale in km/Myr.
+if length_scale is negative, erosion is assumed to be perfect (no call to
+CASCADE is needed)
+
+ length_scale=350.d0
+ velocity_scale=10.d0
+
+One then needs to define the erosion constants in CASCADE
+[dp]fluvial_erosion is the fluvial erosion constant in 1/m^2
+[dp]diffusion_erosion is the diffusion erosion constant in m^2/yr
+(4d-2 32d-2)
+
+ fluvial_erosion=4.d-2
+ diffusion_erosion=32.d-2
+
+One finally needs to specify the boundary conditions for CASCADE
+if [int]baselevelx0 is set to 1 then the boundary at x=0 is set at baselevel
+(water and sediment exit)
+if [int]baselevelx1 is set to 1 then the boundary at x=1 is set at baselevel
+(water and sediment exit)
+if [int]baselevely0 is set to 1 then the boundary at y=0 is set at baselevel
+(water and sediment exit)
+if [int]baselevely1 is set to 1 then the boundary at y=1 is set at baselevel
+(water and sediment exit)
+
+ baselevelx0=1
+ baselevelx1=1
+ baselevely0=0
+ baselevely1=1
+
+
+MATRIX VISUALISATION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]visualise_matrix allows the user to turn on the visual representation of
+the matrices used in the code. Be careful, the generated postscript files are
+huge!
+
+ visualise_matrix = F
+
+
+CROSS SECTIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nsections is the number of cross-sections to be output. [dp]scale is the
+scale used to produce the postscript file.
+[int]xyz takes values 1, 2 or 3, and corresponds to planes defined by
+x=constant, y=constant, and z=constant resp.
+The [bool]flags are self explanatory. [char]colormap is the chosen colormap (jet
+or hot). [int]ncolours is the number of colours used to produce the plot.
+
+nsections = 0
+
+xyz_1 = 1
+slice_1 = 0.5001
+flag_press_1 = T
+flag_spress_1 = T
+flag_e2d_1 = T
+flag_e3d_1 = F
+flag_lode_1 = F
+flag_crit_1 = F
+flag_grid_1 = T
+flag_mu_1 = F
+flag_u_1 = F
+flag_v_1 = F
+flag_w_1 = F
+flag_q_1 = F
+flag_uvw_1 = F
+flag_lsf_1 = F
+flag_vfield_1 = F
+flag_colour_1 = T
+flag_plastic_1 = F
+flag_velvect_1 = T
+scale_1 = 500.
+colormap_1 = jet
+ncolours_1 = 256
+
+xyz_2 = 2
+slice_2 = 0.901
+flag_press_2 = T
+flag_e2d_2 = T
+flag_e3d_2 = F
+flag_lode_2 = F
+flag_crit_2 = F
+flag_grid_2 = F
+flag_mu_2 = F
+flag_u_2 = F
+flag_v_2 = F
+flag_w_2 = F
+flag_q_2 = F
+flag_uvw_2 = F
+flag_lsf_2 = F
+flag_vfield_2 = F
+flag_colour_2 = T
+flag_plastic_2 = F
+flag_velvect_2 = F
+scale_2 = 800.
+colormap_2 = jet
+ncolours_2 = 256
+
+
+xyz_3 = 3
+slice_3 = 0.0010
+flag_press_3 = F
+flag_e2d_3 = F
+flag_e3d_3 = F
+flag_lode_3 = F
+flag_crit_3 = F
+flag_grid_3 = F
+flag_mu_3 = F
+flag_u_3 = F
+flag_v_3 = F
+flag_w_3 = F
+flag_q_3 = F
+flag_uvw_3 = F
+flag_lsf_3 = F
+flag_vfield_3 = F
+flag_colour_3 = T
+flag_plastic_3 = F
+flag_velvect_3 = F
+scale_3 = 400.
+colormap_3 = jet
+ncolours_3 = 256
diff --git a/test/input_DT065.txt b/test/input_DT065.txt
new file mode 100644
index 0000000000000000000000000000000000000000..759e7a44d63fb90b14b899901d70bcf63f141540
--- /dev/null
+++ b/test/input_DT065.txt
@@ -0,0 +1,718 @@
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+! |
+! ||===\\ |
+! || \\ |
+! || || //==\\ || || //==|| ||/==\\ |
+! || || || || || || || || || || |
+! || // || || || || || || || |
+! ||===// \\==// \\==\\ \\==\\ || |
+! |
+! Input File |
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+
+This file is read by two subroutines in the code:
+- read_controlling_parameters
+- read_input_file
+The indications between [] indicate the type of the read parameter. It can be
+an integer [int], a real*8 [dp], a character chain [char] or a boolean [bool].
+
+
+CONTROLLING PARAMETERS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]debug is a parameter that switches on/off various prints and outputs
+(the level of printing for error, warning and messages of the solver id%cntl(4)
+is set to the debug value).
+if debug is zero, no debugging
+if debug is equal to one, this triggers the terminal display of some key
+parameters
+if debug is equal to two, same as debug equal to one, and the code produces
+various vtk files in the DEBUG subdirectories (surfaces, olsf, ...), as well as
+cross sections for all nonlinear iterations. Careful, memory consuming!
+
+ debug = 1
+
+[bool]doDoRuRe is a flag that triggers the production of output files needed to
+produce the DoRuRes. DoRuRe stands for 'Douar Run Report'.
+
+ doDoRuRe = F
+
+[bool]compute_qp_gram triggers the production of qpgrams for every grid.
+
+ compute_qpgram = F
+
+[bool]compute_reaction_forces toggles on/off the reaction forces computations.
+
+ compute_reaction_forces = F
+
+
+RESTART
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]irestart is a restart flag; if irestart is not 0, the run will restart from
+an output file given by [char]restartfile and at step.
+
+ irestart=0
+
+ restartfile=OUT/time_0000.bin
+
+
+TIMESTEPPING
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp]dt is the time step length (if dt is negative, courant conidition is used
+and automatic time stepping is turned on)
+
+ dt=1.d-4
+
+[int]nstep is the number of time steps
+
+ nstep = 500
+
+[dp]courant is only used when dt is negative; it determines the size of the time
+step from the maximum value of the velocity field amplitude. The time step s
+the product of courant by the ratio of the smallest leaf size by the maximum
+velocity.
+
+ courant=.5d0
+
+[bool]normaladvect is a flag used to determine which algorithm to use to
+calculate the new geoletry of the normals to the surfaces at the nodes on the
+surfaces
+if normaladvect is T, the normals are advected using the velocity gradient
+if normaladvect is F, the normals are re-computed from the geometry of the
+surface
+
+ normaladvect = T
+
+
+GRID ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]griditer is a flag that allows for nonlinear iterations; when positive, a
+fixed number (griditer) of iterations is permitted; when negative, the number of
+nonlinear iterations is determined by a convergence criterion.
+
+ griditer = -10
+
+[dp]octree_refine_ratio is the threshold value used to determine whether the
+octree has converged or not. the larger the value, the less stringent the test.
+
+ octree_refine_ratio=.025d0
+
+
+NONLINEAR ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nonlinear_iterations is the maximum number of nonlinear iterations (i.e.
+the iterations on a given constant grid)
+if nonlinear_iterations is positive, it simply is the number of nonlinear
+iterations performed for each grid. When negative it indicates an upper bound
+of nonlinear iterations, but the actual number of nonlinear iterations is
+determined by a convergence criterion (see the 'tol' parameter)
+
+ nonlinear_iterations = -10
+
+[dp]tol is the relative tolerance used to estimate convergence on the computed
+velocity field
+
+ tol=0.01d0
+
+[bool]adaptive_tol is a flag that toggles on/off the evolution of the tol
+parameter with the grid level: when velocity convergence is reached on a grid,
+the latest meaure of the velocity difference between the two last obtained
+solutions is put in tol, so that on the following generated grid, the solution
+reaches at least the same level of convergence. It allows to start with a not
+too stringent value of tol at uniform octree level that evolves with every
+grid, assuming that increasing the level of refinement of the octree allows to
+better capture the solution, hence allowing a tighter convergence.
+
+ adaptive_tol = F
+
+
+OCTREES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]leveluniform_oct is the level of uniform discretization of space; note that
+a level is a power of two used to divide the unit cube
+
+ leveluniform_oct = 5
+
+[int]levelmax_oct is maximum level of octree discretization
+
+ levelmax_oct = 6
+
+[bool]ismooth is a flag to impose an additional level of smoothing after
+refinement for the surfaces and strain rate. It ensures that no leaf is flanked
+by other leaves differing by more than 1 level of refinement
+
+ ismooth = F
+
+[int]noctreemax is the maximum size of any octree used in all computations
+
+ noctreemax=100000
+
+[dp]refine_ratio is used to determine octree refinement based on a given
+criterion. All leaves where the criterion is larger than refine_ratio times the
+maximum of this criterion are refined
+
+ refine_ratio=-5500
+
+[int]refine_criterion determines which refinement algorithm is to be used.
+Several criteria exist for the refinement of the osolve octree. 1 is the second
+invariant of the deviatoric strain-rate tensor; 2 is the sum of the squares of
+the diagonal terms of the deviatoric strain-rate tensor; 3 is the second
+invariant of the deviatoric strain rate tensor timses the leaf size. any other
+value sets the criterion to zero and leads to no refinement.
+
+ refine_criterion=0
+
+[int]initial_refine_level is the initial level at which the refinement of the
+octree will be performed. it has to be smaller than levelmax_oct
+this should be used (different from levelmax_oct) in case the flow is very
+localized (nonlinear/plastic analysis)
+
+ initial_refine_level = 5
+
+[bool]renumber_nodes is a flag that can toggle on/off the renumbering of the
+nodes by mean of Sloan's algorithm (T/F)
+
+ renumber_nodes = T
+
+
+PRESSURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]smoothing_type is a parameter allows to choose which type of smoothing is
+to be applied to the pressure field: 0 is none, 1 is center->nodes->center, 2 is
+the same, but weighted by neighbouring elemental volumes, 3 is regular grid+SPH,
+and 4 is SPH.
+
+ smoothing_type = 1
+
+
+CLOUD
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]npmin and [int]npmax are used to update the 3D volumetric cloud. npmin
+corresponds to the minimum number of particles in any leaf; npmax is the maximum
+allowable number in any leaf
+
+ npmin=1
+ npmax=4
+
+
+FEM + DIVFEM + MUMPS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]levelcut is the number of levels used to estimate the volume integrals in
+the divFEM algorithmi for cut cells; by testing, it has been estimated that a
+value of 2 is very accurate
+
+ levelcut=2
+
+[int]levelapprox is the number of levels used to estimate the remaining
+integrals using an improved version of Marthijn's clever algorithm, usually 3 is
+plenty
+
+ levelapprox=3
+
+[dp]penalty is a global penalty parameter used to impose the bad faces or
+incompatible faces linear constraints
+
+ penalty=1.d8
+
+[bool]excl_vol is a parameter that toggles off the assumption that lsf's are
+built on top of one another
+
+ excl_vol = F
+
+
+TEMPERATURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp] ztemp is the height interval between which a linear temperature gradient is
+set: the temperature is 1 at the bottom, and 0 at ztemp.
+[dp] tempscale
+
+ calculate_temp = T
+
+ ztemp = .357d0
+
+ tempscale=1350.d0
+
+
+ISOSTASY
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+ isostasy = T
+
+ flexure = T
+
+
+MATERIALS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nmat is number of materials
+
+ nmat=3
+
+[int]material0 determines what is the material above the 1st surface (the free
+surface) if material0 is 0 then it is the void and the properties "0" are used
+for that part of the model; otherwise the material is one of the material,
+comprised between 1 and nmat
+
+ material0 = 0
+
+[dp]densityi, [dp]viscosityi and [dp]penaltyi are the density, viscosity and
+incompressibility used for material i; there should be nmat sets of material
+properties; there should also be a nil material if material0 has been set to 0
+[dp]expon is the nonlinear viscosity exponent
+[dp]diffusivity is the heat diffusivity
+[dp]heat is the heat production
+
+[char]plasticity_type is the type of plasticity
+- No -> no plasticity, purely (nonlinear) viscous material
+- vM -> von Mises yield criterion
+ -> [dp]plasticity_1st_param is the yield value
+- DPI -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the outer apices of the Mohr-Coulomb
+ hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPII -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the inner apices of the Mohr-Coulomb
+ hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPIII -> Drucker-Prager type of yield criterion
+ -> [dp]plasticity_1st_param is alpha
+ -> [dp]plasticity_2nd_param is k
+- MC -> Mohr-Coulomb type of yield criterion
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+
+ density0 = 0.d0
+ viscosity0 = 1.d-5
+ penalty0 = 1.d8
+ expon0 = 1.d0
+ diffusivity0 = 1.d0
+ heat0 = 0.d0
+ activationenergy0 = 0.d0
+ plasticity_type0 = No
+
+ density1 = -.83d0
+ viscosity1 = 1.d0
+ penalty1 = 1.d8
+ expon1 = 1.d0
+ diffusivity1 = 0.59d0
+ heat1 = 0.d0
+ activationenergy1 = 0.d0
+ plasticity_type1 = MC
+ plasticity_1st_param1 = 15.d0
+ plasticity_2nd_param1 = 1.72d-3
+ plasticity_3rd_param1 = 0.5d0
+ plasticity_4th_param1 = 1.5d0
+ plasticity_5th_param1 = 5.d0
+
+ density2 = -.83d0
+ viscosity2 = 1.d-1
+ penalty2 = 1.d8
+ expon2 = 1.d0
+ diffusivity2 = 0.59d0
+ heat2 = 0.d0
+ activationenergy2 = 0.d0
+ plasticity_type2 = MC
+ plasticity_1st_param2 = 15.d0
+ plasticity_2nd_param2 = 1.72d-3
+ plasticity_3rd_param2 = 0.5d0
+ plasticity_4th_param2 = 1.5d0
+ plasticity_5th_param2 = 5.d0
+
+ density3 = -1.d0
+ viscosity3 = 1.d1
+ penalty3 = 1.d8
+ expon3 = 1.d0
+ diffusivity3 = 0.59d0
+ heat3 = 0.d0
+ activationenergy3 = 0.d0
+ plasticity_type3 = MC
+ plasticity_1st_param3 = 15.d0
+ plasticity_2nd_param3 = 1.72d-3
+ plasticity_3rd_param3 = 0.5d0
+ plasticity_4th_param3 = 1.5d0
+ plasticity_5th_param3 = 5.d0
+
+[dp]viscositymin and viscositymax are bounds on the viscosity (if negative bound
+is not imposed) These bounds are introduced to prevent the viscosity to reach
+unrealistic values, especially when using non-linear (power-law or brittle)
+rheologies
+
+ viscositymin=1.d-5
+ viscositymax=1.d5
+
+
+SURFACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]ns is number of surfaces to track
+
+ ns=3
+
+for each surface, one needs to define a levelt, itype, material, surface_type,
+activation_time and surface_params.
+- [int]levelt is the inital level for the particles on the surface; to be
+ accurate and avoid holes in the surface during definition of the lsf, one
+ should use levelt eq to levelmax_oct+1 for all surfaces as a minimum value;
+- [int]itype should be 1 for foldable surfaces or 0 for nonfoldable surfaces;
+- [int]material is the material type refering to the table of material available
+ (max nmat);
+- [dp]activation_time is the time the surface becomes active (before that time,
+ it is glued to the 0th surface). this parameter is useful when defining
+ stratigraphic horizons; default is -1, ie the surface is not glued to the free
+ surface
+- [int]surface_type is comprised between 1 and 8.
+ 1 corresponds to a flat surface,
+ -> surface_param_01 is the z level
+ 2 to a rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are y1,y2
+ -> surface_param_06 is the thickness
+ 3 to a convex spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 4 to concave spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 5 to a double rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are x3,x4
+ -> surface_param_06 and 07 are y1,y2
+ -> surface_param_08 and 09 are y3,y4
+ -> surface_param_10 is the thickness
+ 6 to a sinus,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the wavelength
+ -> surface_param_03 is the amplitude
+ 7 to a noisy surface,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the noise amplitude
+ 8 to a double sinus.
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the x-wavelength
+ -> surface_param_03 is the x-amplitude
+ -> surface_param_04 is the y-wavelength
+ -> surface_param_05 is the y-amplitude
+- [int]leveloct is the level at which the octree will be refined in the vicinity
+ of the surface.
+
+ levelt1 = 7
+ itype1 = 0
+ surface_type_1 = 1
+ rand1 = T
+ surface_param_01_1 = 0.357d0
+ material1 = 1
+ activation_time_1 = -1.
+ leveloct1 = 6
+ stretch1 = 1.5d0
+ anglemax1 = 180.d0
+ criterion1 = 1
+ anglemaxoctree1 = 180.d0
+ spread_surface_points1 = 1
+
+ levelt2 = 7
+ itype2 = 0
+ surface_type_2 = 1
+ rand2 = F
+ surface_param_01_2 = 0.32575d0
+ material2 = 2
+ activation_time_2 = -1.
+ leveloct2 = 6
+ stretch2 = 1.5d0
+ anglemax2 = 180.d0
+ criterion2 = 1
+ anglemaxoctree2 = 180.d0
+ spread_surface_points2 = 0
+
+ levelt3 = 7
+ itype3 = 0
+ surface_type_3 = 1
+ rand3 = F
+ surface_param_01_3 = 0.2945d0
+ material3 = 3
+ activation_time_3 = -1.
+ leveloct3 = 6
+ stretch3 = 1.5d0
+ anglemax3 = 180.d0
+ criterion3 = 1
+ anglemaxoctree3 = 180.d0
+ spread_surface_points3 = 0
+
+[int]niter_move is the number of iterations used to update particle positions
+using an implicit, mid-point algorithm (default is 10)
+
+ niter_move = 10
+
+[dp]stretch is the maximum allowed increase in linear length between two
+initially adjacent particles on any surface; when this stretch is achieved, a
+new particle is inserted on the surface, half-way along the stretched edge
+
+ stretch = 1.5d0
+
+[dp]anglemax is the maximum allowed angle between two adjacent normals
+when the angle is reached a new point is inserted beteen the two points to
+reduce the angle between the two normals
+
+ anglemax=180.d0
+
+[int]criterion is criterion used to define the octree in the vicinity of the
+sufaces; criterion 1 corresponds to imposing that all leaves that are cut by any
+of the surfaces must be at level levelmax_oct; criterion 2 corresponds to
+imposing that discretization is proportional to the curvature of the surface;
+curvature is calculated from the local divergence of the normals. criterion 3
+corresponds to imposing that all leaves that contain at least one particle of
+any surface is at levelmax_oct;
+
+ criterion = 2
+
+[dp]anglemaxoctree is only defined for criterion 2; t is the maximum allowable
+angle between two adjacent normals; if the angle is greater than anglemaxoctree,
+the local octree leaves are forced to be at level levelmax_oct; otherwise they
+are proportionally larger (smaller levels) (default is 10)
+
+ anglemaxoctree = 10.d0
+
+
+REFINEMENT IN BOXES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nboxes is the number of boxes in which the user imposes a set level of
+discretization
+
+ nboxes = 0
+
+for each box we need to specify the two end corners and the level
+the syntax is [dp]boxnx0, [dp]boxnx1, [dp]boxny0, [dp]boxny1, [dp]boxnz0,
+[dp]boxnz1 and boxnlevel where n is the box number
+
+ box1x0=.25d0
+ box1x1=.75d0
+ box1y0=.0d0
+ box1y1=.6d0
+ box1z0=.2d0
+ box1z1=.4d0
+ box1level=6
+
+ box2x0=0.d0
+ box2x1=.75d0
+ box2y0=.4d0
+ box2y1=.6d0
+ box2z0=.2d0
+ box2z1=.4d0
+ box2level=6
+
+ box3x0=0.d0
+ box3x1=1.d0
+ box3y0=0.d0
+ box3y1=1.d0
+ box3z0=0.d0
+ box3z1=.001d0
+ box3level=6
+
+ box4x0=.4875d0
+ box4x1=.5125d0
+ box4y0=.4875d0
+ box4y1=.5125d0
+ box4z0=.0d0
+ box4z1=1.d0
+ box4level=9
+
+
+REFINEMENT ON CUBE FACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[bool]ref_on_faces toggles on/off the user imposed refinement on faces.
+For each of the six faces of the cube, on defines the level at which the
+desired area is to be refined. this area is given by bottom, top, left and
+right coordinates that are comprised between 0 and 1
+faces 1,2,3,4,5,6 respectively correspond to x=0,x=1,y=0,y=1,z=0,z=1
+
+ ref_on_faces = F
+
+ level_face1=5
+ b1=.02
+ t1=.51
+ l1=.11
+ r1=.81
+ level_face2=5
+ b2=.45
+ t2=.55
+ l2=.46
+ r2=.56
+ level_face3=5
+ b3=.0
+ t3=.2
+ l3=.3
+ r3=.7
+ level_face4=5
+ b4=.4
+ t4=.5
+ l4=.14
+ r4=.4
+ level_face5=6
+ b5=0.
+ t5=1.
+ l5=0.
+ r5=0.75
+ level_face6=5
+ b6=.26
+ t6=.56
+ l6=.16
+ r6=.86
+
+
+EROSION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]erosion is a flag that toggles on/off the erosion.
+
+ erosion = T
+
+if erosion is on, one also needs to set the erosion level/height, [dp]zerosion
+Note that this is a first attempt at erosion; in future versions, DOUAR
+should be easily linked to a surface processes model like CASCADE
+
+ zerosion=.357d0
+
+If erosion is on, one also needs to define a length scale and a velocity scale
+to properly translate the uplift rate produced by DOUAR into something that is
+adequate for CASCADE;
+[dp]length_scale is the scale of the unit model in km
+[dp]velocity_scale is the velocity scale in km/Myr.
+if length_scale is negative, erosion is assumed to be perfect (no call to
+CASCADE is needed)
+
+ length_scale=350.d0
+ velocity_scale=10.d0
+
+One then needs to define the erosion constants in CASCADE
+[dp]fluvial_erosion is the fluvial erosion constant in 1/m^2
+[dp]diffusion_erosion is the diffusion erosion constant in m^2/yr
+(4d-2 32d-2)
+
+ fluvial_erosion=4.d-2
+ diffusion_erosion=32.d-2
+
+One finally needs to specify the boundary conditions for CASCADE
+if [int]baselevelx0 is set to 1 then the boundary at x=0 is set at baselevel
+(water and sediment exit)
+if [int]baselevelx1 is set to 1 then the boundary at x=1 is set at baselevel
+(water and sediment exit)
+if [int]baselevely0 is set to 1 then the boundary at y=0 is set at baselevel
+(water and sediment exit)
+if [int]baselevely1 is set to 1 then the boundary at y=1 is set at baselevel
+(water and sediment exit)
+
+ baselevelx0=1
+ baselevelx1=1
+ baselevely0=0
+ baselevely1=1
+
+
+MATRIX VISUALISATION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]visualise_matrix allows the user to turn on the visual representation of
+the matrices used in the code. Be careful, the generated postscript files are
+huge!
+
+ visualise_matrix = F
+
+
+CROSS SECTIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nsections is the number of cross-sections to be output. [dp]scale is the
+scale used to produce the postscript file.
+[int]xyz takes values 1, 2 or 3, and corresponds to planes defined by
+x=constant, y=constant, and z=constant resp.
+The [bool]flags are self explanatory. [char]colormap is the chosen colormap (jet
+or hot). [int]ncolours is the number of colours used to produce the plot.
+
+nsections = 0
+
+xyz_1 = 1
+slice_1 = 0.5001
+flag_press_1 = T
+flag_spress_1 = T
+flag_e2d_1 = T
+flag_e3d_1 = F
+flag_lode_1 = F
+flag_crit_1 = F
+flag_grid_1 = T
+flag_mu_1 = F
+flag_u_1 = F
+flag_v_1 = F
+flag_w_1 = F
+flag_q_1 = F
+flag_uvw_1 = F
+flag_lsf_1 = F
+flag_vfield_1 = F
+flag_colour_1 = T
+flag_plastic_1 = F
+flag_velvect_1 = T
+scale_1 = 500.
+colormap_1 = jet
+ncolours_1 = 256
+
+xyz_2 = 2
+slice_2 = 0.901
+flag_press_2 = T
+flag_e2d_2 = T
+flag_e3d_2 = F
+flag_lode_2 = F
+flag_crit_2 = F
+flag_grid_2 = F
+flag_mu_2 = F
+flag_u_2 = F
+flag_v_2 = F
+flag_w_2 = F
+flag_q_2 = F
+flag_uvw_2 = F
+flag_lsf_2 = F
+flag_vfield_2 = F
+flag_colour_2 = T
+flag_plastic_2 = F
+flag_velvect_2 = F
+scale_2 = 800.
+colormap_2 = jet
+ncolours_2 = 256
+
+
+xyz_3 = 3
+slice_3 = 0.0010
+flag_press_3 = F
+flag_e2d_3 = F
+flag_e3d_3 = F
+flag_lode_3 = F
+flag_crit_3 = F
+flag_grid_3 = F
+flag_mu_3 = F
+flag_u_3 = F
+flag_v_3 = F
+flag_w_3 = F
+flag_q_3 = F
+flag_uvw_3 = F
+flag_lsf_3 = F
+flag_vfield_3 = F
+flag_colour_3 = T
+flag_plastic_3 = F
+flag_velvect_3 = F
+scale_3 = 400.
+colormap_3 = jet
+ncolours_3 = 256
diff --git a/test/input_vM_lvl5.txt b/test/input_vM_lvl5.txt
new file mode 100644
index 0000000000000000000000000000000000000000..2cb5cbdd8b1751cd58b6781e63d65e5db5d27852
--- /dev/null
+++ b/test/input_vM_lvl5.txt
@@ -0,0 +1,623 @@
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+! |
+! ||===\\ |
+! || \\ |
+! || || //==\\ || || //==|| ||/==\\ |
+! || || || || || || || || || || |
+! || // || || || || || || || |
+! ||===// \\==// \\==\\ \\==\\ || |
+! |
+! Input File |
+!------------------------------------------------------------------------------|
+!------------------------------------------------------------------------------|
+
+This file is read by two subroutines in the code:
+- read_controlling_parameters
+- read_input_file
+The indications between [] indicate the type of the read parameter. It can be
+an integer [int], a real*8 [dp], a character chain [char] or a boolean [bool].
+
+
+CONTROLLING PARAMETERS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]debug is a parameter that switches on/off various prints and outputs
+(the level of printing for error, warning and messages of the solver id%cntl(4)
+is set to the debug value).
+if debug is zero, no debugging
+if debug is equal to one, this triggers the terminal display of some key parameters
+if debug is equal to two, same as debug equal to one, and the code produces various
+vtk files in the DEBUG subdirectories (surfaces, olsf, ...), as well as cross sections
+for all nonlinear iterations. Careful, memory consuming !
+
+
+ debug = 1
+
+[bool]doDoRuRe is a flag that triggers the production of output files needed to produce
+the DoRuRes. DoRuRe stands for 'Douar Run Report'.
+
+ doDoRuRe = F
+
+[bool]compute_qp_gram triggers the production of qpgrams for every grid.
+
+ compute_qpgram = F
+
+[bool]compute_reaction_forces toggles on/off the reaction forces computations.
+
+ compute_reaction_forces = F
+
+RESTART
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]irestart is a restart flag; if irestart is not 0, the run will restart from
+an output file given by [char]restartfile and at step.
+
+ irestart = 0
+
+ restartfile=OUT/time_0187.bin
+
+
+TIMESTEPPING
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[dp]dt is the time step length (if dt is negative, courant conidition is used and
+automatic time stepping is turned on)
+
+ dt=1.d-3
+
+[int]nstep is the number of time steps
+
+ nstep = 200
+
+[dp]courant is only used when dt is negative; it determines the size of the time
+step from the maximum value of the velocity field amplitude. The time step s
+the product of courant by the ratio of the smallest leaf size by the maximum
+velocity.
+
+ courant=.5d0
+
+[bool]normaladvect is a flag used to determine which algorithm to use to calculate
+the new geoletry of the normals to the surfaces at the nodes on the surfaces
+if normaladvect is T, the normals are advected using the velocity gradient
+if normaladvect is F, the normals are re-computed from the geometry of the
+surface
+
+ normaladvect = T
+
+GRID ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]griditer is a flag that allows for nonlinear iterations; when positive, a fixed number
+(griditer) of iterations is permitted; when negative, the number of
+nonlinear iterations is determined by a convergence criterion.
+
+ griditer = 1
+
+[dp]octree_refine_ratio is the threshold value used to determine whether the octree
+has converged or not. the larger the value, the less stringent the test.
+
+ octree_refine_ratio=1.025d0
+
+
+NONLINEAR ITERATIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+
+[int]nonlinear_iterations is the maximum number of nonlinear iterations (i.e. the
+iterations on a given constant grid)
+if nonlinear_iterations is positive, it simply is the number of nonlinear
+iterations performed for each grid. When negative it indicates an upper bound
+of nonlinear iterations, but the actual number of nonlinear iterations is
+determined by a convergence criterion (see the 'tol' parameter)
+
+ nonlinear_iterations = 1
+
+[dp]tol is the relative tolerance used to estimate convergence on the computed
+velocity field
+
+ tol=0.01d0
+
+[bool]adaptive_tol is a flag that toggles on/off the evolution of the tol parameter
+with the grid level: when velocity convergence is reached on a grid, the
+latest meaure of the velocity difference between the two last obtained
+solutions is put in tol, so that on the following generated grid, the solution
+reaches at least the same level of convergence. It allows to start with a not
+too stringent value of tol at uniform octree level that evolves with every
+grid, assuming that increasing the level of refinement of the octree allows to
+better capture the solution, hence allowing a tighter convergence.
+
+ adaptive_tol = F
+
+OCTREES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]leveluniform_oct is the level of uniform discretization of space; note that a
+level is a power of two used to divide the unit cube
+
+ leveluniform_oct = 5
+
+[int]levelmax_oct is maximum level of octree discretization
+
+ levelmax_oct = 6
+
+[bool]ismooth is a flag to impose an additional level of smoothing after refinement
+for the surfaces and strain rate. It ensures that no leaf is flanked by
+other leaves differing by more than 1 level of refinement
+
+ ismooth = F
+
+[int]noctreemax is the maximum size of any octree used in all computations
+
+ noctreemax=10000000
+
+[dp]refine_ratio is used to determine octree refinement based on a given criterion.
+All leaves where the criterion is larger than refine_ratio times the maximum
+of this criterion are refined
+
+ refine_ratio=-10000
+
+[int]refine_criterion determines which refinement algorithm is to be used.
+Several criteria exist for the refinement of the osolve octree. 1 is the second
+invariant of the deviatoric strain-rate tensor; 2 is the sum of the squares of the
+diagonal terms of the deviatoric strain-rate tensor; 3 is the second invariant
+of the deviatoric strain rate tensor timses the leaf size. any other value sets
+the criterion to zero and leads to no refinement.
+
+ refine_criterion=1
+
+[int]initial_refine_level is the initial level at which the refinement of the
+octree will be performed. it has to be smaller than levelmax_oct
+this should be used (different from levelmax_oct) in case the flow is very
+localized (nonlinear/plastic analysis)
+
+ initial_refine_level = 5
+
+[bool]renumber_nodes is a flag that can toggle on/off the renumbering of the nodes
+by mean of Sloan's algorithm (T/F)
+
+ renumber_nodes = T
+
+PRESSURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[int]smoothing_type is a parameter allows to choose which type of smoothing is to
+be applied to the pressure field: 0 is none, 1 is center->nodes->center, 2 is the
+same, but weighted by neighbouring elemental volumes, 3 is regular grid+SPH, and 4 is SPH.
+
+ smoothing_type = 1
+
+CLOUD
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]npmin and [int]npmax are used to update the 3D volumetric cloud. npmin corresponds
+to the minimum number of particles in any leaf; npmax is the maximum allowable
+number in any leaf
+
+ npmin=8
+ npmax=27
+
+
+FEM + DIVFEM + MUMPS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]levelcut is the number of levels used to estimate the volume integrals in the
+divFEM algorithmi for cut cells; by testing, it has been estimated that a value
+of 2 is very accurate
+
+ levelcut=2
+
+[int]levelapprox is the number of levels used to estimate the remaining integrals
+using an improved version of Marthijn's clever algorithm, usually 3 is plenty
+
+ levelapprox=3
+
+[dp]penalty is a global penalty parameter used to impose the bad faces or
+incompatible faces linear constraints
+
+ penalty=1.d8
+
+[bool]excl_vol is a parameter that toggles off the assumption that lsf's are built
+on top of one another
+
+ excl_vol = F
+
+
+TEMPERATURE
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[dp] ztemp is the height interval between which a linear temperature gradient
+is set: the temperature is 1 at the bottom, and 0 at ztemp.
+[dp] tempscale
+
+ calculate_temp = F
+
+ ztemp = .1d0
+
+ tempscale=250.d0
+
+MATERIALS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nmat is number of materials
+
+ nmat=1
+
+[int]material0 determines what is the material above the 1st surface (the free
+surface) if material0 is 0 then it is the void and the properties "0" are used
+for that part of the model; otherwise the material is one of the material,
+comprised between 1 and nmat
+
+ material0 = 0
+
+[dp]densityi, [dp]viscosityi and [dp]penaltyi are the density, viscosity and
+incompressibility used for material i; there should be nmat sets of material
+properties; there should also be a nil material if material0 has been set to 0
+[dp]expon is the nonlinear viscosity exponent
+[dp]diffusivity is the heat diffusivity
+[dp]heat is the heat production
+
+[char]plasticity_type is the type of plasticity
+- No -> no plasticity, purely (nonlinear) viscous material
+- vM -> von Mises yield criterion
+ -> [dp]plasticity_1st_param is the yield value
+- DPI -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the outer apices of the Mohr-Coulomb hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPII -> Drucker-Prager type of yield criterion
+ -> the yield locus passes through the inner apices of the Mohr-Coulomb hexagon
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+- DPIII -> Drucker-Prager type of yield criterion
+ -> [dp]plasticity_1st_param is alpha
+ -> [dp]plasticity_2nd_param is k
+- MC -> Mohr-Coulomb type of yield criterion
+ -> [dp]plasticity_1st_param is the angle phi
+ -> [dp]plasticity_2nd_param is the cohesion c
+
+ density0 = 0.d0
+ viscosity0 = 1.d-5
+ penalty0 = 1.d8
+ expon0 = 1.d0
+ diffusivity0 = 1.d0
+ heat0 = 0.d0
+ activationenergy0 = 0.d0
+ plasticity_type0 = MC
+ plasticity_1st_param0 = 15.d0
+ plasticity_2nd_param0 = 1.72d-3
+ plasticity_3rd_param0 = 0.5d0
+ plasticity_4th_param0 = 1.5d0
+ plasticity_5th_param0 = 5.d0
+
+ density1 =-1.d0
+ viscosity1 = 1.3088d3
+ penalty1 = 1.d8
+ expon1 = 1.d0
+ diffusivity1 = 0.d0
+ heat1 = 0.d0
+ activationenergy1 = 0.d0
+ plasticity_type1 = vM
+ plasticity_1st_param1 = 1.73362d-2
+ plasticity_2nd_param1 = 1.73362d-3
+ plasticity_3rd_param1 = 0.25d0
+ plasticity_4th_param1 = 1.25d0
+
+[dp]viscositymin and viscositymax are bounds on the viscosity (if negative bound is not imposed)
+These bounds are introduced to prevent the viscosity to reach unrealistic values, especially when
+using non-linear (power-law or brittle) rheologies
+
+ viscositymin=1.d-8
+ viscositymax=1.d8
+
+SURFACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]ns is number of surfaces to track
+
+ ns=1
+
+for each surface, one needs to define a levelt, itype, material, surface_type, activation_time
+and surface_params .
+- [int]levelt is the inital level for the particles on the surface; to be accurate
+and avoid wholes in the surface during definition of the lsf, one should use
+levelt eq to levelmax_oct+1 for all surfaces as a minimum value;
+- [int]itype should be 1 for foldable surfaces or 0 for nonfoldable surfaces;
+- [int]material is the material type refering to the table of material available (max nmat);
+- [dp]activation_time is the time the surface becomes active (before that time, it
+ is glued to the 0th surface). this parameter is useful when defining stratigraphic horizons;
+ default is -1, ie the surface is not glued to the free surface
+- [int]surface_type is comprised between 1 and 8.
+ 1 corresponds to a flat surface,
+ -> surface_param_01 is the z level
+ 2 to a rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are y1,y2
+ -> surface_param_06 is the thickness
+ 3 to a convex spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 4 to concave spherical emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x0,y0
+ -> surface_param_04 is the radius
+ 5 to a double rectangular emboss,
+ -> surface_param_01 is the z level
+ -> surface_param_02 and 03 are x1,x2
+ -> surface_param_04 and 05 are x3,x4
+ -> surface_param_06 and 07 are y1,y2
+ -> surface_param_08 and 09 are y3,y4
+ -> surface_param_10 is the thickness
+ 6 to a sinus,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the wavelength
+ -> surface_param_03 is the amplitude
+ 7 to a noisy surface,
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the noise amplitude
+ 8 to a double sinus.
+ -> surface_param_01 is the z level
+ -> surface_param_02 is the x-wavelength
+ -> surface_param_03 is the x-amplitude
+ -> surface_param_04 is the y-wavelength
+ -> surface_param_05 is the y-amplitude
+- [int]leveloct is the level at which the octree will be refined in the vicinity of the surface.
+
+ levelt1 = 6
+ itype1 = 0
+ surface_type_1 = 1
+ rand1 = T
+ surface_param_01_1 = .1d0
+ material1 = 1
+ activation_time_1 = -1.
+ leveloct1 = 6
+ stretch1 = 1.5d0
+ anglemax1 = 180.d0
+ criterion1 = 1
+ anglemaxoctree1 = 180.d0
+ spread_surface_points1 = 1
+
+[int]niter_move is the number of iterations used to update particle positions
+using an implicit, mid-point algorithm (default is 10)
+
+ niter_move = 10
+
+[dp]stretch is the maximum allowed increase in linear length between two initially
+adjacent particles on any surface; when this stretch is achieved, a new
+particle is inserted on the surface, half-way along the stretched edge
+
+ stretch = 1.5d0
+
+[dp]anglemax is the maximum allowed angle between two adjacent normals
+when the angle is reached a new point is inserted beteen the two points to
+reduce the angle between the two normals
+
+ anglemax=180.d0
+
+
+[int]criterion is criterion used to define the octree in the vicinity of the
+sufaces; criterion 1 corresponds to imposing that all leaves that are cut by any of the
+surfaces must be at level levelmax_oct; criterion 2 corresponds
+to imposing that discretization is proportional to the curvature of the
+surface; curvature is calculated from the local divergence of the normals.
+criterion 3 corresponds to imposing that all leaves that contain at
+least one particle of any surface is at levelmax_oct;
+
+ criterion = 2
+
+[dp]anglemaxoctree is only defined for criterion 2; t is the maximum allowable angle
+between two adjacent normals; if the angle is greater than anglemaxoctree, the local
+octree leaves are forced to be at level levelmax_oct; otherwise they are
+proportionally larger (smaller levels) (default is 10)
+
+ anglemaxoctree = 10.d0
+
+
+REFINEMENT IN BOXES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nboxes is the number of boxes in which the user imposes a set level of
+discretization
+
+ nboxes = 0
+
+for each box we need to specify the two end corners and the level
+the syntax is [dp]boxnx0, [dp]boxnx1, [dp]boxny0, [dp]boxny1, [dp]boxnz0, [dp]boxnz1
+and boxnlevel where n is the box number
+ box1x0=0.d0
+ box1x1=1.d0
+ box1y0=0.d0
+ box1y1=1.d0
+ box1z0=0.0d0
+ box1z1=0.2d0
+ box1level=7
+
+ box2x0=0.1d0
+ box2x1=0.4d0
+ box2y0=0.0d0
+ box2y1=0.5d0
+ box2z0=0.0d0
+ box2z1=0.2d0
+ box2level=7
+
+ box3x0=0.6d0
+ box3x1=0.9d0
+ box3y0=0.5d0
+ box3y1=1.0d0
+ box3z0=0.0d0
+ box3z1=0.2d0
+ box3level=7
+
+REFINEMENT ON CUBE FACES
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+[bool]ref_on_faces toggles on/off the user imposed refinement on faces.
+for each of the six faces of the cube, on defines the level at which the
+desired area is to be refined. this area is given by bottom, top, left and
+right coordinates that are comprised between 0 and 1
+faces 1,2,3,4,5,6 respectively correspond to x=0,x=1,y=0,y=1,z=0,z=1
+
+ ref_on_faces = F
+
+ level_face1=5
+ b1=.02
+ t1=.51
+ l1=.11
+ r1=.81
+ level_face2=5
+ b2=.45
+ t2=.55
+ l2=.46
+ r2=.56
+ level_face3=5
+ b3=.0
+ t3=.2
+ l3=.3
+ r3=.7
+ level_face4=5
+ b4=.4
+ t4=.5
+ l4=.14
+ r4=.4
+ level_face5=5
+ b5=0.
+ t5=1.
+ l5=0.
+ r5=0.75
+ level_face6=5
+ b6=.26
+ t6=.56
+ l6=.16
+ r6=.86
+
+
+EROSION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]erosion is a flag that toggles on/off the erosion.
+
+ erosion = T
+
+if erosion is on, one also needs to set the erosion level/height, [dp]zerosion
+Note that this is a first attempt at erosion; in future versions, DOUAR
+should be easily linked to a surface processes model like CASCADE
+
+ zerosion=.1d0
+
+If erosion is on, one also needs to define a length scale and a velocity scale to
+properly translate the uplift rate produced by DOUAR into something that is adequate
+for CASCADE;
+[dp]length_scale is the scale of the unit model in km
+[dp]velocity_scale is the velocity scale in km/Myr.
+if length_scale is negative, erosion is assumed to be perfect (no call to CASCADE is needed)
+
+ length_scale=200.d0
+ velocity_scale=10.d0
+
+One then needs to define the erosion constants in CASCADE
+[dp]fluvial_erosion is the fluvial erosion constant in 1/m^2
+[dp]diffusion_erosion is the diffusion erosion constant in m^2/yr
+(4d-2 32d-2)
+
+ fluvial_erosion=2.d-2
+ diffusion_erosion=16.d-2
+
+One finally needs to specify the boundary conditions for CASCADE
+if [int]baselevelx0 is set to 1 then the boundary at x=0 is set at baselevel (water and sediment exit)
+if [int]baselevelx1 is set to 1 then the boundary at x=1 is set at baselevel (water and sediment exit)
+if [int]baselevely0 is set to 1 then the boundary at y=0 is set at baselevel (water and sediment exit)
+if [int]baselevely1 is set to 1 then the boundary at y=1 is set at baselevel (water and sediment exit)
+
+ baselevelx0=1
+ baselevelx1=1
+ baselevely0=0
+ baselevely1=0
+
+MATRIX VISUALISATION
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[bool]visualise_matrix allows the user to turn on the visual representation of the
+matrices used in the code. Be careful, the generated postscript files are huge !
+
+ visualise_matrix = F
+
+CROSS SECTIONS
+_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-_-
+
+[int]nsections is the number of cross-sections to be output. [dp]scale is the scale used to produce the postscript file.
+[int]xyz takes values 1, 2 or 3, and corresponds to planes defined by x=constant, y=constant, and z=constant resp.
+The [bool]flags are self explanatory. [char]colormap is the chosen colormap (jet or hot). [int]ncolours is the number of
+colours used to produce the plot.
+
+nsections = 0
+
+xyz_1 = 1
+slice_1 = 0.5001
+flag_press_1 = T
+flag_spress_1 = T
+flag_e2d_1 = T
+flag_e3d_1 = F
+flag_lode_1 = F
+flag_crit_1 = F
+flag_grid_1 = T
+flag_mu_1 = F
+flag_u_1 = F
+flag_v_1 = F
+flag_w_1 = F
+flag_q_1 = F
+flag_uvw_1 = F
+flag_lsf_1 = F
+flag_vfield_1 = F
+flag_colour_1 = T
+flag_plastic_1 = F
+flag_velvect_1 = T
+scale_1 = 500.
+colormap_1 = jet
+ncolours_1 = 256
+
+xyz_2 = 2
+slice_2 = 0.901
+flag_press_2 = T
+flag_e2d_2 = T
+flag_e3d_2 = F
+flag_lode_2 = F
+flag_crit_2 = F
+flag_grid_2 = F
+flag_mu_2 = F
+flag_u_2 = F
+flag_v_2 = F
+flag_w_2 = F
+flag_q_2 = F
+flag_uvw_2 = F
+flag_lsf_2 = F
+flag_vfield_2 = F
+flag_colour_2 = T
+flag_plastic_2 = F
+flag_velvect_2 = F
+scale_2 = 800.
+colormap_2 = jet
+ncolours_2 = 256
+
+
+xyz_3 = 3
+slice_3 = 0.0010
+flag_press_3 = F
+flag_e2d_3 = F
+flag_e3d_3 = F
+flag_lode_3 = F
+flag_crit_3 = F
+flag_grid_3 = F
+flag_mu_3 = F
+flag_u_3 = F
+flag_v_3 = F
+flag_w_3 = F
+flag_q_3 = F
+flag_uvw_3 = F
+flag_lsf_3 = F
+flag_vfield_3 = F
+flag_colour_3 = T
+flag_plastic_3 = F
+flag_velvect_3 = F
+scale_3 = 400.
+colormap_3 = jet
+ncolours_3 = 256
+
diff --git a/test/stdout_grace_2009-07-10.txt b/test/stdout_grace_2009-07-10.txt
new file mode 100644
index 0000000000000000000000000000000000000000..ae647571018a9170678fa83fc8bd098c0e0e1fff
--- /dev/null
+++ b/test/stdout_grace_2009-07-10.txt
@@ -0,0 +1,151670 @@
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ program called with no argument
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Computations Total time Step time Increment
+ Reading Input 0.0002 0.0002 0.0002
+ Problem Setup 0.4304 0.4304 0.4303
+ define surfaces 0.4305 0.4305 0.0001
+ surface 01 0.4305 0.4305 0.0001
+ surface 02 0.4887 0.4887 0.0582
+ surface 03 0.5469 0.5469 0.0581
+ define cloud 0.6054 0.6054 0.0586
+ define velocity octree 0.6057 0.6057 0.0003
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 1 0.7411
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 0.7413 0.0002 0.0002
+ surface 01 0.7414 0.0002 0.0000
+ S. 1: 16900points
+ refine surface 0.7414 0.0003 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 0.7669 0.0258 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 0.7830 0.0419 0.0161
+ S. 2: 16900points
+ refine surface 0.7832 0.0421 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 0.8089 0.0677 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 0.8250 0.0838 0.0161
+ S. 3: 16900points
+ refine surface 0.8251 0.0840 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 0.8506 0.1094 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 0.8741
+ -----------------------------------------------------------------------
+ Create octree solve 0.8743 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 0.8902 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 0.8990 0.0248 0.0088
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= -Infinity
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 0.8994 0.0253 0.0005
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 0.9135 0.0394 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1.0357 0.1615 0.1222
+ Imbed surface in osolve 1.2210 0.3468 0.1853
+ embedding surface 1 1.2211 0.3470 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3.1356 2.2614 1.9144
+ osolve%nleaves= 59424
+ embedding surface 3 5.1875 4.3134 2.0519
+ osolve%nleaves= 64128
+ Assessing octree stability 8.6657 7.7916 3.4782
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 0 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 0 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = F
+ Change 3D cloud 8.6705 7.7963 0.0047
+ Interpolate velo onto osolve 9.0222 8.1481 0.3518
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9.1368 8.2626 0.1146
+ Find void 9.4083 8.5342 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 9.4369 8.5628 0.0286
+ wsmp setup1 9.4447 8.5706 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10.4544 9.5802 1.0096
+ -----------------------------------
+ start of non-linear iteratio 1 10.5008
+ -----------------------------------
+ build system 10.5009 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.84103E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18.3538 7.8530 7.8529
+ ************************************************************************
+
+ CONTAINS Runtime Modules of Watson Sparse Matrix Package V 9.1.7.
+ (C) Copyright IBM Corporation 1997, 2008. All Rights Reserved.
+
+
+WARNING**: The environment variable MALLOC_TRIM_THRESHOLD_
+is not set. This may adversely affect the performance of
+WSMP. Please refer to WSMP documentation for more details.
+
+WARNING**: The environment variable MALLOC_MMAP_MAX_ is
+not set. This may adversely affect the performance of WSMP
+Please refer to WSMP documentation for more details.
+ ************************************************************************
+ =================================
+ wsmp: initialisation time: 0.1276939 s
+ wsmp: ordering time: 4.1511681 s
+ wsmp: symbolic fact. time: 0.7151010 s
+ wsmp: Cholesky fact. time: 11.4270449 s
+ wsmp: Factorisation 14419.4484026 Mflops
+ wsmp: back substitution time: 0.1211631 s
+ wsmp: from b to rhs vector: 0.0071781 s
+ ---------------------------------
+ wsmp: total solve time: 16.5524652 s
+ =================================
+ u : -0.10441E+01 0.83972E-01
+ v : -0.22805E+00 0.24870E+00
+ w : -0.79543E+00 0.64214E+00
+ =================================
+ Calculate pressures 34.9234 24.4227 16.5696
+ raw pressures : -0.81950E+03 0.66188E+03
+ Smoothing pressures 35.1456 24.6449 0.2222
+ do leaf measurements 35.1467 24.6460 0.0011
+ compute convergence criterion 35.1884 24.6876 0.0417
+ velocity_diff_norm = 0.5419858 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35.1936
+ -----------------------------------
+ build system 35.1984 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43.1990 8.0054 8.0006
+ =================================
+ wsmp: initialisation time: 0.0486901 s
+ wsmp: ordering time: 4.1135221 s
+ wsmp: symbolic fact. time: 0.7105839 s
+ wsmp: Cholesky fact. time: 11.3692698 s
+ wsmp: Factorisation 14492.7234624 Mflops
+ wsmp: back substitution time: 0.1200881 s
+ wsmp: from b to rhs vector: 0.0071890 s
+ ---------------------------------
+ wsmp: total solve time: 16.3697221 s
+ =================================
+ u : -0.14185E+01 0.12959E+00
+ v : -0.11521E+01 0.13072E+01
+ w : -0.21985E+01 0.22608E+00
+ =================================
+ Calculate pressures 59.5861 24.3925 16.3871
+ raw pressures : -0.37655E+03 0.17211E+03
+ Smoothing pressures 59.8054 24.6118 0.2193
+ do leaf measurements 59.8065 24.6129 0.0011
+ compute convergence criterion 59.8486 24.6550 0.0421
+ velocity_diff_norm = 1.0899006 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 59.8539
+ -----------------------------------
+ build system 59.8588 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 67.8115 7.9576 7.9527
+ =================================
+ wsmp: initialisation time: 0.0479879 s
+ wsmp: ordering time: 4.1104569 s
+ wsmp: symbolic fact. time: 0.7114100 s
+ wsmp: Cholesky fact. time: 11.4162619 s
+ wsmp: Factorisation 14433.0679476 Mflops
+ wsmp: back substitution time: 0.1203380 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.4140229 s
+ =================================
+ u : -0.11869E+01 0.46668E+00
+ v : -0.18482E+01 0.47185E+00
+ w : -0.16831E+01 0.15142E+00
+ =================================
+ Calculate pressures 84.2431 24.3892 16.4316
+ raw pressures : -0.19736E+03 0.81198E+02
+ Smoothing pressures 84.4630 24.6091 0.2199
+ do leaf measurements 84.4641 24.6102 0.0011
+ compute convergence criterion 84.5059 24.6520 0.0418
+ velocity_diff_norm = 1.1352673 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 84.5111
+ -----------------------------------
+ build system 84.5158 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 92.4541 7.9430 7.9383
+ =================================
+ wsmp: initialisation time: 0.0493979 s
+ wsmp: ordering time: 4.1194930 s
+ wsmp: symbolic fact. time: 0.7176399 s
+ wsmp: Cholesky fact. time: 11.3701200 s
+ wsmp: Factorisation 14491.6397691 Mflops
+ wsmp: back substitution time: 0.1207922 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.3850050 s
+ =================================
+ u : -0.11184E+01 0.29206E+00
+ v : -0.56218E+00 0.34129E+00
+ w : -0.10387E+01 0.14698E+00
+ =================================
+ Calculate pressures 108.8561 24.3450 16.4020
+ raw pressures : -0.90635E+02 0.34727E+02
+ Smoothing pressures 109.0786 24.5676 0.2226
+ do leaf measurements 109.0797 24.5686 0.0011
+ compute convergence criterion 109.1216 24.6105 0.0419
+ velocity_diff_norm = 0.6903302 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 109.1266
+ -----------------------------------
+ build system 109.1315 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 117.1309 8.0042 7.9994
+ =================================
+ wsmp: initialisation time: 0.0504141 s
+ wsmp: ordering time: 4.1195889 s
+ wsmp: symbolic fact. time: 0.7118180 s
+ wsmp: Cholesky fact. time: 11.3679011 s
+ wsmp: Factorisation 14494.4684702 Mflops
+ wsmp: back substitution time: 0.1199272 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.3771970 s
+ =================================
+ u : -0.10548E+01 0.32523E+00
+ v : -0.95579E-01 0.18202E+00
+ w : -0.90742E+00 0.17110E+00
+ =================================
+ Calculate pressures 133.5252 24.3986 16.3943
+ raw pressures : -0.38407E+02 0.13174E+02
+ Smoothing pressures 133.7448 24.6181 0.2196
+ do leaf measurements 133.7458 24.6192 0.0011
+ compute convergence criterion 133.7875 24.6609 0.0417
+ velocity_diff_norm = 0.3382311 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 133.7927
+ -----------------------------------
+ build system 133.7974 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 141.7279 7.9352 7.9304
+ =================================
+ wsmp: initialisation time: 0.0499821 s
+ wsmp: ordering time: 4.1356699 s
+ wsmp: symbolic fact. time: 0.7113202 s
+ wsmp: Cholesky fact. time: 11.4611530 s
+ wsmp: Factorisation 14376.5364129 Mflops
+ wsmp: back substitution time: 0.1200759 s
+ wsmp: from b to rhs vector: 0.0071971 s
+ ---------------------------------
+ wsmp: total solve time: 16.4857950 s
+ =================================
+ u : -0.10377E+01 0.34282E+00
+ v : -0.60248E-01 0.17858E+00
+ w : -0.89910E+00 0.21739E+00
+ =================================
+ Calculate pressures 158.2311 24.4384 16.5032
+ raw pressures : -0.16174E+02 0.48174E+01
+ Smoothing pressures 158.4518 24.6591 0.2207
+ do leaf measurements 158.4529 24.6601 0.0011
+ compute convergence criterion 158.4947 24.7019 0.0418
+ velocity_diff_norm = 0.0808172 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 7 158.4999
+ -----------------------------------
+ build system 158.5047 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 166.4979 7.9980 7.9932
+ =================================
+ wsmp: initialisation time: 0.0496969 s
+ wsmp: ordering time: 4.1152401 s
+ wsmp: symbolic fact. time: 0.7107420 s
+ wsmp: Cholesky fact. time: 11.3686268 s
+ wsmp: Factorisation 14493.5431777 Mflops
+ wsmp: back substitution time: 0.1202140 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.3720601 s
+ =================================
+ u : -0.10283E+01 0.35089E+00
+ v : -0.46009E-01 0.14597E+00
+ w : -0.88393E+00 0.24674E+00
+ =================================
+ Calculate pressures 182.8872 24.3873 16.3893
+ raw pressures : -0.73539E+01 0.19208E+01
+ Smoothing pressures 183.1071 24.6072 0.2200
+ do leaf measurements 183.1082 24.6083 0.0011
+ compute convergence criterion 183.1505 24.6506 0.0423
+ velocity_diff_norm = 0.0549294 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 8 183.1558
+ -----------------------------------
+ build system 183.1607 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 191.1461 7.9903 7.9854
+ =================================
+ wsmp: initialisation time: 0.0484869 s
+ wsmp: ordering time: 4.1097531 s
+ wsmp: symbolic fact. time: 0.7127259 s
+ wsmp: Cholesky fact. time: 11.3940940 s
+ wsmp: Factorisation 14461.1483822 Mflops
+ wsmp: back substitution time: 0.1201489 s
+ wsmp: from b to rhs vector: 0.0071168 s
+ ---------------------------------
+ wsmp: total solve time: 16.3927221 s
+ =================================
+ u : -0.10203E+01 0.34926E+00
+ v : -0.44038E-01 0.13462E+00
+ w : -0.86558E+00 0.25252E+00
+ =================================
+ Calculate pressures 207.5558 24.4000 16.4096
+ raw pressures : -0.40170E+01 0.97653E+00
+ Smoothing pressures 207.7760 24.6202 0.2202
+ do leaf measurements 207.7771 24.6213 0.0011
+ compute convergence criterion 207.8189 24.6631 0.0418
+ velocity_diff_norm = 0.0394418 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 9 207.8242
+ -----------------------------------
+ build system 207.8289 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 215.7587 7.9345 7.9298
+ =================================
+ wsmp: initialisation time: 0.0484159 s
+ wsmp: ordering time: 4.1328712 s
+ wsmp: symbolic fact. time: 0.7188680 s
+ wsmp: Cholesky fact. time: 11.3962731 s
+ wsmp: Factorisation 14458.3831843 Mflops
+ wsmp: back substitution time: 0.1209621 s
+ wsmp: from b to rhs vector: 0.0071831 s
+ ---------------------------------
+ wsmp: total solve time: 16.4249880 s
+ =================================
+ u : -0.10146E+01 0.33884E+00
+ v : -0.45437E-01 0.12379E+00
+ w : -0.84637E+00 0.24928E+00
+ =================================
+ Calculate pressures 232.2004 24.3763 16.4418
+ raw pressures : -0.28139E+01 0.69566E+00
+ Smoothing pressures 232.4229 24.5987 0.2225
+ do leaf measurements 232.4240 24.5998 0.0011
+ compute convergence criterion 232.4658 24.6417 0.0419
+ velocity_diff_norm = 0.0315961 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 10 232.4711
+ -----------------------------------
+ build system 232.4759 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 240.4523 7.9812 7.9764
+ =================================
+ wsmp: initialisation time: 0.0490670 s
+ wsmp: ordering time: 4.1258559 s
+ wsmp: symbolic fact. time: 0.7213318 s
+ wsmp: Cholesky fact. time: 11.3773091 s
+ wsmp: Factorisation 14482.4828665 Mflops
+ wsmp: back substitution time: 0.1204109 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.4015949 s
+ =================================
+ u : -0.10109E+01 0.32758E+00
+ v : -0.47099E-01 0.12220E+00
+ w : -0.82657E+00 0.24537E+00
+ =================================
+ Calculate pressures 256.8708 24.3997 16.4184
+ raw pressures : -0.23748E+01 0.60006E+00
+ Smoothing pressures 257.0906 24.6195 0.2198
+ do leaf measurements 257.0917 24.6206 0.0011
+ compute convergence criterion 257.1339 24.6628 0.0422
+ velocity_diff_norm = 0.0259877 (tol = 0.0100000)
+ increase_current_level -> F
+ current_level -> 6
+ slicing the cube 257.1373 24.6662 0.0034
+Compute isostasy and adjust vertical 257.1374 24.6664 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -515.03181528173059 480.69636092961514
+ def in m -7.88451422206737362E-12 4.99899115158353169E-11
+ dimensionless def -1.42828318616672328E-16 2.22648363039963071E-17
+ Isostatic velocity range = 0.0000000 0.0000000
+ Compute divergence 257.3393 24.8683 0.2019
+ wsmp_cleanup 257.3769 24.9058 0.0375
+ Reset surface geometry 257.3819 24.9108 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 257.3909 24.9198 0.0090
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 257.4078 24.9367 0.0170
+ Advect surface 1 257.4080 24.9369 0.0002
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 257.6016 25.1305 0.1936
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 257.7977 25.3266 0.1962
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 258.0494 25.5783 0.2517
+ Advect the cloud 258.1503 25.6792 0.1009
+ Write output 258.7049 26.2338 0.5545
+ End of time step 259.5131 27.0420 0.8083
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 2 259.5133
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 259.5133 0.0001 0.0001
+ surface 01 259.5134 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 259.5135 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 259.5363 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 259.5562 0.0429 0.0199
+ S. 2: 16900points
+ refine surface 259.5563 0.0430 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 259.5794 0.0662 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 259.5989 0.0856 0.0194
+ S. 3: 16900points
+ refine surface 259.5990 0.0857 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 259.6224 0.1091 0.0234
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 259.6467
+ -----------------------------------------------------------------------
+ Create octree solve 259.6470 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level F
+ converge = (1) & (2) & (3) -> F
+ compute ref. criterion on ov 259.6628 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 259.6860 0.0393 0.0233
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 259.6867 0.0400 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 259.7009 0.0542 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 259.8244 0.1776 0.1234
+ Imbed surface in osolve 260.0103 0.3636 0.1860
+ embedding surface 1 260.0105 0.3637 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 261.9785 2.3318 1.9681
+ osolve%nleaves= 59424
+ embedding surface 3 264.0947 4.4480 2.1162
+ osolve%nleaves= 64128
+ Assessing octree stability 267.5850 7.9383 3.4903
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 267.5898 7.9430 0.0048
+ Interpolate velo onto osolve 267.8818 8.2351 0.2921
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 267.9885 8.3418 0.1067
+ Find void 268.2620 8.6152 0.2734
+ whole leaf in fluid 32992
+ Define boundary conditions 268.2911 8.6444 0.0292
+ wsmp setup1 268.2982 8.6515 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 269.3072 9.6605 1.0090
+ -----------------------------------
+ start of non-linear iteratio 1 269.3549
+ -----------------------------------
+ build system 269.3550 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 277.3437 7.9888 7.9886
+ =================================
+ wsmp: initialisation time: 0.0535619 s
+ wsmp: ordering time: 4.1207442 s
+ wsmp: symbolic fact. time: 0.7108450 s
+ wsmp: Cholesky fact. time: 11.3792131 s
+ wsmp: Factorisation 14480.0596055 Mflops
+ wsmp: back substitution time: 0.1201200 s
+ wsmp: from b to rhs vector: 0.0073249 s
+ ---------------------------------
+ wsmp: total solve time: 16.3921990 s
+ =================================
+ u : -0.10225E+01 0.24785E+00
+ v : -0.10366E+00 0.10174E+00
+ w : -0.80688E+00 0.27185E+00
+ =================================
+ Calculate pressures 293.7529 24.3980 16.4092
+ raw pressures : -0.35225E+00 0.11525E+00
+ Smoothing pressures 293.9742 24.6194 0.2213
+ do leaf measurements 293.9753 24.6205 0.0011
+ compute convergence criterion 294.0172 24.6623 0.0419
+ velocity_diff_norm = 0.6049554 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 294.0220
+ -----------------------------------
+ build system 294.0265 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 301.9654 7.9434 7.9389
+ =================================
+ wsmp: initialisation time: 0.0484290 s
+ wsmp: ordering time: 4.1327221 s
+ wsmp: symbolic fact. time: 0.7121482 s
+ wsmp: Cholesky fact. time: 11.4566851 s
+ wsmp: Factorisation 14382.1430826 Mflops
+ wsmp: back substitution time: 0.1200900 s
+ wsmp: from b to rhs vector: 0.0073149 s
+ ---------------------------------
+ wsmp: total solve time: 16.4777701 s
+ =================================
+ u : -0.10212E+01 0.19955E+00
+ v : -0.59708E-01 0.10368E+00
+ w : -0.79106E+00 0.24397E+00
+ =================================
+ Calculate pressures 318.4602 24.4382 16.4948
+ raw pressures : -0.12544E+01 0.20333E+00
+ Smoothing pressures 318.6831 24.6610 0.2228
+ do leaf measurements 318.6842 24.6621 0.0011
+ compute convergence criterion 318.7260 24.7040 0.0419
+ velocity_diff_norm = 0.0753172 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 318.7309
+ -----------------------------------
+ build system 318.7354 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 326.7329 8.0020 7.9975
+ =================================
+ wsmp: initialisation time: 0.0469391 s
+ wsmp: ordering time: 4.1188078 s
+ wsmp: symbolic fact. time: 0.7122321 s
+ wsmp: Cholesky fact. time: 11.3745220 s
+ wsmp: Factorisation 14486.0315272 Mflops
+ wsmp: back substitution time: 0.1204021 s
+ wsmp: from b to rhs vector: 0.0073309 s
+ ---------------------------------
+ wsmp: total solve time: 16.3806131 s
+ =================================
+ u : -0.10154E+01 0.21637E+00
+ v : -0.43992E-01 0.11912E+00
+ w : -0.77172E+00 0.24633E+00
+ =================================
+ Calculate pressures 343.1310 24.4000 16.3980
+ raw pressures : -0.15085E+01 0.36707E+00
+ Smoothing pressures 343.3532 24.6223 0.2223
+ do leaf measurements 343.3544 24.6234 0.0011
+ compute convergence criterion 343.3966 24.6656 0.0422
+ velocity_diff_norm = 0.0434458 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 343.4016
+ -----------------------------------
+ build system 343.4061 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 351.4047 8.0032 7.9986
+ =================================
+ wsmp: initialisation time: 0.0488911 s
+ wsmp: ordering time: 4.1164958 s
+ wsmp: symbolic fact. time: 0.7112560 s
+ wsmp: Cholesky fact. time: 11.3854098 s
+ wsmp: Factorisation 14472.1785431 Mflops
+ wsmp: back substitution time: 0.1200371 s
+ wsmp: from b to rhs vector: 0.0072870 s
+ ---------------------------------
+ wsmp: total solve time: 16.3897569 s
+ =================================
+ u : -0.10127E+01 0.23138E+00
+ v : -0.37677E-01 0.12456E+00
+ w : -0.76288E+00 0.24030E+00
+ =================================
+ Calculate pressures 367.8119 24.4103 16.4071
+ raw pressures : -0.16665E+01 0.44236E+00
+ Smoothing pressures 368.0342 24.6326 0.2223
+ do leaf measurements 368.0353 24.6337 0.0011
+ compute convergence criterion 368.0772 24.6757 0.0420
+ velocity_diff_norm = 0.0213280 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 368.0821
+ -----------------------------------
+ build system 368.0865 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 376.0253 7.9432 7.9387
+ =================================
+ wsmp: initialisation time: 0.0479500 s
+ wsmp: ordering time: 4.1403310 s
+ wsmp: symbolic fact. time: 0.7177310 s
+ wsmp: Cholesky fact. time: 11.4006400 s
+ wsmp: Factorisation 14452.8450787 Mflops
+ wsmp: back substitution time: 0.1209228 s
+ wsmp: from b to rhs vector: 0.0073268 s
+ ---------------------------------
+ wsmp: total solve time: 16.4352760 s
+ =================================
+ u : -0.10118E+01 0.24355E+00
+ v : -0.38497E-01 0.12649E+00
+ w : -0.75638E+00 0.23713E+00
+ =================================
+ Calculate pressures 392.4779 24.3958 16.4526
+ raw pressures : -0.17361E+01 0.46466E+00
+ Smoothing pressures 392.7020 24.6200 0.2241
+ do leaf measurements 392.7032 24.6211 0.0011
+ compute convergence criterion 392.7452 24.6631 0.0420
+ velocity_diff_norm = 0.0146899 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 392.7501
+ -----------------------------------
+ build system 392.7545 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 400.7327 7.9827 7.9782
+ =================================
+ wsmp: initialisation time: 0.0482941 s
+ wsmp: ordering time: 4.1212780 s
+ wsmp: symbolic fact. time: 0.7106221 s
+ wsmp: Cholesky fact. time: 11.3664739 s
+ wsmp: Factorisation 14496.2883946 Mflops
+ wsmp: back substitution time: 0.1204550 s
+ wsmp: from b to rhs vector: 0.0072870 s
+ ---------------------------------
+ wsmp: total solve time: 16.3747900 s
+ =================================
+ u : -0.10116E+01 0.25380E+00
+ v : -0.41964E-01 0.12681E+00
+ w : -0.74955E+00 0.23503E+00
+ =================================
+ Calculate pressures 417.1248 24.3748 16.3921
+ raw pressures : -0.17604E+01 0.46138E+00
+ Smoothing pressures 417.3462 24.5961 0.2214
+ do leaf measurements 417.3474 24.5973 0.0012
+ compute convergence criterion 417.3896 24.6395 0.0422
+ velocity_diff_norm = 0.0104962 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 7 417.3945
+ -----------------------------------
+ build system 417.3991 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 425.3356 7.9410 7.9365
+ =================================
+ wsmp: initialisation time: 0.0476010 s
+ wsmp: ordering time: 4.1206231 s
+ wsmp: symbolic fact. time: 0.7100840 s
+ wsmp: Cholesky fact. time: 11.4477952 s
+ wsmp: Factorisation 14393.3116969 Mflops
+ wsmp: back substitution time: 0.1205850 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4543519 s
+ =================================
+ u : -0.10118E+01 0.26159E+00
+ v : -0.44662E-01 0.12658E+00
+ w : -0.74385E+00 0.23347E+00
+ =================================
+ Calculate pressures 441.8069 24.4124 16.4713
+ raw pressures : -0.17658E+01 0.44910E+00
+ Smoothing pressures 442.0292 24.6346 0.2223
+ do leaf measurements 442.0303 24.6358 0.0011
+ compute convergence criterion 442.0722 24.6777 0.0419
+ velocity_diff_norm = 0.0077950 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 442.0754 24.6808 0.0031
+Compute isostasy and adjust vertical 442.0755 24.6810 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -7450384671851.8193 88912067825.554535
+ def in m -3.8003566265106201 6.12042695283889771E-2
+ dimensionless def -1.38284947190965924E-7 1.08581617900303426E-5
+ Isostatic velocity range = -0.0013792 0.1084069
+ Compute divergence 442.2813 24.8868 0.2057
+ wsmp_cleanup 442.3174 24.9229 0.0361
+ Reset surface geometry 442.3252 24.9307 0.0078
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ -----------------------------------------------------------------------
+ Start of iteration 2 442.9292
+ -----------------------------------------------------------------------
+ Create octree solve 442.9293 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 442.9450 0.0158 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 442.9653 0.0362 0.0204
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 442.9660 0.0369 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 442.9801 0.0509 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 443.1022 0.1731 0.1222
+ Imbed surface in osolve 443.2898 0.3606 0.1875
+ embedding surface 1 443.2899 0.3608 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 445.2460 2.3169 1.9561
+ osolve%nleaves= 59424
+ embedding surface 3 447.3253 4.3961 2.0792
+ osolve%nleaves= 64128
+ Assessing octree stability 450.8181 7.8890 3.4929
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 450.8225 7.8933 0.0044
+ Interpolate velo onto osolve 451.0946 8.1654 0.2721
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 451.2801 8.3510 0.1855
+ Find void 451.5499 8.6208 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 451.5783 8.6491 0.0283
+ wsmp setup1 451.5854 8.6562 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 452.5989 9.6697 1.0135
+ -----------------------------------
+ start of non-linear iteratio 1 452.6459
+ -----------------------------------
+ build system 452.6460 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 3.76287E+00
+ viscosity capped in 37088
+ wsmp solve 460.5609 7.9150 7.9149
+ =================================
+ wsmp: initialisation time: 0.0522292 s
+ wsmp: ordering time: 4.1357980 s
+ wsmp: symbolic fact. time: 0.7126410 s
+ wsmp: Cholesky fact. time: 11.4538488 s
+ wsmp: Factorisation 14385.7044207 Mflops
+ wsmp: back substitution time: 0.1202450 s
+ wsmp: from b to rhs vector: 0.0072172 s
+ ---------------------------------
+ wsmp: total solve time: 16.4823680 s
+ =================================
+ u : -0.10245E+01 0.21001E+00
+ v : -0.10120E+00 0.99839E-01
+ w : -0.77402E+00 0.26467E+00
+ =================================
+ Calculate pressures 477.0606 24.4147 16.4997
+ raw pressures : -0.35094E+00 0.00000E+00
+ Smoothing pressures 477.2831 24.6372 0.2225
+ do leaf measurements 477.2842 24.6383 0.0011
+ compute convergence criterion 477.3260 24.6801 0.0419
+ velocity_diff_norm = 0.5915366 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 477.3308
+ -----------------------------------
+ build system 477.3354 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.75474E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 485.3502 8.0194 8.0148
+ =================================
+ wsmp: initialisation time: 0.0479670 s
+ wsmp: ordering time: 4.1239450 s
+ wsmp: symbolic fact. time: 0.7105060 s
+ wsmp: Cholesky fact. time: 11.3712049 s
+ wsmp: Factorisation 14490.2572774 Mflops
+ wsmp: back substitution time: 0.1203020 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.3815122 s
+ =================================
+ u : -0.10220E+01 0.16198E+00
+ v : -0.51284E-01 0.10760E+00
+ w : -0.77638E+00 0.23027E+00
+ =================================
+ Calculate pressures 501.7491 24.4183 16.3989
+ raw pressures : -0.12361E+01 0.18218E+00
+ Smoothing pressures 501.9707 24.6398 0.2215
+ do leaf measurements 501.9718 24.6410 0.0011
+ compute convergence criterion 502.0139 24.6831 0.0421
+ velocity_diff_norm = 0.0715711 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 502.0188
+ -----------------------------------
+ build system 502.0235 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 510.0042 7.9853 7.9807
+ =================================
+ wsmp: initialisation time: 0.0481360 s
+ wsmp: ordering time: 4.1215911 s
+ wsmp: symbolic fact. time: 0.7098749 s
+ wsmp: Cholesky fact. time: 11.3915992 s
+ wsmp: Factorisation 14464.3154395 Mflops
+ wsmp: back substitution time: 0.1200640 s
+ wsmp: from b to rhs vector: 0.0071449 s
+ ---------------------------------
+ wsmp: total solve time: 16.3987830 s
+ =================================
+ u : -0.10163E+01 0.17972E+00
+ v : -0.39840E-01 0.12207E+00
+ w : -0.75613E+00 0.23734E+00
+ =================================
+ Calculate pressures 526.4201 24.4012 16.4159
+ raw pressures : -0.14214E+01 0.33427E+00
+ Smoothing pressures 526.6417 24.6229 0.2217
+ do leaf measurements 526.6428 24.6240 0.0011
+ compute convergence criterion 526.6846 24.6657 0.0418
+ velocity_diff_norm = 0.0360552 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 526.6894
+ -----------------------------------
+ build system 526.6939 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 534.6235 7.9341 7.9296
+ =================================
+ wsmp: initialisation time: 0.0503342 s
+ wsmp: ordering time: 4.1491730 s
+ wsmp: symbolic fact. time: 0.7185099 s
+ wsmp: Cholesky fact. time: 11.3861430 s
+ wsmp: Factorisation 14471.2467006 Mflops
+ wsmp: back substitution time: 0.1207600 s
+ wsmp: from b to rhs vector: 0.0072122 s
+ ---------------------------------
+ wsmp: total solve time: 16.4325242 s
+ =================================
+ u : -0.10154E+01 0.19867E+00
+ v : -0.35834E-01 0.12560E+00
+ w : -0.74711E+00 0.23374E+00
+ =================================
+ Calculate pressures 551.0727 24.3833 16.4492
+ raw pressures : -0.15444E+01 0.39171E+00
+ Smoothing pressures 551.2971 24.6078 0.2244
+ do leaf measurements 551.2982 24.6088 0.0011
+ compute convergence criterion 551.3400 24.6507 0.0418
+ velocity_diff_norm = 0.0162729 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 551.3449
+ -----------------------------------
+ build system 551.3494 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 559.3326 7.9877 7.9832
+ =================================
+ wsmp: initialisation time: 0.0507932 s
+ wsmp: ordering time: 4.1294639 s
+ wsmp: symbolic fact. time: 0.7108021 s
+ wsmp: Cholesky fact. time: 11.3791800 s
+ wsmp: Factorisation 14480.1017765 Mflops
+ wsmp: back substitution time: 0.1205721 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.3984611 s
+ =================================
+ u : -0.10149E+01 0.21493E+00
+ v : -0.39827E-01 0.12719E+00
+ w : -0.74111E+00 0.23177E+00
+ =================================
+ Calculate pressures 575.7480 24.4031 16.4154
+ raw pressures : -0.16003E+01 0.40444E+00
+ Smoothing pressures 575.9703 24.6254 0.2222
+ do leaf measurements 575.9714 24.6265 0.0011
+ compute convergence criterion 576.0135 24.6686 0.0421
+ velocity_diff_norm = 0.0110882 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 576.0184
+ -----------------------------------
+ build system 576.0231 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 583.9587 7.9403 7.9357
+ =================================
+ wsmp: initialisation time: 0.0480769 s
+ wsmp: ordering time: 4.1149621 s
+ wsmp: symbolic fact. time: 0.7097840 s
+ wsmp: Cholesky fact. time: 11.4561899 s
+ wsmp: Factorisation 14382.7647527 Mflops
+ wsmp: back substitution time: 0.1203830 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.4570320 s
+ =================================
+ u : -0.10144E+01 0.22885E+00
+ v : -0.42871E-01 0.12694E+00
+ w : -0.73548E+00 0.23063E+00
+ =================================
+ Calculate pressures 600.4325 24.4141 16.4738
+ raw pressures : -0.16249E+01 0.40101E+00
+ Smoothing pressures 600.6551 24.6367 0.2226
+ do leaf measurements 600.6562 24.6378 0.0011
+ compute convergence criterion 600.6990 24.6806 0.0428
+ velocity_diff_norm = 0.0075569 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 600.7021 24.6837 0.0031
+Compute isostasy and adjust vertical 600.7023 24.6838 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -9438163999162.3906 735675826993.6178
+ def in m -4.4153337478637695 7.91370347142219543E-2
+ dimensionless def -2.25869246891566699E-7 1.26152392796107707E-5
+ Isostatic velocity range = -0.0022524 0.1259323
+ Compute divergence 600.9072 24.8888 0.2049
+ wsmp_cleanup 600.9435 24.9250 0.0362
+ Reset surface geometry 600.9473 24.9289 0.0038
+ -----------------------------------------------------------------------
+ Temperature calculations 600.9555 24.9371 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 600.9733 24.9549 0.0178
+ Advect surface 1 600.9735 24.9551 0.0001
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 601.1647 25.1463 0.1912
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 601.3615 25.3431 0.1968
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 601.6121 25.5937 0.2506
+ Advect the cloud 601.7130 25.6946 0.1009
+ Write output 602.2689 26.2505 0.5559
+ End of time step 603.0508 27.0324 0.7819
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 3 603.0510
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 603.0510 0.0001 0.0001
+ surface 01 603.0511 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 603.0511 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 603.0734 0.0225 0.0223
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 603.0934 0.0425 0.0200
+ S. 2: 16900points
+ refine surface 603.0936 0.0426 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 603.1165 0.0656 0.0230
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 603.1363 0.0853 0.0197
+ S. 3: 16900points
+ refine surface 603.1364 0.0855 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 603.1599 0.1089 0.0234
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 603.1840
+ -----------------------------------------------------------------------
+ Create octree solve 603.1843 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 603.1999 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 603.2237 0.0396 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 603.2244 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 603.2385 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 603.3606 0.1766 0.1222
+ Imbed surface in osolve 603.5457 0.3617 0.1851
+ embedding surface 1 603.5459 0.3619 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 605.5034 2.3194 1.9575
+ osolve%nleaves= 59424
+ embedding surface 3 607.5943 4.4103 2.0909
+ osolve%nleaves= 64128
+ Assessing octree stability 611.1221 7.9380 3.5277
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 611.1268 7.9428 0.0047
+ Interpolate velo onto osolve 611.4235 8.2395 0.2967
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 611.5481 8.3640 0.1245
+ Find void 611.8186 8.6345 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 611.8475 8.6634 0.0289
+ wsmp setup1 611.8554 8.6713 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 612.8675 9.6835 1.0122
+ -----------------------------------
+ start of non-linear iteratio 1 612.9146
+ -----------------------------------
+ build system 612.9147 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 2.75377E+00
+ viscosity capped in 37088
+ wsmp solve 620.8272 7.9126 7.9124
+ =================================
+ wsmp: initialisation time: 0.0527580 s
+ wsmp: ordering time: 4.1358962 s
+ wsmp: symbolic fact. time: 0.7114592 s
+ wsmp: Cholesky fact. time: 11.4556968 s
+ wsmp: Factorisation 14383.3837825 Mflops
+ wsmp: back substitution time: 0.1203880 s
+ wsmp: from b to rhs vector: 0.0072610 s
+ ---------------------------------
+ wsmp: total solve time: 16.4838200 s
+ =================================
+ u : -0.10247E+01 0.19587E+00
+ v : -0.10205E+00 0.10445E+00
+ w : -0.76954E+00 0.27593E+00
+ =================================
+ Calculate pressures 637.3281 24.4135 16.5009
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 637.5508 24.6363 0.2228
+ do leaf measurements 637.5519 24.6374 0.0011
+ compute convergence criterion 637.5939 24.6794 0.0420
+ velocity_diff_norm = 0.5897588 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 637.5988
+ -----------------------------------
+ build system 637.6034 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76790E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 645.6160 8.0172 8.0126
+ =================================
+ wsmp: initialisation time: 0.0481451 s
+ wsmp: ordering time: 4.1142662 s
+ wsmp: symbolic fact. time: 0.7137198 s
+ wsmp: Cholesky fact. time: 11.3749530 s
+ wsmp: Factorisation 14485.4825702 Mflops
+ wsmp: back substitution time: 0.1204009 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.3791502 s
+ =================================
+ u : -0.10215E+01 0.14874E+00
+ v : -0.49819E-01 0.10618E+00
+ w : -0.77217E+00 0.22976E+00
+ =================================
+ Calculate pressures 662.0126 24.4137 16.3965
+ raw pressures : -0.12336E+01 0.17886E+00
+ Smoothing pressures 662.2340 24.6352 0.2214
+ do leaf measurements 662.2351 24.6363 0.0011
+ compute convergence criterion 662.2775 24.6787 0.0424
+ velocity_diff_norm = 0.0715497 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 662.2825
+ -----------------------------------
+ build system 662.2872 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 670.2727 7.9901 7.9855
+ =================================
+ wsmp: initialisation time: 0.0482018 s
+ wsmp: ordering time: 4.1191978 s
+ wsmp: symbolic fact. time: 0.7114038 s
+ wsmp: Cholesky fact. time: 11.3845801 s
+ wsmp: Factorisation 14473.2332608 Mflops
+ wsmp: back substitution time: 0.1202471 s
+ wsmp: from b to rhs vector: 0.0072429 s
+ ---------------------------------
+ wsmp: total solve time: 16.3912570 s
+ =================================
+ u : -0.10178E+01 0.16661E+00
+ v : -0.38878E-01 0.12165E+00
+ w : -0.75183E+00 0.23537E+00
+ =================================
+ Calculate pressures 686.6808 24.3982 16.4081
+ raw pressures : -0.13944E+01 0.32368E+00
+ Smoothing pressures 686.9033 24.6207 0.2225
+ do leaf measurements 686.9044 24.6218 0.0011
+ compute convergence criterion 686.9463 24.6638 0.0420
+ velocity_diff_norm = 0.0353012 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 686.9511
+ -----------------------------------
+ build system 686.9557 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 694.8896 7.9385 7.9340
+ =================================
+ wsmp: initialisation time: 0.0489199 s
+ wsmp: ordering time: 4.1421690 s
+ wsmp: symbolic fact. time: 0.7173979 s
+ wsmp: Cholesky fact. time: 11.3828230 s
+ wsmp: Factorisation 14475.4674665 Mflops
+ wsmp: back substitution time: 0.1209619 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4198909 s
+ =================================
+ u : -0.10167E+01 0.18638E+00
+ v : -0.35964E-01 0.12490E+00
+ w : -0.74256E+00 0.23221E+00
+ =================================
+ Calculate pressures 711.3263 24.3751 16.4366
+ raw pressures : -0.15044E+01 0.37062E+00
+ Smoothing pressures 711.5514 24.6003 0.2252
+ do leaf measurements 711.5526 24.6014 0.0011
+ compute convergence criterion 711.5945 24.6434 0.0420
+ velocity_diff_norm = 0.0159852 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 711.5994
+ -----------------------------------
+ build system 711.6040 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 719.5815 7.9821 7.9775
+ =================================
+ wsmp: initialisation time: 0.0499411 s
+ wsmp: ordering time: 4.1408970 s
+ wsmp: symbolic fact. time: 0.7110839 s
+ wsmp: Cholesky fact. time: 11.3828371 s
+ wsmp: Factorisation 14475.4495780 Mflops
+ wsmp: back substitution time: 0.1201980 s
+ wsmp: from b to rhs vector: 0.0072339 s
+ ---------------------------------
+ wsmp: total solve time: 16.4125600 s
+ =================================
+ u : -0.10160E+01 0.20357E+00
+ v : -0.39621E-01 0.12664E+00
+ w : -0.73697E+00 0.23050E+00
+ =================================
+ Calculate pressures 736.0109 24.4114 16.4294
+ raw pressures : -0.15540E+01 0.38166E+00
+ Smoothing pressures 736.2338 24.6344 0.2229
+ do leaf measurements 736.2349 24.6355 0.0011
+ compute convergence criterion 736.2774 24.6780 0.0425
+ velocity_diff_norm = 0.0106191 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 736.2824
+ -----------------------------------
+ build system 736.2870 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 744.2190 7.9366 7.9320
+ =================================
+ wsmp: initialisation time: 0.0490170 s
+ wsmp: ordering time: 4.1125631 s
+ wsmp: symbolic fact. time: 0.7113039 s
+ wsmp: Cholesky fact. time: 11.4543250 s
+ wsmp: Factorisation 14385.1064502 Mflops
+ wsmp: back substitution time: 0.1204488 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4552660 s
+ =================================
+ u : -0.10154E+01 0.21849E+00
+ v : -0.42647E-01 0.12632E+00
+ w : -0.73177E+00 0.22964E+00
+ =================================
+ Calculate pressures 760.6911 24.4088 16.4722
+ raw pressures : -0.15778E+01 0.37918E+00
+ Smoothing pressures 760.9140 24.6316 0.2228
+ do leaf measurements 760.9151 24.6327 0.0011
+ compute convergence criterion 760.9571 24.6747 0.0420
+ velocity_diff_norm = 0.0079343 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 760.9602 24.6778 0.0031
+Compute isostasy and adjust vertical 760.9603 24.6779 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -10826265179594.336 1448447312903.6941
+ def in m -4.7143011093139648 9.61800664663314819E-2
+ dimensionless def -2.71733977964946166E-7 1.34694317408970423E-5
+ Isostatic velocity range = -0.0027081 0.1345620
+ Compute divergence 761.1631 24.8807 0.2028
+ wsmp_cleanup 761.1994 24.9171 0.0363
+ Reset surface geometry 761.2050 24.9227 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 761.2130 24.9306 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 761.2312 24.9488 0.0182
+ Advect surface 1 761.2313 24.9489 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 761.4216 25.1392 0.1903
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 761.6180 25.3356 0.1963
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 761.8697 25.5873 0.2517
+ Advect the cloud 761.9750 25.6926 0.1053
+ Write output 762.5434 26.2610 0.5685
+ End of time step 763.3544 27.0720 0.8110
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 4 763.3546
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 763.3546 0.0001 0.0001
+ surface 01 763.3547 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 763.3547 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 763.3772 0.0227 0.0225
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 763.3972 0.0426 0.0200
+ S. 2: 16900points
+ refine surface 763.3973 0.0428 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 763.4204 0.0659 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 763.4400 0.0855 0.0196
+ S. 3: 16900points
+ refine surface 763.4402 0.0856 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 763.4639 0.1093 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 763.4880
+ -----------------------------------------------------------------------
+ Create octree solve 763.4883 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 763.5039 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 763.5274 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 763.5281 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 763.5422 0.0542 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 763.6644 0.1763 0.1222
+ Imbed surface in osolve 763.8517 0.3637 0.1873
+ embedding surface 1 763.8518 0.3638 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 765.8069 2.3189 1.9550
+ osolve%nleaves= 59424
+ embedding surface 3 767.8920 4.4040 2.0851
+ osolve%nleaves= 64128
+ Assessing octree stability 771.3894 7.9014 3.4974
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 771.3951 7.9070 0.0056
+ Interpolate velo onto osolve 771.6728 8.1848 0.2778
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 771.8388 8.3507 0.1659
+ Find void 772.1069 8.6189 0.2682
+ whole leaf in fluid 32992
+ Define boundary conditions 772.1347 8.6467 0.0278
+ wsmp setup1 772.1412 8.6532 0.0065
+ n = 128799
+ nz= 4957209
+ wsmp setup2 773.1507 9.6626 1.0094
+ -----------------------------------
+ start of non-linear iteratio 1 773.1966
+ -----------------------------------
+ build system 773.1968 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 5.04486E+00
+ viscosity capped in 37088
+ wsmp solve 781.1158 7.9192 7.9190
+ =================================
+ wsmp: initialisation time: 0.0526650 s
+ wsmp: ordering time: 4.1435480 s
+ wsmp: symbolic fact. time: 0.7089570 s
+ wsmp: Cholesky fact. time: 11.4588990 s
+ wsmp: Factorisation 14379.3643326 Mflops
+ wsmp: back substitution time: 0.1201720 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4919031 s
+ =================================
+ u : -0.10225E+01 0.19007E+00
+ v : -0.10151E+00 0.10702E+00
+ w : -0.76643E+00 0.28825E+00
+ =================================
+ Calculate pressures 797.6244 24.4278 16.5087
+ raw pressures : -0.35112E+00 0.00000E+00
+ Smoothing pressures 797.8476 24.6510 0.2231
+ do leaf measurements 797.8486 24.6520 0.0011
+ compute convergence criterion 797.8910 24.6944 0.0424
+ velocity_diff_norm = 0.5894876 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 797.8960
+ -----------------------------------
+ build system 797.9006 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77733E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 805.9104 8.0144 8.0098
+ =================================
+ wsmp: initialisation time: 0.0471871 s
+ wsmp: ordering time: 4.1183488 s
+ wsmp: symbolic fact. time: 0.7098329 s
+ wsmp: Cholesky fact. time: 11.3774240 s
+ wsmp: Factorisation 14482.3365861 Mflops
+ wsmp: back substitution time: 0.1202700 s
+ wsmp: from b to rhs vector: 0.0074332 s
+ ---------------------------------
+ wsmp: total solve time: 16.3808849 s
+ =================================
+ u : -0.10198E+01 0.14270E+00
+ v : -0.49089E-01 0.10484E+00
+ w : -0.76984E+00 0.22921E+00
+ =================================
+ Calculate pressures 822.3090 24.4131 16.3986
+ raw pressures : -0.12321E+01 0.17827E+00
+ Smoothing pressures 822.5307 24.6347 0.2217
+ do leaf measurements 822.5318 24.6358 0.0011
+ compute convergence criterion 822.5745 24.6785 0.0427
+ velocity_diff_norm = 0.0715696 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 822.5795
+ -----------------------------------
+ build system 822.5842 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 830.5703 7.9908 7.9861
+ =================================
+ wsmp: initialisation time: 0.0497801 s
+ wsmp: ordering time: 4.1172099 s
+ wsmp: symbolic fact. time: 0.7099919 s
+ wsmp: Cholesky fact. time: 11.3853190 s
+ wsmp: Factorisation 14472.2940090 Mflops
+ wsmp: back substitution time: 0.1201241 s
+ wsmp: from b to rhs vector: 0.0072739 s
+ ---------------------------------
+ wsmp: total solve time: 16.3900738 s
+ =================================
+ u : -0.10178E+01 0.16086E+00
+ v : -0.38313E-01 0.12059E+00
+ w : -0.74948E+00 0.23489E+00
+ =================================
+ Calculate pressures 846.9772 24.3977 16.4069
+ raw pressures : -0.13810E+01 0.31748E+00
+ Smoothing pressures 847.1989 24.6193 0.2217
+ do leaf measurements 847.1999 24.6204 0.0011
+ compute convergence criterion 847.2424 24.6628 0.0424
+ velocity_diff_norm = 0.0351852 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 847.2473
+ -----------------------------------
+ build system 847.2518 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 855.1889 7.9416 7.9370
+ =================================
+ wsmp: initialisation time: 0.0498509 s
+ wsmp: ordering time: 4.1409149 s
+ wsmp: symbolic fact. time: 0.7180109 s
+ wsmp: Cholesky fact. time: 11.3897119 s
+ wsmp: Factorisation 14466.7122352 Mflops
+ wsmp: back substitution time: 0.1209369 s
+ wsmp: from b to rhs vector: 0.0072601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4270570 s
+ =================================
+ u : -0.10168E+01 0.18117E+00
+ v : -0.36905E-01 0.12404E+00
+ w : -0.74016E+00 0.23167E+00
+ =================================
+ Calculate pressures 871.6326 24.3853 16.4437
+ raw pressures : -0.14856E+01 0.36081E+00
+ Smoothing pressures 871.8568 24.6096 0.2243
+ do leaf measurements 871.8579 24.6107 0.0011
+ compute convergence criterion 871.9002 24.6530 0.0423
+ velocity_diff_norm = 0.0159744 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 871.9052
+ -----------------------------------
+ build system 871.9099 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 879.8873 7.9821 7.9774
+ =================================
+ wsmp: initialisation time: 0.0503919 s
+ wsmp: ordering time: 4.1231332 s
+ wsmp: symbolic fact. time: 0.7110460 s
+ wsmp: Cholesky fact. time: 11.3765810 s
+ wsmp: Factorisation 14483.4097825 Mflops
+ wsmp: back substitution time: 0.1202829 s
+ wsmp: from b to rhs vector: 0.0073538 s
+ ---------------------------------
+ wsmp: total solve time: 16.3891730 s
+ =================================
+ u : -0.10161E+01 0.19869E+00
+ v : -0.39570E-01 0.12597E+00
+ w : -0.73489E+00 0.23025E+00
+ =================================
+ Calculate pressures 896.2934 24.3882 16.4061
+ raw pressures : -0.15324E+01 0.37113E+00
+ Smoothing pressures 896.5161 24.6109 0.2227
+ do leaf measurements 896.5172 24.6119 0.0011
+ compute convergence criterion 896.5598 24.6546 0.0427
+ velocity_diff_norm = 0.0106269 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 896.5649
+ -----------------------------------
+ build system 896.5695 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 904.5032 7.9383 7.9336
+ =================================
+ wsmp: initialisation time: 0.0509191 s
+ wsmp: ordering time: 4.1157730 s
+ wsmp: symbolic fact. time: 0.7102242 s
+ wsmp: Cholesky fact. time: 11.4582448 s
+ wsmp: Factorisation 14380.1853375 Mflops
+ wsmp: back substitution time: 0.1202219 s
+ wsmp: from b to rhs vector: 0.0073171 s
+ ---------------------------------
+ wsmp: total solve time: 16.4630811 s
+ =================================
+ u : -0.10155E+01 0.21397E+00
+ v : -0.42571E-01 0.12578E+00
+ w : -0.72996E+00 0.22933E+00
+ =================================
+ Calculate pressures 920.9831 24.4183 16.4800
+ raw pressures : -0.15558E+01 0.36932E+00
+ Smoothing pressures 921.2062 24.6414 0.2231
+ do leaf measurements 921.2073 24.6424 0.0011
+ compute convergence criterion 921.2496 24.6847 0.0423
+ velocity_diff_norm = 0.0080117 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 921.2527 24.6879 0.0031
+Compute isostasy and adjust vertical 921.2529 24.6881 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -13993315333014.768 2920756515260.811
+ def in m -5.5134239196777344 0.24587154388427734
+ dimensionless def -7.02490125383649613E-7 1.57526397705078122E-5
+ Isostatic velocity range = -0.0069808 0.1571863
+ Compute divergence 921.4627 24.8979 0.2098
+ wsmp_cleanup 921.4995 24.9347 0.0368
+ Reset surface geometry 921.5050 24.9401 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 921.5130 24.9482 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 921.5310 24.9661 0.0179
+ Advect surface 1 921.5311 24.9663 0.0001
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 921.7202 25.1553 0.1890
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 921.9169 25.3520 0.1967
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 922.1668 25.6020 0.2499
+ Advect the cloud 922.2705 25.7057 0.1037
+ Write output 922.8436 26.2787 0.5731
+ End of time step 923.6544 27.0895 0.8108
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 5 923.6545
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 923.6546 0.0001 0.0001
+ surface 01 923.6546 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 923.6547 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 923.6773 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 923.6974 0.0428 0.0201
+ S. 2: 16900points
+ refine surface 923.6975 0.0430 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 923.7207 0.0662 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 923.7405 0.0860 0.0198
+ S. 3: 16900points
+ refine surface 923.7406 0.0861 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 923.7642 0.1097 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 923.7885
+ -----------------------------------------------------------------------
+ Create octree solve 923.7887 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 923.8044 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 923.8278 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 923.8286 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 923.8426 0.0541 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 923.9648 0.1763 0.1221
+ Imbed surface in osolve 924.1526 0.3642 0.1879
+ embedding surface 1 924.1528 0.3643 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 926.1014 2.3129 1.9486
+ osolve%nleaves= 59424
+ embedding surface 3 928.1804 4.3919 2.0790
+ osolve%nleaves= 64128
+ Assessing octree stability 931.6995 7.9111 3.5191
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 931.7039 7.9155 0.0044
+ Interpolate velo onto osolve 931.9825 8.1940 0.2786
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 932.1646 8.3762 0.1821
+ Find void 932.4373 8.6488 0.2726
+ whole leaf in fluid 32992
+ Define boundary conditions 932.4657 8.6773 0.0285
+ wsmp setup1 932.4730 8.6845 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 933.4859 9.6974 1.0129
+ -----------------------------------
+ start of non-linear iteratio 1 933.5325
+ -----------------------------------
+ build system 933.5327 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38951E-05 6.21144E+00
+ viscosity capped in 37088
+ wsmp solve 941.4364 7.9039 7.9037
+ =================================
+ wsmp: initialisation time: 0.0496922 s
+ wsmp: ordering time: 4.1344788 s
+ wsmp: symbolic fact. time: 0.7097361 s
+ wsmp: Cholesky fact. time: 11.4634290 s
+ wsmp: Factorisation 14373.6821021 Mflops
+ wsmp: back substitution time: 0.1200268 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4851770 s
+ =================================
+ u : -0.10181E+01 0.18801E+00
+ v : -0.10179E+00 0.10681E+00
+ w : -0.76500E+00 0.29352E+00
+ =================================
+ Calculate pressures 957.9381 24.4055 16.5017
+ raw pressures : -0.35054E+00 0.00000E+00
+ Smoothing pressures 958.1611 24.6286 0.2231
+ do leaf measurements 958.1622 24.6297 0.0011
+ compute convergence criterion 958.2045 24.6720 0.0423
+ velocity_diff_norm = 0.5898990 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 958.2094
+ -----------------------------------
+ build system 958.2140 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79153E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 966.2212 8.0118 8.0072
+ =================================
+ wsmp: initialisation time: 0.0501390 s
+ wsmp: ordering time: 4.1102171 s
+ wsmp: symbolic fact. time: 0.7095249 s
+ wsmp: Cholesky fact. time: 11.3717270 s
+ wsmp: Factorisation 14489.5919524 Mflops
+ wsmp: back substitution time: 0.1204381 s
+ wsmp: from b to rhs vector: 0.0073040 s
+ ---------------------------------
+ wsmp: total solve time: 16.3697381 s
+ =================================
+ u : -0.10176E+01 0.14012E+00
+ v : -0.47796E-01 0.10431E+00
+ w : -0.76881E+00 0.22658E+00
+ =================================
+ Calculate pressures 982.6088 24.3993 16.3876
+ raw pressures : -0.12316E+01 0.17907E+00
+ Smoothing pressures 982.8308 24.6214 0.2221
+ do leaf measurements 982.8319 24.6225 0.0011
+ compute convergence criterion 982.8747 24.6652 0.0427
+ velocity_diff_norm = 0.0722751 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 982.8797
+ -----------------------------------
+ build system 982.8843 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 990.8749 7.9952 7.9906
+ =================================
+ wsmp: initialisation time: 0.0483730 s
+ wsmp: ordering time: 4.1128299 s
+ wsmp: symbolic fact. time: 0.7091200 s
+ wsmp: Cholesky fact. time: 11.4037840 s
+ wsmp: Factorisation 14448.8604261 Mflops
+ wsmp: back substitution time: 0.1201711 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.4018960 s
+ =================================
+ u : -0.10175E+01 0.15820E+00
+ v : -0.37337E-01 0.12021E+00
+ w : -0.74836E+00 0.23323E+00
+ =================================
+ Calculate pressures 1007.2934 24.4137 16.4185
+ raw pressures : -0.13751E+01 0.31452E+00
+ Smoothing pressures 1007.5161 24.6364 0.2227
+ do leaf measurements 1007.5172 24.6375 0.0011
+ compute convergence criterion 1007.5595 24.6799 0.0424
+ velocity_diff_norm = 0.0353640 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1007.5644
+ -----------------------------------
+ build system 1007.5689 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1015.5070 7.9426 7.9381
+ =================================
+ wsmp: initialisation time: 0.0506899 s
+ wsmp: ordering time: 4.1465020 s
+ wsmp: symbolic fact. time: 0.7164660 s
+ wsmp: Cholesky fact. time: 11.3990951 s
+ wsmp: Factorisation 14454.8039147 Mflops
+ wsmp: back substitution time: 0.1210141 s
+ wsmp: from b to rhs vector: 0.0072639 s
+ ---------------------------------
+ wsmp: total solve time: 16.4414039 s
+ =================================
+ u : -0.10166E+01 0.17899E+00
+ v : -0.37126E-01 0.12378E+00
+ w : -0.73902E+00 0.23072E+00
+ =================================
+ Calculate pressures 1031.9648 24.4004 16.4578
+ raw pressures : -0.14774E+01 0.35579E+00
+ Smoothing pressures 1032.1897 24.6253 0.2248
+ do leaf measurements 1032.1908 24.6264 0.0011
+ compute convergence criterion 1032.2330 24.6686 0.0422
+ velocity_diff_norm = 0.0159105 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1032.2380
+ -----------------------------------
+ build system 1032.2425 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1040.2175 7.9795 7.9750
+ =================================
+ wsmp: initialisation time: 0.0486369 s
+ wsmp: ordering time: 4.1198971 s
+ wsmp: symbolic fact. time: 0.7107699 s
+ wsmp: Cholesky fact. time: 11.3750129 s
+ wsmp: Factorisation 14485.4063632 Mflops
+ wsmp: back substitution time: 0.1204681 s
+ wsmp: from b to rhs vector: 0.0073259 s
+ ---------------------------------
+ wsmp: total solve time: 16.3825221 s
+ =================================
+ u : -0.10160E+01 0.19675E+00
+ v : -0.39800E-01 0.12580E+00
+ w : -0.73392E+00 0.22964E+00
+ =================================
+ Calculate pressures 1056.6174 24.3795 16.3999
+ raw pressures : -0.15234E+01 0.36634E+00
+ Smoothing pressures 1056.8403 24.6023 0.2229
+ do leaf measurements 1056.8414 24.6034 0.0011
+ compute convergence criterion 1056.8841 24.6461 0.0427
+ velocity_diff_norm = 0.0106692 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1056.8891
+ -----------------------------------
+ build system 1056.8936 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1064.8283 7.9393 7.9347
+ =================================
+ wsmp: initialisation time: 0.0476160 s
+ wsmp: ordering time: 4.1191669 s
+ wsmp: symbolic fact. time: 0.7099428 s
+ wsmp: Cholesky fact. time: 11.4594631 s
+ wsmp: Factorisation 14378.6565005 Mflops
+ wsmp: back substitution time: 0.1203279 s
+ wsmp: from b to rhs vector: 0.0072951 s
+ ---------------------------------
+ wsmp: total solve time: 16.4642000 s
+ =================================
+ u : -0.10154E+01 0.21221E+00
+ v : -0.42668E-01 0.12559E+00
+ w : -0.72914E+00 0.22898E+00
+ =================================
+ Calculate pressures 1081.3096 24.4205 16.4812
+ raw pressures : -0.15465E+01 0.36481E+00
+ Smoothing pressures 1081.5327 24.6436 0.2231
+ do leaf measurements 1081.5338 24.6447 0.0011
+ compute convergence criterion 1081.5760 24.6869 0.0423
+ velocity_diff_norm = 0.0080565 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1081.5791 24.6900 0.0031
+Compute isostasy and adjust vertical 1081.5793 24.6902 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -16484606510268.631 4668719913014.8721
+ def in m -5.9253387451171875 0.33440899848937988
+ dimensionless def -9.55454281398228372E-7 1.69295392717633936E-5
+ Isostatic velocity range = -0.0094874 0.1690700
+ Compute divergence 1081.7839 24.8948 0.2046
+ wsmp_cleanup 1081.8203 24.9313 0.0365
+ Reset surface geometry 1081.8259 24.9368 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 1081.8341 24.9450 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1081.8519 24.9628 0.0178
+ Advect surface 1 1081.8521 24.9630 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1082.0441 25.1550 0.1920
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1082.2406 25.3516 0.1965
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1082.4892 25.6002 0.2486
+ Advect the cloud 1082.5920 25.7030 0.1028
+ Write output 1083.1693 26.2803 0.5773
+ End of time step 1083.9576 27.0686 0.7883
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 6 1083.9578
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1083.9578 0.0001 0.0001
+ surface 01 1083.9579 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1083.9579 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1083.9805 0.0227 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1084.0006 0.0428 0.0201
+ S. 2: 16900points
+ refine surface 1084.0007 0.0430 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1084.0239 0.0662 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1084.0437 0.0859 0.0198
+ S. 3: 16900points
+ refine surface 1084.0438 0.0860 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1084.0674 0.1096 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1084.0916
+ -----------------------------------------------------------------------
+ Create octree solve 1084.0918 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1084.1075 0.0159 0.0157
+ osolve%nleaves= 32768
+ improve osolve for criterion 1084.1310 0.0395 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1084.1317 0.0402 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1084.1458 0.0542 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1084.2679 0.1764 0.1221
+ Imbed surface in osolve 1084.4543 0.3627 0.1864
+ embedding surface 1 1084.4544 0.3629 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1086.4021 2.3106 1.9477
+ osolve%nleaves= 59424
+ embedding surface 3 1088.4784 4.3868 2.0762
+ osolve%nleaves= 64128
+ Assessing octree stability 1091.9662 7.8747 3.4878
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1091.9707 7.8791 0.0045
+ Interpolate velo onto osolve 1092.2621 8.1705 0.2914
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1092.4331 8.3415 0.1710
+ Find void 1092.7003 8.6087 0.2672
+ whole leaf in fluid 32992
+ Define boundary conditions 1092.7288 8.6372 0.0285
+ wsmp setup1 1092.7362 8.6446 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1093.7487 9.6571 1.0125
+ -----------------------------------
+ start of non-linear iteratio 1 1093.7956
+ -----------------------------------
+ build system 1093.7958 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38949E-05 4.76173E+00
+ viscosity capped in 37088
+ wsmp solve 1101.7244 7.9288 7.9287
+ =================================
+ wsmp: initialisation time: 0.0557699 s
+ wsmp: ordering time: 4.1336300 s
+ wsmp: symbolic fact. time: 0.7077971 s
+ wsmp: Cholesky fact. time: 11.4613860 s
+ wsmp: Factorisation 14376.2442320 Mflops
+ wsmp: back substitution time: 0.1205211 s
+ wsmp: from b to rhs vector: 0.0072610 s
+ ---------------------------------
+ wsmp: total solve time: 16.4867511 s
+ =================================
+ u : -0.10159E+01 0.18818E+00
+ v : -0.10246E+00 0.10680E+00
+ w : -0.76487E+00 0.29309E+00
+ =================================
+ Calculate pressures 1118.2279 24.4323 16.5035
+ raw pressures : -0.35073E+00 0.00000E+00
+ Smoothing pressures 1118.4551 24.6595 0.2272
+ do leaf measurements 1118.4562 24.6605 0.0011
+ compute convergence criterion 1118.4983 24.7026 0.0421
+ velocity_diff_norm = 0.5898922 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1118.5032
+ -----------------------------------
+ build system 1118.5077 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78872E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1126.5130 8.0098 8.0053
+ =================================
+ wsmp: initialisation time: 0.0484779 s
+ wsmp: ordering time: 4.1319540 s
+ wsmp: symbolic fact. time: 0.7100680 s
+ wsmp: Cholesky fact. time: 11.3742609 s
+ wsmp: Factorisation 14486.3640186 Mflops
+ wsmp: back substitution time: 0.1205878 s
+ wsmp: from b to rhs vector: 0.0073121 s
+ ---------------------------------
+ wsmp: total solve time: 16.3930519 s
+ =================================
+ u : -0.10166E+01 0.13970E+00
+ v : -0.47555E-01 0.10415E+00
+ w : -0.76867E+00 0.22619E+00
+ =================================
+ Calculate pressures 1142.9231 24.4200 16.4102
+ raw pressures : -0.12324E+01 0.17938E+00
+ Smoothing pressures 1143.1447 24.6415 0.2216
+ do leaf measurements 1143.1458 24.6427 0.0011
+ compute convergence criterion 1143.1883 24.6851 0.0424
+ velocity_diff_norm = 0.0723789 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1143.1932
+ -----------------------------------
+ build system 1143.1978 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1151.1902 7.9969 7.9923
+ =================================
+ wsmp: initialisation time: 0.0514631 s
+ wsmp: ordering time: 4.1315730 s
+ wsmp: symbolic fact. time: 0.7092662 s
+ wsmp: Cholesky fact. time: 11.4014730 s
+ wsmp: Factorisation 14451.7890995 Mflops
+ wsmp: back substitution time: 0.1204178 s
+ wsmp: from b to rhs vector: 0.0072250 s
+ ---------------------------------
+ wsmp: total solve time: 16.4217901 s
+ =================================
+ u : -0.10173E+01 0.15759E+00
+ v : -0.37385E-01 0.12023E+00
+ w : -0.74799E+00 0.23305E+00
+ =================================
+ Calculate pressures 1167.6290 24.4358 16.4389
+ raw pressures : -0.13738E+01 0.31410E+00
+ Smoothing pressures 1167.8509 24.6576 0.2218
+ do leaf measurements 1167.8519 24.6587 0.0011
+ compute convergence criterion 1167.8941 24.7008 0.0421
+ velocity_diff_norm = 0.0355033 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1167.8989
+ -----------------------------------
+ build system 1167.9034 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1175.8379 7.9390 7.9345
+ =================================
+ wsmp: initialisation time: 0.0520160 s
+ wsmp: ordering time: 4.1533768 s
+ wsmp: symbolic fact. time: 0.7155058 s
+ wsmp: Cholesky fact. time: 11.3996320 s
+ wsmp: Factorisation 14454.1230986 Mflops
+ wsmp: back substitution time: 0.1210680 s
+ wsmp: from b to rhs vector: 0.0073040 s
+ ---------------------------------
+ wsmp: total solve time: 16.4493010 s
+ =================================
+ u : -0.10164E+01 0.17846E+00
+ v : -0.37406E-01 0.12385E+00
+ w : -0.73860E+00 0.23043E+00
+ =================================
+ Calculate pressures 1192.3043 24.4054 16.4664
+ raw pressures : -0.14746E+01 0.35521E+00
+ Smoothing pressures 1192.5296 24.6307 0.2253
+ do leaf measurements 1192.5307 24.6318 0.0011
+ compute convergence criterion 1192.5727 24.6738 0.0421
+ velocity_diff_norm = 0.0158695 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1192.5777
+ -----------------------------------
+ build system 1192.5822 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1200.5600 7.9823 7.9778
+ =================================
+ wsmp: initialisation time: 0.0497000 s
+ wsmp: ordering time: 4.1168990 s
+ wsmp: symbolic fact. time: 0.7094128 s
+ wsmp: Cholesky fact. time: 11.3808939 s
+ wsmp: Factorisation 14477.9210369 Mflops
+ wsmp: back substitution time: 0.1204638 s
+ wsmp: from b to rhs vector: 0.0073280 s
+ ---------------------------------
+ wsmp: total solve time: 16.3850970 s
+ =================================
+ u : -0.10157E+01 0.19629E+00
+ v : -0.39911E-01 0.12587E+00
+ w : -0.73357E+00 0.22927E+00
+ =================================
+ Calculate pressures 1216.9623 24.3846 16.4023
+ raw pressures : -0.15200E+01 0.36547E+00
+ Smoothing pressures 1217.1840 24.6064 0.2218
+ do leaf measurements 1217.1852 24.6075 0.0011
+ compute convergence criterion 1217.2276 24.6500 0.0425
+ velocity_diff_norm = 0.0106956 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1217.2326
+ -----------------------------------
+ build system 1217.2371 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1225.1724 7.9399 7.9354
+ =================================
+ wsmp: initialisation time: 0.0486820 s
+ wsmp: ordering time: 4.1128879 s
+ wsmp: symbolic fact. time: 0.7099209 s
+ wsmp: Cholesky fact. time: 11.4481111 s
+ wsmp: Factorisation 14392.9145211 Mflops
+ wsmp: back substitution time: 0.1204450 s
+ wsmp: from b to rhs vector: 0.0073080 s
+ ---------------------------------
+ wsmp: total solve time: 16.4477458 s
+ =================================
+ u : -0.10151E+01 0.21180E+00
+ v : -0.42717E-01 0.12567E+00
+ w : -0.72887E+00 0.22870E+00
+ =================================
+ Calculate pressures 1241.6366 24.4041 16.4642
+ raw pressures : -0.15426E+01 0.36363E+00
+ Smoothing pressures 1241.8593 24.6268 0.2227
+ do leaf measurements 1241.8604 24.6279 0.0011
+ compute convergence criterion 1241.9024 24.6699 0.0420
+ velocity_diff_norm = 0.0080812 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1241.9055 24.6730 0.0031
+Compute isostasy and adjust vertical 1241.9057 24.6732 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -18653910586387.547 6458914995929.6426
+ def in m -6.1905736923217773 0.38907873630523682
+ dimensionless def -1.11165353230067666E-6 1.7687353406633651E-5
+ Isostatic velocity range = -0.0110139 0.1765771
+ Compute divergence 1242.1135 24.8809 0.2078
+ wsmp_cleanup 1242.1499 24.9173 0.0364
+ Reset surface geometry 1242.1554 24.9228 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 1242.1634 24.9309 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1242.1814 24.9488 0.0179
+ Advect surface 1 1242.1815 24.9489 0.0001
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1242.3750 25.1424 0.1935
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1242.5729 25.3403 0.1979
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1242.8222 25.5896 0.2493
+ Advect the cloud 1242.9285 25.6959 0.1063
+ Write output 1243.5083 26.2758 0.5799
+ End of time step 1244.3015 27.0689 0.7931
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 7 1244.3016
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1244.3017 0.0001 0.0001
+ surface 01 1244.3017 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1244.3018 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1244.3245 0.0228 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1244.3448 0.0431 0.0203
+ S. 2: 16900points
+ refine surface 1244.3449 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1244.3681 0.0665 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1244.3880 0.0864 0.0199
+ S. 3: 16900points
+ refine surface 1244.3881 0.0865 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1244.4116 0.1100 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1244.4359
+ -----------------------------------------------------------------------
+ Create octree solve 1244.4362 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1244.4519 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 1244.4752 0.0392 0.0233
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1244.4759 0.0399 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1244.4899 0.0540 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1244.6121 0.1762 0.1222
+ Imbed surface in osolve 1244.7978 0.3619 0.1857
+ embedding surface 1 1244.7980 0.3620 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1246.7197 2.2837 1.9217
+ osolve%nleaves= 59424
+ embedding surface 3 1248.7907 4.3547 2.0710
+ osolve%nleaves= 64128
+ Assessing octree stability 1252.2972 7.8613 3.5065
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1252.3016 7.8657 0.0044
+ Interpolate velo onto osolve 1252.5842 8.1482 0.2825
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1252.7862 8.3503 0.2020
+ Find void 1253.0580 8.6220 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 1253.0868 8.6508 0.0288
+ wsmp setup1 1253.0948 8.6588 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1254.1064 9.6704 1.0116
+ -----------------------------------
+ start of non-linear iteratio 1 1254.1534
+ -----------------------------------
+ build system 1254.1536 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 3.45717E+00
+ viscosity capped in 37088
+ wsmp solve 1262.0734 7.9200 7.9198
+ =================================
+ wsmp: initialisation time: 0.0533438 s
+ wsmp: ordering time: 4.1294069 s
+ wsmp: symbolic fact. time: 0.7096870 s
+ wsmp: Cholesky fact. time: 11.4582510 s
+ wsmp: Factorisation 14380.1775579 Mflops
+ wsmp: back substitution time: 0.1201980 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4785159 s
+ =================================
+ u : -0.10173E+01 0.18741E+00
+ v : -0.10230E+00 0.10649E+00
+ w : -0.76411E+00 0.29148E+00
+ =================================
+ Calculate pressures 1278.5690 24.4156 16.4957
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 1278.7913 24.6379 0.2222
+ do leaf measurements 1278.7924 24.6390 0.0012
+ compute convergence criterion 1278.8342 24.6808 0.0418
+ velocity_diff_norm = 0.5893624 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1278.8392
+ -----------------------------------
+ build system 1278.8437 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79179E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1286.8469 8.0077 8.0032
+ =================================
+ wsmp: initialisation time: 0.0497401 s
+ wsmp: ordering time: 4.1201100 s
+ wsmp: symbolic fact. time: 0.7107761 s
+ wsmp: Cholesky fact. time: 11.3768029 s
+ wsmp: Factorisation 14483.1272032 Mflops
+ wsmp: back substitution time: 0.1206360 s
+ wsmp: from b to rhs vector: 0.0073071 s
+ ---------------------------------
+ wsmp: total solve time: 16.3857639 s
+ =================================
+ u : -0.10165E+01 0.13898E+00
+ v : -0.47563E-01 0.10392E+00
+ w : -0.76821E+00 0.22670E+00
+ =================================
+ Calculate pressures 1303.2499 24.4107 16.4030
+ raw pressures : -0.12320E+01 0.17810E+00
+ Smoothing pressures 1303.4715 24.6324 0.2217
+ do leaf measurements 1303.4727 24.6335 0.0012
+ compute convergence criterion 1303.5150 24.6758 0.0422
+ velocity_diff_norm = 0.0718959 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1303.5199
+ -----------------------------------
+ build system 1303.5246 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1311.5193 7.9994 7.9947
+ =================================
+ wsmp: initialisation time: 0.0498221 s
+ wsmp: ordering time: 4.1219928 s
+ wsmp: symbolic fact. time: 0.7120399 s
+ wsmp: Cholesky fact. time: 11.4033439 s
+ wsmp: Factorisation 14449.4180908 Mflops
+ wsmp: back substitution time: 0.1205001 s
+ wsmp: from b to rhs vector: 0.0072920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4153841 s
+ =================================
+ u : -0.10169E+01 0.15687E+00
+ v : -0.37383E-01 0.11978E+00
+ w : -0.74744E+00 0.23333E+00
+ =================================
+ Calculate pressures 1327.9519 24.4319 16.4325
+ raw pressures : -0.13718E+01 0.31281E+00
+ Smoothing pressures 1328.1733 24.6533 0.2214
+ do leaf measurements 1328.1744 24.6545 0.0011
+ compute convergence criterion 1328.2162 24.6963 0.0418
+ velocity_diff_norm = 0.0357050 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1328.2211
+ -----------------------------------
+ build system 1328.2256 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1336.1613 7.9402 7.9357
+ =================================
+ wsmp: initialisation time: 0.0499539 s
+ wsmp: ordering time: 4.1437070 s
+ wsmp: symbolic fact. time: 0.7125099 s
+ wsmp: Cholesky fact. time: 11.4080808 s
+ wsmp: Factorisation 14443.4183566 Mflops
+ wsmp: back substitution time: 0.1211998 s
+ wsmp: from b to rhs vector: 0.0072801 s
+ ---------------------------------
+ wsmp: total solve time: 16.4431372 s
+ =================================
+ u : -0.10160E+01 0.17782E+00
+ v : -0.37351E-01 0.12349E+00
+ w : -0.73810E+00 0.23057E+00
+ =================================
+ Calculate pressures 1352.6216 24.4005 16.4603
+ raw pressures : -0.14721E+01 0.35428E+00
+ Smoothing pressures 1352.8458 24.6248 0.2243
+ do leaf measurements 1352.8470 24.6259 0.0011
+ compute convergence criterion 1352.8888 24.6677 0.0418
+ velocity_diff_norm = 0.0158843 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1352.8937
+ -----------------------------------
+ build system 1352.8983 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1360.8798 7.9861 7.9816
+ =================================
+ wsmp: initialisation time: 0.0485620 s
+ wsmp: ordering time: 4.1301951 s
+ wsmp: symbolic fact. time: 0.7093589 s
+ wsmp: Cholesky fact. time: 11.3784542 s
+ wsmp: Factorisation 14481.0253535 Mflops
+ wsmp: back substitution time: 0.1203270 s
+ wsmp: from b to rhs vector: 0.0073199 s
+ ---------------------------------
+ wsmp: total solve time: 16.3946080 s
+ =================================
+ u : -0.10154E+01 0.19564E+00
+ v : -0.39903E-01 0.12559E+00
+ w : -0.73317E+00 0.22949E+00
+ =================================
+ Calculate pressures 1377.2916 24.3979 16.4118
+ raw pressures : -0.15169E+01 0.36411E+00
+ Smoothing pressures 1377.5150 24.6214 0.2234
+ do leaf measurements 1377.5162 24.6225 0.0012
+ compute convergence criterion 1377.5585 24.6648 0.0423
+ velocity_diff_norm = 0.0107053 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1377.5635
+ -----------------------------------
+ build system 1377.5681 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1385.5013 7.9378 7.9332
+ =================================
+ wsmp: initialisation time: 0.0513630 s
+ wsmp: ordering time: 4.1112030 s
+ wsmp: symbolic fact. time: 0.7101889 s
+ wsmp: Cholesky fact. time: 11.4539559 s
+ wsmp: Factorisation 14385.5699704 Mflops
+ wsmp: back substitution time: 0.1204360 s
+ wsmp: from b to rhs vector: 0.0072179 s
+ ---------------------------------
+ wsmp: total solve time: 16.4547639 s
+ =================================
+ u : -0.10149E+01 0.21121E+00
+ v : -0.42712E-01 0.12546E+00
+ w : -0.72851E+00 0.22879E+00
+ =================================
+ Calculate pressures 1401.9739 24.4104 16.4726
+ raw pressures : -0.15395E+01 0.36239E+00
+ Smoothing pressures 1402.1955 24.6320 0.2216
+ do leaf measurements 1402.1966 24.6332 0.0012
+ compute convergence criterion 1402.2384 24.6750 0.0418
+ velocity_diff_norm = 0.0080873 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1402.2415 24.6781 0.0031
+Compute isostasy and adjust vertical 1402.2417 24.6782 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -20618572634478.824 8242199278082.2139
+ def in m -6.3776407241821289 0.42090722918510437
+ dimensionless def -1.20259208338601251E-6 1.82218306405203662E-5
+ Isostatic velocity range = -0.0119441 0.1818238
+ Compute divergence 1402.4476 24.8841 0.2059
+ wsmp_cleanup 1402.4839 24.9204 0.0363
+ Reset surface geometry 1402.4893 24.9258 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 1402.4974 24.9339 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1402.5152 24.9518 0.0179
+ Advect surface 1 1402.5154 24.9519 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1402.7099 25.1464 0.1945
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1402.9046 25.3411 0.1947
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1403.1558 25.5923 0.2512
+ Advect the cloud 1403.2629 25.6994 0.1071
+ Write output 1403.8539 26.2904 0.5910
+ End of time step 1404.6460 27.0826 0.7921
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 8 1404.6461
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1404.6462 0.0001 0.0001
+ surface 01 1404.6462 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1404.6463 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1404.6690 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1404.6891 0.0429 0.0200
+ S. 2: 16900points
+ refine surface 1404.6892 0.0431 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1404.7123 0.0661 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1404.7323 0.0862 0.0201
+ S. 3: 16900points
+ refine surface 1404.7325 0.0863 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1404.7561 0.1099 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1404.7803
+ -----------------------------------------------------------------------
+ Create octree solve 1404.7805 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1404.7962 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 1404.8197 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1404.8204 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1404.8344 0.0542 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1404.9566 0.1763 0.1221
+ Imbed surface in osolve 1405.1415 0.3612 0.1849
+ embedding surface 1 1405.1417 0.3614 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1407.0923 2.3120 1.9506
+ osolve%nleaves= 59424
+ embedding surface 3 1409.1556 4.3753 2.0633
+ osolve%nleaves= 64128
+ Assessing octree stability 1412.6582 7.8780 3.5027
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1412.6627 7.8824 0.0044
+ Interpolate velo onto osolve 1412.9424 8.1621 0.2798
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1413.1674 8.3871 0.2250
+ Find void 1413.4383 8.6581 0.2709
+ whole leaf in fluid 32992
+ Define boundary conditions 1413.4667 8.6864 0.0283
+ wsmp setup1 1413.4735 8.6932 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1414.4853 9.7051 1.0119
+ -----------------------------------
+ start of non-linear iteratio 1 1414.5325
+ -----------------------------------
+ build system 1414.5326 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 2.73999E+00
+ viscosity capped in 37088
+ wsmp solve 1422.4398 7.9074 7.9072
+ =================================
+ wsmp: initialisation time: 0.0508919 s
+ wsmp: ordering time: 4.1298690 s
+ wsmp: symbolic fact. time: 0.7078700 s
+ wsmp: Cholesky fact. time: 11.4615870 s
+ wsmp: Factorisation 14375.9921346 Mflops
+ wsmp: back substitution time: 0.1204832 s
+ wsmp: from b to rhs vector: 0.0074298 s
+ ---------------------------------
+ wsmp: total solve time: 16.4784908 s
+ =================================
+ u : -0.10186E+01 0.18710E+00
+ v : -0.10155E+00 0.10599E+00
+ w : -0.76413E+00 0.29006E+00
+ =================================
+ Calculate pressures 1438.9353 24.4028 16.4954
+ raw pressures : -0.35104E+00 0.15221E-02
+ Smoothing pressures 1439.1583 24.6258 0.2230
+ do leaf measurements 1439.1593 24.6269 0.0011
+ compute convergence criterion 1439.2021 24.6697 0.0428
+ velocity_diff_norm = 0.5893326 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1439.2070
+ -----------------------------------
+ build system 1439.2116 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79945E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1447.2125 8.0054 8.0008
+ =================================
+ wsmp: initialisation time: 0.0499630 s
+ wsmp: ordering time: 4.1240549 s
+ wsmp: symbolic fact. time: 0.7107470 s
+ wsmp: Cholesky fact. time: 11.3780181 s
+ wsmp: Factorisation 14481.5803452 Mflops
+ wsmp: back substitution time: 0.1205149 s
+ wsmp: from b to rhs vector: 0.0073521 s
+ ---------------------------------
+ wsmp: total solve time: 16.3910110 s
+ =================================
+ u : -0.10163E+01 0.13878E+00
+ v : -0.47252E-01 0.10420E+00
+ w : -0.76822E+00 0.22632E+00
+ =================================
+ Calculate pressures 1463.6203 24.4133 16.4079
+ raw pressures : -0.12328E+01 0.17866E+00
+ Smoothing pressures 1463.8430 24.6359 0.2227
+ do leaf measurements 1463.8441 24.6371 0.0011
+ compute convergence criterion 1463.8873 24.6802 0.0432
+ velocity_diff_norm = 0.0721518 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1463.8923
+ -----------------------------------
+ build system 1463.8970 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1471.8969 8.0046 7.9999
+ =================================
+ wsmp: initialisation time: 0.0507891 s
+ wsmp: ordering time: 4.1191471 s
+ wsmp: symbolic fact. time: 0.7123790 s
+ wsmp: Cholesky fact. time: 11.3952560 s
+ wsmp: Factorisation 14459.6736801 Mflops
+ wsmp: back substitution time: 0.1204131 s
+ wsmp: from b to rhs vector: 0.0072970 s
+ ---------------------------------
+ wsmp: total solve time: 16.4056430 s
+ =================================
+ u : -0.10165E+01 0.15655E+00
+ v : -0.37583E-01 0.11997E+00
+ w : -0.74736E+00 0.23275E+00
+ =================================
+ Calculate pressures 1488.3196 24.4272 16.4227
+ raw pressures : -0.13716E+01 0.31293E+00
+ Smoothing pressures 1488.5416 24.6493 0.2220
+ do leaf measurements 1488.5427 24.6503 0.0011
+ compute convergence criterion 1488.5854 24.6931 0.0427
+ velocity_diff_norm = 0.0357647 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1488.5903
+ -----------------------------------
+ build system 1488.5948 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1496.5305 7.9403 7.9358
+ =================================
+ wsmp: initialisation time: 0.0525632 s
+ wsmp: ordering time: 4.1357329 s
+ wsmp: symbolic fact. time: 0.7182560 s
+ wsmp: Cholesky fact. time: 11.4178972 s
+ wsmp: Factorisation 14431.0007908 Mflops
+ wsmp: back substitution time: 0.1211312 s
+ wsmp: from b to rhs vector: 0.0073471 s
+ ---------------------------------
+ wsmp: total solve time: 16.4533021 s
+ =================================
+ u : -0.10157E+01 0.17743E+00
+ v : -0.37504E-01 0.12371E+00
+ w : -0.73797E+00 0.23022E+00
+ =================================
+ Calculate pressures 1513.0008 24.4105 16.4702
+ raw pressures : -0.14710E+01 0.35458E+00
+ Smoothing pressures 1513.2258 24.6355 0.2250
+ do leaf measurements 1513.2268 24.6365 0.0011
+ compute convergence criterion 1513.2697 24.6794 0.0428
+ velocity_diff_norm = 0.0158788 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1513.2746
+ -----------------------------------
+ build system 1513.2792 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1521.2638 7.9893 7.9847
+ =================================
+ wsmp: initialisation time: 0.0484970 s
+ wsmp: ordering time: 4.1122711 s
+ wsmp: symbolic fact. time: 0.7112451 s
+ wsmp: Cholesky fact. time: 11.3779271 s
+ wsmp: Factorisation 14481.6962646 Mflops
+ wsmp: back substitution time: 0.1203949 s
+ wsmp: from b to rhs vector: 0.0073640 s
+ ---------------------------------
+ wsmp: total solve time: 16.3780751 s
+ =================================
+ u : -0.10151E+01 0.19525E+00
+ v : -0.40057E-01 0.12573E+00
+ w : -0.73309E+00 0.22911E+00
+ =================================
+ Calculate pressures 1537.6595 24.3849 16.3957
+ raw pressures : -0.15156E+01 0.36425E+00
+ Smoothing pressures 1537.8812 24.6066 0.2217
+ do leaf measurements 1537.8823 24.6077 0.0011
+ compute convergence criterion 1537.9255 24.6509 0.0432
+ velocity_diff_norm = 0.0106957 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1537.9304
+ -----------------------------------
+ build system 1537.9351 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1545.8738 7.9434 7.9387
+ =================================
+ wsmp: initialisation time: 0.0494151 s
+ wsmp: ordering time: 4.1128500 s
+ wsmp: symbolic fact. time: 0.7117460 s
+ wsmp: Cholesky fact. time: 11.4463100 s
+ wsmp: Factorisation 14395.1791670 Mflops
+ wsmp: back substitution time: 0.1203341 s
+ wsmp: from b to rhs vector: 0.0073621 s
+ ---------------------------------
+ wsmp: total solve time: 16.4483759 s
+ =================================
+ u : -0.10145E+01 0.21083E+00
+ v : -0.42812E-01 0.12557E+00
+ w : -0.72849E+00 0.22850E+00
+ =================================
+ Calculate pressures 1562.3394 24.4090 16.4656
+ raw pressures : -0.15379E+01 0.36218E+00
+ Smoothing pressures 1562.5619 24.6315 0.2224
+ do leaf measurements 1562.5630 24.6325 0.0011
+ compute convergence criterion 1562.6058 24.6753 0.0428
+ velocity_diff_norm = 0.0081038 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1562.6088 24.6784 0.0031
+Compute isostasy and adjust vertical 1562.6090 24.6786 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -22434150512089.719 9996972747259.7422
+ def in m -6.5319709777832031 0.44599804282188416
+ dimensionless def -1.27428012234824057E-6 1.86627742222377242E-5
+ Isostatic velocity range = -0.0126985 0.1861284
+ Compute divergence 1562.8188 24.8884 0.2098
+ wsmp_cleanup 1562.8553 24.9249 0.0365
+ Reset surface geometry 1562.8609 24.9304 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 1562.8690 24.9386 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1562.8871 24.9567 0.0181
+ Advect surface 1 1562.8873 24.9568 0.0001
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1563.0825 25.1520 0.1952
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1563.2799 25.3495 0.1974
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1563.5329 25.6024 0.2530
+ Advect the cloud 1563.6405 25.7100 0.1076
+ Write output 1564.2380 26.3076 0.5976
+ End of time step 1565.0462 27.1158 0.8082
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 9 1565.0464
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1565.0464 0.0001 0.0001
+ surface 01 1565.0465 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1565.0465 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1565.0693 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1565.0893 0.0430 0.0201
+ S. 2: 16900points
+ refine surface 1565.0895 0.0431 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1565.1126 0.0662 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1565.1323 0.0859 0.0197
+ S. 3: 16900points
+ refine surface 1565.1324 0.0861 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1565.1559 0.1095 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1565.1801
+ -----------------------------------------------------------------------
+ Create octree solve 1565.1803 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1565.1960 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 1565.2195 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1565.2202 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1565.2343 0.0542 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1565.3565 0.1764 0.1222
+ Imbed surface in osolve 1565.5402 0.3602 0.1838
+ embedding surface 1 1565.5404 0.3604 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1567.4965 2.3164 1.9561
+ osolve%nleaves= 59424
+ embedding surface 3 1569.5632 4.3832 2.0668
+ osolve%nleaves= 64128
+ Assessing octree stability 1573.0585 7.8784 3.4953
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1573.0628 7.8828 0.0043
+ Interpolate velo onto osolve 1573.3497 8.1696 0.2868
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1573.5075 8.3274 0.1578
+ Find void 1573.7760 8.5959 0.2685
+ whole leaf in fluid 32992
+ Define boundary conditions 1573.8040 8.6240 0.0280
+ wsmp setup1 1573.8106 8.6305 0.0066
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1574.8245 9.6444 1.0139
+ -----------------------------------
+ start of non-linear iteratio 1 1574.8720
+ -----------------------------------
+ build system 1574.8721 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 3.65010E+00
+ viscosity capped in 37088
+ wsmp solve 1582.7926 7.9206 7.9204
+ =================================
+ wsmp: initialisation time: 0.0521388 s
+ wsmp: ordering time: 4.1198401 s
+ wsmp: symbolic fact. time: 0.7091260 s
+ wsmp: Cholesky fact. time: 11.4644220 s
+ wsmp: Factorisation 14372.4370975 Mflops
+ wsmp: back substitution time: 0.1205499 s
+ wsmp: from b to rhs vector: 0.0072548 s
+ ---------------------------------
+ wsmp: total solve time: 16.4737549 s
+ =================================
+ u : -0.10196E+01 0.18701E+00
+ v : -0.10178E+00 0.10569E+00
+ w : -0.76404E+00 0.29334E+00
+ =================================
+ Calculate pressures 1599.2830 24.4110 16.4904
+ raw pressures : -0.35077E+00 0.20773E-02
+ Smoothing pressures 1599.5057 24.6337 0.2227
+ do leaf measurements 1599.5068 24.6348 0.0011
+ compute convergence criterion 1599.5487 24.6767 0.0419
+ velocity_diff_norm = 0.5892299 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1599.5535
+ -----------------------------------
+ build system 1599.5580 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79444E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1607.5478 7.9942 7.9898
+ =================================
+ wsmp: initialisation time: 0.0477688 s
+ wsmp: ordering time: 4.1146641 s
+ wsmp: symbolic fact. time: 0.7075009 s
+ wsmp: Cholesky fact. time: 11.3802109 s
+ wsmp: Factorisation 14478.7900386 Mflops
+ wsmp: back substitution time: 0.1206391 s
+ wsmp: from b to rhs vector: 0.0072680 s
+ ---------------------------------
+ wsmp: total solve time: 16.3784578 s
+ =================================
+ u : -0.10165E+01 0.13878E+00
+ v : -0.47469E-01 0.10423E+00
+ w : -0.76813E+00 0.22676E+00
+ =================================
+ Calculate pressures 1623.9435 24.3900 16.3958
+ raw pressures : -0.12336E+01 0.17930E+00
+ Smoothing pressures 1624.1652 24.6116 0.2216
+ do leaf measurements 1624.1663 24.6127 0.0011
+ compute convergence criterion 1624.2085 24.6550 0.0422
+ velocity_diff_norm = 0.0720582 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1624.2135
+ -----------------------------------
+ build system 1624.2180 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1632.2237 8.0102 8.0057
+ =================================
+ wsmp: initialisation time: 0.0514131 s
+ wsmp: ordering time: 4.1183391 s
+ wsmp: symbolic fact. time: 0.7080209 s
+ wsmp: Cholesky fact. time: 11.3987441 s
+ wsmp: Factorisation 14455.2489589 Mflops
+ wsmp: back substitution time: 0.1207709 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.4049511 s
+ =================================
+ u : -0.10165E+01 0.15644E+00
+ v : -0.37114E-01 0.11980E+00
+ w : -0.74747E+00 0.23279E+00
+ =================================
+ Calculate pressures 1648.6456 24.4321 16.4219
+ raw pressures : -0.13716E+01 0.31333E+00
+ Smoothing pressures 1648.8672 24.6538 0.2217
+ do leaf measurements 1648.8683 24.6548 0.0011
+ compute convergence criterion 1648.9100 24.6965 0.0417
+ velocity_diff_norm = 0.0357573 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1648.9147
+ -----------------------------------
+ build system 1648.9191 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1656.8558 7.9411 7.9367
+ =================================
+ wsmp: initialisation time: 0.0504110 s
+ wsmp: ordering time: 4.1417282 s
+ wsmp: symbolic fact. time: 0.7163661 s
+ wsmp: Cholesky fact. time: 11.4185228 s
+ wsmp: Factorisation 14430.2101296 Mflops
+ wsmp: back substitution time: 0.1210740 s
+ wsmp: from b to rhs vector: 0.0072219 s
+ ---------------------------------
+ wsmp: total solve time: 16.4557540 s
+ =================================
+ u : -0.10156E+01 0.17727E+00
+ v : -0.37258E-01 0.12360E+00
+ w : -0.73801E+00 0.23031E+00
+ =================================
+ Calculate pressures 1673.3286 24.4139 16.4728
+ raw pressures : -0.14704E+01 0.35488E+00
+ Smoothing pressures 1673.5540 24.6393 0.2254
+ do leaf measurements 1673.5551 24.6404 0.0011
+ compute convergence criterion 1673.5970 24.6822 0.0418
+ velocity_diff_norm = 0.0158664 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1673.6018
+ -----------------------------------
+ build system 1673.6063 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1681.5934 7.9916 7.9871
+ =================================
+ wsmp: initialisation time: 0.0479629 s
+ wsmp: ordering time: 4.1173131 s
+ wsmp: symbolic fact. time: 0.7089598 s
+ wsmp: Cholesky fact. time: 11.3749390 s
+ wsmp: Factorisation 14485.5004835 Mflops
+ wsmp: back substitution time: 0.1205051 s
+ wsmp: from b to rhs vector: 0.0073690 s
+ ---------------------------------
+ wsmp: total solve time: 16.3774650 s
+ =================================
+ u : -0.10149E+01 0.19506E+00
+ v : -0.40137E-01 0.12576E+00
+ w : -0.73312E+00 0.22915E+00
+ =================================
+ Calculate pressures 1697.9882 24.3863 16.3948
+ raw pressures : -0.15148E+01 0.36444E+00
+ Smoothing pressures 1698.2105 24.6086 0.2223
+ do leaf measurements 1698.2117 24.6099 0.0012
+ compute convergence criterion 1698.2539 24.6520 0.0421
+ velocity_diff_norm = 0.0107191 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1698.2588
+ -----------------------------------
+ build system 1698.2633 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1706.2062 7.9474 7.9428
+ =================================
+ wsmp: initialisation time: 0.0502799 s
+ wsmp: ordering time: 4.1193678 s
+ wsmp: symbolic fact. time: 0.7106020 s
+ wsmp: Cholesky fact. time: 11.4387679 s
+ wsmp: Factorisation 14404.6706054 Mflops
+ wsmp: back substitution time: 0.1205890 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.4472539 s
+ =================================
+ u : -0.10143E+01 0.21063E+00
+ v : -0.42874E-01 0.12559E+00
+ w : -0.72849E+00 0.22859E+00
+ =================================
+ Calculate pressures 1722.6707 24.4119 16.4645
+ raw pressures : -0.15371E+01 0.36240E+00
+ Smoothing pressures 1722.8928 24.6340 0.2221
+ do leaf measurements 1722.8939 24.6351 0.0011
+ compute convergence criterion 1722.9358 24.6770 0.0419
+ velocity_diff_norm = 0.0081024 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1722.9389 24.6801 0.0031
+Compute isostasy and adjust vertical 1722.9391 24.6803 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -24119691152354.281 11718424844862.199
+ def in m -6.655327320098877 0.46275663375854492
+ dimensionless def -1.32216181073869974E-6 1.90152209145682176E-5
+ Isostatic velocity range = -0.0130676 0.1896940
+ Compute divergence 1723.1449 24.8861 0.2058
+ wsmp_cleanup 1723.1816 24.9228 0.0367
+ Reset surface geometry 1723.1871 24.9283 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 1723.1953 24.9365 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1723.2131 24.9543 0.0179
+ Advect surface 1 1723.2133 24.9545 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1723.4033 25.1445 0.1901
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1723.5998 25.3410 0.1964
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1723.8531 25.5943 0.2533
+ Advect the cloud 1723.9602 25.7014 0.1071
+ Write output 1724.5565 26.2977 0.5964
+ End of time step 1725.3503 27.0915 0.7938
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 10 1725.3505
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1725.3505 0.0001 0.0001
+ surface 01 1725.3506 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1725.3506 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1725.3732 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1725.3933 0.0429 0.0201
+ S. 2: 16900points
+ refine surface 1725.3934 0.0430 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1725.4167 0.0663 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1725.4366 0.0861 0.0198
+ S. 3: 16900points
+ refine surface 1725.4367 0.0862 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1725.4602 0.1097 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1725.4845
+ -----------------------------------------------------------------------
+ Create octree solve 1725.4847 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1725.5004 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 1725.5238 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1725.5246 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1725.5386 0.0541 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1725.6608 0.1763 0.1222
+ Imbed surface in osolve 1725.8484 0.3639 0.1876
+ embedding surface 1 1725.8485 0.3640 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1727.7900 2.3055 1.9414
+ osolve%nleaves= 59424
+ embedding surface 3 1729.8600 4.3755 2.0700
+ osolve%nleaves= 64128
+ Assessing octree stability 1733.3738 7.8893 3.5138
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1733.3781 7.8936 0.0044
+ Interpolate velo onto osolve 1733.6928 8.2083 0.3147
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1733.8616 8.3771 0.1688
+ Find void 1734.1302 8.6457 0.2686
+ whole leaf in fluid 32992
+ Define boundary conditions 1734.1576 8.6731 0.0274
+ wsmp setup1 1734.1639 8.6794 0.0063
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1735.1805 9.6960 1.0166
+ -----------------------------------
+ start of non-linear iteratio 1 1735.2283
+ -----------------------------------
+ build system 1735.2285 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 2.19531E+00
+ viscosity capped in 37088
+ wsmp solve 1743.1466 7.9183 7.9181
+ =================================
+ wsmp: initialisation time: 0.0524321 s
+ wsmp: ordering time: 4.1170700 s
+ wsmp: symbolic fact. time: 0.7110040 s
+ wsmp: Cholesky fact. time: 11.4625170 s
+ wsmp: Factorisation 14374.8256638 Mflops
+ wsmp: back substitution time: 0.1205351 s
+ wsmp: from b to rhs vector: 0.0073750 s
+ ---------------------------------
+ wsmp: total solve time: 16.4713061 s
+ =================================
+ u : -0.10204E+01 0.18724E+00
+ v : -0.10134E+00 0.10635E+00
+ w : -0.76416E+00 0.29228E+00
+ =================================
+ Calculate pressures 1759.6351 24.4068 16.4885
+ raw pressures : -0.35090E+00 0.66969E-06
+ Smoothing pressures 1759.8574 24.6290 0.2223
+ do leaf measurements 1759.8585 24.6302 0.0011
+ compute convergence criterion 1759.9007 24.6724 0.0422
+ velocity_diff_norm = 0.5886896 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1759.9055
+ -----------------------------------
+ build system 1759.9100 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79197E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1767.8974 7.9919 7.9874
+ =================================
+ wsmp: initialisation time: 0.0487919 s
+ wsmp: ordering time: 4.1069510 s
+ wsmp: symbolic fact. time: 0.7088668 s
+ wsmp: Cholesky fact. time: 11.3788500 s
+ wsmp: Factorisation 14480.5216800 Mflops
+ wsmp: back substitution time: 0.1208000 s
+ wsmp: from b to rhs vector: 0.0073419 s
+ ---------------------------------
+ wsmp: total solve time: 16.3719928 s
+ =================================
+ u : -0.10161E+01 0.13904E+00
+ v : -0.47560E-01 0.10411E+00
+ w : -0.76816E+00 0.22736E+00
+ =================================
+ Calculate pressures 1784.2866 24.3810 16.3892
+ raw pressures : -0.12339E+01 0.17957E+00
+ Smoothing pressures 1784.5094 24.6039 0.2229
+ do leaf measurements 1784.5106 24.6051 0.0011
+ compute convergence criterion 1784.5527 24.6472 0.0421
+ velocity_diff_norm = 0.0715741 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1784.5575
+ -----------------------------------
+ build system 1784.5620 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1792.5717 8.0142 8.0097
+ =================================
+ wsmp: initialisation time: 0.0499818 s
+ wsmp: ordering time: 4.1204820 s
+ wsmp: symbolic fact. time: 0.7097042 s
+ wsmp: Cholesky fact. time: 11.3879678 s
+ wsmp: Factorisation 14468.9277673 Mflops
+ wsmp: back substitution time: 0.1202331 s
+ wsmp: from b to rhs vector: 0.0070181 s
+ ---------------------------------
+ wsmp: total solve time: 16.3957529 s
+ =================================
+ u : -0.10162E+01 0.15657E+00
+ v : -0.37458E-01 0.11973E+00
+ w : -0.74732E+00 0.23289E+00
+ =================================
+ Calculate pressures 1808.9845 24.4271 16.4129
+ raw pressures : -0.13718E+01 0.31316E+00
+ Smoothing pressures 1809.2069 24.6494 0.2224
+ do leaf measurements 1809.2080 24.6506 0.0011
+ compute convergence criterion 1809.2503 24.6928 0.0423
+ velocity_diff_norm = 0.0357925 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1809.2550
+ -----------------------------------
+ build system 1809.2594 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1817.1952 7.9401 7.9358
+ =================================
+ wsmp: initialisation time: 0.0510449 s
+ wsmp: ordering time: 4.1505158 s
+ wsmp: symbolic fact. time: 0.7194419 s
+ wsmp: Cholesky fact. time: 11.4145660 s
+ wsmp: Factorisation 14435.2122803 Mflops
+ wsmp: back substitution time: 0.1210461 s
+ wsmp: from b to rhs vector: 0.0072849 s
+ ---------------------------------
+ wsmp: total solve time: 16.4642808 s
+ =================================
+ u : -0.10153E+01 0.17734E+00
+ v : -0.37390E-01 0.12358E+00
+ w : -0.73790E+00 0.23026E+00
+ =================================
+ Calculate pressures 1833.6764 24.4213 16.4812
+ raw pressures : -0.14705E+01 0.35542E+00
+ Smoothing pressures 1833.9007 24.6457 0.2243
+ do leaf measurements 1833.9019 24.6468 0.0011
+ compute convergence criterion 1833.9439 24.6889 0.0421
+ velocity_diff_norm = 0.0159565 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1833.9487
+ -----------------------------------
+ build system 1833.9531 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1841.9438 7.9951 7.9907
+ =================================
+ wsmp: initialisation time: 0.0476129 s
+ wsmp: ordering time: 4.1119530 s
+ wsmp: symbolic fact. time: 0.7121110 s
+ wsmp: Cholesky fact. time: 11.3736131 s
+ wsmp: Factorisation 14487.1890884 Mflops
+ wsmp: back substitution time: 0.1204591 s
+ wsmp: from b to rhs vector: 0.0073612 s
+ ---------------------------------
+ wsmp: total solve time: 16.3734908 s
+ =================================
+ u : -0.10146E+01 0.19510E+00
+ v : -0.40106E-01 0.12571E+00
+ w : -0.73302E+00 0.22903E+00
+ =================================
+ Calculate pressures 1858.3346 24.3860 16.3908
+ raw pressures : -0.15148E+01 0.36475E+00
+ Smoothing pressures 1858.5564 24.6078 0.2218
+ do leaf measurements 1858.5576 24.6089 0.0012
+ compute convergence criterion 1858.6000 24.6513 0.0424
+ velocity_diff_norm = 0.0107308 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 1858.6048
+ -----------------------------------
+ build system 1858.6094 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1866.5548 7.9500 7.9454
+ =================================
+ wsmp: initialisation time: 0.0487421 s
+ wsmp: ordering time: 4.1032510 s
+ wsmp: symbolic fact. time: 0.7084539 s
+ wsmp: Cholesky fact. time: 11.4317560 s
+ wsmp: Factorisation 14413.5059909 Mflops
+ wsmp: back substitution time: 0.1204889 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4203281 s
+ =================================
+ u : -0.10141E+01 0.21065E+00
+ v : -0.42831E-01 0.12552E+00
+ w : -0.72842E+00 0.22825E+00
+ =================================
+ Calculate pressures 1882.9917 24.3869 16.4369
+ raw pressures : -0.15369E+01 0.36233E+00
+ Smoothing pressures 1883.2149 24.6101 0.2231
+ do leaf measurements 1883.2160 24.6112 0.0011
+ compute convergence criterion 1883.2580 24.6532 0.0420
+ velocity_diff_norm = 0.0081057 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 1883.2611 24.6563 0.0031
+Compute isostasy and adjust vertical 1883.2613 24.6564 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -25711479999340.676 13401109476506.145
+ def in m -6.7610034942626953 0.47191524505615234
+ dimensionless def -1.34832927158900665E-6 1.93171528407505554E-5
+ Isostatic velocity range = -0.0134018 0.1927545
+ Compute divergence 1883.4641 24.8593 0.2029
+ wsmp_cleanup 1883.5005 24.8956 0.0363
+ Reset surface geometry 1883.5059 24.9011 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 1883.5140 24.9092 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 1883.5319 24.9271 0.0179
+ Advect surface 1 1883.5320 24.9272 0.0001
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 1883.7234 25.1186 0.1914
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 1883.9176 25.3128 0.1942
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 1884.1718 25.5670 0.2542
+ Advect the cloud 1884.2836 25.6787 0.1117
+ Write output 1884.8865 26.2817 0.6030
+ End of time step 1885.6854 27.0806 0.7989
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 11 1885.6856
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 1885.6856 0.0001 0.0001
+ surface 01 1885.6857 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 1885.6857 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 1885.7084 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 1885.7287 0.0431 0.0203
+ S. 2: 16900points
+ refine surface 1885.7288 0.0432 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 1885.7520 0.0664 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 1885.7719 0.0863 0.0199
+ S. 3: 16900points
+ refine surface 1885.7720 0.0864 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 1885.7957 0.1101 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 1885.8200
+ -----------------------------------------------------------------------
+ Create octree solve 1885.8203 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 1885.8359 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 1885.8597 0.0397 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 1885.8604 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 1885.8745 0.0545 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 1885.9966 0.1766 0.1222
+ Imbed surface in osolve 1886.1806 0.3606 0.1840
+ embedding surface 1 1886.1808 0.3608 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 1888.1165 2.2965 1.9357
+ osolve%nleaves= 59424
+ embedding surface 3 1890.1610 4.3410 2.0444
+ osolve%nleaves= 64128
+ Assessing octree stability 1893.6562 7.8362 3.4952
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 1893.6606 7.8405 0.0044
+ Interpolate velo onto osolve 1893.9543 8.1343 0.2938
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 1894.1371 8.3170 0.1827
+ Find void 1894.4048 8.5848 0.2678
+ whole leaf in fluid 32992
+ Define boundary conditions 1894.4333 8.6133 0.0285
+ wsmp setup1 1894.4404 8.6203 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 1895.4558 9.6358 1.0154
+ -----------------------------------
+ start of non-linear iteratio 1 1895.5044
+ -----------------------------------
+ build system 1895.5046 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 2.47454E+00
+ viscosity capped in 37088
+ wsmp solve 1903.4224 7.9180 7.9178
+ =================================
+ wsmp: initialisation time: 0.0523331 s
+ wsmp: ordering time: 4.1130080 s
+ wsmp: symbolic fact. time: 0.7073121 s
+ wsmp: Cholesky fact. time: 11.4661000 s
+ wsmp: Factorisation 14370.3337838 Mflops
+ wsmp: back substitution time: 0.1202228 s
+ wsmp: from b to rhs vector: 0.0072682 s
+ ---------------------------------
+ wsmp: total solve time: 16.4666290 s
+ =================================
+ u : -0.10209E+01 0.18788E+00
+ v : -0.10154E+00 0.10509E+00
+ w : -0.76429E+00 0.29412E+00
+ =================================
+ Calculate pressures 1919.9057 24.4013 16.4833
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 1920.1288 24.6243 0.2230
+ do leaf measurements 1920.1299 24.6255 0.0011
+ compute convergence criterion 1920.1719 24.6675 0.0420
+ velocity_diff_norm = 0.5898913 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 1920.1768
+ -----------------------------------
+ build system 1920.1813 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79596E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1928.1634 7.9866 7.9820
+ =================================
+ wsmp: initialisation time: 0.0472238 s
+ wsmp: ordering time: 4.1160772 s
+ wsmp: symbolic fact. time: 0.7085719 s
+ wsmp: Cholesky fact. time: 11.3790839 s
+ wsmp: Factorisation 14480.2240436 Mflops
+ wsmp: back substitution time: 0.1206570 s
+ wsmp: from b to rhs vector: 0.0071862 s
+ ---------------------------------
+ wsmp: total solve time: 16.3791702 s
+ =================================
+ u : -0.10164E+01 0.13969E+00
+ v : -0.47464E-01 0.10362E+00
+ w : -0.76837E+00 0.22615E+00
+ =================================
+ Calculate pressures 1944.5594 24.3826 16.3960
+ raw pressures : -0.12356E+01 0.17983E+00
+ Smoothing pressures 1944.7821 24.6053 0.2227
+ do leaf measurements 1944.7832 24.6064 0.0011
+ compute convergence criterion 1944.8252 24.6484 0.0420
+ velocity_diff_norm = 0.0725928 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 1944.8300
+ -----------------------------------
+ build system 1944.8346 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1952.8459 8.0159 8.0113
+ =================================
+ wsmp: initialisation time: 0.0471380 s
+ wsmp: ordering time: 4.1114030 s
+ wsmp: symbolic fact. time: 0.7087281 s
+ wsmp: Cholesky fact. time: 11.3933821 s
+ wsmp: Factorisation 14462.0519901 Mflops
+ wsmp: back substitution time: 0.1206911 s
+ wsmp: from b to rhs vector: 0.0072770 s
+ ---------------------------------
+ wsmp: total solve time: 16.3889999 s
+ =================================
+ u : -0.10160E+01 0.15709E+00
+ v : -0.37178E-01 0.11971E+00
+ w : -0.74757E+00 0.23259E+00
+ =================================
+ Calculate pressures 1969.2516 24.4216 16.4057
+ raw pressures : -0.13736E+01 0.31451E+00
+ Smoothing pressures 1969.4743 24.6443 0.2227
+ do leaf measurements 1969.4754 24.6454 0.0011
+ compute convergence criterion 1969.5173 24.6873 0.0419
+ velocity_diff_norm = 0.0358897 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 1969.5221
+ -----------------------------------
+ build system 1969.5266 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 1977.4638 7.9417 7.9372
+ =================================
+ wsmp: initialisation time: 0.0526121 s
+ wsmp: ordering time: 4.1420751 s
+ wsmp: symbolic fact. time: 0.7148900 s
+ wsmp: Cholesky fact. time: 11.4184790 s
+ wsmp: Factorisation 14430.2655694 Mflops
+ wsmp: back substitution time: 0.1210208 s
+ wsmp: from b to rhs vector: 0.0072699 s
+ ---------------------------------
+ wsmp: total solve time: 16.4567249 s
+ =================================
+ u : -0.10150E+01 0.17774E+00
+ v : -0.37213E-01 0.12359E+00
+ w : -0.73814E+00 0.22990E+00
+ =================================
+ Calculate pressures 1993.9372 24.4151 16.4734
+ raw pressures : -0.14720E+01 0.35713E+00
+ Smoothing pressures 1994.1620 24.6398 0.2247
+ do leaf measurements 1994.1631 24.6409 0.0011
+ compute convergence criterion 1994.2050 24.6829 0.0420
+ velocity_diff_norm = 0.0158669 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 1994.2099
+ -----------------------------------
+ build system 1994.2145 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2002.2476 8.0377 8.0332
+ =================================
+ wsmp: initialisation time: 0.0486801 s
+ wsmp: ordering time: 4.1119621 s
+ wsmp: symbolic fact. time: 0.7092910 s
+ wsmp: Cholesky fact. time: 11.3704760 s
+ wsmp: Factorisation 14491.1861005 Mflops
+ wsmp: back substitution time: 0.1204741 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.3685429 s
+ =================================
+ u : -0.10144E+01 0.19543E+00
+ v : -0.40106E-01 0.12574E+00
+ w : -0.73325E+00 0.22891E+00
+ =================================
+ Calculate pressures 2018.6331 24.4232 16.3854
+ raw pressures : -0.15159E+01 0.36602E+00
+ Smoothing pressures 2018.8557 24.6457 0.2226
+ do leaf measurements 2018.8568 24.6469 0.0012
+ compute convergence criterion 2018.8991 24.6892 0.0423
+ velocity_diff_norm = 0.0107628 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2018.9040
+ -----------------------------------
+ build system 2018.9086 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2026.8560 7.9520 7.9473
+ =================================
+ wsmp: initialisation time: 0.0509810 s
+ wsmp: ordering time: 4.1014240 s
+ wsmp: symbolic fact. time: 0.7098501 s
+ wsmp: Cholesky fact. time: 11.4376509 s
+ wsmp: Factorisation 14406.0773530 Mflops
+ wsmp: back substitution time: 0.1251209 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4326680 s
+ =================================
+ u : -0.10138E+01 0.21097E+00
+ v : -0.42821E-01 0.12556E+00
+ w : -0.72861E+00 0.22835E+00
+ =================================
+ Calculate pressures 2043.3055 24.4015 16.4495
+ raw pressures : -0.15379E+01 0.36340E+00
+ Smoothing pressures 2043.5279 24.6239 0.2224
+ do leaf measurements 2043.5290 24.6250 0.0011
+ compute convergence criterion 2043.5709 24.6669 0.0419
+ velocity_diff_norm = 0.0081067 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2043.5740 24.6700 0.0031
+Compute isostasy and adjust vertical 2043.5742 24.6701 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -27207345576596.039 15046883501571.492
+ def in m -6.8506889343261719 0.47844797372817993
+ dimensionless def -1.36699421065194258E-6 1.95733969552176355E-5
+ Isostatic velocity range = -0.0136075 0.1953594
+ Compute divergence 2043.7761 24.8721 0.2019
+ wsmp_cleanup 2043.8123 24.9083 0.0362
+ Reset surface geometry 2043.8178 24.9138 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 2043.8259 24.9218 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2043.8439 24.9399 0.0180
+ Advect surface 1 2043.8440 24.9400 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2044.0367 25.1327 0.1927
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2044.2316 25.3276 0.1949
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2044.4827 25.5787 0.2511
+ Advect the cloud 2044.5924 25.6883 0.1097
+ Write output 2045.2009 26.2969 0.6086
+ End of time step 2045.9991 27.0951 0.7982
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 12 2045.9992
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2045.9993 0.0001 0.0001
+ surface 01 2045.9993 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2045.9994 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2046.0221 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2046.0425 0.0432 0.0204
+ S. 2: 16900points
+ refine surface 2046.0426 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2046.0658 0.0666 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2046.0857 0.0864 0.0199
+ S. 3: 16900points
+ refine surface 2046.0858 0.0866 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2046.1092 0.1100 0.0234
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2046.1339
+ -----------------------------------------------------------------------
+ Create octree solve 2046.1342 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2046.1498 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2046.1736 0.0396 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2046.1743 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2046.1883 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2046.3105 0.1766 0.1222
+ Imbed surface in osolve 2046.4961 0.3622 0.1856
+ embedding surface 1 2046.4963 0.3624 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2048.4377 2.3038 1.9414
+ osolve%nleaves= 59424
+ embedding surface 3 2050.5052 4.3713 2.0675
+ osolve%nleaves= 64128
+ Assessing octree stability 2054.0225 7.8886 3.5172
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2054.0268 7.8929 0.0043
+ Interpolate velo onto osolve 2054.3199 8.1860 0.2930
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2054.4768 8.3429 0.1569
+ Find void 2054.7496 8.6157 0.2728
+ whole leaf in fluid 32992
+ Define boundary conditions 2054.7785 8.6446 0.0289
+ wsmp setup1 2054.7862 8.6522 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2055.8067 9.6728 1.0206
+ -----------------------------------
+ start of non-linear iteratio 1 2055.8541
+ -----------------------------------
+ build system 2055.8542 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 2.57447E+00
+ viscosity capped in 37088
+ wsmp solve 2063.7590 7.9049 7.9048
+ =================================
+ wsmp: initialisation time: 0.0507519 s
+ wsmp: ordering time: 4.1113360 s
+ wsmp: symbolic fact. time: 0.7096419 s
+ wsmp: Cholesky fact. time: 11.4616861 s
+ wsmp: Factorisation 14375.8677339 Mflops
+ wsmp: back substitution time: 0.1203170 s
+ wsmp: from b to rhs vector: 0.0072560 s
+ ---------------------------------
+ wsmp: total solve time: 16.4613941 s
+ =================================
+ u : -0.10214E+01 0.18759E+00
+ v : -0.10129E+00 0.10514E+00
+ w : -0.76431E+00 0.29028E+00
+ =================================
+ Calculate pressures 2080.2369 24.3828 16.4779
+ raw pressures : -0.35103E+00 0.00000E+00
+ Smoothing pressures 2080.4593 24.6053 0.2224
+ do leaf measurements 2080.4604 24.6063 0.0011
+ compute convergence criterion 2080.5031 24.6490 0.0426
+ velocity_diff_norm = 0.5888190 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2080.5079
+ -----------------------------------
+ build system 2080.5125 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79692E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2088.4931 7.9852 7.9806
+ =================================
+ wsmp: initialisation time: 0.0501070 s
+ wsmp: ordering time: 4.1232800 s
+ wsmp: symbolic fact. time: 0.7096920 s
+ wsmp: Cholesky fact. time: 11.3743451 s
+ wsmp: Factorisation 14486.2568302 Mflops
+ wsmp: back substitution time: 0.1205990 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.3856859 s
+ =================================
+ u : -0.10169E+01 0.13963E+00
+ v : -0.47313E-01 0.10387E+00
+ w : -0.76832E+00 0.22586E+00
+ =================================
+ Calculate pressures 2104.8958 24.3879 16.4028
+ raw pressures : -0.12354E+01 0.18003E+00
+ Smoothing pressures 2105.1178 24.6099 0.2220
+ do leaf measurements 2105.1189 24.6110 0.0011
+ compute convergence criterion 2105.1616 24.6537 0.0427
+ velocity_diff_norm = 0.0718256 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2105.1665
+ -----------------------------------
+ build system 2105.1710 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2113.1858 8.0193 8.0147
+ =================================
+ wsmp: initialisation time: 0.0485671 s
+ wsmp: ordering time: 4.1221159 s
+ wsmp: symbolic fact. time: 0.7093220 s
+ wsmp: Cholesky fact. time: 11.3865130 s
+ wsmp: Factorisation 14470.7764309 Mflops
+ wsmp: back substitution time: 0.1206682 s
+ wsmp: from b to rhs vector: 0.0072451 s
+ ---------------------------------
+ wsmp: total solve time: 16.3948171 s
+ =================================
+ u : -0.10155E+01 0.15711E+00
+ v : -0.37479E-01 0.11976E+00
+ w : -0.74743E+00 0.23238E+00
+ =================================
+ Calculate pressures 2129.5974 24.4309 16.4117
+ raw pressures : -0.13741E+01 0.31448E+00
+ Smoothing pressures 2129.8192 24.6527 0.2218
+ do leaf measurements 2129.8203 24.6538 0.0011
+ compute convergence criterion 2129.8628 24.6963 0.0425
+ velocity_diff_norm = 0.0358505 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2129.8676
+ -----------------------------------
+ build system 2129.8721 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2137.8080 7.9404 7.9359
+ =================================
+ wsmp: initialisation time: 0.0531089 s
+ wsmp: ordering time: 4.1374550 s
+ wsmp: symbolic fact. time: 0.7113900 s
+ wsmp: Cholesky fact. time: 11.4214308 s
+ wsmp: Factorisation 14426.5360779 Mflops
+ wsmp: back substitution time: 0.1211021 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.4521091 s
+ =================================
+ u : -0.10146E+01 0.17774E+00
+ v : -0.37544E-01 0.12367E+00
+ w : -0.73806E+00 0.22976E+00
+ =================================
+ Calculate pressures 2154.2767 24.4091 16.4687
+ raw pressures : -0.14725E+01 0.35709E+00
+ Smoothing pressures 2154.5024 24.6348 0.2257
+ do leaf measurements 2154.5035 24.6359 0.0011
+ compute convergence criterion 2154.5461 24.6785 0.0426
+ velocity_diff_norm = 0.0158718 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2154.5509
+ -----------------------------------
+ build system 2154.5555 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2162.5476 7.9967 7.9921
+ =================================
+ wsmp: initialisation time: 0.0490699 s
+ wsmp: ordering time: 4.1076531 s
+ wsmp: symbolic fact. time: 0.7071290 s
+ wsmp: Cholesky fact. time: 11.3754990 s
+ wsmp: Factorisation 14484.7873248 Mflops
+ wsmp: back substitution time: 0.1206219 s
+ wsmp: from b to rhs vector: 0.0072541 s
+ ---------------------------------
+ wsmp: total solve time: 16.3676059 s
+ =================================
+ u : -0.10140E+01 0.19550E+00
+ v : -0.40092E-01 0.12582E+00
+ w : -0.73321E+00 0.22876E+00
+ =================================
+ Calculate pressures 2178.9325 24.3815 16.3849
+ raw pressures : -0.15165E+01 0.36599E+00
+ Smoothing pressures 2179.1547 24.6037 0.2222
+ do leaf measurements 2179.1558 24.6049 0.0011
+ compute convergence criterion 2179.1987 24.6478 0.0429
+ velocity_diff_norm = 0.0107272 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2179.2037
+ -----------------------------------
+ build system 2179.2083 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2187.1587 7.9550 7.9504
+ =================================
+ wsmp: initialisation time: 0.0499320 s
+ wsmp: ordering time: 4.1049049 s
+ wsmp: symbolic fact. time: 0.7105131 s
+ wsmp: Cholesky fact. time: 11.4249420 s
+ wsmp: Factorisation 14422.1024173 Mflops
+ wsmp: back substitution time: 0.1205730 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.4185140 s
+ =================================
+ u : -0.10135E+01 0.21103E+00
+ v : -0.42790E-01 0.12570E+00
+ w : -0.72864E+00 0.22823E+00
+ =================================
+ Calculate pressures 2203.5942 24.3905 16.4355
+ raw pressures : -0.15382E+01 0.36324E+00
+ Smoothing pressures 2203.8166 24.6129 0.2224
+ do leaf measurements 2203.8177 24.6140 0.0011
+ compute convergence criterion 2203.8602 24.6565 0.0426
+ velocity_diff_norm = 0.0081075 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2203.8633 24.6596 0.0031
+Compute isostasy and adjust vertical 2203.8635 24.6598 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -28664267527217.664 16653352246585.209
+ def in m -6.9275684356689453 0.48201572895050049
+ dimensionless def -1.37718779700142981E-6 1.97930526733398432E-5
+ Isostatic velocity range = -0.0136458 0.1976030
+ Compute divergence 2204.0673 24.8636 0.2038
+ wsmp_cleanup 2204.1037 24.9000 0.0363
+ Reset surface geometry 2204.1090 24.9053 0.0054
+ -----------------------------------------------------------------------
+ Temperature calculations 2204.1171 24.9135 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2204.1350 24.9314 0.0179
+ Advect surface 1 2204.1352 24.9315 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2204.3245 25.1209 0.1893
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2204.5217 25.3181 0.1972
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2204.7768 25.5731 0.2550
+ Advect the cloud 2204.8873 25.6836 0.1105
+ Write output 2205.4972 26.2935 0.6098
+ End of time step 2206.2976 27.0939 0.8004
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 13 2206.2977
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2206.2978 0.0001 0.0001
+ surface 01 2206.2978 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2206.2979 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2206.3211 0.0234 0.0232
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2206.3416 0.0438 0.0204
+ S. 2: 16900points
+ refine surface 2206.3417 0.0439 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2206.3650 0.0673 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2206.3850 0.0872 0.0200
+ S. 3: 16900points
+ refine surface 2206.3851 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2206.4086 0.1109 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2206.4331
+ -----------------------------------------------------------------------
+ Create octree solve 2206.4334 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2206.4490 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2206.4728 0.0396 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2206.4735 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2206.4875 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2206.6097 0.1766 0.1222
+ Imbed surface in osolve 2206.7922 0.3590 0.1825
+ embedding surface 1 2206.7924 0.3592 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2208.7450 2.3118 1.9526
+ osolve%nleaves= 59424
+ embedding surface 3 2210.8093 4.3762 2.0643
+ osolve%nleaves= 64128
+ Assessing octree stability 2214.3025 7.8694 3.4932
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2214.3070 7.8738 0.0044
+ Interpolate velo onto osolve 2214.5956 8.1624 0.2886
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2214.8067 8.3735 0.2111
+ Find void 2215.0791 8.6459 0.2724
+ whole leaf in fluid 32992
+ Define boundary conditions 2215.1082 8.6751 0.0291
+ wsmp setup1 2215.1156 8.6824 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2216.1332 9.7001 1.0177
+ -----------------------------------
+ start of non-linear iteratio 1 2216.1801
+ -----------------------------------
+ build system 2216.1803 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 2.42860E+00
+ viscosity capped in 37088
+ wsmp solve 2224.0919 7.9118 7.9116
+ =================================
+ wsmp: initialisation time: 0.0521891 s
+ wsmp: ordering time: 4.1116788 s
+ wsmp: symbolic fact. time: 0.7102351 s
+ wsmp: Cholesky fact. time: 11.4773719 s
+ wsmp: Factorisation 14356.2206457 Mflops
+ wsmp: back substitution time: 0.1205380 s
+ wsmp: from b to rhs vector: 0.0072999 s
+ ---------------------------------
+ wsmp: total solve time: 16.4796832 s
+ =================================
+ u : -0.10217E+01 0.18726E+00
+ v : -0.10090E+00 0.10452E+00
+ w : -0.76425E+00 0.29082E+00
+ =================================
+ Calculate pressures 2240.5880 24.4079 16.4961
+ raw pressures : -0.35119E+00 0.00000E+00
+ Smoothing pressures 2240.8109 24.6308 0.2229
+ do leaf measurements 2240.8121 24.6319 0.0011
+ compute convergence criterion 2240.8543 24.6742 0.0423
+ velocity_diff_norm = 0.5891119 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2240.8593
+ -----------------------------------
+ build system 2240.8638 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80863E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2248.8436 7.9844 7.9798
+ =================================
+ wsmp: initialisation time: 0.0494642 s
+ wsmp: ordering time: 4.1187069 s
+ wsmp: symbolic fact. time: 0.7084420 s
+ wsmp: Cholesky fact. time: 11.3686941 s
+ wsmp: Factorisation 14493.4574634 Mflops
+ wsmp: back substitution time: 0.1203170 s
+ wsmp: from b to rhs vector: 0.0072801 s
+ ---------------------------------
+ wsmp: total solve time: 16.3732769 s
+ =================================
+ u : -0.10172E+01 0.13953E+00
+ v : -0.46855E-01 0.10405E+00
+ w : -0.76821E+00 0.22469E+00
+ =================================
+ Calculate pressures 2265.2340 24.3747 16.3903
+ raw pressures : -0.12357E+01 0.18028E+00
+ Smoothing pressures 2265.4561 24.5969 0.2222
+ do leaf measurements 2265.4572 24.5979 0.0011
+ compute convergence criterion 2265.4996 24.6403 0.0424
+ velocity_diff_norm = 0.0719968 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2265.5045
+ -----------------------------------
+ build system 2265.5090 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2273.5274 8.0229 8.0184
+ =================================
+ wsmp: initialisation time: 0.0506070 s
+ wsmp: ordering time: 4.1183519 s
+ wsmp: symbolic fact. time: 0.7097292 s
+ wsmp: Cholesky fact. time: 11.4037590 s
+ wsmp: Factorisation 14448.8921448 Mflops
+ wsmp: back substitution time: 0.1206870 s
+ wsmp: from b to rhs vector: 0.0072238 s
+ ---------------------------------
+ wsmp: total solve time: 16.4107289 s
+ =================================
+ u : -0.10153E+01 0.15710E+00
+ v : -0.37684E-01 0.11994E+00
+ w : -0.74744E+00 0.23191E+00
+ =================================
+ Calculate pressures 2289.9550 24.4506 16.4276
+ raw pressures : -0.13739E+01 0.31405E+00
+ Smoothing pressures 2290.1780 24.6735 0.2230
+ do leaf measurements 2290.1791 24.6746 0.0011
+ compute convergence criterion 2290.2215 24.7170 0.0424
+ velocity_diff_norm = 0.0359222 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2290.2263
+ -----------------------------------
+ build system 2290.2309 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2298.1680 7.9416 7.9371
+ =================================
+ wsmp: initialisation time: 0.0503299 s
+ wsmp: ordering time: 4.1343269 s
+ wsmp: symbolic fact. time: 0.7164509 s
+ wsmp: Cholesky fact. time: 11.4257870 s
+ wsmp: Factorisation 14421.0358795 Mflops
+ wsmp: back substitution time: 0.1211591 s
+ wsmp: from b to rhs vector: 0.0072911 s
+ ---------------------------------
+ wsmp: total solve time: 16.4557171 s
+ =================================
+ u : -0.10145E+01 0.17776E+00
+ v : -0.37648E-01 0.12382E+00
+ w : -0.73804E+00 0.22970E+00
+ =================================
+ Calculate pressures 2314.6399 24.4136 16.4720
+ raw pressures : -0.14725E+01 0.35712E+00
+ Smoothing pressures 2314.8656 24.6393 0.2257
+ do leaf measurements 2314.8668 24.6404 0.0011
+ compute convergence criterion 2314.9090 24.6827 0.0423
+ velocity_diff_norm = 0.0158931 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2314.9139
+ -----------------------------------
+ build system 2314.9184 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2322.9178 8.0039 7.9994
+ =================================
+ wsmp: initialisation time: 0.0478239 s
+ wsmp: ordering time: 4.1162291 s
+ wsmp: symbolic fact. time: 0.7114942 s
+ wsmp: Cholesky fact. time: 11.3732681 s
+ wsmp: Factorisation 14487.6285364 Mflops
+ wsmp: back substitution time: 0.1204429 s
+ wsmp: from b to rhs vector: 0.0073080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3769381 s
+ =================================
+ u : -0.10139E+01 0.19545E+00
+ v : -0.40182E-01 0.12590E+00
+ w : -0.73317E+00 0.22870E+00
+ =================================
+ Calculate pressures 2339.3116 24.3977 16.3938
+ raw pressures : -0.15162E+01 0.36576E+00
+ Smoothing pressures 2339.5340 24.6200 0.2224
+ do leaf measurements 2339.5351 24.6212 0.0011
+ compute convergence criterion 2339.5777 24.6638 0.0426
+ velocity_diff_norm = 0.0107689 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2339.5827
+ -----------------------------------
+ build system 2339.5872 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2347.5419 7.9591 7.9547
+ =================================
+ wsmp: initialisation time: 0.0490170 s
+ wsmp: ordering time: 4.1083481 s
+ wsmp: symbolic fact. time: 0.7040050 s
+ wsmp: Cholesky fact. time: 11.4250629 s
+ wsmp: Factorisation 14421.9498301 Mflops
+ wsmp: back substitution time: 0.1204779 s
+ wsmp: from b to rhs vector: 0.0072868 s
+ ---------------------------------
+ wsmp: total solve time: 16.4145730 s
+ =================================
+ u : -0.10134E+01 0.21097E+00
+ v : -0.42845E-01 0.12575E+00
+ w : -0.72856E+00 0.22820E+00
+ =================================
+ Calculate pressures 2363.9725 24.3898 16.4306
+ raw pressures : -0.15379E+01 0.36306E+00
+ Smoothing pressures 2364.1960 24.6133 0.2235
+ do leaf measurements 2364.1971 24.6144 0.0011
+ compute convergence criterion 2364.2394 24.6566 0.0422
+ velocity_diff_norm = 0.0081028 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2364.2425 24.6597 0.0031
+Compute isostasy and adjust vertical 2364.2426 24.6599 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -30107867536748.141 18285898972754.266
+ def in m -6.9959769248962402 0.48365533351898193
+ dimensionless def -1.38187238148280553E-6 1.99885054997035437E-5
+ Isostatic velocity range = -0.0136714 0.1996009
+ Compute divergence 2364.4471 24.8644 0.2045
+ wsmp_cleanup 2364.4834 24.9007 0.0363
+ Reset surface geometry 2364.4887 24.9060 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 2364.4968 24.9141 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2364.5148 24.9321 0.0180
+ Advect surface 1 2364.5150 24.9323 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2364.7083 25.1256 0.1933
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2364.9022 25.3194 0.1938
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2365.1557 25.5730 0.2535
+ Advect the cloud 2365.2664 25.6836 0.1106
+ Write output 2365.8809 26.2981 0.6145
+ End of time step 2366.6779 27.0951 0.7970
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 14 2366.6780
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2366.6781 0.0001 0.0001
+ surface 01 2366.6781 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2366.6781 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2366.7008 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2366.7213 0.0433 0.0205
+ S. 2: 16900points
+ refine surface 2366.7214 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2366.7447 0.0667 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2366.7649 0.0869 0.0202
+ S. 3: 16900points
+ refine surface 2366.7650 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2366.7886 0.1106 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2366.8131
+ -----------------------------------------------------------------------
+ Create octree solve 2366.8133 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2366.8290 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2366.8531 0.0400 0.0241
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2366.8538 0.0407 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2366.8679 0.0548 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2366.9900 0.1769 0.1222
+ Imbed surface in osolve 2367.1749 0.3618 0.1849
+ embedding surface 1 2367.1751 0.3620 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2369.1227 2.3096 1.9476
+ osolve%nleaves= 59424
+ embedding surface 3 2371.2046 4.3915 2.0819
+ osolve%nleaves= 64128
+ Assessing octree stability 2374.7065 7.8934 3.5019
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2374.7109 7.8978 0.0044
+ Interpolate velo onto osolve 2375.0280 8.2149 0.3171
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2375.1694 8.3563 0.1414
+ Find void 2375.4439 8.6308 0.2745
+ whole leaf in fluid 32992
+ Define boundary conditions 2375.4732 8.6601 0.0293
+ wsmp setup1 2375.4806 8.6674 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2376.4989 9.6858 1.0184
+ -----------------------------------
+ start of non-linear iteratio 1 2376.5451
+ -----------------------------------
+ build system 2376.5452 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 2.59816E+00
+ viscosity capped in 37088
+ wsmp solve 2384.4564 7.9113 7.9112
+ =================================
+ wsmp: initialisation time: 0.0545678 s
+ wsmp: ordering time: 4.1131880 s
+ wsmp: symbolic fact. time: 0.7093458 s
+ wsmp: Cholesky fact. time: 11.4605761 s
+ wsmp: Factorisation 14377.2601874 Mflops
+ wsmp: back substitution time: 0.1203880 s
+ wsmp: from b to rhs vector: 0.0072839 s
+ ---------------------------------
+ wsmp: total solve time: 16.4657309 s
+ =================================
+ u : -0.10225E+01 0.18710E+00
+ v : -0.10096E+00 0.10547E+00
+ w : -0.76388E+00 0.29203E+00
+ =================================
+ Calculate pressures 2400.9388 24.3938 16.4824
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 2401.1619 24.6169 0.2231
+ do leaf measurements 2401.1630 24.6180 0.0011
+ compute convergence criterion 2401.2051 24.6600 0.0421
+ velocity_diff_norm = 0.5887256 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2401.2100
+ -----------------------------------
+ build system 2401.2145 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79673E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2409.1922 7.9821 7.9776
+ =================================
+ wsmp: initialisation time: 0.0527561 s
+ wsmp: ordering time: 4.1100519 s
+ wsmp: symbolic fact. time: 0.7104759 s
+ wsmp: Cholesky fact. time: 11.3796880 s
+ wsmp: Factorisation 14479.4552821 Mflops
+ wsmp: back substitution time: 0.1205931 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.3812160 s
+ =================================
+ u : -0.10175E+01 0.13940E+00
+ v : -0.47410E-01 0.10404E+00
+ w : -0.76813E+00 0.22606E+00
+ =================================
+ Calculate pressures 2425.5900 24.3799 16.3978
+ raw pressures : -0.12355E+01 0.18020E+00
+ Smoothing pressures 2425.8133 24.6033 0.2234
+ do leaf measurements 2425.8144 24.6044 0.0011
+ compute convergence criterion 2425.8565 24.6465 0.0421
+ velocity_diff_norm = 0.0718252 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2425.8615
+ -----------------------------------
+ build system 2425.8660 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2433.8854 8.0239 8.0194
+ =================================
+ wsmp: initialisation time: 0.0476542 s
+ wsmp: ordering time: 4.1226690 s
+ wsmp: symbolic fact. time: 0.7098770 s
+ wsmp: Cholesky fact. time: 11.3890519 s
+ wsmp: Factorisation 14467.5505140 Mflops
+ wsmp: back substitution time: 0.1203501 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.3972092 s
+ =================================
+ u : -0.10149E+01 0.15702E+00
+ v : -0.37760E-01 0.11981E+00
+ w : -0.74716E+00 0.23255E+00
+ =================================
+ Calculate pressures 2450.2994 24.4379 16.4139
+ raw pressures : -0.13735E+01 0.31376E+00
+ Smoothing pressures 2450.5220 24.6605 0.2226
+ do leaf measurements 2450.5231 24.6616 0.0011
+ compute convergence criterion 2450.5651 24.7036 0.0420
+ velocity_diff_norm = 0.0359368 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2450.5699
+ -----------------------------------
+ build system 2450.5744 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2458.5117 7.9418 7.9374
+ =================================
+ wsmp: initialisation time: 0.0488110 s
+ wsmp: ordering time: 4.1395111 s
+ wsmp: symbolic fact. time: 0.7186971 s
+ wsmp: Cholesky fact. time: 11.4310191 s
+ wsmp: Factorisation 14414.4352221 Mflops
+ wsmp: back substitution time: 0.1214700 s
+ wsmp: from b to rhs vector: 0.0072482 s
+ ---------------------------------
+ wsmp: total solve time: 16.4671249 s
+ =================================
+ u : -0.10142E+01 0.17770E+00
+ v : -0.37718E-01 0.12377E+00
+ w : -0.73782E+00 0.22991E+00
+ =================================
+ Calculate pressures 2474.9956 24.4257 16.4839
+ raw pressures : -0.14721E+01 0.35714E+00
+ Smoothing pressures 2475.2203 24.6503 0.2247
+ do leaf measurements 2475.2213 24.6514 0.0011
+ compute convergence criterion 2475.2634 24.6935 0.0421
+ velocity_diff_norm = 0.0159437 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2475.2684
+ -----------------------------------
+ build system 2475.2729 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2483.2736 8.0053 8.0008
+ =================================
+ wsmp: initialisation time: 0.0475111 s
+ wsmp: ordering time: 4.1088428 s
+ wsmp: symbolic fact. time: 0.7098901 s
+ wsmp: Cholesky fact. time: 11.3707511 s
+ wsmp: Factorisation 14490.8354611 Mflops
+ wsmp: back substitution time: 0.1209519 s
+ wsmp: from b to rhs vector: 0.0072849 s
+ ---------------------------------
+ wsmp: total solve time: 16.3656070 s
+ =================================
+ u : -0.10137E+01 0.19539E+00
+ v : -0.40220E-01 0.12587E+00
+ w : -0.73302E+00 0.22881E+00
+ =================================
+ Calculate pressures 2499.6563 24.3879 16.3826
+ raw pressures : -0.15157E+01 0.36560E+00
+ Smoothing pressures 2499.8790 24.6107 0.2228
+ do leaf measurements 2499.8802 24.6118 0.0011
+ compute convergence criterion 2499.9225 24.6542 0.0424
+ velocity_diff_norm = 0.0107635 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2499.9275
+ -----------------------------------
+ build system 2499.9321 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2507.8914 7.9639 7.9593
+ =================================
+ wsmp: initialisation time: 0.0503099 s
+ wsmp: ordering time: 4.0981958 s
+ wsmp: symbolic fact. time: 0.7062922 s
+ wsmp: Cholesky fact. time: 11.4264991 s
+ wsmp: Factorisation 14420.1370887 Mflops
+ wsmp: back substitution time: 0.1206710 s
+ wsmp: from b to rhs vector: 0.0072660 s
+ ---------------------------------
+ wsmp: total solve time: 16.4096131 s
+ =================================
+ u : -0.10133E+01 0.21092E+00
+ v : -0.42867E-01 0.12574E+00
+ w : -0.72841E+00 0.22829E+00
+ =================================
+ Calculate pressures 2524.3174 24.3898 16.4260
+ raw pressures : -0.15374E+01 0.36279E+00
+ Smoothing pressures 2524.5410 24.6134 0.2236
+ do leaf measurements 2524.5421 24.6145 0.0011
+ compute convergence criterion 2524.5840 24.6565 0.0419
+ velocity_diff_norm = 0.0081120 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2524.5871 24.6596 0.0031
+Compute isostasy and adjust vertical 2524.5873 24.6597 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -31536359268135.453 19924732894837.316
+ def in m -7.0591826438903809 0.48621207475662231
+ dimensionless def -1.38917735644749237E-6 2.01690932682582318E-5
+ Isostatic velocity range = -0.0137997 0.2014489
+ Compute divergence 2524.7924 24.8649 0.2051
+ wsmp_cleanup 2524.8290 24.9015 0.0366
+ Reset surface geometry 2524.8342 24.9067 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 2524.8423 24.9147 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2524.8602 24.9327 0.0180
+ Advect surface 1 2524.8604 24.9329 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2525.0516 25.1240 0.1912
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2525.2481 25.3205 0.1965
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2525.5039 25.5764 0.2559
+ Advect the cloud 2525.6176 25.6900 0.1136
+ Write output 2526.2377 26.3101 0.6201
+ End of time step 2527.0421 27.1145 0.8044
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 15 2527.0422
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2527.0423 0.0001 0.0001
+ surface 01 2527.0423 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2527.0423 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2527.0649 0.0227 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2527.0855 0.0433 0.0205
+ S. 2: 16900points
+ refine surface 2527.0856 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2527.1089 0.0667 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2527.1291 0.0869 0.0202
+ S. 3: 16900points
+ refine surface 2527.1292 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2527.1529 0.1107 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2527.1774
+ -----------------------------------------------------------------------
+ Create octree solve 2527.1776 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2527.1933 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2527.2168 0.0394 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2527.2175 0.0401 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2527.2316 0.0542 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2527.3540 0.1766 0.1224
+ Imbed surface in osolve 2527.5387 0.3613 0.1847
+ embedding surface 1 2527.5389 0.3615 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2529.4856 2.3082 1.9467
+ osolve%nleaves= 59424
+ embedding surface 3 2531.5644 4.3870 2.0788
+ osolve%nleaves= 64128
+ Assessing octree stability 2535.0736 7.8962 3.5092
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2535.0781 7.9007 0.0045
+ Interpolate velo onto osolve 2535.3641 8.1867 0.2860
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2535.5661 8.3887 0.2020
+ Find void 2535.8305 8.6531 0.2644
+ whole leaf in fluid 32992
+ Define boundary conditions 2535.8589 8.6815 0.0284
+ wsmp setup1 2535.8659 8.6885 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2536.8889 9.7115 1.0230
+ -----------------------------------
+ start of non-linear iteratio 1 2536.9372
+ -----------------------------------
+ build system 2536.9373 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 2.77267E+00
+ viscosity capped in 37088
+ wsmp solve 2544.8450 7.9079 7.9077
+ =================================
+ wsmp: initialisation time: 0.0551789 s
+ wsmp: ordering time: 4.1068778 s
+ wsmp: symbolic fact. time: 0.7118421 s
+ wsmp: Cholesky fact. time: 11.4759789 s
+ wsmp: Factorisation 14357.9633607 Mflops
+ wsmp: back substitution time: 0.1205001 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4779720 s
+ =================================
+ u : -0.10228E+01 0.18648E+00
+ v : -0.10041E+00 0.10523E+00
+ w : -0.76363E+00 0.28885E+00
+ =================================
+ Calculate pressures 2561.3394 24.4023 16.4944
+ raw pressures : -0.35109E+00 0.00000E+00
+ Smoothing pressures 2561.5626 24.6254 0.2231
+ do leaf measurements 2561.5637 24.6265 0.0011
+ compute convergence criterion 2561.6058 24.6686 0.0421
+ velocity_diff_norm = 0.5882290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2561.6108
+ -----------------------------------
+ build system 2561.6154 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79082E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2569.5878 7.9770 7.9724
+ =================================
+ wsmp: initialisation time: 0.0499082 s
+ wsmp: ordering time: 4.1172419 s
+ wsmp: symbolic fact. time: 0.7111111 s
+ wsmp: Cholesky fact. time: 11.3740141 s
+ wsmp: Factorisation 14486.6783054 Mflops
+ wsmp: back substitution time: 0.1210210 s
+ wsmp: from b to rhs vector: 0.0072801 s
+ ---------------------------------
+ wsmp: total solve time: 16.3809390 s
+ =================================
+ u : -0.10177E+01 0.13893E+00
+ v : -0.47582E-01 0.10415E+00
+ w : -0.76792E+00 0.22708E+00
+ =================================
+ Calculate pressures 2585.9856 24.3748 16.3978
+ raw pressures : -0.12356E+01 0.17912E+00
+ Smoothing pressures 2586.2107 24.5999 0.2251
+ do leaf measurements 2586.2118 24.6010 0.0011
+ compute convergence criterion 2586.2540 24.6432 0.0422
+ velocity_diff_norm = 0.0714285 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2586.2590
+ -----------------------------------
+ build system 2586.2635 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2594.2818 8.0228 8.0182
+ =================================
+ wsmp: initialisation time: 0.0477631 s
+ wsmp: ordering time: 4.1205971 s
+ wsmp: symbolic fact. time: 0.7064519 s
+ wsmp: Cholesky fact. time: 11.3808489 s
+ wsmp: Factorisation 14477.9783605 Mflops
+ wsmp: back substitution time: 0.1205230 s
+ wsmp: from b to rhs vector: 0.0072329 s
+ ---------------------------------
+ wsmp: total solve time: 16.3837960 s
+ =================================
+ u : -0.10151E+01 0.15671E+00
+ v : -0.37919E-01 0.11985E+00
+ w : -0.74700E+00 0.23243E+00
+ =================================
+ Calculate pressures 2610.6819 24.4229 16.4001
+ raw pressures : -0.13735E+01 0.31338E+00
+ Smoothing pressures 2610.9041 24.6452 0.2223
+ do leaf measurements 2610.9052 24.6463 0.0011
+ compute convergence criterion 2610.9474 24.6885 0.0422
+ velocity_diff_norm = 0.0359111 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2610.9524
+ -----------------------------------
+ build system 2610.9569 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2618.8933 7.9410 7.9365
+ =================================
+ wsmp: initialisation time: 0.0494509 s
+ wsmp: ordering time: 4.1276801 s
+ wsmp: symbolic fact. time: 0.7150071 s
+ wsmp: Cholesky fact. time: 11.4434831 s
+ wsmp: Factorisation 14398.7352653 Mflops
+ wsmp: back substitution time: 0.1210001 s
+ wsmp: from b to rhs vector: 0.0071909 s
+ ---------------------------------
+ wsmp: total solve time: 16.4641778 s
+ =================================
+ u : -0.10142E+01 0.17748E+00
+ v : -0.37844E-01 0.12383E+00
+ w : -0.73768E+00 0.22990E+00
+ =================================
+ Calculate pressures 2635.3741 24.4217 16.4808
+ raw pressures : -0.14718E+01 0.35642E+00
+ Smoothing pressures 2635.5992 24.6468 0.2251
+ do leaf measurements 2635.6003 24.6479 0.0011
+ compute convergence criterion 2635.6424 24.6901 0.0422
+ velocity_diff_norm = 0.0158830 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2635.6474
+ -----------------------------------
+ build system 2635.6520 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2643.6549 8.0075 8.0029
+ =================================
+ wsmp: initialisation time: 0.0489652 s
+ wsmp: ordering time: 4.1060569 s
+ wsmp: symbolic fact. time: 0.7089891 s
+ wsmp: Cholesky fact. time: 11.3793280 s
+ wsmp: Factorisation 14479.9133740 Mflops
+ wsmp: back substitution time: 0.1204531 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.3713801 s
+ =================================
+ u : -0.10136E+01 0.19523E+00
+ v : -0.40154E-01 0.12594E+00
+ w : -0.73287E+00 0.22867E+00
+ =================================
+ Calculate pressures 2660.0435 24.3961 16.3886
+ raw pressures : -0.15152E+01 0.36485E+00
+ Smoothing pressures 2660.2658 24.6184 0.2223
+ do leaf measurements 2660.2669 24.6195 0.0011
+ compute convergence criterion 2660.3095 24.6620 0.0425
+ velocity_diff_norm = 0.0107581 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2660.3145
+ -----------------------------------
+ build system 2660.3191 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2668.2794 7.9650 7.9603
+ =================================
+ wsmp: initialisation time: 0.0513332 s
+ wsmp: ordering time: 4.1134529 s
+ wsmp: symbolic fact. time: 0.7077529 s
+ wsmp: Cholesky fact. time: 11.4116700 s
+ wsmp: Factorisation 14438.8756698 Mflops
+ wsmp: back substitution time: 0.1206071 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.4124162 s
+ =================================
+ u : -0.10132E+01 0.21079E+00
+ v : -0.42802E-01 0.12584E+00
+ w : -0.72831E+00 0.22815E+00
+ =================================
+ Calculate pressures 2684.7085 24.3940 16.4290
+ raw pressures : -0.15368E+01 0.36204E+00
+ Smoothing pressures 2684.9311 24.6166 0.2226
+ do leaf measurements 2684.9322 24.6177 0.0011
+ compute convergence criterion 2684.9743 24.6599 0.0421
+ velocity_diff_norm = 0.0081137 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2684.9774 24.6630 0.0031
+Compute isostasy and adjust vertical 2684.9776 24.6631 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -32941021321034.633 21535883273678.445
+ def in m -7.1168122291564941 0.48976752161979675
+ dimensionless def -1.39933577605656217E-6 2.03337492261614109E-5
+ Isostatic velocity range = -0.0139582 0.2031278
+ Compute divergence 2685.1816 24.8672 0.2040
+ wsmp_cleanup 2685.2183 24.9038 0.0366
+ Reset surface geometry 2685.2235 24.9090 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 2685.2316 24.9171 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2685.2496 24.9351 0.0180
+ Advect surface 1 2685.2497 24.9353 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2685.4439 25.1294 0.1941
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2685.6410 25.3266 0.1972
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2685.8949 25.5804 0.2539
+ Advect the cloud 2686.0098 25.6954 0.1149
+ Write output 2686.6344 26.3200 0.6246
+ End of time step 2687.4396 27.1251 0.8051
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 16 2687.4397
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2687.4398 0.0001 0.0001
+ surface 01 2687.4398 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2687.4399 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2687.4655 0.0257 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2687.4861 0.0463 0.0206
+ S. 2: 16900points
+ refine surface 2687.4862 0.0465 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2687.5095 0.0697 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2687.5294 0.0897 0.0199
+ S. 3: 16900points
+ refine surface 2687.5295 0.0898 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2687.5532 0.1135 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2687.5777
+ -----------------------------------------------------------------------
+ Create octree solve 2687.5780 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2687.5936 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2687.6173 0.0396 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2687.6180 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2687.6321 0.0543 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2687.7542 0.1765 0.1221
+ Imbed surface in osolve 2687.9380 0.3603 0.1838
+ embedding surface 1 2687.9382 0.3605 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2689.8887 2.3109 1.9505
+ osolve%nleaves= 59424
+ embedding surface 3 2691.9654 4.3876 2.0767
+ osolve%nleaves= 64128
+ Assessing octree stability 2695.4986 7.9208 3.5332
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2695.5031 7.9253 0.0045
+ Interpolate velo onto osolve 2695.8213 8.2436 0.3183
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2695.9548 8.3770 0.1334
+ Find void 2696.2300 8.6523 0.2753
+ whole leaf in fluid 32992
+ Define boundary conditions 2696.2593 8.6816 0.0293
+ wsmp setup1 2696.2666 8.6889 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2697.2834 9.7057 1.0168
+ -----------------------------------
+ start of non-linear iteratio 1 2697.3300
+ -----------------------------------
+ build system 2697.3301 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 3.41328E+00
+ viscosity capped in 37088
+ wsmp solve 2705.2338 7.9038 7.9036
+ =================================
+ wsmp: initialisation time: 0.0522320 s
+ wsmp: ordering time: 4.1000891 s
+ wsmp: symbolic fact. time: 0.7097759 s
+ wsmp: Cholesky fact. time: 11.4521420 s
+ wsmp: Factorisation 14387.8484804 Mflops
+ wsmp: back substitution time: 0.1206582 s
+ wsmp: from b to rhs vector: 0.0071721 s
+ ---------------------------------
+ wsmp: total solve time: 16.4424980 s
+ =================================
+ u : -0.10234E+01 0.18692E+00
+ v : -0.10063E+00 0.10477E+00
+ w : -0.76378E+00 0.29128E+00
+ =================================
+ Calculate pressures 2721.6929 24.3629 16.4591
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 2721.9161 24.5861 0.2232
+ do leaf measurements 2721.9172 24.5873 0.0012
+ compute convergence criterion 2721.9594 24.6295 0.0422
+ velocity_diff_norm = 0.5890023 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2721.9643
+ -----------------------------------
+ build system 2721.9689 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80292E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2729.9347 7.9704 7.9659
+ =================================
+ wsmp: initialisation time: 0.0491850 s
+ wsmp: ordering time: 4.1094909 s
+ wsmp: symbolic fact. time: 0.7109640 s
+ wsmp: Cholesky fact. time: 11.3824501 s
+ wsmp: Factorisation 14475.9416798 Mflops
+ wsmp: back substitution time: 0.1213238 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3810070 s
+ =================================
+ u : -0.10180E+01 0.13946E+00
+ v : -0.47143E-01 0.10390E+00
+ w : -0.76806E+00 0.22502E+00
+ =================================
+ Calculate pressures 2746.3324 24.3681 16.3976
+ raw pressures : -0.12362E+01 0.17960E+00
+ Smoothing pressures 2746.5569 24.5926 0.2245
+ do leaf measurements 2746.5580 24.5937 0.0011
+ compute convergence criterion 2746.6002 24.6359 0.0422
+ velocity_diff_norm = 0.0719649 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2746.6050
+ -----------------------------------
+ build system 2746.6096 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2754.6288 8.0238 8.0192
+ =================================
+ wsmp: initialisation time: 0.0486600 s
+ wsmp: ordering time: 4.1007481 s
+ wsmp: symbolic fact. time: 0.7099249 s
+ wsmp: Cholesky fact. time: 11.3876030 s
+ wsmp: Factorisation 14469.3912521 Mflops
+ wsmp: back substitution time: 0.1204660 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.3749380 s
+ =================================
+ u : -0.10153E+01 0.15712E+00
+ v : -0.37432E-01 0.11964E+00
+ w : -0.74721E+00 0.23167E+00
+ =================================
+ Calculate pressures 2771.0204 24.4154 16.3916
+ raw pressures : -0.13747E+01 0.31450E+00
+ Smoothing pressures 2771.2421 24.6371 0.2217
+ do leaf measurements 2771.2432 24.6381 0.0011
+ compute convergence criterion 2771.2854 24.6803 0.0422
+ velocity_diff_norm = 0.0359683 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2771.2902
+ -----------------------------------
+ build system 2771.2947 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2779.2342 7.9441 7.9396
+ =================================
+ wsmp: initialisation time: 0.0498359 s
+ wsmp: ordering time: 4.1310401 s
+ wsmp: symbolic fact. time: 0.7150629 s
+ wsmp: Cholesky fact. time: 11.4427810 s
+ wsmp: Factorisation 14399.6187889 Mflops
+ wsmp: back substitution time: 0.1211529 s
+ wsmp: from b to rhs vector: 0.0071678 s
+ ---------------------------------
+ wsmp: total solve time: 16.4674389 s
+ =================================
+ u : -0.10142E+01 0.17777E+00
+ v : -0.37441E-01 0.12374E+00
+ w : -0.73786E+00 0.22916E+00
+ =================================
+ Calculate pressures 2795.7184 24.4282 16.4841
+ raw pressures : -0.14724E+01 0.35712E+00
+ Smoothing pressures 2795.9428 24.6527 0.2245
+ do leaf measurements 2795.9440 24.6538 0.0011
+ compute convergence criterion 2795.9862 24.6960 0.0422
+ velocity_diff_norm = 0.0158449 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2795.9911
+ -----------------------------------
+ build system 2795.9957 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2804.0082 8.0171 8.0126
+ =================================
+ wsmp: initialisation time: 0.0513749 s
+ wsmp: ordering time: 4.1096940 s
+ wsmp: symbolic fact. time: 0.7112811 s
+ wsmp: Cholesky fact. time: 11.3724709 s
+ wsmp: Factorisation 14488.6441975 Mflops
+ wsmp: back substitution time: 0.1205449 s
+ wsmp: from b to rhs vector: 0.0071509 s
+ ---------------------------------
+ wsmp: total solve time: 16.3729210 s
+ =================================
+ u : -0.10137E+01 0.19548E+00
+ v : -0.40319E-01 0.12588E+00
+ w : -0.73302E+00 0.22823E+00
+ =================================
+ Calculate pressures 2820.3982 24.4071 16.3900
+ raw pressures : -0.15161E+01 0.36569E+00
+ Smoothing pressures 2820.6199 24.6288 0.2217
+ do leaf measurements 2820.6210 24.6299 0.0011
+ compute convergence criterion 2820.6637 24.6726 0.0426
+ velocity_diff_norm = 0.0107510 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2820.6686
+ -----------------------------------
+ build system 2820.6732 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2828.6400 7.9714 7.9668
+ =================================
+ wsmp: initialisation time: 0.0467000 s
+ wsmp: ordering time: 4.1013792 s
+ wsmp: symbolic fact. time: 0.7109001 s
+ wsmp: Cholesky fact. time: 11.4121251 s
+ wsmp: Factorisation 14438.2998151 Mflops
+ wsmp: back substitution time: 0.1205661 s
+ wsmp: from b to rhs vector: 0.0071149 s
+ ---------------------------------
+ wsmp: total solve time: 16.3991699 s
+ =================================
+ u : -0.10132E+01 0.21101E+00
+ v : -0.42934E-01 0.12577E+00
+ w : -0.72844E+00 0.22785E+00
+ =================================
+ Calculate pressures 2845.0559 24.3873 16.4159
+ raw pressures : -0.15377E+01 0.36280E+00
+ Smoothing pressures 2845.2785 24.6099 0.2226
+ do leaf measurements 2845.2795 24.6110 0.0011
+ compute convergence criterion 2845.3217 24.6532 0.0422
+ velocity_diff_norm = 0.0081015 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 2845.3248 24.6562 0.0031
+Compute isostasy and adjust vertical 2845.3250 24.6564 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -34304994814359.582 23122342242094.633
+ def in m -7.1684918403625488 0.49443510174751282
+ dimensionless def -1.41267171927860803E-6 2.04814052581787124E-5
+ Isostatic velocity range = -0.0140754 0.2046300
+ Compute divergence 2845.5324 24.8638 0.2074
+ wsmp_cleanup 2845.5683 24.8997 0.0360
+ Reset surface geometry 2845.5733 24.9048 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 2845.5814 24.9128 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 2845.5994 24.9308 0.0180
+ Advect surface 1 2845.5996 24.9310 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 2845.7915 25.1229 0.1919
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 2845.9881 25.3195 0.1966
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 2846.2417 25.5731 0.2536
+ Advect the cloud 2846.3565 25.6880 0.1149
+ Write output 2846.9821 26.3135 0.6256
+ End of time step 2847.7856 27.1171 0.8035
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 17 2847.7858
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 2847.7858 0.0001 0.0001
+ surface 01 2847.7859 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 2847.7859 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 2847.8084 0.0227 0.0225
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 2847.8290 0.0432 0.0205
+ S. 2: 16900points
+ refine surface 2847.8291 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 2847.8524 0.0666 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 2847.8723 0.0866 0.0200
+ S. 3: 16900points
+ refine surface 2847.8725 0.0867 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 2847.8961 0.1103 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 2847.9208
+ -----------------------------------------------------------------------
+ Create octree solve 2847.9211 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 2847.9367 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 2847.9607 0.0399 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 2847.9614 0.0406 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 2847.9755 0.0547 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 2848.0976 0.1768 0.1222
+ Imbed surface in osolve 2848.2830 0.3622 0.1853
+ embedding surface 1 2848.2832 0.3624 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 2850.2287 2.3078 1.9455
+ osolve%nleaves= 59424
+ embedding surface 3 2852.3109 4.3901 2.0822
+ osolve%nleaves= 64128
+ Assessing octree stability 2855.8442 7.9234 3.5333
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 2855.8486 7.9277 0.0044
+ Interpolate velo onto osolve 2856.1810 8.2602 0.3324
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 2856.2884 8.3675 0.1074
+ Find void 2856.5611 8.6403 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 2856.5903 8.6695 0.0292
+ wsmp setup1 2856.5978 8.6770 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 2857.6135 9.6927 1.0157
+ -----------------------------------
+ start of non-linear iteratio 1 2857.6602
+ -----------------------------------
+ build system 2857.6604 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 5.22847E+00
+ viscosity capped in 37088
+ wsmp solve 2865.5713 7.9111 7.9109
+ =================================
+ wsmp: initialisation time: 0.0503170 s
+ wsmp: ordering time: 4.0997250 s
+ wsmp: symbolic fact. time: 0.7083502 s
+ wsmp: Cholesky fact. time: 11.4557698 s
+ wsmp: Factorisation 14383.2921819 Mflops
+ wsmp: back substitution time: 0.1208990 s
+ wsmp: from b to rhs vector: 0.0073581 s
+ ---------------------------------
+ wsmp: total solve time: 16.4428110 s
+ =================================
+ u : -0.10230E+01 0.18692E+00
+ v : -0.99855E-01 0.10549E+00
+ w : -0.76375E+00 0.28932E+00
+ =================================
+ Calculate pressures 2882.0303 24.3701 16.4590
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 2882.2543 24.5941 0.2240
+ do leaf measurements 2882.2554 24.5951 0.0011
+ compute convergence criterion 2882.2976 24.6374 0.0422
+ velocity_diff_norm = 0.5883541 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 2882.3025
+ -----------------------------------
+ build system 2882.3070 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80488E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2890.2683 7.9658 7.9613
+ =================================
+ wsmp: initialisation time: 0.0477369 s
+ wsmp: ordering time: 4.1041310 s
+ wsmp: symbolic fact. time: 0.7140880 s
+ wsmp: Cholesky fact. time: 11.3877430 s
+ wsmp: Factorisation 14469.2134280 Mflops
+ wsmp: back substitution time: 0.1212780 s
+ wsmp: from b to rhs vector: 0.0073659 s
+ ---------------------------------
+ wsmp: total solve time: 16.3827269 s
+ =================================
+ u : -0.10180E+01 0.13940E+00
+ v : -0.47331E-01 0.10406E+00
+ w : -0.76787E+00 0.22595E+00
+ =================================
+ Calculate pressures 2906.6674 24.3649 16.3991
+ raw pressures : -0.12368E+01 0.18838E+00
+ Smoothing pressures 2906.8923 24.5898 0.2249
+ do leaf measurements 2906.8934 24.5909 0.0011
+ compute convergence criterion 2906.9357 24.6331 0.0423
+ velocity_diff_norm = 0.0713498 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 2906.9406
+ -----------------------------------
+ build system 2906.9451 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2914.9644 8.0237 8.0192
+ =================================
+ wsmp: initialisation time: 0.0501211 s
+ wsmp: ordering time: 4.1124470 s
+ wsmp: symbolic fact. time: 0.7097969 s
+ wsmp: Cholesky fact. time: 11.3841121 s
+ wsmp: Factorisation 14473.8282743 Mflops
+ wsmp: back substitution time: 0.1206510 s
+ wsmp: from b to rhs vector: 0.0073810 s
+ ---------------------------------
+ wsmp: total solve time: 16.3848970 s
+ =================================
+ u : -0.10153E+01 0.15702E+00
+ v : -0.37638E-01 0.11980E+00
+ w : -0.74724E+00 0.23201E+00
+ =================================
+ Calculate pressures 2931.3655 24.4249 16.4011
+ raw pressures : -0.13744E+01 0.31412E+00
+ Smoothing pressures 2931.5878 24.6471 0.2223
+ do leaf measurements 2931.5889 24.6483 0.0011
+ compute convergence criterion 2931.6312 24.6906 0.0423
+ velocity_diff_norm = 0.0358350 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 2931.6361
+ -----------------------------------
+ build system 2931.6405 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2939.5782 7.9421 7.9377
+ =================================
+ wsmp: initialisation time: 0.0497661 s
+ wsmp: ordering time: 4.1384661 s
+ wsmp: symbolic fact. time: 0.7126999 s
+ wsmp: Cholesky fact. time: 11.4546709 s
+ wsmp: Factorisation 14384.6720020 Mflops
+ wsmp: back substitution time: 0.1206999 s
+ wsmp: from b to rhs vector: 0.0073760 s
+ ---------------------------------
+ wsmp: total solve time: 16.4840629 s
+ =================================
+ u : -0.10142E+01 0.17769E+00
+ v : -0.37627E-01 0.12379E+00
+ w : -0.73782E+00 0.22949E+00
+ =================================
+ Calculate pressures 2956.0784 24.4423 16.5002
+ raw pressures : -0.14722E+01 0.35700E+00
+ Smoothing pressures 2956.3019 24.6658 0.2235
+ do leaf measurements 2956.3030 24.6669 0.0011
+ compute convergence criterion 2956.3452 24.7091 0.0422
+ velocity_diff_norm = 0.0159981 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 2956.3501
+ -----------------------------------
+ build system 2956.3546 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2964.3621 8.0120 8.0075
+ =================================
+ wsmp: initialisation time: 0.0467479 s
+ wsmp: ordering time: 4.1064391 s
+ wsmp: symbolic fact. time: 0.7108989 s
+ wsmp: Cholesky fact. time: 11.3857310 s
+ wsmp: Factorisation 14471.7703359 Mflops
+ wsmp: back substitution time: 0.1208990 s
+ wsmp: from b to rhs vector: 0.0073628 s
+ ---------------------------------
+ wsmp: total solve time: 16.3784580 s
+ =================================
+ u : -0.10137E+01 0.19540E+00
+ v : -0.40203E-01 0.12590E+00
+ w : -0.73297E+00 0.22847E+00
+ =================================
+ Calculate pressures 2980.7572 24.4071 16.3951
+ raw pressures : -0.15155E+01 0.36536E+00
+ Smoothing pressures 2980.9799 24.6298 0.2227
+ do leaf measurements 2980.9810 24.6309 0.0011
+ compute convergence criterion 2981.0236 24.6735 0.0425
+ velocity_diff_norm = 0.0107751 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 2981.0285
+ -----------------------------------
+ build system 2981.0331 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 2989.0043 7.9757 7.9711
+ =================================
+ wsmp: initialisation time: 0.0489240 s
+ wsmp: ordering time: 4.1090009 s
+ wsmp: symbolic fact. time: 0.7102480 s
+ wsmp: Cholesky fact. time: 11.4097579 s
+ wsmp: Factorisation 14441.2954249 Mflops
+ wsmp: back substitution time: 0.1207252 s
+ wsmp: from b to rhs vector: 0.0073569 s
+ ---------------------------------
+ wsmp: total solve time: 16.4063969 s
+ =================================
+ u : -0.10131E+01 0.21092E+00
+ v : -0.42829E-01 0.12582E+00
+ w : -0.72838E+00 0.22809E+00
+ =================================
+ Calculate pressures 3005.4270 24.3984 16.4227
+ raw pressures : -0.15372E+01 0.36256E+00
+ Smoothing pressures 3005.6501 24.6216 0.2231
+ do leaf measurements 3005.6512 24.6226 0.0011
+ compute convergence criterion 3005.6934 24.6648 0.0422
+ velocity_diff_norm = 0.0081101 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3005.6965 24.6679 0.0031
+Compute isostasy and adjust vertical 3005.6966 24.6681 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -35623876445664.883 24684264382610.469
+ def in m -7.214148998260498 0.49202626943588257
+ dimensionless def -1.4057893412453786E-6 2.06118542807442821E-5
+ Isostatic velocity range = -0.0139552 0.2058700
+ Compute divergence 3005.9044 24.8758 0.2077
+ wsmp_cleanup 3005.9405 24.9120 0.0361
+ Reset surface geometry 3005.9456 24.9170 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 3005.9537 24.9251 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3005.9719 24.9434 0.0182
+ Advect surface 1 3005.9721 24.9435 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3006.1632 25.1346 0.1911
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3006.3608 25.3323 0.1977
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3006.6143 25.5857 0.2534
+ Advect the cloud 3006.7285 25.6999 0.1142
+ Write output 3007.3618 26.3333 0.6334
+ End of time step 3008.1655 27.1369 0.8036
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 18 3008.1656
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3008.1657 0.0001 0.0001
+ surface 01 3008.1657 0.0001 0.0001
+ S. 1: 16900points
+ refine surface 3008.1658 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3008.1886 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3008.2091 0.0435 0.0205
+ S. 2: 16900points
+ refine surface 3008.2092 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3008.2323 0.0667 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3008.2523 0.0867 0.0200
+ S. 3: 16900points
+ refine surface 3008.2524 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3008.2759 0.1103 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3008.3006
+ -----------------------------------------------------------------------
+ Create octree solve 3008.3009 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3008.3165 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3008.3402 0.0395 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3008.3409 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3008.3549 0.0543 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3008.4771 0.1765 0.1222
+ Imbed surface in osolve 3008.6641 0.3635 0.1869
+ embedding surface 1 3008.6643 0.3636 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3010.6165 2.3159 1.9523
+ osolve%nleaves= 59424
+ embedding surface 3 3012.6643 4.3637 2.0477
+ osolve%nleaves= 64128
+ Assessing octree stability 3016.1838 7.8832 3.5196
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3016.1882 7.8876 0.0044
+ Interpolate velo onto osolve 3016.4832 8.1826 0.2949
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3016.6633 8.3627 0.1802
+ Find void 3016.9379 8.6373 0.2746
+ whole leaf in fluid 32992
+ Define boundary conditions 3016.9671 8.6665 0.0292
+ wsmp setup1 3016.9743 8.6737 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3017.9855 9.6849 1.0111
+ -----------------------------------
+ start of non-linear iteratio 1 3018.0336
+ -----------------------------------
+ build system 3018.0337 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 5.95085E+00
+ viscosity capped in 37088
+ wsmp solve 3025.9389 7.9053 7.9052
+ =================================
+ wsmp: initialisation time: 0.0510561 s
+ wsmp: ordering time: 4.0967619 s
+ wsmp: symbolic fact. time: 0.7065251 s
+ wsmp: Cholesky fact. time: 11.4636419 s
+ wsmp: Factorisation 14373.4151478 Mflops
+ wsmp: back substitution time: 0.1207349 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4463801 s
+ =================================
+ u : -0.10231E+01 0.18694E+00
+ v : -0.10033E+00 0.10518E+00
+ w : -0.76371E+00 0.29088E+00
+ =================================
+ Calculate pressures 3042.4025 24.3689 16.4635
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 3042.6246 24.5910 0.2221
+ do leaf measurements 3042.6257 24.5921 0.0011
+ compute convergence criterion 3042.6677 24.6341 0.0420
+ velocity_diff_norm = 0.5875202 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3042.6725
+ -----------------------------------
+ build system 3042.6771 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79069E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3050.6421 7.9695 7.9650
+ =================================
+ wsmp: initialisation time: 0.0511949 s
+ wsmp: ordering time: 4.1023810 s
+ wsmp: symbolic fact. time: 0.7153611 s
+ wsmp: Cholesky fact. time: 11.3730049 s
+ wsmp: Factorisation 14487.9638346 Mflops
+ wsmp: back substitution time: 0.1212780 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.3708379 s
+ =================================
+ u : -0.10178E+01 0.13949E+00
+ v : -0.47839E-01 0.10388E+00
+ w : -0.76801E+00 0.22711E+00
+ =================================
+ Calculate pressures 3067.0295 24.3570 16.3875
+ raw pressures : -0.12365E+01 0.21217E+00
+ Smoothing pressures 3067.2540 24.5814 0.2244
+ do leaf measurements 3067.2551 24.5826 0.0011
+ compute convergence criterion 3067.3054 24.6329 0.0503
+ velocity_diff_norm = 0.0707970 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3067.3103
+ -----------------------------------
+ build system 3067.3148 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3075.3363 8.0260 8.0215
+ =================================
+ wsmp: initialisation time: 0.0509651 s
+ wsmp: ordering time: 4.1104491 s
+ wsmp: symbolic fact. time: 0.7076609 s
+ wsmp: Cholesky fact. time: 11.3872790 s
+ wsmp: Factorisation 14469.8029606 Mflops
+ wsmp: back substitution time: 0.1207130 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.3847282 s
+ =================================
+ u : -0.10150E+01 0.15710E+00
+ v : -0.37680E-01 0.11969E+00
+ w : -0.74738E+00 0.23251E+00
+ =================================
+ Calculate pressures 3091.7376 24.4273 16.4014
+ raw pressures : -0.13746E+01 0.31460E+00
+ Smoothing pressures 3091.9605 24.6502 0.2229
+ do leaf measurements 3091.9616 24.6513 0.0011
+ compute convergence criterion 3092.0036 24.6933 0.0420
+ velocity_diff_norm = 0.0360684 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3092.0084
+ -----------------------------------
+ build system 3092.0129 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3099.9517 7.9434 7.9389
+ =================================
+ wsmp: initialisation time: 0.0482020 s
+ wsmp: ordering time: 4.1330850 s
+ wsmp: symbolic fact. time: 0.7151780 s
+ wsmp: Cholesky fact. time: 11.4593709 s
+ wsmp: Factorisation 14378.7722738 Mflops
+ wsmp: back substitution time: 0.1205649 s
+ wsmp: from b to rhs vector: 0.0071881 s
+ ---------------------------------
+ wsmp: total solve time: 16.4841712 s
+ =================================
+ u : -0.10141E+01 0.17768E+00
+ v : -0.37648E-01 0.12367E+00
+ w : -0.73800E+00 0.22969E+00
+ =================================
+ Calculate pressures 3116.4524 24.4441 16.5007
+ raw pressures : -0.14727E+01 0.35758E+00
+ Smoothing pressures 3116.6759 24.6676 0.2235
+ do leaf measurements 3116.6770 24.6687 0.0011
+ compute convergence criterion 3116.7189 24.7106 0.0419
+ velocity_diff_norm = 0.0159011 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3116.7238
+ -----------------------------------
+ build system 3116.7283 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3124.7378 8.0140 8.0094
+ =================================
+ wsmp: initialisation time: 0.0487959 s
+ wsmp: ordering time: 4.1022270 s
+ wsmp: symbolic fact. time: 0.7085698 s
+ wsmp: Cholesky fact. time: 11.3747270 s
+ wsmp: Factorisation 14485.7704031 Mflops
+ wsmp: back substitution time: 0.1206071 s
+ wsmp: from b to rhs vector: 0.0072489 s
+ ---------------------------------
+ wsmp: total solve time: 16.3625741 s
+ =================================
+ u : -0.10136E+01 0.19535E+00
+ v : -0.40235E-01 0.12585E+00
+ w : -0.73315E+00 0.22863E+00
+ =================================
+ Calculate pressures 3141.1174 24.3936 16.3796
+ raw pressures : -0.15161E+01 0.36587E+00
+ Smoothing pressures 3141.3400 24.6162 0.2226
+ do leaf measurements 3141.3411 24.6173 0.0011
+ compute convergence criterion 3141.3833 24.6595 0.0423
+ velocity_diff_norm = 0.0107407 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3141.3883
+ -----------------------------------
+ build system 3141.3929 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3149.3679 7.9796 7.9750
+ =================================
+ wsmp: initialisation time: 0.0480039 s
+ wsmp: ordering time: 4.0948811 s
+ wsmp: symbolic fact. time: 0.7082279 s
+ wsmp: Cholesky fact. time: 11.4059129 s
+ wsmp: Factorisation 14446.1636403 Mflops
+ wsmp: back substitution time: 0.1207190 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.3853920 s
+ =================================
+ u : -0.10131E+01 0.21089E+00
+ v : -0.42860E-01 0.12573E+00
+ w : -0.72852E+00 0.22804E+00
+ =================================
+ Calculate pressures 3165.7703 24.3820 16.4024
+ raw pressures : -0.15381E+01 0.36315E+00
+ Smoothing pressures 3165.9928 24.6045 0.2226
+ do leaf measurements 3165.9939 24.6056 0.0011
+ compute convergence criterion 3166.0357 24.6474 0.0418
+ velocity_diff_norm = 0.0081104 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3166.0388 24.6506 0.0031
+Compute isostasy and adjust vertical 3166.0390 24.6507 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -36925623844253.055 26217130135043.719
+ def in m -7.260749340057373 0.49722471833229065
+ dimensionless def -1.42064205237797329E-6 2.07449981144496383E-5
+ Isostatic velocity range = -0.0140507 0.2071303
+ Compute divergence 3166.2453 24.8570 0.2063
+ wsmp_cleanup 3166.2829 24.8946 0.0376
+ Reset surface geometry 3166.2878 24.8996 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 3166.2959 24.9076 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3166.3140 24.9257 0.0181
+ Advect surface 1 3166.3141 24.9258 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3166.5070 25.1187 0.1929
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3166.7037 25.3154 0.1967
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3166.9582 25.5699 0.2545
+ Advect the cloud 3167.0752 25.6869 0.1170
+ Write output 3167.7046 26.3163 0.6294
+ End of time step 3168.5090 27.1207 0.8044
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 19 3168.5091
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3168.5092 0.0001 0.0001
+ surface 01 3168.5092 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3168.5093 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3168.5321 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3168.5527 0.0435 0.0206
+ S. 2: 16900points
+ refine surface 3168.5528 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3168.5761 0.0670 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3168.5962 0.0870 0.0200
+ S. 3: 16900points
+ refine surface 3168.5963 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3168.6199 0.1107 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3168.6444
+ -----------------------------------------------------------------------
+ Create octree solve 3168.6446 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3168.6603 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3168.6840 0.0397 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3168.6848 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3168.6988 0.0545 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3168.8210 0.1766 0.1222
+ Imbed surface in osolve 3169.0036 0.3593 0.1826
+ embedding surface 1 3169.0038 0.3594 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3170.9499 2.3055 1.9460
+ osolve%nleaves= 59424
+ embedding surface 3 3173.0187 4.3744 2.0689
+ osolve%nleaves= 64128
+ Assessing octree stability 3176.5492 7.9048 3.5305
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3176.5536 7.9093 0.0044
+ Interpolate velo onto osolve 3176.9198 8.2754 0.3662
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3177.0505 8.4061 0.1307
+ Find void 3177.3229 8.6786 0.2724
+ whole leaf in fluid 32992
+ Define boundary conditions 3177.3522 8.7078 0.0293
+ wsmp setup1 3177.3596 8.7152 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3178.3764 9.7320 1.0168
+ -----------------------------------
+ start of non-linear iteratio 1 3178.4228
+ -----------------------------------
+ build system 3178.4230 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 7.74228E+00
+ viscosity capped in 37088
+ wsmp solve 3186.3336 7.9108 7.9107
+ =================================
+ wsmp: initialisation time: 0.0542190 s
+ wsmp: ordering time: 4.1096840 s
+ wsmp: symbolic fact. time: 0.7034349 s
+ wsmp: Cholesky fact. time: 11.4450781 s
+ wsmp: Factorisation 14396.7286145 Mflops
+ wsmp: back substitution time: 0.1206160 s
+ wsmp: from b to rhs vector: 0.0072401 s
+ ---------------------------------
+ wsmp: total solve time: 16.4406819 s
+ =================================
+ u : -0.10232E+01 0.18686E+00
+ v : -0.10050E+00 0.10595E+00
+ w : -0.76378E+00 0.29018E+00
+ =================================
+ Calculate pressures 3202.7910 24.3682 16.4574
+ raw pressures : -0.35118E+00 0.00000E+00
+ Smoothing pressures 3203.0141 24.5912 0.2230
+ do leaf measurements 3203.0152 24.5924 0.0011
+ compute convergence criterion 3203.0571 24.6343 0.0420
+ velocity_diff_norm = 0.5874536 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3203.0621
+ -----------------------------------
+ build system 3203.0665 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78194E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3211.0234 7.9613 7.9568
+ =================================
+ wsmp: initialisation time: 0.0474041 s
+ wsmp: ordering time: 4.1070380 s
+ wsmp: symbolic fact. time: 0.7140861 s
+ wsmp: Cholesky fact. time: 11.3670809 s
+ wsmp: Factorisation 14495.5142780 Mflops
+ wsmp: back substitution time: 0.1215069 s
+ wsmp: from b to rhs vector: 0.0072188 s
+ ---------------------------------
+ wsmp: total solve time: 16.3647280 s
+ =================================
+ u : -0.10178E+01 0.13946E+00
+ v : -0.48125E-01 0.10388E+00
+ w : -0.76806E+00 0.22776E+00
+ =================================
+ Calculate pressures 3227.4043 24.3422 16.3809
+ raw pressures : -0.12365E+01 0.18180E+00
+ Smoothing pressures 3227.6295 24.5674 0.2252
+ do leaf measurements 3227.6306 24.5685 0.0011
+ compute convergence criterion 3227.6725 24.6104 0.0419
+ velocity_diff_norm = 0.0708434 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3227.6774
+ -----------------------------------
+ build system 3227.6819 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3235.7057 8.0282 8.0238
+ =================================
+ wsmp: initialisation time: 0.0474699 s
+ wsmp: ordering time: 4.1087101 s
+ wsmp: symbolic fact. time: 0.7077131 s
+ wsmp: Cholesky fact. time: 11.3958409 s
+ wsmp: Factorisation 14458.9316017 Mflops
+ wsmp: back substitution time: 0.1205750 s
+ wsmp: from b to rhs vector: 0.0072219 s
+ ---------------------------------
+ wsmp: total solve time: 16.3879559 s
+ =================================
+ u : -0.10150E+01 0.15713E+00
+ v : -0.37633E-01 0.11956E+00
+ w : -0.74730E+00 0.23254E+00
+ =================================
+ Calculate pressures 3252.1101 24.4326 16.4044
+ raw pressures : -0.13746E+01 0.31450E+00
+ Smoothing pressures 3252.3324 24.6550 0.2223
+ do leaf measurements 3252.3335 24.6561 0.0011
+ compute convergence criterion 3252.3757 24.6983 0.0422
+ velocity_diff_norm = 0.0357340 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3252.3806
+ -----------------------------------
+ build system 3252.3850 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3260.3247 7.9441 7.9397
+ =================================
+ wsmp: initialisation time: 0.0485740 s
+ wsmp: ordering time: 4.1200330 s
+ wsmp: symbolic fact. time: 0.7099781 s
+ wsmp: Cholesky fact. time: 11.2962871 s
+ wsmp: Factorisation 14586.3577123 Mflops
+ wsmp: back substitution time: 0.1205850 s
+ wsmp: from b to rhs vector: 0.0072238 s
+ ---------------------------------
+ wsmp: total solve time: 16.3030949 s
+ =================================
+ u : -0.10140E+01 0.17775E+00
+ v : -0.37630E-01 0.12364E+00
+ w : -0.73797E+00 0.22969E+00
+ =================================
+ Calculate pressures 3276.6448 24.2642 16.3200
+ raw pressures : -0.14728E+01 0.35738E+00
+ Smoothing pressures 3276.8668 24.4862 0.2220
+ do leaf measurements 3276.8679 24.4873 0.0011
+ compute convergence criterion 3276.9099 24.5293 0.0420
+ velocity_diff_norm = 0.0159807 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3276.9148
+ -----------------------------------
+ build system 3276.9193 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3284.9280 8.0132 8.0087
+ =================================
+ wsmp: initialisation time: 0.0508001 s
+ wsmp: ordering time: 4.1017458 s
+ wsmp: symbolic fact. time: 0.7091792 s
+ wsmp: Cholesky fact. time: 11.3824480 s
+ wsmp: Factorisation 14475.9444087 Mflops
+ wsmp: back substitution time: 0.1205750 s
+ wsmp: from b to rhs vector: 0.0072570 s
+ ---------------------------------
+ wsmp: total solve time: 16.3724260 s
+ =================================
+ u : -0.10134E+01 0.19544E+00
+ v : -0.40291E-01 0.12582E+00
+ w : -0.73313E+00 0.22863E+00
+ =================================
+ Calculate pressures 3301.3169 24.4021 16.3890
+ raw pressures : -0.15165E+01 0.36591E+00
+ Smoothing pressures 3301.5390 24.6242 0.2221
+ do leaf measurements 3301.5402 24.6254 0.0011
+ compute convergence criterion 3301.5823 24.6676 0.0422
+ velocity_diff_norm = 0.0107455 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3301.5873
+ -----------------------------------
+ build system 3301.5919 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3309.5715 7.9842 7.9797
+ =================================
+ wsmp: initialisation time: 0.0508401 s
+ wsmp: ordering time: 4.1008348 s
+ wsmp: symbolic fact. time: 0.7109852 s
+ wsmp: Cholesky fact. time: 11.3961451 s
+ wsmp: Factorisation 14458.5456180 Mflops
+ wsmp: back substitution time: 0.1205111 s
+ wsmp: from b to rhs vector: 0.0072539 s
+ ---------------------------------
+ wsmp: total solve time: 16.3869929 s
+ =================================
+ u : -0.10130E+01 0.21100E+00
+ v : -0.42893E-01 0.12575E+00
+ w : -0.72854E+00 0.22802E+00
+ =================================
+ Calculate pressures 3325.9753 24.3879 16.4037
+ raw pressures : -0.15384E+01 0.36322E+00
+ Smoothing pressures 3326.1972 24.6099 0.2220
+ do leaf measurements 3326.1984 24.6110 0.0011
+ compute convergence criterion 3326.2403 24.6530 0.0419
+ velocity_diff_norm = 0.0081151 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3326.2434 24.6561 0.0032
+Compute isostasy and adjust vertical 3326.2436 24.6563 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -38196970461116.648 27726739140526.273
+ def in m -7.3032054901123047 0.5008617639541626
+ dimensionless def -1.43103361129760735E-6 2.08663014003208692E-5
+ Isostatic velocity range = -0.0141074 0.2082783
+ Compute divergence 3326.4466 24.8593 0.2030
+ wsmp_cleanup 3326.4846 24.8973 0.0380
+ Reset surface geometry 3326.4895 24.9022 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 3326.4977 24.9104 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3326.5146 24.9273 0.0170
+ Advect surface 1 3326.5148 24.9275 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3326.7096 25.1223 0.1948
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3326.9075 25.3202 0.1979
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3327.1596 25.5723 0.2521
+ Advect the cloud 3327.2780 25.6906 0.1184
+ Write output 3327.9194 26.3321 0.6414
+ End of time step 3328.7297 27.1423 0.8103
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 20 3328.7298
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3328.7299 0.0001 0.0001
+ surface 01 3328.7299 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3328.7299 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3328.7523 0.0225 0.0224
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3328.7729 0.0431 0.0206
+ S. 2: 16900points
+ refine surface 3328.7731 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3328.7963 0.0665 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3328.8165 0.0867 0.0202
+ S. 3: 16900points
+ refine surface 3328.8166 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3328.8402 0.1104 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3328.8647
+ -----------------------------------------------------------------------
+ Create octree solve 3328.8649 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3328.8806 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3328.9045 0.0398 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3328.9052 0.0406 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3328.9193 0.0546 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3329.0415 0.1768 0.1222
+ Imbed surface in osolve 3329.2265 0.3618 0.1850
+ embedding surface 1 3329.2267 0.3620 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3331.1745 2.3099 1.9479
+ osolve%nleaves= 59424
+ embedding surface 3 3333.2553 4.3906 2.0807
+ osolve%nleaves= 64128
+ Assessing octree stability 3336.8005 7.9358 3.5452
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3336.8050 7.9403 0.0046
+ Interpolate velo onto osolve 3337.1651 8.3004 0.3601
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3337.2306 8.3659 0.0655
+ Find void 3337.5056 8.6409 0.2750
+ whole leaf in fluid 32992
+ Define boundary conditions 3337.5350 8.6703 0.0294
+ wsmp setup1 3337.5425 8.6778 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3338.5589 9.6943 1.0164
+ -----------------------------------
+ start of non-linear iteratio 1 3338.6048
+ -----------------------------------
+ build system 3338.6050 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 6.30532E+00
+ viscosity capped in 37088
+ wsmp solve 3346.5247 7.9199 7.9197
+ =================================
+ wsmp: initialisation time: 0.0514951 s
+ wsmp: ordering time: 4.0959759 s
+ wsmp: symbolic fact. time: 0.7077198 s
+ wsmp: Cholesky fact. time: 11.4441879 s
+ wsmp: Factorisation 14397.8485506 Mflops
+ wsmp: back substitution time: 0.1205549 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4275110 s
+ =================================
+ u : -0.10232E+01 0.18652E+00
+ v : -0.10049E+00 0.10592E+00
+ w : -0.76364E+00 0.28690E+00
+ =================================
+ Calculate pressures 3362.9685 24.3637 16.4438
+ raw pressures : -0.35081E+00 0.00000E+00
+ Smoothing pressures 3363.1923 24.5875 0.2238
+ do leaf measurements 3363.1935 24.5886 0.0011
+ compute convergence criterion 3363.2355 24.6306 0.0420
+ velocity_diff_norm = 0.5883377 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3363.2403
+ -----------------------------------
+ build system 3363.2448 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78965E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3371.1970 7.9567 7.9522
+ =================================
+ wsmp: initialisation time: 0.0488651 s
+ wsmp: ordering time: 4.1159120 s
+ wsmp: symbolic fact. time: 0.7157629 s
+ wsmp: Cholesky fact. time: 11.3737850 s
+ wsmp: Factorisation 14486.9701336 Mflops
+ wsmp: back substitution time: 0.1213779 s
+ wsmp: from b to rhs vector: 0.0071509 s
+ ---------------------------------
+ wsmp: total solve time: 16.3832369 s
+ =================================
+ u : -0.10178E+01 0.13920E+00
+ v : -0.48052E-01 0.10349E+00
+ w : -0.76791E+00 0.22736E+00
+ =================================
+ Calculate pressures 3387.5972 24.3569 16.4002
+ raw pressures : -0.12358E+01 0.18866E+00
+ Smoothing pressures 3387.8219 24.5816 0.2247
+ do leaf measurements 3387.8231 24.5827 0.0012
+ compute convergence criterion 3387.8651 24.6247 0.0420
+ velocity_diff_norm = 0.0710691 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3387.8700
+ -----------------------------------
+ build system 3387.8745 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3395.8920 8.0220 8.0175
+ =================================
+ wsmp: initialisation time: 0.0476818 s
+ wsmp: ordering time: 4.1182740 s
+ wsmp: symbolic fact. time: 0.7083681 s
+ wsmp: Cholesky fact. time: 11.3801970 s
+ wsmp: Factorisation 14478.8076320 Mflops
+ wsmp: back substitution time: 0.1207790 s
+ wsmp: from b to rhs vector: 0.0072281 s
+ ---------------------------------
+ wsmp: total solve time: 16.3829031 s
+ =================================
+ u : -0.10151E+01 0.15699E+00
+ v : -0.38007E-01 0.11933E+00
+ w : -0.74712E+00 0.23276E+00
+ =================================
+ Calculate pressures 3412.2912 24.4213 16.3992
+ raw pressures : -0.13742E+01 0.31383E+00
+ Smoothing pressures 3412.5138 24.6439 0.2226
+ do leaf measurements 3412.5149 24.6450 0.0011
+ compute convergence criterion 3412.5569 24.6870 0.0420
+ velocity_diff_norm = 0.0359078 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3412.5618
+ -----------------------------------
+ build system 3412.5663 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3420.5052 7.9434 7.9389
+ =================================
+ wsmp: initialisation time: 0.0500679 s
+ wsmp: ordering time: 4.1238582 s
+ wsmp: symbolic fact. time: 0.7074261 s
+ wsmp: Cholesky fact. time: 11.4583411 s
+ wsmp: Factorisation 14380.0644548 Mflops
+ wsmp: back substitution time: 0.1208639 s
+ wsmp: from b to rhs vector: 0.0072541 s
+ ---------------------------------
+ wsmp: total solve time: 16.4681671 s
+ =================================
+ u : -0.10142E+01 0.17763E+00
+ v : -0.37988E-01 0.12350E+00
+ w : -0.73782E+00 0.22985E+00
+ =================================
+ Calculate pressures 3436.9905 24.4287 16.4853
+ raw pressures : -0.14725E+01 0.35686E+00
+ Smoothing pressures 3437.2132 24.6514 0.2227
+ do leaf measurements 3437.2143 24.6525 0.0011
+ compute convergence criterion 3437.2563 24.6945 0.0420
+ velocity_diff_norm = 0.0159196 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3437.2613
+ -----------------------------------
+ build system 3437.2658 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3445.2748 8.0135 8.0090
+ =================================
+ wsmp: initialisation time: 0.0479929 s
+ wsmp: ordering time: 4.1017568 s
+ wsmp: symbolic fact. time: 0.7086430 s
+ wsmp: Cholesky fact. time: 11.3875389 s
+ wsmp: Factorisation 14469.4727437 Mflops
+ wsmp: back substitution time: 0.1207988 s
+ wsmp: from b to rhs vector: 0.0072222 s
+ ---------------------------------
+ wsmp: total solve time: 16.3743610 s
+ =================================
+ u : -0.10135E+01 0.19531E+00
+ v : -0.40129E-01 0.12568E+00
+ w : -0.73297E+00 0.22865E+00
+ =================================
+ Calculate pressures 3461.6655 24.4043 16.3908
+ raw pressures : -0.15160E+01 0.36533E+00
+ Smoothing pressures 3461.8880 24.6268 0.2225
+ do leaf measurements 3461.8892 24.6279 0.0012
+ compute convergence criterion 3461.9316 24.6703 0.0424
+ velocity_diff_norm = 0.0107723 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3461.9366
+ -----------------------------------
+ build system 3461.9412 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3469.9229 7.9864 7.9818
+ =================================
+ wsmp: initialisation time: 0.0471730 s
+ wsmp: ordering time: 4.0966141 s
+ wsmp: symbolic fact. time: 0.7049711 s
+ wsmp: Cholesky fact. time: 11.3962541 s
+ wsmp: Factorisation 14458.4073827 Mflops
+ wsmp: back substitution time: 0.1205471 s
+ wsmp: from b to rhs vector: 0.0072401 s
+ ---------------------------------
+ wsmp: total solve time: 16.3731809 s
+ =================================
+ u : -0.10130E+01 0.21081E+00
+ v : -0.42766E-01 0.12564E+00
+ w : -0.72838E+00 0.22805E+00
+ =================================
+ Calculate pressures 3486.3134 24.3768 16.3905
+ raw pressures : -0.15377E+01 0.36267E+00
+ Smoothing pressures 3486.5350 24.5985 0.2216
+ do leaf measurements 3486.5362 24.5996 0.0012
+ compute convergence criterion 3486.5784 24.6418 0.0422
+ velocity_diff_norm = 0.0081095 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3486.5815 24.6450 0.0031
+Compute isostasy and adjust vertical 3486.5817 24.6451 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -39439591358709.711 29214171041007.488
+ def in m -7.3408727645874023 0.50171804428100586
+ dimensionless def -1.43348012651715959E-6 2.09739221845354341E-5
+ Isostatic velocity range = -0.0141443 0.2092898
+ Compute divergence 3486.7847 24.8481 0.2030
+ wsmp_cleanup 3486.8214 24.8848 0.0367
+ Reset surface geometry 3486.8264 24.8898 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 3486.8345 24.8979 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3486.8525 24.9159 0.0180
+ Advect surface 1 3486.8527 24.9161 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3487.0463 25.1097 0.1936
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3487.2430 25.3065 0.1968
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3487.4935 25.5569 0.2505
+ Advect the cloud 3487.6108 25.6742 0.1173
+ Write output 3488.2527 26.3161 0.6419
+ End of time step 3489.0584 27.1218 0.8058
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 21 3489.0586
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3489.0586 0.0001 0.0001
+ surface 01 3489.0587 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3489.0587 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3489.0815 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3489.1022 0.0437 0.0207
+ S. 2: 16900points
+ refine surface 3489.1024 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3489.1254 0.0669 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3489.1456 0.0871 0.0202
+ S. 3: 16900points
+ refine surface 3489.1458 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3489.1694 0.1109 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3489.1940
+ -----------------------------------------------------------------------
+ Create octree solve 3489.1943 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3489.2099 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3489.2336 0.0396 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3489.2343 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3489.2484 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3489.3706 0.1765 0.1222
+ Imbed surface in osolve 3489.5537 0.3597 0.1831
+ embedding surface 1 3489.5539 0.3599 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3491.5043 2.3103 1.9504
+ osolve%nleaves= 59424
+ embedding surface 3 3493.5822 4.3882 2.0779
+ osolve%nleaves= 64128
+ Assessing octree stability 3497.0965 7.9024 3.5143
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3497.1009 7.9069 0.0044
+ Interpolate velo onto osolve 3497.4248 8.2308 0.3239
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3497.5660 8.3719 0.1411
+ Find void 3497.8373 8.6433 0.2713
+ whole leaf in fluid 32992
+ Define boundary conditions 3497.8661 8.6721 0.0288
+ wsmp setup1 3497.8736 8.6796 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3498.8858 9.6918 1.0122
+ -----------------------------------
+ start of non-linear iteratio 1 3498.9340
+ -----------------------------------
+ build system 3498.9342 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 5.63397E+00
+ viscosity capped in 37088
+ wsmp solve 3506.8549 7.9208 7.9206
+ =================================
+ wsmp: initialisation time: 0.0506880 s
+ wsmp: ordering time: 4.0962541 s
+ wsmp: symbolic fact. time: 0.7100132 s
+ wsmp: Cholesky fact. time: 11.4351208 s
+ wsmp: Factorisation 14409.2647952 Mflops
+ wsmp: back substitution time: 0.1207101 s
+ wsmp: from b to rhs vector: 0.0073309 s
+ ---------------------------------
+ wsmp: total solve time: 16.4204829 s
+ =================================
+ u : -0.10230E+01 0.18619E+00
+ v : -0.10001E+00 0.10481E+00
+ w : -0.76346E+00 0.28552E+00
+ =================================
+ Calculate pressures 3523.2921 24.3581 16.4373
+ raw pressures : -0.35094E+00 0.00000E+00
+ Smoothing pressures 3523.5155 24.5814 0.2234
+ do leaf measurements 3523.5165 24.5825 0.0011
+ compute convergence criterion 3523.5589 24.6249 0.0424
+ velocity_diff_norm = 0.5878807 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3523.5639
+ -----------------------------------
+ build system 3523.5684 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79662E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3531.5211 7.9573 7.9527
+ =================================
+ wsmp: initialisation time: 0.0483532 s
+ wsmp: ordering time: 4.1056750 s
+ wsmp: symbolic fact. time: 0.7143559 s
+ wsmp: Cholesky fact. time: 11.3861580 s
+ wsmp: Factorisation 14471.2276105 Mflops
+ wsmp: back substitution time: 0.1213000 s
+ wsmp: from b to rhs vector: 0.0072420 s
+ ---------------------------------
+ wsmp: total solve time: 16.3834541 s
+ =================================
+ u : -0.10177E+01 0.13911E+00
+ v : -0.47398E-01 0.10382E+00
+ w : -0.76803E+00 0.22561E+00
+ =================================
+ Calculate pressures 3547.9208 24.3570 16.3997
+ raw pressures : -0.12369E+01 0.19841E+00
+ Smoothing pressures 3548.1469 24.5831 0.2261
+ do leaf measurements 3548.1480 24.5841 0.0010
+ compute convergence criterion 3548.1902 24.6264 0.0423
+ velocity_diff_norm = 0.0711348 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3548.1952
+ -----------------------------------
+ build system 3548.1997 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3556.2161 8.0210 8.0164
+ =================================
+ wsmp: initialisation time: 0.0516660 s
+ wsmp: ordering time: 4.1099429 s
+ wsmp: symbolic fact. time: 0.7091801 s
+ wsmp: Cholesky fact. time: 11.3838921 s
+ wsmp: Factorisation 14474.1080657 Mflops
+ wsmp: back substitution time: 0.1206720 s
+ wsmp: from b to rhs vector: 0.0072889 s
+ ---------------------------------
+ wsmp: total solve time: 16.3830171 s
+ =================================
+ u : -0.10153E+01 0.15697E+00
+ v : -0.37779E-01 0.11967E+00
+ w : -0.74722E+00 0.23173E+00
+ =================================
+ Calculate pressures 3572.6162 24.4210 16.4000
+ raw pressures : -0.13753E+01 0.31459E+00
+ Smoothing pressures 3572.8377 24.6426 0.2216
+ do leaf measurements 3572.8388 24.6436 0.0011
+ compute convergence criterion 3572.8810 24.6859 0.0422
+ velocity_diff_norm = 0.0359780 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3572.8858
+ -----------------------------------
+ build system 3572.8903 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3580.8293 7.9435 7.9390
+ =================================
+ wsmp: initialisation time: 0.0501661 s
+ wsmp: ordering time: 4.1262960 s
+ wsmp: symbolic fact. time: 0.7089481 s
+ wsmp: Cholesky fact. time: 11.4582982 s
+ wsmp: Factorisation 14380.1183132 Mflops
+ wsmp: back substitution time: 0.1204531 s
+ wsmp: from b to rhs vector: 0.0073130 s
+ ---------------------------------
+ wsmp: total solve time: 16.4718468 s
+ =================================
+ u : -0.10142E+01 0.17762E+00
+ v : -0.37743E-01 0.12370E+00
+ w : -0.73792E+00 0.22906E+00
+ =================================
+ Calculate pressures 3597.3180 24.4322 16.4887
+ raw pressures : -0.14735E+01 0.35750E+00
+ Smoothing pressures 3597.5408 24.6549 0.2227
+ do leaf measurements 3597.5418 24.6560 0.0011
+ compute convergence criterion 3597.5843 24.6985 0.0425
+ velocity_diff_norm = 0.0158678 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3597.5892
+ -----------------------------------
+ build system 3597.5937 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3605.6023 8.0131 8.0086
+ =================================
+ wsmp: initialisation time: 0.0492661 s
+ wsmp: ordering time: 4.1060600 s
+ wsmp: symbolic fact. time: 0.7066729 s
+ wsmp: Cholesky fact. time: 11.3783560 s
+ wsmp: Factorisation 14481.1503670 Mflops
+ wsmp: back substitution time: 0.1211069 s
+ wsmp: from b to rhs vector: 0.0072680 s
+ ---------------------------------
+ wsmp: total solve time: 16.3690951 s
+ =================================
+ u : -0.10136E+01 0.19530E+00
+ v : -0.40373E-01 0.12588E+00
+ w : -0.73309E+00 0.22824E+00
+ =================================
+ Calculate pressures 3621.9883 24.3991 16.3860
+ raw pressures : -0.15168E+01 0.36592E+00
+ Smoothing pressures 3622.2109 24.6217 0.2225
+ do leaf measurements 3622.2120 24.6227 0.0011
+ compute convergence criterion 3622.2545 24.6653 0.0426
+ velocity_diff_norm = 0.0107479 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3622.2595
+ -----------------------------------
+ build system 3622.2641 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3630.2475 7.9880 7.9834
+ =================================
+ wsmp: initialisation time: 0.0503490 s
+ wsmp: ordering time: 4.1005480 s
+ wsmp: symbolic fact. time: 0.7073431 s
+ wsmp: Cholesky fact. time: 11.3961549 s
+ wsmp: Factorisation 14458.5332160 Mflops
+ wsmp: back substitution time: 0.1203969 s
+ wsmp: from b to rhs vector: 0.0073118 s
+ ---------------------------------
+ wsmp: total solve time: 16.3824801 s
+ =================================
+ u : -0.10130E+01 0.21081E+00
+ v : -0.42938E-01 0.12573E+00
+ w : -0.72850E+00 0.22779E+00
+ =================================
+ Calculate pressures 3646.6465 24.3870 16.3990
+ raw pressures : -0.15383E+01 0.36318E+00
+ Smoothing pressures 3646.8689 24.6094 0.2224
+ do leaf measurements 3646.8700 24.6105 0.0011
+ compute convergence criterion 3646.9123 24.6528 0.0423
+ velocity_diff_norm = 0.0081066 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3646.9154 24.6559 0.0031
+Compute isostasy and adjust vertical 3646.9156 24.6561 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -40656715436120.734 30680512376618.34
+ def in m -7.3782520294189453 0.50466203689575195
+ dimensionless def -1.44189153398786256E-6 2.10807200840541297E-5
+ Isostatic velocity range = -0.0142640 0.2102993
+ Compute divergence 3647.1305 24.8710 0.2149
+ wsmp_cleanup 3647.1667 24.9072 0.0361
+ Reset surface geometry 3647.1717 24.9122 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 3647.1797 24.9202 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3647.1980 24.9385 0.0183
+ Advect surface 1 3647.1981 24.9386 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3647.3908 25.1313 0.1927
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3647.5865 25.3270 0.1957
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3647.8396 25.5801 0.2531
+ Advect the cloud 3647.9580 25.6985 0.1184
+ Write output 3648.6049 26.3454 0.6470
+ End of time step 3649.4115 27.1520 0.8066
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 22 3649.4117
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3649.4117 0.0001 0.0001
+ surface 01 3649.4118 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3649.4118 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3649.4350 0.0234 0.0232
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3649.4556 0.0439 0.0205
+ S. 2: 16900points
+ refine surface 3649.4557 0.0440 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3649.4790 0.0673 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3649.4991 0.0875 0.0202
+ S. 3: 16900points
+ refine surface 3649.4993 0.0876 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3649.5229 0.1112 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3649.5474
+ -----------------------------------------------------------------------
+ Create octree solve 3649.5477 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3649.5633 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3649.5869 0.0395 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3649.5876 0.0402 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3649.6017 0.0543 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3649.7240 0.1766 0.1223
+ Imbed surface in osolve 3649.9077 0.3603 0.1837
+ embedding surface 1 3649.9078 0.3604 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3651.8385 2.2911 1.9307
+ osolve%nleaves= 59424
+ embedding surface 3 3653.9069 4.3595 2.0683
+ osolve%nleaves= 64128
+ Assessing octree stability 3657.4430 7.8956 3.5361
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3657.4474 7.9000 0.0044
+ Interpolate velo onto osolve 3657.7576 8.2102 0.3102
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3657.9315 8.3841 0.1739
+ Find void 3658.2019 8.6545 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 3658.2308 8.6834 0.0289
+ wsmp setup1 3658.2383 8.6909 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3659.2551 9.7077 1.0169
+ -----------------------------------
+ start of non-linear iteratio 1 3659.3010
+ -----------------------------------
+ build system 3659.3012 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 4.99361E+00
+ viscosity capped in 37088
+ wsmp solve 3667.2281 7.9271 7.9269
+ =================================
+ wsmp: initialisation time: 0.0553961 s
+ wsmp: ordering time: 4.1000381 s
+ wsmp: symbolic fact. time: 0.7067230 s
+ wsmp: Cholesky fact. time: 11.4360991 s
+ wsmp: Factorisation 14408.0322424 Mflops
+ wsmp: back substitution time: 0.1203580 s
+ wsmp: from b to rhs vector: 0.0072320 s
+ ---------------------------------
+ wsmp: total solve time: 16.4262111 s
+ =================================
+ u : -0.10230E+01 0.18694E+00
+ v : -0.99982E-01 0.10401E+00
+ w : -0.76374E+00 0.28903E+00
+ =================================
+ Calculate pressures 3683.6709 24.3698 16.4428
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 3683.8939 24.5928 0.2230
+ do leaf measurements 3683.8950 24.5939 0.0011
+ compute convergence criterion 3683.9365 24.6354 0.0415
+ velocity_diff_norm = 0.5879671 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3683.9413
+ -----------------------------------
+ build system 3683.9458 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80025E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3691.8888 7.9475 7.9430
+ =================================
+ wsmp: initialisation time: 0.0482631 s
+ wsmp: ordering time: 4.1087859 s
+ wsmp: symbolic fact. time: 0.7114940 s
+ wsmp: Cholesky fact. time: 11.3787379 s
+ wsmp: Factorisation 14480.6642828 Mflops
+ wsmp: back substitution time: 0.1212049 s
+ wsmp: from b to rhs vector: 0.0071199 s
+ ---------------------------------
+ wsmp: total solve time: 16.3759780 s
+ =================================
+ u : -0.10176E+01 0.13976E+00
+ v : -0.47512E-01 0.10405E+00
+ w : -0.76821E+00 0.22563E+00
+ =================================
+ Calculate pressures 3708.2807 24.3393 16.3919
+ raw pressures : -0.12375E+01 0.19011E+00
+ Smoothing pressures 3708.5059 24.5646 0.2252
+ do leaf measurements 3708.5070 24.5657 0.0011
+ compute convergence criterion 3708.5486 24.6072 0.0416
+ velocity_diff_norm = 0.0712260 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3708.5534
+ -----------------------------------
+ build system 3708.5579 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3716.5700 8.0166 8.0121
+ =================================
+ wsmp: initialisation time: 0.0482581 s
+ wsmp: ordering time: 4.1076219 s
+ wsmp: symbolic fact. time: 0.7058971 s
+ wsmp: Cholesky fact. time: 11.3962681 s
+ wsmp: Factorisation 14458.3895364 Mflops
+ wsmp: back substitution time: 0.1203899 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.3859420 s
+ =================================
+ u : -0.10152E+01 0.15738E+00
+ v : -0.37778E-01 0.11986E+00
+ w : -0.74761E+00 0.23158E+00
+ =================================
+ Calculate pressures 3732.9724 24.4190 16.4025
+ raw pressures : -0.13764E+01 0.31582E+00
+ Smoothing pressures 3733.1945 24.6411 0.2221
+ do leaf measurements 3733.1956 24.6422 0.0011
+ compute convergence criterion 3733.2372 24.6838 0.0415
+ velocity_diff_norm = 0.0359190 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3733.2420
+ -----------------------------------
+ build system 3733.2464 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3741.1852 7.9432 7.9388
+ =================================
+ wsmp: initialisation time: 0.0495682 s
+ wsmp: ordering time: 4.1254320 s
+ wsmp: symbolic fact. time: 0.7045729 s
+ wsmp: Cholesky fact. time: 11.4703460 s
+ wsmp: Factorisation 14365.0142942 Mflops
+ wsmp: back substitution time: 0.1204810 s
+ wsmp: from b to rhs vector: 0.0071609 s
+ ---------------------------------
+ wsmp: total solve time: 16.4779301 s
+ =================================
+ u : -0.10143E+01 0.17791E+00
+ v : -0.37662E-01 0.12394E+00
+ w : -0.73828E+00 0.22912E+00
+ =================================
+ Calculate pressures 3757.6796 24.4376 16.4944
+ raw pressures : -0.14744E+01 0.35851E+00
+ Smoothing pressures 3757.9027 24.6607 0.2231
+ do leaf measurements 3757.9038 24.6618 0.0011
+ compute convergence criterion 3757.9455 24.7035 0.0416
+ velocity_diff_norm = 0.0159046 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3757.9503
+ -----------------------------------
+ build system 3757.9548 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3765.9626 8.0123 8.0078
+ =================================
+ wsmp: initialisation time: 0.0495901 s
+ wsmp: ordering time: 4.0970910 s
+ wsmp: symbolic fact. time: 0.7068660 s
+ wsmp: Cholesky fact. time: 11.3747220 s
+ wsmp: Factorisation 14485.7767792 Mflops
+ wsmp: back substitution time: 0.1210899 s
+ wsmp: from b to rhs vector: 0.0071561 s
+ ---------------------------------
+ wsmp: total solve time: 16.3568811 s
+ =================================
+ u : -0.10136E+01 0.19553E+00
+ v : -0.40391E-01 0.12610E+00
+ w : -0.73340E+00 0.22835E+00
+ =================================
+ Calculate pressures 3782.3366 24.3862 16.3739
+ raw pressures : -0.15179E+01 0.36714E+00
+ Smoothing pressures 3782.5588 24.6084 0.2222
+ do leaf measurements 3782.5599 24.6096 0.0011
+ compute convergence criterion 3782.6019 24.6515 0.0420
+ velocity_diff_norm = 0.0107617 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3782.6069
+ -----------------------------------
+ build system 3782.6114 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3790.5987 7.9919 7.9873
+ =================================
+ wsmp: initialisation time: 0.0479159 s
+ wsmp: ordering time: 4.0977671 s
+ wsmp: symbolic fact. time: 0.7043638 s
+ wsmp: Cholesky fact. time: 11.3919759 s
+ wsmp: Factorisation 14463.8371443 Mflops
+ wsmp: back substitution time: 0.1220579 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3715661 s
+ =================================
+ u : -0.10130E+01 0.21103E+00
+ v : -0.42941E-01 0.12594E+00
+ w : -0.72877E+00 0.22779E+00
+ =================================
+ Calculate pressures 3806.9868 24.3799 16.3881
+ raw pressures : -0.15395E+01 0.36422E+00
+ Smoothing pressures 3807.2098 24.6030 0.2231
+ do leaf measurements 3807.2110 24.6041 0.0011
+ compute convergence criterion 3807.2525 24.6456 0.0415
+ velocity_diff_norm = 0.0081140 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3807.2556 24.6487 0.0031
+Compute isostasy and adjust vertical 3807.2557 24.6489 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -41841409326108.016 32126120412121.965
+ def in m -7.4082808494567871 0.50434261560440063
+ dimensionless def -1.44097890172685894E-6 2.11665167127336764E-5
+ Isostatic velocity range = -0.0142921 0.2110992
+ Compute divergence 3807.4605 24.8536 0.2048
+ wsmp_cleanup 3807.5004 24.8936 0.0399
+ Reset surface geometry 3807.5051 24.8982 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 3807.5133 24.9065 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3807.5295 24.9226 0.0162
+ Advect surface 1 3807.5297 24.9228 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3807.7251 25.1182 0.1954
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3807.9219 25.3150 0.1967
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3808.1720 25.5652 0.2502
+ Advect the cloud 3808.2906 25.6837 0.1185
+ Write output 3808.9381 26.3312 0.6475
+ End of time step 3809.7496 27.1427 0.8115
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 23 3809.7497
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3809.7498 0.0001 0.0001
+ surface 01 3809.7498 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3809.7499 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3809.7725 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3809.7930 0.0433 0.0205
+ S. 2: 16900points
+ refine surface 3809.7931 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3809.8163 0.0666 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3809.8364 0.0867 0.0201
+ S. 3: 16900points
+ refine surface 3809.8366 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3809.8602 0.1105 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3809.8848
+ -----------------------------------------------------------------------
+ Create octree solve 3809.8850 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3809.9006 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3809.9245 0.0398 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3809.9252 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3809.9393 0.0545 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3810.0615 0.1767 0.1222
+ Imbed surface in osolve 3810.2426 0.3578 0.1811
+ embedding surface 1 3810.2428 0.3580 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3812.1835 2.2987 1.9407
+ osolve%nleaves= 59424
+ embedding surface 3 3814.2576 4.3729 2.0741
+ osolve%nleaves= 64128
+ Assessing octree stability 3817.8070 7.9222 3.5494
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3817.8114 7.9266 0.0044
+ Interpolate velo onto osolve 3818.1601 8.2753 0.3487
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3818.2627 8.3780 0.1026
+ Find void 3818.5330 8.6483 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 3818.5619 8.6771 0.0289
+ wsmp setup1 3818.5695 8.6847 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3819.5855 9.7008 1.0160
+ -----------------------------------
+ start of non-linear iteratio 1 3819.6324
+ -----------------------------------
+ build system 3819.6326 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 5.02243E+00
+ viscosity capped in 37088
+ wsmp solve 3827.5651 7.9327 7.9325
+ =================================
+ wsmp: initialisation time: 0.0537851 s
+ wsmp: ordering time: 4.0921788 s
+ wsmp: symbolic fact. time: 0.7053580 s
+ wsmp: Cholesky fact. time: 11.4356580 s
+ wsmp: Factorisation 14408.5879615 Mflops
+ wsmp: back substitution time: 0.1208801 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4154181 s
+ =================================
+ u : -0.10230E+01 0.18734E+00
+ v : -0.10037E+00 0.10614E+00
+ w : -0.76378E+00 0.29107E+00
+ =================================
+ Calculate pressures 3843.9978 24.3654 16.4327
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 3844.2202 24.5878 0.2224
+ do leaf measurements 3844.2214 24.5889 0.0011
+ compute convergence criterion 3844.2629 24.6305 0.0416
+ velocity_diff_norm = 0.5881102 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 3844.2679
+ -----------------------------------
+ build system 3844.2724 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78156E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3852.2169 7.9490 7.9445
+ =================================
+ wsmp: initialisation time: 0.0482159 s
+ wsmp: ordering time: 4.1037691 s
+ wsmp: symbolic fact. time: 0.7141120 s
+ wsmp: Cholesky fact. time: 11.3810000 s
+ wsmp: Factorisation 14477.7860704 Mflops
+ wsmp: back substitution time: 0.1217670 s
+ wsmp: from b to rhs vector: 0.0072470 s
+ ---------------------------------
+ wsmp: total solve time: 16.3764989 s
+ =================================
+ u : -0.10177E+01 0.14009E+00
+ v : -0.48142E-01 0.10393E+00
+ w : -0.76814E+00 0.22725E+00
+ =================================
+ Calculate pressures 3868.6103 24.3424 16.3934
+ raw pressures : -0.12369E+01 0.18197E+00
+ Smoothing pressures 3868.8349 24.5670 0.2245
+ do leaf measurements 3868.8360 24.5681 0.0011
+ compute convergence criterion 3868.8777 24.6098 0.0417
+ velocity_diff_norm = 0.0713065 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 3868.8827
+ -----------------------------------
+ build system 3868.8873 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3876.8940 8.0113 8.0067
+ =================================
+ wsmp: initialisation time: 0.0474470 s
+ wsmp: ordering time: 4.1011560 s
+ wsmp: symbolic fact. time: 0.7076509 s
+ wsmp: Cholesky fact. time: 11.3895619 s
+ wsmp: Factorisation 14466.9027171 Mflops
+ wsmp: back substitution time: 0.1211350 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.3745370 s
+ =================================
+ u : -0.10153E+01 0.15766E+00
+ v : -0.37453E-01 0.11969E+00
+ w : -0.74769E+00 0.23212E+00
+ =================================
+ Calculate pressures 3893.2852 24.4026 16.3913
+ raw pressures : -0.13761E+01 0.31550E+00
+ Smoothing pressures 3893.5071 24.6244 0.2219
+ do leaf measurements 3893.5082 24.6256 0.0011
+ compute convergence criterion 3893.5499 24.6672 0.0416
+ velocity_diff_norm = 0.0359763 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 3893.5548
+ -----------------------------------
+ build system 3893.5593 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3901.4983 7.9435 7.9390
+ =================================
+ wsmp: initialisation time: 0.0484300 s
+ wsmp: ordering time: 4.1244340 s
+ wsmp: symbolic fact. time: 0.7115262 s
+ wsmp: Cholesky fact. time: 11.4652429 s
+ wsmp: Factorisation 14371.4080764 Mflops
+ wsmp: back substitution time: 0.1209431 s
+ wsmp: from b to rhs vector: 0.0072129 s
+ ---------------------------------
+ wsmp: total solve time: 16.4781661 s
+ =================================
+ u : -0.10143E+01 0.17812E+00
+ v : -0.37501E-01 0.12385E+00
+ w : -0.73832E+00 0.22937E+00
+ =================================
+ Calculate pressures 3917.9929 24.4381 16.4946
+ raw pressures : -0.14745E+01 0.35836E+00
+ Smoothing pressures 3918.2160 24.6612 0.2231
+ do leaf measurements 3918.2171 24.6623 0.0011
+ compute convergence criterion 3918.2587 24.7039 0.0416
+ velocity_diff_norm = 0.0158780 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 3918.2636
+ -----------------------------------
+ build system 3918.2682 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3926.2744 8.0108 8.0062
+ =================================
+ wsmp: initialisation time: 0.0506859 s
+ wsmp: ordering time: 4.1044919 s
+ wsmp: symbolic fact. time: 0.7075021 s
+ wsmp: Cholesky fact. time: 11.3812950 s
+ wsmp: Factorisation 14477.4109072 Mflops
+ wsmp: back substitution time: 0.1211081 s
+ wsmp: from b to rhs vector: 0.0072210 s
+ ---------------------------------
+ wsmp: total solve time: 16.3727038 s
+ =================================
+ u : -0.10136E+01 0.19573E+00
+ v : -0.40319E-01 0.12599E+00
+ w : -0.73337E+00 0.22837E+00
+ =================================
+ Calculate pressures 3942.6647 24.4010 16.3902
+ raw pressures : -0.15182E+01 0.36712E+00
+ Smoothing pressures 3942.8863 24.6227 0.2216
+ do leaf measurements 3942.8874 24.6238 0.0011
+ compute convergence criterion 3942.9294 24.6658 0.0420
+ velocity_diff_norm = 0.0107888 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 3942.9344
+ -----------------------------------
+ build system 3942.9391 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 3950.9317 7.9972 7.9926
+ =================================
+ wsmp: initialisation time: 0.0479081 s
+ wsmp: ordering time: 4.1103311 s
+ wsmp: symbolic fact. time: 0.7077799 s
+ wsmp: Cholesky fact. time: 11.4047730 s
+ wsmp: Factorisation 14447.6074990 Mflops
+ wsmp: back substitution time: 0.1213460 s
+ wsmp: from b to rhs vector: 0.0071280 s
+ ---------------------------------
+ wsmp: total solve time: 16.3996310 s
+ =================================
+ u : -0.10131E+01 0.21123E+00
+ v : -0.42874E-01 0.12589E+00
+ w : -0.72871E+00 0.22785E+00
+ =================================
+ Calculate pressures 3967.3481 24.4137 16.4165
+ raw pressures : -0.15399E+01 0.36419E+00
+ Smoothing pressures 3967.5696 24.6351 0.2214
+ do leaf measurements 3967.5707 24.6362 0.0011
+ compute convergence criterion 3967.6122 24.6778 0.0415
+ velocity_diff_norm = 0.0081207 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 3967.6154 24.6810 0.0032
+Compute isostasy and adjust vertical 3967.6156 24.6812 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -43010000230225.625 33549528419622.539
+ def in m -7.4367160797119141 0.5048176646232605
+ dimensionless def -1.44233618463788729E-6 2.12477602277483256E-5
+ Isostatic velocity range = -0.0143371 0.2118518
+ Compute divergence 3967.8207 24.8863 0.2051
+ wsmp_cleanup 3967.8567 24.9223 0.0360
+ Reset surface geometry 3967.8617 24.9273 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 3967.8698 24.9354 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 3967.8878 24.9534 0.0180
+ Advect surface 1 3967.8880 24.9535 0.0002
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 3968.0764 25.1420 0.1885
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 3968.2746 25.3402 0.1982
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 3968.5180 25.5835 0.2433
+ Advect the cloud 3968.6360 25.7015 0.1180
+ Write output 3969.2868 26.3523 0.6508
+ End of time step 3970.0946 27.1601 0.8078
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 24 3970.0947
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 3970.0948 0.0001 0.0001
+ surface 01 3970.0948 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 3970.0948 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 3970.1176 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 3970.1381 0.0434 0.0205
+ S. 2: 16900points
+ refine surface 3970.1382 0.0435 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 3970.1614 0.0667 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 3970.1814 0.0867 0.0200
+ S. 3: 16900points
+ refine surface 3970.1815 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 3970.2050 0.1103 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 3970.2298
+ -----------------------------------------------------------------------
+ Create octree solve 3970.2300 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 3970.2457 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 3970.2693 0.0395 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 3970.2701 0.0403 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 3970.2842 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 3970.4064 0.1766 0.1222
+ Imbed surface in osolve 3970.5874 0.3577 0.1811
+ embedding surface 1 3970.5876 0.3578 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 3972.5219 2.2921 1.9343
+ osolve%nleaves= 59424
+ embedding surface 3 3974.5933 4.3636 2.0714
+ osolve%nleaves= 64128
+ Assessing octree stability 3978.1521 7.9223 3.5587
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 3978.1571 7.9273 0.0050
+ Interpolate velo onto osolve 3978.5305 8.3007 0.3734
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 3978.6606 8.4308 0.1301
+ Find void 3978.9299 8.7001 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 3978.9587 8.7289 0.0288
+ wsmp setup1 3978.9660 8.7362 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 3979.9807 9.7509 1.0147
+ -----------------------------------
+ start of non-linear iteratio 1 3980.0263
+ -----------------------------------
+ build system 3980.0265 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 4.22797E+00
+ viscosity capped in 37088
+ wsmp solve 3987.9609 7.9346 7.9344
+ =================================
+ wsmp: initialisation time: 0.0548649 s
+ wsmp: ordering time: 4.0954340 s
+ wsmp: symbolic fact. time: 0.7080369 s
+ wsmp: Cholesky fact. time: 11.4273570 s
+ wsmp: Factorisation 14419.0545964 Mflops
+ wsmp: back substitution time: 0.1204960 s
+ wsmp: from b to rhs vector: 0.0077670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4143291 s
+ =================================
+ u : -0.10231E+01 0.18741E+00
+ v : -0.10053E+00 0.10541E+00
+ w : -0.76390E+00 0.28472E+00
+ =================================
+ Calculate pressures 4004.3921 24.3658 16.4312
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 4004.6149 24.5886 0.2228
+ do leaf measurements 4004.6160 24.5897 0.0011
+ compute convergence criterion 4004.6579 24.6316 0.0419
+ velocity_diff_norm = 0.5890654 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4004.6627
+ -----------------------------------
+ build system 4004.6671 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79183E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4012.6100 7.9474 7.9429
+ =================================
+ wsmp: initialisation time: 0.0490780 s
+ wsmp: ordering time: 4.1055820 s
+ wsmp: symbolic fact. time: 0.7135851 s
+ wsmp: Cholesky fact. time: 11.3786600 s
+ wsmp: Factorisation 14480.7634996 Mflops
+ wsmp: back substitution time: 0.1215079 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3759861 s
+ =================================
+ u : -0.10176E+01 0.14007E+00
+ v : -0.48039E-01 0.10326E+00
+ w : -0.76838E+00 0.22620E+00
+ =================================
+ Calculate pressures 4029.0032 24.3405 16.3931
+ raw pressures : -0.12378E+01 0.18029E+00
+ Smoothing pressures 4029.2276 24.5649 0.2244
+ do leaf measurements 4029.2287 24.5660 0.0011
+ compute convergence criterion 4029.2705 24.6079 0.0419
+ velocity_diff_norm = 0.0717981 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4029.2753
+ -----------------------------------
+ build system 4029.2798 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4037.2856 8.0103 8.0058
+ =================================
+ wsmp: initialisation time: 0.0501859 s
+ wsmp: ordering time: 4.1143432 s
+ wsmp: symbolic fact. time: 0.7067230 s
+ wsmp: Cholesky fact. time: 11.3885250 s
+ wsmp: Factorisation 14468.2198742 Mflops
+ wsmp: back substitution time: 0.1206651 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.3880191 s
+ =================================
+ u : -0.10151E+01 0.15769E+00
+ v : -0.37502E-01 0.11962E+00
+ w : -0.74762E+00 0.23231E+00
+ =================================
+ Calculate pressures 4053.6904 24.4151 16.4048
+ raw pressures : -0.13771E+01 0.31605E+00
+ Smoothing pressures 4053.9184 24.6431 0.2280
+ do leaf measurements 4053.9195 24.6442 0.0010
+ compute convergence criterion 4053.9614 24.6861 0.0420
+ velocity_diff_norm = 0.0359869 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4053.9662
+ -----------------------------------
+ build system 4053.9706 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4061.9097 7.9435 7.9391
+ =================================
+ wsmp: initialisation time: 0.0498352 s
+ wsmp: ordering time: 4.1157589 s
+ wsmp: symbolic fact. time: 0.7061570 s
+ wsmp: Cholesky fact. time: 11.4563360 s
+ wsmp: Factorisation 14382.5812692 Mflops
+ wsmp: back substitution time: 0.1204810 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4561648 s
+ =================================
+ u : -0.10141E+01 0.17825E+00
+ v : -0.37456E-01 0.12382E+00
+ w : -0.73825E+00 0.22953E+00
+ =================================
+ Calculate pressures 4078.3824 24.4162 16.4727
+ raw pressures : -0.14753E+01 0.35883E+00
+ Smoothing pressures 4078.6055 24.6393 0.2231
+ do leaf measurements 4078.6066 24.6404 0.0011
+ compute convergence criterion 4078.6484 24.6822 0.0418
+ velocity_diff_norm = 0.0157798 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4078.6532
+ -----------------------------------
+ build system 4078.6576 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4086.6584 8.0052 8.0008
+ =================================
+ wsmp: initialisation time: 0.0519550 s
+ wsmp: ordering time: 4.1100562 s
+ wsmp: symbolic fact. time: 0.7056181 s
+ wsmp: Cholesky fact. time: 11.3679440 s
+ wsmp: Factorisation 14494.4137518 Mflops
+ wsmp: back substitution time: 0.1205349 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3637271 s
+ =================================
+ u : -0.10135E+01 0.19589E+00
+ v : -0.40165E-01 0.12605E+00
+ w : -0.73338E+00 0.22854E+00
+ =================================
+ Calculate pressures 4103.0391 24.3859 16.3807
+ raw pressures : -0.15187E+01 0.36732E+00
+ Smoothing pressures 4103.2608 24.6077 0.2218
+ do leaf measurements 4103.2619 24.6088 0.0011
+ compute convergence criterion 4103.3041 24.6510 0.0422
+ velocity_diff_norm = 0.0107473 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4103.3090
+ -----------------------------------
+ build system 4103.3135 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4111.3060 7.9970 7.9924
+ =================================
+ wsmp: initialisation time: 0.0484929 s
+ wsmp: ordering time: 4.1070602 s
+ wsmp: symbolic fact. time: 0.7053170 s
+ wsmp: Cholesky fact. time: 11.3868399 s
+ wsmp: Factorisation 14470.3610312 Mflops
+ wsmp: back substitution time: 0.1206980 s
+ wsmp: from b to rhs vector: 0.0072079 s
+ ---------------------------------
+ wsmp: total solve time: 16.3759890 s
+ =================================
+ u : -0.10130E+01 0.21139E+00
+ v : -0.42766E-01 0.12592E+00
+ w : -0.72873E+00 0.22792E+00
+ =================================
+ Calculate pressures 4127.6985 24.3895 16.3925
+ raw pressures : -0.15401E+01 0.36441E+00
+ Smoothing pressures 4127.9205 24.6115 0.2220
+ do leaf measurements 4127.9216 24.6126 0.0011
+ compute convergence criterion 4127.9633 24.6543 0.0418
+ velocity_diff_norm = 0.0081073 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4127.9664 24.6574 0.0030
+Compute isostasy and adjust vertical 4127.9665 24.6576 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -44164234032746.508 34951246338146.277
+ def in m -7.4646673202514648 0.50685662031173706
+ dimensionless def -1.44816177231924882E-6 2.13276209150041872E-5
+ Isostatic velocity range = -0.0144242 0.2125885
+ Compute divergence 4128.1721 24.8631 0.2056
+ wsmp_cleanup 4128.2083 24.8993 0.0362
+ Reset surface geometry 4128.2133 24.9043 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 4128.2214 24.9124 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4128.2394 24.9304 0.0180
+ Advect surface 1 4128.2395 24.9305 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4128.4338 25.1248 0.1942
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4128.6277 25.3187 0.1939
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4128.8763 25.5673 0.2487
+ Advect the cloud 4128.9970 25.6880 0.1207
+ Write output 4129.6517 26.3427 0.6547
+ End of time step 4130.4642 27.1552 0.8125
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 25 4130.4644
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4130.4644 0.0001 0.0001
+ surface 01 4130.4645 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4130.4645 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4130.4872 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4130.5079 0.0436 0.0207
+ S. 2: 16900points
+ refine surface 4130.5081 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4130.5312 0.0668 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4130.5512 0.0868 0.0200
+ S. 3: 16900points
+ refine surface 4130.5513 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4130.5749 0.1105 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4130.5995
+ -----------------------------------------------------------------------
+ Create octree solve 4130.5998 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4130.6154 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 4130.6392 0.0397 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4130.6399 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4130.6540 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4130.7762 0.1766 0.1222
+ Imbed surface in osolve 4130.9613 0.3618 0.1851
+ embedding surface 1 4130.9615 0.3619 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4132.9132 2.3137 1.9518
+ osolve%nleaves= 59424
+ embedding surface 3 4134.9882 4.3887 2.0750
+ osolve%nleaves= 64128
+ Assessing octree stability 4138.5593 7.9598 3.5712
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4138.5647 7.9652 0.0053
+ Interpolate velo onto osolve 4138.9470 8.3474 0.3823
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4139.0119 8.4124 0.0649
+ Find void 4139.2833 8.6838 0.2714
+ whole leaf in fluid 32992
+ Define boundary conditions 4139.3122 8.7127 0.0289
+ wsmp setup1 4139.3199 8.7203 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4140.3364 9.7369 1.0165
+ -----------------------------------
+ start of non-linear iteratio 1 4140.3830
+ -----------------------------------
+ build system 4140.3831 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 4.64697E+00
+ viscosity capped in 37088
+ wsmp solve 4148.3112 7.9282 7.9280
+ =================================
+ wsmp: initialisation time: 0.0491731 s
+ wsmp: ordering time: 4.0960321 s
+ wsmp: symbolic fact. time: 0.7070282 s
+ wsmp: Cholesky fact. time: 11.4102950 s
+ wsmp: Factorisation 14440.6155788 Mflops
+ wsmp: back substitution time: 0.1208019 s
+ wsmp: from b to rhs vector: 0.0072870 s
+ ---------------------------------
+ wsmp: total solve time: 16.3910120 s
+ =================================
+ u : -0.10231E+01 0.18655E+00
+ v : -0.10112E+00 0.10617E+00
+ w : -0.76360E+00 0.28483E+00
+ =================================
+ Calculate pressures 4164.7180 24.3351 16.4069
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 4164.9417 24.5588 0.2237
+ do leaf measurements 4164.9428 24.5598 0.0010
+ compute convergence criterion 4164.9850 24.6020 0.0422
+ velocity_diff_norm = 0.5884155 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4164.9898
+ -----------------------------------
+ build system 4164.9942 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76999E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4172.9330 7.9432 7.9388
+ =================================
+ wsmp: initialisation time: 0.0496161 s
+ wsmp: ordering time: 4.1056211 s
+ wsmp: symbolic fact. time: 0.7118938 s
+ wsmp: Cholesky fact. time: 11.3759580 s
+ wsmp: Factorisation 14484.2029453 Mflops
+ wsmp: back substitution time: 0.1211741 s
+ wsmp: from b to rhs vector: 0.0072780 s
+ ---------------------------------
+ wsmp: total solve time: 16.3719349 s
+ =================================
+ u : -0.10175E+01 0.13932E+00
+ v : -0.48666E-01 0.10350E+00
+ w : -0.76809E+00 0.22869E+00
+ =================================
+ Calculate pressures 4189.3215 24.3317 16.3885
+ raw pressures : -0.12366E+01 0.18547E+00
+ Smoothing pressures 4189.5462 24.5564 0.2247
+ do leaf measurements 4189.5472 24.5575 0.0011
+ compute convergence criterion 4189.5894 24.5996 0.0422
+ velocity_diff_norm = 0.0712846 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4189.5942
+ -----------------------------------
+ build system 4189.5987 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4197.5964 8.0021 7.9976
+ =================================
+ wsmp: initialisation time: 0.0483770 s
+ wsmp: ordering time: 4.1041520 s
+ wsmp: symbolic fact. time: 0.7051959 s
+ wsmp: Cholesky fact. time: 11.3839440 s
+ wsmp: Factorisation 14474.0419818 Mflops
+ wsmp: back substitution time: 0.1204920 s
+ wsmp: from b to rhs vector: 0.0074260 s
+ ---------------------------------
+ wsmp: total solve time: 16.3699951 s
+ =================================
+ u : -0.10154E+01 0.15717E+00
+ v : -0.37622E-01 0.11941E+00
+ w : -0.74721E+00 0.23328E+00
+ =================================
+ Calculate pressures 4213.9826 24.3884 16.3863
+ raw pressures : -0.13754E+01 0.31449E+00
+ Smoothing pressures 4214.2058 24.6116 0.2232
+ do leaf measurements 4214.2069 24.6126 0.0010
+ compute convergence criterion 4214.2490 24.6548 0.0422
+ velocity_diff_norm = 0.0359271 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4214.2538
+ -----------------------------------
+ build system 4214.2583 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4222.1958 7.9420 7.9375
+ =================================
+ wsmp: initialisation time: 0.0495749 s
+ wsmp: ordering time: 4.1149781 s
+ wsmp: symbolic fact. time: 0.7060640 s
+ wsmp: Cholesky fact. time: 11.4683430 s
+ wsmp: Factorisation 14367.5231544 Mflops
+ wsmp: back substitution time: 0.1205268 s
+ wsmp: from b to rhs vector: 0.0072770 s
+ ---------------------------------
+ wsmp: total solve time: 16.4671550 s
+ =================================
+ u : -0.10144E+01 0.17783E+00
+ v : -0.37697E-01 0.12362E+00
+ w : -0.73791E+00 0.23007E+00
+ =================================
+ Calculate pressures 4238.6801 24.4263 16.4844
+ raw pressures : -0.14738E+01 0.35749E+00
+ Smoothing pressures 4238.9021 24.6484 0.2220
+ do leaf measurements 4238.9032 24.6494 0.0011
+ compute convergence criterion 4238.9453 24.6915 0.0421
+ velocity_diff_norm = 0.0158607 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4238.9501
+ -----------------------------------
+ build system 4238.9546 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4246.9512 8.0011 7.9966
+ =================================
+ wsmp: initialisation time: 0.0511649 s
+ wsmp: ordering time: 4.0912631 s
+ wsmp: symbolic fact. time: 0.7069559 s
+ wsmp: Cholesky fact. time: 11.3728809 s
+ wsmp: Factorisation 14488.1217703 Mflops
+ wsmp: back substitution time: 0.1202180 s
+ wsmp: from b to rhs vector: 0.0072899 s
+ ---------------------------------
+ wsmp: total solve time: 16.3501620 s
+ =================================
+ u : -0.10136E+01 0.19552E+00
+ v : -0.40186E-01 0.12585E+00
+ w : -0.73306E+00 0.22869E+00
+ =================================
+ Calculate pressures 4263.3180 24.3679 16.3668
+ raw pressures : -0.15172E+01 0.36594E+00
+ Smoothing pressures 4263.5405 24.5904 0.2225
+ do leaf measurements 4263.5415 24.5914 0.0011
+ compute convergence criterion 4263.5933 24.6432 0.0517
+ velocity_diff_norm = 0.0107650 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4263.5981
+ -----------------------------------
+ build system 4263.6026 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4271.6015 8.0034 7.9988
+ =================================
+ wsmp: initialisation time: 0.0468731 s
+ wsmp: ordering time: 4.1127710 s
+ wsmp: symbolic fact. time: 0.7065370 s
+ wsmp: Cholesky fact. time: 11.3997459 s
+ wsmp: Factorisation 14453.9785996 Mflops
+ wsmp: back substitution time: 0.1207530 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3943608 s
+ =================================
+ u : -0.10131E+01 0.21103E+00
+ v : -0.42789E-01 0.12576E+00
+ w : -0.72847E+00 0.22807E+00
+ =================================
+ Calculate pressures 4288.0122 24.4141 16.4108
+ raw pressures : -0.15386E+01 0.36311E+00
+ Smoothing pressures 4288.2349 24.6368 0.2227
+ do leaf measurements 4288.2359 24.6378 0.0010
+ compute convergence criterion 4288.2779 24.6798 0.0420
+ velocity_diff_norm = 0.0081148 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4288.2810 24.6829 0.0031
+Compute isostasy and adjust vertical 4288.2812 24.6831 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -45300510137065.266 36333944048056.148
+ def in m -7.4911785125732422 0.50794833898544312
+ dimensionless def -1.45128096852983729E-6 2.14033671787806917E-5
+ Isostatic velocity range = -0.0144798 0.2132882
+ Compute divergence 4288.4809 24.8828 0.1997
+ wsmp_cleanup 4288.5223 24.9242 0.0414
+ Reset surface geometry 4288.5274 24.9293 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 4288.5355 24.9374 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4288.5507 24.9526 0.0152
+ Advect surface 1 4288.5508 24.9527 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4288.7424 25.1443 0.1916
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4288.9397 25.3416 0.1974
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4289.1950 25.5969 0.2553
+ Advect the cloud 4289.3182 25.7201 0.1232
+ Write output 4289.9743 26.3762 0.6561
+ End of time step 4290.7895 27.1914 0.8152
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 26 4290.7896
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4290.7897 0.0001 0.0001
+ surface 01 4290.7897 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4290.7898 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4290.8125 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4290.8330 0.0434 0.0205
+ S. 2: 16900points
+ refine surface 4290.8332 0.0435 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4290.8563 0.0667 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4290.8765 0.0868 0.0201
+ S. 3: 16900points
+ refine surface 4290.8766 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4290.9002 0.1106 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4290.9247
+ -----------------------------------------------------------------------
+ Create octree solve 4290.9249 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4290.9406 0.0159 0.0157
+ osolve%nleaves= 32768
+ improve osolve for criterion 4290.9647 0.0400 0.0241
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4290.9654 0.0408 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4290.9795 0.0548 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4291.1017 0.1770 0.1222
+ Imbed surface in osolve 4291.2831 0.3584 0.1814
+ embedding surface 1 4291.2832 0.3586 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4293.2414 2.3167 1.9581
+ osolve%nleaves= 59424
+ embedding surface 3 4295.3522 4.4275 2.1108
+ osolve%nleaves= 64128
+ Assessing octree stability 4298.9156 7.9909 3.5634
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4298.9201 7.9955 0.0045
+ Interpolate velo onto osolve 4299.2676 8.3429 0.3475
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4299.3327 8.4080 0.0651
+ Find void 4299.6088 8.6842 0.2762
+ whole leaf in fluid 32992
+ Define boundary conditions 4299.6381 8.7134 0.0292
+ wsmp setup1 4299.6453 8.7206 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4300.6531 9.7284 1.0078
+ -----------------------------------
+ start of non-linear iteratio 1 4300.6986
+ -----------------------------------
+ build system 4300.6987 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 4.39329E+00
+ viscosity capped in 37088
+ wsmp solve 4308.6337 7.9351 7.9349
+ =================================
+ wsmp: initialisation time: 0.0530660 s
+ wsmp: ordering time: 4.1083841 s
+ wsmp: symbolic fact. time: 0.7041750 s
+ wsmp: Cholesky fact. time: 11.4102511 s
+ wsmp: Factorisation 14440.6710987 Mflops
+ wsmp: back substitution time: 0.1209848 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.4044468 s
+ =================================
+ u : -0.10231E+01 0.18617E+00
+ v : -0.99253E-01 0.10556E+00
+ w : -0.76341E+00 0.28406E+00
+ =================================
+ Calculate pressures 4325.0541 24.3555 16.4205
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 4325.2778 24.5792 0.2237
+ do leaf measurements 4325.2789 24.5803 0.0011
+ compute convergence criterion 4325.3212 24.6226 0.0423
+ velocity_diff_norm = 0.5894734 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4325.3260
+ -----------------------------------
+ build system 4325.3305 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80146E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4333.2723 7.9463 7.9418
+ =================================
+ wsmp: initialisation time: 0.0500929 s
+ wsmp: ordering time: 4.1099820 s
+ wsmp: symbolic fact. time: 0.7121160 s
+ wsmp: Cholesky fact. time: 11.3841469 s
+ wsmp: Factorisation 14473.7840179 Mflops
+ wsmp: back substitution time: 0.1213100 s
+ wsmp: from b to rhs vector: 0.0072250 s
+ ---------------------------------
+ wsmp: total solve time: 16.3852329 s
+ =================================
+ u : -0.10177E+01 0.13904E+00
+ v : -0.47424E-01 0.10359E+00
+ w : -0.76783E+00 0.22574E+00
+ =================================
+ Calculate pressures 4349.6735 24.3474 16.4012
+ raw pressures : -0.12373E+01 0.17916E+00
+ Smoothing pressures 4349.8993 24.5733 0.2259
+ do leaf measurements 4349.9005 24.5744 0.0011
+ compute convergence criterion 4349.9429 24.6169 0.0425
+ velocity_diff_norm = 0.0720859 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4349.9478
+ -----------------------------------
+ build system 4349.9523 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4357.9486 8.0008 7.9963
+ =================================
+ wsmp: initialisation time: 0.0484211 s
+ wsmp: ordering time: 4.1008620 s
+ wsmp: symbolic fact. time: 0.7073269 s
+ wsmp: Cholesky fact. time: 11.3881202 s
+ wsmp: Factorisation 14468.7342030 Mflops
+ wsmp: back substitution time: 0.1213100 s
+ wsmp: from b to rhs vector: 0.0072691 s
+ ---------------------------------
+ wsmp: total solve time: 16.3736830 s
+ =================================
+ u : -0.10155E+01 0.15695E+00
+ v : -0.37576E-01 0.11961E+00
+ w : -0.74715E+00 0.23180E+00
+ =================================
+ Calculate pressures 4374.3390 24.3912 16.3904
+ raw pressures : -0.13751E+01 0.31398E+00
+ Smoothing pressures 4374.5617 24.6139 0.2227
+ do leaf measurements 4374.5628 24.6150 0.0011
+ compute convergence criterion 4374.6057 24.6579 0.0429
+ velocity_diff_norm = 0.0361373 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4374.6107
+ -----------------------------------
+ build system 4374.6153 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4382.5537 7.9430 7.9385
+ =================================
+ wsmp: initialisation time: 0.0522830 s
+ wsmp: ordering time: 4.1177549 s
+ wsmp: symbolic fact. time: 0.7078209 s
+ wsmp: Cholesky fact. time: 11.4701798 s
+ wsmp: Factorisation 14365.2224117 Mflops
+ wsmp: back substitution time: 0.1210539 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4767470 s
+ =================================
+ u : -0.10144E+01 0.17769E+00
+ v : -0.37641E-01 0.12377E+00
+ w : -0.73774E+00 0.22925E+00
+ =================================
+ Calculate pressures 4399.0471 24.4364 16.4934
+ raw pressures : -0.14733E+01 0.35701E+00
+ Smoothing pressures 4399.2705 24.6598 0.2233
+ do leaf measurements 4399.2716 24.6609 0.0011
+ compute convergence criterion 4399.3140 24.7033 0.0424
+ velocity_diff_norm = 0.0158943 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4399.3189
+ -----------------------------------
+ build system 4399.3234 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4407.3168 7.9979 7.9934
+ =================================
+ wsmp: initialisation time: 0.0465748 s
+ wsmp: ordering time: 4.1025970 s
+ wsmp: symbolic fact. time: 0.7089629 s
+ wsmp: Cholesky fact. time: 11.3674428 s
+ wsmp: Factorisation 14495.0527663 Mflops
+ wsmp: back substitution time: 0.1208000 s
+ wsmp: from b to rhs vector: 0.0073252 s
+ ---------------------------------
+ wsmp: total solve time: 16.3540940 s
+ =================================
+ u : -0.10137E+01 0.19539E+00
+ v : -0.40288E-01 0.12609E+00
+ w : -0.73288E+00 0.22836E+00
+ =================================
+ Calculate pressures 4423.6871 24.3682 16.3703
+ raw pressures : -0.15165E+01 0.36536E+00
+ Smoothing pressures 4423.9092 24.5903 0.2221
+ do leaf measurements 4423.9103 24.5914 0.0011
+ compute convergence criterion 4423.9530 24.6341 0.0427
+ velocity_diff_norm = 0.0107818 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4423.9580
+ -----------------------------------
+ build system 4423.9625 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4431.9653 8.0073 8.0027
+ =================================
+ wsmp: initialisation time: 0.0475240 s
+ wsmp: ordering time: 4.1143389 s
+ wsmp: symbolic fact. time: 0.7031081 s
+ wsmp: Cholesky fact. time: 11.3961251 s
+ wsmp: Factorisation 14458.5710269 Mflops
+ wsmp: back substitution time: 0.1207139 s
+ wsmp: from b to rhs vector: 0.0072689 s
+ ---------------------------------
+ wsmp: total solve time: 16.3894460 s
+ =================================
+ u : -0.10132E+01 0.21090E+00
+ v : -0.42832E-01 0.12594E+00
+ w : -0.72827E+00 0.22790E+00
+ =================================
+ Calculate pressures 4448.3711 24.4131 16.4059
+ raw pressures : -0.15381E+01 0.36273E+00
+ Smoothing pressures 4448.5936 24.6357 0.2225
+ do leaf measurements 4448.5948 24.6368 0.0011
+ compute convergence criterion 4448.6480 24.6900 0.0532
+ velocity_diff_norm = 0.0080993 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4448.6511 24.6932 0.0031
+Compute isostasy and adjust vertical 4448.6513 24.6933 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -46418683875380.297 37698831244302.836
+ def in m -7.518956184387207 0.51562237739562988
+ dimensionless def -1.47320679255894243E-6 2.14827319553920205E-5
+ Isostatic velocity range = -0.0146840 0.2140281
+ Compute divergence 4448.8606 24.9027 0.2093
+ wsmp_cleanup 4448.8967 24.9387 0.0360
+ Reset surface geometry 4448.9018 24.9438 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 4448.9098 24.9518 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4448.9279 24.9699 0.0180
+ Advect surface 1 4448.9280 24.9700 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4449.1190 25.1610 0.1910
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4449.3174 25.3594 0.1984
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4449.5714 25.6135 0.2541
+ Advect the cloud 4449.6934 25.7354 0.1220
+ Write output 4450.3520 26.3940 0.6585
+ End of time step 4451.1622 27.2042 0.8103
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 27 4451.1624
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4451.1624 0.0001 0.0001
+ surface 01 4451.1625 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4451.1625 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4451.1858 0.0234 0.0233
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4451.2063 0.0439 0.0205
+ S. 2: 16900points
+ refine surface 4451.2064 0.0440 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4451.2296 0.0672 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4451.2495 0.0871 0.0199
+ S. 3: 16900points
+ refine surface 4451.2496 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4451.2732 0.1109 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4451.2977
+ -----------------------------------------------------------------------
+ Create octree solve 4451.2980 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4451.3136 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 4451.3374 0.0396 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4451.3381 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4451.3521 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4451.4743 0.1766 0.1222
+ Imbed surface in osolve 4451.6550 0.3573 0.1807
+ embedding surface 1 4451.6552 0.3575 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4453.6016 2.3039 1.9464
+ osolve%nleaves= 59424
+ embedding surface 3 4455.6959 4.3982 2.0944
+ osolve%nleaves= 64128
+ Assessing octree stability 4459.2766 7.9789 3.5807
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4459.2816 7.9839 0.0051
+ Interpolate velo onto osolve 4459.6453 8.3476 0.3637
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4459.7115 8.4138 0.0662
+ Find void 4459.9874 8.6897 0.2759
+ whole leaf in fluid 32992
+ Define boundary conditions 4460.0167 8.7190 0.0293
+ wsmp setup1 4460.0243 8.7266 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4461.0317 9.7340 1.0074
+ -----------------------------------
+ start of non-linear iteratio 1 4461.0783
+ -----------------------------------
+ build system 4461.0784 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 4.66218E+00
+ viscosity capped in 37088
+ wsmp solve 4469.0267 7.9485 7.9483
+ =================================
+ wsmp: initialisation time: 0.0550580 s
+ wsmp: ordering time: 4.1005878 s
+ wsmp: symbolic fact. time: 0.7052982 s
+ wsmp: Cholesky fact. time: 11.4123399 s
+ wsmp: Factorisation 14438.0280422 Mflops
+ wsmp: back substitution time: 0.1203690 s
+ wsmp: from b to rhs vector: 0.0071869 s
+ ---------------------------------
+ wsmp: total solve time: 16.4013071 s
+ =================================
+ u : -0.10230E+01 0.18605E+00
+ v : -0.10027E+00 0.10549E+00
+ w : -0.76326E+00 0.28201E+00
+ =================================
+ Calculate pressures 4485.4441 24.3659 16.4174
+ raw pressures : -0.35112E+00 0.00000E+00
+ Smoothing pressures 4485.6678 24.5896 0.2237
+ do leaf measurements 4485.6690 24.5907 0.0011
+ compute convergence criterion 4485.7108 24.6325 0.0418
+ velocity_diff_norm = 0.5891642 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4485.7156
+ -----------------------------------
+ build system 4485.7200 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78494E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4493.6650 7.9494 7.9450
+ =================================
+ wsmp: initialisation time: 0.0500410 s
+ wsmp: ordering time: 4.1179769 s
+ wsmp: symbolic fact. time: 0.7114711 s
+ wsmp: Cholesky fact. time: 11.3853281 s
+ wsmp: Factorisation 14472.2824926 Mflops
+ wsmp: back substitution time: 0.1212480 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.3936949 s
+ =================================
+ u : -0.10176E+01 0.13884E+00
+ v : -0.47864E-01 0.10371E+00
+ w : -0.76777E+00 0.22694E+00
+ =================================
+ Calculate pressures 4510.0742 24.3586 16.4092
+ raw pressures : -0.12369E+01 0.19371E+00
+ Smoothing pressures 4510.3000 24.5845 0.2258
+ do leaf measurements 4510.3011 24.5856 0.0011
+ compute convergence criterion 4510.3430 24.6274 0.0418
+ velocity_diff_norm = 0.0716852 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4510.3478
+ -----------------------------------
+ build system 4510.3522 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4518.3503 8.0025 7.9981
+ =================================
+ wsmp: initialisation time: 0.0508320 s
+ wsmp: ordering time: 4.1133790 s
+ wsmp: symbolic fact. time: 0.7095311 s
+ wsmp: Cholesky fact. time: 11.3847859 s
+ wsmp: Factorisation 14472.9716886 Mflops
+ wsmp: back substitution time: 0.1206141 s
+ wsmp: from b to rhs vector: 0.0071790 s
+ ---------------------------------
+ wsmp: total solve time: 16.3867588 s
+ =================================
+ u : -0.10155E+01 0.15680E+00
+ v : -0.37857E-01 0.11960E+00
+ w : -0.74708E+00 0.23231E+00
+ =================================
+ Calculate pressures 4534.7537 24.4059 16.4034
+ raw pressures : -0.13750E+01 0.31425E+00
+ Smoothing pressures 4534.9762 24.6284 0.2225
+ do leaf measurements 4534.9773 24.6295 0.0011
+ compute convergence criterion 4535.0195 24.6717 0.0422
+ velocity_diff_norm = 0.0361153 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4535.0243
+ -----------------------------------
+ build system 4535.0288 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4542.9663 7.9419 7.9374
+ =================================
+ wsmp: initialisation time: 0.0511332 s
+ wsmp: ordering time: 4.1259639 s
+ wsmp: symbolic fact. time: 0.7054241 s
+ wsmp: Cholesky fact. time: 11.4595060 s
+ wsmp: Factorisation 14378.6026530 Mflops
+ wsmp: back substitution time: 0.1206498 s
+ wsmp: from b to rhs vector: 0.0071180 s
+ ---------------------------------
+ wsmp: total solve time: 16.4702420 s
+ =================================
+ u : -0.10145E+01 0.17756E+00
+ v : -0.37849E-01 0.12377E+00
+ w : -0.73776E+00 0.22960E+00
+ =================================
+ Calculate pressures 4559.4528 24.4285 16.4865
+ raw pressures : -0.14734E+01 0.35704E+00
+ Smoothing pressures 4559.6761 24.6518 0.2233
+ do leaf measurements 4559.6772 24.6529 0.0011
+ compute convergence criterion 4559.7191 24.6947 0.0418
+ velocity_diff_norm = 0.0158848 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4559.7239
+ -----------------------------------
+ build system 4559.7283 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4567.7138 7.9900 7.9855
+ =================================
+ wsmp: initialisation time: 0.0526550 s
+ wsmp: ordering time: 4.0992172 s
+ wsmp: symbolic fact. time: 0.7069969 s
+ wsmp: Cholesky fact. time: 11.3674181 s
+ wsmp: Factorisation 14495.0843841 Mflops
+ wsmp: back substitution time: 0.1205049 s
+ wsmp: from b to rhs vector: 0.0072339 s
+ ---------------------------------
+ wsmp: total solve time: 16.3545020 s
+ =================================
+ u : -0.10137E+01 0.19527E+00
+ v : -0.40205E-01 0.12599E+00
+ w : -0.73295E+00 0.22852E+00
+ =================================
+ Calculate pressures 4584.0842 24.3604 16.3704
+ raw pressures : -0.15164E+01 0.36546E+00
+ Smoothing pressures 4584.3069 24.5830 0.2226
+ do leaf measurements 4584.3080 24.5841 0.0011
+ compute convergence criterion 4584.3502 24.6263 0.0422
+ velocity_diff_norm = 0.0107858 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4584.3551
+ -----------------------------------
+ build system 4584.3596 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4592.3648 8.0097 8.0052
+ =================================
+ wsmp: initialisation time: 0.0483210 s
+ wsmp: ordering time: 4.1107039 s
+ wsmp: symbolic fact. time: 0.7006941 s
+ wsmp: Cholesky fact. time: 11.3931770 s
+ wsmp: Factorisation 14462.3122598 Mflops
+ wsmp: back substitution time: 0.1203918 s
+ wsmp: from b to rhs vector: 0.0071669 s
+ ---------------------------------
+ wsmp: total solve time: 16.3809121 s
+ =================================
+ u : -0.10132E+01 0.21081E+00
+ v : -0.42773E-01 0.12587E+00
+ w : -0.72836E+00 0.22790E+00
+ =================================
+ Calculate pressures 4608.7620 24.4070 16.3972
+ raw pressures : -0.15378E+01 0.36269E+00
+ Smoothing pressures 4608.9846 24.6295 0.2225
+ do leaf measurements 4608.9857 24.6306 0.0011
+ compute convergence criterion 4609.0275 24.6725 0.0419
+ velocity_diff_norm = 0.0081064 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4609.0306 24.6756 0.0031
+Compute isostasy and adjust vertical 4609.0308 24.6757 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -47511918157458.727 39049290007801.742
+ def in m -7.5446019172668457 0.52303618192672729
+ dimensionless def -1.49438909121922077E-6 2.15560054779052743E-5
+ Isostatic velocity range = -0.0148697 0.2147079
+ Compute divergence 4609.2340 24.8790 0.2032
+ wsmp_cleanup 4609.2704 24.9154 0.0364
+ Reset surface geometry 4609.2754 24.9204 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 4609.2833 24.9283 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4609.3012 24.9462 0.0179
+ Advect surface 1 4609.3014 24.9463 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4609.4903 25.1353 0.1890
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4609.6888 25.3337 0.1984
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4609.9418 25.5867 0.2530
+ Advect the cloud 4610.0625 25.7075 0.1208
+ Write output 4610.7187 26.3636 0.6561
+ End of time step 4611.5307 27.1756 0.8120
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 28 4611.5308
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4611.5309 0.0001 0.0001
+ surface 01 4611.5309 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4611.5310 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4611.5534 0.0226 0.0225
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4611.5740 0.0432 0.0206
+ S. 2: 16900points
+ refine surface 4611.5741 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4611.5973 0.0665 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4611.6175 0.0867 0.0201
+ S. 3: 16900points
+ refine surface 4611.6176 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4611.6410 0.1102 0.0234
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4611.6657
+ -----------------------------------------------------------------------
+ Create octree solve 4611.6660 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4611.6816 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 4611.7055 0.0398 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4611.7062 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4611.7202 0.0545 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4611.8424 0.1767 0.1222
+ Imbed surface in osolve 4612.0250 0.3593 0.1826
+ embedding surface 1 4612.0251 0.3594 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4613.9734 2.3077 1.9482
+ osolve%nleaves= 59424
+ embedding surface 3 4616.0770 4.4113 2.1036
+ osolve%nleaves= 64128
+ Assessing octree stability 4619.6511 7.9854 3.5741
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4619.6560 7.9903 0.0048
+ Interpolate velo onto osolve 4620.0105 8.3448 0.3546
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4620.0763 8.4106 0.0658
+ Find void 4620.3482 8.6825 0.2719
+ whole leaf in fluid 32992
+ Define boundary conditions 4620.3773 8.7116 0.0291
+ wsmp setup1 4620.3845 8.7188 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4621.3928 9.7271 1.0083
+ -----------------------------------
+ start of non-linear iteratio 1 4621.4387
+ -----------------------------------
+ build system 4621.4388 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 5.66377E+00
+ viscosity capped in 37088
+ wsmp solve 4629.3956 7.9569 7.9568
+ =================================
+ wsmp: initialisation time: 0.0506330 s
+ wsmp: ordering time: 4.1022079 s
+ wsmp: symbolic fact. time: 0.7076962 s
+ wsmp: Cholesky fact. time: 11.4080429 s
+ wsmp: Factorisation 14443.4663516 Mflops
+ wsmp: back substitution time: 0.1203980 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.3966198 s
+ =================================
+ u : -0.10227E+01 0.18610E+00
+ v : -0.10053E+00 0.10506E+00
+ w : -0.76321E+00 0.28455E+00
+ =================================
+ Calculate pressures 4645.8082 24.3695 16.4126
+ raw pressures : -0.35081E+00 0.00000E+00
+ Smoothing pressures 4646.0319 24.5933 0.2237
+ do leaf measurements 4646.0331 24.5945 0.0012
+ compute convergence criterion 4646.0752 24.6366 0.0421
+ velocity_diff_norm = 0.5885427 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4646.0801
+ -----------------------------------
+ build system 4646.0845 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78963E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4654.0223 7.9422 7.9378
+ =================================
+ wsmp: initialisation time: 0.0491381 s
+ wsmp: ordering time: 4.1228440 s
+ wsmp: symbolic fact. time: 0.7131560 s
+ wsmp: Cholesky fact. time: 11.3820450 s
+ wsmp: Factorisation 14476.4568610 Mflops
+ wsmp: back substitution time: 0.1210339 s
+ wsmp: from b to rhs vector: 0.0075288 s
+ ---------------------------------
+ wsmp: total solve time: 16.3961380 s
+ =================================
+ u : -0.10173E+01 0.13901E+00
+ v : -0.47700E-01 0.10356E+00
+ w : -0.76793E+00 0.22589E+00
+ =================================
+ Calculate pressures 4670.4344 24.3543 16.4121
+ raw pressures : -0.12369E+01 0.17945E+00
+ Smoothing pressures 4670.6604 24.5803 0.2261
+ do leaf measurements 4670.6616 24.5815 0.0012
+ compute convergence criterion 4670.7039 24.6238 0.0423
+ velocity_diff_norm = 0.0714079 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4670.7089
+ -----------------------------------
+ build system 4670.7133 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4678.7039 7.9950 7.9905
+ =================================
+ wsmp: initialisation time: 0.0488529 s
+ wsmp: ordering time: 4.1114032 s
+ wsmp: symbolic fact. time: 0.7055659 s
+ wsmp: Cholesky fact. time: 11.3817401 s
+ wsmp: Factorisation 14476.8447114 Mflops
+ wsmp: back substitution time: 0.1207130 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3759170 s
+ =================================
+ u : -0.10154E+01 0.15698E+00
+ v : -0.37615E-01 0.11952E+00
+ w : -0.74716E+00 0.23203E+00
+ =================================
+ Calculate pressures 4695.0959 24.3870 16.3920
+ raw pressures : -0.13753E+01 0.31464E+00
+ Smoothing pressures 4695.3184 24.6096 0.2225
+ do leaf measurements 4695.3196 24.6107 0.0012
+ compute convergence criterion 4695.3620 24.6532 0.0424
+ velocity_diff_norm = 0.0361140 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4695.3671
+ -----------------------------------
+ build system 4695.3716 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4703.3112 7.9442 7.9396
+ =================================
+ wsmp: initialisation time: 0.0489671 s
+ wsmp: ordering time: 4.1331151 s
+ wsmp: symbolic fact. time: 0.7062140 s
+ wsmp: Cholesky fact. time: 11.4568861 s
+ wsmp: Factorisation 14381.8907783 Mflops
+ wsmp: back substitution time: 0.1205130 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.4732640 s
+ =================================
+ u : -0.10144E+01 0.17770E+00
+ v : -0.37587E-01 0.12368E+00
+ w : -0.73786E+00 0.22921E+00
+ =================================
+ Calculate pressures 4719.8004 24.4334 16.4892
+ raw pressures : -0.14737E+01 0.35722E+00
+ Smoothing pressures 4720.0240 24.6569 0.2236
+ do leaf measurements 4720.0251 24.6581 0.0011
+ compute convergence criterion 4720.0672 24.7002 0.0421
+ velocity_diff_norm = 0.0158692 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4720.0722
+ -----------------------------------
+ build system 4720.0766 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4728.0580 7.9858 7.9814
+ =================================
+ wsmp: initialisation time: 0.0503511 s
+ wsmp: ordering time: 4.1151700 s
+ wsmp: symbolic fact. time: 0.7076099 s
+ wsmp: Cholesky fact. time: 11.3760829 s
+ wsmp: Factorisation 14484.0438808 Mflops
+ wsmp: back substitution time: 0.1203389 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.3772030 s
+ =================================
+ u : -0.10137E+01 0.19542E+00
+ v : -0.40347E-01 0.12591E+00
+ w : -0.73306E+00 0.22818E+00
+ =================================
+ Calculate pressures 4744.4523 24.3801 16.3943
+ raw pressures : -0.15170E+01 0.36575E+00
+ Smoothing pressures 4744.6756 24.6034 0.2233
+ do leaf measurements 4744.6768 24.6046 0.0012
+ compute convergence criterion 4744.7189 24.6468 0.0422
+ velocity_diff_norm = 0.0107514 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4744.7237
+ -----------------------------------
+ build system 4744.7282 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4752.7405 8.0167 8.0123
+ =================================
+ wsmp: initialisation time: 0.0488570 s
+ wsmp: ordering time: 4.1107001 s
+ wsmp: symbolic fact. time: 0.7088990 s
+ wsmp: Cholesky fact. time: 11.3881581 s
+ wsmp: Factorisation 14468.6860399 Mflops
+ wsmp: back substitution time: 0.1204481 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3846781 s
+ =================================
+ u : -0.10131E+01 0.21095E+00
+ v : -0.42885E-01 0.12583E+00
+ w : -0.72847E+00 0.22772E+00
+ =================================
+ Calculate pressures 4769.1418 24.4181 16.4013
+ raw pressures : -0.15386E+01 0.36314E+00
+ Smoothing pressures 4769.3638 24.6401 0.2220
+ do leaf measurements 4769.3650 24.6412 0.0011
+ compute convergence criterion 4769.4070 24.6833 0.0421
+ velocity_diff_norm = 0.0081077 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4769.4102 24.6864 0.0031
+Compute isostasy and adjust vertical 4769.4103 24.6866 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -48588151116548.305 40383307690855.883
+ def in m -7.5665383338928223 0.52944886684417725
+ dimensionless def -1.51271104812622081E-6 2.16186809539794954E-5
+ Isostatic velocity range = -0.0150218 0.2152831
+ Compute divergence 4769.6123 24.8886 0.2020
+ wsmp_cleanup 4769.6488 24.9251 0.0364
+ Reset surface geometry 4769.6537 24.9300 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 4769.6618 24.9381 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4769.6792 24.9555 0.0174
+ Advect surface 1 4769.6793 24.9556 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4769.8809 25.1572 0.2016
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4770.0760 25.3523 0.1951
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4770.3289 25.6052 0.2529
+ Advect the cloud 4770.4506 25.7269 0.1217
+ Write output 4771.1126 26.3888 0.6619
+ End of time step 4771.9297 27.2060 0.8172
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 29 4771.9299
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4771.9299 0.0001 0.0001
+ surface 01 4771.9300 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4771.9300 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4771.9527 0.0228 0.0226
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4771.9731 0.0432 0.0204
+ S. 2: 16900points
+ refine surface 4771.9732 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4771.9965 0.0667 0.0234
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4772.0167 0.0868 0.0201
+ S. 3: 16900points
+ refine surface 4772.0168 0.0869 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4772.0404 0.1105 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4772.0650
+ -----------------------------------------------------------------------
+ Create octree solve 4772.0652 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4772.0809 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 4772.1046 0.0396 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4772.1053 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4772.1194 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4772.2415 0.1766 0.1222
+ Imbed surface in osolve 4772.4233 0.3584 0.1818
+ embedding surface 1 4772.4235 0.3585 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4774.3693 2.3043 1.9458
+ osolve%nleaves= 59424
+ embedding surface 3 4776.4901 4.4252 2.1209
+ osolve%nleaves= 64128
+ Assessing octree stability 4780.0456 7.9806 3.5554
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4780.0505 7.9855 0.0049
+ Interpolate velo onto osolve 4780.3952 8.3302 0.3447
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4780.4590 8.3940 0.0638
+ Find void 4780.7319 8.6669 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 4780.7612 8.6962 0.0293
+ wsmp setup1 4780.7685 8.7035 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4781.7770 9.7121 1.0086
+ -----------------------------------
+ start of non-linear iteratio 1 4781.8241
+ -----------------------------------
+ build system 4781.8242 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 4.29072E+00
+ viscosity capped in 37088
+ wsmp solve 4789.7780 7.9539 7.9538
+ =================================
+ wsmp: initialisation time: 0.0535960 s
+ wsmp: ordering time: 4.0985990 s
+ wsmp: symbolic fact. time: 0.7040489 s
+ wsmp: Cholesky fact. time: 11.3976710 s
+ wsmp: Factorisation 14456.6099603 Mflops
+ wsmp: back substitution time: 0.1206522 s
+ wsmp: from b to rhs vector: 0.0071521 s
+ ---------------------------------
+ wsmp: total solve time: 16.3820891 s
+ =================================
+ u : -0.10226E+01 0.18565E+00
+ v : -0.10069E+00 0.10498E+00
+ w : -0.76334E+00 0.27880E+00
+ =================================
+ Calculate pressures 4806.1762 24.3521 16.3981
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 4806.3995 24.5754 0.2233
+ do leaf measurements 4806.4006 24.5765 0.0011
+ compute convergence criterion 4806.4420 24.6180 0.0415
+ velocity_diff_norm = 0.5883412 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4806.4468
+ -----------------------------------
+ build system 4806.4513 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78835E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4814.3897 7.9429 7.9384
+ =================================
+ wsmp: initialisation time: 0.0493400 s
+ wsmp: ordering time: 4.1219161 s
+ wsmp: symbolic fact. time: 0.7142010 s
+ wsmp: Cholesky fact. time: 11.3943410 s
+ wsmp: Factorisation 14460.8348996 Mflops
+ wsmp: back substitution time: 0.1215990 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.4089410 s
+ =================================
+ u : -0.10174E+01 0.13861E+00
+ v : -0.47667E-01 0.10348E+00
+ w : -0.76783E+00 0.22603E+00
+ =================================
+ Calculate pressures 4830.8144 24.3676 16.4247
+ raw pressures : -0.12371E+01 0.18301E+00
+ Smoothing pressures 4831.0400 24.5932 0.2255
+ do leaf measurements 4831.0411 24.5943 0.0011
+ compute convergence criterion 4831.0828 24.6360 0.0417
+ velocity_diff_norm = 0.0712702 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4831.0876
+ -----------------------------------
+ build system 4831.0921 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4839.0786 7.9910 7.9865
+ =================================
+ wsmp: initialisation time: 0.0476141 s
+ wsmp: ordering time: 4.1074510 s
+ wsmp: symbolic fact. time: 0.7073760 s
+ wsmp: Cholesky fact. time: 11.3871820 s
+ wsmp: Factorisation 14469.9262657 Mflops
+ wsmp: back substitution time: 0.1205292 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.3777120 s
+ =================================
+ u : -0.10152E+01 0.15670E+00
+ v : -0.38013E-01 0.11957E+00
+ w : -0.74701E+00 0.23186E+00
+ =================================
+ Calculate pressures 4855.4722 24.3847 16.3937
+ raw pressures : -0.13751E+01 0.31410E+00
+ Smoothing pressures 4855.6949 24.6074 0.2227
+ do leaf measurements 4855.6961 24.6085 0.0011
+ compute convergence criterion 4855.7379 24.6503 0.0418
+ velocity_diff_norm = 0.0360953 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 4855.7427
+ -----------------------------------
+ build system 4855.7473 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4863.6875 7.9447 7.9402
+ =================================
+ wsmp: initialisation time: 0.0496230 s
+ wsmp: ordering time: 4.1063640 s
+ wsmp: symbolic fact. time: 0.7073541 s
+ wsmp: Cholesky fact. time: 11.4669809 s
+ wsmp: Factorisation 14369.2297756 Mflops
+ wsmp: back substitution time: 0.1209741 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.4588358 s
+ =================================
+ u : -0.10142E+01 0.17751E+00
+ v : -0.37893E-01 0.12378E+00
+ w : -0.73766E+00 0.22939E+00
+ =================================
+ Calculate pressures 4880.1625 24.4197 16.4750
+ raw pressures : -0.14731E+01 0.35644E+00
+ Smoothing pressures 4880.3852 24.6425 0.2228
+ do leaf measurements 4880.3863 24.6436 0.0011
+ compute convergence criterion 4880.4279 24.6852 0.0416
+ velocity_diff_norm = 0.0158551 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 4880.4327
+ -----------------------------------
+ build system 4880.4373 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4888.4184 7.9857 7.9811
+ =================================
+ wsmp: initialisation time: 0.0507960 s
+ wsmp: ordering time: 4.1022761 s
+ wsmp: symbolic fact. time: 0.7076030 s
+ wsmp: Cholesky fact. time: 11.3694890 s
+ wsmp: Factorisation 14492.4441665 Mflops
+ wsmp: back substitution time: 0.1206222 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3583181 s
+ =================================
+ u : -0.10135E+01 0.19523E+00
+ v : -0.40212E-01 0.12597E+00
+ w : -0.73283E+00 0.22841E+00
+ =================================
+ Calculate pressures 4904.7932 24.3605 16.3748
+ raw pressures : -0.15165E+01 0.36513E+00
+ Smoothing pressures 4905.0163 24.5836 0.2231
+ do leaf measurements 4905.0174 24.5847 0.0011
+ compute convergence criterion 4905.0589 24.6261 0.0414
+ velocity_diff_norm = 0.0107605 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 4905.0637
+ -----------------------------------
+ build system 4905.0682 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4913.0851 8.0215 8.0170
+ =================================
+ wsmp: initialisation time: 0.0502050 s
+ wsmp: ordering time: 4.1080980 s
+ wsmp: symbolic fact. time: 0.7079601 s
+ wsmp: Cholesky fact. time: 11.3971829 s
+ wsmp: Factorisation 14457.2290119 Mflops
+ wsmp: back substitution time: 0.1208031 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.3917930 s
+ =================================
+ u : -0.10130E+01 0.21074E+00
+ v : -0.42781E-01 0.12587E+00
+ w : -0.72826E+00 0.22785E+00
+ =================================
+ Calculate pressures 4929.4927 24.4290 16.4075
+ raw pressures : -0.15378E+01 0.36237E+00
+ Smoothing pressures 4929.7159 24.6522 0.2232
+ do leaf measurements 4929.7170 24.6533 0.0011
+ compute convergence criterion 4929.7585 24.6948 0.0415
+ velocity_diff_norm = 0.0081063 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 4929.7616 24.6979 0.0031
+Compute isostasy and adjust vertical 4929.7618 24.6981 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -49643196839021.094 41700523742799.141
+ def in m -7.5817499160766602 0.52784758806228638
+ dimensionless def -1.50813596589224664E-6 2.16621426173618868E-5
+ Isostatic velocity range = -0.0149458 0.2156662
+ Compute divergence 4929.9639 24.9002 0.2021
+ wsmp_cleanup 4930.0050 24.9413 0.0412
+ Reset surface geometry 4930.0102 24.9465 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 4930.0184 24.9547 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 4930.0335 24.9698 0.0151
+ Advect surface 1 4930.0337 24.9700 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 4930.2293 25.1657 0.1957
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 4930.4256 25.3619 0.1963
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 4930.6811 25.6174 0.2555
+ Advect the cloud 4930.8048 25.7411 0.1237
+ Write output 4931.4720 26.4083 0.6672
+ End of time step 4932.2849 27.2212 0.8129
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 30 4932.2850
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 4932.2851 0.0001 0.0001
+ surface 01 4932.2851 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 4932.2852 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 4932.3080 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 4932.3286 0.0435 0.0206
+ S. 2: 16900points
+ refine surface 4932.3287 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 4932.3518 0.0667 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 4932.3718 0.0867 0.0200
+ S. 3: 16900points
+ refine surface 4932.3719 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 4932.3955 0.1105 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 4932.4201
+ -----------------------------------------------------------------------
+ Create octree solve 4932.4204 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 4932.4360 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 4932.4599 0.0398 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 4932.4606 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 4932.4747 0.0545 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 4932.5969 0.1767 0.1222
+ Imbed surface in osolve 4932.7803 0.3601 0.1834
+ embedding surface 1 4932.7804 0.3603 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 4934.7184 2.2983 1.9380
+ osolve%nleaves= 59424
+ embedding surface 3 4936.8319 4.4118 2.1135
+ osolve%nleaves= 64128
+ Assessing octree stability 4940.3608 7.9406 3.5289
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 4940.3652 7.9451 0.0044
+ Interpolate velo onto osolve 4940.7145 8.2943 0.3493
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 4940.8526 8.4325 0.1381
+ Find void 4941.1253 8.7051 0.2726
+ whole leaf in fluid 32992
+ Define boundary conditions 4941.1543 8.7341 0.0290
+ wsmp setup1 4941.1615 8.7414 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 4942.1739 9.7538 1.0124
+ -----------------------------------
+ start of non-linear iteratio 1 4942.2196
+ -----------------------------------
+ build system 4942.2197 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 4.60693E+00
+ viscosity capped in 37088
+ wsmp solve 4950.1873 7.9677 7.9675
+ =================================
+ wsmp: initialisation time: 0.0503368 s
+ wsmp: ordering time: 4.1077662 s
+ wsmp: symbolic fact. time: 0.7049069 s
+ wsmp: Cholesky fact. time: 11.3995650 s
+ wsmp: Factorisation 14454.2080459 Mflops
+ wsmp: back substitution time: 0.1209750 s
+ wsmp: from b to rhs vector: 0.0072060 s
+ ---------------------------------
+ wsmp: total solve time: 16.3911819 s
+ =================================
+ u : -0.10225E+01 0.18611E+00
+ v : -0.99908E-01 0.10499E+00
+ w : -0.76323E+00 0.28464E+00
+ =================================
+ Calculate pressures 4966.5948 24.3753 16.4076
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 4966.8176 24.5980 0.2228
+ do leaf measurements 4966.8187 24.5991 0.0011
+ compute convergence criterion 4966.8609 24.6413 0.0422
+ velocity_diff_norm = 0.5883848 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 4966.8657
+ -----------------------------------
+ build system 4966.8701 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79765E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4974.8095 7.9438 7.9394
+ =================================
+ wsmp: initialisation time: 0.0515451 s
+ wsmp: ordering time: 4.1332779 s
+ wsmp: symbolic fact. time: 0.7121010 s
+ wsmp: Cholesky fact. time: 11.3975151 s
+ wsmp: Factorisation 14456.8077365 Mflops
+ wsmp: back substitution time: 0.1215611 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.4235809 s
+ =================================
+ u : -0.10173E+01 0.13904E+00
+ v : -0.47586E-01 0.10359E+00
+ w : -0.76780E+00 0.22583E+00
+ =================================
+ Calculate pressures 4991.2493 24.3837 16.4398
+ raw pressures : -0.12368E+01 0.17994E+00
+ Smoothing pressures 4991.4740 24.6084 0.2247
+ do leaf measurements 4991.4752 24.6095 0.0011
+ compute convergence criterion 4991.5172 24.6515 0.0421
+ velocity_diff_norm = 0.0714707 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 4991.5220
+ -----------------------------------
+ build system 4991.5266 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 4999.5097 7.9876 7.9831
+ =================================
+ wsmp: initialisation time: 0.0503500 s
+ wsmp: ordering time: 4.1173460 s
+ wsmp: symbolic fact. time: 0.7064810 s
+ wsmp: Cholesky fact. time: 11.3937819 s
+ wsmp: Factorisation 14461.5444911 Mflops
+ wsmp: back substitution time: 0.1204100 s
+ wsmp: from b to rhs vector: 0.0072219 s
+ ---------------------------------
+ wsmp: total solve time: 16.3960042 s
+ =================================
+ u : -0.10153E+01 0.15701E+00
+ v : -0.37691E-01 0.11952E+00
+ w : -0.74723E+00 0.23183E+00
+ =================================
+ Calculate pressures 5015.9223 24.4002 16.4126
+ raw pressures : -0.13750E+01 0.31440E+00
+ Smoothing pressures 5016.1444 24.6224 0.2222
+ do leaf measurements 5016.1456 24.6235 0.0011
+ compute convergence criterion 5016.1881 24.6660 0.0425
+ velocity_diff_norm = 0.0360798 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5016.1930
+ -----------------------------------
+ build system 5016.1976 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5024.1336 7.9407 7.9361
+ =================================
+ wsmp: initialisation time: 0.0522039 s
+ wsmp: ordering time: 4.1042461 s
+ wsmp: symbolic fact. time: 0.7071309 s
+ wsmp: Cholesky fact. time: 11.4742749 s
+ wsmp: Factorisation 14360.0955780 Mflops
+ wsmp: back substitution time: 0.1208110 s
+ wsmp: from b to rhs vector: 0.0071931 s
+ ---------------------------------
+ wsmp: total solve time: 16.4662640 s
+ =================================
+ u : -0.10143E+01 0.17775E+00
+ v : -0.37642E-01 0.12377E+00
+ w : -0.73790E+00 0.22917E+00
+ =================================
+ Calculate pressures 5040.6156 24.4226 16.4819
+ raw pressures : -0.14735E+01 0.35690E+00
+ Smoothing pressures 5040.8397 24.6467 0.2241
+ do leaf measurements 5040.8408 24.6479 0.0011
+ compute convergence criterion 5040.8828 24.6898 0.0420
+ velocity_diff_norm = 0.0158925 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5040.8876
+ -----------------------------------
+ build system 5040.8921 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5048.8667 7.9791 7.9745
+ =================================
+ wsmp: initialisation time: 0.0507009 s
+ wsmp: ordering time: 4.1075940 s
+ wsmp: symbolic fact. time: 0.7065320 s
+ wsmp: Cholesky fact. time: 11.3785319 s
+ wsmp: Factorisation 14480.9264365 Mflops
+ wsmp: back substitution time: 0.1206090 s
+ wsmp: from b to rhs vector: 0.0071979 s
+ ---------------------------------
+ wsmp: total solve time: 16.3715909 s
+ =================================
+ u : -0.10137E+01 0.19545E+00
+ v : -0.40345E-01 0.12605E+00
+ w : -0.73307E+00 0.22818E+00
+ =================================
+ Calculate pressures 5065.2540 24.3664 16.3873
+ raw pressures : -0.15170E+01 0.36573E+00
+ Smoothing pressures 5065.4769 24.5892 0.2228
+ do leaf measurements 5065.4780 24.5903 0.0011
+ compute convergence criterion 5065.5199 24.6323 0.0420
+ velocity_diff_norm = 0.0107743 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5065.5248
+ -----------------------------------
+ build system 5065.5293 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5073.5514 8.0266 8.0221
+ =================================
+ wsmp: initialisation time: 0.0465410 s
+ wsmp: ordering time: 4.1096621 s
+ wsmp: symbolic fact. time: 0.7064009 s
+ wsmp: Cholesky fact. time: 11.3901520 s
+ wsmp: Factorisation 14466.1532348 Mflops
+ wsmp: back substitution time: 0.1205211 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.3808041 s
+ =================================
+ u : -0.10131E+01 0.21095E+00
+ v : -0.42887E-01 0.12592E+00
+ w : -0.72849E+00 0.22780E+00
+ =================================
+ Calculate pressures 5089.9484 24.4236 16.3970
+ raw pressures : -0.15385E+01 0.36304E+00
+ Smoothing pressures 5090.1720 24.6472 0.2236
+ do leaf measurements 5090.1731 24.6483 0.0011
+ compute convergence criterion 5090.2151 24.6903 0.0420
+ velocity_diff_norm = 0.0081040 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5090.2182 24.6934 0.0030
+Compute isostasy and adjust vertical 5090.2183 24.6935 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -50690550074370.078 42999223006706.07
+ def in m -7.6015768051147461 0.53281581401824951
+ dimensionless def -1.5223308971949986E-6 2.17187908717564181E-5
+ Isostatic velocity range = -0.0150615 0.2161800
+ Compute divergence 5090.4199 24.8951 0.2016
+ wsmp_cleanup 5090.4601 24.9353 0.0402
+ Reset surface geometry 5090.4651 24.9403 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 5090.4731 24.9483 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5090.4890 24.9642 0.0159
+ Advect surface 1 5090.4892 24.9644 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5090.6861 25.1613 0.1970
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5090.8759 25.3511 0.1898
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5091.1278 25.6030 0.2519
+ Advect the cloud 5091.2505 25.7257 0.1226
+ Write output 5091.9244 26.3997 0.6740
+ End of time step 5092.7489 27.2241 0.8245
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 31 5092.7491
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5092.7491 0.0001 0.0001
+ surface 01 5092.7492 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5092.7492 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5092.7720 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5092.7927 0.0436 0.0207
+ S. 2: 16900points
+ refine surface 5092.7928 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5092.8159 0.0669 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5092.8361 0.0870 0.0202
+ S. 3: 16900points
+ refine surface 5092.8362 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5092.8598 0.1107 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5092.8849
+ -----------------------------------------------------------------------
+ Create octree solve 5092.8851 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5092.9008 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 5092.9246 0.0397 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5092.9253 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5092.9393 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 5093.0615 0.1766 0.1222
+ Imbed surface in osolve 5093.2458 0.3609 0.1842
+ embedding surface 1 5093.2459 0.3610 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5095.2063 2.3214 1.9603
+ osolve%nleaves= 59424
+ embedding surface 3 5097.3128 4.4279 2.1066
+ osolve%nleaves= 64128
+ Assessing octree stability 5100.8428 7.9579 3.5300
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5100.8506 7.9657 0.0078
+ Interpolate velo onto osolve 5101.2038 8.3189 0.3532
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5101.3268 8.4419 0.1230
+ Find void 5101.6015 8.7167 0.2748
+ whole leaf in fluid 32992
+ Define boundary conditions 5101.6306 8.7457 0.0290
+ wsmp setup1 5101.6378 8.7529 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5102.6449 9.7600 1.0071
+ -----------------------------------
+ start of non-linear iteratio 1 5102.6923
+ -----------------------------------
+ build system 5102.6925 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 4.87670E+00
+ viscosity capped in 37088
+ wsmp solve 5110.6636 7.9713 7.9712
+ =================================
+ wsmp: initialisation time: 0.0523708 s
+ wsmp: ordering time: 4.1106839 s
+ wsmp: symbolic fact. time: 0.7058909 s
+ wsmp: Cholesky fact. time: 11.4021881 s
+ wsmp: Factorisation 14450.8828454 Mflops
+ wsmp: back substitution time: 0.1202939 s
+ wsmp: from b to rhs vector: 0.0072439 s
+ ---------------------------------
+ wsmp: total solve time: 16.3990779 s
+ =================================
+ u : -0.10222E+01 0.18627E+00
+ v : -0.10001E+00 0.10431E+00
+ w : -0.76339E+00 0.28153E+00
+ =================================
+ Calculate pressures 5127.0785 24.3862 16.4149
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 5127.3028 24.6105 0.2243
+ do leaf measurements 5127.3038 24.6115 0.0011
+ compute convergence criterion 5127.3446 24.6523 0.0408
+ velocity_diff_norm = 0.5889767 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5127.3494
+ -----------------------------------
+ build system 5127.3538 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79695E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5135.2927 7.9433 7.9389
+ =================================
+ wsmp: initialisation time: 0.0504920 s
+ wsmp: ordering time: 4.1309781 s
+ wsmp: symbolic fact. time: 0.7115111 s
+ wsmp: Cholesky fact. time: 11.4070048 s
+ wsmp: Factorisation 14444.7807539 Mflops
+ wsmp: back substitution time: 0.1214318 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.4290650 s
+ =================================
+ u : -0.10172E+01 0.13916E+00
+ v : -0.47579E-01 0.10357E+00
+ w : -0.76809E+00 0.22546E+00
+ =================================
+ Calculate pressures 5151.7377 24.3883 16.4450
+ raw pressures : -0.12377E+01 0.17991E+00
+ Smoothing pressures 5151.9637 24.6144 0.2261
+ do leaf measurements 5151.9648 24.6154 0.0011
+ compute convergence criterion 5152.0056 24.6562 0.0408
+ velocity_diff_norm = 0.0717060 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5152.0103
+ -----------------------------------
+ build system 5152.0147 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5159.9928 7.9825 7.9781
+ =================================
+ wsmp: initialisation time: 0.0490611 s
+ wsmp: ordering time: 4.1135850 s
+ wsmp: symbolic fact. time: 0.7066531 s
+ wsmp: Cholesky fact. time: 11.3866770 s
+ wsmp: Factorisation 14470.5679706 Mflops
+ wsmp: back substitution time: 0.1206439 s
+ wsmp: from b to rhs vector: 0.0073411 s
+ ---------------------------------
+ wsmp: total solve time: 16.3843598 s
+ =================================
+ u : -0.10155E+01 0.15711E+00
+ v : -0.37980E-01 0.11966E+00
+ w : -0.74733E+00 0.23183E+00
+ =================================
+ Calculate pressures 5176.3936 24.3833 16.4008
+ raw pressures : -0.13760E+01 0.31498E+00
+ Smoothing pressures 5176.6162 24.6059 0.2226
+ do leaf measurements 5176.6173 24.6071 0.0011
+ compute convergence criterion 5176.6585 24.6482 0.0411
+ velocity_diff_norm = 0.0361136 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5176.6633
+ -----------------------------------
+ build system 5176.6678 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5184.6032 7.9399 7.9354
+ =================================
+ wsmp: initialisation time: 0.0474930 s
+ wsmp: ordering time: 4.0918028 s
+ wsmp: symbolic fact. time: 0.7063200 s
+ wsmp: Cholesky fact. time: 11.4692481 s
+ wsmp: Factorisation 14366.3894149 Mflops
+ wsmp: back substitution time: 0.1205380 s
+ wsmp: from b to rhs vector: 0.0071452 s
+ ---------------------------------
+ wsmp: total solve time: 16.4429171 s
+ =================================
+ u : -0.10145E+01 0.17786E+00
+ v : -0.37815E-01 0.12397E+00
+ w : -0.73801E+00 0.22925E+00
+ =================================
+ Calculate pressures 5201.0623 24.3990 16.4591
+ raw pressures : -0.14744E+01 0.35748E+00
+ Smoothing pressures 5201.2852 24.6220 0.2229
+ do leaf measurements 5201.2863 24.6231 0.0011
+ compute convergence criterion 5201.3271 24.6638 0.0408
+ velocity_diff_norm = 0.0158748 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5201.3318
+ -----------------------------------
+ build system 5201.3363 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5209.3084 7.9766 7.9722
+ =================================
+ wsmp: initialisation time: 0.0469241 s
+ wsmp: ordering time: 4.1124139 s
+ wsmp: symbolic fact. time: 0.7033651 s
+ wsmp: Cholesky fact. time: 11.3727610 s
+ wsmp: Factorisation 14488.2745460 Mflops
+ wsmp: back substitution time: 0.1204879 s
+ wsmp: from b to rhs vector: 0.0072391 s
+ ---------------------------------
+ wsmp: total solve time: 16.3636031 s
+ =================================
+ u : -0.10138E+01 0.19553E+00
+ v : -0.40320E-01 0.12619E+00
+ w : -0.73318E+00 0.22830E+00
+ =================================
+ Calculate pressures 5225.6885 24.3566 16.3800
+ raw pressures : -0.15178E+01 0.36625E+00
+ Smoothing pressures 5225.9141 24.5822 0.2256
+ do leaf measurements 5225.9151 24.5833 0.0011
+ compute convergence criterion 5225.9559 24.6241 0.0408
+ velocity_diff_norm = 0.0107531 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5225.9607
+ -----------------------------------
+ build system 5225.9651 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5233.9895 8.0288 8.0244
+ =================================
+ wsmp: initialisation time: 0.0503821 s
+ wsmp: ordering time: 4.1085238 s
+ wsmp: symbolic fact. time: 0.7046659 s
+ wsmp: Cholesky fact. time: 11.4032412 s
+ wsmp: Factorisation 14449.5482994 Mflops
+ wsmp: back substitution time: 0.1208229 s
+ wsmp: from b to rhs vector: 0.0072730 s
+ ---------------------------------
+ wsmp: total solve time: 16.3952899 s
+ =================================
+ u : -0.10132E+01 0.21102E+00
+ v : -0.42862E-01 0.12606E+00
+ w : -0.72857E+00 0.22787E+00
+ =================================
+ Calculate pressures 5250.4008 24.4401 16.4113
+ raw pressures : -0.15393E+01 0.36347E+00
+ Smoothing pressures 5250.6234 24.6627 0.2226
+ do leaf measurements 5250.6245 24.6638 0.0011
+ compute convergence criterion 5250.6652 24.7046 0.0408
+ velocity_diff_norm = 0.0081036 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5250.6683 24.7076 0.0031
+Compute isostasy and adjust vertical 5250.6685 24.7078 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -51718353344204.141 44284280979460.984
+ def in m -7.6183271408081055 0.53543323278427124
+ dimensionless def -1.5298092365264892E-6 2.17666489737374453E-5
+ Isostatic velocity range = -0.0151084 0.2166052
+ Compute divergence 5250.8746 24.9140 0.2062
+ wsmp_cleanup 5250.9148 24.9541 0.0401
+ Reset surface geometry 5250.9191 24.9584 0.0043
+ -----------------------------------------------------------------------
+ Temperature calculations 5250.9276 24.9669 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5250.9438 24.9831 0.0162
+ Advect surface 1 5250.9439 24.9833 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5251.1368 25.1762 0.1929
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5251.3284 25.3677 0.1915
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5251.5793 25.6187 0.2510
+ Advect the cloud 5251.7048 25.7441 0.1255
+ Write output 5252.3834 26.4227 0.6786
+ End of time step 5253.2037 27.2430 0.8203
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 32 5253.2038
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5253.2039 0.0001 0.0001
+ surface 01 5253.2039 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5253.2039 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5253.2269 0.0231 0.0229
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5253.2474 0.0436 0.0205
+ S. 2: 16900points
+ refine surface 5253.2475 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5253.2708 0.0670 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5253.2909 0.0871 0.0201
+ S. 3: 16900points
+ refine surface 5253.2910 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5253.3144 0.1106 0.0234
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5253.3389
+ -----------------------------------------------------------------------
+ Create octree solve 5253.3391 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5253.3548 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 5253.3785 0.0396 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5253.3792 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5253.3933 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 5253.5154 0.1766 0.1222
+ Imbed surface in osolve 5253.6963 0.3574 0.1809
+ embedding surface 1 5253.6965 0.3576 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5255.6669 2.3280 1.9704
+ osolve%nleaves= 59424
+ embedding surface 3 5257.7674 4.4286 2.1005
+ osolve%nleaves= 64128
+ Assessing octree stability 5261.3098 7.9710 3.5424
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5261.3148 7.9759 0.0049
+ Interpolate velo onto osolve 5261.6727 8.3338 0.3579
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5261.8100 8.4711 0.1373
+ Find void 5262.0755 8.7366 0.2655
+ whole leaf in fluid 32992
+ Define boundary conditions 5262.1039 8.7651 0.0284
+ wsmp setup1 5262.1107 8.7719 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5263.1277 9.7888 1.0169
+ -----------------------------------
+ start of non-linear iteratio 1 5263.1755
+ -----------------------------------
+ build system 5263.1756 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 4.80263E+00
+ viscosity capped in 37088
+ wsmp solve 5271.1456 7.9702 7.9700
+ =================================
+ wsmp: initialisation time: 0.0558982 s
+ wsmp: ordering time: 4.1103179 s
+ wsmp: symbolic fact. time: 0.7201948 s
+ wsmp: Cholesky fact. time: 11.4066410 s
+ wsmp: Factorisation 14445.2414853 Mflops
+ wsmp: back substitution time: 0.1204700 s
+ wsmp: from b to rhs vector: 0.0073011 s
+ ---------------------------------
+ wsmp: total solve time: 16.4212308 s
+ =================================
+ u : -0.10222E+01 0.18591E+00
+ v : -0.10004E+00 0.10508E+00
+ w : -0.76347E+00 0.27883E+00
+ =================================
+ Calculate pressures 5287.5829 24.4075 16.4373
+ raw pressures : -0.35179E+00 0.00000E+00
+ Smoothing pressures 5287.8051 24.6296 0.2222
+ do leaf measurements 5287.8061 24.6307 0.0011
+ compute convergence criterion 5287.8479 24.6724 0.0417
+ velocity_diff_norm = 0.5897075 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5287.8527
+ -----------------------------------
+ build system 5287.8572 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78949E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5295.7975 7.9448 7.9403
+ =================================
+ wsmp: initialisation time: 0.0516670 s
+ wsmp: ordering time: 4.1275141 s
+ wsmp: symbolic fact. time: 0.7106299 s
+ wsmp: Cholesky fact. time: 11.4048090 s
+ wsmp: Factorisation 14447.5618927 Mflops
+ wsmp: back substitution time: 0.1211889 s
+ wsmp: from b to rhs vector: 0.0072520 s
+ ---------------------------------
+ wsmp: total solve time: 16.4234571 s
+ =================================
+ u : -0.10171E+01 0.13896E+00
+ v : -0.47764E-01 0.10325E+00
+ w : -0.76811E+00 0.22583E+00
+ =================================
+ Calculate pressures 5312.2372 24.3845 16.4398
+ raw pressures : -0.12372E+01 0.20281E+00
+ Smoothing pressures 5312.4623 24.6096 0.2251
+ do leaf measurements 5312.4634 24.6107 0.0011
+ compute convergence criterion 5312.5050 24.6523 0.0416
+ velocity_diff_norm = 0.0723040 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5312.5099
+ -----------------------------------
+ build system 5312.5144 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5320.4874 7.9775 7.9730
+ =================================
+ wsmp: initialisation time: 0.0477400 s
+ wsmp: ordering time: 4.1112499 s
+ wsmp: symbolic fact. time: 0.7069881 s
+ wsmp: Cholesky fact. time: 11.3783031 s
+ wsmp: Factorisation 14481.2177296 Mflops
+ wsmp: back substitution time: 0.1207769 s
+ wsmp: from b to rhs vector: 0.0073330 s
+ ---------------------------------
+ wsmp: total solve time: 16.3727992 s
+ =================================
+ u : -0.10154E+01 0.15710E+00
+ v : -0.37482E-01 0.11935E+00
+ w : -0.74702E+00 0.23187E+00
+ =================================
+ Calculate pressures 5336.8762 24.3663 16.3888
+ raw pressures : -0.13760E+01 0.31445E+00
+ Smoothing pressures 5337.0990 24.5892 0.2229
+ do leaf measurements 5337.1001 24.5903 0.0011
+ compute convergence criterion 5337.1422 24.6323 0.0421
+ velocity_diff_norm = 0.0360496 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5337.1471
+ -----------------------------------
+ build system 5337.1517 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5345.0891 7.9420 7.9373
+ =================================
+ wsmp: initialisation time: 0.0518701 s
+ wsmp: ordering time: 4.1027150 s
+ wsmp: symbolic fact. time: 0.7031529 s
+ wsmp: Cholesky fact. time: 11.4586000 s
+ wsmp: Factorisation 14379.7395178 Mflops
+ wsmp: back substitution time: 0.1205518 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4445751 s
+ =================================
+ u : -0.10144E+01 0.17794E+00
+ v : -0.37495E-01 0.12367E+00
+ w : -0.73772E+00 0.22930E+00
+ =================================
+ Calculate pressures 5361.5501 24.4030 16.4610
+ raw pressures : -0.14746E+01 0.35691E+00
+ Smoothing pressures 5361.7732 24.6261 0.2232
+ do leaf measurements 5361.7743 24.6272 0.0011
+ compute convergence criterion 5361.8160 24.6689 0.0417
+ velocity_diff_norm = 0.0159123 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5361.8208
+ -----------------------------------
+ build system 5361.8253 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5369.7922 7.9714 7.9669
+ =================================
+ wsmp: initialisation time: 0.0509160 s
+ wsmp: ordering time: 4.1071160 s
+ wsmp: symbolic fact. time: 0.7048490 s
+ wsmp: Cholesky fact. time: 11.3744969 s
+ wsmp: Factorisation 14486.0634093 Mflops
+ wsmp: back substitution time: 0.1211691 s
+ wsmp: from b to rhs vector: 0.0072839 s
+ ---------------------------------
+ wsmp: total solve time: 16.3662300 s
+ =================================
+ u : -0.10138E+01 0.19565E+00
+ v : -0.40465E-01 0.12595E+00
+ w : -0.73292E+00 0.22840E+00
+ =================================
+ Calculate pressures 5386.1742 24.3534 16.3820
+ raw pressures : -0.15178E+01 0.36560E+00
+ Smoothing pressures 5386.4009 24.5800 0.2266
+ do leaf measurements 5386.4019 24.5811 0.0011
+ compute convergence criterion 5386.4435 24.6227 0.0416
+ velocity_diff_norm = 0.0107772 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5386.4484
+ -----------------------------------
+ build system 5386.4529 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5394.4777 8.0293 8.0248
+ =================================
+ wsmp: initialisation time: 0.0519159 s
+ wsmp: ordering time: 4.1127119 s
+ wsmp: symbolic fact. time: 0.7043459 s
+ wsmp: Cholesky fact. time: 11.3843529 s
+ wsmp: Factorisation 14473.5221227 Mflops
+ wsmp: back substitution time: 0.1207101 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3817410 s
+ =================================
+ u : -0.10132E+01 0.21117E+00
+ v : -0.42986E-01 0.12584E+00
+ w : -0.72834E+00 0.22787E+00
+ =================================
+ Calculate pressures 5410.8755 24.4272 16.3978
+ raw pressures : -0.15392E+01 0.36286E+00
+ Smoothing pressures 5411.0991 24.6508 0.2236
+ do leaf measurements 5411.1002 24.6518 0.0010
+ compute convergence criterion 5411.1417 24.6934 0.0415
+ velocity_diff_norm = 0.0081075 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5411.1448 24.6964 0.0031
+Compute isostasy and adjust vertical 5411.1450 24.6966 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -52762249370036.945 45597393914702.984
+ def in m -7.6342029571533203 0.53620308637619019
+ dimensionless def -1.53200881821768611E-6 2.18120084490094878E-5
+ Isostatic velocity range = -0.0151028 0.2170068
+ Compute divergence 5411.3481 24.8997 0.2031
+ wsmp_cleanup 5411.3905 24.9422 0.0425
+ Reset surface geometry 5411.3955 24.9471 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 5411.4037 24.9553 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5411.4180 24.9697 0.0144
+ Advect surface 1 5411.4182 24.9698 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5411.6133 25.1649 0.1951
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5411.8096 25.3613 0.1963
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5412.0566 25.6083 0.2470
+ Advect the cloud 5412.1845 25.7361 0.1278
+ Write output 5412.8605 26.4121 0.6760
+ End of time step 5413.6804 27.2320 0.8199
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 33 5413.6805
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5413.6806 0.0001 0.0001
+ surface 01 5413.6806 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5413.6807 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5413.7035 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5413.7240 0.0435 0.0205
+ S. 2: 16900points
+ refine surface 5413.7241 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5413.7473 0.0668 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5413.7675 0.0870 0.0202
+ S. 3: 16900points
+ refine surface 5413.7677 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5413.7913 0.1107 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5413.8159
+ -----------------------------------------------------------------------
+ Create octree solve 5413.8161 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5413.8318 0.0159 0.0157
+ osolve%nleaves= 32768
+ improve osolve for criterion 5413.8600 0.0441 0.0282
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5413.8607 0.0448 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5413.8747 0.0589 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 5413.9969 0.1810 0.1221
+ Imbed surface in osolve 5414.1778 0.3620 0.1809
+ embedding surface 1 5414.1780 0.3621 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5416.1530 2.3371 1.9750
+ osolve%nleaves= 59424
+ embedding surface 3 5418.2434 4.4275 2.0904
+ osolve%nleaves= 64128
+ Assessing octree stability 5421.7828 7.9669 3.5394
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5421.7906 7.9747 0.0078
+ Interpolate velo onto osolve 5422.1164 8.3005 0.3258
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5422.2809 8.4650 0.1645
+ Find void 5422.5537 8.7379 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 5422.5826 8.7667 0.0288
+ wsmp setup1 5422.5897 8.7739 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5423.5977 9.7818 1.0080
+ -----------------------------------
+ start of non-linear iteratio 1 5423.6453
+ -----------------------------------
+ build system 5423.6455 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 4.74126E+00
+ viscosity capped in 37088
+ wsmp solve 5431.6292 7.9839 7.9837
+ =================================
+ wsmp: initialisation time: 0.0528212 s
+ wsmp: ordering time: 4.1178548 s
+ wsmp: symbolic fact. time: 0.7078271 s
+ wsmp: Cholesky fact. time: 11.4043529 s
+ wsmp: Factorisation 14448.1396947 Mflops
+ wsmp: back substitution time: 0.1206229 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4111099 s
+ =================================
+ u : -0.10221E+01 0.18680E+00
+ v : -0.99894E-01 0.10456E+00
+ w : -0.76342E+00 0.28430E+00
+ =================================
+ Calculate pressures 5448.0568 24.4115 16.4276
+ raw pressures : -0.35105E+00 0.00000E+00
+ Smoothing pressures 5448.2790 24.6338 0.2222
+ do leaf measurements 5448.2801 24.6348 0.0010
+ compute convergence criterion 5448.3222 24.6770 0.0422
+ velocity_diff_norm = 0.5885836 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5448.3270
+ -----------------------------------
+ build system 5448.3314 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79401E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5456.2832 7.9562 7.9518
+ =================================
+ wsmp: initialisation time: 0.0510740 s
+ wsmp: ordering time: 4.1254911 s
+ wsmp: symbolic fact. time: 0.7155471 s
+ wsmp: Cholesky fact. time: 11.4089830 s
+ wsmp: Factorisation 14442.2762299 Mflops
+ wsmp: back substitution time: 0.1214578 s
+ wsmp: from b to rhs vector: 0.0072341 s
+ ---------------------------------
+ wsmp: total solve time: 16.4301598 s
+ =================================
+ u : -0.10171E+01 0.13964E+00
+ v : -0.47702E-01 0.10376E+00
+ w : -0.76814E+00 0.22563E+00
+ =================================
+ Calculate pressures 5472.7294 24.4023 16.4462
+ raw pressures : -0.12380E+01 0.18315E+00
+ Smoothing pressures 5472.9550 24.6280 0.2256
+ do leaf measurements 5472.9560 24.6290 0.0011
+ compute convergence criterion 5472.9982 24.6712 0.0422
+ velocity_diff_norm = 0.0715276 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5473.0030
+ -----------------------------------
+ build system 5473.0075 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5480.9896 7.9866 7.9821
+ =================================
+ wsmp: initialisation time: 0.0469592 s
+ wsmp: ordering time: 4.1192260 s
+ wsmp: symbolic fact. time: 0.7071078 s
+ wsmp: Cholesky fact. time: 11.3733840 s
+ wsmp: Factorisation 14487.4809372 Mflops
+ wsmp: back substitution time: 0.1207089 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3750730 s
+ =================================
+ u : -0.10154E+01 0.15744E+00
+ v : -0.37567E-01 0.11962E+00
+ w : -0.74761E+00 0.23167E+00
+ =================================
+ Calculate pressures 5497.3807 24.3776 16.3911
+ raw pressures : -0.13768E+01 0.31567E+00
+ Smoothing pressures 5497.6049 24.6019 0.2242
+ do leaf measurements 5497.6060 24.6029 0.0011
+ compute convergence criterion 5497.6484 24.6453 0.0424
+ velocity_diff_norm = 0.0360746 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5497.6532
+ -----------------------------------
+ build system 5497.6577 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5505.5949 7.9416 7.9371
+ =================================
+ wsmp: initialisation time: 0.0492702 s
+ wsmp: ordering time: 4.1069510 s
+ wsmp: symbolic fact. time: 0.7038660 s
+ wsmp: Cholesky fact. time: 11.4486790 s
+ wsmp: Factorisation 14392.2005589 Mflops
+ wsmp: back substitution time: 0.1207011 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4371490 s
+ =================================
+ u : -0.10144E+01 0.17806E+00
+ v : -0.37567E-01 0.12379E+00
+ w : -0.73822E+00 0.22911E+00
+ =================================
+ Calculate pressures 5522.0483 24.3950 16.4534
+ raw pressures : -0.14752E+01 0.35810E+00
+ Smoothing pressures 5522.2719 24.6186 0.2236
+ do leaf measurements 5522.2729 24.6197 0.0010
+ compute convergence criterion 5522.3151 24.6618 0.0421
+ velocity_diff_norm = 0.0158892 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5522.3199
+ -----------------------------------
+ build system 5522.3243 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5530.2860 7.9661 7.9617
+ =================================
+ wsmp: initialisation time: 0.0483592 s
+ wsmp: ordering time: 4.1085060 s
+ wsmp: symbolic fact. time: 0.7124829 s
+ wsmp: Cholesky fact. time: 11.3735750 s
+ wsmp: Factorisation 14487.2376784 Mflops
+ wsmp: back substitution time: 0.1216230 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3721471 s
+ =================================
+ u : -0.10137E+01 0.19571E+00
+ v : -0.40583E-01 0.12609E+00
+ w : -0.73336E+00 0.22833E+00
+ =================================
+ Calculate pressures 5546.6744 24.3545 16.3884
+ raw pressures : -0.15187E+01 0.36691E+00
+ Smoothing pressures 5546.9002 24.5803 0.2258
+ do leaf measurements 5546.9012 24.5813 0.0010
+ compute convergence criterion 5546.9433 24.6235 0.0421
+ velocity_diff_norm = 0.0107688 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5546.9481
+ -----------------------------------
+ build system 5546.9526 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5554.9727 8.0246 8.0202
+ =================================
+ wsmp: initialisation time: 0.0484810 s
+ wsmp: ordering time: 4.1105430 s
+ wsmp: symbolic fact. time: 0.7061191 s
+ wsmp: Cholesky fact. time: 11.3830421 s
+ wsmp: Factorisation 14475.1888352 Mflops
+ wsmp: back substitution time: 0.1209099 s
+ wsmp: from b to rhs vector: 0.0072379 s
+ ---------------------------------
+ wsmp: total solve time: 16.3767040 s
+ =================================
+ u : -0.10131E+01 0.21121E+00
+ v : -0.43057E-01 0.12597E+00
+ w : -0.72873E+00 0.22778E+00
+ =================================
+ Calculate pressures 5571.3656 24.4175 16.3929
+ raw pressures : -0.15402E+01 0.36415E+00
+ Smoothing pressures 5571.5885 24.6403 0.2229
+ do leaf measurements 5571.5895 24.6414 0.0011
+ compute convergence criterion 5571.6316 24.6835 0.0421
+ velocity_diff_norm = 0.0081103 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5571.6347 24.6865 0.0030
+Compute isostasy and adjust vertical 5571.6348 24.6867 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -53855036894445.469 47126178443424.547
+ def in m -7.6499629020690918 0.53781527280807495
+ dimensionless def -1.5366150651659284E-6 2.18570368630545478E-5
+ Isostatic velocity range = -0.0151246 0.2174111
+ Compute divergence 5571.8409 24.8927 0.2060
+ wsmp_cleanup 5571.8770 24.9289 0.0362
+ Reset surface geometry 5571.8821 24.9339 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 5571.8902 24.9420 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5571.9080 24.9599 0.0179
+ Advect surface 1 5571.9082 24.9600 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5572.1003 25.1522 0.1921
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5572.2976 25.3494 0.1973
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5572.5484 25.6002 0.2508
+ Advect the cloud 5572.6718 25.7237 0.1235
+ Write output 5573.3477 26.3996 0.6759
+ End of time step 5574.1649 27.2167 0.8172
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 34 5574.1650
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5574.1651 0.0001 0.0001
+ surface 01 5574.1651 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5574.1651 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5574.1879 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5574.2085 0.0435 0.0206
+ S. 2: 16900points
+ refine surface 5574.2086 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5574.2317 0.0668 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5574.2520 0.0870 0.0202
+ S. 3: 16900points
+ refine surface 5574.2521 0.0871 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5574.2758 0.1108 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5574.3006
+ -----------------------------------------------------------------------
+ Create octree solve 5574.3009 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5574.3165 0.0159 0.0156
+ osolve%nleaves= 32768
+ improve osolve for criterion 5574.3403 0.0397 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5574.3410 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5574.3550 0.0544 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 5574.4772 0.1766 0.1222
+ Imbed surface in osolve 5574.6614 0.3608 0.1842
+ embedding surface 1 5574.6616 0.3610 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5576.6360 2.3354 1.9744
+ osolve%nleaves= 59424
+ embedding surface 3 5578.7278 4.4272 2.0918
+ osolve%nleaves= 64128
+ Assessing octree stability 5582.2831 7.9825 3.5553
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5582.2909 7.9903 0.0078
+ Interpolate velo onto osolve 5582.6056 8.3050 0.3148
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5582.7107 8.4101 0.1051
+ Find void 5582.9826 8.6820 0.2719
+ whole leaf in fluid 32992
+ Define boundary conditions 5583.0116 8.7110 0.0290
+ wsmp setup1 5583.0190 8.7184 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5584.0319 9.7313 1.0130
+ -----------------------------------
+ start of non-linear iteratio 1 5584.0776
+ -----------------------------------
+ build system 5584.0778 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 4.72748E+00
+ viscosity capped in 37088
+ wsmp solve 5592.0647 7.9870 7.9869
+ =================================
+ wsmp: initialisation time: 0.0505731 s
+ wsmp: ordering time: 4.1133840 s
+ wsmp: symbolic fact. time: 0.7078409 s
+ wsmp: Cholesky fact. time: 11.4019620 s
+ wsmp: Factorisation 14451.1693049 Mflops
+ wsmp: back substitution time: 0.1210630 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.4023960 s
+ =================================
+ u : -0.10220E+01 0.18661E+00
+ v : -0.99629E-01 0.10521E+00
+ w : -0.76353E+00 0.28127E+00
+ =================================
+ Calculate pressures 5608.4828 24.4052 16.4182
+ raw pressures : -0.35109E+00 0.00000E+00
+ Smoothing pressures 5608.7067 24.6291 0.2239
+ do leaf measurements 5608.7078 24.6302 0.0011
+ compute convergence criterion 5608.7490 24.6713 0.0412
+ velocity_diff_norm = 0.5887733 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5608.7538
+ -----------------------------------
+ build system 5608.7581 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79275E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5616.6959 7.9421 7.9377
+ =================================
+ wsmp: initialisation time: 0.0484059 s
+ wsmp: ordering time: 4.1341801 s
+ wsmp: symbolic fact. time: 0.7158499 s
+ wsmp: Cholesky fact. time: 11.4153011 s
+ wsmp: Factorisation 14434.2827802 Mflops
+ wsmp: back substitution time: 0.1214390 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4427660 s
+ =================================
+ u : -0.10171E+01 0.13948E+00
+ v : -0.48006E-01 0.10327E+00
+ w : -0.76807E+00 0.22633E+00
+ =================================
+ Calculate pressures 5633.1548 24.4011 16.4590
+ raw pressures : -0.12372E+01 0.20094E+00
+ Smoothing pressures 5633.3806 24.6269 0.2258
+ do leaf measurements 5633.3817 24.6279 0.0011
+ compute convergence criterion 5633.4229 24.6691 0.0412
+ velocity_diff_norm = 0.0715485 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5633.4278
+ -----------------------------------
+ build system 5633.4322 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5641.4152 7.9874 7.9829
+ =================================
+ wsmp: initialisation time: 0.0486639 s
+ wsmp: ordering time: 4.1069431 s
+ wsmp: symbolic fact. time: 0.7071059 s
+ wsmp: Cholesky fact. time: 11.3806081 s
+ wsmp: Factorisation 14478.2847006 Mflops
+ wsmp: back substitution time: 0.1208179 s
+ wsmp: from b to rhs vector: 0.0072000 s
+ ---------------------------------
+ wsmp: total solve time: 16.3716941 s
+ =================================
+ u : -0.10151E+01 0.15735E+00
+ v : -0.37586E-01 0.11927E+00
+ w : -0.74758E+00 0.23195E+00
+ =================================
+ Calculate pressures 5657.8038 24.3760 16.3886
+ raw pressures : -0.13760E+01 0.31496E+00
+ Smoothing pressures 5658.0268 24.5990 0.2230
+ do leaf measurements 5658.0279 24.6001 0.0011
+ compute convergence criterion 5658.0693 24.6416 0.0414
+ velocity_diff_norm = 0.0361175 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5658.0743
+ -----------------------------------
+ build system 5658.0788 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5666.0205 7.9462 7.9417
+ =================================
+ wsmp: initialisation time: 0.0500269 s
+ wsmp: ordering time: 4.1165371 s
+ wsmp: symbolic fact. time: 0.7110231 s
+ wsmp: Cholesky fact. time: 11.4481502 s
+ wsmp: Factorisation 14392.8653627 Mflops
+ wsmp: back substitution time: 0.1209269 s
+ wsmp: from b to rhs vector: 0.0072150 s
+ ---------------------------------
+ wsmp: total solve time: 16.4542260 s
+ =================================
+ u : -0.10142E+01 0.17799E+00
+ v : -0.37550E-01 0.12362E+00
+ w : -0.73820E+00 0.22927E+00
+ =================================
+ Calculate pressures 5682.4910 24.4168 16.4705
+ raw pressures : -0.14746E+01 0.35736E+00
+ Smoothing pressures 5682.7146 24.6404 0.2236
+ do leaf measurements 5682.7157 24.6414 0.0011
+ compute convergence criterion 5682.7568 24.6825 0.0411
+ velocity_diff_norm = 0.0158665 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5682.7617
+ -----------------------------------
+ build system 5682.7662 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5690.7261 7.9644 7.9599
+ =================================
+ wsmp: initialisation time: 0.0508888 s
+ wsmp: ordering time: 4.1028111 s
+ wsmp: symbolic fact. time: 0.7130039 s
+ wsmp: Cholesky fact. time: 11.3692210 s
+ wsmp: Factorisation 14492.7857661 Mflops
+ wsmp: back substitution time: 0.1212900 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.3647690 s
+ =================================
+ u : -0.10135E+01 0.19566E+00
+ v : -0.40438E-01 0.12594E+00
+ w : -0.73331E+00 0.22829E+00
+ =================================
+ Calculate pressures 5707.1067 24.3450 16.3806
+ raw pressures : -0.15184E+01 0.36640E+00
+ Smoothing pressures 5707.3331 24.5714 0.2264
+ do leaf measurements 5707.3342 24.5725 0.0011
+ compute convergence criterion 5707.3753 24.6136 0.0411
+ velocity_diff_norm = 0.0107635 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5707.3802
+ -----------------------------------
+ build system 5707.3846 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5715.4059 8.0258 8.0213
+ =================================
+ wsmp: initialisation time: 0.0492210 s
+ wsmp: ordering time: 4.1096439 s
+ wsmp: symbolic fact. time: 0.7087309 s
+ wsmp: Cholesky fact. time: 11.3860331 s
+ wsmp: Factorisation 14471.3863936 Mflops
+ wsmp: back substitution time: 0.1205719 s
+ wsmp: from b to rhs vector: 0.0071909 s
+ ---------------------------------
+ wsmp: total solve time: 16.3817441 s
+ =================================
+ u : -0.10130E+01 0.21115E+00
+ v : -0.42959E-01 0.12580E+00
+ w : -0.72869E+00 0.22781E+00
+ =================================
+ Calculate pressures 5731.8034 24.4233 16.3975
+ raw pressures : -0.15399E+01 0.36375E+00
+ Smoothing pressures 5732.0274 24.6472 0.2240
+ do leaf measurements 5732.0286 24.6484 0.0012
+ compute convergence criterion 5732.0697 24.6895 0.0411
+ velocity_diff_norm = 0.0081067 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5732.0728 24.6927 0.0031
+Compute isostasy and adjust vertical 5732.0730 24.6928 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -54938036736965.633 48644313110998.664
+ def in m -7.6640849113464355 0.54050964117050171
+ dimensionless def -1.54431326048714772E-6 2.18973854609898147E-5
+ Isostatic velocity range = -0.0151762 0.2177638
+ Compute divergence 5732.2723 24.8922 0.1993
+ wsmp_cleanup 5732.3153 24.9351 0.0430
+ Reset surface geometry 5732.3202 24.9401 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 5732.3284 24.9482 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5732.3426 24.9624 0.0142
+ Advect surface 1 5732.3427 24.9626 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5732.5335 25.1533 0.1908
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5732.7297 25.3495 0.1962
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5732.9836 25.6034 0.2539
+ Advect the cloud 5733.1087 25.7285 0.1251
+ Write output 5733.7846 26.4044 0.6759
+ End of time step 5734.5982 27.2180 0.8136
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 35 5734.5983
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5734.5984 0.0001 0.0001
+ surface 01 5734.5984 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5734.5985 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5734.6211 0.0228 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5734.6419 0.0435 0.0207
+ S. 2: 16900points
+ refine surface 5734.6420 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5734.6652 0.0669 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5734.6852 0.0868 0.0200
+ S. 3: 16900points
+ refine surface 5734.6853 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5734.7088 0.1105 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5734.7334
+ -----------------------------------------------------------------------
+ Create octree solve 5734.7337 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5734.7495 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 5734.7732 0.0398 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5734.7739 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5734.7881 0.0547 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 5734.9115 0.1780 0.1234
+ Imbed surface in osolve 5735.0937 0.3603 0.1823
+ embedding surface 1 5735.0939 0.3605 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5737.0588 2.3253 1.9649
+ osolve%nleaves= 59424
+ embedding surface 3 5739.1664 4.4330 2.1076
+ osolve%nleaves= 64128
+ Assessing octree stability 5742.6967 7.9633 3.5303
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5742.7017 7.9683 0.0050
+ Interpolate velo onto osolve 5743.0823 8.3488 0.3805
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5743.1479 8.4145 0.0656
+ Find void 5743.4199 8.6865 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 5743.4488 8.7154 0.0289
+ wsmp setup1 5743.4562 8.7227 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5744.4698 9.7364 1.0136
+ -----------------------------------
+ start of non-linear iteratio 1 5744.5159
+ -----------------------------------
+ build system 5744.5160 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 4.83650E+00
+ viscosity capped in 37088
+ wsmp solve 5752.5072 7.9913 7.9912
+ =================================
+ wsmp: initialisation time: 0.0508962 s
+ wsmp: ordering time: 4.1122680 s
+ wsmp: symbolic fact. time: 0.7050488 s
+ wsmp: Cholesky fact. time: 11.4049890 s
+ wsmp: Factorisation 14447.3338655 Mflops
+ wsmp: back substitution time: 0.1210890 s
+ wsmp: from b to rhs vector: 0.0072751 s
+ ---------------------------------
+ wsmp: total solve time: 16.4019432 s
+ =================================
+ u : -0.10218E+01 0.18536E+00
+ v : -0.10002E+00 0.10507E+00
+ w : -0.76333E+00 0.27589E+00
+ =================================
+ Calculate pressures 5768.9254 24.4095 16.4182
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 5769.1479 24.6320 0.2225
+ do leaf measurements 5769.1490 24.6332 0.0011
+ compute convergence criterion 5769.1904 24.6745 0.0413
+ velocity_diff_norm = 0.5885798 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5769.1951
+ -----------------------------------
+ build system 5769.1995 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78592E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5777.1392 7.9442 7.9397
+ =================================
+ wsmp: initialisation time: 0.0501449 s
+ wsmp: ordering time: 4.1273141 s
+ wsmp: symbolic fact. time: 0.7223248 s
+ wsmp: Cholesky fact. time: 11.4290659 s
+ wsmp: Factorisation 14416.8985200 Mflops
+ wsmp: back substitution time: 0.1213341 s
+ wsmp: from b to rhs vector: 0.0072441 s
+ ---------------------------------
+ wsmp: total solve time: 16.4578140 s
+ =================================
+ u : -0.10169E+01 0.13847E+00
+ v : -0.47865E-01 0.10332E+00
+ w : -0.76788E+00 0.22668E+00
+ =================================
+ Calculate pressures 5793.6132 24.4182 16.4740
+ raw pressures : -0.12364E+01 0.17885E+00
+ Smoothing pressures 5793.8388 24.6437 0.2255
+ do leaf measurements 5793.8399 24.6448 0.0011
+ compute convergence criterion 5793.8813 24.6862 0.0414
+ velocity_diff_norm = 0.0713188 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5793.8860
+ -----------------------------------
+ build system 5793.8905 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5801.8814 7.9954 7.9909
+ =================================
+ wsmp: initialisation time: 0.0485241 s
+ wsmp: ordering time: 4.1115921 s
+ wsmp: symbolic fact. time: 0.7061472 s
+ wsmp: Cholesky fact. time: 11.3755329 s
+ wsmp: Factorisation 14484.7442158 Mflops
+ wsmp: back substitution time: 0.1208889 s
+ wsmp: from b to rhs vector: 0.0072701 s
+ ---------------------------------
+ wsmp: total solve time: 16.3703532 s
+ =================================
+ u : -0.10152E+01 0.15674E+00
+ v : -0.37987E-01 0.11947E+00
+ w : -0.74689E+00 0.23211E+00
+ =================================
+ Calculate pressures 5818.2680 24.3820 16.3866
+ raw pressures : -0.13752E+01 0.31402E+00
+ Smoothing pressures 5818.4916 24.6056 0.2236
+ do leaf measurements 5818.4928 24.6068 0.0012
+ compute convergence criterion 5818.5345 24.6485 0.0417
+ velocity_diff_norm = 0.0360276 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5818.5393
+ -----------------------------------
+ build system 5818.5439 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5826.4881 7.9488 7.9442
+ =================================
+ wsmp: initialisation time: 0.0481579 s
+ wsmp: ordering time: 4.1178770 s
+ wsmp: symbolic fact. time: 0.7064650 s
+ wsmp: Cholesky fact. time: 11.4479132 s
+ wsmp: Factorisation 14393.1633155 Mflops
+ wsmp: back substitution time: 0.1208868 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.4489310 s
+ =================================
+ u : -0.10143E+01 0.17767E+00
+ v : -0.37888E-01 0.12380E+00
+ w : -0.73760E+00 0.22944E+00
+ =================================
+ Calculate pressures 5842.9534 24.4142 16.4653
+ raw pressures : -0.14736E+01 0.35587E+00
+ Smoothing pressures 5843.1768 24.6375 0.2234
+ do leaf measurements 5843.1778 24.6386 0.0010
+ compute convergence criterion 5843.2193 24.6801 0.0415
+ velocity_diff_norm = 0.0158726 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 5843.2241
+ -----------------------------------
+ build system 5843.2286 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5851.1812 7.9572 7.9527
+ =================================
+ wsmp: initialisation time: 0.0470278 s
+ wsmp: ordering time: 4.1116161 s
+ wsmp: symbolic fact. time: 0.7160130 s
+ wsmp: Cholesky fact. time: 11.3739419 s
+ wsmp: Factorisation 14486.7703165 Mflops
+ wsmp: back substitution time: 0.1215758 s
+ wsmp: from b to rhs vector: 0.0072339 s
+ ---------------------------------
+ wsmp: total solve time: 16.3777909 s
+ =================================
+ u : -0.10137E+01 0.19544E+00
+ v : -0.40338E-01 0.12597E+00
+ w : -0.73278E+00 0.22839E+00
+ =================================
+ Calculate pressures 5867.5756 24.3515 16.3944
+ raw pressures : -0.15168E+01 0.36463E+00
+ Smoothing pressures 5867.8010 24.5769 0.2254
+ do leaf measurements 5867.8021 24.5781 0.0011
+ compute convergence criterion 5867.8434 24.6194 0.0413
+ velocity_diff_norm = 0.0107552 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 5867.8482
+ -----------------------------------
+ build system 5867.8526 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5875.8746 8.0264 8.0219
+ =================================
+ wsmp: initialisation time: 0.0479231 s
+ wsmp: ordering time: 4.1203029 s
+ wsmp: symbolic fact. time: 0.7025819 s
+ wsmp: Cholesky fact. time: 11.3913112 s
+ wsmp: Factorisation 14464.6811447 Mflops
+ wsmp: back substitution time: 0.1210670 s
+ wsmp: from b to rhs vector: 0.0072510 s
+ ---------------------------------
+ wsmp: total solve time: 16.3908229 s
+ =================================
+ u : -0.10131E+01 0.21099E+00
+ v : -0.42858E-01 0.12592E+00
+ w : -0.72819E+00 0.22791E+00
+ =================================
+ Calculate pressures 5892.2818 24.4336 16.4072
+ raw pressures : -0.15383E+01 0.36196E+00
+ Smoothing pressures 5892.5046 24.6565 0.2229
+ do leaf measurements 5892.5057 24.6576 0.0011
+ compute convergence criterion 5892.5470 24.6989 0.0413
+ velocity_diff_norm = 0.0081030 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 5892.5501 24.7019 0.0031
+Compute isostasy and adjust vertical 5892.5502 24.7021 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -56011643769434.375 50151798902406.492
+ def in m -7.6786894798278809 0.54427826404571533
+ dimensionless def -1.55508075441632941E-6 2.193911279950823E-5
+ Isostatic velocity range = -0.0152590 0.2181313
+ Compute divergence 5892.7567 24.9085 0.2064
+ wsmp_cleanup 5892.7925 24.9444 0.0359
+ Reset surface geometry 5892.7976 24.9495 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 5892.8057 24.9575 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 5892.8235 24.9754 0.0179
+ Advect surface 1 5892.8237 24.9755 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 5893.0150 25.1668 0.1913
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 5893.2095 25.3613 0.1945
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 5893.4626 25.6145 0.2532
+ Advect the cloud 5893.5873 25.7391 0.1246
+ Write output 5894.2645 26.4164 0.6772
+ End of time step 5895.0847 27.2365 0.8202
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 36 5895.0848
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 5895.0849 0.0001 0.0001
+ surface 01 5895.0849 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 5895.0850 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 5895.1081 0.0232 0.0231
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 5895.1285 0.0437 0.0204
+ S. 2: 16900points
+ refine surface 5895.1286 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 5895.1520 0.0671 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 5895.1720 0.0872 0.0200
+ S. 3: 16900points
+ refine surface 5895.1721 0.0873 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 5895.1956 0.1108 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 5895.2202
+ -----------------------------------------------------------------------
+ Create octree solve 5895.2204 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 5895.2362 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 5895.2598 0.0396 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 5895.2605 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 5895.2747 0.0545 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 5895.3981 0.1779 0.1234
+ Imbed surface in osolve 5895.5825 0.3624 0.1845
+ embedding surface 1 5895.5827 0.3625 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 5897.5391 2.3189 1.9564
+ osolve%nleaves= 59424
+ embedding surface 3 5899.6133 4.3931 2.0742
+ osolve%nleaves= 64128
+ Assessing octree stability 5903.1655 7.9453 3.5522
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 5903.1735 7.9533 0.0080
+ Interpolate velo onto osolve 5903.4864 8.2662 0.3130
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 5903.6019 8.3817 0.1155
+ Find void 5903.8749 8.6548 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 5903.9040 8.6838 0.0291
+ wsmp setup1 5903.9112 8.6911 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 5904.9206 9.7004 1.0094
+ -----------------------------------
+ start of non-linear iteratio 1 5904.9668
+ -----------------------------------
+ build system 5904.9669 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 4.46575E+00
+ viscosity capped in 37088
+ wsmp solve 5912.9550 7.9883 7.9881
+ =================================
+ wsmp: initialisation time: 0.0540910 s
+ wsmp: ordering time: 4.1123199 s
+ wsmp: symbolic fact. time: 0.7063880 s
+ wsmp: Cholesky fact. time: 11.3969982 s
+ wsmp: Factorisation 14457.4634005 Mflops
+ wsmp: back substitution time: 0.1207891 s
+ wsmp: from b to rhs vector: 0.0071299 s
+ ---------------------------------
+ wsmp: total solve time: 16.3981471 s
+ =================================
+ u : -0.10215E+01 0.18549E+00
+ v : -0.99846E-01 0.10543E+00
+ w : -0.76293E+00 0.27623E+00
+ =================================
+ Calculate pressures 5929.3691 24.4023 16.4140
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 5929.5916 24.6248 0.2226
+ do leaf measurements 5929.5927 24.6259 0.0011
+ compute convergence criterion 5929.6338 24.6670 0.0410
+ velocity_diff_norm = 0.5889427 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 5929.6384
+ -----------------------------------
+ build system 5929.6427 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78877E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5937.5815 7.9431 7.9388
+ =================================
+ wsmp: initialisation time: 0.0521529 s
+ wsmp: ordering time: 4.1399899 s
+ wsmp: symbolic fact. time: 0.7137649 s
+ wsmp: Cholesky fact. time: 11.4195321 s
+ wsmp: Factorisation 14428.9348285 Mflops
+ wsmp: back substitution time: 0.1211720 s
+ wsmp: from b to rhs vector: 0.0071120 s
+ ---------------------------------
+ wsmp: total solve time: 16.4541330 s
+ =================================
+ u : -0.10167E+01 0.13834E+00
+ v : -0.47845E-01 0.10343E+00
+ w : -0.76768E+00 0.22656E+00
+ =================================
+ Calculate pressures 5954.0517 24.4134 16.4703
+ raw pressures : -0.12364E+01 0.19138E+00
+ Smoothing pressures 5954.2770 24.6387 0.2253
+ do leaf measurements 5954.2782 24.6398 0.0011
+ compute convergence criterion 5954.3191 24.6807 0.0410
+ velocity_diff_norm = 0.0714756 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 5954.3239
+ -----------------------------------
+ build system 5954.3283 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5962.3183 7.9945 7.9901
+ =================================
+ wsmp: initialisation time: 0.0467570 s
+ wsmp: ordering time: 4.0988212 s
+ wsmp: symbolic fact. time: 0.7063911 s
+ wsmp: Cholesky fact. time: 11.3782082 s
+ wsmp: Factorisation 14481.3384983 Mflops
+ wsmp: back substitution time: 0.1204202 s
+ wsmp: from b to rhs vector: 0.0071349 s
+ ---------------------------------
+ wsmp: total solve time: 16.3581319 s
+ =================================
+ u : -0.10153E+01 0.15657E+00
+ v : -0.37951E-01 0.11932E+00
+ w : -0.74671E+00 0.23196E+00
+ =================================
+ Calculate pressures 5978.6929 24.3690 16.3746
+ raw pressures : -0.13743E+01 0.31332E+00
+ Smoothing pressures 5978.9163 24.5925 0.2235
+ do leaf measurements 5978.9175 24.5936 0.0011
+ compute convergence criterion 5978.9589 24.6350 0.0414
+ velocity_diff_norm = 0.0360159 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 5978.9637
+ -----------------------------------
+ build system 5978.9681 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 5986.9138 7.9501 7.9457
+ =================================
+ wsmp: initialisation time: 0.0480301 s
+ wsmp: ordering time: 4.1027379 s
+ wsmp: symbolic fact. time: 0.7085819 s
+ wsmp: Cholesky fact. time: 11.4416130 s
+ wsmp: Factorisation 14401.0887684 Mflops
+ wsmp: back substitution time: 0.1207149 s
+ wsmp: from b to rhs vector: 0.0071120 s
+ ---------------------------------
+ wsmp: total solve time: 16.4291961 s
+ =================================
+ u : -0.10144E+01 0.17753E+00
+ v : -0.37803E-01 0.12365E+00
+ w : -0.73742E+00 0.22941E+00
+ =================================
+ Calculate pressures 6003.3597 24.3960 16.4459
+ raw pressures : -0.14729E+01 0.35575E+00
+ Smoothing pressures 6003.5832 24.6195 0.2235
+ do leaf measurements 6003.5843 24.6206 0.0011
+ compute convergence criterion 6003.6252 24.6615 0.0409
+ velocity_diff_norm = 0.0159227 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6003.6300
+ -----------------------------------
+ build system 6003.6343 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6011.5861 7.9562 7.9518
+ =================================
+ wsmp: initialisation time: 0.0484700 s
+ wsmp: ordering time: 4.1077580 s
+ wsmp: symbolic fact. time: 0.7120540 s
+ wsmp: Cholesky fact. time: 11.3714931 s
+ wsmp: Factorisation 14489.8899740 Mflops
+ wsmp: back substitution time: 0.1213279 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3686390 s
+ =================================
+ u : -0.10137E+01 0.19527E+00
+ v : -0.40353E-01 0.12591E+00
+ w : -0.73267E+00 0.22834E+00
+ =================================
+ Calculate pressures 6027.9708 24.3409 16.3847
+ raw pressures : -0.15161E+01 0.36447E+00
+ Smoothing pressures 6028.1968 24.5668 0.2260
+ do leaf measurements 6028.1979 24.5679 0.0011
+ compute convergence criterion 6028.2390 24.6090 0.0411
+ velocity_diff_norm = 0.0107746 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6028.2438
+ -----------------------------------
+ build system 6028.2482 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6036.2655 8.0217 8.0173
+ =================================
+ wsmp: initialisation time: 0.0508661 s
+ wsmp: ordering time: 4.0989130 s
+ wsmp: symbolic fact. time: 0.7049482 s
+ wsmp: Cholesky fact. time: 11.3856390 s
+ wsmp: Factorisation 14471.8873105 Mflops
+ wsmp: back substitution time: 0.1210551 s
+ wsmp: from b to rhs vector: 0.0071270 s
+ ---------------------------------
+ wsmp: total solve time: 16.3689721 s
+ =================================
+ u : -0.10132E+01 0.21082E+00
+ v : -0.42882E-01 0.12585E+00
+ w : -0.72810E+00 0.22784E+00
+ =================================
+ Calculate pressures 6052.6511 24.4074 16.3856
+ raw pressures : -0.15373E+01 0.36161E+00
+ Smoothing pressures 6052.8740 24.6302 0.2229
+ do leaf measurements 6052.8751 24.6313 0.0011
+ compute convergence criterion 6052.9161 24.6723 0.0410
+ velocity_diff_norm = 0.0081123 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6052.9192 24.6754 0.0031
+Compute isostasy and adjust vertical 6052.9193 24.6756 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -57076009002029.781 51649317992772.703
+ def in m -7.6943826675415039 0.5503959059715271
+ dimensionless def -1.57255973134722032E-6 2.19839504786900092E-5
+ Isostatic velocity range = -0.0154111 0.2185434
+ Compute divergence 6053.1177 24.8739 0.1983
+ wsmp_cleanup 6053.1605 24.9168 0.0429
+ Reset surface geometry 6053.1655 24.9217 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 6053.1735 24.9298 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6053.1877 24.9439 0.0142
+ Advect surface 1 6053.1879 24.9441 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6053.3820 25.1382 0.1941
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6053.5791 25.3353 0.1971
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6053.8265 25.5827 0.2474
+ Advect the cloud 6053.9497 25.7060 0.1233
+ Write output 6054.6317 26.3879 0.6819
+ End of time step 6055.4580 27.2142 0.8263
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 37 6055.4581
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6055.4582 0.0001 0.0001
+ surface 01 6055.4582 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6055.4583 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6055.4810 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6055.5013 0.0432 0.0203
+ S. 2: 16900points
+ refine surface 6055.5015 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6055.5246 0.0665 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6055.5445 0.0863 0.0198
+ S. 3: 16900points
+ refine surface 6055.5446 0.0865 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6055.5688 0.1107 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6055.5931
+ -----------------------------------------------------------------------
+ Create octree solve 6055.5934 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6055.6092 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6055.6328 0.0396 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6055.6335 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6055.6477 0.0546 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6055.7710 0.1779 0.1234
+ Imbed surface in osolve 6055.9528 0.3596 0.1817
+ embedding surface 1 6055.9529 0.3598 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 6057.9028 2.3097 1.9499
+ osolve%nleaves= 59424
+ embedding surface 3 6060.0163 4.4232 2.1135
+ osolve%nleaves= 64128
+ Assessing octree stability 6063.5623 7.9692 3.5461
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6063.5704 7.9773 0.0080
+ Interpolate velo onto osolve 6063.8973 8.3042 0.3270
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6063.9922 8.3991 0.0949
+ Find void 6064.2643 8.6712 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 6064.2931 8.7000 0.0289
+ wsmp setup1 6064.3004 8.7073 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6065.3071 9.7139 1.0067
+ -----------------------------------
+ start of non-linear iteratio 1 6065.3532
+ -----------------------------------
+ build system 6065.3534 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 4.76589E+00
+ viscosity capped in 37088
+ wsmp solve 6073.3540 8.0007 8.0006
+ =================================
+ wsmp: initialisation time: 0.0514679 s
+ wsmp: ordering time: 4.1067722 s
+ wsmp: symbolic fact. time: 0.7079489 s
+ wsmp: Cholesky fact. time: 11.3972352 s
+ wsmp: Factorisation 14457.1627796 Mflops
+ wsmp: back substitution time: 0.1206479 s
+ wsmp: from b to rhs vector: 0.0071180 s
+ ---------------------------------
+ wsmp: total solve time: 16.3915651 s
+ =================================
+ u : -0.10215E+01 0.18643E+00
+ v : -0.99977E-01 0.10556E+00
+ w : -0.76313E+00 0.27951E+00
+ =================================
+ Calculate pressures 6089.7617 24.4085 16.4077
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 6089.9854 24.6322 0.2237
+ do leaf measurements 6089.9865 24.6333 0.0011
+ compute convergence criterion 6090.0283 24.6751 0.0418
+ velocity_diff_norm = 0.5886974 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6090.0331
+ -----------------------------------
+ build system 6090.0375 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79022E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6097.9761 7.9431 7.9387
+ =================================
+ wsmp: initialisation time: 0.0490370 s
+ wsmp: ordering time: 4.1202490 s
+ wsmp: symbolic fact. time: 0.7123981 s
+ wsmp: Cholesky fact. time: 11.4298699 s
+ wsmp: Factorisation 14415.8844727 Mflops
+ wsmp: back substitution time: 0.1209860 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4401700 s
+ =================================
+ u : -0.10165E+01 0.13907E+00
+ v : -0.48126E-01 0.10314E+00
+ w : -0.76792E+00 0.22652E+00
+ =================================
+ Calculate pressures 6114.4322 24.3992 16.4561
+ raw pressures : -0.12380E+01 0.18035E+00
+ Smoothing pressures 6114.6577 24.6247 0.2255
+ do leaf measurements 6114.6589 24.6258 0.0012
+ compute convergence criterion 6114.7007 24.6676 0.0418
+ velocity_diff_norm = 0.0715264 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6114.7055
+ -----------------------------------
+ build system 6114.7099 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6122.7068 8.0013 7.9969
+ =================================
+ wsmp: initialisation time: 0.0507271 s
+ wsmp: ordering time: 4.0989699 s
+ wsmp: symbolic fact. time: 0.7076521 s
+ wsmp: Cholesky fact. time: 11.3712959 s
+ wsmp: Factorisation 14490.1412209 Mflops
+ wsmp: back substitution time: 0.1204619 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.3567572 s
+ =================================
+ u : -0.10155E+01 0.15696E+00
+ v : -0.37687E-01 0.11923E+00
+ w : -0.74732E+00 0.23200E+00
+ =================================
+ Calculate pressures 6139.0797 24.3742 16.3729
+ raw pressures : -0.13760E+01 0.31522E+00
+ Smoothing pressures 6139.3026 24.5971 0.2229
+ do leaf measurements 6139.3038 24.5983 0.0012
+ compute convergence criterion 6139.3459 24.6404 0.0421
+ velocity_diff_norm = 0.0359678 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6139.3508
+ -----------------------------------
+ build system 6139.3553 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6147.3056 7.9549 7.9503
+ =================================
+ wsmp: initialisation time: 0.0512779 s
+ wsmp: ordering time: 4.1018209 s
+ wsmp: symbolic fact. time: 0.7070291 s
+ wsmp: Cholesky fact. time: 11.4280040 s
+ wsmp: Factorisation 14418.2381713 Mflops
+ wsmp: back substitution time: 0.1205270 s
+ wsmp: from b to rhs vector: 0.0072570 s
+ ---------------------------------
+ wsmp: total solve time: 16.4162881 s
+ =================================
+ u : -0.10145E+01 0.17773E+00
+ v : -0.37577E-01 0.12364E+00
+ w : -0.73793E+00 0.22934E+00
+ =================================
+ Calculate pressures 6163.7386 24.3879 16.4330
+ raw pressures : -0.14741E+01 0.35718E+00
+ Smoothing pressures 6163.9622 24.6114 0.2236
+ do leaf measurements 6163.9634 24.6126 0.0012
+ compute convergence criterion 6164.0051 24.6543 0.0417
+ velocity_diff_norm = 0.0158734 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6164.0099
+ -----------------------------------
+ build system 6164.0144 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6171.9627 7.9528 7.9483
+ =================================
+ wsmp: initialisation time: 0.0504122 s
+ wsmp: ordering time: 4.1052759 s
+ wsmp: symbolic fact. time: 0.7119892 s
+ wsmp: Cholesky fact. time: 11.3668251 s
+ wsmp: Factorisation 14495.8405158 Mflops
+ wsmp: back substitution time: 0.1212358 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.3633161 s
+ =================================
+ u : -0.10138E+01 0.19546E+00
+ v : -0.40404E-01 0.12595E+00
+ w : -0.73312E+00 0.22831E+00
+ =================================
+ Calculate pressures 6188.3424 24.3326 16.3798
+ raw pressures : -0.15174E+01 0.36604E+00
+ Smoothing pressures 6188.5682 24.5584 0.2258
+ do leaf measurements 6188.5694 24.5595 0.0011
+ compute convergence criterion 6188.6111 24.6012 0.0417
+ velocity_diff_norm = 0.0107478 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6188.6159
+ -----------------------------------
+ build system 6188.6204 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6196.6301 8.0142 8.0097
+ =================================
+ wsmp: initialisation time: 0.0490680 s
+ wsmp: ordering time: 4.1116760 s
+ wsmp: symbolic fact. time: 0.7058530 s
+ wsmp: Cholesky fact. time: 11.3801060 s
+ wsmp: Factorisation 14478.9235071 Mflops
+ wsmp: back substitution time: 0.1204848 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.3748369 s
+ =================================
+ u : -0.10133E+01 0.21101E+00
+ v : -0.42912E-01 0.12589E+00
+ w : -0.72852E+00 0.22789E+00
+ =================================
+ Calculate pressures 6213.0209 24.4050 16.3908
+ raw pressures : -0.15389E+01 0.36340E+00
+ Smoothing pressures 6213.2434 24.6276 0.2225
+ do leaf measurements 6213.2446 24.6287 0.0012
+ compute convergence criterion 6213.2863 24.6705 0.0418
+ velocity_diff_norm = 0.0081094 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6213.2894 24.6735 0.0031
+Compute isostasy and adjust vertical 6213.2896 24.6737 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -58126085225213.055 53138637067406.461
+ def in m -7.7070260047912598 0.55376023054122925
+ dimensionless def -1.58217208726065505E-6 2.20200742994036005E-5
+ Isostatic velocity range = -0.0154841 0.2188962
+ Compute divergence 6213.4909 24.8751 0.2014
+ wsmp_cleanup 6213.5323 24.9165 0.0414
+ Reset surface geometry 6213.5374 24.9216 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 6213.5457 24.9298 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6213.5607 24.9448 0.0150
+ Advect surface 1 6213.5608 24.9450 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6213.7550 25.1391 0.1942
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6213.9513 25.3354 0.1963
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6214.2035 25.5877 0.2523
+ Advect the cloud 6214.3304 25.7145 0.1268
+ Write output 6215.0125 26.3966 0.6821
+ End of time step 6215.8748 27.2589 0.8623
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 38 6215.8749
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6215.8750 0.0001 0.0001
+ surface 01 6215.8750 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6215.8751 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6215.8978 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6215.9182 0.0433 0.0204
+ S. 2: 16900points
+ refine surface 6215.9184 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6215.9415 0.0666 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6215.9617 0.0867 0.0202
+ S. 3: 16900points
+ refine surface 6215.9618 0.0869 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6215.9855 0.1105 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6216.0101
+ -----------------------------------------------------------------------
+ Create octree solve 6216.0104 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6216.0262 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6216.0499 0.0398 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6216.0506 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6216.0648 0.0547 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6216.1890 0.1788 0.1241
+ Imbed surface in osolve 6216.3712 0.3611 0.1823
+ embedding surface 1 6216.3714 0.3612 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 6218.3295 2.3193 1.9581
+ osolve%nleaves= 59424
+ embedding surface 3 6220.4104 4.4002 2.0809
+ osolve%nleaves= 64128
+ Assessing octree stability 6223.9599 7.9497 3.5495
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6223.9643 7.9542 0.0044
+ Interpolate velo onto osolve 6224.3116 8.3015 0.3474
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6224.3963 8.3862 0.0847
+ Find void 6224.6649 8.6548 0.2686
+ whole leaf in fluid 32992
+ Define boundary conditions 6224.6935 8.6833 0.0285
+ wsmp setup1 6224.7007 8.6906 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6225.7070 9.6968 1.0062
+ -----------------------------------
+ start of non-linear iteratio 1 6225.7537
+ -----------------------------------
+ build system 6225.7539 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 5.11940E+00
+ viscosity capped in 37088
+ wsmp solve 6233.7578 8.0041 8.0039
+ =================================
+ wsmp: initialisation time: 0.0502710 s
+ wsmp: ordering time: 4.1042230 s
+ wsmp: symbolic fact. time: 0.7067060 s
+ wsmp: Cholesky fact. time: 11.3891499 s
+ wsmp: Factorisation 14467.4260380 Mflops
+ wsmp: back substitution time: 0.1208711 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.3788660 s
+ =================================
+ u : -0.10213E+01 0.18592E+00
+ v : -0.99147E-01 0.10496E+00
+ w : -0.76299E+00 0.27898E+00
+ =================================
+ Calculate pressures 6250.1530 24.3993 16.3952
+ raw pressures : -0.35135E+00 0.00000E+00
+ Smoothing pressures 6250.3758 24.6221 0.2228
+ do leaf measurements 6250.3769 24.6232 0.0011
+ compute convergence criterion 6250.4183 24.6646 0.0414
+ velocity_diff_norm = 0.5884372 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6250.4231
+ -----------------------------------
+ build system 6250.4275 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79899E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6258.3660 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0495431 s
+ wsmp: ordering time: 4.1261840 s
+ wsmp: symbolic fact. time: 0.7139299 s
+ wsmp: Cholesky fact. time: 11.4359651 s
+ wsmp: Factorisation 14408.2010564 Mflops
+ wsmp: back substitution time: 0.1217890 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4550531 s
+ =================================
+ u : -0.10165E+01 0.13883E+00
+ v : -0.47710E-01 0.10348E+00
+ w : -0.76781E+00 0.22559E+00
+ =================================
+ Calculate pressures 6274.8375 24.4144 16.4715
+ raw pressures : -0.12367E+01 0.19423E+00
+ Smoothing pressures 6275.0627 24.6395 0.2251
+ do leaf measurements 6275.0638 24.6406 0.0011
+ compute convergence criterion 6275.1051 24.6820 0.0414
+ velocity_diff_norm = 0.0713297 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6275.1100
+ -----------------------------------
+ build system 6275.1145 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6283.1156 8.0056 8.0011
+ =================================
+ wsmp: initialisation time: 0.0506022 s
+ wsmp: ordering time: 4.1082728 s
+ wsmp: symbolic fact. time: 0.7092512 s
+ wsmp: Cholesky fact. time: 11.3471799 s
+ wsmp: Factorisation 14520.9369620 Mflops
+ wsmp: back substitution time: 0.1207712 s
+ wsmp: from b to rhs vector: 0.0073020 s
+ ---------------------------------
+ wsmp: total solve time: 16.3437700 s
+ =================================
+ u : -0.10153E+01 0.15691E+00
+ v : -0.37692E-01 0.11947E+00
+ w : -0.74713E+00 0.23159E+00
+ =================================
+ Calculate pressures 6299.4755 24.3655 16.3599
+ raw pressures : -0.13751E+01 0.31425E+00
+ Smoothing pressures 6299.6982 24.5882 0.2227
+ do leaf measurements 6299.6994 24.5894 0.0011
+ compute convergence criterion 6299.7410 24.6310 0.0416
+ velocity_diff_norm = 0.0360784 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6299.7459
+ -----------------------------------
+ build system 6299.7505 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6307.7089 7.9630 7.9584
+ =================================
+ wsmp: initialisation time: 0.0515621 s
+ wsmp: ordering time: 4.0991349 s
+ wsmp: symbolic fact. time: 0.7050750 s
+ wsmp: Cholesky fact. time: 11.4260471 s
+ wsmp: Factorisation 14420.7075837 Mflops
+ wsmp: back substitution time: 0.1207600 s
+ wsmp: from b to rhs vector: 0.0072911 s
+ ---------------------------------
+ wsmp: total solve time: 16.4102681 s
+ =================================
+ u : -0.10145E+01 0.17776E+00
+ v : -0.37601E-01 0.12368E+00
+ w : -0.73780E+00 0.22908E+00
+ =================================
+ Calculate pressures 6324.1353 24.3894 16.4264
+ raw pressures : -0.14738E+01 0.35626E+00
+ Smoothing pressures 6324.3595 24.6136 0.2242
+ do leaf measurements 6324.3606 24.6147 0.0011
+ compute convergence criterion 6324.4019 24.6560 0.0413
+ velocity_diff_norm = 0.0158367 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6324.4068
+ -----------------------------------
+ build system 6324.4113 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6332.3550 7.9482 7.9437
+ =================================
+ wsmp: initialisation time: 0.0482280 s
+ wsmp: ordering time: 4.1028152 s
+ wsmp: symbolic fact. time: 0.7115920 s
+ wsmp: Cholesky fact. time: 11.3750408 s
+ wsmp: Factorisation 14485.3708407 Mflops
+ wsmp: back substitution time: 0.1214330 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3666160 s
+ =================================
+ u : -0.10138E+01 0.19551E+00
+ v : -0.40487E-01 0.12595E+00
+ w : -0.73300E+00 0.22822E+00
+ =================================
+ Calculate pressures 6348.7377 24.3309 16.3827
+ raw pressures : -0.15174E+01 0.36537E+00
+ Smoothing pressures 6348.9648 24.5581 0.2271
+ do leaf measurements 6348.9659 24.5592 0.0011
+ compute convergence criterion 6349.0074 24.6007 0.0415
+ velocity_diff_norm = 0.0107660 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6349.0123
+ -----------------------------------
+ build system 6349.0167 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6357.0244 8.0122 8.0077
+ =================================
+ wsmp: initialisation time: 0.0471990 s
+ wsmp: ordering time: 4.0971639 s
+ wsmp: symbolic fact. time: 0.7082820 s
+ wsmp: Cholesky fact. time: 11.3873410 s
+ wsmp: Factorisation 14469.7241919 Mflops
+ wsmp: back substitution time: 0.1208022 s
+ wsmp: from b to rhs vector: 0.0073099 s
+ ---------------------------------
+ wsmp: total solve time: 16.3684888 s
+ =================================
+ u : -0.10132E+01 0.21103E+00
+ v : -0.42974E-01 0.12589E+00
+ w : -0.72841E+00 0.22774E+00
+ =================================
+ Calculate pressures 6373.4093 24.3970 16.3849
+ raw pressures : -0.15387E+01 0.36267E+00
+ Smoothing pressures 6373.6320 24.6197 0.2227
+ do leaf measurements 6373.6330 24.6208 0.0011
+ compute convergence criterion 6373.6745 24.6622 0.0414
+ velocity_diff_norm = 0.0081082 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6373.6776 24.6653 0.0031
+Compute isostasy and adjust vertical 6373.6778 24.6655 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -59165618062763.234 54622428802984.547
+ def in m -7.7176246643066406 0.55411511659622192
+ dimensionless def -1.5831860474177768E-6 2.20503561837332584E-5
+ Isostatic velocity range = -0.0154685 0.2191864
+ Compute divergence 6373.8772 24.8650 0.1995
+ wsmp_cleanup 6373.9193 24.9071 0.0421
+ Reset surface geometry 6373.9243 24.9120 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 6373.9324 24.9202 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6373.9469 24.9346 0.0145
+ Advect surface 1 6373.9470 24.9348 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6374.1374 25.1252 0.1904
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6374.3303 25.3181 0.1929
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6374.5765 25.5643 0.2462
+ Advect the cloud 6374.7030 25.6908 0.1265
+ Write output 6375.3925 26.3803 0.6895
+ End of time step 6376.2173 27.2051 0.8248
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 39 6376.2175
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6376.2175 0.0001 0.0001
+ surface 01 6376.2176 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6376.2176 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6376.2404 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6376.2611 0.0436 0.0207
+ S. 2: 16900points
+ refine surface 6376.2612 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6376.2845 0.0670 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6376.3047 0.0873 0.0202
+ S. 3: 16900points
+ refine surface 6376.3049 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6376.3286 0.1111 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6376.3533
+ -----------------------------------------------------------------------
+ Create octree solve 6376.3535 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6376.3693 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6376.3928 0.0395 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6376.3935 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6376.4077 0.0544 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6376.5311 0.1778 0.1234
+ Imbed surface in osolve 6376.7116 0.3584 0.1806
+ embedding surface 1 6376.7118 0.3585 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 6378.6709 2.3176 1.9591
+ osolve%nleaves= 59424
+ embedding surface 3 6380.7549 4.4016 2.0840
+ osolve%nleaves= 64128
+ Assessing octree stability 6384.3213 7.9680 3.5664
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6384.3260 7.9727 0.0047
+ Interpolate velo onto osolve 6384.6573 8.3041 0.3313
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6384.7728 8.4196 0.1155
+ Find void 6385.0425 8.6893 0.2697
+ whole leaf in fluid 32992
+ Define boundary conditions 6385.0709 8.7177 0.0284
+ wsmp setup1 6385.0781 8.7249 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6386.0785 9.7252 1.0004
+ -----------------------------------
+ start of non-linear iteratio 1 6386.1244
+ -----------------------------------
+ build system 6386.1246 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 5.44521E+00
+ viscosity capped in 37088
+ wsmp solve 6394.1360 8.0116 8.0114
+ =================================
+ wsmp: initialisation time: 0.0535250 s
+ wsmp: ordering time: 4.1119320 s
+ wsmp: symbolic fact. time: 0.7021160 s
+ wsmp: Cholesky fact. time: 11.3826609 s
+ wsmp: Factorisation 14475.6736424 Mflops
+ wsmp: back substitution time: 0.1209660 s
+ wsmp: from b to rhs vector: 0.0069869 s
+ ---------------------------------
+ wsmp: total solve time: 16.3785520 s
+ =================================
+ u : -0.10211E+01 0.18604E+00
+ v : -0.99590E-01 0.10561E+00
+ w : -0.76301E+00 0.27731E+00
+ =================================
+ Calculate pressures 6410.5306 24.4063 16.3946
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 6410.7534 24.6290 0.2228
+ do leaf measurements 6410.7545 24.6302 0.0011
+ compute convergence criterion 6410.7961 24.6718 0.0416
+ velocity_diff_norm = 0.5890862 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6410.8009
+ -----------------------------------
+ build system 6410.8053 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79050E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6418.7492 7.9483 7.9439
+ =================================
+ wsmp: initialisation time: 0.0489330 s
+ wsmp: ordering time: 4.1262388 s
+ wsmp: symbolic fact. time: 0.7097342 s
+ wsmp: Cholesky fact. time: 11.4407790 s
+ wsmp: Factorisation 14402.1385516 Mflops
+ wsmp: back substitution time: 0.1214528 s
+ wsmp: from b to rhs vector: 0.0069520 s
+ ---------------------------------
+ wsmp: total solve time: 16.4544508 s
+ =================================
+ u : -0.10164E+01 0.13880E+00
+ v : -0.47942E-01 0.10345E+00
+ w : -0.76782E+00 0.22647E+00
+ =================================
+ Calculate pressures 6435.2205 24.4196 16.4713
+ raw pressures : -0.12370E+01 0.18732E+00
+ Smoothing pressures 6435.4454 24.6445 0.2250
+ do leaf measurements 6435.4466 24.6457 0.0011
+ compute convergence criterion 6435.4893 24.6883 0.0427
+ velocity_diff_norm = 0.0717840 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6435.4941
+ -----------------------------------
+ build system 6435.4985 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6443.4994 8.0053 8.0009
+ =================================
+ wsmp: initialisation time: 0.0478802 s
+ wsmp: ordering time: 4.1000931 s
+ wsmp: symbolic fact. time: 0.7074420 s
+ wsmp: Cholesky fact. time: 11.3822482 s
+ wsmp: Factorisation 14476.1985077 Mflops
+ wsmp: back substitution time: 0.1207380 s
+ wsmp: from b to rhs vector: 0.0069571 s
+ ---------------------------------
+ wsmp: total solve time: 16.3657360 s
+ =================================
+ u : -0.10152E+01 0.15689E+00
+ v : -0.37707E-01 0.11949E+00
+ w : -0.74707E+00 0.23196E+00
+ =================================
+ Calculate pressures 6459.8808 24.3868 16.3815
+ raw pressures : -0.13752E+01 0.31437E+00
+ Smoothing pressures 6460.1049 24.6108 0.2240
+ do leaf measurements 6460.1060 24.6120 0.0011
+ compute convergence criterion 6460.1480 24.6539 0.0419
+ velocity_diff_norm = 0.0361303 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6460.1528
+ -----------------------------------
+ build system 6460.1573 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6468.1221 7.9693 7.9648
+ =================================
+ wsmp: initialisation time: 0.0494702 s
+ wsmp: ordering time: 4.0974290 s
+ wsmp: symbolic fact. time: 0.7059381 s
+ wsmp: Cholesky fact. time: 11.4247172 s
+ wsmp: Factorisation 14422.3862320 Mflops
+ wsmp: back substitution time: 0.1210401 s
+ wsmp: from b to rhs vector: 0.0069990 s
+ ---------------------------------
+ wsmp: total solve time: 16.4059441 s
+ =================================
+ u : -0.10143E+01 0.17772E+00
+ v : -0.37653E-01 0.12386E+00
+ w : -0.73775E+00 0.22917E+00
+ =================================
+ Calculate pressures 6484.5447 24.3918 16.4225
+ raw pressures : -0.14736E+01 0.35618E+00
+ Smoothing pressures 6484.7679 24.6151 0.2233
+ do leaf measurements 6484.7690 24.6162 0.0011
+ compute convergence criterion 6484.8106 24.6577 0.0415
+ velocity_diff_norm = 0.0158898 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6484.8153
+ -----------------------------------
+ build system 6484.8197 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6492.7626 7.9472 7.9428
+ =================================
+ wsmp: initialisation time: 0.0494831 s
+ wsmp: ordering time: 4.1038761 s
+ wsmp: symbolic fact. time: 0.7104051 s
+ wsmp: Cholesky fact. time: 11.3788500 s
+ wsmp: Factorisation 14480.5216800 Mflops
+ wsmp: back substitution time: 0.1217501 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.3719261 s
+ =================================
+ u : -0.10137E+01 0.19549E+00
+ v : -0.40422E-01 0.12612E+00
+ w : -0.73294E+00 0.22840E+00
+ =================================
+ Calculate pressures 6509.1509 24.3355 16.3883
+ raw pressures : -0.15172E+01 0.36530E+00
+ Smoothing pressures 6509.3762 24.5608 0.2253
+ do leaf measurements 6509.3773 24.5620 0.0011
+ compute convergence criterion 6509.4188 24.6035 0.0415
+ velocity_diff_norm = 0.0107567 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6509.4236
+ -----------------------------------
+ build system 6509.4280 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6517.4353 8.0117 8.0073
+ =================================
+ wsmp: initialisation time: 0.0473189 s
+ wsmp: ordering time: 4.1055050 s
+ wsmp: symbolic fact. time: 0.7038519 s
+ wsmp: Cholesky fact. time: 11.3883131 s
+ wsmp: Factorisation 14468.4891501 Mflops
+ wsmp: back substitution time: 0.1209309 s
+ wsmp: from b to rhs vector: 0.0069880 s
+ ---------------------------------
+ wsmp: total solve time: 16.3732738 s
+ =================================
+ u : -0.10131E+01 0.21103E+00
+ v : -0.42923E-01 0.12602E+00
+ w : -0.72838E+00 0.22788E+00
+ =================================
+ Calculate pressures 6533.8253 24.4017 16.3900
+ raw pressures : -0.15386E+01 0.36264E+00
+ Smoothing pressures 6534.0474 24.6239 0.2221
+ do leaf measurements 6534.0485 24.6250 0.0011
+ compute convergence criterion 6534.0902 24.6666 0.0416
+ velocity_diff_norm = 0.0081105 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6534.0933 24.6697 0.0031
+Compute isostasy and adjust vertical 6534.0934 24.6699 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -60193933342085.734 56097435118784.445
+ def in m -7.7270054817199707 0.55530339479446411
+ dimensionless def -1.58658112798418327E-6 2.20771585191999152E-5
+ Isostatic velocity range = -0.0155010 0.2194455
+ Compute divergence 6534.2923 24.8687 0.1988
+ wsmp_cleanup 6534.3354 24.9118 0.0431
+ Reset surface geometry 6534.3403 24.9168 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 6534.3484 24.9248 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6534.3623 24.9388 0.0140
+ Advect surface 1 6534.3625 24.9389 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6534.5575 25.1339 0.1950
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6534.7545 25.3310 0.1970
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6535.0072 25.5837 0.2527
+ Advect the cloud 6535.1338 25.7102 0.1265
+ Write output 6535.8220 26.3984 0.6882
+ End of time step 6536.6459 27.2223 0.8239
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 40 6536.6460
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6536.6461 0.0001 0.0001
+ surface 01 6536.6461 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6536.6461 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6536.6690 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6536.6896 0.0436 0.0206
+ S. 2: 16900points
+ refine surface 6536.6897 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6536.7129 0.0669 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6536.7332 0.0872 0.0203
+ S. 3: 16900points
+ refine surface 6536.7333 0.0873 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6536.7569 0.1109 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6536.7816
+ -----------------------------------------------------------------------
+ Create octree solve 6536.7818 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6536.7976 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6536.8212 0.0396 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6536.8219 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6536.8362 0.0545 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6536.9595 0.1779 0.1234
+ Imbed surface in osolve 6537.1430 0.3614 0.1835
+ embedding surface 1 6537.1432 0.3616 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 6539.0963 2.3147 1.9531
+ osolve%nleaves= 59424
+ embedding surface 3 6541.2046 4.4229 2.1083
+ osolve%nleaves= 64128
+ Assessing octree stability 6544.7516 7.9700 3.5471
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6544.7563 7.9747 0.0047
+ Interpolate velo onto osolve 6545.1085 8.3269 0.3521
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6545.2788 8.4972 0.1704
+ Find void 6545.5444 8.7627 0.2655
+ whole leaf in fluid 32992
+ Define boundary conditions 6545.5723 8.7907 0.0280
+ wsmp setup1 6545.5791 8.7975 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6546.5869 9.8053 1.0078
+ -----------------------------------
+ start of non-linear iteratio 1 6546.6330
+ -----------------------------------
+ build system 6546.6332 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 5.59387E+00
+ viscosity capped in 37088
+ wsmp solve 6554.6562 8.0232 8.0230
+ =================================
+ wsmp: initialisation time: 0.0510981 s
+ wsmp: ordering time: 4.0927811 s
+ wsmp: symbolic fact. time: 0.7066591 s
+ wsmp: Cholesky fact. time: 11.3964431 s
+ wsmp: Factorisation 14458.1675191 Mflops
+ wsmp: back substitution time: 0.1207180 s
+ wsmp: from b to rhs vector: 0.0073321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3754251 s
+ =================================
+ u : -0.10209E+01 0.18562E+00
+ v : -0.99711E-01 0.10637E+00
+ w : -0.76271E+00 0.27702E+00
+ =================================
+ Calculate pressures 6571.0477 24.4147 16.3915
+ raw pressures : -0.35081E+00 0.00000E+00
+ Smoothing pressures 6571.2704 24.6374 0.2227
+ do leaf measurements 6571.2715 24.6385 0.0011
+ compute convergence criterion 6571.3134 24.6804 0.0419
+ velocity_diff_norm = 0.5879603 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6571.3181
+ -----------------------------------
+ build system 6571.3226 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78372E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6579.2676 7.9494 7.9450
+ =================================
+ wsmp: initialisation time: 0.0485229 s
+ wsmp: ordering time: 4.1187861 s
+ wsmp: symbolic fact. time: 0.7077010 s
+ wsmp: Cholesky fact. time: 11.4547119 s
+ wsmp: Factorisation 14384.6205047 Mflops
+ wsmp: back substitution time: 0.1212950 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.4587438 s
+ =================================
+ u : -0.10163E+01 0.13841E+00
+ v : -0.48408E-01 0.10339E+00
+ w : -0.76755E+00 0.22787E+00
+ =================================
+ Calculate pressures 6595.7427 24.4246 16.4752
+ raw pressures : -0.12364E+01 0.17944E+00
+ Smoothing pressures 6595.9665 24.6484 0.2238
+ do leaf measurements 6595.9676 24.6494 0.0011
+ compute convergence criterion 6596.0090 24.6909 0.0415
+ velocity_diff_norm = 0.0707339 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6596.0138
+ -----------------------------------
+ build system 6596.0182 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6604.0263 8.0125 8.0081
+ =================================
+ wsmp: initialisation time: 0.0471580 s
+ wsmp: ordering time: 4.1063261 s
+ wsmp: symbolic fact. time: 0.7047670 s
+ wsmp: Cholesky fact. time: 11.3835390 s
+ wsmp: Factorisation 14474.5570278 Mflops
+ wsmp: back substitution time: 0.1207991 s
+ wsmp: from b to rhs vector: 0.0073471 s
+ ---------------------------------
+ wsmp: total solve time: 16.3703520 s
+ =================================
+ u : -0.10151E+01 0.15657E+00
+ v : -0.37987E-01 0.11935E+00
+ w : -0.74696E+00 0.23302E+00
+ =================================
+ Calculate pressures 6620.4136 24.3998 16.3873
+ raw pressures : -0.13739E+01 0.31358E+00
+ Smoothing pressures 6620.6350 24.6212 0.2214
+ do leaf measurements 6620.6361 24.6223 0.0011
+ compute convergence criterion 6620.6778 24.6640 0.0417
+ velocity_diff_norm = 0.0359994 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6620.6826
+ -----------------------------------
+ build system 6620.6871 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6628.6581 7.9755 7.9709
+ =================================
+ wsmp: initialisation time: 0.0478201 s
+ wsmp: ordering time: 4.0967629 s
+ wsmp: symbolic fact. time: 0.7061789 s
+ wsmp: Cholesky fact. time: 11.4216471 s
+ wsmp: Factorisation 14426.2629408 Mflops
+ wsmp: back substitution time: 0.1208851 s
+ wsmp: from b to rhs vector: 0.0073380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4010291 s
+ =================================
+ u : -0.10141E+01 0.17748E+00
+ v : -0.37840E-01 0.12364E+00
+ w : -0.73759E+00 0.22986E+00
+ =================================
+ Calculate pressures 6645.0749 24.3923 16.4169
+ raw pressures : -0.14724E+01 0.35544E+00
+ Smoothing pressures 6645.2993 24.6168 0.2244
+ do leaf measurements 6645.3004 24.6178 0.0011
+ compute convergence criterion 6645.3418 24.6592 0.0414
+ velocity_diff_norm = 0.0159644 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6645.3465
+ -----------------------------------
+ build system 6645.3509 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6653.2938 7.9473 7.9428
+ =================================
+ wsmp: initialisation time: 0.0503030 s
+ wsmp: ordering time: 4.1058750 s
+ wsmp: symbolic fact. time: 0.7106540 s
+ wsmp: Cholesky fact. time: 11.3851271 s
+ wsmp: Factorisation 14472.5379785 Mflops
+ wsmp: back substitution time: 0.1214731 s
+ wsmp: from b to rhs vector: 0.0072880 s
+ ---------------------------------
+ wsmp: total solve time: 16.3811009 s
+ =================================
+ u : -0.10135E+01 0.19526E+00
+ v : -0.40352E-01 0.12591E+00
+ w : -0.73278E+00 0.22860E+00
+ =================================
+ Calculate pressures 6669.6917 24.3452 16.3980
+ raw pressures : -0.15161E+01 0.36454E+00
+ Smoothing pressures 6669.9182 24.5717 0.2264
+ do leaf measurements 6669.9193 24.5728 0.0011
+ compute convergence criterion 6669.9606 24.6141 0.0413
+ velocity_diff_norm = 0.0107486 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6669.9653
+ -----------------------------------
+ build system 6669.9698 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6677.9690 8.0037 7.9992
+ =================================
+ wsmp: initialisation time: 0.0497558 s
+ wsmp: ordering time: 4.1073751 s
+ wsmp: symbolic fact. time: 0.7028430 s
+ wsmp: Cholesky fact. time: 11.3818269 s
+ wsmp: Factorisation 14476.7343281 Mflops
+ wsmp: back substitution time: 0.1207321 s
+ wsmp: from b to rhs vector: 0.0073230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3702581 s
+ =================================
+ u : -0.10130E+01 0.21081E+00
+ v : -0.42869E-01 0.12586E+00
+ w : -0.72821E+00 0.22802E+00
+ =================================
+ Calculate pressures 6694.3556 24.3902 16.3866
+ raw pressures : -0.15377E+01 0.36201E+00
+ Smoothing pressures 6694.5782 24.6128 0.2226
+ do leaf measurements 6694.5792 24.6139 0.0011
+ compute convergence criterion 6694.6207 24.6553 0.0414
+ velocity_diff_norm = 0.0080991 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6694.6236 24.6583 0.0030
+Compute isostasy and adjust vertical 6694.6238 24.6585 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -61215546420720.258 57560619536445.148
+ def in m -7.7388272285461426 0.55995774269104004
+ dimensionless def -1.59987926483154292E-6 2.21109349387032625E-5
+ Isostatic velocity range = -0.0156488 0.2197766
+ Compute divergence 6694.8191 24.8538 0.1953
+ wsmp_cleanup 6694.8659 24.9005 0.0468
+ Reset surface geometry 6694.8709 24.9056 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 6694.8784 24.9131 0.0075
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6694.8916 24.9262 0.0132
+ Advect surface 1 6694.8917 24.9264 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6695.0891 25.1238 0.1974
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6695.2810 25.3157 0.1919
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6695.5323 25.5670 0.2513
+ Advect the cloud 6695.6612 25.6959 0.1289
+ Write output 6696.3509 26.3855 0.6897
+ End of time step 6697.1797 27.2143 0.8288
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 41 6697.1798
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6697.1799 0.0001 0.0001
+ surface 01 6697.1799 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6697.1799 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6697.2028 0.0230 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6697.2234 0.0436 0.0206
+ S. 2: 16900points
+ refine surface 6697.2235 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6697.2468 0.0670 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6697.2670 0.0872 0.0203
+ S. 3: 16900points
+ refine surface 6697.2672 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6697.2908 0.1110 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6697.3154
+ -----------------------------------------------------------------------
+ Create octree solve 6697.3157 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6697.3315 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6697.3551 0.0397 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6697.3558 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6697.3700 0.0546 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6697.4934 0.1780 0.1234
+ Imbed surface in osolve 6697.6762 0.3608 0.1828
+ embedding surface 1 6697.6763 0.3609 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 6699.6382 2.3228 1.9618
+ osolve%nleaves= 59424
+ embedding surface 3 6701.7212 4.4058 2.0830
+ osolve%nleaves= 64128
+ Assessing octree stability 6705.2598 7.9444 3.5386
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6705.2642 7.9488 0.0044
+ Interpolate velo onto osolve 6705.6608 8.3454 0.3966
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6705.7255 8.4101 0.0647
+ Find void 6705.9980 8.6826 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 6706.0263 8.7109 0.0283
+ wsmp setup1 6706.0338 8.7184 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6707.0298 9.7144 0.9961
+ -----------------------------------
+ start of non-linear iteratio 1 6707.0757
+ -----------------------------------
+ build system 6707.0758 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 5.53576E+00
+ viscosity capped in 37088
+ wsmp solve 6715.1075 8.0318 8.0316
+ =================================
+ wsmp: initialisation time: 0.0523200 s
+ wsmp: ordering time: 4.1004860 s
+ wsmp: symbolic fact. time: 0.7059970 s
+ wsmp: Cholesky fact. time: 11.3806698 s
+ wsmp: Factorisation 14478.2061429 Mflops
+ wsmp: back substitution time: 0.1211009 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.3681271 s
+ =================================
+ u : -0.10209E+01 0.18523E+00
+ v : -0.99068E-01 0.10583E+00
+ w : -0.76251E+00 0.27454E+00
+ =================================
+ Calculate pressures 6731.4918 24.4161 16.3843
+ raw pressures : -0.35104E+00 0.00000E+00
+ Smoothing pressures 6731.7151 24.6394 0.2233
+ do leaf measurements 6731.7162 24.6405 0.0011
+ compute convergence criterion 6731.7573 24.6817 0.0412
+ velocity_diff_norm = 0.5891526 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6731.7622
+ -----------------------------------
+ build system 6731.7666 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79416E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6739.7123 7.9502 7.9458
+ =================================
+ wsmp: initialisation time: 0.0502839 s
+ wsmp: ordering time: 4.1250100 s
+ wsmp: symbolic fact. time: 0.7130201 s
+ wsmp: Cholesky fact. time: 11.4590039 s
+ wsmp: Factorisation 14379.2326932 Mflops
+ wsmp: back substitution time: 0.1208079 s
+ wsmp: from b to rhs vector: 0.0071359 s
+ ---------------------------------
+ wsmp: total solve time: 16.4756360 s
+ =================================
+ u : -0.10162E+01 0.13808E+00
+ v : -0.47853E-01 0.10337E+00
+ w : -0.76732E+00 0.22634E+00
+ =================================
+ Calculate pressures 6756.2045 24.4423 16.4921
+ raw pressures : -0.12367E+01 0.20442E+00
+ Smoothing pressures 6756.4283 24.6661 0.2238
+ do leaf measurements 6756.4294 24.6672 0.0011
+ compute convergence criterion 6756.4705 24.7083 0.0411
+ velocity_diff_norm = 0.0717892 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6756.4753
+ -----------------------------------
+ build system 6756.4797 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6764.4881 8.0129 8.0084
+ =================================
+ wsmp: initialisation time: 0.0498850 s
+ wsmp: ordering time: 4.0926850 s
+ wsmp: symbolic fact. time: 0.7053111 s
+ wsmp: Cholesky fact. time: 11.3840361 s
+ wsmp: Factorisation 14473.9249723 Mflops
+ wsmp: back substitution time: 0.1207130 s
+ wsmp: from b to rhs vector: 0.0069950 s
+ ---------------------------------
+ wsmp: total solve time: 16.3599889 s
+ =================================
+ u : -0.10153E+01 0.15638E+00
+ v : -0.37483E-01 0.11935E+00
+ w : -0.74674E+00 0.23183E+00
+ =================================
+ Calculate pressures 6780.8644 24.3891 16.3762
+ raw pressures : -0.13741E+01 0.31339E+00
+ Smoothing pressures 6781.0881 24.6128 0.2237
+ do leaf measurements 6781.0892 24.6139 0.0011
+ compute convergence criterion 6781.1306 24.6553 0.0414
+ velocity_diff_norm = 0.0361019 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6781.1355
+ -----------------------------------
+ build system 6781.1400 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6789.1154 7.9799 7.9753
+ =================================
+ wsmp: initialisation time: 0.0493939 s
+ wsmp: ordering time: 4.0952439 s
+ wsmp: symbolic fact. time: 0.7051990 s
+ wsmp: Cholesky fact. time: 11.4127798 s
+ wsmp: Factorisation 14437.4715579 Mflops
+ wsmp: back substitution time: 0.1208110 s
+ wsmp: from b to rhs vector: 0.0072231 s
+ ---------------------------------
+ wsmp: total solve time: 16.3910298 s
+ =================================
+ u : -0.10144E+01 0.17734E+00
+ v : -0.37529E-01 0.12365E+00
+ w : -0.73740E+00 0.22922E+00
+ =================================
+ Calculate pressures 6805.5228 24.3874 16.4075
+ raw pressures : -0.14723E+01 0.35507E+00
+ Smoothing pressures 6805.7466 24.6111 0.2238
+ do leaf measurements 6805.7477 24.6122 0.0011
+ compute convergence criterion 6805.7889 24.6534 0.0412
+ velocity_diff_norm = 0.0159236 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6805.7936
+ -----------------------------------
+ build system 6805.7980 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6813.7443 7.9507 7.9463
+ =================================
+ wsmp: initialisation time: 0.0517390 s
+ wsmp: ordering time: 4.1228340 s
+ wsmp: symbolic fact. time: 0.7074080 s
+ wsmp: Cholesky fact. time: 11.3863649 s
+ wsmp: Factorisation 14470.9645957 Mflops
+ wsmp: back substitution time: 0.1220620 s
+ wsmp: from b to rhs vector: 0.0071471 s
+ ---------------------------------
+ wsmp: total solve time: 16.3979130 s
+ =================================
+ u : -0.10138E+01 0.19516E+00
+ v : -0.40482E-01 0.12590E+00
+ w : -0.73262E+00 0.22827E+00
+ =================================
+ Calculate pressures 6830.1588 24.3652 16.4145
+ raw pressures : -0.15155E+01 0.36393E+00
+ Smoothing pressures 6830.3840 24.5904 0.2252
+ do leaf measurements 6830.3851 24.5915 0.0011
+ compute convergence criterion 6830.4262 24.6326 0.0411
+ velocity_diff_norm = 0.0107810 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6830.4310
+ -----------------------------------
+ build system 6830.4355 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6838.4339 8.0029 7.9984
+ =================================
+ wsmp: initialisation time: 0.0486200 s
+ wsmp: ordering time: 4.0989602 s
+ wsmp: symbolic fact. time: 0.7036698 s
+ wsmp: Cholesky fact. time: 11.3822300 s
+ wsmp: Factorisation 14476.2215529 Mflops
+ wsmp: back substitution time: 0.1208251 s
+ wsmp: from b to rhs vector: 0.0072181 s
+ ---------------------------------
+ wsmp: total solve time: 16.3619010 s
+ =================================
+ u : -0.10132E+01 0.21073E+00
+ v : -0.42980E-01 0.12582E+00
+ w : -0.72806E+00 0.22768E+00
+ =================================
+ Calculate pressures 6854.8125 24.3814 16.3786
+ raw pressures : -0.15370E+01 0.36144E+00
+ Smoothing pressures 6855.0346 24.6036 0.2222
+ do leaf measurements 6855.0357 24.6047 0.0011
+ compute convergence criterion 6855.0771 24.6460 0.0413
+ velocity_diff_norm = 0.0081086 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 6855.0802 24.6491 0.0031
+Compute isostasy and adjust vertical 6855.0803 24.6493 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -62234651422004.953 59103396289692.742
+ def in m -7.7522096633911133 0.56593024730682373
+ dimensionless def -1.61694356373378219E-6 2.21491704668317523E-5
+ Isostatic velocity range = -0.0158375 0.2201576
+ Compute divergence 6855.2829 24.8518 0.2025
+ wsmp_cleanup 6855.3231 24.8921 0.0402
+ Reset surface geometry 6855.3279 24.8968 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 6855.3360 24.9050 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 6855.3520 24.9209 0.0160
+ Advect surface 1 6855.3521 24.9211 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 6855.5387 25.1076 0.1866
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 6855.7375 25.3064 0.1988
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 6855.9909 25.5599 0.2535
+ Advect the cloud 6856.1198 25.6888 0.1289
+ Write output 6856.8062 26.3751 0.6864
+ End of time step 6857.6361 27.2050 0.8299
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 42 6857.6362
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 6857.6363 0.0001 0.0001
+ surface 01 6857.6363 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 6857.6364 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 6857.6591 0.0229 0.0228
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 6857.6796 0.0434 0.0205
+ S. 2: 16900points
+ refine surface 6857.6798 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 6857.7029 0.0666 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 6857.7231 0.0869 0.0202
+ S. 3: 16900points
+ refine surface 6857.7232 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 6857.7468 0.1106 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 6857.7715
+ -----------------------------------------------------------------------
+ Create octree solve 6857.7717 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 6857.7875 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 6857.8112 0.0397 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 6857.8119 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 6857.8261 0.0546 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 6857.9495 0.1780 0.1234
+ Imbed surface in osolve 6858.1307 0.3592 0.1812
+ embedding surface 1 6858.1308 0.3593 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 6860.0849 2.3134 1.9541
+ osolve%nleaves= 59424
+ embedding surface 3 6862.1788 4.4073 2.0939
+ osolve%nleaves= 64128
+ Assessing octree stability 6865.6920 7.9205 3.5132
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 6865.6995 7.9280 0.0075
+ Interpolate velo onto osolve 6866.0283 8.2568 0.3288
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 6866.1941 8.4226 0.1657
+ Find void 6866.4678 8.6963 0.2737
+ whole leaf in fluid 32992
+ Define boundary conditions 6866.4960 8.7246 0.0283
+ wsmp setup1 6866.5030 8.7315 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 6867.5060 9.7345 1.0030
+ -----------------------------------
+ start of non-linear iteratio 1 6867.5521
+ -----------------------------------
+ build system 6867.5523 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 5.28882E+00
+ viscosity capped in 37088
+ wsmp solve 6875.5725 8.0203 8.0201
+ =================================
+ wsmp: initialisation time: 0.0480242 s
+ wsmp: ordering time: 4.1061752 s
+ wsmp: symbolic fact. time: 0.7053878 s
+ wsmp: Cholesky fact. time: 11.3821080 s
+ wsmp: Factorisation 14476.3768069 Mflops
+ wsmp: back substitution time: 0.1210899 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.3705430 s
+ =================================
+ u : -0.10209E+01 0.18522E+00
+ v : -0.99737E-01 0.10640E+00
+ w : -0.76234E+00 0.27404E+00
+ =================================
+ Calculate pressures 6891.9600 24.4079 16.3875
+ raw pressures : -0.35100E+00 0.00000E+00
+ Smoothing pressures 6892.1824 24.6303 0.2224
+ do leaf measurements 6892.1835 24.6314 0.0011
+ compute convergence criterion 6892.2252 24.6731 0.0416
+ velocity_diff_norm = 0.5885844 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 6892.2300
+ -----------------------------------
+ build system 6892.2345 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78387E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6900.1768 7.9468 7.9424
+ =================================
+ wsmp: initialisation time: 0.0514059 s
+ wsmp: ordering time: 4.1154270 s
+ wsmp: symbolic fact. time: 0.7084110 s
+ wsmp: Cholesky fact. time: 11.4642038 s
+ wsmp: Factorisation 14372.7105914 Mflops
+ wsmp: back substitution time: 0.1207201 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.4677889 s
+ =================================
+ u : -0.10162E+01 0.13787E+00
+ v : -0.48178E-01 0.10334E+00
+ w : -0.76730E+00 0.22735E+00
+ =================================
+ Calculate pressures 6916.6611 24.4310 16.4842
+ raw pressures : -0.12367E+01 0.17995E+00
+ Smoothing pressures 6916.8844 24.6543 0.2233
+ do leaf measurements 6916.8855 24.6555 0.0011
+ compute convergence criterion 6916.9271 24.6971 0.0416
+ velocity_diff_norm = 0.0711575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 6916.9320
+ -----------------------------------
+ build system 6916.9365 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6924.9364 8.0044 7.9999
+ =================================
+ wsmp: initialisation time: 0.0485799 s
+ wsmp: ordering time: 4.1013620 s
+ wsmp: symbolic fact. time: 0.7049479 s
+ wsmp: Cholesky fact. time: 11.3759699 s
+ wsmp: Factorisation 14484.1877673 Mflops
+ wsmp: back substitution time: 0.1211259 s
+ wsmp: from b to rhs vector: 0.0072889 s
+ ---------------------------------
+ wsmp: total solve time: 16.3596621 s
+ =================================
+ u : -0.10152E+01 0.15614E+00
+ v : -0.38006E-01 0.11919E+00
+ w : -0.74668E+00 0.23226E+00
+ =================================
+ Calculate pressures 6941.3124 24.3804 16.3760
+ raw pressures : -0.13733E+01 0.31284E+00
+ Smoothing pressures 6941.5347 24.6027 0.2223
+ do leaf measurements 6941.5358 24.6039 0.0011
+ compute convergence criterion 6941.5778 24.6459 0.0420
+ velocity_diff_norm = 0.0360625 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 6941.5828
+ -----------------------------------
+ build system 6941.5874 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6949.5612 7.9784 7.9738
+ =================================
+ wsmp: initialisation time: 0.0511529 s
+ wsmp: ordering time: 4.1008749 s
+ wsmp: symbolic fact. time: 0.7034061 s
+ wsmp: Cholesky fact. time: 11.3969791 s
+ wsmp: Factorisation 14457.4875958 Mflops
+ wsmp: back substitution time: 0.1213112 s
+ wsmp: from b to rhs vector: 0.0072699 s
+ ---------------------------------
+ wsmp: total solve time: 16.3813689 s
+ =================================
+ u : -0.10142E+01 0.17717E+00
+ v : -0.37823E-01 0.12358E+00
+ w : -0.73732E+00 0.22945E+00
+ =================================
+ Calculate pressures 6965.9590 24.3762 16.3978
+ raw pressures : -0.14719E+01 0.35505E+00
+ Smoothing pressures 6966.1815 24.5988 0.2225
+ do leaf measurements 6966.1827 24.5999 0.0011
+ compute convergence criterion 6966.2243 24.6416 0.0416
+ velocity_diff_norm = 0.0159989 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 6966.2292
+ -----------------------------------
+ build system 6966.2336 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6974.1702 7.9410 7.9366
+ =================================
+ wsmp: initialisation time: 0.0484259 s
+ wsmp: ordering time: 4.1211431 s
+ wsmp: symbolic fact. time: 0.7111778 s
+ wsmp: Cholesky fact. time: 11.3816040 s
+ wsmp: Factorisation 14477.0178710 Mflops
+ wsmp: back substitution time: 0.1213911 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3914080 s
+ =================================
+ u : -0.10135E+01 0.19496E+00
+ v : -0.40336E-01 0.12582E+00
+ w : -0.73260E+00 0.22841E+00
+ =================================
+ Calculate pressures 6990.5775 24.3484 16.4074
+ raw pressures : -0.15151E+01 0.36380E+00
+ Smoothing pressures 6990.8031 24.5739 0.2255
+ do leaf measurements 6990.8042 24.5750 0.0011
+ compute convergence criterion 6990.8457 24.6165 0.0415
+ velocity_diff_norm = 0.0107614 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 6990.8505
+ -----------------------------------
+ build system 6990.8550 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 6998.8456 7.9951 7.9906
+ =================================
+ wsmp: initialisation time: 0.0472109 s
+ wsmp: ordering time: 4.0952399 s
+ wsmp: symbolic fact. time: 0.7055800 s
+ wsmp: Cholesky fact. time: 11.3799329 s
+ wsmp: Factorisation 14479.1437354 Mflops
+ wsmp: back substitution time: 0.1207969 s
+ wsmp: from b to rhs vector: 0.0073090 s
+ ---------------------------------
+ wsmp: total solve time: 16.3564441 s
+ =================================
+ u : -0.10131E+01 0.21054E+00
+ v : -0.42844E-01 0.12582E+00
+ w : -0.72803E+00 0.22787E+00
+ =================================
+ Calculate pressures 7015.2183 24.3678 16.3727
+ raw pressures : -0.15365E+01 0.36128E+00
+ Smoothing pressures 7015.4408 24.5903 0.2225
+ do leaf measurements 7015.4420 24.5914 0.0011
+ compute convergence criterion 7015.4838 24.6333 0.0419
+ velocity_diff_norm = 0.0081066 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7015.4869 24.6364 0.0031
+Compute isostasy and adjust vertical 7015.4871 24.6366 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -63229500481243.219 60720477564493.82
+ def in m -7.758948802947998 0.56607747077941895
+ dimensionless def -1.61736420222691136E-6 2.2168425151279994E-5
+ Isostatic velocity range = -0.0158540 0.2203418
+ Compute divergence 7015.6798 24.8293 0.1928
+ wsmp_cleanup 7015.7286 24.8781 0.0487
+ Reset surface geometry 7015.7337 24.8832 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 7015.7409 24.8904 0.0072
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7015.7542 24.9036 0.0133
+ Advect surface 1 7015.7543 24.9038 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7015.9433 25.0928 0.1890
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7016.1382 25.2877 0.1949
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7016.3907 25.5402 0.2525
+ Advect the cloud 7016.5192 25.6687 0.1285
+ Write output 7017.2193 26.3688 0.7001
+ End of time step 7018.0443 27.1938 0.8250
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 43 7018.0444
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7018.0445 0.0001 0.0001
+ surface 01 7018.0445 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7018.0446 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7018.0675 0.0231 0.0229
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7018.0881 0.0437 0.0206
+ S. 2: 16900points
+ refine surface 7018.0883 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7018.1115 0.0671 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7018.1318 0.0873 0.0202
+ S. 3: 16900points
+ refine surface 7018.1319 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7018.1554 0.1110 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7018.1803
+ -----------------------------------------------------------------------
+ Create octree solve 7018.1805 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7018.1963 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7018.2202 0.0399 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7018.2209 0.0406 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7018.2350 0.0547 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7018.3584 0.1781 0.1234
+ Imbed surface in osolve 7018.5397 0.3594 0.1812
+ embedding surface 1 7018.5398 0.3595 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 7020.5008 2.3205 1.9610
+ osolve%nleaves= 59424
+ embedding surface 3 7022.5816 4.4013 2.0807
+ osolve%nleaves= 64128
+ Assessing octree stability 7026.1012 7.9209 3.5197
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7026.1057 7.9254 0.0045
+ Interpolate velo onto osolve 7026.4577 8.2774 0.3520
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7026.5996 8.4193 0.1419
+ Find void 7026.8706 8.6903 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 7026.8988 8.7186 0.0282
+ wsmp setup1 7026.9059 8.7256 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7027.9100 9.7297 1.0040
+ -----------------------------------
+ start of non-linear iteratio 1 7027.9566
+ -----------------------------------
+ build system 7027.9568 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 5.17607E+00
+ viscosity capped in 37088
+ wsmp solve 7035.9737 8.0171 8.0169
+ =================================
+ wsmp: initialisation time: 0.0495780 s
+ wsmp: ordering time: 4.0989978 s
+ wsmp: symbolic fact. time: 0.7022440 s
+ wsmp: Cholesky fact. time: 11.3815589 s
+ wsmp: Factorisation 14477.0751875 Mflops
+ wsmp: back substitution time: 0.1208489 s
+ wsmp: from b to rhs vector: 0.0074818 s
+ ---------------------------------
+ wsmp: total solve time: 16.3610871 s
+ =================================
+ u : -0.10208E+01 0.18543E+00
+ v : -0.99359E-01 0.10585E+00
+ w : -0.76243E+00 0.27773E+00
+ =================================
+ Calculate pressures 7052.3517 24.3950 16.3780
+ raw pressures : -0.35107E+00 0.00000E+00
+ Smoothing pressures 7052.5742 24.6176 0.2225
+ do leaf measurements 7052.5753 24.6186 0.0011
+ compute convergence criterion 7052.6170 24.6604 0.0417
+ velocity_diff_norm = 0.5884552 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7052.6217
+ -----------------------------------
+ build system 7052.6262 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78822E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7060.5678 7.9461 7.9416
+ =================================
+ wsmp: initialisation time: 0.0509398 s
+ wsmp: ordering time: 4.1239052 s
+ wsmp: symbolic fact. time: 0.7048459 s
+ wsmp: Cholesky fact. time: 11.4643738 s
+ wsmp: Factorisation 14372.4974745 Mflops
+ wsmp: back substitution time: 0.1209660 s
+ wsmp: from b to rhs vector: 0.0074902 s
+ ---------------------------------
+ wsmp: total solve time: 16.4728789 s
+ =================================
+ u : -0.10161E+01 0.13816E+00
+ v : -0.47990E-01 0.10325E+00
+ w : -0.76749E+00 0.22650E+00
+ =================================
+ Calculate pressures 7077.0572 24.4355 16.4894
+ raw pressures : -0.12374E+01 0.18711E+00
+ Smoothing pressures 7077.2809 24.6592 0.2236
+ do leaf measurements 7077.2820 24.6602 0.0011
+ compute convergence criterion 7077.3236 24.7019 0.0417
+ velocity_diff_norm = 0.0715724 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7077.3284
+ -----------------------------------
+ build system 7077.3330 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7085.3421 8.0137 8.0091
+ =================================
+ wsmp: initialisation time: 0.0503490 s
+ wsmp: ordering time: 4.0905061 s
+ wsmp: symbolic fact. time: 0.7056170 s
+ wsmp: Cholesky fact. time: 11.3791649 s
+ wsmp: Factorisation 14480.1208901 Mflops
+ wsmp: back substitution time: 0.1212780 s
+ wsmp: from b to rhs vector: 0.0074458 s
+ ---------------------------------
+ wsmp: total solve time: 16.3547220 s
+ =================================
+ u : -0.10152E+01 0.15638E+00
+ v : -0.37883E-01 0.11942E+00
+ w : -0.74693E+00 0.23181E+00
+ =================================
+ Calculate pressures 7101.7139 24.3855 16.3718
+ raw pressures : -0.13741E+01 0.31381E+00
+ Smoothing pressures 7101.9365 24.6081 0.2226
+ do leaf measurements 7101.9377 24.6093 0.0011
+ compute convergence criterion 7101.9798 24.6514 0.0421
+ velocity_diff_norm = 0.0360275 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7101.9846
+ -----------------------------------
+ build system 7101.9892 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7109.9709 7.9863 7.9817
+ =================================
+ wsmp: initialisation time: 0.0502272 s
+ wsmp: ordering time: 4.0876229 s
+ wsmp: symbolic fact. time: 0.7057230 s
+ wsmp: Cholesky fact. time: 11.3995571 s
+ wsmp: Factorisation 14454.2180220 Mflops
+ wsmp: back substitution time: 0.1207819 s
+ wsmp: from b to rhs vector: 0.0074122 s
+ ---------------------------------
+ wsmp: total solve time: 16.3716772 s
+ =================================
+ u : -0.10142E+01 0.17732E+00
+ v : -0.37743E-01 0.12376E+00
+ w : -0.73754E+00 0.22913E+00
+ =================================
+ Calculate pressures 7126.3590 24.3744 16.3881
+ raw pressures : -0.14726E+01 0.35575E+00
+ Smoothing pressures 7126.5823 24.5977 0.2233
+ do leaf measurements 7126.5834 24.5988 0.0011
+ compute convergence criterion 7126.6251 24.6406 0.0417
+ velocity_diff_norm = 0.0158588 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7126.6299
+ -----------------------------------
+ build system 7126.6343 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7134.5700 7.9401 7.9356
+ =================================
+ wsmp: initialisation time: 0.0472331 s
+ wsmp: ordering time: 4.1115520 s
+ wsmp: symbolic fact. time: 0.7073209 s
+ wsmp: Cholesky fact. time: 11.3898330 s
+ wsmp: Factorisation 14466.5583998 Mflops
+ wsmp: back substitution time: 0.1215231 s
+ wsmp: from b to rhs vector: 0.0074449 s
+ ---------------------------------
+ wsmp: total solve time: 16.3852770 s
+ =================================
+ u : -0.10136E+01 0.19511E+00
+ v : -0.40466E-01 0.12604E+00
+ w : -0.73278E+00 0.22818E+00
+ =================================
+ Calculate pressures 7150.9713 24.3414 16.4013
+ raw pressures : -0.15160E+01 0.36469E+00
+ Smoothing pressures 7151.1973 24.5674 0.2260
+ do leaf measurements 7151.1984 24.5685 0.0011
+ compute convergence criterion 7151.2401 24.6102 0.0417
+ velocity_diff_norm = 0.0107566 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7151.2448
+ -----------------------------------
+ build system 7151.2493 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7159.2386 7.9938 7.9893
+ =================================
+ wsmp: initialisation time: 0.0491738 s
+ wsmp: ordering time: 4.1014020 s
+ wsmp: symbolic fact. time: 0.7039561 s
+ wsmp: Cholesky fact. time: 11.3822451 s
+ wsmp: Factorisation 14476.2024497 Mflops
+ wsmp: back substitution time: 0.1205850 s
+ wsmp: from b to rhs vector: 0.0074658 s
+ ---------------------------------
+ wsmp: total solve time: 16.3651891 s
+ =================================
+ u : -0.10130E+01 0.21069E+00
+ v : -0.42940E-01 0.12597E+00
+ w : -0.72821E+00 0.22776E+00
+ =================================
+ Calculate pressures 7175.6205 24.3757 16.3819
+ raw pressures : -0.15375E+01 0.36214E+00
+ Smoothing pressures 7175.8440 24.5992 0.2235
+ do leaf measurements 7175.8451 24.6003 0.0011
+ compute convergence criterion 7175.8872 24.6424 0.0421
+ velocity_diff_norm = 0.0081084 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7175.8902 24.6454 0.0031
+Compute isostasy and adjust vertical 7175.8904 24.6456 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -64225462770659.867 62329249247453.586
+ def in m -7.7688384056091309 0.56989884376525879
+ dimensionless def -1.62828241075788239E-6 2.21966811588832335E-5
+ Isostatic velocity range = -0.0159789 0.2206186
+ Compute divergence 7176.0893 24.8445 0.1989
+ wsmp_cleanup 7176.1285 24.8837 0.0392
+ Reset surface geometry 7176.1335 24.8887 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 7176.1418 24.8970 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7176.1588 24.9140 0.0171
+ Advect surface 1 7176.1590 24.9142 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7176.3513 25.1065 0.1923
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7176.5466 25.3018 0.1952
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7176.7983 25.5535 0.2517
+ Advect the cloud 7176.9262 25.6814 0.1279
+ Write output 7177.6212 26.3764 0.6951
+ End of time step 7178.4490 27.2042 0.8278
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 44 7178.4491
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7178.4492 0.0001 0.0001
+ surface 01 7178.4493 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7178.4493 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7178.4722 0.0231 0.0229
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7178.4931 0.0439 0.0208
+ S. 2: 16900points
+ refine surface 7178.4932 0.0440 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7178.5163 0.0671 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7178.5364 0.0873 0.0202
+ S. 3: 16900points
+ refine surface 7178.5366 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7178.5601 0.1110 0.0236
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7178.5847
+ -----------------------------------------------------------------------
+ Create octree solve 7178.5850 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7178.6008 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7178.6243 0.0396 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7178.6250 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7178.6392 0.0545 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7178.7626 0.1778 0.1234
+ Imbed surface in osolve 7178.9433 0.3585 0.1807
+ embedding surface 1 7178.9434 0.3587 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 7180.8965 2.3118 1.9531
+ osolve%nleaves= 59424
+ embedding surface 3 7182.9868 4.4021 2.0903
+ osolve%nleaves= 64128
+ Assessing octree stability 7186.5061 7.9214 3.5193
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7186.5112 7.9264 0.0051
+ Interpolate velo onto osolve 7186.8535 8.2687 0.3423
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7187.0029 8.4182 0.1494
+ Find void 7187.2744 8.6897 0.2715
+ whole leaf in fluid 32992
+ Define boundary conditions 7187.3026 8.7179 0.0282
+ wsmp setup1 7187.3097 8.7249 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7188.3130 9.7283 1.0034
+ -----------------------------------
+ start of non-linear iteratio 1 7188.3586
+ -----------------------------------
+ build system 7188.3587 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 4.80944E+00
+ viscosity capped in 37088
+ wsmp solve 7196.3719 8.0134 8.0132
+ =================================
+ wsmp: initialisation time: 0.0548041 s
+ wsmp: ordering time: 4.1148310 s
+ wsmp: symbolic fact. time: 0.7055960 s
+ wsmp: Cholesky fact. time: 11.3895171 s
+ wsmp: Factorisation 14466.9596506 Mflops
+ wsmp: back substitution time: 0.1209290 s
+ wsmp: from b to rhs vector: 0.0072458 s
+ ---------------------------------
+ wsmp: total solve time: 16.3932791 s
+ =================================
+ u : -0.10208E+01 0.18598E+00
+ v : -0.99132E-01 0.10569E+00
+ w : -0.76255E+00 0.27820E+00
+ =================================
+ Calculate pressures 7212.7816 24.4231 16.4097
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 7213.0048 24.6462 0.2232
+ do leaf measurements 7213.0059 24.6473 0.0011
+ compute convergence criterion 7213.0474 24.6889 0.0415
+ velocity_diff_norm = 0.5888484 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7213.0521
+ -----------------------------------
+ build system 7213.0565 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79452E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7221.0014 7.9493 7.9449
+ =================================
+ wsmp: initialisation time: 0.0517509 s
+ wsmp: ordering time: 4.1302330 s
+ wsmp: symbolic fact. time: 0.7154939 s
+ wsmp: Cholesky fact. time: 11.4577520 s
+ wsmp: Factorisation 14380.8038460 Mflops
+ wsmp: back substitution time: 0.1209099 s
+ wsmp: from b to rhs vector: 0.0072191 s
+ ---------------------------------
+ wsmp: total solve time: 16.4837360 s
+ =================================
+ u : -0.10160E+01 0.13866E+00
+ v : -0.47884E-01 0.10338E+00
+ w : -0.76757E+00 0.22572E+00
+ =================================
+ Calculate pressures 7237.5021 24.4500 16.5007
+ raw pressures : -0.12373E+01 0.19280E+00
+ Smoothing pressures 7237.7250 24.6729 0.2229
+ do leaf measurements 7237.7261 24.6740 0.0011
+ compute convergence criterion 7237.7677 24.7156 0.0416
+ velocity_diff_norm = 0.0713650 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7237.7724
+ -----------------------------------
+ build system 7237.7769 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7245.7860 8.0136 8.0091
+ =================================
+ wsmp: initialisation time: 0.0506060 s
+ wsmp: ordering time: 4.1005201 s
+ wsmp: symbolic fact. time: 0.7038848 s
+ wsmp: Cholesky fact. time: 11.3800151 s
+ wsmp: Factorisation 14479.0390806 Mflops
+ wsmp: back substitution time: 0.1206880 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.3633041 s
+ =================================
+ u : -0.10153E+01 0.15673E+00
+ v : -0.37840E-01 0.11950E+00
+ w : -0.74716E+00 0.23167E+00
+ =================================
+ Calculate pressures 7262.1658 24.3934 16.3798
+ raw pressures : -0.13750E+01 0.31445E+00
+ Smoothing pressures 7262.3899 24.6175 0.2241
+ do leaf measurements 7262.3910 24.6187 0.0011
+ compute convergence criterion 7262.4329 24.6606 0.0419
+ velocity_diff_norm = 0.0361030 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7262.4378
+ -----------------------------------
+ build system 7262.4424 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7270.4285 7.9907 7.9861
+ =================================
+ wsmp: initialisation time: 0.0508602 s
+ wsmp: ordering time: 4.0887589 s
+ wsmp: symbolic fact. time: 0.7060030 s
+ wsmp: Cholesky fact. time: 11.3973429 s
+ wsmp: Factorisation 14457.0260829 Mflops
+ wsmp: back substitution time: 0.1206150 s
+ wsmp: from b to rhs vector: 0.0072291 s
+ ---------------------------------
+ wsmp: total solve time: 16.3711991 s
+ =================================
+ u : -0.10142E+01 0.17757E+00
+ v : -0.37598E-01 0.12378E+00
+ w : -0.73779E+00 0.22907E+00
+ =================================
+ Calculate pressures 7286.8161 24.3783 16.3877
+ raw pressures : -0.14735E+01 0.35624E+00
+ Smoothing pressures 7287.0392 24.6015 0.2231
+ do leaf measurements 7287.0404 24.6026 0.0011
+ compute convergence criterion 7287.0819 24.6441 0.0416
+ velocity_diff_norm = 0.0158975 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7287.0866
+ -----------------------------------
+ build system 7287.0911 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7295.0296 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0475149 s
+ wsmp: ordering time: 4.1184771 s
+ wsmp: symbolic fact. time: 0.7141080 s
+ wsmp: Cholesky fact. time: 11.3918900 s
+ wsmp: Factorisation 14463.9461201 Mflops
+ wsmp: back substitution time: 0.1212211 s
+ wsmp: from b to rhs vector: 0.0072219 s
+ ---------------------------------
+ wsmp: total solve time: 16.4008110 s
+ =================================
+ u : -0.10136E+01 0.19533E+00
+ v : -0.40361E-01 0.12608E+00
+ w : -0.73299E+00 0.22820E+00
+ =================================
+ Calculate pressures 7311.4467 24.3600 16.4171
+ raw pressures : -0.15169E+01 0.36518E+00
+ Smoothing pressures 7311.6726 24.5860 0.2259
+ do leaf measurements 7311.6737 24.5871 0.0011
+ compute convergence criterion 7311.7152 24.6286 0.0415
+ velocity_diff_norm = 0.0107539 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7311.7200
+ -----------------------------------
+ build system 7311.7245 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7319.7102 7.9902 7.9857
+ =================================
+ wsmp: initialisation time: 0.0509410 s
+ wsmp: ordering time: 4.0954089 s
+ wsmp: symbolic fact. time: 0.7066271 s
+ wsmp: Cholesky fact. time: 11.3778689 s
+ wsmp: Factorisation 14481.7703084 Mflops
+ wsmp: back substitution time: 0.1210291 s
+ wsmp: from b to rhs vector: 0.0074019 s
+ ---------------------------------
+ wsmp: total solve time: 16.3596468 s
+ =================================
+ u : -0.10131E+01 0.21089E+00
+ v : -0.42867E-01 0.12602E+00
+ w : -0.72838E+00 0.22783E+00
+ =================================
+ Calculate pressures 7336.0863 24.3663 16.3761
+ raw pressures : -0.15386E+01 0.36277E+00
+ Smoothing pressures 7336.3097 24.5898 0.2234
+ do leaf measurements 7336.3109 24.5909 0.0011
+ compute convergence criterion 7336.3525 24.6326 0.0417
+ velocity_diff_norm = 0.0081053 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7336.3556 24.6356 0.0030
+Compute isostasy and adjust vertical 7336.3557 24.6358 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -65209780120311. 63938042263889.516
+ def in m -7.7759718894958496 0.5708317756652832
+ dimensionless def -1.63094793047223774E-6 2.22170625414167112E-5
+ Isostatic velocity range = -0.0160200 0.2208112
+ Compute divergence 7336.5548 24.8349 0.1991
+ wsmp_cleanup 7336.5960 24.8760 0.0412
+ Reset surface geometry 7336.6011 24.8812 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 7336.6095 24.8895 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7336.6241 24.9041 0.0146
+ Advect surface 1 7336.6242 24.9042 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7336.8197 25.0997 0.1955
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7337.0183 25.2983 0.1986
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7337.2664 25.5464 0.2481
+ Advect the cloud 7337.3952 25.6753 0.1289
+ Write output 7338.0865 26.3666 0.6913
+ End of time step 7338.9150 27.1950 0.8284
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 45 7338.9151
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7338.9152 0.0001 0.0001
+ surface 01 7338.9152 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7338.9152 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7338.9381 0.0230 0.0229
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7338.9587 0.0436 0.0206
+ S. 2: 16900points
+ refine surface 7338.9588 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7338.9825 0.0674 0.0237
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7339.0028 0.0877 0.0203
+ S. 3: 16900points
+ refine surface 7339.0030 0.0879 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7339.0267 0.1116 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7339.0514
+ -----------------------------------------------------------------------
+ Create octree solve 7339.0516 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7339.0674 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7339.0909 0.0395 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7339.0916 0.0402 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7339.1058 0.0544 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7339.2291 0.1778 0.1233
+ Imbed surface in osolve 7339.4104 0.3590 0.1813
+ embedding surface 1 7339.4105 0.3592 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 7341.3569 2.3056 1.9464
+ osolve%nleaves= 59424
+ embedding surface 3 7343.4598 4.4084 2.1029
+ osolve%nleaves= 64128
+ Assessing octree stability 7346.9777 7.9264 3.5179
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7346.9821 7.9307 0.0044
+ Interpolate velo onto osolve 7347.3407 8.2894 0.3586
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7347.4601 8.4087 0.1194
+ Find void 7347.7286 8.6772 0.2684
+ whole leaf in fluid 32992
+ Define boundary conditions 7347.7568 8.7055 0.0283
+ wsmp setup1 7347.7642 8.7129 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7348.7694 9.7181 1.0052
+ -----------------------------------
+ start of non-linear iteratio 1 7348.8158
+ -----------------------------------
+ build system 7348.8160 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 5.25546E+00
+ viscosity capped in 37088
+ wsmp solve 7356.8158 8.0000 7.9998
+ =================================
+ wsmp: initialisation time: 0.0525529 s
+ wsmp: ordering time: 4.1068380 s
+ wsmp: symbolic fact. time: 0.7062149 s
+ wsmp: Cholesky fact. time: 11.3882918 s
+ wsmp: Factorisation 14468.5161086 Mflops
+ wsmp: back substitution time: 0.1204851 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.3819880 s
+ =================================
+ u : -0.10208E+01 0.18580E+00
+ v : -0.99775E-01 0.10624E+00
+ w : -0.76263E+00 0.27870E+00
+ =================================
+ Calculate pressures 7373.2136 24.3978 16.3978
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 7373.4374 24.6215 0.2237
+ do leaf measurements 7373.4385 24.6226 0.0011
+ compute convergence criterion 7373.4797 24.6639 0.0413
+ velocity_diff_norm = 0.5881662 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7373.4845
+ -----------------------------------
+ build system 7373.4889 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77999E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7381.4307 7.9462 7.9419
+ =================================
+ wsmp: initialisation time: 0.0489571 s
+ wsmp: ordering time: 4.1255488 s
+ wsmp: symbolic fact. time: 0.7055070 s
+ wsmp: Cholesky fact. time: 11.4644411 s
+ wsmp: Factorisation 14372.4131860 Mflops
+ wsmp: back substitution time: 0.1206250 s
+ wsmp: from b to rhs vector: 0.0072191 s
+ ---------------------------------
+ wsmp: total solve time: 16.4726601 s
+ =================================
+ u : -0.10159E+01 0.13853E+00
+ v : -0.48466E-01 0.10321E+00
+ w : -0.76752E+00 0.22750E+00
+ =================================
+ Calculate pressures 7397.9192 24.4347 16.4885
+ raw pressures : -0.12366E+01 0.19593E+00
+ Smoothing pressures 7398.1436 24.6591 0.2244
+ do leaf measurements 7398.1447 24.6602 0.0011
+ compute convergence criterion 7398.1860 24.7016 0.0413
+ velocity_diff_norm = 0.0710580 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7398.1908
+ -----------------------------------
+ build system 7398.1953 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7406.1970 8.0062 8.0018
+ =================================
+ wsmp: initialisation time: 0.0500331 s
+ wsmp: ordering time: 4.1043649 s
+ wsmp: symbolic fact. time: 0.7035470 s
+ wsmp: Cholesky fact. time: 11.3739910 s
+ wsmp: Factorisation 14486.7077610 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0071568 s
+ ---------------------------------
+ wsmp: total solve time: 16.3602359 s
+ =================================
+ u : -0.10152E+01 0.15666E+00
+ v : -0.37665E-01 0.11939E+00
+ w : -0.74710E+00 0.23223E+00
+ =================================
+ Calculate pressures 7422.5738 24.3829 16.3767
+ raw pressures : -0.13741E+01 0.31383E+00
+ Smoothing pressures 7422.7979 24.6070 0.2241
+ do leaf measurements 7422.7990 24.6081 0.0011
+ compute convergence criterion 7422.8407 24.6499 0.0418
+ velocity_diff_norm = 0.0359858 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7422.8456
+ -----------------------------------
+ build system 7422.8502 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7430.8398 7.9942 7.9897
+ =================================
+ wsmp: initialisation time: 0.0514309 s
+ wsmp: ordering time: 4.1029689 s
+ wsmp: symbolic fact. time: 0.7022529 s
+ wsmp: Cholesky fact. time: 11.4012728 s
+ wsmp: Factorisation 14452.0429556 Mflops
+ wsmp: back substitution time: 0.1211500 s
+ wsmp: from b to rhs vector: 0.0071719 s
+ ---------------------------------
+ wsmp: total solve time: 16.3866079 s
+ =================================
+ u : -0.10143E+01 0.17752E+00
+ v : -0.37583E-01 0.12371E+00
+ w : -0.73773E+00 0.22936E+00
+ =================================
+ Calculate pressures 7447.2425 24.3969 16.4027
+ raw pressures : -0.14729E+01 0.35575E+00
+ Smoothing pressures 7447.4662 24.6206 0.2237
+ do leaf measurements 7447.4673 24.6217 0.0011
+ compute convergence criterion 7447.5087 24.6630 0.0413
+ velocity_diff_norm = 0.0159052 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7447.5135
+ -----------------------------------
+ build system 7447.5179 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7455.4557 7.9422 7.9378
+ =================================
+ wsmp: initialisation time: 0.0513761 s
+ wsmp: ordering time: 4.1139519 s
+ wsmp: symbolic fact. time: 0.7068911 s
+ wsmp: Cholesky fact. time: 11.4092169 s
+ wsmp: Factorisation 14441.9801636 Mflops
+ wsmp: back substitution time: 0.1211901 s
+ wsmp: from b to rhs vector: 0.0073819 s
+ ---------------------------------
+ wsmp: total solve time: 16.4103718 s
+ =================================
+ u : -0.10137E+01 0.19528E+00
+ v : -0.40436E-01 0.12599E+00
+ w : -0.73293E+00 0.22832E+00
+ =================================
+ Calculate pressures 7471.8828 24.3693 16.4272
+ raw pressures : -0.15164E+01 0.36473E+00
+ Smoothing pressures 7472.1088 24.5953 0.2259
+ do leaf measurements 7472.1098 24.5963 0.0011
+ compute convergence criterion 7472.1513 24.6378 0.0415
+ velocity_diff_norm = 0.0107517 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7472.1561
+ -----------------------------------
+ build system 7472.1605 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7480.1398 7.9837 7.9793
+ =================================
+ wsmp: initialisation time: 0.0521069 s
+ wsmp: ordering time: 4.1031911 s
+ wsmp: symbolic fact. time: 0.7049549 s
+ wsmp: Cholesky fact. time: 11.3795681 s
+ wsmp: Factorisation 14479.6078750 Mflops
+ wsmp: back substitution time: 0.1206210 s
+ wsmp: from b to rhs vector: 0.0073030 s
+ ---------------------------------
+ wsmp: total solve time: 16.3681240 s
+ =================================
+ u : -0.10132E+01 0.21085E+00
+ v : -0.42921E-01 0.12595E+00
+ w : -0.72831E+00 0.22801E+00
+ =================================
+ Calculate pressures 7496.5238 24.3677 16.3840
+ raw pressures : -0.15382E+01 0.36242E+00
+ Smoothing pressures 7496.7470 24.5909 0.2232
+ do leaf measurements 7496.7481 24.5920 0.0011
+ compute convergence criterion 7496.7897 24.6337 0.0416
+ velocity_diff_norm = 0.0081039 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7496.7929 24.6368 0.0032
+Compute isostasy and adjust vertical 7496.7931 24.6370 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -66187631745617.133 65542808063605.305
+ def in m -7.783818244934082 0.57185959815979004
+ dimensionless def -1.63388456617082861E-6 2.22394806998116632E-5
+ Isostatic velocity range = -0.0160611 0.2210267
+ Compute divergence 7496.9926 24.8366 0.1996
+ wsmp_cleanup 7497.0310 24.8749 0.0384
+ Reset surface geometry 7497.0360 24.8800 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 7497.0443 24.8882 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7497.0613 24.9052 0.0171
+ Advect surface 1 7497.0615 24.9054 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7497.2555 25.0994 0.1940
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7497.4469 25.2908 0.1914
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7497.6973 25.5412 0.2504
+ Advect the cloud 7497.8260 25.6699 0.1286
+ Write output 7498.5258 26.3697 0.6998
+ End of time step 7499.3793 27.2232 0.8535
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 46 7499.3794
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7499.3795 0.0001 0.0001
+ surface 01 7499.3795 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7499.3795 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7499.4022 0.0228 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7499.4228 0.0434 0.0205
+ S. 2: 16900points
+ refine surface 7499.4229 0.0435 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7499.4460 0.0666 0.0231
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7499.4661 0.0867 0.0201
+ S. 3: 16900points
+ refine surface 7499.4663 0.0869 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7499.4899 0.1105 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7499.5146
+ -----------------------------------------------------------------------
+ Create octree solve 7499.5149 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7499.5307 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7499.5542 0.0396 0.0235
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7499.5549 0.0403 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7499.5691 0.0545 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7499.6925 0.1778 0.1234
+ Imbed surface in osolve 7499.8744 0.3597 0.1819
+ embedding surface 1 7499.8745 0.3599 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 7501.8301 2.3155 1.9556
+ osolve%nleaves= 59424
+ embedding surface 3 7503.9147 4.4001 2.0846
+ osolve%nleaves= 64128
+ Assessing octree stability 7507.4117 7.8970 3.4970
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7507.4162 7.9015 0.0045
+ Interpolate velo onto osolve 7507.7606 8.2460 0.3445
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7507.9197 8.4050 0.1590
+ Find void 7508.1917 8.6771 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 7508.2198 8.7051 0.0281
+ wsmp setup1 7508.2268 8.7121 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7509.2308 9.7162 1.0040
+ -----------------------------------
+ start of non-linear iteratio 1 7509.2773
+ -----------------------------------
+ build system 7509.2775 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 5.60511E+00
+ viscosity capped in 37088
+ wsmp solve 7517.2792 8.0020 8.0018
+ =================================
+ wsmp: initialisation time: 0.0529349 s
+ wsmp: ordering time: 4.1082280 s
+ wsmp: symbolic fact. time: 0.7048252 s
+ wsmp: Cholesky fact. time: 11.3825829 s
+ wsmp: Factorisation 14475.7727908 Mflops
+ wsmp: back substitution time: 0.1205370 s
+ wsmp: from b to rhs vector: 0.0070438 s
+ ---------------------------------
+ wsmp: total solve time: 16.3765512 s
+ =================================
+ u : -0.10463E+01 0.18528E+00
+ v : -0.99219E-01 0.10598E+00
+ w : -0.76253E+00 0.27415E+00
+ =================================
+ Calculate pressures 7533.6716 24.3943 16.3924
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 7533.8962 24.6189 0.2245
+ do leaf measurements 7533.8972 24.6200 0.0011
+ compute convergence criterion 7533.9387 24.6614 0.0414
+ velocity_diff_norm = 0.5887102 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7533.9435
+ -----------------------------------
+ build system 7533.9478 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78895E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7541.8871 7.9436 7.9393
+ =================================
+ wsmp: initialisation time: 0.0476210 s
+ wsmp: ordering time: 4.1232560 s
+ wsmp: symbolic fact. time: 0.7062321 s
+ wsmp: Cholesky fact. time: 11.4630702 s
+ wsmp: Factorisation 14374.1320308 Mflops
+ wsmp: back substitution time: 0.1207900 s
+ wsmp: from b to rhs vector: 0.0070879 s
+ ---------------------------------
+ wsmp: total solve time: 16.4684660 s
+ =================================
+ u : -0.10157E+01 0.13804E+00
+ v : -0.48020E-01 0.10328E+00
+ w : -0.76739E+00 0.22659E+00
+ =================================
+ Calculate pressures 7558.3721 24.4286 16.4850
+ raw pressures : -0.12368E+01 0.18063E+00
+ Smoothing pressures 7558.5956 24.6521 0.2235
+ do leaf measurements 7558.5967 24.6532 0.0011
+ compute convergence criterion 7558.6381 24.6947 0.0414
+ velocity_diff_norm = 0.0713703 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7558.6429
+ -----------------------------------
+ build system 7558.6474 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7566.6505 8.0075 8.0031
+ =================================
+ wsmp: initialisation time: 0.0481670 s
+ wsmp: ordering time: 4.0956190 s
+ wsmp: symbolic fact. time: 0.7052870 s
+ wsmp: Cholesky fact. time: 11.3799870 s
+ wsmp: Factorisation 14479.0748754 Mflops
+ wsmp: back substitution time: 0.1202340 s
+ wsmp: from b to rhs vector: 0.0071762 s
+ ---------------------------------
+ wsmp: total solve time: 16.3568928 s
+ =================================
+ u : -0.10152E+01 0.15634E+00
+ v : -0.37748E-01 0.11928E+00
+ w : -0.74684E+00 0.23191E+00
+ =================================
+ Calculate pressures 7583.0237 24.3807 16.3732
+ raw pressures : -0.13739E+01 0.31344E+00
+ Smoothing pressures 7583.2467 24.6038 0.2230
+ do leaf measurements 7583.2478 24.6049 0.0011
+ compute convergence criterion 7583.2895 24.6466 0.0417
+ velocity_diff_norm = 0.0359806 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7583.2944
+ -----------------------------------
+ build system 7583.2988 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7591.2952 8.0008 7.9963
+ =================================
+ wsmp: initialisation time: 0.0518730 s
+ wsmp: ordering time: 4.0972168 s
+ wsmp: symbolic fact. time: 0.7021902 s
+ wsmp: Cholesky fact. time: 11.4029989 s
+ wsmp: Factorisation 14449.8552503 Mflops
+ wsmp: back substitution time: 0.1204200 s
+ wsmp: from b to rhs vector: 0.0071609 s
+ ---------------------------------
+ wsmp: total solve time: 16.3822589 s
+ =================================
+ u : -0.10143E+01 0.17735E+00
+ v : -0.37624E-01 0.12371E+00
+ w : -0.73748E+00 0.22921E+00
+ =================================
+ Calculate pressures 7607.6929 24.3986 16.3977
+ raw pressures : -0.14725E+01 0.35519E+00
+ Smoothing pressures 7607.9172 24.6228 0.2243
+ do leaf measurements 7607.9183 24.6239 0.0011
+ compute convergence criterion 7607.9598 24.6655 0.0415
+ velocity_diff_norm = 0.0160422 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7607.9646
+ -----------------------------------
+ build system 7607.9690 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7615.9072 7.9426 7.9382
+ =================================
+ wsmp: initialisation time: 0.0900261 s
+ wsmp: ordering time: 4.1099958 s
+ wsmp: symbolic fact. time: 0.7105911 s
+ wsmp: Cholesky fact. time: 11.3988090 s
+ wsmp: Factorisation 14455.1667204 Mflops
+ wsmp: back substitution time: 0.1210151 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.4380031 s
+ =================================
+ u : -0.10137E+01 0.19514E+00
+ v : -0.40423E-01 0.12597E+00
+ w : -0.73270E+00 0.22827E+00
+ =================================
+ Calculate pressures 7632.3613 24.3967 16.4542
+ raw pressures : -0.15159E+01 0.36419E+00
+ Smoothing pressures 7632.5874 24.6228 0.2261
+ do leaf measurements 7632.5885 24.6239 0.0011
+ compute convergence criterion 7632.6298 24.6652 0.0414
+ velocity_diff_norm = 0.0107734 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7632.6347
+ -----------------------------------
+ build system 7632.6392 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7640.6137 7.9790 7.9745
+ =================================
+ wsmp: initialisation time: 0.0472999 s
+ wsmp: ordering time: 4.0949490 s
+ wsmp: symbolic fact. time: 0.7043381 s
+ wsmp: Cholesky fact. time: 11.3790340 s
+ wsmp: Factorisation 14480.2874534 Mflops
+ wsmp: back substitution time: 0.1204009 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.3536201 s
+ =================================
+ u : -0.10132E+01 0.21073E+00
+ v : -0.42907E-01 0.12595E+00
+ w : -0.72811E+00 0.22786E+00
+ =================================
+ Calculate pressures 7656.9838 24.3491 16.3702
+ raw pressures : -0.15374E+01 0.36174E+00
+ Smoothing pressures 7657.2073 24.5726 0.2235
+ do leaf measurements 7657.2085 24.5737 0.0011
+ compute convergence criterion 7657.2503 24.6155 0.0418
+ velocity_diff_norm = 0.0081048 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7657.2534 24.6187 0.0031
+Compute isostasy and adjust vertical 7657.2536 24.6189 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -67162035960488.258 67140776114205.469
+ def in m -7.7939496040344238 0.57587021589279175
+ dimensionless def -1.64534347397940513E-6 2.22684274400983555E-5
+ Isostatic velocity range = -0.0161890 0.2213144
+ Compute divergence 7657.4519 24.8172 0.1983
+ wsmp_cleanup 7657.4929 24.8582 0.0410
+ Reset surface geometry 7657.4981 24.8634 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 7657.5064 24.8717 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7657.5217 24.8870 0.0153
+ Advect surface 1 7657.5219 24.8871 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7657.7185 25.0838 0.1966
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7657.9139 25.2792 0.1954
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7658.1670 25.5323 0.2531
+ Advect the cloud 7658.2961 25.6614 0.1291
+ Write output 7658.9953 26.3606 0.6991
+ End of time step 7659.8476 27.2128 0.8523
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 47 7659.8477
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7659.8478 0.0001 0.0001
+ surface 01 7659.8478 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7659.8478 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7659.8706 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7659.8911 0.0434 0.0205
+ S. 2: 16900points
+ refine surface 7659.8912 0.0435 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7659.9145 0.0668 0.0233
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7659.9346 0.0869 0.0201
+ S. 3: 16900points
+ refine surface 7659.9347 0.0870 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7659.9584 0.1107 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7659.9832
+ -----------------------------------------------------------------------
+ Create octree solve 7659.9835 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7659.9993 0.0160 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7660.0227 0.0395 0.0234
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7660.0234 0.0402 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7660.0376 0.0544 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7660.1610 0.1777 0.1233
+ Imbed surface in osolve 7660.3419 0.3587 0.1810
+ embedding surface 1 7660.3421 0.3588 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 7662.2954 2.3122 1.9533
+ osolve%nleaves= 59424
+ embedding surface 3 7664.3940 4.4107 2.0986
+ osolve%nleaves= 64128
+ Assessing octree stability 7667.9145 7.9312 3.5205
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7667.9190 7.9357 0.0045
+ Interpolate velo onto osolve 7668.3082 8.3249 0.3892
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7668.3897 8.4064 0.0815
+ Find void 7668.6578 8.6746 0.2682
+ whole leaf in fluid 32992
+ Define boundary conditions 7668.6861 8.7029 0.0283
+ wsmp setup1 7668.6936 8.7104 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7669.6989 9.7157 1.0053
+ -----------------------------------
+ start of non-linear iteratio 1 7669.7444
+ -----------------------------------
+ build system 7669.7445 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 5.50915E+00
+ viscosity capped in 37088
+ wsmp solve 7677.7476 8.0032 8.0031
+ =================================
+ wsmp: initialisation time: 0.0531330 s
+ wsmp: ordering time: 4.1086528 s
+ wsmp: symbolic fact. time: 0.7037790 s
+ wsmp: Cholesky fact. time: 11.3750601 s
+ wsmp: Factorisation 14485.3462483 Mflops
+ wsmp: back substitution time: 0.1212230 s
+ wsmp: from b to rhs vector: 0.0072541 s
+ ---------------------------------
+ wsmp: total solve time: 16.3695099 s
+ =================================
+ u : -0.10203E+01 0.18496E+00
+ v : -0.98686E-01 0.10630E+00
+ w : -0.76226E+00 0.27524E+00
+ =================================
+ Calculate pressures 7694.1332 24.3889 16.3856
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 7694.3569 24.6125 0.2236
+ do leaf measurements 7694.3580 24.6136 0.0011
+ compute convergence criterion 7694.3995 24.6551 0.0416
+ velocity_diff_norm = 0.5877515 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7694.4042
+ -----------------------------------
+ build system 7694.4087 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79362E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7702.3482 7.9439 7.9395
+ =================================
+ wsmp: initialisation time: 0.0487649 s
+ wsmp: ordering time: 4.1221089 s
+ wsmp: symbolic fact. time: 0.7070951 s
+ wsmp: Cholesky fact. time: 11.4665999 s
+ wsmp: Factorisation 14369.7072122 Mflops
+ wsmp: back substitution time: 0.1208930 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.4731140 s
+ =================================
+ u : -0.10156E+01 0.13785E+00
+ v : -0.47861E-01 0.10339E+00
+ w : -0.76719E+00 0.22635E+00
+ =================================
+ Calculate pressures 7718.8377 24.4335 16.4895
+ raw pressures : -0.12373E+01 0.20110E+00
+ Smoothing pressures 7719.0611 24.6568 0.2234
+ do leaf measurements 7719.0622 24.6579 0.0011
+ compute convergence criterion 7719.1037 24.6995 0.0416
+ velocity_diff_norm = 0.0709970 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7719.1085
+ -----------------------------------
+ build system 7719.1130 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7727.1050 7.9965 7.9920
+ =================================
+ wsmp: initialisation time: 0.0505230 s
+ wsmp: ordering time: 4.0999970 s
+ wsmp: symbolic fact. time: 0.7071111 s
+ wsmp: Cholesky fact. time: 11.3720119 s
+ wsmp: Factorisation 14489.2289354 Mflops
+ wsmp: back substitution time: 0.1208708 s
+ wsmp: from b to rhs vector: 0.0072188 s
+ ---------------------------------
+ wsmp: total solve time: 16.3581181 s
+ =================================
+ u : -0.10150E+01 0.15616E+00
+ v : -0.37836E-01 0.11945E+00
+ w : -0.74690E+00 0.23169E+00
+ =================================
+ Calculate pressures 7743.4791 24.3705 16.3741
+ raw pressures : -0.13736E+01 0.31335E+00
+ Smoothing pressures 7743.7034 24.5949 0.2244
+ do leaf measurements 7743.7046 24.5960 0.0011
+ compute convergence criterion 7743.7465 24.6380 0.0420
+ velocity_diff_norm = 0.0360962 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7743.7514
+ -----------------------------------
+ build system 7743.7559 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7751.7540 8.0026 7.9981
+ =================================
+ wsmp: initialisation time: 0.0499070 s
+ wsmp: ordering time: 4.1069951 s
+ wsmp: symbolic fact. time: 0.7092290 s
+ wsmp: Cholesky fact. time: 11.4058280 s
+ wsmp: Factorisation 14446.2711421 Mflops
+ wsmp: back substitution time: 0.1211588 s
+ wsmp: from b to rhs vector: 0.0072660 s
+ ---------------------------------
+ wsmp: total solve time: 16.4007950 s
+ =================================
+ u : -0.10141E+01 0.17720E+00
+ v : -0.37639E-01 0.12375E+00
+ w : -0.73744E+00 0.22911E+00
+ =================================
+ Calculate pressures 7768.1715 24.4201 16.4175
+ raw pressures : -0.14718E+01 0.35487E+00
+ Smoothing pressures 7768.3948 24.6434 0.2233
+ do leaf measurements 7768.3959 24.6445 0.0011
+ compute convergence criterion 7768.4375 24.6861 0.0416
+ velocity_diff_norm = 0.0158817 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7768.4423
+ -----------------------------------
+ build system 7768.4467 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7776.3870 7.9447 7.9403
+ =================================
+ wsmp: initialisation time: 0.0485399 s
+ wsmp: ordering time: 4.1277499 s
+ wsmp: symbolic fact. time: 0.7144179 s
+ wsmp: Cholesky fact. time: 11.4087389 s
+ wsmp: Factorisation 14442.5852865 Mflops
+ wsmp: back substitution time: 0.1214912 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.4286079 s
+ =================================
+ u : -0.10135E+01 0.19502E+00
+ v : -0.40547E-01 0.12599E+00
+ w : -0.73263E+00 0.22808E+00
+ =================================
+ Calculate pressures 7792.8317 24.3894 16.4447
+ raw pressures : -0.15152E+01 0.36387E+00
+ Smoothing pressures 7793.0584 24.6162 0.2268
+ do leaf measurements 7793.0595 24.6173 0.0011
+ compute convergence criterion 7793.1011 24.6589 0.0416
+ velocity_diff_norm = 0.0107612 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7793.1059
+ -----------------------------------
+ build system 7793.1103 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7801.0904 7.9845 7.9800
+ =================================
+ wsmp: initialisation time: 0.0479949 s
+ wsmp: ordering time: 4.1088681 s
+ wsmp: symbolic fact. time: 0.7063620 s
+ wsmp: Cholesky fact. time: 11.3706782 s
+ wsmp: Factorisation 14490.9284366 Mflops
+ wsmp: back substitution time: 0.1210868 s
+ wsmp: from b to rhs vector: 0.0072389 s
+ ---------------------------------
+ wsmp: total solve time: 16.3626392 s
+ =================================
+ u : -0.10131E+01 0.21060E+00
+ v : -0.42994E-01 0.12596E+00
+ w : -0.72805E+00 0.22776E+00
+ =================================
+ Calculate pressures 7817.4697 24.3638 16.3793
+ raw pressures : -0.15368E+01 0.36153E+00
+ Smoothing pressures 7817.6926 24.5867 0.2229
+ do leaf measurements 7817.6937 24.5879 0.0011
+ compute convergence criterion 7817.7356 24.6297 0.0419
+ velocity_diff_norm = 0.0081028 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7817.7387 24.6329 0.0031
+Compute isostasy and adjust vertical 7817.7389 24.6330 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -68122331373587.961 68739906479146.945
+ def in m -7.8012299537658691 0.57705593109130859
+ dimensionless def -1.64873123168945315E-6 2.22892284393310564E-5
+ Isostatic velocity range = -0.0162363 0.2215180
+ Compute divergence 7817.9340 24.8281 0.1951
+ wsmp_cleanup 7817.9753 24.8695 0.0413
+ Reset surface geometry 7817.9805 24.8746 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 7817.9889 24.8830 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7818.0038 24.8979 0.0148
+ Advect surface 1 7818.0039 24.8980 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7818.1991 25.0932 0.1952
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7818.3958 25.2899 0.1967
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7818.6450 25.5391 0.2493
+ Advect the cloud 7818.7735 25.6676 0.1285
+ Write output 7819.4761 26.3702 0.7026
+ End of time step 7820.3040 27.1981 0.8279
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 48 7820.3042
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7820.3042 0.0001 0.0001
+ surface 01 7820.3043 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7820.3043 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7820.3271 0.0229 0.0227
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7820.3477 0.0435 0.0206
+ S. 2: 16900points
+ refine surface 7820.3479 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7820.3710 0.0668 0.0232
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7820.3913 0.0871 0.0202
+ S. 3: 16900points
+ refine surface 7820.3914 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7820.4149 0.1107 0.0235
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7820.4398
+ -----------------------------------------------------------------------
+ Create octree solve 7820.4401 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7820.4559 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7820.4794 0.0396 0.0236
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7820.4802 0.0404 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7820.4944 0.0546 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7820.6177 0.1779 0.1233
+ Imbed surface in osolve 7820.8003 0.3605 0.1826
+ embedding surface 1 7820.8005 0.3607 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 7822.7584 2.3186 1.9579
+ osolve%nleaves= 59424
+ embedding surface 3 7824.8415 4.4017 2.0832
+ osolve%nleaves= 64128
+ Assessing octree stability 7828.3580 7.9182 3.5165
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7828.3623 7.9225 0.0043
+ Interpolate velo onto osolve 7828.7387 8.2989 0.3764
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7828.8808 8.4410 0.1421
+ Find void 7829.1500 8.7102 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 7829.1782 8.7384 0.0282
+ wsmp setup1 7829.1855 8.7457 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7830.1912 9.7514 1.0057
+ -----------------------------------
+ start of non-linear iteratio 1 7830.2373
+ -----------------------------------
+ build system 7830.2375 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38946E-05 5.57098E+00
+ viscosity capped in 37088
+ wsmp solve 7838.2521 8.0148 8.0146
+ =================================
+ wsmp: initialisation time: 0.0521951 s
+ wsmp: ordering time: 4.1111670 s
+ wsmp: symbolic fact. time: 0.7065930 s
+ wsmp: Cholesky fact. time: 11.3899221 s
+ wsmp: Factorisation 14466.4451451 Mflops
+ wsmp: back substitution time: 0.1210470 s
+ wsmp: from b to rhs vector: 0.0073371 s
+ ---------------------------------
+ wsmp: total solve time: 16.3886678 s
+ =================================
+ u : -0.10202E+01 0.18518E+00
+ v : -0.98787E-01 0.10553E+00
+ w : -0.76222E+00 0.27727E+00
+ =================================
+ Calculate pressures 7854.6562 24.4188 16.4041
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 7854.8803 24.6430 0.2242
+ do leaf measurements 7854.8815 24.6442 0.0011
+ compute convergence criterion 7854.9226 24.6853 0.0412
+ velocity_diff_norm = 0.5885047 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 7854.9275
+ -----------------------------------
+ build system 7854.9321 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80100E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7862.8765 7.9490 7.9444
+ =================================
+ wsmp: initialisation time: 0.0488250 s
+ wsmp: ordering time: 4.1167061 s
+ wsmp: symbolic fact. time: 0.7013171 s
+ wsmp: Cholesky fact. time: 11.4689848 s
+ wsmp: Factorisation 14366.7191247 Mflops
+ wsmp: back substitution time: 0.1208189 s
+ wsmp: from b to rhs vector: 0.0073860 s
+ ---------------------------------
+ wsmp: total solve time: 16.4644418 s
+ =================================
+ u : -0.10155E+01 0.13796E+00
+ v : -0.48078E-01 0.10348E+00
+ w : -0.76724E+00 0.22535E+00
+ =================================
+ Calculate pressures 7879.3569 24.4294 16.4804
+ raw pressures : -0.12368E+01 0.19027E+00
+ Smoothing pressures 7879.5806 24.6531 0.2237
+ do leaf measurements 7879.5818 24.6542 0.0011
+ compute convergence criterion 7879.6226 24.6951 0.0409
+ velocity_diff_norm = 0.0712061 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 7879.6275
+ -----------------------------------
+ build system 7879.6320 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7887.6235 7.9960 7.9915
+ =================================
+ wsmp: initialisation time: 0.0483201 s
+ wsmp: ordering time: 4.1089771 s
+ wsmp: symbolic fact. time: 0.7086451 s
+ wsmp: Cholesky fact. time: 11.3906341 s
+ wsmp: Factorisation 14465.5409882 Mflops
+ wsmp: back substitution time: 0.1212201 s
+ wsmp: from b to rhs vector: 0.0074701 s
+ ---------------------------------
+ wsmp: total solve time: 16.3856690 s
+ =================================
+ u : -0.10152E+01 0.15623E+00
+ v : -0.37880E-01 0.11944E+00
+ w : -0.74698E+00 0.23139E+00
+ =================================
+ Calculate pressures 7904.0258 24.3983 16.4023
+ raw pressures : -0.13734E+01 0.31348E+00
+ Smoothing pressures 7904.2495 24.6220 0.2237
+ do leaf measurements 7904.2506 24.6231 0.0011
+ compute convergence criterion 7904.2918 24.6644 0.0412
+ velocity_diff_norm = 0.0360774 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 7904.2967
+ -----------------------------------
+ build system 7904.3013 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7912.3069 8.0101 8.0056
+ =================================
+ wsmp: initialisation time: 0.0491390 s
+ wsmp: ordering time: 4.1034369 s
+ wsmp: symbolic fact. time: 0.7034130 s
+ wsmp: Cholesky fact. time: 11.3971169 s
+ wsmp: Factorisation 14457.3127860 Mflops
+ wsmp: back substitution time: 0.1208522 s
+ wsmp: from b to rhs vector: 0.0073709 s
+ ---------------------------------
+ wsmp: total solve time: 16.3817270 s
+ =================================
+ u : -0.10142E+01 0.17716E+00
+ v : -0.37761E-01 0.12383E+00
+ w : -0.73756E+00 0.22905E+00
+ =================================
+ Calculate pressures 7928.7041 24.4074 16.3972
+ raw pressures : -0.14719E+01 0.35505E+00
+ Smoothing pressures 7928.9279 24.6312 0.2238
+ do leaf measurements 7928.9290 24.6322 0.0011
+ compute convergence criterion 7928.9699 24.6732 0.0409
+ velocity_diff_norm = 0.0159644 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 7928.9747
+ -----------------------------------
+ build system 7928.9791 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7936.9199 7.9452 7.9407
+ =================================
+ wsmp: initialisation time: 0.0478911 s
+ wsmp: ordering time: 4.1294141 s
+ wsmp: symbolic fact. time: 0.7119601 s
+ wsmp: Cholesky fact. time: 11.4123728 s
+ wsmp: Factorisation 14437.9864175 Mflops
+ wsmp: back substitution time: 0.1215420 s
+ wsmp: from b to rhs vector: 0.0073869 s
+ ---------------------------------
+ wsmp: total solve time: 16.4309838 s
+ =================================
+ u : -0.10136E+01 0.19497E+00
+ v : -0.40535E-01 0.12608E+00
+ w : -0.73278E+00 0.22815E+00
+ =================================
+ Calculate pressures 7953.3671 24.3924 16.4472
+ raw pressures : -0.15156E+01 0.36419E+00
+ Smoothing pressures 7953.5932 24.6185 0.2261
+ do leaf measurements 7953.5943 24.6196 0.0011
+ compute convergence criterion 7953.6351 24.6604 0.0408
+ velocity_diff_norm = 0.0107491 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 7953.6399
+ -----------------------------------
+ build system 7953.6444 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 7961.6219 7.9821 7.9776
+ =================================
+ wsmp: initialisation time: 0.0484419 s
+ wsmp: ordering time: 4.0925860 s
+ wsmp: symbolic fact. time: 0.7015440 s
+ wsmp: Cholesky fact. time: 11.3858540 s
+ wsmp: Factorisation 14471.6139686 Mflops
+ wsmp: back substitution time: 0.1208770 s
+ wsmp: from b to rhs vector: 0.0074179 s
+ ---------------------------------
+ wsmp: total solve time: 16.3571291 s
+ =================================
+ u : -0.10131E+01 0.21055E+00
+ v : -0.42980E-01 0.12598E+00
+ w : -0.72821E+00 0.22776E+00
+ =================================
+ Calculate pressures 7977.9949 24.3551 16.3730
+ raw pressures : -0.15373E+01 0.36192E+00
+ Smoothing pressures 7978.2178 24.5780 0.2229
+ do leaf measurements 7978.2190 24.5791 0.0011
+ compute convergence criterion 7978.2601 24.6203 0.0412
+ velocity_diff_norm = 0.0081051 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 7978.2632 24.6234 0.0031
+Compute isostasy and adjust vertical 7978.2634 24.6235 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -69071134618818.039 70338090190735.898
+ def in m -7.8077754974365234 0.58047592639923096
+ dimensionless def -1.65850264685494545E-6 2.23079299926757831E-5
+ Isostatic velocity range = -0.0163512 0.2217001
+ Compute divergence 7978.4588 24.8189 0.1954
+ wsmp_cleanup 7978.5032 24.8633 0.0443
+ Reset surface geometry 7978.5082 24.8683 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 7978.5161 24.8763 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 7978.5300 24.8902 0.0139
+ Advect surface 1 7978.5302 24.8903 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 7978.7279 25.0880 0.1977
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 7978.9260 25.2862 0.1982
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 7979.1802 25.5403 0.2541
+ Advect the cloud 7979.3108 25.6710 0.1307
+ Write output 7980.0152 26.3753 0.7043
+ End of time step 7980.8461 27.2062 0.8309
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 49 7980.8462
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 7980.8463 0.0001 0.0001
+ surface 01 7980.8463 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 7980.8464 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 7980.8696 0.0233 0.0232
+ S. 1: 0 flips in delaunay2
+ S. 1: 16900points
+ surface 02 7980.8903 0.0440 0.0207
+ S. 2: 16900points
+ refine surface 7980.8904 0.0442 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 7980.9139 0.0677 0.0235
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 7980.9339 0.0877 0.0200
+ S. 3: 16900points
+ refine surface 7980.9341 0.0879 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 7980.9578 0.1116 0.0237
+ S. 3: 0 flips in delaunay2
+ S. 3: 16900points
+ -----------------------------------------------------------------------
+ Start of iteration 1 7980.9824
+ -----------------------------------------------------------------------
+ Create octree solve 7980.9826 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 7980.9985 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 7981.0222 0.0398 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 7981.0229 0.0405 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 7981.0371 0.0547 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 7981.1604 0.1780 0.1234
+ Imbed surface in osolve 7981.3436 0.3612 0.1831
+ embedding surface 1 7981.3437 0.3613 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 7983.3071 2.3247 1.9634
+ osolve%nleaves= 59424
+ embedding surface 3 7985.3872 4.4048 2.0800
+ osolve%nleaves= 64128
+ Assessing octree stability 7988.8936 7.9112 3.5064
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 7988.8979 7.9155 0.0043
+ Interpolate velo onto osolve 7989.2682 8.2858 0.3703
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 7989.3732 8.3908 0.1049
+ Find void 7989.6400 8.6576 0.2668
+ whole leaf in fluid 32992
+ Define boundary conditions 7989.6681 8.6857 0.0281
+ wsmp setup1 7989.6749 8.6925 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 7990.6818 9.6994 1.0069
+ -----------------------------------
+ start of non-linear iteratio 1 7990.7275
+ -----------------------------------
+ build system 7990.7277 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 5.53192E+00
+ viscosity capped in 37088
+ wsmp solve 7998.7257 7.9982 7.9980
+ =================================
+ wsmp: initialisation time: 0.0521078 s
+ wsmp: ordering time: 4.0968752 s
+ wsmp: symbolic fact. time: 0.7043560 s
+ wsmp: Cholesky fact. time: 11.3902001 s
+ wsmp: Factorisation 14466.0920684 Mflops
+ wsmp: back substitution time: 0.1206820 s
+ wsmp: from b to rhs vector: 0.0073850 s
+ ---------------------------------
+ wsmp: total solve time: 16.3720229 s
+ =================================
+ u : -0.10203E+01 0.18507E+00
+ v : -0.98655E-01 0.10628E+00
+ w : -0.76220E+00 0.27291E+00
+ =================================
+ Calculate pressures 8015.1133 24.3858 16.3877
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 8015.3377 24.6102 0.2244
+ do leaf measurements 8015.3388 24.6113 0.0011
+ compute convergence criterion 8015.3803 24.6528 0.0415
+ velocity_diff_norm = 0.5886919 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8015.3852
+ -----------------------------------
+ build system 8015.3897 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78863E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8023.3349 7.9497 7.9452
+ =================================
+ wsmp: initialisation time: 0.0516570 s
+ wsmp: ordering time: 4.1008091 s
+ wsmp: symbolic fact. time: 0.7029130 s
+ wsmp: Cholesky fact. time: 11.4682770 s
+ wsmp: Factorisation 14367.6058921 Mflops
+ wsmp: back substitution time: 0.1211178 s
+ wsmp: from b to rhs vector: 0.0073259 s
+ ---------------------------------
+ wsmp: total solve time: 16.4525111 s
+ =================================
+ u : -0.10154E+01 0.13772E+00
+ v : -0.48203E-01 0.10325E+00
+ w : -0.76722E+00 0.22720E+00
+ =================================
+ Calculate pressures 8039.8032 24.4180 16.4683
+ raw pressures : -0.12365E+01 0.17976E+00
+ Smoothing pressures 8040.0271 24.6420 0.2239
+ do leaf measurements 8040.0282 24.6430 0.0011
+ compute convergence criterion 8040.0692 24.6841 0.0410
+ velocity_diff_norm = 0.0712691 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8040.0740
+ -----------------------------------
+ build system 8040.0784 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8048.0614 7.9874 7.9829
+ =================================
+ wsmp: initialisation time: 0.0469060 s
+ wsmp: ordering time: 4.1018951 s
+ wsmp: symbolic fact. time: 0.7073870 s
+ wsmp: Cholesky fact. time: 11.3843470 s
+ wsmp: Factorisation 14473.5297005 Mflops
+ wsmp: back substitution time: 0.1210430 s
+ wsmp: from b to rhs vector: 0.0074069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3693922 s
+ =================================
+ u : -0.10152E+01 0.15602E+00
+ v : -0.37944E-01 0.11928E+00
+ w : -0.74673E+00 0.23215E+00
+ =================================
+ Calculate pressures 8064.4475 24.3736 16.3861
+ raw pressures : -0.13729E+01 0.31286E+00
+ Smoothing pressures 8064.6709 24.5969 0.2234
+ do leaf measurements 8064.6720 24.5980 0.0011
+ compute convergence criterion 8064.7132 24.6393 0.0412
+ velocity_diff_norm = 0.0360228 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8064.7180
+ -----------------------------------
+ build system 8064.7224 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8072.7425 8.0245 8.0201
+ =================================
+ wsmp: initialisation time: 0.0482900 s
+ wsmp: ordering time: 4.0993259 s
+ wsmp: symbolic fact. time: 0.7072721 s
+ wsmp: Cholesky fact. time: 11.4008260 s
+ wsmp: Factorisation 14452.6093287 Mflops
+ wsmp: back substitution time: 0.1210122 s
+ wsmp: from b to rhs vector: 0.0073459 s
+ ---------------------------------
+ wsmp: total solve time: 16.3845029 s
+ =================================
+ u : -0.10143E+01 0.17702E+00
+ v : -0.37780E-01 0.12373E+00
+ w : -0.73734E+00 0.22935E+00
+ =================================
+ Calculate pressures 8089.1438 24.4258 16.4013
+ raw pressures : -0.14715E+01 0.35478E+00
+ Smoothing pressures 8089.3665 24.6485 0.2227
+ do leaf measurements 8089.3676 24.6496 0.0011
+ compute convergence criterion 8089.4087 24.6908 0.0411
+ velocity_diff_norm = 0.0159575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8089.4134
+ -----------------------------------
+ build system 8089.4178 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8097.3572 7.9438 7.9394
+ =================================
+ wsmp: initialisation time: 0.0488310 s
+ wsmp: ordering time: 4.1226571 s
+ wsmp: symbolic fact. time: 0.7137921 s
+ wsmp: Cholesky fact. time: 11.4184868 s
+ wsmp: Factorisation 14430.2556264 Mflops
+ wsmp: back substitution time: 0.1216960 s
+ wsmp: from b to rhs vector: 0.0073400 s
+ ---------------------------------
+ wsmp: total solve time: 16.4332299 s
+ =================================
+ u : -0.10137E+01 0.19485E+00
+ v : -0.40390E-01 0.12603E+00
+ w : -0.73257E+00 0.22833E+00
+ =================================
+ Calculate pressures 8113.8066 24.3932 16.4494
+ raw pressures : -0.15150E+01 0.36381E+00
+ Smoothing pressures 8114.0329 24.6195 0.2263
+ do leaf measurements 8114.0340 24.6206 0.0011
+ compute convergence criterion 8114.0749 24.6616 0.0410
+ velocity_diff_norm = 0.0107659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8114.0797
+ -----------------------------------
+ build system 8114.0841 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8122.0690 7.9893 7.9849
+ =================================
+ wsmp: initialisation time: 0.0505991 s
+ wsmp: ordering time: 4.0956430 s
+ wsmp: symbolic fact. time: 0.7046320 s
+ wsmp: Cholesky fact. time: 11.3866570 s
+ wsmp: Factorisation 14470.5934218 Mflops
+ wsmp: back substitution time: 0.1206892 s
+ wsmp: from b to rhs vector: 0.0073421 s
+ ---------------------------------
+ wsmp: total solve time: 16.3659890 s
+ =================================
+ u : -0.10132E+01 0.21041E+00
+ v : -0.42887E-01 0.12594E+00
+ w : -0.72800E+00 0.22795E+00
+ =================================
+ Calculate pressures 8138.4509 24.3712 16.3819
+ raw pressures : -0.15366E+01 0.36143E+00
+ Smoothing pressures 8138.6750 24.5953 0.2241
+ do leaf measurements 8138.6761 24.5964 0.0011
+ compute convergence criterion 8138.7173 24.6376 0.0412
+ velocity_diff_norm = 0.0081004 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8138.7204 24.6407 0.0031
+Compute isostasy and adjust vertical 8138.7206 24.6409 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -70008829197967.055 71934695310703.344
+ def in m -7.8143362998962402 0.58035707473754883
+ dimensionless def -1.65816307067871092E-6 2.23266751425606857E-5
+ Isostatic velocity range = -0.0163608 0.2218896
+ Compute divergence 8138.9179 24.8382 0.1973
+ wsmp_cleanup 8138.9570 24.8773 0.0391
+ Reset surface geometry 8138.9616 24.8819 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 8138.9700 24.8903 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8138.9864 24.9067 0.0164
+ Advect surface 1 8138.9865 24.9068 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8139.1812 25.1015 0.1947
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8139.3774 25.2977 0.1962
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8139.6304 25.5507 0.2530
+ Advect the cloud 8139.7603 25.6806 0.1299
+ Write output 8140.4677 26.3880 0.7073
+ End of time step 8141.3183 27.2386 0.8507
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 50 8141.3185
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8141.3185 0.0001 0.0001
+ surface 01 8141.3186 0.0001 0.0000
+ S. 1: 16900points
+ refine surface 8141.3186 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 8141.3437 0.0252 0.0251
+ S. 1: 1 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 8141.3720 0.0535 0.0282
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8141.3951 0.0766 0.0231
+ S. 1: 0 flips in delaunay2
+ S. 1: 16901points
+ surface 02 8141.4152 0.0968 0.0202
+ S. 2: 16900points
+ refine surface 8141.4154 0.0969 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8141.4401 0.1217 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 8141.4589 0.1404 0.0187
+ S. 3: 16900points
+ refine surface 8141.4590 0.1405 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 8141.4855 0.1670 0.0265
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 8141.5122 0.1937 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8141.5369 0.2184 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16901points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8141.5609
+ -----------------------------------------------------------------------
+ Create octree solve 8141.5612 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8141.5772 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8141.5999 0.0390 0.0227
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8141.6007 0.0398 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8141.6150 0.0541 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8141.7384 0.1774 0.1234
+ Imbed surface in osolve 8141.9182 0.3572 0.1798
+ embedding surface 1 8141.9183 0.3574 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 8143.8787 2.3178 1.9604
+ osolve%nleaves= 59424
+ embedding surface 3 8145.9361 4.3752 2.0574
+ osolve%nleaves= 64128
+ Assessing octree stability 8149.4485 7.8875 3.5124
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8149.4531 7.8922 0.0046
+ Interpolate velo onto osolve 8149.8444 8.2835 0.3913
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8149.9996 8.4387 0.1552
+ Find void 8150.2687 8.7078 0.2691
+ whole leaf in fluid 32992
+ Define boundary conditions 8150.2965 8.7356 0.0278
+ wsmp setup1 8150.3032 8.7423 0.0067
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8151.3075 9.7466 1.0043
+ -----------------------------------
+ start of non-linear iteratio 1 8151.3531
+ -----------------------------------
+ build system 8151.3533 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 5.99812E+00
+ viscosity capped in 37088
+ wsmp solve 8159.3566 8.0035 8.0034
+ =================================
+ wsmp: initialisation time: 0.0519378 s
+ wsmp: ordering time: 4.1209142 s
+ wsmp: symbolic fact. time: 0.7037001 s
+ wsmp: Cholesky fact. time: 11.3768981 s
+ wsmp: Factorisation 14483.0061012 Mflops
+ wsmp: back substitution time: 0.1208580 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.3818941 s
+ =================================
+ u : -0.10217E+01 0.18532E+00
+ v : -0.98438E-01 0.10567E+00
+ w : -0.76253E+00 0.27539E+00
+ =================================
+ Calculate pressures 8175.7553 24.4022 16.3987
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 8175.9780 24.6249 0.2227
+ do leaf measurements 8175.9791 24.6260 0.0011
+ compute convergence criterion 8176.0210 24.6678 0.0418
+ velocity_diff_norm = 0.5887720 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8176.0258
+ -----------------------------------
+ build system 8176.0302 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79791E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8183.9719 7.9461 7.9417
+ =================================
+ wsmp: initialisation time: 0.0510249 s
+ wsmp: ordering time: 4.1045430 s
+ wsmp: symbolic fact. time: 0.7037470 s
+ wsmp: Cholesky fact. time: 11.4631069 s
+ wsmp: Factorisation 14374.0859903 Mflops
+ wsmp: back substitution time: 0.1214869 s
+ wsmp: from b to rhs vector: 0.0071661 s
+ ---------------------------------
+ wsmp: total solve time: 16.4514589 s
+ =================================
+ u : -0.10153E+01 0.13800E+00
+ v : -0.47842E-01 0.10338E+00
+ w : -0.76737E+00 0.22612E+00
+ =================================
+ Calculate pressures 8200.4394 24.4136 16.4675
+ raw pressures : -0.12375E+01 0.18793E+00
+ Smoothing pressures 8200.6630 24.6372 0.2236
+ do leaf measurements 8200.6641 24.6383 0.0011
+ compute convergence criterion 8200.7057 24.6799 0.0416
+ velocity_diff_norm = 0.0713592 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8200.7103
+ -----------------------------------
+ build system 8200.7146 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8208.6918 7.9814 7.9772
+ =================================
+ wsmp: initialisation time: 0.0486479 s
+ wsmp: ordering time: 4.1082652 s
+ wsmp: symbolic fact. time: 0.7033031 s
+ wsmp: Cholesky fact. time: 11.3730290 s
+ wsmp: Factorisation 14487.9331590 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0071409 s
+ ---------------------------------
+ wsmp: total solve time: 16.3615649 s
+ =================================
+ u : -0.10155E+01 0.15618E+00
+ v : -0.37862E-01 0.11942E+00
+ w : -0.74713E+00 0.23170E+00
+ =================================
+ Calculate pressures 8225.0697 24.3594 16.3779
+ raw pressures : -0.13740E+01 0.31400E+00
+ Smoothing pressures 8225.2930 24.5826 0.2233
+ do leaf measurements 8225.2941 24.5837 0.0011
+ compute convergence criterion 8225.3357 24.6253 0.0416
+ velocity_diff_norm = 0.0361047 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8225.3405
+ -----------------------------------
+ build system 8225.3449 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8233.3665 8.0260 8.0216
+ =================================
+ wsmp: initialisation time: 0.0492308 s
+ wsmp: ordering time: 4.1073928 s
+ wsmp: symbolic fact. time: 0.7061851 s
+ wsmp: Cholesky fact. time: 11.3861148 s
+ wsmp: Factorisation 14471.2824569 Mflops
+ wsmp: back substitution time: 0.1209869 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.3774741 s
+ =================================
+ u : -0.10145E+01 0.17712E+00
+ v : -0.37787E-01 0.12388E+00
+ w : -0.73765E+00 0.22927E+00
+ =================================
+ Calculate pressures 8249.7594 24.4189 16.3930
+ raw pressures : -0.14724E+01 0.35558E+00
+ Smoothing pressures 8249.9841 24.6436 0.2247
+ do leaf measurements 8249.9852 24.6447 0.0011
+ compute convergence criterion 8250.0268 24.6863 0.0416
+ velocity_diff_norm = 0.0159903 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8250.0316
+ -----------------------------------
+ build system 8250.0359 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8257.9809 7.9493 7.9450
+ =================================
+ wsmp: initialisation time: 0.0527301 s
+ wsmp: ordering time: 4.1306930 s
+ wsmp: symbolic fact. time: 0.7136910 s
+ wsmp: Cholesky fact. time: 11.4225481 s
+ wsmp: Factorisation 14425.1250310 Mflops
+ wsmp: back substitution time: 0.1214550 s
+ wsmp: from b to rhs vector: 0.0071511 s
+ ---------------------------------
+ wsmp: total solve time: 16.4486411 s
+ =================================
+ u : -0.10138E+01 0.19494E+00
+ v : -0.40452E-01 0.12614E+00
+ w : -0.73281E+00 0.22841E+00
+ =================================
+ Calculate pressures 8274.4455 24.4139 16.4646
+ raw pressures : -0.15160E+01 0.36468E+00
+ Smoothing pressures 8274.6708 24.6392 0.2254
+ do leaf measurements 8274.6719 24.6403 0.0011
+ compute convergence criterion 8274.7135 24.6819 0.0416
+ velocity_diff_norm = 0.0107645 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8274.7183
+ -----------------------------------
+ build system 8274.7227 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8282.7144 7.9961 7.9917
+ =================================
+ wsmp: initialisation time: 0.0479140 s
+ wsmp: ordering time: 4.1030262 s
+ wsmp: symbolic fact. time: 0.7060401 s
+ wsmp: Cholesky fact. time: 11.3752038 s
+ wsmp: Factorisation 14485.1631741 Mflops
+ wsmp: back substitution time: 0.1209540 s
+ wsmp: from b to rhs vector: 0.0071578 s
+ ---------------------------------
+ wsmp: total solve time: 16.3606939 s
+ =================================
+ u : -0.10133E+01 0.21053E+00
+ v : -0.42923E-01 0.12607E+00
+ w : -0.72823E+00 0.22790E+00
+ =================================
+ Calculate pressures 8299.0911 24.3728 16.3767
+ raw pressures : -0.15374E+01 0.36210E+00
+ Smoothing pressures 8299.3146 24.5963 0.2235
+ do leaf measurements 8299.3158 24.5975 0.0011
+ compute convergence criterion 8299.3576 24.6393 0.0419
+ velocity_diff_norm = 0.0080979 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8299.3607 24.6424 0.0031
+Compute isostasy and adjust vertical 8299.3609 24.6426 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -70946402496600.141 73523998550714.422
+ def in m -7.8229727745056152 0.58529603481292725
+ dimensionless def -1.67227438517979228E-6 2.23513507843017591E-5
+ Isostatic velocity range = -0.0165173 0.2221718
+ Compute divergence 8299.5570 24.8387 0.1961
+ wsmp_cleanup 8299.6026 24.8843 0.0456
+ Reset surface geometry 8299.6076 24.8893 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 8299.6156 24.8973 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8299.6289 24.9106 0.0133
+ Advect surface 1 8299.6290 24.9107 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8299.8208 25.1025 0.1918
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8300.0163 25.2980 0.1955
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8300.2672 25.5489 0.2509
+ Advect the cloud 8300.3988 25.6805 0.1316
+ Write output 8301.1107 26.3924 0.7118
+ End of time step 8301.9425 27.2242 0.8318
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 51 8301.9426
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8301.9427 0.0001 0.0001
+ surface 01 8301.9427 0.0001 0.0000
+ S. 1: 16901points
+ refine surface 8301.9428 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 8301.9681 0.0255 0.0254
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 8301.9957 0.0530 0.0275
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8302.0198 0.0772 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16902points
+ surface 02 8302.0388 0.0962 0.0190
+ S. 2: 16900points
+ refine surface 8302.0390 0.0964 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8302.0639 0.1213 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 8302.0826 0.1400 0.0187
+ S. 3: 16901points
+ refine surface 8302.0828 0.1401 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 8302.1083 0.1657 0.0256
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 8302.1357 0.1930 0.0273
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8302.1602 0.2175 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16902points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8302.1853
+ -----------------------------------------------------------------------
+ Create octree solve 8302.1856 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8302.2016 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8302.2234 0.0381 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8302.2242 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8302.2385 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8302.3619 0.1765 0.1234
+ Imbed surface in osolve 8302.5419 0.3566 0.1800
+ embedding surface 1 8302.5420 0.3567 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 8304.4990 2.3137 1.9570
+ osolve%nleaves= 59424
+ embedding surface 3 8306.5663 4.3810 2.0674
+ osolve%nleaves= 64128
+ Assessing octree stability 8310.0798 7.8945 3.5135
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8310.0846 7.8993 0.0048
+ Interpolate velo onto osolve 8310.4923 8.3070 0.4078
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8310.6468 8.4614 0.1544
+ Find void 8310.9165 8.7312 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 8310.9447 8.7593 0.0282
+ wsmp setup1 8310.9517 8.7664 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8311.9550 9.7697 1.0032
+ -----------------------------------
+ start of non-linear iteratio 1 8312.0004
+ -----------------------------------
+ build system 8312.0006 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 7.11046E+00
+ viscosity capped in 37088
+ wsmp solve 8320.0008 8.0005 8.0002
+ =================================
+ wsmp: initialisation time: 0.0510879 s
+ wsmp: ordering time: 4.1057241 s
+ wsmp: symbolic fact. time: 0.7042189 s
+ wsmp: Cholesky fact. time: 11.4040391 s
+ wsmp: Factorisation 14448.5372057 Mflops
+ wsmp: back substitution time: 0.1207330 s
+ wsmp: from b to rhs vector: 0.0071518 s
+ ---------------------------------
+ wsmp: total solve time: 16.3933542 s
+ =================================
+ u : -0.10199E+01 0.18516E+00
+ v : -0.98808E-01 0.10632E+00
+ w : -0.76247E+00 0.27272E+00
+ =================================
+ Calculate pressures 8336.4102 24.4098 16.4094
+ raw pressures : -0.35113E+00 0.00000E+00
+ Smoothing pressures 8336.6341 24.6337 0.2239
+ do leaf measurements 8336.6352 24.6348 0.0011
+ compute convergence criterion 8336.6767 24.6764 0.0415
+ velocity_diff_norm = 0.5883889 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8336.6816
+ -----------------------------------
+ build system 8336.6860 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79102E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8344.6300 7.9484 7.9440
+ =================================
+ wsmp: initialisation time: 0.0484481 s
+ wsmp: ordering time: 4.0899630 s
+ wsmp: symbolic fact. time: 0.7057471 s
+ wsmp: Cholesky fact. time: 11.4735239 s
+ wsmp: Factorisation 14361.0355419 Mflops
+ wsmp: back substitution time: 0.1208441 s
+ wsmp: from b to rhs vector: 0.0071108 s
+ ---------------------------------
+ wsmp: total solve time: 16.4460292 s
+ =================================
+ u : -0.10152E+01 0.13789E+00
+ v : -0.47973E-01 0.10326E+00
+ w : -0.76740E+00 0.22635E+00
+ =================================
+ Calculate pressures 8361.0915 24.4099 16.4615
+ raw pressures : -0.12370E+01 0.18097E+00
+ Smoothing pressures 8361.3157 24.6341 0.2242
+ do leaf measurements 8361.3167 24.6352 0.0011
+ compute convergence criterion 8361.3580 24.6765 0.0413
+ velocity_diff_norm = 0.0711101 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8361.3628
+ -----------------------------------
+ build system 8361.3672 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8369.3357 7.9729 7.9685
+ =================================
+ wsmp: initialisation time: 0.0505419 s
+ wsmp: ordering time: 4.1003811 s
+ wsmp: symbolic fact. time: 0.7056499 s
+ wsmp: Cholesky fact. time: 11.3818438 s
+ wsmp: Factorisation 14476.7127975 Mflops
+ wsmp: back substitution time: 0.1209471 s
+ wsmp: from b to rhs vector: 0.0071719 s
+ ---------------------------------
+ wsmp: total solve time: 16.3669300 s
+ =================================
+ u : -0.10154E+01 0.15617E+00
+ v : -0.37720E-01 0.11934E+00
+ w : -0.74703E+00 0.23150E+00
+ =================================
+ Calculate pressures 8385.7182 24.3554 16.3826
+ raw pressures : -0.13735E+01 0.31346E+00
+ Smoothing pressures 8385.9430 24.5802 0.2248
+ do leaf measurements 8385.9441 24.5813 0.0011
+ compute convergence criterion 8385.9855 24.6227 0.0414
+ velocity_diff_norm = 0.0360670 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8385.9903
+ -----------------------------------
+ build system 8385.9947 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8394.0210 8.0307 8.0263
+ =================================
+ wsmp: initialisation time: 0.0515110 s
+ wsmp: ordering time: 4.1056139 s
+ wsmp: symbolic fact. time: 0.7047441 s
+ wsmp: Cholesky fact. time: 11.3888881 s
+ wsmp: Factorisation 14467.7585845 Mflops
+ wsmp: back substitution time: 0.1215420 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3798101 s
+ =================================
+ u : -0.10145E+01 0.17718E+00
+ v : -0.37675E-01 0.12371E+00
+ w : -0.73757E+00 0.22897E+00
+ =================================
+ Calculate pressures 8410.4163 24.4260 16.3953
+ raw pressures : -0.14724E+01 0.35535E+00
+ Smoothing pressures 8410.6409 24.6506 0.2246
+ do leaf measurements 8410.6420 24.6517 0.0011
+ compute convergence criterion 8410.6833 24.6930 0.0413
+ velocity_diff_norm = 0.0159457 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8410.6880
+ -----------------------------------
+ build system 8410.6924 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8418.6478 7.9598 7.9554
+ =================================
+ wsmp: initialisation time: 0.0484169 s
+ wsmp: ordering time: 4.1218462 s
+ wsmp: symbolic fact. time: 0.7117591 s
+ wsmp: Cholesky fact. time: 11.4330442 s
+ wsmp: Factorisation 14411.8820029 Mflops
+ wsmp: back substitution time: 0.1210432 s
+ wsmp: from b to rhs vector: 0.0071030 s
+ ---------------------------------
+ wsmp: total solve time: 16.4436181 s
+ =================================
+ u : -0.10139E+01 0.19497E+00
+ v : -0.40467E-01 0.12599E+00
+ w : -0.73279E+00 0.22814E+00
+ =================================
+ Calculate pressures 8435.1085 24.4204 16.4607
+ raw pressures : -0.15157E+01 0.36414E+00
+ Smoothing pressures 8435.3335 24.6454 0.2250
+ do leaf measurements 8435.3346 24.6465 0.0011
+ compute convergence criterion 8435.3758 24.6877 0.0412
+ velocity_diff_norm = 0.0107516 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8435.3805
+ -----------------------------------
+ build system 8435.3849 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8443.3877 8.0072 8.0028
+ =================================
+ wsmp: initialisation time: 0.0496109 s
+ wsmp: ordering time: 4.1082032 s
+ wsmp: symbolic fact. time: 0.7055862 s
+ wsmp: Cholesky fact. time: 11.3747220 s
+ wsmp: Factorisation 14485.7767792 Mflops
+ wsmp: back substitution time: 0.1208370 s
+ wsmp: from b to rhs vector: 0.0071018 s
+ ---------------------------------
+ wsmp: total solve time: 16.3664470 s
+ =================================
+ u : -0.10133E+01 0.21058E+00
+ v : -0.42930E-01 0.12597E+00
+ w : -0.72819E+00 0.22770E+00
+ =================================
+ Calculate pressures 8459.7703 24.3898 16.3826
+ raw pressures : -0.15372E+01 0.36185E+00
+ Smoothing pressures 8459.9942 24.6137 0.2238
+ do leaf measurements 8459.9953 24.6148 0.0011
+ compute convergence criterion 8460.0368 24.6562 0.0415
+ velocity_diff_norm = 0.0081000 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8460.0398 24.6593 0.0030
+Compute isostasy and adjust vertical 8460.0400 24.6595 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -71870973535265.359 75114500978168.781
+ def in m -7.8301477432250977 0.58781611919403076
+ dimensionless def -1.67947462626865941E-6 2.23718506949288505E-5
+ Isostatic velocity range = -0.0166034 0.2224105
+ Compute divergence 8460.2377 24.8572 0.1978
+ wsmp_cleanup 8460.2771 24.8966 0.0393
+ Reset surface geometry 8460.2817 24.9012 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 8460.2903 24.9098 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8460.3068 24.9263 0.0165
+ Advect surface 1 8460.3069 24.9264 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8460.5020 25.1215 0.1951
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8460.6980 25.3175 0.1961
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8460.9491 25.5686 0.2511
+ Advect the cloud 8461.0821 25.7016 0.1330
+ Write output 8461.7973 26.4168 0.7152
+ End of time step 8462.6377 27.2572 0.8404
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 52 8462.6379
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8462.6379 0.0001 0.0001
+ surface 01 8462.6380 0.0001 0.0000
+ S. 1: 16902points
+ refine surface 8462.6380 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8462.6621 0.0243 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16902points
+ surface 02 8462.6810 0.0432 0.0189
+ S. 2: 16900points
+ refine surface 8462.6812 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8462.7061 0.0683 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16900points
+ surface 03 8462.7248 0.0869 0.0187
+ S. 3: 16902points
+ refine surface 8462.7249 0.0871 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 8462.7506 0.1127 0.0257
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 8462.7778 0.1400 0.0273
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8462.8021 0.1643 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16903points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8462.8273
+ -----------------------------------------------------------------------
+ Create octree solve 8462.8276 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8462.8436 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8462.8657 0.0384 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8462.8665 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8462.8807 0.0534 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8463.0041 0.1768 0.1234
+ Imbed surface in osolve 8463.1824 0.3551 0.1783
+ embedding surface 1 8463.1825 0.3552 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 8465.1361 2.3088 1.9536
+ osolve%nleaves= 59424
+ embedding surface 3 8467.2079 4.3806 2.0718
+ osolve%nleaves= 64128
+ Assessing octree stability 8470.7093 7.8819 3.5013
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8470.7139 7.8866 0.0047
+ Interpolate velo onto osolve 8471.1039 8.2766 0.3900
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8471.2688 8.4414 0.1648
+ Find void 8471.5404 8.7131 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 8471.5686 8.7413 0.0281
+ wsmp setup1 8471.5756 8.7483 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8472.5781 9.7508 1.0025
+ -----------------------------------
+ start of non-linear iteratio 1 8472.6240
+ -----------------------------------
+ build system 8472.6242 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 8.57984E+00
+ viscosity capped in 37088
+ wsmp solve 8480.6003 7.9763 7.9761
+ =================================
+ wsmp: initialisation time: 0.0526590 s
+ wsmp: ordering time: 4.1229970 s
+ wsmp: symbolic fact. time: 0.7064290 s
+ wsmp: Cholesky fact. time: 11.3981621 s
+ wsmp: Factorisation 14455.9870307 Mflops
+ wsmp: back substitution time: 0.1209910 s
+ wsmp: from b to rhs vector: 0.0074010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4090521 s
+ =================================
+ u : -0.10199E+01 0.18466E+00
+ v : -0.98262E-01 0.10590E+00
+ w : -0.76217E+00 0.27239E+00
+ =================================
+ Calculate pressures 8497.0252 24.4011 16.4248
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 8497.2489 24.6249 0.2238
+ do leaf measurements 8497.2501 24.6260 0.0011
+ compute convergence criterion 8497.2925 24.6684 0.0424
+ velocity_diff_norm = 0.5884979 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8497.2973
+ -----------------------------------
+ build system 8497.3018 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79794E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8505.2520 7.9547 7.9502
+ =================================
+ wsmp: initialisation time: 0.0501640 s
+ wsmp: ordering time: 4.1053910 s
+ wsmp: symbolic fact. time: 0.7064660 s
+ wsmp: Cholesky fact. time: 11.4807851 s
+ wsmp: Factorisation 14351.9525876 Mflops
+ wsmp: back substitution time: 0.1214449 s
+ wsmp: from b to rhs vector: 0.0074072 s
+ ---------------------------------
+ wsmp: total solve time: 16.4720681 s
+ =================================
+ u : -0.10152E+01 0.13748E+00
+ v : -0.47856E-01 0.10344E+00
+ w : -0.76711E+00 0.22569E+00
+ =================================
+ Calculate pressures 8521.7403 24.4429 16.4883
+ raw pressures : -0.12365E+01 0.17994E+00
+ Smoothing pressures 8521.9639 24.6666 0.2236
+ do leaf measurements 8521.9650 24.6677 0.0011
+ compute convergence criterion 8522.0074 24.7101 0.0424
+ velocity_diff_norm = 0.0711017 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8522.0122
+ -----------------------------------
+ build system 8522.0166 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8529.9746 7.9624 7.9580
+ =================================
+ wsmp: initialisation time: 0.0501740 s
+ wsmp: ordering time: 4.1114249 s
+ wsmp: symbolic fact. time: 0.7088358 s
+ wsmp: Cholesky fact. time: 11.3717139 s
+ wsmp: Factorisation 14489.6086607 Mflops
+ wsmp: back substitution time: 0.1219950 s
+ wsmp: from b to rhs vector: 0.0073750 s
+ ---------------------------------
+ wsmp: total solve time: 16.3719149 s
+ =================================
+ u : -0.10155E+01 0.15586E+00
+ v : -0.37990E-01 0.11948E+00
+ w : -0.74682E+00 0.23148E+00
+ =================================
+ Calculate pressures 8546.3625 24.3503 16.3879
+ raw pressures : -0.13729E+01 0.31289E+00
+ Smoothing pressures 8546.5889 24.5768 0.2265
+ do leaf measurements 8546.5900 24.5779 0.0011
+ compute convergence criterion 8546.6321 24.6200 0.0421
+ velocity_diff_norm = 0.0361559 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8546.6369
+ -----------------------------------
+ build system 8546.6414 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8554.6643 8.0274 8.0229
+ =================================
+ wsmp: initialisation time: 0.0506101 s
+ wsmp: ordering time: 4.1109650 s
+ wsmp: symbolic fact. time: 0.7058101 s
+ wsmp: Cholesky fact. time: 11.3864050 s
+ wsmp: Factorisation 14470.9136908 Mflops
+ wsmp: back substitution time: 0.1211851 s
+ wsmp: from b to rhs vector: 0.0073552 s
+ ---------------------------------
+ wsmp: total solve time: 16.3827262 s
+ =================================
+ u : -0.10145E+01 0.17692E+00
+ v : -0.37805E-01 0.12377E+00
+ w : -0.73738E+00 0.22907E+00
+ =================================
+ Calculate pressures 8571.0628 24.4259 16.3985
+ raw pressures : -0.14714E+01 0.35429E+00
+ Smoothing pressures 8571.2866 24.6497 0.2238
+ do leaf measurements 8571.2877 24.6507 0.0011
+ compute convergence criterion 8571.3297 24.6928 0.0420
+ velocity_diff_norm = 0.0159895 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8571.3344
+ -----------------------------------
+ build system 8571.3386 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8579.2821 7.9477 7.9434
+ =================================
+ wsmp: initialisation time: 0.0480800 s
+ wsmp: ordering time: 4.1348019 s
+ wsmp: symbolic fact. time: 0.7097480 s
+ wsmp: Cholesky fact. time: 11.4426260 s
+ wsmp: Factorisation 14399.8138087 Mflops
+ wsmp: back substitution time: 0.1219578 s
+ wsmp: from b to rhs vector: 0.0073740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4649830 s
+ =================================
+ u : -0.10139E+01 0.19475E+00
+ v : -0.40450E-01 0.12598E+00
+ w : -0.73261E+00 0.22807E+00
+ =================================
+ Calculate pressures 8595.7632 24.4289 16.4812
+ raw pressures : -0.15150E+01 0.36362E+00
+ Smoothing pressures 8595.9891 24.6547 0.2258
+ do leaf measurements 8595.9902 24.6558 0.0011
+ compute convergence criterion 8596.0323 24.6979 0.0421
+ velocity_diff_norm = 0.0107797 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8596.0371
+ -----------------------------------
+ build system 8596.0415 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8604.0431 8.0061 8.0016
+ =================================
+ wsmp: initialisation time: 0.0499370 s
+ wsmp: ordering time: 4.1137750 s
+ wsmp: symbolic fact. time: 0.7061319 s
+ wsmp: Cholesky fact. time: 11.3768470 s
+ wsmp: Factorisation 14483.0710529 Mflops
+ wsmp: back substitution time: 0.1211729 s
+ wsmp: from b to rhs vector: 0.0073619 s
+ ---------------------------------
+ wsmp: total solve time: 16.3756230 s
+ =================================
+ u : -0.10133E+01 0.21033E+00
+ v : -0.42920E-01 0.12593E+00
+ w : -0.72806E+00 0.22767E+00
+ =================================
+ Calculate pressures 8620.4348 24.3977 16.3917
+ raw pressures : -0.15365E+01 0.36129E+00
+ Smoothing pressures 8620.6578 24.6207 0.2230
+ do leaf measurements 8620.6589 24.6218 0.0011
+ compute convergence criterion 8620.7012 24.6641 0.0423
+ velocity_diff_norm = 0.0081012 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8620.7042 24.6672 0.0030
+Compute isostasy and adjust vertical 8620.7044 24.6673 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -72779038379026.344 76704280973053.828
+ def in m -7.8329877853393555 0.58592885732650757
+ dimensionless def -1.67408244950430749E-6 2.23799651009695902E-5
+ Isostatic velocity range = -0.0165586 0.2225235
+ Compute divergence 8620.9072 24.8702 0.2028
+ wsmp_cleanup 8620.9440 24.9069 0.0367
+ Reset surface geometry 8620.9489 24.9118 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 8620.9571 24.9201 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8620.9749 24.9378 0.0177
+ Advect surface 1 8620.9750 24.9380 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8621.1724 25.1353 0.1974
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8621.3686 25.3315 0.1962
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8621.6203 25.5832 0.2517
+ Advect the cloud 8621.7532 25.7161 0.1329
+ Write output 8622.4656 26.4286 0.7124
+ End of time step 8623.3047 27.2676 0.8390
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 53 8623.3048
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8623.3049 0.0001 0.0001
+ surface 01 8623.3049 0.0001 0.0000
+ S. 1: 16902points
+ refine surface 8623.3049 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8623.3292 0.0244 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 16902points
+ surface 02 8623.3483 0.0435 0.0191
+ S. 2: 16900points
+ refine surface 8623.3485 0.0437 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 8623.3744 0.0695 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 8623.3973 0.0925 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8623.4219 0.1171 0.0246
+ S. 2: 0 flips in delaunay2
+ S. 2: 16901points
+ surface 03 8623.4408 0.1360 0.0188
+ S. 3: 16903points
+ refine surface 8623.4409 0.1361 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8623.4654 0.1606 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16903points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8623.4906
+ -----------------------------------------------------------------------
+ Create octree solve 8623.4908 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8623.5069 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8623.5283 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8623.5291 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8623.5434 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8623.6668 0.1762 0.1234
+ Imbed surface in osolve 8623.8492 0.3586 0.1824
+ embedding surface 1 8623.8494 0.3588 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 8625.8105 2.3199 1.9611
+ osolve%nleaves= 59424
+ embedding surface 3 8627.8795 4.3890 2.0691
+ osolve%nleaves= 64128
+ Assessing octree stability 8631.3930 7.9024 3.5134
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8631.3976 7.9070 0.0046
+ Interpolate velo onto osolve 8631.7724 8.2818 0.3747
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8631.8860 8.3954 0.1136
+ Find void 8632.1542 8.6637 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 8632.1825 8.6919 0.0282
+ wsmp setup1 8632.1898 8.6992 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8633.1962 9.7056 1.0064
+ -----------------------------------
+ start of non-linear iteratio 1 8633.2422
+ -----------------------------------
+ build system 8633.2424 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38945E-05 9.60447E+00
+ viscosity capped in 37088
+ wsmp solve 8641.2171 7.9749 7.9747
+ =================================
+ wsmp: initialisation time: 0.0539999 s
+ wsmp: ordering time: 4.1071541 s
+ wsmp: symbolic fact. time: 0.7083950 s
+ wsmp: Cholesky fact. time: 11.3814669 s
+ wsmp: Factorisation 14477.1922479 Mflops
+ wsmp: back substitution time: 0.1208379 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.3794730 s
+ =================================
+ u : -0.10196E+01 0.18505E+00
+ v : -0.98861E-01 0.10676E+00
+ w : -0.76216E+00 0.27287E+00
+ =================================
+ Calculate pressures 8657.6126 24.3703 16.3954
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 8657.8369 24.5947 0.2244
+ do leaf measurements 8657.8381 24.5958 0.0011
+ compute convergence criterion 8657.8800 24.6378 0.0419
+ velocity_diff_norm = 0.5891230 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8657.8850
+ -----------------------------------
+ build system 8657.8896 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78663E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8665.8306 7.9456 7.9410
+ =================================
+ wsmp: initialisation time: 0.0477202 s
+ wsmp: ordering time: 4.1034689 s
+ wsmp: symbolic fact. time: 0.7090490 s
+ wsmp: Cholesky fact. time: 11.4653552 s
+ wsmp: Factorisation 14371.2673185 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0072789 s
+ ---------------------------------
+ wsmp: total solve time: 16.4542241 s
+ =================================
+ u : -0.10151E+01 0.13774E+00
+ v : -0.48298E-01 0.10266E+00
+ w : -0.76716E+00 0.22712E+00
+ =================================
+ Calculate pressures 8682.3014 24.4164 16.4708
+ raw pressures : -0.12366E+01 0.17988E+00
+ Smoothing pressures 8682.5245 24.6396 0.2232
+ do leaf measurements 8682.5256 24.6406 0.0011
+ compute convergence criterion 8682.5671 24.6822 0.0415
+ velocity_diff_norm = 0.0715502 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8682.5720
+ -----------------------------------
+ build system 8682.5765 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8690.5290 7.9569 7.9525
+ =================================
+ wsmp: initialisation time: 0.0507281 s
+ wsmp: ordering time: 4.1125610 s
+ wsmp: symbolic fact. time: 0.7128088 s
+ wsmp: Cholesky fact. time: 11.3899841 s
+ wsmp: Factorisation 14466.3664130 Mflops
+ wsmp: back substitution time: 0.1216249 s
+ wsmp: from b to rhs vector: 0.0072451 s
+ ---------------------------------
+ wsmp: total solve time: 16.3953431 s
+ =================================
+ u : -0.10153E+01 0.15604E+00
+ v : -0.37740E-01 0.11899E+00
+ w : -0.74676E+00 0.23233E+00
+ =================================
+ Calculate pressures 8706.9404 24.3684 16.4115
+ raw pressures : -0.13729E+01 0.31291E+00
+ Smoothing pressures 8707.1666 24.5946 0.2262
+ do leaf measurements 8707.1677 24.5957 0.0011
+ compute convergence criterion 8707.2091 24.6371 0.0414
+ velocity_diff_norm = 0.0361784 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8707.2140
+ -----------------------------------
+ build system 8707.2185 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8715.2411 8.0271 8.0226
+ =================================
+ wsmp: initialisation time: 0.0498328 s
+ wsmp: ordering time: 4.1046112 s
+ wsmp: symbolic fact. time: 0.7050450 s
+ wsmp: Cholesky fact. time: 11.3872800 s
+ wsmp: Factorisation 14469.8017488 Mflops
+ wsmp: back substitution time: 0.1205239 s
+ wsmp: from b to rhs vector: 0.0072341 s
+ ---------------------------------
+ wsmp: total solve time: 16.3749092 s
+ =================================
+ u : -0.10144E+01 0.17711E+00
+ v : -0.37571E-01 0.12345E+00
+ w : -0.73733E+00 0.22952E+00
+ =================================
+ Calculate pressures 8731.6323 24.4183 16.3912
+ raw pressures : -0.14715E+01 0.35457E+00
+ Smoothing pressures 8731.8552 24.6411 0.2228
+ do leaf measurements 8731.8563 24.6422 0.0011
+ compute convergence criterion 8731.8977 24.6837 0.0415
+ velocity_diff_norm = 0.0158823 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8731.9026
+ -----------------------------------
+ build system 8731.9070 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8739.8491 7.9465 7.9421
+ =================================
+ wsmp: initialisation time: 0.0486882 s
+ wsmp: ordering time: 4.1256368 s
+ wsmp: symbolic fact. time: 0.7106910 s
+ wsmp: Cholesky fact. time: 11.4478350 s
+ wsmp: Factorisation 14393.2616366 Mflops
+ wsmp: back substitution time: 0.1210840 s
+ wsmp: from b to rhs vector: 0.0072210 s
+ ---------------------------------
+ wsmp: total solve time: 16.4615252 s
+ =================================
+ u : -0.10138E+01 0.19498E+00
+ v : -0.40350E-01 0.12577E+00
+ w : -0.73255E+00 0.22837E+00
+ =================================
+ Calculate pressures 8756.3271 24.4245 16.4781
+ raw pressures : -0.15151E+01 0.36375E+00
+ Smoothing pressures 8756.5501 24.6475 0.2230
+ do leaf measurements 8756.5512 24.6486 0.0011
+ compute convergence criterion 8756.5927 24.6901 0.0415
+ velocity_diff_norm = 0.0107665 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8756.5974
+ -----------------------------------
+ build system 8756.6018 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8764.6040 8.0066 8.0022
+ =================================
+ wsmp: initialisation time: 0.0491939 s
+ wsmp: ordering time: 4.0926661 s
+ wsmp: symbolic fact. time: 0.7061460 s
+ wsmp: Cholesky fact. time: 11.3770471 s
+ wsmp: Factorisation 14482.8164091 Mflops
+ wsmp: back substitution time: 0.1207290 s
+ wsmp: from b to rhs vector: 0.0080879 s
+ ---------------------------------
+ wsmp: total solve time: 16.3542700 s
+ =================================
+ u : -0.10132E+01 0.21058E+00
+ v : -0.42867E-01 0.12572E+00
+ w : -0.72799E+00 0.22784E+00
+ =================================
+ Calculate pressures 8780.9747 24.3773 16.3707
+ raw pressures : -0.15366E+01 0.36122E+00
+ Smoothing pressures 8781.1970 24.5996 0.2223
+ do leaf measurements 8781.1981 24.6007 0.0011
+ compute convergence criterion 8781.2399 24.6425 0.0418
+ velocity_diff_norm = 0.0081028 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8781.2430 24.6456 0.0031
+Compute isostasy and adjust vertical 8781.2432 24.6458 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -73683600430809.484 78289072534912.438
+ def in m -7.8385157585144043 0.5881342887878418
+ dimensionless def -1.68038368225097664E-6 2.23957593100411547E-5
+ Isostatic velocity range = -0.0166333 0.2227153
+ Compute divergence 8781.4391 24.8417 0.1959
+ wsmp_cleanup 8781.4846 24.8872 0.0455
+ Reset surface geometry 8781.4895 24.8921 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 8781.4974 24.9000 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8781.5108 24.9133 0.0133
+ Advect surface 1 8781.5109 24.9135 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8781.7106 25.1132 0.1997
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8781.9087 25.3113 0.1981
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8782.1609 25.5635 0.2522
+ Advect the cloud 8782.2902 25.6928 0.1293
+ Write output 8783.0024 26.4050 0.7122
+ End of time step 8783.8427 27.2453 0.8403
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 54 8783.8429
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8783.8429 0.0001 0.0001
+ surface 01 8783.8430 0.0001 0.0000
+ S. 1: 16902points
+ refine surface 8783.8430 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8783.8677 0.0248 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 16902points
+ surface 02 8783.8865 0.0437 0.0189
+ S. 2: 16901points
+ refine surface 8783.8867 0.0438 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 8783.9122 0.0693 0.0255
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 8783.9352 0.0923 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8783.9596 0.1167 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16902points
+ surface 03 8783.9787 0.1358 0.0191
+ S. 3: 16903points
+ refine surface 8783.9788 0.1359 0.0002
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 8784.0059 0.1630 0.0270
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 8784.0326 0.1897 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8784.0582 0.2153 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16905points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8784.0826
+ -----------------------------------------------------------------------
+ Create octree solve 8784.0828 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8784.0988 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8784.1201 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8784.1209 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8784.1352 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8784.2586 0.1760 0.1233
+ Imbed surface in osolve 8784.4379 0.3553 0.1793
+ embedding surface 1 8784.4380 0.3554 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 8786.3647 2.2821 1.9266
+ osolve%nleaves= 59424
+ embedding surface 3 8788.4622 4.3796 2.0975
+ osolve%nleaves= 64128
+ Assessing octree stability 8791.9740 7.8915 3.5119
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8791.9788 7.8962 0.0047
+ Interpolate velo onto osolve 8792.3793 8.2967 0.4005
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8792.5092 8.4266 0.1299
+ Find void 8792.7748 8.6922 0.2656
+ whole leaf in fluid 32992
+ Define boundary conditions 8792.8028 8.7202 0.0280
+ wsmp setup1 8792.8096 8.7270 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8793.8033 9.7207 0.9937
+ -----------------------------------
+ start of non-linear iteratio 1 8793.8483
+ -----------------------------------
+ build system 8793.8485 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 9.95035E+00
+ viscosity capped in 37088
+ wsmp solve 8801.8325 7.9842 7.9840
+ =================================
+ wsmp: initialisation time: 0.0498860 s
+ wsmp: ordering time: 4.0973451 s
+ wsmp: symbolic fact. time: 0.7049639 s
+ wsmp: Cholesky fact. time: 11.3719811 s
+ wsmp: Factorisation 14489.2681222 Mflops
+ wsmp: back substitution time: 0.1208968 s
+ wsmp: from b to rhs vector: 0.0071971 s
+ ---------------------------------
+ wsmp: total solve time: 16.3526511 s
+ =================================
+ u : -0.10199E+01 0.18526E+00
+ v : -0.98669E-01 0.10604E+00
+ w : -0.76218E+00 0.27423E+00
+ =================================
+ Calculate pressures 8818.2016 24.3533 16.3691
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 8818.4234 24.5750 0.2217
+ do leaf measurements 8818.4245 24.5761 0.0011
+ compute convergence criterion 8818.4675 24.6192 0.0431
+ velocity_diff_norm = 0.5888589 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8818.4724
+ -----------------------------------
+ build system 8818.4769 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79836E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8826.4246 7.9523 7.9477
+ =================================
+ wsmp: initialisation time: 0.0474939 s
+ wsmp: ordering time: 4.1040151 s
+ wsmp: symbolic fact. time: 0.7048869 s
+ wsmp: Cholesky fact. time: 11.4485621 s
+ wsmp: Factorisation 14392.3474219 Mflops
+ wsmp: back substitution time: 0.1210220 s
+ wsmp: from b to rhs vector: 0.0071521 s
+ ---------------------------------
+ wsmp: total solve time: 16.4335229 s
+ =================================
+ u : -0.10150E+01 0.13789E+00
+ v : -0.47780E-01 0.10310E+00
+ w : -0.76722E+00 0.22570E+00
+ =================================
+ Calculate pressures 8842.8737 24.4014 16.4491
+ raw pressures : -0.12367E+01 0.19657E+00
+ Smoothing pressures 8843.0983 24.6260 0.2246
+ do leaf measurements 8843.0995 24.6271 0.0011
+ compute convergence criterion 8843.1419 24.6695 0.0424
+ velocity_diff_norm = 0.0713508 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 8843.1467
+ -----------------------------------
+ build system 8843.1511 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8851.0984 7.9517 7.9473
+ =================================
+ wsmp: initialisation time: 0.0483751 s
+ wsmp: ordering time: 4.0996161 s
+ wsmp: symbolic fact. time: 0.7098138 s
+ wsmp: Cholesky fact. time: 11.3803220 s
+ wsmp: Factorisation 14478.6486860 Mflops
+ wsmp: back substitution time: 0.1213210 s
+ wsmp: from b to rhs vector: 0.0071409 s
+ ---------------------------------
+ wsmp: total solve time: 16.3669701 s
+ =================================
+ u : -0.10154E+01 0.15612E+00
+ v : -0.37998E-01 0.11922E+00
+ w : -0.74689E+00 0.23154E+00
+ =================================
+ Calculate pressures 8867.4816 24.3349 16.3832
+ raw pressures : -0.13731E+01 0.31322E+00
+ Smoothing pressures 8867.7061 24.5594 0.2245
+ do leaf measurements 8867.7072 24.5605 0.0011
+ compute convergence criterion 8867.7497 24.6030 0.0425
+ velocity_diff_norm = 0.0361801 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 8867.7545
+ -----------------------------------
+ build system 8867.7589 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8875.7817 8.0272 8.0228
+ =================================
+ wsmp: initialisation time: 0.0515099 s
+ wsmp: ordering time: 4.1013422 s
+ wsmp: symbolic fact. time: 0.7028639 s
+ wsmp: Cholesky fact. time: 11.3855062 s
+ wsmp: Factorisation 14472.0561088 Mflops
+ wsmp: back substitution time: 0.1210220 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.3698008 s
+ =================================
+ u : -0.10145E+01 0.17709E+00
+ v : -0.37861E-01 0.12363E+00
+ w : -0.73747E+00 0.22900E+00
+ =================================
+ Calculate pressures 8892.1679 24.4134 16.3862
+ raw pressures : -0.14717E+01 0.35483E+00
+ Smoothing pressures 8892.3908 24.6363 0.2229
+ do leaf measurements 8892.3919 24.6374 0.0011
+ compute convergence criterion 8892.4343 24.6798 0.0424
+ velocity_diff_norm = 0.0159398 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 8892.4390
+ -----------------------------------
+ build system 8892.4434 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8900.3862 7.9472 7.9428
+ =================================
+ wsmp: initialisation time: 0.0506449 s
+ wsmp: ordering time: 4.1304801 s
+ wsmp: symbolic fact. time: 0.7072251 s
+ wsmp: Cholesky fact. time: 11.4628701 s
+ wsmp: Factorisation 14374.3828671 Mflops
+ wsmp: back substitution time: 0.1211641 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.4799309 s
+ =================================
+ u : -0.10138E+01 0.19491E+00
+ v : -0.40371E-01 0.12594E+00
+ w : -0.73269E+00 0.22809E+00
+ =================================
+ Calculate pressures 8916.8819 24.4429 16.4957
+ raw pressures : -0.15153E+01 0.36398E+00
+ Smoothing pressures 8917.1058 24.6668 0.2239
+ do leaf measurements 8917.1069 24.6679 0.0011
+ compute convergence criterion 8917.1494 24.7104 0.0425
+ velocity_diff_norm = 0.0107698 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 8917.1542
+ -----------------------------------
+ build system 8917.1587 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8925.1626 8.0084 8.0040
+ =================================
+ wsmp: initialisation time: 0.0473342 s
+ wsmp: ordering time: 4.1088541 s
+ wsmp: symbolic fact. time: 0.7060440 s
+ wsmp: Cholesky fact. time: 11.3752909 s
+ wsmp: Factorisation 14485.0523603 Mflops
+ wsmp: back substitution time: 0.1208131 s
+ wsmp: from b to rhs vector: 0.0071819 s
+ ---------------------------------
+ wsmp: total solve time: 16.3658998 s
+ =================================
+ u : -0.10133E+01 0.21050E+00
+ v : -0.42853E-01 0.12587E+00
+ w : -0.72811E+00 0.22764E+00
+ =================================
+ Calculate pressures 8941.5448 24.3906 16.3822
+ raw pressures : -0.15369E+01 0.36164E+00
+ Smoothing pressures 8941.7682 24.6140 0.2234
+ do leaf measurements 8941.7694 24.6152 0.0012
+ compute convergence criterion 8941.8121 24.6579 0.0427
+ velocity_diff_norm = 0.0080973 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 8941.8152 24.6610 0.0030
+Compute isostasy and adjust vertical 8941.8154 24.6612 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -74587823331601.453 79866374320161.016
+ def in m -7.8442392349243164 0.58966529369354248
+ dimensionless def -1.68475798198154992E-6 2.24121120997837622E-5
+ Isostatic velocity range = -0.0166884 0.2229123
+ Compute divergence 8942.0196 24.8654 0.2042
+ wsmp_cleanup 8942.0567 24.9025 0.0371
+ Reset surface geometry 8942.0616 24.9074 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 8942.0699 24.9157 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 8942.0876 24.9334 0.0177
+ Advect surface 1 8942.0877 24.9335 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 8942.2823 25.1281 0.1946
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 8942.4776 25.3234 0.1952
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 8942.7307 25.5765 0.2531
+ Advect the cloud 8942.8595 25.7053 0.1289
+ Write output 8943.5715 26.4173 0.7120
+ End of time step 8944.4440 27.2898 0.8724
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 55 8944.4441
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 8944.4442 0.0001 0.0001
+ surface 01 8944.4442 0.0001 0.0000
+ S. 1: 16902points
+ refine surface 8944.4442 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 8944.4698 0.0257 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 16902points
+ surface 02 8944.4876 0.0436 0.0179
+ S. 2: 16902points
+ refine surface 8944.4878 0.0437 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 8944.5141 0.0700 0.0264
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 8944.5410 0.0969 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 8944.5662 0.1221 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16903points
+ surface 03 8944.5846 0.1405 0.0183
+ S. 3: 16905points
+ refine surface 8944.5847 0.1406 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 8944.6111 0.1670 0.0264
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 8944.6380 0.1939 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 8944.6634 0.2193 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16906points
+ -----------------------------------------------------------------------
+ Start of iteration 1 8944.6882
+ -----------------------------------------------------------------------
+ Create octree solve 8944.6884 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 8944.7044 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 8944.7258 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 8944.7266 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 8944.7409 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 8944.8632 0.1751 0.1223
+ Imbed surface in osolve 8945.0452 0.3570 0.1819
+ embedding surface 1 8945.0453 0.3572 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 8946.9852 2.2971 1.9399
+ osolve%nleaves= 59424
+ embedding surface 3 8949.0548 4.3667 2.0696
+ osolve%nleaves= 64128
+ Assessing octree stability 8952.5644 7.8762 3.5096
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 8952.5690 7.8809 0.0046
+ Interpolate velo onto osolve 8952.9369 8.2488 0.3679
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 8953.1363 8.4482 0.1994
+ Find void 8953.4061 8.7180 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 8953.4343 8.7462 0.0282
+ wsmp setup1 8953.4416 8.7534 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 8954.4384 9.7503 0.9968
+ -----------------------------------
+ start of non-linear iteratio 1 8954.4846
+ -----------------------------------
+ build system 8954.4848 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 9.99744E+00
+ viscosity capped in 37088
+ wsmp solve 8962.4688 7.9842 7.9840
+ =================================
+ wsmp: initialisation time: 0.0503531 s
+ wsmp: ordering time: 4.1044669 s
+ wsmp: symbolic fact. time: 0.7065601 s
+ wsmp: Cholesky fact. time: 11.3753030 s
+ wsmp: Factorisation 14485.0368768 Mflops
+ wsmp: back substitution time: 0.1205330 s
+ wsmp: from b to rhs vector: 0.0073860 s
+ ---------------------------------
+ wsmp: total solve time: 16.3649850 s
+ =================================
+ u : -0.10196E+01 0.18538E+00
+ v : -0.98378E-01 0.10686E+00
+ w : -0.76234E+00 0.27228E+00
+ =================================
+ Calculate pressures 8978.8505 24.3659 16.3817
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 8979.0728 24.5882 0.2223
+ do leaf measurements 8979.0739 24.5893 0.0011
+ compute convergence criterion 8979.1169 24.6323 0.0430
+ velocity_diff_norm = 0.5893844 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 8979.1218
+ -----------------------------------
+ build system 8979.1264 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79557E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 8987.0817 7.9598 7.9553
+ =================================
+ wsmp: initialisation time: 0.0510991 s
+ wsmp: ordering time: 4.1059840 s
+ wsmp: symbolic fact. time: 0.7070260 s
+ wsmp: Cholesky fact. time: 11.4353070 s
+ wsmp: Factorisation 14409.0301644 Mflops
+ wsmp: back substitution time: 0.1211431 s
+ wsmp: from b to rhs vector: 0.0073459 s
+ ---------------------------------
+ wsmp: total solve time: 16.4282899 s
+ =================================
+ u : -0.10150E+01 0.13798E+00
+ v : -0.47870E-01 0.10305E+00
+ w : -0.76731E+00 0.22595E+00
+ =================================
+ Calculate pressures 9003.5259 24.4041 16.4442
+ raw pressures : -0.12362E+01 0.17947E+00
+ Smoothing pressures 9003.7490 24.6272 0.2231
+ do leaf measurements 9003.7501 24.6283 0.0011
+ compute convergence criterion 9003.7926 24.6708 0.0425
+ velocity_diff_norm = 0.0718933 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9003.7975
+ -----------------------------------
+ build system 9003.8020 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9011.7434 7.9459 7.9414
+ =================================
+ wsmp: initialisation time: 0.0512319 s
+ wsmp: ordering time: 4.1083989 s
+ wsmp: symbolic fact. time: 0.7122231 s
+ wsmp: Cholesky fact. time: 11.3892751 s
+ wsmp: Factorisation 14467.2670389 Mflops
+ wsmp: back substitution time: 0.1211858 s
+ wsmp: from b to rhs vector: 0.0073240 s
+ ---------------------------------
+ wsmp: total solve time: 16.3900149 s
+ =================================
+ u : -0.10155E+01 0.15621E+00
+ v : -0.37879E-01 0.11938E+00
+ w : -0.74680E+00 0.23164E+00
+ =================================
+ Calculate pressures 9028.1491 24.3515 16.4057
+ raw pressures : -0.13730E+01 0.31308E+00
+ Smoothing pressures 9028.3755 24.5780 0.2264
+ do leaf measurements 9028.3766 24.5791 0.0011
+ compute convergence criterion 9028.4191 24.6215 0.0424
+ velocity_diff_norm = 0.0363110 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9028.4238
+ -----------------------------------
+ build system 9028.4281 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9036.4618 8.0381 8.0337
+ =================================
+ wsmp: initialisation time: 0.0523281 s
+ wsmp: ordering time: 4.1052821 s
+ wsmp: symbolic fact. time: 0.7040660 s
+ wsmp: Cholesky fact. time: 11.3890421 s
+ wsmp: Factorisation 14467.5629314 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0073152 s
+ ---------------------------------
+ wsmp: total solve time: 16.3792090 s
+ =================================
+ u : -0.10145E+01 0.17717E+00
+ v : -0.37692E-01 0.12370E+00
+ w : -0.73745E+00 0.22905E+00
+ =================================
+ Calculate pressures 9052.8571 24.4333 16.3953
+ raw pressures : -0.14717E+01 0.35479E+00
+ Smoothing pressures 9053.0812 24.6574 0.2241
+ do leaf measurements 9053.0823 24.6585 0.0011
+ compute convergence criterion 9053.1248 24.7010 0.0426
+ velocity_diff_norm = 0.0159070 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9053.1297
+ -----------------------------------
+ build system 9053.1341 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9061.0743 7.9447 7.9403
+ =================================
+ wsmp: initialisation time: 0.0475509 s
+ wsmp: ordering time: 4.1124630 s
+ wsmp: symbolic fact. time: 0.7054760 s
+ wsmp: Cholesky fact. time: 11.4732950 s
+ wsmp: Factorisation 14361.3220315 Mflops
+ wsmp: back substitution time: 0.1204050 s
+ wsmp: from b to rhs vector: 0.0073740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4669590 s
+ =================================
+ u : -0.10139E+01 0.19497E+00
+ v : -0.40426E-01 0.12595E+00
+ w : -0.73270E+00 0.22815E+00
+ =================================
+ Calculate pressures 9077.5577 24.4280 16.4833
+ raw pressures : -0.15156E+01 0.36425E+00
+ Smoothing pressures 9077.7809 24.6512 0.2232
+ do leaf measurements 9077.7820 24.6523 0.0011
+ compute convergence criterion 9077.8246 24.6949 0.0426
+ velocity_diff_norm = 0.0107703 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9077.8295
+ -----------------------------------
+ build system 9077.8339 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9085.8385 8.0090 8.0045
+ =================================
+ wsmp: initialisation time: 0.0473070 s
+ wsmp: ordering time: 4.1056089 s
+ wsmp: symbolic fact. time: 0.7090180 s
+ wsmp: Cholesky fact. time: 11.3806701 s
+ wsmp: Factorisation 14478.2058396 Mflops
+ wsmp: back substitution time: 0.1205211 s
+ wsmp: from b to rhs vector: 0.0073209 s
+ ---------------------------------
+ wsmp: total solve time: 16.3708429 s
+ =================================
+ u : -0.10133E+01 0.21053E+00
+ v : -0.42920E-01 0.12590E+00
+ w : -0.72816E+00 0.22770E+00
+ =================================
+ Calculate pressures 9102.2256 24.3961 16.3871
+ raw pressures : -0.15372E+01 0.36184E+00
+ Smoothing pressures 9102.4494 24.6199 0.2238
+ do leaf measurements 9102.4505 24.6210 0.0011
+ compute convergence criterion 9102.4932 24.6638 0.0428
+ velocity_diff_norm = 0.0081008 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9102.4963 24.6668 0.0030
+Compute isostasy and adjust vertical 9102.4965 24.6670 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -75476009715362.406 81446091418731.109
+ def in m -7.8481607437133789 0.58882254362106323
+ dimensionless def -1.68235012463160928E-6 2.24233164106096529E-5
+ Isostatic velocity range = -0.0166736 0.2230584
+ Compute divergence 9102.7090 24.8795 0.2125
+ wsmp_cleanup 9102.7454 24.9159 0.0364
+ Reset surface geometry 9102.7502 24.9208 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 9102.7586 24.9291 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9102.7764 24.9469 0.0177
+ Advect surface 1 9102.7765 24.9470 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9102.9744 25.1449 0.1979
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9103.1712 25.3417 0.1968
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9103.4246 25.5951 0.2534
+ Advect the cloud 9103.5573 25.7278 0.1327
+ Write output 9104.2705 26.4410 0.7132
+ End of time step 9105.1046 27.2751 0.8341
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 56 9105.1048
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9105.1048 0.0001 0.0001
+ surface 01 9105.1049 0.0001 0.0000
+ S. 1: 16902points
+ refine surface 9105.1049 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 9105.1316 0.0269 0.0267
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 9105.1544 0.0496 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9105.1793 0.0746 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16904points
+ surface 02 9105.1975 0.0927 0.0182
+ S. 2: 16903points
+ refine surface 9105.1976 0.0929 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 9105.2243 0.1196 0.0267
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 9105.2470 0.1423 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9105.2730 0.1682 0.0260
+ S. 2: 0 flips in delaunay2
+ S. 2: 16905points
+ surface 03 9105.2904 0.1856 0.0174
+ S. 3: 16906points
+ refine surface 9105.2905 0.1858 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 9105.3165 0.2117 0.0259
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 9105.3435 0.2388 0.0270
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9105.3687 0.2639 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16907points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9105.3935
+ -----------------------------------------------------------------------
+ Create octree solve 9105.3938 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9105.4096 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9105.4309 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9105.4317 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9105.4458 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9105.5680 0.1745 0.1222
+ Imbed surface in osolve 9105.7478 0.3543 0.1798
+ embedding surface 1 9105.7480 0.3544 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 9107.7041 2.3106 1.9562
+ osolve%nleaves= 59424
+ embedding surface 3 9109.7986 4.4051 2.0945
+ osolve%nleaves= 64128
+ Assessing octree stability 9113.3269 7.9334 3.5283
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9113.3318 7.9383 0.0049
+ Interpolate velo onto osolve 9113.7129 8.3194 0.3811
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9113.8484 8.4548 0.1355
+ Find void 9114.1177 8.7242 0.2694
+ whole leaf in fluid 32992
+ Define boundary conditions 9114.1458 8.7523 0.0281
+ wsmp setup1 9114.1532 8.7597 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9115.1498 9.7563 0.9966
+ -----------------------------------
+ start of non-linear iteratio 1 9115.1960
+ -----------------------------------
+ build system 9115.1962 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 9.79456E+00
+ viscosity capped in 37088
+ wsmp solve 9123.1894 7.9934 7.9932
+ =================================
+ wsmp: initialisation time: 0.0511470 s
+ wsmp: ordering time: 4.1045620 s
+ wsmp: symbolic fact. time: 0.7070808 s
+ wsmp: Cholesky fact. time: 11.3943729 s
+ wsmp: Factorisation 14460.7943536 Mflops
+ wsmp: back substitution time: 0.1207230 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3854449 s
+ =================================
+ u : -0.10194E+01 0.18518E+00
+ v : -0.98543E-01 0.10634E+00
+ w : -0.76220E+00 0.27097E+00
+ =================================
+ Calculate pressures 9139.5908 24.3948 16.4014
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 9139.8149 24.6190 0.2241
+ do leaf measurements 9139.8161 24.6201 0.0011
+ compute convergence criterion 9139.8576 24.6616 0.0415
+ velocity_diff_norm = 0.5894434 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9139.8625
+ -----------------------------------
+ build system 9139.8670 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80334E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9147.8301 7.9676 7.9630
+ =================================
+ wsmp: initialisation time: 0.0485289 s
+ wsmp: ordering time: 4.0999241 s
+ wsmp: symbolic fact. time: 0.7063680 s
+ wsmp: Cholesky fact. time: 11.4303970 s
+ wsmp: Factorisation 14415.2196454 Mflops
+ wsmp: back substitution time: 0.1209099 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.4136920 s
+ =================================
+ u : -0.10150E+01 0.13791E+00
+ v : -0.48010E-01 0.10294E+00
+ w : -0.76740E+00 0.22483E+00
+ =================================
+ Calculate pressures 9164.2599 24.3974 16.4299
+ raw pressures : -0.12367E+01 0.18016E+00
+ Smoothing pressures 9164.4840 24.6215 0.2241
+ do leaf measurements 9164.4851 24.6226 0.0011
+ compute convergence criterion 9164.5266 24.6641 0.0414
+ velocity_diff_norm = 0.0717664 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9164.5314
+ -----------------------------------
+ build system 9164.5358 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9172.4790 7.9477 7.9432
+ =================================
+ wsmp: initialisation time: 0.0483990 s
+ wsmp: ordering time: 4.1053679 s
+ wsmp: symbolic fact. time: 0.7110400 s
+ wsmp: Cholesky fact. time: 11.3801460 s
+ wsmp: Factorisation 14478.8725461 Mflops
+ wsmp: back substitution time: 0.1214340 s
+ wsmp: from b to rhs vector: 0.0070331 s
+ ---------------------------------
+ wsmp: total solve time: 16.3737969 s
+ =================================
+ u : -0.10154E+01 0.15623E+00
+ v : -0.37834E-01 0.11935E+00
+ w : -0.74684E+00 0.23121E+00
+ =================================
+ Calculate pressures 9188.8685 24.3371 16.3895
+ raw pressures : -0.13740E+01 0.31374E+00
+ Smoothing pressures 9189.0955 24.5642 0.2271
+ do leaf measurements 9189.0966 24.5653 0.0011
+ compute convergence criterion 9189.1380 24.6067 0.0414
+ velocity_diff_norm = 0.0362000 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9189.1428
+ -----------------------------------
+ build system 9189.1473 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9197.1603 8.0175 8.0130
+ =================================
+ wsmp: initialisation time: 0.0495172 s
+ wsmp: ordering time: 4.1066358 s
+ wsmp: symbolic fact. time: 0.7065160 s
+ wsmp: Cholesky fact. time: 11.3802850 s
+ wsmp: Factorisation 14478.6957021 Mflops
+ wsmp: back substitution time: 0.1208601 s
+ wsmp: from b to rhs vector: 0.0071170 s
+ ---------------------------------
+ wsmp: total solve time: 16.3713140 s
+ =================================
+ u : -0.10145E+01 0.17720E+00
+ v : -0.37689E-01 0.12377E+00
+ w : -0.73750E+00 0.22881E+00
+ =================================
+ Calculate pressures 9213.5476 24.4048 16.3873
+ raw pressures : -0.14727E+01 0.35524E+00
+ Smoothing pressures 9213.7705 24.6277 0.2229
+ do leaf measurements 9213.7716 24.6288 0.0011
+ compute convergence criterion 9213.8128 24.6700 0.0412
+ velocity_diff_norm = 0.0158869 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9213.8176
+ -----------------------------------
+ build system 9213.8220 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9221.7711 7.9535 7.9491
+ =================================
+ wsmp: initialisation time: 0.0483770 s
+ wsmp: ordering time: 4.1172421 s
+ wsmp: symbolic fact. time: 0.7139890 s
+ wsmp: Cholesky fact. time: 11.4629238 s
+ wsmp: Factorisation 14374.3155979 Mflops
+ wsmp: back substitution time: 0.1205599 s
+ wsmp: from b to rhs vector: 0.0072179 s
+ ---------------------------------
+ wsmp: total solve time: 16.4707150 s
+ =================================
+ u : -0.10138E+01 0.19501E+00
+ v : -0.40423E-01 0.12603E+00
+ w : -0.73273E+00 0.22805E+00
+ =================================
+ Calculate pressures 9238.2582 24.4406 16.4871
+ raw pressures : -0.15163E+01 0.36448E+00
+ Smoothing pressures 9238.4815 24.6639 0.2233
+ do leaf measurements 9238.4826 24.6650 0.0011
+ compute convergence criterion 9238.5240 24.7064 0.0414
+ velocity_diff_norm = 0.0107596 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9238.5288
+ -----------------------------------
+ build system 9238.5333 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9246.5311 8.0023 7.9978
+ =================================
+ wsmp: initialisation time: 0.0488932 s
+ wsmp: ordering time: 4.0977478 s
+ wsmp: symbolic fact. time: 0.6997859 s
+ wsmp: Cholesky fact. time: 11.3817780 s
+ wsmp: Factorisation 14476.7964943 Mflops
+ wsmp: back substitution time: 0.1207571 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.3565199 s
+ =================================
+ u : -0.10134E+01 0.21058E+00
+ v : -0.42907E-01 0.12590E+00
+ w : -0.72818E+00 0.22761E+00
+ =================================
+ Calculate pressures 9262.9040 24.3752 16.3729
+ raw pressures : -0.15377E+01 0.36224E+00
+ Smoothing pressures 9263.1276 24.5988 0.2236
+ do leaf measurements 9263.1288 24.6000 0.0012
+ compute convergence criterion 9263.1703 24.6415 0.0415
+ velocity_diff_norm = 0.0080968 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9263.1734 24.6446 0.0031
+Compute isostasy and adjust vertical 9263.1736 24.6448 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -76361554524016.234 83021261097949.328
+ def in m -7.851287841796875 0.58892565965652466
+ dimensionless def -1.68264474187578482E-6 2.2432250976562498E-5
+ Isostatic velocity range = -0.0166848 0.2231862
+ Compute divergence 9263.3839 24.8551 0.2103
+ wsmp_cleanup 9263.4202 24.8914 0.0363
+ Reset surface geometry 9263.4254 24.8966 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 9263.4338 24.9050 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9263.4517 24.9229 0.0178
+ Advect surface 1 9263.4518 24.9230 0.0002
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9263.6460 25.1172 0.1941
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9263.8349 25.3061 0.1890
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9264.0881 25.5593 0.2531
+ Advect the cloud 9264.2202 25.6914 0.1322
+ Write output 9264.9377 26.4089 0.7174
+ End of time step 9265.7668 27.2380 0.8291
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 57 9265.7669
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9265.7670 0.0001 0.0001
+ surface 01 9265.7670 0.0001 0.0000
+ S. 1: 16904points
+ refine surface 9265.7670 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 9265.7939 0.0270 0.0269
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 9265.8207 0.0538 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9265.8458 0.0789 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16906points
+ surface 02 9265.8643 0.0974 0.0185
+ S. 2: 16905points
+ refine surface 9265.8645 0.0976 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9265.8896 0.1227 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16905points
+ surface 03 9265.9079 0.1410 0.0183
+ S. 3: 16907points
+ refine surface 9265.9081 0.1412 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 9265.9342 0.1673 0.0261
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 9265.9607 0.1938 0.0266
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9265.9860 0.2191 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16908points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9266.0110
+ -----------------------------------------------------------------------
+ Create octree solve 9266.0112 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9266.0271 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9266.0486 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9266.0494 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9266.0636 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9266.1857 0.1748 0.1222
+ Imbed surface in osolve 9266.3666 0.3556 0.1809
+ embedding surface 1 9266.3667 0.3558 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 9268.3092 2.2982 1.9425
+ osolve%nleaves= 59424
+ embedding surface 3 9270.3809 4.3699 2.0717
+ osolve%nleaves= 64128
+ Assessing octree stability 9273.8827 7.8717 3.5018
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9273.8873 7.8763 0.0046
+ Interpolate velo onto osolve 9274.2706 8.2596 0.3833
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9274.4841 8.4731 0.2135
+ Find void 9274.7534 8.7424 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 9274.7817 8.7707 0.0283
+ wsmp setup1 9274.7891 8.7782 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9275.7955 9.7845 1.0064
+ -----------------------------------
+ start of non-linear iteratio 1 9275.8409
+ -----------------------------------
+ build system 9275.8411 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 9.51721E+00
+ viscosity capped in 37088
+ wsmp solve 9283.8306 7.9897 7.9895
+ =================================
+ wsmp: initialisation time: 0.0522170 s
+ wsmp: ordering time: 4.0889101 s
+ wsmp: symbolic fact. time: 0.7082310 s
+ wsmp: Cholesky fact. time: 11.3788781 s
+ wsmp: Factorisation 14480.4858780 Mflops
+ wsmp: back substitution time: 0.1207738 s
+ wsmp: from b to rhs vector: 0.0073731 s
+ ---------------------------------
+ wsmp: total solve time: 16.3567681 s
+ =================================
+ u : -0.10239E+01 0.18525E+00
+ v : -0.98904E-01 0.10724E+00
+ w : -0.76239E+00 0.27111E+00
+ =================================
+ Calculate pressures 9300.2033 24.3624 16.3727
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 9300.4269 24.5861 0.2236
+ do leaf measurements 9300.4281 24.5872 0.0012
+ compute convergence criterion 9300.4706 24.6298 0.0425
+ velocity_diff_norm = 0.5887228 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9300.4755
+ -----------------------------------
+ build system 9300.4799 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78194E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9308.4587 7.9832 7.9788
+ =================================
+ wsmp: initialisation time: 0.0474629 s
+ wsmp: ordering time: 4.0947270 s
+ wsmp: symbolic fact. time: 0.7068479 s
+ wsmp: Cholesky fact. time: 11.4195080 s
+ wsmp: Factorisation 14428.9652548 Mflops
+ wsmp: back substitution time: 0.1214111 s
+ wsmp: from b to rhs vector: 0.0076160 s
+ ---------------------------------
+ wsmp: total solve time: 16.3979559 s
+ =================================
+ u : -0.10150E+01 0.13789E+00
+ v : -0.48648E-01 0.10286E+00
+ w : -0.76741E+00 0.22781E+00
+ =================================
+ Calculate pressures 9324.8732 24.3977 16.4145
+ raw pressures : -0.12372E+01 0.19356E+00
+ Smoothing pressures 9325.0962 24.6207 0.2230
+ do leaf measurements 9325.0973 24.6218 0.0011
+ compute convergence criterion 9325.1392 24.6638 0.0419
+ velocity_diff_norm = 0.0713111 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9325.1440
+ -----------------------------------
+ build system 9325.1483 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9333.0884 7.9444 7.9401
+ =================================
+ wsmp: initialisation time: 0.0473030 s
+ wsmp: ordering time: 4.1027191 s
+ wsmp: symbolic fact. time: 0.7082288 s
+ wsmp: Cholesky fact. time: 11.3833771 s
+ wsmp: Factorisation 14474.7628745 Mflops
+ wsmp: back substitution time: 0.1216130 s
+ wsmp: from b to rhs vector: 0.0073569 s
+ ---------------------------------
+ wsmp: total solve time: 16.3709679 s
+ =================================
+ u : -0.10153E+01 0.15613E+00
+ v : -0.37795E-01 0.11911E+00
+ w : -0.74705E+00 0.23227E+00
+ =================================
+ Calculate pressures 9349.4757 24.3317 16.3873
+ raw pressures : -0.13738E+01 0.31382E+00
+ Smoothing pressures 9349.7018 24.5578 0.2261
+ do leaf measurements 9349.7029 24.5589 0.0011
+ compute convergence criterion 9349.7448 24.6009 0.0419
+ velocity_diff_norm = 0.0360076 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9349.7497
+ -----------------------------------
+ build system 9349.7540 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9357.7600 8.0103 8.0060
+ =================================
+ wsmp: initialisation time: 0.0518470 s
+ wsmp: ordering time: 4.0939550 s
+ wsmp: symbolic fact. time: 0.7070379 s
+ wsmp: Cholesky fact. time: 11.3833721 s
+ wsmp: Factorisation 14474.7692410 Mflops
+ wsmp: back substitution time: 0.1207910 s
+ wsmp: from b to rhs vector: 0.0073609 s
+ ---------------------------------
+ wsmp: total solve time: 16.3647630 s
+ =================================
+ u : -0.10144E+01 0.17709E+00
+ v : -0.37700E-01 0.12361E+00
+ w : -0.73761E+00 0.22942E+00
+ =================================
+ Calculate pressures 9374.1405 24.3908 16.3805
+ raw pressures : -0.14724E+01 0.35537E+00
+ Smoothing pressures 9374.3635 24.6139 0.2231
+ do leaf measurements 9374.3646 24.6150 0.0011
+ compute convergence criterion 9374.4067 24.6570 0.0421
+ velocity_diff_norm = 0.0159492 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9374.4114
+ -----------------------------------
+ build system 9374.4158 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9382.3598 7.9484 7.9440
+ =================================
+ wsmp: initialisation time: 0.0509520 s
+ wsmp: ordering time: 4.1174860 s
+ wsmp: symbolic fact. time: 0.7084780 s
+ wsmp: Cholesky fact. time: 11.4629178 s
+ wsmp: Factorisation 14374.3230722 Mflops
+ wsmp: back substitution time: 0.1208370 s
+ wsmp: from b to rhs vector: 0.0073180 s
+ ---------------------------------
+ wsmp: total solve time: 16.4683809 s
+ =================================
+ u : -0.10138E+01 0.19492E+00
+ v : -0.40366E-01 0.12596E+00
+ w : -0.73279E+00 0.22852E+00
+ =================================
+ Calculate pressures 9398.8447 24.4333 16.4849
+ raw pressures : -0.15161E+01 0.36459E+00
+ Smoothing pressures 9399.0678 24.6564 0.2231
+ do leaf measurements 9399.0690 24.6575 0.0011
+ compute convergence criterion 9399.1109 24.6994 0.0419
+ velocity_diff_norm = 0.0107546 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9399.1157
+ -----------------------------------
+ build system 9399.1201 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9407.1134 7.9977 7.9934
+ =================================
+ wsmp: initialisation time: 0.0509782 s
+ wsmp: ordering time: 4.0890629 s
+ wsmp: symbolic fact. time: 0.7064130 s
+ wsmp: Cholesky fact. time: 11.3823149 s
+ wsmp: Factorisation 14476.1136049 Mflops
+ wsmp: back substitution time: 0.1206620 s
+ wsmp: from b to rhs vector: 0.0073690 s
+ ---------------------------------
+ wsmp: total solve time: 16.3571780 s
+ =================================
+ u : -0.10133E+01 0.21051E+00
+ v : -0.42871E-01 0.12589E+00
+ w : -0.72822E+00 0.22795E+00
+ =================================
+ Calculate pressures 9423.4875 24.3718 16.3741
+ raw pressures : -0.15375E+01 0.36210E+00
+ Smoothing pressures 9423.7104 24.5947 0.2228
+ do leaf measurements 9423.7115 24.5958 0.0012
+ compute convergence criterion 9423.7539 24.6382 0.0424
+ velocity_diff_norm = 0.0081060 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9423.7570 24.6413 0.0031
+Compute isostasy and adjust vertical 9423.7572 24.6415 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -77235595033191.688 84595525200572.344
+ def in m -7.853759765625 0.58669149875640869
+ dimensionless def -1.67626142501831061E-6 2.24393136160714293E-5
+ Isostatic velocity range = -0.0166243 0.2232898
+ Compute divergence 9423.9626 24.8470 0.2055
+ wsmp_cleanup 9423.9990 24.8833 0.0363
+ Reset surface geometry 9424.0039 24.8882 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 9424.0122 24.8965 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9424.0299 24.9142 0.0176
+ Advect surface 1 9424.0300 24.9143 0.0001
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9424.2273 25.1116 0.1973
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9424.4219 25.3062 0.1946
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9424.6747 25.5590 0.2528
+ Advect the cloud 9424.8051 25.6894 0.1304
+ Write output 9425.5216 26.4060 0.7165
+ End of time step 9426.3518 27.2361 0.8302
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 58 9426.3520
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9426.3520 0.0001 0.0001
+ surface 01 9426.3521 0.0001 0.0000
+ S. 1: 16906points
+ refine surface 9426.3521 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9426.3774 0.0255 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16906points
+ surface 02 9426.3953 0.0433 0.0179
+ S. 2: 16905points
+ refine surface 9426.3954 0.0435 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 9426.4214 0.0694 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 9426.4438 0.0919 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9426.4686 0.1167 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16906points
+ surface 03 9426.4868 0.1349 0.0182
+ S. 3: 16908points
+ refine surface 9426.4870 0.1350 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 9426.5143 0.1624 0.0273
+ S. 3: 5 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 9426.5409 0.1889 0.0265
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9426.5657 0.2137 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16911points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9426.5905
+ -----------------------------------------------------------------------
+ Create octree solve 9426.5907 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9426.6066 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9426.6276 0.0372 0.0211
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9426.6284 0.0379 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9426.6425 0.0521 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9426.7647 0.1743 0.1222
+ Imbed surface in osolve 9426.9443 0.3539 0.1796
+ embedding surface 1 9426.9445 0.3540 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 9428.8899 2.2994 1.9454
+ osolve%nleaves= 59424
+ embedding surface 3 9430.9730 4.3825 2.0831
+ osolve%nleaves= 64128
+ Assessing octree stability 9434.5155 7.9250 3.5425
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9434.5207 7.9303 0.0052
+ Interpolate velo onto osolve 9434.9187 8.3282 0.3979
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9435.0436 8.4532 0.1250
+ Find void 9435.3119 8.7214 0.2682
+ whole leaf in fluid 32992
+ Define boundary conditions 9435.3401 8.7496 0.0282
+ wsmp setup1 9435.3472 8.7568 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9436.3521 9.7616 1.0048
+ -----------------------------------
+ start of non-linear iteratio 1 9436.3981
+ -----------------------------------
+ build system 9436.3983 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 9.07661E+00
+ viscosity capped in 37088
+ wsmp solve 9444.3842 7.9861 7.9859
+ =================================
+ wsmp: initialisation time: 0.0505152 s
+ wsmp: ordering time: 4.0869360 s
+ wsmp: symbolic fact. time: 0.7036860 s
+ wsmp: Cholesky fact. time: 11.3831611 s
+ wsmp: Factorisation 14475.0375481 Mflops
+ wsmp: back substitution time: 0.1204069 s
+ wsmp: from b to rhs vector: 0.0073800 s
+ ---------------------------------
+ wsmp: total solve time: 16.3524721 s
+ =================================
+ u : -0.10329E+01 0.18536E+00
+ v : -0.98947E-01 0.10687E+00
+ w : -0.76230E+00 0.27145E+00
+ =================================
+ Calculate pressures 9460.7530 24.3549 16.3688
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 9460.9755 24.5775 0.2225
+ do leaf measurements 9460.9767 24.5786 0.0012
+ compute convergence criterion 9461.0195 24.6214 0.0428
+ velocity_diff_norm = 0.5891213 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9461.0243
+ -----------------------------------
+ build system 9461.0287 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78874E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9469.0075 7.9832 7.9788
+ =================================
+ wsmp: initialisation time: 0.0474830 s
+ wsmp: ordering time: 4.0860791 s
+ wsmp: symbolic fact. time: 0.7035880 s
+ wsmp: Cholesky fact. time: 11.4145441 s
+ wsmp: Factorisation 14435.2400194 Mflops
+ wsmp: back substitution time: 0.1207490 s
+ wsmp: from b to rhs vector: 0.0073669 s
+ ---------------------------------
+ wsmp: total solve time: 16.3801851 s
+ =================================
+ u : -0.10148E+01 0.13798E+00
+ v : -0.48062E-01 0.10296E+00
+ w : -0.76733E+00 0.22634E+00
+ =================================
+ Calculate pressures 9485.4036 24.3793 16.3961
+ raw pressures : -0.12368E+01 0.19273E+00
+ Smoothing pressures 9485.6279 24.6036 0.2243
+ do leaf measurements 9485.6290 24.6047 0.0011
+ compute convergence criterion 9485.6714 24.6471 0.0425
+ velocity_diff_norm = 0.0715260 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9485.6761
+ -----------------------------------
+ build system 9485.6804 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9493.6232 7.9471 7.9428
+ =================================
+ wsmp: initialisation time: 0.0497639 s
+ wsmp: ordering time: 4.1075041 s
+ wsmp: symbolic fact. time: 0.7104771 s
+ wsmp: Cholesky fact. time: 11.3871150 s
+ wsmp: Factorisation 14470.0113989 Mflops
+ wsmp: back substitution time: 0.1210809 s
+ wsmp: from b to rhs vector: 0.0073171 s
+ ---------------------------------
+ wsmp: total solve time: 16.3836360 s
+ =================================
+ u : -0.10153E+01 0.15619E+00
+ v : -0.37883E-01 0.11920E+00
+ w : -0.74701E+00 0.23179E+00
+ =================================
+ Calculate pressures 9510.0225 24.3464 16.3993
+ raw pressures : -0.13737E+01 0.31353E+00
+ Smoothing pressures 9510.2488 24.5727 0.2263
+ do leaf measurements 9510.2500 24.5738 0.0011
+ compute convergence criterion 9510.2924 24.6163 0.0425
+ velocity_diff_norm = 0.0361465 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9510.2972
+ -----------------------------------
+ build system 9510.3015 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9518.3003 8.0031 7.9988
+ =================================
+ wsmp: initialisation time: 0.0514939 s
+ wsmp: ordering time: 4.0944202 s
+ wsmp: symbolic fact. time: 0.7068121 s
+ wsmp: Cholesky fact. time: 11.3807540 s
+ wsmp: Factorisation 14478.0990752 Mflops
+ wsmp: back substitution time: 0.1207330 s
+ wsmp: from b to rhs vector: 0.0073328 s
+ ---------------------------------
+ wsmp: total solve time: 16.3619299 s
+ =================================
+ u : -0.10144E+01 0.17715E+00
+ v : -0.37803E-01 0.12362E+00
+ w : -0.73760E+00 0.22916E+00
+ =================================
+ Calculate pressures 9534.6781 24.3809 16.3778
+ raw pressures : -0.14726E+01 0.35531E+00
+ Smoothing pressures 9534.9024 24.6052 0.2243
+ do leaf measurements 9534.9036 24.6064 0.0012
+ compute convergence criterion 9534.9462 24.6491 0.0427
+ velocity_diff_norm = 0.0159581 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9534.9511
+ -----------------------------------
+ build system 9534.9556 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9542.9184 7.9673 7.9628
+ =================================
+ wsmp: initialisation time: 0.0512249 s
+ wsmp: ordering time: 4.1197500 s
+ wsmp: symbolic fact. time: 0.7045319 s
+ wsmp: Cholesky fact. time: 11.4620259 s
+ wsmp: Factorisation 14375.4416181 Mflops
+ wsmp: back substitution time: 0.1206870 s
+ wsmp: from b to rhs vector: 0.0073500 s
+ ---------------------------------
+ wsmp: total solve time: 16.4659641 s
+ =================================
+ u : -0.10138E+01 0.19498E+00
+ v : -0.40449E-01 0.12594E+00
+ w : -0.73282E+00 0.22826E+00
+ =================================
+ Calculate pressures 9559.4008 24.4497 16.4824
+ raw pressures : -0.15161E+01 0.36443E+00
+ Smoothing pressures 9559.6289 24.6778 0.2281
+ do leaf measurements 9559.6300 24.6789 0.0011
+ compute convergence criterion 9559.6723 24.7212 0.0423
+ velocity_diff_norm = 0.0107482 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9559.6770
+ -----------------------------------
+ build system 9559.6813 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9567.6683 7.9913 7.9870
+ =================================
+ wsmp: initialisation time: 0.0485170 s
+ wsmp: ordering time: 4.0890779 s
+ wsmp: symbolic fact. time: 0.7053721 s
+ wsmp: Cholesky fact. time: 11.3745580 s
+ wsmp: Factorisation 14485.9856780 Mflops
+ wsmp: back substitution time: 0.1205642 s
+ wsmp: from b to rhs vector: 0.0073431 s
+ ---------------------------------
+ wsmp: total solve time: 16.3458400 s
+ =================================
+ u : -0.10132E+01 0.21057E+00
+ v : -0.42931E-01 0.12586E+00
+ w : -0.72822E+00 0.22776E+00
+ =================================
+ Calculate pressures 9584.0301 24.3531 16.3618
+ raw pressures : -0.15377E+01 0.36210E+00
+ Smoothing pressures 9584.2529 24.5760 0.2228
+ do leaf measurements 9584.2541 24.5771 0.0012
+ compute convergence criterion 9584.2968 24.6198 0.0427
+ velocity_diff_norm = 0.0081022 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9584.2998 24.6229 0.0031
+Compute isostasy and adjust vertical 9584.3000 24.6231 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -78116607523071.938 86157826459063.25
+ def in m -7.8599362373352051 0.58892738819122314
+ dimensionless def -1.68264968054635192E-6 2.2456960678100587E-5
+ Isostatic velocity range = -0.0166976 0.2235020
+ Compute divergence 9584.5006 24.8236 0.2006
+ wsmp_cleanup 9584.5408 24.8638 0.0402
+ Reset surface geometry 9584.5458 24.8688 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 9584.5542 24.8773 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9584.5698 24.8928 0.0155
+ Advect surface 1 9584.5699 24.8929 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9584.7670 25.0901 0.1971
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9584.9628 25.2859 0.1958
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9585.2176 25.5407 0.2548
+ Advect the cloud 9585.3503 25.6734 0.1327
+ Write output 9586.0657 26.3888 0.7154
+ End of time step 9586.8941 27.2171 0.8283
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 59 9586.8942
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9586.8943 0.0001 0.0001
+ surface 01 9586.8943 0.0001 0.0000
+ S. 1: 16906points
+ refine surface 9586.8944 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 9586.9218 0.0276 0.0275
+ S. 1: 6 flips in delaunay2
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 9586.9487 0.0545 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9586.9736 0.0794 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16909points
+ surface 02 9586.9920 0.0978 0.0183
+ S. 2: 16906points
+ refine surface 9586.9921 0.0979 0.0002
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 9587.0192 0.1250 0.0271
+ S. 2: 6 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 9587.0457 0.1515 0.0265
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9587.0710 0.1768 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16909points
+ surface 03 9587.0889 0.1946 0.0179
+ S. 3: 16911points
+ refine surface 9587.0890 0.1948 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9587.1142 0.2200 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16911points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9587.1384
+ -----------------------------------------------------------------------
+ Create octree solve 9587.1386 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9587.1545 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9587.1758 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9587.1766 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9587.1907 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9587.3129 0.1745 0.1221
+ Imbed surface in osolve 9587.4937 0.3553 0.1809
+ embedding surface 1 9587.4939 0.3555 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 9589.4477 2.3093 1.9538
+ osolve%nleaves= 59424
+ embedding surface 3 9591.5342 4.3958 2.0865
+ osolve%nleaves= 64128
+ Assessing octree stability 9595.0512 7.9128 3.5170
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9595.0559 7.9175 0.0046
+ Interpolate velo onto osolve 9595.4490 8.3106 0.3931
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9595.6248 8.4864 0.1758
+ Find void 9595.8904 8.7520 0.2656
+ whole leaf in fluid 32992
+ Define boundary conditions 9595.9185 8.7801 0.0281
+ wsmp setup1 9595.9258 8.7874 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9596.9306 9.7922 1.0048
+ -----------------------------------
+ start of non-linear iteratio 1 9596.9772
+ -----------------------------------
+ build system 9596.9773 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 8.52804E+00
+ viscosity capped in 37088
+ wsmp solve 9604.9786 8.0014 8.0012
+ =================================
+ wsmp: initialisation time: 0.0510499 s
+ wsmp: ordering time: 4.1010661 s
+ wsmp: symbolic fact. time: 0.7045639 s
+ wsmp: Cholesky fact. time: 11.3981020 s
+ wsmp: Factorisation 14456.0632308 Mflops
+ wsmp: back substitution time: 0.1210511 s
+ wsmp: from b to rhs vector: 0.0070560 s
+ ---------------------------------
+ wsmp: total solve time: 16.3832922 s
+ =================================
+ u : -0.10190E+01 0.18564E+00
+ v : -0.99122E-01 0.10683E+00
+ w : -0.76262E+00 0.27388E+00
+ =================================
+ Calculate pressures 9621.3771 24.3999 16.3985
+ raw pressures : -0.35102E+00 0.00000E+00
+ Smoothing pressures 9621.6016 24.6244 0.2245
+ do leaf measurements 9621.6027 24.6255 0.0011
+ compute convergence criterion 9621.6449 24.6677 0.0422
+ velocity_diff_norm = 0.5888940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9621.6498
+ -----------------------------------
+ build system 9621.6544 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79318E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9629.6413 7.9914 7.9869
+ =================================
+ wsmp: initialisation time: 0.0483110 s
+ wsmp: ordering time: 4.0946779 s
+ wsmp: symbolic fact. time: 0.7044730 s
+ wsmp: Cholesky fact. time: 11.4064751 s
+ wsmp: Factorisation 14445.4516321 Mflops
+ wsmp: back substitution time: 0.1211548 s
+ wsmp: from b to rhs vector: 0.0071011 s
+ ---------------------------------
+ wsmp: total solve time: 16.3825991 s
+ =================================
+ u : -0.10151E+01 0.13826E+00
+ v : -0.48023E-01 0.10287E+00
+ w : -0.76747E+00 0.22572E+00
+ =================================
+ Calculate pressures 9646.0398 24.3900 16.3985
+ raw pressures : -0.12372E+01 0.18077E+00
+ Smoothing pressures 9646.2637 24.6139 0.2239
+ do leaf measurements 9646.2648 24.6150 0.0011
+ compute convergence criterion 9646.3066 24.6568 0.0419
+ velocity_diff_norm = 0.0713472 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9646.3115
+ -----------------------------------
+ build system 9646.3159 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9654.2590 7.9475 7.9431
+ =================================
+ wsmp: initialisation time: 0.0520251 s
+ wsmp: ordering time: 4.1183841 s
+ wsmp: symbolic fact. time: 0.7093341 s
+ wsmp: Cholesky fact. time: 11.3834231 s
+ wsmp: Factorisation 14474.7043638 Mflops
+ wsmp: back substitution time: 0.1214042 s
+ wsmp: from b to rhs vector: 0.0070860 s
+ ---------------------------------
+ wsmp: total solve time: 16.3920770 s
+ =================================
+ u : -0.10155E+01 0.15637E+00
+ v : -0.37644E-01 0.11911E+00
+ w : -0.74735E+00 0.23168E+00
+ =================================
+ Calculate pressures 9670.6665 24.3551 16.4076
+ raw pressures : -0.13741E+01 0.31416E+00
+ Smoothing pressures 9670.8920 24.5806 0.2255
+ do leaf measurements 9670.8931 24.5817 0.0011
+ compute convergence criterion 9670.9350 24.6235 0.0418
+ velocity_diff_norm = 0.0361937 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9670.9399
+ -----------------------------------
+ build system 9670.9444 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9678.9404 8.0005 7.9960
+ =================================
+ wsmp: initialisation time: 0.0503888 s
+ wsmp: ordering time: 4.0988481 s
+ wsmp: symbolic fact. time: 0.7026980 s
+ wsmp: Cholesky fact. time: 11.3908131 s
+ wsmp: Factorisation 14465.3136041 Mflops
+ wsmp: back substitution time: 0.1205592 s
+ wsmp: from b to rhs vector: 0.0071259 s
+ ---------------------------------
+ wsmp: total solve time: 16.3708320 s
+ =================================
+ u : -0.10146E+01 0.17727E+00
+ v : -0.37606E-01 0.12348E+00
+ w : -0.73786E+00 0.22910E+00
+ =================================
+ Calculate pressures 9695.3272 24.3873 16.3868
+ raw pressures : -0.14730E+01 0.35580E+00
+ Smoothing pressures 9695.5507 24.6109 0.2236
+ do leaf measurements 9695.5519 24.6120 0.0011
+ compute convergence criterion 9695.5941 24.6542 0.0422
+ velocity_diff_norm = 0.0159299 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9695.5990
+ -----------------------------------
+ build system 9695.6036 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9703.5481 7.9491 7.9445
+ =================================
+ wsmp: initialisation time: 0.0500569 s
+ wsmp: ordering time: 4.0936480 s
+ wsmp: symbolic fact. time: 0.7036939 s
+ wsmp: Cholesky fact. time: 11.4665949 s
+ wsmp: Factorisation 14369.7134866 Mflops
+ wsmp: back substitution time: 0.1209030 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.4424169 s
+ =================================
+ u : -0.10139E+01 0.19507E+00
+ v : -0.40446E-01 0.12585E+00
+ w : -0.73302E+00 0.22812E+00
+ =================================
+ Calculate pressures 9720.0068 24.4078 16.4587
+ raw pressures : -0.15168E+01 0.36505E+00
+ Smoothing pressures 9720.2303 24.6313 0.2235
+ do leaf measurements 9720.2314 24.6324 0.0011
+ compute convergence criterion 9720.2733 24.6743 0.0419
+ velocity_diff_norm = 0.0107629 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9720.2782
+ -----------------------------------
+ build system 9720.2826 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9728.2627 7.9846 7.9801
+ =================================
+ wsmp: initialisation time: 0.0488389 s
+ wsmp: ordering time: 4.0902390 s
+ wsmp: symbolic fact. time: 0.7043929 s
+ wsmp: Cholesky fact. time: 11.3662090 s
+ wsmp: Factorisation 14496.6262223 Mflops
+ wsmp: back substitution time: 0.1207218 s
+ wsmp: from b to rhs vector: 0.0072570 s
+ ---------------------------------
+ wsmp: total solve time: 16.3380890 s
+ =================================
+ u : -0.10134E+01 0.21067E+00
+ v : -0.42927E-01 0.12577E+00
+ w : -0.72839E+00 0.22760E+00
+ =================================
+ Calculate pressures 9744.6173 24.3392 16.3546
+ raw pressures : -0.15386E+01 0.36268E+00
+ Smoothing pressures 9744.8401 24.5619 0.2228
+ do leaf measurements 9744.8412 24.5630 0.0011
+ compute convergence criterion 9744.8830 24.6048 0.0418
+ velocity_diff_norm = 0.0080911 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9744.8860 24.6079 0.0030
+Compute isostasy and adjust vertical 9744.8862 24.6080 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -78981174048546.594 87723862780073.625
+ def in m -7.8626866340637207 0.58782994747161865
+ dimensionless def -1.67951413563319599E-6 2.24648189544677718E-5
+ Isostatic velocity range = -0.0166553 0.2236150
+ Compute divergence 9745.0926 24.8145 0.2064
+ wsmp_cleanup 9745.1289 24.8507 0.0362
+ Reset surface geometry 9745.1338 24.8556 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 9745.1421 24.8639 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9745.1598 24.8816 0.0177
+ Advect surface 1 9745.1599 24.8817 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9745.3582 25.0800 0.1983
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9745.5630 25.2848 0.2047
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9745.8143 25.5361 0.2513
+ Advect the cloud 9745.9452 25.6670 0.1309
+ Write output 9746.6668 26.3886 0.7217
+ End of time step 9747.4929 27.2147 0.8260
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 60 9747.4930
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9747.4931 0.0001 0.0001
+ surface 01 9747.4931 0.0001 0.0000
+ S. 1: 16908points
+ refine surface 9747.4932 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 9747.5194 0.0264 0.0262
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 9747.5462 0.0532 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9747.5706 0.0776 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 16909points
+ surface 02 9747.5893 0.0963 0.0187
+ S. 2: 16908points
+ refine surface 9747.5894 0.0964 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9747.6133 0.1203 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16908points
+ surface 03 9747.6325 0.1395 0.0192
+ S. 3: 16911points
+ refine surface 9747.6326 0.1396 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 9747.6587 0.1657 0.0261
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 9747.6851 0.1921 0.0264
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9747.7101 0.2171 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16912points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9747.7346
+ -----------------------------------------------------------------------
+ Create octree solve 9747.7349 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9747.7507 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9747.7723 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9747.7731 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9747.7872 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9747.9094 0.1748 0.1222
+ Imbed surface in osolve 9748.0923 0.3577 0.1829
+ embedding surface 1 9748.0925 0.3578 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 9750.0525 2.3179 1.9601
+ osolve%nleaves= 59424
+ embedding surface 3 9752.1354 4.4007 2.0828
+ osolve%nleaves= 64128
+ Assessing octree stability 9755.6692 7.9345 3.5338
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9755.6742 7.9396 0.0051
+ Interpolate velo onto osolve 9756.0739 8.3393 0.3997
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9756.1816 8.4470 0.1077
+ Find void 9756.4549 8.7202 0.2733
+ whole leaf in fluid 32992
+ Define boundary conditions 9756.4834 8.7487 0.0285
+ wsmp setup1 9756.4904 8.7557 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9757.4943 9.7596 1.0039
+ -----------------------------------
+ start of non-linear iteratio 1 9757.5408
+ -----------------------------------
+ build system 9757.5410 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 7.82829E+00
+ viscosity capped in 37088
+ wsmp solve 9765.5317 7.9909 7.9908
+ =================================
+ wsmp: initialisation time: 0.0519309 s
+ wsmp: ordering time: 4.0948610 s
+ wsmp: symbolic fact. time: 0.7030060 s
+ wsmp: Cholesky fact. time: 11.3775270 s
+ wsmp: Factorisation 14482.2054825 Mflops
+ wsmp: back substitution time: 0.1207969 s
+ wsmp: from b to rhs vector: 0.0072012 s
+ ---------------------------------
+ wsmp: total solve time: 16.3557231 s
+ =================================
+ u : -0.10192E+01 0.18547E+00
+ v : -0.99150E-01 0.10716E+00
+ w : -0.76244E+00 0.27263E+00
+ =================================
+ Calculate pressures 9781.9037 24.3629 16.3720
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 9782.1271 24.5863 0.2234
+ do leaf measurements 9782.1283 24.5875 0.0011
+ compute convergence criterion 9782.1705 24.6297 0.0422
+ velocity_diff_norm = 0.5888046 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9782.1754
+ -----------------------------------
+ build system 9782.1799 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78989E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9790.1745 7.9991 7.9946
+ =================================
+ wsmp: initialisation time: 0.0487120 s
+ wsmp: ordering time: 4.0908949 s
+ wsmp: symbolic fact. time: 0.7014780 s
+ wsmp: Cholesky fact. time: 11.4029391 s
+ wsmp: Factorisation 14449.9310837 Mflops
+ wsmp: back substitution time: 0.1208658 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.3725538 s
+ =================================
+ u : -0.10151E+01 0.13816E+00
+ v : -0.47917E-01 0.10298E+00
+ w : -0.76738E+00 0.22560E+00
+ =================================
+ Calculate pressures 9806.5635 24.3881 16.3890
+ raw pressures : -0.12367E+01 0.18572E+00
+ Smoothing pressures 9806.7864 24.6110 0.2229
+ do leaf measurements 9806.7875 24.6121 0.0011
+ compute convergence criterion 9806.8295 24.6541 0.0420
+ velocity_diff_norm = 0.0714132 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9806.8343
+ -----------------------------------
+ build system 9806.8387 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9814.7760 7.9417 7.9373
+ =================================
+ wsmp: initialisation time: 0.0475452 s
+ wsmp: ordering time: 4.1213412 s
+ wsmp: symbolic fact. time: 0.7086711 s
+ wsmp: Cholesky fact. time: 11.3948610 s
+ wsmp: Factorisation 14460.1749966 Mflops
+ wsmp: back substitution time: 0.1215839 s
+ wsmp: from b to rhs vector: 0.0072470 s
+ ---------------------------------
+ wsmp: total solve time: 16.4016712 s
+ =================================
+ u : -0.10154E+01 0.15636E+00
+ v : -0.37782E-01 0.11911E+00
+ w : -0.74715E+00 0.23165E+00
+ =================================
+ Calculate pressures 9831.1933 24.3590 16.4173
+ raw pressures : -0.13739E+01 0.31361E+00
+ Smoothing pressures 9831.4203 24.5860 0.2269
+ do leaf measurements 9831.4214 24.5871 0.0011
+ compute convergence criterion 9831.4633 24.6290 0.0419
+ velocity_diff_norm = 0.0360793 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9831.4681
+ -----------------------------------
+ build system 9831.4726 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9839.4668 7.9987 7.9942
+ =================================
+ wsmp: initialisation time: 0.0487678 s
+ wsmp: ordering time: 4.0996761 s
+ wsmp: symbolic fact. time: 0.7031298 s
+ wsmp: Cholesky fact. time: 11.3836000 s
+ wsmp: Factorisation 14474.4794199 Mflops
+ wsmp: back substitution time: 0.1209102 s
+ wsmp: from b to rhs vector: 0.0072770 s
+ ---------------------------------
+ wsmp: total solve time: 16.3637772 s
+ =================================
+ u : -0.10146E+01 0.17731E+00
+ v : -0.37666E-01 0.12356E+00
+ w : -0.73768E+00 0.22907E+00
+ =================================
+ Calculate pressures 9855.8472 24.3791 16.3804
+ raw pressures : -0.14727E+01 0.35510E+00
+ Smoothing pressures 9856.0706 24.6025 0.2235
+ do leaf measurements 9856.0718 24.6037 0.0011
+ compute convergence criterion 9856.1141 24.6460 0.0424
+ velocity_diff_norm = 0.0160433 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 9856.1191
+ -----------------------------------
+ build system 9856.1236 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9864.0668 7.9478 7.9432
+ =================================
+ wsmp: initialisation time: 0.0516860 s
+ wsmp: ordering time: 4.0964849 s
+ wsmp: symbolic fact. time: 0.7066529 s
+ wsmp: Cholesky fact. time: 11.4674881 s
+ wsmp: Factorisation 14368.5943382 Mflops
+ wsmp: back substitution time: 0.1212831 s
+ wsmp: from b to rhs vector: 0.0072269 s
+ ---------------------------------
+ wsmp: total solve time: 16.4512329 s
+ =================================
+ u : -0.10139E+01 0.19511E+00
+ v : -0.40475E-01 0.12588E+00
+ w : -0.73285E+00 0.22817E+00
+ =================================
+ Calculate pressures 9880.5341 24.4151 16.4673
+ raw pressures : -0.15164E+01 0.36434E+00
+ Smoothing pressures 9880.7586 24.6395 0.2244
+ do leaf measurements 9880.7597 24.6406 0.0011
+ compute convergence criterion 9880.8017 24.6826 0.0420
+ velocity_diff_norm = 0.0107680 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 9880.8065
+ -----------------------------------
+ build system 9880.8110 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9888.7849 7.9783 7.9739
+ =================================
+ wsmp: initialisation time: 0.0485420 s
+ wsmp: ordering time: 4.0923729 s
+ wsmp: symbolic fact. time: 0.7041121 s
+ wsmp: Cholesky fact. time: 11.3945851 s
+ wsmp: Factorisation 14460.5250615 Mflops
+ wsmp: back substitution time: 0.1209421 s
+ wsmp: from b to rhs vector: 0.0071812 s
+ ---------------------------------
+ wsmp: total solve time: 16.3681440 s
+ =================================
+ u : -0.10134E+01 0.21070E+00
+ v : -0.42949E-01 0.12583E+00
+ w : -0.72824E+00 0.22771E+00
+ =================================
+ Calculate pressures 9905.1688 24.3623 16.3840
+ raw pressures : -0.15382E+01 0.36212E+00
+ Smoothing pressures 9905.3935 24.5869 0.2247
+ do leaf measurements 9905.3946 24.5881 0.0011
+ compute convergence criterion 9905.4365 24.6300 0.0419
+ velocity_diff_norm = 0.0080968 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 9905.4396 24.6331 0.0031
+Compute isostasy and adjust vertical 9905.4398 24.6332 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -79834723682695.391 89288211180551.719
+ def in m -7.8643550872802734 0.58441931009292603
+ dimensionless def -1.66976945740836003E-6 2.24695859636579235E-5
+ Isostatic velocity range = -0.0165444 0.2236953
+ Compute divergence 9905.6355 24.8290 0.1957
+ wsmp_cleanup 9905.6836 24.8771 0.0481
+ Reset surface geometry 9905.6886 24.8821 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 9905.6960 24.8895 0.0074
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 9905.7091 24.9026 0.0131
+ Advect surface 1 9905.7093 24.9028 0.0002
+ removing 2 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 9905.9192 25.1127 0.2100
+ S. 2: 8 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 9906.1196 25.3130 0.2003
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 9906.3793 25.5727 0.2597
+ Advect the cloud 9906.5110 25.7045 0.1317
+ Write output 9907.2392 26.4327 0.7282
+ End of time step 9908.0689 27.2624 0.8297
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 61 9908.0691
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 9908.0691 0.0001 0.0001
+ surface 01 9908.0692 0.0001 0.0000
+ S. 1: 16907points
+ refine surface 9908.0692 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 9908.0947 0.0256 0.0255
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 9908.1219 0.0528 0.0272
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 9908.1461 0.0770 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16908points
+ surface 02 9908.1650 0.0959 0.0189
+ S. 2: 16908points
+ refine surface 9908.1652 0.0961 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 9908.1894 0.1203 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16908points
+ surface 03 9908.2078 0.1387 0.0184
+ S. 3: 16911points
+ refine surface 9908.2079 0.1389 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 9908.2362 0.1671 0.0282
+ S. 3: 8 flips in delaunay2
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 9908.2624 0.1933 0.0262
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 9908.2872 0.2182 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16915points
+ -----------------------------------------------------------------------
+ Start of iteration 1 9908.3120
+ -----------------------------------------------------------------------
+ Create octree solve 9908.3122 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 9908.3281 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 9908.3497 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 9908.3504 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 9908.3646 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 9908.4868 0.1748 0.1222
+ Imbed surface in osolve 9908.6716 0.3596 0.1849
+ embedding surface 1 9908.6718 0.3598 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 9910.6263 2.3143 1.9545
+ osolve%nleaves= 59424
+ embedding surface 3 9912.7233 4.4113 2.0970
+ osolve%nleaves= 64128
+ Assessing octree stability 9916.2721 7.9601 3.5488
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 9916.2772 7.9652 0.0051
+ Interpolate velo onto osolve 9916.6625 8.3505 0.3853
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 9916.7859 8.4739 0.1234
+ Find void 9917.0590 8.7470 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 9917.0873 8.7753 0.0283
+ wsmp setup1 9917.0945 8.7825 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 9918.0978 9.7858 1.0032
+ -----------------------------------
+ start of non-linear iteratio 1 9918.1444
+ -----------------------------------
+ build system 9918.1445 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38944E-05 8.12112E+00
+ viscosity capped in 37088
+ wsmp solve 9926.1465 8.0022 8.0020
+ =================================
+ wsmp: initialisation time: 0.0519791 s
+ wsmp: ordering time: 4.0890849 s
+ wsmp: symbolic fact. time: 0.7047520 s
+ wsmp: Cholesky fact. time: 11.3802700 s
+ wsmp: Factorisation 14478.7148120 Mflops
+ wsmp: back substitution time: 0.1208980 s
+ wsmp: from b to rhs vector: 0.0073199 s
+ ---------------------------------
+ wsmp: total solve time: 16.3546810 s
+ =================================
+ u : -0.10192E+01 0.18500E+00
+ v : -0.98648E-01 0.10680E+00
+ w : -0.76221E+00 0.26722E+00
+ =================================
+ Calculate pressures 9942.5176 24.3732 16.3711
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 9942.7414 24.5971 0.2238
+ do leaf measurements 9942.7425 24.5982 0.0011
+ compute convergence criterion 9942.7851 24.6408 0.0426
+ velocity_diff_norm = 0.5893239 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 9942.7900
+ -----------------------------------
+ build system 9942.7945 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79810E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9950.8024 8.0124 8.0078
+ =================================
+ wsmp: initialisation time: 0.0495830 s
+ wsmp: ordering time: 4.0879278 s
+ wsmp: symbolic fact. time: 0.7066150 s
+ wsmp: Cholesky fact. time: 11.3958840 s
+ wsmp: Factorisation 14458.8768488 Mflops
+ wsmp: back substitution time: 0.1212790 s
+ wsmp: from b to rhs vector: 0.0073011 s
+ ---------------------------------
+ wsmp: total solve time: 16.3689508 s
+ =================================
+ u : -0.10152E+01 0.13772E+00
+ v : -0.48227E-01 0.10296E+00
+ w : -0.76735E+00 0.22547E+00
+ =================================
+ Calculate pressures 9967.1873 24.3973 16.3850
+ raw pressures : -0.12357E+01 0.17944E+00
+ Smoothing pressures 9967.4113 24.6213 0.2239
+ do leaf measurements 9967.4123 24.6223 0.0011
+ compute convergence criterion 9967.4636 24.6736 0.0512
+ velocity_diff_norm = 0.0718748 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 9967.4683
+ -----------------------------------
+ build system 9967.4724 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 9975.4034 7.9352 7.9310
+ =================================
+ wsmp: initialisation time: 0.0502322 s
+ wsmp: ordering time: 4.1051710 s
+ wsmp: symbolic fact. time: 0.7121871 s
+ wsmp: Cholesky fact. time: 11.3907669 s
+ wsmp: Factorisation 14465.3723418 Mflops
+ wsmp: back substitution time: 0.1216960 s
+ wsmp: from b to rhs vector: 0.0072939 s
+ ---------------------------------
+ wsmp: total solve time: 16.3877230 s
+ =================================
+ u : -0.10156E+01 0.15611E+00
+ v : -0.37563E-01 0.11918E+00
+ w : -0.74674E+00 0.23145E+00
+ =================================
+ Calculate pressures 9991.8075 24.3392 16.4041
+ raw pressures : -0.13732E+01 0.31293E+00
+ Smoothing pressures 9992.0341 24.5658 0.2266
+ do leaf measurements 9992.0352 24.5669 0.0011
+ compute convergence criterion 9992.0774 24.6091 0.0422
+ velocity_diff_norm = 0.0361515 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 9992.0822
+ -----------------------------------
+ build system 9992.0867 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10000.0644 7.9822 7.9777
+ =================================
+ wsmp: initialisation time: 0.0526030 s
+ wsmp: ordering time: 4.0931501 s
+ wsmp: symbolic fact. time: 0.7056000 s
+ wsmp: Cholesky fact. time: 11.3862500 s
+ wsmp: Factorisation 14471.1106465 Mflops
+ wsmp: back substitution time: 0.1212080 s
+ wsmp: from b to rhs vector: 0.0073240 s
+ ---------------------------------
+ wsmp: total solve time: 16.3665140 s
+ =================================
+ u : -0.10147E+01 0.17712E+00
+ v : -0.37668E-01 0.12356E+00
+ w : -0.73745E+00 0.22893E+00
+ =================================
+ Calculate pressures 10016.4472 24.3650 16.3828
+ raw pressures : -0.14722E+01 0.35448E+00
+ Smoothing pressures 10016.6710 24.5888 0.2238
+ do leaf measurements 10016.6720 24.5898 0.0010
+ compute convergence criterion 10016.7148 24.6325 0.0427
+ velocity_diff_norm = 0.0158717 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10016.7196
+ -----------------------------------
+ build system 10016.7241 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10024.6744 7.9548 7.9503
+ =================================
+ wsmp: initialisation time: 0.0508051 s
+ wsmp: ordering time: 4.0900731 s
+ wsmp: symbolic fact. time: 0.7057691 s
+ wsmp: Cholesky fact. time: 11.4634240 s
+ wsmp: Factorisation 14373.6883800 Mflops
+ wsmp: back substitution time: 0.1212251 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4389129 s
+ =================================
+ u : -0.10140E+01 0.19493E+00
+ v : -0.40619E-01 0.12594E+00
+ w : -0.73269E+00 0.22799E+00
+ =================================
+ Calculate pressures 10041.1301 24.4105 16.4557
+ raw pressures : -0.15159E+01 0.36379E+00
+ Smoothing pressures 10041.3536 24.6339 0.2235
+ do leaf measurements 10041.3546 24.6350 0.0011
+ compute convergence criterion 10041.3969 24.6773 0.0423
+ velocity_diff_norm = 0.0107582 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10041.4017
+ -----------------------------------
+ build system 10041.4061 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10049.3959 7.9942 7.9897
+ =================================
+ wsmp: initialisation time: 0.0492449 s
+ wsmp: ordering time: 4.0912859 s
+ wsmp: symbolic fact. time: 0.7044320 s
+ wsmp: Cholesky fact. time: 11.3758829 s
+ wsmp: Factorisation 14484.2985678 Mflops
+ wsmp: back substitution time: 0.1211782 s
+ wsmp: from b to rhs vector: 0.0073030 s
+ ---------------------------------
+ wsmp: total solve time: 16.3496940 s
+ =================================
+ u : -0.10134E+01 0.21051E+00
+ v : -0.43069E-01 0.12584E+00
+ w : -0.72812E+00 0.22756E+00
+ =================================
+ Calculate pressures 10065.7617 24.3600 16.3658
+ raw pressures : -0.15375E+01 0.36142E+00
+ Smoothing pressures 10065.9854 24.5837 0.2237
+ do leaf measurements 10065.9865 24.5848 0.0011
+ compute convergence criterion 10066.0287 24.6270 0.0422
+ velocity_diff_norm = 0.0080968 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10066.0317 24.6300 0.0030
+Compute isostasy and adjust vertical 10066.0319 24.6302 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -80689410115359.156 90846633713565.766
+ def in m -7.8693094253540039 0.58524990081787109
+ dimensionless def -1.67214257376534594E-6 2.24837412152971524E-5
+ Isostatic velocity range = -0.0165547 0.2238708
+ Compute divergence 10066.2379 24.8362 0.2060
+ wsmp_cleanup 10066.2739 24.8722 0.0360
+ Reset surface geometry 10066.2789 24.8773 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 10066.2874 24.8857 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10066.3050 24.9033 0.0177
+ Advect surface 1 10066.3052 24.9035 0.0001
+ removing 3 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10066.5307 25.1290 0.2255
+ removing 2 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10066.7434 25.3417 0.2127
+ removing 3 particle from surface
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10067.0288 25.6271 0.2854
+ Advect the cloud 10067.1592 25.7575 0.1304
+ Write output 10067.8879 26.4862 0.7287
+ End of time step 10068.7166 27.3150 0.8287
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 62 10068.7168
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10068.7168 0.0001 0.0001
+ surface 01 10068.7169 0.0001 0.0001
+ S. 1: 16905points
+ refine surface 10068.7169 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 10068.7428 0.0261 0.0259
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10068.7653 0.0485 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10068.7897 0.0729 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 16906points
+ surface 02 10068.8082 0.0914 0.0186
+ S. 2: 16906points
+ refine surface 10068.8084 0.0916 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 10068.8388 0.1220 0.0304
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10068.8617 0.1449 0.0229
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10068.8861 0.1693 0.0244
+ S. 2: 0 flips in delaunay2
+ S. 2: 16907points
+ surface 03 10068.9047 0.1879 0.0186
+ S. 3: 16912points
+ refine surface 10068.9048 0.1881 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 10068.9307 0.2139 0.0258
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10068.9575 0.2407 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10068.9819 0.2651 0.0244
+ S. 3: 0 flips in delaunay2
+ S. 3: 16913points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10069.0070
+ -----------------------------------------------------------------------
+ Create octree solve 10069.0072 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10069.0231 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10069.0444 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10069.0452 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10069.0594 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10069.1816 0.1746 0.1222
+ Imbed surface in osolve 10069.3645 0.3575 0.1829
+ embedding surface 1 10069.3647 0.3577 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10071.3140 2.3070 1.9493
+ osolve%nleaves= 59424
+ embedding surface 3 10073.4083 4.4013 2.0943
+ osolve%nleaves= 64128
+ Assessing octree stability 10076.9590 7.9520 3.5507
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10076.9646 7.9576 0.0056
+ Interpolate velo onto osolve 10077.3646 8.3576 0.4000
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10077.4339 8.4269 0.0693
+ Find void 10077.7069 8.6999 0.2730
+ whole leaf in fluid 32992
+ Define boundary conditions 10077.7356 8.7286 0.0288
+ wsmp setup1 10077.7428 8.7358 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10078.7446 9.7376 1.0018
+ -----------------------------------
+ start of non-linear iteratio 1 10078.7902
+ -----------------------------------
+ build system 10078.7904 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 8.37773E+00
+ viscosity capped in 37088
+ wsmp solve 10086.7899 7.9997 7.9995
+ =================================
+ wsmp: initialisation time: 0.0508728 s
+ wsmp: ordering time: 4.1047530 s
+ wsmp: symbolic fact. time: 0.7056510 s
+ wsmp: Cholesky fact. time: 11.3851039 s
+ wsmp: Factorisation 14472.5673766 Mflops
+ wsmp: back substitution time: 0.1204982 s
+ wsmp: from b to rhs vector: 0.0070639 s
+ ---------------------------------
+ wsmp: total solve time: 16.3743320 s
+ =================================
+ u : -0.10306E+01 0.18510E+00
+ v : -0.98429E-01 0.10662E+00
+ w : -0.76217E+00 0.27172E+00
+ =================================
+ Calculate pressures 10103.1802 24.3899 16.3902
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 10103.4032 24.6130 0.2231
+ do leaf measurements 10103.4043 24.6141 0.0011
+ compute convergence criterion 10103.4464 24.6562 0.0421
+ velocity_diff_norm = 0.5890588 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10103.4513
+ -----------------------------------
+ build system 10103.4558 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79685E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10111.4526 8.0014 7.9969
+ =================================
+ wsmp: initialisation time: 0.0479698 s
+ wsmp: ordering time: 4.1005991 s
+ wsmp: symbolic fact. time: 0.7036369 s
+ wsmp: Cholesky fact. time: 11.4063861 s
+ wsmp: Factorisation 14445.5642564 Mflops
+ wsmp: back substitution time: 0.1206000 s
+ wsmp: from b to rhs vector: 0.0070050 s
+ ---------------------------------
+ wsmp: total solve time: 16.3865678 s
+ =================================
+ u : -0.10151E+01 0.13783E+00
+ v : -0.48202E-01 0.10283E+00
+ w : -0.76748E+00 0.22599E+00
+ =================================
+ Calculate pressures 10127.8555 24.4043 16.4029
+ raw pressures : -0.12356E+01 0.18585E+00
+ Smoothing pressures 10128.0786 24.6274 0.2231
+ do leaf measurements 10128.0798 24.6285 0.0011
+ compute convergence criterion 10128.1215 24.6703 0.0418
+ velocity_diff_norm = 0.0716719 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10128.1263
+ -----------------------------------
+ build system 10128.1307 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10136.0692 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0536060 s
+ wsmp: ordering time: 4.1153579 s
+ wsmp: symbolic fact. time: 0.7103159 s
+ wsmp: Cholesky fact. time: 11.4062281 s
+ wsmp: Factorisation 14445.7644481 Mflops
+ wsmp: back substitution time: 0.1212199 s
+ wsmp: from b to rhs vector: 0.0070610 s
+ ---------------------------------
+ wsmp: total solve time: 16.4141741 s
+ =================================
+ u : -0.10155E+01 0.15615E+00
+ v : -0.37772E-01 0.11908E+00
+ w : -0.74667E+00 0.23157E+00
+ =================================
+ Calculate pressures 10152.4996 24.3733 16.4304
+ raw pressures : -0.13727E+01 0.31285E+00
+ Smoothing pressures 10152.7258 24.5995 0.2262
+ do leaf measurements 10152.7269 24.6006 0.0011
+ compute convergence criterion 10152.7687 24.6424 0.0418
+ velocity_diff_norm = 0.0361494 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10152.7735
+ -----------------------------------
+ build system 10152.7780 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10160.7542 7.9807 7.9762
+ =================================
+ wsmp: initialisation time: 0.0520480 s
+ wsmp: ordering time: 4.0864310 s
+ wsmp: symbolic fact. time: 0.7034969 s
+ wsmp: Cholesky fact. time: 11.3918519 s
+ wsmp: Factorisation 14463.9945544 Mflops
+ wsmp: back substitution time: 0.1204360 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.3617671 s
+ =================================
+ u : -0.10146E+01 0.17716E+00
+ v : -0.37677E-01 0.12365E+00
+ w : -0.73740E+00 0.22904E+00
+ =================================
+ Calculate pressures 10177.1321 24.3586 16.3779
+ raw pressures : -0.14721E+01 0.35484E+00
+ Smoothing pressures 10177.3558 24.5823 0.2238
+ do leaf measurements 10177.3570 24.5835 0.0011
+ compute convergence criterion 10177.3989 24.6254 0.0420
+ velocity_diff_norm = 0.0158968 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10177.4038
+ -----------------------------------
+ build system 10177.4082 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10185.3447 7.9409 7.9365
+ =================================
+ wsmp: initialisation time: 0.0503390 s
+ wsmp: ordering time: 4.0795989 s
+ wsmp: symbolic fact. time: 0.7039909 s
+ wsmp: Cholesky fact. time: 11.4711092 s
+ wsmp: Factorisation 14364.0585835 Mflops
+ wsmp: back substitution time: 0.1209610 s
+ wsmp: from b to rhs vector: 0.0070841 s
+ ---------------------------------
+ wsmp: total solve time: 16.4334700 s
+ =================================
+ u : -0.10139E+01 0.19497E+00
+ v : -0.40637E-01 0.12595E+00
+ w : -0.73271E+00 0.22809E+00
+ =================================
+ Calculate pressures 10201.7946 24.3908 16.4500
+ raw pressures : -0.15157E+01 0.36390E+00
+ Smoothing pressures 10202.0184 24.6146 0.2238
+ do leaf measurements 10202.0195 24.6157 0.0011
+ compute convergence criterion 10202.0612 24.6575 0.0417
+ velocity_diff_norm = 0.0107448 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10202.0660
+ -----------------------------------
+ build system 10202.0704 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10210.0400 7.9740 7.9696
+ =================================
+ wsmp: initialisation time: 0.0480521 s
+ wsmp: ordering time: 4.0883169 s
+ wsmp: symbolic fact. time: 0.7040360 s
+ wsmp: Cholesky fact. time: 11.3790960 s
+ wsmp: Factorisation 14480.2085705 Mflops
+ wsmp: back substitution time: 0.1215420 s
+ wsmp: from b to rhs vector: 0.0070841 s
+ ---------------------------------
+ wsmp: total solve time: 16.3485010 s
+ =================================
+ u : -0.10135E+01 0.21056E+00
+ v : -0.43053E-01 0.12595E+00
+ w : -0.72814E+00 0.22780E+00
+ =================================
+ Calculate pressures 10226.4046 24.3386 16.3646
+ raw pressures : -0.15375E+01 0.36170E+00
+ Smoothing pressures 10226.6311 24.5651 0.2264
+ do leaf measurements 10226.6322 24.5662 0.0011
+ compute convergence criterion 10226.6739 24.6079 0.0417
+ velocity_diff_norm = 0.0080932 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10226.6769 24.6109 0.0030
+Compute isostasy and adjust vertical 10226.6770 24.6110 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -81527801887569.5 92406148429244.906
+ def in m -7.8726081848144531 0.58409857749938965
+ dimensionless def -1.66885307856968478E-6 2.24931662423270091E-5
+ Isostatic velocity range = -0.0165104 0.2239956
+ Compute divergence 10226.8806 24.8146 0.2036
+ wsmp_cleanup 10226.9201 24.8541 0.0395
+ Reset surface geometry 10226.9253 24.8594 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 10226.9338 24.8678 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10226.9492 24.8832 0.0154
+ Advect surface 1 10226.9493 24.8834 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10227.1441 25.0781 0.1947
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10227.3615 25.2955 0.2174
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10227.6341 25.5681 0.2726
+ Advect the cloud 10227.7681 25.7021 0.1340
+ Write output 10228.4858 26.4198 0.7177
+ End of time step 10229.3169 27.2509 0.8311
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 63 10229.3170
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10229.3171 0.0001 0.0001
+ surface 01 10229.3171 0.0001 0.0000
+ S. 1: 16906points
+ refine surface 10229.3172 0.0001 0.0000
+ S. 1: 5 added ptcls in refine_surface
+ check delaunay 10229.3457 0.0287 0.0285
+ S. 1: 9 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10229.3723 0.0553 0.0266
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10229.3974 0.0804 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16911points
+ surface 02 10229.4152 0.0981 0.0178
+ S. 2: 16905points
+ refine surface 10229.4153 0.0983 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 10229.4419 0.1249 0.0266
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10229.4684 0.1514 0.0265
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10229.4933 0.1762 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16907points
+ surface 03 10229.5114 0.1944 0.0181
+ S. 3: 16912points
+ refine surface 10229.5115 0.1945 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 10229.5377 0.2206 0.0261
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10229.5640 0.2470 0.0264
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10229.5890 0.2719 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16913points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10229.6134
+ -----------------------------------------------------------------------
+ Create octree solve 10229.6137 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10229.6296 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10229.6509 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10229.6516 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10229.6658 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10229.7880 0.1746 0.1222
+ Imbed surface in osolve 10229.9699 0.3565 0.1819
+ embedding surface 1 10229.9701 0.3566 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10231.9130 2.2996 1.9430
+ osolve%nleaves= 59424
+ embedding surface 3 10234.0055 4.3921 2.0925
+ osolve%nleaves= 64128
+ Assessing octree stability 10237.5394 7.9259 3.5338
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10237.5445 7.9311 0.0051
+ Interpolate velo onto osolve 10237.9507 8.3373 0.4062
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10238.0789 8.4655 0.1282
+ Find void 10238.3488 8.7354 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 10238.3770 8.7636 0.0282
+ wsmp setup1 10238.3844 8.7710 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10239.3879 9.7745 1.0036
+ -----------------------------------
+ start of non-linear iteratio 1 10239.4335
+ -----------------------------------
+ build system 10239.4337 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 8.54208E+00
+ viscosity capped in 37088
+ wsmp solve 10247.4259 7.9923 7.9921
+ =================================
+ wsmp: initialisation time: 0.0535569 s
+ wsmp: ordering time: 4.0896389 s
+ wsmp: symbolic fact. time: 0.7014391 s
+ wsmp: Cholesky fact. time: 11.3820729 s
+ wsmp: Factorisation 14476.4213823 Mflops
+ wsmp: back substitution time: 0.1207900 s
+ wsmp: from b to rhs vector: 0.0072122 s
+ ---------------------------------
+ wsmp: total solve time: 16.3551128 s
+ =================================
+ u : -0.10197E+01 0.18488E+00
+ v : -0.98188E-01 0.10711E+00
+ w : -0.76211E+00 0.26946E+00
+ =================================
+ Calculate pressures 10263.7972 24.3636 16.3713
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 10264.0198 24.5863 0.2226
+ do leaf measurements 10264.0210 24.5874 0.0011
+ compute convergence criterion 10264.0713 24.6377 0.0503
+ velocity_diff_norm = 0.5886732 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10264.0761
+ -----------------------------------
+ build system 10264.0807 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79863E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10272.0834 8.0072 8.0027
+ =================================
+ wsmp: initialisation time: 0.0521221 s
+ wsmp: ordering time: 4.0839250 s
+ wsmp: symbolic fact. time: 0.7022350 s
+ wsmp: Cholesky fact. time: 11.3926280 s
+ wsmp: Factorisation 14463.0092840 Mflops
+ wsmp: back substitution time: 0.1213539 s
+ wsmp: from b to rhs vector: 0.0072379 s
+ ---------------------------------
+ wsmp: total solve time: 16.3598859 s
+ =================================
+ u : -0.10151E+01 0.13754E+00
+ v : -0.48242E-01 0.10295E+00
+ w : -0.76727E+00 0.22571E+00
+ =================================
+ Calculate pressures 10288.4591 24.3830 16.3758
+ raw pressures : -0.12359E+01 0.19124E+00
+ Smoothing pressures 10288.6825 24.6063 0.2233
+ do leaf measurements 10288.6836 24.6074 0.0011
+ compute convergence criterion 10288.7254 24.6493 0.0418
+ velocity_diff_norm = 0.0712810 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10288.7302
+ -----------------------------------
+ build system 10288.7345 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10296.6722 7.9421 7.9377
+ =================================
+ wsmp: initialisation time: 0.0517440 s
+ wsmp: ordering time: 4.1247230 s
+ wsmp: symbolic fact. time: 0.7097440 s
+ wsmp: Cholesky fact. time: 11.4102509 s
+ wsmp: Factorisation 14440.6714004 Mflops
+ wsmp: back substitution time: 0.1215370 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.4254980 s
+ =================================
+ u : -0.10155E+01 0.15590E+00
+ v : -0.37725E-01 0.11922E+00
+ w : -0.74690E+00 0.23137E+00
+ =================================
+ Calculate pressures 10313.1137 24.3836 16.4415
+ raw pressures : -0.13729E+01 0.31309E+00
+ Smoothing pressures 10313.3395 24.6093 0.2258
+ do leaf measurements 10313.3406 24.6105 0.0011
+ compute convergence criterion 10313.3824 24.6523 0.0418
+ velocity_diff_norm = 0.0361696 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10313.3872
+ -----------------------------------
+ build system 10313.3916 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10321.3770 7.9899 7.9854
+ =================================
+ wsmp: initialisation time: 0.0508389 s
+ wsmp: ordering time: 4.0940361 s
+ wsmp: symbolic fact. time: 0.7053721 s
+ wsmp: Cholesky fact. time: 11.3716049 s
+ wsmp: Factorisation 14489.7474932 Mflops
+ wsmp: back substitution time: 0.1206341 s
+ wsmp: from b to rhs vector: 0.0072279 s
+ ---------------------------------
+ wsmp: total solve time: 16.3500969 s
+ =================================
+ u : -0.10146E+01 0.17690E+00
+ v : -0.37653E-01 0.12364E+00
+ w : -0.73750E+00 0.22887E+00
+ =================================
+ Calculate pressures 10337.7434 24.3562 16.3663
+ raw pressures : -0.14718E+01 0.35447E+00
+ Smoothing pressures 10337.9668 24.5796 0.2234
+ do leaf measurements 10337.9679 24.5807 0.0011
+ compute convergence criterion 10338.0101 24.6229 0.0422
+ velocity_diff_norm = 0.0158493 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10338.0150
+ -----------------------------------
+ build system 10338.0195 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10345.9517 7.9367 7.9322
+ =================================
+ wsmp: initialisation time: 0.0494831 s
+ wsmp: ordering time: 4.0845320 s
+ wsmp: symbolic fact. time: 0.7048619 s
+ wsmp: Cholesky fact. time: 11.4452770 s
+ wsmp: Factorisation 14396.4784973 Mflops
+ wsmp: back substitution time: 0.1213801 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.4130969 s
+ =================================
+ u : -0.10141E+01 0.19476E+00
+ v : -0.40590E-01 0.12593E+00
+ w : -0.73272E+00 0.22804E+00
+ =================================
+ Calculate pressures 10362.3809 24.3659 16.4291
+ raw pressures : -0.15154E+01 0.36369E+00
+ Smoothing pressures 10362.6047 24.5898 0.2239
+ do leaf measurements 10362.6058 24.5909 0.0011
+ compute convergence criterion 10362.6476 24.6327 0.0418
+ velocity_diff_norm = 0.0107344 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10362.6524
+ -----------------------------------
+ build system 10362.6569 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10370.6223 7.9699 7.9655
+ =================================
+ wsmp: initialisation time: 0.0508530 s
+ wsmp: ordering time: 4.0912161 s
+ wsmp: symbolic fact. time: 0.7072229 s
+ wsmp: Cholesky fact. time: 11.3696792 s
+ wsmp: Factorisation 14492.2016527 Mflops
+ wsmp: back substitution time: 0.1217752 s
+ wsmp: from b to rhs vector: 0.0071251 s
+ ---------------------------------
+ wsmp: total solve time: 16.3482499 s
+ =================================
+ u : -0.10135E+01 0.21035E+00
+ v : -0.43020E-01 0.12590E+00
+ w : -0.72814E+00 0.22756E+00
+ =================================
+ Calculate pressures 10386.9866 24.3342 16.3643
+ raw pressures : -0.15371E+01 0.36157E+00
+ Smoothing pressures 10387.2123 24.5599 0.2257
+ do leaf measurements 10387.2134 24.5610 0.0011
+ compute convergence criterion 10387.2551 24.6027 0.0418
+ velocity_diff_norm = 0.0080886 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10387.2582 24.6057 0.0030
+Compute isostasy and adjust vertical 10387.2583 24.6059 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -82369508987353.031 93960215742445.609
+ def in m -7.877497673034668 0.58599883317947388
+ dimensionless def -1.67428238051278256E-6 2.25071362086704817E-5
+ Isostatic velocity range = -0.0165555 0.2241712
+ Compute divergence 10387.4546 24.8022 0.1962
+ wsmp_cleanup 10387.5039 24.8515 0.0494
+ Reset surface geometry 10387.5091 24.8567 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 10387.5166 24.8642 0.0075
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10387.5296 24.8772 0.0130
+ Advect surface 1 10387.5298 24.8774 0.0001
+ removing 1 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10387.7339 25.0815 0.2041
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10387.9455 25.2931 0.2115
+ removing 3 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10388.2210 25.5686 0.2755
+ Advect the cloud 10388.3560 25.7036 0.1350
+ Write output 10389.0752 26.4228 0.7192
+ End of time step 10389.9136 27.2612 0.8384
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 64 10389.9138
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10389.9138 0.0001 0.0001
+ surface 01 10389.9139 0.0001 0.0000
+ S. 1: 16910points
+ refine surface 10389.9139 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 10389.9407 0.0270 0.0268
+ S. 1: 4 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10389.9721 0.0583 0.0313
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10389.9963 0.0826 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 16913points
+ surface 02 10390.0153 0.1016 0.0190
+ S. 2: 16905points
+ refine surface 10390.0155 0.1017 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 10390.0409 0.1271 0.0254
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10390.0683 0.1545 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10390.0924 0.1787 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16906points
+ surface 03 10390.1113 0.1976 0.0189
+ S. 3: 16910points
+ refine surface 10390.1114 0.1977 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 10390.1364 0.2227 0.0250
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10390.1642 0.2505 0.0278
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10390.1883 0.2746 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16911points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10390.2137
+ -----------------------------------------------------------------------
+ Create octree solve 10390.2139 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10390.2298 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10390.2514 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10390.2522 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10390.2663 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10390.3886 0.1749 0.1222
+ Imbed surface in osolve 10390.5703 0.3566 0.1817
+ embedding surface 1 10390.5704 0.3568 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10392.5080 2.2943 1.9376
+ osolve%nleaves= 59424
+ embedding surface 3 10394.5990 4.3853 2.0909
+ osolve%nleaves= 64128
+ Assessing octree stability 10398.1358 7.9221 3.5368
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10398.1412 7.9275 0.0055
+ Interpolate velo onto osolve 10398.5397 8.3260 0.3985
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10398.6776 8.4640 0.1379
+ Find void 10398.9455 8.7318 0.2678
+ whole leaf in fluid 32992
+ Define boundary conditions 10398.9739 8.7603 0.0285
+ wsmp setup1 10398.9814 8.7677 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10399.9874 9.7737 1.0059
+ -----------------------------------
+ start of non-linear iteratio 1 10400.0334
+ -----------------------------------
+ build system 10400.0336 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 8.39784E+00
+ viscosity capped in 37088
+ wsmp solve 10408.0336 8.0003 8.0000
+ =================================
+ wsmp: initialisation time: 0.0518131 s
+ wsmp: ordering time: 4.0888939 s
+ wsmp: symbolic fact. time: 0.7036669 s
+ wsmp: Cholesky fact. time: 11.3729219 s
+ wsmp: Factorisation 14488.0695296 Mflops
+ wsmp: back substitution time: 0.1204672 s
+ wsmp: from b to rhs vector: 0.0071669 s
+ ---------------------------------
+ wsmp: total solve time: 16.3453281 s
+ =================================
+ u : -0.10190E+01 0.18524E+00
+ v : -0.98183E-01 0.10703E+00
+ w : -0.76254E+00 0.27055E+00
+ =================================
+ Calculate pressures 10424.3960 24.3626 16.3624
+ raw pressures : -0.35120E+00 0.00000E+00
+ Smoothing pressures 10424.6185 24.5852 0.2226
+ do leaf measurements 10424.6196 24.5863 0.0011
+ compute convergence criterion 10424.6610 24.6277 0.0414
+ velocity_diff_norm = 0.5888739 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10424.6659
+ -----------------------------------
+ build system 10424.6704 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79925E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10432.6751 8.0091 8.0047
+ =================================
+ wsmp: initialisation time: 0.0476892 s
+ wsmp: ordering time: 4.0961959 s
+ wsmp: symbolic fact. time: 0.7050550 s
+ wsmp: Cholesky fact. time: 11.3991358 s
+ wsmp: Factorisation 14454.7522164 Mflops
+ wsmp: back substitution time: 0.1207800 s
+ wsmp: from b to rhs vector: 0.0070701 s
+ ---------------------------------
+ wsmp: total solve time: 16.3763070 s
+ =================================
+ u : -0.10150E+01 0.13792E+00
+ v : -0.48176E-01 0.10271E+00
+ w : -0.76764E+00 0.22597E+00
+ =================================
+ Calculate pressures 10449.0672 24.4013 16.3922
+ raw pressures : -0.12367E+01 0.19255E+00
+ Smoothing pressures 10449.2908 24.6249 0.2235
+ do leaf measurements 10449.2919 24.6259 0.0011
+ compute convergence criterion 10449.3329 24.6670 0.0410
+ velocity_diff_norm = 0.0713570 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10449.3376
+ -----------------------------------
+ build system 10449.3420 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10457.2755 7.9379 7.9336
+ =================================
+ wsmp: initialisation time: 0.0479910 s
+ wsmp: ordering time: 4.1116080 s
+ wsmp: symbolic fact. time: 0.7076609 s
+ wsmp: Cholesky fact. time: 11.4117680 s
+ wsmp: Factorisation 14438.7516867 Mflops
+ wsmp: back substitution time: 0.1213939 s
+ wsmp: from b to rhs vector: 0.0168159 s
+ ---------------------------------
+ wsmp: total solve time: 16.4176111 s
+ =================================
+ u : -0.10156E+01 0.15613E+00
+ v : -0.37620E-01 0.11897E+00
+ w : -0.74702E+00 0.23169E+00
+ =================================
+ Calculate pressures 10473.7096 24.3720 16.4341
+ raw pressures : -0.13738E+01 0.31387E+00
+ Smoothing pressures 10473.9351 24.5975 0.2255
+ do leaf measurements 10473.9362 24.5986 0.0011
+ compute convergence criterion 10473.9772 24.6396 0.0410
+ velocity_diff_norm = 0.0360656 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10473.9820
+ -----------------------------------
+ build system 10473.9864 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10481.9731 7.9911 7.9867
+ =================================
+ wsmp: initialisation time: 0.0489860 s
+ wsmp: ordering time: 4.0835040 s
+ wsmp: symbolic fact. time: 0.7016699 s
+ wsmp: Cholesky fact. time: 11.3883300 s
+ wsmp: Factorisation 14468.4676440 Mflops
+ wsmp: back substitution time: 0.1206460 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3506730 s
+ =================================
+ u : -0.10147E+01 0.17712E+00
+ v : -0.37584E-01 0.12349E+00
+ w : -0.73762E+00 0.22905E+00
+ =================================
+ Calculate pressures 10498.3393 24.3573 16.3662
+ raw pressures : -0.14726E+01 0.35525E+00
+ Smoothing pressures 10498.5630 24.5810 0.2237
+ do leaf measurements 10498.5641 24.5821 0.0011
+ compute convergence criterion 10498.6055 24.6235 0.0414
+ velocity_diff_norm = 0.0159574 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10498.6103
+ -----------------------------------
+ build system 10498.6148 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10506.5531 7.9428 7.9384
+ =================================
+ wsmp: initialisation time: 0.0505719 s
+ wsmp: ordering time: 4.0849051 s
+ wsmp: symbolic fact. time: 0.7031112 s
+ wsmp: Cholesky fact. time: 11.4344499 s
+ wsmp: Factorisation 14410.1102507 Mflops
+ wsmp: back substitution time: 0.1206381 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.4011929 s
+ =================================
+ u : -0.10140E+01 0.19495E+00
+ v : -0.40562E-01 0.12583E+00
+ w : -0.73284E+00 0.22805E+00
+ =================================
+ Calculate pressures 10522.9709 24.3606 16.4177
+ raw pressures : -0.15164E+01 0.36457E+00
+ Smoothing pressures 10523.1943 24.5839 0.2234
+ do leaf measurements 10523.1953 24.5850 0.0011
+ compute convergence criterion 10523.2364 24.6261 0.0410
+ velocity_diff_norm = 0.0107292 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10523.2412
+ -----------------------------------
+ build system 10523.2456 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10531.2148 7.9736 7.9692
+ =================================
+ wsmp: initialisation time: 0.0481498 s
+ wsmp: ordering time: 4.0811050 s
+ wsmp: symbolic fact. time: 0.7070341 s
+ wsmp: Cholesky fact. time: 11.3683069 s
+ wsmp: Factorisation 14493.9510943 Mflops
+ wsmp: back substitution time: 0.1216588 s
+ wsmp: from b to rhs vector: 0.0072021 s
+ ---------------------------------
+ wsmp: total solve time: 16.3338180 s
+ =================================
+ u : -0.10135E+01 0.21053E+00
+ v : -0.43009E-01 0.12580E+00
+ w : -0.72825E+00 0.22760E+00
+ =================================
+ Calculate pressures 10547.5646 24.3234 16.3498
+ raw pressures : -0.15380E+01 0.36218E+00
+ Smoothing pressures 10547.7903 24.5491 0.2257
+ do leaf measurements 10547.7914 24.5502 0.0011
+ compute convergence criterion 10547.8324 24.5911 0.0409
+ velocity_diff_norm = 0.0080946 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10547.8354 24.5942 0.0031
+Compute isostasy and adjust vertical 10547.8356 24.5944 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -83194842948435.609 95515740422804.547
+ def in m -7.8802642822265625 0.5854378342628479
+ dimensionless def -1.67267952646527959E-6 2.25150408063616064E-5
+ Isostatic velocity range = -0.0165337 0.2242813
+ Compute divergence 10548.0337 24.7925 0.1981
+ wsmp_cleanup 10548.0762 24.8350 0.0425
+ Reset surface geometry 10548.0814 24.8402 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 10548.0897 24.8485 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10548.1036 24.8624 0.0139
+ Advect surface 1 10548.1037 24.8625 0.0001
+ removing 1 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10548.3121 25.0709 0.2083
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10548.5162 25.2750 0.2041
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10548.7689 25.5277 0.2528
+ Advect the cloud 10548.9040 25.6628 0.1351
+ Write output 10549.6325 26.3913 0.7285
+ End of time step 10550.4809 27.2397 0.8483
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 65 10550.4810
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10550.4811 0.0001 0.0001
+ surface 01 10550.4811 0.0001 0.0000
+ S. 1: 16912points
+ refine surface 10550.4812 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 10550.5081 0.0271 0.0269
+ S. 1: 6 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10550.5351 0.0541 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10550.5596 0.0785 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 16915points
+ surface 02 10550.5781 0.0971 0.0186
+ S. 2: 16905points
+ refine surface 10550.5783 0.0973 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 10550.6034 0.1224 0.0251
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10550.6264 0.1454 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10550.6506 0.1696 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16906points
+ surface 03 10550.6695 0.1885 0.0188
+ S. 3: 16911points
+ refine surface 10550.6696 0.1886 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 10550.6949 0.2139 0.0253
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10550.7179 0.2369 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10550.7420 0.2610 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16912points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10550.7675
+ -----------------------------------------------------------------------
+ Create octree solve 10550.7677 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10550.7836 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10550.8048 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10550.8056 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10550.8197 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10550.9419 0.1744 0.1222
+ Imbed surface in osolve 10551.1237 0.3562 0.1818
+ embedding surface 1 10551.1238 0.3564 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10553.0730 2.3055 1.9492
+ osolve%nleaves= 59424
+ embedding surface 3 10555.1639 4.3964 2.0909
+ osolve%nleaves= 64128
+ Assessing octree stability 10558.6839 7.9164 3.5200
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10558.6894 7.9219 0.0055
+ Interpolate velo onto osolve 10559.0844 8.3170 0.3951
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10559.1772 8.4098 0.0928
+ Find void 10559.4485 8.6811 0.2713
+ whole leaf in fluid 32992
+ Define boundary conditions 10559.4767 8.7092 0.0282
+ wsmp setup1 10559.4837 8.7163 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10560.4858 9.7183 1.0020
+ -----------------------------------
+ start of non-linear iteratio 1 10560.5308
+ -----------------------------------
+ build system 10560.5310 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 8.05990E+00
+ viscosity capped in 37088
+ wsmp solve 10568.5191 7.9883 7.9881
+ =================================
+ wsmp: initialisation time: 0.0513351 s
+ wsmp: ordering time: 4.0823121 s
+ wsmp: symbolic fact. time: 0.7018139 s
+ wsmp: Cholesky fact. time: 11.3945720 s
+ wsmp: Factorisation 14460.5417028 Mflops
+ wsmp: back substitution time: 0.1208291 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.3582909 s
+ =================================
+ u : -0.10189E+01 0.18543E+00
+ v : -0.99116E-01 0.10810E+00
+ w : -0.76272E+00 0.27052E+00
+ =================================
+ Calculate pressures 10584.8937 24.3629 16.3746
+ raw pressures : -0.35110E+00 0.00000E+00
+ Smoothing pressures 10585.1165 24.5856 0.2227
+ do leaf measurements 10585.1176 24.5867 0.0011
+ compute convergence criterion 10585.1587 24.6278 0.0411
+ velocity_diff_norm = 0.5886721 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10585.1635
+ -----------------------------------
+ build system 10585.1678 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77783E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10593.1804 8.0170 8.0126
+ =================================
+ wsmp: initialisation time: 0.0495131 s
+ wsmp: ordering time: 4.0936768 s
+ wsmp: symbolic fact. time: 0.7050691 s
+ wsmp: Cholesky fact. time: 11.3852911 s
+ wsmp: Factorisation 14472.3294674 Mflops
+ wsmp: back substitution time: 0.1208899 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3619261 s
+ =================================
+ u : -0.10151E+01 0.13792E+00
+ v : -0.48937E-01 0.10261E+00
+ w : -0.76755E+00 0.22832E+00
+ =================================
+ Calculate pressures 10609.5587 24.3952 16.3783
+ raw pressures : -0.12362E+01 0.20105E+00
+ Smoothing pressures 10609.7817 24.6182 0.2229
+ do leaf measurements 10609.7828 24.6193 0.0011
+ compute convergence criterion 10609.8238 24.6604 0.0411
+ velocity_diff_norm = 0.0711160 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10609.8286
+ -----------------------------------
+ build system 10609.8330 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10617.7717 7.9431 7.9388
+ =================================
+ wsmp: initialisation time: 0.0488811 s
+ wsmp: ordering time: 4.1151390 s
+ wsmp: symbolic fact. time: 0.7102289 s
+ wsmp: Cholesky fact. time: 11.4186001 s
+ wsmp: Factorisation 14430.1125082 Mflops
+ wsmp: back substitution time: 0.1213911 s
+ wsmp: from b to rhs vector: 0.0071461 s
+ ---------------------------------
+ wsmp: total solve time: 16.4217448 s
+ =================================
+ u : -0.10155E+01 0.15607E+00
+ v : -0.37828E-01 0.11878E+00
+ w : -0.74722E+00 0.23253E+00
+ =================================
+ Calculate pressures 10634.2091 24.3805 16.4374
+ raw pressures : -0.13732E+01 0.31367E+00
+ Smoothing pressures 10634.4355 24.6069 0.2264
+ do leaf measurements 10634.4367 24.6080 0.0011
+ compute convergence criterion 10634.4778 24.6492 0.0411
+ velocity_diff_norm = 0.0361543 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10634.4826
+ -----------------------------------
+ build system 10634.4870 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10642.4762 7.9936 7.9892
+ =================================
+ wsmp: initialisation time: 0.0497231 s
+ wsmp: ordering time: 4.0914981 s
+ wsmp: symbolic fact. time: 0.7033591 s
+ wsmp: Cholesky fact. time: 11.3708520 s
+ wsmp: Factorisation 14490.7069381 Mflops
+ wsmp: back substitution time: 0.1206410 s
+ wsmp: from b to rhs vector: 0.0071580 s
+ ---------------------------------
+ wsmp: total solve time: 16.3435850 s
+ =================================
+ u : -0.10146E+01 0.17701E+00
+ v : -0.37757E-01 0.12331E+00
+ w : -0.73775E+00 0.22954E+00
+ =================================
+ Calculate pressures 10658.8363 24.3537 16.3601
+ raw pressures : -0.14721E+01 0.35513E+00
+ Smoothing pressures 10659.0592 24.5766 0.2229
+ do leaf measurements 10659.0603 24.5777 0.0011
+ compute convergence criterion 10659.1016 24.6190 0.0413
+ velocity_diff_norm = 0.0158638 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10659.1065
+ -----------------------------------
+ build system 10659.1109 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10667.0576 7.9511 7.9467
+ =================================
+ wsmp: initialisation time: 0.0504398 s
+ wsmp: ordering time: 4.0815110 s
+ wsmp: symbolic fact. time: 0.7062809 s
+ wsmp: Cholesky fact. time: 11.4387259 s
+ wsmp: Factorisation 14404.7234473 Mflops
+ wsmp: back substitution time: 0.1211212 s
+ wsmp: from b to rhs vector: 0.0070682 s
+ ---------------------------------
+ wsmp: total solve time: 16.4054830 s
+ =================================
+ u : -0.10140E+01 0.19484E+00
+ v : -0.40360E-01 0.12567E+00
+ w : -0.73293E+00 0.22838E+00
+ =================================
+ Calculate pressures 10683.4799 24.3734 16.4223
+ raw pressures : -0.15159E+01 0.36436E+00
+ Smoothing pressures 10683.7034 24.5969 0.2235
+ do leaf measurements 10683.7045 24.5980 0.0011
+ compute convergence criterion 10683.7456 24.6392 0.0412
+ velocity_diff_norm = 0.0107316 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10683.7504
+ -----------------------------------
+ build system 10683.7548 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10691.7009 7.9505 7.9461
+ =================================
+ wsmp: initialisation time: 0.0501640 s
+ wsmp: ordering time: 4.0892382 s
+ wsmp: symbolic fact. time: 0.7073112 s
+ wsmp: Cholesky fact. time: 11.3648171 s
+ wsmp: Factorisation 14498.4016733 Mflops
+ wsmp: back substitution time: 0.1217229 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.3407891 s
+ =================================
+ u : -0.10135E+01 0.21045E+00
+ v : -0.42873E-01 0.12570E+00
+ w : -0.72832E+00 0.22781E+00
+ =================================
+ Calculate pressures 10708.0579 24.3075 16.3570
+ raw pressures : -0.15376E+01 0.36204E+00
+ Smoothing pressures 10708.2836 24.5331 0.2257
+ do leaf measurements 10708.2847 24.5343 0.0011
+ compute convergence criterion 10708.3257 24.5753 0.0410
+ velocity_diff_norm = 0.0080974 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10708.3288 24.5783 0.0030
+Compute isostasy and adjust vertical 10708.3289 24.5785 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -84015343033539.406 97067319780811.063
+ def in m -7.8825254440307617 0.58406025171279907
+ dimensionless def -1.66874357632228301E-6 2.25215012686593188E-5
+ Isostatic velocity range = -0.0164909 0.2243762
+ Compute divergence 10708.5254 24.7750 0.1965
+ wsmp_cleanup 10708.5640 24.8135 0.0386
+ Reset surface geometry 10708.5689 24.8185 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 10708.5773 24.8268 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10708.5943 24.8439 0.0170
+ Advect surface 1 10708.5944 24.8440 0.0001
+ removing 2 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10708.8005 25.0501 0.2061
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10708.9971 25.2467 0.1966
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10709.2571 25.5067 0.2600
+ Advect the cloud 10709.3911 25.6406 0.1339
+ Write output 10710.1253 26.3748 0.7342
+ End of time step 10710.9645 27.2141 0.8392
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 66 10710.9646
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10710.9647 0.0001 0.0001
+ surface 01 10710.9647 0.0001 0.0000
+ S. 1: 16913points
+ refine surface 10710.9648 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 10710.9909 0.0263 0.0261
+ S. 1: 4 flips in delaunay2
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10711.0179 0.0532 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10711.0421 0.0775 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16915points
+ surface 02 10711.0610 0.0963 0.0189
+ S. 2: 16906points
+ refine surface 10711.0611 0.0965 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 10711.0864 0.1217 0.0253
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10711.1092 0.1445 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10711.1335 0.1688 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16907points
+ surface 03 10711.1522 0.1875 0.0187
+ S. 3: 16911points
+ refine surface 10711.1523 0.1877 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 10711.1784 0.2137 0.0261
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10711.2011 0.2364 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10711.2253 0.2607 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16913points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10711.2505
+ -----------------------------------------------------------------------
+ Create octree solve 10711.2507 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10711.2666 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10711.2884 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10711.2892 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10711.3033 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10711.4255 0.1750 0.1222
+ Imbed surface in osolve 10711.6065 0.3560 0.1809
+ embedding surface 1 10711.6066 0.3561 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10713.5584 2.3079 1.9518
+ osolve%nleaves= 59424
+ embedding surface 3 10715.6389 4.3884 2.0805
+ osolve%nleaves= 64128
+ Assessing octree stability 10719.1579 7.9074 3.5189
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10719.1625 7.9120 0.0047
+ Interpolate velo onto osolve 10719.5598 8.3093 0.3973
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10719.7154 8.4649 0.1556
+ Find void 10719.9823 8.7318 0.2669
+ whole leaf in fluid 32992
+ Define boundary conditions 10720.0102 8.7597 0.0279
+ wsmp setup1 10720.0171 8.7666 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10721.0226 9.7721 1.0055
+ -----------------------------------
+ start of non-linear iteratio 1 10721.0676
+ -----------------------------------
+ build system 10721.0678 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 7.75340E+00
+ viscosity capped in 37088
+ wsmp solve 10729.0428 7.9753 7.9751
+ =================================
+ wsmp: initialisation time: 0.0526731 s
+ wsmp: ordering time: 4.0934861 s
+ wsmp: symbolic fact. time: 0.7016659 s
+ wsmp: Cholesky fact. time: 11.3833840 s
+ wsmp: Factorisation 14474.7540827 Mflops
+ wsmp: back substitution time: 0.1208119 s
+ wsmp: from b to rhs vector: 0.0071359 s
+ ---------------------------------
+ wsmp: total solve time: 16.3595312 s
+ =================================
+ u : -0.10189E+01 0.18478E+00
+ v : -0.98164E-01 0.10736E+00
+ w : -0.76240E+00 0.26823E+00
+ =================================
+ Calculate pressures 10745.4187 24.3511 16.3758
+ raw pressures : -0.35107E+00 0.00000E+00
+ Smoothing pressures 10745.6421 24.5745 0.2234
+ do leaf measurements 10745.6432 24.5756 0.0011
+ compute convergence criterion 10745.6843 24.6168 0.0412
+ velocity_diff_norm = 0.5883744 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10745.6891
+ -----------------------------------
+ build system 10745.6934 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79352E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10753.7122 8.0232 8.0188
+ =================================
+ wsmp: initialisation time: 0.0512350 s
+ wsmp: ordering time: 4.0968051 s
+ wsmp: symbolic fact. time: 0.7062659 s
+ wsmp: Cholesky fact. time: 11.3923771 s
+ wsmp: Factorisation 14463.3277039 Mflops
+ wsmp: back substitution time: 0.1212900 s
+ wsmp: from b to rhs vector: 0.0071349 s
+ ---------------------------------
+ wsmp: total solve time: 16.3754570 s
+ =================================
+ u : -0.10149E+01 0.13749E+00
+ v : -0.48122E-01 0.10307E+00
+ w : -0.76735E+00 0.22676E+00
+ =================================
+ Calculate pressures 10770.1038 24.4148 16.3916
+ raw pressures : -0.12355E+01 0.18044E+00
+ Smoothing pressures 10770.3271 24.6381 0.2233
+ do leaf measurements 10770.3283 24.6392 0.0011
+ compute convergence criterion 10770.3694 24.6803 0.0411
+ velocity_diff_norm = 0.0710169 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10770.3741
+ -----------------------------------
+ build system 10770.3784 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10778.3162 7.9421 7.9378
+ =================================
+ wsmp: initialisation time: 0.0509291 s
+ wsmp: ordering time: 4.1185420 s
+ wsmp: symbolic fact. time: 0.7130511 s
+ wsmp: Cholesky fact. time: 11.4331660 s
+ wsmp: Factorisation 14411.7284298 Mflops
+ wsmp: back substitution time: 0.1217949 s
+ wsmp: from b to rhs vector: 0.0071268 s
+ ---------------------------------
+ wsmp: total solve time: 16.4449680 s
+ =================================
+ u : -0.10155E+01 0.15582E+00
+ v : -0.38207E-01 0.11910E+00
+ w : -0.74682E+00 0.23171E+00
+ =================================
+ Calculate pressures 10794.7780 24.4040 16.4618
+ raw pressures : -0.13721E+01 0.31242E+00
+ Smoothing pressures 10795.0020 24.6280 0.2240
+ do leaf measurements 10795.0031 24.6291 0.0011
+ compute convergence criterion 10795.0442 24.6702 0.0411
+ velocity_diff_norm = 0.0361156 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10795.0490
+ -----------------------------------
+ build system 10795.0534 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10803.0487 7.9997 7.9954
+ =================================
+ wsmp: initialisation time: 0.0501049 s
+ wsmp: ordering time: 4.0912030 s
+ wsmp: symbolic fact. time: 0.7033401 s
+ wsmp: Cholesky fact. time: 11.3820260 s
+ wsmp: Factorisation 14476.4811200 Mflops
+ wsmp: back substitution time: 0.1207399 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.3549359 s
+ =================================
+ u : -0.10146E+01 0.17687E+00
+ v : -0.38027E-01 0.12358E+00
+ w : -0.73742E+00 0.22899E+00
+ =================================
+ Calculate pressures 10819.4192 24.3702 16.3705
+ raw pressures : -0.14712E+01 0.35402E+00
+ Smoothing pressures 10819.6431 24.5941 0.2239
+ do leaf measurements 10819.6443 24.5953 0.0012
+ compute convergence criterion 10819.6856 24.6366 0.0413
+ velocity_diff_norm = 0.0159370 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10819.6904
+ -----------------------------------
+ build system 10819.6948 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10827.6496 7.9592 7.9548
+ =================================
+ wsmp: initialisation time: 0.0493631 s
+ wsmp: ordering time: 4.0949759 s
+ wsmp: symbolic fact. time: 0.7064250 s
+ wsmp: Cholesky fact. time: 11.4283371 s
+ wsmp: Factorisation 14417.8179620 Mflops
+ wsmp: back substitution time: 0.1210899 s
+ wsmp: from b to rhs vector: 0.0070920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4076321 s
+ =================================
+ u : -0.10140E+01 0.19472E+00
+ v : -0.40463E-01 0.12596E+00
+ w : -0.73266E+00 0.22805E+00
+ =================================
+ Calculate pressures 10844.0738 24.3834 16.4242
+ raw pressures : -0.15151E+01 0.36341E+00
+ Smoothing pressures 10844.2973 24.6069 0.2235
+ do leaf measurements 10844.2984 24.6080 0.0011
+ compute convergence criterion 10844.3394 24.6490 0.0410
+ velocity_diff_norm = 0.0107542 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 10844.3442
+ -----------------------------------
+ build system 10844.3486 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10852.2911 7.9469 7.9426
+ =================================
+ wsmp: initialisation time: 0.0496669 s
+ wsmp: ordering time: 4.0823500 s
+ wsmp: symbolic fact. time: 0.7135561 s
+ wsmp: Cholesky fact. time: 11.3798351 s
+ wsmp: Factorisation 14479.2681098 Mflops
+ wsmp: back substitution time: 0.1212931 s
+ wsmp: from b to rhs vector: 0.0071390 s
+ ---------------------------------
+ wsmp: total solve time: 16.3542099 s
+ =================================
+ u : -0.10135E+01 0.21029E+00
+ v : -0.42937E-01 0.12590E+00
+ w : -0.72810E+00 0.22754E+00
+ =================================
+ Calculate pressures 10868.6608 24.3166 16.3697
+ raw pressures : -0.15367E+01 0.36119E+00
+ Smoothing pressures 10868.8868 24.5426 0.2259
+ do leaf measurements 10868.8879 24.5437 0.0011
+ compute convergence criterion 10868.9289 24.5847 0.0410
+ velocity_diff_norm = 0.0080885 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 10868.9320 24.5878 0.0030
+Compute isostasy and adjust vertical 10868.9321 24.5879 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -84836482755504.813 98611366943243.031
+ def in m -7.8879108428955078 0.58597946166992187
+ dimensionless def -1.67422703334263384E-6 2.25368881225585946E-5
+ Isostatic velocity range = -0.0165389 0.2245636
+ Compute divergence 10869.1284 24.7842 0.1963
+ wsmp_cleanup 10869.1680 24.8238 0.0396
+ Reset surface geometry 10869.1728 24.8286 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 10869.1813 24.8371 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 10869.1976 24.8534 0.0163
+ Advect surface 1 10869.1978 24.8536 0.0001
+ removing 1 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 10869.4005 25.0563 0.2027
+ removing 4 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 10869.6301 25.2859 0.2296
+ removing 1 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 10869.8869 25.5428 0.2569
+ Advect the cloud 10870.0219 25.6777 0.1349
+ Write output 10870.7566 26.4124 0.7347
+ End of time step 10871.5925 27.2483 0.8359
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 67 10871.5926
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 10871.5927 0.0001 0.0001
+ surface 01 10871.5927 0.0001 0.0000
+ S. 1: 16914points
+ refine surface 10871.5928 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 10871.6183 0.0257 0.0255
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 10871.6412 0.0486 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 10871.6654 0.0727 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16915points
+ surface 02 10871.6844 0.0917 0.0190
+ S. 2: 16903points
+ refine surface 10871.6845 0.0919 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 10871.7127 0.1200 0.0282
+ S. 2: 10 flips in delaunay2
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 10871.7393 0.1467 0.0266
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 10871.7638 0.1711 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16908points
+ surface 03 10871.7823 0.1897 0.0186
+ S. 3: 16912points
+ refine surface 10871.7825 0.1898 0.0001
+ S. 3: 5 added ptcls in refine_surface
+ check delaunay 10871.8101 0.2174 0.0276
+ S. 3: 9 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 10871.8371 0.2445 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 10871.8611 0.2684 0.0239
+ S. 3: 0 flips in delaunay2
+ S. 3: 16917points
+ -----------------------------------------------------------------------
+ Start of iteration 1 10871.8864
+ -----------------------------------------------------------------------
+ Create octree solve 10871.8866 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 10871.9025 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 10871.9240 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 10871.9248 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 10871.9389 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 10872.0610 0.1746 0.1221
+ Imbed surface in osolve 10872.2403 0.3539 0.1793
+ embedding surface 1 10872.2405 0.3541 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 10874.1978 2.3114 1.9573
+ osolve%nleaves= 59424
+ embedding surface 3 10876.2508 4.3645 2.0530
+ osolve%nleaves= 64128
+ Assessing octree stability 10879.7779 7.8916 3.5271
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 10879.7826 7.8963 0.0047
+ Interpolate velo onto osolve 10880.1514 8.2650 0.3688
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 10880.3309 8.4445 0.1795
+ Find void 10880.6013 8.7150 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 10880.6295 8.7432 0.0282
+ wsmp setup1 10880.6367 8.7503 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 10881.6404 9.7540 1.0037
+ -----------------------------------
+ start of non-linear iteratio 1 10881.6859
+ -----------------------------------
+ build system 10881.6861 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38943E-05 7.94326E+00
+ viscosity capped in 37088
+ wsmp solve 10889.6513 7.9654 7.9652
+ =================================
+ wsmp: initialisation time: 0.0527809 s
+ wsmp: ordering time: 4.0922241 s
+ wsmp: symbolic fact. time: 0.7020049 s
+ wsmp: Cholesky fact. time: 11.3751121 s
+ wsmp: Factorisation 14485.2800617 Mflops
+ wsmp: back substitution time: 0.1213169 s
+ wsmp: from b to rhs vector: 0.0070550 s
+ ---------------------------------
+ wsmp: total solve time: 16.3508930 s
+ =================================
+ u : -0.10212E+01 0.18512E+00
+ v : -0.98621E-01 0.10771E+00
+ w : -0.76227E+00 0.27062E+00
+ =================================
+ Calculate pressures 10906.0184 24.3325 16.3671
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 10906.2433 24.5574 0.2249
+ do leaf measurements 10906.2444 24.5585 0.0011
+ compute convergence criterion 10906.2856 24.5996 0.0411
+ velocity_diff_norm = 0.5888751 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 10906.2905
+ -----------------------------------
+ build system 10906.2951 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78691E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10914.4345 8.1440 8.1394
+ =================================
+ wsmp: initialisation time: 0.0488830 s
+ wsmp: ordering time: 4.1104369 s
+ wsmp: symbolic fact. time: 0.7055941 s
+ wsmp: Cholesky fact. time: 11.3914199 s
+ wsmp: Factorisation 14464.5430949 Mflops
+ wsmp: back substitution time: 0.1206751 s
+ wsmp: from b to rhs vector: 0.0071220 s
+ ---------------------------------
+ wsmp: total solve time: 16.3845208 s
+ =================================
+ u : -0.10149E+01 0.13769E+00
+ v : -0.48518E-01 0.10234E+00
+ w : -0.76729E+00 0.22729E+00
+ =================================
+ Calculate pressures 10930.8355 24.5450 16.4010
+ raw pressures : -0.12360E+01 0.19700E+00
+ Smoothing pressures 10931.0588 24.7683 0.2233
+ do leaf measurements 10931.0599 24.7694 0.0011
+ compute convergence criterion 10931.1012 24.8108 0.0414
+ velocity_diff_norm = 0.0712806 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 10931.1061
+ -----------------------------------
+ build system 10931.1107 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10939.0483 7.9422 7.9377
+ =================================
+ wsmp: initialisation time: 0.0499129 s
+ wsmp: ordering time: 4.1178050 s
+ wsmp: symbolic fact. time: 0.7104101 s
+ wsmp: Cholesky fact. time: 11.4688661 s
+ wsmp: Factorisation 14366.8678575 Mflops
+ wsmp: back substitution time: 0.1211600 s
+ wsmp: from b to rhs vector: 0.0070100 s
+ ---------------------------------
+ wsmp: total solve time: 16.4755409 s
+ =================================
+ u : -0.10154E+01 0.15592E+00
+ v : -0.38031E-01 0.11872E+00
+ w : -0.74709E+00 0.23233E+00
+ =================================
+ Calculate pressures 10955.5400 24.4339 16.4916
+ raw pressures : -0.13727E+01 0.31328E+00
+ Smoothing pressures 10955.7668 24.6607 0.2268
+ do leaf measurements 10955.7679 24.6618 0.0011
+ compute convergence criterion 10955.8090 24.7029 0.0411
+ velocity_diff_norm = 0.0360916 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 10955.8139
+ -----------------------------------
+ build system 10955.8185 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10963.8190 8.0052 8.0005
+ =================================
+ wsmp: initialisation time: 0.0481601 s
+ wsmp: ordering time: 4.0959671 s
+ wsmp: symbolic fact. time: 0.7075210 s
+ wsmp: Cholesky fact. time: 11.3831799 s
+ wsmp: Factorisation 14475.0135971 Mflops
+ wsmp: back substitution time: 0.1206770 s
+ wsmp: from b to rhs vector: 0.0071001 s
+ ---------------------------------
+ wsmp: total solve time: 16.3629870 s
+ =================================
+ u : -0.10146E+01 0.17688E+00
+ v : -0.37864E-01 0.12324E+00
+ w : -0.73760E+00 0.22934E+00
+ =================================
+ Calculate pressures 10980.1984 24.3845 16.3794
+ raw pressures : -0.14713E+01 0.35441E+00
+ Smoothing pressures 10980.4208 24.6069 0.2224
+ do leaf measurements 10980.4220 24.6081 0.0011
+ compute convergence criterion 10980.4635 24.6496 0.0415
+ velocity_diff_norm = 0.0159667 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 10980.4684
+ -----------------------------------
+ build system 10980.4731 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 10988.4352 7.9668 7.9621
+ =================================
+ wsmp: initialisation time: 0.0497811 s
+ wsmp: ordering time: 4.0989242 s
+ wsmp: symbolic fact. time: 0.7040589 s
+ wsmp: Cholesky fact. time: 11.4379728 s
+ wsmp: Factorisation 14405.6719653 Mflops
+ wsmp: back substitution time: 0.1208110 s
+ wsmp: from b to rhs vector: 0.0071580 s
+ ---------------------------------
+ wsmp: total solve time: 16.4190798 s
+ =================================
+ u : -0.10140E+01 0.19474E+00
+ v : -0.40407E-01 0.12562E+00
+ w : -0.73276E+00 0.22819E+00
+ =================================
+ Calculate pressures 11004.8702 24.4018 16.4350
+ raw pressures : -0.15153E+01 0.36393E+00
+ Smoothing pressures 11005.0944 24.6260 0.2242
+ do leaf measurements 11005.0955 24.6271 0.0011
+ compute convergence criterion 11005.1367 24.6683 0.0412
+ velocity_diff_norm = 0.0107505 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11005.1416
+ -----------------------------------
+ build system 11005.1462 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11013.0816 7.9400 7.9355
+ =================================
+ wsmp: initialisation time: 0.0508649 s
+ wsmp: ordering time: 4.1034222 s
+ wsmp: symbolic fact. time: 0.7105758 s
+ wsmp: Cholesky fact. time: 11.3728068 s
+ wsmp: Factorisation 14488.2162296 Mflops
+ wsmp: back substitution time: 0.1211591 s
+ wsmp: from b to rhs vector: 0.0071008 s
+ ---------------------------------
+ wsmp: total solve time: 16.3663321 s
+ =================================
+ u : -0.10135E+01 0.21032E+00
+ v : -0.42910E-01 0.12562E+00
+ w : -0.72818E+00 0.22764E+00
+ =================================
+ Calculate pressures 11029.4646 24.3230 16.3830
+ raw pressures : -0.15369E+01 0.36153E+00
+ Smoothing pressures 11029.6896 24.5480 0.2250
+ do leaf measurements 11029.6907 24.5491 0.0011
+ compute convergence criterion 11029.7318 24.5902 0.0411
+ velocity_diff_norm = 0.0080894 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11029.7350 24.5935 0.0033
+Compute isostasy and adjust vertical 11029.7352 24.5936 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -85640402543956.813 100159432986673.89
+ def in m -7.8911476135253906 0.58712399005889893
+ dimensionless def -1.67749711445399689E-6 2.25461360386439734E-5
+ Isostatic velocity range = -0.0165637 0.2246865
+ Compute divergence 11029.9312 24.7896 0.1960
+ wsmp_cleanup 11029.9778 24.8362 0.0466
+ Reset surface geometry 11029.9827 24.8412 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 11029.9907 24.8491 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11030.0044 24.8628 0.0137
+ Advect surface 1 11030.0046 24.8630 0.0001
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11030.2129 25.0713 0.2083
+ removing 1 particle from surface
+ S. 2: 18 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11030.4178 25.2762 0.2049
+ removing 3 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11030.6986 25.5570 0.2808
+ Advect the cloud 11030.8324 25.6908 0.1338
+ Write output 11031.5662 26.4246 0.7338
+ End of time step 11032.4422 27.3006 0.8760
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 68 11032.4423
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11032.4424 0.0001 0.0001
+ surface 01 11032.4424 0.0001 0.0000
+ S. 1: 16914points
+ refine surface 11032.4425 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 11032.4680 0.0257 0.0255
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11032.4908 0.0485 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11032.5150 0.0727 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16915points
+ surface 02 11032.5340 0.0917 0.0190
+ S. 2: 16907points
+ refine surface 11032.5341 0.0918 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11032.5580 0.1157 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16907points
+ surface 03 11032.5768 0.1345 0.0188
+ S. 3: 16914points
+ refine surface 11032.5769 0.1346 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 11032.6032 0.1609 0.0262
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11032.6302 0.1879 0.0270
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11032.6545 0.2122 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16916points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11032.6794
+ -----------------------------------------------------------------------
+ Create octree solve 11032.6797 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11032.6956 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11032.7176 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11032.7184 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11032.7325 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11032.8567 0.1772 0.1242
+ Imbed surface in osolve 11033.0355 0.3560 0.1788
+ embedding surface 1 11033.0357 0.3562 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 11034.9795 2.3001 1.9438
+ osolve%nleaves= 59424
+ embedding surface 3 11037.0466 4.3671 2.0671
+ osolve%nleaves= 64128
+ Assessing octree stability 11040.5796 7.9002 3.5331
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11040.5843 7.9048 0.0046
+ Interpolate velo onto osolve 11040.9672 8.2877 0.3829
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11041.1716 8.4922 0.2044
+ Find void 11041.4448 8.7653 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 11041.4731 8.7936 0.0283
+ wsmp setup1 11041.4800 8.8005 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11042.4814 9.8019 1.0014
+ -----------------------------------
+ start of non-linear iteratio 1 11042.5272
+ -----------------------------------
+ build system 11042.5274 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.78919E+00
+ viscosity capped in 37088
+ wsmp solve 11050.4899 7.9627 7.9625
+ =================================
+ wsmp: initialisation time: 0.0545211 s
+ wsmp: ordering time: 4.0998192 s
+ wsmp: symbolic fact. time: 0.7067130 s
+ wsmp: Cholesky fact. time: 11.3782561 s
+ wsmp: Factorisation 14481.2775068 Mflops
+ wsmp: back substitution time: 0.1214530 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.3682399 s
+ =================================
+ u : -0.10187E+01 0.18534E+00
+ v : -0.98996E-01 0.10700E+00
+ w : -0.76215E+00 0.27146E+00
+ =================================
+ Calculate pressures 11066.8742 24.3471 16.3844
+ raw pressures : -0.35118E+00 0.00000E+00
+ Smoothing pressures 11067.0996 24.5724 0.2253
+ do leaf measurements 11067.1006 24.5734 0.0011
+ compute convergence criterion 11067.1413 24.6142 0.0407
+ velocity_diff_norm = 0.5887239 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11067.1461
+ -----------------------------------
+ build system 11067.1504 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79137E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11075.1671 8.0210 8.0167
+ =================================
+ wsmp: initialisation time: 0.0494089 s
+ wsmp: ordering time: 4.1058881 s
+ wsmp: symbolic fact. time: 0.7000580 s
+ wsmp: Cholesky fact. time: 11.3845980 s
+ wsmp: Factorisation 14473.2105282 Mflops
+ wsmp: back substitution time: 0.1210518 s
+ wsmp: from b to rhs vector: 0.0070472 s
+ ---------------------------------
+ wsmp: total solve time: 16.3684239 s
+ =================================
+ u : -0.10151E+01 0.13783E+00
+ v : -0.48302E-01 0.10285E+00
+ w : -0.76734E+00 0.22592E+00
+ =================================
+ Calculate pressures 11091.5523 24.4062 16.3851
+ raw pressures : -0.12356E+01 0.18119E+00
+ Smoothing pressures 11091.7742 24.6281 0.2219
+ do leaf measurements 11091.7752 24.6292 0.0011
+ compute convergence criterion 11091.8159 24.6698 0.0407
+ velocity_diff_norm = 0.0712522 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11091.8206
+ -----------------------------------
+ build system 11091.8249 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11099.7603 7.9396 7.9353
+ =================================
+ wsmp: initialisation time: 0.0482430 s
+ wsmp: ordering time: 4.1226928 s
+ wsmp: symbolic fact. time: 0.7125061 s
+ wsmp: Cholesky fact. time: 11.4573369 s
+ wsmp: Factorisation 14381.3248467 Mflops
+ wsmp: back substitution time: 0.1209760 s
+ wsmp: from b to rhs vector: 0.0069818 s
+ ---------------------------------
+ wsmp: total solve time: 16.4690940 s
+ =================================
+ u : -0.10155E+01 0.15605E+00
+ v : -0.38216E-01 0.11900E+00
+ w : -0.74691E+00 0.23136E+00
+ =================================
+ Calculate pressures 11116.2452 24.4246 16.4850
+ raw pressures : -0.13722E+01 0.31273E+00
+ Smoothing pressures 11116.4694 24.6488 0.2242
+ do leaf measurements 11116.4705 24.6499 0.0011
+ compute convergence criterion 11116.5113 24.6907 0.0408
+ velocity_diff_norm = 0.0361546 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11116.5161
+ -----------------------------------
+ build system 11116.5205 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11124.5301 8.0140 8.0096
+ =================================
+ wsmp: initialisation time: 0.0502090 s
+ wsmp: ordering time: 4.0930951 s
+ wsmp: symbolic fact. time: 0.7031510 s
+ wsmp: Cholesky fact. time: 11.3907769 s
+ wsmp: Factorisation 14465.3596254 Mflops
+ wsmp: back substitution time: 0.1209910 s
+ wsmp: from b to rhs vector: 0.0070200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3656061 s
+ =================================
+ u : -0.10146E+01 0.17702E+00
+ v : -0.38114E-01 0.12353E+00
+ w : -0.73751E+00 0.22886E+00
+ =================================
+ Calculate pressures 11140.9114 24.3953 16.3813
+ raw pressures : -0.14714E+01 0.35447E+00
+ Smoothing pressures 11141.1350 24.6189 0.2236
+ do leaf measurements 11141.1361 24.6200 0.0011
+ compute convergence criterion 11141.1771 24.6610 0.0410
+ velocity_diff_norm = 0.0159243 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11141.1819
+ -----------------------------------
+ build system 11141.1863 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11149.1533 7.9714 7.9669
+ =================================
+ wsmp: initialisation time: 0.0506389 s
+ wsmp: ordering time: 4.0901761 s
+ wsmp: symbolic fact. time: 0.7059569 s
+ wsmp: Cholesky fact. time: 11.4110379 s
+ wsmp: Factorisation 14439.6754268 Mflops
+ wsmp: back substitution time: 0.1211350 s
+ wsmp: from b to rhs vector: 0.0069489 s
+ ---------------------------------
+ wsmp: total solve time: 16.3862541 s
+ =================================
+ u : -0.10140E+01 0.19483E+00
+ v : -0.40596E-01 0.12588E+00
+ w : -0.73275E+00 0.22795E+00
+ =================================
+ Calculate pressures 11165.5555 24.3736 16.4022
+ raw pressures : -0.15153E+01 0.36383E+00
+ Smoothing pressures 11165.7797 24.5978 0.2242
+ do leaf measurements 11165.7808 24.5989 0.0011
+ compute convergence criterion 11165.8215 24.6396 0.0407
+ velocity_diff_norm = 0.0107373 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11165.8262
+ -----------------------------------
+ build system 11165.8305 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11173.7659 7.9397 7.9354
+ =================================
+ wsmp: initialisation time: 0.0516939 s
+ wsmp: ordering time: 4.1178000 s
+ wsmp: symbolic fact. time: 0.7095480 s
+ wsmp: Cholesky fact. time: 11.3802161 s
+ wsmp: Factorisation 14478.7833652 Mflops
+ wsmp: back substitution time: 0.1216362 s
+ wsmp: from b to rhs vector: 0.0070081 s
+ ---------------------------------
+ wsmp: total solve time: 16.3882658 s
+ =================================
+ u : -0.10135E+01 0.21042E+00
+ v : -0.43028E-01 0.12584E+00
+ w : -0.72816E+00 0.22751E+00
+ =================================
+ Calculate pressures 11190.1699 24.3437 16.4040
+ raw pressures : -0.15372E+01 0.36162E+00
+ Smoothing pressures 11190.3958 24.5696 0.2259
+ do leaf measurements 11190.3969 24.5707 0.0011
+ compute convergence criterion 11190.4376 24.6114 0.0407
+ velocity_diff_norm = 0.0080995 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11190.4406 24.6144 0.0031
+Compute isostasy and adjust vertical 11190.4408 24.6146 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -86442803389454.531 101702926735677.59
+ def in m -7.8938536643981934 0.58667665719985962
+ dimensionless def -1.67621902057102758E-6 2.25538676125662661E-5
+ Isostatic velocity range = -0.0165495 0.2247934
+ Compute divergence 11190.6380 24.8118 0.1972
+ wsmp_cleanup 11190.6796 24.8533 0.0416
+ Reset surface geometry 11190.6848 24.8586 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 11190.6934 24.8672 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11190.7081 24.8819 0.0147
+ Advect surface 1 11190.7082 24.8820 0.0001
+ removing 1 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11190.9171 25.0909 0.2088
+ removing 3 particle from surface
+ S. 2: 14 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11191.1386 25.3124 0.2215
+ removing 1 particle from surface
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11191.3984 25.5722 0.2598
+ Advect the cloud 11191.5328 25.7066 0.1344
+ Write output 11192.2575 26.4313 0.7247
+ End of time step 11193.0871 27.2609 0.8296
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 69 11193.0873
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11193.0873 0.0001 0.0001
+ surface 01 11193.0874 0.0001 0.0000
+ S. 1: 16914points
+ refine surface 11193.0874 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 11193.1142 0.0270 0.0268
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11193.1411 0.0538 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11193.1653 0.0780 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16917points
+ surface 02 11193.1840 0.0967 0.0187
+ S. 2: 16904points
+ refine surface 11193.1841 0.0969 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 11193.2122 0.1249 0.0280
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11193.2347 0.1474 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11193.2586 0.1714 0.0240
+ S. 2: 0 flips in delaunay2
+ S. 2: 16909points
+ surface 03 11193.2777 0.1904 0.0191
+ S. 3: 16915points
+ refine surface 11193.2778 0.1906 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 11193.3027 0.2155 0.0249
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11193.3257 0.2384 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11193.3498 0.2626 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16916points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11193.3749
+ -----------------------------------------------------------------------
+ Create octree solve 11193.3751 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11193.3909 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11193.4125 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11193.4133 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11193.4275 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11193.5496 0.1747 0.1221
+ Imbed surface in osolve 11193.7314 0.3565 0.1818
+ embedding surface 1 11193.7315 0.3567 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 11195.6909 2.3160 1.9593
+ osolve%nleaves= 59424
+ embedding surface 3 11197.7747 4.3999 2.0839
+ osolve%nleaves= 64128
+ Assessing octree stability 11201.3029 7.9280 3.5281
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11201.3078 7.9330 0.0050
+ Interpolate velo onto osolve 11201.6922 8.3173 0.3844
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11201.8049 8.4301 0.1127
+ Find void 11202.0740 8.6991 0.2691
+ whole leaf in fluid 32992
+ Define boundary conditions 11202.1022 8.7273 0.0282
+ wsmp setup1 11202.1092 8.7343 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11203.1103 9.7355 1.0012
+ -----------------------------------
+ start of non-linear iteratio 1 11203.1557
+ -----------------------------------
+ build system 11203.1559 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 8.30356E+00
+ viscosity capped in 37088
+ wsmp solve 11211.1146 7.9589 7.9587
+ =================================
+ wsmp: initialisation time: 0.0525451 s
+ wsmp: ordering time: 4.0902660 s
+ wsmp: symbolic fact. time: 0.7116020 s
+ wsmp: Cholesky fact. time: 11.3653839 s
+ wsmp: Factorisation 14497.6787282 Mflops
+ wsmp: back substitution time: 0.1217568 s
+ wsmp: from b to rhs vector: 0.0072250 s
+ ---------------------------------
+ wsmp: total solve time: 16.3491721 s
+ =================================
+ u : -0.10188E+01 0.18484E+00
+ v : -0.98469E-01 0.10804E+00
+ w : -0.76216E+00 0.26764E+00
+ =================================
+ Calculate pressures 11227.4801 24.3243 16.3655
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 11227.7058 24.5500 0.2257
+ do leaf measurements 11227.7069 24.5511 0.0011
+ compute convergence criterion 11227.7478 24.5920 0.0409
+ velocity_diff_norm = 0.5887596 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11227.7526
+ -----------------------------------
+ build system 11227.7570 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79137E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11235.7739 8.0213 8.0169
+ =================================
+ wsmp: initialisation time: 0.0512459 s
+ wsmp: ordering time: 4.0962551 s
+ wsmp: symbolic fact. time: 0.7052269 s
+ wsmp: Cholesky fact. time: 11.3893321 s
+ wsmp: Factorisation 14467.1946576 Mflops
+ wsmp: back substitution time: 0.1211529 s
+ wsmp: from b to rhs vector: 0.0071678 s
+ ---------------------------------
+ wsmp: total solve time: 16.3707650 s
+ =================================
+ u : -0.10149E+01 0.13741E+00
+ v : -0.48255E-01 0.10279E+00
+ w : -0.76725E+00 0.22644E+00
+ =================================
+ Calculate pressures 11252.1607 24.4081 16.3868
+ raw pressures : -0.12354E+01 0.17951E+00
+ Smoothing pressures 11252.3831 24.6305 0.2224
+ do leaf measurements 11252.3842 24.6316 0.0011
+ compute convergence criterion 11252.4251 24.6725 0.0410
+ velocity_diff_norm = 0.0711167 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11252.4299
+ -----------------------------------
+ build system 11252.4343 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11260.3672 7.9373 7.9329
+ =================================
+ wsmp: initialisation time: 0.0494502 s
+ wsmp: ordering time: 4.1174991 s
+ wsmp: symbolic fact. time: 0.7070849 s
+ wsmp: Cholesky fact. time: 11.4620101 s
+ wsmp: Factorisation 14375.4613535 Mflops
+ wsmp: back substitution time: 0.1209500 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.4646292 s
+ =================================
+ u : -0.10154E+01 0.15575E+00
+ v : -0.37945E-01 0.11888E+00
+ w : -0.74670E+00 0.23160E+00
+ =================================
+ Calculate pressures 11276.8479 24.4179 16.4807
+ raw pressures : -0.13720E+01 0.31228E+00
+ Smoothing pressures 11277.0719 24.6420 0.2241
+ do leaf measurements 11277.0730 24.6431 0.0011
+ compute convergence criterion 11277.1139 24.6840 0.0409
+ velocity_diff_norm = 0.0361863 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11277.1188
+ -----------------------------------
+ build system 11277.1232 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11285.1328 8.0140 8.0096
+ =================================
+ wsmp: initialisation time: 0.0502830 s
+ wsmp: ordering time: 4.0922000 s
+ wsmp: symbolic fact. time: 0.7073009 s
+ wsmp: Cholesky fact. time: 11.3783109 s
+ wsmp: Factorisation 14481.2077162 Mflops
+ wsmp: back substitution time: 0.1208842 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.3566101 s
+ =================================
+ u : -0.10146E+01 0.17679E+00
+ v : -0.37900E-01 0.12339E+00
+ w : -0.73730E+00 0.22901E+00
+ =================================
+ Calculate pressures 11301.5061 24.3874 16.3734
+ raw pressures : -0.14710E+01 0.35385E+00
+ Smoothing pressures 11301.7323 24.6135 0.2261
+ do leaf measurements 11301.7333 24.6146 0.0011
+ compute convergence criterion 11301.7746 24.6558 0.0412
+ velocity_diff_norm = 0.0159483 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11301.7795
+ -----------------------------------
+ build system 11301.7840 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11309.7572 7.9777 7.9732
+ =================================
+ wsmp: initialisation time: 0.0475621 s
+ wsmp: ordering time: 4.0901339 s
+ wsmp: symbolic fact. time: 0.7054400 s
+ wsmp: Cholesky fact. time: 11.3956800 s
+ wsmp: Factorisation 14459.1357942 Mflops
+ wsmp: back substitution time: 0.1209888 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.3674340 s
+ =================================
+ u : -0.10140E+01 0.19466E+00
+ v : -0.40493E-01 0.12578E+00
+ w : -0.73256E+00 0.22810E+00
+ =================================
+ Calculate pressures 11326.1405 24.3609 16.3833
+ raw pressures : -0.15147E+01 0.36311E+00
+ Smoothing pressures 11326.3639 24.5844 0.2235
+ do leaf measurements 11326.3650 24.5855 0.0011
+ compute convergence criterion 11326.4060 24.6265 0.0410
+ velocity_diff_norm = 0.0107550 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11326.4108
+ -----------------------------------
+ build system 11326.4151 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11334.3480 7.9373 7.9329
+ =================================
+ wsmp: initialisation time: 0.0480411 s
+ wsmp: ordering time: 4.1149099 s
+ wsmp: symbolic fact. time: 0.7105269 s
+ wsmp: Cholesky fact. time: 11.3764369 s
+ wsmp: Factorisation 14483.5931159 Mflops
+ wsmp: back substitution time: 0.1218631 s
+ wsmp: from b to rhs vector: 0.0072510 s
+ ---------------------------------
+ wsmp: total solve time: 16.3794320 s
+ =================================
+ u : -0.10135E+01 0.21027E+00
+ v : -0.42929E-01 0.12577E+00
+ w : -0.72802E+00 0.22768E+00
+ =================================
+ Calculate pressures 11350.7437 24.3330 16.3957
+ raw pressures : -0.15363E+01 0.36094E+00
+ Smoothing pressures 11350.9688 24.5581 0.2251
+ do leaf measurements 11350.9699 24.5591 0.0010
+ compute convergence criterion 11351.0107 24.5999 0.0408
+ velocity_diff_norm = 0.0080866 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11351.0138 24.6030 0.0031
+Compute isostasy and adjust vertical 11351.0140 24.6032 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -87231063570600.219 103247595964368.89
+ def in m -7.8954496383666992 0.5856357216835022
+ dimensionless def -1.67324491909572057E-6 2.25584275381905702E-5
+ Isostatic velocity range = -0.0165159 0.2248676
+ Compute divergence 11351.2098 24.7990 0.1958
+ wsmp_cleanup 11351.2495 24.8388 0.0398
+ Reset surface geometry 11351.2543 24.8435 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 11351.2627 24.8519 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11351.2788 24.8680 0.0161
+ Advect surface 1 11351.2789 24.8681 0.0001
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11351.4778 25.0670 0.1988
+ removing 1 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11351.6818 25.2710 0.2041
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11351.9539 25.5431 0.2721
+ Advect the cloud 11352.0877 25.6769 0.1338
+ Write output 11352.8209 26.4101 0.7332
+ End of time step 11353.6558 27.2451 0.8350
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 70 11353.6560
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11353.6560 0.0001 0.0001
+ surface 01 11353.6561 0.0001 0.0000
+ S. 1: 16916points
+ refine surface 11353.6561 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 11353.6827 0.0267 0.0265
+ S. 1: 4 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11353.7094 0.0535 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11353.7343 0.0783 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16918points
+ surface 02 11353.7523 0.0964 0.0180
+ S. 2: 16908points
+ refine surface 11353.7525 0.0965 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 11353.7784 0.1225 0.0260
+ S. 2: 4 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11353.8058 0.1498 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11353.8300 0.1740 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16910points
+ surface 03 11353.8488 0.1929 0.0188
+ S. 3: 16914points
+ refine surface 11353.8490 0.1930 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 11353.8756 0.2196 0.0266
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11353.8977 0.2417 0.0221
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11353.9224 0.2665 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16916points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11353.9473
+ -----------------------------------------------------------------------
+ Create octree solve 11353.9476 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11353.9635 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11353.9846 0.0373 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11353.9854 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11353.9995 0.0522 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11354.1217 0.1744 0.1222
+ Imbed surface in osolve 11354.3026 0.3553 0.1809
+ embedding surface 1 11354.3028 0.3554 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 11356.2566 2.3092 1.9538
+ osolve%nleaves= 59424
+ embedding surface 3 11358.3393 4.3919 2.0827
+ osolve%nleaves= 64128
+ Assessing octree stability 11361.8678 7.9204 3.5285
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11361.8728 7.9254 0.0050
+ Interpolate velo onto osolve 11362.2575 8.3101 0.3847
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11362.3905 8.4432 0.1330
+ Find void 11362.6603 8.7130 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 11362.6889 8.7415 0.0285
+ wsmp setup1 11362.6961 8.7488 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11363.6993 9.7519 1.0031
+ -----------------------------------
+ start of non-linear iteratio 1 11363.7450
+ -----------------------------------
+ build system 11363.7452 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.80393E+00
+ viscosity capped in 37088
+ wsmp solve 11371.6863 7.9412 7.9411
+ =================================
+ wsmp: initialisation time: 0.0551589 s
+ wsmp: ordering time: 4.1054900 s
+ wsmp: symbolic fact. time: 0.7142282 s
+ wsmp: Cholesky fact. time: 11.3728161 s
+ wsmp: Factorisation 14488.2043842 Mflops
+ wsmp: back substitution time: 0.1215351 s
+ wsmp: from b to rhs vector: 0.0071020 s
+ ---------------------------------
+ wsmp: total solve time: 16.3767450 s
+ =================================
+ u : -0.10189E+01 0.18415E+00
+ v : -0.97988E-01 0.10700E+00
+ w : -0.76201E+00 0.26755E+00
+ =================================
+ Calculate pressures 11388.0795 24.3345 16.3932
+ raw pressures : -0.35094E+00 0.00000E+00
+ Smoothing pressures 11388.3053 24.5602 0.2258
+ do leaf measurements 11388.3064 24.5614 0.0011
+ compute convergence criterion 11388.3478 24.6028 0.0414
+ velocity_diff_norm = 0.5893451 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11388.3526
+ -----------------------------------
+ build system 11388.3569 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80684E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11396.3726 8.0200 8.0157
+ =================================
+ wsmp: initialisation time: 0.0487850 s
+ wsmp: ordering time: 4.1124430 s
+ wsmp: symbolic fact. time: 0.7068889 s
+ wsmp: Cholesky fact. time: 11.3928850 s
+ wsmp: Factorisation 14462.6830090 Mflops
+ wsmp: back substitution time: 0.1208470 s
+ wsmp: from b to rhs vector: 0.0071218 s
+ ---------------------------------
+ wsmp: total solve time: 16.3893859 s
+ =================================
+ u : -0.10151E+01 0.13702E+00
+ v : -0.48342E-01 0.10267E+00
+ w : -0.76724E+00 0.22456E+00
+ =================================
+ Calculate pressures 11412.7779 24.4253 16.4053
+ raw pressures : -0.12349E+01 0.17968E+00
+ Smoothing pressures 11413.0017 24.6491 0.2238
+ do leaf measurements 11413.0028 24.6502 0.0011
+ compute convergence criterion 11413.0442 24.6916 0.0414
+ velocity_diff_norm = 0.0719027 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11413.0489
+ -----------------------------------
+ build system 11413.0531 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11420.9922 7.9433 7.9391
+ =================================
+ wsmp: initialisation time: 0.0497792 s
+ wsmp: ordering time: 4.1329300 s
+ wsmp: symbolic fact. time: 0.7038121 s
+ wsmp: Cholesky fact. time: 11.4715738 s
+ wsmp: Factorisation 14363.4767401 Mflops
+ wsmp: back substitution time: 0.1209018 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.4865088 s
+ =================================
+ u : -0.10157E+01 0.15559E+00
+ v : -0.37659E-01 0.11906E+00
+ w : -0.74632E+00 0.23119E+00
+ =================================
+ Calculate pressures 11437.4946 24.4457 16.5024
+ raw pressures : -0.13717E+01 0.31197E+00
+ Smoothing pressures 11437.7185 24.6695 0.2239
+ do leaf measurements 11437.7196 24.6707 0.0012
+ compute convergence criterion 11437.7700 24.7211 0.0504
+ velocity_diff_norm = 0.0362385 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11437.7747
+ -----------------------------------
+ build system 11437.7791 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11445.7874 8.0127 8.0083
+ =================================
+ wsmp: initialisation time: 0.0487931 s
+ wsmp: ordering time: 4.1022372 s
+ wsmp: symbolic fact. time: 0.7066751 s
+ wsmp: Cholesky fact. time: 11.3866830 s
+ wsmp: Factorisation 14470.5603959 Mflops
+ wsmp: back substitution time: 0.1210411 s
+ wsmp: from b to rhs vector: 0.0070519 s
+ ---------------------------------
+ wsmp: total solve time: 16.3728900 s
+ =================================
+ u : -0.10149E+01 0.17673E+00
+ v : -0.37752E-01 0.12349E+00
+ w : -0.73703E+00 0.22876E+00
+ =================================
+ Calculate pressures 11462.1764 24.4016 16.3889
+ raw pressures : -0.14707E+01 0.35348E+00
+ Smoothing pressures 11462.4007 24.6260 0.2243
+ do leaf measurements 11462.4019 24.6271 0.0011
+ compute convergence criterion 11462.4435 24.6688 0.0417
+ velocity_diff_norm = 0.0158790 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11462.4483
+ -----------------------------------
+ build system 11462.4527 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11470.4411 7.9928 7.9883
+ =================================
+ wsmp: initialisation time: 0.0504420 s
+ wsmp: ordering time: 4.0959949 s
+ wsmp: symbolic fact. time: 0.7069371 s
+ wsmp: Cholesky fact. time: 11.4047000 s
+ wsmp: Factorisation 14447.6999207 Mflops
+ wsmp: back substitution time: 0.1207991 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3864250 s
+ =================================
+ u : -0.10142E+01 0.19463E+00
+ v : -0.40621E-01 0.12582E+00
+ w : -0.73237E+00 0.22786E+00
+ =================================
+ Calculate pressures 11486.8432 24.3949 16.4021
+ raw pressures : -0.15142E+01 0.36258E+00
+ Smoothing pressures 11487.0674 24.6191 0.2242
+ do leaf measurements 11487.0685 24.6202 0.0011
+ compute convergence criterion 11487.1100 24.6617 0.0415
+ velocity_diff_norm = 0.0107366 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11487.1148
+ -----------------------------------
+ build system 11487.1191 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11495.0572 7.9424 7.9381
+ =================================
+ wsmp: initialisation time: 0.0515709 s
+ wsmp: ordering time: 4.1327209 s
+ wsmp: symbolic fact. time: 0.7146530 s
+ wsmp: Cholesky fact. time: 11.3934591 s
+ wsmp: Factorisation 14461.9542401 Mflops
+ wsmp: back substitution time: 0.1214709 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.4214139 s
+ =================================
+ u : -0.10137E+01 0.21025E+00
+ v : -0.43043E-01 0.12581E+00
+ w : -0.72787E+00 0.22744E+00
+ =================================
+ Calculate pressures 11511.4947 24.3799 16.4375
+ raw pressures : -0.15358E+01 0.36041E+00
+ Smoothing pressures 11511.7206 24.6058 0.2259
+ do leaf measurements 11511.7217 24.6069 0.0011
+ compute convergence criterion 11511.7631 24.6483 0.0414
+ velocity_diff_norm = 0.0080946 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11511.7661 24.6513 0.0030
+Compute isostasy and adjust vertical 11511.7662 24.6515 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -88021148373533.391 104786127469353.47
+ def in m -7.8999485969543457 0.58855372667312622
+ dimensionless def -1.68158207620893202E-6 2.25712817055838423E-5
+ Isostatic velocity range = -0.0165938 0.2250234
+ Compute divergence 11511.9649 24.8501 0.1987
+ wsmp_cleanup 11512.0064 24.8916 0.0415
+ Reset surface geometry 11512.0114 24.8967 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 11512.0200 24.9052 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11512.0345 24.9197 0.0145
+ Advect surface 1 11512.0346 24.9199 0.0001
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11512.2302 25.1155 0.1956
+ removing 2 particle from surface
+ S. 2: 16 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11512.4417 25.3269 0.2114
+ removing 3 particle from surface
+ S. 3: 15 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11512.7188 25.6040 0.2771
+ Advect the cloud 11512.8535 25.7387 0.1347
+ Write output 11513.5885 26.4737 0.7350
+ End of time step 11514.4251 27.3104 0.8367
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 71 11514.4253
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11514.4253 0.0001 0.0001
+ surface 01 11514.4254 0.0001 0.0000
+ S. 1: 16918points
+ refine surface 11514.4254 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 11514.4525 0.0272 0.0271
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11514.4752 0.0499 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11514.5000 0.0747 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16921points
+ surface 02 11514.5185 0.0932 0.0185
+ S. 2: 16908points
+ refine surface 11514.5186 0.0933 0.0002
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 11514.5459 0.1206 0.0273
+ S. 2: 7 flips in delaunay2
+ S. 2: 3 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11514.5770 0.1517 0.0311
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11514.6017 0.1764 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16912points
+ surface 03 11514.6200 0.1948 0.0184
+ S. 3: 16913points
+ refine surface 11514.6202 0.1949 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 11514.6475 0.2222 0.0273
+ S. 3: 8 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11514.6743 0.2490 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11514.6989 0.2736 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16917points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11514.7236
+ -----------------------------------------------------------------------
+ Create octree solve 11514.7238 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11514.7397 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11514.7609 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11514.7617 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11514.7759 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11514.8981 0.1745 0.1222
+ Imbed surface in osolve 11515.0821 0.3585 0.1840
+ embedding surface 1 11515.0823 0.3587 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 11517.0252 2.3016 1.9430
+ osolve%nleaves= 59424
+ embedding surface 3 11519.0896 4.3661 2.0644
+ osolve%nleaves= 64128
+ Assessing octree stability 11522.5957 7.8721 3.5060
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11522.6003 7.8768 0.0047
+ Interpolate velo onto osolve 11522.9816 8.2580 0.3813
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11523.2266 8.5030 0.2449
+ Find void 11523.4967 8.7731 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 11523.5248 8.8012 0.0281
+ wsmp setup1 11523.5318 8.8082 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11524.5347 9.8111 1.0029
+ -----------------------------------
+ start of non-linear iteratio 1 11524.5803
+ -----------------------------------
+ build system 11524.5805 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.84955E+00
+ viscosity capped in 37088
+ wsmp solve 11532.5227 7.9424 7.9422
+ =================================
+ wsmp: initialisation time: 0.0526631 s
+ wsmp: ordering time: 4.0972559 s
+ wsmp: symbolic fact. time: 0.7118130 s
+ wsmp: Cholesky fact. time: 11.3842840 s
+ wsmp: Factorisation 14473.6097231 Mflops
+ wsmp: back substitution time: 0.1213968 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.3749819 s
+ =================================
+ u : -0.10187E+01 0.18499E+00
+ v : -0.98498E-01 0.10764E+00
+ w : -0.76205E+00 0.26973E+00
+ =================================
+ Calculate pressures 11548.9138 24.3334 16.3910
+ raw pressures : -0.35075E+00 0.00000E+00
+ Smoothing pressures 11549.1396 24.5593 0.2259
+ do leaf measurements 11549.1407 24.5604 0.0011
+ compute convergence criterion 11549.1823 24.6020 0.0416
+ velocity_diff_norm = 0.5886716 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11549.1871
+ -----------------------------------
+ build system 11549.1915 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79181E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11557.2020 8.0148 8.0104
+ =================================
+ wsmp: initialisation time: 0.0483909 s
+ wsmp: ordering time: 4.0941670 s
+ wsmp: symbolic fact. time: 0.7060871 s
+ wsmp: Cholesky fact. time: 11.3861911 s
+ wsmp: Factorisation 14471.1854911 Mflops
+ wsmp: back substitution time: 0.1204159 s
+ wsmp: from b to rhs vector: 0.0071471 s
+ ---------------------------------
+ wsmp: total solve time: 16.3628130 s
+ =================================
+ u : -0.10151E+01 0.13747E+00
+ v : -0.48290E-01 0.10268E+00
+ w : -0.76717E+00 0.22657E+00
+ =================================
+ Calculate pressures 11573.5805 24.3934 16.3785
+ raw pressures : -0.12363E+01 0.20137E+00
+ Smoothing pressures 11573.8038 24.6166 0.2233
+ do leaf measurements 11573.8048 24.6177 0.0011
+ compute convergence criterion 11573.8465 24.6594 0.0417
+ velocity_diff_norm = 0.0711527 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11573.8512
+ -----------------------------------
+ build system 11573.8555 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11581.7965 7.9453 7.9410
+ =================================
+ wsmp: initialisation time: 0.0504239 s
+ wsmp: ordering time: 4.1111090 s
+ wsmp: symbolic fact. time: 0.7050099 s
+ wsmp: Cholesky fact. time: 11.4626188 s
+ wsmp: Factorisation 14374.6979944 Mflops
+ wsmp: back substitution time: 0.1208861 s
+ wsmp: from b to rhs vector: 0.0071430 s
+ ---------------------------------
+ wsmp: total solve time: 16.4575648 s
+ =================================
+ u : -0.10155E+01 0.15569E+00
+ v : -0.37968E-01 0.11887E+00
+ w : -0.74692E+00 0.23192E+00
+ =================================
+ Calculate pressures 11598.2704 24.4192 16.4739
+ raw pressures : -0.13721E+01 0.31278E+00
+ Smoothing pressures 11598.4944 24.6433 0.2241
+ do leaf measurements 11598.4955 24.6444 0.0011
+ compute convergence criterion 11598.5372 24.6860 0.0417
+ velocity_diff_norm = 0.0361522 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11598.5419
+ -----------------------------------
+ build system 11598.5464 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11606.5658 8.0238 8.0194
+ =================================
+ wsmp: initialisation time: 0.0510449 s
+ wsmp: ordering time: 4.0921011 s
+ wsmp: symbolic fact. time: 0.7046111 s
+ wsmp: Cholesky fact. time: 11.3827600 s
+ wsmp: Factorisation 14475.5475106 Mflops
+ wsmp: back substitution time: 0.1208110 s
+ wsmp: from b to rhs vector: 0.0070379 s
+ ---------------------------------
+ wsmp: total solve time: 16.3587599 s
+ =================================
+ u : -0.10147E+01 0.17671E+00
+ v : -0.37840E-01 0.12339E+00
+ w : -0.73743E+00 0.22925E+00
+ =================================
+ Calculate pressures 11622.9412 24.3992 16.3754
+ raw pressures : -0.14706E+01 0.35405E+00
+ Smoothing pressures 11623.1649 24.6230 0.2238
+ do leaf measurements 11623.1660 24.6241 0.0011
+ compute convergence criterion 11623.2080 24.6661 0.0420
+ velocity_diff_norm = 0.0159719 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11623.2128
+ -----------------------------------
+ build system 11623.2173 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11631.2114 7.9986 7.9942
+ =================================
+ wsmp: initialisation time: 0.0481808 s
+ wsmp: ordering time: 4.1093018 s
+ wsmp: symbolic fact. time: 0.7062099 s
+ wsmp: Cholesky fact. time: 11.3973031 s
+ wsmp: Factorisation 14457.0765878 Mflops
+ wsmp: back substitution time: 0.1208038 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3893409 s
+ =================================
+ u : -0.10140E+01 0.19454E+00
+ v : -0.40476E-01 0.12571E+00
+ w : -0.73265E+00 0.22822E+00
+ =================================
+ Calculate pressures 11647.6176 24.4048 16.4062
+ raw pressures : -0.15144E+01 0.36346E+00
+ Smoothing pressures 11647.8398 24.6270 0.2222
+ do leaf measurements 11647.8409 24.6281 0.0011
+ compute convergence criterion 11647.8826 24.6698 0.0417
+ velocity_diff_norm = 0.0107502 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11647.8872
+ -----------------------------------
+ build system 11647.8916 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11655.8319 7.9446 7.9403
+ =================================
+ wsmp: initialisation time: 0.0502770 s
+ wsmp: ordering time: 4.1150200 s
+ wsmp: symbolic fact. time: 0.7106881 s
+ wsmp: Cholesky fact. time: 11.3997550 s
+ wsmp: Factorisation 14453.9671124 Mflops
+ wsmp: back substitution time: 0.1217270 s
+ wsmp: from b to rhs vector: 0.0071292 s
+ ---------------------------------
+ wsmp: total solve time: 16.4050040 s
+ =================================
+ u : -0.10135E+01 0.21013E+00
+ v : -0.42941E-01 0.12569E+00
+ w : -0.72808E+00 0.22774E+00
+ =================================
+ Calculate pressures 11672.2533 24.3660 16.4214
+ raw pressures : -0.15362E+01 0.36146E+00
+ Smoothing pressures 11672.4789 24.5916 0.2256
+ do leaf measurements 11672.4800 24.5927 0.0011
+ compute convergence criterion 11672.5218 24.6345 0.0418
+ velocity_diff_norm = 0.0080887 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11672.5248 24.6375 0.0030
+Compute isostasy and adjust vertical 11672.5249 24.6377 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -88795371373060.234 106327948953212.61
+ def in m -7.900240421295166 0.58712929487228394
+ dimensionless def -1.67751227106366847E-6 2.25721154894147573E-5
+ Isostatic velocity range = -0.0165510 0.2250609
+ Compute divergence 11672.7323 24.8451 0.2074
+ wsmp_cleanup 11672.7683 24.8811 0.0360
+ Reset surface geometry 11672.7734 24.8862 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 11672.7817 24.8945 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11672.7989 24.9116 0.0172
+ Advect surface 1 11672.7990 24.9118 0.0001
+ removing 2 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11673.0121 25.1248 0.2130
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11673.2106 25.3233 0.1985
+ removing 2 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11673.4803 25.5930 0.2697
+ Advect the cloud 11673.6159 25.7287 0.1356
+ Write output 11674.3532 26.4660 0.7373
+ End of time step 11675.2083 27.3210 0.8550
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 72 11675.2084
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11675.2085 0.0001 0.0001
+ surface 01 11675.2085 0.0001 0.0000
+ S. 1: 16919points
+ refine surface 11675.2086 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 11675.2350 0.0266 0.0264
+ S. 1: 4 flips in delaunay2
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11675.2619 0.0535 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11675.2861 0.0777 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16921points
+ surface 02 11675.3053 0.0969 0.0192
+ S. 2: 16912points
+ refine surface 11675.3055 0.0970 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 11675.3320 0.1236 0.0266
+ S. 2: 6 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11675.3591 0.1507 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11675.3832 0.1748 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16915points
+ surface 03 11675.4021 0.1937 0.0189
+ S. 3: 16915points
+ refine surface 11675.4023 0.1938 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 11675.4286 0.2202 0.0264
+ S. 3: 6 flips in delaunay2
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11675.4556 0.2471 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11675.4808 0.2723 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16918points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11675.5050
+ -----------------------------------------------------------------------
+ Create octree solve 11675.5052 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11675.5211 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11675.5424 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11675.5432 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11675.5573 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11675.6795 0.1745 0.1222
+ Imbed surface in osolve 11675.8609 0.3558 0.1814
+ embedding surface 1 11675.8610 0.3560 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 11677.8070 2.3020 1.9460
+ osolve%nleaves= 59424
+ embedding surface 3 11679.8879 4.3829 2.0810
+ osolve%nleaves= 64128
+ Assessing octree stability 11683.4126 7.9076 3.5247
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11683.4175 7.9125 0.0049
+ Interpolate velo onto osolve 11683.8090 8.3039 0.3915
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11683.9588 8.4538 0.1499
+ Find void 11684.2306 8.7256 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 11684.2589 8.7539 0.0283
+ wsmp setup1 11684.2658 8.7608 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11685.2697 9.7647 1.0038
+ -----------------------------------
+ start of non-linear iteratio 1 11685.3153
+ -----------------------------------
+ build system 11685.3154 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.59159E+00
+ viscosity capped in 37088
+ wsmp solve 11693.2528 7.9375 7.9374
+ =================================
+ wsmp: initialisation time: 0.0507250 s
+ wsmp: ordering time: 4.0986211 s
+ wsmp: symbolic fact. time: 0.7103410 s
+ wsmp: Cholesky fact. time: 11.3796740 s
+ wsmp: Factorisation 14479.4731805 Mflops
+ wsmp: back substitution time: 0.1215801 s
+ wsmp: from b to rhs vector: 0.0071678 s
+ ---------------------------------
+ wsmp: total solve time: 16.3684981 s
+ =================================
+ u : -0.10187E+01 0.18467E+00
+ v : -0.98528E-01 0.10776E+00
+ w : -0.76198E+00 0.26936E+00
+ =================================
+ Calculate pressures 11709.6380 24.3227 16.3852
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 11709.8631 24.5479 0.2252
+ do leaf measurements 11709.8642 24.5490 0.0011
+ compute convergence criterion 11709.9055 24.5902 0.0412
+ velocity_diff_norm = 0.5890929 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11709.9102
+ -----------------------------------
+ build system 11709.9145 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79110E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11717.9204 8.0102 8.0059
+ =================================
+ wsmp: initialisation time: 0.0497479 s
+ wsmp: ordering time: 4.0987070 s
+ wsmp: symbolic fact. time: 0.7045040 s
+ wsmp: Cholesky fact. time: 11.3896098 s
+ wsmp: Factorisation 14466.8418471 Mflops
+ wsmp: back substitution time: 0.1211870 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.3714039 s
+ =================================
+ u : -0.10150E+01 0.13727E+00
+ v : -0.48184E-01 0.10265E+00
+ w : -0.76719E+00 0.22629E+00
+ =================================
+ Calculate pressures 11734.3080 24.3978 16.3876
+ raw pressures : -0.12356E+01 0.19248E+00
+ Smoothing pressures 11734.5318 24.6215 0.2238
+ do leaf measurements 11734.5329 24.6227 0.0011
+ compute convergence criterion 11734.5741 24.6639 0.0412
+ velocity_diff_norm = 0.0714887 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11734.5788
+ -----------------------------------
+ build system 11734.5831 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11742.5269 7.9480 7.9438
+ =================================
+ wsmp: initialisation time: 0.0515490 s
+ wsmp: ordering time: 4.1010981 s
+ wsmp: symbolic fact. time: 0.7031200 s
+ wsmp: Cholesky fact. time: 11.4603071 s
+ wsmp: Factorisation 14377.5975749 Mflops
+ wsmp: back substitution time: 0.1209750 s
+ wsmp: from b to rhs vector: 0.0071659 s
+ ---------------------------------
+ wsmp: total solve time: 16.4446189 s
+ =================================
+ u : -0.10155E+01 0.15562E+00
+ v : -0.38022E-01 0.11905E+00
+ w : -0.74664E+00 0.23183E+00
+ =================================
+ Calculate pressures 11758.9875 24.4086 16.4606
+ raw pressures : -0.13719E+01 0.31241E+00
+ Smoothing pressures 11759.2107 24.6319 0.2233
+ do leaf measurements 11759.2118 24.6330 0.0011
+ compute convergence criterion 11759.2531 24.6743 0.0413
+ velocity_diff_norm = 0.0362390 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11759.2579
+ -----------------------------------
+ build system 11759.2622 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11767.2616 8.0037 7.9994
+ =================================
+ wsmp: initialisation time: 0.0536611 s
+ wsmp: ordering time: 4.0976140 s
+ wsmp: symbolic fact. time: 0.7033160 s
+ wsmp: Cholesky fact. time: 11.3917398 s
+ wsmp: Factorisation 14464.1368319 Mflops
+ wsmp: back substitution time: 0.1208811 s
+ wsmp: from b to rhs vector: 0.0072768 s
+ ---------------------------------
+ wsmp: total solve time: 16.3748779 s
+ =================================
+ u : -0.10147E+01 0.17664E+00
+ v : -0.37926E-01 0.12349E+00
+ w : -0.73724E+00 0.22916E+00
+ =================================
+ Calculate pressures 11783.6528 24.3949 16.3912
+ raw pressures : -0.14707E+01 0.35383E+00
+ Smoothing pressures 11783.8755 24.6177 0.2228
+ do leaf measurements 11783.8767 24.6189 0.0012
+ compute convergence criterion 11783.9182 24.6603 0.0415
+ velocity_diff_norm = 0.0158713 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11783.9231
+ -----------------------------------
+ build system 11783.9275 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11791.9303 8.0072 8.0028
+ =================================
+ wsmp: initialisation time: 0.0507989 s
+ wsmp: ordering time: 4.0931079 s
+ wsmp: symbolic fact. time: 0.7044699 s
+ wsmp: Cholesky fact. time: 11.4089842 s
+ wsmp: Factorisation 14442.2747209 Mflops
+ wsmp: back substitution time: 0.1208320 s
+ wsmp: from b to rhs vector: 0.0071878 s
+ ---------------------------------
+ wsmp: total solve time: 16.3857720 s
+ =================================
+ u : -0.10141E+01 0.19451E+00
+ v : -0.40504E-01 0.12581E+00
+ w : -0.73249E+00 0.22828E+00
+ =================================
+ Calculate pressures 11808.3319 24.4088 16.4016
+ raw pressures : -0.15143E+01 0.36314E+00
+ Smoothing pressures 11808.5558 24.6327 0.2239
+ do leaf measurements 11808.5569 24.6338 0.0011
+ compute convergence criterion 11808.5981 24.6750 0.0412
+ velocity_diff_norm = 0.0107492 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11808.6028
+ -----------------------------------
+ build system 11808.6071 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11816.5482 7.9454 7.9412
+ =================================
+ wsmp: initialisation time: 0.0501161 s
+ wsmp: ordering time: 4.1119800 s
+ wsmp: symbolic fact. time: 0.7102091 s
+ wsmp: Cholesky fact. time: 11.4133751 s
+ wsmp: Factorisation 14436.7184873 Mflops
+ wsmp: back substitution time: 0.1219049 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4151630 s
+ =================================
+ u : -0.10136E+01 0.21010E+00
+ v : -0.42946E-01 0.12576E+00
+ w : -0.72794E+00 0.22768E+00
+ =================================
+ Calculate pressures 11832.9800 24.3771 16.4317
+ raw pressures : -0.15359E+01 0.36100E+00
+ Smoothing pressures 11833.2057 24.6028 0.2257
+ do leaf measurements 11833.2068 24.6039 0.0011
+ compute convergence criterion 11833.2479 24.6451 0.0412
+ velocity_diff_norm = 0.0080903 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11833.2510 24.6481 0.0030
+Compute isostasy and adjust vertical 11833.2511 24.6483 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -89576243473906.891 107859721144172.
+ def in m -7.9037966728210449 0.59043711423873901
+ dimensionless def -1.68696318353925449E-6 2.25822762080601316E-5
+ Isostatic velocity range = -0.0166372 0.2251789
+ Compute divergence 11833.4434 24.8406 0.1923
+ wsmp_cleanup 11833.4917 24.8889 0.0483
+ Reset surface geometry 11833.4966 24.8938 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 11833.5049 24.9021 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11833.5191 24.9162 0.0141
+ Advect surface 1 11833.5192 24.9164 0.0001
+ removing 2 particle from surface
+ S. 1: 16 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11833.7317 25.1289 0.2125
+ removing 3 particle from surface
+ S. 2: 16 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11833.9582 25.3554 0.2265
+ S. 3: 14 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11834.2139 25.6111 0.2557
+ Advect the cloud 11834.3489 25.7460 0.1350
+ Write output 11835.0775 26.4747 0.7286
+ End of time step 11835.9130 27.3102 0.8355
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 73 11835.9131
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11835.9132 0.0001 0.0001
+ surface 01 11835.9132 0.0001 0.0000
+ S. 1: 16919points
+ refine surface 11835.9133 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 11835.9400 0.0268 0.0267
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11835.9669 0.0538 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11835.9923 0.0792 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16921points
+ surface 02 11836.0102 0.0971 0.0180
+ S. 2: 16912points
+ refine surface 11836.0104 0.0973 0.0001
+ S. 2: 6 added ptcls in refine_surface
+ check delaunay 11836.0390 0.1259 0.0286
+ S. 2: 11 flips in delaunay2
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11836.0656 0.1525 0.0266
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11836.0905 0.1774 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16918points
+ surface 03 11836.1086 0.1954 0.0180
+ S. 3: 16918points
+ refine surface 11836.1087 0.1956 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 11836.1351 0.2220 0.0264
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11836.1577 0.2445 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11836.1824 0.2693 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16920points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11836.2067
+ -----------------------------------------------------------------------
+ Create octree solve 11836.2070 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11836.2228 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11836.2446 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11836.2454 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11836.2595 0.0528 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 11836.3817 0.1750 0.1222
+ Imbed surface in osolve 11836.5638 0.3570 0.1821
+ embedding surface 1 11836.5639 0.3572 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 11838.5287 2.3219 1.9648
+ osolve%nleaves= 59424
+ embedding surface 3 11840.5964 4.3897 2.0677
+ osolve%nleaves= 64128
+ Assessing octree stability 11844.1340 7.9273 3.5376
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 11844.1391 7.9324 0.0051
+ Interpolate velo onto osolve 11844.5315 8.3248 0.3924
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 11844.6823 8.4756 0.1508
+ Find void 11844.9492 8.7425 0.2669
+ whole leaf in fluid 32992
+ Define boundary conditions 11844.9771 8.7703 0.0278
+ wsmp setup1 11844.9838 8.7771 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 11845.9865 9.7797 1.0026
+ -----------------------------------
+ start of non-linear iteratio 1 11846.0308
+ -----------------------------------
+ build system 11846.0310 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.34096E+00
+ viscosity capped in 37088
+ wsmp solve 11853.9808 7.9500 7.9499
+ =================================
+ wsmp: initialisation time: 0.0541470 s
+ wsmp: ordering time: 4.1079409 s
+ wsmp: symbolic fact. time: 0.7105129 s
+ wsmp: Cholesky fact. time: 11.3748190 s
+ wsmp: Factorisation 14485.6532039 Mflops
+ wsmp: back substitution time: 0.1217401 s
+ wsmp: from b to rhs vector: 0.0070570 s
+ ---------------------------------
+ wsmp: total solve time: 16.3767331 s
+ =================================
+ u : -0.10284E+01 0.18432E+00
+ v : -0.98771E-01 0.10804E+00
+ w : -0.76166E+00 0.26967E+00
+ =================================
+ Calculate pressures 11870.3738 24.3431 16.3930
+ raw pressures : -0.35105E+00 0.00000E+00
+ Smoothing pressures 11870.5992 24.5684 0.2253
+ do leaf measurements 11870.6003 24.5695 0.0011
+ compute convergence criterion 11870.6419 24.6112 0.0417
+ velocity_diff_norm = 0.5886212 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 11870.6467
+ -----------------------------------
+ build system 11870.6511 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78930E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11878.6619 8.0152 8.0108
+ =================================
+ wsmp: initialisation time: 0.0522571 s
+ wsmp: ordering time: 4.0899451 s
+ wsmp: symbolic fact. time: 0.7049131 s
+ wsmp: Cholesky fact. time: 11.3901570 s
+ wsmp: Factorisation 14466.1468759 Mflops
+ wsmp: back substitution time: 0.1207659 s
+ wsmp: from b to rhs vector: 0.0071311 s
+ ---------------------------------
+ wsmp: total solve time: 16.3655391 s
+ =================================
+ u : -0.10150E+01 0.13694E+00
+ v : -0.48254E-01 0.10268E+00
+ w : -0.76704E+00 0.22608E+00
+ =================================
+ Calculate pressures 11895.0436 24.3969 16.3817
+ raw pressures : -0.12354E+01 0.18107E+00
+ Smoothing pressures 11895.2674 24.6207 0.2238
+ do leaf measurements 11895.2686 24.6219 0.0011
+ compute convergence criterion 11895.3106 24.6639 0.0421
+ velocity_diff_norm = 0.0711721 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 11895.3154
+ -----------------------------------
+ build system 11895.3198 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11903.2644 7.9489 7.9446
+ =================================
+ wsmp: initialisation time: 0.0511711 s
+ wsmp: ordering time: 4.0994351 s
+ wsmp: symbolic fact. time: 0.7035239 s
+ wsmp: Cholesky fact. time: 11.4703448 s
+ wsmp: Factorisation 14365.0157871 Mflops
+ wsmp: back substitution time: 0.1214108 s
+ wsmp: from b to rhs vector: 0.0071061 s
+ ---------------------------------
+ wsmp: total solve time: 16.4533792 s
+ =================================
+ u : -0.10156E+01 0.15540E+00
+ v : -0.38062E-01 0.11878E+00
+ w : -0.74641E+00 0.23150E+00
+ =================================
+ Calculate pressures 11919.7336 24.4182 16.4692
+ raw pressures : -0.13709E+01 0.31176E+00
+ Smoothing pressures 11919.9575 24.6420 0.2238
+ do leaf measurements 11919.9586 24.6431 0.0011
+ compute convergence criterion 11920.0092 24.6937 0.0506
+ velocity_diff_norm = 0.0361171 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 11920.0139
+ -----------------------------------
+ build system 11920.0182 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11928.0068 7.9929 7.9886
+ =================================
+ wsmp: initialisation time: 0.0481460 s
+ wsmp: ordering time: 4.0863349 s
+ wsmp: symbolic fact. time: 0.7047720 s
+ wsmp: Cholesky fact. time: 11.3783431 s
+ wsmp: Factorisation 14481.1667525 Mflops
+ wsmp: back substitution time: 0.1209152 s
+ wsmp: from b to rhs vector: 0.0070469 s
+ ---------------------------------
+ wsmp: total solve time: 16.3459160 s
+ =================================
+ u : -0.10148E+01 0.17651E+00
+ v : -0.38059E-01 0.12334E+00
+ w : -0.73707E+00 0.22896E+00
+ =================================
+ Calculate pressures 11944.3690 24.3551 16.3622
+ raw pressures : -0.14701E+01 0.35359E+00
+ Smoothing pressures 11944.5923 24.5784 0.2233
+ do leaf measurements 11944.5934 24.5795 0.0011
+ compute convergence criterion 11944.6353 24.6215 0.0420
+ velocity_diff_norm = 0.0159729 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 11944.6402
+ -----------------------------------
+ build system 11944.6447 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11952.6561 8.0160 8.0115
+ =================================
+ wsmp: initialisation time: 0.0488479 s
+ wsmp: ordering time: 4.0980201 s
+ wsmp: symbolic fact. time: 0.7048879 s
+ wsmp: Cholesky fact. time: 11.3925560 s
+ wsmp: Factorisation 14463.1006921 Mflops
+ wsmp: back substitution time: 0.1208100 s
+ wsmp: from b to rhs vector: 0.0071261 s
+ ---------------------------------
+ wsmp: total solve time: 16.3726342 s
+ =================================
+ u : -0.10141E+01 0.19437E+00
+ v : -0.40594E-01 0.12567E+00
+ w : -0.73236E+00 0.22793E+00
+ =================================
+ Calculate pressures 11969.0456 24.4054 16.3894
+ raw pressures : -0.15137E+01 0.36272E+00
+ Smoothing pressures 11969.2685 24.6283 0.2229
+ do leaf measurements 11969.2696 24.6294 0.0011
+ compute convergence criterion 11969.3111 24.6710 0.0416
+ velocity_diff_norm = 0.0107425 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 11969.3158
+ -----------------------------------
+ build system 11969.3202 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 11977.2607 7.9448 7.9405
+ =================================
+ wsmp: initialisation time: 0.0503328 s
+ wsmp: ordering time: 4.1081340 s
+ wsmp: symbolic fact. time: 0.7077360 s
+ wsmp: Cholesky fact. time: 11.4245760 s
+ wsmp: Factorisation 14422.5644119 Mflops
+ wsmp: back substitution time: 0.1217940 s
+ wsmp: from b to rhs vector: 0.0070560 s
+ ---------------------------------
+ wsmp: total solve time: 16.4199831 s
+ =================================
+ u : -0.10136E+01 0.20999E+00
+ v : -0.43013E-01 0.12574E+00
+ w : -0.72784E+00 0.22761E+00
+ =================================
+ Calculate pressures 11993.6973 24.3815 16.4366
+ raw pressures : -0.15352E+01 0.36056E+00
+ Smoothing pressures 11993.9217 24.6059 0.2244
+ do leaf measurements 11993.9228 24.6070 0.0011
+ compute convergence criterion 11993.9644 24.6486 0.0416
+ velocity_diff_norm = 0.0080783 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 11993.9674 24.6516 0.0030
+Compute isostasy and adjust vertical 11993.9676 24.6518 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -90347821931296.969 109391716969722.55
+ def in m -7.9068717956542969 0.59141314029693604
+ dimensionless def -1.68975182941981723E-6 2.25910622732979898E-5
+ Isostatic velocity range = -0.0166589 0.2252652
+ Compute divergence 11994.1640 24.8482 0.1964
+ wsmp_cleanup 11994.2043 24.8885 0.0403
+ Reset surface geometry 11994.2096 24.8937 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 11994.2180 24.9021 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 11994.2332 24.9174 0.0153
+ Advect surface 1 11994.2334 24.9176 0.0001
+ removing 1 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 11994.4326 25.1167 0.1992
+ removing 3 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 11994.6550 25.3391 0.2224
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 11994.9174 25.6015 0.2624
+ Advect the cloud 11995.0525 25.7367 0.1351
+ Write output 11995.7894 26.4735 0.7368
+ End of time step 11996.6272 27.3114 0.8379
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 74 11996.6274
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 11996.6274 0.0001 0.0001
+ surface 01 11996.6275 0.0001 0.0000
+ S. 1: 16920points
+ refine surface 11996.6275 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 11996.6533 0.0260 0.0258
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 11996.6806 0.0532 0.0273
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 11996.7164 0.0890 0.0358
+ S. 1: 0 flips in delaunay2
+ S. 1: 16921points
+ surface 02 11996.7373 0.1099 0.0209
+ S. 2: 16915points
+ refine surface 11996.7374 0.1100 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 11996.7630 0.1357 0.0257
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 11996.7862 0.1588 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 11996.8104 0.1830 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16917points
+ surface 03 11996.8290 0.2017 0.0186
+ S. 3: 16919points
+ refine surface 11996.8292 0.2018 0.0001
+ S. 3: 5 added ptcls in refine_surface
+ check delaunay 11996.8573 0.2299 0.0281
+ S. 3: 10 flips in delaunay2
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 11996.8838 0.2564 0.0265
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 11996.9081 0.2807 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 11996.9326
+ -----------------------------------------------------------------------
+ Create octree solve 11996.9328 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 11996.9487 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 11996.9706 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 11996.9713 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 11996.9855 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 11997.1076 0.1750 0.1221
+ Imbed surface in osolve 11997.2886 0.3561 0.1810
+ embedding surface 1 11997.2888 0.3562 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 11999.2419 2.3093 1.9531
+ osolve%nleaves= 59424
+ embedding surface 3 12001.3255 4.3929 2.0836
+ osolve%nleaves= 64128
+ Assessing octree stability 12004.8813 7.9487 3.5558
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12004.8862 7.9537 0.0050
+ Interpolate velo onto osolve 12005.2805 8.3479 0.3942
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12005.4141 8.4815 0.1336
+ Find void 12005.6854 8.7528 0.2714
+ whole leaf in fluid 32992
+ Define boundary conditions 12005.7136 8.7810 0.0282
+ wsmp setup1 12005.7208 8.7882 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12006.7259 9.7933 1.0051
+ -----------------------------------
+ start of non-linear iteratio 1 12006.7708
+ -----------------------------------
+ build system 12006.7710 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 6.77712E+00
+ viscosity capped in 37088
+ wsmp solve 12014.6921 7.9213 7.9211
+ =================================
+ wsmp: initialisation time: 0.0530550 s
+ wsmp: ordering time: 4.1147609 s
+ wsmp: symbolic fact. time: 0.7084050 s
+ wsmp: Cholesky fact. time: 11.3922510 s
+ wsmp: Factorisation 14463.4878271 Mflops
+ wsmp: back substitution time: 0.1211779 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.3971410 s
+ =================================
+ u : -0.10188E+01 0.18368E+00
+ v : -0.98109E-01 0.10758E+00
+ w : -0.76166E+00 0.26781E+00
+ =================================
+ Calculate pressures 12031.1058 24.3350 16.4137
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 12031.3304 24.5596 0.2246
+ do leaf measurements 12031.3315 24.5607 0.0011
+ compute convergence criterion 12031.3729 24.6021 0.0414
+ velocity_diff_norm = 0.5884930 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12031.3778
+ -----------------------------------
+ build system 12031.3824 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79184E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12039.3696 7.9918 7.9872
+ =================================
+ wsmp: initialisation time: 0.0494149 s
+ wsmp: ordering time: 4.1020060 s
+ wsmp: symbolic fact. time: 0.7057681 s
+ wsmp: Cholesky fact. time: 11.3938360 s
+ wsmp: Factorisation 14461.4757984 Mflops
+ wsmp: back substitution time: 0.1207411 s
+ wsmp: from b to rhs vector: 0.0071762 s
+ ---------------------------------
+ wsmp: total solve time: 16.3793330 s
+ =================================
+ u : -0.10149E+01 0.13648E+00
+ v : -0.48029E-01 0.10282E+00
+ w : -0.76690E+00 0.22616E+00
+ =================================
+ Calculate pressures 12055.7653 24.3875 16.3957
+ raw pressures : -0.12348E+01 0.19665E+00
+ Smoothing pressures 12055.9882 24.6104 0.2229
+ do leaf measurements 12055.9893 24.6115 0.0011
+ compute convergence criterion 12056.0311 24.6534 0.0418
+ velocity_diff_norm = 0.0710026 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12056.0360
+ -----------------------------------
+ build system 12056.0407 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12063.9767 7.9407 7.9360
+ =================================
+ wsmp: initialisation time: 0.0506611 s
+ wsmp: ordering time: 4.0939720 s
+ wsmp: symbolic fact. time: 0.7065649 s
+ wsmp: Cholesky fact. time: 11.4709389 s
+ wsmp: Factorisation 14364.2717488 Mflops
+ wsmp: back substitution time: 0.1207540 s
+ wsmp: from b to rhs vector: 0.0071478 s
+ ---------------------------------
+ wsmp: total solve time: 16.4504211 s
+ =================================
+ u : -0.10156E+01 0.15504E+00
+ v : -0.38268E-01 0.11891E+00
+ w : -0.74639E+00 0.23158E+00
+ =================================
+ Calculate pressures 12080.4434 24.4074 16.4667
+ raw pressures : -0.13703E+01 0.31137E+00
+ Smoothing pressures 12080.6667 24.6307 0.2233
+ do leaf measurements 12080.6677 24.6317 0.0011
+ compute convergence criterion 12080.7091 24.6731 0.0414
+ velocity_diff_norm = 0.0362735 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12080.7140
+ -----------------------------------
+ build system 12080.7186 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12088.6989 7.9849 7.9803
+ =================================
+ wsmp: initialisation time: 0.0483010 s
+ wsmp: ordering time: 4.0875950 s
+ wsmp: symbolic fact. time: 0.7037659 s
+ wsmp: Cholesky fact. time: 11.3854420 s
+ wsmp: Factorisation 14472.1376304 Mflops
+ wsmp: back substitution time: 0.1207511 s
+ wsmp: from b to rhs vector: 0.0072110 s
+ ---------------------------------
+ wsmp: total solve time: 16.3534431 s
+ =================================
+ u : -0.10148E+01 0.17624E+00
+ v : -0.38171E-01 0.12335E+00
+ w : -0.73701E+00 0.22888E+00
+ =================================
+ Calculate pressures 12105.0686 24.3546 16.3697
+ raw pressures : -0.14693E+01 0.35270E+00
+ Smoothing pressures 12105.2910 24.5770 0.2223
+ do leaf measurements 12105.2921 24.5781 0.0011
+ compute convergence criterion 12105.3335 24.6195 0.0414
+ velocity_diff_norm = 0.0159218 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12105.3384
+ -----------------------------------
+ build system 12105.3430 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12113.3604 8.0220 8.0173
+ =================================
+ wsmp: initialisation time: 0.0517850 s
+ wsmp: ordering time: 4.0999169 s
+ wsmp: symbolic fact. time: 0.7048440 s
+ wsmp: Cholesky fact. time: 11.3930328 s
+ wsmp: Factorisation 14462.4953621 Mflops
+ wsmp: back substitution time: 0.1205471 s
+ wsmp: from b to rhs vector: 0.0072031 s
+ ---------------------------------
+ wsmp: total solve time: 16.3777239 s
+ =================================
+ u : -0.10142E+01 0.19417E+00
+ v : -0.40488E-01 0.12565E+00
+ w : -0.73229E+00 0.22799E+00
+ =================================
+ Calculate pressures 12129.7546 24.4162 16.3942
+ raw pressures : -0.15129E+01 0.36196E+00
+ Smoothing pressures 12129.9838 24.6453 0.2292
+ do leaf measurements 12129.9848 24.6464 0.0011
+ compute convergence criterion 12130.0262 24.6878 0.0414
+ velocity_diff_norm = 0.0107454 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12130.0311
+ -----------------------------------
+ build system 12130.0357 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12137.9715 7.9404 7.9358
+ =================================
+ wsmp: initialisation time: 0.0506818 s
+ wsmp: ordering time: 4.1141491 s
+ wsmp: symbolic fact. time: 0.7117479 s
+ wsmp: Cholesky fact. time: 11.4287350 s
+ wsmp: Factorisation 14417.3159688 Mflops
+ wsmp: back substitution time: 0.1218681 s
+ wsmp: from b to rhs vector: 0.0070090 s
+ ---------------------------------
+ wsmp: total solve time: 16.4345551 s
+ =================================
+ u : -0.10137E+01 0.20982E+00
+ v : -0.42941E-01 0.12565E+00
+ w : -0.72779E+00 0.22753E+00
+ =================================
+ Calculate pressures 12154.4224 24.3913 16.4509
+ raw pressures : -0.15346E+01 0.35990E+00
+ Smoothing pressures 12154.6477 24.6166 0.2253
+ do leaf measurements 12154.6487 24.6176 0.0011
+ compute convergence criterion 12154.6901 24.6590 0.0413
+ velocity_diff_norm = 0.0080866 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12154.6933 24.6622 0.0032
+Compute isostasy and adjust vertical 12154.6935 24.6624 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -91111691846424.922 110921652997580.81
+ def in m -7.910059928894043 0.59193980693817139
+ dimensionless def -1.69125659125191817E-6 2.26001712254115523E-5
+ Isostatic velocity range = -0.0166677 0.2253532
+ Compute divergence 12154.8924 24.8613 0.1989
+ wsmp_cleanup 12154.9323 24.9012 0.0399
+ Reset surface geometry 12154.9376 24.9065 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 12154.9459 24.9148 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12154.9611 24.9300 0.0152
+ Advect surface 1 12154.9613 24.9302 0.0002
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12155.1570 25.1259 0.1957
+ removing 3 particle from surface
+ S. 2: 14 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12155.3778 25.3467 0.2208
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12155.6392 25.6081 0.2614
+ Advect the cloud 12155.7744 25.7433 0.1352
+ Write output 12156.5130 26.4819 0.7386
+ End of time step 12157.3487 27.3176 0.8356
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 75 12157.3488
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12157.3489 0.0001 0.0001
+ surface 01 12157.3489 0.0001 0.0000
+ S. 1: 16920points
+ refine surface 12157.3489 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 12157.3749 0.0261 0.0260
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12157.4025 0.0537 0.0276
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12157.4267 0.0779 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16922points
+ surface 02 12157.4456 0.0968 0.0189
+ S. 2: 16914points
+ refine surface 12157.4457 0.0969 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 12157.4720 0.1232 0.0263
+ S. 2: 6 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12157.4992 0.1504 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12157.5233 0.1745 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16917points
+ surface 03 12157.5420 0.1933 0.0187
+ S. 3: 16923points
+ refine surface 12157.5422 0.1934 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 12157.5686 0.2198 0.0264
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12157.5913 0.2425 0.0227
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 12157.6172 0.2684 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12157.6398 0.2910 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12157.6646 0.3158 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12157.6892
+ -----------------------------------------------------------------------
+ Create octree solve 12157.6894 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12157.7053 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12157.7271 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12157.7279 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12157.7420 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 12157.8642 0.1750 0.1222
+ Imbed surface in osolve 12158.0455 0.3564 0.1813
+ embedding surface 1 12158.0457 0.3565 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 12160.0062 2.3171 1.9606
+ osolve%nleaves= 59424
+ embedding surface 3 12162.1087 4.4195 2.1024
+ osolve%nleaves= 64128
+ Assessing octree stability 12165.6158 7.9266 3.5071
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12165.6208 7.9316 0.0050
+ Interpolate velo onto osolve 12165.9844 8.2952 0.3636
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12166.1728 8.4837 0.1884
+ Find void 12166.4451 8.7559 0.2722
+ whole leaf in fluid 32992
+ Define boundary conditions 12166.4734 8.7842 0.0283
+ wsmp setup1 12166.4806 8.7915 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12167.4833 9.7941 1.0027
+ -----------------------------------
+ start of non-linear iteratio 1 12167.5282
+ -----------------------------------
+ build system 12167.5283 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 6.87477E+00
+ viscosity capped in 37088
+ wsmp solve 12175.4562 7.9281 7.9279
+ =================================
+ wsmp: initialisation time: 0.0535021 s
+ wsmp: ordering time: 4.1240509 s
+ wsmp: symbolic fact. time: 0.7124131 s
+ wsmp: Cholesky fact. time: 11.3997829 s
+ wsmp: Factorisation 14453.9317439 Mflops
+ wsmp: back substitution time: 0.1214621 s
+ wsmp: from b to rhs vector: 0.0073280 s
+ ---------------------------------
+ wsmp: total solve time: 16.4189041 s
+ =================================
+ u : -0.10188E+01 0.18424E+00
+ v : -0.98416E-01 0.10775E+00
+ w : -0.76153E+00 0.26974E+00
+ =================================
+ Calculate pressures 12191.8905 24.3623 16.4342
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 12192.1174 24.5892 0.2269
+ do leaf measurements 12192.1185 24.5903 0.0011
+ compute convergence criterion 12192.1600 24.6318 0.0415
+ velocity_diff_norm = 0.5890118 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12192.1647
+ -----------------------------------
+ build system 12192.1691 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80011E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12200.2045 8.0398 8.0354
+ =================================
+ wsmp: initialisation time: 0.0507150 s
+ wsmp: ordering time: 4.1024430 s
+ wsmp: symbolic fact. time: 0.7030959 s
+ wsmp: Cholesky fact. time: 11.3844891 s
+ wsmp: Factorisation 14473.3490466 Mflops
+ wsmp: back substitution time: 0.1207550 s
+ wsmp: from b to rhs vector: 0.0073228 s
+ ---------------------------------
+ wsmp: total solve time: 16.3691869 s
+ =================================
+ u : -0.10149E+01 0.13691E+00
+ v : -0.48206E-01 0.10255E+00
+ w : -0.76695E+00 0.22499E+00
+ =================================
+ Calculate pressures 12216.5902 24.4255 16.3857
+ raw pressures : -0.12347E+01 0.18930E+00
+ Smoothing pressures 12216.8130 24.6483 0.2228
+ do leaf measurements 12216.8141 24.6494 0.0011
+ compute convergence criterion 12216.8560 24.6912 0.0419
+ velocity_diff_norm = 0.0714248 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12216.8608
+ -----------------------------------
+ build system 12216.8652 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12224.8021 7.9413 7.9369
+ =================================
+ wsmp: initialisation time: 0.0515590 s
+ wsmp: ordering time: 4.0846970 s
+ wsmp: symbolic fact. time: 0.7040439 s
+ wsmp: Cholesky fact. time: 11.4679608 s
+ wsmp: Factorisation 14368.0019711 Mflops
+ wsmp: back substitution time: 0.1210549 s
+ wsmp: from b to rhs vector: 0.0072920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4369819 s
+ =================================
+ u : -0.10158E+01 0.15541E+00
+ v : -0.38026E-01 0.11898E+00
+ w : -0.74644E+00 0.23128E+00
+ =================================
+ Calculate pressures 12241.2551 24.3943 16.4530
+ raw pressures : -0.13706E+01 0.31160E+00
+ Smoothing pressures 12241.4788 24.6180 0.2237
+ do leaf measurements 12241.4799 24.6191 0.0011
+ compute convergence criterion 12241.5214 24.6606 0.0415
+ velocity_diff_norm = 0.0363467 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12241.5261
+ -----------------------------------
+ build system 12241.5305 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12249.5051 7.9789 7.9746
+ =================================
+ wsmp: initialisation time: 0.0500078 s
+ wsmp: ordering time: 4.0915020 s
+ wsmp: symbolic fact. time: 0.7044239 s
+ wsmp: Cholesky fact. time: 11.3829060 s
+ wsmp: Factorisation 14475.3619553 Mflops
+ wsmp: back substitution time: 0.1208379 s
+ wsmp: from b to rhs vector: 0.0073128 s
+ ---------------------------------
+ wsmp: total solve time: 16.3573642 s
+ =================================
+ u : -0.10149E+01 0.17653E+00
+ v : -0.37957E-01 0.12341E+00
+ w : -0.73708E+00 0.22881E+00
+ =================================
+ Calculate pressures 12265.8788 24.3527 16.3738
+ raw pressures : -0.14696E+01 0.35302E+00
+ Smoothing pressures 12266.1036 24.5775 0.2248
+ do leaf measurements 12266.1047 24.5786 0.0011
+ compute convergence criterion 12266.1461 24.6200 0.0414
+ velocity_diff_norm = 0.0158878 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12266.1508
+ -----------------------------------
+ build system 12266.1552 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12274.1748 8.0239 8.0196
+ =================================
+ wsmp: initialisation time: 0.0488338 s
+ wsmp: ordering time: 4.0976601 s
+ wsmp: symbolic fact. time: 0.7039878 s
+ wsmp: Cholesky fact. time: 11.3856001 s
+ wsmp: Factorisation 14471.9367071 Mflops
+ wsmp: back substitution time: 0.1209550 s
+ wsmp: from b to rhs vector: 0.0073230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3647208 s
+ =================================
+ u : -0.10144E+01 0.19444E+00
+ v : -0.40529E-01 0.12572E+00
+ w : -0.73237E+00 0.22797E+00
+ =================================
+ Calculate pressures 12290.5560 24.4051 16.3812
+ raw pressures : -0.15134E+01 0.36236E+00
+ Smoothing pressures 12290.7789 24.6281 0.2230
+ do leaf measurements 12290.7800 24.6292 0.0011
+ compute convergence criterion 12290.8216 24.6707 0.0415
+ velocity_diff_norm = 0.0107530 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12290.8262
+ -----------------------------------
+ build system 12290.8305 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12298.7694 7.9432 7.9389
+ =================================
+ wsmp: initialisation time: 0.0504310 s
+ wsmp: ordering time: 4.1249321 s
+ wsmp: symbolic fact. time: 0.7103410 s
+ wsmp: Cholesky fact. time: 11.4448719 s
+ wsmp: Factorisation 14396.9880379 Mflops
+ wsmp: back substitution time: 0.1212380 s
+ wsmp: from b to rhs vector: 0.0073159 s
+ ---------------------------------
+ wsmp: total solve time: 16.4594951 s
+ =================================
+ u : -0.10138E+01 0.21008E+00
+ v : -0.42965E-01 0.12573E+00
+ w : -0.72786E+00 0.22750E+00
+ =================================
+ Calculate pressures 12315.2455 24.4193 16.4760
+ raw pressures : -0.15351E+01 0.36024E+00
+ Smoothing pressures 12315.4703 24.6441 0.2248
+ do leaf measurements 12315.4714 24.6451 0.0011
+ compute convergence criterion 12315.5129 24.6866 0.0415
+ velocity_diff_norm = 0.0080814 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12315.5159 24.6897 0.0030
+Compute isostasy and adjust vertical 12315.5161 24.6898 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -91866454244448.344 112450496756986.92
+ def in m -7.9142351150512695 0.59496170282363892
+ dimensionless def -1.69989057949611127E-6 2.26121003287179149E-5
+ Isostatic velocity range = -0.0167442 0.2254711
+ Compute divergence 12315.7129 24.8867 0.1969
+ wsmp_cleanup 12315.7550 24.9288 0.0421
+ Reset surface geometry 12315.7602 24.9340 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 12315.7687 24.9425 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12315.7831 24.9569 0.0144
+ Advect surface 1 12315.7832 24.9570 0.0001
+ removing 3 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12316.0044 25.1782 0.2212
+ removing 1 particle from surface
+ S. 2: 16 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12316.2117 25.3855 0.2073
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12316.4725 25.6463 0.2608
+ Advect the cloud 12316.6096 25.7833 0.1370
+ Write output 12317.3453 26.5191 0.7358
+ End of time step 12318.1766 27.3504 0.8313
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 76 12318.1767
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12318.1768 0.0001 0.0001
+ surface 01 12318.1768 0.0001 0.0000
+ S. 1: 16919points
+ refine surface 12318.1769 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 12318.2028 0.0261 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12318.2255 0.0488 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12318.2502 0.0734 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16920points
+ surface 02 12318.2685 0.0918 0.0184
+ S. 2: 16916points
+ refine surface 12318.2687 0.0919 0.0002
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 12318.2954 0.1187 0.0267
+ S. 2: 5 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12318.3220 0.1452 0.0266
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12318.3466 0.1698 0.0246
+ S. 2: 0 flips in delaunay2
+ S. 2: 16919points
+ surface 03 12318.3648 0.1881 0.0182
+ S. 3: 16925points
+ refine surface 12318.3649 0.1882 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 12318.3914 0.2147 0.0265
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12318.4182 0.2415 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12318.4428 0.2660 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16927points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12318.4673
+ -----------------------------------------------------------------------
+ Create octree solve 12318.4676 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12318.4834 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12318.5046 0.0373 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12318.5054 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12318.5195 0.0522 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 12318.6418 0.1744 0.1222
+ Imbed surface in osolve 12318.8222 0.3549 0.1804
+ embedding surface 1 12318.8223 0.3550 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 12320.7714 2.3041 1.9491
+ osolve%nleaves= 59424
+ embedding surface 3 12322.8720 4.4047 2.1005
+ osolve%nleaves= 64128
+ Assessing octree stability 12326.4075 7.9402 3.5355
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12326.4123 7.9450 0.0048
+ Interpolate velo onto osolve 12326.7923 8.3250 0.3800
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12326.9341 8.4668 0.1418
+ Find void 12327.2026 8.7353 0.2684
+ whole leaf in fluid 32992
+ Define boundary conditions 12327.2306 8.7633 0.0280
+ wsmp setup1 12327.2368 8.7695 0.0062
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12328.2384 9.7710 1.0015
+ -----------------------------------
+ start of non-linear iteratio 1 12328.2819
+ -----------------------------------
+ build system 12328.2820 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38942E-05 7.22601E+00
+ viscosity capped in 37088
+ wsmp solve 12336.2405 7.9586 7.9585
+ =================================
+ wsmp: initialisation time: 0.0520000 s
+ wsmp: ordering time: 4.1191390 s
+ wsmp: symbolic fact. time: 0.7120180 s
+ wsmp: Cholesky fact. time: 11.4255230 s
+ wsmp: Factorisation 14421.3690051 Mflops
+ wsmp: back substitution time: 0.1216111 s
+ wsmp: from b to rhs vector: 0.0071452 s
+ ---------------------------------
+ wsmp: total solve time: 16.4378009 s
+ =================================
+ u : -0.10185E+01 0.18376E+00
+ v : -0.98160E-01 0.10709E+00
+ w : -0.76173E+00 0.26712E+00
+ =================================
+ Calculate pressures 12352.6937 24.4118 16.4532
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 12352.9202 24.6383 0.2265
+ do leaf measurements 12352.9212 24.6394 0.0011
+ compute convergence criterion 12352.9622 24.6803 0.0409
+ velocity_diff_norm = 0.5890524 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12352.9668
+ -----------------------------------
+ build system 12352.9712 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80033E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12360.9471 7.9802 7.9759
+ =================================
+ wsmp: initialisation time: 0.0483890 s
+ wsmp: ordering time: 4.1057808 s
+ wsmp: symbolic fact. time: 0.7054482 s
+ wsmp: Cholesky fact. time: 11.3783660 s
+ wsmp: Factorisation 14481.1376228 Mflops
+ wsmp: back substitution time: 0.1207359 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3662481 s
+ =================================
+ u : -0.10151E+01 0.13656E+00
+ v : -0.48151E-01 0.10269E+00
+ w : -0.76701E+00 0.22509E+00
+ =================================
+ Calculate pressures 12377.3299 24.3631 16.3828
+ raw pressures : -0.12351E+01 0.18580E+00
+ Smoothing pressures 12377.5530 24.5861 0.2231
+ do leaf measurements 12377.5540 24.5872 0.0011
+ compute convergence criterion 12377.5953 24.6285 0.0412
+ velocity_diff_norm = 0.0715353 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12377.6000
+ -----------------------------------
+ build system 12377.6045 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12385.5425 7.9425 7.9381
+ =================================
+ wsmp: initialisation time: 0.0507300 s
+ wsmp: ordering time: 4.0928419 s
+ wsmp: symbolic fact. time: 0.7052040 s
+ wsmp: Cholesky fact. time: 11.4706850 s
+ wsmp: Factorisation 14364.5897172 Mflops
+ wsmp: back substitution time: 0.1209490 s
+ wsmp: from b to rhs vector: 0.0071430 s
+ ---------------------------------
+ wsmp: total solve time: 16.4480739 s
+ =================================
+ u : -0.10158E+01 0.15512E+00
+ v : -0.38211E-01 0.11901E+00
+ w : -0.74638E+00 0.23128E+00
+ =================================
+ Calculate pressures 12402.0067 24.4066 16.4641
+ raw pressures : -0.13706E+01 0.31155E+00
+ Smoothing pressures 12402.2300 24.6299 0.2233
+ do leaf measurements 12402.2310 24.6310 0.0011
+ compute convergence criterion 12402.2720 24.6719 0.0409
+ velocity_diff_norm = 0.0361909 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12402.2766
+ -----------------------------------
+ build system 12402.2810 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12410.2405 7.9639 7.9595
+ =================================
+ wsmp: initialisation time: 0.0533981 s
+ wsmp: ordering time: 4.0908439 s
+ wsmp: symbolic fact. time: 0.7057941 s
+ wsmp: Cholesky fact. time: 11.3865809 s
+ wsmp: Factorisation 14470.6900767 Mflops
+ wsmp: back substitution time: 0.1214249 s
+ wsmp: from b to rhs vector: 0.0071139 s
+ ---------------------------------
+ wsmp: total solve time: 16.3655241 s
+ =================================
+ u : -0.10150E+01 0.17632E+00
+ v : -0.38216E-01 0.12353E+00
+ w : -0.73698E+00 0.22878E+00
+ =================================
+ Calculate pressures 12426.6223 24.3457 16.3818
+ raw pressures : -0.14694E+01 0.35272E+00
+ Smoothing pressures 12426.8481 24.5714 0.2258
+ do leaf measurements 12426.8492 24.5725 0.0011
+ compute convergence criterion 12426.8901 24.6134 0.0409
+ velocity_diff_norm = 0.0158493 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12426.8947
+ -----------------------------------
+ build system 12426.8991 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12434.9238 8.0290 8.0247
+ =================================
+ wsmp: initialisation time: 0.0477319 s
+ wsmp: ordering time: 4.0970190 s
+ wsmp: symbolic fact. time: 0.7036781 s
+ wsmp: Cholesky fact. time: 11.4002030 s
+ wsmp: Factorisation 14453.3991215 Mflops
+ wsmp: back substitution time: 0.1208370 s
+ wsmp: from b to rhs vector: 0.0070729 s
+ ---------------------------------
+ wsmp: total solve time: 16.3769169 s
+ =================================
+ u : -0.10144E+01 0.19425E+00
+ v : -0.40488E-01 0.12590E+00
+ w : -0.73226E+00 0.22806E+00
+ =================================
+ Calculate pressures 12451.3174 24.4227 16.3936
+ raw pressures : -0.15131E+01 0.36210E+00
+ Smoothing pressures 12451.5400 24.6453 0.2226
+ do leaf measurements 12451.5411 24.6463 0.0011
+ compute convergence criterion 12451.5820 24.6873 0.0410
+ velocity_diff_norm = 0.0107324 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12451.5867
+ -----------------------------------
+ build system 12451.5910 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12459.5810 7.9943 7.9900
+ =================================
+ wsmp: initialisation time: 0.0478671 s
+ wsmp: ordering time: 4.1130149 s
+ wsmp: symbolic fact. time: 0.7060628 s
+ wsmp: Cholesky fact. time: 11.4539690 s
+ wsmp: Factorisation 14385.5535011 Mflops
+ wsmp: back substitution time: 0.1215851 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4500139 s
+ =================================
+ u : -0.10138E+01 0.20989E+00
+ v : -0.42939E-01 0.12586E+00
+ w : -0.72775E+00 0.22746E+00
+ =================================
+ Calculate pressures 12476.0471 24.4604 16.4661
+ raw pressures : -0.15347E+01 0.35997E+00
+ Smoothing pressures 12476.2703 24.6836 0.2233
+ do leaf measurements 12476.2714 24.6847 0.0011
+ compute convergence criterion 12476.3123 24.7257 0.0409
+ velocity_diff_norm = 0.0080865 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12476.3153 24.7286 0.0030
+Compute isostasy and adjust vertical 12476.3155 24.7288 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -92613326531339.844 113978001976568.36
+ def in m -7.909027099609375 0.59326130151748657
+ dimensionless def -1.69503229004996171E-6 2.25972202845982142E-5
+ Isostatic velocity range = -0.0166921 0.2253258
+ Compute divergence 12476.5114 24.9247 0.1959
+ wsmp_cleanup 12476.5524 24.9657 0.0410
+ Reset surface geometry 12476.5576 24.9709 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 12476.5662 24.9795 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12476.5808 24.9941 0.0146
+ Advect surface 1 12476.5809 24.9943 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12476.7713 25.1846 0.1903
+ removing 3 particle from surface
+ S. 2: 13 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12476.9914 25.4047 0.2201
+ removing 4 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12477.2785 25.6918 0.2872
+ Advect the cloud 12477.4152 25.8285 0.1367
+ Write output 12478.1530 26.5663 0.7378
+ End of time step 12478.9909 27.4042 0.8379
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 77 12478.9910
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12478.9911 0.0001 0.0001
+ surface 01 12478.9911 0.0001 0.0000
+ S. 1: 16920points
+ refine surface 12478.9911 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 12479.0190 0.0280 0.0278
+ S. 1: 8 flips in delaunay2
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12479.0459 0.0549 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12479.0706 0.0796 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16924points
+ surface 02 12479.0886 0.0976 0.0180
+ S. 2: 16916points
+ refine surface 12479.0888 0.0978 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 12479.1143 0.1233 0.0256
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12479.1414 0.1504 0.0270
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12479.1661 0.1751 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16917points
+ surface 03 12479.1842 0.1932 0.0181
+ S. 3: 16923points
+ refine surface 12479.1843 0.1933 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 12479.2103 0.2193 0.0260
+ S. 3: 4 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12479.2378 0.2468 0.0275
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12479.2621 0.2711 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12479.2873
+ -----------------------------------------------------------------------
+ Create octree solve 12479.2876 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12479.3035 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12479.3249 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12479.3257 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12479.3399 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 12479.4620 0.1747 0.1221
+ Imbed surface in osolve 12479.6423 0.3550 0.1803
+ embedding surface 1 12479.6425 0.3552 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 12481.5971 2.3098 1.9546
+ osolve%nleaves= 59424
+ embedding surface 3 12483.6631 4.3757 2.0660
+ osolve%nleaves= 64128
+ Assessing octree stability 12487.1781 7.8908 3.5150
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12487.1828 7.8955 0.0047
+ Interpolate velo onto osolve 12487.5314 8.2441 0.3486
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12487.7872 8.4998 0.2557
+ Find void 12488.0571 8.7698 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 12488.0854 8.7981 0.0283
+ wsmp setup1 12488.0928 8.8055 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12489.0956 9.8083 1.0028
+ -----------------------------------
+ start of non-linear iteratio 1 12489.1400
+ -----------------------------------
+ build system 12489.1402 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 7.68651E+00
+ viscosity capped in 37088
+ wsmp solve 12497.0744 7.9343 7.9342
+ =================================
+ wsmp: initialisation time: 0.0519302 s
+ wsmp: ordering time: 4.1284790 s
+ wsmp: symbolic fact. time: 0.7099662 s
+ wsmp: Cholesky fact. time: 11.4092801 s
+ wsmp: Factorisation 14441.9001886 Mflops
+ wsmp: back substitution time: 0.1214762 s
+ wsmp: from b to rhs vector: 0.0071790 s
+ ---------------------------------
+ wsmp: total solve time: 16.4286871 s
+ =================================
+ u : -0.10186E+01 0.18375E+00
+ v : -0.98540E-01 0.10789E+00
+ w : -0.76150E+00 0.26865E+00
+ =================================
+ Calculate pressures 12513.5192 24.3792 16.4449
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 12513.7451 24.6050 0.2258
+ do leaf measurements 12513.7462 24.6062 0.0011
+ compute convergence criterion 12513.7872 24.6472 0.0410
+ velocity_diff_norm = 0.5883059 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12513.7919
+ -----------------------------------
+ build system 12513.7962 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78875E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12521.7834 7.9915 7.9872
+ =================================
+ wsmp: initialisation time: 0.0508330 s
+ wsmp: ordering time: 4.0979400 s
+ wsmp: symbolic fact. time: 0.7067819 s
+ wsmp: Cholesky fact. time: 11.3741031 s
+ wsmp: Factorisation 14486.5650391 Mflops
+ wsmp: back substitution time: 0.1208858 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3581419 s
+ =================================
+ u : -0.10151E+01 0.13646E+00
+ v : -0.48080E-01 0.10263E+00
+ w : -0.76679E+00 0.22618E+00
+ =================================
+ Calculate pressures 12538.1571 24.3651 16.3736
+ raw pressures : -0.12349E+01 0.19326E+00
+ Smoothing pressures 12538.3810 24.5891 0.2239
+ do leaf measurements 12538.3821 24.5902 0.0011
+ compute convergence criterion 12538.4236 24.6316 0.0414
+ velocity_diff_norm = 0.0708206 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12538.4284
+ -----------------------------------
+ build system 12538.4327 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12546.3769 7.9485 7.9442
+ =================================
+ wsmp: initialisation time: 0.0493360 s
+ wsmp: ordering time: 4.1006539 s
+ wsmp: symbolic fact. time: 0.7034760 s
+ wsmp: Cholesky fact. time: 11.4466319 s
+ wsmp: Factorisation 14394.7743924 Mflops
+ wsmp: back substitution time: 0.1212978 s
+ wsmp: from b to rhs vector: 0.0071611 s
+ ---------------------------------
+ wsmp: total solve time: 16.4289339 s
+ =================================
+ u : -0.10159E+01 0.15503E+00
+ v : -0.38007E-01 0.11880E+00
+ w : -0.74641E+00 0.23169E+00
+ =================================
+ Calculate pressures 12562.8218 24.3934 16.4449
+ raw pressures : -0.13703E+01 0.31151E+00
+ Smoothing pressures 12563.0462 24.6178 0.2244
+ do leaf measurements 12563.0473 24.6189 0.0011
+ compute convergence criterion 12563.0883 24.6599 0.0409
+ velocity_diff_norm = 0.0361461 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12563.0930
+ -----------------------------------
+ build system 12563.0974 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12571.0506 7.9576 7.9532
+ =================================
+ wsmp: initialisation time: 0.0482910 s
+ wsmp: ordering time: 4.0931890 s
+ wsmp: symbolic fact. time: 0.7122850 s
+ wsmp: Cholesky fact. time: 11.3719630 s
+ wsmp: Factorisation 14489.2912090 Mflops
+ wsmp: back substitution time: 0.1218140 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3550370 s
+ =================================
+ u : -0.10151E+01 0.17624E+00
+ v : -0.38080E-01 0.12334E+00
+ w : -0.73700E+00 0.22900E+00
+ =================================
+ Calculate pressures 12587.4216 24.3285 16.3710
+ raw pressures : -0.14690E+01 0.35248E+00
+ Smoothing pressures 12587.6475 24.5544 0.2259
+ do leaf measurements 12587.6486 24.5555 0.0011
+ compute convergence criterion 12587.6896 24.5965 0.0410
+ velocity_diff_norm = 0.0159417 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12587.6943
+ -----------------------------------
+ build system 12587.6987 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12595.7360 8.0416 8.0373
+ =================================
+ wsmp: initialisation time: 0.0505030 s
+ wsmp: ordering time: 4.1041391 s
+ wsmp: symbolic fact. time: 0.7086070 s
+ wsmp: Cholesky fact. time: 11.3866110 s
+ wsmp: Factorisation 14470.6518994 Mflops
+ wsmp: back substitution time: 0.1214390 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3787529 s
+ =================================
+ u : -0.10144E+01 0.19419E+00
+ v : -0.40474E-01 0.12569E+00
+ w : -0.73228E+00 0.22799E+00
+ =================================
+ Calculate pressures 12612.1307 24.4364 16.3947
+ raw pressures : -0.15126E+01 0.36178E+00
+ Smoothing pressures 12612.3538 24.6595 0.2232
+ do leaf measurements 12612.3550 24.6606 0.0011
+ compute convergence criterion 12612.3960 24.7017 0.0411
+ velocity_diff_norm = 0.0107397 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12612.4008
+ -----------------------------------
+ build system 12612.4050 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12620.3481 7.9474 7.9431
+ =================================
+ wsmp: initialisation time: 0.0490890 s
+ wsmp: ordering time: 4.1253800 s
+ wsmp: symbolic fact. time: 0.7109220 s
+ wsmp: Cholesky fact. time: 11.4753580 s
+ wsmp: Factorisation 14358.7401579 Mflops
+ wsmp: back substitution time: 0.1213062 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4896328 s
+ =================================
+ u : -0.10138E+01 0.20987E+00
+ v : -0.42939E-01 0.12566E+00
+ w : -0.72776E+00 0.22749E+00
+ =================================
+ Calculate pressures 12636.8531 24.4524 16.5050
+ raw pressures : -0.15346E+01 0.35987E+00
+ Smoothing pressures 12637.0779 24.6772 0.2248
+ do leaf measurements 12637.0791 24.6783 0.0011
+ compute convergence criterion 12637.1200 24.7192 0.0410
+ velocity_diff_norm = 0.0080840 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12637.1231 24.7223 0.0031
+Compute isostasy and adjust vertical 12637.1232 24.7225 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -93364142984749.391 115492913333698.53
+ def in m -7.9137201309204102 0.59438097476959229
+ dimensionless def -1.69823135648454957E-6 2.26106289454868867E-5
+ Isostatic velocity range = -0.0167169 0.2254611
+ Compute divergence 12637.3166 24.9158 0.1933
+ wsmp_cleanup 12637.3607 24.9599 0.0441
+ Reset surface geometry 12637.3656 24.9649 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 12637.3737 24.9729 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12637.3869 24.9861 0.0132
+ Advect surface 1 12637.3870 24.9863 0.0001
+ removing 3 particle from surface
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12637.6063 25.2056 0.2193
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12637.8123 25.4115 0.2059
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12638.0857 25.6849 0.2734
+ Advect the cloud 12638.2229 25.8221 0.1372
+ Write output 12638.9613 26.5606 0.7384
+ End of time step 12639.8002 27.3994 0.8389
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 78 12639.8003
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12639.8004 0.0001 0.0001
+ surface 01 12639.8004 0.0001 0.0000
+ S. 1: 16921points
+ refine surface 12639.8004 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 12639.8281 0.0278 0.0277
+ S. 1: 10 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12639.8552 0.0549 0.0271
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12639.8799 0.0796 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16925points
+ surface 02 12639.8981 0.0978 0.0183
+ S. 2: 16916points
+ refine surface 12639.8983 0.0980 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 12639.9237 0.1234 0.0254
+ S. 2: 2 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12639.9508 0.1505 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12639.9756 0.1753 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16917points
+ surface 03 12639.9938 0.1935 0.0182
+ S. 3: 16923points
+ refine surface 12639.9939 0.1936 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 12640.0201 0.2198 0.0262
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12640.0430 0.2427 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12640.0679 0.2676 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12640.0928
+ -----------------------------------------------------------------------
+ Create octree solve 12640.0930 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12640.1089 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12640.1305 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12640.1313 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12640.1454 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 12640.2676 0.1748 0.1222
+ Imbed surface in osolve 12640.4481 0.3554 0.1805
+ embedding surface 1 12640.4483 0.3556 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 12642.3825 2.2897 1.9342
+ osolve%nleaves= 59424
+ embedding surface 3 12644.4719 4.3791 2.0894
+ osolve%nleaves= 64128
+ Assessing octree stability 12647.9918 7.8991 3.5199
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12647.9964 7.9037 0.0046
+ Interpolate velo onto osolve 12648.3556 8.2628 0.3591
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12648.5667 8.4740 0.2112
+ Find void 12648.8366 8.7438 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 12648.8646 8.7719 0.0281
+ wsmp setup1 12648.8715 8.7787 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12649.8730 9.7802 1.0015
+ -----------------------------------
+ start of non-linear iteratio 1 12649.9172
+ -----------------------------------
+ build system 12649.9174 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.04341E+00
+ viscosity capped in 37088
+ wsmp solve 12657.8400 7.9228 7.9226
+ =================================
+ wsmp: initialisation time: 0.0513470 s
+ wsmp: ordering time: 4.1233401 s
+ wsmp: symbolic fact. time: 0.7144439 s
+ wsmp: Cholesky fact. time: 11.4245820 s
+ wsmp: Factorisation 14422.5568874 Mflops
+ wsmp: back substitution time: 0.1215770 s
+ wsmp: from b to rhs vector: 0.0071459 s
+ ---------------------------------
+ wsmp: total solve time: 16.4428349 s
+ =================================
+ u : -0.10264E+01 0.18440E+00
+ v : -0.97944E-01 0.10760E+00
+ w : -0.76162E+00 0.26827E+00
+ =================================
+ Calculate pressures 12674.2986 24.3814 16.4587
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 12674.5247 24.6075 0.2261
+ do leaf measurements 12674.5258 24.6086 0.0011
+ compute convergence criterion 12674.5673 24.6501 0.0414
+ velocity_diff_norm = 0.5892916 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12674.5720
+ -----------------------------------
+ build system 12674.5764 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79923E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12682.5720 7.9999 7.9956
+ =================================
+ wsmp: initialisation time: 0.0494630 s
+ wsmp: ordering time: 4.0999901 s
+ wsmp: symbolic fact. time: 0.7067890 s
+ wsmp: Cholesky fact. time: 11.3739111 s
+ wsmp: Factorisation 14486.8094900 Mflops
+ wsmp: back substitution time: 0.1209130 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.3586729 s
+ =================================
+ u : -0.10152E+01 0.13692E+00
+ v : -0.48414E-01 0.10286E+00
+ w : -0.76698E+00 0.22530E+00
+ =================================
+ Calculate pressures 12698.9472 24.3752 16.3753
+ raw pressures : -0.12352E+01 0.17995E+00
+ Smoothing pressures 12699.1701 24.5981 0.2229
+ do leaf measurements 12699.1712 24.5992 0.0011
+ compute convergence criterion 12699.2130 24.6410 0.0417
+ velocity_diff_norm = 0.0716201 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12699.2174
+ -----------------------------------
+ build system 12699.2218 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12707.1907 7.9732 7.9689
+ =================================
+ wsmp: initialisation time: 0.0471530 s
+ wsmp: ordering time: 4.0965481 s
+ wsmp: symbolic fact. time: 0.7058051 s
+ wsmp: Cholesky fact. time: 11.4368479 s
+ wsmp: Factorisation 14407.0888197 Mflops
+ wsmp: back substitution time: 0.1211929 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.4151690 s
+ =================================
+ u : -0.10161E+01 0.15536E+00
+ v : -0.38260E-01 0.11903E+00
+ w : -0.74645E+00 0.23099E+00
+ =================================
+ Calculate pressures 12723.6215 24.4041 16.4308
+ raw pressures : -0.13708E+01 0.31168E+00
+ Smoothing pressures 12723.8461 24.6286 0.2246
+ do leaf measurements 12723.8472 24.6297 0.0011
+ compute convergence criterion 12723.8886 24.6711 0.0414
+ velocity_diff_norm = 0.0362696 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12723.8933
+ -----------------------------------
+ build system 12723.8976 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12731.8535 7.9603 7.9559
+ =================================
+ wsmp: initialisation time: 0.0512960 s
+ wsmp: ordering time: 4.1046171 s
+ wsmp: symbolic fact. time: 0.7120841 s
+ wsmp: Cholesky fact. time: 11.3775010 s
+ wsmp: Factorisation 14482.2385616 Mflops
+ wsmp: back substitution time: 0.1213751 s
+ wsmp: from b to rhs vector: 0.0070031 s
+ ---------------------------------
+ wsmp: total solve time: 16.3743081 s
+ =================================
+ u : -0.10152E+01 0.17643E+00
+ v : -0.38282E-01 0.12354E+00
+ w : -0.73705E+00 0.22858E+00
+ =================================
+ Calculate pressures 12748.2431 24.3498 16.3896
+ raw pressures : -0.14697E+01 0.35333E+00
+ Smoothing pressures 12748.4697 24.5764 0.2266
+ do leaf measurements 12748.4708 24.5775 0.0011
+ compute convergence criterion 12748.5123 24.6191 0.0415
+ velocity_diff_norm = 0.0159452 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12748.5170
+ -----------------------------------
+ build system 12748.5214 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12756.5582 8.0411 8.0368
+ =================================
+ wsmp: initialisation time: 0.0491710 s
+ wsmp: ordering time: 4.1053598 s
+ wsmp: symbolic fact. time: 0.7057612 s
+ wsmp: Cholesky fact. time: 11.3880260 s
+ wsmp: Factorisation 14468.8538548 Mflops
+ wsmp: back substitution time: 0.1207399 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.3766491 s
+ =================================
+ u : -0.10145E+01 0.19431E+00
+ v : -0.40520E-01 0.12591E+00
+ w : -0.73234E+00 0.22781E+00
+ =================================
+ Calculate pressures 12772.9509 24.4338 16.3927
+ raw pressures : -0.15134E+01 0.36252E+00
+ Smoothing pressures 12773.1796 24.6626 0.2288
+ do leaf measurements 12773.1807 24.6637 0.0011
+ compute convergence criterion 12773.2221 24.7050 0.0413
+ velocity_diff_norm = 0.0107664 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12773.2267
+ -----------------------------------
+ build system 12773.2311 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12781.1707 7.9440 7.9396
+ =================================
+ wsmp: initialisation time: 0.0494809 s
+ wsmp: ordering time: 4.1176851 s
+ wsmp: symbolic fact. time: 0.7082191 s
+ wsmp: Cholesky fact. time: 11.4715190 s
+ wsmp: Factorisation 14363.5454006 Mflops
+ wsmp: back substitution time: 0.1208200 s
+ wsmp: from b to rhs vector: 0.0070460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4751801 s
+ =================================
+ u : -0.10140E+01 0.20992E+00
+ v : -0.42960E-01 0.12585E+00
+ w : -0.72780E+00 0.22734E+00
+ =================================
+ Calculate pressures 12797.6616 24.4348 16.4909
+ raw pressures : -0.15352E+01 0.36046E+00
+ Smoothing pressures 12797.8857 24.6590 0.2242
+ do leaf measurements 12797.8868 24.6601 0.0011
+ compute convergence criterion 12797.9282 24.7015 0.0414
+ velocity_diff_norm = 0.0080865 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12797.9312 24.7045 0.0030
+Compute isostasy and adjust vertical 12797.9314 24.7046 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -94108149714862.641 117004348820147.53
+ def in m -7.9174413681030273 0.59497654438018799
+ dimensionless def -1.6999329839433943E-6 2.2621261051722935E-5
+ Isostatic velocity range = -0.0167292 0.2255640
+ Compute divergence 12798.1254 24.8986 0.1940
+ wsmp_cleanup 12798.1658 24.9390 0.0404
+ Reset surface geometry 12798.1708 24.9441 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 12798.1791 24.9524 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12798.1954 24.9687 0.0163
+ Advect surface 1 12798.1956 24.9688 0.0001
+ removing 1 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12798.3941 25.1674 0.1985
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12798.5921 25.3654 0.1980
+ removing 2 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12798.8579 25.6312 0.2658
+ Advect the cloud 12798.9948 25.7681 0.1369
+ Write output 12799.7338 26.5071 0.7390
+ End of time step 12800.5708 27.3440 0.8370
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 79 12800.5709
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12800.5710 0.0001 0.0001
+ surface 01 12800.5710 0.0001 0.0000
+ S. 1: 16924points
+ refine surface 12800.5710 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 12800.5976 0.0267 0.0266
+ S. 1: 4 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12800.6246 0.0537 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12800.6498 0.0789 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16926points
+ surface 02 12800.6682 0.0973 0.0184
+ S. 2: 16917points
+ refine surface 12800.6684 0.0975 0.0002
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 12800.6959 0.1250 0.0275
+ S. 2: 9 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12800.7228 0.1519 0.0270
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12800.7477 0.1768 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 12800.7660 0.1951 0.0183
+ S. 3: 16923points
+ refine surface 12800.7661 0.1952 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 12800.7918 0.2209 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 12800.8141 0.2432 0.0222
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12800.8389 0.2680 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12800.8634
+ -----------------------------------------------------------------------
+ Create octree solve 12800.8636 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12800.8795 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12800.9011 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12800.9019 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12800.9167 0.0533 0.0148
+ osolve%nleaves= 50016
+ Build osolve icon 12801.0389 0.1755 0.1221
+ Imbed surface in osolve 12801.2185 0.3552 0.1797
+ embedding surface 1 12801.2187 0.3553 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 12803.1669 2.3035 1.9482
+ osolve%nleaves= 59424
+ embedding surface 3 12805.2594 4.3960 2.0925
+ osolve%nleaves= 64128
+ Assessing octree stability 12808.7661 7.9027 3.5067
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12808.7707 7.9073 0.0046
+ Interpolate velo onto osolve 12809.1187 8.2553 0.3480
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12809.3648 8.5015 0.2462
+ Find void 12809.6336 8.7702 0.2687
+ whole leaf in fluid 32992
+ Define boundary conditions 12809.6615 8.7981 0.0279
+ wsmp setup1 12809.6682 8.8049 0.0067
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12810.6721 9.8087 1.0039
+ -----------------------------------
+ start of non-linear iteratio 1 12810.7162
+ -----------------------------------
+ build system 12810.7164 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.50273E+00
+ viscosity capped in 37088
+ wsmp solve 12818.6547 7.9385 7.9384
+ =================================
+ wsmp: initialisation time: 0.0504129 s
+ wsmp: ordering time: 4.1195161 s
+ wsmp: symbolic fact. time: 0.7121949 s
+ wsmp: Cholesky fact. time: 11.4419260 s
+ wsmp: Factorisation 14400.6947641 Mflops
+ wsmp: back substitution time: 0.1222072 s
+ wsmp: from b to rhs vector: 0.0071828 s
+ ---------------------------------
+ wsmp: total solve time: 16.4538040 s
+ =================================
+ u : -0.10186E+01 0.18386E+00
+ v : -0.98914E-01 0.10868E+00
+ w : -0.76145E+00 0.26851E+00
+ =================================
+ Calculate pressures 12835.1248 24.4086 16.4700
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 12835.3503 24.6341 0.2255
+ do leaf measurements 12835.3514 24.6352 0.0011
+ compute convergence criterion 12835.3930 24.6768 0.0416
+ velocity_diff_norm = 0.5888977 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12835.3977
+ -----------------------------------
+ build system 12835.4021 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78319E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12843.4077 8.0100 8.0057
+ =================================
+ wsmp: initialisation time: 0.0485442 s
+ wsmp: ordering time: 4.1041548 s
+ wsmp: symbolic fact. time: 0.7071140 s
+ wsmp: Cholesky fact. time: 11.3817129 s
+ wsmp: Factorisation 14476.8792823 Mflops
+ wsmp: back substitution time: 0.1208961 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.3701141 s
+ =================================
+ u : -0.10154E+01 0.13652E+00
+ v : -0.48259E-01 0.10250E+00
+ w : -0.76686E+00 0.22683E+00
+ =================================
+ Calculate pressures 12859.7938 24.3961 16.3861
+ raw pressures : -0.12344E+01 0.18008E+00
+ Smoothing pressures 12860.0168 24.6191 0.2229
+ do leaf measurements 12860.0179 24.6202 0.0011
+ compute convergence criterion 12860.0600 24.6622 0.0421
+ velocity_diff_norm = 0.0713082 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 12860.0647
+ -----------------------------------
+ build system 12860.0691 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12868.0281 7.9634 7.9590
+ =================================
+ wsmp: initialisation time: 0.0498872 s
+ wsmp: ordering time: 4.1036639 s
+ wsmp: symbolic fact. time: 0.7070439 s
+ wsmp: Cholesky fact. time: 11.4449050 s
+ wsmp: Factorisation 14396.9463496 Mflops
+ wsmp: back substitution time: 0.1210511 s
+ wsmp: from b to rhs vector: 0.0073171 s
+ ---------------------------------
+ wsmp: total solve time: 16.4342570 s
+ =================================
+ u : -0.10161E+01 0.15508E+00
+ v : -0.38354E-01 0.11867E+00
+ w : -0.74614E+00 0.23184E+00
+ =================================
+ Calculate pressures 12884.4783 24.4136 16.4502
+ raw pressures : -0.13702E+01 0.31127E+00
+ Smoothing pressures 12884.7031 24.6384 0.2248
+ do leaf measurements 12884.7042 24.6395 0.0011
+ compute convergence criterion 12884.7458 24.6811 0.0416
+ velocity_diff_norm = 0.0362508 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 12884.7504
+ -----------------------------------
+ build system 12884.7548 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12892.6962 7.9457 7.9414
+ =================================
+ wsmp: initialisation time: 0.0528059 s
+ wsmp: ordering time: 4.1040721 s
+ wsmp: symbolic fact. time: 0.7115321 s
+ wsmp: Cholesky fact. time: 11.3797910 s
+ wsmp: Factorisation 14479.3242306 Mflops
+ wsmp: back substitution time: 0.1218989 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3776000 s
+ =================================
+ u : -0.10152E+01 0.17625E+00
+ v : -0.38386E-01 0.12327E+00
+ w : -0.73685E+00 0.22905E+00
+ =================================
+ Calculate pressures 12909.0903 24.3398 16.3941
+ raw pressures : -0.14690E+01 0.35256E+00
+ Smoothing pressures 12909.3171 24.5667 0.2268
+ do leaf measurements 12909.3182 24.5677 0.0011
+ compute convergence criterion 12909.3598 24.6094 0.0416
+ velocity_diff_norm = 0.0159149 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 12909.3645
+ -----------------------------------
+ build system 12909.3689 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12917.3788 8.0143 8.0099
+ =================================
+ wsmp: initialisation time: 0.0498009 s
+ wsmp: ordering time: 4.1132550 s
+ wsmp: symbolic fact. time: 0.7080641 s
+ wsmp: Cholesky fact. time: 11.3956280 s
+ wsmp: Factorisation 14459.2017421 Mflops
+ wsmp: back substitution time: 0.1211498 s
+ wsmp: from b to rhs vector: 0.0072899 s
+ ---------------------------------
+ wsmp: total solve time: 16.3955739 s
+ =================================
+ u : -0.10146E+01 0.19420E+00
+ v : -0.40463E-01 0.12570E+00
+ w : -0.73214E+00 0.22804E+00
+ =================================
+ Calculate pressures 12933.7896 24.4251 16.4108
+ raw pressures : -0.15128E+01 0.36190E+00
+ Smoothing pressures 12934.0143 24.6498 0.2248
+ do leaf measurements 12934.0154 24.6509 0.0011
+ compute convergence criterion 12934.0572 24.6927 0.0417
+ velocity_diff_norm = 0.0107407 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 12934.0618
+ -----------------------------------
+ build system 12934.0661 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 12942.0093 7.9475 7.9432
+ =================================
+ wsmp: initialisation time: 0.0518260 s
+ wsmp: ordering time: 4.1198599 s
+ wsmp: symbolic fact. time: 0.7058909 s
+ wsmp: Cholesky fact. time: 11.4678800 s
+ wsmp: Factorisation 14368.1032347 Mflops
+ wsmp: back substitution time: 0.1211350 s
+ wsmp: from b to rhs vector: 0.0071878 s
+ ---------------------------------
+ wsmp: total solve time: 16.4741509 s
+ =================================
+ u : -0.10139E+01 0.20984E+00
+ v : -0.42917E-01 0.12572E+00
+ w : -0.72767E+00 0.22738E+00
+ =================================
+ Calculate pressures 12958.4997 24.4380 16.4905
+ raw pressures : -0.15343E+01 0.35970E+00
+ Smoothing pressures 12958.7242 24.6624 0.2244
+ do leaf measurements 12958.7253 24.6635 0.0011
+ compute convergence criterion 12958.7668 24.7051 0.0416
+ velocity_diff_norm = 0.0080841 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 12958.7698 24.7080 0.0030
+Compute isostasy and adjust vertical 12958.7700 24.7082 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -94841700194794.453 118516879888196.95
+ def in m -7.9213862419128418 0.59607696533203125
+ dimensionless def -1.70307704380580351E-6 2.26325321197509784E-5
+ Isostatic velocity range = -0.0167544 0.2256782
+ Compute divergence 12958.9731 24.9113 0.2031
+ wsmp_cleanup 12959.0093 24.9475 0.0361
+ Reset surface geometry 12959.0145 24.9527 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 12959.0226 24.9608 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 12959.0400 24.9782 0.0173
+ Advect surface 1 12959.0401 24.9783 0.0001
+ removing 1 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 12959.2385 25.1767 0.1984
+ removing 2 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 12959.4517 25.3899 0.2132
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 12959.7132 25.6515 0.2616
+ Advect the cloud 12959.8490 25.7872 0.1357
+ Write output 12960.5896 26.5278 0.7407
+ End of time step 12961.4270 27.3652 0.8373
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 80 12961.4271
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 12961.4272 0.0001 0.0001
+ surface 01 12961.4272 0.0001 0.0000
+ S. 1: 16925points
+ refine surface 12961.4272 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 12961.4542 0.0271 0.0269
+ S. 1: 5 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 12961.4809 0.0538 0.0267
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 12961.5057 0.0786 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16928points
+ surface 02 12961.5241 0.0970 0.0184
+ S. 2: 16919points
+ refine surface 12961.5242 0.0972 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 12961.5498 0.1227 0.0256
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 12961.5728 0.1457 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 12961.5976 0.1705 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16920points
+ surface 03 12961.6160 0.1889 0.0184
+ S. 3: 16923points
+ refine surface 12961.6161 0.1890 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 12961.6407 0.2136 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16923points
+ -----------------------------------------------------------------------
+ Start of iteration 1 12961.6652
+ -----------------------------------------------------------------------
+ Create octree solve 12961.6655 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 12961.6813 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 12961.7028 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 12961.7036 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 12961.7177 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 12961.8399 0.1747 0.1222
+ Imbed surface in osolve 12962.0215 0.3563 0.1816
+ embedding surface 1 12962.0217 0.3565 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 12963.9718 2.3066 1.9501
+ osolve%nleaves= 59424
+ embedding surface 3 12966.0691 4.4039 2.0974
+ osolve%nleaves= 64128
+ Assessing octree stability 12969.5708 7.9056 3.5016
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 12969.5758 7.9106 0.0050
+ Interpolate velo onto osolve 12969.9602 8.2949 0.3843
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 12970.1542 8.4890 0.1941
+ Find void 12970.4260 8.7608 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 12970.4542 8.7890 0.0282
+ wsmp setup1 12970.4614 8.7962 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 12971.4642 9.7990 1.0028
+ -----------------------------------
+ start of non-linear iteratio 1 12971.5091
+ -----------------------------------
+ build system 12971.5093 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.48704E+00
+ viscosity capped in 37088
+ wsmp solve 12979.4638 7.9547 7.9545
+ =================================
+ wsmp: initialisation time: 0.0522881 s
+ wsmp: ordering time: 4.1341209 s
+ wsmp: symbolic fact. time: 0.7134011 s
+ wsmp: Cholesky fact. time: 11.4480851 s
+ wsmp: Factorisation 14392.9471936 Mflops
+ wsmp: back substitution time: 0.1216521 s
+ wsmp: from b to rhs vector: 0.0072291 s
+ ---------------------------------
+ wsmp: total solve time: 16.4771490 s
+ =================================
+ u : -0.10213E+01 0.18382E+00
+ v : -0.98204E-01 0.10820E+00
+ w : -0.76131E+00 0.26659E+00
+ =================================
+ Calculate pressures 12995.9565 24.4473 16.4927
+ raw pressures : -0.35097E+00 0.00000E+00
+ Smoothing pressures 12996.1819 24.6728 0.2254
+ do leaf measurements 12996.1830 24.6739 0.0011
+ compute convergence criterion 12996.2240 24.7148 0.0410
+ velocity_diff_norm = 0.5888059 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 12996.2286
+ -----------------------------------
+ build system 12996.2329 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79447E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13004.2468 8.0182 8.0139
+ =================================
+ wsmp: initialisation time: 0.0519810 s
+ wsmp: ordering time: 4.1081300 s
+ wsmp: symbolic fact. time: 0.7069290 s
+ wsmp: Cholesky fact. time: 11.3805568 s
+ wsmp: Factorisation 14478.3499133 Mflops
+ wsmp: back substitution time: 0.1209121 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3762052 s
+ =================================
+ u : -0.10151E+01 0.13648E+00
+ v : -0.48424E-01 0.10264E+00
+ w : -0.76673E+00 0.22593E+00
+ =================================
+ Calculate pressures 13020.6385 24.4098 16.3917
+ raw pressures : -0.12353E+01 0.18010E+00
+ Smoothing pressures 13020.8624 24.6338 0.2239
+ do leaf measurements 13020.8635 24.6349 0.0011
+ compute convergence criterion 13020.9048 24.6761 0.0413
+ velocity_diff_norm = 0.0713117 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13020.9096
+ -----------------------------------
+ build system 13020.9139 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13028.8827 7.9731 7.9688
+ =================================
+ wsmp: initialisation time: 0.0479782 s
+ wsmp: ordering time: 4.0953588 s
+ wsmp: symbolic fact. time: 0.7070520 s
+ wsmp: Cholesky fact. time: 11.4198811 s
+ wsmp: Factorisation 14428.4938130 Mflops
+ wsmp: back substitution time: 0.1213241 s
+ wsmp: from b to rhs vector: 0.0073130 s
+ ---------------------------------
+ wsmp: total solve time: 16.3993111 s
+ =================================
+ u : -0.10159E+01 0.15498E+00
+ v : -0.38270E-01 0.11882E+00
+ w : -0.74625E+00 0.23136E+00
+ =================================
+ Calculate pressures 13045.2983 24.3887 16.4156
+ raw pressures : -0.13706E+01 0.31142E+00
+ Smoothing pressures 13045.5217 24.6121 0.2234
+ do leaf measurements 13045.5228 24.6132 0.0011
+ compute convergence criterion 13045.5638 24.6542 0.0409
+ velocity_diff_norm = 0.0362067 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13045.5684
+ -----------------------------------
+ build system 13045.5727 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13053.5132 7.9448 7.9406
+ =================================
+ wsmp: initialisation time: 0.0477400 s
+ wsmp: ordering time: 4.1145320 s
+ wsmp: symbolic fact. time: 0.7117310 s
+ wsmp: Cholesky fact. time: 11.3800151 s
+ wsmp: Factorisation 14479.0390806 Mflops
+ wsmp: back substitution time: 0.1214159 s
+ wsmp: from b to rhs vector: 0.0072331 s
+ ---------------------------------
+ wsmp: total solve time: 16.3830581 s
+ =================================
+ u : -0.10152E+01 0.17618E+00
+ v : -0.38297E-01 0.12334E+00
+ w : -0.73687E+00 0.22891E+00
+ =================================
+ Calculate pressures 13069.9120 24.3436 16.3988
+ raw pressures : -0.14692E+01 0.35285E+00
+ Smoothing pressures 13070.1390 24.5706 0.2270
+ do leaf measurements 13070.1401 24.5717 0.0011
+ compute convergence criterion 13070.1811 24.6127 0.0410
+ velocity_diff_norm = 0.0159572 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13070.1858
+ -----------------------------------
+ build system 13070.1901 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13078.2016 8.0157 8.0115
+ =================================
+ wsmp: initialisation time: 0.0494380 s
+ wsmp: ordering time: 4.1115291 s
+ wsmp: symbolic fact. time: 0.7056608 s
+ wsmp: Cholesky fact. time: 11.3821211 s
+ wsmp: Factorisation 14476.3601290 Mflops
+ wsmp: back substitution time: 0.1216440 s
+ wsmp: from b to rhs vector: 0.0071929 s
+ ---------------------------------
+ wsmp: total solve time: 16.3779600 s
+ =================================
+ u : -0.10145E+01 0.19409E+00
+ v : -0.40561E-01 0.12569E+00
+ w : -0.73218E+00 0.22792E+00
+ =================================
+ Calculate pressures 13094.5957 24.4098 16.3941
+ raw pressures : -0.15126E+01 0.36189E+00
+ Smoothing pressures 13094.8193 24.6335 0.2236
+ do leaf measurements 13094.8204 24.6346 0.0011
+ compute convergence criterion 13094.8614 24.6755 0.0410
+ velocity_diff_norm = 0.0107608 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13094.8661
+ -----------------------------------
+ build system 13094.8703 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13102.8403 7.9742 7.9700
+ =================================
+ wsmp: initialisation time: 0.0508490 s
+ wsmp: ordering time: 4.1206059 s
+ wsmp: symbolic fact. time: 0.7068181 s
+ wsmp: Cholesky fact. time: 11.4641330 s
+ wsmp: Factorisation 14372.7993671 Mflops
+ wsmp: back substitution time: 0.1209931 s
+ wsmp: from b to rhs vector: 0.0073152 s
+ ---------------------------------
+ wsmp: total solve time: 16.4711070 s
+ =================================
+ u : -0.10140E+01 0.20973E+00
+ v : -0.42975E-01 0.12570E+00
+ w : -0.72766E+00 0.22748E+00
+ =================================
+ Calculate pressures 13119.3270 24.4609 16.4867
+ raw pressures : -0.15341E+01 0.35982E+00
+ Smoothing pressures 13119.5518 24.6857 0.2248
+ do leaf measurements 13119.5529 24.6868 0.0011
+ compute convergence criterion 13119.5938 24.7277 0.0409
+ velocity_diff_norm = 0.0080836 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13119.5968 24.7307 0.0030
+Compute isostasy and adjust vertical 13119.5970 24.7309 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -95569444116974.594 120024101465536.73
+ def in m -7.922795295715332 0.59611570835113525
+ dimensionless def -1.70318773814610074E-6 2.26365579877580915E-5
+ Isostatic velocity range = -0.0167491 0.2257153
+ Compute divergence 13119.7989 24.9328 0.2019
+ wsmp_cleanup 13119.8350 24.9689 0.0361
+ Reset surface geometry 13119.8402 24.9741 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 13119.8483 24.9822 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13119.8655 24.9994 0.0172
+ Advect surface 1 13119.8657 24.9996 0.0001
+ removing 3 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13120.0759 25.2098 0.2102
+ removing 2 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13120.2872 25.4212 0.2113
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13120.5406 25.6745 0.2534
+ Advect the cloud 13120.6807 25.8146 0.1401
+ Write output 13121.4276 26.5615 0.7469
+ End of time step 13122.2720 27.4059 0.8444
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 81 13122.2721
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13122.2722 0.0001 0.0001
+ surface 01 13122.2722 0.0001 0.0000
+ S. 1: 16925points
+ refine surface 13122.2722 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 13122.2979 0.0258 0.0257
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 13122.3203 0.0482 0.0224
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13122.3452 0.0731 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16926points
+ surface 02 13122.3631 0.0910 0.0179
+ S. 2: 16918points
+ refine surface 13122.3633 0.0912 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 13122.3894 0.1173 0.0261
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13122.4120 0.1399 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13122.4369 0.1648 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16920points
+ surface 03 13122.4552 0.1831 0.0183
+ S. 3: 16923points
+ refine surface 13122.4554 0.1833 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 13122.4828 0.2107 0.0274
+ S. 3: 9 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 13122.5095 0.2374 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13122.5343 0.2622 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16927points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13122.5587
+ -----------------------------------------------------------------------
+ Create octree solve 13122.5590 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13122.5748 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 13122.5967 0.0379 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13122.5975 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13122.6116 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13122.7338 0.1750 0.1221
+ Imbed surface in osolve 13122.9148 0.3560 0.1810
+ embedding surface 1 13122.9149 0.3562 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 13124.8730 2.3142 1.9580
+ osolve%nleaves= 59424
+ embedding surface 3 13126.9646 4.4058 2.0916
+ osolve%nleaves= 64128
+ Assessing octree stability 13130.5030 7.9443 3.5385
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13130.5080 7.9493 0.0050
+ Interpolate velo onto osolve 13130.9324 8.3736 0.4243
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13131.0280 8.4692 0.0956
+ Find void 13131.3006 8.7419 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 13131.3291 8.7704 0.0285
+ wsmp setup1 13131.3365 8.7778 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13132.3402 9.7815 1.0037
+ -----------------------------------
+ start of non-linear iteratio 1 13132.3858
+ -----------------------------------
+ build system 13132.3859 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.72785E+00
+ viscosity capped in 37088
+ wsmp solve 13140.3126 7.9269 7.9267
+ =================================
+ wsmp: initialisation time: 0.0540681 s
+ wsmp: ordering time: 4.1366799 s
+ wsmp: symbolic fact. time: 0.7107720 s
+ wsmp: Cholesky fact. time: 11.4652288 s
+ wsmp: Factorisation 14371.4257087 Mflops
+ wsmp: back substitution time: 0.1207922 s
+ wsmp: from b to rhs vector: 0.0071139 s
+ ---------------------------------
+ wsmp: total solve time: 16.4950352 s
+ =================================
+ u : -0.10184E+01 0.18300E+00
+ v : -0.97669E-01 0.10746E+00
+ w : -0.76105E+00 0.26469E+00
+ =================================
+ Calculate pressures 13156.8234 24.4376 16.5107
+ raw pressures : -0.35071E+00 0.00000E+00
+ Smoothing pressures 13157.0475 24.6617 0.2241
+ do leaf measurements 13157.0486 24.6629 0.0011
+ compute convergence criterion 13157.0899 24.7041 0.0413
+ velocity_diff_norm = 0.5892170 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13157.0946
+ -----------------------------------
+ build system 13157.0989 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79542E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13165.1096 8.0151 8.0107
+ =================================
+ wsmp: initialisation time: 0.0479710 s
+ wsmp: ordering time: 4.1035402 s
+ wsmp: symbolic fact. time: 0.7060902 s
+ wsmp: Cholesky fact. time: 11.3838940 s
+ wsmp: Factorisation 14474.1056406 Mflops
+ wsmp: back substitution time: 0.1206670 s
+ wsmp: from b to rhs vector: 0.0071931 s
+ ---------------------------------
+ wsmp: total solve time: 16.3697510 s
+ =================================
+ u : -0.10151E+01 0.13580E+00
+ v : -0.48220E-01 0.10242E+00
+ w : -0.76670E+00 0.22559E+00
+ =================================
+ Calculate pressures 13181.4958 24.4012 16.3861
+ raw pressures : -0.12345E+01 0.20642E+00
+ Smoothing pressures 13181.7192 24.6246 0.2235
+ do leaf measurements 13181.7204 24.6258 0.0011
+ compute convergence criterion 13181.7620 24.6674 0.0417
+ velocity_diff_norm = 0.0716733 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13181.7668
+ -----------------------------------
+ build system 13181.7712 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13189.7486 7.9817 7.9773
+ =================================
+ wsmp: initialisation time: 0.0480800 s
+ wsmp: ordering time: 4.1035330 s
+ wsmp: symbolic fact. time: 0.7041712 s
+ wsmp: Cholesky fact. time: 11.4057512 s
+ wsmp: Factorisation 14446.3683782 Mflops
+ wsmp: back substitution time: 0.1207690 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3898621 s
+ =================================
+ u : -0.10160E+01 0.15459E+00
+ v : -0.38440E-01 0.11868E+00
+ w : -0.74578E+00 0.23131E+00
+ =================================
+ Calculate pressures 13206.1548 24.3880 16.4063
+ raw pressures : -0.13692E+01 0.31021E+00
+ Smoothing pressures 13206.3776 24.6108 0.2228
+ do leaf measurements 13206.3788 24.6119 0.0011
+ compute convergence criterion 13206.4201 24.6533 0.0413
+ velocity_diff_norm = 0.0361182 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13206.4248
+ -----------------------------------
+ build system 13206.4292 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13214.3661 7.9412 7.9369
+ =================================
+ wsmp: initialisation time: 0.0528009 s
+ wsmp: ordering time: 4.1224651 s
+ wsmp: symbolic fact. time: 0.7114480 s
+ wsmp: Cholesky fact. time: 11.3858702 s
+ wsmp: Factorisation 14471.5933623 Mflops
+ wsmp: back substitution time: 0.1214960 s
+ wsmp: from b to rhs vector: 0.0070791 s
+ ---------------------------------
+ wsmp: total solve time: 16.4015341 s
+ =================================
+ u : -0.10151E+01 0.17590E+00
+ v : -0.38463E-01 0.12320E+00
+ w : -0.73651E+00 0.22885E+00
+ =================================
+ Calculate pressures 13230.7838 24.3590 16.4178
+ raw pressures : -0.14681E+01 0.35184E+00
+ Smoothing pressures 13231.0096 24.5848 0.2258
+ do leaf measurements 13231.0107 24.5859 0.0011
+ compute convergence criterion 13231.0626 24.6377 0.0518
+ velocity_diff_norm = 0.0159262 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13231.0673
+ -----------------------------------
+ build system 13231.0716 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13239.0766 8.0094 8.0050
+ =================================
+ wsmp: initialisation time: 0.0492201 s
+ wsmp: ordering time: 4.1062551 s
+ wsmp: symbolic fact. time: 0.7065358 s
+ wsmp: Cholesky fact. time: 11.3947401 s
+ wsmp: Factorisation 14460.3283937 Mflops
+ wsmp: back substitution time: 0.1207161 s
+ wsmp: from b to rhs vector: 0.0071712 s
+ ---------------------------------
+ wsmp: total solve time: 16.3850131 s
+ =================================
+ u : -0.10145E+01 0.19385E+00
+ v : -0.40548E-01 0.12560E+00
+ w : -0.73191E+00 0.22789E+00
+ =================================
+ Calculate pressures 13255.4778 24.4105 16.4011
+ raw pressures : -0.15115E+01 0.36098E+00
+ Smoothing pressures 13255.7010 24.6337 0.2232
+ do leaf measurements 13255.7021 24.6349 0.0011
+ compute convergence criterion 13255.7437 24.6764 0.0416
+ velocity_diff_norm = 0.0107469 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13255.7485
+ -----------------------------------
+ build system 13255.7529 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13263.6971 7.9486 7.9442
+ =================================
+ wsmp: initialisation time: 0.0491052 s
+ wsmp: ordering time: 4.1152539 s
+ wsmp: symbolic fact. time: 0.7059820 s
+ wsmp: Cholesky fact. time: 11.4625490 s
+ wsmp: Factorisation 14374.7855987 Mflops
+ wsmp: back substitution time: 0.1208379 s
+ wsmp: from b to rhs vector: 0.0070469 s
+ ---------------------------------
+ wsmp: total solve time: 16.4611509 s
+ =================================
+ u : -0.10140E+01 0.20951E+00
+ v : -0.42989E-01 0.12563E+00
+ w : -0.72745E+00 0.22736E+00
+ =================================
+ Calculate pressures 13280.1740 24.4255 16.4769
+ raw pressures : -0.15330E+01 0.35903E+00
+ Smoothing pressures 13280.3988 24.6504 0.2248
+ do leaf measurements 13280.3999 24.6515 0.0011
+ compute convergence criterion 13280.4413 24.6928 0.0413
+ velocity_diff_norm = 0.0080943 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13280.4442 24.6957 0.0030
+Compute isostasy and adjust vertical 13280.4444 24.6959 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -96281648019180.078 121528977312653.67
+ def in m -7.9253573417663574 0.59825468063354492
+ dimensionless def -1.70929908752441404E-6 2.26438781193324495E-5
+ Isostatic velocity range = -0.0168040 0.2257841
+ Compute divergence 13280.6386 24.8901 0.1942
+ wsmp_cleanup 13280.6835 24.9350 0.0449
+ Reset surface geometry 13280.6887 24.9403 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 13280.6970 24.9485 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13280.7124 24.9639 0.0154
+ Advect surface 1 13280.7125 24.9640 0.0001
+ removing 2 particle from surface
+ S. 1: 16 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13280.9249 25.1764 0.2124
+ removing 2 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13281.1392 25.3907 0.2143
+ removing 3 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13281.4193 25.6709 0.2802
+ Advect the cloud 13281.5594 25.8109 0.1400
+ Write output 13282.3084 26.5599 0.7490
+ End of time step 13283.1497 27.4012 0.8413
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 82 13283.1498
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13283.1499 0.0001 0.0001
+ surface 01 13283.1500 0.0001 0.0000
+ S. 1: 16924points
+ refine surface 13283.1500 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 13283.1768 0.0270 0.0268
+ S. 1: 5 flips in delaunay2
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 13283.2038 0.0539 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13283.2284 0.0786 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16927points
+ surface 02 13283.2467 0.0969 0.0183
+ S. 2: 16918points
+ refine surface 13283.2469 0.0970 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 13283.2750 0.1251 0.0281
+ S. 2: 10 flips in delaunay2
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13283.3016 0.1518 0.0267
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13283.3266 0.1767 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16923points
+ surface 03 13283.3448 0.1949 0.0182
+ S. 3: 16924points
+ refine surface 13283.3449 0.1951 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 13283.3707 0.2208 0.0257
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 13283.3978 0.2479 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13283.4226 0.2727 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13283.4475
+ -----------------------------------------------------------------------
+ Create octree solve 13283.4477 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13283.4636 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 13283.4853 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13283.4861 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13283.5002 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13283.6224 0.1750 0.1222
+ Imbed surface in osolve 13283.8047 0.3572 0.1823
+ embedding surface 1 13283.8048 0.3574 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 13285.7721 2.3246 1.9673
+ osolve%nleaves= 59424
+ embedding surface 3 13287.8544 4.4069 2.0823
+ osolve%nleaves= 64128
+ Assessing octree stability 13291.3688 7.9213 3.5144
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13291.3735 7.9261 0.0047
+ Interpolate velo onto osolve 13291.7697 8.3222 0.3962
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13291.9569 8.5094 0.1872
+ Find void 13292.2251 8.7776 0.2682
+ whole leaf in fluid 32992
+ Define boundary conditions 13292.2530 8.8056 0.0280
+ wsmp setup1 13292.2599 8.8125 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13293.2637 9.8163 1.0038
+ -----------------------------------
+ start of non-linear iteratio 1 13293.3087
+ -----------------------------------
+ build system 13293.3089 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.98776E+00
+ viscosity capped in 37088
+ wsmp solve 13301.2457 7.9370 7.9368
+ =================================
+ wsmp: initialisation time: 0.0532200 s
+ wsmp: ordering time: 4.1222029 s
+ wsmp: symbolic fact. time: 0.7061381 s
+ wsmp: Cholesky fact. time: 11.4690020 s
+ wsmp: Factorisation 14366.6976214 Mflops
+ wsmp: back substitution time: 0.1210721 s
+ wsmp: from b to rhs vector: 0.0072088 s
+ ---------------------------------
+ wsmp: total solve time: 16.4792261 s
+ =================================
+ u : -0.10182E+01 0.18312E+00
+ v : -0.98172E-01 0.10771E+00
+ w : -0.76105E+00 0.26585E+00
+ =================================
+ Calculate pressures 13317.7405 24.4318 16.4948
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 13317.9648 24.6561 0.2244
+ do leaf measurements 13317.9660 24.6573 0.0011
+ compute convergence criterion 13318.0064 24.6977 0.0405
+ velocity_diff_norm = 0.5885854 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13318.0111
+ -----------------------------------
+ build system 13318.0155 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79579E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13326.0300 8.0189 8.0145
+ =================================
+ wsmp: initialisation time: 0.0495799 s
+ wsmp: ordering time: 4.1084480 s
+ wsmp: symbolic fact. time: 0.7069612 s
+ wsmp: Cholesky fact. time: 11.3870101 s
+ wsmp: Factorisation 14470.1447056 Mflops
+ wsmp: back substitution time: 0.1211681 s
+ wsmp: from b to rhs vector: 0.0072272 s
+ ---------------------------------
+ wsmp: total solve time: 16.3807762 s
+ =================================
+ u : -0.10152E+01 0.13588E+00
+ v : -0.48144E-01 0.10222E+00
+ w : -0.76666E+00 0.22539E+00
+ =================================
+ Calculate pressures 13342.4269 24.4158 16.3969
+ raw pressures : -0.12348E+01 0.18012E+00
+ Smoothing pressures 13342.6499 24.6388 0.2230
+ do leaf measurements 13342.6511 24.6399 0.0012
+ compute convergence criterion 13342.6919 24.6807 0.0408
+ velocity_diff_norm = 0.0710893 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13342.6967
+ -----------------------------------
+ build system 13342.7011 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13350.6913 7.9946 7.9902
+ =================================
+ wsmp: initialisation time: 0.0505991 s
+ wsmp: ordering time: 4.0995369 s
+ wsmp: symbolic fact. time: 0.7068660 s
+ wsmp: Cholesky fact. time: 11.4020178 s
+ wsmp: Factorisation 14451.0985955 Mflops
+ wsmp: back substitution time: 0.1210051 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.3876040 s
+ =================================
+ u : -0.10160E+01 0.15456E+00
+ v : -0.38531E-01 0.11871E+00
+ w : -0.74606E+00 0.23133E+00
+ =================================
+ Calculate pressures 13367.0951 24.3984 16.4038
+ raw pressures : -0.13694E+01 0.31067E+00
+ Smoothing pressures 13367.3181 24.6215 0.2230
+ do leaf measurements 13367.3192 24.6226 0.0011
+ compute convergence criterion 13367.3598 24.6631 0.0405
+ velocity_diff_norm = 0.0362211 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13367.3644
+ -----------------------------------
+ build system 13367.3687 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13375.3073 7.9429 7.9386
+ =================================
+ wsmp: initialisation time: 0.0531890 s
+ wsmp: ordering time: 4.1219561 s
+ wsmp: symbolic fact. time: 0.7154980 s
+ wsmp: Cholesky fact. time: 11.4024022 s
+ wsmp: Factorisation 14450.6115050 Mflops
+ wsmp: back substitution time: 0.1216080 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.4222429 s
+ =================================
+ u : -0.10153E+01 0.17585E+00
+ v : -0.38551E-01 0.12326E+00
+ w : -0.73671E+00 0.22882E+00
+ =================================
+ Calculate pressures 13391.7446 24.3802 16.4373
+ raw pressures : -0.14681E+01 0.35205E+00
+ Smoothing pressures 13391.9718 24.6074 0.2272
+ do leaf measurements 13391.9729 24.6085 0.0011
+ compute convergence criterion 13392.0134 24.6490 0.0405
+ velocity_diff_norm = 0.0158329 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13392.0181
+ -----------------------------------
+ build system 13392.0225 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13400.0065 7.9883 7.9840
+ =================================
+ wsmp: initialisation time: 0.0472519 s
+ wsmp: ordering time: 4.1155970 s
+ wsmp: symbolic fact. time: 0.7069480 s
+ wsmp: Cholesky fact. time: 11.3842320 s
+ wsmp: Factorisation 14473.6758031 Mflops
+ wsmp: back substitution time: 0.1209879 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.3826599 s
+ =================================
+ u : -0.10147E+01 0.19380E+00
+ v : -0.40516E-01 0.12568E+00
+ w : -0.73206E+00 0.22784E+00
+ =================================
+ Calculate pressures 13416.4049 24.3868 16.3984
+ raw pressures : -0.15117E+01 0.36138E+00
+ Smoothing pressures 13416.6286 24.6105 0.2237
+ do leaf measurements 13416.6298 24.6117 0.0012
+ compute convergence criterion 13416.6706 24.6524 0.0408
+ velocity_diff_norm = 0.0107311 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13416.6753
+ -----------------------------------
+ build system 13416.6798 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13424.6183 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0499580 s
+ wsmp: ordering time: 4.1030378 s
+ wsmp: symbolic fact. time: 0.7088928 s
+ wsmp: Cholesky fact. time: 11.4822249 s
+ wsmp: Factorisation 14350.1529292 Mflops
+ wsmp: back substitution time: 0.1212502 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4729269 s
+ =================================
+ u : -0.10141E+01 0.20948E+00
+ v : -0.42957E-01 0.12565E+00
+ w : -0.72759E+00 0.22740E+00
+ =================================
+ Calculate pressures 13441.1072 24.4319 16.4889
+ raw pressures : -0.15333E+01 0.35937E+00
+ Smoothing pressures 13441.3313 24.6559 0.2240
+ do leaf measurements 13441.3324 24.6571 0.0011
+ compute convergence criterion 13441.3728 24.6974 0.0403
+ velocity_diff_norm = 0.0080851 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13441.3758 24.7004 0.0030
+Compute isostasy and adjust vertical 13441.3759 24.7006 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -96996955390793.172 123032997542051.22
+ def in m -7.925422191619873 0.59910637140274048
+ dimensionless def -1.71173248972211556E-6 2.26440634046282092E-5
+ Isostatic velocity range = -0.0168217 0.2257848
+ Compute divergence 13441.5670 24.8917 0.1911
+ wsmp_cleanup 13441.6137 24.9384 0.0467
+ Reset surface geometry 13441.6188 24.9435 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 13441.6270 24.9516 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13441.6406 24.9652 0.0136
+ Advect surface 1 13441.6407 24.9654 0.0001
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13441.8353 25.1600 0.1946
+ removing 3 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13442.0542 25.3788 0.2188
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13442.3171 25.6418 0.2630
+ Advect the cloud 13442.4575 25.7822 0.1404
+ Write output 13443.2073 26.5319 0.7497
+ End of time step 13444.0492 27.3738 0.8419
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 83 13444.0493
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13444.0494 0.0001 0.0001
+ surface 01 13444.0494 0.0001 0.0000
+ S. 1: 16927points
+ refine surface 13444.0495 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 13444.0769 0.0276 0.0274
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 13444.1036 0.0543 0.0267
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13444.1285 0.0792 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 13444.1465 0.0972 0.0180
+ S. 2: 16920points
+ refine surface 13444.1467 0.0973 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13444.1714 0.1221 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16920points
+ surface 03 13444.1900 0.1407 0.0186
+ S. 3: 16924points
+ refine surface 13444.1902 0.1409 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13444.2149 0.1656 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13444.2394
+ -----------------------------------------------------------------------
+ Create octree solve 13444.2397 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13444.2555 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 13444.2769 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13444.2776 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13444.2918 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13444.4140 0.1745 0.1222
+ Imbed surface in osolve 13444.5969 0.3575 0.1830
+ embedding surface 1 13444.5971 0.3576 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 13446.5480 2.3086 1.9510
+ osolve%nleaves= 59424
+ embedding surface 3 13448.6359 4.3965 2.0879
+ osolve%nleaves= 64128
+ Assessing octree stability 13452.1366 7.8972 3.5007
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13452.1412 7.9018 0.0046
+ Interpolate velo onto osolve 13452.5264 8.2870 0.3852
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13452.6807 8.4413 0.1543
+ Find void 13452.9502 8.7108 0.2695
+ whole leaf in fluid 32992
+ Define boundary conditions 13452.9783 8.7389 0.0281
+ wsmp setup1 13452.9854 8.7459 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13453.9897 9.7503 1.0043
+ -----------------------------------
+ start of non-linear iteratio 1 13454.0346
+ -----------------------------------
+ build system 13454.0347 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38941E-05 8.54793E+00
+ viscosity capped in 37088
+ wsmp solve 13461.9740 7.9395 7.9393
+ =================================
+ wsmp: initialisation time: 0.0551689 s
+ wsmp: ordering time: 4.1283140 s
+ wsmp: symbolic fact. time: 0.7086551 s
+ wsmp: Cholesky fact. time: 11.4648888 s
+ wsmp: Factorisation 14371.8518853 Mflops
+ wsmp: back substitution time: 0.1208718 s
+ wsmp: from b to rhs vector: 0.0070240 s
+ ---------------------------------
+ wsmp: total solve time: 16.4852960 s
+ =================================
+ u : -0.10314E+01 0.18377E+00
+ v : -0.98159E-01 0.10739E+00
+ w : -0.76131E+00 0.26800E+00
+ =================================
+ Calculate pressures 13478.4751 24.4405 16.5010
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 13478.6988 24.6642 0.2237
+ do leaf measurements 13478.6999 24.6653 0.0011
+ compute convergence criterion 13478.7413 24.7067 0.0413
+ velocity_diff_norm = 0.5886416 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13478.7460
+ -----------------------------------
+ build system 13478.7504 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78948E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13486.7520 8.0060 8.0016
+ =================================
+ wsmp: initialisation time: 0.0493400 s
+ wsmp: ordering time: 4.1087871 s
+ wsmp: symbolic fact. time: 0.7081230 s
+ wsmp: Cholesky fact. time: 11.4128320 s
+ wsmp: Factorisation 14437.4055065 Mflops
+ wsmp: back substitution time: 0.1211119 s
+ wsmp: from b to rhs vector: 0.0069790 s
+ ---------------------------------
+ wsmp: total solve time: 16.4075351 s
+ =================================
+ u : -0.10154E+01 0.13637E+00
+ v : -0.48149E-01 0.10260E+00
+ w : -0.76672E+00 0.22616E+00
+ =================================
+ Calculate pressures 13503.1759 24.4299 16.4239
+ raw pressures : -0.12358E+01 0.19754E+00
+ Smoothing pressures 13503.3986 24.6526 0.2228
+ do leaf measurements 13503.3998 24.6538 0.0011
+ compute convergence criterion 13503.4414 24.6954 0.0417
+ velocity_diff_norm = 0.0709885 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13503.4462
+ -----------------------------------
+ build system 13503.4507 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13511.4478 8.0015 7.9970
+ =================================
+ wsmp: initialisation time: 0.0477171 s
+ wsmp: ordering time: 4.1126430 s
+ wsmp: symbolic fact. time: 0.7075269 s
+ wsmp: Cholesky fact. time: 11.4029529 s
+ wsmp: Factorisation 14449.9135604 Mflops
+ wsmp: back substitution time: 0.1215079 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.3998151 s
+ =================================
+ u : -0.10161E+01 0.15480E+00
+ v : -0.38620E-01 0.11875E+00
+ w : -0.74644E+00 0.23127E+00
+ =================================
+ Calculate pressures 13527.8634 24.4172 16.4157
+ raw pressures : -0.13705E+01 0.31178E+00
+ Smoothing pressures 13528.0866 24.6404 0.2232
+ do leaf measurements 13528.0877 24.6415 0.0011
+ compute convergence criterion 13528.1293 24.6830 0.0416
+ velocity_diff_norm = 0.0361716 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13528.1338
+ -----------------------------------
+ build system 13528.1382 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13536.0929 7.9591 7.9548
+ =================================
+ wsmp: initialisation time: 0.0512009 s
+ wsmp: ordering time: 4.1426852 s
+ wsmp: symbolic fact. time: 0.7147770 s
+ wsmp: Cholesky fact. time: 11.4050360 s
+ wsmp: Factorisation 14447.2743682 Mflops
+ wsmp: back substitution time: 0.1213031 s
+ wsmp: from b to rhs vector: 0.0070260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4423828 s
+ =================================
+ u : -0.10153E+01 0.17598E+00
+ v : -0.38645E-01 0.12336E+00
+ w : -0.73700E+00 0.22875E+00
+ =================================
+ Calculate pressures 13552.5510 24.4172 16.4581
+ raw pressures : -0.14688E+01 0.35304E+00
+ Smoothing pressures 13552.7778 24.6439 0.2268
+ do leaf measurements 13552.7789 24.6450 0.0011
+ compute convergence criterion 13552.8202 24.6864 0.0413
+ velocity_diff_norm = 0.0159281 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13552.8250
+ -----------------------------------
+ build system 13552.8294 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13560.8067 7.9817 7.9773
+ =================================
+ wsmp: initialisation time: 0.0512230 s
+ wsmp: ordering time: 4.1230199 s
+ wsmp: symbolic fact. time: 0.7092631 s
+ wsmp: Cholesky fact. time: 11.3760202 s
+ wsmp: Factorisation 14484.1237162 Mflops
+ wsmp: back substitution time: 0.1209030 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3879070 s
+ =================================
+ u : -0.10147E+01 0.19391E+00
+ v : -0.40462E-01 0.12572E+00
+ w : -0.73228E+00 0.22785E+00
+ =================================
+ Calculate pressures 13577.2105 24.3856 16.4039
+ raw pressures : -0.15122E+01 0.36220E+00
+ Smoothing pressures 13577.4341 24.6091 0.2235
+ do leaf measurements 13577.4352 24.6102 0.0011
+ compute convergence criterion 13577.4769 24.6520 0.0417
+ velocity_diff_norm = 0.0107527 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13577.4817
+ -----------------------------------
+ build system 13577.4862 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13585.4437 7.9620 7.9575
+ =================================
+ wsmp: initialisation time: 0.0492580 s
+ wsmp: ordering time: 4.1140089 s
+ wsmp: symbolic fact. time: 0.7078960 s
+ wsmp: Cholesky fact. time: 11.4701600 s
+ wsmp: Factorisation 14365.2471951 Mflops
+ wsmp: back substitution time: 0.1209991 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4697788 s
+ =================================
+ u : -0.10141E+01 0.20956E+00
+ v : -0.42922E-01 0.12567E+00
+ w : -0.72775E+00 0.22723E+00
+ =================================
+ Calculate pressures 13601.9294 24.4477 16.4857
+ raw pressures : -0.15338E+01 0.36016E+00
+ Smoothing pressures 13602.1535 24.6718 0.2241
+ do leaf measurements 13602.1546 24.6729 0.0011
+ compute convergence criterion 13602.1960 24.7143 0.0414
+ velocity_diff_norm = 0.0080907 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13602.1990 24.7173 0.0030
+Compute isostasy and adjust vertical 13602.1992 24.7174 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -97714649948260.922 124531737210230.69
+ def in m -7.9280471801757812 0.60040402412414551
+ dimensionless def -1.71544006892612994E-6 2.26515633719308057E-5
+ Isostatic velocity range = -0.0168512 0.2258583
+ Compute divergence 13602.3971 24.9154 0.1980
+ wsmp_cleanup 13602.4369 24.9552 0.0398
+ Reset surface geometry 13602.4423 24.9605 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 13602.4506 24.9689 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13602.4655 24.9838 0.0149
+ Advect surface 1 13602.4657 24.9839 0.0001
+ removing 2 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13602.6747 25.1930 0.2090
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13602.8768 25.3951 0.2021
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13603.1447 25.6630 0.2679
+ Advect the cloud 13603.2862 25.8045 0.1415
+ Write output 13604.0348 26.5531 0.7486
+ End of time step 13604.9002 27.4184 0.8654
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 84 13604.9003
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13604.9004 0.0001 0.0001
+ surface 01 13604.9004 0.0001 0.0000
+ S. 1: 16928points
+ refine surface 13604.9005 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 13604.9276 0.0273 0.0271
+ S. 1: 6 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 13604.9587 0.0584 0.0311
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13604.9837 0.0833 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16931points
+ surface 02 13605.0017 0.1014 0.0181
+ S. 2: 16919points
+ refine surface 13605.0019 0.1015 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 13605.0284 0.1281 0.0265
+ S. 2: 4 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13605.0558 0.1554 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13605.0810 0.1806 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 13605.0991 0.1988 0.0181
+ S. 3: 16922points
+ refine surface 13605.0993 0.1989 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 13605.1249 0.2246 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 13605.1475 0.2472 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13605.1722 0.2719 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16923points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13605.1965
+ -----------------------------------------------------------------------
+ Create octree solve 13605.1968 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13605.2126 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 13605.2343 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13605.2350 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13605.2492 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13605.3713 0.1748 0.1222
+ Imbed surface in osolve 13605.5518 0.3553 0.1805
+ embedding surface 1 13605.5520 0.3554 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 13607.4962 2.2997 1.9443
+ osolve%nleaves= 59424
+ embedding surface 3 13609.5496 4.3531 2.0534
+ osolve%nleaves= 64128
+ Assessing octree stability 13613.0572 7.8606 3.5075
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13613.0618 7.8653 0.0047
+ Interpolate velo onto osolve 13613.4527 8.2561 0.3908
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13613.6720 8.4754 0.2193
+ Find void 13613.9455 8.7490 0.2736
+ whole leaf in fluid 32992
+ Define boundary conditions 13613.9738 8.7773 0.0283
+ wsmp setup1 13613.9813 8.7848 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13614.9872 9.7906 1.0058
+ -----------------------------------
+ start of non-linear iteratio 1 13615.0330
+ -----------------------------------
+ build system 13615.0331 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 8.23272E+00
+ viscosity capped in 37088
+ wsmp solve 13622.9640 7.9310 7.9309
+ =================================
+ wsmp: initialisation time: 0.0528650 s
+ wsmp: ordering time: 4.1253309 s
+ wsmp: symbolic fact. time: 0.7074869 s
+ wsmp: Cholesky fact. time: 11.4798589 s
+ wsmp: Factorisation 14353.1105796 Mflops
+ wsmp: back substitution time: 0.1217129 s
+ wsmp: from b to rhs vector: 0.0071011 s
+ ---------------------------------
+ wsmp: total solve time: 16.4947309 s
+ =================================
+ u : -0.10178E+01 0.18335E+00
+ v : -0.97349E-01 0.10783E+00
+ w : -0.76110E+00 0.26595E+00
+ =================================
+ Calculate pressures 13639.4741 24.4411 16.5100
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 13639.6986 24.6656 0.2245
+ do leaf measurements 13639.6997 24.6667 0.0011
+ compute convergence criterion 13639.7407 24.7077 0.0410
+ velocity_diff_norm = 0.5885017 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13639.7454
+ -----------------------------------
+ build system 13639.7498 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80272E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13647.7426 7.9972 7.9928
+ =================================
+ wsmp: initialisation time: 0.0499041 s
+ wsmp: ordering time: 4.1167839 s
+ wsmp: symbolic fact. time: 0.7065170 s
+ wsmp: Cholesky fact. time: 11.3752029 s
+ wsmp: Factorisation 14485.1643885 Mflops
+ wsmp: back substitution time: 0.1219459 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.3779991 s
+ =================================
+ u : -0.10154E+01 0.13608E+00
+ v : -0.48282E-01 0.10278E+00
+ w : -0.76671E+00 0.22500E+00
+ =================================
+ Calculate pressures 13664.1369 24.3915 16.3943
+ raw pressures : -0.12354E+01 0.18786E+00
+ Smoothing pressures 13664.3601 24.6146 0.2232
+ do leaf measurements 13664.3612 24.6157 0.0011
+ compute convergence criterion 13664.4025 24.6571 0.0413
+ velocity_diff_norm = 0.0712024 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13664.4073
+ -----------------------------------
+ build system 13664.4118 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13672.4220 8.0146 8.0102
+ =================================
+ wsmp: initialisation time: 0.0476329 s
+ wsmp: ordering time: 4.1184571 s
+ wsmp: symbolic fact. time: 0.7086768 s
+ wsmp: Cholesky fact. time: 11.3930390 s
+ wsmp: Factorisation 14462.4874932 Mflops
+ wsmp: back substitution time: 0.1209331 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.3962021 s
+ =================================
+ u : -0.10162E+01 0.15465E+00
+ v : -0.38398E-01 0.11892E+00
+ w : -0.74624E+00 0.23076E+00
+ =================================
+ Calculate pressures 13688.8339 24.4266 16.4119
+ raw pressures : -0.13697E+01 0.31113E+00
+ Smoothing pressures 13689.0576 24.6503 0.2237
+ do leaf measurements 13689.0587 24.6513 0.0011
+ compute convergence criterion 13689.0998 24.6924 0.0411
+ velocity_diff_norm = 0.0362303 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13689.1044
+ -----------------------------------
+ build system 13689.1088 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13697.0533 7.9489 7.9446
+ =================================
+ wsmp: initialisation time: 0.0497410 s
+ wsmp: ordering time: 4.1311901 s
+ wsmp: symbolic fact. time: 0.7117109 s
+ wsmp: Cholesky fact. time: 11.4276121 s
+ wsmp: Factorisation 14418.7327081 Mflops
+ wsmp: back substitution time: 0.1217279 s
+ wsmp: from b to rhs vector: 0.0071871 s
+ ---------------------------------
+ wsmp: total solve time: 16.4495680 s
+ =================================
+ u : -0.10154E+01 0.17589E+00
+ v : -0.38444E-01 0.12338E+00
+ w : -0.73681E+00 0.22831E+00
+ =================================
+ Calculate pressures 13713.5185 24.4141 16.4652
+ raw pressures : -0.14684E+01 0.35266E+00
+ Smoothing pressures 13713.7442 24.6397 0.2256
+ do leaf measurements 13713.7452 24.6408 0.0011
+ compute convergence criterion 13713.7863 24.6818 0.0410
+ velocity_diff_norm = 0.0158939 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13713.7910
+ -----------------------------------
+ build system 13713.7954 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13721.7797 7.9887 7.9843
+ =================================
+ wsmp: initialisation time: 0.0487711 s
+ wsmp: ordering time: 4.1106730 s
+ wsmp: symbolic fact. time: 0.7081890 s
+ wsmp: Cholesky fact. time: 11.3754110 s
+ wsmp: Factorisation 14484.8993489 Mflops
+ wsmp: back substitution time: 0.1210480 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.3716860 s
+ =================================
+ u : -0.10148E+01 0.19378E+00
+ v : -0.40619E-01 0.12578E+00
+ w : -0.73216E+00 0.22756E+00
+ =================================
+ Calculate pressures 13738.1676 24.3765 16.3879
+ raw pressures : -0.15118E+01 0.36180E+00
+ Smoothing pressures 13738.3916 24.6005 0.2240
+ do leaf measurements 13738.3926 24.6016 0.0011
+ compute convergence criterion 13738.4341 24.6430 0.0414
+ velocity_diff_norm = 0.0107254 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13738.4389
+ -----------------------------------
+ build system 13738.4434 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13746.3885 7.9496 7.9451
+ =================================
+ wsmp: initialisation time: 0.0486100 s
+ wsmp: ordering time: 4.1093340 s
+ wsmp: symbolic fact. time: 0.7074060 s
+ wsmp: Cholesky fact. time: 11.4573810 s
+ wsmp: Factorisation 14381.2694830 Mflops
+ wsmp: back substitution time: 0.1211860 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4514799 s
+ =================================
+ u : -0.10142E+01 0.20943E+00
+ v : -0.43039E-01 0.12574E+00
+ w : -0.72765E+00 0.22711E+00
+ =================================
+ Calculate pressures 13762.8553 24.4164 16.4669
+ raw pressures : -0.15333E+01 0.35977E+00
+ Smoothing pressures 13763.0793 24.6404 0.2239
+ do leaf measurements 13763.0803 24.6414 0.0011
+ compute convergence criterion 13763.1213 24.6824 0.0410
+ velocity_diff_norm = 0.0080856 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13763.1243 24.6854 0.0030
+Compute isostasy and adjust vertical 13763.1245 24.6856 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -98420014061604.219 126029478726425.55
+ def in m -7.9290151596069336 0.59958195686340332
+ dimensionless def -1.71309130532400944E-6 2.26543290274483807E-5
+ Isostatic velocity range = -0.0168236 0.2258860
+ Compute divergence 13763.3194 24.8805 0.1949
+ wsmp_cleanup 13763.3658 24.9269 0.0463
+ Reset surface geometry 13763.3709 24.9321 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 13763.3783 24.9394 0.0074
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13763.3914 24.9525 0.0131
+ Advect surface 1 13763.3916 24.9527 0.0001
+ removing 2 particle from surface
+ S. 1: 16 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13763.6015 25.1627 0.2100
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13763.8065 25.3676 0.2049
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13764.0595 25.6206 0.2530
+ Advect the cloud 13764.1982 25.7593 0.1387
+ Write output 13764.9463 26.5074 0.7481
+ End of time step 13765.7905 27.3516 0.8442
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 85 13765.7906
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13765.7907 0.0001 0.0001
+ surface 01 13765.7907 0.0001 0.0000
+ S. 1: 16929points
+ refine surface 13765.7907 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13765.8158 0.0252 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16929points
+ surface 02 13765.8340 0.0434 0.0182
+ S. 2: 16920points
+ refine surface 13765.8342 0.0436 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 13765.8599 0.0693 0.0257
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13765.8826 0.0920 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13765.9077 0.1171 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 13765.9258 0.1352 0.0181
+ S. 3: 16923points
+ refine surface 13765.9260 0.1354 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 13765.9528 0.1622 0.0268
+ S. 3: 7 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 13765.9794 0.1888 0.0266
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13766.0044 0.2138 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13766.0287
+ -----------------------------------------------------------------------
+ Create octree solve 13766.0290 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13766.0448 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 13766.0665 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13766.0673 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13766.0814 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13766.2036 0.1748 0.1222
+ Imbed surface in osolve 13766.3830 0.3542 0.1794
+ embedding surface 1 13766.3832 0.3544 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 13768.3291 2.3004 1.9459
+ osolve%nleaves= 59424
+ embedding surface 3 13770.4025 4.3738 2.0734
+ osolve%nleaves= 64128
+ Assessing octree stability 13773.9012 7.8725 3.4987
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13773.9058 7.8771 0.0046
+ Interpolate velo onto osolve 13774.2708 8.2421 0.3650
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13774.4687 8.4399 0.1978
+ Find void 13774.7357 8.7069 0.2670
+ whole leaf in fluid 32992
+ Define boundary conditions 13774.7636 8.7348 0.0279
+ wsmp setup1 13774.7703 8.7416 0.0067
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13775.7850 9.7563 1.0147
+ -----------------------------------
+ start of non-linear iteratio 1 13775.8316
+ -----------------------------------
+ build system 13775.8318 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 7.99807E+00
+ viscosity capped in 37088
+ wsmp solve 13783.7615 7.9299 7.9298
+ =================================
+ wsmp: initialisation time: 0.0534439 s
+ wsmp: ordering time: 4.1229770 s
+ wsmp: symbolic fact. time: 0.7077010 s
+ wsmp: Cholesky fact. time: 11.4639230 s
+ wsmp: Factorisation 14373.0627115 Mflops
+ wsmp: back substitution time: 0.1208920 s
+ wsmp: from b to rhs vector: 0.0071418 s
+ ---------------------------------
+ wsmp: total solve time: 16.4764791 s
+ =================================
+ u : -0.10179E+01 0.18338E+00
+ v : -0.98338E-01 0.10769E+00
+ w : -0.76137E+00 0.26798E+00
+ =================================
+ Calculate pressures 13800.2536 24.4221 16.4921
+ raw pressures : -0.35100E+00 0.00000E+00
+ Smoothing pressures 13800.4779 24.6463 0.2242
+ do leaf measurements 13800.4789 24.6474 0.0011
+ compute convergence criterion 13800.5206 24.6890 0.0416
+ velocity_diff_norm = 0.5887020 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13800.5253
+ -----------------------------------
+ build system 13800.5296 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78577E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13808.5132 7.9880 7.9837
+ =================================
+ wsmp: initialisation time: 0.0482578 s
+ wsmp: ordering time: 4.1045940 s
+ wsmp: symbolic fact. time: 0.7040179 s
+ wsmp: Cholesky fact. time: 11.3930550 s
+ wsmp: Factorisation 14462.4672155 Mflops
+ wsmp: back substitution time: 0.1207240 s
+ wsmp: from b to rhs vector: 0.0071259 s
+ ---------------------------------
+ wsmp: total solve time: 16.3781760 s
+ =================================
+ u : -0.10153E+01 0.13610E+00
+ v : -0.48317E-01 0.10256E+00
+ w : -0.76679E+00 0.22630E+00
+ =================================
+ Calculate pressures 13824.9074 24.3822 16.3942
+ raw pressures : -0.12352E+01 0.18045E+00
+ Smoothing pressures 13825.1303 24.6050 0.2229
+ do leaf measurements 13825.1314 24.6061 0.0011
+ compute convergence criterion 13825.1730 24.6477 0.0416
+ velocity_diff_norm = 0.0711587 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13825.1777
+ -----------------------------------
+ build system 13825.1820 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13833.1964 8.0188 8.0144
+ =================================
+ wsmp: initialisation time: 0.0516431 s
+ wsmp: ordering time: 4.1132669 s
+ wsmp: symbolic fact. time: 0.7036800 s
+ wsmp: Cholesky fact. time: 11.3891699 s
+ wsmp: Factorisation 14467.4005979 Mflops
+ wsmp: back substitution time: 0.1210618 s
+ wsmp: from b to rhs vector: 0.0070930 s
+ ---------------------------------
+ wsmp: total solve time: 16.3862779 s
+ =================================
+ u : -0.10162E+01 0.15469E+00
+ v : -0.38562E-01 0.11867E+00
+ w : -0.74623E+00 0.23125E+00
+ =================================
+ Calculate pressures 13849.5986 24.4210 16.4022
+ raw pressures : -0.13699E+01 0.31126E+00
+ Smoothing pressures 13849.8222 24.6445 0.2236
+ do leaf measurements 13849.8233 24.6456 0.0011
+ compute convergence criterion 13849.8650 24.6873 0.0417
+ velocity_diff_norm = 0.0361595 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 13849.8697
+ -----------------------------------
+ build system 13849.8740 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13857.8189 7.9492 7.9448
+ =================================
+ wsmp: initialisation time: 0.0533240 s
+ wsmp: ordering time: 4.1406560 s
+ wsmp: symbolic fact. time: 0.7123420 s
+ wsmp: Cholesky fact. time: 11.4416139 s
+ wsmp: Factorisation 14401.0875681 Mflops
+ wsmp: back substitution time: 0.1214139 s
+ wsmp: from b to rhs vector: 0.0071652 s
+ ---------------------------------
+ wsmp: total solve time: 16.4768760 s
+ =================================
+ u : -0.10154E+01 0.17593E+00
+ v : -0.38663E-01 0.12321E+00
+ w : -0.73687E+00 0.22858E+00
+ =================================
+ Calculate pressures 13874.3111 24.4414 16.4922
+ raw pressures : -0.14687E+01 0.35281E+00
+ Smoothing pressures 13874.5383 24.6686 0.2272
+ do leaf measurements 13874.5394 24.6697 0.0011
+ compute convergence criterion 13874.5811 24.7114 0.0417
+ velocity_diff_norm = 0.0159287 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 13874.5858
+ -----------------------------------
+ build system 13874.5902 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13882.5815 7.9957 7.9913
+ =================================
+ wsmp: initialisation time: 0.0500190 s
+ wsmp: ordering time: 4.1071301 s
+ wsmp: symbolic fact. time: 0.7069840 s
+ wsmp: Cholesky fact. time: 11.3719199 s
+ wsmp: Factorisation 14489.3461925 Mflops
+ wsmp: back substitution time: 0.1209261 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3645320 s
+ =================================
+ u : -0.10147E+01 0.19388E+00
+ v : -0.40652E-01 0.12562E+00
+ w : -0.73221E+00 0.22765E+00
+ =================================
+ Calculate pressures 13898.9616 24.3758 16.3801
+ raw pressures : -0.15123E+01 0.36203E+00
+ Smoothing pressures 13899.1849 24.5991 0.2233
+ do leaf measurements 13899.1860 24.6002 0.0011
+ compute convergence criterion 13899.2279 24.6421 0.0418
+ velocity_diff_norm = 0.0107307 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 13899.2327
+ -----------------------------------
+ build system 13899.2372 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13907.1880 7.9553 7.9508
+ =================================
+ wsmp: initialisation time: 0.0501812 s
+ wsmp: ordering time: 4.1037900 s
+ wsmp: symbolic fact. time: 0.7067752 s
+ wsmp: Cholesky fact. time: 11.4281890 s
+ wsmp: Factorisation 14418.0047521 Mflops
+ wsmp: back substitution time: 0.1208420 s
+ wsmp: from b to rhs vector: 0.0071151 s
+ ---------------------------------
+ wsmp: total solve time: 16.4172740 s
+ =================================
+ u : -0.10142E+01 0.20954E+00
+ v : -0.43088E-01 0.12559E+00
+ w : -0.72771E+00 0.22707E+00
+ =================================
+ Calculate pressures 13923.6215 24.3888 16.4335
+ raw pressures : -0.15339E+01 0.35996E+00
+ Smoothing pressures 13923.8452 24.6125 0.2237
+ do leaf measurements 13923.8463 24.6136 0.0011
+ compute convergence criterion 13923.8879 24.6552 0.0416
+ velocity_diff_norm = 0.0080902 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 13923.8909 24.6582 0.0030
+Compute isostasy and adjust vertical 13923.8910 24.6584 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -99116701326657.141 127526765500635.42
+ def in m -7.9289159774780273 0.59951919317245483
+ dimensionless def -1.71291198049272816E-6 2.26540456499372201E-5
+ Isostatic velocity range = -0.0168154 0.2258817
+ Compute divergence 13924.0896 24.8570 0.1986
+ wsmp_cleanup 13924.1305 24.8978 0.0408
+ Reset surface geometry 13924.1357 24.9030 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 13924.1439 24.9113 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 13924.1589 24.9262 0.0150
+ Advect surface 1 13924.1591 24.9264 0.0001
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 13924.3606 25.1279 0.2015
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 13924.5746 25.3419 0.2140
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 13924.8337 25.6010 0.2591
+ Advect the cloud 13924.9708 25.7381 0.1371
+ Write output 13925.7153 26.4826 0.7445
+ End of time step 13926.5520 27.3193 0.8368
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 86 13926.5522
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 13926.5522 0.0001 0.0001
+ surface 01 13926.5523 0.0001 0.0000
+ S. 1: 16928points
+ refine surface 13926.5523 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 13926.5788 0.0266 0.0265
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 13926.6015 0.0494 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 13926.6265 0.0743 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 13926.6447 0.0925 0.0182
+ S. 2: 16919points
+ refine surface 13926.6448 0.0926 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 13926.6711 0.1190 0.0263
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13926.6986 0.1464 0.0274
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 13926.7246 0.1724 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 13926.7476 0.1954 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 13926.7724 0.2203 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 13926.7911 0.2389 0.0187
+ S. 3: 16925points
+ refine surface 13926.7912 0.2391 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 13926.8183 0.2662 0.0271
+ S. 3: 5 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 13926.8450 0.2928 0.0266
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 13926.8704 0.3182 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16928points
+ -----------------------------------------------------------------------
+ Start of iteration 1 13926.8951
+ -----------------------------------------------------------------------
+ Create octree solve 13926.8954 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 13926.9113 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 13926.9330 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 13926.9338 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 13926.9479 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 13927.0701 0.1750 0.1222
+ Imbed surface in osolve 13927.2477 0.3526 0.1776
+ embedding surface 1 13927.2479 0.3527 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 13929.1837 2.2886 1.9359
+ osolve%nleaves= 59424
+ embedding surface 3 13931.2391 4.3440 2.0554
+ osolve%nleaves= 64128
+ Assessing octree stability 13934.7476 7.8525 3.5085
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 13934.7522 7.8571 0.0046
+ Interpolate velo onto osolve 13935.1126 8.2175 0.3604
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 13935.3140 8.4189 0.2014
+ Find void 13935.5874 8.6922 0.2734
+ whole leaf in fluid 32992
+ Define boundary conditions 13935.6162 8.7211 0.0288
+ wsmp setup1 13935.6233 8.7281 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 13936.6359 9.7408 1.0127
+ -----------------------------------
+ start of non-linear iteratio 1 13936.6800
+ -----------------------------------
+ build system 13936.6801 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 7.45962E+00
+ viscosity capped in 37088
+ wsmp solve 13944.6004 7.9205 7.9203
+ =================================
+ wsmp: initialisation time: 0.0529859 s
+ wsmp: ordering time: 4.1109469 s
+ wsmp: symbolic fact. time: 0.7077971 s
+ wsmp: Cholesky fact. time: 11.4685991 s
+ wsmp: Factorisation 14367.2023680 Mflops
+ wsmp: back substitution time: 0.1209331 s
+ wsmp: from b to rhs vector: 0.0071719 s
+ ---------------------------------
+ wsmp: total solve time: 16.4688420 s
+ =================================
+ u : -0.10284E+01 0.18424E+00
+ v : -0.98319E-01 0.10774E+00
+ w : -0.76153E+00 0.26754E+00
+ =================================
+ Calculate pressures 13961.0855 24.4055 16.4850
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 13961.3088 24.6289 0.2234
+ do leaf measurements 13961.3099 24.6299 0.0011
+ compute convergence criterion 13961.3588 24.6789 0.0489
+ velocity_diff_norm = 0.5892596 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 13961.3636
+ -----------------------------------
+ build system 13961.3680 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79332E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13969.3410 7.9774 7.9730
+ =================================
+ wsmp: initialisation time: 0.0507071 s
+ wsmp: ordering time: 4.1186841 s
+ wsmp: symbolic fact. time: 0.7166569 s
+ wsmp: Cholesky fact. time: 11.3958580 s
+ wsmp: Factorisation 14458.9098215 Mflops
+ wsmp: back substitution time: 0.1209838 s
+ wsmp: from b to rhs vector: 0.0070930 s
+ ---------------------------------
+ wsmp: total solve time: 16.4103739 s
+ =================================
+ u : -0.10154E+01 0.13682E+00
+ v : -0.48480E-01 0.10263E+00
+ w : -0.76700E+00 0.22565E+00
+ =================================
+ Calculate pressures 13985.7672 24.4036 16.4262
+ raw pressures : -0.12359E+01 0.18457E+00
+ Smoothing pressures 13985.9905 24.6270 0.2233
+ do leaf measurements 13985.9916 24.6280 0.0011
+ compute convergence criterion 13986.0329 24.6694 0.0414
+ velocity_diff_norm = 0.0715500 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 13986.0377
+ -----------------------------------
+ build system 13986.0421 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 13994.0660 8.0283 8.0239
+ =================================
+ wsmp: initialisation time: 0.0513949 s
+ wsmp: ordering time: 4.1356032 s
+ wsmp: symbolic fact. time: 0.7073028 s
+ wsmp: Cholesky fact. time: 11.4029629 s
+ wsmp: Factorisation 14449.9008711 Mflops
+ wsmp: back substitution time: 0.1209409 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.4257770 s
+ =================================
+ u : -0.10163E+01 0.15522E+00
+ v : -0.38457E-01 0.11883E+00
+ w : -0.74643E+00 0.23112E+00
+ =================================
+ Calculate pressures 14010.5074 24.4697 16.4414
+ raw pressures : -0.13714E+01 0.31228E+00
+ Smoothing pressures 14010.7310 24.6933 0.2236
+ do leaf measurements 14010.7320 24.6943 0.0011
+ compute convergence criterion 14010.7734 24.7357 0.0413
+ velocity_diff_norm = 0.0361221 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14010.7781
+ -----------------------------------
+ build system 14010.7825 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14018.7226 7.9445 7.9402
+ =================================
+ wsmp: initialisation time: 0.0484538 s
+ wsmp: ordering time: 4.1408770 s
+ wsmp: symbolic fact. time: 0.7158380 s
+ wsmp: Cholesky fact. time: 11.4377489 s
+ wsmp: Factorisation 14405.9539325 Mflops
+ wsmp: back substitution time: 0.1225400 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.4729900 s
+ =================================
+ u : -0.10155E+01 0.17633E+00
+ v : -0.38616E-01 0.12340E+00
+ w : -0.73706E+00 0.22867E+00
+ =================================
+ Calculate pressures 14035.2112 24.4331 16.4886
+ raw pressures : -0.14699E+01 0.35386E+00
+ Smoothing pressures 14035.4374 24.6592 0.2261
+ do leaf measurements 14035.4384 24.6603 0.0011
+ compute convergence criterion 14035.4797 24.7016 0.0413
+ velocity_diff_norm = 0.0159620 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14035.4845
+ -----------------------------------
+ build system 14035.4889 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14043.4894 8.0049 8.0005
+ =================================
+ wsmp: initialisation time: 0.0503190 s
+ wsmp: ordering time: 4.1149721 s
+ wsmp: symbolic fact. time: 0.7058601 s
+ wsmp: Cholesky fact. time: 11.3728809 s
+ wsmp: Factorisation 14488.1217703 Mflops
+ wsmp: back substitution time: 0.1209822 s
+ wsmp: from b to rhs vector: 0.0071011 s
+ ---------------------------------
+ wsmp: total solve time: 16.3724978 s
+ =================================
+ u : -0.10148E+01 0.19423E+00
+ v : -0.40624E-01 0.12579E+00
+ w : -0.73236E+00 0.22764E+00
+ =================================
+ Calculate pressures 14059.8776 24.3932 16.3882
+ raw pressures : -0.15135E+01 0.36301E+00
+ Smoothing pressures 14060.1017 24.6172 0.2241
+ do leaf measurements 14060.1028 24.6183 0.0011
+ compute convergence criterion 14060.1444 24.6600 0.0417
+ velocity_diff_norm = 0.0107369 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14060.1492
+ -----------------------------------
+ build system 14060.1537 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14068.1167 7.9675 7.9630
+ =================================
+ wsmp: initialisation time: 0.0489390 s
+ wsmp: ordering time: 4.1179180 s
+ wsmp: symbolic fact. time: 0.7072179 s
+ wsmp: Cholesky fact. time: 11.4216330 s
+ wsmp: Factorisation 14426.2807079 Mflops
+ wsmp: back substitution time: 0.1209140 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4241631 s
+ =================================
+ u : -0.10142E+01 0.20987E+00
+ v : -0.43059E-01 0.12572E+00
+ w : -0.72784E+00 0.22726E+00
+ =================================
+ Calculate pressures 14084.5564 24.4071 16.4397
+ raw pressures : -0.15350E+01 0.36084E+00
+ Smoothing pressures 14084.7803 24.6311 0.2240
+ do leaf measurements 14084.7814 24.6322 0.0011
+ compute convergence criterion 14084.8227 24.6734 0.0413
+ velocity_diff_norm = 0.0080971 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14084.8257 24.6764 0.0030
+Compute isostasy and adjust vertical 14084.8258 24.6766 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -99809694775221.688 129017585980377.3
+ def in m -7.9293384552001953 0.59883755445480347
+ dimensionless def -1.71096444129943851E-6 2.26552527291434151E-5
+ Isostatic velocity range = -0.0167901 0.2258896
+ Compute divergence 14085.0239 24.8746 0.1980
+ wsmp_cleanup 14085.0669 24.9177 0.0430
+ Reset surface geometry 14085.0719 24.9226 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 14085.0803 24.9310 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14085.0942 24.9450 0.0140
+ Advect surface 1 14085.0944 24.9451 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14085.2871 25.1379 0.1927
+ removing 2 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14085.4974 25.3482 0.2103
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14085.7522 25.6029 0.2547
+ Advect the cloud 14085.8915 25.7422 0.1393
+ Write output 14086.6348 26.4855 0.7433
+ End of time step 14087.5136 27.3644 0.8789
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 87 14087.5138
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14087.5138 0.0001 0.0001
+ surface 01 14087.5139 0.0001 0.0000
+ S. 1: 16930points
+ refine surface 14087.5139 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 14087.5406 0.0268 0.0267
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 14087.5628 0.0491 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14087.5877 0.0739 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 14087.6061 0.0923 0.0184
+ S. 2: 16920points
+ refine surface 14087.6062 0.0925 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 14087.6321 0.1183 0.0258
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 14087.6592 0.1455 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14087.6841 0.1703 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 14087.7027 0.1890 0.0186
+ S. 3: 16928points
+ refine surface 14087.7029 0.1891 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 14087.7284 0.2147 0.0256
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 14087.7555 0.2417 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14087.7804 0.2666 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16929points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14087.8047
+ -----------------------------------------------------------------------
+ Create octree solve 14087.8050 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14087.8208 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 14087.8426 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14087.8434 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14087.8575 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14087.9798 0.1750 0.1222
+ Imbed surface in osolve 14088.1594 0.3547 0.1797
+ embedding surface 1 14088.1596 0.3549 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14090.0988 2.2941 1.9392
+ osolve%nleaves= 59424
+ embedding surface 3 14092.1567 4.3520 2.0579
+ osolve%nleaves= 64128
+ Assessing octree stability 14095.6463 7.8416 3.4896
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14095.6510 7.8463 0.0047
+ Interpolate velo onto osolve 14096.0068 8.2021 0.3558
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14096.2184 8.4137 0.2116
+ Find void 14096.4901 8.6854 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 14096.5187 8.7140 0.0287
+ wsmp setup1 14096.5257 8.7209 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14097.5396 9.7349 1.0140
+ -----------------------------------
+ start of non-linear iteratio 1 14097.5858
+ -----------------------------------
+ build system 14097.5859 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 7.58635E+00
+ viscosity capped in 37088
+ wsmp solve 14105.5104 7.9246 7.9245
+ =================================
+ wsmp: initialisation time: 0.0556152 s
+ wsmp: ordering time: 4.1130888 s
+ wsmp: symbolic fact. time: 0.7058711 s
+ wsmp: Cholesky fact. time: 11.4723880 s
+ wsmp: Factorisation 14362.4573591 Mflops
+ wsmp: back substitution time: 0.1208301 s
+ wsmp: from b to rhs vector: 0.0071180 s
+ ---------------------------------
+ wsmp: total solve time: 16.4752939 s
+ =================================
+ u : -0.10179E+01 0.18375E+00
+ v : -0.98284E-01 0.10770E+00
+ w : -0.76159E+00 0.26765E+00
+ =================================
+ Calculate pressures 14122.0016 24.4159 16.4912
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 14122.2263 24.6405 0.2247
+ do leaf measurements 14122.2274 24.6416 0.0010
+ compute convergence criterion 14122.2691 24.6833 0.0417
+ velocity_diff_norm = 0.5884897 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14122.2738
+ -----------------------------------
+ build system 14122.2781 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79212E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14130.2427 7.9689 7.9646
+ =================================
+ wsmp: initialisation time: 0.0478780 s
+ wsmp: ordering time: 4.1184230 s
+ wsmp: symbolic fact. time: 0.7063429 s
+ wsmp: Cholesky fact. time: 11.3785331 s
+ wsmp: Factorisation 14480.9249194 Mflops
+ wsmp: back substitution time: 0.1215649 s
+ wsmp: from b to rhs vector: 0.0072348 s
+ ---------------------------------
+ wsmp: total solve time: 16.3803611 s
+ =================================
+ u : -0.10156E+01 0.13651E+00
+ v : -0.48433E-01 0.10266E+00
+ w : -0.76697E+00 0.22544E+00
+ =================================
+ Calculate pressures 14146.6392 24.3654 16.3965
+ raw pressures : -0.12361E+01 0.19286E+00
+ Smoothing pressures 14146.8641 24.5904 0.2249
+ do leaf measurements 14146.8652 24.5915 0.0011
+ compute convergence criterion 14146.9068 24.6330 0.0416
+ velocity_diff_norm = 0.0710264 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14146.9114
+ -----------------------------------
+ build system 14146.9158 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14154.9400 8.0286 8.0242
+ =================================
+ wsmp: initialisation time: 0.0494730 s
+ wsmp: ordering time: 4.1206088 s
+ wsmp: symbolic fact. time: 0.7095470 s
+ wsmp: Cholesky fact. time: 11.3867850 s
+ wsmp: Factorisation 14470.4307173 Mflops
+ wsmp: back substitution time: 0.1208711 s
+ wsmp: from b to rhs vector: 0.0072541 s
+ ---------------------------------
+ wsmp: total solve time: 16.3949459 s
+ =================================
+ u : -0.10164E+01 0.15497E+00
+ v : -0.38440E-01 0.11867E+00
+ w : -0.74659E+00 0.23081E+00
+ =================================
+ Calculate pressures 14171.3510 24.4396 16.4110
+ raw pressures : -0.13710E+01 0.31230E+00
+ Smoothing pressures 14171.5752 24.6637 0.2241
+ do leaf measurements 14171.5762 24.6648 0.0010
+ compute convergence criterion 14171.6178 24.7064 0.0416
+ velocity_diff_norm = 0.0361545 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14171.6225
+ -----------------------------------
+ build system 14171.6268 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14179.5705 7.9480 7.9437
+ =================================
+ wsmp: initialisation time: 0.0505602 s
+ wsmp: ordering time: 4.1354291 s
+ wsmp: symbolic fact. time: 0.7118440 s
+ wsmp: Cholesky fact. time: 11.4499621 s
+ wsmp: Factorisation 14390.5876607 Mflops
+ wsmp: back substitution time: 0.1216900 s
+ wsmp: from b to rhs vector: 0.0072718 s
+ ---------------------------------
+ wsmp: total solve time: 16.4771650 s
+ =================================
+ u : -0.10156E+01 0.17615E+00
+ v : -0.38556E-01 0.12325E+00
+ w : -0.73711E+00 0.22854E+00
+ =================================
+ Calculate pressures 14196.0632 24.4408 16.4927
+ raw pressures : -0.14695E+01 0.35356E+00
+ Smoothing pressures 14196.2884 24.6660 0.2252
+ do leaf measurements 14196.2895 24.6670 0.0011
+ compute convergence criterion 14196.3312 24.7087 0.0417
+ velocity_diff_norm = 0.0158691 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14196.3359
+ -----------------------------------
+ build system 14196.3402 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14204.3469 8.0111 8.0067
+ =================================
+ wsmp: initialisation time: 0.0485492 s
+ wsmp: ordering time: 4.1153970 s
+ wsmp: symbolic fact. time: 0.7084689 s
+ wsmp: Cholesky fact. time: 11.3836701 s
+ wsmp: Factorisation 14474.3902932 Mflops
+ wsmp: back substitution time: 0.1207991 s
+ wsmp: from b to rhs vector: 0.0072880 s
+ ---------------------------------
+ wsmp: total solve time: 16.3845541 s
+ =================================
+ u : -0.10150E+01 0.19407E+00
+ v : -0.40739E-01 0.12563E+00
+ w : -0.73239E+00 0.22766E+00
+ =================================
+ Calculate pressures 14220.7471 24.4113 16.4002
+ raw pressures : -0.15131E+01 0.36273E+00
+ Smoothing pressures 14220.9709 24.6350 0.2237
+ do leaf measurements 14220.9720 24.6361 0.0011
+ compute convergence criterion 14221.0140 24.6781 0.0420
+ velocity_diff_norm = 0.0107238 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14221.0188
+ -----------------------------------
+ build system 14221.0232 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14228.9946 7.9758 7.9714
+ =================================
+ wsmp: initialisation time: 0.0513539 s
+ wsmp: ordering time: 4.1112800 s
+ wsmp: symbolic fact. time: 0.7098551 s
+ wsmp: Cholesky fact. time: 11.4132171 s
+ wsmp: Factorisation 14436.9184339 Mflops
+ wsmp: back substitution time: 0.1216590 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.4150329 s
+ =================================
+ u : -0.10144E+01 0.20971E+00
+ v : -0.43143E-01 0.12562E+00
+ w : -0.72788E+00 0.22734E+00
+ =================================
+ Calculate pressures 14245.4253 24.4065 16.4307
+ raw pressures : -0.15346E+01 0.36053E+00
+ Smoothing pressures 14245.6500 24.6312 0.2247
+ do leaf measurements 14245.6511 24.6323 0.0011
+ compute convergence criterion 14245.6926 24.6738 0.0415
+ velocity_diff_norm = 0.0080833 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14245.6956 24.6768 0.0031
+Compute isostasy and adjust vertical 14245.6958 24.6770 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -100502099381147.72 130505322026493.5
+ def in m -7.930964469909668 0.5989881157875061
+ dimensionless def -1.71139461653573181E-6 2.26598984854561925E-5
+ Isostatic velocity range = -0.0167906 0.2259338
+ Compute divergence 14245.8992 24.8804 0.2034
+ wsmp_cleanup 14245.9351 24.9163 0.0359
+ Reset surface geometry 14245.9401 24.9213 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 14245.9481 24.9293 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14245.9657 24.9469 0.0175
+ Advect surface 1 14245.9658 24.9470 0.0001
+ removing 2 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14246.1726 25.1538 0.2068
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14246.3697 25.3509 0.1971
+ removing 4 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14246.6562 25.6375 0.2865
+ Advect the cloud 14246.7954 25.7766 0.1391
+ Write output 14247.5450 26.5262 0.7496
+ End of time step 14248.3851 27.3663 0.8401
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 88 14248.3853
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14248.3853 0.0001 0.0001
+ surface 01 14248.3854 0.0001 0.0000
+ S. 1: 16930points
+ refine surface 14248.3854 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 14248.4118 0.0266 0.0264
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 14248.4345 0.0492 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14248.4593 0.0741 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 14248.4777 0.0924 0.0183
+ S. 2: 16921points
+ refine surface 14248.4778 0.0926 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14248.5025 0.1173 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 14248.5212 0.1360 0.0187
+ S. 3: 16925points
+ refine surface 14248.5214 0.1361 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14248.5461 0.1609 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14248.5707
+ -----------------------------------------------------------------------
+ Create octree solve 14248.5710 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14248.5868 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 14248.6086 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14248.6094 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14248.6235 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14248.7456 0.1749 0.1221
+ Imbed surface in osolve 14248.9249 0.3542 0.1792
+ embedding surface 1 14248.9251 0.3543 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14250.8733 2.3026 1.9483
+ osolve%nleaves= 59424
+ embedding surface 3 14252.9291 4.3584 2.0558
+ osolve%nleaves= 64128
+ Assessing octree stability 14256.4477 7.8770 3.5186
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14256.4524 7.8816 0.0047
+ Interpolate velo onto osolve 14256.8179 8.2472 0.3655
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14257.0175 8.4468 0.1996
+ Find void 14257.2923 8.7216 0.2748
+ whole leaf in fluid 32992
+ Define boundary conditions 14257.3211 8.7504 0.0289
+ wsmp setup1 14257.3283 8.7576 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14258.3431 9.7723 1.0147
+ -----------------------------------
+ start of non-linear iteratio 1 14258.3893
+ -----------------------------------
+ build system 14258.3895 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 7.94130E+00
+ viscosity capped in 37088
+ wsmp solve 14266.3030 7.9137 7.9135
+ =================================
+ wsmp: initialisation time: 0.0504389 s
+ wsmp: ordering time: 4.1212151 s
+ wsmp: symbolic fact. time: 0.7116201 s
+ wsmp: Cholesky fact. time: 11.4451630 s
+ wsmp: Factorisation 14396.6218488 Mflops
+ wsmp: back substitution time: 0.1210542 s
+ wsmp: from b to rhs vector: 0.0072131 s
+ ---------------------------------
+ wsmp: total solve time: 16.4570708 s
+ =================================
+ u : -0.10210E+01 0.18300E+00
+ v : -0.98353E-01 0.10798E+00
+ w : -0.76146E+00 0.26193E+00
+ =================================
+ Calculate pressures 14282.7761 24.3868 16.4731
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 14282.9998 24.6105 0.2237
+ do leaf measurements 14283.0008 24.6115 0.0011
+ compute convergence criterion 14283.0432 24.6539 0.0424
+ velocity_diff_norm = 0.5884809 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14283.0480
+ -----------------------------------
+ build system 14283.0524 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79153E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14291.0059 7.9579 7.9535
+ =================================
+ wsmp: initialisation time: 0.0481470 s
+ wsmp: ordering time: 4.1083839 s
+ wsmp: symbolic fact. time: 0.7146568 s
+ wsmp: Cholesky fact. time: 11.3729661 s
+ wsmp: Factorisation 14488.0133410 Mflops
+ wsmp: back substitution time: 0.1214988 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3732500 s
+ =================================
+ u : -0.10153E+01 0.13586E+00
+ v : -0.48279E-01 0.10236E+00
+ w : -0.76691E+00 0.22607E+00
+ =================================
+ Calculate pressures 14307.3951 24.3471 16.3892
+ raw pressures : -0.12347E+01 0.17999E+00
+ Smoothing pressures 14307.6218 24.5738 0.2267
+ do leaf measurements 14307.6229 24.5749 0.0011
+ compute convergence criterion 14307.6651 24.6172 0.0423
+ velocity_diff_norm = 0.0709510 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14307.6699
+ -----------------------------------
+ build system 14307.6743 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14315.6925 8.0226 8.0182
+ =================================
+ wsmp: initialisation time: 0.0487010 s
+ wsmp: ordering time: 4.1245120 s
+ wsmp: symbolic fact. time: 0.7078221 s
+ wsmp: Cholesky fact. time: 11.3827651 s
+ wsmp: Factorisation 14475.5411434 Mflops
+ wsmp: back substitution time: 0.1208689 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.3922191 s
+ =================================
+ u : -0.10162E+01 0.15460E+00
+ v : -0.38490E-01 0.11859E+00
+ w : -0.74605E+00 0.23146E+00
+ =================================
+ Calculate pressures 14332.1000 24.4301 16.4075
+ raw pressures : -0.13701E+01 0.31122E+00
+ Smoothing pressures 14332.3241 24.6542 0.2241
+ do leaf measurements 14332.3252 24.6552 0.0010
+ compute convergence criterion 14332.3675 24.6975 0.0423
+ velocity_diff_norm = 0.0360059 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14332.3722
+ -----------------------------------
+ build system 14332.3766 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14340.3154 7.9432 7.9389
+ =================================
+ wsmp: initialisation time: 0.0508990 s
+ wsmp: ordering time: 4.1353531 s
+ wsmp: symbolic fact. time: 0.7155759 s
+ wsmp: Cholesky fact. time: 11.4504302 s
+ wsmp: Factorisation 14389.9994714 Mflops
+ wsmp: back substitution time: 0.1207829 s
+ wsmp: from b to rhs vector: 0.0071990 s
+ ---------------------------------
+ wsmp: total solve time: 16.4806032 s
+ =================================
+ u : -0.10155E+01 0.17588E+00
+ v : -0.38649E-01 0.12321E+00
+ w : -0.73673E+00 0.22882E+00
+ =================================
+ Calculate pressures 14356.8119 24.4397 16.4964
+ raw pressures : -0.14688E+01 0.35242E+00
+ Smoothing pressures 14357.0358 24.6636 0.2239
+ do leaf measurements 14357.0369 24.6647 0.0010
+ compute convergence criterion 14357.0792 24.7070 0.0423
+ velocity_diff_norm = 0.0159237 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14357.0839
+ -----------------------------------
+ build system 14357.0883 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14365.0912 8.0073 8.0029
+ =================================
+ wsmp: initialisation time: 0.0511670 s
+ wsmp: ordering time: 4.1133409 s
+ wsmp: symbolic fact. time: 0.7094219 s
+ wsmp: Cholesky fact. time: 11.3742189 s
+ wsmp: Factorisation 14486.4174616 Mflops
+ wsmp: back substitution time: 0.1208081 s
+ wsmp: from b to rhs vector: 0.0071979 s
+ ---------------------------------
+ wsmp: total solve time: 16.3765230 s
+ =================================
+ u : -0.10148E+01 0.19385E+00
+ v : -0.40667E-01 0.12557E+00
+ w : -0.73207E+00 0.22777E+00
+ =================================
+ Calculate pressures 14381.4835 24.3996 16.3923
+ raw pressures : -0.15122E+01 0.36157E+00
+ Smoothing pressures 14381.7068 24.6229 0.2233
+ do leaf measurements 14381.7079 24.6240 0.0011
+ compute convergence criterion 14381.7505 24.6666 0.0426
+ velocity_diff_norm = 0.0106988 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14381.7553
+ -----------------------------------
+ build system 14381.7598 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14389.7431 7.9878 7.9833
+ =================================
+ wsmp: initialisation time: 0.0503709 s
+ wsmp: ordering time: 4.1128559 s
+ wsmp: symbolic fact. time: 0.7090380 s
+ wsmp: Cholesky fact. time: 11.4074659 s
+ wsmp: Factorisation 14444.1968810 Mflops
+ wsmp: back substitution time: 0.1213951 s
+ wsmp: from b to rhs vector: 0.0071540 s
+ ---------------------------------
+ wsmp: total solve time: 16.4086490 s
+ =================================
+ u : -0.10143E+01 0.20953E+00
+ v : -0.43108E-01 0.12559E+00
+ w : -0.72760E+00 0.22740E+00
+ =================================
+ Calculate pressures 14406.1671 24.4118 16.4240
+ raw pressures : -0.15340E+01 0.35963E+00
+ Smoothing pressures 14406.3917 24.6364 0.2246
+ do leaf measurements 14406.3927 24.6374 0.0011
+ compute convergence criterion 14406.4350 24.6797 0.0423
+ velocity_diff_norm = 0.0080956 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14406.4380 24.6827 0.0030
+Compute isostasy and adjust vertical 14406.4382 24.6829 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -101192166878140.2 131989168138667.11
+ def in m -7.9342608451843262 0.59946566820144653
+ dimensionless def -1.71275905200413293E-6 2.26693167005266461E-5
+ Isostatic velocity range = -0.0167975 0.2260242
+ Compute divergence 14406.6464 24.8911 0.2082
+ wsmp_cleanup 14406.6826 24.9273 0.0363
+ Reset surface geometry 14406.6876 24.9323 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 14406.6956 24.9403 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14406.7130 24.9577 0.0173
+ Advect surface 1 14406.7131 24.9578 0.0001
+ removing 3 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14406.9328 25.1775 0.2196
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14407.1387 25.3834 0.2059
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14407.4022 25.6469 0.2635
+ Advect the cloud 14407.5401 25.7848 0.1379
+ Write output 14408.2894 26.5341 0.7493
+ End of time step 14410.2935 28.5382 2.0041
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 89 14410.2937
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14410.2937 0.0001 0.0001
+ surface 01 14410.2938 0.0001 0.0000
+ S. 1: 16929points
+ refine surface 14410.2938 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 14410.3205 0.0269 0.0267
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 14410.3428 0.0491 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14410.3679 0.0742 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16931points
+ surface 02 14410.3860 0.0923 0.0181
+ S. 2: 16920points
+ refine surface 14410.3861 0.0924 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 14410.4127 0.1190 0.0266
+ S. 2: 5 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 14410.4398 0.1461 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14410.4650 0.1713 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 14410.4833 0.1896 0.0183
+ S. 3: 16924points
+ refine surface 14410.4834 0.1897 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 14410.5097 0.2161 0.0263
+ S. 3: 6 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 14410.5365 0.2429 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14410.5615 0.2678 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14410.5865
+ -----------------------------------------------------------------------
+ Create octree solve 14410.5868 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14410.6028 0.0163 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 14410.6243 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14410.6250 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14410.6392 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14410.7613 0.1748 0.1221
+ Imbed surface in osolve 14410.9436 0.3571 0.1823
+ embedding surface 1 14410.9438 0.3573 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14412.8939 2.3074 1.9501
+ osolve%nleaves= 59424
+ embedding surface 3 14414.9642 4.3776 2.0702
+ osolve%nleaves= 64128
+ Assessing octree stability 14418.5119 7.9254 3.5477
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14418.5166 7.9301 0.0047
+ Interpolate velo onto osolve 14418.9290 8.3425 0.4124
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14419.0073 8.4208 0.0784
+ Find void 14419.2820 8.6955 0.2746
+ whole leaf in fluid 32992
+ Define boundary conditions 14419.3112 8.7246 0.0292
+ wsmp setup1 14419.3185 8.7320 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14420.3317 9.7452 1.0132
+ -----------------------------------
+ start of non-linear iteratio 1 14420.3772
+ -----------------------------------
+ build system 14420.3774 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 8.48616E+00
+ viscosity capped in 37088
+ wsmp solve 14428.3157 7.9385 7.9384
+ =================================
+ wsmp: initialisation time: 0.0526068 s
+ wsmp: ordering time: 4.1030011 s
+ wsmp: symbolic fact. time: 0.7076390 s
+ wsmp: Cholesky fact. time: 11.4105999 s
+ wsmp: Factorisation 14440.2296672 Mflops
+ wsmp: back substitution time: 0.1208088 s
+ wsmp: from b to rhs vector: 0.0071530 s
+ ---------------------------------
+ wsmp: total solve time: 16.4022100 s
+ =================================
+ u : -0.10352E+01 0.18297E+00
+ v : -0.97907E-01 0.10778E+00
+ w : -0.76131E+00 0.26327E+00
+ =================================
+ Calculate pressures 14444.7337 24.3565 16.4180
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 14444.9575 24.5803 0.2238
+ do leaf measurements 14444.9587 24.5814 0.0011
+ compute convergence criterion 14445.0003 24.6231 0.0417
+ velocity_diff_norm = 0.5887454 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14445.0051
+ -----------------------------------
+ build system 14445.0095 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79561E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14452.9522 7.9471 7.9427
+ =================================
+ wsmp: initialisation time: 0.0490270 s
+ wsmp: ordering time: 4.1116800 s
+ wsmp: symbolic fact. time: 0.7112799 s
+ wsmp: Cholesky fact. time: 11.3824770 s
+ wsmp: Factorisation 14475.9074165 Mflops
+ wsmp: back substitution time: 0.1212649 s
+ wsmp: from b to rhs vector: 0.0071442 s
+ ---------------------------------
+ wsmp: total solve time: 16.3832750 s
+ =================================
+ u : -0.10153E+01 0.13575E+00
+ v : -0.48104E-01 0.10228E+00
+ w : -0.76669E+00 0.22563E+00
+ =================================
+ Calculate pressures 14469.3506 24.3455 16.3984
+ raw pressures : -0.12347E+01 0.19637E+00
+ Smoothing pressures 14469.5776 24.5724 0.2270
+ do leaf measurements 14469.5787 24.5736 0.0011
+ compute convergence criterion 14469.6204 24.6152 0.0417
+ velocity_diff_norm = 0.0710143 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14469.6251
+ -----------------------------------
+ build system 14469.6295 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14477.6354 8.0103 8.0059
+ =================================
+ wsmp: initialisation time: 0.0477719 s
+ wsmp: ordering time: 4.1025810 s
+ wsmp: symbolic fact. time: 0.7073300 s
+ wsmp: Cholesky fact. time: 11.3850660 s
+ wsmp: Factorisation 14472.6155655 Mflops
+ wsmp: back substitution time: 0.1207452 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.3710589 s
+ =================================
+ u : -0.10163E+01 0.15447E+00
+ v : -0.38454E-01 0.11849E+00
+ w : -0.74609E+00 0.23145E+00
+ =================================
+ Calculate pressures 14494.0224 24.3973 16.3870
+ raw pressures : -0.13695E+01 0.31077E+00
+ Smoothing pressures 14494.2528 24.6277 0.2304
+ do leaf measurements 14494.2540 24.6288 0.0011
+ compute convergence criterion 14494.2957 24.6706 0.0417
+ velocity_diff_norm = 0.0361178 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14494.3004
+ -----------------------------------
+ build system 14494.3047 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14502.2503 7.9499 7.9456
+ =================================
+ wsmp: initialisation time: 0.0513849 s
+ wsmp: ordering time: 4.1315010 s
+ wsmp: symbolic fact. time: 0.7092490 s
+ wsmp: Cholesky fact. time: 11.4583580 s
+ wsmp: Factorisation 14380.0432108 Mflops
+ wsmp: back substitution time: 0.1205900 s
+ wsmp: from b to rhs vector: 0.0071781 s
+ ---------------------------------
+ wsmp: total solve time: 16.4786820 s
+ =================================
+ u : -0.10155E+01 0.17574E+00
+ v : -0.38586E-01 0.12302E+00
+ w : -0.73670E+00 0.22899E+00
+ =================================
+ Calculate pressures 14518.7443 24.4439 16.4939
+ raw pressures : -0.14683E+01 0.35226E+00
+ Smoothing pressures 14518.9686 24.6682 0.2243
+ do leaf measurements 14518.9697 24.6693 0.0011
+ compute convergence criterion 14519.0114 24.7110 0.0417
+ velocity_diff_norm = 0.0158887 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14519.0161
+ -----------------------------------
+ build system 14519.0206 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14527.0162 8.0001 7.9957
+ =================================
+ wsmp: initialisation time: 0.0504529 s
+ wsmp: ordering time: 4.1049180 s
+ wsmp: symbolic fact. time: 0.7103670 s
+ wsmp: Cholesky fact. time: 11.3935401 s
+ wsmp: Factorisation 14461.8513467 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0071392 s
+ ---------------------------------
+ wsmp: total solve time: 16.3877928 s
+ =================================
+ u : -0.10150E+01 0.19371E+00
+ v : -0.40611E-01 0.12547E+00
+ w : -0.73204E+00 0.22809E+00
+ =================================
+ Calculate pressures 14543.4207 24.4045 16.4044
+ raw pressures : -0.15116E+01 0.36123E+00
+ Smoothing pressures 14543.6428 24.6267 0.2222
+ do leaf measurements 14543.6440 24.6278 0.0011
+ compute convergence criterion 14543.6859 24.6698 0.0420
+ velocity_diff_norm = 0.0107131 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14543.6908
+ -----------------------------------
+ build system 14543.6952 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14551.6937 8.0029 7.9984
+ =================================
+ wsmp: initialisation time: 0.0510941 s
+ wsmp: ordering time: 4.1068950 s
+ wsmp: symbolic fact. time: 0.7056320 s
+ wsmp: Cholesky fact. time: 11.4004219 s
+ wsmp: Factorisation 14453.1216414 Mflops
+ wsmp: back substitution time: 0.1208348 s
+ wsmp: from b to rhs vector: 0.0071721 s
+ ---------------------------------
+ wsmp: total solve time: 16.3924539 s
+ =================================
+ u : -0.10145E+01 0.20937E+00
+ v : -0.43069E-01 0.12550E+00
+ w : -0.72755E+00 0.22755E+00
+ =================================
+ Calculate pressures 14568.1020 24.4112 16.4083
+ raw pressures : -0.15332E+01 0.35917E+00
+ Smoothing pressures 14568.3257 24.6350 0.2237
+ do leaf measurements 14568.3268 24.6361 0.0011
+ compute convergence criterion 14568.3686 24.6778 0.0417
+ velocity_diff_norm = 0.0080790 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14568.3716 24.6808 0.0030
+Compute isostasy and adjust vertical 14568.3718 24.6810 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -101879176580669.2 133469481713080.22
+ def in m -7.9369292259216309 0.60056817531585693
+ dimensionless def -1.71590907233101988E-6 2.26769406454903741E-5
+ Isostatic velocity range = -0.0168217 0.2260927
+ Compute divergence 14568.5728 24.8821 0.2010
+ wsmp_cleanup 14568.6123 24.9215 0.0394
+ Reset surface geometry 14568.6167 24.9259 0.0044
+ -----------------------------------------------------------------------
+ Temperature calculations 14568.6250 24.9342 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14568.6408 24.9500 0.0158
+ Advect surface 1 14568.6409 24.9502 0.0001
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14568.8357 25.1449 0.1947
+ removing 2 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14569.0488 25.3580 0.2131
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14569.3026 25.6119 0.2538
+ Advect the cloud 14569.4393 25.7485 0.1366
+ Write output 14570.1895 26.4988 0.7503
+ End of time step 14599.3549 55.6642 29.1654
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 90 14599.3551
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14599.3551 0.0001 0.0001
+ surface 01 14599.3552 0.0001 0.0000
+ S. 1: 16931points
+ refine surface 14599.3552 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14599.3807 0.0256 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16931points
+ surface 02 14599.3985 0.0434 0.0178
+ S. 2: 16920points
+ refine surface 14599.3986 0.0435 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 14599.4250 0.0699 0.0264
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 14599.4476 0.0926 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14599.4730 0.1179 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 14599.4911 0.1360 0.0181
+ S. 3: 16926points
+ refine surface 14599.4912 0.1362 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 14599.5174 0.1623 0.0261
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 14599.5441 0.1890 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14599.5692 0.2141 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16927points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14599.5936
+ -----------------------------------------------------------------------
+ Create octree solve 14599.5938 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14599.6097 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 14599.6312 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14599.6320 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14599.6461 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14599.7683 0.1747 0.1222
+ Imbed surface in osolve 14599.9532 0.3596 0.1849
+ embedding surface 1 14599.9533 0.3598 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14601.9260 2.3324 1.9726
+ osolve%nleaves= 59424
+ embedding surface 3 14604.0252 4.4317 2.0993
+ osolve%nleaves= 64128
+ Assessing octree stability 14607.5808 7.9872 3.5555
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14607.5855 7.9920 0.0048
+ Interpolate velo onto osolve 14607.9920 8.3985 0.4065
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14608.0903 8.4967 0.0982
+ Find void 14608.3597 8.7661 0.2694
+ whole leaf in fluid 32992
+ Define boundary conditions 14608.3878 8.7943 0.0282
+ wsmp setup1 14608.3949 8.8014 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14609.4033 9.8098 1.0084
+ -----------------------------------
+ start of non-linear iteratio 1 14609.4494
+ -----------------------------------
+ build system 14609.4496 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 8.99735E+00
+ viscosity capped in 37088
+ wsmp solve 14617.3586 7.9092 7.9091
+ =================================
+ wsmp: initialisation time: 0.0558860 s
+ wsmp: ordering time: 4.1287460 s
+ wsmp: symbolic fact. time: 0.7137399 s
+ wsmp: Cholesky fact. time: 11.4333460 s
+ wsmp: Factorisation 14411.5015323 Mflops
+ wsmp: back substitution time: 0.1221731 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4615381 s
+ =================================
+ u : -0.10309E+01 0.18297E+00
+ v : -0.98352E-01 0.10838E+00
+ w : -0.76130E+00 0.26263E+00
+ =================================
+ Calculate pressures 14633.8364 24.3869 16.4777
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 14634.0627 24.6133 0.2263
+ do leaf measurements 14634.0638 24.6144 0.0011
+ compute convergence criterion 14634.1054 24.6560 0.0416
+ velocity_diff_norm = 0.5884779 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14634.1102
+ -----------------------------------
+ build system 14634.1146 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78705E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14642.1006 7.9904 7.9860
+ =================================
+ wsmp: initialisation time: 0.0493259 s
+ wsmp: ordering time: 4.1118209 s
+ wsmp: symbolic fact. time: 0.7084560 s
+ wsmp: Cholesky fact. time: 11.3780050 s
+ wsmp: Factorisation 14481.5970351 Mflops
+ wsmp: back substitution time: 0.1208220 s
+ wsmp: from b to rhs vector: 0.0071459 s
+ ---------------------------------
+ wsmp: total solve time: 16.3759680 s
+ =================================
+ u : -0.10152E+01 0.13566E+00
+ v : -0.48145E-01 0.10232E+00
+ w : -0.76663E+00 0.22626E+00
+ =================================
+ Calculate pressures 14658.4927 24.3825 16.3921
+ raw pressures : -0.12348E+01 0.18338E+00
+ Smoothing pressures 14658.7158 24.6056 0.2231
+ do leaf measurements 14658.7169 24.6067 0.0011
+ compute convergence criterion 14658.7589 24.6487 0.0420
+ velocity_diff_norm = 0.0708712 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14658.7638
+ -----------------------------------
+ build system 14658.7682 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14666.7129 7.9492 7.9447
+ =================================
+ wsmp: initialisation time: 0.0500219 s
+ wsmp: ordering time: 4.1110351 s
+ wsmp: symbolic fact. time: 0.7067931 s
+ wsmp: Cholesky fact. time: 11.4372630 s
+ wsmp: Factorisation 14406.5659505 Mflops
+ wsmp: back substitution time: 0.1210301 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.4337070 s
+ =================================
+ u : -0.10162E+01 0.15437E+00
+ v : -0.38751E-01 0.11851E+00
+ w : -0.74601E+00 0.23145E+00
+ =================================
+ Calculate pressures 14683.1623 24.3985 16.4493
+ raw pressures : -0.13695E+01 0.31065E+00
+ Smoothing pressures 14683.3862 24.6225 0.2240
+ do leaf measurements 14683.3873 24.6235 0.0011
+ compute convergence criterion 14683.4290 24.6652 0.0416
+ velocity_diff_norm = 0.0361087 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14683.4337
+ -----------------------------------
+ build system 14683.4382 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14691.3896 7.9559 7.9515
+ =================================
+ wsmp: initialisation time: 0.0501859 s
+ wsmp: ordering time: 4.1248751 s
+ wsmp: symbolic fact. time: 0.7143331 s
+ wsmp: Cholesky fact. time: 11.3682890 s
+ wsmp: Factorisation 14493.9738921 Mflops
+ wsmp: back substitution time: 0.1217980 s
+ wsmp: from b to rhs vector: 0.0072649 s
+ ---------------------------------
+ wsmp: total solve time: 16.3871410 s
+ =================================
+ u : -0.10155E+01 0.17567E+00
+ v : -0.38847E-01 0.12314E+00
+ w : -0.73662E+00 0.22885E+00
+ =================================
+ Calculate pressures 14707.7929 24.3591 16.4032
+ raw pressures : -0.14679E+01 0.35193E+00
+ Smoothing pressures 14708.0182 24.5844 0.2253
+ do leaf measurements 14708.0192 24.5855 0.0011
+ compute convergence criterion 14708.0610 24.6272 0.0417
+ velocity_diff_norm = 0.0159269 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14708.0656
+ -----------------------------------
+ build system 14708.0699 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14716.0901 8.0246 8.0202
+ =================================
+ wsmp: initialisation time: 0.0486040 s
+ wsmp: ordering time: 4.1108179 s
+ wsmp: symbolic fact. time: 0.7049129 s
+ wsmp: Cholesky fact. time: 11.4004581 s
+ wsmp: Factorisation 14453.0756980 Mflops
+ wsmp: back substitution time: 0.1208839 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.3932281 s
+ =================================
+ u : -0.10149E+01 0.19364E+00
+ v : -0.40548E-01 0.12558E+00
+ w : -0.73195E+00 0.22784E+00
+ =================================
+ Calculate pressures 14732.4994 24.4338 16.4093
+ raw pressures : -0.15113E+01 0.36106E+00
+ Smoothing pressures 14732.7224 24.6568 0.2230
+ do leaf measurements 14732.7235 24.6579 0.0011
+ compute convergence criterion 14732.7650 24.6995 0.0416
+ velocity_diff_norm = 0.0107269 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14732.7698
+ -----------------------------------
+ build system 14732.7742 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14740.7162 7.9464 7.9420
+ =================================
+ wsmp: initialisation time: 0.0525529 s
+ wsmp: ordering time: 4.1416669 s
+ wsmp: symbolic fact. time: 0.7108240 s
+ wsmp: Cholesky fact. time: 11.4552038 s
+ wsmp: Factorisation 14384.0028655 Mflops
+ wsmp: back substitution time: 0.1212430 s
+ wsmp: from b to rhs vector: 0.0071771 s
+ ---------------------------------
+ wsmp: total solve time: 16.4890490 s
+ =================================
+ u : -0.10144E+01 0.20930E+00
+ v : -0.43002E-01 0.12560E+00
+ w : -0.72747E+00 0.22739E+00
+ =================================
+ Calculate pressures 14757.2216 24.4518 16.5054
+ raw pressures : -0.15329E+01 0.35906E+00
+ Smoothing pressures 14757.4457 24.6758 0.2241
+ do leaf measurements 14757.4467 24.6769 0.0011
+ compute convergence criterion 14757.4884 24.7186 0.0416
+ velocity_diff_norm = 0.0080823 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14757.4914 24.7216 0.0030
+Compute isostasy and adjust vertical 14757.4916 24.7218 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -102564696322663.61 134947175978482.03
+ def in m -7.9414567947387695 0.60292947292327881
+ dimensionless def -1.7226556369236539E-6 2.26898765563964871E-5
+ Isostatic velocity range = -0.0168810 0.2262149
+ Compute divergence 14757.6900 24.9202 0.1985
+ wsmp_cleanup 14757.7328 24.9630 0.0428
+ Reset surface geometry 14757.7378 24.9680 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 14757.7461 24.9763 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14757.7602 24.9904 0.0141
+ Advect surface 1 14757.7603 24.9905 0.0001
+ removing 3 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14757.9823 25.2125 0.2220
+ S. 2: 9 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14758.1828 25.4130 0.2005
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14758.4449 25.6751 0.2621
+ Advect the cloud 14758.5840 25.8142 0.1391
+ Write output 14759.3332 26.5634 0.7492
+ End of time step 14760.1904 27.4206 0.8572
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 91 14760.1906
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14760.1906 0.0001 0.0001
+ surface 01 14760.1907 0.0001 0.0000
+ S. 1: 16928points
+ refine surface 14760.1907 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 14760.2172 0.0266 0.0264
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 14760.2440 0.0534 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14760.2691 0.0785 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 14760.2874 0.0968 0.0183
+ S. 2: 16921points
+ refine surface 14760.2875 0.0970 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 14760.3141 0.1235 0.0266
+ S. 2: 4 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 14760.3410 0.1504 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14760.3660 0.1754 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16923points
+ surface 03 14760.3843 0.1937 0.0183
+ S. 3: 16926points
+ refine surface 14760.3844 0.1939 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 14760.4101 0.2195 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 14760.4329 0.2423 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14760.4570 0.2664 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16927points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14760.4824
+ -----------------------------------------------------------------------
+ Create octree solve 14760.4827 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14760.4986 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 14760.5199 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14760.5207 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14760.5348 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14760.6570 0.1745 0.1222
+ Imbed surface in osolve 14760.8411 0.3586 0.1841
+ embedding surface 1 14760.8412 0.3588 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14762.8001 2.3176 1.9588
+ osolve%nleaves= 59424
+ embedding surface 3 14764.9091 4.4266 2.1090
+ osolve%nleaves= 64128
+ Assessing octree stability 14768.4216 7.9392 3.5126
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14768.4265 7.9440 0.0048
+ Interpolate velo onto osolve 14768.7844 8.3020 0.3579
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14768.9372 8.4547 0.1528
+ Find void 14769.2084 8.7259 0.2712
+ whole leaf in fluid 32992
+ Define boundary conditions 14769.2368 8.7543 0.0284
+ wsmp setup1 14769.2443 8.7619 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14770.2539 9.7715 1.0096
+ -----------------------------------
+ start of non-linear iteratio 1 14770.3008
+ -----------------------------------
+ build system 14770.3009 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 9.28603E+00
+ viscosity capped in 37088
+ wsmp solve 14778.2285 7.9277 7.9275
+ =================================
+ wsmp: initialisation time: 0.0505731 s
+ wsmp: ordering time: 4.1302140 s
+ wsmp: symbolic fact. time: 0.7154279 s
+ wsmp: Cholesky fact. time: 11.4245229 s
+ wsmp: Factorisation 14422.6315316 Mflops
+ wsmp: back substitution time: 0.1215749 s
+ wsmp: from b to rhs vector: 0.0070848 s
+ ---------------------------------
+ wsmp: total solve time: 16.4497662 s
+ =================================
+ u : -0.10176E+01 0.18275E+00
+ v : -0.97727E-01 0.10850E+00
+ w : -0.76123E+00 0.26074E+00
+ =================================
+ Calculate pressures 14794.6940 24.3932 16.4656
+ raw pressures : -0.35100E+00 0.00000E+00
+ Smoothing pressures 14794.9203 24.6195 0.2263
+ do leaf measurements 14794.9214 24.6206 0.0011
+ compute convergence criterion 14794.9629 24.6621 0.0415
+ velocity_diff_norm = 0.5887549 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14794.9677
+ -----------------------------------
+ build system 14794.9721 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79868E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14802.9722 8.0045 8.0001
+ =================================
+ wsmp: initialisation time: 0.0492702 s
+ wsmp: ordering time: 4.1078990 s
+ wsmp: symbolic fact. time: 0.7043710 s
+ wsmp: Cholesky fact. time: 11.3696830 s
+ wsmp: Factorisation 14492.1967903 Mflops
+ wsmp: back substitution time: 0.1209159 s
+ wsmp: from b to rhs vector: 0.0074279 s
+ ---------------------------------
+ wsmp: total solve time: 16.3599520 s
+ =================================
+ u : -0.10154E+01 0.13554E+00
+ v : -0.48594E-01 0.10239E+00
+ w : -0.76681E+00 0.22540E+00
+ =================================
+ Calculate pressures 14819.3481 24.3805 16.3759
+ raw pressures : -0.12344E+01 0.18714E+00
+ Smoothing pressures 14819.5717 24.6040 0.2236
+ do leaf measurements 14819.5728 24.6051 0.0011
+ compute convergence criterion 14819.6146 24.6469 0.0418
+ velocity_diff_norm = 0.0713886 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14819.6195
+ -----------------------------------
+ build system 14819.6240 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14827.5735 7.9540 7.9495
+ =================================
+ wsmp: initialisation time: 0.0513310 s
+ wsmp: ordering time: 4.1128480 s
+ wsmp: symbolic fact. time: 0.7089450 s
+ wsmp: Cholesky fact. time: 11.4134910 s
+ wsmp: Factorisation 14436.5719236 Mflops
+ wsmp: back substitution time: 0.1211691 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.4153140 s
+ =================================
+ u : -0.10163E+01 0.15434E+00
+ v : -0.38793E-01 0.11864E+00
+ w : -0.74573E+00 0.23097E+00
+ =================================
+ Calculate pressures 14844.0044 24.3849 16.4310
+ raw pressures : -0.13694E+01 0.31054E+00
+ Smoothing pressures 14844.2287 24.6092 0.2243
+ do leaf measurements 14844.2298 24.6103 0.0011
+ compute convergence criterion 14844.2713 24.6518 0.0415
+ velocity_diff_norm = 0.0362566 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 14844.2758
+ -----------------------------------
+ build system 14844.2802 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14852.2173 7.9415 7.9371
+ =================================
+ wsmp: initialisation time: 0.0500951 s
+ wsmp: ordering time: 4.1189659 s
+ wsmp: symbolic fact. time: 0.7137811 s
+ wsmp: Cholesky fact. time: 11.3673759 s
+ wsmp: Factorisation 14495.1381954 Mflops
+ wsmp: back substitution time: 0.1216469 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3794799 s
+ =================================
+ u : -0.10155E+01 0.17562E+00
+ v : -0.38840E-01 0.12331E+00
+ w : -0.73648E+00 0.22858E+00
+ =================================
+ Calculate pressures 14868.6125 24.3367 16.3952
+ raw pressures : -0.14681E+01 0.35218E+00
+ Smoothing pressures 14868.8387 24.5629 0.2262
+ do leaf measurements 14868.8397 24.5639 0.0011
+ compute convergence criterion 14868.8813 24.6055 0.0415
+ velocity_diff_norm = 0.0157892 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 14868.8860
+ -----------------------------------
+ build system 14868.8905 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14876.9184 8.0323 8.0279
+ =================================
+ wsmp: initialisation time: 0.0479300 s
+ wsmp: ordering time: 4.1161320 s
+ wsmp: symbolic fact. time: 0.7056432 s
+ wsmp: Cholesky fact. time: 11.3798890 s
+ wsmp: Factorisation 14479.1995520 Mflops
+ wsmp: back substitution time: 0.1205921 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.3777831 s
+ =================================
+ u : -0.10149E+01 0.19358E+00
+ v : -0.40786E-01 0.12566E+00
+ w : -0.73188E+00 0.22765E+00
+ =================================
+ Calculate pressures 14893.3124 24.4264 16.3940
+ raw pressures : -0.15115E+01 0.36129E+00
+ Smoothing pressures 14893.5364 24.6504 0.2240
+ do leaf measurements 14893.5375 24.6514 0.0011
+ compute convergence criterion 14893.5790 24.6930 0.0415
+ velocity_diff_norm = 0.0106962 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 14893.5837
+ -----------------------------------
+ build system 14893.5881 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14901.5295 7.9457 7.9414
+ =================================
+ wsmp: initialisation time: 0.0483031 s
+ wsmp: ordering time: 4.1319180 s
+ wsmp: symbolic fact. time: 0.7064490 s
+ wsmp: Cholesky fact. time: 11.4589560 s
+ wsmp: Factorisation 14379.2928282 Mflops
+ wsmp: back substitution time: 0.1210721 s
+ wsmp: from b to rhs vector: 0.0071659 s
+ ---------------------------------
+ wsmp: total solve time: 16.4742470 s
+ =================================
+ u : -0.10144E+01 0.20925E+00
+ v : -0.43189E-01 0.12567E+00
+ w : -0.72746E+00 0.22729E+00
+ =================================
+ Calculate pressures 14918.0199 24.4362 16.4905
+ raw pressures : -0.15328E+01 0.35909E+00
+ Smoothing pressures 14918.2437 24.6600 0.2238
+ do leaf measurements 14918.2448 24.6611 0.0011
+ compute convergence criterion 14918.2862 24.7025 0.0414
+ velocity_diff_norm = 0.0080986 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 14918.2892 24.7055 0.0030
+Compute isostasy and adjust vertical 14918.2894 24.7057 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -103236560776177.31 136426244204952.89
+ def in m -7.9436063766479492 0.60449039936065674
+ dimensionless def -1.7271154267447336E-6 2.26960182189941412E-5
+ Isostatic velocity range = -0.0169151 0.2262738
+ Compute divergence 14918.4936 24.9098 0.2042
+ wsmp_cleanup 14918.5307 24.9470 0.0372
+ Reset surface geometry 14918.5356 24.9519 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 14918.5439 24.9602 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 14918.5604 24.9767 0.0165
+ Advect surface 1 14918.5606 24.9768 0.0001
+ removing 3 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 14918.7757 25.1919 0.2151
+ removing 2 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 14918.9892 25.4054 0.2135
+ removing 3 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 14919.2729 25.6892 0.2838
+ Advect the cloud 14919.4105 25.8267 0.1375
+ Write output 14920.1648 26.5810 0.7543
+ End of time step 14921.0184 27.4346 0.8536
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 92 14921.0185
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 14921.0186 0.0001 0.0001
+ surface 01 14921.0186 0.0001 0.0000
+ S. 1: 16927points
+ refine surface 14921.0187 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 14921.0447 0.0261 0.0260
+ S. 1: 5 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 14921.0721 0.0535 0.0274
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 14921.0963 0.0778 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 16929points
+ surface 02 14921.1153 0.0968 0.0190
+ S. 2: 16921points
+ refine surface 14921.1155 0.0970 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 14921.1400 0.1215 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 14921.1591 0.1406 0.0191
+ S. 3: 16924points
+ refine surface 14921.1592 0.1407 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 14921.1849 0.1664 0.0257
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 14921.2128 0.1943 0.0279
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 14921.2371 0.2186 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 14921.2623
+ -----------------------------------------------------------------------
+ Create octree solve 14921.2626 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 14921.2784 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 14921.3001 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 14921.3008 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 14921.3150 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 14921.4371 0.1748 0.1221
+ Imbed surface in osolve 14921.6214 0.3591 0.1843
+ embedding surface 1 14921.6216 0.3593 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 14923.5950 2.3326 1.9734
+ osolve%nleaves= 59424
+ embedding surface 3 14925.6872 4.4249 2.0922
+ osolve%nleaves= 64128
+ Assessing octree stability 14929.2102 7.9479 3.5230
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 14929.2152 7.9529 0.0050
+ Interpolate velo onto osolve 14929.5969 8.3345 0.3816
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 14929.7814 8.5191 0.1845
+ Find void 14930.0525 8.7902 0.2711
+ whole leaf in fluid 32992
+ Define boundary conditions 14930.0808 8.8185 0.0283
+ wsmp setup1 14930.0878 8.8255 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 14931.0952 9.8329 1.0074
+ -----------------------------------
+ start of non-linear iteratio 1 14931.1408
+ -----------------------------------
+ build system 14931.1410 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38940E-05 9.01261E+00
+ viscosity capped in 37088
+ wsmp solve 14939.0622 7.9214 7.9212
+ =================================
+ wsmp: initialisation time: 0.0560930 s
+ wsmp: ordering time: 4.1340880 s
+ wsmp: symbolic fact. time: 0.7145379 s
+ wsmp: Cholesky fact. time: 11.4513719 s
+ wsmp: Factorisation 14388.8160472 Mflops
+ wsmp: back substitution time: 0.1211770 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.4848480 s
+ =================================
+ u : -0.10183E+01 0.18390E+00
+ v : -0.98507E-01 0.10803E+00
+ w : -0.76134E+00 0.26555E+00
+ =================================
+ Calculate pressures 14955.5633 24.4225 16.5011
+ raw pressures : -0.35068E+00 0.00000E+00
+ Smoothing pressures 14955.7893 24.6485 0.2260
+ do leaf measurements 14955.7904 24.6496 0.0011
+ compute convergence criterion 14955.8320 24.6911 0.0416
+ velocity_diff_norm = 0.5886447 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 14955.8367
+ -----------------------------------
+ build system 14955.8411 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79134E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14963.8444 8.0077 8.0033
+ =================================
+ wsmp: initialisation time: 0.0514920 s
+ wsmp: ordering time: 4.1069958 s
+ wsmp: symbolic fact. time: 0.7090540 s
+ wsmp: Cholesky fact. time: 11.3678849 s
+ wsmp: Factorisation 14494.4891417 Mflops
+ wsmp: back substitution time: 0.1206810 s
+ wsmp: from b to rhs vector: 0.0072122 s
+ ---------------------------------
+ wsmp: total solve time: 16.3637140 s
+ =================================
+ u : -0.10156E+01 0.13644E+00
+ v : -0.48162E-01 0.10224E+00
+ w : -0.76691E+00 0.22600E+00
+ =================================
+ Calculate pressures 14980.2243 24.3876 16.3799
+ raw pressures : -0.12360E+01 0.18569E+00
+ Smoothing pressures 14980.4472 24.6105 0.2230
+ do leaf measurements 14980.4483 24.6116 0.0011
+ compute convergence criterion 14980.4900 24.6533 0.0417
+ velocity_diff_norm = 0.0709345 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 14980.4949
+ -----------------------------------
+ build system 14980.4993 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 14988.4633 7.9684 7.9639
+ =================================
+ wsmp: initialisation time: 0.0484810 s
+ wsmp: ordering time: 4.1129420 s
+ wsmp: symbolic fact. time: 0.7081521 s
+ wsmp: Cholesky fact. time: 11.4201281 s
+ wsmp: Factorisation 14428.1817446 Mflops
+ wsmp: back substitution time: 0.1208551 s
+ wsmp: from b to rhs vector: 0.0071220 s
+ ---------------------------------
+ wsmp: total solve time: 16.4180551 s
+ =================================
+ u : -0.10163E+01 0.15481E+00
+ v : -0.38972E-01 0.11863E+00
+ w : -0.74648E+00 0.23136E+00
+ =================================
+ Calculate pressures 15004.8969 24.4020 16.4336
+ raw pressures : -0.13708E+01 0.31215E+00
+ Smoothing pressures 15005.1216 24.6267 0.2247
+ do leaf measurements 15005.1226 24.6278 0.0011
+ compute convergence criterion 15005.1641 24.6692 0.0415
+ velocity_diff_norm = 0.0360630 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15005.1688
+ -----------------------------------
+ build system 15005.1732 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15013.1153 7.9465 7.9421
+ =================================
+ wsmp: initialisation time: 0.0485020 s
+ wsmp: ordering time: 4.1134369 s
+ wsmp: symbolic fact. time: 0.7155979 s
+ wsmp: Cholesky fact. time: 11.3718140 s
+ wsmp: Factorisation 14489.4810708 Mflops
+ wsmp: back substitution time: 0.1212800 s
+ wsmp: from b to rhs vector: 0.0071001 s
+ ---------------------------------
+ wsmp: total solve time: 16.3781090 s
+ =================================
+ u : -0.10155E+01 0.17592E+00
+ v : -0.39064E-01 0.12326E+00
+ w : -0.73705E+00 0.22880E+00
+ =================================
+ Calculate pressures 15029.5094 24.3405 16.3941
+ raw pressures : -0.14692E+01 0.35366E+00
+ Smoothing pressures 15029.7351 24.5663 0.2258
+ do leaf measurements 15029.7362 24.5673 0.0011
+ compute convergence criterion 15029.7776 24.6087 0.0414
+ velocity_diff_norm = 0.0158865 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15029.7824
+ -----------------------------------
+ build system 15029.7868 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15037.7894 8.0070 8.0026
+ =================================
+ wsmp: initialisation time: 0.0509012 s
+ wsmp: ordering time: 4.1223712 s
+ wsmp: symbolic fact. time: 0.7050860 s
+ wsmp: Cholesky fact. time: 11.3918810 s
+ wsmp: Factorisation 14463.9576232 Mflops
+ wsmp: back substitution time: 0.1207292 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.3985779 s
+ =================================
+ u : -0.10149E+01 0.19382E+00
+ v : -0.40527E-01 0.12570E+00
+ w : -0.73234E+00 0.22776E+00
+ =================================
+ Calculate pressures 15054.2041 24.4217 16.4147
+ raw pressures : -0.15127E+01 0.36282E+00
+ Smoothing pressures 15054.4274 24.6450 0.2233
+ do leaf measurements 15054.4284 24.6461 0.0011
+ compute convergence criterion 15054.4698 24.6875 0.0414
+ velocity_diff_norm = 0.0107069 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15054.4746
+ -----------------------------------
+ build system 15054.4789 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15062.5263 8.0517 8.0474
+ =================================
+ wsmp: initialisation time: 0.0489292 s
+ wsmp: ordering time: 4.1324282 s
+ wsmp: symbolic fact. time: 0.7076118 s
+ wsmp: Cholesky fact. time: 11.4660130 s
+ wsmp: Factorisation 14370.4428493 Mflops
+ wsmp: back substitution time: 0.1210091 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.4835939 s
+ =================================
+ u : -0.10144E+01 0.20948E+00
+ v : -0.42983E-01 0.12570E+00
+ w : -0.72784E+00 0.22729E+00
+ =================================
+ Calculate pressures 15079.0259 24.5513 16.4996
+ raw pressures : -0.15344E+01 0.36070E+00
+ Smoothing pressures 15079.2501 24.7755 0.2242
+ do leaf measurements 15079.2511 24.7766 0.0011
+ compute convergence criterion 15079.2926 24.8180 0.0414
+ velocity_diff_norm = 0.0080825 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15079.2956 24.8210 0.0030
+Compute isostasy and adjust vertical 15079.2957 24.8212 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -103901835256392.75 137903826725017.58
+ def in m -7.9433145523071289 0.60410094261169434
+ dimensionless def -1.72600269317626946E-6 2.26951844351632262E-5
+ Isostatic velocity range = -0.0168954 0.2262633
+ Compute divergence 15079.4910 25.0164 0.1952
+ wsmp_cleanup 15079.5389 25.0643 0.0479
+ Reset surface geometry 15079.5440 25.0694 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 15079.5505 25.0760 0.0065
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15079.5635 25.0889 0.0130
+ Advect surface 1 15079.5636 25.0891 0.0001
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15079.7827 25.3081 0.2190
+ removing 2 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15079.9962 25.5216 0.2135
+ removing 4 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15080.2823 25.8078 0.2861
+ Advect the cloud 15080.4213 25.9467 0.1390
+ Write output 15081.1759 26.7014 0.7546
+ End of time step 15082.0310 27.5564 0.8550
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 93 15082.0311
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15082.0312 0.0001 0.0001
+ surface 01 15082.0312 0.0001 0.0000
+ S. 1: 16927points
+ refine surface 15082.0313 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 15082.0572 0.0261 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 15082.0799 0.0488 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15082.1048 0.0737 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16928points
+ surface 02 15082.1232 0.0921 0.0184
+ S. 2: 16919points
+ refine surface 15082.1233 0.0922 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15082.1482 0.1171 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16919points
+ surface 03 15082.1666 0.1355 0.0184
+ S. 3: 16922points
+ refine surface 15082.1667 0.1356 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 15082.1929 0.1618 0.0262
+ S. 3: 4 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 15082.2200 0.1889 0.0271
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 15082.2451 0.2140 0.0251
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 15082.2687 0.2376 0.0237
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15082.2928 0.2617 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15082.3182
+ -----------------------------------------------------------------------
+ Create octree solve 15082.3184 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15082.3343 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 15082.3561 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15082.3569 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15082.3710 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 15082.4932 0.1750 0.1222
+ Imbed surface in osolve 15082.6806 0.3624 0.1873
+ embedding surface 1 15082.6807 0.3625 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 15084.6439 2.3257 1.9632
+ osolve%nleaves= 59424
+ embedding surface 3 15086.7449 4.4267 2.1010
+ osolve%nleaves= 64128
+ Assessing octree stability 15090.2675 7.9493 3.5225
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15090.2726 7.9544 0.0051
+ Interpolate velo onto osolve 15090.6348 8.3166 0.3623
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15090.7932 8.4750 0.1584
+ Find void 15091.0636 8.7454 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 15091.0918 8.7736 0.0282
+ wsmp setup1 15091.0987 8.7805 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15092.1058 9.7876 1.0071
+ -----------------------------------
+ start of non-linear iteratio 1 15092.1509
+ -----------------------------------
+ build system 15092.1510 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 8.96322E+00
+ viscosity capped in 37088
+ wsmp solve 15100.0881 7.9372 7.9370
+ =================================
+ wsmp: initialisation time: 0.0519860 s
+ wsmp: ordering time: 4.1331780 s
+ wsmp: symbolic fact. time: 0.7112880 s
+ wsmp: Cholesky fact. time: 11.4528399 s
+ wsmp: Factorisation 14386.9717916 Mflops
+ wsmp: back substitution time: 0.1208510 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.4776101 s
+ =================================
+ u : -0.10187E+01 0.18357E+00
+ v : -0.97475E-01 0.10840E+00
+ w : -0.76147E+00 0.26492E+00
+ =================================
+ Calculate pressures 15116.5814 24.4306 16.4934
+ raw pressures : -0.35100E+00 0.00000E+00
+ Smoothing pressures 15116.8057 24.6548 0.2242
+ do leaf measurements 15116.8068 24.6559 0.0011
+ compute convergence criterion 15116.8483 24.6974 0.0416
+ velocity_diff_norm = 0.5883675 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15116.8531
+ -----------------------------------
+ build system 15116.8575 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80250E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15124.8634 8.0103 8.0060
+ =================================
+ wsmp: initialisation time: 0.0495450 s
+ wsmp: ordering time: 4.1104691 s
+ wsmp: symbolic fact. time: 0.7074950 s
+ wsmp: Cholesky fact. time: 11.3881919 s
+ wsmp: Factorisation 14468.6430266 Mflops
+ wsmp: back substitution time: 0.1210289 s
+ wsmp: from b to rhs vector: 0.0071061 s
+ ---------------------------------
+ wsmp: total solve time: 16.3842390 s
+ =================================
+ u : -0.10154E+01 0.13632E+00
+ v : -0.48553E-01 0.10284E+00
+ w : -0.76686E+00 0.22513E+00
+ =================================
+ Calculate pressures 15141.2632 24.4101 16.3998
+ raw pressures : -0.12355E+01 0.18612E+00
+ Smoothing pressures 15141.4867 24.6337 0.2236
+ do leaf measurements 15141.4879 24.6348 0.0012
+ compute convergence criterion 15141.5298 24.6767 0.0419
+ velocity_diff_norm = 0.0709268 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15141.5346
+ -----------------------------------
+ build system 15141.5391 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15149.5160 7.9814 7.9769
+ =================================
+ wsmp: initialisation time: 0.0495739 s
+ wsmp: ordering time: 4.1156950 s
+ wsmp: symbolic fact. time: 0.7071290 s
+ wsmp: Cholesky fact. time: 11.4047670 s
+ wsmp: Factorisation 14447.6150498 Mflops
+ wsmp: back substitution time: 0.1210661 s
+ wsmp: from b to rhs vector: 0.0073221 s
+ ---------------------------------
+ wsmp: total solve time: 16.4059429 s
+ =================================
+ u : -0.10164E+01 0.15481E+00
+ v : -0.38957E-01 0.11895E+00
+ w : -0.74651E+00 0.23106E+00
+ =================================
+ Calculate pressures 15165.9377 24.4030 16.4217
+ raw pressures : -0.13704E+01 0.31181E+00
+ Smoothing pressures 15166.1626 24.6280 0.2250
+ do leaf measurements 15166.1637 24.6291 0.0011
+ compute convergence criterion 15166.2054 24.6707 0.0416
+ velocity_diff_norm = 0.0361701 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15166.2100
+ -----------------------------------
+ build system 15166.2144 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15174.1509 7.9409 7.9365
+ =================================
+ wsmp: initialisation time: 0.0517831 s
+ wsmp: ordering time: 4.1173449 s
+ wsmp: symbolic fact. time: 0.7169271 s
+ wsmp: Cholesky fact. time: 11.3835158 s
+ wsmp: Factorisation 14474.5864341 Mflops
+ wsmp: back substitution time: 0.1216810 s
+ wsmp: from b to rhs vector: 0.0073512 s
+ ---------------------------------
+ wsmp: total solve time: 16.3990030 s
+ =================================
+ u : -0.10157E+01 0.17595E+00
+ v : -0.39056E-01 0.12348E+00
+ w : -0.73706E+00 0.22862E+00
+ =================================
+ Calculate pressures 15190.5663 24.3562 16.4153
+ raw pressures : -0.14691E+01 0.35326E+00
+ Smoothing pressures 15190.7923 24.5822 0.2260
+ do leaf measurements 15190.7934 24.5834 0.0011
+ compute convergence criterion 15190.8350 24.6250 0.0416
+ velocity_diff_norm = 0.0159331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15190.8397
+ -----------------------------------
+ build system 15190.8441 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15198.8367 7.9970 7.9926
+ =================================
+ wsmp: initialisation time: 0.0491040 s
+ wsmp: ordering time: 4.1192000 s
+ wsmp: symbolic fact. time: 0.7145541 s
+ wsmp: Cholesky fact. time: 11.3805480 s
+ wsmp: Factorisation 14478.3611360 Mflops
+ wsmp: back substitution time: 0.1207540 s
+ wsmp: from b to rhs vector: 0.0070839 s
+ ---------------------------------
+ wsmp: total solve time: 16.3916259 s
+ =================================
+ u : -0.10151E+01 0.19386E+00
+ v : -0.40631E-01 0.12584E+00
+ w : -0.73234E+00 0.22773E+00
+ =================================
+ Calculate pressures 15215.2445 24.4048 16.4078
+ raw pressures : -0.15127E+01 0.36252E+00
+ Smoothing pressures 15215.4673 24.6276 0.2227
+ do leaf measurements 15215.4684 24.6287 0.0011
+ compute convergence criterion 15215.5104 24.6707 0.0420
+ velocity_diff_norm = 0.0107209 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15215.5152
+ -----------------------------------
+ build system 15215.5197 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15223.4666 7.9513 7.9469
+ =================================
+ wsmp: initialisation time: 0.0494840 s
+ wsmp: ordering time: 4.1183159 s
+ wsmp: symbolic fact. time: 0.7072499 s
+ wsmp: Cholesky fact. time: 11.4639199 s
+ wsmp: Factorisation 14373.0665975 Mflops
+ wsmp: back substitution time: 0.1211970 s
+ wsmp: from b to rhs vector: 0.0072882 s
+ ---------------------------------
+ wsmp: total solve time: 16.4678359 s
+ =================================
+ u : -0.10145E+01 0.20952E+00
+ v : -0.43053E-01 0.12578E+00
+ w : -0.72780E+00 0.22727E+00
+ =================================
+ Calculate pressures 15239.9502 24.4350 16.4836
+ raw pressures : -0.15343E+01 0.36040E+00
+ Smoothing pressures 15240.1743 24.6591 0.2242
+ do leaf measurements 15240.1754 24.6602 0.0011
+ compute convergence criterion 15240.2170 24.7018 0.0416
+ velocity_diff_norm = 0.0080850 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15240.2200 24.7048 0.0030
+Compute isostasy and adjust vertical 15240.2202 24.7050 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -104562580914591.67 139376480370540.98
+ def in m -7.9437885284423828 0.60293591022491455
+ dimensionless def -1.72267402921404158E-6 2.26965386526925226E-5
+ Isostatic velocity range = -0.0168562 0.2262790
+ Compute divergence 15240.4154 24.9002 0.1952
+ wsmp_cleanup 15240.4601 24.9449 0.0447
+ Reset surface geometry 15240.4652 24.9500 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 15240.4731 24.9579 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15240.4862 24.9710 0.0131
+ Advect surface 1 15240.4864 24.9712 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15240.6830 25.1678 0.1966
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15240.8808 25.3656 0.1978
+ removing 3 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15241.1597 25.6445 0.2789
+ Advect the cloud 15241.2981 25.7829 0.1384
+ Write output 15242.0542 26.5390 0.7560
+ End of time step 15242.9109 27.3957 0.8567
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 94 15242.9110
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15242.9111 0.0001 0.0001
+ surface 01 15242.9111 0.0001 0.0000
+ S. 1: 16928points
+ refine surface 15242.9112 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 15242.9386 0.0276 0.0275
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 15242.9612 0.0502 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15242.9860 0.0750 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 15243.0045 0.0935 0.0184
+ S. 2: 16919points
+ refine surface 15243.0046 0.0936 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15243.0297 0.1187 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16919points
+ surface 03 15243.0478 0.1368 0.0181
+ S. 3: 16922points
+ refine surface 15243.0479 0.1369 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 15243.0745 0.1635 0.0266
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 15243.1015 0.1905 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15243.1263 0.2153 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15243.1509
+ -----------------------------------------------------------------------
+ Create octree solve 15243.1511 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15243.1670 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 15243.1887 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15243.1895 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15243.2036 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 15243.3258 0.1749 0.1222
+ Imbed surface in osolve 15243.5099 0.3590 0.1841
+ embedding surface 1 15243.5100 0.3592 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 15245.4515 2.3006 1.9415
+ osolve%nleaves= 59424
+ embedding surface 3 15247.5294 4.3785 2.0779
+ osolve%nleaves= 64128
+ Assessing octree stability 15251.0516 7.9007 3.5221
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15251.0562 7.9053 0.0046
+ Interpolate velo onto osolve 15251.4089 8.2580 0.3527
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15251.6577 8.5068 0.2488
+ Find void 15251.9279 8.7770 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 15251.9562 8.8054 0.0284
+ wsmp setup1 15251.9633 8.8124 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15252.9722 9.8213 1.0089
+ -----------------------------------
+ start of non-linear iteratio 1 15253.0178
+ -----------------------------------
+ build system 15253.0179 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.07218E+00
+ viscosity capped in 37088
+ wsmp solve 15260.9479 7.9301 7.9299
+ =================================
+ wsmp: initialisation time: 0.0539360 s
+ wsmp: ordering time: 4.1354718 s
+ wsmp: symbolic fact. time: 0.7093551 s
+ wsmp: Cholesky fact. time: 11.4652870 s
+ wsmp: Factorisation 14371.3527890 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0073121 s
+ ---------------------------------
+ wsmp: total solve time: 16.4925280 s
+ =================================
+ u : -0.10174E+01 0.18343E+00
+ v : -0.97322E-01 0.10882E+00
+ w : -0.76168E+00 0.26214E+00
+ =================================
+ Calculate pressures 15277.4567 24.4389 16.5088
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 15277.6805 24.6628 0.2238
+ do leaf measurements 15277.6816 24.6638 0.0011
+ compute convergence criterion 15277.7236 24.7059 0.0420
+ velocity_diff_norm = 0.5890326 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15277.7284
+ -----------------------------------
+ build system 15277.7327 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79585E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15285.7372 8.0089 8.0045
+ =================================
+ wsmp: initialisation time: 0.0486679 s
+ wsmp: ordering time: 4.1158960 s
+ wsmp: symbolic fact. time: 0.7107010 s
+ wsmp: Cholesky fact. time: 11.3801239 s
+ wsmp: Factorisation 14478.9007566 Mflops
+ wsmp: back substitution time: 0.1207440 s
+ wsmp: from b to rhs vector: 0.0072420 s
+ ---------------------------------
+ wsmp: total solve time: 16.3837631 s
+ =================================
+ u : -0.10156E+01 0.13613E+00
+ v : -0.48508E-01 0.10249E+00
+ w : -0.76689E+00 0.22582E+00
+ =================================
+ Calculate pressures 15302.1368 24.4085 16.3996
+ raw pressures : -0.12352E+01 0.17993E+00
+ Smoothing pressures 15302.3601 24.6317 0.2233
+ do leaf measurements 15302.3612 24.6328 0.0011
+ compute convergence criterion 15302.4035 24.6752 0.0423
+ velocity_diff_norm = 0.0712634 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15302.4083
+ -----------------------------------
+ build system 15302.4128 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15310.4127 8.0044 7.9999
+ =================================
+ wsmp: initialisation time: 0.0516162 s
+ wsmp: ordering time: 4.1150172 s
+ wsmp: symbolic fact. time: 0.7089918 s
+ wsmp: Cholesky fact. time: 11.3956699 s
+ wsmp: Factorisation 14459.1484997 Mflops
+ wsmp: back substitution time: 0.1208680 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.3997791 s
+ =================================
+ u : -0.10167E+01 0.15470E+00
+ v : -0.39005E-01 0.11888E+00
+ w : -0.74628E+00 0.23113E+00
+ =================================
+ Calculate pressures 15326.8282 24.4199 16.4155
+ raw pressures : -0.13701E+01 0.31114E+00
+ Smoothing pressures 15327.0515 24.6432 0.2233
+ do leaf measurements 15327.0526 24.6443 0.0011
+ compute convergence criterion 15327.0949 24.6866 0.0423
+ velocity_diff_norm = 0.0361792 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15327.0995
+ -----------------------------------
+ build system 15327.1039 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15335.0408 7.9412 7.9369
+ =================================
+ wsmp: initialisation time: 0.0519719 s
+ wsmp: ordering time: 4.1408892 s
+ wsmp: symbolic fact. time: 0.7149150 s
+ wsmp: Cholesky fact. time: 11.3916490 s
+ wsmp: Factorisation 14464.2521695 Mflops
+ wsmp: back substitution time: 0.1212292 s
+ wsmp: from b to rhs vector: 0.0072989 s
+ ---------------------------------
+ wsmp: total solve time: 16.4283280 s
+ =================================
+ u : -0.10159E+01 0.17592E+00
+ v : -0.39119E-01 0.12339E+00
+ w : -0.73685E+00 0.22863E+00
+ =================================
+ Calculate pressures 15351.4852 24.3857 16.4444
+ raw pressures : -0.14688E+01 0.35284E+00
+ Smoothing pressures 15351.7114 24.6118 0.2261
+ do leaf measurements 15351.7124 24.6129 0.0011
+ compute convergence criterion 15351.7544 24.6548 0.0419
+ velocity_diff_norm = 0.0158989 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15351.7590
+ -----------------------------------
+ build system 15351.7633 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15359.7490 7.9900 7.9857
+ =================================
+ wsmp: initialisation time: 0.0511341 s
+ wsmp: ordering time: 4.1133621 s
+ wsmp: symbolic fact. time: 0.7068851 s
+ wsmp: Cholesky fact. time: 11.3884921 s
+ wsmp: Factorisation 14468.2616734 Mflops
+ wsmp: back substitution time: 0.1209710 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.3885410 s
+ =================================
+ u : -0.10152E+01 0.19387E+00
+ v : -0.40576E-01 0.12581E+00
+ w : -0.73215E+00 0.22767E+00
+ =================================
+ Calculate pressures 15376.1533 24.3943 16.4043
+ raw pressures : -0.15122E+01 0.36183E+00
+ Smoothing pressures 15376.3766 24.6176 0.2233
+ do leaf measurements 15376.3777 24.6187 0.0011
+ compute convergence criterion 15376.4201 24.6611 0.0424
+ velocity_diff_norm = 0.0107327 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15376.4249
+ -----------------------------------
+ build system 15376.4294 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15384.3626 7.9377 7.9332
+ =================================
+ wsmp: initialisation time: 0.0479870 s
+ wsmp: ordering time: 4.1141500 s
+ wsmp: symbolic fact. time: 0.7080541 s
+ wsmp: Cholesky fact. time: 11.4580040 s
+ wsmp: Factorisation 14380.4875532 Mflops
+ wsmp: back substitution time: 0.1207669 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.4566252 s
+ =================================
+ u : -0.10146E+01 0.20953E+00
+ v : -0.43017E-01 0.12580E+00
+ w : -0.72764E+00 0.22727E+00
+ =================================
+ Calculate pressures 15400.8351 24.4102 16.4725
+ raw pressures : -0.15338E+01 0.35972E+00
+ Smoothing pressures 15401.0590 24.6341 0.2239
+ do leaf measurements 15401.0601 24.6352 0.0011
+ compute convergence criterion 15401.1022 24.6773 0.0421
+ velocity_diff_norm = 0.0080840 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15401.1052 24.6802 0.0030
+Compute isostasy and adjust vertical 15401.1053 24.6804 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -105218709865298.77 140846726890615.59
+ def in m -7.946251392364502 0.60462284088134766
+ dimensionless def -1.72749383108956457E-6 2.270357540675572E-5
+ Isostatic velocity range = -0.0168964 0.2263485
+ Compute divergence 15401.3057 24.8807 0.2003
+ wsmp_cleanup 15401.3456 24.9206 0.0399
+ Reset surface geometry 15401.3507 24.9258 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 15401.3590 24.9340 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15401.3742 24.9492 0.0152
+ Advect surface 1 15401.3743 24.9494 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15401.5795 25.1546 0.2052
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15401.7855 25.3606 0.2060
+ removing 1 particle from surface
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15402.0465 25.6216 0.2610
+ Advect the cloud 15402.1854 25.7605 0.1389
+ Write output 15402.9410 26.5161 0.7556
+ End of time step 15403.7946 27.3697 0.8536
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 95 15403.7948
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15403.7948 0.0001 0.0001
+ surface 01 15403.7949 0.0001 0.0000
+ S. 1: 16929points
+ refine surface 15403.7949 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 15403.8211 0.0263 0.0262
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 15403.8433 0.0486 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15403.8684 0.0736 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 15403.8864 0.0917 0.0181
+ S. 2: 16918points
+ refine surface 15403.8866 0.0918 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15403.9112 0.1165 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16918points
+ surface 03 15403.9296 0.1348 0.0183
+ S. 3: 16923points
+ refine surface 15403.9297 0.1349 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 15403.9561 0.1613 0.0264
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 15403.9786 0.1838 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15404.0035 0.2088 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15404.0281
+ -----------------------------------------------------------------------
+ Create octree solve 15404.0283 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15404.0442 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 15404.0659 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15404.0667 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15404.0808 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 15404.2030 0.1749 0.1222
+ Imbed surface in osolve 15404.3900 0.3619 0.1870
+ embedding surface 1 15404.3901 0.3620 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 15406.3403 2.3122 1.9502
+ osolve%nleaves= 59424
+ embedding surface 3 15408.4064 4.3783 2.0661
+ osolve%nleaves= 64128
+ Assessing octree stability 15411.9158 7.8877 3.5093
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15411.9204 7.8923 0.0047
+ Interpolate velo onto osolve 15412.2858 8.2577 0.3653
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15412.4742 8.4461 0.1884
+ Find void 15412.7447 8.7166 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 15412.7735 8.7454 0.0288
+ wsmp setup1 15412.7812 8.7531 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15413.7898 9.7617 1.0085
+ -----------------------------------
+ start of non-linear iteratio 1 15413.8362
+ -----------------------------------
+ build system 15413.8363 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.38247E+00
+ viscosity capped in 37088
+ wsmp solve 15421.7565 7.9203 7.9202
+ =================================
+ wsmp: initialisation time: 0.0547402 s
+ wsmp: ordering time: 4.1250401 s
+ wsmp: symbolic fact. time: 0.7092180 s
+ wsmp: Cholesky fact. time: 11.4668858 s
+ wsmp: Factorisation 14369.3489824 Mflops
+ wsmp: back substitution time: 0.1210852 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.4845140 s
+ =================================
+ u : -0.10206E+01 0.18357E+00
+ v : -0.97744E-01 0.10813E+00
+ w : -0.76144E+00 0.26399E+00
+ =================================
+ Calculate pressures 15438.2569 24.4207 16.5003
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 15438.4803 24.6441 0.2234
+ do leaf measurements 15438.4814 24.6452 0.0011
+ compute convergence criterion 15438.5234 24.6872 0.0420
+ velocity_diff_norm = 0.5893015 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15438.5281
+ -----------------------------------
+ build system 15438.5325 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79673E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15446.5331 8.0050 8.0006
+ =================================
+ wsmp: initialisation time: 0.0488551 s
+ wsmp: ordering time: 4.1098750 s
+ wsmp: symbolic fact. time: 0.7076030 s
+ wsmp: Cholesky fact. time: 11.3741541 s
+ wsmp: Factorisation 14486.5000560 Mflops
+ wsmp: back substitution time: 0.1206920 s
+ wsmp: from b to rhs vector: 0.0070851 s
+ ---------------------------------
+ wsmp: total solve time: 16.3686221 s
+ =================================
+ u : -0.10156E+01 0.13621E+00
+ v : -0.48541E-01 0.10254E+00
+ w : -0.76685E+00 0.22525E+00
+ =================================
+ Calculate pressures 15462.9173 24.3892 16.3842
+ raw pressures : -0.12346E+01 0.17971E+00
+ Smoothing pressures 15463.1407 24.6126 0.2234
+ do leaf measurements 15463.1419 24.6137 0.0011
+ compute convergence criterion 15463.1841 24.6560 0.0423
+ velocity_diff_norm = 0.0714367 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15463.1889
+ -----------------------------------
+ build system 15463.1934 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15471.1882 7.9993 7.9948
+ =================================
+ wsmp: initialisation time: 0.0512929 s
+ wsmp: ordering time: 4.1206899 s
+ wsmp: symbolic fact. time: 0.7082450 s
+ wsmp: Cholesky fact. time: 11.4084620 s
+ wsmp: Factorisation 14442.9357075 Mflops
+ wsmp: back substitution time: 0.1211760 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.4174318 s
+ =================================
+ u : -0.10167E+01 0.15480E+00
+ v : -0.39095E-01 0.11890E+00
+ w : -0.74604E+00 0.23100E+00
+ =================================
+ Calculate pressures 15487.6215 24.4326 16.4333
+ raw pressures : -0.13692E+01 0.31042E+00
+ Smoothing pressures 15487.8449 24.6560 0.2234
+ do leaf measurements 15487.8460 24.6571 0.0011
+ compute convergence criterion 15487.8879 24.6990 0.0419
+ velocity_diff_norm = 0.0362144 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15487.8926
+ -----------------------------------
+ build system 15487.8969 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15495.8518 7.9592 7.9549
+ =================================
+ wsmp: initialisation time: 0.0487039 s
+ wsmp: ordering time: 4.1345999 s
+ wsmp: symbolic fact. time: 0.7149980 s
+ wsmp: Cholesky fact. time: 11.3962741 s
+ wsmp: Factorisation 14458.3819744 Mflops
+ wsmp: back substitution time: 0.1214840 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4234970 s
+ =================================
+ u : -0.10159E+01 0.17604E+00
+ v : -0.39163E-01 0.12339E+00
+ w : -0.73669E+00 0.22865E+00
+ =================================
+ Calculate pressures 15512.2909 24.3983 16.4391
+ raw pressures : -0.14683E+01 0.35245E+00
+ Smoothing pressures 15512.5169 24.6243 0.2260
+ do leaf measurements 15512.5180 24.6255 0.0011
+ compute convergence criterion 15512.5600 24.6674 0.0420
+ velocity_diff_norm = 0.0159316 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15512.5647
+ -----------------------------------
+ build system 15512.5691 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15520.5467 7.9820 7.9776
+ =================================
+ wsmp: initialisation time: 0.0488040 s
+ wsmp: ordering time: 4.1124029 s
+ wsmp: symbolic fact. time: 0.7080269 s
+ wsmp: Cholesky fact. time: 11.3775821 s
+ wsmp: Factorisation 14482.1353794 Mflops
+ wsmp: back substitution time: 0.1206028 s
+ wsmp: from b to rhs vector: 0.0072541 s
+ ---------------------------------
+ wsmp: total solve time: 16.3750470 s
+ =================================
+ u : -0.10152E+01 0.19396E+00
+ v : -0.40565E-01 0.12580E+00
+ w : -0.73205E+00 0.22777E+00
+ =================================
+ Calculate pressures 15536.9377 24.3729 16.3910
+ raw pressures : -0.15121E+01 0.36176E+00
+ Smoothing pressures 15537.1610 24.5963 0.2234
+ do leaf measurements 15537.1622 24.5974 0.0011
+ compute convergence criterion 15537.2044 24.6397 0.0423
+ velocity_diff_norm = 0.0107499 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15537.2092
+ -----------------------------------
+ build system 15537.2137 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15545.1508 7.9415 7.9370
+ =================================
+ wsmp: initialisation time: 0.0495031 s
+ wsmp: ordering time: 4.1216140 s
+ wsmp: symbolic fact. time: 0.7093298 s
+ wsmp: Cholesky fact. time: 11.4545178 s
+ wsmp: Factorisation 14384.8642219 Mflops
+ wsmp: back substitution time: 0.1208839 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.4633241 s
+ =================================
+ u : -0.10146E+01 0.20958E+00
+ v : -0.42996E-01 0.12577E+00
+ w : -0.72759E+00 0.22725E+00
+ =================================
+ Calculate pressures 15561.6302 24.4209 16.4794
+ raw pressures : -0.15336E+01 0.35955E+00
+ Smoothing pressures 15561.8541 24.6448 0.2239
+ do leaf measurements 15561.8552 24.6459 0.0011
+ compute convergence criterion 15561.8971 24.6878 0.0419
+ velocity_diff_norm = 0.0080861 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15561.9001 24.6908 0.0030
+Compute isostasy and adjust vertical 15561.9003 24.6910 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -105868817399513.28 142314676641778.13
+ def in m -7.9482126235961914 0.60542643070220947
+ dimensionless def -1.72978980200631273E-6 2.27091789245605473E-5
+ Isostatic velocity range = -0.0169123 0.2264024
+ Compute divergence 15562.1026 24.8933 0.2023
+ wsmp_cleanup 15562.1393 24.9301 0.0368
+ Reset surface geometry 15562.1443 24.9350 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 15562.1524 24.9432 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15562.1693 24.9600 0.0168
+ Advect surface 1 15562.1694 24.9602 0.0001
+ removing 2 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15562.3812 25.1719 0.2118
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15562.5856 25.3763 0.2044
+ removing 2 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15562.8559 25.6467 0.2704
+ Advect the cloud 15562.9958 25.7866 0.1399
+ Write output 15563.7501 26.5408 0.7543
+ End of time step 15564.6012 27.3919 0.8511
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 96 15564.6013
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15564.6014 0.0001 0.0001
+ surface 01 15564.6014 0.0001 0.0000
+ S. 1: 16928points
+ refine surface 15564.6015 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15564.6264 0.0251 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16928points
+ surface 02 15564.6446 0.0432 0.0182
+ S. 2: 16917points
+ refine surface 15564.6447 0.0434 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 15564.6705 0.0692 0.0258
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 15564.6930 0.0916 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15564.7179 0.1166 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16918points
+ surface 03 15564.7360 0.1347 0.0181
+ S. 3: 16923points
+ refine surface 15564.7362 0.1349 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 15564.7618 0.1605 0.0256
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 15564.7843 0.1830 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15564.8092 0.2079 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15564.8339
+ -----------------------------------------------------------------------
+ Create octree solve 15564.8341 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15564.8500 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 15564.8720 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15564.8727 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15564.8869 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 15565.0091 0.1752 0.1222
+ Imbed surface in osolve 15565.1924 0.3585 0.1833
+ embedding surface 1 15565.1926 0.3587 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 15567.1369 2.3030 1.9443
+ osolve%nleaves= 59424
+ embedding surface 3 15569.2055 4.3716 2.0686
+ osolve%nleaves= 64128
+ Assessing octree stability 15572.7028 7.8689 3.4973
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15572.7074 7.8735 0.0046
+ Interpolate velo onto osolve 15573.0581 8.2242 0.3507
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15573.2998 8.4659 0.2417
+ Find void 15573.5708 8.7369 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 15573.5992 8.7653 0.0284
+ wsmp setup1 15573.6066 8.7727 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15574.6026 9.7687 0.9960
+ -----------------------------------
+ start of non-linear iteratio 1 15574.6467
+ -----------------------------------
+ build system 15574.6468 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.42713E+00
+ viscosity capped in 37088
+ wsmp solve 15582.5813 7.9346 7.9344
+ =================================
+ wsmp: initialisation time: 0.0523260 s
+ wsmp: ordering time: 4.1403198 s
+ wsmp: symbolic fact. time: 0.7096779 s
+ wsmp: Cholesky fact. time: 11.4749560 s
+ wsmp: Factorisation 14359.2431521 Mflops
+ wsmp: back substitution time: 0.1211109 s
+ wsmp: from b to rhs vector: 0.0069649 s
+ ---------------------------------
+ wsmp: total solve time: 16.5057421 s
+ =================================
+ u : -0.10172E+01 0.18379E+00
+ v : -0.98106E-01 0.10836E+00
+ w : -0.76147E+00 0.26250E+00
+ =================================
+ Calculate pressures 15599.1026 24.4559 16.5213
+ raw pressures : -0.35115E+00 0.00000E+00
+ Smoothing pressures 15599.3269 24.6803 0.2243
+ do leaf measurements 15599.3280 24.6813 0.0011
+ compute convergence criterion 15599.3693 24.7226 0.0413
+ velocity_diff_norm = 0.5887781 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15599.3740
+ -----------------------------------
+ build system 15599.3785 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78908E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15607.3704 7.9964 7.9919
+ =================================
+ wsmp: initialisation time: 0.0492740 s
+ wsmp: ordering time: 4.1187150 s
+ wsmp: symbolic fact. time: 0.7084961 s
+ wsmp: Cholesky fact. time: 11.3709171 s
+ wsmp: Factorisation 14490.6239918 Mflops
+ wsmp: back substitution time: 0.1209619 s
+ wsmp: from b to rhs vector: 0.0074019 s
+ ---------------------------------
+ wsmp: total solve time: 16.3761709 s
+ =================================
+ u : -0.10155E+01 0.13623E+00
+ v : -0.48420E-01 0.10271E+00
+ w : -0.76688E+00 0.22611E+00
+ =================================
+ Calculate pressures 15623.7624 24.3884 16.3920
+ raw pressures : -0.12351E+01 0.19163E+00
+ Smoothing pressures 15623.9854 24.6114 0.2230
+ do leaf measurements 15623.9865 24.6124 0.0011
+ compute convergence criterion 15624.0283 24.6543 0.0419
+ velocity_diff_norm = 0.0710746 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15624.0331
+ -----------------------------------
+ build system 15624.0377 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15632.0375 8.0044 7.9999
+ =================================
+ wsmp: initialisation time: 0.0506220 s
+ wsmp: ordering time: 4.1136570 s
+ wsmp: symbolic fact. time: 0.7103362 s
+ wsmp: Cholesky fact. time: 11.3915410 s
+ wsmp: Factorisation 14464.3893056 Mflops
+ wsmp: back substitution time: 0.1210780 s
+ wsmp: from b to rhs vector: 0.0068810 s
+ ---------------------------------
+ wsmp: total solve time: 16.3945050 s
+ =================================
+ u : -0.10165E+01 0.15472E+00
+ v : -0.39274E-01 0.11874E+00
+ w : -0.74617E+00 0.23126E+00
+ =================================
+ Calculate pressures 15648.4480 24.4148 16.4104
+ raw pressures : -0.13696E+01 0.31095E+00
+ Smoothing pressures 15648.6712 24.6381 0.2232
+ do leaf measurements 15648.6723 24.6391 0.0011
+ compute convergence criterion 15648.7137 24.6806 0.0414
+ velocity_diff_norm = 0.0362168 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15648.7184
+ -----------------------------------
+ build system 15648.7229 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15656.6647 7.9463 7.9418
+ =================================
+ wsmp: initialisation time: 0.0534520 s
+ wsmp: ordering time: 4.1319060 s
+ wsmp: symbolic fact. time: 0.7150528 s
+ wsmp: Cholesky fact. time: 11.4114029 s
+ wsmp: Factorisation 14439.2135420 Mflops
+ wsmp: back substitution time: 0.1215811 s
+ wsmp: from b to rhs vector: 0.0069020 s
+ ---------------------------------
+ wsmp: total solve time: 16.4406939 s
+ =================================
+ u : -0.10159E+01 0.17592E+00
+ v : -0.39356E-01 0.12332E+00
+ w : -0.73676E+00 0.22873E+00
+ =================================
+ Calculate pressures 15673.1215 24.4030 16.4567
+ raw pressures : -0.14686E+01 0.35305E+00
+ Smoothing pressures 15673.3479 24.6295 0.2265
+ do leaf measurements 15673.3490 24.6306 0.0011
+ compute convergence criterion 15673.3904 24.6719 0.0414
+ velocity_diff_norm = 0.0159623 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15673.3951
+ -----------------------------------
+ build system 15673.3996 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15681.3756 7.9805 7.9760
+ =================================
+ wsmp: initialisation time: 0.0504148 s
+ wsmp: ordering time: 4.1170039 s
+ wsmp: symbolic fact. time: 0.7103999 s
+ wsmp: Cholesky fact. time: 11.3743610 s
+ wsmp: Factorisation 14486.2364859 Mflops
+ wsmp: back substitution time: 0.1208489 s
+ wsmp: from b to rhs vector: 0.0069189 s
+ ---------------------------------
+ wsmp: total solve time: 16.3803291 s
+ =================================
+ u : -0.10152E+01 0.19381E+00
+ v : -0.40571E-01 0.12568E+00
+ w : -0.73211E+00 0.22773E+00
+ =================================
+ Calculate pressures 15697.7718 24.3767 16.3961
+ raw pressures : -0.15119E+01 0.36195E+00
+ Smoothing pressures 15698.0009 24.6057 0.2291
+ do leaf measurements 15698.0020 24.6068 0.0011
+ compute convergence criterion 15698.0437 24.6485 0.0417
+ velocity_diff_norm = 0.0107511 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15698.0485
+ -----------------------------------
+ build system 15698.0530 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15706.0013 7.9528 7.9482
+ =================================
+ wsmp: initialisation time: 0.0486140 s
+ wsmp: ordering time: 4.1078219 s
+ wsmp: symbolic fact. time: 0.7075830 s
+ wsmp: Cholesky fact. time: 11.4400969 s
+ wsmp: Factorisation 14402.9972789 Mflops
+ wsmp: back substitution time: 0.1209280 s
+ wsmp: from b to rhs vector: 0.0068600 s
+ ---------------------------------
+ wsmp: total solve time: 16.4323051 s
+ =================================
+ u : -0.10147E+01 0.20946E+00
+ v : -0.42987E-01 0.12572E+00
+ w : -0.72761E+00 0.22733E+00
+ =================================
+ Calculate pressures 15722.4495 24.4010 16.4482
+ raw pressures : -0.15336E+01 0.35984E+00
+ Smoothing pressures 15722.6733 24.6248 0.2238
+ do leaf measurements 15722.6743 24.6258 0.0011
+ compute convergence criterion 15722.7157 24.6672 0.0413
+ velocity_diff_norm = 0.0080892 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15722.7186 24.6701 0.0030
+Compute isostasy and adjust vertical 15722.7188 24.6703 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -106514556563864.61 143780041135240.59
+ def in m -7.9496049880981445 0.60632550716400146
+ dimensionless def -1.73235859189714697E-6 2.27131571088518419E-5
+ Isostatic velocity range = -0.0169313 0.2264415
+ Compute divergence 15722.9249 24.8764 0.2061
+ wsmp_cleanup 15722.9613 24.9128 0.0364
+ Reset surface geometry 15722.9662 24.9177 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 15722.9743 24.9259 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15722.9916 24.9431 0.0172
+ Advect surface 1 15722.9917 24.9432 0.0001
+ removing 2 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15723.2010 25.1525 0.2093
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15723.4130 25.3645 0.2120
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15723.6659 25.6174 0.2529
+ Advect the cloud 15723.8050 25.7565 0.1391
+ Write output 15724.5566 26.5081 0.7516
+ End of time step 15725.4098 27.3613 0.8532
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 97 15725.4099
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15725.4100 0.0001 0.0001
+ surface 01 15725.4100 0.0001 0.0000
+ S. 1: 16926points
+ refine surface 15725.4100 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15725.4348 0.0249 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16926points
+ surface 02 15725.4532 0.0433 0.0184
+ S. 2: 16916points
+ refine surface 15725.4533 0.0434 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 15725.4789 0.0690 0.0256
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 15725.5014 0.0915 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15725.5261 0.1162 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16917points
+ surface 03 15725.5445 0.1346 0.0184
+ S. 3: 16924points
+ refine surface 15725.5447 0.1348 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15725.5694 0.1595 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15725.5939
+ -----------------------------------------------------------------------
+ Create octree solve 15725.5941 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15725.6101 0.0162 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 15725.6319 0.0380 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15725.6327 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15725.6468 0.0530 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 15725.7690 0.1752 0.1222
+ Imbed surface in osolve 15725.9504 0.3565 0.1814
+ embedding surface 1 15725.9506 0.3567 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 15727.8727 2.2789 1.9221
+ osolve%nleaves= 59424
+ embedding surface 3 15729.9491 4.3553 2.0764
+ osolve%nleaves= 64128
+ Assessing octree stability 15733.4672 7.8733 3.5181
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15733.4718 7.8780 0.0046
+ Interpolate velo onto osolve 15733.8272 8.2334 0.3554
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15734.0464 8.4525 0.2191
+ Find void 15734.3148 8.7209 0.2685
+ whole leaf in fluid 32992
+ Define boundary conditions 15734.3427 8.7489 0.0279
+ wsmp setup1 15734.3490 8.7552 0.0063
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15735.3586 9.7647 1.0096
+ -----------------------------------
+ start of non-linear iteratio 1 15735.4054
+ -----------------------------------
+ build system 15735.4056 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.34883E+00
+ viscosity capped in 37088
+ wsmp solve 15743.3387 7.9333 7.9331
+ =================================
+ wsmp: initialisation time: 0.0538058 s
+ wsmp: ordering time: 4.1164000 s
+ wsmp: symbolic fact. time: 0.7073369 s
+ wsmp: Cholesky fact. time: 11.4721110 s
+ wsmp: Factorisation 14362.8042011 Mflops
+ wsmp: back substitution time: 0.1208241 s
+ wsmp: from b to rhs vector: 0.0071888 s
+ ---------------------------------
+ wsmp: total solve time: 16.4780419 s
+ =================================
+ u : -0.10172E+01 0.18398E+00
+ v : -0.97868E-01 0.10833E+00
+ w : -0.76138E+00 0.26488E+00
+ =================================
+ Calculate pressures 15759.8328 24.4274 16.4941
+ raw pressures : -0.35070E+00 0.00000E+00
+ Smoothing pressures 15760.0566 24.6512 0.2238
+ do leaf measurements 15760.0578 24.6524 0.0012
+ compute convergence criterion 15760.0990 24.6936 0.0412
+ velocity_diff_norm = 0.5893374 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15760.1038
+ -----------------------------------
+ build system 15760.1082 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79746E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15768.0931 7.9893 7.9848
+ =================================
+ wsmp: initialisation time: 0.0486541 s
+ wsmp: ordering time: 4.1216781 s
+ wsmp: symbolic fact. time: 0.7066710 s
+ wsmp: Cholesky fact. time: 11.3800900 s
+ wsmp: Factorisation 14478.9438309 Mflops
+ wsmp: back substitution time: 0.1216021 s
+ wsmp: from b to rhs vector: 0.0072060 s
+ ---------------------------------
+ wsmp: total solve time: 16.3862679 s
+ =================================
+ u : -0.10155E+01 0.13660E+00
+ v : -0.48390E-01 0.10228E+00
+ w : -0.76696E+00 0.22542E+00
+ =================================
+ Calculate pressures 15784.4953 24.3915 16.4022
+ raw pressures : -0.12351E+01 0.18032E+00
+ Smoothing pressures 15784.7190 24.6152 0.2237
+ do leaf measurements 15784.7202 24.6164 0.0012
+ compute convergence criterion 15784.7617 24.6579 0.0415
+ velocity_diff_norm = 0.0717207 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15784.7665
+ -----------------------------------
+ build system 15784.7710 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15792.7864 8.0199 8.0154
+ =================================
+ wsmp: initialisation time: 0.0508270 s
+ wsmp: ordering time: 4.1122689 s
+ wsmp: symbolic fact. time: 0.7090340 s
+ wsmp: Cholesky fact. time: 11.3896360 s
+ wsmp: Factorisation 14466.8085354 Mflops
+ wsmp: back substitution time: 0.1209478 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.3902879 s
+ =================================
+ u : -0.10166E+01 0.15506E+00
+ v : -0.39239E-01 0.11861E+00
+ w : -0.74621E+00 0.23114E+00
+ =================================
+ Calculate pressures 15809.1926 24.4260 16.4062
+ raw pressures : -0.13706E+01 0.31161E+00
+ Smoothing pressures 15809.4162 24.6496 0.2236
+ do leaf measurements 15809.4173 24.6508 0.0011
+ compute convergence criterion 15809.4585 24.6920 0.0412
+ velocity_diff_norm = 0.0362080 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15809.4631
+ -----------------------------------
+ build system 15809.4674 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15817.4083 7.9453 7.9409
+ =================================
+ wsmp: initialisation time: 0.0506480 s
+ wsmp: ordering time: 4.1348701 s
+ wsmp: symbolic fact. time: 0.7155569 s
+ wsmp: Cholesky fact. time: 11.4328082 s
+ wsmp: Factorisation 14412.1795414 Mflops
+ wsmp: back substitution time: 0.1216331 s
+ wsmp: from b to rhs vector: 0.0072110 s
+ ---------------------------------
+ wsmp: total solve time: 16.4630971 s
+ =================================
+ u : -0.10158E+01 0.17617E+00
+ v : -0.39404E-01 0.12323E+00
+ w : -0.73685E+00 0.22863E+00
+ =================================
+ Calculate pressures 15833.8872 24.4241 16.4789
+ raw pressures : -0.14692E+01 0.35331E+00
+ Smoothing pressures 15834.1134 24.6504 0.2262
+ do leaf measurements 15834.1146 24.6515 0.0012
+ compute convergence criterion 15834.1559 24.6928 0.0413
+ velocity_diff_norm = 0.0159258 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15834.1606
+ -----------------------------------
+ build system 15834.1650 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15842.1557 7.9951 7.9907
+ =================================
+ wsmp: initialisation time: 0.0498569 s
+ wsmp: ordering time: 4.1068082 s
+ wsmp: symbolic fact. time: 0.7089841 s
+ wsmp: Cholesky fact. time: 11.3784282 s
+ wsmp: Factorisation 14481.0584273 Mflops
+ wsmp: back substitution time: 0.1206610 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.3721840 s
+ =================================
+ u : -0.10152E+01 0.19409E+00
+ v : -0.40597E-01 0.12568E+00
+ w : -0.73219E+00 0.22789E+00
+ =================================
+ Calculate pressures 15858.5445 24.3839 16.3888
+ raw pressures : -0.15127E+01 0.36236E+00
+ Smoothing pressures 15858.7672 24.6066 0.2227
+ do leaf measurements 15858.7684 24.6078 0.0012
+ compute convergence criterion 15858.8099 24.6493 0.0415
+ velocity_diff_norm = 0.0107344 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 15858.8147
+ -----------------------------------
+ build system 15858.8192 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15866.7667 7.9520 7.9475
+ =================================
+ wsmp: initialisation time: 0.0479810 s
+ wsmp: ordering time: 4.1134090 s
+ wsmp: symbolic fact. time: 0.7098441 s
+ wsmp: Cholesky fact. time: 11.4357290 s
+ wsmp: Factorisation 14408.4984428 Mflops
+ wsmp: back substitution time: 0.1207249 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.4352880 s
+ =================================
+ u : -0.10147E+01 0.20973E+00
+ v : -0.43016E-01 0.12572E+00
+ w : -0.72769E+00 0.22739E+00
+ =================================
+ Calculate pressures 15883.2180 24.4033 16.4513
+ raw pressures : -0.15343E+01 0.36008E+00
+ Smoothing pressures 15883.4429 24.6282 0.2249
+ do leaf measurements 15883.4441 24.6293 0.0012
+ compute convergence criterion 15883.4853 24.6705 0.0412
+ velocity_diff_norm = 0.0080885 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 15883.4882 24.6735 0.0030
+Compute isostasy and adjust vertical 15883.4884 24.6737 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -107154865907584.63 145241493235888.31
+ def in m -7.9536676406860352 0.60905677080154419
+ dimensionless def -1.74016220229012613E-6 2.2724764687674389E-5
+ Isostatic velocity range = -0.0169996 0.2265539
+ Compute divergence 15883.6856 24.8708 0.1972
+ wsmp_cleanup 15883.7297 24.9149 0.0441
+ Reset surface geometry 15883.7346 24.9198 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 15883.7427 24.9279 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 15883.7562 24.9415 0.0135
+ Advect surface 1 15883.7563 24.9416 0.0001
+ removing 3 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 15883.9728 25.1581 0.2165
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 15884.1715 25.3568 0.1987
+ removing 1 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 15884.4286 25.6139 0.2571
+ Advect the cloud 15884.5700 25.7552 0.1413
+ Write output 15885.3297 26.5150 0.7598
+ End of time step 15886.1829 27.3682 0.8532
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 98 15886.1831
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 15886.1831 0.0001 0.0001
+ surface 01 15886.1832 0.0001 0.0000
+ S. 1: 16923points
+ refine surface 15886.1832 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 15886.2080 0.0249 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16923points
+ surface 02 15886.2262 0.0432 0.0183
+ S. 2: 16917points
+ refine surface 15886.2264 0.0433 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 15886.2540 0.0709 0.0276
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 15886.2765 0.0935 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 15886.3016 0.1185 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 15886.3201 0.1371 0.0186
+ S. 3: 16923points
+ refine surface 15886.3203 0.1372 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 15886.3448 0.1617 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16923points
+ -----------------------------------------------------------------------
+ Start of iteration 1 15886.3696
+ -----------------------------------------------------------------------
+ Create octree solve 15886.3698 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 15886.3857 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 15886.4076 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 15886.4083 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 15886.4225 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 15886.5447 0.1751 0.1222
+ Imbed surface in osolve 15886.7273 0.3577 0.1826
+ embedding surface 1 15886.7275 0.3579 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 15888.6852 2.3156 1.9577
+ osolve%nleaves= 59424
+ embedding surface 3 15890.7513 4.3817 2.0661
+ osolve%nleaves= 64128
+ Assessing octree stability 15894.2640 7.8944 3.5126
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 15894.2686 7.8990 0.0046
+ Interpolate velo onto osolve 15894.6392 8.2697 0.3707
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 15894.8367 8.4671 0.1974
+ Find void 15895.1050 8.7354 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 15895.1335 8.7640 0.0286
+ wsmp setup1 15895.1409 8.7713 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 15896.1583 9.7887 1.0174
+ -----------------------------------
+ start of non-linear iteratio 1 15896.2058
+ -----------------------------------
+ build system 15896.2059 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.17609E+00
+ viscosity capped in 37088
+ wsmp solve 15904.1912 7.9854 7.9853
+ =================================
+ wsmp: initialisation time: 0.0564730 s
+ wsmp: ordering time: 4.1198139 s
+ wsmp: symbolic fact. time: 0.7080541 s
+ wsmp: Cholesky fact. time: 11.4592910 s
+ wsmp: Factorisation 14378.8724925 Mflops
+ wsmp: back substitution time: 0.1207759 s
+ wsmp: from b to rhs vector: 0.0072320 s
+ ---------------------------------
+ wsmp: total solve time: 16.4719961 s
+ =================================
+ u : -0.10338E+01 0.18395E+00
+ v : -0.97907E-01 0.10887E+00
+ w : -0.76163E+00 0.26387E+00
+ =================================
+ Calculate pressures 15920.6790 24.4732 16.4878
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 15920.9027 24.6969 0.2237
+ do leaf measurements 15920.9038 24.6980 0.0011
+ compute convergence criterion 15920.9455 24.7397 0.0417
+ velocity_diff_norm = 0.5893659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 15920.9502
+ -----------------------------------
+ build system 15920.9546 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79156E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15928.9382 7.9880 7.9836
+ =================================
+ wsmp: initialisation time: 0.0513289 s
+ wsmp: ordering time: 4.1169651 s
+ wsmp: symbolic fact. time: 0.7085080 s
+ wsmp: Cholesky fact. time: 11.3811309 s
+ wsmp: Factorisation 14477.6195647 Mflops
+ wsmp: back substitution time: 0.1209791 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3865190 s
+ =================================
+ u : -0.10155E+01 0.13656E+00
+ v : -0.48385E-01 0.10231E+00
+ w : -0.76694E+00 0.22597E+00
+ =================================
+ Calculate pressures 15945.3409 24.3907 16.4027
+ raw pressures : -0.12350E+01 0.18012E+00
+ Smoothing pressures 15945.5642 24.6140 0.2233
+ do leaf measurements 15945.5653 24.6151 0.0011
+ compute convergence criterion 15945.6070 24.6568 0.0416
+ velocity_diff_norm = 0.0715338 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 15945.6117
+ -----------------------------------
+ build system 15945.6161 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15953.6393 8.0276 8.0233
+ =================================
+ wsmp: initialisation time: 0.0479991 s
+ wsmp: ordering time: 4.1098301 s
+ wsmp: symbolic fact. time: 0.7069829 s
+ wsmp: Cholesky fact. time: 11.3908360 s
+ wsmp: Factorisation 14465.2845383 Mflops
+ wsmp: back substitution time: 0.1208940 s
+ wsmp: from b to rhs vector: 0.0071480 s
+ ---------------------------------
+ wsmp: total solve time: 16.3840501 s
+ =================================
+ u : -0.10165E+01 0.15506E+00
+ v : -0.39251E-01 0.11854E+00
+ w : -0.74622E+00 0.23124E+00
+ =================================
+ Calculate pressures 15970.0397 24.4281 16.4004
+ raw pressures : -0.13703E+01 0.31131E+00
+ Smoothing pressures 15970.2627 24.6510 0.2230
+ do leaf measurements 15970.2638 24.6521 0.0011
+ compute convergence criterion 15970.3054 24.6938 0.0416
+ velocity_diff_norm = 0.0361647 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 15970.3101
+ -----------------------------------
+ build system 15970.3144 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 15978.2567 7.9466 7.9423
+ =================================
+ wsmp: initialisation time: 0.0514331 s
+ wsmp: ordering time: 4.1305358 s
+ wsmp: symbolic fact. time: 0.7144220 s
+ wsmp: Cholesky fact. time: 11.4284601 s
+ wsmp: Factorisation 14417.6627584 Mflops
+ wsmp: back substitution time: 0.1214972 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.4538970 s
+ =================================
+ u : -0.10158E+01 0.17622E+00
+ v : -0.39366E-01 0.12320E+00
+ w : -0.73687E+00 0.22871E+00
+ =================================
+ Calculate pressures 15994.7264 24.4163 16.4697
+ raw pressures : -0.14689E+01 0.35288E+00
+ Smoothing pressures 15994.9515 24.6414 0.2250
+ do leaf measurements 15994.9526 24.6425 0.0011
+ compute convergence criterion 15994.9940 24.6840 0.0415
+ velocity_diff_norm = 0.0159245 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 15994.9988
+ -----------------------------------
+ build system 15995.0032 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16003.0029 8.0041 7.9997
+ =================================
+ wsmp: initialisation time: 0.0520670 s
+ wsmp: ordering time: 4.1158710 s
+ wsmp: symbolic fact. time: 0.7096910 s
+ wsmp: Cholesky fact. time: 11.3765280 s
+ wsmp: Factorisation 14483.4771661 Mflops
+ wsmp: back substitution time: 0.1209350 s
+ wsmp: from b to rhs vector: 0.0071990 s
+ ---------------------------------
+ wsmp: total solve time: 16.3826590 s
+ =================================
+ u : -0.10153E+01 0.19413E+00
+ v : -0.40550E-01 0.12566E+00
+ w : -0.73215E+00 0.22775E+00
+ =================================
+ Calculate pressures 16019.4014 24.4026 16.3985
+ raw pressures : -0.15126E+01 0.36226E+00
+ Smoothing pressures 16019.6262 24.6274 0.2248
+ do leaf measurements 16019.6273 24.6285 0.0011
+ compute convergence criterion 16019.6694 24.6706 0.0421
+ velocity_diff_norm = 0.0107523 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16019.6742
+ -----------------------------------
+ build system 16019.6786 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16027.6335 7.9593 7.9549
+ =================================
+ wsmp: initialisation time: 0.0511711 s
+ wsmp: ordering time: 4.1057451 s
+ wsmp: symbolic fact. time: 0.7058270 s
+ wsmp: Cholesky fact. time: 11.4275482 s
+ wsmp: Factorisation 14418.8133292 Mflops
+ wsmp: back substitution time: 0.1212361 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.4191170 s
+ =================================
+ u : -0.10147E+01 0.20976E+00
+ v : -0.42995E-01 0.12564E+00
+ w : -0.72767E+00 0.22727E+00
+ =================================
+ Calculate pressures 16044.0683 24.3942 16.4349
+ raw pressures : -0.15342E+01 0.36002E+00
+ Smoothing pressures 16044.2926 24.6184 0.2242
+ do leaf measurements 16044.2937 24.6195 0.0011
+ compute convergence criterion 16044.3354 24.6612 0.0417
+ velocity_diff_norm = 0.0080932 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16044.3384 24.6642 0.0030
+Compute isostasy and adjust vertical 16044.3386 24.6644 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -107793528658332.94 146701443461118.
+ def in m -7.9556121826171875 0.61115097999572754
+ dimensionless def -1.7461456571306502E-6 2.27303205217633911E-5
+ Isostatic velocity range = -0.0170490 0.2266085
+ Compute divergence 16044.5434 24.8693 0.2049
+ wsmp_cleanup 16044.5794 24.9052 0.0359
+ Reset surface geometry 16044.5843 24.9102 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 16044.5924 24.9182 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16044.6096 24.9355 0.0172
+ Advect surface 1 16044.6098 24.9356 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16044.8011 25.1269 0.1913
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16044.9988 25.3246 0.1977
+ removing 2 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16045.2691 25.5950 0.2704
+ Advect the cloud 16045.4083 25.7341 0.1392
+ Write output 16046.1681 26.4940 0.7598
+ End of time step 16047.0235 27.3493 0.8554
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 99 16047.0236
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16047.0237 0.0001 0.0001
+ surface 01 16047.0237 0.0001 0.0000
+ S. 1: 16923points
+ refine surface 16047.0238 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 16047.0498 0.0262 0.0260
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 16047.0720 0.0484 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16047.0972 0.0736 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16924points
+ surface 02 16047.1152 0.0916 0.0180
+ S. 2: 16921points
+ refine surface 16047.1153 0.0917 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16047.1398 0.1161 0.0244
+ S. 2: 0 flips in delaunay2
+ S. 2: 16921points
+ surface 03 16047.1588 0.1352 0.0191
+ S. 3: 16921points
+ refine surface 16047.1590 0.1353 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16047.1830 0.1594 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16921points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16047.2085
+ -----------------------------------------------------------------------
+ Create octree solve 16047.2087 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16047.2246 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16047.2462 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16047.2470 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16047.2611 0.0526 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 16047.3833 0.1748 0.1222
+ Imbed surface in osolve 16047.5650 0.3565 0.1816
+ embedding surface 1 16047.5651 0.3567 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16049.5200 2.3115 1.9548
+ osolve%nleaves= 59424
+ embedding surface 3 16051.6143 4.4058 2.0943
+ osolve%nleaves= 64128
+ Assessing octree stability 16055.1424 7.9339 3.5281
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16055.1470 7.9385 0.0047
+ Interpolate velo onto osolve 16055.5522 8.3437 0.4051
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16055.6441 8.4356 0.0920
+ Find void 16055.9179 8.7094 0.2738
+ whole leaf in fluid 32992
+ Define boundary conditions 16055.9471 8.7386 0.0291
+ wsmp setup1 16055.9543 8.7458 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16056.9695 9.7610 1.0151
+ -----------------------------------
+ start of non-linear iteratio 1 16057.0142
+ -----------------------------------
+ build system 16057.0143 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 8.81577E+00
+ viscosity capped in 37088
+ wsmp solve 16064.9304 7.9162 7.9161
+ =================================
+ wsmp: initialisation time: 0.0526860 s
+ wsmp: ordering time: 4.1017799 s
+ wsmp: symbolic fact. time: 0.7089481 s
+ wsmp: Cholesky fact. time: 11.4643090 s
+ wsmp: Factorisation 14372.5787750 Mflops
+ wsmp: back substitution time: 0.1211891 s
+ wsmp: from b to rhs vector: 0.0070260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4562850 s
+ =================================
+ u : -0.10171E+01 0.18331E+00
+ v : -0.97904E-01 0.10801E+00
+ w : -0.76119E+00 0.26170E+00
+ =================================
+ Calculate pressures 16081.4029 24.3887 16.4725
+ raw pressures : -0.35067E+00 0.00000E+00
+ Smoothing pressures 16081.6266 24.6125 0.2237
+ do leaf measurements 16081.6278 24.6136 0.0012
+ compute convergence criterion 16081.6690 24.6548 0.0412
+ velocity_diff_norm = 0.5889740 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16081.6737
+ -----------------------------------
+ build system 16081.6781 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79331E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16089.6465 7.9728 7.9684
+ =================================
+ wsmp: initialisation time: 0.0497451 s
+ wsmp: ordering time: 4.1147480 s
+ wsmp: symbolic fact. time: 0.7059951 s
+ wsmp: Cholesky fact. time: 11.3891420 s
+ wsmp: Factorisation 14467.4360323 Mflops
+ wsmp: back substitution time: 0.1217549 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.3889649 s
+ =================================
+ u : -0.10154E+01 0.13604E+00
+ v : -0.48490E-01 0.10268E+00
+ w : -0.76673E+00 0.22515E+00
+ =================================
+ Calculate pressures 16106.0517 24.3780 16.4052
+ raw pressures : -0.12347E+01 0.18083E+00
+ Smoothing pressures 16106.2765 24.6028 0.2248
+ do leaf measurements 16106.2777 24.6040 0.0012
+ compute convergence criterion 16106.3189 24.6452 0.0412
+ velocity_diff_norm = 0.0713708 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16106.3237
+ -----------------------------------
+ build system 16106.3281 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16114.3496 8.0259 8.0215
+ =================================
+ wsmp: initialisation time: 0.0503209 s
+ wsmp: ordering time: 4.1169250 s
+ wsmp: symbolic fact. time: 0.7084830 s
+ wsmp: Cholesky fact. time: 11.3899121 s
+ wsmp: Factorisation 14466.4578635 Mflops
+ wsmp: back substitution time: 0.1209390 s
+ wsmp: from b to rhs vector: 0.0072172 s
+ ---------------------------------
+ wsmp: total solve time: 16.3941600 s
+ =================================
+ u : -0.10165E+01 0.15470E+00
+ v : -0.39505E-01 0.11872E+00
+ w : -0.74594E+00 0.23054E+00
+ =================================
+ Calculate pressures 16130.7592 24.4355 16.4096
+ raw pressures : -0.13695E+01 0.31053E+00
+ Smoothing pressures 16130.9836 24.6599 0.2244
+ do leaf measurements 16130.9848 24.6610 0.0012
+ compute convergence criterion 16131.0261 24.7024 0.0413
+ velocity_diff_norm = 0.0360998 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16131.0307
+ -----------------------------------
+ build system 16131.0351 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16138.9744 7.9437 7.9394
+ =================================
+ wsmp: initialisation time: 0.0529020 s
+ wsmp: ordering time: 4.1317959 s
+ wsmp: symbolic fact. time: 0.7137671 s
+ wsmp: Cholesky fact. time: 11.4403739 s
+ wsmp: Factorisation 14402.6484930 Mflops
+ wsmp: back substitution time: 0.1216440 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4679980 s
+ =================================
+ u : -0.10158E+01 0.17594E+00
+ v : -0.39556E-01 0.12328E+00
+ w : -0.73663E+00 0.22825E+00
+ =================================
+ Calculate pressures 16155.4580 24.4273 16.4836
+ raw pressures : -0.14682E+01 0.35230E+00
+ Smoothing pressures 16155.6843 24.6536 0.2263
+ do leaf measurements 16155.6855 24.6548 0.0012
+ compute convergence criterion 16155.7268 24.6961 0.0413
+ velocity_diff_norm = 0.0159416 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16155.7316
+ -----------------------------------
+ build system 16155.7359 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16163.7372 8.0056 8.0012
+ =================================
+ wsmp: initialisation time: 0.0485251 s
+ wsmp: ordering time: 4.1075599 s
+ wsmp: symbolic fact. time: 0.7042971 s
+ wsmp: Cholesky fact. time: 11.3757091 s
+ wsmp: Factorisation 14484.5198705 Mflops
+ wsmp: back substitution time: 0.1207089 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.3644121 s
+ =================================
+ u : -0.10152E+01 0.19384E+00
+ v : -0.40684E-01 0.12567E+00
+ w : -0.73197E+00 0.22762E+00
+ =================================
+ Calculate pressures 16180.1178 24.3863 16.3807
+ raw pressures : -0.15119E+01 0.36159E+00
+ Smoothing pressures 16180.3405 24.6089 0.2227
+ do leaf measurements 16180.3417 24.6101 0.0012
+ compute convergence criterion 16180.3832 24.6517 0.0416
+ velocity_diff_norm = 0.0107466 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16180.3881
+ -----------------------------------
+ build system 16180.3926 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16188.3568 7.9688 7.9643
+ =================================
+ wsmp: initialisation time: 0.0508451 s
+ wsmp: ordering time: 4.1005149 s
+ wsmp: symbolic fact. time: 0.7070789 s
+ wsmp: Cholesky fact. time: 11.4215541 s
+ wsmp: Factorisation 14426.3803854 Mflops
+ wsmp: back substitution time: 0.1212320 s
+ wsmp: from b to rhs vector: 0.0071778 s
+ ---------------------------------
+ wsmp: total solve time: 16.4087610 s
+ =================================
+ u : -0.10148E+01 0.20948E+00
+ v : -0.43082E-01 0.12568E+00
+ w : -0.72750E+00 0.22728E+00
+ =================================
+ Calculate pressures 16204.7813 24.3933 16.4245
+ raw pressures : -0.15335E+01 0.35946E+00
+ Smoothing pressures 16205.0062 24.6181 0.2249
+ do leaf measurements 16205.0074 24.6193 0.0012
+ compute convergence criterion 16205.0487 24.6606 0.0413
+ velocity_diff_norm = 0.0080878 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16205.0517 24.6636 0.0030
+Compute isostasy and adjust vertical 16205.0518 24.6638 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -108422187113704.28 148159708515673.31
+ def in m -7.955411434173584 0.61066734790802002
+ dimensionless def -1.7447638511657714E-6 2.27297469547816701E-5
+ Isostatic velocity range = -0.0170292 0.2266019
+ Compute divergence 16205.2606 24.8725 0.2088
+ wsmp_cleanup 16205.2964 24.9084 0.0358
+ Reset surface geometry 16205.3013 24.9133 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 16205.3093 24.9213 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16205.3268 24.9388 0.0175
+ Advect surface 1 16205.3269 24.9389 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16205.5232 25.1351 0.1962
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16205.7194 25.3313 0.1962
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16205.9724 25.5844 0.2531
+ Advect the cloud 16206.1152 25.7271 0.1427
+ Write output 16206.8728 26.4847 0.7576
+ End of time step 16207.7306 27.3426 0.8579
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 100 16207.7308
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16207.7308 0.0001 0.0001
+ surface 01 16207.7309 0.0001 0.0000
+ S. 1: 16924points
+ refine surface 16207.7309 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16207.7561 0.0253 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16924points
+ surface 02 16207.7739 0.0431 0.0178
+ S. 2: 16921points
+ refine surface 16207.7740 0.0433 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 16207.7997 0.0689 0.0257
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 16207.8227 0.0920 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16207.8470 0.1163 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 16207.8661 0.1354 0.0191
+ S. 3: 16921points
+ refine surface 16207.8663 0.1355 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16207.8905 0.1598 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16921points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16207.9159
+ -----------------------------------------------------------------------
+ Create octree solve 16207.9162 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16207.9320 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16207.9541 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16207.9548 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16207.9690 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 16208.0912 0.1752 0.1222
+ Imbed surface in osolve 16208.2727 0.3568 0.1815
+ embedding surface 1 16208.2729 0.3570 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16210.2311 2.3152 1.9582
+ osolve%nleaves= 59424
+ embedding surface 3 16212.2933 4.3773 2.0621
+ osolve%nleaves= 64128
+ Assessing octree stability 16215.7999 7.8839 3.5066
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16215.8046 7.8887 0.0048
+ Interpolate velo onto osolve 16216.1527 8.2367 0.3480
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16216.3776 8.4617 0.2250
+ Find void 16216.6493 8.7333 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 16216.6782 8.7622 0.0289
+ wsmp setup1 16216.6855 8.7695 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16217.7025 9.7865 1.0170
+ -----------------------------------
+ start of non-linear iteratio 1 16217.7497
+ -----------------------------------
+ build system 16217.7498 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 8.45749E+00
+ viscosity capped in 37088
+ wsmp solve 16225.6605 7.9108 7.9107
+ =================================
+ wsmp: initialisation time: 0.0539579 s
+ wsmp: ordering time: 4.1025829 s
+ wsmp: symbolic fact. time: 0.7095320 s
+ wsmp: Cholesky fact. time: 11.4508641 s
+ wsmp: Factorisation 14389.4541733 Mflops
+ wsmp: back substitution time: 0.1211839 s
+ wsmp: from b to rhs vector: 0.0072989 s
+ ---------------------------------
+ wsmp: total solve time: 16.4457979 s
+ =================================
+ u : -0.10338E+01 0.18334E+00
+ v : -0.97999E-01 0.10871E+00
+ w : -0.76090E+00 0.26083E+00
+ =================================
+ Calculate pressures 16242.1220 24.3723 16.4615
+ raw pressures : -0.35075E+00 0.00000E+00
+ Smoothing pressures 16242.3466 24.5969 0.2246
+ do leaf measurements 16242.3476 24.5980 0.0011
+ compute convergence criterion 16242.3901 24.6405 0.0425
+ velocity_diff_norm = 0.5887723 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16242.3949
+ -----------------------------------
+ build system 16242.3994 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78993E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16250.3623 7.9673 7.9629
+ =================================
+ wsmp: initialisation time: 0.0483739 s
+ wsmp: ordering time: 4.1089540 s
+ wsmp: symbolic fact. time: 0.7106791 s
+ wsmp: Cholesky fact. time: 11.3771660 s
+ wsmp: Factorisation 14482.6649624 Mflops
+ wsmp: back substitution time: 0.1213350 s
+ wsmp: from b to rhs vector: 0.0072660 s
+ ---------------------------------
+ wsmp: total solve time: 16.3741519 s
+ =================================
+ u : -0.10155E+01 0.13597E+00
+ v : -0.48398E-01 0.10262E+00
+ w : -0.76668E+00 0.22631E+00
+ =================================
+ Calculate pressures 16266.7525 24.3576 16.3903
+ raw pressures : -0.12342E+01 0.17946E+00
+ Smoothing pressures 16266.9781 24.5831 0.2255
+ do leaf measurements 16266.9792 24.5842 0.0011
+ compute convergence criterion 16267.0216 24.6267 0.0424
+ velocity_diff_norm = 0.0710426 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16267.0264
+ -----------------------------------
+ build system 16267.0309 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16275.0538 8.0274 8.0229
+ =================================
+ wsmp: initialisation time: 0.0501580 s
+ wsmp: ordering time: 4.1229360 s
+ wsmp: symbolic fact. time: 0.7056921 s
+ wsmp: Cholesky fact. time: 11.3810902 s
+ wsmp: Factorisation 14477.6714267 Mflops
+ wsmp: back substitution time: 0.1208141 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.3882439 s
+ =================================
+ u : -0.10164E+01 0.15463E+00
+ v : -0.39601E-01 0.11868E+00
+ w : -0.74587E+00 0.23142E+00
+ =================================
+ Calculate pressures 16291.4586 24.4322 16.4049
+ raw pressures : -0.13690E+01 0.31034E+00
+ Smoothing pressures 16291.6814 24.6550 0.2228
+ do leaf measurements 16291.6825 24.6561 0.0011
+ compute convergence criterion 16291.7250 24.6986 0.0425
+ velocity_diff_norm = 0.0360952 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16291.7297
+ -----------------------------------
+ build system 16291.7340 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16299.6735 7.9438 7.9394
+ =================================
+ wsmp: initialisation time: 0.0527539 s
+ wsmp: ordering time: 4.1303830 s
+ wsmp: symbolic fact. time: 0.7154479 s
+ wsmp: Cholesky fact. time: 11.4470420 s
+ wsmp: Factorisation 14394.2587126 Mflops
+ wsmp: back substitution time: 0.1210580 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4743428 s
+ =================================
+ u : -0.10157E+01 0.17585E+00
+ v : -0.39636E-01 0.12317E+00
+ w : -0.73662E+00 0.22877E+00
+ =================================
+ Calculate pressures 16316.1635 24.4338 16.4900
+ raw pressures : -0.14680E+01 0.35247E+00
+ Smoothing pressures 16316.3873 24.6576 0.2238
+ do leaf measurements 16316.3884 24.6587 0.0011
+ compute convergence criterion 16316.4309 24.7012 0.0426
+ velocity_diff_norm = 0.0159513 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16316.4357
+ -----------------------------------
+ build system 16316.4402 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16324.4456 8.0099 8.0054
+ =================================
+ wsmp: initialisation time: 0.0506701 s
+ wsmp: ordering time: 4.1131179 s
+ wsmp: symbolic fact. time: 0.7037139 s
+ wsmp: Cholesky fact. time: 11.3742609 s
+ wsmp: Factorisation 14486.3640186 Mflops
+ wsmp: back substitution time: 0.1209540 s
+ wsmp: from b to rhs vector: 0.0073280 s
+ ---------------------------------
+ wsmp: total solve time: 16.3704202 s
+ =================================
+ u : -0.10152E+01 0.19377E+00
+ v : -0.40637E-01 0.12565E+00
+ w : -0.73200E+00 0.22793E+00
+ =================================
+ Calculate pressures 16340.8324 24.3967 16.3868
+ raw pressures : -0.15116E+01 0.36159E+00
+ Smoothing pressures 16341.0555 24.6197 0.2231
+ do leaf measurements 16341.0566 24.6209 0.0011
+ compute convergence criterion 16341.0994 24.6637 0.0428
+ velocity_diff_norm = 0.0107210 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16341.1043
+ -----------------------------------
+ build system 16341.1088 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16349.0832 7.9789 7.9744
+ =================================
+ wsmp: initialisation time: 0.0486171 s
+ wsmp: ordering time: 4.1069312 s
+ wsmp: symbolic fact. time: 0.7059910 s
+ wsmp: Cholesky fact. time: 11.4180970 s
+ wsmp: Factorisation 14430.7482760 Mflops
+ wsmp: back substitution time: 0.1208370 s
+ wsmp: from b to rhs vector: 0.0071981 s
+ ---------------------------------
+ wsmp: total solve time: 16.4080410 s
+ =================================
+ u : -0.10147E+01 0.20939E+00
+ v : -0.43055E-01 0.12560E+00
+ w : -0.72752E+00 0.22737E+00
+ =================================
+ Calculate pressures 16365.5079 24.4036 16.4246
+ raw pressures : -0.15332E+01 0.35952E+00
+ Smoothing pressures 16365.7311 24.6268 0.2232
+ do leaf measurements 16365.7322 24.6279 0.0011
+ compute convergence criterion 16365.7749 24.6706 0.0427
+ velocity_diff_norm = 0.0080822 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16365.7779 24.6736 0.0030
+Compute isostasy and adjust vertical 16365.7780 24.6738 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -109046279843587.44 149615952058113.
+ def in m -7.9574565887451172 0.61255282163619995
+ dimensionless def -1.75015091896057118E-6 2.27355902535574787E-5
+ Isostatic velocity range = -0.0170744 0.2266604
+ Compute divergence 16365.9873 24.8830 0.2093
+ wsmp_cleanup 16366.0238 24.9195 0.0364
+ Reset surface geometry 16366.0287 24.9244 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 16366.0368 24.9325 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16366.0542 24.9499 0.0174
+ Advect surface 1 16366.0543 24.9500 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16366.2456 25.1413 0.1913
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16366.4412 25.3370 0.1957
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16366.6928 25.5885 0.2516
+ Advect the cloud 16366.8335 25.7292 0.1407
+ Write output 16367.5952 26.4909 0.7617
+ End of time step 16368.4875 27.3832 0.8923
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 101 16368.4876
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16368.4877 0.0001 0.0001
+ surface 01 16368.4877 0.0001 0.0000
+ S. 1: 16924points
+ refine surface 16368.4878 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 16368.5129 0.0252 0.0251
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 16368.5362 0.0485 0.0233
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16368.5601 0.0725 0.0240
+ S. 1: 0 flips in delaunay2
+ S. 1: 16925points
+ surface 02 16368.5797 0.0920 0.0195
+ S. 2: 16922points
+ refine surface 16368.5798 0.0921 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16368.6040 0.1164 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 16368.6232 0.1356 0.0192
+ S. 3: 16921points
+ refine surface 16368.6234 0.1357 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 16368.6486 0.1610 0.0252
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 16368.6720 0.1843 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16368.6965 0.2088 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16922points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16368.7217
+ -----------------------------------------------------------------------
+ Create octree solve 16368.7219 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16368.7378 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16368.7600 0.0383 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16368.7608 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16368.7750 0.0533 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 16368.8971 0.1754 0.1222
+ Imbed surface in osolve 16369.0806 0.3589 0.1834
+ embedding surface 1 16369.0808 0.3591 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16371.0350 2.3133 1.9542
+ osolve%nleaves= 59424
+ embedding surface 3 16373.0991 4.3774 2.0642
+ osolve%nleaves= 64128
+ Assessing octree stability 16376.6338 7.9121 3.5347
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16376.6385 7.9168 0.0047
+ Interpolate velo onto osolve 16377.0645 8.3428 0.4260
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16377.1979 8.4762 0.1334
+ Find void 16377.4699 8.7482 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 16377.4988 8.7771 0.0289
+ wsmp setup1 16377.5059 8.7842 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16378.5208 9.7991 1.0149
+ -----------------------------------
+ start of non-linear iteratio 1 16378.5678
+ -----------------------------------
+ build system 16378.5679 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.10818E+00
+ viscosity capped in 37088
+ wsmp solve 16386.4930 7.9252 7.9251
+ =================================
+ wsmp: initialisation time: 0.0525630 s
+ wsmp: ordering time: 4.1049340 s
+ wsmp: symbolic fact. time: 0.7058120 s
+ wsmp: Cholesky fact. time: 11.4419940 s
+ wsmp: Factorisation 14400.6092443 Mflops
+ wsmp: back substitution time: 0.1207030 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.4336209 s
+ =================================
+ u : -0.10170E+01 0.18389E+00
+ v : -0.98350E-01 0.10884E+00
+ w : -0.76122E+00 0.26426E+00
+ =================================
+ Calculate pressures 16402.9423 24.3745 16.4493
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 16403.1671 24.5993 0.2247
+ do leaf measurements 16403.1681 24.6004 0.0011
+ compute convergence criterion 16403.2108 24.6431 0.0427
+ velocity_diff_norm = 0.5887790 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16403.2158
+ -----------------------------------
+ build system 16403.2205 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78136E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16411.1751 7.9593 7.9546
+ =================================
+ wsmp: initialisation time: 0.0487909 s
+ wsmp: ordering time: 4.1110179 s
+ wsmp: symbolic fact. time: 0.7123010 s
+ wsmp: Cholesky fact. time: 11.3811860 s
+ wsmp: Factorisation 14477.5495061 Mflops
+ wsmp: back substitution time: 0.1214330 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3823760 s
+ =================================
+ u : -0.10153E+01 0.13646E+00
+ v : -0.48345E-01 0.10255E+00
+ w : -0.76673E+00 0.22687E+00
+ =================================
+ Calculate pressures 16427.5732 24.3574 16.3981
+ raw pressures : -0.12355E+01 0.18030E+00
+ Smoothing pressures 16427.7997 24.5839 0.2265
+ do leaf measurements 16427.8008 24.5849 0.0011
+ compute convergence criterion 16427.8434 24.6275 0.0426
+ velocity_diff_norm = 0.0710879 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16427.8484
+ -----------------------------------
+ build system 16427.8530 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16435.8720 8.0236 8.0189
+ =================================
+ wsmp: initialisation time: 0.0499620 s
+ wsmp: ordering time: 4.1177211 s
+ wsmp: symbolic fact. time: 0.7071850 s
+ wsmp: Cholesky fact. time: 11.3875830 s
+ wsmp: Factorisation 14469.4166992 Mflops
+ wsmp: back substitution time: 0.1208589 s
+ wsmp: from b to rhs vector: 0.0072811 s
+ ---------------------------------
+ wsmp: total solve time: 16.3909829 s
+ =================================
+ u : -0.10165E+01 0.15488E+00
+ v : -0.39350E-01 0.11861E+00
+ w : -0.74634E+00 0.23146E+00
+ =================================
+ Calculate pressures 16452.2789 24.4305 16.4069
+ raw pressures : -0.13700E+01 0.31121E+00
+ Smoothing pressures 16452.5026 24.6542 0.2237
+ do leaf measurements 16452.5037 24.6553 0.0011
+ compute convergence criterion 16452.5463 24.6979 0.0426
+ velocity_diff_norm = 0.0361533 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16452.5513
+ -----------------------------------
+ build system 16452.5559 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16460.5015 7.9502 7.9455
+ =================================
+ wsmp: initialisation time: 0.0486212 s
+ wsmp: ordering time: 4.1364329 s
+ wsmp: symbolic fact. time: 0.7089040 s
+ wsmp: Cholesky fact. time: 11.4545119 s
+ wsmp: Factorisation 14384.8717072 Mflops
+ wsmp: back substitution time: 0.1209121 s
+ wsmp: from b to rhs vector: 0.0072889 s
+ ---------------------------------
+ wsmp: total solve time: 16.4770508 s
+ =================================
+ u : -0.10158E+01 0.17602E+00
+ v : -0.39577E-01 0.12318E+00
+ w : -0.73691E+00 0.22890E+00
+ =================================
+ Calculate pressures 16476.9946 24.4433 16.4931
+ raw pressures : -0.14688E+01 0.35328E+00
+ Smoothing pressures 16477.2184 24.6672 0.2239
+ do leaf measurements 16477.2195 24.6682 0.0011
+ compute convergence criterion 16477.2621 24.7108 0.0426
+ velocity_diff_norm = 0.0159766 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16477.2671
+ -----------------------------------
+ build system 16477.2717 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16485.2751 8.0081 8.0034
+ =================================
+ wsmp: initialisation time: 0.0479050 s
+ wsmp: ordering time: 4.1142380 s
+ wsmp: symbolic fact. time: 0.7085450 s
+ wsmp: Cholesky fact. time: 11.3716149 s
+ wsmp: Factorisation 14489.7347339 Mflops
+ wsmp: back substitution time: 0.1210611 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3709750 s
+ =================================
+ u : -0.10153E+01 0.19393E+00
+ v : -0.40592E-01 0.12558E+00
+ w : -0.73221E+00 0.22793E+00
+ =================================
+ Calculate pressures 16501.6620 24.3949 16.3869
+ raw pressures : -0.15124E+01 0.36235E+00
+ Smoothing pressures 16501.8855 24.6185 0.2235
+ do leaf measurements 16501.8866 24.6196 0.0011
+ compute convergence criterion 16501.9296 24.6625 0.0429
+ velocity_diff_norm = 0.0107639 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16501.9346
+ -----------------------------------
+ build system 16501.9393 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16509.9200 7.9854 7.9807
+ =================================
+ wsmp: initialisation time: 0.0505280 s
+ wsmp: ordering time: 4.1111629 s
+ wsmp: symbolic fact. time: 0.7061279 s
+ wsmp: Cholesky fact. time: 11.3950720 s
+ wsmp: Factorisation 14459.9072402 Mflops
+ wsmp: back substitution time: 0.1208591 s
+ wsmp: from b to rhs vector: 0.0072591 s
+ ---------------------------------
+ wsmp: total solve time: 16.3913929 s
+ =================================
+ u : -0.10148E+01 0.20958E+00
+ v : -0.43020E-01 0.12558E+00
+ w : -0.72770E+00 0.22747E+00
+ =================================
+ Calculate pressures 16526.3266 24.3920 16.4066
+ raw pressures : -0.15339E+01 0.35999E+00
+ Smoothing pressures 16526.5504 24.6159 0.2238
+ do leaf measurements 16526.5515 24.6170 0.0011
+ compute convergence criterion 16526.5941 24.6595 0.0425
+ velocity_diff_norm = 0.0080947 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16526.5974 24.6628 0.0033
+Compute isostasy and adjust vertical 16526.5975 24.6629 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -109670715962109.22 151065778557907.63
+ def in m -7.959197998046875 0.6134800910949707
+ dimensionless def -1.75280026027134496E-6 2.27405657087053567E-5
+ Isostatic velocity range = -0.0170929 0.2267025
+ Compute divergence 16526.8019 24.8673 0.2043
+ wsmp_cleanup 16526.8410 24.9065 0.0392
+ Reset surface geometry 16526.8454 24.9108 0.0044
+ -----------------------------------------------------------------------
+ Temperature calculations 16526.8537 24.9192 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16526.8699 24.9354 0.0162
+ Advect surface 1 16526.8701 24.9355 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16527.0608 25.1262 0.1907
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16527.2501 25.3156 0.1893
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16527.5049 25.5703 0.2547
+ Advect the cloud 16527.6462 25.7116 0.1413
+ Write output 16528.4089 26.4743 0.7627
+ End of time step 16529.2905 27.3559 0.8816
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 102 16529.2906
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16529.2907 0.0001 0.0001
+ surface 01 16529.2907 0.0001 0.0000
+ S. 1: 16925points
+ refine surface 16529.2908 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 16529.3170 0.0263 0.0262
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 16529.3400 0.0494 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16529.3642 0.0735 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16926points
+ surface 02 16529.3835 0.0929 0.0193
+ S. 2: 16922points
+ refine surface 16529.3836 0.0930 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 16529.4088 0.1182 0.0252
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 16529.4323 0.1417 0.0235
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16529.4567 0.1661 0.0244
+ S. 2: 0 flips in delaunay2
+ S. 2: 16923points
+ surface 03 16529.4757 0.1850 0.0189
+ S. 3: 16922points
+ refine surface 16529.4758 0.1852 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 16529.5021 0.2115 0.0263
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 16529.5249 0.2342 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16529.5493 0.2587 0.0244
+ S. 3: 0 flips in delaunay2
+ S. 3: 16924points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16529.5745
+ -----------------------------------------------------------------------
+ Create octree solve 16529.5748 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16529.5906 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16529.6125 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16529.6133 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16529.6274 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 16529.7496 0.1751 0.1222
+ Imbed surface in osolve 16529.9321 0.3576 0.1825
+ embedding surface 1 16529.9323 0.3578 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16531.8793 2.3048 1.9471
+ osolve%nleaves= 59424
+ embedding surface 3 16533.9520 4.3775 2.0727
+ osolve%nleaves= 64128
+ Assessing octree stability 16537.5007 7.9262 3.5487
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16537.5056 7.9310 0.0048
+ Interpolate velo onto osolve 16537.9199 8.3453 0.4143
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16538.0261 8.4516 0.1063
+ Find void 16538.3018 8.7272 0.2756
+ whole leaf in fluid 32992
+ Define boundary conditions 16538.3311 8.7565 0.0293
+ wsmp setup1 16538.3384 8.7639 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16539.3550 9.7804 1.0165
+ -----------------------------------
+ start of non-linear iteratio 1 16539.4009
+ -----------------------------------
+ build system 16539.4010 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.14968E+00
+ viscosity capped in 37088
+ wsmp solve 16547.3205 7.9196 7.9195
+ =================================
+ wsmp: initialisation time: 0.0534439 s
+ wsmp: ordering time: 4.1012750 s
+ wsmp: symbolic fact. time: 0.7102931 s
+ wsmp: Cholesky fact. time: 11.4308629 s
+ wsmp: Factorisation 14414.6321467 Mflops
+ wsmp: back substitution time: 0.1210549 s
+ wsmp: from b to rhs vector: 0.0072091 s
+ ---------------------------------
+ wsmp: total solve time: 16.4244940 s
+ =================================
+ u : -0.10424E+01 0.18378E+00
+ v : -0.97644E-01 0.10930E+00
+ w : -0.76138E+00 0.26178E+00
+ =================================
+ Calculate pressures 16563.7609 24.3601 16.4404
+ raw pressures : -0.35071E+00 0.00000E+00
+ Smoothing pressures 16563.9848 24.5839 0.2239
+ do leaf measurements 16563.9859 24.5850 0.0011
+ compute convergence criterion 16564.0286 24.6277 0.0427
+ velocity_diff_norm = 0.5886833 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16564.0334
+ -----------------------------------
+ build system 16564.0377 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79121E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16571.9823 7.9490 7.9446
+ =================================
+ wsmp: initialisation time: 0.0486341 s
+ wsmp: ordering time: 4.1138849 s
+ wsmp: symbolic fact. time: 0.7134109 s
+ wsmp: Cholesky fact. time: 11.3652370 s
+ wsmp: Factorisation 14497.8660726 Mflops
+ wsmp: back substitution time: 0.1219671 s
+ wsmp: from b to rhs vector: 0.0072112 s
+ ---------------------------------
+ wsmp: total solve time: 16.3707120 s
+ =================================
+ u : -0.10157E+01 0.13637E+00
+ v : -0.48454E-01 0.10238E+00
+ w : -0.76686E+00 0.22622E+00
+ =================================
+ Calculate pressures 16588.3685 24.3352 16.3862
+ raw pressures : -0.12353E+01 0.18428E+00
+ Smoothing pressures 16588.5940 24.5607 0.2255
+ do leaf measurements 16588.5951 24.5618 0.0011
+ compute convergence criterion 16588.6378 24.6045 0.0427
+ velocity_diff_norm = 0.0710868 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16588.6426
+ -----------------------------------
+ build system 16588.6470 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16596.6607 8.0181 8.0137
+ =================================
+ wsmp: initialisation time: 0.0471408 s
+ wsmp: ordering time: 4.1300740 s
+ wsmp: symbolic fact. time: 0.7102990 s
+ wsmp: Cholesky fact. time: 11.3774021 s
+ wsmp: Factorisation 14482.3645066 Mflops
+ wsmp: back substitution time: 0.1207271 s
+ wsmp: from b to rhs vector: 0.0072799 s
+ ---------------------------------
+ wsmp: total solve time: 16.3933208 s
+ =================================
+ u : -0.10166E+01 0.15484E+00
+ v : -0.39341E-01 0.11849E+00
+ w : -0.74628E+00 0.23120E+00
+ =================================
+ Calculate pressures 16613.0695 24.4269 16.4088
+ raw pressures : -0.13704E+01 0.31139E+00
+ Smoothing pressures 16613.2927 24.6501 0.2232
+ do leaf measurements 16613.2938 24.6512 0.0011
+ compute convergence criterion 16613.3364 24.6939 0.0426
+ velocity_diff_norm = 0.0361931 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16613.3412
+ -----------------------------------
+ build system 16613.3455 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16621.2814 7.9402 7.9359
+ =================================
+ wsmp: initialisation time: 0.0502160 s
+ wsmp: ordering time: 4.1387300 s
+ wsmp: symbolic fact. time: 0.7099102 s
+ wsmp: Cholesky fact. time: 11.4619670 s
+ wsmp: Factorisation 14375.5154764 Mflops
+ wsmp: back substitution time: 0.1207080 s
+ wsmp: from b to rhs vector: 0.0072210 s
+ ---------------------------------
+ wsmp: total solve time: 16.4893019 s
+ =================================
+ u : -0.10159E+01 0.17601E+00
+ v : -0.39548E-01 0.12314E+00
+ w : -0.73689E+00 0.22862E+00
+ =================================
+ Calculate pressures 16637.7871 24.4459 16.5058
+ raw pressures : -0.14693E+01 0.35338E+00
+ Smoothing pressures 16638.0153 24.6741 0.2281
+ do leaf measurements 16638.0163 24.6752 0.0011
+ compute convergence criterion 16638.0590 24.7178 0.0427
+ velocity_diff_norm = 0.0158797 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16638.0637
+ -----------------------------------
+ build system 16638.0681 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16646.0736 8.0099 8.0055
+ =================================
+ wsmp: initialisation time: 0.0524220 s
+ wsmp: ordering time: 4.1146610 s
+ wsmp: symbolic fact. time: 0.7110400 s
+ wsmp: Cholesky fact. time: 11.3715489 s
+ wsmp: Factorisation 14489.8188851 Mflops
+ wsmp: back substitution time: 0.1207650 s
+ wsmp: from b to rhs vector: 0.0072610 s
+ ---------------------------------
+ wsmp: total solve time: 16.3780639 s
+ =================================
+ u : -0.10154E+01 0.19393E+00
+ v : -0.40678E-01 0.12555E+00
+ w : -0.73221E+00 0.22773E+00
+ =================================
+ Calculate pressures 16662.4679 24.4042 16.3943
+ raw pressures : -0.15126E+01 0.36224E+00
+ Smoothing pressures 16662.6904 24.6267 0.2225
+ do leaf measurements 16662.6915 24.6278 0.0011
+ compute convergence criterion 16662.7344 24.6707 0.0429
+ velocity_diff_norm = 0.0107383 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16662.7393
+ -----------------------------------
+ build system 16662.7437 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16670.7307 7.9914 7.9870
+ =================================
+ wsmp: initialisation time: 0.0489001 s
+ wsmp: ordering time: 4.1179368 s
+ wsmp: symbolic fact. time: 0.7103732 s
+ wsmp: Cholesky fact. time: 11.3930800 s
+ wsmp: Factorisation 14462.4354372 Mflops
+ wsmp: back substitution time: 0.1211679 s
+ wsmp: from b to rhs vector: 0.0072231 s
+ ---------------------------------
+ wsmp: total solve time: 16.3990848 s
+ =================================
+ u : -0.10148E+01 0.20960E+00
+ v : -0.43072E-01 0.12562E+00
+ w : -0.72768E+00 0.22727E+00
+ =================================
+ Calculate pressures 16687.1459 24.4066 16.4151
+ raw pressures : -0.15344E+01 0.36023E+00
+ Smoothing pressures 16687.3679 24.6286 0.2220
+ do leaf measurements 16687.3690 24.6297 0.0011
+ compute convergence criterion 16687.4116 24.6723 0.0426
+ velocity_diff_norm = 0.0080849 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16687.4145 24.6753 0.0030
+Compute isostasy and adjust vertical 16687.4147 24.6754 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -110293625818284.88 152512031301276.06
+ def in m -7.9619617462158203 0.61613917350769043
+ dimensionless def -1.76039763859340124E-6 2.2748462132045203E-5
+ Isostatic velocity range = -0.0171581 0.2267775
+ Compute divergence 16687.6196 24.8803 0.2049
+ wsmp_cleanup 16687.6574 24.9182 0.0378
+ Reset surface geometry 16687.6623 24.9230 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 16687.6705 24.9312 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16687.6870 24.9478 0.0166
+ Advect surface 1 16687.6872 24.9479 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16687.8831 25.1438 0.1959
+ removing 1 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16688.0904 25.3511 0.2072
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16688.3444 25.6052 0.2541
+ Advect the cloud 16688.4845 25.7452 0.1401
+ Write output 16689.2458 26.5065 0.7613
+ End of time step 16690.1049 27.3657 0.8591
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 103 16690.1051
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16690.1051 0.0001 0.0001
+ surface 01 16690.1052 0.0001 0.0000
+ S. 1: 16926points
+ refine surface 16690.1052 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 16690.1307 0.0256 0.0254
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 16690.1537 0.0487 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16690.1779 0.0728 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16927points
+ surface 02 16690.1969 0.0918 0.0190
+ S. 2: 16922points
+ refine surface 16690.1970 0.0920 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16690.2213 0.1162 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 16690.2405 0.1354 0.0191
+ S. 3: 16924points
+ refine surface 16690.2406 0.1355 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 16690.2659 0.1608 0.0253
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 16690.2892 0.1841 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16690.3134 0.2083 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16925points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16690.3389
+ -----------------------------------------------------------------------
+ Create octree solve 16690.3391 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16690.3550 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16690.3769 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16690.3777 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16690.3918 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 16690.5140 0.1751 0.1222
+ Imbed surface in osolve 16690.6968 0.3579 0.1828
+ embedding surface 1 16690.6970 0.3581 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16692.6480 2.3091 1.9510
+ osolve%nleaves= 59424
+ embedding surface 3 16694.7061 4.3672 2.0581
+ osolve%nleaves= 64128
+ Assessing octree stability 16698.2635 7.9246 3.5574
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16698.2682 7.9293 0.0047
+ Interpolate velo onto osolve 16698.6930 8.3541 0.4248
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16698.8161 8.4772 0.1231
+ Find void 16699.0846 8.7457 0.2685
+ whole leaf in fluid 32992
+ Define boundary conditions 16699.1134 8.7745 0.0288
+ wsmp setup1 16699.1209 8.7821 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16700.1400 9.8011 1.0190
+ -----------------------------------
+ start of non-linear iteratio 1 16700.1878
+ -----------------------------------
+ build system 16700.1880 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.42904E+00
+ viscosity capped in 37088
+ wsmp solve 16708.1215 7.9337 7.9336
+ =================================
+ wsmp: initialisation time: 0.0536828 s
+ wsmp: ordering time: 4.1047070 s
+ wsmp: symbolic fact. time: 0.7100470 s
+ wsmp: Cholesky fact. time: 11.4190171 s
+ wsmp: Factorisation 14429.5855564 Mflops
+ wsmp: back substitution time: 0.1208510 s
+ wsmp: from b to rhs vector: 0.0071161 s
+ ---------------------------------
+ wsmp: total solve time: 16.4158208 s
+ =================================
+ u : -0.10229E+01 0.18305E+00
+ v : -0.97457E-01 0.10852E+00
+ w : -0.76133E+00 0.25990E+00
+ =================================
+ Calculate pressures 16724.5533 24.3655 16.4318
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 16724.7772 24.5893 0.2239
+ do leaf measurements 16724.7782 24.5904 0.0011
+ compute convergence criterion 16724.8206 24.6328 0.0424
+ velocity_diff_norm = 0.5880812 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16724.8254
+ -----------------------------------
+ build system 16724.8298 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79635E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16732.7718 7.9464 7.9420
+ =================================
+ wsmp: initialisation time: 0.0504069 s
+ wsmp: ordering time: 4.1202781 s
+ wsmp: symbolic fact. time: 0.7162151 s
+ wsmp: Cholesky fact. time: 11.3710389 s
+ wsmp: Factorisation 14490.4687360 Mflops
+ wsmp: back substitution time: 0.1215951 s
+ wsmp: from b to rhs vector: 0.0072000 s
+ ---------------------------------
+ wsmp: total solve time: 16.3871510 s
+ =================================
+ u : -0.10155E+01 0.13581E+00
+ v : -0.48376E-01 0.10254E+00
+ w : -0.76668E+00 0.22566E+00
+ =================================
+ Calculate pressures 16749.1754 24.3500 16.4036
+ raw pressures : -0.12344E+01 0.17917E+00
+ Smoothing pressures 16749.4006 24.5752 0.2252
+ do leaf measurements 16749.4017 24.5763 0.0011
+ compute convergence criterion 16749.4441 24.6186 0.0424
+ velocity_diff_norm = 0.0705575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16749.4489
+ -----------------------------------
+ build system 16749.4533 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16757.4631 8.0142 8.0098
+ =================================
+ wsmp: initialisation time: 0.0490110 s
+ wsmp: ordering time: 4.1058190 s
+ wsmp: symbolic fact. time: 0.7080891 s
+ wsmp: Cholesky fact. time: 11.3782651 s
+ wsmp: Factorisation 14481.2659762 Mflops
+ wsmp: back substitution time: 0.1208451 s
+ wsmp: from b to rhs vector: 0.0070691 s
+ ---------------------------------
+ wsmp: total solve time: 16.3695061 s
+ =================================
+ u : -0.10165E+01 0.15451E+00
+ v : -0.40008E-01 0.11898E+00
+ w : -0.74597E+00 0.23128E+00
+ =================================
+ Calculate pressures 16773.8485 24.3997 16.3855
+ raw pressures : -0.13689E+01 0.31032E+00
+ Smoothing pressures 16774.0719 24.6230 0.2234
+ do leaf measurements 16774.0730 24.6241 0.0011
+ compute convergence criterion 16774.1153 24.6664 0.0423
+ velocity_diff_norm = 0.0361500 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16774.1201
+ -----------------------------------
+ build system 16774.1245 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16782.0637 7.9437 7.9393
+ =================================
+ wsmp: initialisation time: 0.0507071 s
+ wsmp: ordering time: 4.1244538 s
+ wsmp: symbolic fact. time: 0.7066011 s
+ wsmp: Cholesky fact. time: 11.4567230 s
+ wsmp: Factorisation 14382.0954943 Mflops
+ wsmp: back substitution time: 0.1208649 s
+ wsmp: from b to rhs vector: 0.0071819 s
+ ---------------------------------
+ wsmp: total solve time: 16.4669361 s
+ =================================
+ u : -0.10159E+01 0.17577E+00
+ v : -0.40058E-01 0.12347E+00
+ w : -0.73662E+00 0.22877E+00
+ =================================
+ Calculate pressures 16798.5464 24.4263 16.4826
+ raw pressures : -0.14679E+01 0.35239E+00
+ Smoothing pressures 16798.7705 24.6504 0.2241
+ do leaf measurements 16798.7716 24.6515 0.0011
+ compute convergence criterion 16798.8140 24.6939 0.0424
+ velocity_diff_norm = 0.0159663 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16798.8188
+ -----------------------------------
+ build system 16798.8231 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16806.8222 8.0034 7.9991
+ =================================
+ wsmp: initialisation time: 0.0510552 s
+ wsmp: ordering time: 4.1044579 s
+ wsmp: symbolic fact. time: 0.7079370 s
+ wsmp: Cholesky fact. time: 11.3707101 s
+ wsmp: Factorisation 14490.8877217 Mflops
+ wsmp: back substitution time: 0.1207242 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.3624918 s
+ =================================
+ u : -0.10153E+01 0.19372E+00
+ v : -0.40459E-01 0.12587E+00
+ w : -0.73199E+00 0.22786E+00
+ =================================
+ Calculate pressures 16823.2010 24.3823 16.3789
+ raw pressures : -0.15115E+01 0.36148E+00
+ Smoothing pressures 16823.4239 24.6052 0.2229
+ do leaf measurements 16823.4250 24.6063 0.0011
+ compute convergence criterion 16823.4679 24.6492 0.0429
+ velocity_diff_norm = 0.0107259 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16823.4727
+ -----------------------------------
+ build system 16823.4772 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16831.4727 8.0000 7.9955
+ =================================
+ wsmp: initialisation time: 0.0478060 s
+ wsmp: ordering time: 4.1089311 s
+ wsmp: symbolic fact. time: 0.7084990 s
+ wsmp: Cholesky fact. time: 11.4002721 s
+ wsmp: Factorisation 14453.3114633 Mflops
+ wsmp: back substitution time: 0.1210959 s
+ wsmp: from b to rhs vector: 0.0071959 s
+ ---------------------------------
+ wsmp: total solve time: 16.3942170 s
+ =================================
+ u : -0.10148E+01 0.20937E+00
+ v : -0.42895E-01 0.12579E+00
+ w : -0.72750E+00 0.22739E+00
+ =================================
+ Calculate pressures 16847.8826 24.4098 16.4098
+ raw pressures : -0.15331E+01 0.35936E+00
+ Smoothing pressures 16848.1054 24.6327 0.2229
+ do leaf measurements 16848.1065 24.6338 0.0011
+ compute convergence criterion 16848.1488 24.6761 0.0423
+ velocity_diff_norm = 0.0080827 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 16848.1518 24.6791 0.0030
+Compute isostasy and adjust vertical 16848.1520 24.6792 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -110902349349894.28 153960522536161.66
+ def in m -7.9614057540893555 0.61473548412322998
+ dimensionless def -1.75638709749494287E-6 2.2746873583112443E-5
+ Isostatic velocity range = -0.0171099 0.2267615
+ Compute divergence 16848.3505 24.8778 0.1986
+ wsmp_cleanup 16848.3948 24.9221 0.0443
+ Reset surface geometry 16848.3996 24.9269 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 16848.4076 24.9349 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 16848.4210 24.9482 0.0133
+ Advect surface 1 16848.4211 24.9484 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 16848.6163 25.1435 0.1951
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 16848.8133 25.3405 0.1970
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 16849.0679 25.5951 0.2546
+ Advect the cloud 16849.2101 25.7374 0.1423
+ Write output 16849.9748 26.5020 0.7647
+ End of time step 16850.8365 27.3637 0.8617
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 104 16850.8366
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 16850.8367 0.0001 0.0001
+ surface 01 16850.8367 0.0001 0.0000
+ S. 1: 16927points
+ refine surface 16850.8368 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 16850.8610 0.0244 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 16927points
+ surface 02 16850.8799 0.0433 0.0189
+ S. 2: 16922points
+ refine surface 16850.8800 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 16850.9044 0.0678 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16922points
+ surface 03 16850.9233 0.0867 0.0190
+ S. 3: 16925points
+ refine surface 16850.9235 0.0869 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 16850.9488 0.1122 0.0253
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 16850.9719 0.1353 0.0231
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 16850.9960 0.1594 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 16851.0214
+ -----------------------------------------------------------------------
+ Create octree solve 16851.0217 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 16851.0375 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 16851.0593 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 16851.0601 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 16851.0742 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 16851.1964 0.1749 0.1222
+ Imbed surface in osolve 16851.3810 0.3596 0.1847
+ embedding surface 1 16851.3812 0.3598 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 16853.3330 2.3116 1.9517
+ osolve%nleaves= 59424
+ embedding surface 3 16855.4166 4.3952 2.0836
+ osolve%nleaves= 64128
+ Assessing octree stability 16858.9974 7.9760 3.5808
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 16859.0022 7.9808 0.0048
+ Interpolate velo onto osolve 16859.4485 8.4270 0.4462
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 16859.5119 8.4905 0.0634
+ Find void 16859.7869 8.7655 0.2751
+ whole leaf in fluid 32992
+ Define boundary conditions 16859.8163 8.7949 0.0293
+ wsmp setup1 16859.8236 8.8022 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 16860.8405 9.8191 1.0169
+ -----------------------------------
+ start of non-linear iteratio 1 16860.8868
+ -----------------------------------
+ build system 16860.8869 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.25801E+00
+ viscosity capped in 37088
+ wsmp solve 16868.8239 7.9371 7.9370
+ =================================
+ wsmp: initialisation time: 0.0560181 s
+ wsmp: ordering time: 4.1057270 s
+ wsmp: symbolic fact. time: 0.7093260 s
+ wsmp: Cholesky fact. time: 11.4165962 s
+ wsmp: Factorisation 14432.6453665 Mflops
+ wsmp: back substitution time: 0.1209080 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4160521 s
+ =================================
+ u : -0.10377E+01 0.18397E+00
+ v : -0.97747E-01 0.11022E+00
+ w : -0.76123E+00 0.26286E+00
+ =================================
+ Calculate pressures 16885.2558 24.3690 16.4319
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 16885.4802 24.5934 0.2244
+ do leaf measurements 16885.4813 24.5945 0.0011
+ compute convergence criterion 16885.5233 24.6365 0.0421
+ velocity_diff_norm = 0.5890291 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 16885.5281
+ -----------------------------------
+ build system 16885.5325 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78402E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16893.4767 7.9486 7.9442
+ =================================
+ wsmp: initialisation time: 0.0511739 s
+ wsmp: ordering time: 4.1111219 s
+ wsmp: symbolic fact. time: 0.7155101 s
+ wsmp: Cholesky fact. time: 11.3732710 s
+ wsmp: Factorisation 14487.6248919 Mflops
+ wsmp: back substitution time: 0.1218948 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.3805492 s
+ =================================
+ u : -0.10155E+01 0.13648E+00
+ v : -0.48566E-01 0.10214E+00
+ w : -0.76682E+00 0.22715E+00
+ =================================
+ Calculate pressures 16909.8733 24.3452 16.3966
+ raw pressures : -0.12355E+01 0.19327E+00
+ Smoothing pressures 16910.0985 24.5705 0.2252
+ do leaf measurements 16910.0996 24.5715 0.0011
+ compute convergence criterion 16910.1417 24.6136 0.0421
+ velocity_diff_norm = 0.0713247 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 16910.1465
+ -----------------------------------
+ build system 16910.1509 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16918.1516 8.0051 8.0007
+ =================================
+ wsmp: initialisation time: 0.0492239 s
+ wsmp: ordering time: 4.1131279 s
+ wsmp: symbolic fact. time: 0.7077630 s
+ wsmp: Cholesky fact. time: 11.3971150 s
+ wsmp: Factorisation 14457.3152055 Mflops
+ wsmp: back substitution time: 0.1209900 s
+ wsmp: from b to rhs vector: 0.0071969 s
+ ---------------------------------
+ wsmp: total solve time: 16.3958220 s
+ =================================
+ u : -0.10166E+01 0.15490E+00
+ v : -0.39800E-01 0.11856E+00
+ w : -0.74637E+00 0.23180E+00
+ =================================
+ Calculate pressures 16934.5632 24.4167 16.4116
+ raw pressures : -0.13703E+01 0.31158E+00
+ Smoothing pressures 16934.7860 24.6395 0.2228
+ do leaf measurements 16934.7871 24.6406 0.0011
+ compute convergence criterion 16934.8292 24.6827 0.0421
+ velocity_diff_norm = 0.0360859 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 16934.8339
+ -----------------------------------
+ build system 16934.8383 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16942.7742 7.9403 7.9359
+ =================================
+ wsmp: initialisation time: 0.0488179 s
+ wsmp: ordering time: 4.1308072 s
+ wsmp: symbolic fact. time: 0.7077601 s
+ wsmp: Cholesky fact. time: 11.4652560 s
+ wsmp: Factorisation 14371.3916396 Mflops
+ wsmp: back substitution time: 0.1211829 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.4813361 s
+ =================================
+ u : -0.10160E+01 0.17599E+00
+ v : -0.40023E-01 0.12318E+00
+ w : -0.73696E+00 0.22907E+00
+ =================================
+ Calculate pressures 16959.2721 24.4382 16.4979
+ raw pressures : -0.14692E+01 0.35390E+00
+ Smoothing pressures 16959.4955 24.6616 0.2235
+ do leaf measurements 16959.4966 24.6627 0.0011
+ compute convergence criterion 16959.5386 24.7047 0.0420
+ velocity_diff_norm = 0.0159101 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 16959.5434
+ -----------------------------------
+ build system 16959.5479 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16967.5391 7.9956 7.9912
+ =================================
+ wsmp: initialisation time: 0.0478311 s
+ wsmp: ordering time: 4.1107321 s
+ wsmp: symbolic fact. time: 0.7046311 s
+ wsmp: Cholesky fact. time: 11.3727801 s
+ wsmp: Factorisation 14488.2502474 Mflops
+ wsmp: back substitution time: 0.1209610 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.3644919 s
+ =================================
+ u : -0.10154E+01 0.19388E+00
+ v : -0.40478E-01 0.12562E+00
+ w : -0.73225E+00 0.22795E+00
+ =================================
+ Calculate pressures 16983.9199 24.3765 16.3809
+ raw pressures : -0.15127E+01 0.36273E+00
+ Smoothing pressures 16984.1430 24.5996 0.2231
+ do leaf measurements 16984.1441 24.6007 0.0011
+ compute convergence criterion 16984.1865 24.6431 0.0424
+ velocity_diff_norm = 0.0107412 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 16984.1914
+ -----------------------------------
+ build system 16984.1960 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 16992.1973 8.0059 8.0014
+ =================================
+ wsmp: initialisation time: 0.0508280 s
+ wsmp: ordering time: 4.1076851 s
+ wsmp: symbolic fact. time: 0.7073560 s
+ wsmp: Cholesky fact. time: 11.3950279 s
+ wsmp: Factorisation 14459.9632111 Mflops
+ wsmp: back substitution time: 0.1208801 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.3893859 s
+ =================================
+ u : -0.10148E+01 0.20955E+00
+ v : -0.42925E-01 0.12559E+00
+ w : -0.72772E+00 0.22740E+00
+ =================================
+ Calculate pressures 17008.6029 24.4114 16.4055
+ raw pressures : -0.15343E+01 0.36046E+00
+ Smoothing pressures 17008.8267 24.6353 0.2238
+ do leaf measurements 17008.8278 24.6364 0.0011
+ compute convergence criterion 17008.8698 24.6784 0.0420
+ velocity_diff_norm = 0.0080923 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17008.8728 24.6814 0.0030
+Compute isostasy and adjust vertical 17008.8730 24.6816 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -111509175469102.36 155406845811145.72
+ def in m -7.9631948471069336 0.61893504858016968
+ dimensionless def -1.76838585308619906E-6 2.27519852774483835E-5
+ Isostatic velocity range = -0.0172185 0.2268130
+ Compute divergence 17009.0804 24.8890 0.2074
+ wsmp_cleanup 17009.1165 24.9250 0.0360
+ Reset surface geometry 17009.1214 24.9299 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 17009.1295 24.9381 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17009.1467 24.9553 0.0172
+ Advect surface 1 17009.1469 24.9554 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17009.3423 25.1508 0.1954
+ removing 1 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17009.5479 25.3565 0.2056
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17009.8023 25.6108 0.2544
+ Advect the cloud 17009.9430 25.7515 0.1407
+ Write output 17010.7085 26.5170 0.7655
+ End of time step 17011.5694 27.3779 0.8609
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 105 17011.5695
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17011.5696 0.0001 0.0001
+ surface 01 17011.5696 0.0001 0.0000
+ S. 1: 16927points
+ refine surface 17011.5696 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 17011.5973 0.0278 0.0277
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 17011.6236 0.0541 0.0263
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17011.6486 0.0791 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16930points
+ surface 02 17011.6669 0.0974 0.0183
+ S. 2: 16921points
+ refine surface 17011.6671 0.0976 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 17011.6936 0.1241 0.0266
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 17011.7162 0.1467 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17011.7411 0.1716 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16923points
+ surface 03 17011.7596 0.1901 0.0185
+ S. 3: 16926points
+ refine surface 17011.7597 0.1903 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17011.7845 0.2150 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16926points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17011.8090
+ -----------------------------------------------------------------------
+ Create octree solve 17011.8092 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17011.8251 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 17011.8471 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17011.8479 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17011.8620 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 17011.9842 0.1752 0.1222
+ Imbed surface in osolve 17012.1693 0.3603 0.1851
+ embedding surface 1 17012.1694 0.3604 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17014.1221 2.3131 1.9527
+ osolve%nleaves= 59424
+ embedding surface 3 17016.2260 4.4170 2.1039
+ osolve%nleaves= 64128
+ Assessing octree stability 17019.7975 7.9885 3.5715
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17019.8023 7.9933 0.0049
+ Interpolate velo onto osolve 17020.2334 8.4244 0.4311
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17020.3013 8.4922 0.0678
+ Find void 17020.5726 8.7636 0.2713
+ whole leaf in fluid 32992
+ Define boundary conditions 17020.6015 8.7925 0.0289
+ wsmp setup1 17020.6091 8.8001 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17021.6264 9.8174 1.0174
+ -----------------------------------
+ start of non-linear iteratio 1 17021.6733
+ -----------------------------------
+ build system 17021.6734 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.06125E+00
+ viscosity capped in 37088
+ wsmp solve 17029.6243 7.9510 7.9508
+ =================================
+ wsmp: initialisation time: 0.0562799 s
+ wsmp: ordering time: 4.1016750 s
+ wsmp: symbolic fact. time: 0.7061510 s
+ wsmp: Cholesky fact. time: 11.4020250 s
+ wsmp: Factorisation 14451.0895302 Mflops
+ wsmp: back substitution time: 0.1210670 s
+ wsmp: from b to rhs vector: 0.0070980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3946650 s
+ =================================
+ u : -0.10210E+01 0.18408E+00
+ v : -0.97695E-01 0.10857E+00
+ w : -0.76128E+00 0.26344E+00
+ =================================
+ Calculate pressures 17046.0352 24.3619 16.4109
+ raw pressures : -0.35097E+00 0.00000E+00
+ Smoothing pressures 17046.2581 24.5848 0.2229
+ do leaf measurements 17046.2592 24.5859 0.0011
+ compute convergence criterion 17046.3009 24.6276 0.0417
+ velocity_diff_norm = 0.5889890 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17046.3057
+ -----------------------------------
+ build system 17046.3101 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79922E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17054.2496 7.9439 7.9395
+ =================================
+ wsmp: initialisation time: 0.0497079 s
+ wsmp: ordering time: 4.1279371 s
+ wsmp: symbolic fact. time: 0.7100079 s
+ wsmp: Cholesky fact. time: 11.3880079 s
+ wsmp: Factorisation 14468.8768766 Mflops
+ wsmp: back substitution time: 0.1214619 s
+ wsmp: from b to rhs vector: 0.0070989 s
+ ---------------------------------
+ wsmp: total solve time: 16.4045889 s
+ =================================
+ u : -0.10154E+01 0.13678E+00
+ v : -0.48396E-01 0.10244E+00
+ w : -0.76677E+00 0.22491E+00
+ =================================
+ Calculate pressures 17070.6703 24.3646 16.4207
+ raw pressures : -0.12356E+01 0.17962E+00
+ Smoothing pressures 17070.8958 24.5900 0.2255
+ do leaf measurements 17070.8968 24.5911 0.0011
+ compute convergence criterion 17070.9386 24.6329 0.0418
+ velocity_diff_norm = 0.0715074 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17070.9435
+ -----------------------------------
+ build system 17070.9480 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17078.9347 7.9912 7.9867
+ =================================
+ wsmp: initialisation time: 0.0476329 s
+ wsmp: ordering time: 4.1028051 s
+ wsmp: symbolic fact. time: 0.7037499 s
+ wsmp: Cholesky fact. time: 11.3953950 s
+ wsmp: Factorisation 14459.4973048 Mflops
+ wsmp: back substitution time: 0.1209798 s
+ wsmp: from b to rhs vector: 0.0065911 s
+ ---------------------------------
+ wsmp: total solve time: 16.3775260 s
+ =================================
+ u : -0.10166E+01 0.15513E+00
+ v : -0.40077E-01 0.11885E+00
+ w : -0.74651E+00 0.23092E+00
+ =================================
+ Calculate pressures 17095.3291 24.3856 16.3944
+ raw pressures : -0.13707E+01 0.31167E+00
+ Smoothing pressures 17095.5521 24.6086 0.2229
+ do leaf measurements 17095.5531 24.6096 0.0011
+ compute convergence criterion 17095.5952 24.6517 0.0421
+ velocity_diff_norm = 0.0361073 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17095.6002
+ -----------------------------------
+ build system 17095.6047 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17103.5438 7.9436 7.9390
+ =================================
+ wsmp: initialisation time: 0.0488920 s
+ wsmp: ordering time: 4.1161468 s
+ wsmp: symbolic fact. time: 0.7094450 s
+ wsmp: Cholesky fact. time: 11.4613829 s
+ wsmp: Factorisation 14376.2481197 Mflops
+ wsmp: back substitution time: 0.1209118 s
+ wsmp: from b to rhs vector: 0.0071299 s
+ ---------------------------------
+ wsmp: total solve time: 16.4642849 s
+ =================================
+ u : -0.10160E+01 0.17621E+00
+ v : -0.40206E-01 0.12345E+00
+ w : -0.73706E+00 0.22858E+00
+ =================================
+ Calculate pressures 17120.0241 24.4240 16.4804
+ raw pressures : -0.14695E+01 0.35376E+00
+ Smoothing pressures 17120.2476 24.6475 0.2235
+ do leaf measurements 17120.2487 24.6485 0.0011
+ compute convergence criterion 17120.2905 24.6903 0.0418
+ velocity_diff_norm = 0.0159249 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17120.2954
+ -----------------------------------
+ build system 17120.2999 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17128.2849 7.9895 7.9850
+ =================================
+ wsmp: initialisation time: 0.0496171 s
+ wsmp: ordering time: 4.1144381 s
+ wsmp: symbolic fact. time: 0.7101960 s
+ wsmp: Cholesky fact. time: 11.3772409 s
+ wsmp: Factorisation 14482.5696650 Mflops
+ wsmp: back substitution time: 0.1208930 s
+ wsmp: from b to rhs vector: 0.0071089 s
+ ---------------------------------
+ wsmp: total solve time: 16.3798819 s
+ =================================
+ u : -0.10154E+01 0.19411E+00
+ v : -0.40551E-01 0.12589E+00
+ w : -0.73234E+00 0.22776E+00
+ =================================
+ Calculate pressures 17144.6804 24.3851 16.3956
+ raw pressures : -0.15131E+01 0.36273E+00
+ Smoothing pressures 17144.9044 24.6091 0.2240
+ do leaf measurements 17144.9055 24.6102 0.0011
+ compute convergence criterion 17144.9475 24.6522 0.0420
+ velocity_diff_norm = 0.0107500 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17144.9525
+ -----------------------------------
+ build system 17144.9570 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17152.9634 8.0109 8.0064
+ =================================
+ wsmp: initialisation time: 0.0483930 s
+ wsmp: ordering time: 4.1148300 s
+ wsmp: symbolic fact. time: 0.7087512 s
+ wsmp: Cholesky fact. time: 11.3977151 s
+ wsmp: Factorisation 14456.5540154 Mflops
+ wsmp: back substitution time: 0.1208758 s
+ wsmp: from b to rhs vector: 0.0071869 s
+ ---------------------------------
+ wsmp: total solve time: 16.3981340 s
+ =================================
+ u : -0.10149E+01 0.20973E+00
+ v : -0.42973E-01 0.12586E+00
+ w : -0.72780E+00 0.22732E+00
+ =================================
+ Calculate pressures 17169.3772 24.4247 16.4138
+ raw pressures : -0.15348E+01 0.36059E+00
+ Smoothing pressures 17169.6002 24.6477 0.2230
+ do leaf measurements 17169.6012 24.6487 0.0011
+ compute convergence criterion 17169.6430 24.6905 0.0417
+ velocity_diff_norm = 0.0080922 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17169.6460 24.6935 0.0030
+Compute isostasy and adjust vertical 17169.6462 24.6937 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -112114221176785.28 156851498965869.63
+ def in m -7.9632377624511719 0.61825871467590332
+ dimensionless def -1.766453470502581E-6 2.27521078927176331E-5
+ Isostatic velocity range = -0.0171931 0.2268150
+ Compute divergence 17169.8501 24.8976 0.2039
+ wsmp_cleanup 17169.8951 24.9426 0.0450
+ Reset surface geometry 17169.9001 24.9476 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 17169.9082 24.9557 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17169.9221 24.9696 0.0139
+ Advect surface 1 17169.9223 24.9698 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17170.1218 25.1693 0.1996
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17170.3154 25.3629 0.1936
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17170.5724 25.6200 0.2570
+ Advect the cloud 17170.7151 25.7627 0.1427
+ Write output 17171.4805 26.5280 0.7654
+ End of time step 17172.3375 27.3850 0.8570
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 106 17172.3376
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17172.3377 0.0001 0.0001
+ surface 01 17172.3377 0.0001 0.0000
+ S. 1: 16930points
+ refine surface 17172.3378 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 17172.3644 0.0268 0.0267
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 17172.3913 0.0537 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17172.4162 0.0786 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 17172.4348 0.0971 0.0185
+ S. 2: 16923points
+ refine surface 17172.4349 0.0973 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17172.4599 0.1223 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16923points
+ surface 03 17172.4782 0.1406 0.0183
+ S. 3: 16926points
+ refine surface 17172.4784 0.1408 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 17172.5044 0.1668 0.0261
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 17172.5268 0.1892 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17172.5516 0.2140 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16927points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17172.5764
+ -----------------------------------------------------------------------
+ Create octree solve 17172.5766 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17172.5925 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 17172.6142 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17172.6150 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17172.6291 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 17172.7513 0.1749 0.1222
+ Imbed surface in osolve 17172.9349 0.3585 0.1836
+ embedding surface 1 17172.9351 0.3587 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17174.8562 2.2798 1.9211
+ osolve%nleaves= 59424
+ embedding surface 3 17176.9453 4.3689 2.0892
+ osolve%nleaves= 64128
+ Assessing octree stability 17180.5003 7.9239 3.5549
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17180.5051 7.9287 0.0048
+ Interpolate velo onto osolve 17180.9028 8.3264 0.3977
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17181.1171 8.5407 0.2143
+ Find void 17181.3920 8.8156 0.2750
+ whole leaf in fluid 32992
+ Define boundary conditions 17181.4214 8.8450 0.0293
+ wsmp setup1 17181.4288 8.8524 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17182.4449 9.8685 1.0160
+ -----------------------------------
+ start of non-linear iteratio 1 17182.4910
+ -----------------------------------
+ build system 17182.4912 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 9.11445E+00
+ viscosity capped in 37088
+ wsmp solve 17190.4457 7.9547 7.9546
+ =================================
+ wsmp: initialisation time: 0.0497539 s
+ wsmp: ordering time: 4.0969939 s
+ wsmp: symbolic fact. time: 0.7093551 s
+ wsmp: Cholesky fact. time: 11.4004359 s
+ wsmp: Factorisation 14453.1038081 Mflops
+ wsmp: back substitution time: 0.1206601 s
+ wsmp: from b to rhs vector: 0.0072639 s
+ ---------------------------------
+ wsmp: total solve time: 16.3848341 s
+ =================================
+ u : -0.10298E+01 0.18323E+00
+ v : -0.97097E-01 0.10954E+00
+ w : -0.76131E+00 0.26033E+00
+ =================================
+ Calculate pressures 17206.8465 24.3555 16.4008
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 17207.0703 24.5793 0.2238
+ do leaf measurements 17207.0714 24.5804 0.0011
+ compute convergence criterion 17207.1134 24.6224 0.0420
+ velocity_diff_norm = 0.5878816 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17207.1182
+ -----------------------------------
+ build system 17207.1226 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79833E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17215.0561 7.9380 7.9336
+ =================================
+ wsmp: initialisation time: 0.0476050 s
+ wsmp: ordering time: 4.1335771 s
+ wsmp: symbolic fact. time: 0.7138591 s
+ wsmp: Cholesky fact. time: 11.3948839 s
+ wsmp: Factorisation 14460.1459514 Mflops
+ wsmp: back substitution time: 0.1216240 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.4191771 s
+ =================================
+ u : -0.10157E+01 0.13610E+00
+ v : -0.48479E-01 0.10283E+00
+ w : -0.76674E+00 0.22582E+00
+ =================================
+ Calculate pressures 17231.4908 24.3726 16.4347
+ raw pressures : -0.12348E+01 0.17868E+00
+ Smoothing pressures 17231.7165 24.5983 0.2257
+ do leaf measurements 17231.7176 24.5994 0.0011
+ compute convergence criterion 17231.7596 24.6415 0.0421
+ velocity_diff_norm = 0.0704865 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17231.7645
+ -----------------------------------
+ build system 17231.7689 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17239.7559 7.9915 7.9870
+ =================================
+ wsmp: initialisation time: 0.0486951 s
+ wsmp: ordering time: 4.1087251 s
+ wsmp: symbolic fact. time: 0.7090380 s
+ wsmp: Cholesky fact. time: 11.4003921 s
+ wsmp: Factorisation 14453.1594241 Mflops
+ wsmp: back substitution time: 0.1207299 s
+ wsmp: from b to rhs vector: 0.0072291 s
+ ---------------------------------
+ wsmp: total solve time: 16.3951859 s
+ =================================
+ u : -0.10168E+01 0.15465E+00
+ v : -0.40045E-01 0.11882E+00
+ w : -0.74628E+00 0.23094E+00
+ =================================
+ Calculate pressures 17256.1668 24.4023 16.4108
+ raw pressures : -0.13698E+01 0.31118E+00
+ Smoothing pressures 17256.3908 24.6263 0.2240
+ do leaf measurements 17256.3919 24.6275 0.0011
+ compute convergence criterion 17256.4343 24.6698 0.0423
+ velocity_diff_norm = 0.0361361 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17256.4392
+ -----------------------------------
+ build system 17256.4437 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17264.3803 7.9412 7.9366
+ =================================
+ wsmp: initialisation time: 0.0545101 s
+ wsmp: ordering time: 4.1127999 s
+ wsmp: symbolic fact. time: 0.7086229 s
+ wsmp: Cholesky fact. time: 11.4649420 s
+ wsmp: Factorisation 14371.7852375 Mflops
+ wsmp: back substitution time: 0.1210940 s
+ wsmp: from b to rhs vector: 0.0071030 s
+ ---------------------------------
+ wsmp: total solve time: 16.4694400 s
+ =================================
+ u : -0.10161E+01 0.17581E+00
+ v : -0.40230E-01 0.12331E+00
+ w : -0.73691E+00 0.22844E+00
+ =================================
+ Calculate pressures 17280.8655 24.4263 16.4851
+ raw pressures : -0.14684E+01 0.35275E+00
+ Smoothing pressures 17281.0926 24.6534 0.2271
+ do leaf measurements 17281.0937 24.6545 0.0011
+ compute convergence criterion 17281.1357 24.6966 0.0420
+ velocity_diff_norm = 0.0159384 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17281.1405
+ -----------------------------------
+ build system 17281.1450 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17289.1187 7.9782 7.9738
+ =================================
+ wsmp: initialisation time: 0.0502501 s
+ wsmp: ordering time: 4.0993879 s
+ wsmp: symbolic fact. time: 0.7087641 s
+ wsmp: Cholesky fact. time: 11.3757660 s
+ wsmp: Factorisation 14484.4473165 Mflops
+ wsmp: back substitution time: 0.1208870 s
+ wsmp: from b to rhs vector: 0.0071499 s
+ ---------------------------------
+ wsmp: total solve time: 16.3625700 s
+ =================================
+ u : -0.10155E+01 0.19375E+00
+ v : -0.40658E-01 0.12569E+00
+ w : -0.73219E+00 0.22760E+00
+ =================================
+ Calculate pressures 17305.4973 24.3568 16.3785
+ raw pressures : -0.15122E+01 0.36199E+00
+ Smoothing pressures 17305.7206 24.5801 0.2234
+ do leaf measurements 17305.7217 24.5812 0.0011
+ compute convergence criterion 17305.7637 24.6232 0.0420
+ velocity_diff_norm = 0.0107228 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17305.7685
+ -----------------------------------
+ build system 17305.7730 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17313.7893 8.0208 8.0163
+ =================================
+ wsmp: initialisation time: 0.0477910 s
+ wsmp: ordering time: 4.1098702 s
+ wsmp: symbolic fact. time: 0.7087760 s
+ wsmp: Cholesky fact. time: 11.3953569 s
+ wsmp: Factorisation 14459.5457092 Mflops
+ wsmp: back substitution time: 0.1208141 s
+ wsmp: from b to rhs vector: 0.0072808 s
+ ---------------------------------
+ wsmp: total solve time: 16.3902712 s
+ =================================
+ u : -0.10150E+01 0.20939E+00
+ v : -0.43071E-01 0.12565E+00
+ w : -0.72769E+00 0.22716E+00
+ =================================
+ Calculate pressures 17330.1956 24.4271 16.4064
+ raw pressures : -0.15340E+01 0.35979E+00
+ Smoothing pressures 17330.4181 24.6496 0.2225
+ do leaf measurements 17330.4192 24.6507 0.0011
+ compute convergence criterion 17330.4614 24.6928 0.0421
+ velocity_diff_norm = 0.0080859 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17330.4644 24.6959 0.0030
+Compute isostasy and adjust vertical 17330.4646 24.6960 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -112714474492379.39 158298806873373.28
+ def in m -7.9641933441162109 0.61942809820175171
+ dimensionless def -1.76979456629071924E-6 2.27548381260463173E-5
+ Isostatic velocity range = -0.0172187 0.2268456
+ Compute divergence 17330.6686 24.9001 0.2041
+ wsmp_cleanup 17330.7102 24.9417 0.0416
+ Reset surface geometry 17330.7152 24.9467 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 17330.7236 24.9551 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17330.7381 24.9696 0.0145
+ Advect surface 1 17330.7382 24.9697 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17330.9337 25.1652 0.1955
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17331.1290 25.3604 0.1952
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17331.3824 25.6139 0.2534
+ Advect the cloud 17331.5240 25.7554 0.1416
+ Write output 17332.2907 26.5222 0.7668
+ End of time step 17333.1464 27.3779 0.8557
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 107 17333.1465
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17333.1466 0.0001 0.0001
+ surface 01 17333.1466 0.0001 0.0000
+ S. 1: 16932points
+ refine surface 17333.1467 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17333.1721 0.0255 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 17333.1899 0.0434 0.0178
+ S. 2: 16923points
+ refine surface 17333.1900 0.0435 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 17333.2176 0.0711 0.0275
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 17333.2404 0.0939 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17333.2646 0.1181 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16927points
+ surface 03 17333.2838 0.1373 0.0192
+ S. 3: 16927points
+ refine surface 17333.2840 0.1374 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 17333.3095 0.1629 0.0255
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 17333.3324 0.1859 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17333.3575 0.2110 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16928points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17333.3819
+ -----------------------------------------------------------------------
+ Create octree solve 17333.3821 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17333.3980 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 17333.4198 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17333.4206 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17333.4347 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 17333.5570 0.1751 0.1222
+ Imbed surface in osolve 17333.7409 0.3590 0.1839
+ embedding surface 1 17333.7411 0.3592 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17335.6983 2.3164 1.9572
+ osolve%nleaves= 59424
+ embedding surface 3 17337.8192 4.4373 2.1209
+ osolve%nleaves= 64128
+ Assessing octree stability 17341.4101 8.0282 3.5908
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17341.4154 8.0334 0.0053
+ Interpolate velo onto osolve 17341.8399 8.4580 0.4245
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17341.9049 8.5230 0.0650
+ Find void 17342.1768 8.7948 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 17342.2058 8.8239 0.0290
+ wsmp setup1 17342.2131 8.8312 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17343.2316 9.8497 1.0185
+ -----------------------------------
+ start of non-linear iteratio 1 17343.2779
+ -----------------------------------
+ build system 17343.2780 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 8.66097E+00
+ viscosity capped in 37088
+ wsmp solve 17351.2382 7.9604 7.9602
+ =================================
+ wsmp: initialisation time: 0.0534589 s
+ wsmp: ordering time: 4.1067629 s
+ wsmp: symbolic fact. time: 0.7091069 s
+ wsmp: Cholesky fact. time: 11.4066498 s
+ wsmp: Factorisation 14445.2303139 Mflops
+ wsmp: back substitution time: 0.1209531 s
+ wsmp: from b to rhs vector: 0.0070748 s
+ ---------------------------------
+ wsmp: total solve time: 16.4043729 s
+ =================================
+ u : -0.10249E+01 0.18384E+00
+ v : -0.97320E-01 0.10926E+00
+ w : -0.76143E+00 0.26149E+00
+ =================================
+ Calculate pressures 17367.6587 24.3808 16.4204
+ raw pressures : -0.35069E+00 0.00000E+00
+ Smoothing pressures 17367.8821 24.6043 0.2235
+ do leaf measurements 17367.8832 24.6054 0.0011
+ compute convergence criterion 17367.9252 24.6474 0.0420
+ velocity_diff_norm = 0.5888857 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17367.9301
+ -----------------------------------
+ build system 17367.9345 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80511E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17375.8733 7.9433 7.9389
+ =================================
+ wsmp: initialisation time: 0.0490820 s
+ wsmp: ordering time: 4.1261008 s
+ wsmp: symbolic fact. time: 0.7154140 s
+ wsmp: Cholesky fact. time: 11.4057269 s
+ wsmp: Factorisation 14446.3991800 Mflops
+ wsmp: back substitution time: 0.1215501 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.4254160 s
+ =================================
+ u : -0.10157E+01 0.13650E+00
+ v : -0.48671E-01 0.10251E+00
+ w : -0.76692E+00 0.22462E+00
+ =================================
+ Calculate pressures 17392.3145 24.3844 16.4411
+ raw pressures : -0.12352E+01 0.19595E+00
+ Smoothing pressures 17392.5405 24.6104 0.2260
+ do leaf measurements 17392.5416 24.6115 0.0011
+ compute convergence criterion 17392.5836 24.6536 0.0420
+ velocity_diff_norm = 0.0712718 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17392.5885
+ -----------------------------------
+ build system 17392.5930 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17400.5706 7.9821 7.9777
+ =================================
+ wsmp: initialisation time: 0.0518420 s
+ wsmp: ordering time: 4.1116731 s
+ wsmp: symbolic fact. time: 0.7090430 s
+ wsmp: Cholesky fact. time: 11.3798962 s
+ wsmp: Factorisation 14479.1904514 Mflops
+ wsmp: back substitution time: 0.1208270 s
+ wsmp: from b to rhs vector: 0.0071840 s
+ ---------------------------------
+ wsmp: total solve time: 16.3808501 s
+ =================================
+ u : -0.10168E+01 0.15493E+00
+ v : -0.39872E-01 0.11875E+00
+ w : -0.74641E+00 0.23049E+00
+ =================================
+ Calculate pressures 17416.9670 24.3785 16.3963
+ raw pressures : -0.13704E+01 0.31150E+00
+ Smoothing pressures 17417.1907 24.6021 0.2237
+ do leaf measurements 17417.1918 24.6033 0.0011
+ compute convergence criterion 17417.2342 24.6457 0.0424
+ velocity_diff_norm = 0.0362141 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17417.2391
+ -----------------------------------
+ build system 17417.2436 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17425.1809 7.9419 7.9373
+ =================================
+ wsmp: initialisation time: 0.0502329 s
+ wsmp: ordering time: 4.1100142 s
+ wsmp: symbolic fact. time: 0.7098091 s
+ wsmp: Cholesky fact. time: 11.4558020 s
+ wsmp: Factorisation 14383.2517702 Mflops
+ wsmp: back substitution time: 0.1210189 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.4544139 s
+ =================================
+ u : -0.10161E+01 0.17603E+00
+ v : -0.40113E-01 0.12334E+00
+ w : -0.73701E+00 0.22830E+00
+ =================================
+ Calculate pressures 17441.6516 24.4125 16.4707
+ raw pressures : -0.14694E+01 0.35364E+00
+ Smoothing pressures 17441.8750 24.6359 0.2234
+ do leaf measurements 17441.8761 24.6370 0.0011
+ compute convergence criterion 17441.9180 24.6789 0.0419
+ velocity_diff_norm = 0.0159075 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17441.9229
+ -----------------------------------
+ build system 17441.9273 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17449.8956 7.9727 7.9683
+ =================================
+ wsmp: initialisation time: 0.0492640 s
+ wsmp: ordering time: 4.1087191 s
+ wsmp: symbolic fact. time: 0.7105830 s
+ wsmp: Cholesky fact. time: 11.3804090 s
+ wsmp: Factorisation 14478.5379718 Mflops
+ wsmp: back substitution time: 0.1217010 s
+ wsmp: from b to rhs vector: 0.0071571 s
+ ---------------------------------
+ wsmp: total solve time: 16.3782241 s
+ =================================
+ u : -0.10155E+01 0.19394E+00
+ v : -0.40688E-01 0.12575E+00
+ w : -0.73229E+00 0.22750E+00
+ =================================
+ Calculate pressures 17466.2905 24.3676 16.3949
+ raw pressures : -0.15130E+01 0.36254E+00
+ Smoothing pressures 17466.5156 24.5927 0.2251
+ do leaf measurements 17466.5167 24.5938 0.0011
+ compute convergence criterion 17466.5587 24.6358 0.0420
+ velocity_diff_norm = 0.0107382 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17466.5636
+ -----------------------------------
+ build system 17466.5681 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17474.5893 8.0257 8.0212
+ =================================
+ wsmp: initialisation time: 0.0491240 s
+ wsmp: ordering time: 4.1154342 s
+ wsmp: symbolic fact. time: 0.7102962 s
+ wsmp: Cholesky fact. time: 11.3870909 s
+ wsmp: Factorisation 14470.0419986 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0071051 s
+ ---------------------------------
+ wsmp: total solve time: 16.3901939 s
+ =================================
+ u : -0.10150E+01 0.20961E+00
+ v : -0.43093E-01 0.12573E+00
+ w : -0.72776E+00 0.22714E+00
+ =================================
+ Calculate pressures 17490.9955 24.4319 16.4062
+ raw pressures : -0.15347E+01 0.36031E+00
+ Smoothing pressures 17491.2192 24.6556 0.2238
+ do leaf measurements 17491.2203 24.6567 0.0011
+ compute convergence criterion 17491.2623 24.6987 0.0420
+ velocity_diff_norm = 0.0080944 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17491.2653 24.7017 0.0030
+Compute isostasy and adjust vertical 17491.2655 24.7019 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -113305426812437.77 159747210794743.56
+ def in m -7.963719367980957 0.62051868438720703
+ dimensionless def -1.7729105268205914E-6 2.27534839085170209E-5
+ Isostatic velocity range = -0.0172408 0.2268310
+ Compute divergence 17491.4794 24.9158 0.2139
+ wsmp_cleanup 17491.5158 24.9522 0.0364
+ Reset surface geometry 17491.5207 24.9571 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 17491.5288 24.9652 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17491.5464 24.9828 0.0176
+ Advect surface 1 17491.5465 24.9829 0.0001
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17491.7381 25.1744 0.1915
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17491.9300 25.3664 0.1920
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17492.1802 25.6166 0.2502
+ Advect the cloud 17492.3231 25.7595 0.1429
+ Write output 17493.0908 26.5272 0.7678
+ End of time step 17493.9460 27.3824 0.8552
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 108 17493.9462
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17493.9462 0.0001 0.0001
+ surface 01 17493.9463 0.0001 0.0000
+ S. 1: 16932points
+ refine surface 17493.9463 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 17493.9733 0.0271 0.0270
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 17493.9997 0.0536 0.0264
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17494.0246 0.0785 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16934points
+ surface 02 17494.0429 0.0968 0.0183
+ S. 2: 16927points
+ refine surface 17494.0431 0.0969 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 17494.0693 0.1231 0.0262
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 17494.0960 0.1499 0.0268
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17494.1212 0.1750 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16928points
+ surface 03 17494.1394 0.1932 0.0182
+ S. 3: 16928points
+ refine surface 17494.1395 0.1933 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 17494.1655 0.2194 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 17494.1923 0.2462 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17494.2174 0.2712 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16929points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17494.2421
+ -----------------------------------------------------------------------
+ Create octree solve 17494.2423 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17494.2582 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 17494.2799 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17494.2806 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17494.2948 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 17494.4170 0.1749 0.1222
+ Imbed surface in osolve 17494.6036 0.3616 0.1866
+ embedding surface 1 17494.6038 0.3617 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17496.5895 2.3475 1.9857
+ osolve%nleaves= 59424
+ embedding surface 3 17498.6969 4.4549 2.1074
+ osolve%nleaves= 64128
+ Assessing octree stability 17502.2549 8.0128 3.5580
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17502.2605 8.0185 0.0056
+ Interpolate velo onto osolve 17502.6310 8.3889 0.3704
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17502.7462 8.5041 0.1152
+ Find void 17503.0221 8.7800 0.2759
+ whole leaf in fluid 32992
+ Define boundary conditions 17503.0516 8.8096 0.0296
+ wsmp setup1 17503.0591 8.8170 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17504.0757 9.8337 1.0167
+ -----------------------------------
+ start of non-linear iteratio 1 17504.1222
+ -----------------------------------
+ build system 17504.1224 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38939E-05 8.59001E+00
+ viscosity capped in 37088
+ wsmp solve 17512.0878 7.9655 7.9654
+ =================================
+ wsmp: initialisation time: 0.0527279 s
+ wsmp: ordering time: 4.1126051 s
+ wsmp: symbolic fact. time: 0.7064240 s
+ wsmp: Cholesky fact. time: 11.4019969 s
+ wsmp: Factorisation 14451.1251870 Mflops
+ wsmp: back substitution time: 0.1210361 s
+ wsmp: from b to rhs vector: 0.0072901 s
+ ---------------------------------
+ wsmp: total solve time: 16.4024971 s
+ =================================
+ u : -0.10165E+01 0.18378E+00
+ v : -0.97636E-01 0.10972E+00
+ w : -0.76152E+00 0.25928E+00
+ =================================
+ Calculate pressures 17528.5056 24.3833 16.4178
+ raw pressures : -0.35068E+00 0.00000E+00
+ Smoothing pressures 17528.7292 24.6070 0.2237
+ do leaf measurements 17528.7303 24.6081 0.0011
+ compute convergence criterion 17528.7716 24.6494 0.0413
+ velocity_diff_norm = 0.5887924 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17528.7764
+ -----------------------------------
+ build system 17528.7808 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79145E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17536.7214 7.9450 7.9406
+ =================================
+ wsmp: initialisation time: 0.0505700 s
+ wsmp: ordering time: 4.1361229 s
+ wsmp: symbolic fact. time: 0.7138009 s
+ wsmp: Cholesky fact. time: 11.4173560 s
+ wsmp: Factorisation 14431.6848550 Mflops
+ wsmp: back substitution time: 0.1214259 s
+ wsmp: from b to rhs vector: 0.0072079 s
+ ---------------------------------
+ wsmp: total solve time: 16.4468460 s
+ =================================
+ u : -0.10155E+01 0.13651E+00
+ v : -0.48136E-01 0.10227E+00
+ w : -0.76699E+00 0.22589E+00
+ =================================
+ Calculate pressures 17553.1841 24.4077 16.4627
+ raw pressures : -0.12353E+01 0.19359E+00
+ Smoothing pressures 17553.4100 24.6336 0.2258
+ do leaf measurements 17553.4111 24.6347 0.0011
+ compute convergence criterion 17553.4524 24.6760 0.0413
+ velocity_diff_norm = 0.0712290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17553.4573
+ -----------------------------------
+ build system 17553.4617 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17561.4404 7.9830 7.9786
+ =================================
+ wsmp: initialisation time: 0.0496612 s
+ wsmp: ordering time: 4.1140380 s
+ wsmp: symbolic fact. time: 0.7091050 s
+ wsmp: Cholesky fact. time: 11.3753641 s
+ wsmp: Factorisation 14484.9591566 Mflops
+ wsmp: back substitution time: 0.1209130 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.3767462 s
+ =================================
+ u : -0.10165E+01 0.15489E+00
+ v : -0.40230E-01 0.11856E+00
+ w : -0.74641E+00 0.23118E+00
+ =================================
+ Calculate pressures 17577.8329 24.3756 16.3925
+ raw pressures : -0.13708E+01 0.31172E+00
+ Smoothing pressures 17578.0562 24.5989 0.2233
+ do leaf measurements 17578.0574 24.6001 0.0011
+ compute convergence criterion 17578.0990 24.6417 0.0416
+ velocity_diff_norm = 0.0361410 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17578.1039
+ -----------------------------------
+ build system 17578.1084 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17586.0452 7.9413 7.9368
+ =================================
+ wsmp: initialisation time: 0.0488000 s
+ wsmp: ordering time: 4.1007469 s
+ wsmp: symbolic fact. time: 0.7088652 s
+ wsmp: Cholesky fact. time: 11.4485300 s
+ wsmp: Factorisation 14392.3878846 Mflops
+ wsmp: back substitution time: 0.1212370 s
+ wsmp: from b to rhs vector: 0.0072908 s
+ ---------------------------------
+ wsmp: total solve time: 16.4358580 s
+ =================================
+ u : -0.10159E+01 0.17598E+00
+ v : -0.40367E-01 0.12315E+00
+ w : -0.73703E+00 0.22876E+00
+ =================================
+ Calculate pressures 17602.4965 24.3926 16.4513
+ raw pressures : -0.14697E+01 0.35376E+00
+ Smoothing pressures 17602.7210 24.6171 0.2245
+ do leaf measurements 17602.7220 24.6182 0.0011
+ compute convergence criterion 17602.7633 24.6594 0.0413
+ velocity_diff_norm = 0.0158982 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17602.7682
+ -----------------------------------
+ build system 17602.7726 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17610.7339 7.9657 7.9613
+ =================================
+ wsmp: initialisation time: 0.0514419 s
+ wsmp: ordering time: 4.1082900 s
+ wsmp: symbolic fact. time: 0.7115092 s
+ wsmp: Cholesky fact. time: 11.3698859 s
+ wsmp: Factorisation 14491.9381789 Mflops
+ wsmp: back substitution time: 0.1215129 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.3702409 s
+ =================================
+ u : -0.10154E+01 0.19389E+00
+ v : -0.40511E-01 0.12559E+00
+ w : -0.73231E+00 0.22786E+00
+ =================================
+ Calculate pressures 17627.1202 24.3520 16.3863
+ raw pressures : -0.15136E+01 0.36292E+00
+ Smoothing pressures 17627.3454 24.5772 0.2252
+ do leaf measurements 17627.3465 24.5783 0.0010
+ compute convergence criterion 17627.3879 24.6197 0.0414
+ velocity_diff_norm = 0.0107296 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17627.3928
+ -----------------------------------
+ build system 17627.3972 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17635.4220 8.0292 8.0248
+ =================================
+ wsmp: initialisation time: 0.0488279 s
+ wsmp: ordering time: 4.1077461 s
+ wsmp: symbolic fact. time: 0.7088649 s
+ wsmp: Cholesky fact. time: 11.3836439 s
+ wsmp: Factorisation 14474.4236398 Mflops
+ wsmp: back substitution time: 0.1208351 s
+ wsmp: from b to rhs vector: 0.0072782 s
+ ---------------------------------
+ wsmp: total solve time: 16.3775849 s
+ =================================
+ u : -0.10149E+01 0.20954E+00
+ v : -0.42967E-01 0.12559E+00
+ w : -0.72782E+00 0.22742E+00
+ =================================
+ Calculate pressures 17651.8154 24.4226 16.3934
+ raw pressures : -0.15350E+01 0.36048E+00
+ Smoothing pressures 17652.0396 24.6468 0.2242
+ do leaf measurements 17652.0407 24.6479 0.0011
+ compute convergence criterion 17652.0820 24.6892 0.0413
+ velocity_diff_norm = 0.0080885 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17652.0850 24.6923 0.0031
+Compute isostasy and adjust vertical 17652.0852 24.6924 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -113893179375384.2 161194262302035.88
+ def in m -7.9619851112365723 0.61919486522674561
+ dimensionless def -1.76912818636213041E-6 2.27485288892473489E-5
+ Isostatic velocity range = -0.0171970 0.2267831
+ Compute divergence 17652.2856 24.8928 0.2003
+ wsmp_cleanup 17652.3249 24.9321 0.0393
+ Reset surface geometry 17652.3294 24.9366 0.0045
+ -----------------------------------------------------------------------
+ Temperature calculations 17652.3378 24.9450 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17652.3540 24.9612 0.0162
+ Advect surface 1 17652.3541 24.9614 0.0001
+ removing 2 particle from surface
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17652.5661 25.1733 0.2119
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17652.7632 25.3705 0.1972
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17653.0140 25.6212 0.2507
+ Advect the cloud 17653.1567 25.7639 0.1427
+ Write output 17653.9239 26.5311 0.7672
+ End of time step 17654.7775 27.3848 0.8537
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 109 17654.7777
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17654.7777 0.0001 0.0001
+ surface 01 17654.7778 0.0001 0.0000
+ S. 1: 16932points
+ refine surface 17654.7778 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17654.8029 0.0252 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 17654.8211 0.0434 0.0182
+ S. 2: 16928points
+ refine surface 17654.8213 0.0436 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 17654.8473 0.0696 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 17654.8742 0.0965 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17654.9000 0.1223 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16929points
+ surface 03 17654.9177 0.1401 0.0177
+ S. 3: 16929points
+ refine surface 17654.9179 0.1402 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17654.9421 0.1644 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16929points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17654.9674
+ -----------------------------------------------------------------------
+ Create octree solve 17654.9676 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17654.9835 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 17655.0056 0.0383 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17655.0064 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17655.0206 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 17655.1427 0.1754 0.1222
+ Imbed surface in osolve 17655.3290 0.3616 0.1863
+ embedding surface 1 17655.3292 0.3618 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17657.3034 2.3360 1.9742
+ osolve%nleaves= 59424
+ embedding surface 3 17659.4039 4.4365 2.1005
+ osolve%nleaves= 64128
+ Assessing octree stability 17662.9512 7.9838 3.5473
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17662.9577 7.9903 0.0065
+ Interpolate velo onto osolve 17663.3219 8.3545 0.3642
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17663.4450 8.4776 0.1231
+ Find void 17663.7185 8.7512 0.2736
+ whole leaf in fluid 32992
+ Define boundary conditions 17663.7481 8.7807 0.0296
+ wsmp setup1 17663.7555 8.7881 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17664.7708 9.8034 1.0153
+ -----------------------------------
+ start of non-linear iteratio 1 17664.8158
+ -----------------------------------
+ build system 17664.8160 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.52166E+00
+ viscosity capped in 37088
+ wsmp solve 17672.7970 7.9812 7.9811
+ =================================
+ wsmp: initialisation time: 0.0497658 s
+ wsmp: ordering time: 4.1143150 s
+ wsmp: symbolic fact. time: 0.7126601 s
+ wsmp: Cholesky fact. time: 11.3934920 s
+ wsmp: Factorisation 14461.9124773 Mflops
+ wsmp: back substitution time: 0.1210961 s
+ wsmp: from b to rhs vector: 0.0073330 s
+ ---------------------------------
+ wsmp: total solve time: 16.3991029 s
+ =================================
+ u : -0.10493E+01 0.18356E+00
+ v : -0.97593E-01 0.10955E+00
+ w : -0.76149E+00 0.25796E+00
+ =================================
+ Calculate pressures 17689.2115 24.3957 16.4144
+ raw pressures : -0.35069E+00 0.00000E+00
+ Smoothing pressures 17689.4355 24.6197 0.2240
+ do leaf measurements 17689.4366 24.6207 0.0011
+ compute convergence criterion 17689.4778 24.6620 0.0413
+ velocity_diff_norm = 0.5890251 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17689.4824
+ -----------------------------------
+ build system 17689.4866 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79068E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17697.4220 7.9397 7.9354
+ =================================
+ wsmp: initialisation time: 0.0482550 s
+ wsmp: ordering time: 4.1272161 s
+ wsmp: symbolic fact. time: 0.7138901 s
+ wsmp: Cholesky fact. time: 11.4147141 s
+ wsmp: Factorisation 14435.0250441 Mflops
+ wsmp: back substitution time: 0.1218722 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.4336009 s
+ =================================
+ u : -0.10157E+01 0.13623E+00
+ v : -0.48271E-01 0.10249E+00
+ w : -0.76689E+00 0.22620E+00
+ =================================
+ Calculate pressures 17713.8713 24.3890 16.4493
+ raw pressures : -0.12349E+01 0.18598E+00
+ Smoothing pressures 17714.0980 24.6156 0.2266
+ do leaf measurements 17714.0991 24.6168 0.0011
+ compute convergence criterion 17714.1403 24.6580 0.0412
+ velocity_diff_norm = 0.0711377 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17714.1451
+ -----------------------------------
+ build system 17714.1495 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17722.1360 7.9909 7.9866
+ =================================
+ wsmp: initialisation time: 0.0501420 s
+ wsmp: ordering time: 4.0983241 s
+ wsmp: symbolic fact. time: 0.7092481 s
+ wsmp: Cholesky fact. time: 11.3718259 s
+ wsmp: Factorisation 14489.4658817 Mflops
+ wsmp: back substitution time: 0.1208601 s
+ wsmp: from b to rhs vector: 0.0073380 s
+ ---------------------------------
+ wsmp: total solve time: 16.3581731 s
+ =================================
+ u : -0.10167E+01 0.15476E+00
+ v : -0.40203E-01 0.11862E+00
+ w : -0.74623E+00 0.23122E+00
+ =================================
+ Calculate pressures 17738.5099 24.3648 16.3739
+ raw pressures : -0.13701E+01 0.31101E+00
+ Smoothing pressures 17738.7331 24.5880 0.2232
+ do leaf measurements 17738.7342 24.5891 0.0011
+ compute convergence criterion 17738.7758 24.6307 0.0416
+ velocity_diff_norm = 0.0361219 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17738.7808
+ -----------------------------------
+ build system 17738.7852 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17746.7268 7.9460 7.9415
+ =================================
+ wsmp: initialisation time: 0.0513990 s
+ wsmp: ordering time: 4.0930860 s
+ wsmp: symbolic fact. time: 0.7062509 s
+ wsmp: Cholesky fact. time: 11.4373569 s
+ wsmp: Factorisation 14406.4476270 Mflops
+ wsmp: back substitution time: 0.1213300 s
+ wsmp: from b to rhs vector: 0.0074091 s
+ ---------------------------------
+ wsmp: total solve time: 16.4172521 s
+ =================================
+ u : -0.10160E+01 0.17594E+00
+ v : -0.40277E-01 0.12322E+00
+ w : -0.73689E+00 0.22869E+00
+ =================================
+ Calculate pressures 17763.1591 24.3784 16.4324
+ raw pressures : -0.14691E+01 0.35317E+00
+ Smoothing pressures 17763.3836 24.6029 0.2245
+ do leaf measurements 17763.3847 24.6040 0.0011
+ compute convergence criterion 17763.4260 24.6452 0.0413
+ velocity_diff_norm = 0.0159537 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17763.4308
+ -----------------------------------
+ build system 17763.4353 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17771.3865 7.9557 7.9513
+ =================================
+ wsmp: initialisation time: 0.0512090 s
+ wsmp: ordering time: 4.1227190 s
+ wsmp: symbolic fact. time: 0.7145910 s
+ wsmp: Cholesky fact. time: 11.3698170 s
+ wsmp: Factorisation 14492.0260024 Mflops
+ wsmp: back substitution time: 0.1213329 s
+ wsmp: from b to rhs vector: 0.0072532 s
+ ---------------------------------
+ wsmp: total solve time: 16.3873379 s
+ =================================
+ u : -0.10155E+01 0.19385E+00
+ v : -0.40513E-01 0.12567E+00
+ w : -0.73216E+00 0.22773E+00
+ =================================
+ Calculate pressures 17787.7897 24.3588 16.4031
+ raw pressures : -0.15126E+01 0.36212E+00
+ Smoothing pressures 17788.0155 24.5847 0.2258
+ do leaf measurements 17788.0166 24.5858 0.0011
+ compute convergence criterion 17788.0580 24.6272 0.0414
+ velocity_diff_norm = 0.0107462 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17788.0629
+ -----------------------------------
+ build system 17788.0673 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17796.0877 8.0248 8.0204
+ =================================
+ wsmp: initialisation time: 0.0489569 s
+ wsmp: ordering time: 4.1115789 s
+ wsmp: symbolic fact. time: 0.7073081 s
+ wsmp: Cholesky fact. time: 11.3761022 s
+ wsmp: Factorisation 14484.0192929 Mflops
+ wsmp: back substitution time: 0.1209049 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.3724611 s
+ =================================
+ u : -0.10150E+01 0.20951E+00
+ v : -0.42951E-01 0.12566E+00
+ w : -0.72764E+00 0.22720E+00
+ =================================
+ Calculate pressures 17812.4763 24.4135 16.3886
+ raw pressures : -0.15344E+01 0.35997E+00
+ Smoothing pressures 17812.7000 24.6372 0.2237
+ do leaf measurements 17812.7011 24.6383 0.0011
+ compute convergence criterion 17812.7424 24.6795 0.0412
+ velocity_diff_norm = 0.0080875 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17812.7454 24.6826 0.0030
+Compute isostasy and adjust vertical 17812.7456 24.6827 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -114488715197459.86 162631453566341.38
+ def in m -7.9498329162597656 0.62280905246734619
+ dimensionless def -1.77945443562098914E-6 2.27138083321707579E-5
+ Isostatic velocity range = -0.0172903 0.2264440
+ Compute divergence 17812.9436 24.8808 0.1980
+ wsmp_cleanup 17812.9903 24.9275 0.0467
+ Reset surface geometry 17812.9952 24.9323 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 17813.0029 24.9401 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17813.0160 24.9532 0.0131
+ Advect surface 1 17813.0162 24.9533 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17813.2114 25.1486 0.1953
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17813.4081 25.3453 0.1967
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17813.6600 25.5971 0.2519
+ Advect the cloud 17813.8027 25.7398 0.1427
+ Write output 17814.5716 26.5087 0.7689
+ End of time step 17815.4241 27.3612 0.8525
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 110 17815.4242
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17815.4243 0.0001 0.0001
+ surface 01 17815.4243 0.0001 0.0000
+ S. 1: 16932points
+ refine surface 17815.4244 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17815.4499 0.0257 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16932points
+ surface 02 17815.4676 0.0434 0.0177
+ S. 2: 16929points
+ refine surface 17815.4678 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17815.4919 0.0677 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16929points
+ surface 03 17815.5110 0.0867 0.0190
+ S. 3: 16929points
+ refine surface 17815.5111 0.0869 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 17815.5370 0.1128 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 17815.5593 0.1351 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17815.5839 0.1597 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16930points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17815.6089
+ -----------------------------------------------------------------------
+ Create octree solve 17815.6092 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17815.6252 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 17815.6470 0.0381 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17815.6478 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17815.6621 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 17815.7855 0.1766 0.1234
+ Imbed surface in osolve 17815.9705 0.3616 0.1851
+ embedding surface 1 17815.9707 0.3618 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 17817.9411 2.3322 1.9705
+ osolve%nleaves= 59424
+ embedding surface 3 17820.0304 4.4214 2.0892
+ osolve%nleaves= 64128
+ Assessing octree stability 17823.5792 7.9703 3.5489
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17823.5845 7.9756 0.0053
+ Interpolate velo onto osolve 17823.9781 8.3692 0.3935
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17824.0629 8.4540 0.0849
+ Find void 17824.3339 8.7250 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 17824.3627 8.7538 0.0288
+ wsmp setup1 17824.3700 8.7611 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17825.3830 9.7741 1.0131
+ -----------------------------------
+ start of non-linear iteratio 1 17825.4297
+ -----------------------------------
+ build system 17825.4299 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.90845E+00
+ viscosity capped in 37088
+ wsmp solve 17833.4222 7.9925 7.9923
+ =================================
+ wsmp: initialisation time: 0.0536730 s
+ wsmp: ordering time: 4.1123500 s
+ wsmp: symbolic fact. time: 0.7085221 s
+ wsmp: Cholesky fact. time: 11.3891940 s
+ wsmp: Factorisation 14467.3700093 Mflops
+ wsmp: back substitution time: 0.1209641 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3923631 s
+ =================================
+ u : -0.10354E+01 0.18385E+00
+ v : -0.98412E-01 0.11054E+00
+ w : -0.76112E+00 0.26018E+00
+ =================================
+ Calculate pressures 17849.8305 24.4008 16.4083
+ raw pressures : -0.35075E+00 0.00000E+00
+ Smoothing pressures 17850.0541 24.6244 0.2236
+ do leaf measurements 17850.0552 24.6255 0.0011
+ compute convergence criterion 17850.0972 24.6675 0.0420
+ velocity_diff_norm = 0.5881431 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 17850.1019
+ -----------------------------------
+ build system 17850.1063 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77661E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17858.0480 7.9461 7.9418
+ =================================
+ wsmp: initialisation time: 0.0495350 s
+ wsmp: ordering time: 4.1304059 s
+ wsmp: symbolic fact. time: 0.7120960 s
+ wsmp: Cholesky fact. time: 11.4250710 s
+ wsmp: Factorisation 14421.9395976 Mflops
+ wsmp: back substitution time: 0.1215851 s
+ wsmp: from b to rhs vector: 0.0072739 s
+ ---------------------------------
+ wsmp: total solve time: 16.4463911 s
+ =================================
+ u : -0.10154E+01 0.13631E+00
+ v : -0.48530E-01 0.10216E+00
+ w : -0.76668E+00 0.22734E+00
+ =================================
+ Calculate pressures 17874.5099 24.4080 16.4619
+ raw pressures : -0.12351E+01 0.20758E+00
+ Smoothing pressures 17874.7370 24.6351 0.2271
+ do leaf measurements 17874.7381 24.6362 0.0011
+ compute convergence criterion 17874.7801 24.6782 0.0420
+ velocity_diff_norm = 0.0706383 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 17874.7849
+ -----------------------------------
+ build system 17874.7892 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17882.7828 7.9979 7.9935
+ =================================
+ wsmp: initialisation time: 0.0499380 s
+ wsmp: ordering time: 4.1108150 s
+ wsmp: symbolic fact. time: 0.7060101 s
+ wsmp: Cholesky fact. time: 11.3775311 s
+ wsmp: Factorisation 14482.2003234 Mflops
+ wsmp: back substitution time: 0.1209362 s
+ wsmp: from b to rhs vector: 0.0073340 s
+ ---------------------------------
+ wsmp: total solve time: 16.3729801 s
+ =================================
+ u : -0.10165E+01 0.15471E+00
+ v : -0.40389E-01 0.11832E+00
+ w : -0.74629E+00 0.23216E+00
+ =================================
+ Calculate pressures 17899.1714 24.3866 16.3887
+ raw pressures : -0.13696E+01 0.31098E+00
+ Smoothing pressures 17899.3992 24.6144 0.2278
+ do leaf measurements 17899.4004 24.6155 0.0011
+ compute convergence criterion 17899.4426 24.6578 0.0423
+ velocity_diff_norm = 0.0361030 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 17899.4474
+ -----------------------------------
+ build system 17899.4519 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17907.4000 7.9526 7.9482
+ =================================
+ wsmp: initialisation time: 0.0544989 s
+ wsmp: ordering time: 4.1025360 s
+ wsmp: symbolic fact. time: 0.7018631 s
+ wsmp: Cholesky fact. time: 11.4293561 s
+ wsmp: Factorisation 14416.5325203 Mflops
+ wsmp: back substitution time: 0.1209359 s
+ wsmp: from b to rhs vector: 0.0071139 s
+ ---------------------------------
+ wsmp: total solve time: 16.4167070 s
+ =================================
+ u : -0.10158E+01 0.17581E+00
+ v : -0.40505E-01 0.12300E+00
+ w : -0.73689E+00 0.22934E+00
+ =================================
+ Calculate pressures 17923.8324 24.3849 16.4323
+ raw pressures : -0.14685E+01 0.35329E+00
+ Smoothing pressures 17924.0564 24.6090 0.2241
+ do leaf measurements 17924.0575 24.6101 0.0011
+ compute convergence criterion 17924.0995 24.6521 0.0420
+ velocity_diff_norm = 0.0159439 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 17924.1043
+ -----------------------------------
+ build system 17924.1087 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17932.0563 7.9521 7.9477
+ =================================
+ wsmp: initialisation time: 0.0510490 s
+ wsmp: ordering time: 4.1173120 s
+ wsmp: symbolic fact. time: 0.7134700 s
+ wsmp: Cholesky fact. time: 11.3645651 s
+ wsmp: Factorisation 14498.7231743 Mflops
+ wsmp: back substitution time: 0.1215091 s
+ wsmp: from b to rhs vector: 0.0072689 s
+ ---------------------------------
+ wsmp: total solve time: 16.3755910 s
+ =================================
+ u : -0.10153E+01 0.19371E+00
+ v : -0.40461E-01 0.12545E+00
+ w : -0.73218E+00 0.22813E+00
+ =================================
+ Calculate pressures 17948.4475 24.3432 16.3912
+ raw pressures : -0.15123E+01 0.36239E+00
+ Smoothing pressures 17948.6740 24.5698 0.2265
+ do leaf measurements 17948.6751 24.5708 0.0011
+ compute convergence criterion 17948.7172 24.6129 0.0420
+ velocity_diff_norm = 0.0107350 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 17948.7219
+ -----------------------------------
+ build system 17948.7263 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 17956.7373 8.0153 8.0110
+ =================================
+ wsmp: initialisation time: 0.0476022 s
+ wsmp: ordering time: 4.1070700 s
+ wsmp: symbolic fact. time: 0.7059598 s
+ wsmp: Cholesky fact. time: 11.3774118 s
+ wsmp: Factorisation 14482.3520637 Mflops
+ wsmp: back substitution time: 0.1208100 s
+ wsmp: from b to rhs vector: 0.0072639 s
+ ---------------------------------
+ wsmp: total solve time: 16.3665290 s
+ =================================
+ u : -0.10149E+01 0.20935E+00
+ v : -0.42925E-01 0.12547E+00
+ w : -0.72769E+00 0.22751E+00
+ =================================
+ Calculate pressures 17973.1194 24.3975 16.3821
+ raw pressures : -0.15339E+01 0.36002E+00
+ Smoothing pressures 17973.3428 24.6209 0.2234
+ do leaf measurements 17973.3439 24.6220 0.0011
+ compute convergence criterion 17973.3859 24.6640 0.0420
+ velocity_diff_norm = 0.0080884 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 17973.3889 24.6670 0.0030
+Compute isostasy and adjust vertical 17973.3891 24.6672 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -115095359222328.31 164042872320406.31
+ def in m -7.9599943161010742 0.62344920635223389
+ dimensionless def -1.78128344672066821E-6 2.27428409031459268E-5
+ Isostatic velocity range = -0.0173016 0.2267335
+ Compute divergence 17973.5943 24.8724 0.2052
+ wsmp_cleanup 17973.6334 24.9115 0.0391
+ Reset surface geometry 17973.6381 24.9162 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 17973.6464 24.9245 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 17973.6626 24.9407 0.0162
+ Advect surface 1 17973.6627 24.9408 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 17973.8576 25.1357 0.1949
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 17974.0541 25.3322 0.1965
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 17974.3075 25.5855 0.2533
+ Advect the cloud 17974.4495 25.7276 0.1420
+ Write output 17975.2154 26.4935 0.7660
+ End of time step 17976.0758 27.3539 0.8603
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 111 17976.0759
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 17976.0760 0.0001 0.0001
+ surface 01 17976.0760 0.0001 0.0000
+ S. 1: 16932points
+ refine surface 17976.0760 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 17976.1023 0.0264 0.0262
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 17976.1243 0.0484 0.0221
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 17976.1493 0.0734 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16933points
+ surface 02 17976.1676 0.0917 0.0183
+ S. 2: 16929points
+ refine surface 17976.1678 0.0919 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 17976.1928 0.1169 0.0250
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 17976.2171 0.1412 0.0243
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 17976.2412 0.1653 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16930points
+ surface 03 17976.2607 0.1848 0.0195
+ S. 3: 16930points
+ refine surface 17976.2609 0.1850 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 17976.2852 0.2093 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16930points
+ -----------------------------------------------------------------------
+ Start of iteration 1 17976.3102
+ -----------------------------------------------------------------------
+ Create octree solve 17976.3104 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 17976.3265 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 17976.3484 0.0382 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 17976.3491 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 17976.3634 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 17976.4870 0.1768 0.1235
+ Imbed surface in osolve 17976.6694 0.3592 0.1824
+ embedding surface 1 17976.6695 0.3593 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 17978.6286 2.3184 1.9591
+ osolve%nleaves= 59424
+ embedding surface 3 17980.7275 4.4173 2.0989
+ osolve%nleaves= 64128
+ Assessing octree stability 17984.2790 7.9688 3.5514
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 17984.2871 7.9769 0.0081
+ Interpolate velo onto osolve 17984.6576 8.3474 0.3705
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 17984.7583 8.4481 0.1007
+ Find void 17985.0293 8.7191 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 17985.0585 8.7483 0.0291
+ wsmp setup1 17985.0658 8.7556 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 17986.0652 9.7550 0.9994
+ -----------------------------------
+ start of non-linear iteratio 1 17986.1123
+ -----------------------------------
+ build system 17986.1124 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.68081E+00
+ viscosity capped in 37088
+ wsmp solve 17994.1067 7.9945 7.9943
+ =================================
+ wsmp: initialisation time: 0.0522571 s
+ wsmp: ordering time: 4.1001160 s
+ wsmp: symbolic fact. time: 0.7069912 s
+ wsmp: Cholesky fact. time: 11.3881569 s
+ wsmp: Factorisation 14468.6875544 Mflops
+ wsmp: back substitution time: 0.1206880 s
+ wsmp: from b to rhs vector: 0.0071411 s
+ ---------------------------------
+ wsmp: total solve time: 16.3757260 s
+ =================================
+ u : -0.10582E+01 0.18392E+00
+ v : -0.97569E-01 0.10929E+00
+ w : -0.76134E+00 0.26007E+00
+ =================================
+ Calculate pressures 18010.4976 24.3853 16.3908
+ raw pressures : -0.35068E+00 0.00000E+00
+ Smoothing pressures 18010.7218 24.6095 0.2242
+ do leaf measurements 18010.7229 24.6106 0.0011
+ compute convergence criterion 18010.7645 24.6522 0.0416
+ velocity_diff_norm = 0.5890443 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18010.7692
+ -----------------------------------
+ build system 18010.7736 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79571E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18018.7143 7.9451 7.9407
+ =================================
+ wsmp: initialisation time: 0.0520811 s
+ wsmp: ordering time: 4.1239650 s
+ wsmp: symbolic fact. time: 0.7136290 s
+ wsmp: Cholesky fact. time: 11.4259071 s
+ wsmp: Factorisation 14420.8842176 Mflops
+ wsmp: back substitution time: 0.1215692 s
+ wsmp: from b to rhs vector: 0.0070629 s
+ ---------------------------------
+ wsmp: total solve time: 16.4445758 s
+ =================================
+ u : -0.10155E+01 0.13654E+00
+ v : -0.48264E-01 0.10218E+00
+ w : -0.76690E+00 0.22601E+00
+ =================================
+ Calculate pressures 18035.1747 24.4055 16.4604
+ raw pressures : -0.12355E+01 0.18106E+00
+ Smoothing pressures 18035.4014 24.6322 0.2267
+ do leaf measurements 18035.4025 24.6333 0.0011
+ compute convergence criterion 18035.4442 24.6750 0.0417
+ velocity_diff_norm = 0.0712997 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18035.4490
+ -----------------------------------
+ build system 18035.4534 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18043.4589 8.0100 8.0055
+ =================================
+ wsmp: initialisation time: 0.0515621 s
+ wsmp: ordering time: 4.1033900 s
+ wsmp: symbolic fact. time: 0.7081001 s
+ wsmp: Cholesky fact. time: 11.3701429 s
+ wsmp: Factorisation 14491.6105974 Mflops
+ wsmp: back substitution time: 0.1209960 s
+ wsmp: from b to rhs vector: 0.0071959 s
+ ---------------------------------
+ wsmp: total solve time: 16.3617699 s
+ =================================
+ u : -0.10166E+01 0.15495E+00
+ v : -0.40420E-01 0.11860E+00
+ w : -0.74637E+00 0.23136E+00
+ =================================
+ Calculate pressures 18059.8365 24.3875 16.3775
+ raw pressures : -0.13705E+01 0.31156E+00
+ Smoothing pressures 18060.0596 24.6106 0.2231
+ do leaf measurements 18060.0607 24.6117 0.0012
+ compute convergence criterion 18060.1029 24.6539 0.0422
+ velocity_diff_norm = 0.0360549 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18060.1078
+ -----------------------------------
+ build system 18060.1123 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18068.0676 7.9598 7.9553
+ =================================
+ wsmp: initialisation time: 0.0510690 s
+ wsmp: ordering time: 4.0958459 s
+ wsmp: symbolic fact. time: 0.7074459 s
+ wsmp: Cholesky fact. time: 11.4208939 s
+ wsmp: Factorisation 14427.2142977 Mflops
+ wsmp: back substitution time: 0.1208050 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.4035950 s
+ =================================
+ u : -0.10160E+01 0.17604E+00
+ v : -0.40492E-01 0.12320E+00
+ w : -0.73699E+00 0.22879E+00
+ =================================
+ Calculate pressures 18084.4870 24.3793 16.4194
+ raw pressures : -0.14694E+01 0.35402E+00
+ Smoothing pressures 18084.7111 24.6034 0.2241
+ do leaf measurements 18084.7122 24.6045 0.0011
+ compute convergence criterion 18084.7539 24.6462 0.0417
+ velocity_diff_norm = 0.0159578 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18084.7587
+ -----------------------------------
+ build system 18084.7632 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18092.7013 7.9425 7.9381
+ =================================
+ wsmp: initialisation time: 0.0488970 s
+ wsmp: ordering time: 4.1120448 s
+ wsmp: symbolic fact. time: 0.7136869 s
+ wsmp: Cholesky fact. time: 11.3682859 s
+ wsmp: Factorisation 14493.9778438 Mflops
+ wsmp: back substitution time: 0.1215830 s
+ wsmp: from b to rhs vector: 0.0071499 s
+ ---------------------------------
+ wsmp: total solve time: 16.3720269 s
+ =================================
+ u : -0.10155E+01 0.19393E+00
+ v : -0.40528E-01 0.12562E+00
+ w : -0.73227E+00 0.22791E+00
+ =================================
+ Calculate pressures 18109.0896 24.3308 16.3883
+ raw pressures : -0.15129E+01 0.36279E+00
+ Smoothing pressures 18109.3157 24.5570 0.2262
+ do leaf measurements 18109.3168 24.5581 0.0011
+ compute convergence criterion 18109.3584 24.5997 0.0416
+ velocity_diff_norm = 0.0107451 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18109.3632
+ -----------------------------------
+ build system 18109.3676 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18117.3787 8.0156 8.0112
+ =================================
+ wsmp: initialisation time: 0.0485868 s
+ wsmp: ordering time: 4.1085942 s
+ wsmp: symbolic fact. time: 0.7070031 s
+ wsmp: Cholesky fact. time: 11.3807750 s
+ wsmp: Factorisation 14478.0723843 Mflops
+ wsmp: back substitution time: 0.1205509 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.3730679 s
+ =================================
+ u : -0.10150E+01 0.20959E+00
+ v : -0.42964E-01 0.12565E+00
+ w : -0.72773E+00 0.22736E+00
+ =================================
+ Calculate pressures 18133.7681 24.4049 16.3893
+ raw pressures : -0.15346E+01 0.36061E+00
+ Smoothing pressures 18133.9915 24.6283 0.2235
+ do leaf measurements 18133.9927 24.6295 0.0011
+ compute convergence criterion 18134.0343 24.6711 0.0416
+ velocity_diff_norm = 0.0080955 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18134.0372 24.6741 0.0030
+Compute isostasy and adjust vertical 18134.0374 24.6742 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -115697566850386.34 165453118285687.53
+ def in m -7.9666709899902344 0.62761479616165161
+ dimensionless def -1.79318513189043322E-6 2.2761917114257812E-5
+ Isostatic velocity range = -0.0174089 0.2269172
+ Compute divergence 18134.2537 24.8906 0.2163
+ wsmp_cleanup 18134.2899 24.9268 0.0362
+ Reset surface geometry 18134.2949 24.9318 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 18134.3029 24.9398 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18134.3206 24.9575 0.0177
+ Advect surface 1 18134.3208 24.9576 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18134.5116 25.1484 0.1908
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18134.7073 25.3441 0.1957
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18134.9617 25.5986 0.2544
+ Advect the cloud 18135.1043 25.7411 0.1426
+ Write output 18135.8730 26.5098 0.7687
+ End of time step 18136.7388 27.3756 0.8658
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 112 18136.7389
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18136.7390 0.0001 0.0001
+ surface 01 18136.7390 0.0001 0.0000
+ S. 1: 16933points
+ refine surface 18136.7391 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 18136.7645 0.0256 0.0255
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 18136.7876 0.0487 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18136.8123 0.0734 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16934points
+ surface 02 18136.8310 0.0921 0.0187
+ S. 2: 16930points
+ refine surface 18136.8311 0.0922 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 18136.8565 0.1176 0.0254
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 18136.8800 0.1411 0.0235
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18136.9041 0.1652 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18136.9232 0.1843 0.0192
+ S. 3: 16930points
+ refine surface 18136.9234 0.1845 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18136.9479 0.2090 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16930points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18136.9724
+ -----------------------------------------------------------------------
+ Create octree solve 18136.9727 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18136.9887 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 18137.0108 0.0384 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18137.0116 0.0392 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18137.0259 0.0535 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18137.1492 0.1768 0.1233
+ Imbed surface in osolve 18137.3347 0.3622 0.1854
+ embedding surface 1 18137.3348 0.3624 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18139.3009 2.3285 1.9661
+ osolve%nleaves= 59424
+ embedding surface 3 18141.3831 4.4107 2.0822
+ osolve%nleaves= 64128
+ Assessing octree stability 18144.9350 7.9626 3.5519
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18144.9397 7.9673 0.0047
+ Interpolate velo onto osolve 18145.3306 8.3582 0.3909
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18145.4536 8.4812 0.1230
+ Find void 18145.7267 8.7542 0.2730
+ whole leaf in fluid 32992
+ Define boundary conditions 18145.7557 8.7833 0.0291
+ wsmp setup1 18145.7630 8.7906 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18146.7684 9.7959 1.0053
+ -----------------------------------
+ start of non-linear iteratio 1 18146.8163
+ -----------------------------------
+ build system 18146.8164 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.68622E+00
+ viscosity capped in 37088
+ wsmp solve 18154.8296 8.0134 8.0132
+ =================================
+ wsmp: initialisation time: 0.0521240 s
+ wsmp: ordering time: 4.1160860 s
+ wsmp: symbolic fact. time: 0.7067370 s
+ wsmp: Cholesky fact. time: 11.3827729 s
+ wsmp: Factorisation 14475.5311379 Mflops
+ wsmp: back substitution time: 0.1217611 s
+ wsmp: from b to rhs vector: 0.0073068 s
+ ---------------------------------
+ wsmp: total solve time: 16.3871441 s
+ =================================
+ u : -0.10324E+01 0.18424E+00
+ v : -0.97464E-01 0.10951E+00
+ w : -0.76149E+00 0.25948E+00
+ =================================
+ Calculate pressures 18171.2325 24.4162 16.4029
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 18171.4560 24.6397 0.2235
+ do leaf measurements 18171.4571 24.6408 0.0011
+ compute convergence criterion 18171.4993 24.6830 0.0422
+ velocity_diff_norm = 0.5890979 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18171.5040
+ -----------------------------------
+ build system 18171.5083 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79475E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18179.4409 7.9369 7.9326
+ =================================
+ wsmp: initialisation time: 0.0480831 s
+ wsmp: ordering time: 4.1346681 s
+ wsmp: symbolic fact. time: 0.7127910 s
+ wsmp: Cholesky fact. time: 11.4411259 s
+ wsmp: Factorisation 14401.7018736 Mflops
+ wsmp: back substitution time: 0.1214731 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4657612 s
+ =================================
+ u : -0.10157E+01 0.13676E+00
+ v : -0.48364E-01 0.10248E+00
+ w : -0.76707E+00 0.22513E+00
+ =================================
+ Calculate pressures 18195.9226 24.4186 16.4817
+ raw pressures : -0.12362E+01 0.19549E+00
+ Smoothing pressures 18196.1474 24.6434 0.2248
+ do leaf measurements 18196.1485 24.6445 0.0011
+ compute convergence criterion 18196.1908 24.6868 0.0423
+ velocity_diff_norm = 0.0714256 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18196.1956
+ -----------------------------------
+ build system 18196.2000 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18204.2084 8.0128 8.0084
+ =================================
+ wsmp: initialisation time: 0.0491190 s
+ wsmp: ordering time: 4.0994480 s
+ wsmp: symbolic fact. time: 0.7072451 s
+ wsmp: Cholesky fact. time: 11.3745921 s
+ wsmp: Factorisation 14485.9422581 Mflops
+ wsmp: back substitution time: 0.1205950 s
+ wsmp: from b to rhs vector: 0.0072999 s
+ ---------------------------------
+ wsmp: total solve time: 16.3586679 s
+ =================================
+ u : -0.10169E+01 0.15509E+00
+ v : -0.40305E-01 0.11884E+00
+ w : -0.74650E+00 0.23085E+00
+ =================================
+ Calculate pressures 18220.5827 24.3871 16.3743
+ raw pressures : -0.13710E+01 0.31193E+00
+ Smoothing pressures 18220.8062 24.6106 0.2235
+ do leaf measurements 18220.8073 24.6117 0.0011
+ compute convergence criterion 18220.8499 24.6543 0.0426
+ velocity_diff_norm = 0.0361618 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18220.8547
+ -----------------------------------
+ build system 18220.8592 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18228.8191 7.9643 7.9599
+ =================================
+ wsmp: initialisation time: 0.0488038 s
+ wsmp: ordering time: 4.1157441 s
+ wsmp: symbolic fact. time: 0.7085290 s
+ wsmp: Cholesky fact. time: 11.4073811 s
+ wsmp: Factorisation 14444.3043536 Mflops
+ wsmp: back substitution time: 0.1211140 s
+ wsmp: from b to rhs vector: 0.0071769 s
+ ---------------------------------
+ wsmp: total solve time: 16.4090910 s
+ =================================
+ u : -0.10161E+01 0.17614E+00
+ v : -0.40392E-01 0.12342E+00
+ w : -0.73709E+00 0.22850E+00
+ =================================
+ Calculate pressures 18245.2443 24.3896 16.4252
+ raw pressures : -0.14698E+01 0.35446E+00
+ Smoothing pressures 18245.4675 24.6127 0.2232
+ do leaf measurements 18245.4685 24.6138 0.0011
+ compute convergence criterion 18245.5108 24.6560 0.0422
+ velocity_diff_norm = 0.0159154 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18245.5155
+ -----------------------------------
+ build system 18245.5198 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18253.4527 7.9373 7.9329
+ =================================
+ wsmp: initialisation time: 0.0487950 s
+ wsmp: ordering time: 4.1183319 s
+ wsmp: symbolic fact. time: 0.7139010 s
+ wsmp: Cholesky fact. time: 11.3743479 s
+ wsmp: Factorisation 14486.2531864 Mflops
+ wsmp: back substitution time: 0.1216412 s
+ wsmp: from b to rhs vector: 0.0072808 s
+ ---------------------------------
+ wsmp: total solve time: 16.3846631 s
+ =================================
+ u : -0.10155E+01 0.19399E+00
+ v : -0.40550E-01 0.12577E+00
+ w : -0.73241E+00 0.22765E+00
+ =================================
+ Calculate pressures 18269.8534 24.3379 16.4007
+ raw pressures : -0.15134E+01 0.36336E+00
+ Smoothing pressures 18270.0781 24.5626 0.2247
+ do leaf measurements 18270.0792 24.5637 0.0011
+ compute convergence criterion 18270.1214 24.6059 0.0423
+ velocity_diff_norm = 0.0107378 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18270.1262
+ -----------------------------------
+ build system 18270.1307 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18278.1317 8.0054 8.0010
+ =================================
+ wsmp: initialisation time: 0.0509751 s
+ wsmp: ordering time: 4.1257532 s
+ wsmp: symbolic fact. time: 0.7076268 s
+ wsmp: Cholesky fact. time: 11.3833132 s
+ wsmp: Factorisation 14474.8441235 Mflops
+ wsmp: back substitution time: 0.1208930 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.3961771 s
+ =================================
+ u : -0.10151E+01 0.20963E+00
+ v : -0.42964E-01 0.12578E+00
+ w : -0.72788E+00 0.22723E+00
+ =================================
+ Calculate pressures 18294.5433 24.4171 16.4117
+ raw pressures : -0.15351E+01 0.36111E+00
+ Smoothing pressures 18294.7670 24.6407 0.2237
+ do leaf measurements 18294.7680 24.6418 0.0011
+ compute convergence criterion 18294.8102 24.6840 0.0422
+ velocity_diff_norm = 0.0080958 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18294.8133 24.6870 0.0030
+Compute isostasy and adjust vertical 18294.8134 24.6872 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -116287870454087.28 166867712573733.63
+ def in m -7.9688820838928223 0.62728315591812134
+ dimensionless def -1.79223758833748964E-6 2.27682345254080621E-5
+ Isostatic velocity range = -0.0173915 0.2269812
+ Compute divergence 18295.0124 24.8861 0.1989
+ wsmp_cleanup 18295.0545 24.9283 0.0422
+ Reset surface geometry 18295.0594 24.9332 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 18295.0677 24.9415 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18295.0822 24.9560 0.0145
+ Advect surface 1 18295.0824 24.9562 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18295.2750 25.1488 0.1926
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18295.4717 25.3455 0.1967
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18295.7259 25.5997 0.2542
+ Advect the cloud 18295.8694 25.7432 0.1435
+ Write output 18296.6368 26.5106 0.7674
+ End of time step 18297.5020 27.3757 0.8651
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 113 18297.5021
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18297.5022 0.0001 0.0001
+ surface 01 18297.5022 0.0001 0.0000
+ S. 1: 16934points
+ refine surface 18297.5023 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18297.5264 0.0243 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16934points
+ surface 02 18297.5456 0.0435 0.0191
+ S. 2: 16931points
+ refine surface 18297.5457 0.0436 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18297.5700 0.0679 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18297.5893 0.0872 0.0194
+ S. 3: 16930points
+ refine surface 18297.5895 0.0874 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18297.6136 0.1115 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16930points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18297.6393
+ -----------------------------------------------------------------------
+ Create octree solve 18297.6396 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18297.6556 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 18297.6773 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18297.6781 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18297.6924 0.0531 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18297.8157 0.1764 0.1233
+ Imbed surface in osolve 18298.0005 0.3612 0.1848
+ embedding surface 1 18298.0007 0.3614 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18299.9642 2.3249 1.9635
+ osolve%nleaves= 59424
+ embedding surface 3 18302.0593 4.4200 2.0951
+ osolve%nleaves= 64128
+ Assessing octree stability 18305.5936 7.9543 3.5343
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18305.5983 7.9590 0.0047
+ Interpolate velo onto osolve 18305.9817 8.3424 0.3834
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18306.1031 8.4638 0.1214
+ Find void 18306.3725 8.7332 0.2694
+ whole leaf in fluid 32992
+ Define boundary conditions 18306.4010 8.7617 0.0285
+ wsmp setup1 18306.4083 8.7690 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18307.4171 9.7778 1.0088
+ -----------------------------------
+ start of non-linear iteratio 1 18307.4646
+ -----------------------------------
+ build system 18307.4648 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.34866E+00
+ viscosity capped in 37088
+ wsmp solve 18315.4794 8.0147 8.0146
+ =================================
+ wsmp: initialisation time: 0.0507739 s
+ wsmp: ordering time: 4.1133778 s
+ wsmp: symbolic fact. time: 0.7079442 s
+ wsmp: Cholesky fact. time: 11.3857939 s
+ wsmp: Factorisation 14471.6903336 Mflops
+ wsmp: back substitution time: 0.1209731 s
+ wsmp: from b to rhs vector: 0.0072141 s
+ ---------------------------------
+ wsmp: total solve time: 16.3864660 s
+ =================================
+ u : -0.10326E+01 0.18390E+00
+ v : -0.97665E-01 0.11018E+00
+ w : -0.76155E+00 0.25686E+00
+ =================================
+ Calculate pressures 18331.8818 24.4172 16.4025
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 18332.1046 24.6400 0.2228
+ do leaf measurements 18332.1058 24.6411 0.0011
+ compute convergence criterion 18332.1476 24.6830 0.0419
+ velocity_diff_norm = 0.5892108 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18332.1523
+ -----------------------------------
+ build system 18332.1567 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79160E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18340.0969 7.9445 7.9402
+ =================================
+ wsmp: initialisation time: 0.0484850 s
+ wsmp: ordering time: 4.1323900 s
+ wsmp: symbolic fact. time: 0.7139020 s
+ wsmp: Cholesky fact. time: 11.4442911 s
+ wsmp: Factorisation 14397.7186723 Mflops
+ wsmp: back substitution time: 0.1208720 s
+ wsmp: from b to rhs vector: 0.0075271 s
+ ---------------------------------
+ wsmp: total solve time: 16.4678700 s
+ =================================
+ u : -0.10158E+01 0.13654E+00
+ v : -0.48255E-01 0.10209E+00
+ w : -0.76695E+00 0.22585E+00
+ =================================
+ Calculate pressures 18356.5807 24.4283 16.4838
+ raw pressures : -0.12361E+01 0.18076E+00
+ Smoothing pressures 18356.8041 24.6518 0.2235
+ do leaf measurements 18356.8053 24.6529 0.0011
+ compute convergence criterion 18356.8471 24.6948 0.0419
+ velocity_diff_norm = 0.0713233 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18356.8519
+ -----------------------------------
+ build system 18356.8563 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18364.8613 8.0094 8.0050
+ =================================
+ wsmp: initialisation time: 0.0484579 s
+ wsmp: ordering time: 4.1181121 s
+ wsmp: symbolic fact. time: 0.7088699 s
+ wsmp: Cholesky fact. time: 11.3713329 s
+ wsmp: Factorisation 14490.0941304 Mflops
+ wsmp: back substitution time: 0.1209631 s
+ wsmp: from b to rhs vector: 0.0072420 s
+ ---------------------------------
+ wsmp: total solve time: 16.3753819 s
+ =================================
+ u : -0.10168E+01 0.15493E+00
+ v : -0.40096E-01 0.11846E+00
+ w : -0.74658E+00 0.23126E+00
+ =================================
+ Calculate pressures 18381.2522 24.4003 16.3910
+ raw pressures : -0.13712E+01 0.31206E+00
+ Smoothing pressures 18381.4754 24.6235 0.2232
+ do leaf measurements 18381.4766 24.6247 0.0012
+ compute convergence criterion 18381.5191 24.6672 0.0425
+ velocity_diff_norm = 0.0361274 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18381.5239
+ -----------------------------------
+ build system 18381.5284 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18389.5019 7.9780 7.9735
+ =================================
+ wsmp: initialisation time: 0.0513270 s
+ wsmp: ordering time: 4.0984409 s
+ wsmp: symbolic fact. time: 0.7065690 s
+ wsmp: Cholesky fact. time: 11.4052980 s
+ wsmp: Factorisation 14446.9424607 Mflops
+ wsmp: back substitution time: 0.1211770 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.3903639 s
+ =================================
+ u : -0.10161E+01 0.17605E+00
+ v : -0.40315E-01 0.12311E+00
+ w : -0.73714E+00 0.22873E+00
+ =================================
+ Calculate pressures 18405.9080 24.3841 16.4061
+ raw pressures : -0.14698E+01 0.35413E+00
+ Smoothing pressures 18406.1323 24.6084 0.2243
+ do leaf measurements 18406.1334 24.6095 0.0011
+ compute convergence criterion 18406.1753 24.6514 0.0419
+ velocity_diff_norm = 0.0159428 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18406.1799
+ -----------------------------------
+ build system 18406.1842 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18414.1179 7.9379 7.9336
+ =================================
+ wsmp: initialisation time: 0.0490870 s
+ wsmp: ordering time: 4.1211901 s
+ wsmp: symbolic fact. time: 0.7139401 s
+ wsmp: Cholesky fact. time: 11.3752851 s
+ wsmp: Factorisation 14485.0596466 Mflops
+ wsmp: back substitution time: 0.1215041 s
+ wsmp: from b to rhs vector: 0.0071530 s
+ ---------------------------------
+ wsmp: total solve time: 16.3885500 s
+ =================================
+ u : -0.10156E+01 0.19396E+00
+ v : -0.40526E-01 0.12555E+00
+ w : -0.73238E+00 0.22775E+00
+ =================================
+ Calculate pressures 18430.5224 24.3425 16.4045
+ raw pressures : -0.15133E+01 0.36309E+00
+ Smoothing pressures 18430.7484 24.5685 0.2260
+ do leaf measurements 18430.7495 24.5696 0.0011
+ compute convergence criterion 18430.7917 24.6118 0.0422
+ velocity_diff_norm = 0.0107625 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18430.7964
+ -----------------------------------
+ build system 18430.8008 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18438.7938 7.9973 7.9929
+ =================================
+ wsmp: initialisation time: 0.0477312 s
+ wsmp: ordering time: 4.1214578 s
+ wsmp: symbolic fact. time: 0.7085211 s
+ wsmp: Cholesky fact. time: 11.3824069 s
+ wsmp: Factorisation 14475.9965620 Mflops
+ wsmp: back substitution time: 0.1208551 s
+ wsmp: from b to rhs vector: 0.0072792 s
+ ---------------------------------
+ wsmp: total solve time: 16.3886421 s
+ =================================
+ u : -0.10151E+01 0.20960E+00
+ v : -0.42958E-01 0.12562E+00
+ w : -0.72784E+00 0.22728E+00
+ =================================
+ Calculate pressures 18455.1981 24.4017 16.4044
+ raw pressures : -0.15350E+01 0.36093E+00
+ Smoothing pressures 18455.4221 24.6257 0.2240
+ do leaf measurements 18455.4233 24.6268 0.0012
+ compute convergence criterion 18455.4654 24.6690 0.0421
+ velocity_diff_norm = 0.0080863 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18455.4684 24.6720 0.0030
+Compute isostasy and adjust vertical 18455.4686 24.6722 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -116867099743608.19 168284342847611.22
+ def in m -7.9677886962890625 0.62550252676010132
+ dimensionless def -1.78715007645743228E-6 2.27651105608258954E-5
+ Isostatic velocity range = -0.0173350 0.2269544
+ Compute divergence 18455.6739 24.8775 0.2053
+ wsmp_cleanup 18455.7131 24.9167 0.0392
+ Reset surface geometry 18455.7176 24.9212 0.0045
+ -----------------------------------------------------------------------
+ Temperature calculations 18455.7261 24.9297 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18455.7422 24.9458 0.0161
+ Advect surface 1 18455.7424 24.9460 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18455.9372 25.1408 0.1948
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18456.1282 25.3318 0.1910
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18456.3754 25.5790 0.2472
+ Advect the cloud 18456.5175 25.7211 0.1421
+ Write output 18457.2890 26.4925 0.7714
+ End of time step 18458.1530 27.3566 0.8640
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 114 18458.1532
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18458.1532 0.0001 0.0001
+ surface 01 18458.1533 0.0001 0.0000
+ S. 1: 16934points
+ refine surface 18458.1533 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18458.1775 0.0244 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16934points
+ surface 02 18458.1967 0.0435 0.0192
+ S. 2: 16931points
+ refine surface 18458.1968 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18458.2211 0.0680 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18458.2402 0.0870 0.0190
+ S. 3: 16930points
+ refine surface 18458.2403 0.0872 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18458.2644 0.1112 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16930points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18458.2899
+ -----------------------------------------------------------------------
+ Create octree solve 18458.2901 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18458.3061 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 18458.3276 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18458.3284 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18458.3427 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18458.4661 0.1762 0.1234
+ Imbed surface in osolve 18458.6490 0.3591 0.1829
+ embedding surface 1 18458.6492 0.3593 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18460.6167 2.3268 1.9675
+ osolve%nleaves= 59424
+ embedding surface 3 18462.7070 4.4171 2.0903
+ osolve%nleaves= 64128
+ Assessing octree stability 18466.2443 7.9544 3.5373
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18466.2491 7.9592 0.0048
+ Interpolate velo onto osolve 18466.6645 8.3747 0.4155
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18466.7688 8.4789 0.1043
+ Find void 18467.0384 8.7486 0.2696
+ whole leaf in fluid 32992
+ Define boundary conditions 18467.0667 8.7769 0.0283
+ wsmp setup1 18467.0742 8.7843 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18468.0804 9.7905 1.0062
+ -----------------------------------
+ start of non-linear iteratio 1 18468.1270
+ -----------------------------------
+ build system 18468.1272 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.91217E+00
+ viscosity capped in 37088
+ wsmp solve 18476.1387 8.0117 8.0115
+ =================================
+ wsmp: initialisation time: 0.0507810 s
+ wsmp: ordering time: 4.1188970 s
+ wsmp: symbolic fact. time: 0.7086930 s
+ wsmp: Cholesky fact. time: 11.3790481 s
+ wsmp: Factorisation 14480.2695529 Mflops
+ wsmp: back substitution time: 0.1206450 s
+ wsmp: from b to rhs vector: 0.0071449 s
+ ---------------------------------
+ wsmp: total solve time: 16.3855700 s
+ =================================
+ u : -0.10160E+01 0.18385E+00
+ v : -0.97303E-01 0.10949E+00
+ w : -0.76142E+00 0.25835E+00
+ =================================
+ Calculate pressures 18492.5397 24.4127 16.4010
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 18492.7632 24.6362 0.2235
+ do leaf measurements 18492.7644 24.6374 0.0012
+ compute convergence criterion 18492.8051 24.6781 0.0407
+ velocity_diff_norm = 0.5886779 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18492.8098
+ -----------------------------------
+ build system 18492.8142 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80106E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18500.7513 7.9415 7.9371
+ =================================
+ wsmp: initialisation time: 0.0509002 s
+ wsmp: ordering time: 4.1338160 s
+ wsmp: symbolic fact. time: 0.7090752 s
+ wsmp: Cholesky fact. time: 11.4667439 s
+ wsmp: Factorisation 14369.5267506 Mflops
+ wsmp: back substitution time: 0.1212468 s
+ wsmp: from b to rhs vector: 0.0071812 s
+ ---------------------------------
+ wsmp: total solve time: 16.4893332 s
+ =================================
+ u : -0.10157E+01 0.13658E+00
+ v : -0.48637E-01 0.10270E+00
+ w : -0.76695E+00 0.22435E+00
+ =================================
+ Calculate pressures 18517.2569 24.4471 16.5056
+ raw pressures : -0.12355E+01 0.18019E+00
+ Smoothing pressures 18517.4807 24.6708 0.2237
+ do leaf measurements 18517.4818 24.6720 0.0011
+ compute convergence criterion 18517.5226 24.7128 0.0409
+ velocity_diff_norm = 0.0711892 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18517.5274
+ -----------------------------------
+ build system 18517.5318 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18525.5352 8.0079 8.0034
+ =================================
+ wsmp: initialisation time: 0.0487292 s
+ wsmp: ordering time: 4.1155879 s
+ wsmp: symbolic fact. time: 0.7084389 s
+ wsmp: Cholesky fact. time: 11.3850470 s
+ wsmp: Factorisation 14472.6398116 Mflops
+ wsmp: back substitution time: 0.1206639 s
+ wsmp: from b to rhs vector: 0.0071120 s
+ ---------------------------------
+ wsmp: total solve time: 16.3859260 s
+ =================================
+ u : -0.10169E+01 0.15498E+00
+ v : -0.39997E-01 0.11886E+00
+ w : -0.74657E+00 0.23053E+00
+ =================================
+ Calculate pressures 18541.9374 24.4100 16.4021
+ raw pressures : -0.13710E+01 0.31208E+00
+ Smoothing pressures 18542.1606 24.6332 0.2232
+ do leaf measurements 18542.1618 24.6344 0.0012
+ compute convergence criterion 18542.2029 24.6755 0.0411
+ velocity_diff_norm = 0.0361592 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18542.2077
+ -----------------------------------
+ build system 18542.2122 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18550.1902 7.9825 7.9779
+ =================================
+ wsmp: initialisation time: 0.0503190 s
+ wsmp: ordering time: 4.1147001 s
+ wsmp: symbolic fact. time: 0.7119370 s
+ wsmp: Cholesky fact. time: 11.4014318 s
+ wsmp: Factorisation 14451.8413810 Mflops
+ wsmp: back substitution time: 0.1208570 s
+ wsmp: from b to rhs vector: 0.0070541 s
+ ---------------------------------
+ wsmp: total solve time: 16.4066582 s
+ =================================
+ u : -0.10162E+01 0.17601E+00
+ v : -0.40314E-01 0.12339E+00
+ w : -0.73720E+00 0.22831E+00
+ =================================
+ Calculate pressures 18566.6129 24.4052 16.4227
+ raw pressures : -0.14699E+01 0.35440E+00
+ Smoothing pressures 18566.8364 24.6287 0.2235
+ do leaf measurements 18566.8375 24.6298 0.0011
+ compute convergence criterion 18566.8783 24.6706 0.0408
+ velocity_diff_norm = 0.0159221 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18566.8830
+ -----------------------------------
+ build system 18566.8874 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18574.8253 7.9423 7.9379
+ =================================
+ wsmp: initialisation time: 0.0498800 s
+ wsmp: ordering time: 4.1274920 s
+ wsmp: symbolic fact. time: 0.7152920 s
+ wsmp: Cholesky fact. time: 11.3859720 s
+ wsmp: Factorisation 14471.4639683 Mflops
+ wsmp: back substitution time: 0.1215699 s
+ wsmp: from b to rhs vector: 0.0070941 s
+ ---------------------------------
+ wsmp: total solve time: 16.4076490 s
+ =================================
+ u : -0.10156E+01 0.19388E+00
+ v : -0.40622E-01 0.12578E+00
+ w : -0.73245E+00 0.22760E+00
+ =================================
+ Calculate pressures 18591.2493 24.3663 16.4240
+ raw pressures : -0.15135E+01 0.36320E+00
+ Smoothing pressures 18591.4749 24.5919 0.2256
+ do leaf measurements 18591.4760 24.5930 0.0012
+ compute convergence criterion 18591.5168 24.6338 0.0408
+ velocity_diff_norm = 0.0107383 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18591.5215
+ -----------------------------------
+ build system 18591.5260 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18599.5100 7.9885 7.9840
+ =================================
+ wsmp: initialisation time: 0.0496781 s
+ wsmp: ordering time: 4.1210840 s
+ wsmp: symbolic fact. time: 0.7067780 s
+ wsmp: Cholesky fact. time: 11.3851972 s
+ wsmp: Factorisation 14472.4488756 Mflops
+ wsmp: back substitution time: 0.1208580 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3911269 s
+ =================================
+ u : -0.10152E+01 0.20953E+00
+ v : -0.43031E-01 0.12578E+00
+ w : -0.72791E+00 0.22722E+00
+ =================================
+ Calculate pressures 18615.9174 24.3959 16.4074
+ raw pressures : -0.15352E+01 0.36096E+00
+ Smoothing pressures 18616.1398 24.6183 0.2224
+ do leaf measurements 18616.1410 24.6195 0.0012
+ compute convergence criterion 18616.1821 24.6606 0.0411
+ velocity_diff_norm = 0.0080877 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18616.1851 24.6636 0.0030
+Compute isostasy and adjust vertical 18616.1853 24.6638 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -117478877783778.08 169694584206121.72
+ def in m -7.9692049026489258 0.62571728229522705
+ dimensionless def -1.78776366370064857E-6 2.27691568647112178E-5
+ Isostatic velocity range = -0.0173349 0.2269916
+ Compute divergence 18616.3825 24.8610 0.1972
+ wsmp_cleanup 18616.4274 24.9058 0.0448
+ Reset surface geometry 18616.4324 24.9108 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 18616.4404 24.9188 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18616.4539 24.9324 0.0135
+ Advect surface 1 18616.4541 24.9325 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18616.6517 25.1302 0.1977
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18616.8486 25.3270 0.1968
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18617.1005 25.5790 0.2519
+ Advect the cloud 18617.2443 25.7228 0.1438
+ Write output 18618.0184 26.4968 0.7741
+ End of time step 18618.8835 27.3620 0.8651
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 115 18618.8837
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18618.8837 0.0001 0.0001
+ surface 01 18618.8838 0.0001 0.0000
+ S. 1: 16934points
+ refine surface 18618.8838 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18618.9083 0.0246 0.0245
+ S. 1: 0 flips in delaunay2
+ S. 1: 16934points
+ surface 02 18618.9274 0.0437 0.0191
+ S. 2: 16931points
+ refine surface 18618.9275 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18618.9517 0.0680 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18618.9708 0.0872 0.0192
+ S. 3: 16930points
+ refine surface 18618.9710 0.0873 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 18618.9963 0.1126 0.0253
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 18619.0197 0.1360 0.0234
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18619.0437 0.1601 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16931points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18619.0693
+ -----------------------------------------------------------------------
+ Create octree solve 18619.0696 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18619.0856 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 18619.1069 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18619.1077 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18619.1220 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18619.2454 0.1760 0.1234
+ Imbed surface in osolve 18619.4264 0.3570 0.1810
+ embedding surface 1 18619.4265 0.3572 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18621.3761 2.3068 1.9496
+ osolve%nleaves= 59424
+ embedding surface 3 18623.4840 4.4146 2.1079
+ osolve%nleaves= 64128
+ Assessing octree stability 18627.0239 7.9545 3.5399
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18627.0289 7.9596 0.0051
+ Interpolate velo onto osolve 18627.4501 8.3807 0.4212
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18627.5427 8.4734 0.0926
+ Find void 18627.8131 8.7437 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 18627.8417 8.7723 0.0286
+ wsmp setup1 18627.8488 8.7794 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18628.8532 9.7839 1.0045
+ -----------------------------------
+ start of non-linear iteratio 1 18628.9006
+ -----------------------------------
+ build system 18628.9008 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.73809E+00
+ viscosity capped in 37088
+ wsmp solve 18636.9053 8.0047 8.0045
+ =================================
+ wsmp: initialisation time: 0.0542910 s
+ wsmp: ordering time: 4.1182909 s
+ wsmp: symbolic fact. time: 0.7106090 s
+ wsmp: Cholesky fact. time: 11.3819289 s
+ wsmp: Factorisation 14476.6045389 Mflops
+ wsmp: back substitution time: 0.1211550 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.3938601 s
+ =================================
+ u : -0.10217E+01 0.18411E+00
+ v : -0.97256E-01 0.11000E+00
+ w : -0.76190E+00 0.25598E+00
+ =================================
+ Calculate pressures 18653.3145 24.4139 16.4092
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 18653.5383 24.6377 0.2238
+ do leaf measurements 18653.5393 24.6388 0.0011
+ compute convergence criterion 18653.5806 24.6801 0.0413
+ velocity_diff_norm = 0.5893522 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18653.5853
+ -----------------------------------
+ build system 18653.5896 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79799E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18661.5261 7.9408 7.9365
+ =================================
+ wsmp: initialisation time: 0.0489719 s
+ wsmp: ordering time: 4.1326640 s
+ wsmp: symbolic fact. time: 0.7093260 s
+ wsmp: Cholesky fact. time: 11.4613121 s
+ wsmp: Factorisation 14376.3369391 Mflops
+ wsmp: back substitution time: 0.1210520 s
+ wsmp: from b to rhs vector: 0.0071881 s
+ ---------------------------------
+ wsmp: total solve time: 16.4809151 s
+ =================================
+ u : -0.10158E+01 0.13674E+00
+ v : -0.48423E-01 0.10244E+00
+ w : -0.76721E+00 0.22545E+00
+ =================================
+ Calculate pressures 18678.0228 24.4375 16.4967
+ raw pressures : -0.12358E+01 0.17959E+00
+ Smoothing pressures 18678.2471 24.6618 0.2243
+ do leaf measurements 18678.2482 24.6629 0.0011
+ compute convergence criterion 18678.2895 24.7043 0.0414
+ velocity_diff_norm = 0.0714659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18678.2942
+ -----------------------------------
+ build system 18678.2986 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18686.3014 8.0072 8.0028
+ =================================
+ wsmp: initialisation time: 0.0506530 s
+ wsmp: ordering time: 4.1177690 s
+ wsmp: symbolic fact. time: 0.7078619 s
+ wsmp: Cholesky fact. time: 11.3787131 s
+ wsmp: Factorisation 14480.6958378 Mflops
+ wsmp: back substitution time: 0.1209559 s
+ wsmp: from b to rhs vector: 0.0073090 s
+ ---------------------------------
+ wsmp: total solve time: 16.3836730 s
+ =================================
+ u : -0.10169E+01 0.15504E+00
+ v : -0.40275E-01 0.11890E+00
+ w : -0.74663E+00 0.23115E+00
+ =================================
+ Calculate pressures 18702.7013 24.4071 16.3999
+ raw pressures : -0.13714E+01 0.31219E+00
+ Smoothing pressures 18702.9244 24.6302 0.2231
+ do leaf measurements 18702.9255 24.6313 0.0011
+ compute convergence criterion 18702.9671 24.6729 0.0416
+ velocity_diff_norm = 0.0362873 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18702.9718
+ -----------------------------------
+ build system 18702.9763 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18710.9637 7.9918 7.9874
+ =================================
+ wsmp: initialisation time: 0.0510490 s
+ wsmp: ordering time: 4.1127989 s
+ wsmp: symbolic fact. time: 0.7084920 s
+ wsmp: Cholesky fact. time: 11.4029751 s
+ wsmp: Factorisation 14449.8854627 Mflops
+ wsmp: back substitution time: 0.1210599 s
+ wsmp: from b to rhs vector: 0.0071831 s
+ ---------------------------------
+ wsmp: total solve time: 16.4039660 s
+ =================================
+ u : -0.10162E+01 0.17608E+00
+ v : -0.40438E-01 0.12340E+00
+ w : -0.73720E+00 0.22873E+00
+ =================================
+ Calculate pressures 18727.3835 24.4116 16.4198
+ raw pressures : -0.14703E+01 0.35467E+00
+ Smoothing pressures 18727.6067 24.6349 0.2233
+ do leaf measurements 18727.6078 24.6360 0.0011
+ compute convergence criterion 18727.6493 24.6775 0.0415
+ velocity_diff_norm = 0.0158796 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18727.6539
+ -----------------------------------
+ build system 18727.6583 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18735.5966 7.9426 7.9383
+ =================================
+ wsmp: initialisation time: 0.0489430 s
+ wsmp: ordering time: 4.1266181 s
+ wsmp: symbolic fact. time: 0.7146938 s
+ wsmp: Cholesky fact. time: 11.3930521 s
+ wsmp: Factorisation 14462.4708473 Mflops
+ wsmp: back substitution time: 0.1215730 s
+ wsmp: from b to rhs vector: 0.0071361 s
+ ---------------------------------
+ wsmp: total solve time: 16.4124210 s
+ =================================
+ u : -0.10156E+01 0.19396E+00
+ v : -0.40505E-01 0.12585E+00
+ w : -0.73245E+00 0.22783E+00
+ =================================
+ Calculate pressures 18752.0252 24.3713 16.4287
+ raw pressures : -0.15139E+01 0.36348E+00
+ Smoothing pressures 18752.2506 24.5967 0.2254
+ do leaf measurements 18752.2517 24.5978 0.0011
+ compute convergence criterion 18752.2930 24.6391 0.0413
+ velocity_diff_norm = 0.0107379 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18752.2977
+ -----------------------------------
+ build system 18752.3020 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18760.2769 7.9792 7.9749
+ =================================
+ wsmp: initialisation time: 0.0487249 s
+ wsmp: ordering time: 4.1242058 s
+ wsmp: symbolic fact. time: 0.7101080 s
+ wsmp: Cholesky fact. time: 11.3797431 s
+ wsmp: Factorisation 14479.3852057 Mflops
+ wsmp: back substitution time: 0.1211441 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.3915880 s
+ =================================
+ u : -0.10152E+01 0.20958E+00
+ v : -0.42929E-01 0.12581E+00
+ w : -0.72791E+00 0.22739E+00
+ =================================
+ Calculate pressures 18776.6844 24.3867 16.4075
+ raw pressures : -0.15354E+01 0.36106E+00
+ Smoothing pressures 18776.9077 24.6100 0.2233
+ do leaf measurements 18776.9088 24.6111 0.0011
+ compute convergence criterion 18776.9503 24.6527 0.0416
+ velocity_diff_norm = 0.0080851 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18776.9533 24.6557 0.0030
+Compute isostasy and adjust vertical 18776.9535 24.6559 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -118163714182229.47 171105134672890.56
+ def in m -7.9696636199951172 0.6262814998626709
+ dimensionless def -1.78937571389334539E-6 2.27704674857003315E-5
+ Isostatic velocity range = -0.0173410 0.2270042
+ Compute divergence 18777.1520 24.8544 0.1985
+ wsmp_cleanup 18777.1916 24.8939 0.0396
+ Reset surface geometry 18777.1961 24.8984 0.0045
+ -----------------------------------------------------------------------
+ Temperature calculations 18777.2046 24.9069 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18777.2206 24.9229 0.0160
+ Advect surface 1 18777.2207 24.9230 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18777.4081 25.1104 0.1874
+ removing 1 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18777.6158 25.3182 0.2078
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18777.8660 25.5683 0.2501
+ Advect the cloud 18778.0082 25.7106 0.1423
+ Write output 18778.7843 26.4867 0.7761
+ End of time step 18779.6534 27.3558 0.8691
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 116 18779.6536
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18779.6537 0.0001 0.0001
+ surface 01 18779.6537 0.0001 0.0000
+ S. 1: 16934points
+ refine surface 18779.6537 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 18779.6793 0.0257 0.0256
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 18779.7024 0.0489 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18779.7277 0.0741 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16935points
+ surface 02 18779.7458 0.0922 0.0181
+ S. 2: 16930points
+ refine surface 18779.7459 0.0924 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 18779.7719 0.1183 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 18779.7946 0.1410 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18779.8197 0.1661 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18779.8382 0.1846 0.0185
+ S. 3: 16931points
+ refine surface 18779.8383 0.1847 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18779.8634 0.2098 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16931points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18779.8883
+ -----------------------------------------------------------------------
+ Create octree solve 18779.8886 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18779.9046 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 18779.9261 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18779.9269 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18779.9412 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18780.0646 0.1762 0.1234
+ Imbed surface in osolve 18780.2463 0.3580 0.1817
+ embedding surface 1 18780.2465 0.3581 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18782.2053 2.3170 1.9589
+ osolve%nleaves= 59424
+ embedding surface 3 18784.2981 4.4098 2.0928
+ osolve%nleaves= 64128
+ Assessing octree stability 18787.8027 7.9144 3.5047
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18787.8074 7.9191 0.0046
+ Interpolate velo onto osolve 18788.1998 8.3115 0.3924
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18788.3839 8.4955 0.1841
+ Find void 18788.6548 8.7665 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 18788.6834 8.7950 0.0285
+ wsmp setup1 18788.6908 8.8025 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18789.6987 9.8104 1.0079
+ -----------------------------------
+ start of non-linear iteratio 1 18789.7448
+ -----------------------------------
+ build system 18789.7450 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.96672E+00
+ viscosity capped in 37088
+ wsmp solve 18797.7488 8.0040 8.0038
+ =================================
+ wsmp: initialisation time: 0.0522029 s
+ wsmp: ordering time: 4.1175699 s
+ wsmp: symbolic fact. time: 0.7088690 s
+ wsmp: Cholesky fact. time: 11.3830941 s
+ wsmp: Factorisation 14475.1227415 Mflops
+ wsmp: back substitution time: 0.1211360 s
+ wsmp: from b to rhs vector: 0.0070980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3903201 s
+ =================================
+ u : -0.10158E+01 0.18398E+00
+ v : -0.97604E-01 0.10931E+00
+ w : -0.76169E+00 0.25873E+00
+ =================================
+ Calculate pressures 18814.1554 24.4106 16.4066
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 18814.3783 24.6335 0.2229
+ do leaf measurements 18814.3794 24.6346 0.0011
+ compute convergence criterion 18814.4207 24.6759 0.0413
+ velocity_diff_norm = 0.5887070 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18814.4254
+ -----------------------------------
+ build system 18814.4297 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79794E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18822.3678 7.9424 7.9381
+ =================================
+ wsmp: initialisation time: 0.0489030 s
+ wsmp: ordering time: 4.1223969 s
+ wsmp: symbolic fact. time: 0.7111609 s
+ wsmp: Cholesky fact. time: 11.4692211 s
+ wsmp: Factorisation 14366.4231617 Mflops
+ wsmp: back substitution time: 0.1213861 s
+ wsmp: from b to rhs vector: 0.0070651 s
+ ---------------------------------
+ wsmp: total solve time: 16.4804931 s
+ =================================
+ u : -0.10156E+01 0.13674E+00
+ v : -0.48615E-01 0.10226E+00
+ w : -0.76709E+00 0.22498E+00
+ =================================
+ Calculate pressures 18838.8644 24.4391 16.4967
+ raw pressures : -0.12357E+01 0.17966E+00
+ Smoothing pressures 18839.0879 24.6625 0.2234
+ do leaf measurements 18839.0889 24.6636 0.0011
+ compute convergence criterion 18839.1303 24.7049 0.0413
+ velocity_diff_norm = 0.0712037 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18839.1350
+ -----------------------------------
+ build system 18839.1394 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18847.1353 8.0003 7.9959
+ =================================
+ wsmp: initialisation time: 0.0479519 s
+ wsmp: ordering time: 4.1141939 s
+ wsmp: symbolic fact. time: 0.7089770 s
+ wsmp: Cholesky fact. time: 11.3767622 s
+ wsmp: Factorisation 14483.1791047 Mflops
+ wsmp: back substitution time: 0.1209331 s
+ wsmp: from b to rhs vector: 0.0070338 s
+ ---------------------------------
+ wsmp: total solve time: 16.3762150 s
+ =================================
+ u : -0.10167E+01 0.15517E+00
+ v : -0.40060E-01 0.11874E+00
+ w : -0.74647E+00 0.23111E+00
+ =================================
+ Calculate pressures 18863.5279 24.3929 16.3926
+ raw pressures : -0.13712E+01 0.31196E+00
+ Smoothing pressures 18863.7509 24.6159 0.2230
+ do leaf measurements 18863.7520 24.6170 0.0011
+ compute convergence criterion 18863.7937 24.6587 0.0417
+ velocity_diff_norm = 0.0362071 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 18863.7985
+ -----------------------------------
+ build system 18863.8029 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18871.7982 7.9997 7.9953
+ =================================
+ wsmp: initialisation time: 0.0524080 s
+ wsmp: ordering time: 4.1198771 s
+ wsmp: symbolic fact. time: 0.7110391 s
+ wsmp: Cholesky fact. time: 11.3963690 s
+ wsmp: Factorisation 14458.2615883 Mflops
+ wsmp: back substitution time: 0.1208520 s
+ wsmp: from b to rhs vector: 0.0070891 s
+ ---------------------------------
+ wsmp: total solve time: 16.4079921 s
+ =================================
+ u : -0.10160E+01 0.17628E+00
+ v : -0.40268E-01 0.12331E+00
+ w : -0.73705E+00 0.22863E+00
+ =================================
+ Calculate pressures 18888.2220 24.4236 16.4239
+ raw pressures : -0.14702E+01 0.35446E+00
+ Smoothing pressures 18888.4461 24.6476 0.2240
+ do leaf measurements 18888.4471 24.6487 0.0011
+ compute convergence criterion 18888.4885 24.6900 0.0413
+ velocity_diff_norm = 0.0158313 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 18888.4931
+ -----------------------------------
+ build system 18888.4974 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18896.4332 7.9401 7.9358
+ =================================
+ wsmp: initialisation time: 0.0503969 s
+ wsmp: ordering time: 4.1368601 s
+ wsmp: symbolic fact. time: 0.7164791 s
+ wsmp: Cholesky fact. time: 11.4109080 s
+ wsmp: Factorisation 14439.8398540 Mflops
+ wsmp: back substitution time: 0.1212928 s
+ wsmp: from b to rhs vector: 0.0070281 s
+ ---------------------------------
+ wsmp: total solve time: 16.4433210 s
+ =================================
+ u : -0.10156E+01 0.19417E+00
+ v : -0.40669E-01 0.12573E+00
+ w : -0.73235E+00 0.22771E+00
+ =================================
+ Calculate pressures 18912.8925 24.3994 16.4592
+ raw pressures : -0.15138E+01 0.36317E+00
+ Smoothing pressures 18913.1195 24.6264 0.2270
+ do leaf measurements 18913.1206 24.6275 0.0011
+ compute convergence criterion 18913.1619 24.6687 0.0413
+ velocity_diff_norm = 0.0107227 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 18913.1666
+ -----------------------------------
+ build system 18913.1709 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18921.1540 7.9874 7.9830
+ =================================
+ wsmp: initialisation time: 0.0496502 s
+ wsmp: ordering time: 4.1183898 s
+ wsmp: symbolic fact. time: 0.7096679 s
+ wsmp: Cholesky fact. time: 11.3870959 s
+ wsmp: Factorisation 14470.0356363 Mflops
+ wsmp: back substitution time: 0.1207261 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.3930140 s
+ =================================
+ u : -0.10151E+01 0.20981E+00
+ v : -0.43063E-01 0.12575E+00
+ w : -0.72780E+00 0.22730E+00
+ =================================
+ Calculate pressures 18937.5629 24.3963 16.4089
+ raw pressures : -0.15355E+01 0.36100E+00
+ Smoothing pressures 18937.7854 24.6189 0.2225
+ do leaf measurements 18937.7865 24.6200 0.0011
+ compute convergence criterion 18937.8281 24.6615 0.0416
+ velocity_diff_norm = 0.0080893 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 18937.8311 24.6646 0.0030
+Compute isostasy and adjust vertical 18937.8313 24.6648 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -118849027353495.13 172510443817839.84
+ def in m -7.973940372467041 0.63018494844436646
+ dimensionless def -1.80052842412676138E-6 2.27826867784772612E-5
+ Isostatic velocity range = -0.0174391 0.2271240
+ Compute divergence 18938.0257 24.8592 0.1944
+ wsmp_cleanup 18938.0687 24.9021 0.0429
+ Reset surface geometry 18938.0737 24.9071 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 18938.0823 24.9157 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 18938.0967 24.9301 0.0144
+ Advect surface 1 18938.0969 24.9303 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 18938.2917 25.1251 0.1948
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 18938.4854 25.3189 0.1938
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 18938.7383 25.5718 0.2529
+ Advect the cloud 18938.8819 25.7153 0.1435
+ Write output 18939.6571 26.4906 0.7753
+ End of time step 18940.5174 27.3508 0.8602
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 117 18940.5175
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 18940.5176 0.0001 0.0001
+ surface 01 18940.5176 0.0001 0.0000
+ S. 1: 16935points
+ refine surface 18940.5177 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 18940.5442 0.0267 0.0265
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 18940.5667 0.0491 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 18940.5917 0.0742 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16936points
+ surface 02 18940.6103 0.0927 0.0185
+ S. 2: 16931points
+ refine surface 18940.6104 0.0929 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 18940.6353 0.1178 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16931points
+ surface 03 18940.6536 0.1360 0.0182
+ S. 3: 16931points
+ refine surface 18940.6537 0.1362 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 18940.6788 0.1613 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16931points
+ -----------------------------------------------------------------------
+ Start of iteration 1 18940.7037
+ -----------------------------------------------------------------------
+ Create octree solve 18940.7039 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 18940.7201 0.0165 0.0162
+ osolve%nleaves= 32768
+ improve osolve for criterion 18940.7416 0.0379 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 18940.7424 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 18940.7567 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 18940.8801 0.1764 0.1234
+ Imbed surface in osolve 18941.0636 0.3600 0.1835
+ embedding surface 1 18941.0638 0.3601 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 18943.0273 2.3236 1.9635
+ osolve%nleaves= 59424
+ embedding surface 3 18945.1029 4.3992 2.0756
+ osolve%nleaves= 64128
+ Assessing octree stability 18948.6497 7.9460 3.5468
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 18948.6544 7.9508 0.0048
+ Interpolate velo onto osolve 18949.0892 8.3856 0.4348
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 18949.1769 8.4733 0.0877
+ Find void 18949.4498 8.7461 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 18949.4785 8.7749 0.0287
+ wsmp setup1 18949.4857 8.7820 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 18950.4922 9.7885 1.0065
+ -----------------------------------
+ start of non-linear iteratio 1 18950.5399
+ -----------------------------------
+ build system 18950.5401 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.75401E+00
+ viscosity capped in 37088
+ wsmp solve 18958.5317 7.9918 7.9916
+ =================================
+ wsmp: initialisation time: 0.0531039 s
+ wsmp: ordering time: 4.1147759 s
+ wsmp: symbolic fact. time: 0.7086551 s
+ wsmp: Cholesky fact. time: 11.3865712 s
+ wsmp: Factorisation 14470.7024995 Mflops
+ wsmp: back substitution time: 0.1208880 s
+ wsmp: from b to rhs vector: 0.0072489 s
+ ---------------------------------
+ wsmp: total solve time: 16.3916111 s
+ =================================
+ u : -0.10268E+01 0.18370E+00
+ v : -0.97892E-01 0.10988E+00
+ w : -0.76129E+00 0.25601E+00
+ =================================
+ Calculate pressures 18974.9397 24.3998 16.4080
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 18975.1632 24.6233 0.2235
+ do leaf measurements 18975.1643 24.6244 0.0011
+ compute convergence criterion 18975.2066 24.6666 0.0422
+ velocity_diff_norm = 0.5892831 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 18975.2115
+ -----------------------------------
+ build system 18975.2159 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79366E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 18983.1582 7.9467 7.9422
+ =================================
+ wsmp: initialisation time: 0.0514030 s
+ wsmp: ordering time: 4.1180470 s
+ wsmp: symbolic fact. time: 0.7101901 s
+ wsmp: Cholesky fact. time: 11.4589760 s
+ wsmp: Factorisation 14379.2676971 Mflops
+ wsmp: back substitution time: 0.1210899 s
+ wsmp: from b to rhs vector: 0.0072281 s
+ ---------------------------------
+ wsmp: total solve time: 16.4673002 s
+ =================================
+ u : -0.10157E+01 0.13633E+00
+ v : -0.48251E-01 0.10213E+00
+ w : -0.76685E+00 0.22560E+00
+ =================================
+ Calculate pressures 18999.6414 24.4299 16.4832
+ raw pressures : -0.12351E+01 0.18023E+00
+ Smoothing pressures 18999.8652 24.6537 0.2238
+ do leaf measurements 18999.8663 24.6548 0.0011
+ compute convergence criterion 18999.9083 24.6968 0.0420
+ velocity_diff_norm = 0.0712699 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 18999.9131
+ -----------------------------------
+ build system 18999.9175 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19007.9061 7.9931 7.9886
+ =================================
+ wsmp: initialisation time: 0.0514069 s
+ wsmp: ordering time: 4.1055350 s
+ wsmp: symbolic fact. time: 0.7090681 s
+ wsmp: Cholesky fact. time: 11.3813441 s
+ wsmp: Factorisation 14477.3484324 Mflops
+ wsmp: back substitution time: 0.1207709 s
+ wsmp: from b to rhs vector: 0.0072901 s
+ ---------------------------------
+ wsmp: total solve time: 16.3757870 s
+ =================================
+ u : -0.10168E+01 0.15487E+00
+ v : -0.40194E-01 0.11861E+00
+ w : -0.74624E+00 0.23136E+00
+ =================================
+ Calculate pressures 19024.2972 24.3842 16.3911
+ raw pressures : -0.13702E+01 0.31126E+00
+ Smoothing pressures 19024.5209 24.6079 0.2237
+ do leaf measurements 19024.5221 24.6090 0.0011
+ compute convergence criterion 19024.5643 24.6513 0.0423
+ velocity_diff_norm = 0.0361208 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19024.5692
+ -----------------------------------
+ build system 19024.5736 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19032.5803 8.0111 8.0067
+ =================================
+ wsmp: initialisation time: 0.0504701 s
+ wsmp: ordering time: 4.1207421 s
+ wsmp: symbolic fact. time: 0.7095671 s
+ wsmp: Cholesky fact. time: 11.3936510 s
+ wsmp: Factorisation 14461.7106273 Mflops
+ wsmp: back substitution time: 0.1209741 s
+ wsmp: from b to rhs vector: 0.0072579 s
+ ---------------------------------
+ wsmp: total solve time: 16.4030302 s
+ =================================
+ u : -0.10162E+01 0.17600E+00
+ v : -0.40389E-01 0.12323E+00
+ w : -0.73690E+00 0.22883E+00
+ =================================
+ Calculate pressures 19048.9994 24.4301 16.4191
+ raw pressures : -0.14691E+01 0.35366E+00
+ Smoothing pressures 19049.2284 24.6592 0.2291
+ do leaf measurements 19049.2296 24.6603 0.0011
+ compute convergence criterion 19049.2715 24.7022 0.0419
+ velocity_diff_norm = 0.0159040 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19049.2761
+ -----------------------------------
+ build system 19049.2805 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19057.2216 7.9455 7.9412
+ =================================
+ wsmp: initialisation time: 0.0498960 s
+ wsmp: ordering time: 4.1232681 s
+ wsmp: symbolic fact. time: 0.7141659 s
+ wsmp: Cholesky fact. time: 11.4166820 s
+ wsmp: Factorisation 14432.5368617 Mflops
+ wsmp: back substitution time: 0.1214502 s
+ wsmp: from b to rhs vector: 0.0071878 s
+ ---------------------------------
+ wsmp: total solve time: 16.4329958 s
+ =================================
+ u : -0.10157E+01 0.19391E+00
+ v : -0.40472E-01 0.12566E+00
+ w : -0.73221E+00 0.22799E+00
+ =================================
+ Calculate pressures 19073.6706 24.3944 16.4489
+ raw pressures : -0.15129E+01 0.36260E+00
+ Smoothing pressures 19073.8965 24.6204 0.2259
+ do leaf measurements 19073.8976 24.6215 0.0011
+ compute convergence criterion 19073.9395 24.6633 0.0419
+ velocity_diff_norm = 0.0107389 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19073.9443
+ -----------------------------------
+ build system 19073.9486 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19081.9362 7.9919 7.9876
+ =================================
+ wsmp: initialisation time: 0.0477660 s
+ wsmp: ordering time: 4.0949469 s
+ wsmp: symbolic fact. time: 0.7094300 s
+ wsmp: Cholesky fact. time: 11.3740771 s
+ wsmp: Factorisation 14486.5981382 Mflops
+ wsmp: back substitution time: 0.1208811 s
+ wsmp: from b to rhs vector: 0.0073061 s
+ ---------------------------------
+ wsmp: total solve time: 16.3547971 s
+ =================================
+ u : -0.10152E+01 0.20954E+00
+ v : -0.42912E-01 0.12569E+00
+ w : -0.72770E+00 0.22754E+00
+ =================================
+ Calculate pressures 19098.3063 24.3620 16.3701
+ raw pressures : -0.15346E+01 0.36038E+00
+ Smoothing pressures 19098.5302 24.5859 0.2239
+ do leaf measurements 19098.5313 24.5870 0.0011
+ compute convergence criterion 19098.5737 24.6294 0.0423
+ velocity_diff_norm = 0.0080808 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19098.5767 24.6324 0.0030
+Compute isostasy and adjust vertical 19098.5769 24.6326 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -119527066701849.27 173915056596117.31
+ def in m -7.9732027053833008 0.62988680601119995
+ dimensionless def -1.79967658860342849E-6 2.27805791582380019E-5
+ Isostatic velocity range = -0.0174229 0.2270994
+ Compute divergence 19098.7778 24.8335 0.2010
+ wsmp_cleanup 19098.8166 24.8723 0.0388
+ Reset surface geometry 19098.8214 24.8770 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 19098.8298 24.8855 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19098.8463 24.9019 0.0164
+ Advect surface 1 19098.8464 24.9021 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19099.0380 25.0936 0.1916
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19099.2268 25.2825 0.1889
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19099.4841 25.5397 0.2572
+ Advect the cloud 19099.6295 25.6852 0.1455
+ Write output 19100.3989 26.4545 0.7693
+ End of time step 19101.2601 27.3158 0.8613
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 118 19101.2603
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19101.2603 0.0001 0.0001
+ surface 01 19101.2604 0.0001 0.0001
+ S. 1: 16936points
+ refine surface 19101.2604 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19101.2862 0.0259 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16936points
+ surface 02 19101.3045 0.0442 0.0183
+ S. 2: 16931points
+ refine surface 19101.3046 0.0444 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 19101.3313 0.0710 0.0266
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 19101.3540 0.0938 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19101.3791 0.1188 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16933points
+ surface 03 19101.3973 0.1371 0.0183
+ S. 3: 16931points
+ refine surface 19101.3975 0.1372 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19101.4226 0.1623 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16931points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19101.4474
+ -----------------------------------------------------------------------
+ Create octree solve 19101.4477 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19101.4637 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19101.4849 0.0375 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19101.4857 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19101.5000 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19101.6234 0.1760 0.1234
+ Imbed surface in osolve 19101.8084 0.3609 0.1850
+ embedding surface 1 19101.8085 0.3611 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19103.7636 2.3162 1.9551
+ osolve%nleaves= 59424
+ embedding surface 3 19105.8487 4.4013 2.0851
+ osolve%nleaves= 64128
+ Assessing octree stability 19109.3746 7.9272 3.5259
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19109.3793 7.9319 0.0047
+ Interpolate velo onto osolve 19109.8087 8.3613 0.4294
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19109.9868 8.5394 0.1781
+ Find void 19110.2565 8.8090 0.2697
+ whole leaf in fluid 32992
+ Define boundary conditions 19110.2847 8.8372 0.0282
+ wsmp setup1 19110.2915 8.8441 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19111.2910 9.8436 0.9995
+ -----------------------------------
+ start of non-linear iteratio 1 19111.3375
+ -----------------------------------
+ build system 19111.3377 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.58807E+00
+ viscosity capped in 37088
+ wsmp solve 19119.3338 7.9963 7.9961
+ =================================
+ wsmp: initialisation time: 0.0549128 s
+ wsmp: ordering time: 4.1123550 s
+ wsmp: symbolic fact. time: 0.7058179 s
+ wsmp: Cholesky fact. time: 11.3929050 s
+ wsmp: Factorisation 14462.6575856 Mflops
+ wsmp: back substitution time: 0.1207421 s
+ wsmp: from b to rhs vector: 0.0070789 s
+ ---------------------------------
+ wsmp: total solve time: 16.3942258 s
+ =================================
+ u : -0.10157E+01 0.18414E+00
+ v : -0.97422E-01 0.11011E+00
+ w : -0.76141E+00 0.25486E+00
+ =================================
+ Calculate pressures 19135.7443 24.4067 16.4104
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 19135.9675 24.6300 0.2232
+ do leaf measurements 19135.9686 24.6311 0.0011
+ compute convergence criterion 19136.0106 24.6731 0.0420
+ velocity_diff_norm = 0.5889695 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19136.0154
+ -----------------------------------
+ build system 19136.0198 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79317E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19143.9609 7.9455 7.9410
+ =================================
+ wsmp: initialisation time: 0.0515020 s
+ wsmp: ordering time: 4.1019280 s
+ wsmp: symbolic fact. time: 0.7048111 s
+ wsmp: Cholesky fact. time: 11.4574032 s
+ wsmp: Factorisation 14381.2416517 Mflops
+ wsmp: back substitution time: 0.1209490 s
+ wsmp: from b to rhs vector: 0.0069990 s
+ ---------------------------------
+ wsmp: total solve time: 16.4440000 s
+ =================================
+ u : -0.10156E+01 0.13656E+00
+ v : -0.48316E-01 0.10240E+00
+ w : -0.76701E+00 0.22648E+00
+ =================================
+ Calculate pressures 19160.4202 24.4048 16.4593
+ raw pressures : -0.12359E+01 0.18804E+00
+ Smoothing pressures 19160.6453 24.6299 0.2251
+ do leaf measurements 19160.6463 24.6310 0.0011
+ compute convergence criterion 19160.6880 24.6726 0.0416
+ velocity_diff_norm = 0.0709861 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19160.6927
+ -----------------------------------
+ build system 19160.6970 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19168.6812 7.9885 7.9842
+ =================================
+ wsmp: initialisation time: 0.0495510 s
+ wsmp: ordering time: 4.1088850 s
+ wsmp: symbolic fact. time: 0.7085710 s
+ wsmp: Cholesky fact. time: 11.3747959 s
+ wsmp: Factorisation 14485.6826553 Mflops
+ wsmp: back substitution time: 0.1208758 s
+ wsmp: from b to rhs vector: 0.0071301 s
+ ---------------------------------
+ wsmp: total solve time: 16.3702099 s
+ =================================
+ u : -0.10166E+01 0.15486E+00
+ v : -0.40661E-01 0.11879E+00
+ w : -0.74642E+00 0.23163E+00
+ =================================
+ Calculate pressures 19185.0675 24.3748 16.3863
+ raw pressures : -0.13707E+01 0.31170E+00
+ Smoothing pressures 19185.2915 24.5989 0.2240
+ do leaf measurements 19185.2926 24.5999 0.0010
+ compute convergence criterion 19185.3342 24.6415 0.0416
+ velocity_diff_norm = 0.0361204 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19185.3389
+ -----------------------------------
+ build system 19185.3433 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19193.3591 8.0202 8.0158
+ =================================
+ wsmp: initialisation time: 0.0502131 s
+ wsmp: ordering time: 4.0916970 s
+ wsmp: symbolic fact. time: 0.7051752 s
+ wsmp: Cholesky fact. time: 11.3869612 s
+ wsmp: Factorisation 14470.2068152 Mflops
+ wsmp: back substitution time: 0.1207931 s
+ wsmp: from b to rhs vector: 0.0070069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3622479 s
+ =================================
+ u : -0.10160E+01 0.17596E+00
+ v : -0.40693E-01 0.12336E+00
+ w : -0.73701E+00 0.22890E+00
+ =================================
+ Calculate pressures 19209.7371 24.3982 16.3781
+ raw pressures : -0.14697E+01 0.35458E+00
+ Smoothing pressures 19209.9609 24.6220 0.2238
+ do leaf measurements 19209.9620 24.6231 0.0011
+ compute convergence criterion 19210.0035 24.6646 0.0415
+ velocity_diff_norm = 0.0159760 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19210.0082
+ -----------------------------------
+ build system 19210.0125 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19217.9532 7.9451 7.9407
+ =================================
+ wsmp: initialisation time: 0.0488210 s
+ wsmp: ordering time: 4.1146920 s
+ wsmp: symbolic fact. time: 0.7082350 s
+ wsmp: Cholesky fact. time: 11.4281821 s
+ wsmp: Factorisation 14418.0134751 Mflops
+ wsmp: back substitution time: 0.1212611 s
+ wsmp: from b to rhs vector: 0.0070260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4286110 s
+ =================================
+ u : -0.10156E+01 0.19384E+00
+ v : -0.40395E-01 0.12582E+00
+ w : -0.73233E+00 0.22803E+00
+ =================================
+ Calculate pressures 19234.3974 24.3892 16.4441
+ raw pressures : -0.15132E+01 0.36323E+00
+ Smoothing pressures 19234.6236 24.6155 0.2263
+ do leaf measurements 19234.6247 24.6165 0.0011
+ compute convergence criterion 19234.6663 24.6581 0.0416
+ velocity_diff_norm = 0.0107290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19234.6710
+ -----------------------------------
+ build system 19234.6754 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19242.6675 7.9965 7.9921
+ =================================
+ wsmp: initialisation time: 0.0504811 s
+ wsmp: ordering time: 4.0838270 s
+ wsmp: symbolic fact. time: 0.7067149 s
+ wsmp: Cholesky fact. time: 11.3746440 s
+ wsmp: Factorisation 14485.8760661 Mflops
+ wsmp: back substitution time: 0.1211360 s
+ wsmp: from b to rhs vector: 0.0071411 s
+ ---------------------------------
+ wsmp: total solve time: 16.3443398 s
+ =================================
+ u : -0.10151E+01 0.20948E+00
+ v : -0.42834E-01 0.12584E+00
+ w : -0.72781E+00 0.22738E+00
+ =================================
+ Calculate pressures 19259.0276 24.3566 16.3601
+ raw pressures : -0.15347E+01 0.36077E+00
+ Smoothing pressures 19259.2513 24.5803 0.2237
+ do leaf measurements 19259.2524 24.5814 0.0011
+ compute convergence criterion 19259.3023 24.6313 0.0499
+ velocity_diff_norm = 0.0080794 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19259.3053 24.6343 0.0030
+Compute isostasy and adjust vertical 19259.3055 24.6345 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -120206223785639.73 175314012284884.66
+ def in m -7.97698974609375 0.63369894027709961
+ dimensionless def -1.81056840079171324E-6 2.27913992745535705E-5
+ Isostatic velocity range = -0.0175195 0.2272046
+ Compute divergence 19259.5211 24.8501 0.2157
+ wsmp_cleanup 19259.5575 24.8865 0.0364
+ Reset surface geometry 19259.5625 24.8915 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 19259.5708 24.8998 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19259.5880 24.9170 0.0173
+ Advect surface 1 19259.5882 24.9172 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19259.7764 25.1054 0.1883
+ removing 1 particle from surface
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19259.9826 25.3117 0.2062
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19260.2308 25.5598 0.2481
+ Advect the cloud 19260.3739 25.7029 0.1432
+ Write output 19261.1490 26.4780 0.7751
+ End of time step 19262.0311 27.3601 0.8821
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 119 19262.0313
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19262.0313 0.0001 0.0001
+ surface 01 19262.0314 0.0001 0.0000
+ S. 1: 16936points
+ refine surface 19262.0314 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 19262.0578 0.0265 0.0264
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 19262.0804 0.0491 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19262.1052 0.0740 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16937points
+ surface 02 19262.1235 0.0922 0.0183
+ S. 2: 16932points
+ refine surface 19262.1237 0.0924 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 19262.1498 0.1185 0.0261
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 19262.1723 0.1410 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19262.1971 0.1659 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16933points
+ surface 03 19262.2156 0.1843 0.0184
+ S. 3: 16931points
+ refine surface 19262.2157 0.1844 0.0002
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 19262.2435 0.2122 0.0278
+ S. 3: 8 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 19262.2706 0.2393 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19262.2956 0.2644 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16935points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19262.3206
+ -----------------------------------------------------------------------
+ Create octree solve 19262.3209 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19262.3369 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19262.3578 0.0372 0.0209
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19262.3586 0.0380 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19262.3729 0.0523 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19262.4962 0.1756 0.1234
+ Imbed surface in osolve 19262.6778 0.3572 0.1816
+ embedding surface 1 19262.6780 0.3574 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19264.6252 2.3046 1.9472
+ osolve%nleaves= 59424
+ embedding surface 3 19266.7223 4.4017 2.0971
+ osolve%nleaves= 64128
+ Assessing octree stability 19270.2607 7.9401 3.5384
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19270.2654 7.9448 0.0047
+ Interpolate velo onto osolve 19270.6856 8.3650 0.4202
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19270.7973 8.4767 0.1117
+ Find void 19271.0700 8.7494 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 19271.0984 8.7778 0.0285
+ wsmp setup1 19271.1055 8.7849 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19272.1106 9.7900 1.0051
+ -----------------------------------
+ start of non-linear iteratio 1 19272.1573
+ -----------------------------------
+ build system 19272.1575 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.27663E+00
+ viscosity capped in 37088
+ wsmp solve 19280.1418 7.9845 7.9843
+ =================================
+ wsmp: initialisation time: 0.0545990 s
+ wsmp: ordering time: 4.1090088 s
+ wsmp: symbolic fact. time: 0.7068040 s
+ wsmp: Cholesky fact. time: 11.3783250 s
+ wsmp: Factorisation 14481.1898135 Mflops
+ wsmp: back substitution time: 0.1205351 s
+ wsmp: from b to rhs vector: 0.0073240 s
+ ---------------------------------
+ wsmp: total solve time: 16.3769958 s
+ =================================
+ u : -0.10375E+01 0.18388E+00
+ v : -0.96850E-01 0.10966E+00
+ w : -0.76135E+00 0.25576E+00
+ =================================
+ Calculate pressures 19296.5343 24.3769 16.3924
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 19296.7583 24.6009 0.2240
+ do leaf measurements 19296.7594 24.6021 0.0011
+ compute convergence criterion 19296.8018 24.6445 0.0424
+ velocity_diff_norm = 0.5898341 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19296.8066
+ -----------------------------------
+ build system 19296.8111 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79534E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19304.7527 7.9461 7.9416
+ =================================
+ wsmp: initialisation time: 0.0504680 s
+ wsmp: ordering time: 4.0974832 s
+ wsmp: symbolic fact. time: 0.7093258 s
+ wsmp: Cholesky fact. time: 11.4577451 s
+ wsmp: Factorisation 14380.8125240 Mflops
+ wsmp: back substitution time: 0.1208470 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4435110 s
+ =================================
+ u : -0.10157E+01 0.13639E+00
+ v : -0.48205E-01 0.10232E+00
+ w : -0.76683E+00 0.22652E+00
+ =================================
+ Calculate pressures 19321.2120 24.4054 16.4594
+ raw pressures : -0.12346E+01 0.18545E+00
+ Smoothing pressures 19321.4361 24.6295 0.2241
+ do leaf measurements 19321.4373 24.6307 0.0011
+ compute convergence criterion 19321.4794 24.6728 0.0421
+ velocity_diff_norm = 0.0717591 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19321.4841
+ -----------------------------------
+ build system 19321.4885 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19329.4643 7.9803 7.9758
+ =================================
+ wsmp: initialisation time: 0.0475390 s
+ wsmp: ordering time: 4.1078911 s
+ wsmp: symbolic fact. time: 0.7088668 s
+ wsmp: Cholesky fact. time: 11.3751101 s
+ wsmp: Factorisation 14485.2824906 Mflops
+ wsmp: back substitution time: 0.1209772 s
+ wsmp: from b to rhs vector: 0.0072451 s
+ ---------------------------------
+ wsmp: total solve time: 16.3680429 s
+ =================================
+ u : -0.10167E+01 0.15482E+00
+ v : -0.40690E-01 0.11877E+00
+ w : -0.74607E+00 0.23190E+00
+ =================================
+ Calculate pressures 19345.8477 24.3637 16.3834
+ raw pressures : -0.13696E+01 0.31061E+00
+ Smoothing pressures 19346.0721 24.5880 0.2244
+ do leaf measurements 19346.0732 24.5891 0.0011
+ compute convergence criterion 19346.1153 24.6312 0.0421
+ velocity_diff_norm = 0.0361795 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19346.1200
+ -----------------------------------
+ build system 19346.1244 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19354.1445 8.0244 8.0200
+ =================================
+ wsmp: initialisation time: 0.0487089 s
+ wsmp: ordering time: 4.0913739 s
+ wsmp: symbolic fact. time: 0.7114460 s
+ wsmp: Cholesky fact. time: 11.3859138 s
+ wsmp: Factorisation 14471.5379075 Mflops
+ wsmp: back substitution time: 0.1210790 s
+ wsmp: from b to rhs vector: 0.0071650 s
+ ---------------------------------
+ wsmp: total solve time: 16.3660910 s
+ =================================
+ u : -0.10162E+01 0.17591E+00
+ v : -0.40767E-01 0.12336E+00
+ w : -0.73676E+00 0.22911E+00
+ =================================
+ Calculate pressures 19370.5265 24.4065 16.3820
+ raw pressures : -0.14688E+01 0.35357E+00
+ Smoothing pressures 19370.7501 24.6301 0.2236
+ do leaf measurements 19370.7512 24.6312 0.0011
+ compute convergence criterion 19370.7933 24.6732 0.0420
+ velocity_diff_norm = 0.0159855 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19370.7979
+ -----------------------------------
+ build system 19370.8023 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19378.7408 7.9428 7.9384
+ =================================
+ wsmp: initialisation time: 0.0490921 s
+ wsmp: ordering time: 4.1436279 s
+ wsmp: symbolic fact. time: 0.7175901 s
+ wsmp: Cholesky fact. time: 11.4306121 s
+ wsmp: Factorisation 14414.9484400 Mflops
+ wsmp: back substitution time: 0.1214271 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4699631 s
+ =================================
+ u : -0.10157E+01 0.19381E+00
+ v : -0.40542E-01 0.12580E+00
+ w : -0.73206E+00 0.22823E+00
+ =================================
+ Calculate pressures 19395.2263 24.4283 16.4855
+ raw pressures : -0.15125E+01 0.36232E+00
+ Smoothing pressures 19395.4516 24.6536 0.2253
+ do leaf measurements 19395.4527 24.6548 0.0011
+ compute convergence criterion 19395.4949 24.6969 0.0421
+ velocity_diff_norm = 0.0107554 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19395.4996
+ -----------------------------------
+ build system 19395.5040 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19403.5090 8.0094 8.0051
+ =================================
+ wsmp: initialisation time: 0.0488770 s
+ wsmp: ordering time: 4.0911150 s
+ wsmp: symbolic fact. time: 0.7091730 s
+ wsmp: Cholesky fact. time: 11.3779840 s
+ wsmp: Factorisation 14481.6237389 Mflops
+ wsmp: back substitution time: 0.1204140 s
+ wsmp: from b to rhs vector: 0.0072031 s
+ ---------------------------------
+ wsmp: total solve time: 16.3551600 s
+ =================================
+ u : -0.10153E+01 0.20944E+00
+ v : -0.42806E-01 0.12581E+00
+ w : -0.72756E+00 0.22771E+00
+ =================================
+ Calculate pressures 19419.8802 24.3806 16.3712
+ raw pressures : -0.15340E+01 0.36000E+00
+ Smoothing pressures 19420.1035 24.6040 0.2233
+ do leaf measurements 19420.1047 24.6051 0.0011
+ compute convergence criterion 19420.1471 24.6475 0.0424
+ velocity_diff_norm = 0.0080856 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19420.1501 24.6505 0.0030
+Compute isostasy and adjust vertical 19420.1503 24.6507 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -120877215912085.17 176712097757493.03
+ def in m -7.9786291122436523 0.63527709245681763
+ dimensionless def -1.81507740701947889E-6 2.27960831778390061E-5
+ Isostatic velocity range = -0.0175527 0.2272498
+ Compute divergence 19420.3547 24.8552 0.2045
+ wsmp_cleanup 19420.3913 24.8917 0.0365
+ Reset surface geometry 19420.3962 24.8966 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 19420.4045 24.9049 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19420.4217 24.9221 0.0172
+ Advect surface 1 19420.4218 24.9223 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19420.6132 25.1136 0.1914
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19420.8100 25.3104 0.1968
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19421.0611 25.5615 0.2511
+ Advect the cloud 19421.2062 25.7066 0.1451
+ Write output 19421.9800 26.4804 0.7738
+ End of time step 19422.8447 27.3451 0.8647
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 120 19422.8448
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19422.8449 0.0001 0.0001
+ surface 01 19422.8449 0.0001 0.0000
+ S. 1: 16937points
+ refine surface 19422.8450 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19422.8703 0.0254 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16937points
+ surface 02 19422.8886 0.0438 0.0183
+ S. 2: 16933points
+ refine surface 19422.8888 0.0439 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19422.9138 0.0689 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16933points
+ surface 03 19422.9319 0.0871 0.0181
+ S. 3: 16935points
+ refine surface 19422.9320 0.0872 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 19422.9592 0.1144 0.0272
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 19422.9819 0.1370 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19423.0071 0.1623 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16938points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19423.0322
+ -----------------------------------------------------------------------
+ Create octree solve 19423.0324 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19423.0484 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19423.0692 0.0370 0.0207
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19423.0699 0.0378 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19423.0842 0.0521 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19423.2076 0.1754 0.1234
+ Imbed surface in osolve 19423.3906 0.3585 0.1830
+ embedding surface 1 19423.3908 0.3586 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19425.3521 2.3199 1.9613
+ osolve%nleaves= 59424
+ embedding surface 3 19427.4358 4.4037 2.0837
+ osolve%nleaves= 64128
+ Assessing octree stability 19430.9649 7.9327 3.5291
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19430.9695 7.9374 0.0047
+ Interpolate velo onto osolve 19431.3703 8.3381 0.4007
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19431.5575 8.5254 0.1873
+ Find void 19431.8206 8.7885 0.2631
+ whole leaf in fluid 32992
+ Define boundary conditions 19431.8485 8.8163 0.0279
+ wsmp setup1 19431.8548 8.8226 0.0063
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19432.8651 9.8330 1.0104
+ -----------------------------------
+ start of non-linear iteratio 1 19432.9122
+ -----------------------------------
+ build system 19432.9124 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38938E-05 8.28435E+00
+ viscosity capped in 37088
+ wsmp solve 19440.8952 7.9830 7.9828
+ =================================
+ wsmp: initialisation time: 0.0509150 s
+ wsmp: ordering time: 4.1065960 s
+ wsmp: symbolic fact. time: 0.7088151 s
+ wsmp: Cholesky fact. time: 11.3793199 s
+ wsmp: Factorisation 14479.9236890 Mflops
+ wsmp: back substitution time: 0.1209910 s
+ wsmp: from b to rhs vector: 0.0071812 s
+ ---------------------------------
+ wsmp: total solve time: 16.3741879 s
+ =================================
+ u : -0.10320E+01 0.18373E+00
+ v : -0.96888E-01 0.10934E+00
+ w : -0.76137E+00 0.25597E+00
+ =================================
+ Calculate pressures 19457.2853 24.3731 16.3901
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 19457.5088 24.5966 0.2235
+ do leaf measurements 19457.5099 24.5977 0.0011
+ compute convergence criterion 19457.5514 24.6391 0.0415
+ velocity_diff_norm = 0.5886626 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19457.5562
+ -----------------------------------
+ build system 19457.5606 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80359E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19465.4997 7.9435 7.9390
+ =================================
+ wsmp: initialisation time: 0.0479441 s
+ wsmp: ordering time: 4.0915740 s
+ wsmp: symbolic fact. time: 0.7050929 s
+ wsmp: Cholesky fact. time: 11.4449408 s
+ wsmp: Factorisation 14396.9013625 Mflops
+ wsmp: back substitution time: 0.1212149 s
+ wsmp: from b to rhs vector: 0.0072181 s
+ ---------------------------------
+ wsmp: total solve time: 16.4183710 s
+ =================================
+ u : -0.10156E+01 0.13642E+00
+ v : -0.48504E-01 0.10255E+00
+ w : -0.76686E+00 0.22508E+00
+ =================================
+ Calculate pressures 19481.9340 24.3779 16.4344
+ raw pressures : -0.12361E+01 0.18045E+00
+ Smoothing pressures 19482.1580 24.6018 0.2239
+ do leaf measurements 19482.1591 24.6029 0.0011
+ compute convergence criterion 19482.2003 24.6441 0.0412
+ velocity_diff_norm = 0.0710416 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19482.2050
+ -----------------------------------
+ build system 19482.2094 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19490.1801 7.9751 7.9707
+ =================================
+ wsmp: initialisation time: 0.0510890 s
+ wsmp: ordering time: 4.0943048 s
+ wsmp: symbolic fact. time: 0.7069991 s
+ wsmp: Cholesky fact. time: 11.3688369 s
+ wsmp: Factorisation 14493.2753999 Mflops
+ wsmp: back substitution time: 0.1218679 s
+ wsmp: from b to rhs vector: 0.0072110 s
+ ---------------------------------
+ wsmp: total solve time: 16.3506811 s
+ =================================
+ u : -0.10167E+01 0.15480E+00
+ v : -0.40401E-01 0.11875E+00
+ w : -0.74656E+00 0.23111E+00
+ =================================
+ Calculate pressures 19506.5461 24.3410 16.3660
+ raw pressures : -0.13708E+01 0.31187E+00
+ Smoothing pressures 19506.7722 24.5671 0.2261
+ do leaf measurements 19506.7733 24.5682 0.0011
+ compute convergence criterion 19506.8144 24.6094 0.0411
+ velocity_diff_norm = 0.0361647 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19506.8191
+ -----------------------------------
+ build system 19506.8235 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19514.8462 8.0271 8.0227
+ =================================
+ wsmp: initialisation time: 0.0506420 s
+ wsmp: ordering time: 4.1024370 s
+ wsmp: symbolic fact. time: 0.7058079 s
+ wsmp: Cholesky fact. time: 11.3913040 s
+ wsmp: Factorisation 14464.6902270 Mflops
+ wsmp: back substitution time: 0.1208930 s
+ wsmp: from b to rhs vector: 0.0072191 s
+ ---------------------------------
+ wsmp: total solve time: 16.3786800 s
+ =================================
+ u : -0.10160E+01 0.17584E+00
+ v : -0.40477E-01 0.12336E+00
+ w : -0.73712E+00 0.22867E+00
+ =================================
+ Calculate pressures 19531.2409 24.4218 16.3947
+ raw pressures : -0.14696E+01 0.35431E+00
+ Smoothing pressures 19531.4643 24.6452 0.2235
+ do leaf measurements 19531.4654 24.6463 0.0011
+ compute convergence criterion 19531.5066 24.6875 0.0412
+ velocity_diff_norm = 0.0160062 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19531.5113
+ -----------------------------------
+ build system 19531.5156 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19539.4552 7.9439 7.9395
+ =================================
+ wsmp: initialisation time: 0.0523040 s
+ wsmp: ordering time: 4.1175170 s
+ wsmp: symbolic fact. time: 0.7115748 s
+ wsmp: Cholesky fact. time: 11.4406610 s
+ wsmp: Factorisation 14402.2871182 Mflops
+ wsmp: back substitution time: 0.1217942 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.4514451 s
+ =================================
+ u : -0.10157E+01 0.19372E+00
+ v : -0.40523E-01 0.12572E+00
+ w : -0.73237E+00 0.22785E+00
+ =================================
+ Calculate pressures 19555.9221 24.4108 16.4669
+ raw pressures : -0.15132E+01 0.36313E+00
+ Smoothing pressures 19556.1524 24.6411 0.2303
+ do leaf measurements 19556.1535 24.6422 0.0011
+ compute convergence criterion 19556.1947 24.6834 0.0412
+ velocity_diff_norm = 0.0107461 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19556.1994
+ -----------------------------------
+ build system 19556.2038 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19564.2176 8.0182 8.0138
+ =================================
+ wsmp: initialisation time: 0.0506270 s
+ wsmp: ordering time: 4.0959289 s
+ wsmp: symbolic fact. time: 0.7061031 s
+ wsmp: Cholesky fact. time: 11.3792160 s
+ wsmp: Factorisation 14480.0559648 Mflops
+ wsmp: back substitution time: 0.1210241 s
+ wsmp: from b to rhs vector: 0.0071888 s
+ ---------------------------------
+ wsmp: total solve time: 16.3604410 s
+ =================================
+ u : -0.10152E+01 0.20937E+00
+ v : -0.42926E-01 0.12575E+00
+ w : -0.72783E+00 0.22745E+00
+ =================================
+ Calculate pressures 19580.5945 24.3951 16.3769
+ raw pressures : -0.15348E+01 0.36083E+00
+ Smoothing pressures 19580.8176 24.6181 0.2231
+ do leaf measurements 19580.8187 24.6192 0.0011
+ compute convergence criterion 19580.8601 24.6607 0.0414
+ velocity_diff_norm = 0.0080743 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19580.8631 24.6637 0.0030
+Compute isostasy and adjust vertical 19580.8633 24.6638 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -121554485673805.94 178104808014568.16
+ def in m -7.985931396484375 0.64358794689178467
+ dimensionless def -1.83882270540509898E-6 2.28169468470982171E-5
+ Isostatic velocity range = -0.0177748 0.2274538
+ Compute divergence 19581.0610 24.8615 0.1977
+ wsmp_cleanup 19581.1036 24.9042 0.0427
+ Reset surface geometry 19581.1087 24.9093 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 19581.1171 24.9177 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19581.1313 24.9318 0.0142
+ Advect surface 1 19581.1314 24.9320 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19581.3184 25.1189 0.1870
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19581.5175 25.3181 0.1992
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19581.7712 25.5718 0.2537
+ Advect the cloud 19581.9136 25.7142 0.1424
+ Write output 19582.6931 26.4937 0.7795
+ End of time step 19583.5557 27.3563 0.8626
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 121 19583.5559
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19583.5559 0.0001 0.0001
+ surface 01 19583.5560 0.0001 0.0000
+ S. 1: 16937points
+ refine surface 19583.5560 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19583.5816 0.0257 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16937points
+ surface 02 19583.5996 0.0437 0.0181
+ S. 2: 16933points
+ refine surface 19583.5998 0.0439 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19583.6247 0.0688 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16933points
+ surface 03 19583.6431 0.0872 0.0184
+ S. 3: 16938points
+ refine surface 19583.6432 0.0874 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 19583.6702 0.1143 0.0270
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 19583.6927 0.1368 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19583.7177 0.1618 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16940points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19583.7429
+ -----------------------------------------------------------------------
+ Create octree solve 19583.7431 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19583.7592 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19583.7807 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19583.7815 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19583.7957 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19583.9191 0.1762 0.1234
+ Imbed surface in osolve 19584.1017 0.3588 0.1825
+ embedding surface 1 19584.1018 0.3589 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19586.0468 2.3039 1.9450
+ osolve%nleaves= 59424
+ embedding surface 3 19588.1451 4.4022 2.0983
+ osolve%nleaves= 64128
+ Assessing octree stability 19591.6947 7.9518 3.5497
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19591.7005 7.9576 0.0058
+ Interpolate velo onto osolve 19592.1639 8.4210 0.4634
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19592.2822 8.5393 0.1183
+ Find void 19592.5543 8.8114 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 19592.5826 8.8397 0.0283
+ wsmp setup1 19592.5897 8.8468 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19593.5931 9.8502 1.0034
+ -----------------------------------
+ start of non-linear iteratio 1 19593.6393
+ -----------------------------------
+ build system 19593.6395 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 8.06782E+00
+ viscosity capped in 37088
+ wsmp solve 19601.6095 7.9701 7.9700
+ =================================
+ wsmp: initialisation time: 0.0524919 s
+ wsmp: ordering time: 4.0871699 s
+ wsmp: symbolic fact. time: 0.7064769 s
+ wsmp: Cholesky fact. time: 11.3787220 s
+ wsmp: Factorisation 14480.6846115 Mflops
+ wsmp: back substitution time: 0.1207361 s
+ wsmp: from b to rhs vector: 0.0072761 s
+ ---------------------------------
+ wsmp: total solve time: 16.3532591 s
+ =================================
+ u : -0.10214E+01 0.18391E+00
+ v : -0.97409E-01 0.11035E+00
+ w : -0.76154E+00 0.25562E+00
+ =================================
+ Calculate pressures 19617.9786 24.3393 16.3691
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 19618.2031 24.5637 0.2245
+ do leaf measurements 19618.2042 24.5649 0.0011
+ compute convergence criterion 19618.2465 24.6072 0.0423
+ velocity_diff_norm = 0.5886505 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19618.2513
+ -----------------------------------
+ build system 19618.2558 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78552E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19626.1983 7.9470 7.9425
+ =================================
+ wsmp: initialisation time: 0.0512071 s
+ wsmp: ordering time: 4.0858760 s
+ wsmp: symbolic fact. time: 0.7065730 s
+ wsmp: Cholesky fact. time: 11.4477980 s
+ wsmp: Factorisation 14393.3080998 Mflops
+ wsmp: back substitution time: 0.1211562 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.4202220 s
+ =================================
+ u : -0.10160E+01 0.13637E+00
+ v : -0.48325E-01 0.10251E+00
+ w : -0.76692E+00 0.22695E+00
+ =================================
+ Calculate pressures 19642.6343 24.3830 16.4360
+ raw pressures : -0.12352E+01 0.19072E+00
+ Smoothing pressures 19642.8586 24.6073 0.2243
+ do leaf measurements 19642.8597 24.6084 0.0011
+ compute convergence criterion 19642.9017 24.6504 0.0420
+ velocity_diff_norm = 0.0707860 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19642.9065
+ -----------------------------------
+ build system 19642.9109 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19650.8710 7.9645 7.9601
+ =================================
+ wsmp: initialisation time: 0.0507040 s
+ wsmp: ordering time: 4.0881801 s
+ wsmp: symbolic fact. time: 0.7091081 s
+ wsmp: Cholesky fact. time: 11.3754971 s
+ wsmp: Factorisation 14484.7897535 Mflops
+ wsmp: back substitution time: 0.1216741 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.3527641 s
+ =================================
+ u : -0.10169E+01 0.15471E+00
+ v : -0.40428E-01 0.11865E+00
+ w : -0.74643E+00 0.23172E+00
+ =================================
+ Calculate pressures 19667.2396 24.3331 16.3686
+ raw pressures : -0.13702E+01 0.31154E+00
+ Smoothing pressures 19667.4664 24.5600 0.2269
+ do leaf measurements 19667.4675 24.5611 0.0011
+ compute convergence criterion 19667.5095 24.6031 0.0420
+ velocity_diff_norm = 0.0360429 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19667.5143
+ -----------------------------------
+ build system 19667.5187 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19675.5413 8.0270 8.0226
+ =================================
+ wsmp: initialisation time: 0.0528648 s
+ wsmp: ordering time: 4.0917239 s
+ wsmp: symbolic fact. time: 0.7074549 s
+ wsmp: Cholesky fact. time: 11.3847561 s
+ wsmp: Factorisation 14473.0095751 Mflops
+ wsmp: back substitution time: 0.1210139 s
+ wsmp: from b to rhs vector: 0.0072391 s
+ ---------------------------------
+ wsmp: total solve time: 16.3654552 s
+ =================================
+ u : -0.10163E+01 0.17578E+00
+ v : -0.40587E-01 0.12324E+00
+ w : -0.73702E+00 0.22894E+00
+ =================================
+ Calculate pressures 19691.9228 24.4085 16.3815
+ raw pressures : -0.14693E+01 0.35419E+00
+ Smoothing pressures 19692.1464 24.6321 0.2236
+ do leaf measurements 19692.1475 24.6332 0.0011
+ compute convergence criterion 19692.1894 24.6751 0.0419
+ velocity_diff_norm = 0.0160229 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19692.1941
+ -----------------------------------
+ build system 19692.1984 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19700.1379 7.9438 7.9395
+ =================================
+ wsmp: initialisation time: 0.0479581 s
+ wsmp: ordering time: 4.1134570 s
+ wsmp: symbolic fact. time: 0.7161551 s
+ wsmp: Cholesky fact. time: 11.4490020 s
+ wsmp: Factorisation 14391.7944533 Mflops
+ wsmp: back substitution time: 0.1208801 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.4549580 s
+ =================================
+ u : -0.10158E+01 0.19367E+00
+ v : -0.40420E-01 0.12563E+00
+ w : -0.73229E+00 0.22797E+00
+ =================================
+ Calculate pressures 19716.6081 24.4140 16.4702
+ raw pressures : -0.15129E+01 0.36290E+00
+ Smoothing pressures 19716.8331 24.6391 0.2250
+ do leaf measurements 19716.8342 24.6401 0.0011
+ compute convergence criterion 19716.8762 24.6821 0.0420
+ velocity_diff_norm = 0.0107502 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19716.8810
+ -----------------------------------
+ build system 19716.8854 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19724.8923 8.0113 8.0069
+ =================================
+ wsmp: initialisation time: 0.0478930 s
+ wsmp: ordering time: 4.0904949 s
+ wsmp: symbolic fact. time: 0.7065470 s
+ wsmp: Cholesky fact. time: 11.3794100 s
+ wsmp: Factorisation 14479.8090114 Mflops
+ wsmp: back substitution time: 0.1208780 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3528719 s
+ =================================
+ u : -0.10154E+01 0.20936E+00
+ v : -0.42874E-01 0.12571E+00
+ w : -0.72776E+00 0.22752E+00
+ =================================
+ Calculate pressures 19741.2609 24.3799 16.3686
+ raw pressures : -0.15346E+01 0.36052E+00
+ Smoothing pressures 19741.4851 24.6041 0.2242
+ do leaf measurements 19741.4862 24.6053 0.0011
+ compute convergence criterion 19741.5285 24.6475 0.0423
+ velocity_diff_norm = 0.0080848 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19741.5314 24.6505 0.0030
+Compute isostasy and adjust vertical 19741.5316 24.6507 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -122214853448063.2 179502833789787.28
+ def in m -7.9847841262817383 0.64259928464889526
+ dimensionless def -1.8359979561397008E-6 2.2813668932233539E-5
+ Isostatic velocity range = -0.0177510 0.2274210
+ Compute divergence 19741.7318 24.8508 0.2002
+ wsmp_cleanup 19741.7711 24.8901 0.0393
+ Reset surface geometry 19741.7757 24.8948 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 19741.7843 24.9033 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19741.8004 24.9194 0.0161
+ Advect surface 1 19741.8005 24.9196 0.0002
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19741.9940 25.1130 0.1934
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19742.1872 25.3062 0.1932
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19742.4415 25.5605 0.2543
+ Advect the cloud 19742.5885 25.7076 0.1471
+ Write output 19743.3738 26.4928 0.7853
+ End of time step 19744.2405 27.3595 0.8667
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 122 19744.2406
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19744.2407 0.0001 0.0001
+ surface 01 19744.2407 0.0001 0.0000
+ S. 1: 16937points
+ refine surface 19744.2407 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19744.2668 0.0262 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 16937points
+ surface 02 19744.2849 0.0443 0.0182
+ S. 2: 16933points
+ refine surface 19744.2851 0.0445 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 19744.3117 0.0711 0.0266
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 19744.3342 0.0936 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19744.3594 0.1188 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16935points
+ surface 03 19744.3777 0.1372 0.0183
+ S. 3: 16940points
+ refine surface 19744.3779 0.1373 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19744.4029 0.1623 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16940points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19744.4277
+ -----------------------------------------------------------------------
+ Create octree solve 19744.4280 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19744.4440 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19744.4654 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19744.4662 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19744.4805 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19744.6038 0.1761 0.1234
+ Imbed surface in osolve 19744.7836 0.3559 0.1798
+ embedding surface 1 19744.7838 0.3561 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19746.7360 2.3083 1.9522
+ osolve%nleaves= 59424
+ embedding surface 3 19748.7930 4.3652 2.0569
+ osolve%nleaves= 64128
+ Assessing octree stability 19752.3023 7.8746 3.5093
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19752.3070 7.8792 0.0047
+ Interpolate velo onto osolve 19752.7368 8.3090 0.4298
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19752.9456 8.5178 0.2088
+ Find void 19753.2156 8.7879 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 19753.2436 8.8159 0.0280
+ wsmp setup1 19753.2506 8.8229 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19754.2502 9.8225 0.9995
+ -----------------------------------
+ start of non-linear iteratio 1 19754.2964
+ -----------------------------------
+ build system 19754.2966 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 8.30001E+00
+ viscosity capped in 37088
+ wsmp solve 19762.2864 7.9900 7.9898
+ =================================
+ wsmp: initialisation time: 0.0554230 s
+ wsmp: ordering time: 4.0777071 s
+ wsmp: symbolic fact. time: 0.7052379 s
+ wsmp: Cholesky fact. time: 11.3762190 s
+ wsmp: Factorisation 14483.8705531 Mflops
+ wsmp: back substitution time: 0.1206229 s
+ wsmp: from b to rhs vector: 0.0070980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3426509 s
+ =================================
+ u : -0.10155E+01 0.18378E+00
+ v : -0.97085E-01 0.10976E+00
+ w : -0.76157E+00 0.25527E+00
+ =================================
+ Calculate pressures 19778.6454 24.3490 16.3590
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 19778.8683 24.5719 0.2229
+ do leaf measurements 19778.8694 24.5730 0.0011
+ compute convergence criterion 19778.9107 24.6143 0.0413
+ velocity_diff_norm = 0.5889508 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19778.9155
+ -----------------------------------
+ build system 19778.9198 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80267E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19786.8664 7.9509 7.9465
+ =================================
+ wsmp: initialisation time: 0.0506968 s
+ wsmp: ordering time: 4.0798140 s
+ wsmp: symbolic fact. time: 0.7069221 s
+ wsmp: Cholesky fact. time: 11.4320040 s
+ wsmp: Factorisation 14413.1933681 Mflops
+ wsmp: back substitution time: 0.1207170 s
+ wsmp: from b to rhs vector: 0.0071270 s
+ ---------------------------------
+ wsmp: total solve time: 16.3976388 s
+ =================================
+ u : -0.10159E+01 0.13638E+00
+ v : -0.48269E-01 0.10260E+00
+ w : -0.76694E+00 0.22544E+00
+ =================================
+ Calculate pressures 19803.2796 24.3641 16.4132
+ raw pressures : -0.12354E+01 0.18068E+00
+ Smoothing pressures 19803.5038 24.5884 0.2242
+ do leaf measurements 19803.5049 24.5894 0.0011
+ compute convergence criterion 19803.5458 24.6304 0.0410
+ velocity_diff_norm = 0.0712878 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19803.5506
+ -----------------------------------
+ build system 19803.5549 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19811.5176 7.9671 7.9627
+ =================================
+ wsmp: initialisation time: 0.0487380 s
+ wsmp: ordering time: 4.1010289 s
+ wsmp: symbolic fact. time: 0.7100680 s
+ wsmp: Cholesky fact. time: 11.3726330 s
+ wsmp: Factorisation 14488.4376520 Mflops
+ wsmp: back substitution time: 0.1214120 s
+ wsmp: from b to rhs vector: 0.0071111 s
+ ---------------------------------
+ wsmp: total solve time: 16.3613520 s
+ =================================
+ u : -0.10169E+01 0.15477E+00
+ v : -0.40424E-01 0.11887E+00
+ w : -0.74649E+00 0.23125E+00
+ =================================
+ Calculate pressures 19827.8943 24.3438 16.3767
+ raw pressures : -0.13705E+01 0.31177E+00
+ Smoothing pressures 19828.1211 24.5705 0.2268
+ do leaf measurements 19828.1222 24.5716 0.0011
+ compute convergence criterion 19828.1632 24.6127 0.0410
+ velocity_diff_norm = 0.0362324 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19828.1679
+ -----------------------------------
+ build system 19828.1723 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19836.1911 8.0231 8.0187
+ =================================
+ wsmp: initialisation time: 0.0486200 s
+ wsmp: ordering time: 4.0987370 s
+ wsmp: symbolic fact. time: 0.7022831 s
+ wsmp: Cholesky fact. time: 11.3879609 s
+ wsmp: Factorisation 14468.9365520 Mflops
+ wsmp: back substitution time: 0.1208711 s
+ wsmp: from b to rhs vector: 0.0071418 s
+ ---------------------------------
+ wsmp: total solve time: 16.3659668 s
+ =================================
+ u : -0.10163E+01 0.17586E+00
+ v : -0.40459E-01 0.12339E+00
+ w : -0.73707E+00 0.22878E+00
+ =================================
+ Calculate pressures 19852.5731 24.4052 16.3821
+ raw pressures : -0.14693E+01 0.35409E+00
+ Smoothing pressures 19852.7970 24.6290 0.2238
+ do leaf measurements 19852.7980 24.6301 0.0010
+ compute convergence criterion 19852.8389 24.6710 0.0409
+ velocity_diff_norm = 0.0159346 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 19852.8436
+ -----------------------------------
+ build system 19852.8480 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19860.7859 7.9423 7.9379
+ =================================
+ wsmp: initialisation time: 0.0518041 s
+ wsmp: ordering time: 4.1155260 s
+ wsmp: symbolic fact. time: 0.7063010 s
+ wsmp: Cholesky fact. time: 11.4546201 s
+ wsmp: Factorisation 14384.7357753 Mflops
+ wsmp: back substitution time: 0.1208260 s
+ wsmp: from b to rhs vector: 0.0071471 s
+ ---------------------------------
+ wsmp: total solve time: 16.4565749 s
+ =================================
+ u : -0.10159E+01 0.19378E+00
+ v : -0.40500E-01 0.12578E+00
+ w : -0.73233E+00 0.22786E+00
+ =================================
+ Calculate pressures 19877.2585 24.4149 16.4726
+ raw pressures : -0.15129E+01 0.36292E+00
+ Smoothing pressures 19877.4857 24.6421 0.2271
+ do leaf measurements 19877.4867 24.6431 0.0011
+ compute convergence criterion 19877.5285 24.6849 0.0418
+ velocity_diff_norm = 0.0107381 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 19877.5338
+ -----------------------------------
+ build system 19877.5382 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19885.5442 8.0104 8.0060
+ =================================
+ wsmp: initialisation time: 0.0487900 s
+ wsmp: ordering time: 4.0841491 s
+ wsmp: symbolic fact. time: 0.7025578 s
+ wsmp: Cholesky fact. time: 11.3738589 s
+ wsmp: Factorisation 14486.8759942 Mflops
+ wsmp: back substitution time: 0.1209061 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3377521 s
+ =================================
+ u : -0.10154E+01 0.20941E+00
+ v : -0.42929E-01 0.12579E+00
+ w : -0.72780E+00 0.22738E+00
+ =================================
+ Calculate pressures 19901.8973 24.3635 16.3531
+ raw pressures : -0.15345E+01 0.36054E+00
+ Smoothing pressures 19902.1209 24.5871 0.2236
+ do leaf measurements 19902.1220 24.5882 0.0011
+ compute convergence criterion 19902.1633 24.6295 0.0413
+ velocity_diff_norm = 0.0080830 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 19902.1664 24.6326 0.0031
+Compute isostasy and adjust vertical 19902.1665 24.6328 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -122874838530367.94 180894166822689.06
+ def in m -7.985997200012207 0.64469647407531738
+ dimensionless def -1.84198992592947835E-6 2.28171348571777339E-5
+ Isostatic velocity range = -0.0178159 0.2274531
+ Compute divergence 19902.3634 24.8296 0.1968
+ wsmp_cleanup 19902.4074 24.8736 0.0440
+ Reset surface geometry 19902.4123 24.8785 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 19902.4204 24.8867 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 19902.4339 24.9001 0.0135
+ Advect surface 1 19902.4341 24.9003 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 19902.6318 25.0981 0.1978
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 19902.8210 25.2872 0.1891
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 19903.0689 25.5352 0.2479
+ Advect the cloud 19903.2167 25.6830 0.1478
+ Write output 19904.0029 26.4692 0.7862
+ End of time step 19904.8745 27.3407 0.8715
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 123 19904.8746
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 19904.8747 0.0001 0.0001
+ surface 01 19904.8747 0.0001 0.0000
+ S. 1: 16937points
+ refine surface 19904.8747 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 19904.9011 0.0265 0.0264
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 19904.9237 0.0492 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 19904.9488 0.0742 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16938points
+ surface 02 19904.9672 0.0926 0.0185
+ S. 2: 16935points
+ refine surface 19904.9674 0.0928 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 19904.9939 0.1193 0.0265
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 19905.0166 0.1420 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 19905.0415 0.1669 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16937points
+ surface 03 19905.0599 0.1853 0.0184
+ S. 3: 16940points
+ refine surface 19905.0600 0.1854 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 19905.0849 0.2104 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16940points
+ -----------------------------------------------------------------------
+ Start of iteration 1 19905.1097
+ -----------------------------------------------------------------------
+ Create octree solve 19905.1100 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 19905.1260 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 19905.1473 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 19905.1481 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 19905.1624 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 19905.2852 0.1755 0.1229
+ Imbed surface in osolve 19905.4632 0.3535 0.1780
+ embedding surface 1 19905.4634 0.3537 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 19907.4117 2.3020 1.9483
+ osolve%nleaves= 59424
+ embedding surface 3 19909.4835 4.3738 2.0718
+ osolve%nleaves= 64128
+ Assessing octree stability 19913.0012 7.8915 3.5177
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 19913.0058 7.8961 0.0046
+ Interpolate velo onto osolve 19913.4333 8.3236 0.4275
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 19913.6677 8.5580 0.2344
+ Find void 19913.9377 8.8280 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 19913.9660 8.8563 0.0284
+ wsmp setup1 19913.9732 8.8635 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 19914.9752 9.8655 1.0021
+ -----------------------------------
+ start of non-linear iteratio 1 19915.0209
+ -----------------------------------
+ build system 19915.0210 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 8.23586E+00
+ viscosity capped in 37088
+ wsmp solve 19923.0102 7.9893 7.9892
+ =================================
+ wsmp: initialisation time: 0.0563879 s
+ wsmp: ordering time: 4.0927532 s
+ wsmp: symbolic fact. time: 0.7067151 s
+ wsmp: Cholesky fact. time: 11.3711131 s
+ wsmp: Factorisation 14490.3742473 Mflops
+ wsmp: back substitution time: 0.1209419 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.3556030 s
+ =================================
+ u : -0.10153E+01 0.18393E+00
+ v : -0.97670E-01 0.11030E+00
+ w : -0.76145E+00 0.25430E+00
+ =================================
+ Calculate pressures 19939.3814 24.3606 16.3712
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 19939.6051 24.5843 0.2237
+ do leaf measurements 19939.6062 24.5854 0.0011
+ compute convergence criterion 19939.6478 24.6269 0.0415
+ velocity_diff_norm = 0.5883007 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 19939.6524
+ -----------------------------------
+ build system 19939.6568 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78875E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19947.6130 7.9606 7.9562
+ =================================
+ wsmp: initialisation time: 0.0506608 s
+ wsmp: ordering time: 4.1026330 s
+ wsmp: symbolic fact. time: 0.7053330 s
+ wsmp: Cholesky fact. time: 11.4376340 s
+ wsmp: Factorisation 14406.0986740 Mflops
+ wsmp: back substitution time: 0.1210401 s
+ wsmp: from b to rhs vector: 0.0073121 s
+ ---------------------------------
+ wsmp: total solve time: 16.4250190 s
+ =================================
+ u : -0.10157E+01 0.13643E+00
+ v : -0.48263E-01 0.10241E+00
+ w : -0.76694E+00 0.22648E+00
+ =================================
+ Calculate pressures 19964.0541 24.4017 16.4411
+ raw pressures : -0.12352E+01 0.18032E+00
+ Smoothing pressures 19964.2782 24.6258 0.2241
+ do leaf measurements 19964.2793 24.6269 0.0011
+ compute convergence criterion 19964.3206 24.6682 0.0413
+ velocity_diff_norm = 0.0705954 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 19964.3252
+ -----------------------------------
+ build system 19964.3295 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19972.2755 7.9503 7.9459
+ =================================
+ wsmp: initialisation time: 0.0504360 s
+ wsmp: ordering time: 4.1048510 s
+ wsmp: symbolic fact. time: 0.7135050 s
+ wsmp: Cholesky fact. time: 11.3704569 s
+ wsmp: Factorisation 14491.2104088 Mflops
+ wsmp: back substitution time: 0.1216021 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.3685000 s
+ =================================
+ u : -0.10167E+01 0.15476E+00
+ v : -0.40429E-01 0.11871E+00
+ w : -0.74645E+00 0.23178E+00
+ =================================
+ Calculate pressures 19988.6593 24.3341 16.3838
+ raw pressures : -0.13702E+01 0.31157E+00
+ Smoothing pressures 19988.8856 24.5604 0.2264
+ do leaf measurements 19988.8867 24.5615 0.0011
+ compute convergence criterion 19988.9281 24.6029 0.0414
+ velocity_diff_norm = 0.0362348 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 19988.9327
+ -----------------------------------
+ build system 19988.9370 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 19996.9498 8.0171 8.0128
+ =================================
+ wsmp: initialisation time: 0.0499692 s
+ wsmp: ordering time: 4.0937958 s
+ wsmp: symbolic fact. time: 0.7069330 s
+ wsmp: Cholesky fact. time: 11.3824341 s
+ wsmp: Factorisation 14475.9619952 Mflops
+ wsmp: back substitution time: 0.1206229 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3613400 s
+ =================================
+ u : -0.10162E+01 0.17582E+00
+ v : -0.40516E-01 0.12331E+00
+ w : -0.73705E+00 0.22901E+00
+ =================================
+ Calculate pressures 20013.3273 24.3946 16.3775
+ raw pressures : -0.14693E+01 0.35429E+00
+ Smoothing pressures 20013.5515 24.6188 0.2242
+ do leaf measurements 20013.5526 24.6199 0.0011
+ compute convergence criterion 20013.5939 24.6612 0.0413
+ velocity_diff_norm = 0.0159491 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20013.5984
+ -----------------------------------
+ build system 20013.6027 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20021.5413 7.9429 7.9386
+ =================================
+ wsmp: initialisation time: 0.0506709 s
+ wsmp: ordering time: 4.1240401 s
+ wsmp: symbolic fact. time: 0.7063591 s
+ wsmp: Cholesky fact. time: 11.4668391 s
+ wsmp: Factorisation 14369.4075408 Mflops
+ wsmp: back substitution time: 0.1210330 s
+ wsmp: from b to rhs vector: 0.0072961 s
+ ---------------------------------
+ wsmp: total solve time: 16.4766240 s
+ =================================
+ u : -0.10157E+01 0.19369E+00
+ v : -0.40440E-01 0.12572E+00
+ w : -0.73234E+00 0.22798E+00
+ =================================
+ Calculate pressures 20038.0332 24.4348 16.4919
+ raw pressures : -0.15129E+01 0.36309E+00
+ Smoothing pressures 20038.2584 24.6599 0.2251
+ do leaf measurements 20038.2595 24.6610 0.0011
+ compute convergence criterion 20038.3008 24.7024 0.0414
+ velocity_diff_norm = 0.0107277 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20038.3055
+ -----------------------------------
+ build system 20038.3098 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20046.3174 8.0120 8.0076
+ =================================
+ wsmp: initialisation time: 0.0492229 s
+ wsmp: ordering time: 4.0965781 s
+ wsmp: symbolic fact. time: 0.7061589 s
+ wsmp: Cholesky fact. time: 11.3823130 s
+ wsmp: Factorisation 14476.1160307 Mflops
+ wsmp: back substitution time: 0.1206491 s
+ wsmp: from b to rhs vector: 0.0072811 s
+ ---------------------------------
+ wsmp: total solve time: 16.3626230 s
+ =================================
+ u : -0.10154E+01 0.20934E+00
+ v : -0.42871E-01 0.12575E+00
+ w : -0.72782E+00 0.22751E+00
+ =================================
+ Calculate pressures 20062.6961 24.3906 16.3787
+ raw pressures : -0.15347E+01 0.36088E+00
+ Smoothing pressures 20062.9195 24.6141 0.2234
+ do leaf measurements 20062.9207 24.6152 0.0011
+ compute convergence criterion 20062.9622 24.6567 0.0415
+ velocity_diff_norm = 0.0080797 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20062.9652 24.6597 0.0030
+Compute isostasy and adjust vertical 20062.9654 24.6599 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -123528833272804.94 182285465094136.47
+ def in m -7.9870266914367676 0.64445948600769043
+ dimensionless def -1.84131281716482993E-6 2.28200762612479084E-5
+ Isostatic velocity range = -0.0178145 0.2274820
+ Compute divergence 20063.1779 24.8724 0.2125
+ wsmp_cleanup 20063.2139 24.9085 0.0361
+ Reset surface geometry 20063.2189 24.9134 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 20063.2273 24.9218 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20063.2444 24.9389 0.0171
+ Advect surface 1 20063.2446 24.9391 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20063.4329 25.1275 0.1884
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20063.6253 25.3199 0.1924
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20063.8783 25.5728 0.2530
+ Advect the cloud 20064.0262 25.7207 0.1479
+ Write output 20064.8135 26.5080 0.7873
+ End of time step 20065.6808 27.3753 0.8673
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 124 20065.6809
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20065.6810 0.0001 0.0001
+ surface 01 20065.6810 0.0001 0.0000
+ S. 1: 16938points
+ refine surface 20065.6811 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 20065.7076 0.0267 0.0265
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20065.7348 0.0538 0.0272
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20065.7596 0.0787 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16940points
+ surface 02 20065.7783 0.0974 0.0187
+ S. 2: 16937points
+ refine surface 20065.7784 0.0975 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 20065.8056 0.1247 0.0272
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 20065.8280 0.1471 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20065.8530 0.1721 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16940points
+ surface 03 20065.8713 0.1904 0.0183
+ S. 3: 16940points
+ refine surface 20065.8715 0.1906 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 20065.8973 0.2163 0.0258
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 20065.9206 0.2397 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20065.9454 0.2645 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16941points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20065.9705
+ -----------------------------------------------------------------------
+ Create octree solve 20065.9708 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20065.9867 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 20066.0082 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20066.0089 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20066.0231 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 20066.1452 0.1747 0.1222
+ Imbed surface in osolve 20066.3254 0.3548 0.1801
+ embedding surface 1 20066.3255 0.3550 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 20068.2554 2.2849 1.9299
+ osolve%nleaves= 59424
+ embedding surface 3 20070.3171 4.3466 2.0617
+ osolve%nleaves= 64128
+ Assessing octree stability 20073.8418 7.8713 3.5247
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20073.8465 7.8760 0.0046
+ Interpolate velo onto osolve 20074.2957 8.3252 0.4492
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20074.5075 8.5369 0.2118
+ Find void 20074.7770 8.8064 0.2695
+ whole leaf in fluid 32992
+ Define boundary conditions 20074.8051 8.8346 0.0281
+ wsmp setup1 20074.8124 8.8418 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20075.8075 9.8369 0.9951
+ -----------------------------------
+ start of non-linear iteratio 1 20075.8529
+ -----------------------------------
+ build system 20075.8531 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 8.32247E+00
+ viscosity capped in 37088
+ wsmp solve 20083.8559 8.0030 8.0028
+ =================================
+ wsmp: initialisation time: 0.0511489 s
+ wsmp: ordering time: 4.0982230 s
+ wsmp: symbolic fact. time: 0.7043250 s
+ wsmp: Cholesky fact. time: 11.3691230 s
+ wsmp: Factorisation 14492.9106788 Mflops
+ wsmp: back substitution time: 0.1207540 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3511171 s
+ =================================
+ u : -0.10494E+01 0.18390E+00
+ v : -0.97359E-01 0.10973E+00
+ w : -0.76175E+00 0.25565E+00
+ =================================
+ Calculate pressures 20100.2230 24.3701 16.3671
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 20100.4465 24.5936 0.2236
+ do leaf measurements 20100.4477 24.5948 0.0011
+ compute convergence criterion 20100.4884 24.6355 0.0407
+ velocity_diff_norm = 0.5886782 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20100.4931
+ -----------------------------------
+ build system 20100.4975 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80005E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20108.4621 7.9690 7.9646
+ =================================
+ wsmp: initialisation time: 0.0497561 s
+ wsmp: ordering time: 4.1053500 s
+ wsmp: symbolic fact. time: 0.7047162 s
+ wsmp: Cholesky fact. time: 11.4180250 s
+ wsmp: Factorisation 14430.8392767 Mflops
+ wsmp: back substitution time: 0.1208169 s
+ wsmp: from b to rhs vector: 0.0071609 s
+ ---------------------------------
+ wsmp: total solve time: 16.4062090 s
+ =================================
+ u : -0.10156E+01 0.13661E+00
+ v : -0.48445E-01 0.10240E+00
+ w : -0.76714E+00 0.22524E+00
+ =================================
+ Calculate pressures 20124.8834 24.3903 16.4213
+ raw pressures : -0.12362E+01 0.18097E+00
+ Smoothing pressures 20125.1082 24.6151 0.2248
+ do leaf measurements 20125.1093 24.6162 0.0011
+ compute convergence criterion 20125.1499 24.6568 0.0406
+ velocity_diff_norm = 0.0709964 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20125.1546
+ -----------------------------------
+ build system 20125.1589 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20133.1022 7.9476 7.9433
+ =================================
+ wsmp: initialisation time: 0.0519540 s
+ wsmp: ordering time: 4.1083219 s
+ wsmp: symbolic fact. time: 0.7116959 s
+ wsmp: Cholesky fact. time: 11.3701808 s
+ wsmp: Factorisation 14491.5622819 Mflops
+ wsmp: back substitution time: 0.1212900 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.3709431 s
+ =================================
+ u : -0.10168E+01 0.15495E+00
+ v : -0.40177E-01 0.11868E+00
+ w : -0.74667E+00 0.23137E+00
+ =================================
+ Calculate pressures 20149.4888 24.3342 16.3866
+ raw pressures : -0.13715E+01 0.31251E+00
+ Smoothing pressures 20149.7150 24.5604 0.2262
+ do leaf measurements 20149.7161 24.5615 0.0011
+ compute convergence criterion 20149.7566 24.6020 0.0405
+ velocity_diff_norm = 0.0362223 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20149.7613
+ -----------------------------------
+ build system 20149.7657 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20157.7705 8.0093 8.0049
+ =================================
+ wsmp: initialisation time: 0.0502682 s
+ wsmp: ordering time: 4.1062129 s
+ wsmp: symbolic fact. time: 0.7004931 s
+ wsmp: Cholesky fact. time: 11.3850698 s
+ wsmp: Factorisation 14472.6107163 Mflops
+ wsmp: back substitution time: 0.1207500 s
+ wsmp: from b to rhs vector: 0.0071540 s
+ ---------------------------------
+ wsmp: total solve time: 16.3703489 s
+ =================================
+ u : -0.10162E+01 0.17599E+00
+ v : -0.40370E-01 0.12339E+00
+ w : -0.73723E+00 0.22890E+00
+ =================================
+ Calculate pressures 20174.1562 24.3949 16.3857
+ raw pressures : -0.14704E+01 0.35494E+00
+ Smoothing pressures 20174.3810 24.6198 0.2248
+ do leaf measurements 20174.3822 24.6209 0.0011
+ compute convergence criterion 20174.4228 24.6615 0.0406
+ velocity_diff_norm = 0.0159716 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20174.4274
+ -----------------------------------
+ build system 20174.4317 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20182.3672 7.9398 7.9355
+ =================================
+ wsmp: initialisation time: 0.0530860 s
+ wsmp: ordering time: 4.1168160 s
+ wsmp: symbolic fact. time: 0.7037239 s
+ wsmp: Cholesky fact. time: 11.4657700 s
+ wsmp: Factorisation 14370.7473450 Mflops
+ wsmp: back substitution time: 0.1209450 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4678640 s
+ =================================
+ u : -0.10158E+01 0.19388E+00
+ v : -0.40482E-01 0.12579E+00
+ w : -0.73246E+00 0.22797E+00
+ =================================
+ Calculate pressures 20198.8508 24.4234 16.4836
+ raw pressures : -0.15140E+01 0.36364E+00
+ Smoothing pressures 20199.0750 24.6476 0.2242
+ do leaf measurements 20199.0761 24.6487 0.0011
+ compute convergence criterion 20199.1167 24.6893 0.0406
+ velocity_diff_norm = 0.0107285 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20199.1214
+ -----------------------------------
+ build system 20199.1258 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20207.1224 8.0010 7.9967
+ =================================
+ wsmp: initialisation time: 0.0506730 s
+ wsmp: ordering time: 4.1054392 s
+ wsmp: symbolic fact. time: 0.7051241 s
+ wsmp: Cholesky fact. time: 11.3766241 s
+ wsmp: Factorisation 14483.3548441 Mflops
+ wsmp: back substitution time: 0.1206732 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.3660479 s
+ =================================
+ u : -0.10153E+01 0.20955E+00
+ v : -0.42902E-01 0.12581E+00
+ w : -0.72791E+00 0.22758E+00
+ =================================
+ Calculate pressures 20223.5046 24.3832 16.3822
+ raw pressures : -0.15358E+01 0.36138E+00
+ Smoothing pressures 20223.7283 24.6069 0.2236
+ do leaf measurements 20223.7294 24.6080 0.0011
+ compute convergence criterion 20223.7701 24.6487 0.0407
+ velocity_diff_norm = 0.0080758 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20223.7731 24.6517 0.0030
+Compute isostasy and adjust vertical 20223.7733 24.6519 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -124180101643786.03 183672942646766.94
+ def in m -7.9895572662353516 0.64558160305023193
+ dimensionless def -1.84451886585780553E-6 2.28273064749581471E-5
+ Isostatic velocity range = -0.0178527 0.2275510
+ Compute divergence 20223.9811 24.8597 0.2078
+ wsmp_cleanup 20224.0177 24.8963 0.0366
+ Reset surface geometry 20224.0228 24.9014 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 20224.0312 24.9098 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20224.0482 24.9268 0.0170
+ Advect surface 1 20224.0483 24.9269 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20224.2433 25.1219 0.1950
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20224.4353 25.3139 0.1919
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20224.6896 25.5682 0.2544
+ Advect the cloud 20224.8361 25.7147 0.1464
+ Write output 20225.6295 26.5081 0.7934
+ End of time step 20226.4908 27.3694 0.8612
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 125 20226.4909
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20226.4910 0.0001 0.0001
+ surface 01 20226.4910 0.0001 0.0000
+ S. 1: 16940points
+ refine surface 20226.4910 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 20226.5175 0.0266 0.0265
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20226.5400 0.0492 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20226.5651 0.0742 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16942points
+ surface 02 20226.5835 0.0926 0.0184
+ S. 2: 16940points
+ refine surface 20226.5837 0.0928 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 20226.6093 0.1184 0.0256
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 20226.6322 0.1413 0.0229
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20226.6569 0.1661 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16941points
+ surface 03 20226.6757 0.1848 0.0187
+ S. 3: 16941points
+ refine surface 20226.6758 0.1849 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20226.7006 0.2097 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16941points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20226.7255
+ -----------------------------------------------------------------------
+ Create octree solve 20226.7258 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20226.7416 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 20226.7632 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20226.7640 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20226.7781 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 20226.9003 0.1748 0.1222
+ Imbed surface in osolve 20227.0812 0.3557 0.1809
+ embedding surface 1 20227.0813 0.3558 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 20229.0415 2.3160 1.9602
+ osolve%nleaves= 59424
+ embedding surface 3 20231.1388 4.4133 2.0973
+ osolve%nleaves= 64128
+ Assessing octree stability 20234.6754 7.9499 3.5366
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20234.6801 7.9546 0.0047
+ Interpolate velo onto osolve 20235.1406 8.4151 0.4604
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20235.2596 8.5340 0.1190
+ Find void 20235.5320 8.8065 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 20235.5602 8.8347 0.0282
+ wsmp setup1 20235.5672 8.8417 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20236.5701 9.8446 1.0029
+ -----------------------------------
+ start of non-linear iteratio 1 20236.6163
+ -----------------------------------
+ build system 20236.6165 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.10858E+00
+ viscosity capped in 37088
+ wsmp solve 20244.6054 7.9891 7.9889
+ =================================
+ wsmp: initialisation time: 0.0548220 s
+ wsmp: ordering time: 4.1032660 s
+ wsmp: symbolic fact. time: 0.7068160 s
+ wsmp: Cholesky fact. time: 11.3769112 s
+ wsmp: Factorisation 14482.9894081 Mflops
+ wsmp: back substitution time: 0.1205709 s
+ wsmp: from b to rhs vector: 0.0072389 s
+ ---------------------------------
+ wsmp: total solve time: 16.3699999 s
+ =================================
+ u : -0.10152E+01 0.18452E+00
+ v : -0.97275E-01 0.11060E+00
+ w : -0.76160E+00 0.25407E+00
+ =================================
+ Calculate pressures 20260.9914 24.3751 16.3860
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 20261.2150 24.5987 0.2236
+ do leaf measurements 20261.2161 24.5997 0.0011
+ compute convergence criterion 20261.2585 24.6422 0.0425
+ velocity_diff_norm = 0.5893753 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20261.2633
+ -----------------------------------
+ build system 20261.2677 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79696E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20269.2429 7.9796 7.9751
+ =================================
+ wsmp: initialisation time: 0.0511880 s
+ wsmp: ordering time: 4.0951700 s
+ wsmp: symbolic fact. time: 0.7054348 s
+ wsmp: Cholesky fact. time: 11.4074199 s
+ wsmp: Factorisation 14444.2551454 Mflops
+ wsmp: back substitution time: 0.1209240 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.3877161 s
+ =================================
+ u : -0.10159E+01 0.13698E+00
+ v : -0.48181E-01 0.10228E+00
+ w : -0.76699E+00 0.22589E+00
+ =================================
+ Calculate pressures 20285.6464 24.3830 16.4035
+ raw pressures : -0.12356E+01 0.17939E+00
+ Smoothing pressures 20285.8707 24.6073 0.2243
+ do leaf measurements 20285.8717 24.6084 0.0010
+ compute convergence criterion 20285.9137 24.6504 0.0420
+ velocity_diff_norm = 0.0712402 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20285.9182
+ -----------------------------------
+ build system 20285.9225 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20293.8580 7.9398 7.9356
+ =================================
+ wsmp: initialisation time: 0.0515652 s
+ wsmp: ordering time: 4.1175709 s
+ wsmp: symbolic fact. time: 0.7074561 s
+ wsmp: Cholesky fact. time: 11.3698828 s
+ wsmp: Factorisation 14491.9421294 Mflops
+ wsmp: back substitution time: 0.1213000 s
+ wsmp: from b to rhs vector: 0.0072680 s
+ ---------------------------------
+ wsmp: total solve time: 16.3754411 s
+ =================================
+ u : -0.10171E+01 0.15523E+00
+ v : -0.40171E-01 0.11868E+00
+ w : -0.74675E+00 0.23187E+00
+ =================================
+ Calculate pressures 20310.2489 24.3307 16.3909
+ raw pressures : -0.13713E+01 0.31229E+00
+ Smoothing pressures 20310.4760 24.5577 0.2270
+ do leaf measurements 20310.4771 24.5589 0.0011
+ compute convergence criterion 20310.5190 24.6008 0.0419
+ velocity_diff_norm = 0.0362312 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20310.5238
+ -----------------------------------
+ build system 20310.5281 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20318.5271 8.0034 7.9991
+ =================================
+ wsmp: initialisation time: 0.0502620 s
+ wsmp: ordering time: 4.1059570 s
+ wsmp: symbolic fact. time: 0.7059469 s
+ wsmp: Cholesky fact. time: 11.3807099 s
+ wsmp: Factorisation 14478.1551869 Mflops
+ wsmp: back substitution time: 0.1207869 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.3712950 s
+ =================================
+ u : -0.10164E+01 0.17622E+00
+ v : -0.40384E-01 0.12329E+00
+ w : -0.73730E+00 0.22905E+00
+ =================================
+ Calculate pressures 20334.9139 24.3901 16.3867
+ raw pressures : -0.14704E+01 0.35507E+00
+ Smoothing pressures 20335.1381 24.6144 0.2243
+ do leaf measurements 20335.1392 24.6154 0.0010
+ compute convergence criterion 20335.1814 24.6576 0.0422
+ velocity_diff_norm = 0.0158972 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20335.1861
+ -----------------------------------
+ build system 20335.1903 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20343.1287 7.9426 7.9384
+ =================================
+ wsmp: initialisation time: 0.0505369 s
+ wsmp: ordering time: 4.1192031 s
+ wsmp: symbolic fact. time: 0.7053540 s
+ wsmp: Cholesky fact. time: 11.4688470 s
+ wsmp: Factorisation 14366.8917505 Mflops
+ wsmp: back substitution time: 0.1211209 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.4726110 s
+ =================================
+ u : -0.10159E+01 0.19408E+00
+ v : -0.40293E-01 0.12571E+00
+ w : -0.73251E+00 0.22816E+00
+ =================================
+ Calculate pressures 20359.6174 24.4314 16.4887
+ raw pressures : -0.15144E+01 0.36395E+00
+ Smoothing pressures 20359.8421 24.6561 0.2247
+ do leaf measurements 20359.8432 24.6571 0.0011
+ compute convergence criterion 20359.8852 24.6992 0.0421
+ velocity_diff_norm = 0.0107629 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20359.8900
+ -----------------------------------
+ build system 20359.8943 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20367.8887 7.9987 7.9944
+ =================================
+ wsmp: initialisation time: 0.0481329 s
+ wsmp: ordering time: 4.0944059 s
+ wsmp: symbolic fact. time: 0.7077620 s
+ wsmp: Cholesky fact. time: 11.3835430 s
+ wsmp: Factorisation 14474.5518741 Mflops
+ wsmp: back substitution time: 0.1210241 s
+ wsmp: from b to rhs vector: 0.0072751 s
+ ---------------------------------
+ wsmp: total solve time: 16.3625600 s
+ =================================
+ u : -0.10154E+01 0.20971E+00
+ v : -0.42758E-01 0.12573E+00
+ w : -0.72795E+00 0.22760E+00
+ =================================
+ Calculate pressures 20384.2671 24.3771 16.3784
+ raw pressures : -0.15361E+01 0.36146E+00
+ Smoothing pressures 20384.4911 24.6011 0.2240
+ do leaf measurements 20384.4922 24.6022 0.0011
+ compute convergence criterion 20384.5345 24.6445 0.0424
+ velocity_diff_norm = 0.0080807 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20384.5375 24.6475 0.0030
+Compute isostasy and adjust vertical 20384.5377 24.6477 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -124827465576790.36 185061502308520.84
+ def in m -7.9914398193359375 0.6458134651184082
+ dimensionless def -1.84518132890973769E-6 2.2832685198102678E-5
+ Isostatic velocity range = -0.0178655 0.2276024
+ Compute divergence 20384.7421 24.8521 0.2044
+ wsmp_cleanup 20384.7784 24.8884 0.0362
+ Reset surface geometry 20384.7833 24.8934 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 20384.7915 24.9015 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20384.8089 24.9189 0.0173
+ Advect surface 1 20384.8090 24.9190 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20385.0063 25.1163 0.1972
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20385.2028 25.3128 0.1965
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20385.4568 25.5668 0.2540
+ Advect the cloud 20385.6060 25.7160 0.1492
+ Write output 20386.3935 26.5035 0.7875
+ End of time step 20387.2559 27.3659 0.8625
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 126 20387.2561
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20387.2561 0.0001 0.0001
+ surface 01 20387.2562 0.0001 0.0000
+ S. 1: 16942points
+ refine surface 20387.2562 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 20387.2833 0.0273 0.0271
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20387.3054 0.0493 0.0220
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20387.3301 0.0741 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16944points
+ surface 02 20387.3486 0.0925 0.0184
+ S. 2: 16941points
+ refine surface 20387.3487 0.0926 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 20387.3748 0.1188 0.0261
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 20387.3975 0.1415 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20387.4222 0.1662 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16942points
+ surface 03 20387.4409 0.1849 0.0187
+ S. 3: 16941points
+ refine surface 20387.4411 0.1850 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 20387.4676 0.2115 0.0265
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 20387.4905 0.2344 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20387.5153 0.2592 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16943points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20387.5403
+ -----------------------------------------------------------------------
+ Create octree solve 20387.5406 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20387.5564 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 20387.5778 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20387.5786 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20387.5927 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 20387.7149 0.1746 0.1222
+ Imbed surface in osolve 20387.8977 0.3574 0.1828
+ embedding surface 1 20387.8979 0.3576 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 20389.8547 2.3144 1.9568
+ osolve%nleaves= 59424
+ embedding surface 3 20391.9298 4.3895 2.0751
+ osolve%nleaves= 64128
+ Assessing octree stability 20395.4585 7.9182 3.5287
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20395.4632 7.9229 0.0046
+ Interpolate velo onto osolve 20395.8810 8.3406 0.4178
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20396.0850 8.5446 0.2040
+ Find void 20396.3574 8.8171 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 20396.3859 8.8456 0.0285
+ wsmp setup1 20396.3930 8.8527 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20397.3947 9.8544 1.0017
+ -----------------------------------
+ start of non-linear iteratio 1 20397.4405
+ -----------------------------------
+ build system 20397.4407 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.41783E+00
+ viscosity capped in 37088
+ wsmp solve 20405.4400 7.9995 7.9994
+ =================================
+ wsmp: initialisation time: 0.0551059 s
+ wsmp: ordering time: 4.1035101 s
+ wsmp: symbolic fact. time: 0.7094219 s
+ wsmp: Cholesky fact. time: 11.3706968 s
+ wsmp: Factorisation 14490.9047368 Mflops
+ wsmp: back substitution time: 0.1208429 s
+ wsmp: from b to rhs vector: 0.0069230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3668649 s
+ =================================
+ u : -0.10152E+01 0.18368E+00
+ v : -0.97312E-01 0.11037E+00
+ w : -0.76140E+00 0.25137E+00
+ =================================
+ Calculate pressures 20421.8231 24.3826 16.3831
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 20422.0470 24.6065 0.2238
+ do leaf measurements 20422.0481 24.6076 0.0011
+ compute convergence criterion 20422.0889 24.6484 0.0409
+ velocity_diff_norm = 0.5892541 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20422.0939
+ -----------------------------------
+ build system 20422.0983 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79108E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20430.0787 7.9848 7.9804
+ =================================
+ wsmp: initialisation time: 0.0492139 s
+ wsmp: ordering time: 4.1044931 s
+ wsmp: symbolic fact. time: 0.7079670 s
+ wsmp: Cholesky fact. time: 11.4059269 s
+ wsmp: Factorisation 14446.1458241 Mflops
+ wsmp: back substitution time: 0.1207571 s
+ wsmp: from b to rhs vector: 0.0070541 s
+ ---------------------------------
+ wsmp: total solve time: 16.3957851 s
+ =================================
+ u : -0.10157E+01 0.13631E+00
+ v : -0.48371E-01 0.10241E+00
+ w : -0.76690E+00 0.22637E+00
+ =================================
+ Calculate pressures 20446.4902 24.3963 16.4115
+ raw pressures : -0.12349E+01 0.18395E+00
+ Smoothing pressures 20446.7139 24.6201 0.2238
+ do leaf measurements 20446.7150 24.6212 0.0011
+ compute convergence criterion 20446.7556 24.6617 0.0405
+ velocity_diff_norm = 0.0714568 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20446.7603
+ -----------------------------------
+ build system 20446.7646 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20454.7025 7.9422 7.9379
+ =================================
+ wsmp: initialisation time: 0.0472660 s
+ wsmp: ordering time: 4.1263740 s
+ wsmp: symbolic fact. time: 0.7132099 s
+ wsmp: Cholesky fact. time: 11.3919280 s
+ wsmp: Factorisation 14463.8979889 Mflops
+ wsmp: back substitution time: 0.1214910 s
+ wsmp: from b to rhs vector: 0.0070412 s
+ ---------------------------------
+ wsmp: total solve time: 16.4076860 s
+ =================================
+ u : -0.10169E+01 0.15478E+00
+ v : -0.40132E-01 0.11859E+00
+ w : -0.74632E+00 0.23143E+00
+ =================================
+ Calculate pressures 20471.1260 24.3657 16.4235
+ raw pressures : -0.13704E+01 0.31141E+00
+ Smoothing pressures 20471.3529 24.5926 0.2269
+ do leaf measurements 20471.3540 24.5936 0.0011
+ compute convergence criterion 20471.3946 24.6342 0.0406
+ velocity_diff_norm = 0.0363115 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20471.3994
+ -----------------------------------
+ build system 20471.4037 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20479.3933 7.9940 7.9896
+ =================================
+ wsmp: initialisation time: 0.0525849 s
+ wsmp: ordering time: 4.1069629 s
+ wsmp: symbolic fact. time: 0.7066472 s
+ wsmp: Cholesky fact. time: 11.3869710 s
+ wsmp: Factorisation 14470.1943933 Mflops
+ wsmp: back substitution time: 0.1208091 s
+ wsmp: from b to rhs vector: 0.0072060 s
+ ---------------------------------
+ wsmp: total solve time: 16.3815711 s
+ =================================
+ u : -0.10163E+01 0.17586E+00
+ v : -0.40259E-01 0.12325E+00
+ w : -0.73697E+00 0.22893E+00
+ =================================
+ Calculate pressures 20495.7908 24.3914 16.3974
+ raw pressures : -0.14694E+01 0.35394E+00
+ Smoothing pressures 20496.0141 24.6147 0.2233
+ do leaf measurements 20496.0152 24.6158 0.0011
+ compute convergence criterion 20496.0559 24.6566 0.0407
+ velocity_diff_norm = 0.0158714 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20496.0609
+ -----------------------------------
+ build system 20496.0653 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20504.0033 7.9425 7.9380
+ =================================
+ wsmp: initialisation time: 0.0504110 s
+ wsmp: ordering time: 4.1025848 s
+ wsmp: symbolic fact. time: 0.7091091 s
+ wsmp: Cholesky fact. time: 11.4629040 s
+ wsmp: Factorisation 14374.3404127 Mflops
+ wsmp: back substitution time: 0.1209261 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.4535081 s
+ =================================
+ u : -0.10159E+01 0.19376E+00
+ v : -0.40540E-01 0.12567E+00
+ w : -0.73223E+00 0.22802E+00
+ =================================
+ Calculate pressures 20520.4727 24.4119 16.4694
+ raw pressures : -0.15133E+01 0.36293E+00
+ Smoothing pressures 20520.6973 24.6364 0.2245
+ do leaf measurements 20520.6984 24.6375 0.0011
+ compute convergence criterion 20520.7390 24.6781 0.0406
+ velocity_diff_norm = 0.0107516 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20520.7438
+ -----------------------------------
+ build system 20520.7482 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20528.7294 7.9856 7.9812
+ =================================
+ wsmp: initialisation time: 0.0490260 s
+ wsmp: ordering time: 4.1061192 s
+ wsmp: symbolic fact. time: 0.7031898 s
+ wsmp: Cholesky fact. time: 11.3758390 s
+ wsmp: Factorisation 14484.3544241 Mflops
+ wsmp: back substitution time: 0.1208179 s
+ wsmp: from b to rhs vector: 0.0071478 s
+ ---------------------------------
+ wsmp: total solve time: 16.3625271 s
+ =================================
+ u : -0.10154E+01 0.20939E+00
+ v : -0.42954E-01 0.12573E+00
+ w : -0.72772E+00 0.22754E+00
+ =================================
+ Calculate pressures 20545.1076 24.3638 16.3783
+ raw pressures : -0.15349E+01 0.36045E+00
+ Smoothing pressures 20545.3311 24.5873 0.2234
+ do leaf measurements 20545.3322 24.5884 0.0011
+ compute convergence criterion 20545.3728 24.6290 0.0406
+ velocity_diff_norm = 0.0080845 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20545.3759 24.6320 0.0031
+Compute isostasy and adjust vertical 20545.3760 24.6322 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -125470631683961.64 186448643209472.16
+ def in m -7.9927492141723633 0.64716684818267822
+ dimensionless def -1.84904813766479489E-6 2.28364263262067519E-5
+ Isostatic velocity range = -0.0179117 0.2276400
+ Compute divergence 20545.5629 24.8190 0.1868
+ wsmp_cleanup 20545.6189 24.8751 0.0561
+ Reset surface geometry 20545.6242 24.8804 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 20545.6321 24.8883 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20545.6453 24.9015 0.0132
+ Advect surface 1 20545.6454 24.9016 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20545.8406 25.0968 0.1952
+ S. 2: 3 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20546.0412 25.2974 0.2006
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20546.2902 25.5464 0.2490
+ Advect the cloud 20546.4348 25.6909 0.1445
+ Write output 20547.2183 26.4745 0.7835
+ End of time step 20548.0757 27.3319 0.8575
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 127 20548.0759
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20548.0759 0.0001 0.0001
+ surface 01 20548.0760 0.0001 0.0000
+ S. 1: 16944points
+ refine surface 20548.0760 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 20548.1029 0.0270 0.0268
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20548.1250 0.0491 0.0221
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20548.1501 0.0742 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16946points
+ surface 02 20548.1680 0.0921 0.0179
+ S. 2: 16942points
+ refine surface 20548.1682 0.0923 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20548.1930 0.1171 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16942points
+ surface 03 20548.2115 0.1356 0.0185
+ S. 3: 16943points
+ refine surface 20548.2116 0.1357 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20548.2363 0.1605 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16943points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20548.2609
+ -----------------------------------------------------------------------
+ Create octree solve 20548.2611 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20548.2770 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 20548.2986 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20548.2994 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20548.3135 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 20548.4357 0.1748 0.1222
+ Imbed surface in osolve 20548.6190 0.3582 0.1833
+ embedding surface 1 20548.6192 0.3583 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 20550.5347 2.2738 1.9155
+ osolve%nleaves= 59424
+ embedding surface 3 20552.5893 4.3284 2.0546
+ osolve%nleaves= 64128
+ Assessing octree stability 20556.1011 7.8402 3.5118
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20556.1057 7.8449 0.0046
+ Interpolate velo onto osolve 20556.4947 8.2338 0.3890
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20556.7457 8.4849 0.2510
+ Find void 20557.0136 8.7527 0.2679
+ whole leaf in fluid 32992
+ Define boundary conditions 20557.0418 8.7809 0.0282
+ wsmp setup1 20557.0490 8.7881 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20558.0545 9.7936 1.0055
+ -----------------------------------
+ start of non-linear iteratio 1 20558.1007
+ -----------------------------------
+ build system 20558.1009 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.46709E+00
+ viscosity capped in 37088
+ wsmp solve 20566.1018 8.0011 8.0009
+ =================================
+ wsmp: initialisation time: 0.0515420 s
+ wsmp: ordering time: 4.1049609 s
+ wsmp: symbolic fact. time: 0.7057981 s
+ wsmp: Cholesky fact. time: 11.3805671 s
+ wsmp: Factorisation 14478.3368708 Mflops
+ wsmp: back substitution time: 0.1207249 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.3711550 s
+ =================================
+ u : -0.10152E+01 0.18368E+00
+ v : -0.97282E-01 0.10939E+00
+ w : -0.76157E+00 0.25435E+00
+ =================================
+ Calculate pressures 20582.4887 24.3880 16.3869
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 20582.7131 24.6124 0.2244
+ do leaf measurements 20582.7142 24.6135 0.0011
+ compute convergence criterion 20582.7553 24.6546 0.0411
+ velocity_diff_norm = 0.5883374 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20582.7601
+ -----------------------------------
+ build system 20582.7645 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79726E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20590.7513 7.9912 7.9867
+ =================================
+ wsmp: initialisation time: 0.0473750 s
+ wsmp: ordering time: 4.0871429 s
+ wsmp: symbolic fact. time: 0.7078791 s
+ wsmp: Cholesky fact. time: 11.3897331 s
+ wsmp: Factorisation 14466.6852835 Mflops
+ wsmp: back substitution time: 0.1207731 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.3604798 s
+ =================================
+ u : -0.10158E+01 0.13638E+00
+ v : -0.48505E-01 0.10227E+00
+ w : -0.76692E+00 0.22586E+00
+ =================================
+ Calculate pressures 20607.1275 24.3674 16.3762
+ raw pressures : -0.12356E+01 0.17984E+00
+ Smoothing pressures 20607.3501 24.5900 0.2226
+ do leaf measurements 20607.3511 24.5910 0.0010
+ compute convergence criterion 20607.3920 24.6319 0.0409
+ velocity_diff_norm = 0.0706958 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20607.3967
+ -----------------------------------
+ build system 20607.4010 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20615.3390 7.9424 7.9380
+ =================================
+ wsmp: initialisation time: 0.0485339 s
+ wsmp: ordering time: 4.1282470 s
+ wsmp: symbolic fact. time: 0.7131460 s
+ wsmp: Cholesky fact. time: 11.3901880 s
+ wsmp: Factorisation 14466.1075113 Mflops
+ wsmp: back substitution time: 0.1215000 s
+ wsmp: from b to rhs vector: 0.0070622 s
+ ---------------------------------
+ wsmp: total solve time: 16.4090481 s
+ =================================
+ u : -0.10170E+01 0.15477E+00
+ v : -0.39768E-01 0.11850E+00
+ w : -0.74662E+00 0.23131E+00
+ =================================
+ Calculate pressures 20631.7637 24.3670 16.4246
+ raw pressures : -0.13706E+01 0.31191E+00
+ Smoothing pressures 20631.9906 24.5939 0.2269
+ do leaf measurements 20631.9916 24.5949 0.0010
+ compute convergence criterion 20632.0325 24.6358 0.0409
+ velocity_diff_norm = 0.0362130 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20632.0372
+ -----------------------------------
+ build system 20632.0415 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20640.0274 7.9902 7.9859
+ =================================
+ wsmp: initialisation time: 0.0499508 s
+ wsmp: ordering time: 4.0947762 s
+ wsmp: symbolic fact. time: 0.7041171 s
+ wsmp: Cholesky fact. time: 11.3899779 s
+ wsmp: Factorisation 14466.3742862 Mflops
+ wsmp: back substitution time: 0.1207581 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3670700 s
+ =================================
+ u : -0.10164E+01 0.17581E+00
+ v : -0.40044E-01 0.12321E+00
+ w : -0.73720E+00 0.22884E+00
+ =================================
+ Calculate pressures 20656.4108 24.3736 16.3834
+ raw pressures : -0.14695E+01 0.35443E+00
+ Smoothing pressures 20656.6339 24.5967 0.2231
+ do leaf measurements 20656.6349 24.5978 0.0011
+ compute convergence criterion 20656.6759 24.6388 0.0410
+ velocity_diff_norm = 0.0158842 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20656.6807
+ -----------------------------------
+ build system 20656.6852 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20664.6225 7.9418 7.9373
+ =================================
+ wsmp: initialisation time: 0.0516210 s
+ wsmp: ordering time: 4.0919440 s
+ wsmp: symbolic fact. time: 0.7039680 s
+ wsmp: Cholesky fact. time: 11.4604940 s
+ wsmp: Factorisation 14377.3630769 Mflops
+ wsmp: back substitution time: 0.1204500 s
+ wsmp: from b to rhs vector: 0.0070579 s
+ ---------------------------------
+ wsmp: total solve time: 16.4359081 s
+ =================================
+ u : -0.10159E+01 0.19371E+00
+ v : -0.40569E-01 0.12564E+00
+ w : -0.73244E+00 0.22792E+00
+ =================================
+ Calculate pressures 20681.0739 24.3931 16.4514
+ raw pressures : -0.15134E+01 0.36329E+00
+ Smoothing pressures 20681.2981 24.6174 0.2242
+ do leaf measurements 20681.2992 24.6184 0.0011
+ compute convergence criterion 20681.3400 24.6593 0.0409
+ velocity_diff_norm = 0.0107281 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20681.3447
+ -----------------------------------
+ build system 20681.3491 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20689.3241 7.9794 7.9751
+ =================================
+ wsmp: initialisation time: 0.0492711 s
+ wsmp: ordering time: 4.1067560 s
+ wsmp: symbolic fact. time: 0.7046390 s
+ wsmp: Cholesky fact. time: 11.3842959 s
+ wsmp: Factorisation 14473.5945673 Mflops
+ wsmp: back substitution time: 0.1208570 s
+ wsmp: from b to rhs vector: 0.0071149 s
+ ---------------------------------
+ wsmp: total solve time: 16.3733289 s
+ =================================
+ u : -0.10155E+01 0.20937E+00
+ v : -0.42971E-01 0.12568E+00
+ w : -0.72791E+00 0.22750E+00
+ =================================
+ Calculate pressures 20705.7133 24.3686 16.3892
+ raw pressures : -0.15352E+01 0.36101E+00
+ Smoothing pressures 20705.9370 24.5923 0.2237
+ do leaf measurements 20705.9380 24.5933 0.0011
+ compute convergence criterion 20705.9790 24.6343 0.0409
+ velocity_diff_norm = 0.0080825 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20705.9820 24.6373 0.0030
+Compute isostasy and adjust vertical 20705.9822 24.6375 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -126107494429091.25 187834289118611.78
+ def in m -7.9931039810180664 0.64717262983322144
+ dimensionless def -1.84906465666634697E-6 2.28374399457659054E-5
+ Isostatic velocity range = -0.0179163 0.2276450
+ Compute divergence 20706.1877 24.8430 0.2056
+ wsmp_cleanup 20706.2238 24.8791 0.0360
+ Reset surface geometry 20706.2288 24.8841 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 20706.2369 24.8922 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20706.2541 24.9094 0.0171
+ Advect surface 1 20706.2542 24.9095 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20706.4504 25.1057 0.1962
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20706.6499 25.3052 0.1995
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20706.9041 25.5594 0.2541
+ Advect the cloud 20707.0479 25.7032 0.1438
+ Write output 20707.8290 26.4843 0.7811
+ End of time step 20735.1782 53.8334 27.3492
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 128 20735.1783
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20735.1783 0.0001 0.0001
+ surface 01 20735.1784 0.0001 0.0000
+ S. 1: 16946points
+ refine surface 20735.1784 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 20735.2055 0.0272 0.0271
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20735.2278 0.0495 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20735.2532 0.0749 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16948points
+ surface 02 20735.2711 0.0928 0.0179
+ S. 2: 16942points
+ refine surface 20735.2713 0.0930 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 20735.2974 0.1191 0.0261
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 20735.3198 0.1416 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20735.3450 0.1667 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16943points
+ surface 03 20735.3634 0.1851 0.0184
+ S. 3: 16943points
+ refine surface 20735.3635 0.1852 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 20735.3911 0.2128 0.0276
+ S. 3: 6 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 20735.4176 0.2393 0.0265
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20735.4430 0.2647 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16946points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20735.4671
+ -----------------------------------------------------------------------
+ Create octree solve 20735.4674 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20735.4834 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 20735.5049 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20735.5056 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20735.5199 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 20735.6433 0.1762 0.1234
+ Imbed surface in osolve 20735.8253 0.3582 0.1820
+ embedding surface 1 20735.8255 0.3584 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 20737.7812 2.3141 1.9557
+ osolve%nleaves= 59424
+ embedding surface 3 20739.8879 4.4208 2.1067
+ osolve%nleaves= 64128
+ Assessing octree stability 20743.4283 7.9612 3.5404
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20743.4332 7.9660 0.0049
+ Interpolate velo onto osolve 20743.8481 8.3810 0.4150
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20743.9606 8.4935 0.1125
+ Find void 20744.2362 8.7691 0.2755
+ whole leaf in fluid 32992
+ Define boundary conditions 20744.2649 8.7978 0.0287
+ wsmp setup1 20744.2718 8.8047 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20745.2751 9.8080 1.0033
+ -----------------------------------
+ start of non-linear iteratio 1 20745.3206
+ -----------------------------------
+ build system 20745.3208 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.40752E+00
+ viscosity capped in 37088
+ wsmp solve 20753.3106 7.9900 7.9898
+ =================================
+ wsmp: initialisation time: 0.0529120 s
+ wsmp: ordering time: 4.0970681 s
+ wsmp: symbolic fact. time: 0.7037821 s
+ wsmp: Cholesky fact. time: 11.3939879 s
+ wsmp: Factorisation 14461.2830387 Mflops
+ wsmp: back substitution time: 0.1209321 s
+ wsmp: from b to rhs vector: 0.0071208 s
+ ---------------------------------
+ wsmp: total solve time: 16.3761952 s
+ =================================
+ u : -0.10150E+01 0.18420E+00
+ v : -0.97136E-01 0.11012E+00
+ w : -0.76187E+00 0.25250E+00
+ =================================
+ Calculate pressures 20769.7023 24.3817 16.3917
+ raw pressures : -0.35126E+00 0.00000E+00
+ Smoothing pressures 20769.9263 24.6056 0.2240
+ do leaf measurements 20769.9273 24.6067 0.0011
+ compute convergence criterion 20769.9684 24.6477 0.0410
+ velocity_diff_norm = 0.5892940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20769.9729
+ -----------------------------------
+ build system 20769.9773 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79630E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20777.9190 7.9460 7.9417
+ =================================
+ wsmp: initialisation time: 0.0493772 s
+ wsmp: ordering time: 4.1192338 s
+ wsmp: symbolic fact. time: 0.7089500 s
+ wsmp: Cholesky fact. time: 11.4216180 s
+ wsmp: Factorisation 14426.2996797 Mflops
+ wsmp: back substitution time: 0.1214111 s
+ wsmp: from b to rhs vector: 0.0070848 s
+ ---------------------------------
+ wsmp: total solve time: 16.4280701 s
+ =================================
+ u : -0.10159E+01 0.13671E+00
+ v : -0.48562E-01 0.10252E+00
+ w : -0.76713E+00 0.22565E+00
+ =================================
+ Calculate pressures 20794.3624 24.3895 16.4435
+ raw pressures : -0.12361E+01 0.18116E+00
+ Smoothing pressures 20794.5898 24.6168 0.2273
+ do leaf measurements 20794.5908 24.6179 0.0011
+ compute convergence criterion 20794.6319 24.6590 0.0411
+ velocity_diff_norm = 0.0712773 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20794.6366
+ -----------------------------------
+ build system 20794.6409 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20802.6340 7.9974 7.9930
+ =================================
+ wsmp: initialisation time: 0.0484488 s
+ wsmp: ordering time: 4.1011581 s
+ wsmp: symbolic fact. time: 0.7007370 s
+ wsmp: Cholesky fact. time: 11.3728380 s
+ wsmp: Factorisation 14488.1764411 Mflops
+ wsmp: back substitution time: 0.1210780 s
+ wsmp: from b to rhs vector: 0.0071659 s
+ ---------------------------------
+ wsmp: total solve time: 16.3518262 s
+ =================================
+ u : -0.10172E+01 0.15504E+00
+ v : -0.39959E-01 0.11880E+00
+ w : -0.74672E+00 0.23107E+00
+ =================================
+ Calculate pressures 20819.0014 24.3648 16.3674
+ raw pressures : -0.13715E+01 0.31229E+00
+ Smoothing pressures 20819.2258 24.5892 0.2244
+ do leaf measurements 20819.2268 24.5903 0.0011
+ compute convergence criterion 20819.2681 24.6315 0.0413
+ velocity_diff_norm = 0.0362123 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20819.2728
+ -----------------------------------
+ build system 20819.2773 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20827.2236 7.9508 7.9464
+ =================================
+ wsmp: initialisation time: 0.0503619 s
+ wsmp: ordering time: 4.0873420 s
+ wsmp: symbolic fact. time: 0.7014248 s
+ wsmp: Cholesky fact. time: 11.4416840 s
+ wsmp: Factorisation 14400.9993428 Mflops
+ wsmp: back substitution time: 0.1208520 s
+ wsmp: from b to rhs vector: 0.0071261 s
+ ---------------------------------
+ wsmp: total solve time: 16.4091921 s
+ =================================
+ u : -0.10165E+01 0.17608E+00
+ v : -0.40096E-01 0.12341E+00
+ w : -0.73724E+00 0.22865E+00
+ =================================
+ Calculate pressures 20843.6483 24.3755 16.4247
+ raw pressures : -0.14705E+01 0.35506E+00
+ Smoothing pressures 20843.8734 24.6006 0.2250
+ do leaf measurements 20843.8744 24.6016 0.0011
+ compute convergence criterion 20843.9154 24.6426 0.0409
+ velocity_diff_norm = 0.0159657 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 20843.9201
+ -----------------------------------
+ build system 20843.9244 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20851.8777 7.9577 7.9533
+ =================================
+ wsmp: initialisation time: 0.0480809 s
+ wsmp: ordering time: 4.0871890 s
+ wsmp: symbolic fact. time: 0.7116630 s
+ wsmp: Cholesky fact. time: 11.3762259 s
+ wsmp: Factorisation 14483.8617502 Mflops
+ wsmp: back substitution time: 0.1215870 s
+ wsmp: from b to rhs vector: 0.0069909 s
+ ---------------------------------
+ wsmp: total solve time: 16.3521099 s
+ =================================
+ u : -0.10160E+01 0.19397E+00
+ v : -0.40532E-01 0.12581E+00
+ w : -0.73248E+00 0.22781E+00
+ =================================
+ Calculate pressures 20868.2461 24.3261 16.3684
+ raw pressures : -0.15140E+01 0.36364E+00
+ Smoothing pressures 20868.4727 24.5526 0.2266
+ do leaf measurements 20868.4737 24.5537 0.0011
+ compute convergence criterion 20868.5149 24.5948 0.0412
+ velocity_diff_norm = 0.0107552 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 20868.5196
+ -----------------------------------
+ build system 20868.5240 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20876.5431 8.0235 8.0191
+ =================================
+ wsmp: initialisation time: 0.0485229 s
+ wsmp: ordering time: 4.0951180 s
+ wsmp: symbolic fact. time: 0.7055430 s
+ wsmp: Cholesky fact. time: 11.3830459 s
+ wsmp: Factorisation 14475.1839843 Mflops
+ wsmp: back substitution time: 0.1209369 s
+ wsmp: from b to rhs vector: 0.0070460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3605909 s
+ =================================
+ u : -0.10156E+01 0.20964E+00
+ v : -0.42944E-01 0.12581E+00
+ w : -0.72792E+00 0.22734E+00
+ =================================
+ Calculate pressures 20892.9197 24.4001 16.3766
+ raw pressures : -0.15359E+01 0.36136E+00
+ Smoothing pressures 20893.1446 24.6250 0.2249
+ do leaf measurements 20893.1456 24.6260 0.0011
+ compute convergence criterion 20893.1866 24.6670 0.0410
+ velocity_diff_norm = 0.0080811 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 20893.1896 24.6700 0.0030
+Compute isostasy and adjust vertical 20893.1897 24.6702 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -126734196521021.81 189220398343556.78
+ def in m -7.9925084114074707 0.6467900276184082
+ dimensionless def -1.84797150748116639E-6 2.28357383183070596E-5
+ Isostatic velocity range = -0.0179105 0.2276256
+ Compute divergence 20893.3933 24.8737 0.2035
+ wsmp_cleanup 20893.4350 24.9154 0.0417
+ Reset surface geometry 20893.4399 24.9203 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 20893.4483 24.9287 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 20893.4627 24.9431 0.0143
+ Advect surface 1 20893.4628 24.9432 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 20893.6605 25.1409 0.1977
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 20893.8592 25.3396 0.1986
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 20894.1104 25.5908 0.2512
+ Advect the cloud 20894.2561 25.7365 0.1457
+ Write output 20895.0353 26.5157 0.7792
+ End of time step 20895.8945 27.3749 0.8592
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 129 20895.8946
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 20895.8947 0.0001 0.0001
+ surface 01 20895.8947 0.0001 0.0000
+ S. 1: 16948points
+ refine surface 20895.8948 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 20895.9207 0.0261 0.0259
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 20895.9433 0.0487 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 20895.9683 0.0737 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16949points
+ surface 02 20895.9866 0.0920 0.0183
+ S. 2: 16943points
+ refine surface 20895.9868 0.0921 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 20896.0136 0.1189 0.0268
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 20896.0360 0.1413 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 20896.0608 0.1662 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16945points
+ surface 03 20896.0796 0.1849 0.0187
+ S. 3: 16946points
+ refine surface 20896.0797 0.1851 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 20896.1065 0.2118 0.0268
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 20896.1288 0.2342 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 20896.1535 0.2589 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16948points
+ -----------------------------------------------------------------------
+ Start of iteration 1 20896.1785
+ -----------------------------------------------------------------------
+ Create octree solve 20896.1788 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 20896.1948 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 20896.2160 0.0374 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 20896.2168 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 20896.2311 0.0525 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 20896.3545 0.1759 0.1234
+ Imbed surface in osolve 20896.5333 0.3548 0.1788
+ embedding surface 1 20896.5335 0.3549 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 20898.4867 2.3081 1.9532
+ osolve%nleaves= 59424
+ embedding surface 3 20900.5966 4.4181 2.1099
+ osolve%nleaves= 64128
+ Assessing octree stability 20904.1428 7.9642 3.5462
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 20904.1479 7.9693 0.0051
+ Interpolate velo onto osolve 20904.5608 8.3823 0.4130
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 20904.6353 8.4567 0.0745
+ Find void 20904.9055 8.7269 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 20904.9338 8.7553 0.0284
+ wsmp setup1 20904.9412 8.7627 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 20905.9450 9.7665 1.0038
+ -----------------------------------
+ start of non-linear iteratio 1 20905.9910
+ -----------------------------------
+ build system 20905.9912 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.76787E+00
+ viscosity capped in 37088
+ wsmp solve 20914.0105 8.0196 8.0194
+ =================================
+ wsmp: initialisation time: 0.0499148 s
+ wsmp: ordering time: 4.1073821 s
+ wsmp: symbolic fact. time: 0.7114620 s
+ wsmp: Cholesky fact. time: 11.3932500 s
+ wsmp: Factorisation 14462.2196512 Mflops
+ wsmp: back substitution time: 0.1210680 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.3906100 s
+ =================================
+ u : -0.10150E+01 0.18491E+00
+ v : -0.98168E-01 0.10997E+00
+ w : -0.76175E+00 0.25802E+00
+ =================================
+ Calculate pressures 20930.4171 24.4261 16.4066
+ raw pressures : -0.35108E+00 0.00000E+00
+ Smoothing pressures 20930.6410 24.6501 0.2240
+ do leaf measurements 20930.6421 24.6511 0.0011
+ compute convergence criterion 20930.6839 24.6929 0.0417
+ velocity_diff_norm = 0.5889211 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 20930.6885
+ -----------------------------------
+ build system 20930.6929 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79060E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20938.6346 7.9461 7.9418
+ =================================
+ wsmp: initialisation time: 0.0476830 s
+ wsmp: ordering time: 4.1362541 s
+ wsmp: symbolic fact. time: 0.7136981 s
+ wsmp: Cholesky fact. time: 11.4350152 s
+ wsmp: Factorisation 14409.3978863 Mflops
+ wsmp: back substitution time: 0.1218982 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.4621501 s
+ =================================
+ u : -0.10157E+01 0.13740E+00
+ v : -0.48370E-01 0.10212E+00
+ w : -0.76711E+00 0.22575E+00
+ =================================
+ Calculate pressures 20955.1124 24.4238 16.4777
+ raw pressures : -0.12358E+01 0.18161E+00
+ Smoothing pressures 20955.3393 24.6508 0.2269
+ do leaf measurements 20955.3404 24.6519 0.0011
+ compute convergence criterion 20955.3821 24.6936 0.0417
+ velocity_diff_norm = 0.0713272 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 20955.3868
+ -----------------------------------
+ build system 20955.3912 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20963.3995 8.0127 8.0083
+ =================================
+ wsmp: initialisation time: 0.0487289 s
+ wsmp: ordering time: 4.1070991 s
+ wsmp: symbolic fact. time: 0.7116289 s
+ wsmp: Cholesky fact. time: 11.3840208 s
+ wsmp: Factorisation 14473.9443728 Mflops
+ wsmp: back substitution time: 0.1210620 s
+ wsmp: from b to rhs vector: 0.0071881 s
+ ---------------------------------
+ wsmp: total solve time: 16.3801389 s
+ =================================
+ u : -0.10169E+01 0.15548E+00
+ v : -0.39675E-01 0.11858E+00
+ w : -0.74704E+00 0.23164E+00
+ =================================
+ Calculate pressures 20979.7952 24.4084 16.3958
+ raw pressures : -0.13717E+01 0.31276E+00
+ Smoothing pressures 20980.0194 24.6327 0.2242
+ do leaf measurements 20980.0205 24.6338 0.0011
+ compute convergence criterion 20980.0626 24.6758 0.0420
+ velocity_diff_norm = 0.0362148 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 20980.0673
+ -----------------------------------
+ build system 20980.0718 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 20988.0302 7.9629 7.9584
+ =================================
+ wsmp: initialisation time: 0.0494862 s
+ wsmp: ordering time: 4.0989718 s
+ wsmp: symbolic fact. time: 0.7104731 s
+ wsmp: Cholesky fact. time: 11.4371810 s
+ wsmp: Factorisation 14406.6692600 Mflops
+ wsmp: back substitution time: 0.1207821 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.4244881 s
+ =================================
+ u : -0.10164E+01 0.17634E+00
+ v : -0.39993E-01 0.12324E+00
+ w : -0.73756E+00 0.22904E+00
+ =================================
+ Calculate pressures 21004.4710 24.4037 16.4408
+ raw pressures : -0.14709E+01 0.35565E+00
+ Smoothing pressures 21004.6953 24.6280 0.2243
+ do leaf measurements 21004.6964 24.6291 0.0011
+ compute convergence criterion 21004.7381 24.6708 0.0417
+ velocity_diff_norm = 0.0159158 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21004.7428
+ -----------------------------------
+ build system 21004.7472 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21012.6893 7.9464 7.9420
+ =================================
+ wsmp: initialisation time: 0.0488350 s
+ wsmp: ordering time: 4.1022100 s
+ wsmp: symbolic fact. time: 0.7092180 s
+ wsmp: Cholesky fact. time: 11.3805621 s
+ wsmp: Factorisation 14478.3432404 Mflops
+ wsmp: back substitution time: 0.1216931 s
+ wsmp: from b to rhs vector: 0.0071490 s
+ ---------------------------------
+ wsmp: total solve time: 16.3700659 s
+ =================================
+ u : -0.10159E+01 0.19416E+00
+ v : -0.40584E-01 0.12564E+00
+ w : -0.73274E+00 0.22806E+00
+ =================================
+ Calculate pressures 21029.0753 24.3325 16.3861
+ raw pressures : -0.15151E+01 0.36468E+00
+ Smoothing pressures 21029.3014 24.5586 0.2261
+ do leaf measurements 21029.3025 24.5597 0.0011
+ compute convergence criterion 21029.3443 24.6014 0.0417
+ velocity_diff_norm = 0.0107702 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21029.3490
+ -----------------------------------
+ build system 21029.3534 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21037.3646 8.0156 8.0112
+ =================================
+ wsmp: initialisation time: 0.0500681 s
+ wsmp: ordering time: 4.1128881 s
+ wsmp: symbolic fact. time: 0.7073810 s
+ wsmp: Cholesky fact. time: 11.3920710 s
+ wsmp: Factorisation 14463.7163646 Mflops
+ wsmp: back substitution time: 0.1211929 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3911901 s
+ =================================
+ u : -0.10155E+01 0.20978E+00
+ v : -0.43005E-01 0.12566E+00
+ w : -0.72818E+00 0.22755E+00
+ =================================
+ Calculate pressures 21053.7710 24.4221 16.4064
+ raw pressures : -0.15370E+01 0.36221E+00
+ Smoothing pressures 21054.0001 24.6511 0.2291
+ do leaf measurements 21054.0012 24.6522 0.0011
+ compute convergence criterion 21054.0429 24.6939 0.0417
+ velocity_diff_norm = 0.0080812 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21054.0459 24.6969 0.0030
+Compute isostasy and adjust vertical 21054.0461 24.6972 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -127355417092500.41 190604478500835.19
+ def in m -7.9902839660644531 0.64528477191925049
+ dimensionless def -1.84367077691214405E-6 2.28293827601841514E-5
+ Isostatic velocity range = -0.0178752 0.2275628
+ Compute divergence 21054.2440 24.8951 0.1979
+ wsmp_cleanup 21054.2920 24.9431 0.0480
+ Reset surface geometry 21054.2970 24.9481 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 21054.3038 24.9548 0.0068
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21054.3168 24.9678 0.0130
+ Advect surface 1 21054.3170 24.9680 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21054.5138 25.1649 0.1969
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21054.7184 25.3694 0.2046
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21054.9729 25.6240 0.2545
+ Advect the cloud 21055.1174 25.7685 0.1445
+ Write output 21055.9023 26.5533 0.7848
+ End of time step 21056.7690 27.4200 0.8667
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 130 21056.7691
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21056.7692 0.0001 0.0001
+ surface 01 21056.7692 0.0001 0.0000
+ S. 1: 16949points
+ refine surface 21056.7693 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21056.7945 0.0254 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16949points
+ surface 02 21056.8130 0.0439 0.0185
+ S. 2: 16944points
+ refine surface 21056.8131 0.0440 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21056.8379 0.0688 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16944points
+ surface 03 21056.8564 0.0873 0.0185
+ S. 3: 16948points
+ refine surface 21056.8565 0.0874 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 21056.8825 0.1134 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 21056.9051 0.1360 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21056.9300 0.1609 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16949points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21056.9549
+ -----------------------------------------------------------------------
+ Create octree solve 21056.9552 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21056.9712 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 21056.9925 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21056.9933 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21057.0076 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 21057.1311 0.1761 0.1235
+ Imbed surface in osolve 21057.3134 0.3585 0.1823
+ embedding surface 1 21057.3135 0.3586 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21059.2702 2.3152 1.9566
+ osolve%nleaves= 59424
+ embedding surface 3 21061.3584 4.4035 2.0883
+ osolve%nleaves= 64128
+ Assessing octree stability 21064.9065 7.9515 3.5480
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21064.9112 7.9563 0.0047
+ Interpolate velo onto osolve 21065.3248 8.3699 0.4136
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21065.4326 8.4777 0.1078
+ Find void 21065.7008 8.7458 0.2681
+ whole leaf in fluid 32992
+ Define boundary conditions 21065.7289 8.7740 0.0281
+ wsmp setup1 21065.7363 8.7814 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21066.7431 9.7881 1.0067
+ -----------------------------------
+ start of non-linear iteratio 1 21066.7887
+ -----------------------------------
+ build system 21066.7890 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 9.94067E+00
+ viscosity capped in 37088
+ wsmp solve 21074.8026 8.0138 8.0136
+ =================================
+ wsmp: initialisation time: 0.0545440 s
+ wsmp: ordering time: 4.0981050 s
+ wsmp: symbolic fact. time: 0.7017121 s
+ wsmp: Cholesky fact. time: 11.3909371 s
+ wsmp: Factorisation 14465.1561653 Mflops
+ wsmp: back substitution time: 0.1211462 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.3739901 s
+ =================================
+ u : -0.10150E+01 0.18390E+00
+ v : -0.97178E-01 0.10927E+00
+ w : -0.76166E+00 0.25146E+00
+ =================================
+ Calculate pressures 21091.1924 24.4036 16.3898
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 21091.4166 24.6278 0.2242
+ do leaf measurements 21091.4176 24.6289 0.0011
+ compute convergence criterion 21091.4587 24.6700 0.0411
+ velocity_diff_norm = 0.5891880 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21091.4634
+ -----------------------------------
+ build system 21091.4677 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80012E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21099.4090 7.9455 7.9412
+ =================================
+ wsmp: initialisation time: 0.0515211 s
+ wsmp: ordering time: 4.1245022 s
+ wsmp: symbolic fact. time: 0.7138920 s
+ wsmp: Cholesky fact. time: 11.4439499 s
+ wsmp: Factorisation 14398.1479096 Mflops
+ wsmp: back substitution time: 0.1219039 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4633210 s
+ =================================
+ u : -0.10155E+01 0.13669E+00
+ v : -0.48644E-01 0.10248E+00
+ w : -0.76708E+00 0.22502E+00
+ =================================
+ Calculate pressures 21115.8884 24.4250 16.4794
+ raw pressures : -0.12354E+01 0.18959E+00
+ Smoothing pressures 21116.1144 24.6510 0.2260
+ do leaf measurements 21116.1155 24.6520 0.0011
+ compute convergence criterion 21116.1564 24.6930 0.0410
+ velocity_diff_norm = 0.0711821 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21116.1612
+ -----------------------------------
+ build system 21116.1655 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21124.1806 8.0195 8.0151
+ =================================
+ wsmp: initialisation time: 0.0494859 s
+ wsmp: ordering time: 4.0924039 s
+ wsmp: symbolic fact. time: 0.7022221 s
+ wsmp: Cholesky fact. time: 11.3847361 s
+ wsmp: Factorisation 14473.0350349 Mflops
+ wsmp: back substitution time: 0.1218641 s
+ wsmp: from b to rhs vector: 0.0072179 s
+ ---------------------------------
+ wsmp: total solve time: 16.3583059 s
+ =================================
+ u : -0.10168E+01 0.15511E+00
+ v : -0.40072E-01 0.11883E+00
+ w : -0.74645E+00 0.23111E+00
+ =================================
+ Calculate pressures 21140.5547 24.3936 16.3741
+ raw pressures : -0.13710E+01 0.31167E+00
+ Smoothing pressures 21140.7796 24.6184 0.2248
+ do leaf measurements 21140.7807 24.6195 0.0011
+ compute convergence criterion 21140.8221 24.6609 0.0414
+ velocity_diff_norm = 0.0362247 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21140.8269
+ -----------------------------------
+ build system 21140.8313 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21148.7954 7.9685 7.9640
+ =================================
+ wsmp: initialisation time: 0.0499251 s
+ wsmp: ordering time: 4.0963800 s
+ wsmp: symbolic fact. time: 0.7121038 s
+ wsmp: Cholesky fact. time: 11.4179690 s
+ wsmp: Factorisation 14430.9100894 Mflops
+ wsmp: back substitution time: 0.1212401 s
+ wsmp: from b to rhs vector: 0.0070598 s
+ ---------------------------------
+ wsmp: total solve time: 16.4050591 s
+ =================================
+ u : -0.10163E+01 0.17615E+00
+ v : -0.40217E-01 0.12341E+00
+ w : -0.73709E+00 0.22867E+00
+ =================================
+ Calculate pressures 21165.2157 24.3888 16.4203
+ raw pressures : -0.14702E+01 0.35465E+00
+ Smoothing pressures 21165.4407 24.6138 0.2250
+ do leaf measurements 21165.4417 24.6148 0.0011
+ compute convergence criterion 21165.4828 24.6559 0.0411
+ velocity_diff_norm = 0.0159107 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21165.4875
+ -----------------------------------
+ build system 21165.4918 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21173.4296 7.9422 7.9378
+ =================================
+ wsmp: initialisation time: 0.0492558 s
+ wsmp: ordering time: 4.1013160 s
+ wsmp: symbolic fact. time: 0.7097120 s
+ wsmp: Cholesky fact. time: 11.3791690 s
+ wsmp: Factorisation 14480.1157325 Mflops
+ wsmp: back substitution time: 0.1221590 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.3692040 s
+ =================================
+ u : -0.10159E+01 0.19403E+00
+ v : -0.40524E-01 0.12585E+00
+ w : -0.73236E+00 0.22778E+00
+ =================================
+ Calculate pressures 21189.8150 24.3275 16.3853
+ raw pressures : -0.15141E+01 0.36350E+00
+ Smoothing pressures 21190.0411 24.5536 0.2261
+ do leaf measurements 21190.0422 24.5547 0.0011
+ compute convergence criterion 21190.0832 24.5957 0.0410
+ velocity_diff_norm = 0.0107400 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21190.0879
+ -----------------------------------
+ build system 21190.0923 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21198.0972 8.0092 8.0049
+ =================================
+ wsmp: initialisation time: 0.0476830 s
+ wsmp: ordering time: 4.0970790 s
+ wsmp: symbolic fact. time: 0.6998720 s
+ wsmp: Cholesky fact. time: 11.3933771 s
+ wsmp: Factorisation 14462.0583454 Mflops
+ wsmp: back substitution time: 0.1214499 s
+ wsmp: from b to rhs vector: 0.0070920 s
+ ---------------------------------
+ wsmp: total solve time: 16.3669322 s
+ =================================
+ u : -0.10155E+01 0.20965E+00
+ v : -0.42933E-01 0.12582E+00
+ w : -0.72782E+00 0.22733E+00
+ =================================
+ Calculate pressures 21214.4803 24.3924 16.3832
+ raw pressures : -0.15358E+01 0.36116E+00
+ Smoothing pressures 21214.7039 24.6159 0.2235
+ do leaf measurements 21214.7049 24.6170 0.0011
+ compute convergence criterion 21214.7460 24.6580 0.0410
+ velocity_diff_norm = 0.0080805 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21214.7490 24.6610 0.0030
+Compute isostasy and adjust vertical 21214.7492 24.6612 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -127980589126334.7 191980598021185.88
+ def in m -7.9894142150878906 0.64332067966461182
+ dimensionless def -1.8380590847560337E-6 2.2826897757393973E-5
+ Isostatic velocity range = -0.0178285 0.2275352
+ Compute divergence 21214.9503 24.8623 0.2011
+ wsmp_cleanup 21214.9921 24.9041 0.0418
+ Reset surface geometry 21214.9969 24.9089 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 21215.0053 24.9173 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21215.0194 24.9315 0.0141
+ Advect surface 1 21215.0196 24.9316 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21215.2115 25.1235 0.1919
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21215.4092 25.3212 0.1977
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21215.6598 25.5719 0.2506
+ Advect the cloud 21215.8061 25.7181 0.1462
+ Write output 21216.5897 26.5018 0.7837
+ End of time step 21217.4637 27.3758 0.8740
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 131 21217.4639
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21217.4639 0.0001 0.0001
+ surface 01 21217.4640 0.0001 0.0000
+ S. 1: 16949points
+ refine surface 21217.4640 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 21217.4913 0.0275 0.0273
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 21217.5140 0.0501 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21217.5389 0.0750 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16952points
+ surface 02 21217.5574 0.0936 0.0186
+ S. 2: 16944points
+ refine surface 21217.5576 0.0937 0.0002
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 21217.5852 0.1213 0.0276
+ S. 2: 7 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 21217.6124 0.1485 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21217.6374 0.1735 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16948points
+ surface 03 21217.6559 0.1920 0.0185
+ S. 3: 16949points
+ refine surface 21217.6561 0.1922 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 21217.6821 0.2182 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 21217.7048 0.2409 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21217.7297 0.2659 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16950points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21217.7551
+ -----------------------------------------------------------------------
+ Create octree solve 21217.7553 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21217.7713 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 21217.7926 0.0375 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21217.7934 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21217.8077 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 21217.9311 0.1760 0.1234
+ Imbed surface in osolve 21218.1099 0.3549 0.1788
+ embedding surface 1 21218.1101 0.3550 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21220.0688 2.3138 1.9588
+ osolve%nleaves= 59424
+ embedding surface 3 21222.1548 4.3998 2.0860
+ osolve%nleaves= 64128
+ Assessing octree stability 21225.6829 7.9278 3.5280
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21225.6908 7.9357 0.0079
+ Interpolate velo onto osolve 21226.0701 8.3151 0.3794
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21226.2341 8.4790 0.1639
+ Find void 21226.5059 8.7508 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 21226.5342 8.7791 0.0283
+ wsmp setup1 21226.5410 8.7860 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21227.5426 9.7875 1.0016
+ -----------------------------------
+ start of non-linear iteratio 1 21227.5887
+ -----------------------------------
+ build system 21227.5888 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21235.6231 8.0345 8.0343
+ =================================
+ wsmp: initialisation time: 0.0522969 s
+ wsmp: ordering time: 4.1066551 s
+ wsmp: symbolic fact. time: 0.7074480 s
+ wsmp: Cholesky fact. time: 11.3837090 s
+ wsmp: Factorisation 14474.3408798 Mflops
+ wsmp: back substitution time: 0.1208129 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.3784661 s
+ =================================
+ u : -0.10147E+01 0.18430E+00
+ v : -0.97819E-01 0.10974E+00
+ w : -0.76166E+00 0.25191E+00
+ =================================
+ Calculate pressures 21252.0173 24.4286 16.3941
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 21252.2409 24.6523 0.2237
+ do leaf measurements 21252.2420 24.6534 0.0011
+ compute convergence criterion 21252.2833 24.6946 0.0412
+ velocity_diff_norm = 0.5886990 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21252.2878
+ -----------------------------------
+ build system 21252.2921 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79274E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21260.2364 7.9485 7.9442
+ =================================
+ wsmp: initialisation time: 0.0524158 s
+ wsmp: ordering time: 4.1115742 s
+ wsmp: symbolic fact. time: 0.7151508 s
+ wsmp: Cholesky fact. time: 11.4572010 s
+ wsmp: Factorisation 14381.4954296 Mflops
+ wsmp: back substitution time: 0.1209230 s
+ wsmp: from b to rhs vector: 0.0070112 s
+ ---------------------------------
+ wsmp: total solve time: 16.4646490 s
+ =================================
+ u : -0.10157E+01 0.13685E+00
+ v : -0.48472E-01 0.10245E+00
+ w : -0.76706E+00 0.22574E+00
+ =================================
+ Calculate pressures 21276.7166 24.4287 16.4802
+ raw pressures : -0.12365E+01 0.18285E+00
+ Smoothing pressures 21276.9409 24.6531 0.2243
+ do leaf measurements 21276.9420 24.6542 0.0011
+ compute convergence criterion 21276.9833 24.6954 0.0413
+ velocity_diff_norm = 0.0712522 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21276.9879
+ -----------------------------------
+ build system 21276.9922 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21284.8425 7.8546 7.8503
+ =================================
+ wsmp: initialisation time: 0.0487020 s
+ wsmp: ordering time: 4.1034389 s
+ wsmp: symbolic fact. time: 0.7084191 s
+ wsmp: Cholesky fact. time: 11.3835530 s
+ wsmp: Factorisation 14474.5391415 Mflops
+ wsmp: back substitution time: 0.1208320 s
+ wsmp: from b to rhs vector: 0.0071161 s
+ ---------------------------------
+ wsmp: total solve time: 16.3724580 s
+ =================================
+ u : -0.10169E+01 0.15508E+00
+ v : -0.39906E-01 0.11870E+00
+ w : -0.74688E+00 0.23158E+00
+ =================================
+ Calculate pressures 21301.2311 24.2432 16.3886
+ raw pressures : -0.13722E+01 0.31301E+00
+ Smoothing pressures 21301.4542 24.4663 0.2231
+ do leaf measurements 21301.4553 24.4674 0.0011
+ compute convergence criterion 21301.4969 24.5090 0.0416
+ velocity_diff_norm = 0.0361245 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21301.5017
+ -----------------------------------
+ build system 21301.5061 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21309.4783 7.9766 7.9722
+ =================================
+ wsmp: initialisation time: 0.0482810 s
+ wsmp: ordering time: 4.0945978 s
+ wsmp: symbolic fact. time: 0.7101581 s
+ wsmp: Cholesky fact. time: 11.4125180 s
+ wsmp: Factorisation 14437.8027287 Mflops
+ wsmp: back substitution time: 0.1210201 s
+ wsmp: from b to rhs vector: 0.0070741 s
+ ---------------------------------
+ wsmp: total solve time: 16.3940141 s
+ =================================
+ u : -0.10164E+01 0.17599E+00
+ v : -0.40111E-01 0.12329E+00
+ w : -0.73742E+00 0.22900E+00
+ =================================
+ Calculate pressures 21325.8882 24.3865 16.4099
+ raw pressures : -0.14709E+01 0.35573E+00
+ Smoothing pressures 21326.1124 24.6107 0.2242
+ do leaf measurements 21326.1135 24.6118 0.0011
+ compute convergence criterion 21326.1547 24.6531 0.0412
+ velocity_diff_norm = 0.0158975 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21326.1593
+ -----------------------------------
+ build system 21326.1636 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21334.1037 7.9444 7.9401
+ =================================
+ wsmp: initialisation time: 0.0510859 s
+ wsmp: ordering time: 4.1175749 s
+ wsmp: symbolic fact. time: 0.7133651 s
+ wsmp: Cholesky fact. time: 11.3957188 s
+ wsmp: Factorisation 14459.0864850 Mflops
+ wsmp: back substitution time: 0.1214058 s
+ wsmp: from b to rhs vector: 0.0070090 s
+ ---------------------------------
+ wsmp: total solve time: 16.4065440 s
+ =================================
+ u : -0.10159E+01 0.19385E+00
+ v : -0.40638E-01 0.12570E+00
+ w : -0.73264E+00 0.22786E+00
+ =================================
+ Calculate pressures 21350.5257 24.3664 16.4220
+ raw pressures : -0.15145E+01 0.36430E+00
+ Smoothing pressures 21350.7518 24.5925 0.2261
+ do leaf measurements 21350.7529 24.5936 0.0011
+ compute convergence criterion 21350.7941 24.6348 0.0412
+ velocity_diff_norm = 0.0107395 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21350.7988
+ -----------------------------------
+ build system 21350.8031 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21358.7953 7.9965 7.9922
+ =================================
+ wsmp: initialisation time: 0.0492079 s
+ wsmp: ordering time: 4.0969551 s
+ wsmp: symbolic fact. time: 0.7081501 s
+ wsmp: Cholesky fact. time: 11.3950121 s
+ wsmp: Factorisation 14459.9831792 Mflops
+ wsmp: back substitution time: 0.1208479 s
+ wsmp: from b to rhs vector: 0.0070109 s
+ ---------------------------------
+ wsmp: total solve time: 16.3775520 s
+ =================================
+ u : -0.10156E+01 0.20950E+00
+ v : -0.43060E-01 0.12578E+00
+ w : -0.72808E+00 0.22747E+00
+ =================================
+ Calculate pressures 21375.1888 24.3900 16.3935
+ raw pressures : -0.15362E+01 0.36203E+00
+ Smoothing pressures 21375.4120 24.6132 0.2232
+ do leaf measurements 21375.4131 24.6143 0.0011
+ compute convergence criterion 21375.4546 24.6558 0.0415
+ velocity_diff_norm = 0.0080821 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21375.4576 24.6588 0.0030
+Compute isostasy and adjust vertical 21375.4577 24.6590 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -128593784217264.14 193357135931528.84
+ def in m -7.9880280494689941 0.64253765344619751
+ dimensionless def -1.83582186698913562E-6 2.28229372841971272E-5
+ Isostatic velocity range = -0.0178068 0.2275004
+ Compute divergence 21375.6525 24.8538 0.1948
+ wsmp_cleanup 21375.7005 24.9017 0.0479
+ Reset surface geometry 21375.7055 24.9068 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 21375.7125 24.9137 0.0069
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21375.7257 24.9269 0.0132
+ Advect surface 1 21375.7258 24.9271 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21375.9221 25.1233 0.1962
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21376.1196 25.3209 0.1976
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21376.3731 25.5744 0.2535
+ Advect the cloud 21376.5170 25.7182 0.1439
+ Write output 21377.3027 26.5039 0.7857
+ End of time step 21378.1719 27.3731 0.8692
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 132 21378.1720
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21378.1721 0.0001 0.0001
+ surface 01 21378.1721 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 21378.1722 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21378.1976 0.0256 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16952points
+ surface 02 21378.2157 0.0437 0.0181
+ S. 2: 16948points
+ refine surface 21378.2159 0.0439 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21378.2410 0.0690 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16948points
+ surface 03 21378.2591 0.0871 0.0182
+ S. 3: 16950points
+ refine surface 21378.2593 0.0873 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21378.2842 0.1122 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16950points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21378.3089
+ -----------------------------------------------------------------------
+ Create octree solve 21378.3091 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21378.3251 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 21378.3465 0.0376 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21378.3473 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21378.3615 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 21378.4850 0.1761 0.1234
+ Imbed surface in osolve 21378.6637 0.3549 0.1788
+ embedding surface 1 21378.6639 0.3550 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21380.6171 2.3082 1.9532
+ osolve%nleaves= 59424
+ embedding surface 3 21382.7044 4.3956 2.0873
+ osolve%nleaves= 64128
+ Assessing octree stability 21386.2429 7.9340 3.5384
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21386.2475 7.9387 0.0046
+ Interpolate velo onto osolve 21386.6538 8.3450 0.4063
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21386.7754 8.4665 0.1216
+ Find void 21387.0485 8.7396 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 21387.0766 8.7677 0.0281
+ wsmp setup1 21387.0838 8.7749 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21388.0770 9.7681 0.9932
+ -----------------------------------
+ start of non-linear iteratio 1 21388.1222
+ -----------------------------------
+ build system 21388.1224 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21396.1526 8.0303 8.0301
+ =================================
+ wsmp: initialisation time: 0.0525799 s
+ wsmp: ordering time: 4.1038411 s
+ wsmp: symbolic fact. time: 0.7067690 s
+ wsmp: Cholesky fact. time: 11.4045060 s
+ wsmp: Factorisation 14447.9457800 Mflops
+ wsmp: back substitution time: 0.1213348 s
+ wsmp: from b to rhs vector: 0.0070341 s
+ ---------------------------------
+ wsmp: total solve time: 16.3964500 s
+ =================================
+ u : -0.10148E+01 0.18490E+00
+ v : -0.97255E-01 0.10890E+00
+ w : -0.76149E+00 0.25650E+00
+ =================================
+ Calculate pressures 21412.5649 24.4427 16.4124
+ raw pressures : -0.35066E+00 0.00000E+00
+ Smoothing pressures 21412.7893 24.6671 0.2244
+ do leaf measurements 21412.7904 24.6682 0.0010
+ compute convergence criterion 21412.8314 24.7092 0.0410
+ velocity_diff_norm = 0.5896263 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21412.8360
+ -----------------------------------
+ build system 21412.8403 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80732E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21420.7804 7.9444 7.9401
+ =================================
+ wsmp: initialisation time: 0.0499809 s
+ wsmp: ordering time: 4.1299911 s
+ wsmp: symbolic fact. time: 0.7094688 s
+ wsmp: Cholesky fact. time: 11.4609501 s
+ wsmp: Factorisation 14376.7909220 Mflops
+ wsmp: back substitution time: 0.1209280 s
+ wsmp: from b to rhs vector: 0.0070250 s
+ ---------------------------------
+ wsmp: total solve time: 16.4787281 s
+ =================================
+ u : -0.10157E+01 0.13750E+00
+ v : -0.48607E-01 0.10241E+00
+ w : -0.76708E+00 0.22413E+00
+ =================================
+ Calculate pressures 21437.2743 24.4384 16.4940
+ raw pressures : -0.12361E+01 0.17999E+00
+ Smoothing pressures 21437.4985 24.6625 0.2242
+ do leaf measurements 21437.4995 24.6636 0.0011
+ compute convergence criterion 21437.5403 24.7044 0.0408
+ velocity_diff_norm = 0.0715469 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21437.5449
+ -----------------------------------
+ build system 21437.5493 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21445.5601 8.0151 8.0108
+ =================================
+ wsmp: initialisation time: 0.0504780 s
+ wsmp: ordering time: 4.0885770 s
+ wsmp: symbolic fact. time: 0.7069361 s
+ wsmp: Cholesky fact. time: 11.3836999 s
+ wsmp: Factorisation 14474.3523995 Mflops
+ wsmp: back substitution time: 0.1209950 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3582041 s
+ =================================
+ u : -0.10169E+01 0.15558E+00
+ v : -0.39857E-01 0.11886E+00
+ w : -0.74713E+00 0.23071E+00
+ =================================
+ Calculate pressures 21461.9340 24.3891 16.3740
+ raw pressures : -0.13722E+01 0.31309E+00
+ Smoothing pressures 21462.1572 24.6123 0.2232
+ do leaf measurements 21462.1583 24.6134 0.0011
+ compute convergence criterion 21462.1994 24.6544 0.0410
+ velocity_diff_norm = 0.0363246 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21462.2041
+ -----------------------------------
+ build system 21462.2085 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21470.1897 7.9856 7.9812
+ =================================
+ wsmp: initialisation time: 0.0530641 s
+ wsmp: ordering time: 4.0811300 s
+ wsmp: symbolic fact. time: 0.7038560 s
+ wsmp: Cholesky fact. time: 11.3945851 s
+ wsmp: Factorisation 14460.5250615 Mflops
+ wsmp: back substitution time: 0.1209710 s
+ wsmp: from b to rhs vector: 0.0071051 s
+ ---------------------------------
+ wsmp: total solve time: 16.3610969 s
+ =================================
+ u : -0.10165E+01 0.17637E+00
+ v : -0.40056E-01 0.12338E+00
+ w : -0.73763E+00 0.22855E+00
+ =================================
+ Calculate pressures 21486.5668 24.3627 16.3771
+ raw pressures : -0.14713E+01 0.35611E+00
+ Smoothing pressures 21486.7901 24.5859 0.2232
+ do leaf measurements 21486.7911 24.5870 0.0011
+ compute convergence criterion 21486.8321 24.6280 0.0410
+ velocity_diff_norm = 0.0159369 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21486.8367
+ -----------------------------------
+ build system 21486.8410 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21494.7783 7.9416 7.9373
+ =================================
+ wsmp: initialisation time: 0.0508518 s
+ wsmp: ordering time: 4.1172252 s
+ wsmp: symbolic fact. time: 0.7062552 s
+ wsmp: Cholesky fact. time: 11.3854840 s
+ wsmp: Factorisation 14472.0842928 Mflops
+ wsmp: back substitution time: 0.1219800 s
+ wsmp: from b to rhs vector: 0.0070879 s
+ ---------------------------------
+ wsmp: total solve time: 16.3892930 s
+ =================================
+ u : -0.10160E+01 0.19419E+00
+ v : -0.40612E-01 0.12577E+00
+ w : -0.73278E+00 0.22770E+00
+ =================================
+ Calculate pressures 21511.1830 24.3463 16.4047
+ raw pressures : -0.15151E+01 0.36489E+00
+ Smoothing pressures 21511.4100 24.5734 0.2271
+ do leaf measurements 21511.4111 24.5744 0.0011
+ compute convergence criterion 21511.4520 24.6153 0.0409
+ velocity_diff_norm = 0.0107615 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21511.4566
+ -----------------------------------
+ build system 21511.4609 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21519.4467 7.9901 7.9858
+ =================================
+ wsmp: initialisation time: 0.0514290 s
+ wsmp: ordering time: 4.0930109 s
+ wsmp: symbolic fact. time: 0.7032950 s
+ wsmp: Cholesky fact. time: 11.3854918 s
+ wsmp: Factorisation 14472.0742920 Mflops
+ wsmp: back substitution time: 0.1207221 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.3614919 s
+ =================================
+ u : -0.10156E+01 0.20980E+00
+ v : -0.43010E-01 0.12578E+00
+ w : -0.72817E+00 0.22729E+00
+ =================================
+ Calculate pressures 21535.8240 24.3674 16.3773
+ raw pressures : -0.15369E+01 0.36248E+00
+ Smoothing pressures 21536.0478 24.5912 0.2239
+ do leaf measurements 21536.0489 24.5923 0.0011
+ compute convergence criterion 21536.0899 24.6333 0.0410
+ velocity_diff_norm = 0.0080828 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21536.0929 24.6363 0.0030
+Compute isostasy and adjust vertical 21536.0930 24.6364 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -129208269014057.84 194725680255457.5
+ def in m -7.9860596656799316 0.64185190200805664
+ dimensionless def -1.83386257716587617E-6 2.28173133305140905E-5
+ Isostatic velocity range = -0.0177960 0.2274426
+ Compute divergence 21536.2963 24.8397 0.2033
+ wsmp_cleanup 21536.3355 24.8789 0.0392
+ Reset surface geometry 21536.3401 24.8835 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 21536.3484 24.8918 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21536.3644 24.9078 0.0160
+ Advect surface 1 21536.3646 24.9080 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21536.5589 25.1023 0.1943
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21536.7552 25.2986 0.1963
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21537.0082 25.5516 0.2530
+ Advect the cloud 21537.1540 25.6974 0.1458
+ Write output 21537.9492 26.4926 0.7953
+ End of time step 21565.9482 54.4916 27.9990
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 133 21565.9483
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21565.9484 0.0001 0.0001
+ surface 01 21565.9484 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 21565.9485 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21565.9733 0.0250 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16952points
+ surface 02 21565.9916 0.0433 0.0183
+ S. 2: 16948points
+ refine surface 21565.9918 0.0434 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 21566.0175 0.0691 0.0257
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 21566.0400 0.0916 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21566.0647 0.1163 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16949points
+ surface 03 21566.0834 0.1350 0.0187
+ S. 3: 16950points
+ refine surface 21566.0835 0.1352 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 21566.1100 0.1617 0.0265
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 21566.1323 0.1840 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21566.1564 0.2081 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16952points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21566.1817
+ -----------------------------------------------------------------------
+ Create octree solve 21566.1820 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21566.1978 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 21566.2197 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21566.2205 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21566.2346 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 21566.3569 0.1751 0.1223
+ Imbed surface in osolve 21566.5353 0.3535 0.1784
+ embedding surface 1 21566.5355 0.3537 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21568.4803 2.2986 1.9449
+ osolve%nleaves= 59424
+ embedding surface 3 21570.5473 4.3656 2.0670
+ osolve%nleaves= 64128
+ Assessing octree stability 21574.0387 7.8569 3.4914
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21574.0433 7.8615 0.0046
+ Interpolate velo onto osolve 21574.4048 8.2231 0.3615
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21574.7029 8.5212 0.2981
+ Find void 21574.9745 8.7928 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 21575.0028 8.8211 0.0283
+ wsmp setup1 21575.0101 8.8284 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21576.0210 9.8393 1.0109
+ -----------------------------------
+ start of non-linear iteratio 1 21576.0671
+ -----------------------------------
+ build system 21576.0673 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21583.9917 7.9246 7.9245
+ =================================
+ wsmp: initialisation time: 0.0567942 s
+ wsmp: ordering time: 4.0904438 s
+ wsmp: symbolic fact. time: 0.7047582 s
+ wsmp: Cholesky fact. time: 11.4727969 s
+ wsmp: Factorisation 14361.9454844 Mflops
+ wsmp: back substitution time: 0.1212070 s
+ wsmp: from b to rhs vector: 0.0072999 s
+ ---------------------------------
+ wsmp: total solve time: 16.4536920 s
+ =================================
+ u : -0.10149E+01 0.18479E+00
+ v : -0.97691E-01 0.10917E+00
+ w : -0.76195E+00 0.25516E+00
+ =================================
+ Calculate pressures 21600.4614 24.3943 16.4697
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 21600.6858 24.6187 0.2244
+ do leaf measurements 21600.6869 24.6197 0.0011
+ compute convergence criterion 21600.7284 24.6612 0.0415
+ velocity_diff_norm = 0.5890880 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21600.7332
+ -----------------------------------
+ build system 21600.7378 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79972E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21608.7224 7.9892 7.9845
+ =================================
+ wsmp: initialisation time: 0.0502551 s
+ wsmp: ordering time: 4.0987790 s
+ wsmp: symbolic fact. time: 0.7065558 s
+ wsmp: Cholesky fact. time: 11.3755221 s
+ wsmp: Factorisation 14484.7578771 Mflops
+ wsmp: back substitution time: 0.1210380 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.3596559 s
+ =================================
+ u : -0.10156E+01 0.13747E+00
+ v : -0.48245E-01 0.10216E+00
+ w : -0.76723E+00 0.22509E+00
+ =================================
+ Calculate pressures 21625.0980 24.3648 16.3756
+ raw pressures : -0.12360E+01 0.18034E+00
+ Smoothing pressures 21625.3214 24.5882 0.2234
+ do leaf measurements 21625.3225 24.5893 0.0011
+ compute convergence criterion 21625.3640 24.6308 0.0415
+ velocity_diff_norm = 0.0711055 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21625.3688
+ -----------------------------------
+ build system 21625.3735 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21633.3823 8.0135 8.0089
+ =================================
+ wsmp: initialisation time: 0.0499389 s
+ wsmp: ordering time: 4.1025159 s
+ wsmp: symbolic fact. time: 0.7034631 s
+ wsmp: Cholesky fact. time: 11.3908100 s
+ wsmp: Factorisation 14465.3175402 Mflops
+ wsmp: back substitution time: 0.1211302 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.3753428 s
+ =================================
+ u : -0.10169E+01 0.15559E+00
+ v : -0.39676E-01 0.11857E+00
+ w : -0.74689E+00 0.23138E+00
+ =================================
+ Calculate pressures 21649.7739 24.4051 16.3916
+ raw pressures : -0.13721E+01 0.31291E+00
+ Smoothing pressures 21649.9973 24.6285 0.2234
+ do leaf measurements 21649.9983 24.6295 0.0010
+ compute convergence criterion 21650.0398 24.6710 0.0415
+ velocity_diff_norm = 0.0362292 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21650.0446
+ -----------------------------------
+ build system 21650.0493 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21657.9866 7.9419 7.9373
+ =================================
+ wsmp: initialisation time: 0.0517390 s
+ wsmp: ordering time: 4.1288559 s
+ wsmp: symbolic fact. time: 0.7106879 s
+ wsmp: Cholesky fact. time: 11.4249351 s
+ wsmp: Factorisation 14422.1111453 Mflops
+ wsmp: back substitution time: 0.1213479 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.4451649 s
+ =================================
+ u : -0.10165E+01 0.17646E+00
+ v : -0.39883E-01 0.12320E+00
+ w : -0.73746E+00 0.22899E+00
+ =================================
+ Calculate pressures 21674.4480 24.4033 16.4614
+ raw pressures : -0.14712E+01 0.35594E+00
+ Smoothing pressures 21674.6743 24.6297 0.2264
+ do leaf measurements 21674.6754 24.6308 0.0011
+ compute convergence criterion 21674.7169 24.6723 0.0415
+ velocity_diff_norm = 0.0159112 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21674.7217
+ -----------------------------------
+ build system 21674.7263 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21682.7189 7.9972 7.9926
+ =================================
+ wsmp: initialisation time: 0.0486360 s
+ wsmp: ordering time: 4.0893700 s
+ wsmp: symbolic fact. time: 0.7038250 s
+ wsmp: Cholesky fact. time: 11.3799109 s
+ wsmp: Factorisation 14479.1716436 Mflops
+ wsmp: back substitution time: 0.1211631 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.3505330 s
+ =================================
+ u : -0.10160E+01 0.19427E+00
+ v : -0.40494E-01 0.12565E+00
+ w : -0.73268E+00 0.22798E+00
+ =================================
+ Calculate pressures 21699.0851 24.3633 16.3662
+ raw pressures : -0.15151E+01 0.36479E+00
+ Smoothing pressures 21699.3087 24.5869 0.2236
+ do leaf measurements 21699.3098 24.5880 0.0011
+ compute convergence criterion 21699.3515 24.6298 0.0417
+ velocity_diff_norm = 0.0107543 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21699.3564
+ -----------------------------------
+ build system 21699.3611 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21707.3063 7.9499 7.9452
+ =================================
+ wsmp: initialisation time: 0.0512240 s
+ wsmp: ordering time: 4.0783510 s
+ wsmp: symbolic fact. time: 0.7050080 s
+ wsmp: Cholesky fact. time: 11.4381149 s
+ wsmp: Factorisation 14405.4930014 Mflops
+ wsmp: back substitution time: 0.1210330 s
+ wsmp: from b to rhs vector: 0.0071790 s
+ ---------------------------------
+ wsmp: total solve time: 16.4012711 s
+ =================================
+ u : -0.10156E+01 0.20987E+00
+ v : -0.42930E-01 0.12569E+00
+ w : -0.72811E+00 0.22750E+00
+ =================================
+ Calculate pressures 21723.7239 24.3675 16.4176
+ raw pressures : -0.15370E+01 0.36237E+00
+ Smoothing pressures 21723.9474 24.5910 0.2235
+ do leaf measurements 21723.9484 24.5920 0.0011
+ compute convergence criterion 21723.9899 24.6335 0.0414
+ velocity_diff_norm = 0.0080826 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21723.9931 24.6367 0.0032
+Compute isostasy and adjust vertical 21723.9933 24.6369 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -129818990408157.05 196091255068157.06
+ def in m -7.9846844673156738 0.64099514484405518
+ dimensionless def -1.83141469955444343E-6 2.28133841923304964E-5
+ Isostatic velocity range = -0.0177765 0.2274075
+ Compute divergence 21724.1979 24.8415 0.2045
+ wsmp_cleanup 21724.2398 24.8834 0.0419
+ Reset surface geometry 21724.2447 24.8883 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 21724.2530 24.8966 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21724.2674 24.9110 0.0144
+ Advect surface 1 21724.2675 24.9112 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21724.4634 25.1070 0.1958
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21724.6604 25.3040 0.1970
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21724.9154 25.5590 0.2550
+ Advect the cloud 21725.0609 25.7045 0.1455
+ Write output 21725.8509 26.4945 0.7900
+ End of time step 21726.7273 27.3709 0.8764
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 134 21726.7274
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21726.7275 0.0001 0.0001
+ surface 01 21726.7275 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 21726.7276 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21726.7516 0.0241 0.0240
+ S. 1: 0 flips in delaunay2
+ S. 1: 16952points
+ surface 02 21726.7705 0.0431 0.0189
+ S. 2: 16949points
+ refine surface 21726.7706 0.0432 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 21726.7957 0.0683 0.0250
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 21726.8189 0.0915 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21726.8430 0.1155 0.0240
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 21726.8621 0.1347 0.0192
+ S. 3: 16952points
+ refine surface 21726.8623 0.1349 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21726.8869 0.1595 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16952points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21726.9118
+ -----------------------------------------------------------------------
+ Create octree solve 21726.9120 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21726.9279 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 21726.9499 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21726.9507 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21726.9648 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 21727.0870 0.1752 0.1222
+ Imbed surface in osolve 21727.2672 0.3554 0.1802
+ embedding surface 1 21727.2674 0.3556 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21729.1984 2.2866 1.9310
+ osolve%nleaves= 59424
+ embedding surface 3 21731.2519 4.3401 2.0536
+ osolve%nleaves= 64128
+ Assessing octree stability 21734.7472 7.8354 3.4952
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21734.7517 7.8399 0.0046
+ Interpolate velo onto osolve 21735.1221 8.2103 0.3704
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21735.4140 8.5022 0.2919
+ Find void 21735.6856 8.7738 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 21735.7138 8.8021 0.0283
+ wsmp setup1 21735.7208 8.8090 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21736.7257 9.8139 1.0049
+ -----------------------------------
+ start of non-linear iteratio 1 21736.7714
+ -----------------------------------
+ build system 21736.7715 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21744.6962 7.9248 7.9246
+ =================================
+ wsmp: initialisation time: 0.0527999 s
+ wsmp: ordering time: 4.1046841 s
+ wsmp: symbolic fact. time: 0.7048700 s
+ wsmp: Cholesky fact. time: 11.4675410 s
+ wsmp: Factorisation 14368.5280193 Mflops
+ wsmp: back substitution time: 0.1210330 s
+ wsmp: from b to rhs vector: 0.0069480 s
+ ---------------------------------
+ wsmp: total solve time: 16.4582789 s
+ =================================
+ u : -0.10147E+01 0.18538E+00
+ v : -0.96890E-01 0.10867E+00
+ w : -0.76202E+00 0.25595E+00
+ =================================
+ Calculate pressures 21761.1703 24.3989 16.4741
+ raw pressures : -0.35117E+00 0.00000E+00
+ Smoothing pressures 21761.3942 24.6228 0.2239
+ do leaf measurements 21761.3953 24.6239 0.0011
+ compute convergence criterion 21761.4360 24.6646 0.0408
+ velocity_diff_norm = 0.5887391 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21761.4407
+ -----------------------------------
+ build system 21761.4453 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81223E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21769.4233 7.9825 7.9779
+ =================================
+ wsmp: initialisation time: 0.0503819 s
+ wsmp: ordering time: 4.0955791 s
+ wsmp: symbolic fact. time: 0.7050872 s
+ wsmp: Cholesky fact. time: 11.3744481 s
+ wsmp: Factorisation 14486.1256556 Mflops
+ wsmp: back substitution time: 0.1208591 s
+ wsmp: from b to rhs vector: 0.0070910 s
+ ---------------------------------
+ wsmp: total solve time: 16.3538671 s
+ =================================
+ u : -0.10158E+01 0.13794E+00
+ v : -0.48667E-01 0.10258E+00
+ w : -0.76732E+00 0.22383E+00
+ =================================
+ Calculate pressures 21785.7929 24.3521 16.3696
+ raw pressures : -0.12371E+01 0.18101E+00
+ Smoothing pressures 21786.0163 24.5756 0.2234
+ do leaf measurements 21786.0174 24.5766 0.0011
+ compute convergence criterion 21786.0581 24.6174 0.0407
+ velocity_diff_norm = 0.0711948 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21786.0630
+ -----------------------------------
+ build system 21786.0676 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21794.0860 8.0231 8.0184
+ =================================
+ wsmp: initialisation time: 0.0498180 s
+ wsmp: ordering time: 4.1037478 s
+ wsmp: symbolic fact. time: 0.7036519 s
+ wsmp: Cholesky fact. time: 11.3980250 s
+ wsmp: Factorisation 14456.1609013 Mflops
+ wsmp: back substitution time: 0.1209581 s
+ wsmp: from b to rhs vector: 0.0070291 s
+ ---------------------------------
+ wsmp: total solve time: 16.3836489 s
+ =================================
+ u : -0.10170E+01 0.15585E+00
+ v : -0.39643E-01 0.11907E+00
+ w : -0.74727E+00 0.23092E+00
+ =================================
+ Calculate pressures 21810.4853 24.4223 16.3992
+ raw pressures : -0.13733E+01 0.31387E+00
+ Smoothing pressures 21810.7100 24.6471 0.2248
+ do leaf measurements 21810.7111 24.6482 0.0011
+ compute convergence criterion 21810.7519 24.6889 0.0407
+ velocity_diff_norm = 0.0363093 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21810.7566
+ -----------------------------------
+ build system 21810.7612 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21818.6988 7.9422 7.9376
+ =================================
+ wsmp: initialisation time: 0.0507920 s
+ wsmp: ordering time: 4.1166310 s
+ wsmp: symbolic fact. time: 0.7107949 s
+ wsmp: Cholesky fact. time: 11.4262199 s
+ wsmp: Factorisation 14420.4894302 Mflops
+ wsmp: back substitution time: 0.1217360 s
+ wsmp: from b to rhs vector: 0.0069830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4335570 s
+ =================================
+ u : -0.10164E+01 0.17662E+00
+ v : -0.39805E-01 0.12355E+00
+ w : -0.73771E+00 0.22864E+00
+ =================================
+ Calculate pressures 21835.1480 24.3914 16.4492
+ raw pressures : -0.14722E+01 0.35701E+00
+ Smoothing pressures 21835.3748 24.6182 0.2268
+ do leaf measurements 21835.3759 24.6193 0.0011
+ compute convergence criterion 21835.4166 24.6600 0.0408
+ velocity_diff_norm = 0.0159058 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21835.4215
+ -----------------------------------
+ build system 21835.4261 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21843.4312 8.0097 8.0050
+ =================================
+ wsmp: initialisation time: 0.0491719 s
+ wsmp: ordering time: 4.1023660 s
+ wsmp: symbolic fact. time: 0.7076700 s
+ wsmp: Cholesky fact. time: 11.3812640 s
+ wsmp: Factorisation 14477.4503333 Mflops
+ wsmp: back substitution time: 0.1220169 s
+ wsmp: from b to rhs vector: 0.0070839 s
+ ---------------------------------
+ wsmp: total solve time: 16.3699870 s
+ =================================
+ u : -0.10160E+01 0.19437E+00
+ v : -0.40553E-01 0.12599E+00
+ w : -0.73288E+00 0.22780E+00
+ =================================
+ Calculate pressures 21859.8175 24.3960 16.3863
+ raw pressures : -0.15161E+01 0.36576E+00
+ Smoothing pressures 21860.0417 24.6202 0.2242
+ do leaf measurements 21860.0428 24.6213 0.0011
+ compute convergence criterion 21860.0837 24.6622 0.0409
+ velocity_diff_norm = 0.0107473 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 21860.0886
+ -----------------------------------
+ build system 21860.0933 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21868.0503 7.9617 7.9570
+ =================================
+ wsmp: initialisation time: 0.0480270 s
+ wsmp: ordering time: 4.0945652 s
+ wsmp: symbolic fact. time: 0.7051020 s
+ wsmp: Cholesky fact. time: 11.4302680 s
+ wsmp: Factorisation 14415.3823134 Mflops
+ wsmp: back substitution time: 0.1212220 s
+ wsmp: from b to rhs vector: 0.0070391 s
+ ---------------------------------
+ wsmp: total solve time: 16.4066520 s
+ =================================
+ u : -0.10156E+01 0.20997E+00
+ v : -0.42946E-01 0.12599E+00
+ w : -0.72828E+00 0.22742E+00
+ =================================
+ Calculate pressures 21884.4729 24.3843 16.4226
+ raw pressures : -0.15379E+01 0.36316E+00
+ Smoothing pressures 21884.6971 24.6085 0.2242
+ do leaf measurements 21884.6982 24.6096 0.0011
+ compute convergence criterion 21884.7389 24.6503 0.0407
+ velocity_diff_norm = 0.0080784 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 21884.7421 24.6535 0.0032
+Compute isostasy and adjust vertical 21884.7423 24.6536 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -130433421723944.03 197447520051632.63
+ def in m -7.9853363037109375 0.64192873239517212
+ dimensionless def -1.8340820925576346E-6 2.28152465820312499E-5
+ Isostatic velocity range = -0.0178077 0.2274292
+ Compute divergence 21884.9355 24.8469 0.1933
+ wsmp_cleanup 21884.9831 24.8944 0.0475
+ Reset surface geometry 21884.9882 24.8995 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 21884.9956 24.9070 0.0074
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 21885.0091 24.9205 0.0135
+ Advect surface 1 21885.0092 24.9206 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 21885.1994 25.1108 0.1902
+ S. 2: 8 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 21885.4017 25.3130 0.2023
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 21885.6554 25.5668 0.2538
+ Advect the cloud 21885.8023 25.7137 0.1469
+ Write output 21886.5908 26.5022 0.7885
+ End of time step 21887.4532 27.3646 0.8624
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 135 21887.4533
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 21887.4534 0.0001 0.0001
+ surface 01 21887.4534 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 21887.4535 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 21887.4787 0.0253 0.0252
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 21887.5019 0.0486 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 21887.5261 0.0727 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16953points
+ surface 02 21887.5452 0.0918 0.0191
+ S. 2: 16950points
+ refine surface 21887.5453 0.0920 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 21887.5713 0.1180 0.0260
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 21887.5945 0.1412 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 21887.6188 0.1654 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16952points
+ surface 03 21887.6380 0.1846 0.0192
+ S. 3: 16952points
+ refine surface 21887.6381 0.1848 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 21887.6641 0.2108 0.0260
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 21887.6874 0.2340 0.0232
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 21887.7115 0.2581 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16954points
+ -----------------------------------------------------------------------
+ Start of iteration 1 21887.7370
+ -----------------------------------------------------------------------
+ Create octree solve 21887.7373 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 21887.7531 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 21887.7748 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 21887.7755 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 21887.7897 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 21887.9118 0.1748 0.1221
+ Imbed surface in osolve 21888.0903 0.3533 0.1785
+ embedding surface 1 21888.0905 0.3535 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 21890.0383 2.3013 1.9478
+ osolve%nleaves= 59424
+ embedding surface 3 21892.1226 4.3856 2.0843
+ osolve%nleaves= 64128
+ Assessing octree stability 21895.6548 7.9178 3.5322
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 21895.6595 7.9225 0.0047
+ Interpolate velo onto osolve 21896.0832 8.3461 0.4236
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 21896.2427 8.5057 0.1596
+ Find void 21896.5163 8.7793 0.2736
+ whole leaf in fluid 32992
+ Define boundary conditions 21896.5444 8.8074 0.0281
+ wsmp setup1 21896.5513 8.8143 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 21897.5625 9.8255 1.0112
+ -----------------------------------
+ start of non-linear iteratio 1 21897.6075
+ -----------------------------------
+ build system 21897.6077 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21905.5393 7.9318 7.9317
+ =================================
+ wsmp: initialisation time: 0.0537801 s
+ wsmp: ordering time: 4.0927780 s
+ wsmp: symbolic fact. time: 0.7024889 s
+ wsmp: Cholesky fact. time: 11.4584398 s
+ wsmp: Factorisation 14379.9405821 Mflops
+ wsmp: back substitution time: 0.1212180 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.4362719 s
+ =================================
+ u : -0.10219E+01 0.18417E+00
+ v : -0.97833E-01 0.10932E+00
+ w : -0.76200E+00 0.25227E+00
+ =================================
+ Calculate pressures 21921.9914 24.3839 16.4521
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 21922.2155 24.6080 0.2241
+ do leaf measurements 21922.2166 24.6091 0.0011
+ compute convergence criterion 21922.2588 24.6513 0.0422
+ velocity_diff_norm = 0.5887458 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 21922.2636
+ -----------------------------------
+ build system 21922.2679 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79235E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21930.2385 7.9749 7.9706
+ =================================
+ wsmp: initialisation time: 0.0485880 s
+ wsmp: ordering time: 4.1007540 s
+ wsmp: symbolic fact. time: 0.7054632 s
+ wsmp: Cholesky fact. time: 11.3750210 s
+ wsmp: Factorisation 14485.3960404 Mflops
+ wsmp: back substitution time: 0.1217098 s
+ wsmp: from b to rhs vector: 0.0073040 s
+ ---------------------------------
+ wsmp: total solve time: 16.3592169 s
+ =================================
+ u : -0.10157E+01 0.13705E+00
+ v : -0.48410E-01 0.10241E+00
+ w : -0.76725E+00 0.22573E+00
+ =================================
+ Calculate pressures 21946.6136 24.3501 16.3751
+ raw pressures : -0.12358E+01 0.17977E+00
+ Smoothing pressures 21946.8400 24.5765 0.2264
+ do leaf measurements 21946.8411 24.5776 0.0011
+ compute convergence criterion 21946.8833 24.6197 0.0421
+ velocity_diff_norm = 0.0710591 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 21946.8880
+ -----------------------------------
+ build system 21946.8923 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21954.9127 8.0247 8.0203
+ =================================
+ wsmp: initialisation time: 0.0487111 s
+ wsmp: ordering time: 4.1100049 s
+ wsmp: symbolic fact. time: 0.7052000 s
+ wsmp: Cholesky fact. time: 11.3833671 s
+ wsmp: Factorisation 14474.7756075 Mflops
+ wsmp: back substitution time: 0.1212790 s
+ wsmp: from b to rhs vector: 0.0072181 s
+ ---------------------------------
+ wsmp: total solve time: 16.3761451 s
+ =================================
+ u : -0.10170E+01 0.15538E+00
+ v : -0.39554E-01 0.11871E+00
+ w : -0.74676E+00 0.23155E+00
+ =================================
+ Calculate pressures 21971.3049 24.4169 16.3922
+ raw pressures : -0.13719E+01 0.31271E+00
+ Smoothing pressures 21971.5280 24.6400 0.2231
+ do leaf measurements 21971.5290 24.6410 0.0011
+ compute convergence criterion 21971.5712 24.6832 0.0422
+ velocity_diff_norm = 0.0361871 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 21971.5759
+ -----------------------------------
+ build system 21971.5802 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 21979.5204 7.9445 7.9402
+ =================================
+ wsmp: initialisation time: 0.0489821 s
+ wsmp: ordering time: 4.1180611 s
+ wsmp: symbolic fact. time: 0.7119009 s
+ wsmp: Cholesky fact. time: 11.4481220 s
+ wsmp: Factorisation 14392.9007327 Mflops
+ wsmp: back substitution time: 0.1215482 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.4561861 s
+ =================================
+ u : -0.10164E+01 0.17637E+00
+ v : -0.39722E-01 0.12328E+00
+ w : -0.73733E+00 0.22900E+00
+ =================================
+ Calculate pressures 21995.9922 24.4164 16.4718
+ raw pressures : -0.14710E+01 0.35548E+00
+ Smoothing pressures 21996.2193 24.6435 0.2271
+ do leaf measurements 21996.2204 24.6446 0.0011
+ compute convergence criterion 21996.2625 24.6867 0.0421
+ velocity_diff_norm = 0.0159243 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 21996.2672
+ -----------------------------------
+ build system 21996.2716 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22004.2805 8.0132 8.0089
+ =================================
+ wsmp: initialisation time: 0.0503941 s
+ wsmp: ordering time: 4.0903690 s
+ wsmp: symbolic fact. time: 0.7070239 s
+ wsmp: Cholesky fact. time: 11.3794680 s
+ wsmp: Factorisation 14479.7352911 Mflops
+ wsmp: back substitution time: 0.1213262 s
+ wsmp: from b to rhs vector: 0.0072682 s
+ ---------------------------------
+ wsmp: total solve time: 16.3562341 s
+ =================================
+ u : -0.10160E+01 0.19423E+00
+ v : -0.40615E-01 0.12570E+00
+ w : -0.73256E+00 0.22808E+00
+ =================================
+ Calculate pressures 22020.6530 24.3857 16.3725
+ raw pressures : -0.15148E+01 0.36427E+00
+ Smoothing pressures 22020.8760 24.6087 0.2230
+ do leaf measurements 22020.8770 24.6097 0.0010
+ compute convergence criterion 22020.9197 24.6524 0.0427
+ velocity_diff_norm = 0.0107472 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22020.9244
+ -----------------------------------
+ build system 22020.9288 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22028.8916 7.9672 7.9628
+ =================================
+ wsmp: initialisation time: 0.0500669 s
+ wsmp: ordering time: 4.0905721 s
+ wsmp: symbolic fact. time: 0.7027051 s
+ wsmp: Cholesky fact. time: 11.4145329 s
+ wsmp: Factorisation 14435.2541905 Mflops
+ wsmp: back substitution time: 0.1213639 s
+ wsmp: from b to rhs vector: 0.0072970 s
+ ---------------------------------
+ wsmp: total solve time: 16.3868959 s
+ =================================
+ u : -0.10156E+01 0.20984E+00
+ v : -0.43027E-01 0.12568E+00
+ w : -0.72798E+00 0.22748E+00
+ =================================
+ Calculate pressures 22045.2942 24.3698 16.4025
+ raw pressures : -0.15365E+01 0.36172E+00
+ Smoothing pressures 22045.5192 24.5948 0.2250
+ do leaf measurements 22045.5203 24.5959 0.0011
+ compute convergence criterion 22045.5624 24.6380 0.0421
+ velocity_diff_norm = 0.0080783 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22045.5654 24.6410 0.0030
+Compute isostasy and adjust vertical 22045.5655 24.6411 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -131042855193210.55 198801928502584.59
+ def in m -7.9859676361083984 0.64424765110015869
+ dimensionless def -1.84070757457188209E-6 2.28170503888811392E-5
+ Isostatic velocity range = -0.0178784 0.2274653
+ Compute divergence 22045.7779 24.8535 0.2124
+ wsmp_cleanup 22045.8142 24.8898 0.0362
+ Reset surface geometry 22045.8192 24.8947 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 22045.8273 24.9029 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22045.8444 24.9200 0.0172
+ Advect surface 1 22045.8446 24.9202 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22046.0418 25.1174 0.1972
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22046.2394 25.3149 0.1976
+ removing 1 particle from surface
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22046.5029 25.5785 0.2636
+ Advect the cloud 22046.6481 25.7237 0.1452
+ Write output 22047.4399 26.5155 0.7918
+ End of time step 22048.3435 27.4190 0.9036
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 136 22048.3436
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22048.3437 0.0001 0.0001
+ surface 01 22048.3437 0.0001 0.0000
+ S. 1: 16953points
+ refine surface 22048.3437 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22048.3687 0.0251 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16953points
+ surface 02 22048.3868 0.0432 0.0181
+ S. 2: 16952points
+ refine surface 22048.3869 0.0433 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22048.4117 0.0681 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16952points
+ surface 03 22048.4301 0.0865 0.0184
+ S. 3: 16953points
+ refine surface 22048.4303 0.0867 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22048.4550 0.1114 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16953points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22048.4797
+ -----------------------------------------------------------------------
+ Create octree solve 22048.4800 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22048.4958 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 22048.5178 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22048.5186 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22048.5327 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22048.6551 0.1754 0.1224
+ Imbed surface in osolve 22048.8332 0.3535 0.1782
+ embedding surface 1 22048.8334 0.3537 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22050.7523 2.2726 1.9188
+ osolve%nleaves= 59424
+ embedding surface 3 22052.8248 4.3451 2.0725
+ osolve%nleaves= 64128
+ Assessing octree stability 22056.3265 7.8468 3.5017
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22056.3312 7.8515 0.0047
+ Interpolate velo onto osolve 22056.7080 8.2283 0.3768
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22056.9390 8.4593 0.2311
+ Find void 22057.2067 8.7270 0.2676
+ whole leaf in fluid 32992
+ Define boundary conditions 22057.2351 8.7554 0.0284
+ wsmp setup1 22057.2422 8.7625 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22058.2540 9.7743 1.0118
+ -----------------------------------
+ start of non-linear iteratio 1 22058.2996
+ -----------------------------------
+ build system 22058.2997 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22066.2217 7.9221 7.9219
+ =================================
+ wsmp: initialisation time: 0.0554140 s
+ wsmp: ordering time: 4.0974312 s
+ wsmp: symbolic fact. time: 0.7036178 s
+ wsmp: Cholesky fact. time: 11.4447339 s
+ wsmp: Factorisation 14397.1616918 Mflops
+ wsmp: back substitution time: 0.1210570 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.4298480 s
+ =================================
+ u : -0.10148E+01 0.18492E+00
+ v : -0.97493E-01 0.10915E+00
+ w : -0.76185E+00 0.25351E+00
+ =================================
+ Calculate pressures 22082.6676 24.3680 16.4459
+ raw pressures : -0.35101E+00 0.00000E+00
+ Smoothing pressures 22082.8915 24.5919 0.2239
+ do leaf measurements 22082.8925 24.5929 0.0011
+ compute convergence criterion 22082.9336 24.6340 0.0411
+ velocity_diff_norm = 0.5894721 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22082.9382
+ -----------------------------------
+ build system 22082.9425 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80100E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22090.9066 7.9684 7.9641
+ =================================
+ wsmp: initialisation time: 0.0513170 s
+ wsmp: ordering time: 4.1011820 s
+ wsmp: symbolic fact. time: 0.7092659 s
+ wsmp: Cholesky fact. time: 11.3755620 s
+ wsmp: Factorisation 14484.7071786 Mflops
+ wsmp: back substitution time: 0.1215880 s
+ wsmp: from b to rhs vector: 0.0072420 s
+ ---------------------------------
+ wsmp: total solve time: 16.3665161 s
+ =================================
+ u : -0.10156E+01 0.13759E+00
+ v : -0.48439E-01 0.10223E+00
+ w : -0.76719E+00 0.22495E+00
+ =================================
+ Calculate pressures 22107.2885 24.3503 16.3819
+ raw pressures : -0.12364E+01 0.19038E+00
+ Smoothing pressures 22107.5152 24.5770 0.2267
+ do leaf measurements 22107.5163 24.5781 0.0011
+ compute convergence criterion 22107.5573 24.6191 0.0410
+ velocity_diff_norm = 0.0715067 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22107.5619
+ -----------------------------------
+ build system 22107.5662 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22115.5886 8.0267 8.0224
+ =================================
+ wsmp: initialisation time: 0.0478261 s
+ wsmp: ordering time: 4.1129239 s
+ wsmp: symbolic fact. time: 0.7034321 s
+ wsmp: Cholesky fact. time: 11.3924241 s
+ wsmp: Factorisation 14463.2680748 Mflops
+ wsmp: back substitution time: 0.1209390 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3851290 s
+ =================================
+ u : -0.10169E+01 0.15573E+00
+ v : -0.39497E-01 0.11857E+00
+ w : -0.74696E+00 0.23127E+00
+ =================================
+ Calculate pressures 22131.9888 24.4269 16.4002
+ raw pressures : -0.13725E+01 0.31293E+00
+ Smoothing pressures 22132.2129 24.6510 0.2241
+ do leaf measurements 22132.2140 24.6521 0.0010
+ compute convergence criterion 22132.2551 24.6932 0.0411
+ velocity_diff_norm = 0.0362798 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22132.2597
+ -----------------------------------
+ build system 22132.2640 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22140.2020 7.9423 7.9380
+ =================================
+ wsmp: initialisation time: 0.0510390 s
+ wsmp: ordering time: 4.1100268 s
+ wsmp: symbolic fact. time: 0.7101991 s
+ wsmp: Cholesky fact. time: 11.4549341 s
+ wsmp: Factorisation 14384.3414677 Mflops
+ wsmp: back substitution time: 0.1211269 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.4549370 s
+ =================================
+ u : -0.10164E+01 0.17662E+00
+ v : -0.39697E-01 0.12315E+00
+ w : -0.73750E+00 0.22877E+00
+ =================================
+ Calculate pressures 22156.6725 24.4128 16.4705
+ raw pressures : -0.14716E+01 0.35618E+00
+ Smoothing pressures 22156.8965 24.6369 0.2241
+ do leaf measurements 22156.8976 24.6379 0.0011
+ compute convergence criterion 22156.9387 24.6790 0.0411
+ velocity_diff_norm = 0.0159066 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22156.9433
+ -----------------------------------
+ build system 22156.9476 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22164.9610 8.0177 8.0134
+ =================================
+ wsmp: initialisation time: 0.0490460 s
+ wsmp: ordering time: 4.1090271 s
+ wsmp: symbolic fact. time: 0.7082169 s
+ wsmp: Cholesky fact. time: 11.3816788 s
+ wsmp: Factorisation 14476.9226479 Mflops
+ wsmp: back substitution time: 0.1209340 s
+ wsmp: from b to rhs vector: 0.0072441 s
+ ---------------------------------
+ wsmp: total solve time: 16.3765121 s
+ =================================
+ u : -0.10160E+01 0.19442E+00
+ v : -0.40622E-01 0.12559E+00
+ w : -0.73271E+00 0.22780E+00
+ =================================
+ Calculate pressures 22181.3532 24.4099 16.3921
+ raw pressures : -0.15155E+01 0.36481E+00
+ Smoothing pressures 22181.5771 24.6337 0.2239
+ do leaf measurements 22181.5781 24.6348 0.0011
+ compute convergence criterion 22181.6196 24.6763 0.0415
+ velocity_diff_norm = 0.0107717 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22181.6242
+ -----------------------------------
+ build system 22181.6286 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22189.6001 7.9758 7.9714
+ =================================
+ wsmp: initialisation time: 0.0512412 s
+ wsmp: ordering time: 4.0979111 s
+ wsmp: symbolic fact. time: 0.7070220 s
+ wsmp: Cholesky fact. time: 11.4092062 s
+ wsmp: Factorisation 14441.9937444 Mflops
+ wsmp: back substitution time: 0.1212990 s
+ wsmp: from b to rhs vector: 0.0073080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3943539 s
+ =================================
+ u : -0.10156E+01 0.21004E+00
+ v : -0.43039E-01 0.12570E+00
+ w : -0.72812E+00 0.22749E+00
+ =================================
+ Calculate pressures 22206.0106 24.3864 16.4106
+ raw pressures : -0.15374E+01 0.36237E+00
+ Smoothing pressures 22206.2347 24.6105 0.2241
+ do leaf measurements 22206.2358 24.6116 0.0011
+ compute convergence criterion 22206.2768 24.6526 0.0410
+ velocity_diff_norm = 0.0080826 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22206.2798 24.6556 0.0030
+Compute isostasy and adjust vertical 22206.2800 24.6558 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -131651611372532.22 200147064459895.88
+ def in m -7.9830093383789062 0.6449616551399231
+ dimensionless def -1.84274758611406589E-6 2.28085981096540173E-5
+ Isostatic velocity range = -0.0179068 0.2273871
+ Compute divergence 22206.4789 24.8547 0.1989
+ wsmp_cleanup 22206.5271 24.9029 0.0483
+ Reset surface geometry 22206.5320 24.9077 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 22206.5385 24.9143 0.0065
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22206.5515 24.9273 0.0130
+ Advect surface 1 22206.5516 24.9274 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22206.7583 25.1341 0.2067
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22206.9540 25.3298 0.1958
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22207.2162 25.5920 0.2621
+ Advect the cloud 22207.3640 25.7398 0.1478
+ Write output 22208.1594 26.5351 0.7954
+ End of time step 22209.0203 27.3961 0.8610
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 137 22209.0205
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22209.0205 0.0001 0.0001
+ surface 01 22209.0206 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 22209.0206 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 22209.0466 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 22209.0693 0.0488 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22209.0942 0.0737 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16953points
+ surface 02 22209.1126 0.0921 0.0184
+ S. 2: 16952points
+ refine surface 22209.1128 0.0923 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 22209.1392 0.1188 0.0265
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 22209.1624 0.1419 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22209.1871 0.1666 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16954points
+ surface 03 22209.2057 0.1852 0.0186
+ S. 3: 16952points
+ refine surface 22209.2059 0.1854 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 22209.2315 0.2110 0.0256
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 22209.2542 0.2337 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22209.2789 0.2584 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16953points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22209.3039
+ -----------------------------------------------------------------------
+ Create octree solve 22209.3042 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22209.3200 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 22209.3414 0.0374 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22209.3422 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22209.3563 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22209.4785 0.1745 0.1221
+ Imbed surface in osolve 22209.6559 0.3520 0.1775
+ embedding surface 1 22209.6561 0.3522 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22211.5969 2.2930 1.9408
+ osolve%nleaves= 59424
+ embedding surface 3 22213.6698 4.3658 2.0729
+ osolve%nleaves= 64128
+ Assessing octree stability 22217.2108 7.9069 3.5410
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22217.2159 7.9120 0.0051
+ Interpolate velo onto osolve 22217.6535 8.3496 0.4376
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22217.7702 8.4663 0.1167
+ Find void 22218.0425 8.7386 0.2723
+ whole leaf in fluid 32992
+ Define boundary conditions 22218.0710 8.7670 0.0285
+ wsmp setup1 22218.0778 8.7739 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22219.0869 9.7829 1.0091
+ -----------------------------------
+ start of non-linear iteratio 1 22219.1321
+ -----------------------------------
+ build system 22219.1323 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22227.0566 7.9244 7.9243
+ =================================
+ wsmp: initialisation time: 0.0550208 s
+ wsmp: ordering time: 4.1027460 s
+ wsmp: symbolic fact. time: 0.7104380 s
+ wsmp: Cholesky fact. time: 11.4429190 s
+ wsmp: Factorisation 14399.4450757 Mflops
+ wsmp: back substitution time: 0.1207709 s
+ wsmp: from b to rhs vector: 0.0071728 s
+ ---------------------------------
+ wsmp: total solve time: 16.4394362 s
+ =================================
+ u : -0.10147E+01 0.18443E+00
+ v : -0.97061E-01 0.10899E+00
+ w : -0.76181E+00 0.25258E+00
+ =================================
+ Calculate pressures 22243.5114 24.3793 16.4549
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 22243.7359 24.6037 0.2245
+ do leaf measurements 22243.7369 24.6048 0.0011
+ compute convergence criterion 22243.7779 24.6458 0.0410
+ velocity_diff_norm = 0.5886527 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22243.7826
+ -----------------------------------
+ build system 22243.7870 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80597E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22251.7447 7.9621 7.9577
+ =================================
+ wsmp: initialisation time: 0.0476849 s
+ wsmp: ordering time: 4.1023071 s
+ wsmp: symbolic fact. time: 0.7127352 s
+ wsmp: Cholesky fact. time: 11.3666379 s
+ wsmp: Factorisation 14496.0791986 Mflops
+ wsmp: back substitution time: 0.1216309 s
+ wsmp: from b to rhs vector: 0.0072091 s
+ ---------------------------------
+ wsmp: total solve time: 16.3585989 s
+ =================================
+ u : -0.10156E+01 0.13723E+00
+ v : -0.48518E-01 0.10229E+00
+ w : -0.76710E+00 0.22484E+00
+ =================================
+ Calculate pressures 22268.1186 24.3361 16.3739
+ raw pressures : -0.12356E+01 0.17954E+00
+ Smoothing pressures 22268.3453 24.5627 0.2267
+ do leaf measurements 22268.3464 24.5638 0.0011
+ compute convergence criterion 22268.3873 24.6047 0.0409
+ velocity_diff_norm = 0.0709583 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22268.3920
+ -----------------------------------
+ build system 22268.3964 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22276.4136 8.0216 8.0172
+ =================================
+ wsmp: initialisation time: 0.0484660 s
+ wsmp: ordering time: 4.1117721 s
+ wsmp: symbolic fact. time: 0.7073991 s
+ wsmp: Cholesky fact. time: 11.3854129 s
+ wsmp: Factorisation 14472.1746033 Mflops
+ wsmp: back substitution time: 0.1212919 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.3819590 s
+ =================================
+ u : -0.10168E+01 0.15546E+00
+ v : -0.39651E-01 0.11870E+00
+ w : -0.74682E+00 0.23110E+00
+ =================================
+ Calculate pressures 22292.8111 24.4191 16.3975
+ raw pressures : -0.13718E+01 0.31239E+00
+ Smoothing pressures 22293.0357 24.6437 0.2246
+ do leaf measurements 22293.0368 24.6447 0.0011
+ compute convergence criterion 22293.0777 24.6856 0.0409
+ velocity_diff_norm = 0.0362399 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22293.0823
+ -----------------------------------
+ build system 22293.0867 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22301.0206 7.9382 7.9339
+ =================================
+ wsmp: initialisation time: 0.0522020 s
+ wsmp: ordering time: 4.1273019 s
+ wsmp: symbolic fact. time: 0.7088342 s
+ wsmp: Cholesky fact. time: 11.4627559 s
+ wsmp: Factorisation 14374.5260779 Mflops
+ wsmp: back substitution time: 0.1211421 s
+ wsmp: from b to rhs vector: 0.0071929 s
+ ---------------------------------
+ wsmp: total solve time: 16.4798019 s
+ =================================
+ u : -0.10163E+01 0.17637E+00
+ v : -0.39770E-01 0.12330E+00
+ w : -0.73739E+00 0.22875E+00
+ =================================
+ Calculate pressures 22317.5161 24.4338 16.4955
+ raw pressures : -0.14712E+01 0.35548E+00
+ Smoothing pressures 22317.7400 24.6577 0.2239
+ do leaf measurements 22317.7411 24.6588 0.0011
+ compute convergence criterion 22317.7820 24.6997 0.0410
+ velocity_diff_norm = 0.0158795 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22317.7867
+ -----------------------------------
+ build system 22317.7911 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22325.8009 8.0142 8.0098
+ =================================
+ wsmp: initialisation time: 0.0502958 s
+ wsmp: ordering time: 4.0947011 s
+ wsmp: symbolic fact. time: 0.7070320 s
+ wsmp: Cholesky fact. time: 11.3846011 s
+ wsmp: Factorisation 14473.2065879 Mflops
+ wsmp: back substitution time: 0.1209819 s
+ wsmp: from b to rhs vector: 0.0072742 s
+ ---------------------------------
+ wsmp: total solve time: 16.3652651 s
+ =================================
+ u : -0.10159E+01 0.19423E+00
+ v : -0.40598E-01 0.12571E+00
+ w : -0.73260E+00 0.22776E+00
+ =================================
+ Calculate pressures 22342.1823 24.3956 16.3814
+ raw pressures : -0.15152E+01 0.36432E+00
+ Smoothing pressures 22342.4059 24.6191 0.2235
+ do leaf measurements 22342.4069 24.6202 0.0011
+ compute convergence criterion 22342.4484 24.6617 0.0415
+ velocity_diff_norm = 0.0107431 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22342.4531
+ -----------------------------------
+ build system 22342.4576 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22350.4398 7.9866 7.9822
+ =================================
+ wsmp: initialisation time: 0.0529010 s
+ wsmp: ordering time: 4.0959401 s
+ wsmp: symbolic fact. time: 0.7072380 s
+ wsmp: Cholesky fact. time: 11.4077759 s
+ wsmp: Factorisation 14443.8044387 Mflops
+ wsmp: back substitution time: 0.1211011 s
+ wsmp: from b to rhs vector: 0.0072241 s
+ ---------------------------------
+ wsmp: total solve time: 16.3925579 s
+ =================================
+ u : -0.10156E+01 0.20986E+00
+ v : -0.43005E-01 0.12579E+00
+ w : -0.72805E+00 0.22743E+00
+ =================================
+ Calculate pressures 22366.8484 24.3953 16.4087
+ raw pressures : -0.15368E+01 0.36177E+00
+ Smoothing pressures 22367.0719 24.6188 0.2235
+ do leaf measurements 22367.0730 24.6198 0.0011
+ compute convergence criterion 22367.1139 24.6608 0.0409
+ velocity_diff_norm = 0.0080838 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22367.1169 24.6637 0.0030
+Compute isostasy and adjust vertical 22367.1171 24.6639 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -132263982238047.23 201483053466674.41
+ def in m -7.9690217971801758 0.64175736904144287
+ dimensionless def -1.83359248297555109E-6 2.27686337062290759E-5
+ Isostatic velocity range = -0.0178237 0.2269753
+ Compute divergence 22367.3120 24.8588 0.1949
+ wsmp_cleanup 22367.3612 24.9081 0.0493
+ Reset surface geometry 22367.3662 24.9131 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 22367.3731 24.9199 0.0069
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22367.3861 24.9330 0.0131
+ Advect surface 1 22367.3863 24.9331 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22367.5809 25.1278 0.1946
+ removing 2 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22367.7996 25.3465 0.2187
+ removing 2 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22368.0689 25.6158 0.2693
+ Advect the cloud 22368.2160 25.7629 0.1471
+ Write output 22369.0101 26.5569 0.7940
+ End of time step 22369.8736 27.4204 0.8635
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 138 22369.8737
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22369.8738 0.0001 0.0001
+ surface 01 22369.8738 0.0001 0.0000
+ S. 1: 16953points
+ refine surface 22369.8738 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 22369.9014 0.0277 0.0276
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 22369.9238 0.0501 0.0224
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22369.9489 0.0752 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16956points
+ surface 02 22369.9670 0.0933 0.0181
+ S. 2: 16952points
+ refine surface 22369.9671 0.0934 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 22369.9934 0.1197 0.0262
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 22370.0164 0.1427 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22370.0412 0.1675 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16954points
+ surface 03 22370.0598 0.1861 0.0186
+ S. 3: 16951points
+ refine surface 22370.0600 0.1863 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 22370.0856 0.2119 0.0256
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 22370.1085 0.2348 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22370.1335 0.2598 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16952points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22370.1582
+ -----------------------------------------------------------------------
+ Create octree solve 22370.1584 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22370.1743 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 22370.1960 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22370.1968 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22370.2109 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22370.3331 0.1749 0.1221
+ Imbed surface in osolve 22370.5113 0.3531 0.1782
+ embedding surface 1 22370.5114 0.3533 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22372.4292 2.2710 1.9177
+ osolve%nleaves= 59424
+ embedding surface 3 22374.4740 4.3158 2.0448
+ osolve%nleaves= 64128
+ Assessing octree stability 22377.9907 7.8326 3.5168
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22377.9954 7.8372 0.0047
+ Interpolate velo onto osolve 22378.4000 8.2418 0.4046
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22378.6088 8.4506 0.2088
+ Find void 22378.8804 8.7222 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 22378.9087 8.7506 0.0283
+ wsmp setup1 22378.9158 8.7577 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22379.9273 9.7691 1.0114
+ -----------------------------------
+ start of non-linear iteratio 1 22379.9715
+ -----------------------------------
+ build system 22379.9716 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22387.9094 7.9380 7.9378
+ =================================
+ wsmp: initialisation time: 0.0528030 s
+ wsmp: ordering time: 4.0943351 s
+ wsmp: symbolic fact. time: 0.7071009 s
+ wsmp: Cholesky fact. time: 11.4279020 s
+ wsmp: Factorisation 14418.3669160 Mflops
+ wsmp: back substitution time: 0.1213820 s
+ wsmp: from b to rhs vector: 0.0071871 s
+ ---------------------------------
+ wsmp: total solve time: 16.4110789 s
+ =================================
+ u : -0.10147E+01 0.18510E+00
+ v : -0.97132E-01 0.10920E+00
+ w : -0.76165E+00 0.25358E+00
+ =================================
+ Calculate pressures 22404.3363 24.3648 16.4268
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 22404.5600 24.5886 0.2238
+ do leaf measurements 22404.5611 24.5897 0.0011
+ compute convergence criterion 22404.6023 24.6308 0.0412
+ velocity_diff_norm = 0.5890612 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22404.6070
+ -----------------------------------
+ build system 22404.6113 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80378E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22412.5570 7.9500 7.9457
+ =================================
+ wsmp: initialisation time: 0.0522401 s
+ wsmp: ordering time: 4.0917900 s
+ wsmp: symbolic fact. time: 0.7114480 s
+ wsmp: Cholesky fact. time: 11.3742800 s
+ wsmp: Factorisation 14486.3397265 Mflops
+ wsmp: back substitution time: 0.1216691 s
+ wsmp: from b to rhs vector: 0.0071499 s
+ ---------------------------------
+ wsmp: total solve time: 16.3589559 s
+ =================================
+ u : -0.10157E+01 0.13759E+00
+ v : -0.48716E-01 0.10272E+00
+ w : -0.76706E+00 0.22469E+00
+ =================================
+ Calculate pressures 22428.9317 24.3248 16.3748
+ raw pressures : -0.12362E+01 0.18600E+00
+ Smoothing pressures 22429.1580 24.5510 0.2262
+ do leaf measurements 22429.1591 24.5521 0.0011
+ compute convergence criterion 22429.2002 24.5932 0.0411
+ velocity_diff_norm = 0.0712452 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22429.2048
+ -----------------------------------
+ build system 22429.2091 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22437.2209 8.0161 8.0118
+ =================================
+ wsmp: initialisation time: 0.0511889 s
+ wsmp: ordering time: 4.1095400 s
+ wsmp: symbolic fact. time: 0.7061510 s
+ wsmp: Cholesky fact. time: 11.3932400 s
+ wsmp: Factorisation 14462.2323621 Mflops
+ wsmp: back substitution time: 0.1213021 s
+ wsmp: from b to rhs vector: 0.0071549 s
+ ---------------------------------
+ wsmp: total solve time: 16.3889620 s
+ =================================
+ u : -0.10171E+01 0.15564E+00
+ v : -0.39773E-01 0.11913E+00
+ w : -0.74704E+00 0.23086E+00
+ =================================
+ Calculate pressures 22453.6255 24.4208 16.4046
+ raw pressures : -0.13723E+01 0.31296E+00
+ Smoothing pressures 22453.8488 24.6440 0.2232
+ do leaf measurements 22453.8498 24.6450 0.0011
+ compute convergence criterion 22453.8908 24.6860 0.0410
+ velocity_diff_norm = 0.0362045 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22453.8952
+ -----------------------------------
+ build system 22453.8995 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22461.8397 7.9444 7.9402
+ =================================
+ wsmp: initialisation time: 0.0508950 s
+ wsmp: ordering time: 4.1161129 s
+ wsmp: symbolic fact. time: 0.7044921 s
+ wsmp: Cholesky fact. time: 11.4577761 s
+ wsmp: Factorisation 14380.7736225 Mflops
+ wsmp: back substitution time: 0.1208789 s
+ wsmp: from b to rhs vector: 0.0071862 s
+ ---------------------------------
+ wsmp: total solve time: 16.4577119 s
+ =================================
+ u : -0.10165E+01 0.17648E+00
+ v : -0.39872E-01 0.12363E+00
+ w : -0.73756E+00 0.22853E+00
+ =================================
+ Calculate pressures 22478.3132 24.4180 16.4736
+ raw pressures : -0.14715E+01 0.35623E+00
+ Smoothing pressures 22478.5380 24.6428 0.2248
+ do leaf measurements 22478.5391 24.6438 0.0011
+ compute convergence criterion 22478.5801 24.6848 0.0410
+ velocity_diff_norm = 0.0159384 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22478.5847
+ -----------------------------------
+ build system 22478.5890 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22486.5972 8.0124 8.0081
+ =================================
+ wsmp: initialisation time: 0.0492470 s
+ wsmp: ordering time: 4.0890250 s
+ wsmp: symbolic fact. time: 0.7044179 s
+ wsmp: Cholesky fact. time: 11.3826971 s
+ wsmp: Factorisation 14475.6275555 Mflops
+ wsmp: back substitution time: 0.1208179 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.3536701 s
+ =================================
+ u : -0.10161E+01 0.19427E+00
+ v : -0.40586E-01 0.12592E+00
+ w : -0.73273E+00 0.22773E+00
+ =================================
+ Calculate pressures 22502.9670 24.3823 16.3698
+ raw pressures : -0.15152E+01 0.36476E+00
+ Smoothing pressures 22503.1906 24.6059 0.2236
+ do leaf measurements 22503.1917 24.6070 0.0011
+ compute convergence criterion 22503.2330 24.6483 0.0414
+ velocity_diff_norm = 0.0107755 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22503.2377
+ -----------------------------------
+ build system 22503.2421 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22511.2294 7.9917 7.9873
+ =================================
+ wsmp: initialisation time: 0.0476470 s
+ wsmp: ordering time: 4.0859420 s
+ wsmp: symbolic fact. time: 0.7032619 s
+ wsmp: Cholesky fact. time: 11.4007452 s
+ wsmp: Factorisation 14452.7117884 Mflops
+ wsmp: back substitution time: 0.1206820 s
+ wsmp: from b to rhs vector: 0.0071270 s
+ ---------------------------------
+ wsmp: total solve time: 16.3657610 s
+ =================================
+ u : -0.10157E+01 0.20987E+00
+ v : -0.42974E-01 0.12596E+00
+ w : -0.72811E+00 0.22740E+00
+ =================================
+ Calculate pressures 22527.6103 24.3725 16.3808
+ raw pressures : -0.15372E+01 0.36242E+00
+ Smoothing pressures 22527.8341 24.5964 0.2239
+ do leaf measurements 22527.8352 24.5975 0.0011
+ compute convergence criterion 22527.8765 24.6388 0.0413
+ velocity_diff_norm = 0.0080810 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22527.8795 24.6418 0.0030
+Compute isostasy and adjust vertical 22527.8797 24.6419 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -132895661381110.19 202792303901452.53
+ def in m -7.9769554138183594 0.64250063896179199
+ dimensionless def -1.8357161113194057E-6 2.27913011823381695E-5
+ Isostatic velocity range = -0.0178474 0.2272192
+ Compute divergence 22528.0770 24.8393 0.1973
+ wsmp_cleanup 22528.1258 24.8880 0.0488
+ Reset surface geometry 22528.1305 24.8928 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 22528.1371 24.8994 0.0066
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22528.1502 24.9125 0.0130
+ Advect surface 1 22528.1503 24.9126 0.0001
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22528.3538 25.1161 0.2035
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22528.5691 25.3314 0.2153
+ removing 2 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22528.8392 25.6015 0.2701
+ Advect the cloud 22528.9882 25.7505 0.1490
+ Write output 22529.7872 26.5494 0.7989
+ End of time step 22530.6525 27.4148 0.8653
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 139 22530.6527
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22530.6527 0.0001 0.0001
+ surface 01 22530.6528 0.0001 0.0000
+ S. 1: 16955points
+ refine surface 22530.6528 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 22530.6786 0.0260 0.0258
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 22530.7014 0.0487 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22530.7262 0.0735 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16956points
+ surface 02 22530.7445 0.0919 0.0183
+ S. 2: 16952points
+ refine surface 22530.7447 0.0920 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 22530.7709 0.1182 0.0262
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 22530.7941 0.1414 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22530.8188 0.1662 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16954points
+ surface 03 22530.8371 0.1844 0.0183
+ S. 3: 16950points
+ refine surface 22530.8372 0.1846 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 22530.8647 0.2121 0.0275
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 22530.8874 0.2348 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22530.9123 0.2596 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16954points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22530.9369
+ -----------------------------------------------------------------------
+ Create octree solve 22530.9371 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22530.9530 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 22530.9747 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22530.9755 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22530.9896 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22531.1118 0.1749 0.1221
+ Imbed surface in osolve 22531.2915 0.3546 0.1797
+ embedding surface 1 22531.2917 0.3548 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22533.2341 2.2972 1.9424
+ osolve%nleaves= 59424
+ embedding surface 3 22535.2836 4.3467 2.0495
+ osolve%nleaves= 64128
+ Assessing octree stability 22538.8181 7.8812 3.5345
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22538.8228 7.8859 0.0047
+ Interpolate velo onto osolve 22539.2682 8.3313 0.4454
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22539.4278 8.4909 0.1596
+ Find void 22539.6989 8.7620 0.2711
+ whole leaf in fluid 32992
+ Define boundary conditions 22539.7273 8.7904 0.0284
+ wsmp setup1 22539.7343 8.7973 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22540.7434 9.8065 1.0091
+ -----------------------------------
+ start of non-linear iteratio 1 22540.7885
+ -----------------------------------
+ build system 22540.7887 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38937E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22548.7421 7.9536 7.9535
+ =================================
+ wsmp: initialisation time: 0.0556731 s
+ wsmp: ordering time: 4.1033990 s
+ wsmp: symbolic fact. time: 0.7068532 s
+ wsmp: Cholesky fact. time: 11.4243660 s
+ wsmp: Factorisation 14422.8295832 Mflops
+ wsmp: back substitution time: 0.1211131 s
+ wsmp: from b to rhs vector: 0.0070841 s
+ ---------------------------------
+ wsmp: total solve time: 16.4188659 s
+ =================================
+ u : -0.10242E+01 0.18439E+00
+ v : -0.97336E-01 0.11024E+00
+ w : -0.76174E+00 0.25147E+00
+ =================================
+ Calculate pressures 22565.1768 24.3883 16.4347
+ raw pressures : -0.35103E+00 0.00000E+00
+ Smoothing pressures 22565.4005 24.6120 0.2237
+ do leaf measurements 22565.4016 24.6130 0.0010
+ compute convergence criterion 22565.4425 24.6540 0.0409
+ velocity_diff_norm = 0.5891057 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22565.4473
+ -----------------------------------
+ build system 22565.4519 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79721E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22573.3953 7.9480 7.9435
+ =================================
+ wsmp: initialisation time: 0.0500970 s
+ wsmp: ordering time: 4.1099579 s
+ wsmp: symbolic fact. time: 0.7150221 s
+ wsmp: Cholesky fact. time: 11.3774080 s
+ wsmp: Factorisation 14482.3569195 Mflops
+ wsmp: back substitution time: 0.1215658 s
+ wsmp: from b to rhs vector: 0.0069721 s
+ ---------------------------------
+ wsmp: total solve time: 16.3813932 s
+ =================================
+ u : -0.10157E+01 0.13711E+00
+ v : -0.48377E-01 0.10211E+00
+ w : -0.76719E+00 0.22589E+00
+ =================================
+ Calculate pressures 22589.7924 24.3451 16.3971
+ raw pressures : -0.12358E+01 0.17910E+00
+ Smoothing pressures 22590.0185 24.5711 0.2261
+ do leaf measurements 22590.0195 24.5722 0.0011
+ compute convergence criterion 22590.0605 24.6131 0.0409
+ velocity_diff_norm = 0.0713144 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22590.0654
+ -----------------------------------
+ build system 22590.0700 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22598.0702 8.0048 8.0002
+ =================================
+ wsmp: initialisation time: 0.0505400 s
+ wsmp: ordering time: 4.1113710 s
+ wsmp: symbolic fact. time: 0.7057109 s
+ wsmp: Cholesky fact. time: 11.3868940 s
+ wsmp: Factorisation 14470.2922547 Mflops
+ wsmp: back substitution time: 0.1208329 s
+ wsmp: from b to rhs vector: 0.0070560 s
+ ---------------------------------
+ wsmp: total solve time: 16.3827710 s
+ =================================
+ u : -0.10170E+01 0.15533E+00
+ v : -0.39369E-01 0.11857E+00
+ w : -0.74669E+00 0.23166E+00
+ =================================
+ Calculate pressures 22614.4689 24.4035 16.3987
+ raw pressures : -0.13717E+01 0.31244E+00
+ Smoothing pressures 22614.6917 24.6264 0.2228
+ do leaf measurements 22614.6928 24.6274 0.0011
+ compute convergence criterion 22614.7337 24.6683 0.0409
+ velocity_diff_norm = 0.0362578 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22614.7386
+ -----------------------------------
+ build system 22614.7431 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22622.6822 7.9437 7.9391
+ =================================
+ wsmp: initialisation time: 0.0497339 s
+ wsmp: ordering time: 4.1195641 s
+ wsmp: symbolic fact. time: 0.7061429 s
+ wsmp: Cholesky fact. time: 11.4765730 s
+ wsmp: Factorisation 14357.2200528 Mflops
+ wsmp: back substitution time: 0.1209810 s
+ wsmp: from b to rhs vector: 0.0070739 s
+ ---------------------------------
+ wsmp: total solve time: 16.4804668 s
+ =================================
+ u : -0.10165E+01 0.17629E+00
+ v : -0.39689E-01 0.12322E+00
+ w : -0.73728E+00 0.22899E+00
+ =================================
+ Calculate pressures 22639.1786 24.4400 16.4963
+ raw pressures : -0.14709E+01 0.35553E+00
+ Smoothing pressures 22639.4023 24.6638 0.2238
+ do leaf measurements 22639.4034 24.6648 0.0011
+ compute convergence criterion 22639.4442 24.7057 0.0408
+ velocity_diff_norm = 0.0158483 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22639.4491
+ -----------------------------------
+ build system 22639.4537 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22647.4490 7.9999 7.9953
+ =================================
+ wsmp: initialisation time: 0.0477111 s
+ wsmp: ordering time: 4.0981901 s
+ wsmp: symbolic fact. time: 0.7039781 s
+ wsmp: Cholesky fact. time: 11.3749309 s
+ wsmp: Factorisation 14485.5108064 Mflops
+ wsmp: back substitution time: 0.1208920 s
+ wsmp: from b to rhs vector: 0.0070832 s
+ ---------------------------------
+ wsmp: total solve time: 16.3531470 s
+ =================================
+ u : -0.10160E+01 0.19415E+00
+ v : -0.40562E-01 0.12566E+00
+ w : -0.73254E+00 0.22796E+00
+ =================================
+ Calculate pressures 22663.8178 24.3687 16.3688
+ raw pressures : -0.15147E+01 0.36420E+00
+ Smoothing pressures 22664.0413 24.5922 0.2235
+ do leaf measurements 22664.0424 24.5933 0.0011
+ compute convergence criterion 22664.0836 24.6345 0.0412
+ velocity_diff_norm = 0.0107282 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22664.0886
+ -----------------------------------
+ build system 22664.0933 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22672.0894 8.0009 7.9962
+ =================================
+ wsmp: initialisation time: 0.0478640 s
+ wsmp: ordering time: 4.1041861 s
+ wsmp: symbolic fact. time: 0.7034631 s
+ wsmp: Cholesky fact. time: 11.3968508 s
+ wsmp: Factorisation 14457.6503119 Mflops
+ wsmp: back substitution time: 0.1206651 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.3805439 s
+ =================================
+ u : -0.10157E+01 0.20976E+00
+ v : -0.42979E-01 0.12570E+00
+ w : -0.72798E+00 0.22747E+00
+ =================================
+ Calculate pressures 22688.4853 24.3968 16.3959
+ raw pressures : -0.15365E+01 0.36181E+00
+ Smoothing pressures 22688.7094 24.6209 0.2241
+ do leaf measurements 22688.7105 24.6219 0.0011
+ compute convergence criterion 22688.7515 24.6629 0.0410
+ velocity_diff_norm = 0.0080762 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22688.7547 24.6661 0.0032
+Compute isostasy and adjust vertical 22688.7549 24.6663 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -133513952227653.28 204106628984209.53
+ def in m -7.9612102508544922 0.64275872707366943
+ dimensionless def -1.83645350592476973E-6 2.27463150024414069E-5
+ Isostatic velocity range = -0.0178606 0.2267702
+ Compute divergence 22688.9553 24.8667 0.2004
+ wsmp_cleanup 22689.0012 24.9126 0.0459
+ Reset surface geometry 22689.0060 24.9174 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 22689.0136 24.9250 0.0076
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22689.0271 24.9386 0.0135
+ Advect surface 1 22689.0273 24.9387 0.0001
+ removing 3 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22689.2461 25.1575 0.2188
+ removing 4 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22689.4770 25.3884 0.2309
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22689.7368 25.6483 0.2599
+ Advect the cloud 22689.8857 25.7972 0.1489
+ Write output 22690.6834 26.5948 0.7977
+ End of time step 22691.5538 27.4652 0.8704
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 140 22691.5540
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22691.5540 0.0001 0.0001
+ surface 01 22691.5541 0.0001 0.0000
+ S. 1: 16953points
+ refine surface 22691.5541 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 22691.5806 0.0267 0.0265
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 22691.6077 0.0537 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22691.6325 0.0785 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16955points
+ surface 02 22691.6509 0.0969 0.0184
+ S. 2: 16950points
+ refine surface 22691.6510 0.0971 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22691.6755 0.1216 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 22691.6939 0.1400 0.0184
+ S. 3: 16953points
+ refine surface 22691.6941 0.1401 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 22691.7211 0.1672 0.0270
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 22691.7480 0.1940 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22691.7731 0.2191 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16956points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22691.7975
+ -----------------------------------------------------------------------
+ Create octree solve 22691.7978 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22691.8136 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 22691.8356 0.0380 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22691.8363 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22691.8505 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22691.9726 0.1751 0.1222
+ Imbed surface in osolve 22692.1500 0.3524 0.1773
+ embedding surface 1 22692.1501 0.3526 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22694.0939 2.2963 1.9437
+ osolve%nleaves= 59424
+ embedding surface 3 22696.1869 4.3893 2.0930
+ osolve%nleaves= 64128
+ Assessing octree stability 22699.7597 7.9622 3.5729
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22699.7644 7.9669 0.0047
+ Interpolate velo onto osolve 22700.2133 8.4157 0.4488
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22700.2886 8.4910 0.0753
+ Find void 22700.5606 8.7631 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 22700.5890 8.7915 0.0284
+ wsmp setup1 22700.5960 8.7985 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22701.6076 9.8101 1.0116
+ -----------------------------------
+ start of non-linear iteratio 1 22701.6515
+ -----------------------------------
+ build system 22701.6517 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22709.6140 7.9625 7.9624
+ =================================
+ wsmp: initialisation time: 0.0557489 s
+ wsmp: ordering time: 4.0925000 s
+ wsmp: symbolic fact. time: 0.7055039 s
+ wsmp: Cholesky fact. time: 11.4056609 s
+ wsmp: Factorisation 14446.4828287 Mflops
+ wsmp: back substitution time: 0.1211450 s
+ wsmp: from b to rhs vector: 0.0070200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3879590 s
+ =================================
+ u : -0.10369E+01 0.18413E+00
+ v : -0.96839E-01 0.10959E+00
+ w : -0.76177E+00 0.25074E+00
+ =================================
+ Calculate pressures 22726.0175 24.3660 16.4035
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 22726.2421 24.5906 0.2246
+ do leaf measurements 22726.2432 24.5917 0.0011
+ compute convergence criterion 22726.2842 24.6327 0.0410
+ velocity_diff_norm = 0.5890706 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22726.2891
+ -----------------------------------
+ build system 22726.2936 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80313E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22734.2313 7.9423 7.9377
+ =================================
+ wsmp: initialisation time: 0.0511441 s
+ wsmp: ordering time: 4.0972691 s
+ wsmp: symbolic fact. time: 0.7101929 s
+ wsmp: Cholesky fact. time: 11.3791251 s
+ wsmp: Factorisation 14480.1715565 Mflops
+ wsmp: back substitution time: 0.1217551 s
+ wsmp: from b to rhs vector: 0.0072579 s
+ ---------------------------------
+ wsmp: total solve time: 16.3671200 s
+ =================================
+ u : -0.10157E+01 0.13690E+00
+ v : -0.48744E-01 0.10246E+00
+ w : -0.76712E+00 0.22470E+00
+ =================================
+ Calculate pressures 22750.6142 24.3251 16.3828
+ raw pressures : -0.12360E+01 0.18414E+00
+ Smoothing pressures 22750.8400 24.5510 0.2259
+ do leaf measurements 22750.8411 24.5521 0.0011
+ compute convergence criterion 22750.8822 24.5931 0.0410
+ velocity_diff_norm = 0.0713944 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22750.8871
+ -----------------------------------
+ build system 22750.8917 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22758.8850 7.9979 7.9933
+ =================================
+ wsmp: initialisation time: 0.0503778 s
+ wsmp: ordering time: 4.0918601 s
+ wsmp: symbolic fact. time: 0.7014179 s
+ wsmp: Cholesky fact. time: 11.3816240 s
+ wsmp: Factorisation 14476.9923972 Mflops
+ wsmp: back substitution time: 0.1207991 s
+ wsmp: from b to rhs vector: 0.0070369 s
+ ---------------------------------
+ wsmp: total solve time: 16.3534932 s
+ =================================
+ u : -0.10170E+01 0.15529E+00
+ v : -0.39266E-01 0.11872E+00
+ w : -0.74650E+00 0.23071E+00
+ =================================
+ Calculate pressures 22775.2545 24.3674 16.3696
+ raw pressures : -0.13718E+01 0.31232E+00
+ Smoothing pressures 22775.4775 24.5904 0.2229
+ do leaf measurements 22775.4786 24.5915 0.0011
+ compute convergence criterion 22775.5274 24.6403 0.0488
+ velocity_diff_norm = 0.0361201 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22775.5323
+ -----------------------------------
+ build system 22775.5370 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22783.4722 7.9398 7.9352
+ =================================
+ wsmp: initialisation time: 0.0508709 s
+ wsmp: ordering time: 4.0982389 s
+ wsmp: symbolic fact. time: 0.7029910 s
+ wsmp: Cholesky fact. time: 11.4613888 s
+ wsmp: Factorisation 14376.2406434 Mflops
+ wsmp: back substitution time: 0.1210182 s
+ wsmp: from b to rhs vector: 0.0070229 s
+ ---------------------------------
+ wsmp: total solve time: 16.4419060 s
+ =================================
+ u : -0.10165E+01 0.17635E+00
+ v : -0.39490E-01 0.12336E+00
+ w : -0.73714E+00 0.22844E+00
+ =================================
+ Calculate pressures 22799.9303 24.3980 16.4582
+ raw pressures : -0.14711E+01 0.35549E+00
+ Smoothing pressures 22800.1543 24.6220 0.2240
+ do leaf measurements 22800.1554 24.6231 0.0011
+ compute convergence criterion 22800.1964 24.6640 0.0410
+ velocity_diff_norm = 0.0159548 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22800.2013
+ -----------------------------------
+ build system 22800.2059 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22808.1927 7.9915 7.9869
+ =================================
+ wsmp: initialisation time: 0.0484149 s
+ wsmp: ordering time: 4.0975940 s
+ wsmp: symbolic fact. time: 0.7073920 s
+ wsmp: Cholesky fact. time: 11.3756630 s
+ wsmp: Factorisation 14484.5784607 Mflops
+ wsmp: back substitution time: 0.1211169 s
+ wsmp: from b to rhs vector: 0.0070801 s
+ ---------------------------------
+ wsmp: total solve time: 16.3576300 s
+ =================================
+ u : -0.10160E+01 0.19426E+00
+ v : -0.40719E-01 0.12580E+00
+ w : -0.73242E+00 0.22763E+00
+ =================================
+ Calculate pressures 22824.5661 24.3648 16.3734
+ raw pressures : -0.15150E+01 0.36416E+00
+ Smoothing pressures 22824.7898 24.5885 0.2237
+ do leaf measurements 22824.7909 24.5896 0.0011
+ compute convergence criterion 22824.8325 24.6312 0.0416
+ velocity_diff_norm = 0.0107407 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22824.8374
+ -----------------------------------
+ build system 22824.8421 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22832.8493 8.0119 8.0072
+ =================================
+ wsmp: initialisation time: 0.0498121 s
+ wsmp: ordering time: 4.1004670 s
+ wsmp: symbolic fact. time: 0.7053199 s
+ wsmp: Cholesky fact. time: 11.4016740 s
+ wsmp: Factorisation 14451.5343457 Mflops
+ wsmp: back substitution time: 0.1210999 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.3858919 s
+ =================================
+ u : -0.10157E+01 0.20989E+00
+ v : -0.43098E-01 0.12585E+00
+ w : -0.72790E+00 0.22740E+00
+ =================================
+ Calculate pressures 22849.2503 24.4129 16.4010
+ raw pressures : -0.15363E+01 0.36143E+00
+ Smoothing pressures 22849.4757 24.6383 0.2254
+ do leaf measurements 22849.4768 24.6394 0.0011
+ compute convergence criterion 22849.5178 24.6804 0.0410
+ velocity_diff_norm = 0.0080804 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 22849.5210 24.6836 0.0032
+Compute isostasy and adjust vertical 22849.5212 24.6838 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -134155907875085.97 205383866236961.78
+ def in m -7.9602899551391602 0.64476490020751953
+ dimensionless def -1.84218542916434143E-6 2.27436855861118876E-5
+ Isostatic velocity range = -0.0179250 0.2267532
+ Compute divergence 22849.7259 24.8885 0.2047
+ wsmp_cleanup 22849.7651 24.9277 0.0392
+ Reset surface geometry 22849.7695 24.9320 0.0044
+ -----------------------------------------------------------------------
+ Temperature calculations 22849.7778 24.9404 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 22849.7937 24.9563 0.0159
+ Advect surface 1 22849.7939 24.9564 0.0002
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 22850.0024 25.1650 0.2086
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 22850.2098 25.3724 0.2074
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 22850.4630 25.6256 0.2532
+ Advect the cloud 22850.6120 25.7746 0.1490
+ Write output 22851.4148 26.5774 0.8029
+ End of time step 22852.2860 27.4485 0.8711
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 141 22852.2861
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 22852.2862 0.0001 0.0001
+ surface 01 22852.2862 0.0001 0.0000
+ S. 1: 16954points
+ refine surface 22852.2863 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 22852.3132 0.0271 0.0270
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 22852.3357 0.0496 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 22852.3605 0.0744 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16956points
+ surface 02 22852.3790 0.0929 0.0184
+ S. 2: 16949points
+ refine surface 22852.3791 0.0930 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 22852.4047 0.1186 0.0256
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 22852.4274 0.1413 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 22852.4522 0.1661 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 22852.4705 0.1843 0.0183
+ S. 3: 16956points
+ refine surface 22852.4706 0.1845 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 22852.4972 0.2111 0.0266
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 22852.5199 0.2338 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 22852.5447 0.2586 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 22852.5697
+ -----------------------------------------------------------------------
+ Create octree solve 22852.5699 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 22852.5857 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 22852.6072 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 22852.6080 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 22852.6222 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 22852.7443 0.1747 0.1222
+ Imbed surface in osolve 22852.9240 0.3544 0.1797
+ embedding surface 1 22852.9242 0.3546 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 22854.8614 2.2918 1.9372
+ osolve%nleaves= 59424
+ embedding surface 3 22856.9458 4.3762 2.0844
+ osolve%nleaves= 64128
+ Assessing octree stability 22860.5216 7.9519 3.5758
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 22860.5263 7.9567 0.0047
+ Interpolate velo onto osolve 22860.9575 8.3878 0.4312
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 22861.0873 8.5176 0.1298
+ Find void 22861.3613 8.7917 0.2740
+ whole leaf in fluid 32992
+ Define boundary conditions 22861.3901 8.8205 0.0288
+ wsmp setup1 22861.3972 8.8275 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 22862.4063 9.8367 1.0091
+ -----------------------------------
+ start of non-linear iteratio 1 22862.4511
+ -----------------------------------
+ build system 22862.4512 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22870.4061 7.9550 7.9549
+ =================================
+ wsmp: initialisation time: 0.0527809 s
+ wsmp: ordering time: 4.0879161 s
+ wsmp: symbolic fact. time: 0.7052629 s
+ wsmp: Cholesky fact. time: 11.3974240 s
+ wsmp: Factorisation 14456.9232597 Mflops
+ wsmp: back substitution time: 0.1208842 s
+ wsmp: from b to rhs vector: 0.0070920 s
+ ---------------------------------
+ wsmp: total solve time: 16.3717270 s
+ =================================
+ u : -0.10161E+01 0.18445E+00
+ v : -0.97540E-01 0.10974E+00
+ w : -0.76175E+00 0.25257E+00
+ =================================
+ Calculate pressures 22886.7935 24.3425 16.3874
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 22887.0176 24.5666 0.2241
+ do leaf measurements 22887.0187 24.5676 0.0011
+ compute convergence criterion 22887.0597 24.6087 0.0411
+ velocity_diff_norm = 0.5890750 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 22887.0643
+ -----------------------------------
+ build system 22887.0686 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79555E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22895.0100 7.9457 7.9413
+ =================================
+ wsmp: initialisation time: 0.0479579 s
+ wsmp: ordering time: 4.1142950 s
+ wsmp: symbolic fact. time: 0.7084670 s
+ wsmp: Cholesky fact. time: 11.3863108 s
+ wsmp: Factorisation 14471.0333786 Mflops
+ wsmp: back substitution time: 0.1212130 s
+ wsmp: from b to rhs vector: 0.0071521 s
+ ---------------------------------
+ wsmp: total solve time: 16.3857770 s
+ =================================
+ u : -0.10157E+01 0.13716E+00
+ v : -0.48590E-01 0.10245E+00
+ w : -0.76713E+00 0.22562E+00
+ =================================
+ Calculate pressures 22911.4110 24.3467 16.4011
+ raw pressures : -0.12360E+01 0.17976E+00
+ Smoothing pressures 22911.6376 24.5733 0.2266
+ do leaf measurements 22911.6387 24.5744 0.0011
+ compute convergence criterion 22911.6798 24.6155 0.0411
+ velocity_diff_norm = 0.0712071 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 22911.6844
+ -----------------------------------
+ build system 22911.6888 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22919.6754 7.9910 7.9866
+ =================================
+ wsmp: initialisation time: 0.0472729 s
+ wsmp: ordering time: 4.0898690 s
+ wsmp: symbolic fact. time: 0.7040970 s
+ wsmp: Cholesky fact. time: 11.3897531 s
+ wsmp: Factorisation 14466.6598460 Mflops
+ wsmp: back substitution time: 0.1207650 s
+ wsmp: from b to rhs vector: 0.0071101 s
+ ---------------------------------
+ wsmp: total solve time: 16.3592231 s
+ =================================
+ u : -0.10171E+01 0.15540E+00
+ v : -0.39110E-01 0.11868E+00
+ w : -0.74682E+00 0.23115E+00
+ =================================
+ Calculate pressures 22936.0503 24.3659 16.3749
+ raw pressures : -0.13719E+01 0.31278E+00
+ Smoothing pressures 22936.2748 24.5903 0.2244
+ do leaf measurements 22936.2758 24.5914 0.0011
+ compute convergence criterion 22936.3172 24.6328 0.0414
+ velocity_diff_norm = 0.0361903 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 22936.3219
+ -----------------------------------
+ build system 22936.3263 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22944.2621 7.9401 7.9357
+ =================================
+ wsmp: initialisation time: 0.0500500 s
+ wsmp: ordering time: 4.0929821 s
+ wsmp: symbolic fact. time: 0.7043159 s
+ wsmp: Cholesky fact. time: 11.4777651 s
+ wsmp: Factorisation 14355.7288966 Mflops
+ wsmp: back substitution time: 0.1209240 s
+ wsmp: from b to rhs vector: 0.0070009 s
+ ---------------------------------
+ wsmp: total solve time: 16.4533911 s
+ =================================
+ u : -0.10165E+01 0.17633E+00
+ v : -0.39318E-01 0.12330E+00
+ w : -0.73742E+00 0.22866E+00
+ =================================
+ Calculate pressures 22960.7313 24.4093 16.4692
+ raw pressures : -0.14711E+01 0.35581E+00
+ Smoothing pressures 22960.9562 24.6343 0.2250
+ do leaf measurements 22960.9573 24.6353 0.0011
+ compute convergence criterion 22960.9982 24.6763 0.0410
+ velocity_diff_norm = 0.0158563 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 22961.0028
+ -----------------------------------
+ build system 22961.0073 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22968.9848 7.9820 7.9776
+ =================================
+ wsmp: initialisation time: 0.0497420 s
+ wsmp: ordering time: 4.0816691 s
+ wsmp: symbolic fact. time: 0.7043929 s
+ wsmp: Cholesky fact. time: 11.3879271 s
+ wsmp: Factorisation 14468.9795670 Mflops
+ wsmp: back substitution time: 0.1211741 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.3524661 s
+ =================================
+ u : -0.10161E+01 0.19418E+00
+ v : -0.40680E-01 0.12574E+00
+ w : -0.73263E+00 0.22774E+00
+ =================================
+ Calculate pressures 22985.3532 24.3504 16.3684
+ raw pressures : -0.15150E+01 0.36454E+00
+ Smoothing pressures 22985.5767 24.5738 0.2234
+ do leaf measurements 22985.5777 24.5749 0.0011
+ compute convergence criterion 22985.6188 24.6160 0.0411
+ velocity_diff_norm = 0.0107408 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 22985.6235
+ -----------------------------------
+ build system 22985.6278 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 22993.6447 8.0213 8.0169
+ =================================
+ wsmp: initialisation time: 0.0488899 s
+ wsmp: ordering time: 4.0903931 s
+ wsmp: symbolic fact. time: 0.7036159 s
+ wsmp: Cholesky fact. time: 11.3859808 s
+ wsmp: Factorisation 14471.4527563 Mflops
+ wsmp: back substitution time: 0.1212461 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.3576949 s
+ =================================
+ u : -0.10157E+01 0.20980E+00
+ v : -0.43081E-01 0.12584E+00
+ w : -0.72807E+00 0.22736E+00
+ =================================
+ Calculate pressures 23010.0182 24.3948 16.3735
+ raw pressures : -0.15368E+01 0.36199E+00
+ Smoothing pressures 23010.2423 24.6189 0.2241
+ do leaf measurements 23010.2434 24.6199 0.0011
+ compute convergence criterion 23010.2844 24.6609 0.0410
+ velocity_diff_norm = 0.0080799 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23010.2874 24.6639 0.0030
+Compute isostasy and adjust vertical 23010.2876 24.6641 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -134801659673854.44 206645653568701.22
+ def in m -7.9730534553527832 0.64676421880722046
+ dimensionless def -1.84789776802062999E-6 2.27801527295793824E-5
+ Isostatic velocity range = -0.0179914 0.2271132
+ Compute divergence 23010.4844 24.8609 0.1968
+ wsmp_cleanup 23010.5293 24.9058 0.0449
+ Reset surface geometry 23010.5341 24.9106 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 23010.5420 24.9186 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23010.5552 24.9317 0.0132
+ Advect surface 1 23010.5553 24.9319 0.0001
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23010.7617 25.1382 0.2063
+ removing 2 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23010.9747 25.3512 0.2130
+ removing 2 particle from surface
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23011.2475 25.6240 0.2728
+ Advect the cloud 23011.3977 25.7742 0.1502
+ Write output 23012.1986 26.5752 0.8010
+ End of time step 23013.0691 27.4457 0.8705
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 142 23013.0693
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23013.0694 0.0001 0.0001
+ surface 01 23013.0694 0.0001 0.0000
+ S. 1: 16955points
+ refine surface 23013.0694 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23013.0943 0.0250 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16955points
+ surface 02 23013.1129 0.0436 0.0186
+ S. 2: 16948points
+ refine surface 23013.1130 0.0437 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 23013.1393 0.0700 0.0262
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23013.1620 0.0927 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23013.1869 0.1176 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 23013.2052 0.1359 0.0183
+ S. 3: 16956points
+ refine surface 23013.2053 0.1360 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 23013.2315 0.1622 0.0262
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 23013.2586 0.1893 0.0270
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23013.2832 0.2139 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23013.3082
+ -----------------------------------------------------------------------
+ Create octree solve 23013.3085 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23013.3243 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 23013.3460 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23013.3467 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23013.3609 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 23013.4830 0.1748 0.1222
+ Imbed surface in osolve 23013.6634 0.3552 0.1804
+ embedding surface 1 23013.6636 0.3554 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23015.5837 2.2755 1.9201
+ osolve%nleaves= 59424
+ embedding surface 3 23017.6732 4.3650 2.0895
+ osolve%nleaves= 64128
+ Assessing octree stability 23021.2423 7.9341 3.5691
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23021.2470 7.9388 0.0048
+ Interpolate velo onto osolve 23021.6910 8.3828 0.4440
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23021.8251 8.5169 0.1340
+ Find void 23022.0979 8.7897 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 23022.1269 8.8187 0.0290
+ wsmp setup1 23022.1340 8.8258 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23023.1413 9.8331 1.0073
+ -----------------------------------
+ start of non-linear iteratio 1 23023.1852
+ -----------------------------------
+ build system 23023.1854 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23031.1569 7.9717 7.9716
+ =================================
+ wsmp: initialisation time: 0.0532560 s
+ wsmp: ordering time: 4.0878100 s
+ wsmp: symbolic fact. time: 0.7043211 s
+ wsmp: Cholesky fact. time: 11.3949151 s
+ wsmp: Factorisation 14460.1063169 Mflops
+ wsmp: back substitution time: 0.1208000 s
+ wsmp: from b to rhs vector: 0.0070481 s
+ ---------------------------------
+ wsmp: total solve time: 16.3685040 s
+ =================================
+ u : -0.10190E+01 0.18396E+00
+ v : -0.96863E-01 0.10928E+00
+ w : -0.76143E+00 0.25120E+00
+ =================================
+ Calculate pressures 23047.5411 24.3559 16.3842
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 23047.7645 24.5793 0.2234
+ do leaf measurements 23047.7656 24.5803 0.0010
+ compute convergence criterion 23047.8065 24.6213 0.0410
+ velocity_diff_norm = 0.5887262 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23047.8112
+ -----------------------------------
+ build system 23047.8155 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80529E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23055.7573 7.9461 7.9418
+ =================================
+ wsmp: initialisation time: 0.0482349 s
+ wsmp: ordering time: 4.1026721 s
+ wsmp: symbolic fact. time: 0.7116830 s
+ wsmp: Cholesky fact. time: 11.3954771 s
+ wsmp: Factorisation 14459.3932363 Mflops
+ wsmp: back substitution time: 0.1213269 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.3868601 s
+ =================================
+ u : -0.10157E+01 0.13681E+00
+ v : -0.48694E-01 0.10225E+00
+ w : -0.76701E+00 0.22455E+00
+ =================================
+ Calculate pressures 23072.1596 24.3484 16.4023
+ raw pressures : -0.12354E+01 0.18379E+00
+ Smoothing pressures 23072.3862 24.5750 0.2266
+ do leaf measurements 23072.3872 24.5760 0.0011
+ compute convergence criterion 23072.4282 24.6170 0.0409
+ velocity_diff_norm = 0.0709718 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23072.4329
+ -----------------------------------
+ build system 23072.4372 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23080.4063 7.9734 7.9691
+ =================================
+ wsmp: initialisation time: 0.0511401 s
+ wsmp: ordering time: 4.0788639 s
+ wsmp: symbolic fact. time: 0.7028160 s
+ wsmp: Cholesky fact. time: 11.3813400 s
+ wsmp: Factorisation 14477.3535881 Mflops
+ wsmp: back substitution time: 0.1207860 s
+ wsmp: from b to rhs vector: 0.0070939 s
+ ---------------------------------
+ wsmp: total solve time: 16.3423898 s
+ =================================
+ u : -0.10172E+01 0.15520E+00
+ v : -0.38875E-01 0.11860E+00
+ w : -0.74661E+00 0.23098E+00
+ =================================
+ Calculate pressures 23096.7645 24.3316 16.3581
+ raw pressures : -0.13710E+01 0.31207E+00
+ Smoothing pressures 23096.9891 24.5562 0.2246
+ do leaf measurements 23096.9902 24.5573 0.0011
+ compute convergence criterion 23097.0314 24.5985 0.0412
+ velocity_diff_norm = 0.0361610 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23097.0362
+ -----------------------------------
+ build system 23097.0406 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23104.9772 7.9410 7.9366
+ =================================
+ wsmp: initialisation time: 0.0502858 s
+ wsmp: ordering time: 4.0888531 s
+ wsmp: symbolic fact. time: 0.7036228 s
+ wsmp: Cholesky fact. time: 11.4619799 s
+ wsmp: Factorisation 14375.4993292 Mflops
+ wsmp: back substitution time: 0.1208718 s
+ wsmp: from b to rhs vector: 0.0070949 s
+ ---------------------------------
+ wsmp: total solve time: 16.4330761 s
+ =================================
+ u : -0.10166E+01 0.17618E+00
+ v : -0.39015E-01 0.12324E+00
+ w : -0.73726E+00 0.22862E+00
+ =================================
+ Calculate pressures 23121.4258 24.3896 16.4486
+ raw pressures : -0.14704E+01 0.35534E+00
+ Smoothing pressures 23121.6506 24.6144 0.2249
+ do leaf measurements 23121.6517 24.6155 0.0010
+ compute convergence criterion 23121.6927 24.6565 0.0410
+ velocity_diff_norm = 0.0158958 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23121.6974
+ -----------------------------------
+ build system 23121.7018 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23129.6733 7.9759 7.9715
+ =================================
+ wsmp: initialisation time: 0.0511231 s
+ wsmp: ordering time: 4.0880752 s
+ wsmp: symbolic fact. time: 0.7049420 s
+ wsmp: Cholesky fact. time: 11.3764482 s
+ wsmp: Factorisation 14483.5788497 Mflops
+ wsmp: back substitution time: 0.1208560 s
+ wsmp: from b to rhs vector: 0.0070381 s
+ ---------------------------------
+ wsmp: total solve time: 16.3488250 s
+ =================================
+ u : -0.10161E+01 0.19403E+00
+ v : -0.40726E-01 0.12568E+00
+ w : -0.73254E+00 0.22774E+00
+ =================================
+ Calculate pressures 23146.0381 24.3407 16.3648
+ raw pressures : -0.15144E+01 0.36412E+00
+ Smoothing pressures 23146.2630 24.5655 0.2249
+ do leaf measurements 23146.2640 24.5666 0.0011
+ compute convergence criterion 23146.3052 24.6078 0.0412
+ velocity_diff_norm = 0.0107312 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23146.3099
+ -----------------------------------
+ build system 23146.3142 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23154.3330 8.0231 8.0188
+ =================================
+ wsmp: initialisation time: 0.0500579 s
+ wsmp: ordering time: 4.0889740 s
+ wsmp: symbolic fact. time: 0.7017510 s
+ wsmp: Cholesky fact. time: 11.3893681 s
+ wsmp: Factorisation 14467.1489276 Mflops
+ wsmp: back substitution time: 0.1208992 s
+ wsmp: from b to rhs vector: 0.0071201 s
+ ---------------------------------
+ wsmp: total solve time: 16.3585179 s
+ =================================
+ u : -0.10158E+01 0.20963E+00
+ v : -0.43109E-01 0.12569E+00
+ w : -0.72798E+00 0.22728E+00
+ =================================
+ Calculate pressures 23170.7073 24.3974 16.3743
+ raw pressures : -0.15363E+01 0.36182E+00
+ Smoothing pressures 23170.9313 24.6214 0.2240
+ do leaf measurements 23170.9324 24.6225 0.0010
+ compute convergence criterion 23170.9732 24.6633 0.0409
+ velocity_diff_norm = 0.0080783 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23170.9763 24.6664 0.0031
+Compute isostasy and adjust vertical 23170.9765 24.6666 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -135433643756559.67 207910575457340.28
+ def in m -7.977107048034668 0.64547437429428101
+ dimensionless def -1.84421249798365997E-6 2.27917344229561956E-5
+ Isostatic velocity range = -0.0179660 0.2272459
+ Compute divergence 23171.1801 24.8702 0.2036
+ wsmp_cleanup 23171.2178 24.9079 0.0377
+ Reset surface geometry 23171.2227 24.9128 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 23171.2308 24.9209 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23171.2479 24.9381 0.0172
+ Advect surface 1 23171.2481 24.9382 0.0001
+ removing 3 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23171.4721 25.1622 0.2240
+ removing 2 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23171.6868 25.3769 0.2146
+ removing 1 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23171.9471 25.6372 0.2603
+ Advect the cloud 23172.0936 25.7837 0.1466
+ Write output 23172.8996 26.5897 0.8060
+ End of time step 23173.7623 27.4524 0.8627
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 143 23173.7625
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23173.7625 0.0001 0.0001
+ surface 01 23173.7626 0.0001 0.0000
+ S. 1: 16952points
+ refine surface 23173.7626 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 23173.7896 0.0271 0.0270
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23173.8167 0.0542 0.0271
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23173.8416 0.0791 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16955points
+ surface 02 23173.8599 0.0974 0.0183
+ S. 2: 16948points
+ refine surface 23173.8600 0.0976 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 23173.8857 0.1232 0.0256
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23173.9084 0.1459 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23173.9331 0.1706 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16949points
+ surface 03 23173.9514 0.1889 0.0183
+ S. 3: 16957points
+ refine surface 23173.9516 0.1891 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 23173.9774 0.2149 0.0258
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 23174.0001 0.2376 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23174.0246 0.2621 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23174.0492
+ -----------------------------------------------------------------------
+ Create octree solve 23174.0494 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23174.0653 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 23174.0873 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23174.0880 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23174.1022 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 23174.2243 0.1752 0.1222
+ Imbed surface in osolve 23174.4053 0.3561 0.1809
+ embedding surface 1 23174.4054 0.3563 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23176.3629 2.3137 1.9574
+ osolve%nleaves= 59424
+ embedding surface 3 23178.4579 4.4087 2.0950
+ osolve%nleaves= 64128
+ Assessing octree stability 23181.9927 7.9435 3.5348
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23181.9977 7.9485 0.0051
+ Interpolate velo onto osolve 23182.4256 8.3764 0.4279
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23182.5771 8.5279 0.1515
+ Find void 23182.8534 8.8042 0.2763
+ whole leaf in fluid 32992
+ Define boundary conditions 23182.8821 8.8329 0.0287
+ wsmp setup1 23182.8891 8.8399 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23183.8967 9.8476 1.0077
+ -----------------------------------
+ start of non-linear iteratio 1 23183.9393
+ -----------------------------------
+ build system 23183.9395 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23191.9211 7.9817 7.9816
+ =================================
+ wsmp: initialisation time: 0.0556440 s
+ wsmp: ordering time: 4.0872700 s
+ wsmp: symbolic fact. time: 0.6985610 s
+ wsmp: Cholesky fact. time: 11.4063101 s
+ wsmp: Factorisation 14445.6605772 Mflops
+ wsmp: back substitution time: 0.1209130 s
+ wsmp: from b to rhs vector: 0.0070851 s
+ ---------------------------------
+ wsmp: total solve time: 16.3761911 s
+ =================================
+ u : -0.10276E+01 0.18348E+00
+ v : -0.97214E-01 0.10914E+00
+ w : -0.76153E+00 0.24937E+00
+ =================================
+ Calculate pressures 23208.3132 24.3739 16.3922
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 23208.5378 24.5985 0.2246
+ do leaf measurements 23208.5389 24.5996 0.0011
+ compute convergence criterion 23208.5798 24.6404 0.0409
+ velocity_diff_norm = 0.5882869 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23208.5843
+ -----------------------------------
+ build system 23208.5885 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80762E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23216.5283 7.9440 7.9397
+ =================================
+ wsmp: initialisation time: 0.0514741 s
+ wsmp: ordering time: 4.1063459 s
+ wsmp: symbolic fact. time: 0.7098680 s
+ wsmp: Cholesky fact. time: 11.4048159 s
+ wsmp: Factorisation 14447.5531339 Mflops
+ wsmp: back substitution time: 0.1217759 s
+ wsmp: from b to rhs vector: 0.0070500 s
+ ---------------------------------
+ wsmp: total solve time: 16.4017160 s
+ =================================
+ u : -0.10157E+01 0.13645E+00
+ v : -0.48634E-01 0.10226E+00
+ w : -0.76694E+00 0.22437E+00
+ =================================
+ Calculate pressures 23232.9456 24.3613 16.4173
+ raw pressures : -0.12358E+01 0.18036E+00
+ Smoothing pressures 23233.1718 24.5875 0.2262
+ do leaf measurements 23233.1729 24.5886 0.0011
+ compute convergence criterion 23233.2138 24.6295 0.0409
+ velocity_diff_norm = 0.0704616 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23233.2184
+ -----------------------------------
+ build system 23233.2228 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23241.2044 7.9859 7.9816
+ =================================
+ wsmp: initialisation time: 0.0488069 s
+ wsmp: ordering time: 4.1002150 s
+ wsmp: symbolic fact. time: 0.7009611 s
+ wsmp: Cholesky fact. time: 11.3789511 s
+ wsmp: Factorisation 14480.3930364 Mflops
+ wsmp: back substitution time: 0.1209459 s
+ wsmp: from b to rhs vector: 0.0070982 s
+ ---------------------------------
+ wsmp: total solve time: 16.3573771 s
+ =================================
+ u : -0.10170E+01 0.15486E+00
+ v : -0.38877E-01 0.11859E+00
+ w : -0.74673E+00 0.23097E+00
+ =================================
+ Calculate pressures 23257.5773 24.3589 16.3730
+ raw pressures : -0.13715E+01 0.31244E+00
+ Smoothing pressures 23257.8012 24.5827 0.2238
+ do leaf measurements 23257.8023 24.5838 0.0011
+ compute convergence criterion 23257.8435 24.6250 0.0412
+ velocity_diff_norm = 0.0362101 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23257.8482
+ -----------------------------------
+ build system 23257.8526 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23265.7887 7.9405 7.9361
+ =================================
+ wsmp: initialisation time: 0.0501890 s
+ wsmp: ordering time: 4.0749018 s
+ wsmp: symbolic fact. time: 0.6972101 s
+ wsmp: Cholesky fact. time: 11.4611089 s
+ wsmp: Factorisation 14376.5917402 Mflops
+ wsmp: back substitution time: 0.1211510 s
+ wsmp: from b to rhs vector: 0.0069561 s
+ ---------------------------------
+ wsmp: total solve time: 16.4119129 s
+ =================================
+ u : -0.10165E+01 0.17588E+00
+ v : -0.39001E-01 0.12317E+00
+ w : -0.73734E+00 0.22866E+00
+ =================================
+ Calculate pressures 23282.2164 24.3682 16.4277
+ raw pressures : -0.14703E+01 0.35505E+00
+ Smoothing pressures 23282.4409 24.5927 0.2245
+ do leaf measurements 23282.4420 24.5938 0.0011
+ compute convergence criterion 23282.4828 24.6346 0.0408
+ velocity_diff_norm = 0.0158968 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23282.4875
+ -----------------------------------
+ build system 23282.4918 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23290.4595 7.9720 7.9677
+ =================================
+ wsmp: initialisation time: 0.0487280 s
+ wsmp: ordering time: 4.0881701 s
+ wsmp: symbolic fact. time: 0.7008810 s
+ wsmp: Cholesky fact. time: 11.3699529 s
+ wsmp: Factorisation 14491.8527875 Mflops
+ wsmp: back substitution time: 0.1214180 s
+ wsmp: from b to rhs vector: 0.0069599 s
+ ---------------------------------
+ wsmp: total solve time: 16.3364801 s
+ =================================
+ u : -0.10160E+01 0.19378E+00
+ v : -0.40661E-01 0.12565E+00
+ w : -0.73256E+00 0.22773E+00
+ =================================
+ Calculate pressures 23306.8118 24.3243 16.3523
+ raw pressures : -0.15142E+01 0.36385E+00
+ Smoothing pressures 23307.0376 24.5501 0.2258
+ do leaf measurements 23307.0387 24.5512 0.0011
+ compute convergence criterion 23307.0796 24.5922 0.0409
+ velocity_diff_norm = 0.0107220 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23307.0843
+ -----------------------------------
+ build system 23307.0887 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23315.1078 8.0235 8.0191
+ =================================
+ wsmp: initialisation time: 0.0479698 s
+ wsmp: ordering time: 4.0897181 s
+ wsmp: symbolic fact. time: 0.7007630 s
+ wsmp: Cholesky fact. time: 11.3865099 s
+ wsmp: Factorisation 14470.7803699 Mflops
+ wsmp: back substitution time: 0.1209021 s
+ wsmp: from b to rhs vector: 0.0069959 s
+ ---------------------------------
+ wsmp: total solve time: 16.3532660 s
+ =================================
+ u : -0.10157E+01 0.20944E+00
+ v : -0.43045E-01 0.12568E+00
+ w : -0.72802E+00 0.22740E+00
+ =================================
+ Calculate pressures 23331.4767 24.3924 16.3689
+ raw pressures : -0.15359E+01 0.36140E+00
+ Smoothing pressures 23331.7006 24.6163 0.2239
+ do leaf measurements 23331.7017 24.6173 0.0011
+ compute convergence criterion 23331.7425 24.6582 0.0409
+ velocity_diff_norm = 0.0080743 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23331.7455 24.6612 0.0030
+Compute isostasy and adjust vertical 23331.7457 24.6614 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -136054968108322.45 209176403164193.25
+ def in m -7.9757876396179199 0.64391434192657471
+ dimensionless def -1.83975526264735623E-6 2.27879646846226272E-5
+ Isostatic velocity range = -0.0179300 0.2272211
+ Compute divergence 23331.9472 24.8628 0.2015
+ wsmp_cleanup 23331.9891 24.9048 0.0419
+ Reset surface geometry 23331.9941 24.9098 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 23332.0024 24.9181 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23332.0172 24.9329 0.0148
+ Advect surface 1 23332.0173 24.9330 0.0001
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23332.2233 25.1390 0.2060
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23332.4283 25.3440 0.2050
+ removing 3 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23332.7071 25.6228 0.2788
+ Advect the cloud 23332.8553 25.7710 0.1482
+ Write output 23333.6598 26.5755 0.8045
+ End of time step 23334.5253 27.4409 0.8655
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 144 23334.5254
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23334.5255 0.0001 0.0001
+ surface 01 23334.5255 0.0001 0.0000
+ S. 1: 16954points
+ refine surface 23334.5256 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 23334.5521 0.0267 0.0265
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23334.5751 0.0497 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23334.6000 0.0746 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16956points
+ surface 02 23334.6184 0.0929 0.0183
+ S. 2: 16948points
+ refine surface 23334.6185 0.0931 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 23334.6440 0.1186 0.0255
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23334.6668 0.1414 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23334.6915 0.1661 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16949points
+ surface 03 23334.7099 0.1845 0.0184
+ S. 3: 16955points
+ refine surface 23334.7100 0.1846 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23334.7350 0.2096 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16955points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23334.7594
+ -----------------------------------------------------------------------
+ Create octree solve 23334.7596 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23334.7755 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 23334.7980 0.0386 0.0225
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23334.7987 0.0394 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23334.8129 0.0535 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 23334.9350 0.1757 0.1222
+ Imbed surface in osolve 23335.1171 0.3577 0.1821
+ embedding surface 1 23335.1172 0.3579 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23337.0809 2.3216 1.9637
+ osolve%nleaves= 59424
+ embedding surface 3 23339.1661 4.4067 2.0852
+ osolve%nleaves= 64128
+ Assessing octree stability 23342.6892 7.9298 3.5230
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23342.6938 7.9344 0.0046
+ Interpolate velo onto osolve 23343.0927 8.3333 0.3989
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23343.2774 8.5180 0.1847
+ Find void 23343.5494 8.7901 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 23343.5781 8.8188 0.0287
+ wsmp setup1 23343.5851 8.8258 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23344.5925 9.8331 1.0074
+ -----------------------------------
+ start of non-linear iteratio 1 23344.6364
+ -----------------------------------
+ build system 23344.6365 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23352.6349 7.9985 7.9983
+ =================================
+ wsmp: initialisation time: 0.0523300 s
+ wsmp: ordering time: 4.1036921 s
+ wsmp: symbolic fact. time: 0.7026060 s
+ wsmp: Cholesky fact. time: 11.3955901 s
+ wsmp: Factorisation 14459.2498420 Mflops
+ wsmp: back substitution time: 0.1208119 s
+ wsmp: from b to rhs vector: 0.0070519 s
+ ---------------------------------
+ wsmp: total solve time: 16.3824420 s
+ =================================
+ u : -0.10258E+01 0.18452E+00
+ v : -0.96680E-01 0.10985E+00
+ w : -0.76173E+00 0.25285E+00
+ =================================
+ Calculate pressures 23369.0330 24.3966 16.3981
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 23369.2568 24.6204 0.2238
+ do leaf measurements 23369.2578 24.6214 0.0011
+ compute convergence criterion 23369.2990 24.6626 0.0412
+ velocity_diff_norm = 0.5887940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23369.3037
+ -----------------------------------
+ build system 23369.3079 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81129E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23377.2468 7.9431 7.9389
+ =================================
+ wsmp: initialisation time: 0.0506799 s
+ wsmp: ordering time: 4.1112940 s
+ wsmp: symbolic fact. time: 0.7032619 s
+ wsmp: Cholesky fact. time: 11.4143820 s
+ wsmp: Factorisation 14435.4450509 Mflops
+ wsmp: back substitution time: 0.1214211 s
+ wsmp: from b to rhs vector: 0.0069840 s
+ ---------------------------------
+ wsmp: total solve time: 16.4083841 s
+ =================================
+ u : -0.10155E+01 0.13724E+00
+ v : -0.48680E-01 0.10240E+00
+ w : -0.76715E+00 0.22438E+00
+ =================================
+ Calculate pressures 23393.6712 24.3675 16.4244
+ raw pressures : -0.12359E+01 0.18006E+00
+ Smoothing pressures 23393.8977 24.5941 0.2265
+ do leaf measurements 23393.8988 24.5951 0.0011
+ compute convergence criterion 23393.9398 24.6362 0.0410
+ velocity_diff_norm = 0.0713087 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23393.9443
+ -----------------------------------
+ build system 23393.9485 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23401.9342 7.9899 7.9857
+ =================================
+ wsmp: initialisation time: 0.0495591 s
+ wsmp: ordering time: 4.0713718 s
+ wsmp: symbolic fact. time: 0.7010231 s
+ wsmp: Cholesky fact. time: 11.3758268 s
+ wsmp: Factorisation 14484.3699061 Mflops
+ wsmp: back substitution time: 0.1208601 s
+ wsmp: from b to rhs vector: 0.0070629 s
+ ---------------------------------
+ wsmp: total solve time: 16.3260689 s
+ =================================
+ u : -0.10170E+01 0.15542E+00
+ v : -0.38987E-01 0.11891E+00
+ w : -0.74688E+00 0.23095E+00
+ =================================
+ Calculate pressures 23418.2766 24.3323 16.3424
+ raw pressures : -0.13721E+01 0.31281E+00
+ Smoothing pressures 23418.4997 24.5554 0.2231
+ do leaf measurements 23418.5008 24.5565 0.0011
+ compute convergence criterion 23418.5421 24.5978 0.0413
+ velocity_diff_norm = 0.0362251 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23418.5468
+ -----------------------------------
+ build system 23418.5511 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23426.4921 7.9453 7.9410
+ =================================
+ wsmp: initialisation time: 0.0506690 s
+ wsmp: ordering time: 4.0775530 s
+ wsmp: symbolic fact. time: 0.7018569 s
+ wsmp: Cholesky fact. time: 11.4428191 s
+ wsmp: Factorisation 14399.5707848 Mflops
+ wsmp: back substitution time: 0.1219621 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.4023659 s
+ =================================
+ u : -0.10165E+01 0.17633E+00
+ v : -0.39120E-01 0.12342E+00
+ w : -0.73747E+00 0.22867E+00
+ =================================
+ Calculate pressures 23442.9099 24.3631 16.4178
+ raw pressures : -0.14714E+01 0.35619E+00
+ Smoothing pressures 23443.1351 24.5882 0.2251
+ do leaf measurements 23443.1362 24.5893 0.0011
+ compute convergence criterion 23443.1771 24.6303 0.0410
+ velocity_diff_norm = 0.0158669 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23443.1818
+ -----------------------------------
+ build system 23443.1860 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23451.1499 7.9681 7.9639
+ =================================
+ wsmp: initialisation time: 0.0477860 s
+ wsmp: ordering time: 4.0856490 s
+ wsmp: symbolic fact. time: 0.7082839 s
+ wsmp: Cholesky fact. time: 11.3703420 s
+ wsmp: Factorisation 14491.3568686 Mflops
+ wsmp: back substitution time: 0.1215980 s
+ wsmp: from b to rhs vector: 0.0070088 s
+ ---------------------------------
+ wsmp: total solve time: 16.3410161 s
+ =================================
+ u : -0.10161E+01 0.19416E+00
+ v : -0.40666E-01 0.12581E+00
+ w : -0.73270E+00 0.22776E+00
+ =================================
+ Calculate pressures 23467.5070 24.3252 16.3571
+ raw pressures : -0.15153E+01 0.36483E+00
+ Smoothing pressures 23467.7330 24.5512 0.2260
+ do leaf measurements 23467.7341 24.5523 0.0011
+ compute convergence criterion 23467.7752 24.5934 0.0411
+ velocity_diff_norm = 0.0107458 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23467.7799
+ -----------------------------------
+ build system 23467.7841 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23475.8069 8.0270 8.0228
+ =================================
+ wsmp: initialisation time: 0.0483902 s
+ wsmp: ordering time: 4.0829289 s
+ wsmp: symbolic fact. time: 0.7101209 s
+ wsmp: Cholesky fact. time: 11.3859160 s
+ wsmp: Factorisation 14471.5351802 Mflops
+ wsmp: back substitution time: 0.1208220 s
+ wsmp: from b to rhs vector: 0.0071011 s
+ ---------------------------------
+ wsmp: total solve time: 16.3556540 s
+ =================================
+ u : -0.10157E+01 0.20977E+00
+ v : -0.43050E-01 0.12589E+00
+ w : -0.72811E+00 0.22739E+00
+ =================================
+ Calculate pressures 23492.1786 24.3986 16.3716
+ raw pressures : -0.15372E+01 0.36235E+00
+ Smoothing pressures 23492.4026 24.6227 0.2240
+ do leaf measurements 23492.4037 24.6238 0.0011
+ compute convergence criterion 23492.4447 24.6648 0.0411
+ velocity_diff_norm = 0.0080846 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23492.4477 24.6678 0.0030
+Compute isostasy and adjust vertical 23492.4479 24.6680 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -136680886321504. 210506000188916.5
+ def in m -7.9810276031494141 0.64490425586700439
+ dimensionless def -1.84258358819144122E-6 2.28029360089983257E-5
+ Isostatic velocity range = -0.0179665 0.2273915
+ Compute divergence 23492.6517 24.8718 0.2039
+ wsmp_cleanup 23492.6920 24.9121 0.0402
+ Reset surface geometry 23492.6969 24.9170 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 23492.7052 24.9253 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23492.7203 24.9404 0.0151
+ Advect surface 1 23492.7204 24.9405 0.0001
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23492.9306 25.1507 0.2102
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23493.1459 25.3659 0.2152
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23493.3982 25.6183 0.2523
+ Advect the cloud 23493.5472 25.7673 0.1491
+ Write output 23494.3551 26.5752 0.8079
+ End of time step 23495.2205 27.4406 0.8654
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 145 23495.2207
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23495.2208 0.0001 0.0001
+ surface 01 23495.2208 0.0001 0.0000
+ S. 1: 16954points
+ refine surface 23495.2208 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 23495.2482 0.0276 0.0274
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23495.2756 0.0549 0.0274
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23495.3004 0.0797 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16957points
+ surface 02 23495.3188 0.0981 0.0184
+ S. 2: 16947points
+ refine surface 23495.3190 0.0983 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23495.3437 0.1230 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16947points
+ surface 03 23495.3619 0.1413 0.0182
+ S. 3: 16955points
+ refine surface 23495.3621 0.1414 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 23495.3878 0.1671 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 23495.4104 0.1897 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23495.4353 0.2146 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16956points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23495.4599
+ -----------------------------------------------------------------------
+ Create octree solve 23495.4601 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23495.4761 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 23495.4980 0.0381 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23495.4988 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23495.5131 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 23495.6364 0.1765 0.1234
+ Imbed surface in osolve 23495.8158 0.3559 0.1794
+ embedding surface 1 23495.8159 0.3560 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23497.7680 2.3081 1.9520
+ osolve%nleaves= 59424
+ embedding surface 3 23499.8455 4.3857 2.0776
+ osolve%nleaves= 64128
+ Assessing octree stability 23503.3709 7.9110 3.5254
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23503.3755 7.9157 0.0046
+ Interpolate velo onto osolve 23503.7612 8.3013 0.3857
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23503.9926 8.5327 0.2313
+ Find void 23504.2640 8.8041 0.2714
+ whole leaf in fluid 32992
+ Define boundary conditions 23504.2924 8.8325 0.0284
+ wsmp setup1 23504.2996 8.8397 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23505.3078 9.8479 1.0082
+ -----------------------------------
+ start of non-linear iteratio 1 23505.3522
+ -----------------------------------
+ build system 23505.3523 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23513.3477 7.9956 7.9954
+ =================================
+ wsmp: initialisation time: 0.0527940 s
+ wsmp: ordering time: 4.0901270 s
+ wsmp: symbolic fact. time: 0.7054999 s
+ wsmp: Cholesky fact. time: 11.3860219 s
+ wsmp: Factorisation 14471.4006358 Mflops
+ wsmp: back substitution time: 0.1207330 s
+ wsmp: from b to rhs vector: 0.0071969 s
+ ---------------------------------
+ wsmp: total solve time: 16.3627501 s
+ =================================
+ u : -0.10377E+01 0.18541E+00
+ v : -0.97857E-01 0.11019E+00
+ w : -0.76195E+00 0.25330E+00
+ =================================
+ Calculate pressures 23529.7266 24.3744 16.3789
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 23529.9495 24.5973 0.2229
+ do leaf measurements 23529.9505 24.5984 0.0011
+ compute convergence criterion 23529.9921 24.6400 0.0416
+ velocity_diff_norm = 0.5890914 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23529.9967
+ -----------------------------------
+ build system 23530.0011 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79508E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23537.9422 7.9455 7.9411
+ =================================
+ wsmp: initialisation time: 0.0502059 s
+ wsmp: ordering time: 4.1075101 s
+ wsmp: symbolic fact. time: 0.7095098 s
+ wsmp: Cholesky fact. time: 11.4173880 s
+ wsmp: Factorisation 14431.6444723 Mflops
+ wsmp: back substitution time: 0.1214340 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.4136360 s
+ =================================
+ u : -0.10155E+01 0.13794E+00
+ v : -0.48643E-01 0.10250E+00
+ w : -0.76730E+00 0.22548E+00
+ =================================
+ Calculate pressures 23554.3719 24.3752 16.4297
+ raw pressures : -0.12364E+01 0.18092E+00
+ Smoothing pressures 23554.5976 24.6009 0.2257
+ do leaf measurements 23554.5987 24.6020 0.0011
+ compute convergence criterion 23554.6403 24.6436 0.0416
+ velocity_diff_norm = 0.0712240 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23554.6450
+ -----------------------------------
+ build system 23554.6493 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23562.6460 8.0010 7.9967
+ =================================
+ wsmp: initialisation time: 0.0474410 s
+ wsmp: ordering time: 4.0754511 s
+ wsmp: symbolic fact. time: 0.7016711 s
+ wsmp: Cholesky fact. time: 11.3709960 s
+ wsmp: Factorisation 14490.5234245 Mflops
+ wsmp: back substitution time: 0.1209111 s
+ wsmp: from b to rhs vector: 0.0070870 s
+ ---------------------------------
+ wsmp: total solve time: 16.3239291 s
+ =================================
+ u : -0.10168E+01 0.15587E+00
+ v : -0.38993E-01 0.11894E+00
+ w : -0.74721E+00 0.23149E+00
+ =================================
+ Calculate pressures 23578.9858 24.3408 16.3398
+ raw pressures : -0.13729E+01 0.31357E+00
+ Smoothing pressures 23579.2099 24.5650 0.2242
+ do leaf measurements 23579.2110 24.5661 0.0011
+ compute convergence criterion 23579.2529 24.6079 0.0418
+ velocity_diff_norm = 0.0362471 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23579.2575
+ -----------------------------------
+ build system 23579.2621 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23587.2099 7.9524 7.9479
+ =================================
+ wsmp: initialisation time: 0.0509479 s
+ wsmp: ordering time: 4.0780602 s
+ wsmp: symbolic fact. time: 0.7009230 s
+ wsmp: Cholesky fact. time: 11.4414508 s
+ wsmp: Factorisation 14401.2928309 Mflops
+ wsmp: back substitution time: 0.1208210 s
+ wsmp: from b to rhs vector: 0.0071058 s
+ ---------------------------------
+ wsmp: total solve time: 16.3996818 s
+ =================================
+ u : -0.10164E+01 0.17660E+00
+ v : -0.39133E-01 0.12349E+00
+ w : -0.73774E+00 0.22899E+00
+ =================================
+ Calculate pressures 23603.6253 24.3677 16.4154
+ raw pressures : -0.14719E+01 0.35698E+00
+ Smoothing pressures 23603.8495 24.5919 0.2242
+ do leaf measurements 23603.8505 24.5930 0.0011
+ compute convergence criterion 23603.8920 24.6345 0.0415
+ velocity_diff_norm = 0.0159059 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23603.8967
+ -----------------------------------
+ build system 23603.9010 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23611.8537 7.9570 7.9527
+ =================================
+ wsmp: initialisation time: 0.0482292 s
+ wsmp: ordering time: 4.0846012 s
+ wsmp: symbolic fact. time: 0.7043839 s
+ wsmp: Cholesky fact. time: 11.3744519 s
+ wsmp: Factorisation 14486.1207974 Mflops
+ wsmp: back substitution time: 0.1215441 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.3407850 s
+ =================================
+ u : -0.10160E+01 0.19439E+00
+ v : -0.40604E-01 0.12586E+00
+ w : -0.73290E+00 0.22803E+00
+ =================================
+ Calculate pressures 23628.2103 24.3136 16.3565
+ raw pressures : -0.15162E+01 0.36573E+00
+ Smoothing pressures 23628.4367 24.5401 0.2265
+ do leaf measurements 23628.4378 24.5411 0.0011
+ compute convergence criterion 23628.4793 24.5827 0.0415
+ velocity_diff_norm = 0.0107540 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23628.4840
+ -----------------------------------
+ build system 23628.4883 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23636.5078 8.0238 8.0195
+ =================================
+ wsmp: initialisation time: 0.0507801 s
+ wsmp: ordering time: 4.0818610 s
+ wsmp: symbolic fact. time: 0.7006531 s
+ wsmp: Cholesky fact. time: 11.3819230 s
+ wsmp: Factorisation 14476.6121199 Mflops
+ wsmp: back substitution time: 0.1218729 s
+ wsmp: from b to rhs vector: 0.0071549 s
+ ---------------------------------
+ wsmp: total solve time: 16.3446162 s
+ =================================
+ u : -0.10156E+01 0.20997E+00
+ v : -0.43005E-01 0.12585E+00
+ w : -0.72832E+00 0.22752E+00
+ =================================
+ Calculate pressures 23652.8677 24.3837 16.3599
+ raw pressures : -0.15381E+01 0.36318E+00
+ Smoothing pressures 23653.0923 24.6083 0.2246
+ do leaf measurements 23653.0933 24.6093 0.0011
+ compute convergence criterion 23653.1348 24.6508 0.0415
+ velocity_diff_norm = 0.0080894 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23653.1378 24.6538 0.0030
+Compute isostasy and adjust vertical 23653.1380 24.6540 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -137295275458657.44 211885665774441.28
+ def in m -7.9836502075195312 0.64500457048416138
+ dimensionless def -1.84287020138331817E-6 2.28104291643415157E-5
+ Isostatic velocity range = -0.0179812 0.2274880
+ Compute divergence 23653.3386 24.8547 0.2006
+ wsmp_cleanup 23653.3813 24.8973 0.0427
+ Reset surface geometry 23653.3863 24.9023 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 23653.3944 24.9104 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23653.4084 24.9244 0.0140
+ Advect surface 1 23653.4086 24.9246 0.0001
+ removing 1 particle from surface
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23653.6157 25.1317 0.2072
+ removing 2 particle from surface
+ S. 2: 16 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23653.8307 25.3467 0.2150
+ removing 3 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23654.1100 25.6260 0.2792
+ Advect the cloud 23654.2600 25.7760 0.1500
+ Write output 23655.0700 26.5860 0.8100
+ End of time step 23655.9492 27.4652 0.8792
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 146 23655.9493
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23655.9494 0.0001 0.0001
+ surface 01 23655.9494 0.0001 0.0000
+ S. 1: 16956points
+ refine surface 23655.9495 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 23655.9767 0.0274 0.0273
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23655.9994 0.0501 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23656.0241 0.0748 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16959points
+ surface 02 23656.0426 0.0933 0.0185
+ S. 2: 16945points
+ refine surface 23656.0428 0.0935 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 23656.0685 0.1192 0.0257
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23656.0911 0.1418 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23656.1160 0.1667 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16946points
+ surface 03 23656.1346 0.1853 0.0186
+ S. 3: 16953points
+ refine surface 23656.1347 0.1854 0.0002
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 23656.1623 0.2129 0.0275
+ S. 3: 7 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 23656.1898 0.2405 0.0276
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23656.2138 0.2645 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16957points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23656.2397
+ -----------------------------------------------------------------------
+ Create octree solve 23656.2399 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23656.2559 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 23656.2776 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23656.2784 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23656.2927 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 23656.4160 0.1764 0.1234
+ Imbed surface in osolve 23656.5956 0.3559 0.1795
+ embedding surface 1 23656.5957 0.3560 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23658.5484 2.3087 1.9527
+ osolve%nleaves= 59424
+ embedding surface 3 23660.6404 4.4007 2.0920
+ osolve%nleaves= 64128
+ Assessing octree stability 23664.1885 7.9488 3.5481
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23664.1931 7.9535 0.0047
+ Interpolate velo onto osolve 23664.6138 8.3742 0.4207
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23664.7401 8.5005 0.1263
+ Find void 23665.0125 8.7728 0.2723
+ whole leaf in fluid 32992
+ Define boundary conditions 23665.0411 8.8014 0.0286
+ wsmp setup1 23665.0480 8.8083 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23666.0479 9.8083 0.9999
+ -----------------------------------
+ start of non-linear iteratio 1 23666.0930
+ -----------------------------------
+ build system 23666.0931 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23674.1159 8.0230 8.0228
+ =================================
+ wsmp: initialisation time: 0.0505719 s
+ wsmp: ordering time: 4.0813401 s
+ wsmp: symbolic fact. time: 0.7017071 s
+ wsmp: Cholesky fact. time: 11.3949471 s
+ wsmp: Factorisation 14460.0657750 Mflops
+ wsmp: back substitution time: 0.1208382 s
+ wsmp: from b to rhs vector: 0.0071309 s
+ ---------------------------------
+ wsmp: total solve time: 16.3569059 s
+ =================================
+ u : -0.10143E+01 0.18448E+00
+ v : -0.96452E-01 0.10979E+00
+ w : -0.76190E+00 0.25045E+00
+ =================================
+ Calculate pressures 23690.4883 24.3954 16.3724
+ raw pressures : -0.35120E+00 0.00000E+00
+ Smoothing pressures 23690.7127 24.6198 0.2244
+ do leaf measurements 23690.7138 24.6208 0.0011
+ compute convergence criterion 23690.7548 24.6619 0.0410
+ velocity_diff_norm = 0.5884275 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23690.7594
+ -----------------------------------
+ build system 23690.7637 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81447E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23698.7033 7.9438 7.9396
+ =================================
+ wsmp: initialisation time: 0.0477700 s
+ wsmp: ordering time: 4.0952229 s
+ wsmp: symbolic fact. time: 0.7078319 s
+ wsmp: Cholesky fact. time: 11.4301569 s
+ wsmp: Factorisation 14415.5224334 Mflops
+ wsmp: back substitution time: 0.1213250 s
+ wsmp: from b to rhs vector: 0.0072761 s
+ ---------------------------------
+ wsmp: total solve time: 16.4099669 s
+ =================================
+ u : -0.10154E+01 0.13739E+00
+ v : -0.48603E-01 0.10216E+00
+ w : -0.76725E+00 0.22450E+00
+ =================================
+ Calculate pressures 23715.1282 24.3688 16.4249
+ raw pressures : -0.12357E+01 0.18425E+00
+ Smoothing pressures 23715.3548 24.5953 0.2266
+ do leaf measurements 23715.3558 24.5964 0.0011
+ compute convergence criterion 23715.3967 24.6373 0.0409
+ velocity_diff_norm = 0.0708986 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23715.4014
+ -----------------------------------
+ build system 23715.4057 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23723.4154 8.0140 8.0097
+ =================================
+ wsmp: initialisation time: 0.0517530 s
+ wsmp: ordering time: 4.0780132 s
+ wsmp: symbolic fact. time: 0.6992128 s
+ wsmp: Cholesky fact. time: 11.3742790 s
+ wsmp: Factorisation 14486.3409411 Mflops
+ wsmp: back substitution time: 0.1207058 s
+ wsmp: from b to rhs vector: 0.0071599 s
+ ---------------------------------
+ wsmp: total solve time: 16.3314910 s
+ =================================
+ u : -0.10168E+01 0.15561E+00
+ v : -0.38911E-01 0.11878E+00
+ w : -0.74695E+00 0.23136E+00
+ =================================
+ Calculate pressures 23739.7627 24.3613 16.3473
+ raw pressures : -0.13720E+01 0.31258E+00
+ Smoothing pressures 23739.9863 24.5849 0.2236
+ do leaf measurements 23739.9873 24.5860 0.0011
+ compute convergence criterion 23740.0286 24.6272 0.0412
+ velocity_diff_norm = 0.0362326 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23740.0334
+ -----------------------------------
+ build system 23740.0378 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23747.9939 7.9605 7.9560
+ =================================
+ wsmp: initialisation time: 0.0502400 s
+ wsmp: ordering time: 4.0751610 s
+ wsmp: symbolic fact. time: 0.7034490 s
+ wsmp: Cholesky fact. time: 11.4199979 s
+ wsmp: Factorisation 14428.3462114 Mflops
+ wsmp: back substitution time: 0.1210589 s
+ wsmp: from b to rhs vector: 0.0070651 s
+ ---------------------------------
+ wsmp: total solve time: 16.3773448 s
+ =================================
+ u : -0.10163E+01 0.17654E+00
+ v : -0.38992E-01 0.12339E+00
+ w : -0.73750E+00 0.22881E+00
+ =================================
+ Calculate pressures 23764.3870 24.3536 16.3931
+ raw pressures : -0.14716E+01 0.35604E+00
+ Smoothing pressures 23764.6111 24.5777 0.2241
+ do leaf measurements 23764.6121 24.5787 0.0010
+ compute convergence criterion 23764.6531 24.6197 0.0410
+ velocity_diff_norm = 0.0158390 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23764.6578
+ -----------------------------------
+ build system 23764.6621 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23772.6074 7.9496 7.9453
+ =================================
+ wsmp: initialisation time: 0.0511689 s
+ wsmp: ordering time: 4.0777030 s
+ wsmp: symbolic fact. time: 0.7089159 s
+ wsmp: Cholesky fact. time: 11.3862681 s
+ wsmp: Factorisation 14471.0876176 Mflops
+ wsmp: back substitution time: 0.1214311 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.3530581 s
+ =================================
+ u : -0.10159E+01 0.19435E+00
+ v : -0.40573E-01 0.12583E+00
+ w : -0.73270E+00 0.22796E+00
+ =================================
+ Calculate pressures 23788.9758 24.3180 16.3684
+ raw pressures : -0.15156E+01 0.36476E+00
+ Smoothing pressures 23789.2029 24.5451 0.2271
+ do leaf measurements 23789.2040 24.5462 0.0011
+ compute convergence criterion 23789.2449 24.5872 0.0410
+ velocity_diff_norm = 0.0107259 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23789.2496
+ -----------------------------------
+ build system 23789.2539 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23797.2610 8.0114 8.0071
+ =================================
+ wsmp: initialisation time: 0.0490270 s
+ wsmp: ordering time: 4.0929558 s
+ wsmp: symbolic fact. time: 0.6996670 s
+ wsmp: Cholesky fact. time: 11.3936679 s
+ wsmp: Factorisation 14461.6891414 Mflops
+ wsmp: back substitution time: 0.1208901 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.3636620 s
+ =================================
+ u : -0.10156E+01 0.20995E+00
+ v : -0.42972E-01 0.12583E+00
+ w : -0.72810E+00 0.22744E+00
+ =================================
+ Calculate pressures 23813.6397 24.3901 16.3787
+ raw pressures : -0.15374E+01 0.36230E+00
+ Smoothing pressures 23813.8652 24.6156 0.2255
+ do leaf measurements 23813.8663 24.6167 0.0011
+ compute convergence criterion 23813.9071 24.6575 0.0409
+ velocity_diff_norm = 0.0080796 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23813.9102 24.6605 0.0030
+Compute isostasy and adjust vertical 23813.9103 24.6607 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -137905959007051.45 213263884176497.66
+ def in m -7.9866409301757812 0.646037757396698
+ dimensionless def -1.84582216399056565E-6 2.28189740862165175E-5
+ Isostatic velocity range = -0.0180200 0.2275910
+ Compute divergence 23814.1059 24.8563 0.1955
+ wsmp_cleanup 23814.1557 24.9060 0.0498
+ Reset surface geometry 23814.1604 24.9108 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 23814.1667 24.9171 0.0063
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23814.1796 24.9300 0.0129
+ Advect surface 1 23814.1797 24.9301 0.0001
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23814.3738 25.1242 0.1941
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23814.5693 25.3196 0.1955
+ removing 2 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23814.8379 25.5882 0.2686
+ Advect the cloud 23814.9851 25.7355 0.1473
+ Write output 23815.7904 26.5408 0.8053
+ End of time step 23816.6632 27.4136 0.8728
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 147 23816.6634
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23816.6634 0.0001 0.0001
+ surface 01 23816.6635 0.0001 0.0000
+ S. 1: 16959points
+ refine surface 23816.6635 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 23816.6890 0.0256 0.0255
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23816.7121 0.0488 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23816.7363 0.0730 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16960points
+ surface 02 23816.7553 0.0920 0.0190
+ S. 2: 16946points
+ refine surface 23816.7555 0.0921 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 23816.7815 0.1181 0.0261
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23816.8047 0.1414 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23816.8290 0.1656 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16948points
+ surface 03 23816.8482 0.1848 0.0192
+ S. 3: 16955points
+ refine surface 23816.8484 0.1850 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 23816.8749 0.2116 0.0266
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 23816.8982 0.2348 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23816.9223 0.2589 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23816.9481
+ -----------------------------------------------------------------------
+ Create octree solve 23816.9483 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23816.9643 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 23816.9859 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23816.9866 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23817.0009 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 23817.1243 0.1762 0.1234
+ Imbed surface in osolve 23817.3043 0.3562 0.1800
+ embedding surface 1 23817.3044 0.3564 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23819.2672 2.3191 1.9628
+ osolve%nleaves= 59424
+ embedding surface 3 23821.3386 4.3905 2.0714
+ osolve%nleaves= 64128
+ Assessing octree stability 23824.8659 7.9178 3.5273
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23824.8710 7.9229 0.0051
+ Interpolate velo onto osolve 23825.2715 8.3234 0.4005
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23825.4325 8.4844 0.1610
+ Find void 23825.6984 8.7503 0.2659
+ whole leaf in fluid 32992
+ Define boundary conditions 23825.7267 8.7787 0.0284
+ wsmp setup1 23825.7330 8.7849 0.0062
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23826.7339 9.7858 1.0009
+ -----------------------------------
+ start of non-linear iteratio 1 23826.7789
+ -----------------------------------
+ build system 23826.7790 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23834.8051 8.0262 8.0260
+ =================================
+ wsmp: initialisation time: 0.0542140 s
+ wsmp: ordering time: 4.0863361 s
+ wsmp: symbolic fact. time: 0.7034841 s
+ wsmp: Cholesky fact. time: 11.3807819 s
+ wsmp: Factorisation 14478.0635885 Mflops
+ wsmp: back substitution time: 0.1207850 s
+ wsmp: from b to rhs vector: 0.0069859 s
+ ---------------------------------
+ wsmp: total solve time: 16.3529549 s
+ =================================
+ u : -0.10158E+01 0.18428E+00
+ v : -0.96455E-01 0.10961E+00
+ w : -0.76183E+00 0.24915E+00
+ =================================
+ Calculate pressures 23851.1737 24.3948 16.3686
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 23851.3985 24.6196 0.2248
+ do leaf measurements 23851.3996 24.6207 0.0011
+ compute convergence criterion 23851.4404 24.6615 0.0408
+ velocity_diff_norm = 0.5889021 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 23851.4450
+ -----------------------------------
+ build system 23851.4492 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80733E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23859.3930 7.9480 7.9437
+ =================================
+ wsmp: initialisation time: 0.0525579 s
+ wsmp: ordering time: 4.1011271 s
+ wsmp: symbolic fact. time: 0.7068100 s
+ wsmp: Cholesky fact. time: 11.4567142 s
+ wsmp: Factorisation 14382.1065683 Mflops
+ wsmp: back substitution time: 0.1217029 s
+ wsmp: from b to rhs vector: 0.0069268 s
+ ---------------------------------
+ wsmp: total solve time: 16.4462500 s
+ =================================
+ u : -0.10157E+01 0.13705E+00
+ v : -0.48610E-01 0.10253E+00
+ w : -0.76701E+00 0.22510E+00
+ =================================
+ Calculate pressures 23875.8547 24.4097 16.4617
+ raw pressures : -0.12357E+01 0.17962E+00
+ Smoothing pressures 23876.0818 24.6368 0.2271
+ do leaf measurements 23876.0829 24.6379 0.0011
+ compute convergence criterion 23876.1237 24.6787 0.0408
+ velocity_diff_norm = 0.0710268 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 23876.1283
+ -----------------------------------
+ build system 23876.1326 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23884.1465 8.0182 8.0139
+ =================================
+ wsmp: initialisation time: 0.0499039 s
+ wsmp: ordering time: 4.0810270 s
+ wsmp: symbolic fact. time: 0.7029059 s
+ wsmp: Cholesky fact. time: 11.3794351 s
+ wsmp: Factorisation 14479.7771569 Mflops
+ wsmp: back substitution time: 0.1209700 s
+ wsmp: from b to rhs vector: 0.0070601 s
+ ---------------------------------
+ wsmp: total solve time: 16.3416679 s
+ =================================
+ u : -0.10171E+01 0.15527E+00
+ v : -0.39120E-01 0.11866E+00
+ w : -0.74695E+00 0.23118E+00
+ =================================
+ Calculate pressures 23900.5042 24.3758 16.3577
+ raw pressures : -0.13717E+01 0.31242E+00
+ Smoothing pressures 23900.7278 24.5995 0.2236
+ do leaf measurements 23900.7289 24.6006 0.0011
+ compute convergence criterion 23900.7700 24.6417 0.0411
+ velocity_diff_norm = 0.0361821 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 23900.7747
+ -----------------------------------
+ build system 23900.7791 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23908.7413 7.9666 7.9622
+ =================================
+ wsmp: initialisation time: 0.0524461 s
+ wsmp: ordering time: 4.0767610 s
+ wsmp: symbolic fact. time: 0.7085710 s
+ wsmp: Cholesky fact. time: 11.4244301 s
+ wsmp: Factorisation 14422.7486161 Mflops
+ wsmp: back substitution time: 0.1212869 s
+ wsmp: from b to rhs vector: 0.0069962 s
+ ---------------------------------
+ wsmp: total solve time: 16.3908830 s
+ =================================
+ u : -0.10165E+01 0.17619E+00
+ v : -0.39167E-01 0.12327E+00
+ w : -0.73744E+00 0.22880E+00
+ =================================
+ Calculate pressures 23925.1472 24.3725 16.4059
+ raw pressures : -0.14706E+01 0.35552E+00
+ Smoothing pressures 23925.3723 24.5975 0.2251
+ do leaf measurements 23925.3734 24.5986 0.0011
+ compute convergence criterion 23925.4143 24.6396 0.0409
+ velocity_diff_norm = 0.0160140 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 23925.4189
+ -----------------------------------
+ build system 23925.4232 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23933.3594 7.9405 7.9362
+ =================================
+ wsmp: initialisation time: 0.0483608 s
+ wsmp: ordering time: 4.0924802 s
+ wsmp: symbolic fact. time: 0.7069430 s
+ wsmp: Cholesky fact. time: 11.3806081 s
+ wsmp: Factorisation 14478.2847006 Mflops
+ wsmp: back substitution time: 0.1215990 s
+ wsmp: from b to rhs vector: 0.0069771 s
+ ---------------------------------
+ wsmp: total solve time: 16.3573351 s
+ =================================
+ u : -0.10160E+01 0.19405E+00
+ v : -0.40629E-01 0.12567E+00
+ w : -0.73258E+00 0.22785E+00
+ =================================
+ Calculate pressures 23949.7325 24.3136 16.3731
+ raw pressures : -0.15145E+01 0.36419E+00
+ Smoothing pressures 23949.9596 24.5407 0.2271
+ do leaf measurements 23949.9607 24.5418 0.0011
+ compute convergence criterion 23950.0016 24.5827 0.0409
+ velocity_diff_norm = 0.0107660 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 23950.0062
+ -----------------------------------
+ build system 23950.0106 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23958.0160 8.0098 8.0054
+ =================================
+ wsmp: initialisation time: 0.0475249 s
+ wsmp: ordering time: 4.0905130 s
+ wsmp: symbolic fact. time: 0.7010732 s
+ wsmp: Cholesky fact. time: 11.3894520 s
+ wsmp: Factorisation 14467.0423262 Mflops
+ wsmp: back substitution time: 0.1209781 s
+ wsmp: from b to rhs vector: 0.0070651 s
+ ---------------------------------
+ wsmp: total solve time: 16.3570020 s
+ =================================
+ u : -0.10157E+01 0.20966E+00
+ v : -0.43014E-01 0.12580E+00
+ w : -0.72800E+00 0.22753E+00
+ =================================
+ Calculate pressures 23974.3887 24.3825 16.3727
+ raw pressures : -0.15364E+01 0.36177E+00
+ Smoothing pressures 23974.6130 24.6068 0.2243
+ do leaf measurements 23974.6141 24.6079 0.0011
+ compute convergence criterion 23974.6550 24.6487 0.0408
+ velocity_diff_norm = 0.0080835 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 23974.6579 24.6517 0.0030
+Compute isostasy and adjust vertical 23974.6581 24.6518 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -138511192252634.06 214645897756479.56
+ def in m -7.9874053001403809 0.64639735221862793
+ dimensionless def -1.84684957776750841E-6 2.28211580004010864E-5
+ Isostatic velocity range = -0.0180417 0.2276327
+ Compute divergence 23974.8553 24.8490 0.1972
+ wsmp_cleanup 23974.9056 24.8993 0.0503
+ Reset surface geometry 23974.9102 24.9039 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 23974.9161 24.9099 0.0060
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 23974.9290 24.9228 0.0129
+ Advect surface 1 23974.9292 24.9229 0.0001
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 23975.1198 25.1136 0.1907
+ removing 3 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 23975.3422 25.3359 0.2223
+ removing 3 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 23975.6209 25.6147 0.2788
+ Advect the cloud 23975.7707 25.7645 0.1498
+ Write output 23976.5774 26.5711 0.8066
+ End of time step 23977.4583 27.4521 0.8810
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 148 23977.4585
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 23977.4585 0.0001 0.0001
+ surface 01 23977.4586 0.0001 0.0000
+ S. 1: 16960points
+ refine surface 23977.4586 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 23977.4846 0.0261 0.0260
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 23977.5074 0.0489 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 23977.5323 0.0738 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16961points
+ surface 02 23977.5509 0.0925 0.0186
+ S. 2: 16945points
+ refine surface 23977.5511 0.0926 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 23977.5817 0.1232 0.0306
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 23977.6089 0.1504 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 23977.6337 0.1753 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16947points
+ surface 03 23977.6523 0.1938 0.0185
+ S. 3: 16955points
+ refine surface 23977.6524 0.1940 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 23977.6771 0.2187 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16955points
+ -----------------------------------------------------------------------
+ Start of iteration 1 23977.7022
+ -----------------------------------------------------------------------
+ Create octree solve 23977.7024 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 23977.7184 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 23977.7398 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 23977.7405 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 23977.7548 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 23977.8782 0.1761 0.1234
+ Imbed surface in osolve 23978.0557 0.3535 0.1775
+ embedding surface 1 23978.0559 0.3537 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 23980.0103 2.3081 1.9544
+ osolve%nleaves= 59424
+ embedding surface 3 23982.0956 4.3934 2.0853
+ osolve%nleaves= 64128
+ Assessing octree stability 23985.6101 7.9079 3.5145
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 23985.6176 7.9154 0.0076
+ Interpolate velo onto osolve 23986.0092 8.3071 0.3916
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 23986.2190 8.5169 0.2098
+ Find void 23986.4868 8.7846 0.2678
+ whole leaf in fluid 32992
+ Define boundary conditions 23986.5145 8.8124 0.0277
+ wsmp setup1 23986.5214 8.8192 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 23987.5245 9.8223 1.0031
+ -----------------------------------
+ start of non-linear iteratio 1 23987.5689
+ -----------------------------------
+ build system 23987.5691 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 23995.5949 8.0260 8.0258
+ =================================
+ wsmp: initialisation time: 0.0548499 s
+ wsmp: ordering time: 4.0866830 s
+ wsmp: symbolic fact. time: 0.6998758 s
+ wsmp: Cholesky fact. time: 11.3915741 s
+ wsmp: Factorisation 14464.3472260 Mflops
+ wsmp: back substitution time: 0.1210790 s
+ wsmp: from b to rhs vector: 0.0071330 s
+ ---------------------------------
+ wsmp: total solve time: 16.3616021 s
+ =================================
+ u : -0.10297E+01 0.18384E+00
+ v : -0.96549E-01 0.10993E+00
+ w : -0.76163E+00 0.24615E+00
+ =================================
+ Calculate pressures 24011.9717 24.4029 16.3768
+ raw pressures : -0.35112E+00 0.00000E+00
+ Smoothing pressures 24012.1964 24.6276 0.2247
+ do leaf measurements 24012.1975 24.6286 0.0011
+ compute convergence criterion 24012.2384 24.6695 0.0409
+ velocity_diff_norm = 0.5889003 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24012.2429
+ -----------------------------------
+ build system 24012.2472 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80688E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24020.1905 7.9476 7.9433
+ =================================
+ wsmp: initialisation time: 0.0488830 s
+ wsmp: ordering time: 4.1025491 s
+ wsmp: symbolic fact. time: 0.7085359 s
+ wsmp: Cholesky fact. time: 11.4560940 s
+ wsmp: Factorisation 14382.8850822 Mflops
+ wsmp: back substitution time: 0.1209600 s
+ wsmp: from b to rhs vector: 0.0071430 s
+ ---------------------------------
+ wsmp: total solve time: 16.4445610 s
+ =================================
+ u : -0.10156E+01 0.13667E+00
+ v : -0.48824E-01 0.10227E+00
+ w : -0.76718E+00 0.22491E+00
+ =================================
+ Calculate pressures 24036.6503 24.4074 16.4598
+ raw pressures : -0.12348E+01 0.17924E+00
+ Smoothing pressures 24036.8750 24.6321 0.2247
+ do leaf measurements 24036.8761 24.6332 0.0011
+ compute convergence criterion 24036.9169 24.6740 0.0408
+ velocity_diff_norm = 0.0711170 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24036.9215
+ -----------------------------------
+ build system 24036.9260 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24044.9425 8.0209 8.0165
+ =================================
+ wsmp: initialisation time: 0.0483658 s
+ wsmp: ordering time: 4.0799901 s
+ wsmp: symbolic fact. time: 0.7038221 s
+ wsmp: Cholesky fact. time: 11.3721430 s
+ wsmp: Factorisation 14489.0618627 Mflops
+ wsmp: back substitution time: 0.1207249 s
+ wsmp: from b to rhs vector: 0.0071101 s
+ ---------------------------------
+ wsmp: total solve time: 16.3325372 s
+ =================================
+ u : -0.10169E+01 0.15508E+00
+ v : -0.38835E-01 0.11858E+00
+ w : -0.74635E+00 0.23089E+00
+ =================================
+ Calculate pressures 24061.2906 24.3691 16.3482
+ raw pressures : -0.13710E+01 0.31184E+00
+ Smoothing pressures 24061.5150 24.5934 0.2244
+ do leaf measurements 24061.5161 24.5946 0.0011
+ compute convergence criterion 24061.5571 24.6355 0.0410
+ velocity_diff_norm = 0.0362595 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24061.5618
+ -----------------------------------
+ build system 24061.5662 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24069.5405 7.9787 7.9743
+ =================================
+ wsmp: initialisation time: 0.0504360 s
+ wsmp: ordering time: 4.0759430 s
+ wsmp: symbolic fact. time: 0.7025728 s
+ wsmp: Cholesky fact. time: 11.4091129 s
+ wsmp: Factorisation 14442.1117471 Mflops
+ wsmp: back substitution time: 0.1208620 s
+ wsmp: from b to rhs vector: 0.0071089 s
+ ---------------------------------
+ wsmp: total solve time: 16.3664370 s
+ =================================
+ u : -0.10165E+01 0.17613E+00
+ v : -0.38965E-01 0.12326E+00
+ w : -0.73706E+00 0.22858E+00
+ =================================
+ Calculate pressures 24085.9225 24.3607 16.3819
+ raw pressures : -0.14704E+01 0.35522E+00
+ Smoothing pressures 24086.1478 24.5860 0.2253
+ do leaf measurements 24086.1489 24.5871 0.0011
+ compute convergence criterion 24086.1897 24.6279 0.0409
+ velocity_diff_norm = 0.0158563 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24086.1943
+ -----------------------------------
+ build system 24086.1986 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24094.1377 7.9434 7.9391
+ =================================
+ wsmp: initialisation time: 0.0473840 s
+ wsmp: ordering time: 4.1024551 s
+ wsmp: symbolic fact. time: 0.7094991 s
+ wsmp: Cholesky fact. time: 11.3865929 s
+ wsmp: Factorisation 14470.6749270 Mflops
+ wsmp: back substitution time: 0.1216660 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.3751290 s
+ =================================
+ u : -0.10161E+01 0.19400E+00
+ v : -0.40696E-01 0.12569E+00
+ w : -0.73238E+00 0.22775E+00
+ =================================
+ Calculate pressures 24110.5285 24.3343 16.3908
+ raw pressures : -0.15142E+01 0.36363E+00
+ Smoothing pressures 24110.7547 24.5605 0.2262
+ do leaf measurements 24110.7558 24.5615 0.0011
+ compute convergence criterion 24110.7966 24.6023 0.0408
+ velocity_diff_norm = 0.0107292 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24110.8013
+ -----------------------------------
+ build system 24110.8056 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24118.8007 7.9994 7.9951
+ =================================
+ wsmp: initialisation time: 0.0501959 s
+ wsmp: ordering time: 4.0877931 s
+ wsmp: symbolic fact. time: 0.7031641 s
+ wsmp: Cholesky fact. time: 11.3831041 s
+ wsmp: Factorisation 14475.1100079 Mflops
+ wsmp: back substitution time: 0.1209321 s
+ wsmp: from b to rhs vector: 0.0070879 s
+ ---------------------------------
+ wsmp: total solve time: 16.3526781 s
+ =================================
+ u : -0.10157E+01 0.20964E+00
+ v : -0.43087E-01 0.12578E+00
+ w : -0.72785E+00 0.22735E+00
+ =================================
+ Calculate pressures 24135.1697 24.3685 16.3690
+ raw pressures : -0.15361E+01 0.36128E+00
+ Smoothing pressures 24135.3944 24.5931 0.2246
+ do leaf measurements 24135.3955 24.5942 0.0011
+ compute convergence criterion 24135.4365 24.6352 0.0410
+ velocity_diff_norm = 0.0080856 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24135.4394 24.6381 0.0030
+Compute isostasy and adjust vertical 24135.4396 24.6383 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -139116691096810.52 216025306734973.47
+ def in m -7.9913272857666016 0.65079689025878906
+ dimensionless def -1.85941968645368311E-6 2.28323636736188592E-5
+ Isostatic velocity range = -0.0181809 0.2277603
+ Compute divergence 24135.6412 24.8399 0.2016
+ wsmp_cleanup 24135.6843 24.8830 0.0431
+ Reset surface geometry 24135.6894 24.8881 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 24135.6975 24.8963 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24135.7114 24.9102 0.0139
+ Advect surface 1 24135.7116 24.9103 0.0001
+ removing 2 particle from surface
+ S. 1: 16 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24135.9189 25.1176 0.2073
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24136.1129 25.3116 0.1940
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24136.3746 25.5733 0.2617
+ Advect the cloud 24136.5233 25.7221 0.1488
+ Write output 24137.3309 26.5297 0.8076
+ End of time step 24138.2099 27.4087 0.8790
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 149 24138.2101
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24138.2101 0.0001 0.0001
+ surface 01 24138.2102 0.0001 0.0000
+ S. 1: 16959points
+ refine surface 24138.2102 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 24138.2363 0.0263 0.0261
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 24138.2593 0.0492 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24138.2842 0.0741 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16960points
+ surface 02 24138.3028 0.0927 0.0186
+ S. 2: 16947points
+ refine surface 24138.3029 0.0929 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 24138.3289 0.1188 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 24138.3562 0.1462 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24138.3811 0.1710 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16948points
+ surface 03 24138.3997 0.1896 0.0186
+ S. 3: 16954points
+ refine surface 24138.3998 0.1898 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 24138.4264 0.2163 0.0266
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 24138.4499 0.2398 0.0235
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24138.4740 0.2640 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16957points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24138.4997
+ -----------------------------------------------------------------------
+ Create octree solve 24138.5000 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24138.5160 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24138.5377 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24138.5385 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24138.5528 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 24138.6762 0.1764 0.1234
+ Imbed surface in osolve 24138.8532 0.3535 0.1770
+ embedding surface 1 24138.8534 0.3536 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24140.8110 2.3113 1.9577
+ osolve%nleaves= 59424
+ embedding surface 3 24142.8991 4.3993 2.0881
+ osolve%nleaves= 64128
+ Assessing octree stability 24146.4219 7.9222 3.5228
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24146.4293 7.9296 0.0074
+ Interpolate velo onto osolve 24146.8213 8.3216 0.3920
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24146.9630 8.4633 0.1417
+ Find void 24147.2353 8.7355 0.2723
+ whole leaf in fluid 32992
+ Define boundary conditions 24147.2631 8.7634 0.0279
+ wsmp setup1 24147.2700 8.7703 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24148.2696 9.7698 0.9995
+ -----------------------------------
+ start of non-linear iteratio 1 24148.3145
+ -----------------------------------
+ build system 24148.3147 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24156.3414 8.0269 8.0267
+ =================================
+ wsmp: initialisation time: 0.0529859 s
+ wsmp: ordering time: 4.0876710 s
+ wsmp: symbolic fact. time: 0.7030299 s
+ wsmp: Cholesky fact. time: 11.3821340 s
+ wsmp: Factorisation 14476.3437545 Mflops
+ wsmp: back substitution time: 0.1212518 s
+ wsmp: from b to rhs vector: 0.0070860 s
+ ---------------------------------
+ wsmp: total solve time: 16.3545308 s
+ =================================
+ u : -0.10143E+01 0.18379E+00
+ v : -0.96494E-01 0.10950E+00
+ w : -0.76154E+00 0.24771E+00
+ =================================
+ Calculate pressures 24172.7121 24.3976 16.3707
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 24172.9356 24.6211 0.2235
+ do leaf measurements 24172.9366 24.6221 0.0010
+ compute convergence criterion 24172.9781 24.6636 0.0415
+ velocity_diff_norm = 0.5889442 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24172.9827
+ -----------------------------------
+ build system 24172.9870 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80689E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24180.9243 7.9416 7.9373
+ =================================
+ wsmp: initialisation time: 0.0505250 s
+ wsmp: ordering time: 4.1077631 s
+ wsmp: symbolic fact. time: 0.7027819 s
+ wsmp: Cholesky fact. time: 11.4619651 s
+ wsmp: Factorisation 14375.5178686 Mflops
+ wsmp: back substitution time: 0.1214750 s
+ wsmp: from b to rhs vector: 0.0070050 s
+ ---------------------------------
+ wsmp: total solve time: 16.4518750 s
+ =================================
+ u : -0.10157E+01 0.13663E+00
+ v : -0.48529E-01 0.10264E+00
+ w : -0.76703E+00 0.22518E+00
+ =================================
+ Calculate pressures 24197.3919 24.4092 16.4676
+ raw pressures : -0.12352E+01 0.18574E+00
+ Smoothing pressures 24197.6170 24.6343 0.2251
+ do leaf measurements 24197.6181 24.6354 0.0011
+ compute convergence criterion 24197.6597 24.6770 0.0416
+ velocity_diff_norm = 0.0712032 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24197.6644
+ -----------------------------------
+ build system 24197.6687 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24205.6794 8.0150 8.0107
+ =================================
+ wsmp: initialisation time: 0.0481031 s
+ wsmp: ordering time: 4.0837281 s
+ wsmp: symbolic fact. time: 0.7040160 s
+ wsmp: Cholesky fact. time: 11.3762999 s
+ wsmp: Factorisation 14483.7676512 Mflops
+ wsmp: back substitution time: 0.1213171 s
+ wsmp: from b to rhs vector: 0.0069931 s
+ ---------------------------------
+ wsmp: total solve time: 16.3408179 s
+ =================================
+ u : -0.10171E+01 0.15500E+00
+ v : -0.38810E-01 0.11888E+00
+ w : -0.74643E+00 0.23116E+00
+ =================================
+ Calculate pressures 24222.0354 24.3711 16.3560
+ raw pressures : -0.13709E+01 0.31171E+00
+ Smoothing pressures 24222.2603 24.5959 0.2248
+ do leaf measurements 24222.2613 24.5969 0.0011
+ compute convergence criterion 24222.3032 24.6388 0.0419
+ velocity_diff_norm = 0.0362086 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24222.3079
+ -----------------------------------
+ build system 24222.3124 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24230.2921 7.9841 7.9797
+ =================================
+ wsmp: initialisation time: 0.0508001 s
+ wsmp: ordering time: 4.0874720 s
+ wsmp: symbolic fact. time: 0.7025509 s
+ wsmp: Cholesky fact. time: 11.3952591 s
+ wsmp: Factorisation 14459.6697471 Mflops
+ wsmp: back substitution time: 0.1209068 s
+ wsmp: from b to rhs vector: 0.0070472 s
+ ---------------------------------
+ wsmp: total solve time: 16.3643880 s
+ =================================
+ u : -0.10166E+01 0.17603E+00
+ v : -0.38947E-01 0.12341E+00
+ w : -0.73704E+00 0.22871E+00
+ =================================
+ Calculate pressures 24246.6720 24.3641 16.3800
+ raw pressures : -0.14700E+01 0.35497E+00
+ Smoothing pressures 24246.8968 24.5889 0.2248
+ do leaf measurements 24246.8979 24.5899 0.0010
+ compute convergence criterion 24246.9394 24.6315 0.0415
+ velocity_diff_norm = 0.0158765 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24246.9440
+ -----------------------------------
+ build system 24246.9483 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24254.8864 7.9424 7.9381
+ =================================
+ wsmp: initialisation time: 0.0513740 s
+ wsmp: ordering time: 4.1033549 s
+ wsmp: symbolic fact. time: 0.7098460 s
+ wsmp: Cholesky fact. time: 11.3922091 s
+ wsmp: Factorisation 14463.5411015 Mflops
+ wsmp: back substitution time: 0.1216140 s
+ wsmp: from b to rhs vector: 0.0069680 s
+ ---------------------------------
+ wsmp: total solve time: 16.3857231 s
+ =================================
+ u : -0.10161E+01 0.19391E+00
+ v : -0.40651E-01 0.12578E+00
+ w : -0.73235E+00 0.22789E+00
+ =================================
+ Calculate pressures 24271.2879 24.3438 16.4015
+ raw pressures : -0.15138E+01 0.36350E+00
+ Smoothing pressures 24271.5156 24.5715 0.2277
+ do leaf measurements 24271.5166 24.5726 0.0010
+ compute convergence criterion 24271.5583 24.6142 0.0416
+ velocity_diff_norm = 0.0107273 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24271.5629
+ -----------------------------------
+ build system 24271.5673 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24279.5538 7.9908 7.9865
+ =================================
+ wsmp: initialisation time: 0.0516129 s
+ wsmp: ordering time: 4.0858579 s
+ wsmp: symbolic fact. time: 0.7043040 s
+ wsmp: Cholesky fact. time: 11.4105020 s
+ wsmp: Factorisation 14440.3536757 Mflops
+ wsmp: back substitution time: 0.1213720 s
+ wsmp: from b to rhs vector: 0.0070231 s
+ ---------------------------------
+ wsmp: total solve time: 16.3810198 s
+ =================================
+ u : -0.10158E+01 0.20956E+00
+ v : -0.43053E-01 0.12582E+00
+ w : -0.72784E+00 0.22759E+00
+ =================================
+ Calculate pressures 24295.9503 24.3874 16.3965
+ raw pressures : -0.15356E+01 0.36110E+00
+ Smoothing pressures 24296.1806 24.6177 0.2303
+ do leaf measurements 24296.1817 24.6188 0.0011
+ compute convergence criterion 24296.2235 24.6606 0.0418
+ velocity_diff_norm = 0.0080795 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24296.2265 24.6635 0.0029
+Compute isostasy and adjust vertical 24296.2266 24.6637 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -139709219524251.56 217409939873001.88
+ def in m -7.990264892578125 0.64955699443817139
+ dimensionless def -1.85587712696620405E-6 2.28293282645089297E-5
+ Isostatic velocity range = -0.0181575 0.2277474
+ Compute divergence 24296.4306 24.8676 0.2039
+ wsmp_cleanup 24296.4698 24.9068 0.0392
+ Reset surface geometry 24296.4742 24.9112 0.0044
+ -----------------------------------------------------------------------
+ Temperature calculations 24296.4825 24.9195 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24296.4983 24.9353 0.0158
+ Advect surface 1 24296.4984 24.9355 0.0002
+ S. 1: 10 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24296.7008 25.1379 0.2024
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24296.8982 25.3353 0.1974
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24297.1510 25.5880 0.2528
+ Advect the cloud 24297.3010 25.7380 0.1500
+ Write output 24298.1116 26.5487 0.8107
+ End of time step 24299.0101 27.4471 0.8985
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 150 24299.0102
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24299.0103 0.0001 0.0001
+ surface 01 24299.0103 0.0001 0.0000
+ S. 1: 16960points
+ refine surface 24299.0104 0.0001 0.0000
+ S. 1: 6 added ptcls in refine_surface
+ check delaunay 24299.0392 0.0290 0.0289
+ S. 1: 7 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 24299.0663 0.0561 0.0271
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24299.0906 0.0804 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 16966points
+ surface 02 24299.1099 0.0997 0.0193
+ S. 2: 16948points
+ refine surface 24299.1101 0.0998 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 24299.1353 0.1251 0.0252
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 24299.1589 0.1486 0.0236
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24299.1830 0.1728 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16949points
+ surface 03 24299.2024 0.1922 0.0194
+ S. 3: 16957points
+ refine surface 24299.2026 0.1923 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 24299.2285 0.2183 0.0260
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 24299.2519 0.2417 0.0234
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24299.2760 0.2658 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16959points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24299.3017
+ -----------------------------------------------------------------------
+ Create octree solve 24299.3019 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24299.3179 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24299.3396 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24299.3404 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24299.3547 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 24299.4787 0.1770 0.1240
+ Imbed surface in osolve 24299.6561 0.3545 0.1775
+ embedding surface 1 24299.6563 0.3546 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24301.6117 2.3100 1.9554
+ osolve%nleaves= 59424
+ embedding surface 3 24303.6985 4.3969 2.0869
+ osolve%nleaves= 64128
+ Assessing octree stability 24307.2020 7.9003 3.5035
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24307.2066 7.9049 0.0046
+ Interpolate velo onto osolve 24307.6340 8.3323 0.4274
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24307.7802 8.4785 0.1462
+ Find void 24308.0500 8.7483 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 24308.0779 8.7762 0.0279
+ wsmp setup1 24308.0848 8.7832 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24309.0857 9.7840 1.0009
+ -----------------------------------
+ start of non-linear iteratio 1 24309.1311
+ -----------------------------------
+ build system 24309.1313 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24317.1544 8.0233 8.0231
+ =================================
+ wsmp: initialisation time: 0.0518360 s
+ wsmp: ordering time: 4.0894849 s
+ wsmp: symbolic fact. time: 0.7046299 s
+ wsmp: Cholesky fact. time: 11.3862162 s
+ wsmp: Factorisation 14471.1536745 Mflops
+ wsmp: back substitution time: 0.1211529 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3608620 s
+ =================================
+ u : -0.10219E+01 0.18346E+00
+ v : -0.96815E-01 0.11076E+00
+ w : -0.76134E+00 0.24814E+00
+ =================================
+ Calculate pressures 24333.5307 24.3996 16.3763
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 24333.7611 24.6300 0.2304
+ do leaf measurements 24333.7621 24.6310 0.0011
+ compute convergence criterion 24333.8034 24.6723 0.0413
+ velocity_diff_norm = 0.5891817 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24333.8080
+ -----------------------------------
+ build system 24333.8122 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79734E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24341.7521 7.9442 7.9400
+ =================================
+ wsmp: initialisation time: 0.0487149 s
+ wsmp: ordering time: 4.1134081 s
+ wsmp: symbolic fact. time: 0.7033980 s
+ wsmp: Cholesky fact. time: 11.4618549 s
+ wsmp: Factorisation 14375.6560185 Mflops
+ wsmp: back substitution time: 0.1208398 s
+ wsmp: from b to rhs vector: 0.0070210 s
+ ---------------------------------
+ wsmp: total solve time: 16.4556241 s
+ =================================
+ u : -0.10156E+01 0.13622E+00
+ v : -0.48277E-01 0.10200E+00
+ w : -0.76674E+00 0.22666E+00
+ =================================
+ Calculate pressures 24358.2231 24.4152 16.4710
+ raw pressures : -0.12345E+01 0.18488E+00
+ Smoothing pressures 24358.4479 24.6399 0.2248
+ do leaf measurements 24358.4490 24.6410 0.0011
+ compute convergence criterion 24358.4901 24.6821 0.0412
+ velocity_diff_norm = 0.0710538 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24358.4947
+ -----------------------------------
+ build system 24358.4989 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24366.5115 8.0167 8.0126
+ =================================
+ wsmp: initialisation time: 0.0475371 s
+ wsmp: ordering time: 4.0841341 s
+ wsmp: symbolic fact. time: 0.7047122 s
+ wsmp: Cholesky fact. time: 11.3806319 s
+ wsmp: Factorisation 14478.2543694 Mflops
+ wsmp: back substitution time: 0.1208050 s
+ wsmp: from b to rhs vector: 0.0071580 s
+ ---------------------------------
+ wsmp: total solve time: 16.3453979 s
+ =================================
+ u : -0.10169E+01 0.15468E+00
+ v : -0.38848E-01 0.11839E+00
+ w : -0.74626E+00 0.23194E+00
+ =================================
+ Calculate pressures 24382.8724 24.3777 16.3610
+ raw pressures : -0.13697E+01 0.31074E+00
+ Smoothing pressures 24383.0960 24.6013 0.2236
+ do leaf measurements 24383.0971 24.6023 0.0011
+ compute convergence criterion 24383.1386 24.6439 0.0415
+ velocity_diff_norm = 0.0361401 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24383.1433
+ -----------------------------------
+ build system 24383.1476 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24391.1376 7.9943 7.9900
+ =================================
+ wsmp: initialisation time: 0.0497081 s
+ wsmp: ordering time: 4.0859389 s
+ wsmp: symbolic fact. time: 0.7037928 s
+ wsmp: Cholesky fact. time: 11.3970709 s
+ wsmp: Factorisation 14457.3711563 Mflops
+ wsmp: back substitution time: 0.1210351 s
+ wsmp: from b to rhs vector: 0.0070419 s
+ ---------------------------------
+ wsmp: total solve time: 16.3649800 s
+ =================================
+ u : -0.10165E+01 0.17577E+00
+ v : -0.38974E-01 0.12313E+00
+ w : -0.73689E+00 0.22933E+00
+ =================================
+ Calculate pressures 24407.5181 24.3748 16.3805
+ raw pressures : -0.14690E+01 0.35429E+00
+ Smoothing pressures 24407.7427 24.5994 0.2246
+ do leaf measurements 24407.7438 24.6005 0.0011
+ compute convergence criterion 24407.7850 24.6417 0.0412
+ velocity_diff_norm = 0.0159636 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24407.7896
+ -----------------------------------
+ build system 24407.7938 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24415.7334 7.9438 7.9396
+ =================================
+ wsmp: initialisation time: 0.0494149 s
+ wsmp: ordering time: 4.1045861 s
+ wsmp: symbolic fact. time: 0.7099538 s
+ wsmp: Cholesky fact. time: 11.4038360 s
+ wsmp: Factorisation 14448.7945726 Mflops
+ wsmp: back substitution time: 0.1216080 s
+ wsmp: from b to rhs vector: 0.0069861 s
+ ---------------------------------
+ wsmp: total solve time: 16.3967772 s
+ =================================
+ u : -0.10161E+01 0.19368E+00
+ v : -0.40460E-01 0.12564E+00
+ w : -0.73216E+00 0.22826E+00
+ =================================
+ Calculate pressures 24432.1459 24.3564 16.4125
+ raw pressures : -0.15129E+01 0.36284E+00
+ Smoothing pressures 24432.3722 24.5827 0.2263
+ do leaf measurements 24432.3733 24.5837 0.0011
+ compute convergence criterion 24432.4146 24.6250 0.0413
+ velocity_diff_norm = 0.0107589 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24432.4192
+ -----------------------------------
+ build system 24432.4235 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24440.4041 7.9849 7.9806
+ =================================
+ wsmp: initialisation time: 0.0509901 s
+ wsmp: ordering time: 4.0944059 s
+ wsmp: symbolic fact. time: 0.7040229 s
+ wsmp: Cholesky fact. time: 11.3822579 s
+ wsmp: Factorisation 14476.1860755 Mflops
+ wsmp: back substitution time: 0.1208470 s
+ wsmp: from b to rhs vector: 0.0070679 s
+ ---------------------------------
+ wsmp: total solve time: 16.3599789 s
+ =================================
+ u : -0.10157E+01 0.20934E+00
+ v : -0.42904E-01 0.12569E+00
+ w : -0.72765E+00 0.22764E+00
+ =================================
+ Calculate pressures 24456.7801 24.3609 16.3760
+ raw pressures : -0.15346E+01 0.36034E+00
+ Smoothing pressures 24457.0032 24.5840 0.2231
+ do leaf measurements 24457.0043 24.5851 0.0011
+ compute convergence criterion 24457.0458 24.6265 0.0415
+ velocity_diff_norm = 0.0080757 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24457.0487 24.6295 0.0030
+Compute isostasy and adjust vertical 24457.0489 24.6297 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -140305136408101.11 218792614676631.38
+ def in m -7.9926137924194336 0.65167868137359619
+ dimensionless def -1.86193908963884616E-6 2.28360394069126657E-5
+ Isostatic velocity range = -0.0182308 0.2278324
+ Compute divergence 24457.2421 24.8229 0.1932
+ wsmp_cleanup 24457.2866 24.8673 0.0445
+ Reset surface geometry 24457.2914 24.8722 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 24457.2998 24.8806 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24457.3137 24.8944 0.0139
+ Advect surface 1 24457.3138 24.8946 0.0001
+ removing 2 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24457.5290 25.1098 0.2152
+ removing 1 particle from surface
+ S. 2: 15 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24457.7385 25.3193 0.2095
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24457.9999 25.5807 0.2615
+ Advect the cloud 24458.1503 25.7311 0.1504
+ Write output 24458.9575 26.5383 0.8072
+ End of time step 24459.8343 27.4151 0.8768
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 151 24459.8344
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24459.8345 0.0001 0.0001
+ surface 01 24459.8345 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 24459.8346 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24459.8590 0.0245 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 16964points
+ surface 02 24459.8782 0.0438 0.0193
+ S. 2: 16948points
+ refine surface 24459.8784 0.0439 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24459.9020 0.0675 0.0236
+ S. 2: 0 flips in delaunay2
+ S. 2: 16948points
+ surface 03 24459.9217 0.0872 0.0197
+ S. 3: 16958points
+ refine surface 24459.9218 0.0874 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 24459.9483 0.1139 0.0265
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 24459.9714 0.1370 0.0231
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24459.9954 0.1610 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24460.0208
+ -----------------------------------------------------------------------
+ Create octree solve 24460.0211 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24460.0371 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24460.0589 0.0381 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24460.0597 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24460.0740 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 24460.1974 0.1765 0.1234
+ Imbed surface in osolve 24460.3755 0.3547 0.1782
+ embedding surface 1 24460.3757 0.3549 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24462.3372 2.3164 1.9615
+ osolve%nleaves= 59424
+ embedding surface 3 24464.4187 4.3978 2.0815
+ osolve%nleaves= 64128
+ Assessing octree stability 24467.9404 7.9196 3.5217
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24467.9449 7.9241 0.0046
+ Interpolate velo onto osolve 24468.3673 8.3464 0.4223
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24468.5473 8.5264 0.1800
+ Find void 24468.8195 8.7987 0.2722
+ whole leaf in fluid 32992
+ Define boundary conditions 24468.8475 8.8267 0.0280
+ wsmp setup1 24468.8542 8.8334 0.0067
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24469.8539 9.8330 0.9996
+ -----------------------------------
+ start of non-linear iteratio 1 24469.8994
+ -----------------------------------
+ build system 24469.8995 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24477.9093 8.0099 8.0098
+ =================================
+ wsmp: initialisation time: 0.0507810 s
+ wsmp: ordering time: 4.0877361 s
+ wsmp: symbolic fact. time: 0.7039881 s
+ wsmp: Cholesky fact. time: 11.3804600 s
+ wsmp: Factorisation 14478.4730608 Mflops
+ wsmp: back substitution time: 0.1211529 s
+ wsmp: from b to rhs vector: 0.0070159 s
+ ---------------------------------
+ wsmp: total solve time: 16.3515220 s
+ =================================
+ u : -0.10504E+01 0.18412E+00
+ v : -0.96798E-01 0.11002E+00
+ w : -0.76148E+00 0.24789E+00
+ =================================
+ Calculate pressures 24494.2762 24.3768 16.3669
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 24494.5003 24.6009 0.2241
+ do leaf measurements 24494.5014 24.6020 0.0011
+ compute convergence criterion 24494.5421 24.6427 0.0407
+ velocity_diff_norm = 0.5889445 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24494.5466
+ -----------------------------------
+ build system 24494.5508 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80304E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24502.4919 7.9453 7.9411
+ =================================
+ wsmp: initialisation time: 0.0485370 s
+ wsmp: ordering time: 4.1136792 s
+ wsmp: symbolic fact. time: 0.7058170 s
+ wsmp: Cholesky fact. time: 11.4647470 s
+ wsmp: Factorisation 14372.0297154 Mflops
+ wsmp: back substitution time: 0.1212070 s
+ wsmp: from b to rhs vector: 0.0070732 s
+ ---------------------------------
+ wsmp: total solve time: 16.4614451 s
+ =================================
+ u : -0.10154E+01 0.13670E+00
+ v : -0.48529E-01 0.10226E+00
+ w : -0.76683E+00 0.22562E+00
+ =================================
+ Calculate pressures 24518.9692 24.4226 16.4773
+ raw pressures : -0.12357E+01 0.18337E+00
+ Smoothing pressures 24519.1938 24.6472 0.2246
+ do leaf measurements 24519.1949 24.6482 0.0011
+ compute convergence criterion 24519.2355 24.6889 0.0407
+ velocity_diff_norm = 0.0711386 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24519.2402
+ -----------------------------------
+ build system 24519.2445 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24527.2456 8.0054 8.0011
+ =================================
+ wsmp: initialisation time: 0.0483952 s
+ wsmp: ordering time: 4.0940769 s
+ wsmp: symbolic fact. time: 0.7067699 s
+ wsmp: Cholesky fact. time: 11.3757329 s
+ wsmp: Factorisation 14484.4895131 Mflops
+ wsmp: back substitution time: 0.1212430 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.3537281 s
+ =================================
+ u : -0.10169E+01 0.15497E+00
+ v : -0.38915E-01 0.11869E+00
+ w : -0.74659E+00 0.23158E+00
+ =================================
+ Calculate pressures 24543.6152 24.3750 16.3696
+ raw pressures : -0.13710E+01 0.31205E+00
+ Smoothing pressures 24543.8388 24.5986 0.2236
+ do leaf measurements 24543.8399 24.5997 0.0011
+ compute convergence criterion 24543.8807 24.6405 0.0408
+ velocity_diff_norm = 0.0361020 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24543.8854
+ -----------------------------------
+ build system 24543.8898 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24551.8864 8.0010 7.9967
+ =================================
+ wsmp: initialisation time: 0.0501418 s
+ wsmp: ordering time: 4.0997622 s
+ wsmp: symbolic fact. time: 0.7060881 s
+ wsmp: Cholesky fact. time: 11.3960938 s
+ wsmp: Factorisation 14458.6106530 Mflops
+ wsmp: back substitution time: 0.1209319 s
+ wsmp: from b to rhs vector: 0.0069840 s
+ ---------------------------------
+ wsmp: total solve time: 16.3803709 s
+ =================================
+ u : -0.10165E+01 0.17595E+00
+ v : -0.38854E-01 0.12337E+00
+ w : -0.73716E+00 0.22914E+00
+ =================================
+ Calculate pressures 24568.2826 24.3972 16.3962
+ raw pressures : -0.14698E+01 0.35516E+00
+ Smoothing pressures 24568.5061 24.6207 0.2235
+ do leaf measurements 24568.5072 24.6217 0.0010
+ compute convergence criterion 24568.5480 24.6626 0.0409
+ velocity_diff_norm = 0.0159664 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24568.5526
+ -----------------------------------
+ build system 24568.5568 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24576.4960 7.9434 7.9392
+ =================================
+ wsmp: initialisation time: 0.0477650 s
+ wsmp: ordering time: 4.1076291 s
+ wsmp: symbolic fact. time: 0.7122209 s
+ wsmp: Cholesky fact. time: 11.3982270 s
+ wsmp: Factorisation 14455.9047838 Mflops
+ wsmp: back substitution time: 0.1216362 s
+ wsmp: from b to rhs vector: 0.0069799 s
+ ---------------------------------
+ wsmp: total solve time: 16.3948400 s
+ =================================
+ u : -0.10161E+01 0.19381E+00
+ v : -0.40503E-01 0.12582E+00
+ w : -0.73239E+00 0.22812E+00
+ =================================
+ Calculate pressures 24592.9067 24.3541 16.4107
+ raw pressures : -0.15136E+01 0.36376E+00
+ Smoothing pressures 24593.1337 24.5811 0.2270
+ do leaf measurements 24593.1348 24.5822 0.0011
+ compute convergence criterion 24593.1755 24.6228 0.0406
+ velocity_diff_norm = 0.0107718 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24593.1801
+ -----------------------------------
+ build system 24593.1843 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24601.1656 7.9855 7.9813
+ =================================
+ wsmp: initialisation time: 0.0471051 s
+ wsmp: ordering time: 4.0942252 s
+ wsmp: symbolic fact. time: 0.7058849 s
+ wsmp: Cholesky fact. time: 11.3735859 s
+ wsmp: Factorisation 14487.2237088 Mflops
+ wsmp: back substitution time: 0.1209779 s
+ wsmp: from b to rhs vector: 0.0069611 s
+ ---------------------------------
+ wsmp: total solve time: 16.3490999 s
+ =================================
+ u : -0.10158E+01 0.20946E+00
+ v : -0.42937E-01 0.12579E+00
+ w : -0.72785E+00 0.22759E+00
+ =================================
+ Calculate pressures 24617.5306 24.3505 16.3650
+ raw pressures : -0.15355E+01 0.36125E+00
+ Smoothing pressures 24617.7549 24.5748 0.2243
+ do leaf measurements 24617.7560 24.5759 0.0011
+ compute convergence criterion 24617.7969 24.6168 0.0409
+ velocity_diff_norm = 0.0080834 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24617.7998 24.6197 0.0030
+Compute isostasy and adjust vertical 24617.8000 24.6199 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -140898971458519.13 220173590502956.94
+ def in m -7.9706635475158691 0.65557312965393066
+ dimensionless def -1.87306608472551624E-6 2.27733244214739112E-5
+ Isostatic velocity range = -0.0183559 0.2271673
+ Compute divergence 24617.9962 24.8161 0.1962
+ wsmp_cleanup 24618.0350 24.8549 0.0389
+ Reset surface geometry 24618.0395 24.8594 0.0045
+ -----------------------------------------------------------------------
+ Temperature calculations 24618.0478 24.8677 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24618.0637 24.8836 0.0158
+ Advect surface 1 24618.0638 24.8837 0.0002
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24618.2622 25.0821 0.1984
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24618.4734 25.2933 0.2111
+ removing 3 particle from surface
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24618.7506 25.5705 0.2772
+ Advect the cloud 24618.9027 25.7226 0.1521
+ Write output 24619.7192 26.5391 0.8165
+ End of time step 24620.5935 27.4134 0.8743
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 152 24620.5937
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24620.5937 0.0001 0.0001
+ surface 01 24620.5938 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 24620.5938 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 24620.6218 0.0281 0.0280
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 24620.6492 0.0555 0.0274
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24620.6734 0.0797 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16968points
+ surface 02 24620.6925 0.0988 0.0192
+ S. 2: 16947points
+ refine surface 24620.6927 0.0990 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 24620.7193 0.1256 0.0267
+ S. 2: 5 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 24620.7468 0.1531 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24620.7711 0.1774 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 24620.7904 0.1967 0.0193
+ S. 3: 16958points
+ refine surface 24620.7905 0.1968 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 24620.8155 0.2219 0.0250
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 24620.8437 0.2501 0.0282
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24620.8678 0.2741 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16959points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24620.8935
+ -----------------------------------------------------------------------
+ Create octree solve 24620.8938 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24620.9098 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24620.9312 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24620.9320 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24620.9463 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 24621.0697 0.1762 0.1234
+ Imbed surface in osolve 24621.2498 0.3563 0.1801
+ embedding surface 1 24621.2499 0.3564 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24623.2084 2.3149 1.9585
+ osolve%nleaves= 59424
+ embedding surface 3 24625.2932 4.3997 2.0848
+ osolve%nleaves= 64128
+ Assessing octree stability 24628.8022 7.9086 3.5089
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24628.8067 7.9132 0.0045
+ Interpolate velo onto osolve 24629.2542 8.3607 0.4475
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24629.3998 8.5063 0.1456
+ Find void 24629.6683 8.7748 0.2685
+ whole leaf in fluid 32992
+ Define boundary conditions 24629.6965 8.8030 0.0282
+ wsmp setup1 24629.7036 8.8101 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24630.7048 9.8112 1.0011
+ -----------------------------------
+ start of non-linear iteratio 1 24630.7502
+ -----------------------------------
+ build system 24630.7504 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24638.7452 7.9950 7.9948
+ =================================
+ wsmp: initialisation time: 0.0553551 s
+ wsmp: ordering time: 4.0920331 s
+ wsmp: symbolic fact. time: 0.7038209 s
+ wsmp: Cholesky fact. time: 11.3844709 s
+ wsmp: Factorisation 14473.3720828 Mflops
+ wsmp: back substitution time: 0.1210420 s
+ wsmp: from b to rhs vector: 0.0070701 s
+ ---------------------------------
+ wsmp: total solve time: 16.3641498 s
+ =================================
+ u : -0.10195E+01 0.18370E+00
+ v : -0.96747E-01 0.10993E+00
+ w : -0.76135E+00 0.24597E+00
+ =================================
+ Calculate pressures 24655.1251 24.3749 16.3799
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 24655.3488 24.5986 0.2237
+ do leaf measurements 24655.3499 24.5997 0.0011
+ compute convergence criterion 24655.3909 24.6407 0.0410
+ velocity_diff_norm = 0.5892370 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24655.3958
+ -----------------------------------
+ build system 24655.4004 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80404E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24663.3447 7.9489 7.9442
+ =================================
+ wsmp: initialisation time: 0.0523551 s
+ wsmp: ordering time: 4.1051402 s
+ wsmp: symbolic fact. time: 0.7068350 s
+ wsmp: Cholesky fact. time: 11.4603560 s
+ wsmp: Factorisation 14377.5362578 Mflops
+ wsmp: back substitution time: 0.1211162 s
+ wsmp: from b to rhs vector: 0.0070369 s
+ ---------------------------------
+ wsmp: total solve time: 16.4532058 s
+ =================================
+ u : -0.10159E+01 0.13647E+00
+ v : -0.48671E-01 0.10238E+00
+ w : -0.76678E+00 0.22497E+00
+ =================================
+ Calculate pressures 24679.8137 24.4179 16.4690
+ raw pressures : -0.12356E+01 0.17960E+00
+ Smoothing pressures 24680.0382 24.6424 0.2245
+ do leaf measurements 24680.0392 24.6435 0.0010
+ compute convergence criterion 24680.0800 24.6842 0.0407
+ velocity_diff_norm = 0.0711991 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24680.0848
+ -----------------------------------
+ build system 24680.0894 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24688.0804 7.9956 7.9911
+ =================================
+ wsmp: initialisation time: 0.0500960 s
+ wsmp: ordering time: 4.1029730 s
+ wsmp: symbolic fact. time: 0.7068591 s
+ wsmp: Cholesky fact. time: 11.3682039 s
+ wsmp: Factorisation 14494.0824107 Mflops
+ wsmp: back substitution time: 0.1210840 s
+ wsmp: from b to rhs vector: 0.0071840 s
+ ---------------------------------
+ wsmp: total solve time: 16.3567848 s
+ =================================
+ u : -0.10172E+01 0.15487E+00
+ v : -0.38739E-01 0.11854E+00
+ w : -0.74650E+00 0.23122E+00
+ =================================
+ Calculate pressures 24704.4540 24.3692 16.3736
+ raw pressures : -0.13708E+01 0.31170E+00
+ Smoothing pressures 24704.6769 24.5921 0.2229
+ do leaf measurements 24704.6780 24.5932 0.0010
+ compute convergence criterion 24704.7190 24.6342 0.0410
+ velocity_diff_norm = 0.0361879 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24704.7238
+ -----------------------------------
+ build system 24704.7285 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24712.7346 8.0108 8.0062
+ =================================
+ wsmp: initialisation time: 0.0503612 s
+ wsmp: ordering time: 4.1054988 s
+ wsmp: symbolic fact. time: 0.7046070 s
+ wsmp: Cholesky fact. time: 11.3981280 s
+ wsmp: Factorisation 14456.0302712 Mflops
+ wsmp: back substitution time: 0.1211050 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.3871830 s
+ =================================
+ u : -0.10167E+01 0.17593E+00
+ v : -0.38494E-01 0.12311E+00
+ w : -0.73707E+00 0.22880E+00
+ =================================
+ Calculate pressures 24729.1369 24.4131 16.4023
+ raw pressures : -0.14699E+01 0.35495E+00
+ Smoothing pressures 24729.3623 24.6385 0.2254
+ do leaf measurements 24729.3633 24.6395 0.0010
+ compute convergence criterion 24729.4041 24.6803 0.0408
+ velocity_diff_norm = 0.0159745 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24729.4089
+ -----------------------------------
+ build system 24729.4135 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24737.3525 7.9435 7.9390
+ =================================
+ wsmp: initialisation time: 0.0512540 s
+ wsmp: ordering time: 4.1133101 s
+ wsmp: symbolic fact. time: 0.7103159 s
+ wsmp: Cholesky fact. time: 11.4286649 s
+ wsmp: Factorisation 14417.4043941 Mflops
+ wsmp: back substitution time: 0.1215560 s
+ wsmp: from b to rhs vector: 0.0070250 s
+ ---------------------------------
+ wsmp: total solve time: 16.4324949 s
+ =================================
+ u : -0.10163E+01 0.19383E+00
+ v : -0.40608E-01 0.12560E+00
+ w : -0.73231E+00 0.22793E+00
+ =================================
+ Calculate pressures 24753.8002 24.3912 16.4477
+ raw pressures : -0.15136E+01 0.36345E+00
+ Smoothing pressures 24754.0274 24.6185 0.2272
+ do leaf measurements 24754.0285 24.6195 0.0010
+ compute convergence criterion 24754.0693 24.6603 0.0408
+ velocity_diff_norm = 0.0107611 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24754.0741
+ -----------------------------------
+ build system 24754.0787 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24762.0658 7.9917 7.9871
+ =================================
+ wsmp: initialisation time: 0.0485809 s
+ wsmp: ordering time: 4.0861700 s
+ wsmp: symbolic fact. time: 0.7034409 s
+ wsmp: Cholesky fact. time: 11.3797591 s
+ wsmp: Factorisation 14479.3648806 Mflops
+ wsmp: back substitution time: 0.1209359 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3463871 s
+ =================================
+ u : -0.10159E+01 0.20947E+00
+ v : -0.43007E-01 0.12569E+00
+ w : -0.72776E+00 0.22748E+00
+ =================================
+ Calculate pressures 24778.4279 24.3538 16.3621
+ raw pressures : -0.15353E+01 0.36100E+00
+ Smoothing pressures 24778.6523 24.5782 0.2244
+ do leaf measurements 24778.6533 24.5792 0.0011
+ compute convergence criterion 24778.6944 24.6203 0.0410
+ velocity_diff_norm = 0.0080773 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24778.6976 24.6235 0.0032
+Compute isostasy and adjust vertical 24778.6978 24.6237 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -141522018066663.41 221522144663626.69
+ def in m -7.9842653274536133 0.65567392110824585
+ dimensionless def -1.8733540603092739E-6 2.28121866498674685E-5
+ Isostatic velocity range = -0.0183670 0.2275770
+ Compute divergence 24778.9028 24.8286 0.2050
+ wsmp_cleanup 24778.9389 24.8648 0.0362
+ Reset surface geometry 24778.9439 24.8698 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 24778.9522 24.8781 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24778.9690 24.8949 0.0168
+ Advect surface 1 24778.9691 24.8950 0.0002
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24779.1667 25.0926 0.1976
+ removing 1 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24779.3653 25.2912 0.1986
+ removing 2 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24779.6287 25.5546 0.2634
+ Advect the cloud 24779.7875 25.7133 0.1587
+ Write output 24780.6074 26.5333 0.8199
+ End of time step 24781.4873 27.4132 0.8799
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 153 24781.4875
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24781.4875 0.0001 0.0001
+ surface 01 24781.4876 0.0001 0.0000
+ S. 1: 16967points
+ refine surface 24781.4876 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 24781.5143 0.0268 0.0266
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 24781.5370 0.0496 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24781.5612 0.0737 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 24781.5804 0.0929 0.0193
+ S. 2: 16949points
+ refine surface 24781.5806 0.0931 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 24781.6065 0.1190 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 24781.6341 0.1467 0.0277
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24781.6584 0.1709 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16951points
+ surface 03 24781.6777 0.1903 0.0194
+ S. 3: 16957points
+ refine surface 24781.6779 0.1904 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 24781.7038 0.2163 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 24781.7268 0.2393 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24781.7515 0.2641 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24781.7769
+ -----------------------------------------------------------------------
+ Create octree solve 24781.7771 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24781.7931 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24781.8144 0.0375 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24781.8152 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24781.8296 0.0528 0.0145
+ osolve%nleaves= 50016
+ Build osolve icon 24781.9530 0.1762 0.1234
+ Imbed surface in osolve 24782.1312 0.3544 0.1782
+ embedding surface 1 24782.1314 0.3545 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24784.0874 2.3106 1.9561
+ osolve%nleaves= 59424
+ embedding surface 3 24786.1728 4.3959 2.0853
+ osolve%nleaves= 64128
+ Assessing octree stability 24789.6625 7.8856 3.4897
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24789.6671 7.8902 0.0046
+ Interpolate velo onto osolve 24790.1292 8.3523 0.4621
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24790.3325 8.5556 0.2033
+ Find void 24790.6023 8.8254 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 24790.6301 8.8533 0.0279
+ wsmp setup1 24790.6374 8.8605 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24791.6417 9.8648 1.0043
+ -----------------------------------
+ start of non-linear iteratio 1 24791.6872
+ -----------------------------------
+ build system 24791.6874 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24799.6876 8.0004 8.0002
+ =================================
+ wsmp: initialisation time: 0.0521369 s
+ wsmp: ordering time: 4.1001310 s
+ wsmp: symbolic fact. time: 0.7085268 s
+ wsmp: Cholesky fact. time: 11.3813310 s
+ wsmp: Factorisation 14477.3651125 Mflops
+ wsmp: back substitution time: 0.1205890 s
+ wsmp: from b to rhs vector: 0.0071959 s
+ ---------------------------------
+ wsmp: total solve time: 16.3702610 s
+ =================================
+ u : -0.10141E+01 0.18418E+00
+ v : -0.96291E-01 0.11007E+00
+ w : -0.76113E+00 0.24628E+00
+ =================================
+ Calculate pressures 24816.0735 24.3863 16.3858
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 24816.2980 24.6109 0.2246
+ do leaf measurements 24816.2992 24.6120 0.0011
+ compute convergence criterion 24816.3409 24.6537 0.0417
+ velocity_diff_norm = 0.5889058 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24816.3456
+ -----------------------------------
+ build system 24816.3500 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81075E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24824.2913 7.9457 7.9413
+ =================================
+ wsmp: initialisation time: 0.0486841 s
+ wsmp: ordering time: 4.0996852 s
+ wsmp: symbolic fact. time: 0.7078390 s
+ wsmp: Cholesky fact. time: 11.4656019 s
+ wsmp: Factorisation 14370.9580194 Mflops
+ wsmp: back substitution time: 0.1209450 s
+ wsmp: from b to rhs vector: 0.0071938 s
+ ---------------------------------
+ wsmp: total solve time: 16.4503222 s
+ =================================
+ u : -0.10156E+01 0.13676E+00
+ v : -0.48572E-01 0.10255E+00
+ w : -0.76682E+00 0.22534E+00
+ =================================
+ Calculate pressures 24840.7576 24.4120 16.4663
+ raw pressures : -0.12357E+01 0.18893E+00
+ Smoothing pressures 24840.9816 24.6359 0.2239
+ do leaf measurements 24840.9826 24.6370 0.0011
+ compute convergence criterion 24841.0240 24.6783 0.0413
+ velocity_diff_norm = 0.0711457 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 24841.0287
+ -----------------------------------
+ build system 24841.0330 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24849.0129 7.9843 7.9800
+ =================================
+ wsmp: initialisation time: 0.0501549 s
+ wsmp: ordering time: 4.0919840 s
+ wsmp: symbolic fact. time: 0.7084508 s
+ wsmp: Cholesky fact. time: 11.3785079 s
+ wsmp: Factorisation 14480.9570824 Mflops
+ wsmp: back substitution time: 0.1210220 s
+ wsmp: from b to rhs vector: 0.0070839 s
+ ---------------------------------
+ wsmp: total solve time: 16.3575630 s
+ =================================
+ u : -0.10170E+01 0.15503E+00
+ v : -0.38708E-01 0.11884E+00
+ w : -0.74659E+00 0.23172E+00
+ =================================
+ Calculate pressures 24865.3862 24.3575 16.3733
+ raw pressures : -0.13711E+01 0.31187E+00
+ Smoothing pressures 24865.6114 24.5827 0.2252
+ do leaf measurements 24865.6125 24.5838 0.0011
+ compute convergence criterion 24865.6537 24.6251 0.0412
+ velocity_diff_norm = 0.0362701 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 24865.6584
+ -----------------------------------
+ build system 24865.6627 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24873.6803 8.0219 8.0176
+ =================================
+ wsmp: initialisation time: 0.0484030 s
+ wsmp: ordering time: 4.0933120 s
+ wsmp: symbolic fact. time: 0.7105100 s
+ wsmp: Cholesky fact. time: 11.3842561 s
+ wsmp: Factorisation 14473.6451880 Mflops
+ wsmp: back substitution time: 0.1209040 s
+ wsmp: from b to rhs vector: 0.0071201 s
+ ---------------------------------
+ wsmp: total solve time: 16.3648591 s
+ =================================
+ u : -0.10165E+01 0.17602E+00
+ v : -0.38522E-01 0.12338E+00
+ w : -0.73716E+00 0.22911E+00
+ =================================
+ Calculate pressures 24890.0607 24.4023 16.3804
+ raw pressures : -0.14701E+01 0.35540E+00
+ Smoothing pressures 24890.2851 24.6267 0.2244
+ do leaf measurements 24890.2862 24.6278 0.0011
+ compute convergence criterion 24890.3274 24.6690 0.0412
+ velocity_diff_norm = 0.0159210 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 24890.3320
+ -----------------------------------
+ build system 24890.3362 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24898.2763 7.9443 7.9401
+ =================================
+ wsmp: initialisation time: 0.0511971 s
+ wsmp: ordering time: 4.1197681 s
+ wsmp: symbolic fact. time: 0.7151730 s
+ wsmp: Cholesky fact. time: 11.4277029 s
+ wsmp: Factorisation 14418.6180952 Mflops
+ wsmp: back substitution time: 0.1217458 s
+ wsmp: from b to rhs vector: 0.0071268 s
+ ---------------------------------
+ wsmp: total solve time: 16.4430530 s
+ =================================
+ u : -0.10161E+01 0.19386E+00
+ v : -0.40511E-01 0.12577E+00
+ w : -0.73241E+00 0.22819E+00
+ =================================
+ Calculate pressures 24914.7352 24.4033 16.4589
+ raw pressures : -0.15137E+01 0.36377E+00
+ Smoothing pressures 24914.9614 24.6294 0.2262
+ do leaf measurements 24914.9625 24.6305 0.0011
+ compute convergence criterion 24915.0038 24.6718 0.0413
+ velocity_diff_norm = 0.0107469 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 24915.0084
+ -----------------------------------
+ build system 24915.0127 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24923.0086 8.0001 7.9958
+ =================================
+ wsmp: initialisation time: 0.0502110 s
+ wsmp: ordering time: 4.0869591 s
+ wsmp: symbolic fact. time: 0.7066600 s
+ wsmp: Cholesky fact. time: 11.3833921 s
+ wsmp: Factorisation 14474.7437751 Mflops
+ wsmp: back substitution time: 0.1210830 s
+ wsmp: from b to rhs vector: 0.0072429 s
+ ---------------------------------
+ wsmp: total solve time: 16.3559151 s
+ =================================
+ u : -0.10158E+01 0.20951E+00
+ v : -0.42950E-01 0.12579E+00
+ w : -0.72786E+00 0.22762E+00
+ =================================
+ Calculate pressures 24939.3800 24.3716 16.3714
+ raw pressures : -0.15355E+01 0.36132E+00
+ Smoothing pressures 24939.6042 24.5958 0.2242
+ do leaf measurements 24939.6053 24.5969 0.0011
+ compute convergence criterion 24939.6468 24.6384 0.0415
+ velocity_diff_norm = 0.0080829 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 24939.6498 24.6414 0.0030
+Compute isostasy and adjust vertical 24939.6500 24.6416 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -142128444412665.59 222881115163082.97
+ def in m -7.9831790924072266 0.65488153696060181
+ dimensionless def -1.87109010560171947E-6 2.28090831211635044E-5
+ Isostatic velocity range = -0.0183516 0.2275563
+ Compute divergence 24939.8465 24.8381 0.1965
+ wsmp_cleanup 24939.8893 24.8809 0.0429
+ Reset surface geometry 24939.8944 24.8860 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 24939.9027 24.8943 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 24939.9165 24.9080 0.0138
+ Advect surface 1 24939.9166 24.9082 0.0001
+ removing 1 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 24940.1238 25.1154 0.2072
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 24940.3317 25.3232 0.2079
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 24940.5870 25.5786 0.2554
+ Advect the cloud 24940.7415 25.7330 0.1544
+ Write output 24941.5612 26.5527 0.8197
+ End of time step 24942.4398 27.4314 0.8786
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 154 24942.4399
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 24942.4400 0.0001 0.0001
+ surface 01 24942.4400 0.0001 0.0000
+ S. 1: 16968points
+ refine surface 24942.4401 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 24942.4674 0.0275 0.0273
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 24942.4903 0.0504 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 24942.5154 0.0754 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 24942.5338 0.0939 0.0184
+ S. 2: 16950points
+ refine surface 24942.5340 0.0940 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 24942.5596 0.1197 0.0257
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 24942.5828 0.1428 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 24942.6075 0.1676 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16951points
+ surface 03 24942.6263 0.1863 0.0187
+ S. 3: 16958points
+ refine surface 24942.6264 0.1865 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 24942.6510 0.2111 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 24942.6759
+ -----------------------------------------------------------------------
+ Create octree solve 24942.6761 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 24942.6921 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 24942.7139 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 24942.7147 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 24942.7289 0.0531 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 24942.8523 0.1764 0.1234
+ Imbed surface in osolve 24943.0305 0.3547 0.1782
+ embedding surface 1 24943.0307 0.3548 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 24944.9856 2.3097 1.9549
+ osolve%nleaves= 59424
+ embedding surface 3 24947.0608 4.3849 2.0752
+ osolve%nleaves= 64128
+ Assessing octree stability 24950.6040 7.9281 3.5433
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 24950.6090 7.9331 0.0050
+ Interpolate velo onto osolve 24951.0905 8.4146 0.4815
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 24951.2546 8.5787 0.1641
+ Find void 24951.5265 8.8506 0.2719
+ whole leaf in fluid 32992
+ Define boundary conditions 24951.5545 8.8786 0.0280
+ wsmp setup1 24951.5612 8.8853 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 24952.5538 9.8779 0.9926
+ -----------------------------------
+ start of non-linear iteratio 1 24952.5991
+ -----------------------------------
+ build system 24952.5992 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24960.5881 7.9890 7.9889
+ =================================
+ wsmp: initialisation time: 0.0536129 s
+ wsmp: ordering time: 4.1018820 s
+ wsmp: symbolic fact. time: 0.7055590 s
+ wsmp: Cholesky fact. time: 11.3827970 s
+ wsmp: Factorisation 14475.5005149 Mflops
+ wsmp: back substitution time: 0.1210611 s
+ wsmp: from b to rhs vector: 0.0071409 s
+ ---------------------------------
+ wsmp: total solve time: 16.3724570 s
+ =================================
+ u : -0.10351E+01 0.18339E+00
+ v : -0.96657E-01 0.11034E+00
+ w : -0.76127E+00 0.24705E+00
+ =================================
+ Calculate pressures 24976.9759 24.3768 16.3877
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 24977.2000 24.6009 0.2242
+ do leaf measurements 24977.2011 24.6020 0.0011
+ compute convergence criterion 24977.2424 24.6433 0.0413
+ velocity_diff_norm = 0.5887568 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 24977.2474
+ -----------------------------------
+ build system 24977.2520 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80227E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 24985.1886 7.9412 7.9366
+ =================================
+ wsmp: initialisation time: 0.0479140 s
+ wsmp: ordering time: 4.0992329 s
+ wsmp: symbolic fact. time: 0.7074540 s
+ wsmp: Cholesky fact. time: 11.4477701 s
+ wsmp: Factorisation 14393.3431722 Mflops
+ wsmp: back substitution time: 0.1210809 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4310470 s
+ =================================
+ u : -0.10159E+01 0.13614E+00
+ v : -0.48501E-01 0.10235E+00
+ w : -0.76673E+00 0.22572E+00
+ =================================
+ Calculate pressures 25001.6352 24.3878 16.4467
+ raw pressures : -0.12344E+01 0.18542E+00
+ Smoothing pressures 25001.8597 24.6123 0.2244
+ do leaf measurements 25001.8607 24.6133 0.0011
+ compute convergence criterion 25001.9018 24.6544 0.0410
+ velocity_diff_norm = 0.0710701 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25001.9066
+ -----------------------------------
+ build system 25001.9112 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25009.8851 7.9785 7.9739
+ =================================
+ wsmp: initialisation time: 0.0484068 s
+ wsmp: ordering time: 4.0990992 s
+ wsmp: symbolic fact. time: 0.7050419 s
+ wsmp: Cholesky fact. time: 11.3739450 s
+ wsmp: Factorisation 14486.7663688 Mflops
+ wsmp: back substitution time: 0.1209989 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.3551040 s
+ =================================
+ u : -0.10172E+01 0.15466E+00
+ v : -0.38621E-01 0.11849E+00
+ w : -0.74606E+00 0.23139E+00
+ =================================
+ Calculate pressures 25026.2559 24.3492 16.3708
+ raw pressures : -0.13698E+01 0.31081E+00
+ Smoothing pressures 25026.4824 24.5758 0.2265
+ do leaf measurements 25026.4835 24.5768 0.0011
+ compute convergence criterion 25026.5245 24.6178 0.0410
+ velocity_diff_norm = 0.0360441 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25026.5293
+ -----------------------------------
+ build system 25026.5339 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25034.5513 8.0220 8.0174
+ =================================
+ wsmp: initialisation time: 0.0505190 s
+ wsmp: ordering time: 4.0974541 s
+ wsmp: symbolic fact. time: 0.7041550 s
+ wsmp: Cholesky fact. time: 11.3808870 s
+ wsmp: Factorisation 14477.9298325 Mflops
+ wsmp: back substitution time: 0.1209111 s
+ wsmp: from b to rhs vector: 0.0071368 s
+ ---------------------------------
+ wsmp: total solve time: 16.3614731 s
+ =================================
+ u : -0.10167E+01 0.17572E+00
+ v : -0.38533E-01 0.12311E+00
+ w : -0.73681E+00 0.22905E+00
+ =================================
+ Calculate pressures 25050.9285 24.3992 16.3772
+ raw pressures : -0.14688E+01 0.35417E+00
+ Smoothing pressures 25051.1520 24.6227 0.2235
+ do leaf measurements 25051.1531 24.6238 0.0011
+ compute convergence criterion 25051.1941 24.6648 0.0410
+ velocity_diff_norm = 0.0159777 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25051.1990
+ -----------------------------------
+ build system 25051.2035 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25059.1394 7.9404 7.9359
+ =================================
+ wsmp: initialisation time: 0.0491359 s
+ wsmp: ordering time: 4.1087339 s
+ wsmp: symbolic fact. time: 0.7137270 s
+ wsmp: Cholesky fact. time: 11.4328699 s
+ wsmp: Factorisation 14412.1016993 Mflops
+ wsmp: back substitution time: 0.1217289 s
+ wsmp: from b to rhs vector: 0.0070672 s
+ ---------------------------------
+ wsmp: total solve time: 16.4336631 s
+ =================================
+ u : -0.10162E+01 0.19361E+00
+ v : -0.40595E-01 0.12565E+00
+ w : -0.73211E+00 0.22807E+00
+ =================================
+ Calculate pressures 25075.5889 24.3899 16.4495
+ raw pressures : -0.15127E+01 0.36284E+00
+ Smoothing pressures 25075.8156 24.6166 0.2267
+ do leaf measurements 25075.8167 24.6177 0.0011
+ compute convergence criterion 25075.8576 24.6587 0.0410
+ velocity_diff_norm = 0.0107562 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25075.8625
+ -----------------------------------
+ build system 25075.8670 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25083.8706 8.0081 8.0036
+ =================================
+ wsmp: initialisation time: 0.0516419 s
+ wsmp: ordering time: 4.1030231 s
+ wsmp: symbolic fact. time: 0.7052999 s
+ wsmp: Cholesky fact. time: 11.3811660 s
+ wsmp: Factorisation 14477.5749818 Mflops
+ wsmp: back substitution time: 0.1208849 s
+ wsmp: from b to rhs vector: 0.0071609 s
+ ---------------------------------
+ wsmp: total solve time: 16.3695960 s
+ =================================
+ u : -0.10159E+01 0.20924E+00
+ v : -0.42996E-01 0.12567E+00
+ w : -0.72760E+00 0.22759E+00
+ =================================
+ Calculate pressures 25100.2559 24.3935 16.3853
+ raw pressures : -0.15346E+01 0.36051E+00
+ Smoothing pressures 25100.4801 24.6177 0.2242
+ do leaf measurements 25100.4812 24.6188 0.0011
+ compute convergence criterion 25100.5225 24.6600 0.0412
+ velocity_diff_norm = 0.0080744 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25100.5257 24.6633 0.0032
+Compute isostasy and adjust vertical 25100.5259 24.6634 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -142739295077690.31 224234019840038.06
+ def in m -7.9881272315979004 0.65602028369903564
+ dimensionless def -1.87434366771153044E-6 2.28232206617082878E-5
+ Isostatic velocity range = -0.0183955 0.2277206
+ Compute divergence 25100.7205 24.8580 0.1946
+ wsmp_cleanup 25100.7660 24.9036 0.0455
+ Reset surface geometry 25100.7710 24.9085 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 25100.7788 24.9164 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25100.7924 24.9299 0.0135
+ Advect surface 1 25100.7925 24.9301 0.0002
+ removing 1 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25101.0013 25.1388 0.2088
+ removing 1 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25101.2088 25.3463 0.2075
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25101.4645 25.6020 0.2557
+ Advect the cloud 25101.6178 25.7554 0.1534
+ Write output 25102.4384 26.5759 0.8206
+ End of time step 25103.3179 27.4554 0.8795
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 155 25103.3180
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25103.3181 0.0001 0.0001
+ surface 01 25103.3181 0.0001 0.0000
+ S. 1: 16970points
+ refine surface 25103.3181 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 25103.3432 0.0252 0.0250
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25103.3669 0.0489 0.0238
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25103.3912 0.0732 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25103.4104 0.0924 0.0192
+ S. 2: 16950points
+ refine surface 25103.4106 0.0926 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25103.4348 0.1168 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16950points
+ surface 03 25103.4541 0.1361 0.0193
+ S. 3: 16958points
+ refine surface 25103.4543 0.1363 0.0002
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 25103.4818 0.1638 0.0276
+ S. 3: 6 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25103.5090 0.1910 0.0272
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25103.5333 0.2153 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16962points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25103.5594
+ -----------------------------------------------------------------------
+ Create octree solve 25103.5596 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25103.5756 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 25103.5976 0.0382 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25103.5984 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25103.6126 0.0533 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 25103.7360 0.1766 0.1233
+ Imbed surface in osolve 25103.9146 0.3552 0.1786
+ embedding surface 1 25103.9147 0.3554 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 25105.8749 2.3156 1.9602
+ osolve%nleaves= 59424
+ embedding surface 3 25107.9571 4.3978 2.0822
+ osolve%nleaves= 64128
+ Assessing octree stability 25111.5008 7.9414 3.5437
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25111.5054 7.9461 0.0046
+ Interpolate velo onto osolve 25111.9612 8.4018 0.4558
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25112.0847 8.5253 0.1235
+ Find void 25112.3556 8.7962 0.2708
+ whole leaf in fluid 32992
+ Define boundary conditions 25112.3836 8.8243 0.0281
+ wsmp setup1 25112.3906 8.8313 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25113.3923 9.8329 1.0017
+ -----------------------------------
+ start of non-linear iteratio 1 25113.4383
+ -----------------------------------
+ build system 25113.4385 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25121.4074 7.9692 7.9690
+ =================================
+ wsmp: initialisation time: 0.0512669 s
+ wsmp: ordering time: 4.1097560 s
+ wsmp: symbolic fact. time: 0.7038209 s
+ wsmp: Cholesky fact. time: 11.3809769 s
+ wsmp: Factorisation 14477.8154899 Mflops
+ wsmp: back substitution time: 0.1217771 s
+ wsmp: from b to rhs vector: 0.0070949 s
+ ---------------------------------
+ wsmp: total solve time: 16.3750539 s
+ =================================
+ u : -0.10562E+01 0.18361E+00
+ v : -0.96734E-01 0.11041E+00
+ w : -0.76113E+00 0.24669E+00
+ =================================
+ Calculate pressures 25137.7979 24.3596 16.3904
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 25138.0217 24.5835 0.2239
+ do leaf measurements 25138.0229 24.5846 0.0011
+ compute convergence criterion 25138.0641 24.6259 0.0413
+ velocity_diff_norm = 0.5894275 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25138.0691
+ -----------------------------------
+ build system 25138.0737 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80341E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25146.0096 7.9405 7.9359
+ =================================
+ wsmp: initialisation time: 0.0488491 s
+ wsmp: ordering time: 4.0990350 s
+ wsmp: symbolic fact. time: 0.7045290 s
+ wsmp: Cholesky fact. time: 11.4501071 s
+ wsmp: Factorisation 14390.4054757 Mflops
+ wsmp: back substitution time: 0.1210802 s
+ wsmp: from b to rhs vector: 0.0071528 s
+ ---------------------------------
+ wsmp: total solve time: 16.4311309 s
+ =================================
+ u : -0.10154E+01 0.13621E+00
+ v : -0.48433E-01 0.10201E+00
+ w : -0.76673E+00 0.22571E+00
+ =================================
+ Calculate pressures 25162.4560 24.3869 16.4464
+ raw pressures : -0.12350E+01 0.18191E+00
+ Smoothing pressures 25162.6803 24.6112 0.2243
+ do leaf measurements 25162.6814 24.6123 0.0011
+ compute convergence criterion 25162.7220 24.6529 0.0406
+ velocity_diff_norm = 0.0713071 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25162.7270
+ -----------------------------------
+ build system 25162.7315 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25170.6953 7.9683 7.9637
+ =================================
+ wsmp: initialisation time: 0.0483620 s
+ wsmp: ordering time: 4.1071980 s
+ wsmp: symbolic fact. time: 0.7056248 s
+ wsmp: Cholesky fact. time: 11.3757360 s
+ wsmp: Factorisation 14484.4855666 Mflops
+ wsmp: back substitution time: 0.1213541 s
+ wsmp: from b to rhs vector: 0.0071409 s
+ ---------------------------------
+ wsmp: total solve time: 16.3657820 s
+ =================================
+ u : -0.10167E+01 0.15461E+00
+ v : -0.38721E-01 0.11836E+00
+ w : -0.74614E+00 0.23166E+00
+ =================================
+ Calculate pressures 25187.0767 24.3497 16.3814
+ raw pressures : -0.13702E+01 0.31112E+00
+ Smoothing pressures 25187.3035 24.5765 0.2268
+ do leaf measurements 25187.3046 24.5776 0.0011
+ compute convergence criterion 25187.3453 24.6183 0.0407
+ velocity_diff_norm = 0.0360737 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25187.3502
+ -----------------------------------
+ build system 25187.3547 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25195.3733 8.0231 8.0186
+ =================================
+ wsmp: initialisation time: 0.0527971 s
+ wsmp: ordering time: 4.1015999 s
+ wsmp: symbolic fact. time: 0.7022769 s
+ wsmp: Cholesky fact. time: 11.3798299 s
+ wsmp: Factorisation 14479.2747836 Mflops
+ wsmp: back substitution time: 0.1208639 s
+ wsmp: from b to rhs vector: 0.0071449 s
+ ---------------------------------
+ wsmp: total solve time: 16.3648932 s
+ =================================
+ u : -0.10164E+01 0.17566E+00
+ v : -0.38568E-01 0.12310E+00
+ w : -0.73684E+00 0.22916E+00
+ =================================
+ Calculate pressures 25211.7539 24.4038 16.3806
+ raw pressures : -0.14692E+01 0.35472E+00
+ Smoothing pressures 25211.9768 24.6266 0.2228
+ do leaf measurements 25211.9779 24.6277 0.0011
+ compute convergence criterion 25212.0185 24.6683 0.0406
+ velocity_diff_norm = 0.0159875 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25212.0232
+ -----------------------------------
+ build system 25212.0277 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25219.9665 7.9433 7.9389
+ =================================
+ wsmp: initialisation time: 0.0504811 s
+ wsmp: ordering time: 4.1304219 s
+ wsmp: symbolic fact. time: 0.7109931 s
+ wsmp: Cholesky fact. time: 11.4417360 s
+ wsmp: Factorisation 14400.9339248 Mflops
+ wsmp: back substitution time: 0.1212070 s
+ wsmp: from b to rhs vector: 0.0070698 s
+ ---------------------------------
+ wsmp: total solve time: 16.4622710 s
+ =================================
+ u : -0.10161E+01 0.19355E+00
+ v : -0.40481E-01 0.12560E+00
+ w : -0.73217E+00 0.22817E+00
+ =================================
+ Calculate pressures 25236.4455 24.4223 16.4789
+ raw pressures : -0.15129E+01 0.36319E+00
+ Smoothing pressures 25236.6688 24.6456 0.2233
+ do leaf measurements 25236.6699 24.6467 0.0011
+ compute convergence criterion 25236.7105 24.6873 0.0406
+ velocity_diff_norm = 0.0107399 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25236.7154
+ -----------------------------------
+ build system 25236.7199 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25244.7288 8.0134 8.0089
+ =================================
+ wsmp: initialisation time: 0.0494461 s
+ wsmp: ordering time: 4.0959959 s
+ wsmp: symbolic fact. time: 0.7004690 s
+ wsmp: Cholesky fact. time: 11.3842518 s
+ wsmp: Factorisation 14473.6506441 Mflops
+ wsmp: back substitution time: 0.1208601 s
+ wsmp: from b to rhs vector: 0.0068200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3582120 s
+ =================================
+ u : -0.10157E+01 0.20919E+00
+ v : -0.42924E-01 0.12567E+00
+ w : -0.72768E+00 0.22768E+00
+ =================================
+ Calculate pressures 25261.1032 24.3879 16.3744
+ raw pressures : -0.15346E+01 0.36088E+00
+ Smoothing pressures 25261.3276 24.6122 0.2243
+ do leaf measurements 25261.3287 24.6133 0.0011
+ compute convergence criterion 25261.3695 24.6541 0.0408
+ velocity_diff_norm = 0.0080827 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25261.3728 24.6574 0.0033
+Compute isostasy and adjust vertical 25261.3730 24.6576 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -143340867667022.16 225590552749312.97
+ def in m -7.9919013977050781 0.65855503082275391
+ dimensionless def -1.8815858023507255E-6 2.28340039934430802E-5
+ Isostatic velocity range = -0.0184807 0.2278477
+ Compute divergence 25261.5700 24.8546 0.1970
+ wsmp_cleanup 25261.6154 24.9000 0.0454
+ Reset surface geometry 25261.6204 24.9050 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 25261.6283 24.9129 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25261.6417 24.9264 0.0135
+ Advect surface 1 25261.6419 24.9265 0.0002
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25261.8459 25.1305 0.2040
+ removing 2 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25262.0623 25.3469 0.2164
+ removing 2 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25262.3342 25.6188 0.2719
+ Advect the cloud 25262.4885 25.7731 0.1543
+ Write output 25263.3106 26.5952 0.8221
+ End of time step 25264.1957 27.4803 0.8851
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 156 25264.1958
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25264.1959 0.0001 0.0001
+ surface 01 25264.1959 0.0001 0.0000
+ S. 1: 16970points
+ refine surface 25264.1960 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 25264.2209 0.0250 0.0249
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25264.2449 0.0490 0.0240
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25264.2691 0.0733 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25264.2885 0.0927 0.0194
+ S. 2: 16948points
+ refine surface 25264.2886 0.0928 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 25264.3164 0.1205 0.0277
+ S. 2: 10 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 25264.3439 0.1481 0.0276
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25264.3679 0.1720 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16953points
+ surface 03 25264.3871 0.1913 0.0192
+ S. 3: 16960points
+ refine surface 25264.3872 0.1914 0.0002
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 25264.4145 0.2187 0.0273
+ S. 3: 7 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25264.4423 0.2464 0.0277
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25264.4663 0.2705 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16964points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25264.4923
+ -----------------------------------------------------------------------
+ Create octree solve 25264.4925 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25264.5085 0.0162 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 25264.5301 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25264.5309 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25264.5451 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 25264.6685 0.1762 0.1234
+ Imbed surface in osolve 25264.8477 0.3554 0.1792
+ embedding surface 1 25264.8478 0.3555 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 25266.7986 2.3063 1.9508
+ osolve%nleaves= 59424
+ embedding surface 3 25268.9016 4.4094 2.1030
+ osolve%nleaves= 64128
+ Assessing octree stability 25272.4288 7.9365 3.5271
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25272.4334 7.9411 0.0046
+ Interpolate velo onto osolve 25272.8808 8.3885 0.4474
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25273.0720 8.5797 0.1912
+ Find void 25273.3430 8.8507 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 25273.3711 8.8788 0.0281
+ wsmp setup1 25273.3781 8.8858 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25274.3794 9.8871 1.0013
+ -----------------------------------
+ start of non-linear iteratio 1 25274.4250
+ -----------------------------------
+ build system 25274.4252 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38936E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25282.4040 7.9790 7.9788
+ =================================
+ wsmp: initialisation time: 0.0525179 s
+ wsmp: ordering time: 4.0938871 s
+ wsmp: symbolic fact. time: 0.7069058 s
+ wsmp: Cholesky fact. time: 11.3778439 s
+ wsmp: Factorisation 14481.8021717 Mflops
+ wsmp: back substitution time: 0.1207421 s
+ wsmp: from b to rhs vector: 0.0070570 s
+ ---------------------------------
+ wsmp: total solve time: 16.3593390 s
+ =================================
+ u : -0.10194E+01 0.18429E+00
+ v : -0.96741E-01 0.11116E+00
+ w : -0.76141E+00 0.24696E+00
+ =================================
+ Calculate pressures 25298.7791 24.3541 16.3751
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 25299.0031 24.5781 0.2240
+ do leaf measurements 25299.0042 24.5792 0.0011
+ compute convergence criterion 25299.0455 24.6205 0.0413
+ velocity_diff_norm = 0.5888312 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25299.0505
+ -----------------------------------
+ build system 25299.0551 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80847E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25307.0007 7.9502 7.9456
+ =================================
+ wsmp: initialisation time: 0.0512969 s
+ wsmp: ordering time: 4.0914798 s
+ wsmp: symbolic fact. time: 0.7038820 s
+ wsmp: Cholesky fact. time: 11.4398119 s
+ wsmp: Factorisation 14403.3559876 Mflops
+ wsmp: back substitution time: 0.1207480 s
+ wsmp: from b to rhs vector: 0.0070810 s
+ ---------------------------------
+ wsmp: total solve time: 16.4146662 s
+ =================================
+ u : -0.10155E+01 0.13689E+00
+ v : -0.48712E-01 0.10208E+00
+ w : -0.76699E+00 0.22489E+00
+ =================================
+ Calculate pressures 25323.4309 24.3804 16.4302
+ raw pressures : -0.12361E+01 0.18210E+00
+ Smoothing pressures 25323.6553 24.6048 0.2244
+ do leaf measurements 25323.6564 24.6058 0.0011
+ compute convergence criterion 25323.6974 24.6469 0.0410
+ velocity_diff_norm = 0.0710632 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25323.7023
+ -----------------------------------
+ build system 25323.7068 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25331.6643 7.9621 7.9575
+ =================================
+ wsmp: initialisation time: 0.0513501 s
+ wsmp: ordering time: 4.1049759 s
+ wsmp: symbolic fact. time: 0.7217109 s
+ wsmp: Cholesky fact. time: 11.3677070 s
+ wsmp: Factorisation 14494.7159239 Mflops
+ wsmp: back substitution time: 0.1213880 s
+ wsmp: from b to rhs vector: 0.0070539 s
+ ---------------------------------
+ wsmp: total solve time: 16.3745520 s
+ =================================
+ u : -0.10169E+01 0.15507E+00
+ v : -0.38390E-01 0.11853E+00
+ w : -0.74673E+00 0.23135E+00
+ =================================
+ Calculate pressures 25348.0548 24.3526 16.3905
+ raw pressures : -0.13712E+01 0.31232E+00
+ Smoothing pressures 25348.2802 24.5780 0.2254
+ do leaf measurements 25348.2813 24.5791 0.0011
+ compute convergence criterion 25348.3224 24.6201 0.0410
+ velocity_diff_norm = 0.0362563 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25348.3273
+ -----------------------------------
+ build system 25348.3318 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25356.3466 8.0193 8.0148
+ =================================
+ wsmp: initialisation time: 0.0499620 s
+ wsmp: ordering time: 4.1048059 s
+ wsmp: symbolic fact. time: 0.7071149 s
+ wsmp: Cholesky fact. time: 11.3787880 s
+ wsmp: Factorisation 14480.6005663 Mflops
+ wsmp: back substitution time: 0.1208260 s
+ wsmp: from b to rhs vector: 0.0070350 s
+ ---------------------------------
+ wsmp: total solve time: 16.3688920 s
+ =================================
+ u : -0.10165E+01 0.17598E+00
+ v : -0.38278E-01 0.12313E+00
+ w : -0.73731E+00 0.22890E+00
+ =================================
+ Calculate pressures 25372.7311 24.4038 16.3845
+ raw pressures : -0.14704E+01 0.35613E+00
+ Smoothing pressures 25372.9545 24.6273 0.2235
+ do leaf measurements 25372.9556 24.6283 0.0011
+ compute convergence criterion 25372.9968 24.6695 0.0412
+ velocity_diff_norm = 0.0158800 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25373.0017
+ -----------------------------------
+ build system 25373.0061 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25380.9412 7.9395 7.9350
+ =================================
+ wsmp: initialisation time: 0.0500312 s
+ wsmp: ordering time: 4.1194110 s
+ wsmp: symbolic fact. time: 0.7097280 s
+ wsmp: Cholesky fact. time: 11.4606049 s
+ wsmp: Factorisation 14377.2239969 Mflops
+ wsmp: back substitution time: 0.1209092 s
+ wsmp: from b to rhs vector: 0.0070078 s
+ ---------------------------------
+ wsmp: total solve time: 16.4680741 s
+ =================================
+ u : -0.10162E+01 0.19379E+00
+ v : -0.40688E-01 0.12563E+00
+ w : -0.73256E+00 0.22801E+00
+ =================================
+ Calculate pressures 25397.4257 24.4240 16.4845
+ raw pressures : -0.15143E+01 0.36473E+00
+ Smoothing pressures 25397.6517 24.6500 0.2260
+ do leaf measurements 25397.6528 24.6511 0.0011
+ compute convergence criterion 25397.6938 24.6921 0.0410
+ velocity_diff_norm = 0.0107420 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25397.6986
+ -----------------------------------
+ build system 25397.7032 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25405.7120 8.0133 8.0088
+ =================================
+ wsmp: initialisation time: 0.0509789 s
+ wsmp: ordering time: 4.0904860 s
+ wsmp: symbolic fact. time: 0.7072709 s
+ wsmp: Cholesky fact. time: 11.3762341 s
+ wsmp: Factorisation 14483.8514296 Mflops
+ wsmp: back substitution time: 0.1208351 s
+ wsmp: from b to rhs vector: 0.0070910 s
+ ---------------------------------
+ wsmp: total solve time: 16.3532689 s
+ =================================
+ u : -0.10158E+01 0.20943E+00
+ v : -0.43075E-01 0.12570E+00
+ w : -0.72800E+00 0.22756E+00
+ =================================
+ Calculate pressures 25422.0809 24.3822 16.3689
+ raw pressures : -0.15362E+01 0.36222E+00
+ Smoothing pressures 25422.3040 24.6054 0.2231
+ do leaf measurements 25422.3051 24.6065 0.0011
+ compute convergence criterion 25422.3465 24.6479 0.0414
+ velocity_diff_norm = 0.0080820 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25422.3498 24.6511 0.0033
+Compute isostasy and adjust vertical 25422.3499 24.6513 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -143932675458239.09 226950429561430.84
+ def in m -7.9931149482727051 0.65903782844543457
+ dimensionless def -1.88296522412981316E-6 2.28374712807791571E-5
+ Isostatic velocity range = -0.0185057 0.2278989
+ Compute divergence 25422.5461 24.8475 0.1962
+ wsmp_cleanup 25422.5874 24.8888 0.0413
+ Reset surface geometry 25422.5925 24.8939 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 25422.6010 24.9023 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25422.6151 24.9164 0.0141
+ Advect surface 1 25422.6152 24.9166 0.0002
+ removing 3 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25422.8399 25.1413 0.2247
+ S. 2: 7 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25423.0409 25.3423 0.2010
+ removing 1 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25423.3022 25.6035 0.2612
+ Advect the cloud 25423.4549 25.7562 0.1527
+ Write output 25424.2735 26.5748 0.8186
+ End of time step 25425.1490 27.4503 0.8755
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 157 25425.1491
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25425.1492 0.0001 0.0001
+ surface 01 25425.1492 0.0001 0.0000
+ S. 1: 16968points
+ refine surface 25425.1493 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 25425.1768 0.0277 0.0276
+ S. 1: 6 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25425.2037 0.0546 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25425.2286 0.0795 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25425.2473 0.0982 0.0187
+ S. 2: 16953points
+ refine surface 25425.2474 0.0983 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 25425.2735 0.1243 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 25425.2964 0.1472 0.0229
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25425.3213 0.1722 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16954points
+ surface 03 25425.3400 0.1908 0.0187
+ S. 3: 16963points
+ refine surface 25425.3401 0.1910 0.0002
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 25425.3665 0.2174 0.0264
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25425.3937 0.2446 0.0272
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25425.4184 0.2693 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16965points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25425.4434
+ -----------------------------------------------------------------------
+ Create octree solve 25425.4437 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25425.4595 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 25425.4811 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25425.4819 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25425.4961 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 25425.6182 0.1748 0.1222
+ Imbed surface in osolve 25425.7986 0.3552 0.1804
+ embedding surface 1 25425.7988 0.3554 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 25427.7504 2.3070 1.9516
+ osolve%nleaves= 59424
+ embedding surface 3 25429.8439 4.4005 2.0935
+ osolve%nleaves= 64128
+ Assessing octree stability 25433.3710 7.9276 3.5271
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25433.3756 7.9321 0.0046
+ Interpolate velo onto osolve 25433.8007 8.3572 0.4251
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25434.0030 8.5596 0.2023
+ Find void 25434.2747 8.8313 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 25434.3028 8.8594 0.0281
+ wsmp setup1 25434.3098 8.8664 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25435.3128 9.8694 1.0030
+ -----------------------------------
+ start of non-linear iteratio 1 25435.3588
+ -----------------------------------
+ build system 25435.3590 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25443.3477 7.9888 7.9887
+ =================================
+ wsmp: initialisation time: 0.0543830 s
+ wsmp: ordering time: 4.0957639 s
+ wsmp: symbolic fact. time: 0.7086589 s
+ wsmp: Cholesky fact. time: 11.3756459 s
+ wsmp: Factorisation 14484.6003183 Mflops
+ wsmp: back substitution time: 0.1210120 s
+ wsmp: from b to rhs vector: 0.0069530 s
+ ---------------------------------
+ wsmp: total solve time: 16.3628008 s
+ =================================
+ u : -0.10253E+01 0.18502E+00
+ v : -0.95987E-01 0.10974E+00
+ w : -0.76183E+00 0.24854E+00
+ =================================
+ Calculate pressures 25459.7262 24.3674 16.3786
+ raw pressures : -0.35140E+00 0.00000E+00
+ Smoothing pressures 25459.9503 24.5915 0.2240
+ do leaf measurements 25459.9514 24.5925 0.0011
+ compute convergence criterion 25459.9927 24.6338 0.0413
+ velocity_diff_norm = 0.5888274 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25459.9975
+ -----------------------------------
+ build system 25460.0018 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81868E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25467.9599 7.9624 7.9581
+ =================================
+ wsmp: initialisation time: 0.0487618 s
+ wsmp: ordering time: 4.0952551 s
+ wsmp: symbolic fact. time: 0.7098229 s
+ wsmp: Cholesky fact. time: 11.4321070 s
+ wsmp: Factorisation 14413.0635133 Mflops
+ wsmp: back substitution time: 0.1210110 s
+ wsmp: from b to rhs vector: 0.0069611 s
+ ---------------------------------
+ wsmp: total solve time: 16.4142971 s
+ =================================
+ u : -0.10159E+01 0.13766E+00
+ v : -0.48576E-01 0.10231E+00
+ w : -0.76729E+00 0.22448E+00
+ =================================
+ Calculate pressures 25484.3898 24.3923 16.4299
+ raw pressures : -0.12366E+01 0.17996E+00
+ Smoothing pressures 25484.6141 24.6166 0.2244
+ do leaf measurements 25484.6152 24.6177 0.0011
+ compute convergence criterion 25484.6561 24.6586 0.0409
+ velocity_diff_norm = 0.0711927 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25484.6610
+ -----------------------------------
+ build system 25484.6654 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25492.6113 7.9504 7.9460
+ =================================
+ wsmp: initialisation time: 0.0480051 s
+ wsmp: ordering time: 4.0997629 s
+ wsmp: symbolic fact. time: 0.7134500 s
+ wsmp: Cholesky fact. time: 11.3711271 s
+ wsmp: Factorisation 14490.3563219 Mflops
+ wsmp: back substitution time: 0.1261752 s
+ wsmp: from b to rhs vector: 0.0069671 s
+ ---------------------------------
+ wsmp: total solve time: 16.3658750 s
+ =================================
+ u : -0.10170E+01 0.15561E+00
+ v : -0.38709E-01 0.11899E+00
+ w : -0.74717E+00 0.23125E+00
+ =================================
+ Calculate pressures 25508.9931 24.3321 16.3818
+ raw pressures : -0.13727E+01 0.31360E+00
+ Smoothing pressures 25509.2188 24.5579 0.2257
+ do leaf measurements 25509.2199 24.5589 0.0011
+ compute convergence criterion 25509.2609 24.5999 0.0410
+ velocity_diff_norm = 0.0362073 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25509.2656
+ -----------------------------------
+ build system 25509.2700 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25517.2834 8.0178 8.0134
+ =================================
+ wsmp: initialisation time: 0.0488210 s
+ wsmp: ordering time: 4.1027651 s
+ wsmp: symbolic fact. time: 0.7090950 s
+ wsmp: Cholesky fact. time: 11.3805728 s
+ wsmp: Factorisation 14478.3295912 Mflops
+ wsmp: back substitution time: 0.1210542 s
+ wsmp: from b to rhs vector: 0.0070832 s
+ ---------------------------------
+ wsmp: total solve time: 16.3697941 s
+ =================================
+ u : -0.10166E+01 0.17634E+00
+ v : -0.38593E-01 0.12362E+00
+ w : -0.73770E+00 0.22885E+00
+ =================================
+ Calculate pressures 25533.6689 24.4032 16.3855
+ raw pressures : -0.14718E+01 0.35741E+00
+ Smoothing pressures 25533.8933 24.6276 0.2244
+ do leaf measurements 25533.8943 24.6287 0.0011
+ compute convergence criterion 25533.9355 24.6698 0.0411
+ velocity_diff_norm = 0.0158544 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25533.9401
+ -----------------------------------
+ build system 25533.9444 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25541.8783 7.9382 7.9339
+ =================================
+ wsmp: initialisation time: 0.0514731 s
+ wsmp: ordering time: 4.1249559 s
+ wsmp: symbolic fact. time: 0.7115390 s
+ wsmp: Cholesky fact. time: 11.4638071 s
+ wsmp: Factorisation 14373.2079885 Mflops
+ wsmp: back substitution time: 0.1210980 s
+ wsmp: from b to rhs vector: 0.0069361 s
+ ---------------------------------
+ wsmp: total solve time: 16.4802032 s
+ =================================
+ u : -0.10162E+01 0.19411E+00
+ v : -0.40520E-01 0.12602E+00
+ w : -0.73289E+00 0.22789E+00
+ =================================
+ Calculate pressures 25558.3743 24.4342 16.4960
+ raw pressures : -0.15158E+01 0.36595E+00
+ Smoothing pressures 25558.5984 24.6582 0.2241
+ do leaf measurements 25558.5994 24.6593 0.0011
+ compute convergence criterion 25558.6404 24.7003 0.0410
+ velocity_diff_norm = 0.0107177 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25558.6451
+ -----------------------------------
+ build system 25558.6494 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25566.6515 8.0064 8.0021
+ =================================
+ wsmp: initialisation time: 0.0508749 s
+ wsmp: ordering time: 4.1021481 s
+ wsmp: symbolic fact. time: 0.7084091 s
+ wsmp: Cholesky fact. time: 11.3764329 s
+ wsmp: Factorisation 14483.5982760 Mflops
+ wsmp: back substitution time: 0.1210458 s
+ wsmp: from b to rhs vector: 0.0070639 s
+ ---------------------------------
+ wsmp: total solve time: 16.3663640 s
+ =================================
+ u : -0.10159E+01 0.20971E+00
+ v : -0.42920E-01 0.12603E+00
+ w : -0.72829E+00 0.22764E+00
+ =================================
+ Calculate pressures 25583.0336 24.3885 16.3821
+ raw pressures : -0.15378E+01 0.36352E+00
+ Smoothing pressures 25583.2571 24.6120 0.2235
+ do leaf measurements 25583.2582 24.6131 0.0011
+ compute convergence criterion 25583.2994 24.6543 0.0412
+ velocity_diff_norm = 0.0080800 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25583.3024 24.6573 0.0030
+Compute isostasy and adjust vertical 25583.3026 24.6575 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -144518898163934.47 228311719107483.38
+ def in m -7.9915218353271484 0.65535151958465576
+ dimensionless def -1.87243291309901638E-6 2.28329195295061382E-5
+ Isostatic velocity range = -0.0184091 0.2278721
+ Compute divergence 25583.5132 24.8681 0.2106
+ wsmp_cleanup 25583.5499 24.9048 0.0367
+ Reset surface geometry 25583.5549 24.9098 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 25583.5631 24.9180 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25583.5801 24.9350 0.0170
+ Advect surface 1 25583.5803 24.9351 0.0001
+ removing 2 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25583.7867 25.1416 0.2064
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25583.9773 25.3322 0.1906
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25584.2483 25.6032 0.2710
+ Advect the cloud 25584.3998 25.7547 0.1515
+ Write output 25585.2206 26.5755 0.8208
+ End of time step 25586.0930 27.4479 0.8723
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 158 25586.0931
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25586.0932 0.0001 0.0001
+ surface 01 25586.0932 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 25586.0933 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 25586.1199 0.0268 0.0266
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25586.1430 0.0499 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25586.1683 0.0752 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25586.1865 0.0934 0.0182
+ S. 2: 16954points
+ refine surface 25586.1866 0.0935 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 25586.2130 0.1198 0.0263
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 25586.2413 0.1482 0.0283
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25586.2652 0.1721 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16957points
+ surface 03 25586.2849 0.1918 0.0197
+ S. 3: 16964points
+ refine surface 25586.2851 0.1920 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 25586.3113 0.2182 0.0263
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25586.3340 0.2409 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25586.3587 0.2655 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16966points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25586.3835
+ -----------------------------------------------------------------------
+ Create octree solve 25586.3837 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25586.3996 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 25586.4211 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25586.4219 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25586.4360 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 25586.5581 0.1747 0.1221
+ Imbed surface in osolve 25586.7417 0.3582 0.1835
+ embedding surface 1 25586.7418 0.3584 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 25588.7041 2.3207 1.9623
+ osolve%nleaves= 59424
+ embedding surface 3 25590.8100 4.4265 2.1059
+ osolve%nleaves= 64128
+ Assessing octree stability 25594.3560 7.9725 3.5460
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25594.3608 7.9774 0.0049
+ Interpolate velo onto osolve 25594.8117 8.4282 0.4508
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25594.9273 8.5439 0.1157
+ Find void 25595.1992 8.8157 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 25595.2275 8.8440 0.0283
+ wsmp setup1 25595.2344 8.8509 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25596.2382 9.8547 1.0038
+ -----------------------------------
+ start of non-linear iteratio 1 25596.2843
+ -----------------------------------
+ build system 25596.2845 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25604.2836 7.9992 7.9990
+ =================================
+ wsmp: initialisation time: 0.0509882 s
+ wsmp: ordering time: 4.0893111 s
+ wsmp: symbolic fact. time: 0.7067859 s
+ wsmp: Cholesky fact. time: 11.3739970 s
+ wsmp: Factorisation 14486.7001693 Mflops
+ wsmp: back substitution time: 0.1208291 s
+ wsmp: from b to rhs vector: 0.0073051 s
+ ---------------------------------
+ wsmp: total solve time: 16.3496451 s
+ =================================
+ u : -0.10220E+01 0.18388E+00
+ v : -0.96639E-01 0.11041E+00
+ w : -0.76181E+00 0.24770E+00
+ =================================
+ Calculate pressures 25620.6488 24.3645 16.3653
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 25620.8728 24.5884 0.2239
+ do leaf measurements 25620.8739 24.5895 0.0011
+ compute convergence criterion 25620.9155 24.6312 0.0417
+ velocity_diff_norm = 0.5890073 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25620.9203
+ -----------------------------------
+ build system 25620.9247 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79910E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25628.8923 7.9720 7.9675
+ =================================
+ wsmp: initialisation time: 0.0501628 s
+ wsmp: ordering time: 4.1023211 s
+ wsmp: symbolic fact. time: 0.7095840 s
+ wsmp: Cholesky fact. time: 11.4171879 s
+ wsmp: Factorisation 14431.8973199 Mflops
+ wsmp: back substitution time: 0.1206911 s
+ wsmp: from b to rhs vector: 0.0072520 s
+ ---------------------------------
+ wsmp: total solve time: 16.4076200 s
+ =================================
+ u : -0.10156E+01 0.13675E+00
+ v : -0.48467E-01 0.10236E+00
+ w : -0.76723E+00 0.22588E+00
+ =================================
+ Calculate pressures 25645.3156 24.3953 16.4233
+ raw pressures : -0.12354E+01 0.19267E+00
+ Smoothing pressures 25645.5398 24.6195 0.2242
+ do leaf measurements 25645.5409 24.6206 0.0011
+ compute convergence criterion 25645.5822 24.6619 0.0413
+ velocity_diff_norm = 0.0711943 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25645.5868
+ -----------------------------------
+ build system 25645.5911 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25653.5322 7.9454 7.9411
+ =================================
+ wsmp: initialisation time: 0.0496540 s
+ wsmp: ordering time: 4.1016521 s
+ wsmp: symbolic fact. time: 0.7121651 s
+ wsmp: Cholesky fact. time: 11.3808911 s
+ wsmp: Factorisation 14477.9246765 Mflops
+ wsmp: back substitution time: 0.1214099 s
+ wsmp: from b to rhs vector: 0.0072761 s
+ ---------------------------------
+ wsmp: total solve time: 16.3734441 s
+ =================================
+ u : -0.10170E+01 0.15508E+00
+ v : -0.38491E-01 0.11855E+00
+ w : -0.74651E+00 0.23171E+00
+ =================================
+ Calculate pressures 25669.9209 24.3341 16.3887
+ raw pressures : -0.13712E+01 0.31210E+00
+ Smoothing pressures 25670.1480 24.5613 0.2272
+ do leaf measurements 25670.1491 24.5624 0.0011
+ compute convergence criterion 25670.1910 24.6042 0.0419
+ velocity_diff_norm = 0.0361610 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25670.1957
+ -----------------------------------
+ build system 25670.2001 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25678.2027 8.0070 8.0026
+ =================================
+ wsmp: initialisation time: 0.0499499 s
+ wsmp: ordering time: 4.1021941 s
+ wsmp: symbolic fact. time: 0.7061908 s
+ wsmp: Cholesky fact. time: 11.3815279 s
+ wsmp: Factorisation 14477.1146117 Mflops
+ wsmp: back substitution time: 0.1209221 s
+ wsmp: from b to rhs vector: 0.0072930 s
+ ---------------------------------
+ wsmp: total solve time: 16.3684969 s
+ =================================
+ u : -0.10166E+01 0.17602E+00
+ v : -0.38412E-01 0.12322E+00
+ w : -0.73718E+00 0.22916E+00
+ =================================
+ Calculate pressures 25694.5862 24.3905 16.3835
+ raw pressures : -0.14706E+01 0.35595E+00
+ Smoothing pressures 25694.8115 24.6158 0.2253
+ do leaf measurements 25694.8126 24.6169 0.0011
+ compute convergence criterion 25694.8539 24.6582 0.0413
+ velocity_diff_norm = 0.0159335 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25694.8585
+ -----------------------------------
+ build system 25694.8628 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25702.8018 7.9433 7.9390
+ =================================
+ wsmp: initialisation time: 0.0495090 s
+ wsmp: ordering time: 4.1126909 s
+ wsmp: symbolic fact. time: 0.7030520 s
+ wsmp: Cholesky fact. time: 11.4726231 s
+ wsmp: Factorisation 14362.1630640 Mflops
+ wsmp: back substitution time: 0.1210771 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4665291 s
+ =================================
+ u : -0.10162E+01 0.19386E+00
+ v : -0.40616E-01 0.12569E+00
+ w : -0.73244E+00 0.22822E+00
+ =================================
+ Calculate pressures 25719.2836 24.4251 16.4818
+ raw pressures : -0.15144E+01 0.36441E+00
+ Smoothing pressures 25719.5084 24.6498 0.2248
+ do leaf measurements 25719.5095 24.6510 0.0011
+ compute convergence criterion 25719.5508 24.6923 0.0413
+ velocity_diff_norm = 0.0107332 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25719.5555
+ -----------------------------------
+ build system 25719.5598 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25727.5573 8.0018 7.9975
+ =================================
+ wsmp: initialisation time: 0.0494518 s
+ wsmp: ordering time: 4.1086559 s
+ wsmp: symbolic fact. time: 0.7068980 s
+ wsmp: Cholesky fact. time: 11.3715551 s
+ wsmp: Factorisation 14489.8109864 Mflops
+ wsmp: back substitution time: 0.1207418 s
+ wsmp: from b to rhs vector: 0.0072520 s
+ ---------------------------------
+ wsmp: total solve time: 16.3649759 s
+ =================================
+ u : -0.10159E+01 0.20947E+00
+ v : -0.43025E-01 0.12574E+00
+ w : -0.72792E+00 0.22767E+00
+ =================================
+ Calculate pressures 25743.9378 24.3824 16.3805
+ raw pressures : -0.15361E+01 0.36188E+00
+ Smoothing pressures 25744.1614 24.6060 0.2236
+ do leaf measurements 25744.1626 24.6071 0.0011
+ compute convergence criterion 25744.2043 24.6489 0.0418
+ velocity_diff_norm = 0.0080831 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25744.2073 24.6519 0.0030
+Compute isostasy and adjust vertical 25744.2075 24.6520 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -145103319852231.16 229674593013118.88
+ def in m -7.9932546615600586 0.65656459331512451
+ dimensionless def -1.875898838043213E-6 2.28378704616001675E-5
+ Isostatic velocity range = -0.0184571 0.2279329
+ Compute divergence 25744.4081 24.8526 0.2006
+ wsmp_cleanup 25744.4444 24.8890 0.0364
+ Reset surface geometry 25744.4495 24.8941 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 25744.4577 24.9022 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25744.4747 24.9192 0.0170
+ Advect surface 1 25744.4748 24.9193 0.0001
+ removing 2 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25744.6841 25.1287 0.2093
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25744.8884 25.3329 0.2043
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25745.1378 25.5823 0.2494
+ Advect the cloud 25745.2893 25.7339 0.1515
+ Write output 25746.1120 26.5566 0.8227
+ End of time step 25746.9803 27.4248 0.8682
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 159 25746.9804
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25746.9805 0.0001 0.0001
+ surface 01 25746.9805 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 25746.9806 0.0002 0.0001
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 25747.0071 0.0267 0.0266
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25747.0342 0.0538 0.0271
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25747.0590 0.0786 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25747.0777 0.0973 0.0187
+ S. 2: 16956points
+ refine surface 25747.0779 0.0975 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 25747.1054 0.1250 0.0275
+ S. 2: 7 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 25747.1325 0.1521 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25747.1574 0.1770 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 25747.1758 0.1954 0.0185
+ S. 3: 16966points
+ refine surface 25747.1760 0.1956 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 25747.2019 0.2215 0.0259
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25747.2245 0.2441 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25747.2494 0.2690 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16967points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25747.2739
+ -----------------------------------------------------------------------
+ Create octree solve 25747.2742 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25747.2900 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 25747.3117 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25747.3125 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25747.3267 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 25747.4489 0.1749 0.1222
+ Imbed surface in osolve 25747.6325 0.3585 0.1836
+ embedding surface 1 25747.6326 0.3587 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 25749.5913 2.3174 1.9587
+ osolve%nleaves= 59424
+ embedding surface 3 25751.6910 4.4171 2.0997
+ osolve%nleaves= 64128
+ Assessing octree stability 25755.2432 7.9693 3.5522
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25755.2490 7.9751 0.0058
+ Interpolate velo onto osolve 25755.7072 8.4333 0.4582
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25755.8220 8.5481 0.1148
+ Find void 25756.0928 8.8189 0.2708
+ whole leaf in fluid 32992
+ Define boundary conditions 25756.1214 8.8475 0.0286
+ wsmp setup1 25756.1284 8.8545 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25757.1305 9.8566 1.0021
+ -----------------------------------
+ start of non-linear iteratio 1 25757.1766
+ -----------------------------------
+ build system 25757.1768 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25765.1750 7.9984 7.9982
+ =================================
+ wsmp: initialisation time: 0.0548842 s
+ wsmp: ordering time: 4.1030750 s
+ wsmp: symbolic fact. time: 0.7091341 s
+ wsmp: Cholesky fact. time: 11.3862729 s
+ wsmp: Factorisation 14471.0815573 Mflops
+ wsmp: back substitution time: 0.1207709 s
+ wsmp: from b to rhs vector: 0.0071330 s
+ ---------------------------------
+ wsmp: total solve time: 16.3816490 s
+ =================================
+ u : -0.10253E+01 0.18334E+00
+ v : -0.95810E-01 0.10964E+00
+ w : -0.76144E+00 0.24432E+00
+ =================================
+ Calculate pressures 25781.5723 24.3957 16.3973
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 25781.7968 24.6201 0.2245
+ do leaf measurements 25781.7979 24.6213 0.0011
+ compute convergence criterion 25781.8399 24.6632 0.0420
+ velocity_diff_norm = 0.5887361 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25781.8449
+ -----------------------------------
+ build system 25781.8495 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82334E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25789.8266 7.9817 7.9771
+ =================================
+ wsmp: initialisation time: 0.0484202 s
+ wsmp: ordering time: 4.1024950 s
+ wsmp: symbolic fact. time: 0.7046270 s
+ wsmp: Cholesky fact. time: 11.4064729 s
+ wsmp: Factorisation 14445.4543495 Mflops
+ wsmp: back substitution time: 0.1212718 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.3908319 s
+ =================================
+ u : -0.10156E+01 0.13635E+00
+ v : -0.48751E-01 0.10226E+00
+ w : -0.76693E+00 0.22362E+00
+ =================================
+ Calculate pressures 25806.2332 24.3884 16.4066
+ raw pressures : -0.12358E+01 0.18419E+00
+ Smoothing pressures 25806.4566 24.6117 0.2233
+ do leaf measurements 25806.4577 24.6128 0.0011
+ compute convergence criterion 25806.4995 24.6546 0.0418
+ velocity_diff_norm = 0.0711175 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25806.5044
+ -----------------------------------
+ build system 25806.5089 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25814.4450 7.9407 7.9361
+ =================================
+ wsmp: initialisation time: 0.0501399 s
+ wsmp: ordering time: 4.1271751 s
+ wsmp: symbolic fact. time: 0.7139561 s
+ wsmp: Cholesky fact. time: 11.3825080 s
+ wsmp: Factorisation 14475.8679988 Mflops
+ wsmp: back substitution time: 0.1216168 s
+ wsmp: from b to rhs vector: 0.0069489 s
+ ---------------------------------
+ wsmp: total solve time: 16.4027069 s
+ =================================
+ u : -0.10170E+01 0.15479E+00
+ v : -0.38122E-01 0.11861E+00
+ w : -0.74644E+00 0.23053E+00
+ =================================
+ Calculate pressures 25830.8633 24.3590 16.4183
+ raw pressures : -0.13713E+01 0.31193E+00
+ Smoothing pressures 25831.0892 24.5848 0.2258
+ do leaf measurements 25831.0903 24.5859 0.0011
+ compute convergence criterion 25831.1319 24.6276 0.0417
+ velocity_diff_norm = 0.0361439 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25831.1369
+ -----------------------------------
+ build system 25831.1415 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25839.1341 7.9973 7.9926
+ =================================
+ wsmp: initialisation time: 0.0540910 s
+ wsmp: ordering time: 4.1090791 s
+ wsmp: symbolic fact. time: 0.7088592 s
+ wsmp: Cholesky fact. time: 11.3773520 s
+ wsmp: Factorisation 14482.4282386 Mflops
+ wsmp: back substitution time: 0.1210520 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3779590 s
+ =================================
+ u : -0.10167E+01 0.17580E+00
+ v : -0.38151E-01 0.12320E+00
+ w : -0.73708E+00 0.22843E+00
+ =================================
+ Calculate pressures 25855.5273 24.3905 16.3932
+ raw pressures : -0.14702E+01 0.35541E+00
+ Smoothing pressures 25855.7521 24.6153 0.2248
+ do leaf measurements 25855.7533 24.6164 0.0011
+ compute convergence criterion 25855.7953 24.6584 0.0420
+ velocity_diff_norm = 0.0159168 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 25855.8003
+ -----------------------------------
+ build system 25855.8049 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25863.7440 7.9438 7.9391
+ =================================
+ wsmp: initialisation time: 0.0499270 s
+ wsmp: ordering time: 4.1242330 s
+ wsmp: symbolic fact. time: 0.7084942 s
+ wsmp: Cholesky fact. time: 11.4603350 s
+ wsmp: Factorisation 14377.5625792 Mflops
+ wsmp: back substitution time: 0.1208580 s
+ wsmp: from b to rhs vector: 0.0070941 s
+ ---------------------------------
+ wsmp: total solve time: 16.4713180 s
+ =================================
+ u : -0.10163E+01 0.19364E+00
+ v : -0.40754E-01 0.12568E+00
+ w : -0.73236E+00 0.22784E+00
+ =================================
+ Calculate pressures 25880.2306 24.4303 16.4866
+ raw pressures : -0.15139E+01 0.36384E+00
+ Smoothing pressures 25880.4553 24.6550 0.2247
+ do leaf measurements 25880.4564 24.6561 0.0011
+ compute convergence criterion 25880.4981 24.6978 0.0417
+ velocity_diff_norm = 0.0107323 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 25880.5030
+ -----------------------------------
+ build system 25880.5076 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25888.4916 7.9886 7.9840
+ =================================
+ wsmp: initialisation time: 0.0492249 s
+ wsmp: ordering time: 4.1054301 s
+ wsmp: symbolic fact. time: 0.7085450 s
+ wsmp: Cholesky fact. time: 11.3788490 s
+ wsmp: Factorisation 14480.5228936 Mflops
+ wsmp: back substitution time: 0.1209431 s
+ wsmp: from b to rhs vector: 0.0071421 s
+ ---------------------------------
+ wsmp: total solve time: 16.3705058 s
+ =================================
+ u : -0.10159E+01 0.20927E+00
+ v : -0.43120E-01 0.12570E+00
+ w : -0.72783E+00 0.22749E+00
+ =================================
+ Calculate pressures 25904.8775 24.3745 16.3859
+ raw pressures : -0.15357E+01 0.36141E+00
+ Smoothing pressures 25905.1013 24.5983 0.2238
+ do leaf measurements 25905.1024 24.5994 0.0011
+ compute convergence criterion 25905.1444 24.6414 0.0420
+ velocity_diff_norm = 0.0080822 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 25905.1477 24.6446 0.0032
+Compute isostasy and adjust vertical 25905.1478 24.6448 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -145685402322350.16 231032184600213.38
+ def in m -7.9949283599853516 0.65796589851379395
+ dimensionless def -1.87990256718226845E-6 2.28426524571010041E-5
+ Isostatic velocity range = -0.0185097 0.2279905
+ Compute divergence 25905.3550 24.8520 0.2072
+ wsmp_cleanup 25905.3914 24.8884 0.0364
+ Reset surface geometry 25905.3963 24.8933 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 25905.4043 24.9013 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 25905.4216 24.9186 0.0173
+ Advect surface 1 25905.4217 24.9187 0.0001
+ removing 1 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 25905.6225 25.1195 0.2008
+ removing 4 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 25905.8569 25.3539 0.2344
+ removing 2 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 25906.1294 25.6264 0.2724
+ Advect the cloud 25906.2805 25.7775 0.1511
+ Write output 25907.0955 26.5925 0.8151
+ End of time step 25907.9656 27.4626 0.8700
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 160 25907.9657
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 25907.9658 0.0001 0.0001
+ surface 01 25907.9658 0.0001 0.0000
+ S. 1: 16970points
+ refine surface 25907.9658 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 25907.9918 0.0261 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 25908.0144 0.0487 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 25908.0391 0.0734 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 25908.0576 0.0919 0.0184
+ S. 2: 16956points
+ refine surface 25908.0577 0.0920 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 25908.0839 0.1182 0.0262
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 25908.1112 0.1455 0.0273
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 25908.1361 0.1704 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16958points
+ surface 03 25908.1544 0.1887 0.0183
+ S. 3: 16965points
+ refine surface 25908.1546 0.1889 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 25908.1804 0.2147 0.0258
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 25908.2073 0.2416 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 25908.2320 0.2663 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16966points
+ -----------------------------------------------------------------------
+ Start of iteration 1 25908.2570
+ -----------------------------------------------------------------------
+ Create octree solve 25908.2572 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 25908.2731 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 25908.2945 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 25908.2953 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 25908.3094 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 25908.4316 0.1746 0.1222
+ Imbed surface in osolve 25908.6149 0.3579 0.1833
+ embedding surface 1 25908.6151 0.3581 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 25910.5785 2.3215 1.9634
+ osolve%nleaves= 59424
+ embedding surface 3 25912.6724 4.4155 2.0940
+ osolve%nleaves= 64128
+ Assessing octree stability 25916.2221 7.9652 3.5497
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 25916.2268 7.9698 0.0046
+ Interpolate velo onto osolve 25916.6836 8.4267 0.4569
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 25916.8046 8.5476 0.1210
+ Find void 25917.0734 8.8164 0.2688
+ whole leaf in fluid 32992
+ Define boundary conditions 25917.1015 8.8445 0.0281
+ wsmp setup1 25917.1087 8.8517 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 25918.1137 9.8567 1.0050
+ -----------------------------------
+ start of non-linear iteratio 1 25918.1598
+ -----------------------------------
+ build system 25918.1599 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25926.1711 8.0114 8.0112
+ =================================
+ wsmp: initialisation time: 0.0574379 s
+ wsmp: ordering time: 4.1046000 s
+ wsmp: symbolic fact. time: 0.7091699 s
+ wsmp: Cholesky fact. time: 11.3812079 s
+ wsmp: Factorisation 14477.5216041 Mflops
+ wsmp: back substitution time: 0.1210351 s
+ wsmp: from b to rhs vector: 0.0070858 s
+ ---------------------------------
+ wsmp: total solve time: 16.3811021 s
+ =================================
+ u : -0.10552E+01 0.18435E+00
+ v : -0.96667E-01 0.11058E+00
+ w : -0.76179E+00 0.24662E+00
+ =================================
+ Calculate pressures 25942.5674 24.4077 16.3963
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 25942.7916 24.6318 0.2241
+ do leaf measurements 25942.7927 24.6329 0.0011
+ compute convergence criterion 25942.8341 24.6744 0.0414
+ velocity_diff_norm = 0.5895989 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 25942.8390
+ -----------------------------------
+ build system 25942.8437 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80238E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25950.8299 7.9908 7.9862
+ =================================
+ wsmp: initialisation time: 0.0541201 s
+ wsmp: ordering time: 4.0996521 s
+ wsmp: symbolic fact. time: 0.7095349 s
+ wsmp: Cholesky fact. time: 11.3907299 s
+ wsmp: Factorisation 14465.4192717 Mflops
+ wsmp: back substitution time: 0.1208100 s
+ wsmp: from b to rhs vector: 0.0071149 s
+ ---------------------------------
+ wsmp: total solve time: 16.3823309 s
+ =================================
+ u : -0.10156E+01 0.13703E+00
+ v : -0.48414E-01 0.10199E+00
+ w : -0.76719E+00 0.22532E+00
+ =================================
+ Calculate pressures 25967.2277 24.3886 16.3978
+ raw pressures : -0.12366E+01 0.18253E+00
+ Smoothing pressures 25967.4521 24.6131 0.2244
+ do leaf measurements 25967.4532 24.6142 0.0011
+ compute convergence criterion 25967.4943 24.6553 0.0411
+ velocity_diff_norm = 0.0714243 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 25967.4991
+ -----------------------------------
+ build system 25967.5036 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 25975.4432 7.9440 7.9395
+ =================================
+ wsmp: initialisation time: 0.0550261 s
+ wsmp: ordering time: 4.1323950 s
+ wsmp: symbolic fact. time: 0.7146389 s
+ wsmp: Cholesky fact. time: 11.3898149 s
+ wsmp: Factorisation 14466.5814144 Mflops
+ wsmp: back substitution time: 0.1216881 s
+ wsmp: from b to rhs vector: 0.0070488 s
+ ---------------------------------
+ wsmp: total solve time: 16.4209859 s
+ =================================
+ u : -0.10171E+01 0.15519E+00
+ v : -0.38491E-01 0.11844E+00
+ w : -0.74682E+00 0.23138E+00
+ =================================
+ Calculate pressures 25991.8800 24.3808 16.4368
+ raw pressures : -0.13722E+01 0.31298E+00
+ Smoothing pressures 25992.1065 24.6074 0.2266
+ do leaf measurements 25992.1076 24.6085 0.0011
+ compute convergence criterion 25992.1488 24.6497 0.0412
+ velocity_diff_norm = 0.0360595 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 25992.1537
+ -----------------------------------
+ build system 25992.1583 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26000.1432 7.9895 7.9849
+ =================================
+ wsmp: initialisation time: 0.0509620 s
+ wsmp: ordering time: 4.1128650 s
+ wsmp: symbolic fact. time: 0.7071340 s
+ wsmp: Cholesky fact. time: 11.3838899 s
+ wsmp: Factorisation 14474.1107940 Mflops
+ wsmp: back substitution time: 0.1208849 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.3832722 s
+ =================================
+ u : -0.10167E+01 0.17611E+00
+ v : -0.38324E-01 0.12315E+00
+ w : -0.73736E+00 0.22903E+00
+ =================================
+ Calculate pressures 26016.5422 24.3885 16.3990
+ raw pressures : -0.14711E+01 0.35665E+00
+ Smoothing pressures 26016.7656 24.6119 0.2233
+ do leaf measurements 26016.7667 24.6130 0.0011
+ compute convergence criterion 26016.8082 24.6545 0.0415
+ velocity_diff_norm = 0.0159853 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26016.8131
+ -----------------------------------
+ build system 26016.8178 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26024.7555 7.9424 7.9377
+ =================================
+ wsmp: initialisation time: 0.0502710 s
+ wsmp: ordering time: 4.0997679 s
+ wsmp: symbolic fact. time: 0.7050722 s
+ wsmp: Cholesky fact. time: 11.4732962 s
+ wsmp: Factorisation 14361.3205393 Mflops
+ wsmp: back substitution time: 0.1210792 s
+ wsmp: from b to rhs vector: 0.0070951 s
+ ---------------------------------
+ wsmp: total solve time: 16.4569452 s
+ =================================
+ u : -0.10164E+01 0.19393E+00
+ v : -0.40558E-01 0.12564E+00
+ w : -0.73258E+00 0.22822E+00
+ =================================
+ Calculate pressures 26041.2284 24.4153 16.4729
+ raw pressures : -0.15150E+01 0.36514E+00
+ Smoothing pressures 26041.4528 24.6397 0.2244
+ do leaf measurements 26041.4539 24.6408 0.0011
+ compute convergence criterion 26041.4950 24.6819 0.0411
+ velocity_diff_norm = 0.0107548 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26041.4999
+ -----------------------------------
+ build system 26041.5045 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26049.4789 7.9790 7.9744
+ =================================
+ wsmp: initialisation time: 0.0503559 s
+ wsmp: ordering time: 4.1030910 s
+ wsmp: symbolic fact. time: 0.7063711 s
+ wsmp: Cholesky fact. time: 11.3773150 s
+ wsmp: Factorisation 14482.4752793 Mflops
+ wsmp: back substitution time: 0.1214361 s
+ wsmp: from b to rhs vector: 0.0070381 s
+ ---------------------------------
+ wsmp: total solve time: 16.3659689 s
+ =================================
+ u : -0.10160E+01 0.20956E+00
+ v : -0.42972E-01 0.12573E+00
+ w : -0.72801E+00 0.22776E+00
+ =================================
+ Calculate pressures 26065.8603 24.3604 16.3814
+ raw pressures : -0.15368E+01 0.36248E+00
+ Smoothing pressures 26066.0857 24.5858 0.2254
+ do leaf measurements 26066.0868 24.5869 0.0011
+ compute convergence criterion 26066.1279 24.6280 0.0411
+ velocity_diff_norm = 0.0080881 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26066.1311 24.6312 0.0032
+Compute isostasy and adjust vertical 26066.1313 24.6314 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -146254278917952.13 232398519037646.47
+ def in m -7.9933028221130371 0.65443241596221924
+ dimensionless def -1.86980690274919781E-6 2.28380080631801053E-5
+ Isostatic velocity range = -0.0184200 0.2279464
+ Compute divergence 26066.3237 24.8238 0.1924
+ wsmp_cleanup 26066.3681 24.8682 0.0444
+ Reset surface geometry 26066.3732 24.8733 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 26066.3814 24.8815 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26066.3968 24.8969 0.0154
+ Advect surface 1 26066.3969 24.8970 0.0001
+ removing 5 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26066.6348 25.1349 0.2379
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26066.8500 25.3501 0.2152
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26067.1191 25.6192 0.2691
+ Advect the cloud 26067.2708 25.7709 0.1517
+ Write output 26068.0926 26.5927 0.8218
+ End of time step 26068.9616 27.4617 0.8690
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 161 26068.9617
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26068.9618 0.0001 0.0001
+ surface 01 26068.9618 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 26068.9619 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 26068.9892 0.0275 0.0274
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 26069.0116 0.0499 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26069.0364 0.0747 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 26069.0547 0.0930 0.0183
+ S. 2: 16956points
+ refine surface 26069.0549 0.0932 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26069.0794 0.1177 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16956points
+ surface 03 26069.0980 0.1363 0.0186
+ S. 3: 16965points
+ refine surface 26069.0981 0.1364 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26069.1227 0.1610 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16965points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26069.1474
+ -----------------------------------------------------------------------
+ Create octree solve 26069.1476 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26069.1634 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 26069.1853 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26069.1860 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26069.2002 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 26069.3224 0.1750 0.1222
+ Imbed surface in osolve 26069.5073 0.3599 0.1849
+ embedding surface 1 26069.5075 0.3601 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 26071.4736 2.3263 1.9661
+ osolve%nleaves= 59424
+ embedding surface 3 26073.5792 4.4318 2.1056
+ osolve%nleaves= 64128
+ Assessing octree stability 26077.1326 7.9853 3.5535
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26077.1372 7.9899 0.0046
+ Interpolate velo onto osolve 26077.6008 8.4535 0.4636
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26077.7045 8.5572 0.1037
+ Find void 26077.9738 8.8264 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 26078.0020 8.8547 0.0282
+ wsmp setup1 26078.0092 8.8618 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26079.0180 9.8707 1.0088
+ -----------------------------------
+ start of non-linear iteratio 1 26079.0648
+ -----------------------------------
+ build system 26079.0650 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26087.0570 7.9922 7.9920
+ =================================
+ wsmp: initialisation time: 0.0581381 s
+ wsmp: ordering time: 4.1009080 s
+ wsmp: symbolic fact. time: 0.7114801 s
+ wsmp: Cholesky fact. time: 11.3783278 s
+ wsmp: Factorisation 14481.1861723 Mflops
+ wsmp: back substitution time: 0.1206961 s
+ wsmp: from b to rhs vector: 0.0073681 s
+ ---------------------------------
+ wsmp: total solve time: 16.3773179 s
+ =================================
+ u : -0.10556E+01 0.18469E+00
+ v : -0.96623E-01 0.11058E+00
+ w : -0.76180E+00 0.24635E+00
+ =================================
+ Calculate pressures 26103.4494 24.3847 16.3924
+ raw pressures : -0.35132E+00 0.00000E+00
+ Smoothing pressures 26103.6738 24.6090 0.2243
+ do leaf measurements 26103.6748 24.6100 0.0011
+ compute convergence criterion 26103.7169 24.6522 0.0421
+ velocity_diff_norm = 0.5892564 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26103.7219
+ -----------------------------------
+ build system 26103.7265 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80432E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26111.7230 8.0011 7.9965
+ =================================
+ wsmp: initialisation time: 0.0524821 s
+ wsmp: ordering time: 4.1090271 s
+ wsmp: symbolic fact. time: 0.7056189 s
+ wsmp: Cholesky fact. time: 11.3954070 s
+ wsmp: Factorisation 14459.4821784 Mflops
+ wsmp: back substitution time: 0.1213269 s
+ wsmp: from b to rhs vector: 0.0072460 s
+ ---------------------------------
+ wsmp: total solve time: 16.3914862 s
+ =================================
+ u : -0.10157E+01 0.13733E+00
+ v : -0.48635E-01 0.10274E+00
+ w : -0.76710E+00 0.22520E+00
+ =================================
+ Calculate pressures 26128.1301 24.4083 16.4072
+ raw pressures : -0.12366E+01 0.17990E+00
+ Smoothing pressures 26128.3547 24.6328 0.2245
+ do leaf measurements 26128.3557 24.6338 0.0010
+ compute convergence criterion 26128.3978 24.6759 0.0421
+ velocity_diff_norm = 0.0714437 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26128.4027
+ -----------------------------------
+ build system 26128.4072 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26136.3439 7.9412 7.9367
+ =================================
+ wsmp: initialisation time: 0.0538220 s
+ wsmp: ordering time: 4.1283371 s
+ wsmp: symbolic fact. time: 0.7175670 s
+ wsmp: Cholesky fact. time: 11.4011669 s
+ wsmp: Factorisation 14452.1771403 Mflops
+ wsmp: back substitution time: 0.1215761 s
+ wsmp: from b to rhs vector: 0.0072880 s
+ ---------------------------------
+ wsmp: total solve time: 16.4301710 s
+ =================================
+ u : -0.10171E+01 0.15533E+00
+ v : -0.38194E-01 0.11885E+00
+ w : -0.74694E+00 0.23116E+00
+ =================================
+ Calculate pressures 26152.7896 24.3869 16.4456
+ raw pressures : -0.13722E+01 0.31288E+00
+ Smoothing pressures 26153.0157 24.6129 0.2261
+ do leaf measurements 26153.0167 24.6140 0.0010
+ compute convergence criterion 26153.0584 24.6557 0.0417
+ velocity_diff_norm = 0.0361246 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26153.0633
+ -----------------------------------
+ build system 26153.0678 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26161.0422 7.9789 7.9744
+ =================================
+ wsmp: initialisation time: 0.0546510 s
+ wsmp: ordering time: 4.1114419 s
+ wsmp: symbolic fact. time: 0.7072251 s
+ wsmp: Cholesky fact. time: 11.3784070 s
+ wsmp: Factorisation 14481.0854326 Mflops
+ wsmp: back substitution time: 0.1209650 s
+ wsmp: from b to rhs vector: 0.0073171 s
+ ---------------------------------
+ wsmp: total solve time: 16.3804259 s
+ =================================
+ u : -0.10167E+01 0.17615E+00
+ v : -0.38122E-01 0.12343E+00
+ w : -0.73743E+00 0.22882E+00
+ =================================
+ Calculate pressures 26177.4380 24.3747 16.3958
+ raw pressures : -0.14710E+01 0.35664E+00
+ Smoothing pressures 26177.6626 24.5993 0.2246
+ do leaf measurements 26177.6637 24.6004 0.0011
+ compute convergence criterion 26177.7058 24.6425 0.0421
+ velocity_diff_norm = 0.0160331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26177.7107
+ -----------------------------------
+ build system 26177.7153 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26185.6445 7.9338 7.9292
+ =================================
+ wsmp: initialisation time: 0.0507712 s
+ wsmp: ordering time: 4.1039040 s
+ wsmp: symbolic fact. time: 0.7096109 s
+ wsmp: Cholesky fact. time: 11.4486492 s
+ wsmp: Factorisation 14392.2380236 Mflops
+ wsmp: back substitution time: 0.1210389 s
+ wsmp: from b to rhs vector: 0.0072908 s
+ ---------------------------------
+ wsmp: total solve time: 16.4416468 s
+ =================================
+ u : -0.10163E+01 0.19391E+00
+ v : -0.40600E-01 0.12587E+00
+ w : -0.73264E+00 0.22791E+00
+ =================================
+ Calculate pressures 26202.1018 24.3911 16.4573
+ raw pressures : -0.15148E+01 0.36506E+00
+ Smoothing pressures 26202.3265 24.6158 0.2247
+ do leaf measurements 26202.3275 24.6168 0.0010
+ compute convergence criterion 26202.3692 24.6585 0.0417
+ velocity_diff_norm = 0.0107462 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26202.3741
+ -----------------------------------
+ build system 26202.3787 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26210.3457 7.9715 7.9670
+ =================================
+ wsmp: initialisation time: 0.0537422 s
+ wsmp: ordering time: 4.1122360 s
+ wsmp: symbolic fact. time: 0.7121801 s
+ wsmp: Cholesky fact. time: 11.3766201 s
+ wsmp: Factorisation 14483.3600041 Mflops
+ wsmp: back substitution time: 0.1214840 s
+ wsmp: from b to rhs vector: 0.0072792 s
+ ---------------------------------
+ wsmp: total solve time: 16.3839400 s
+ =================================
+ u : -0.10159E+01 0.20952E+00
+ v : -0.43010E-01 0.12585E+00
+ w : -0.72804E+00 0.22754E+00
+ =================================
+ Calculate pressures 26226.7449 24.3708 16.3993
+ raw pressures : -0.15369E+01 0.36263E+00
+ Smoothing pressures 26226.9719 24.5977 0.2269
+ do leaf measurements 26226.9729 24.5987 0.0010
+ compute convergence criterion 26227.0146 24.6405 0.0417
+ velocity_diff_norm = 0.0080879 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26227.0179 24.6437 0.0032
+Compute isostasy and adjust vertical 26227.0181 24.6439 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -146831045946735.41 233757442859168.56
+ def in m -7.9719047546386719 0.65504473447799683
+ dimensionless def -1.8715563842228482E-6 2.27768707275390617E-5
+ Isostatic velocity range = -0.0184498 0.2273102
+ Compute divergence 26227.2118 24.8377 0.1938
+ wsmp_cleanup 26227.2609 24.8868 0.0491
+ Reset surface geometry 26227.2661 24.8919 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 26227.2737 24.8996 0.0076
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26227.2873 24.9132 0.0136
+ Advect surface 1 26227.2875 24.9133 0.0001
+ removing 2 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26227.4999 25.1258 0.2125
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26227.6971 25.3230 0.1972
+ S. 3: 16 flips in delaunay2
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26227.9547 25.5805 0.2576
+ Advect the cloud 26228.1043 25.7301 0.1496
+ Write output 26228.9338 26.5596 0.8295
+ End of time step 26229.8052 27.4310 0.8714
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 162 26229.8053
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26229.8054 0.0001 0.0001
+ surface 01 26229.8054 0.0001 0.0000
+ S. 1: 16967points
+ refine surface 26229.8055 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 26229.8329 0.0276 0.0274
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 26229.8598 0.0545 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26229.8846 0.0793 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16970points
+ surface 02 26229.9029 0.0975 0.0182
+ S. 2: 16956points
+ refine surface 26229.9030 0.0977 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 26229.9306 0.1252 0.0276
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 26229.9530 0.1477 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26229.9778 0.1724 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 26229.9961 0.1908 0.0184
+ S. 3: 16965points
+ refine surface 26229.9963 0.1910 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 26230.0240 0.2186 0.0277
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 26230.0464 0.2411 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26230.0714 0.2661 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16969points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26230.0961
+ -----------------------------------------------------------------------
+ Create octree solve 26230.0963 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26230.1122 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 26230.1340 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26230.1348 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26230.1489 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 26230.2718 0.1757 0.1229
+ Imbed surface in osolve 26230.4593 0.3632 0.1875
+ embedding surface 1 26230.4595 0.3634 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 26232.4174 2.3213 1.9580
+ osolve%nleaves= 59424
+ embedding surface 3 26234.5273 4.4312 2.1099
+ osolve%nleaves= 64128
+ Assessing octree stability 26238.0649 7.9688 3.5376
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26238.0695 7.9734 0.0046
+ Interpolate velo onto osolve 26238.4943 8.3982 0.4247
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26238.6501 8.5540 0.1558
+ Find void 26238.9218 8.8257 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 26238.9503 8.8542 0.0284
+ wsmp setup1 26238.9572 8.8611 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26239.9630 9.8669 1.0058
+ -----------------------------------
+ start of non-linear iteratio 1 26240.0100
+ -----------------------------------
+ build system 26240.0102 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26247.9951 7.9851 7.9849
+ =================================
+ wsmp: initialisation time: 0.0541408 s
+ wsmp: ordering time: 4.1099372 s
+ wsmp: symbolic fact. time: 0.7113411 s
+ wsmp: Cholesky fact. time: 11.3793590 s
+ wsmp: Factorisation 14479.8739345 Mflops
+ wsmp: back substitution time: 0.1210730 s
+ wsmp: from b to rhs vector: 0.0071959 s
+ ---------------------------------
+ wsmp: total solve time: 16.3834410 s
+ =================================
+ u : -0.10302E+01 0.18540E+00
+ v : -0.96550E-01 0.11047E+00
+ w : -0.76206E+00 0.24815E+00
+ =================================
+ Calculate pressures 26264.3947 24.3846 16.3995
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 26264.6186 24.6086 0.2239
+ do leaf measurements 26264.6198 24.6097 0.0012
+ compute convergence criterion 26264.6616 24.6516 0.0418
+ velocity_diff_norm = 0.5898836 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26264.6664
+ -----------------------------------
+ build system 26264.6709 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80937E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26272.6740 8.0075 8.0031
+ =================================
+ wsmp: initialisation time: 0.0499680 s
+ wsmp: ordering time: 4.1193161 s
+ wsmp: symbolic fact. time: 0.7118859 s
+ wsmp: Cholesky fact. time: 11.3908181 s
+ wsmp: Factorisation 14465.3072460 Mflops
+ wsmp: back substitution time: 0.1208541 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.4004462 s
+ =================================
+ u : -0.10157E+01 0.13795E+00
+ v : -0.48490E-01 0.10211E+00
+ w : -0.76749E+00 0.22462E+00
+ =================================
+ Calculate pressures 26289.0904 24.4239 16.4164
+ raw pressures : -0.12365E+01 0.18194E+00
+ Smoothing pressures 26289.3137 24.6472 0.2233
+ do leaf measurements 26289.3148 24.6483 0.0011
+ compute convergence criterion 26289.3564 24.6900 0.0417
+ velocity_diff_norm = 0.0715851 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26289.3612
+ -----------------------------------
+ build system 26289.3656 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26297.2998 7.9386 7.9342
+ =================================
+ wsmp: initialisation time: 0.0508981 s
+ wsmp: ordering time: 4.1345398 s
+ wsmp: symbolic fact. time: 0.7178180 s
+ wsmp: Cholesky fact. time: 11.4233549 s
+ wsmp: Factorisation 14424.1062135 Mflops
+ wsmp: back substitution time: 0.1217918 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4558511 s
+ =================================
+ u : -0.10170E+01 0.15589E+00
+ v : -0.38216E-01 0.11871E+00
+ w : -0.74708E+00 0.23130E+00
+ =================================
+ Calculate pressures 26313.7707 24.4095 16.4709
+ raw pressures : -0.13732E+01 0.31375E+00
+ Smoothing pressures 26313.9975 24.6363 0.2268
+ do leaf measurements 26313.9986 24.6374 0.0011
+ compute convergence criterion 26314.0401 24.6789 0.0415
+ velocity_diff_norm = 0.0360716 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26314.0450
+ -----------------------------------
+ build system 26314.0493 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26322.0381 7.9932 7.9888
+ =================================
+ wsmp: initialisation time: 0.0518122 s
+ wsmp: ordering time: 4.1108751 s
+ wsmp: symbolic fact. time: 0.7083950 s
+ wsmp: Cholesky fact. time: 11.3744059 s
+ wsmp: Factorisation 14486.1794005 Mflops
+ wsmp: back substitution time: 0.1210310 s
+ wsmp: from b to rhs vector: 0.0072210 s
+ ---------------------------------
+ wsmp: total solve time: 16.3741162 s
+ =================================
+ u : -0.10165E+01 0.17659E+00
+ v : -0.38133E-01 0.12332E+00
+ w : -0.73766E+00 0.22899E+00
+ =================================
+ Calculate pressures 26338.4281 24.3832 16.3900
+ raw pressures : -0.14724E+01 0.35770E+00
+ Smoothing pressures 26338.6509 24.6060 0.2228
+ do leaf measurements 26338.6521 24.6071 0.0012
+ compute convergence criterion 26338.6940 24.6490 0.0419
+ velocity_diff_norm = 0.0159831 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26338.6988
+ -----------------------------------
+ build system 26338.7033 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26346.6410 7.9422 7.9377
+ =================================
+ wsmp: initialisation time: 0.0513830 s
+ wsmp: ordering time: 4.1093819 s
+ wsmp: symbolic fact. time: 0.7097380 s
+ wsmp: Cholesky fact. time: 11.4446249 s
+ wsmp: Factorisation 14397.2987584 Mflops
+ wsmp: back substitution time: 0.1211340 s
+ wsmp: from b to rhs vector: 0.0072539 s
+ ---------------------------------
+ wsmp: total solve time: 16.4438860 s
+ =================================
+ u : -0.10162E+01 0.19435E+00
+ v : -0.40511E-01 0.12577E+00
+ w : -0.73284E+00 0.22811E+00
+ =================================
+ Calculate pressures 26363.1004 24.4016 16.4594
+ raw pressures : -0.15164E+01 0.36607E+00
+ Smoothing pressures 26363.3243 24.6255 0.2239
+ do leaf measurements 26363.3255 24.6266 0.0011
+ compute convergence criterion 26363.3671 24.6682 0.0416
+ velocity_diff_norm = 0.0107592 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26363.3719
+ -----------------------------------
+ build system 26363.3763 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26371.3339 7.9621 7.9577
+ =================================
+ wsmp: initialisation time: 0.0490530 s
+ wsmp: ordering time: 4.1056621 s
+ wsmp: symbolic fact. time: 0.7182419 s
+ wsmp: Cholesky fact. time: 11.3766990 s
+ wsmp: Factorisation 14483.2595376 Mflops
+ wsmp: back substitution time: 0.1219289 s
+ wsmp: from b to rhs vector: 0.0071998 s
+ ---------------------------------
+ wsmp: total solve time: 16.3791659 s
+ =================================
+ u : -0.10159E+01 0.20996E+00
+ v : -0.42937E-01 0.12582E+00
+ w : -0.72823E+00 0.22762E+00
+ =================================
+ Calculate pressures 26387.7288 24.3569 16.3948
+ raw pressures : -0.15384E+01 0.36356E+00
+ Smoothing pressures 26387.9549 24.5831 0.2261
+ do leaf measurements 26387.9560 24.5842 0.0011
+ compute convergence criterion 26387.9975 24.6256 0.0415
+ velocity_diff_norm = 0.0080952 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26388.0005 24.6286 0.0030
+Compute isostasy and adjust vertical 26388.0006 24.6288 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -147431918052471.47 235082470016517.72
+ def in m -7.9834089279174805 0.65399879217147827
+ dimensionless def -1.868567977632795E-6 2.28097397940499415E-5
+ Isostatic velocity range = -0.0184289 0.2276433
+ Compute divergence 26388.1964 24.8246 0.1958
+ wsmp_cleanup 26388.2389 24.8670 0.0424
+ Reset surface geometry 26388.2439 24.8720 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 26388.2523 24.8804 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26388.2667 24.8948 0.0144
+ Advect surface 1 26388.2668 24.8950 0.0001
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26388.4724 25.1005 0.2055
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26388.6792 25.3073 0.2068
+ removing 4 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26388.9660 25.5942 0.2869
+ Advect the cloud 26389.1281 25.7563 0.1621
+ Write output 26389.9570 26.5851 0.8288
+ End of time step 26390.8499 27.4781 0.8930
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 163 26390.8501
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26390.8501 0.0001 0.0001
+ surface 01 26390.8502 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 26390.8502 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 26390.8767 0.0266 0.0264
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 26390.8993 0.0492 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26390.9240 0.0739 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16970points
+ surface 02 26390.9424 0.0923 0.0184
+ S. 2: 16959points
+ refine surface 26390.9425 0.0924 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 26390.9687 0.1186 0.0262
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 26390.9913 0.1412 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26391.0162 0.1661 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16961points
+ surface 03 26391.0344 0.1843 0.0182
+ S. 3: 16965points
+ refine surface 26391.0345 0.1844 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 26391.0603 0.2102 0.0258
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 26391.0871 0.2370 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26391.1119 0.2618 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16966points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26391.1365
+ -----------------------------------------------------------------------
+ Create octree solve 26391.1368 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26391.1526 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 26391.1741 0.0376 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26391.1748 0.0383 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26391.1890 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 26391.3112 0.1746 0.1222
+ Imbed surface in osolve 26391.4985 0.3620 0.1873
+ embedding surface 1 26391.4986 0.3621 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 26393.4358 2.2993 1.9371
+ osolve%nleaves= 59424
+ embedding surface 3 26395.5239 4.3874 2.0881
+ osolve%nleaves= 64128
+ Assessing octree stability 26399.0593 7.9228 3.5354
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26399.0640 7.9275 0.0047
+ Interpolate velo onto osolve 26399.5270 8.3905 0.4630
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26399.6845 8.5480 0.1575
+ Find void 26399.9584 8.8219 0.2739
+ whole leaf in fluid 32992
+ Define boundary conditions 26399.9869 8.8503 0.0284
+ wsmp setup1 26399.9950 8.8585 0.0081
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26400.9994 9.8629 1.0044
+ -----------------------------------
+ start of non-linear iteratio 1 26401.0461
+ -----------------------------------
+ build system 26401.0462 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26409.0210 7.9750 7.9748
+ =================================
+ wsmp: initialisation time: 0.0549219 s
+ wsmp: ordering time: 4.1116891 s
+ wsmp: symbolic fact. time: 0.7118440 s
+ wsmp: Cholesky fact. time: 11.3741949 s
+ wsmp: Factorisation 14486.4481307 Mflops
+ wsmp: back substitution time: 0.1208141 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.3810401 s
+ =================================
+ u : -0.10385E+01 0.18465E+00
+ v : -0.97202E-01 0.11014E+00
+ w : -0.76175E+00 0.24682E+00
+ =================================
+ Calculate pressures 26425.4180 24.3719 16.3970
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 26425.6415 24.5954 0.2234
+ do leaf measurements 26425.6425 24.5965 0.0011
+ compute convergence criterion 26425.6850 24.6389 0.0424
+ velocity_diff_norm = 0.5882277 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26425.6898
+ -----------------------------------
+ build system 26425.6942 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79800E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26433.7086 8.0189 8.0144
+ =================================
+ wsmp: initialisation time: 0.0522721 s
+ wsmp: ordering time: 4.1079979 s
+ wsmp: symbolic fact. time: 0.7100320 s
+ wsmp: Cholesky fact. time: 11.3867800 s
+ wsmp: Factorisation 14470.4370800 Mflops
+ wsmp: back substitution time: 0.1207101 s
+ wsmp: from b to rhs vector: 0.0071990 s
+ ---------------------------------
+ wsmp: total solve time: 16.3853951 s
+ =================================
+ u : -0.10156E+01 0.13745E+00
+ v : -0.48693E-01 0.10233E+00
+ w : -0.76722E+00 0.22504E+00
+ =================================
+ Calculate pressures 26450.1094 24.4197 16.4008
+ raw pressures : -0.12363E+01 0.18080E+00
+ Smoothing pressures 26450.3337 24.6439 0.2243
+ do leaf measurements 26450.3348 24.6450 0.0011
+ compute convergence criterion 26450.3767 24.6870 0.0419
+ velocity_diff_norm = 0.0707272 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26450.3815
+ -----------------------------------
+ build system 26450.3859 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26458.3255 7.9440 7.9397
+ =================================
+ wsmp: initialisation time: 0.0542860 s
+ wsmp: ordering time: 4.1235969 s
+ wsmp: symbolic fact. time: 0.7189200 s
+ wsmp: Cholesky fact. time: 11.4277761 s
+ wsmp: Factorisation 14418.5257445 Mflops
+ wsmp: back substitution time: 0.1215031 s
+ wsmp: from b to rhs vector: 0.0072038 s
+ ---------------------------------
+ wsmp: total solve time: 16.4536839 s
+ =================================
+ u : -0.10171E+01 0.15559E+00
+ v : -0.38235E-01 0.11865E+00
+ w : -0.74705E+00 0.23124E+00
+ =================================
+ Calculate pressures 26474.7950 24.4135 16.4695
+ raw pressures : -0.13727E+01 0.31359E+00
+ Smoothing pressures 26475.0204 24.6389 0.2254
+ do leaf measurements 26475.0215 24.6400 0.0011
+ compute convergence criterion 26475.0635 24.6820 0.0420
+ velocity_diff_norm = 0.0361371 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26475.0683
+ -----------------------------------
+ build system 26475.0727 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26483.0712 8.0029 7.9986
+ =================================
+ wsmp: initialisation time: 0.0516410 s
+ wsmp: ordering time: 4.1017830 s
+ wsmp: symbolic fact. time: 0.7087982 s
+ wsmp: Cholesky fact. time: 11.3789611 s
+ wsmp: Factorisation 14480.3802936 Mflops
+ wsmp: back substitution time: 0.1209140 s
+ wsmp: from b to rhs vector: 0.0070720 s
+ ---------------------------------
+ wsmp: total solve time: 16.3695400 s
+ =================================
+ u : -0.10166E+01 0.17637E+00
+ v : -0.38092E-01 0.12327E+00
+ w : -0.73765E+00 0.22879E+00
+ =================================
+ Calculate pressures 26499.4567 24.3883 16.3854
+ raw pressures : -0.14715E+01 0.35698E+00
+ Smoothing pressures 26499.6803 24.6120 0.2236
+ do leaf measurements 26499.6813 24.6130 0.0011
+ compute convergence criterion 26499.7236 24.6553 0.0423
+ velocity_diff_norm = 0.0159094 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26499.7284
+ -----------------------------------
+ build system 26499.7329 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26507.6810 7.9526 7.9481
+ =================================
+ wsmp: initialisation time: 0.0507050 s
+ wsmp: ordering time: 4.1000001 s
+ wsmp: symbolic fact. time: 0.7074728 s
+ wsmp: Cholesky fact. time: 11.4338670 s
+ wsmp: Factorisation 14410.8449221 Mflops
+ wsmp: back substitution time: 0.1210740 s
+ wsmp: from b to rhs vector: 0.0069730 s
+ ---------------------------------
+ wsmp: total solve time: 16.4204710 s
+ =================================
+ u : -0.10163E+01 0.19416E+00
+ v : -0.40628E-01 0.12569E+00
+ w : -0.73282E+00 0.22785E+00
+ =================================
+ Calculate pressures 26524.1167 24.3883 16.4357
+ raw pressures : -0.15156E+01 0.36567E+00
+ Smoothing pressures 26524.3418 24.6134 0.2251
+ do leaf measurements 26524.3429 24.6144 0.0011
+ compute convergence criterion 26524.3849 24.6565 0.0420
+ velocity_diff_norm = 0.0107374 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26524.3897
+ -----------------------------------
+ build system 26524.3941 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26532.3439 7.9542 7.9498
+ =================================
+ wsmp: initialisation time: 0.0507002 s
+ wsmp: ordering time: 4.1005108 s
+ wsmp: symbolic fact. time: 0.7167470 s
+ wsmp: Cholesky fact. time: 11.3763711 s
+ wsmp: Factorisation 14483.6768923 Mflops
+ wsmp: back substitution time: 0.1214190 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.3732650 s
+ =================================
+ u : -0.10159E+01 0.20975E+00
+ v : -0.43028E-01 0.12573E+00
+ w : -0.72822E+00 0.22750E+00
+ =================================
+ Calculate pressures 26548.7330 24.3433 16.3890
+ raw pressures : -0.15377E+01 0.36320E+00
+ Smoothing pressures 26548.9598 24.5701 0.2268
+ do leaf measurements 26548.9608 24.5712 0.0011
+ compute convergence criterion 26549.0028 24.6131 0.0420
+ velocity_diff_norm = 0.0080916 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26549.0057 24.6160 0.0029
+Compute isostasy and adjust vertical 26549.0059 24.6162 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -148024376430538.41 236414435474117.72
+ def in m -7.989501953125 0.65249621868133545
+ dimensionless def -1.86427491051810118E-6 2.28271484374999999E-5
+ Isostatic velocity range = -0.0183918 0.2278183
+ Compute divergence 26549.2119 24.8222 0.2060
+ wsmp_cleanup 26549.2478 24.8581 0.0359
+ Reset surface geometry 26549.2529 24.8632 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 26549.2609 24.8712 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26549.2779 24.8883 0.0170
+ Advect surface 1 26549.2781 24.8884 0.0001
+ removing 4 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26549.5014 25.1117 0.2233
+ removing 4 particle from surface
+ S. 2: 14 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26549.7315 25.3418 0.2301
+ removing 3 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26550.0124 25.6227 0.2809
+ Advect the cloud 26550.1654 25.7757 0.1530
+ Write output 26550.9870 26.5973 0.8216
+ End of time step 26551.8638 27.4741 0.8768
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 164 26551.8639
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26551.8640 0.0001 0.0001
+ surface 01 26551.8640 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 26551.8641 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26551.8891 0.0252 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16966points
+ surface 02 26551.9074 0.0435 0.0183
+ S. 2: 16957points
+ refine surface 26551.9076 0.0437 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 26551.9347 0.0708 0.0271
+ S. 2: 6 flips in delaunay2
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 26551.9616 0.0977 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26551.9866 0.1227 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 26552.0049 0.1410 0.0183
+ S. 3: 16963points
+ refine surface 26552.0051 0.1411 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 26552.0309 0.1670 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 26552.0535 0.1896 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26552.0786 0.2147 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16964points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26552.1033
+ -----------------------------------------------------------------------
+ Create octree solve 26552.1036 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26552.1195 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 26552.1409 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26552.1417 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26552.1558 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 26552.2780 0.1747 0.1222
+ Imbed surface in osolve 26552.4660 0.3627 0.1880
+ embedding surface 1 26552.4662 0.3628 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 26554.4413 2.3379 1.9751
+ osolve%nleaves= 59424
+ embedding surface 3 26556.5311 4.4278 2.0899
+ osolve%nleaves= 64128
+ Assessing octree stability 26560.0894 7.9861 3.5583
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26560.0945 7.9912 0.0051
+ Interpolate velo onto osolve 26560.5247 8.4214 0.4301
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26560.6334 8.5300 0.1087
+ Find void 26560.9012 8.7979 0.2679
+ whole leaf in fluid 32992
+ Define boundary conditions 26560.9296 8.8262 0.0283
+ wsmp setup1 26560.9371 8.8337 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26561.9348 9.8314 0.9977
+ -----------------------------------
+ start of non-linear iteratio 1 26561.9807
+ -----------------------------------
+ build system 26561.9809 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26569.9552 7.9745 7.9744
+ =================================
+ wsmp: initialisation time: 0.0552518 s
+ wsmp: ordering time: 4.1033261 s
+ wsmp: symbolic fact. time: 0.7085841 s
+ wsmp: Cholesky fact. time: 11.3788381 s
+ wsmp: Factorisation 14480.5368503 Mflops
+ wsmp: back substitution time: 0.1211991 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3747001 s
+ =================================
+ u : -0.10424E+01 0.18390E+00
+ v : -0.96383E-01 0.11050E+00
+ w : -0.76164E+00 0.24606E+00
+ =================================
+ Calculate pressures 26586.3453 24.3646 16.3901
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 26586.5721 24.5914 0.2268
+ do leaf measurements 26586.5732 24.5925 0.0010
+ compute convergence criterion 26586.6155 24.6348 0.0423
+ velocity_diff_norm = 0.5893272 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26586.6203
+ -----------------------------------
+ build system 26586.6247 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80773E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26594.6493 8.0290 8.0246
+ =================================
+ wsmp: initialisation time: 0.0509250 s
+ wsmp: ordering time: 4.1182868 s
+ wsmp: symbolic fact. time: 0.7152219 s
+ wsmp: Cholesky fact. time: 11.3860910 s
+ wsmp: Factorisation 14471.3127590 Mflops
+ wsmp: back substitution time: 0.1209891 s
+ wsmp: from b to rhs vector: 0.0071120 s
+ ---------------------------------
+ wsmp: total solve time: 16.3990381 s
+ =================================
+ u : -0.10157E+01 0.13671E+00
+ v : -0.48384E-01 0.10215E+00
+ w : -0.76715E+00 0.22520E+00
+ =================================
+ Calculate pressures 26611.0639 24.4436 16.4146
+ raw pressures : -0.12357E+01 0.18042E+00
+ Smoothing pressures 26611.2876 24.6673 0.2237
+ do leaf measurements 26611.2887 24.6684 0.0010
+ compute convergence criterion 26611.3307 24.7104 0.0420
+ velocity_diff_norm = 0.0714420 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26611.3355
+ -----------------------------------
+ build system 26611.3398 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26619.2753 7.9399 7.9355
+ =================================
+ wsmp: initialisation time: 0.0522728 s
+ wsmp: ordering time: 4.1336741 s
+ wsmp: symbolic fact. time: 0.7154648 s
+ wsmp: Cholesky fact. time: 11.4368720 s
+ wsmp: Factorisation 14407.0584856 Mflops
+ wsmp: back substitution time: 0.1218760 s
+ wsmp: from b to rhs vector: 0.0071180 s
+ ---------------------------------
+ wsmp: total solve time: 16.4676652 s
+ =================================
+ u : -0.10170E+01 0.15502E+00
+ v : -0.38334E-01 0.11851E+00
+ w : -0.74652E+00 0.23151E+00
+ =================================
+ Calculate pressures 26635.7587 24.4232 16.4833
+ raw pressures : -0.13714E+01 0.31213E+00
+ Smoothing pressures 26635.9846 24.6491 0.2259
+ do leaf measurements 26635.9856 24.6502 0.0010
+ compute convergence criterion 26636.0278 24.6923 0.0422
+ velocity_diff_norm = 0.0361575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26636.0326
+ -----------------------------------
+ build system 26636.0369 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26644.0483 8.0157 8.0114
+ =================================
+ wsmp: initialisation time: 0.0500171 s
+ wsmp: ordering time: 4.1178622 s
+ wsmp: symbolic fact. time: 0.7104702 s
+ wsmp: Cholesky fact. time: 11.3796980 s
+ wsmp: Factorisation 14479.4425409 Mflops
+ wsmp: back substitution time: 0.1209772 s
+ wsmp: from b to rhs vector: 0.0070350 s
+ ---------------------------------
+ wsmp: total solve time: 16.3864372 s
+ =================================
+ u : -0.10166E+01 0.17599E+00
+ v : -0.38118E-01 0.12319E+00
+ w : -0.73715E+00 0.22914E+00
+ =================================
+ Calculate pressures 26660.4503 24.4177 16.4020
+ raw pressures : -0.14706E+01 0.35591E+00
+ Smoothing pressures 26660.6745 24.6419 0.2242
+ do leaf measurements 26660.6756 24.6430 0.0011
+ compute convergence criterion 26660.7180 24.6855 0.0425
+ velocity_diff_norm = 0.0159327 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26660.7229
+ -----------------------------------
+ build system 26660.7273 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26668.6862 7.9634 7.9589
+ =================================
+ wsmp: initialisation time: 0.0496631 s
+ wsmp: ordering time: 4.1090569 s
+ wsmp: symbolic fact. time: 0.7116590 s
+ wsmp: Cholesky fact. time: 11.4189930 s
+ wsmp: Factorisation 14429.6159854 Mflops
+ wsmp: back substitution time: 0.1210532 s
+ wsmp: from b to rhs vector: 0.0071151 s
+ ---------------------------------
+ wsmp: total solve time: 16.4179242 s
+ =================================
+ u : -0.10162E+01 0.19384E+00
+ v : -0.40526E-01 0.12566E+00
+ w : -0.73243E+00 0.22814E+00
+ =================================
+ Calculate pressures 26685.1196 24.3967 16.4334
+ raw pressures : -0.15145E+01 0.36439E+00
+ Smoothing pressures 26685.3442 24.6213 0.2246
+ do leaf measurements 26685.3452 24.6223 0.0010
+ compute convergence criterion 26685.3873 24.6644 0.0421
+ velocity_diff_norm = 0.0107303 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26685.3921
+ -----------------------------------
+ build system 26685.3965 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26693.3341 7.9420 7.9376
+ =================================
+ wsmp: initialisation time: 0.0535030 s
+ wsmp: ordering time: 4.1213920 s
+ wsmp: symbolic fact. time: 0.7198470 s
+ wsmp: Cholesky fact. time: 11.3813949 s
+ wsmp: Factorisation 14477.2838353 Mflops
+ wsmp: back substitution time: 0.1217051 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.4053490 s
+ =================================
+ u : -0.10159E+01 0.20947E+00
+ v : -0.42963E-01 0.12568E+00
+ w : -0.72790E+00 0.22774E+00
+ =================================
+ Calculate pressures 26709.7550 24.3629 16.4208
+ raw pressures : -0.15364E+01 0.36188E+00
+ Smoothing pressures 26709.9818 24.5897 0.2269
+ do leaf measurements 26709.9829 24.5908 0.0011
+ compute convergence criterion 26710.0250 24.6329 0.0421
+ velocity_diff_norm = 0.0080861 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26710.0279 24.6358 0.0029
+Compute isostasy and adjust vertical 26710.0281 24.6360 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -148605049583289.34 237750387621700.19
+ def in m -7.9910812377929687 0.6519923210144043
+ dimensionless def -1.86283520289829791E-6 2.28316606794084821E-5
+ Isostatic velocity range = -0.0183852 0.2278674
+ Compute divergence 26710.2406 24.8484 0.2125
+ wsmp_cleanup 26710.2770 24.8849 0.0364
+ Reset surface geometry 26710.2822 24.8900 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 26710.2901 24.8980 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26710.3073 24.9152 0.0172
+ Advect surface 1 26710.3075 24.9154 0.0001
+ removing 2 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26710.5141 25.1220 0.2066
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26710.7248 25.3327 0.2107
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26710.9878 25.5957 0.2631
+ Advect the cloud 26711.1397 25.7476 0.1519
+ Write output 26711.9644 26.5722 0.8247
+ End of time step 26712.8395 27.4474 0.8751
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 165 26712.8396
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26712.8397 0.0001 0.0001
+ surface 01 26712.8397 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 26712.8398 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 26712.8664 0.0268 0.0266
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 26712.8889 0.0493 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26712.9136 0.0739 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16966points
+ surface 02 26712.9320 0.0923 0.0184
+ S. 2: 16958points
+ refine surface 26712.9321 0.0925 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 26712.9583 0.1187 0.0262
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 26712.9809 0.1412 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26713.0058 0.1662 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 26713.0241 0.1845 0.0183
+ S. 3: 16963points
+ refine surface 26713.0242 0.1846 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 26713.0506 0.2109 0.0263
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 26713.0776 0.2380 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26713.1024 0.2628 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16965points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26713.1269
+ -----------------------------------------------------------------------
+ Create octree solve 26713.1271 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26713.1430 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 26713.1648 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26713.1655 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26713.1797 0.0528 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 26713.3018 0.1750 0.1222
+ Imbed surface in osolve 26713.4906 0.3637 0.1887
+ embedding surface 1 26713.4907 0.3638 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 26715.4458 2.3189 1.9551
+ osolve%nleaves= 59424
+ embedding surface 3 26717.5614 4.4345 2.1155
+ osolve%nleaves= 64128
+ Assessing octree stability 26721.0818 7.9549 3.5205
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26721.0865 7.9596 0.0047
+ Interpolate velo onto osolve 26721.5355 8.4086 0.4489
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26721.6310 8.5041 0.0955
+ Find void 26721.9038 8.7769 0.2728
+ whole leaf in fluid 32992
+ Define boundary conditions 26721.9326 8.8057 0.0288
+ wsmp setup1 26721.9400 8.8131 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26722.9464 9.8196 1.0065
+ -----------------------------------
+ start of non-linear iteratio 1 26722.9936
+ -----------------------------------
+ build system 26722.9937 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26730.9448 7.9512 7.9510
+ =================================
+ wsmp: initialisation time: 0.0574269 s
+ wsmp: ordering time: 4.1176989 s
+ wsmp: symbolic fact. time: 0.7148900 s
+ wsmp: Cholesky fact. time: 11.3773649 s
+ wsmp: Factorisation 14482.4118503 Mflops
+ wsmp: back substitution time: 0.1216929 s
+ wsmp: from b to rhs vector: 0.0072038 s
+ ---------------------------------
+ wsmp: total solve time: 16.3966441 s
+ =================================
+ u : -0.10714E+01 0.18499E+00
+ v : -0.96335E-01 0.11100E+00
+ w : -0.76213E+00 0.24645E+00
+ =================================
+ Calculate pressures 26747.3570 24.3634 16.4122
+ raw pressures : -0.35100E+00 0.00000E+00
+ Smoothing pressures 26747.5832 24.5896 0.2262
+ do leaf measurements 26747.5843 24.5907 0.0011
+ compute convergence criterion 26747.6256 24.6320 0.0413
+ velocity_diff_norm = 0.5899322 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26747.6306
+ -----------------------------------
+ build system 26747.6352 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80913E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26755.6552 8.0247 8.0201
+ =================================
+ wsmp: initialisation time: 0.0528619 s
+ wsmp: ordering time: 4.1090801 s
+ wsmp: symbolic fact. time: 0.7103531 s
+ wsmp: Cholesky fact. time: 11.3799250 s
+ wsmp: Factorisation 14479.1537460 Mflops
+ wsmp: back substitution time: 0.1209860 s
+ wsmp: from b to rhs vector: 0.0072799 s
+ ---------------------------------
+ wsmp: total solve time: 16.3808558 s
+ =================================
+ u : -0.10157E+01 0.13754E+00
+ v : -0.48603E-01 0.10219E+00
+ w : -0.76728E+00 0.22522E+00
+ =================================
+ Calculate pressures 26772.0516 24.4210 16.3964
+ raw pressures : -0.12376E+01 0.18113E+00
+ Smoothing pressures 26772.2759 24.6453 0.2242
+ do leaf measurements 26772.2770 24.6464 0.0011
+ compute convergence criterion 26772.3184 24.6879 0.0414
+ velocity_diff_norm = 0.0718565 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26772.3234
+ -----------------------------------
+ build system 26772.3280 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26780.2677 7.9443 7.9398
+ =================================
+ wsmp: initialisation time: 0.0506179 s
+ wsmp: ordering time: 4.1416631 s
+ wsmp: symbolic fact. time: 0.7165220 s
+ wsmp: Cholesky fact. time: 11.4510391 s
+ wsmp: Factorisation 14389.2342680 Mflops
+ wsmp: back substitution time: 0.1211660 s
+ wsmp: from b to rhs vector: 0.0070271 s
+ ---------------------------------
+ wsmp: total solve time: 16.4883909 s
+ =================================
+ u : -0.10171E+01 0.15545E+00
+ v : -0.38036E-01 0.11871E+00
+ w : -0.74717E+00 0.23139E+00
+ =================================
+ Calculate pressures 26796.7721 24.4487 16.5044
+ raw pressures : -0.13736E+01 0.31399E+00
+ Smoothing pressures 26796.9966 24.6732 0.2244
+ do leaf measurements 26796.9977 24.6743 0.0011
+ compute convergence criterion 26797.0390 24.7157 0.0414
+ velocity_diff_norm = 0.0362559 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26797.0440
+ -----------------------------------
+ build system 26797.0486 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26805.0560 8.0120 8.0074
+ =================================
+ wsmp: initialisation time: 0.0518179 s
+ wsmp: ordering time: 4.1051052 s
+ wsmp: symbolic fact. time: 0.7104912 s
+ wsmp: Cholesky fact. time: 11.3756371 s
+ wsmp: Factorisation 14484.6115507 Mflops
+ wsmp: back substitution time: 0.1212320 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.3718870 s
+ =================================
+ u : -0.10167E+01 0.17623E+00
+ v : -0.37956E-01 0.12337E+00
+ w : -0.73766E+00 0.22895E+00
+ =================================
+ Calculate pressures 26821.4434 24.3993 16.3873
+ raw pressures : -0.14721E+01 0.35752E+00
+ Smoothing pressures 26821.6676 24.6236 0.2243
+ do leaf measurements 26821.6688 24.6248 0.0011
+ compute convergence criterion 26821.7104 24.6664 0.0416
+ velocity_diff_norm = 0.0159284 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26821.7154
+ -----------------------------------
+ build system 26821.7201 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26829.6904 7.9750 7.9703
+ =================================
+ wsmp: initialisation time: 0.0523601 s
+ wsmp: ordering time: 4.1116328 s
+ wsmp: symbolic fact. time: 0.7117629 s
+ wsmp: Cholesky fact. time: 11.4059269 s
+ wsmp: Factorisation 14446.1458241 Mflops
+ wsmp: back substitution time: 0.1213219 s
+ wsmp: from b to rhs vector: 0.0071540 s
+ ---------------------------------
+ wsmp: total solve time: 16.4105301 s
+ =================================
+ u : -0.10163E+01 0.19403E+00
+ v : -0.40558E-01 0.12588E+00
+ w : -0.73281E+00 0.22812E+00
+ =================================
+ Calculate pressures 26846.1165 24.4010 16.4261
+ raw pressures : -0.15159E+01 0.36589E+00
+ Smoothing pressures 26846.3412 24.6258 0.2247
+ do leaf measurements 26846.3423 24.6269 0.0011
+ compute convergence criterion 26846.3836 24.6682 0.0413
+ velocity_diff_norm = 0.0107481 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 26846.3885
+ -----------------------------------
+ build system 26846.3931 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26854.3303 7.9418 7.9373
+ =================================
+ wsmp: initialisation time: 0.0535970 s
+ wsmp: ordering time: 4.1277199 s
+ wsmp: symbolic fact. time: 0.7152369 s
+ wsmp: Cholesky fact. time: 11.3878312 s
+ wsmp: Factorisation 14469.1013434 Mflops
+ wsmp: back substitution time: 0.1217082 s
+ wsmp: from b to rhs vector: 0.0073271 s
+ ---------------------------------
+ wsmp: total solve time: 16.4137969 s
+ =================================
+ u : -0.10160E+01 0.20962E+00
+ v : -0.42987E-01 0.12588E+00
+ w : -0.72822E+00 0.22767E+00
+ =================================
+ Calculate pressures 26870.7597 24.3711 16.4293
+ raw pressures : -0.15378E+01 0.36337E+00
+ Smoothing pressures 26870.9870 24.5985 0.2273
+ do leaf measurements 26870.9881 24.5996 0.0011
+ compute convergence criterion 26871.0294 24.6409 0.0413
+ velocity_diff_norm = 0.0080833 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 26871.0327 24.6441 0.0033
+Compute isostasy and adjust vertical 26871.0328 24.6443 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -149186503474245.5 239085127067936.81
+ def in m -7.996701717376709 0.65625458955764771
+ dimensionless def -1.87501311302185056E-6 2.28477191925048833E-5
+ Isostatic velocity range = -0.0185216 0.2280358
+ Compute divergence 26871.2398 24.8512 0.2069
+ wsmp_cleanup 26871.2755 24.8870 0.0358
+ Reset surface geometry 26871.2805 24.8919 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 26871.2887 24.9002 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 26871.3058 24.9173 0.0171
+ Advect surface 1 26871.3060 24.9174 0.0001
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 26871.4980 25.1095 0.1920
+ removing 1 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 26871.7035 25.3150 0.2055
+ removing 3 particle from surface
+ S. 3: 15 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 26871.9828 25.5942 0.2793
+ Advect the cloud 26872.1350 25.7465 0.1522
+ Write output 26872.9551 26.5666 0.8201
+ End of time step 26873.8302 27.4416 0.8751
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 166 26873.8303
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 26873.8304 0.0001 0.0001
+ surface 01 26873.8304 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 26873.8305 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 26873.8566 0.0262 0.0261
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 26873.8790 0.0486 0.0224
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 26873.9038 0.0735 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 26873.9221 0.0918 0.0183
+ S. 2: 16959points
+ refine surface 26873.9223 0.0919 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 26873.9482 0.1179 0.0259
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 26873.9709 0.1406 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 26873.9958 0.1655 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 26874.0141 0.1838 0.0183
+ S. 3: 16962points
+ refine surface 26874.0142 0.1839 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 26874.0400 0.2096 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 26874.0672 0.2369 0.0273
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 26874.0926 0.2622 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 26874.1173
+ -----------------------------------------------------------------------
+ Create octree solve 26874.1176 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 26874.1335 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 26874.1551 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 26874.1559 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 26874.1700 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 26874.2922 0.1749 0.1222
+ Imbed surface in osolve 26874.4761 0.3588 0.1839
+ embedding surface 1 26874.4763 0.3589 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 26876.4430 2.3257 1.9668
+ osolve%nleaves= 59424
+ embedding surface 3 26878.5447 4.4273 2.1016
+ osolve%nleaves= 64128
+ Assessing octree stability 26882.0613 7.9439 3.5166
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 26882.0660 7.9486 0.0047
+ Interpolate velo onto osolve 26882.5002 8.3829 0.4343
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 26882.6703 8.5529 0.1701
+ Find void 26882.9393 8.8220 0.2690
+ whole leaf in fluid 32992
+ Define boundary conditions 26882.9678 8.8505 0.0285
+ wsmp setup1 26882.9756 8.8583 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 26883.9842 9.8668 1.0085
+ -----------------------------------
+ start of non-linear iteratio 1 26884.0317
+ -----------------------------------
+ build system 26884.0318 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26891.9773 7.9457 7.9455
+ =================================
+ wsmp: initialisation time: 0.0525539 s
+ wsmp: ordering time: 4.1258280 s
+ wsmp: symbolic fact. time: 0.7126520 s
+ wsmp: Cholesky fact. time: 11.3743851 s
+ wsmp: Factorisation 14486.2058176 Mflops
+ wsmp: back substitution time: 0.1213610 s
+ wsmp: from b to rhs vector: 0.0069709 s
+ ---------------------------------
+ wsmp: total solve time: 16.3941128 s
+ =================================
+ u : -0.10473E+01 0.18510E+00
+ v : -0.96472E-01 0.11054E+00
+ w : -0.76182E+00 0.24757E+00
+ =================================
+ Calculate pressures 26908.3875 24.3559 16.4102
+ raw pressures : -0.35117E+00 0.00000E+00
+ Smoothing pressures 26908.6140 24.5824 0.2265
+ do leaf measurements 26908.6151 24.5834 0.0010
+ compute convergence criterion 26908.6563 24.6247 0.0413
+ velocity_diff_norm = 0.5888319 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 26908.6613
+ -----------------------------------
+ build system 26908.6659 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80409E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26916.6821 8.0207 8.0161
+ =================================
+ wsmp: initialisation time: 0.0496211 s
+ wsmp: ordering time: 4.1172242 s
+ wsmp: symbolic fact. time: 0.7108760 s
+ wsmp: Cholesky fact. time: 11.3762250 s
+ wsmp: Factorisation 14483.8629644 Mflops
+ wsmp: back substitution time: 0.1208930 s
+ wsmp: from b to rhs vector: 0.0070701 s
+ ---------------------------------
+ wsmp: total solve time: 16.3822739 s
+ =================================
+ u : -0.10156E+01 0.13782E+00
+ v : -0.48543E-01 0.10243E+00
+ w : -0.76727E+00 0.22566E+00
+ =================================
+ Calculate pressures 26933.0803 24.4190 16.3983
+ raw pressures : -0.12360E+01 0.18901E+00
+ Smoothing pressures 26933.3035 24.6422 0.2232
+ do leaf measurements 26933.3046 24.6433 0.0011
+ compute convergence criterion 26933.3461 24.6848 0.0415
+ velocity_diff_norm = 0.0709616 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 26933.3510
+ -----------------------------------
+ build system 26933.3556 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26941.2921 7.9410 7.9365
+ =================================
+ wsmp: initialisation time: 0.0514259 s
+ wsmp: ordering time: 4.1342070 s
+ wsmp: symbolic fact. time: 0.7105920 s
+ wsmp: Cholesky fact. time: 11.4618690 s
+ wsmp: Factorisation 14375.6383758 Mflops
+ wsmp: back substitution time: 0.1207981 s
+ wsmp: from b to rhs vector: 0.0070999 s
+ ---------------------------------
+ wsmp: total solve time: 16.4863498 s
+ =================================
+ u : -0.10168E+01 0.15576E+00
+ v : -0.37920E-01 0.11871E+00
+ w : -0.74722E+00 0.23143E+00
+ =================================
+ Calculate pressures 26957.7940 24.4429 16.5019
+ raw pressures : -0.13725E+01 0.31351E+00
+ Smoothing pressures 26958.0181 24.6671 0.2241
+ do leaf measurements 26958.0192 24.6681 0.0011
+ compute convergence criterion 26958.0605 24.7095 0.0414
+ velocity_diff_norm = 0.0361992 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 26958.0655
+ -----------------------------------
+ build system 26958.0701 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26966.0745 8.0089 8.0043
+ =================================
+ wsmp: initialisation time: 0.0552340 s
+ wsmp: ordering time: 4.1073811 s
+ wsmp: symbolic fact. time: 0.7082758 s
+ wsmp: Cholesky fact. time: 11.3734770 s
+ wsmp: Factorisation 14487.3624956 Mflops
+ wsmp: back substitution time: 0.1208510 s
+ wsmp: from b to rhs vector: 0.0071001 s
+ ---------------------------------
+ wsmp: total solve time: 16.3726871 s
+ =================================
+ u : -0.10165E+01 0.17644E+00
+ v : -0.37906E-01 0.12326E+00
+ w : -0.73780E+00 0.22902E+00
+ =================================
+ Calculate pressures 26982.4630 24.3975 16.3885
+ raw pressures : -0.14719E+01 0.35757E+00
+ Smoothing pressures 26982.6868 24.6213 0.2239
+ do leaf measurements 26982.6879 24.6224 0.0011
+ compute convergence criterion 26982.7296 24.6640 0.0416
+ velocity_diff_norm = 0.0159762 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 26982.7346
+ -----------------------------------
+ build system 26982.7393 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 26990.7235 7.9889 7.9843
+ =================================
+ wsmp: initialisation time: 0.0535171 s
+ wsmp: ordering time: 4.1066790 s
+ wsmp: symbolic fact. time: 0.7056479 s
+ wsmp: Cholesky fact. time: 11.3947451 s
+ wsmp: Factorisation 14460.3220400 Mflops
+ wsmp: back substitution time: 0.1208072 s
+ wsmp: from b to rhs vector: 0.0071490 s
+ ---------------------------------
+ wsmp: total solve time: 16.3889091 s
+ =================================
+ u : -0.10161E+01 0.19418E+00
+ v : -0.40615E-01 0.12572E+00
+ w : -0.73295E+00 0.22812E+00
+ =================================
+ Calculate pressures 27007.1279 24.3933 16.4044
+ raw pressures : -0.15159E+01 0.36611E+00
+ Smoothing pressures 27007.3523 24.6177 0.2243
+ do leaf measurements 27007.3533 24.6187 0.0011
+ compute convergence criterion 27007.3946 24.6600 0.0413
+ velocity_diff_norm = 0.0107499 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27007.3996
+ -----------------------------------
+ build system 27007.4041 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27015.3425 7.9430 7.9384
+ =================================
+ wsmp: initialisation time: 0.0519660 s
+ wsmp: ordering time: 4.1244371 s
+ wsmp: symbolic fact. time: 0.7138848 s
+ wsmp: Cholesky fact. time: 11.3929851 s
+ wsmp: Factorisation 14462.5558929 Mflops
+ wsmp: back substitution time: 0.1216509 s
+ wsmp: from b to rhs vector: 0.0071881 s
+ ---------------------------------
+ wsmp: total solve time: 16.4124830 s
+ =================================
+ u : -0.10158E+01 0.20978E+00
+ v : -0.43019E-01 0.12575E+00
+ w : -0.72831E+00 0.22760E+00
+ =================================
+ Calculate pressures 27031.7705 24.3710 16.4280
+ raw pressures : -0.15380E+01 0.36362E+00
+ Smoothing pressures 27031.9973 24.5978 0.2268
+ do leaf measurements 27031.9984 24.5988 0.0010
+ compute convergence criterion 27032.0397 24.6401 0.0413
+ velocity_diff_norm = 0.0080868 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27032.0429 24.6433 0.0032
+Compute isostasy and adjust vertical 27032.0431 24.6435 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -149756438447249.16 240424851796630.06
+ def in m -7.9979286193847656 0.65670442581176758
+ dimensionless def -1.87629835946219307E-6 2.2851224626813615E-5
+ Isostatic velocity range = -0.0185478 0.2280754
+ Compute divergence 27032.2538 24.8542 0.2108
+ wsmp_cleanup 27032.2901 24.8906 0.0363
+ Reset surface geometry 27032.2952 24.8957 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 27032.3031 24.9036 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27032.3207 24.9212 0.0176
+ Advect surface 1 27032.3209 24.9213 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27032.5238 25.1243 0.2029
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27032.7286 25.3290 0.2047
+ removing 1 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27032.9899 25.5903 0.2613
+ Advect the cloud 27033.1421 25.7426 0.1523
+ Write output 27033.9677 26.5682 0.8256
+ End of time step 27034.8434 27.4439 0.8757
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 167 27034.8436
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27034.8437 0.0001 0.0001
+ surface 01 27034.8437 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 27034.8437 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 27034.8698 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27034.8920 0.0484 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27034.9170 0.0734 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 27034.9351 0.0915 0.0180
+ S. 2: 16959points
+ refine surface 27034.9352 0.0916 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 27034.9615 0.1179 0.0263
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27034.9839 0.1403 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27035.0090 0.1654 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16961points
+ surface 03 27035.0274 0.1838 0.0184
+ S. 3: 16962points
+ refine surface 27035.0275 0.1839 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 27035.0532 0.2096 0.0256
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 27035.0759 0.2323 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27035.1012 0.2576 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27035.1257
+ -----------------------------------------------------------------------
+ Create octree solve 27035.1260 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27035.1418 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27035.1634 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27035.1642 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27035.1783 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 27035.3005 0.1748 0.1222
+ Imbed surface in osolve 27035.4857 0.3600 0.1852
+ embedding surface 1 27035.4859 0.3601 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 27037.4174 2.2917 1.9316
+ osolve%nleaves= 59424
+ embedding surface 3 27039.4952 4.3694 2.0777
+ osolve%nleaves= 64128
+ Assessing octree stability 27043.0263 7.9006 3.5312
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27043.0310 7.9053 0.0047
+ Interpolate velo onto osolve 27043.4547 8.3290 0.4237
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27043.6654 8.5397 0.2108
+ Find void 27043.9331 8.8074 0.2676
+ whole leaf in fluid 32992
+ Define boundary conditions 27043.9612 8.8354 0.0281
+ wsmp setup1 27043.9681 8.8424 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27044.9797 9.8540 1.0116
+ -----------------------------------
+ start of non-linear iteratio 1 27045.0265
+ -----------------------------------
+ build system 27045.0267 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27052.9634 7.9369 7.9367
+ =================================
+ wsmp: initialisation time: 0.0547080 s
+ wsmp: ordering time: 4.1098230 s
+ wsmp: symbolic fact. time: 0.7180309 s
+ wsmp: Cholesky fact. time: 11.3802559 s
+ wsmp: Factorisation 14478.7327085 Mflops
+ wsmp: back substitution time: 0.1214819 s
+ wsmp: from b to rhs vector: 0.0072510 s
+ ---------------------------------
+ wsmp: total solve time: 16.3919261 s
+ =================================
+ u : -0.10727E+01 0.18479E+00
+ v : -0.97006E-01 0.11103E+00
+ w : -0.76201E+00 0.24603E+00
+ =================================
+ Calculate pressures 27069.3704 24.3440 16.4070
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 27069.5970 24.5705 0.2266
+ do leaf measurements 27069.5981 24.5716 0.0011
+ compute convergence criterion 27069.6394 24.6130 0.0413
+ velocity_diff_norm = 0.5893519 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27069.6444
+ -----------------------------------
+ build system 27069.6489 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80380E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27077.6576 8.0132 8.0087
+ =================================
+ wsmp: initialisation time: 0.0505469 s
+ wsmp: ordering time: 4.1147799 s
+ wsmp: symbolic fact. time: 0.7108700 s
+ wsmp: Cholesky fact. time: 11.3883920 s
+ wsmp: Factorisation 14468.3888899 Mflops
+ wsmp: back substitution time: 0.1208649 s
+ wsmp: from b to rhs vector: 0.0072391 s
+ ---------------------------------
+ wsmp: total solve time: 16.3930781 s
+ =================================
+ u : -0.10154E+01 0.13748E+00
+ v : -0.48511E-01 0.10194E+00
+ w : -0.76738E+00 0.22518E+00
+ =================================
+ Calculate pressures 27094.0662 24.4218 16.4086
+ raw pressures : -0.12365E+01 0.18168E+00
+ Smoothing pressures 27094.2898 24.6454 0.2237
+ do leaf measurements 27094.2909 24.6465 0.0011
+ compute convergence criterion 27094.3323 24.6879 0.0414
+ velocity_diff_norm = 0.0712607 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27094.3372
+ -----------------------------------
+ build system 27094.3417 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27102.2777 7.9404 7.9359
+ =================================
+ wsmp: initialisation time: 0.0517111 s
+ wsmp: ordering time: 4.1331458 s
+ wsmp: symbolic fact. time: 0.7120421 s
+ wsmp: Cholesky fact. time: 11.4604368 s
+ wsmp: Factorisation 14377.4348612 Mflops
+ wsmp: back substitution time: 0.1212540 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.4861641 s
+ =================================
+ u : -0.10169E+01 0.15552E+00
+ v : -0.37955E-01 0.11837E+00
+ w : -0.74698E+00 0.23170E+00
+ =================================
+ Calculate pressures 27118.7792 24.4420 16.5016
+ raw pressures : -0.13730E+01 0.31343E+00
+ Smoothing pressures 27119.0042 24.6670 0.2250
+ do leaf measurements 27119.0053 24.6681 0.0011
+ compute convergence criterion 27119.0467 24.7095 0.0414
+ velocity_diff_norm = 0.0361817 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27119.0517
+ -----------------------------------
+ build system 27119.0562 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27127.0531 8.0014 7.9969
+ =================================
+ wsmp: initialisation time: 0.0547421 s
+ wsmp: ordering time: 4.1095600 s
+ wsmp: symbolic fact. time: 0.7115190 s
+ wsmp: Cholesky fact. time: 11.3699059 s
+ wsmp: Factorisation 14491.9126525 Mflops
+ wsmp: back substitution time: 0.1206560 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.3739171 s
+ =================================
+ u : -0.10166E+01 0.17633E+00
+ v : -0.37915E-01 0.12311E+00
+ w : -0.73757E+00 0.22928E+00
+ =================================
+ Calculate pressures 27143.4428 24.3911 16.3897
+ raw pressures : -0.14722E+01 0.35732E+00
+ Smoothing pressures 27143.6670 24.6153 0.2242
+ do leaf measurements 27143.6681 24.6164 0.0011
+ compute convergence criterion 27143.7099 24.6582 0.0418
+ velocity_diff_norm = 0.0159655 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27143.7149
+ -----------------------------------
+ build system 27143.7195 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27151.7117 7.9968 7.9922
+ =================================
+ wsmp: initialisation time: 0.0497382 s
+ wsmp: ordering time: 4.1182878 s
+ wsmp: symbolic fact. time: 0.7128930 s
+ wsmp: Cholesky fact. time: 11.4120779 s
+ wsmp: Factorisation 14438.3595402 Mflops
+ wsmp: back substitution time: 0.1208889 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.4215472 s
+ =================================
+ u : -0.10162E+01 0.19414E+00
+ v : -0.40541E-01 0.12556E+00
+ w : -0.73275E+00 0.22812E+00
+ =================================
+ Calculate pressures 27168.1485 24.4336 16.4368
+ raw pressures : -0.15161E+01 0.36571E+00
+ Smoothing pressures 27168.3732 24.6583 0.2248
+ do leaf measurements 27168.3743 24.6594 0.0011
+ compute convergence criterion 27168.4157 24.7008 0.0414
+ velocity_diff_norm = 0.0107407 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27168.4207
+ -----------------------------------
+ build system 27168.4252 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27176.3599 7.9393 7.9348
+ =================================
+ wsmp: initialisation time: 0.0496829 s
+ wsmp: ordering time: 4.1380780 s
+ wsmp: symbolic fact. time: 0.7194159 s
+ wsmp: Cholesky fact. time: 11.3991599 s
+ wsmp: Factorisation 14454.7216813 Mflops
+ wsmp: back substitution time: 0.1218181 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4357688 s
+ =================================
+ u : -0.10159E+01 0.20975E+00
+ v : -0.42973E-01 0.12567E+00
+ w : -0.72817E+00 0.22772E+00
+ =================================
+ Calculate pressures 27192.8116 24.3909 16.4516
+ raw pressures : -0.15378E+01 0.36297E+00
+ Smoothing pressures 27193.0383 24.6176 0.2267
+ do leaf measurements 27193.0393 24.6187 0.0011
+ compute convergence criterion 27193.0807 24.6600 0.0413
+ velocity_diff_norm = 0.0080851 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27193.0840 24.6633 0.0033
+Compute isostasy and adjust vertical 27193.0841 24.6634 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -150321060264885.72 240995305960725.69
+ def in m -8.0014171600341797 0.65510916709899902
+ dimensionless def -1.87174047742571155E-6 2.28611918858119411E-5
+ Isostatic velocity range = -0.0185135 0.2281880
+ Compute divergence 27193.2770 24.8563 0.1929
+ wsmp_cleanup 27193.3220 24.9013 0.0450
+ Reset surface geometry 27193.3272 24.9065 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 27193.3355 24.9148 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27193.3506 24.9299 0.0151
+ Advect surface 1 27193.3507 24.9301 0.0001
+ removing 4 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27193.5707 25.1500 0.2200
+ removing 6 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27193.8175 25.3968 0.2468
+ removing 5 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27194.1219 25.7012 0.3044
+ Advect the cloud 27194.2754 25.8547 0.1535
+ Write output 27195.1003 26.6796 0.8249
+ End of time step 27195.9758 27.5551 0.8755
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 168 27195.9759
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27195.9760 0.0001 0.0001
+ surface 01 27195.9760 0.0001 0.0000
+ S. 1: 16963points
+ refine surface 27195.9761 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 27196.0038 0.0279 0.0277
+ S. 1: 7 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27196.0308 0.0549 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27196.0556 0.0796 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 27196.0739 0.0980 0.0183
+ S. 2: 16955points
+ refine surface 27196.0741 0.0981 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 27196.0997 0.1237 0.0256
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27196.1232 0.1472 0.0235
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27196.1470 0.1711 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16957points
+ surface 03 27196.1666 0.1906 0.0195
+ S. 3: 16958points
+ refine surface 27196.1667 0.1907 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 27196.1936 0.2176 0.0269
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 27196.2165 0.2406 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27196.2415 0.2655 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27196.2661
+ -----------------------------------------------------------------------
+ Create octree solve 27196.2664 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27196.2823 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27196.3039 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27196.3047 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27196.3188 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 27196.4410 0.1749 0.1222
+ Imbed surface in osolve 27196.6269 0.3608 0.1859
+ embedding surface 1 27196.6271 0.3610 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 27198.5945 2.3284 1.9674
+ osolve%nleaves= 59424
+ embedding surface 3 27200.6777 4.4116 2.0832
+ osolve%nleaves= 64128
+ Assessing octree stability 27204.2061 7.9400 3.5284
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27204.2112 7.9451 0.0051
+ Interpolate velo onto osolve 27204.6629 8.3967 0.4516
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27204.8051 8.5390 0.1422
+ Find void 27205.0750 8.8089 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 27205.1036 8.8375 0.0286
+ wsmp setup1 27205.1112 8.8451 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27206.1220 9.8558 1.0107
+ -----------------------------------
+ start of non-linear iteratio 1 27206.1691
+ -----------------------------------
+ build system 27206.1692 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27214.0898 7.9208 7.9206
+ =================================
+ wsmp: initialisation time: 0.0578101 s
+ wsmp: ordering time: 4.1286600 s
+ wsmp: symbolic fact. time: 0.7139161 s
+ wsmp: Cholesky fact. time: 11.3763559 s
+ wsmp: Factorisation 14483.6963189 Mflops
+ wsmp: back substitution time: 0.1217570 s
+ wsmp: from b to rhs vector: 0.0072422 s
+ ---------------------------------
+ wsmp: total solve time: 16.4060981 s
+ =================================
+ u : -0.10700E+01 0.18513E+00
+ v : -0.97137E-01 0.11083E+00
+ w : -0.76210E+00 0.24800E+00
+ =================================
+ Calculate pressures 27230.5115 24.3424 16.4217
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 27230.7383 24.5693 0.2268
+ do leaf measurements 27230.7394 24.5703 0.0011
+ compute convergence criterion 27230.7813 24.6123 0.0419
+ velocity_diff_norm = 0.5884626 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27230.7863
+ -----------------------------------
+ build system 27230.7909 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79287E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27238.7931 8.0068 8.0022
+ =================================
+ wsmp: initialisation time: 0.0510538 s
+ wsmp: ordering time: 4.1256270 s
+ wsmp: symbolic fact. time: 0.7125850 s
+ wsmp: Cholesky fact. time: 11.3864310 s
+ wsmp: Factorisation 14470.8806633 Mflops
+ wsmp: back substitution time: 0.1212251 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.4044390 s
+ =================================
+ u : -0.10155E+01 0.13770E+00
+ v : -0.48588E-01 0.10224E+00
+ w : -0.76734E+00 0.22650E+00
+ =================================
+ Calculate pressures 27255.2128 24.4264 16.4196
+ raw pressures : -0.12367E+01 0.18380E+00
+ Smoothing pressures 27255.4370 24.6506 0.2242
+ do leaf measurements 27255.4381 24.6517 0.0011
+ compute convergence criterion 27255.4802 24.6939 0.0422
+ velocity_diff_norm = 0.0707478 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27255.4853
+ -----------------------------------
+ build system 27255.4900 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27263.4283 7.9430 7.9383
+ =================================
+ wsmp: initialisation time: 0.0498898 s
+ wsmp: ordering time: 4.1346431 s
+ wsmp: symbolic fact. time: 0.7125530 s
+ wsmp: Cholesky fact. time: 11.4638650 s
+ wsmp: Factorisation 14373.1353497 Mflops
+ wsmp: back substitution time: 0.1210611 s
+ wsmp: from b to rhs vector: 0.0073440 s
+ ---------------------------------
+ wsmp: total solve time: 16.4897270 s
+ =================================
+ u : -0.10168E+01 0.15560E+00
+ v : -0.38220E-01 0.11863E+00
+ w : -0.74721E+00 0.23208E+00
+ =================================
+ Calculate pressures 27279.9338 24.4485 16.5055
+ raw pressures : -0.13730E+01 0.31368E+00
+ Smoothing pressures 27280.1576 24.6723 0.2238
+ do leaf measurements 27280.1587 24.6734 0.0011
+ compute convergence criterion 27280.2006 24.7153 0.0419
+ velocity_diff_norm = 0.0360363 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27280.2056
+ -----------------------------------
+ build system 27280.2102 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27288.1987 7.9931 7.9885
+ =================================
+ wsmp: initialisation time: 0.0502620 s
+ wsmp: ordering time: 4.1132591 s
+ wsmp: symbolic fact. time: 0.7046759 s
+ wsmp: Cholesky fact. time: 11.3838048 s
+ wsmp: Factorisation 14474.2190153 Mflops
+ wsmp: back substitution time: 0.1213140 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.3809371 s
+ =================================
+ u : -0.10164E+01 0.17634E+00
+ v : -0.38087E-01 0.12331E+00
+ w : -0.73771E+00 0.22953E+00
+ =================================
+ Calculate pressures 27304.5952 24.3896 16.3965
+ raw pressures : -0.14721E+01 0.35773E+00
+ Smoothing pressures 27304.8192 24.6136 0.2240
+ do leaf measurements 27304.8203 24.6147 0.0011
+ compute convergence criterion 27304.8626 24.6569 0.0423
+ velocity_diff_norm = 0.0159821 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27304.8676
+ -----------------------------------
+ build system 27304.8723 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27312.8780 8.0104 8.0058
+ =================================
+ wsmp: initialisation time: 0.0511110 s
+ wsmp: ordering time: 4.1135340 s
+ wsmp: symbolic fact. time: 0.7103262 s
+ wsmp: Cholesky fact. time: 11.3893089 s
+ wsmp: Factorisation 14467.2240340 Mflops
+ wsmp: back substitution time: 0.1212411 s
+ wsmp: from b to rhs vector: 0.0071769 s
+ ---------------------------------
+ wsmp: total solve time: 16.3930590 s
+ =================================
+ u : -0.10161E+01 0.19412E+00
+ v : -0.40511E-01 0.12571E+00
+ w : -0.73285E+00 0.22834E+00
+ =================================
+ Calculate pressures 27329.2868 24.4192 16.4088
+ raw pressures : -0.15160E+01 0.36600E+00
+ Smoothing pressures 27329.5109 24.6433 0.2241
+ do leaf measurements 27329.5120 24.6444 0.0011
+ compute convergence criterion 27329.5540 24.6864 0.0420
+ velocity_diff_norm = 0.0107461 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27329.5590
+ -----------------------------------
+ build system 27329.5635 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27337.4958 7.9369 7.9323
+ =================================
+ wsmp: initialisation time: 0.0538580 s
+ wsmp: ordering time: 4.1482880 s
+ wsmp: symbolic fact. time: 0.7136559 s
+ wsmp: Cholesky fact. time: 11.4103179 s
+ wsmp: Factorisation 14440.5866121 Mflops
+ wsmp: back substitution time: 0.1217530 s
+ wsmp: from b to rhs vector: 0.0073049 s
+ ---------------------------------
+ wsmp: total solve time: 16.4555590 s
+ =================================
+ u : -0.10158E+01 0.20974E+00
+ v : -0.42946E-01 0.12575E+00
+ w : -0.72823E+00 0.22783E+00
+ =================================
+ Calculate pressures 27353.9669 24.4079 16.4711
+ raw pressures : -0.15380E+01 0.36340E+00
+ Smoothing pressures 27354.1933 24.6344 0.2264
+ do leaf measurements 27354.1944 24.6354 0.0011
+ compute convergence criterion 27354.2363 24.6774 0.0419
+ velocity_diff_norm = 0.0080888 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27354.2395 24.6806 0.0032
+Compute isostasy and adjust vertical 27354.2397 24.6808 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -150882099824500.31 242322804641196.16
+ def in m -7.999781608581543 0.65446865558624268
+ dimensionless def -1.86991044453212184E-6 2.28565188816615512E-5
+ Isostatic velocity range = -0.0185059 0.2281475
+ Compute divergence 27354.4455 24.8865 0.2058
+ wsmp_cleanup 27354.4817 24.9227 0.0362
+ Reset surface geometry 27354.4868 24.9278 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 27354.4947 24.9358 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27354.5118 24.9528 0.0170
+ Advect surface 1 27354.5119 24.9529 0.0001
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27354.7027 25.1437 0.1908
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27354.9103 25.3513 0.2076
+ removing 2 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27355.1774 25.6184 0.2672
+ Advect the cloud 27355.3309 25.7719 0.1535
+ Write output 27356.1537 26.5947 0.8228
+ End of time step 27357.0302 27.4712 0.8765
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 169 27357.0303
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27357.0304 0.0001 0.0001
+ surface 01 27357.0304 0.0001 0.0000
+ S. 1: 16967points
+ refine surface 27357.0305 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 27357.0565 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27357.0833 0.0530 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27357.1084 0.0781 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16968points
+ surface 02 27357.1263 0.0960 0.0179
+ S. 2: 16956points
+ refine surface 27357.1264 0.0961 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 27357.1527 0.1224 0.0263
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27357.1802 0.1499 0.0275
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27357.2050 0.1746 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16958points
+ surface 03 27357.2233 0.1930 0.0183
+ S. 3: 16959points
+ refine surface 27357.2234 0.1931 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27357.2481 0.2178 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16959points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27357.2729
+ -----------------------------------------------------------------------
+ Create octree solve 27357.2732 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27357.2890 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27357.3104 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27357.3112 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27357.3253 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 27357.4475 0.1745 0.1222
+ Imbed surface in osolve 27357.6344 0.3614 0.1869
+ embedding surface 1 27357.6345 0.3616 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 27359.6035 2.3306 1.9690
+ osolve%nleaves= 59424
+ embedding surface 3 27361.7157 4.4428 2.1122
+ osolve%nleaves= 64128
+ Assessing octree stability 27365.2796 8.0067 3.5639
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27365.2843 8.0114 0.0047
+ Interpolate velo onto osolve 27365.7415 8.4686 0.4572
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27365.8205 8.5476 0.0791
+ Find void 27366.0904 8.8174 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 27366.1183 8.8454 0.0280
+ wsmp setup1 27366.1263 8.8534 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27367.1343 9.8614 1.0080
+ -----------------------------------
+ start of non-linear iteratio 1 27367.1802
+ -----------------------------------
+ build system 27367.1803 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27375.0907 7.9105 7.9104
+ =================================
+ wsmp: initialisation time: 0.0563672 s
+ wsmp: ordering time: 4.1374838 s
+ wsmp: symbolic fact. time: 0.7161860 s
+ wsmp: Cholesky fact. time: 11.3844790 s
+ wsmp: Factorisation 14473.3617771 Mflops
+ wsmp: back substitution time: 0.1216099 s
+ wsmp: from b to rhs vector: 0.0069511 s
+ ---------------------------------
+ wsmp: total solve time: 16.4234540 s
+ =================================
+ u : -0.10644E+01 0.18472E+00
+ v : -0.96223E-01 0.11057E+00
+ w : -0.76207E+00 0.24597E+00
+ =================================
+ Calculate pressures 27391.5301 24.3500 16.4394
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 27391.7564 24.5763 0.2263
+ do leaf measurements 27391.7576 24.5774 0.0011
+ compute convergence criterion 27391.7993 24.6191 0.0417
+ velocity_diff_norm = 0.5887049 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27391.8042
+ -----------------------------------
+ build system 27391.8089 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81047E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27399.7979 7.9936 7.9889
+ =================================
+ wsmp: initialisation time: 0.0519481 s
+ wsmp: ordering time: 4.1221991 s
+ wsmp: symbolic fact. time: 0.7088678 s
+ wsmp: Cholesky fact. time: 11.3787091 s
+ wsmp: Factorisation 14480.7009959 Mflops
+ wsmp: back substitution time: 0.1206970 s
+ wsmp: from b to rhs vector: 0.0070310 s
+ ---------------------------------
+ wsmp: total solve time: 16.3898239 s
+ =================================
+ u : -0.10153E+01 0.13746E+00
+ v : -0.48560E-01 0.10226E+00
+ w : -0.76730E+00 0.22504E+00
+ =================================
+ Calculate pressures 27416.2031 24.3989 16.4053
+ raw pressures : -0.12365E+01 0.18164E+00
+ Smoothing pressures 27416.4278 24.6236 0.2247
+ do leaf measurements 27416.4290 24.6248 0.0012
+ compute convergence criterion 27416.4713 24.6671 0.0423
+ velocity_diff_norm = 0.0708111 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27416.4764
+ -----------------------------------
+ build system 27416.4811 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27424.4145 7.9382 7.9335
+ =================================
+ wsmp: initialisation time: 0.0510819 s
+ wsmp: ordering time: 4.1305132 s
+ wsmp: symbolic fact. time: 0.7097392 s
+ wsmp: Cholesky fact. time: 11.4635949 s
+ wsmp: Factorisation 14373.4740383 Mflops
+ wsmp: back substitution time: 0.1211061 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.4837151 s
+ =================================
+ u : -0.10167E+01 0.15550E+00
+ v : -0.38109E-01 0.11876E+00
+ w : -0.74703E+00 0.23157E+00
+ =================================
+ Calculate pressures 27440.9135 24.4371 16.4990
+ raw pressures : -0.13725E+01 0.31310E+00
+ Smoothing pressures 27441.1381 24.6618 0.2246
+ do leaf measurements 27441.1393 24.6629 0.0012
+ compute convergence criterion 27441.1810 24.7046 0.0417
+ velocity_diff_norm = 0.0361209 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27441.1859
+ -----------------------------------
+ build system 27441.1906 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27449.1696 7.9838 7.9791
+ =================================
+ wsmp: initialisation time: 0.0518489 s
+ wsmp: ordering time: 4.1209970 s
+ wsmp: symbolic fact. time: 0.7097170 s
+ wsmp: Cholesky fact. time: 11.3770170 s
+ wsmp: Factorisation 14482.8546506 Mflops
+ wsmp: back substitution time: 0.1210310 s
+ wsmp: from b to rhs vector: 0.0072930 s
+ ---------------------------------
+ wsmp: total solve time: 16.3882780 s
+ =================================
+ u : -0.10164E+01 0.17631E+00
+ v : -0.37970E-01 0.12340E+00
+ w : -0.73758E+00 0.22903E+00
+ =================================
+ Calculate pressures 27465.5730 24.3871 16.4034
+ raw pressures : -0.14718E+01 0.35726E+00
+ Smoothing pressures 27465.7979 24.6121 0.2249
+ do leaf measurements 27465.7991 24.6132 0.0011
+ compute convergence criterion 27465.8408 24.6549 0.0417
+ velocity_diff_norm = 0.0160091 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27465.8457
+ -----------------------------------
+ build system 27465.8504 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27473.8665 8.0208 8.0162
+ =================================
+ wsmp: initialisation time: 0.0525320 s
+ wsmp: ordering time: 4.1178651 s
+ wsmp: symbolic fact. time: 0.7116308 s
+ wsmp: Cholesky fact. time: 11.3849900 s
+ wsmp: Factorisation 14472.7122474 Mflops
+ wsmp: back substitution time: 0.1209068 s
+ wsmp: from b to rhs vector: 0.0073221 s
+ ---------------------------------
+ wsmp: total solve time: 16.3956392 s
+ =================================
+ u : -0.10161E+01 0.19411E+00
+ v : -0.40515E-01 0.12581E+00
+ w : -0.73276E+00 0.22806E+00
+ =================================
+ Calculate pressures 27490.2773 24.4316 16.4107
+ raw pressures : -0.15160E+01 0.36581E+00
+ Smoothing pressures 27490.5008 24.6551 0.2235
+ do leaf measurements 27490.5019 24.6562 0.0011
+ compute convergence criterion 27490.5437 24.6980 0.0418
+ velocity_diff_norm = 0.0107331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27490.5486
+ -----------------------------------
+ build system 27490.5532 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27498.4885 7.9399 7.9353
+ =================================
+ wsmp: initialisation time: 0.0514569 s
+ wsmp: ordering time: 4.1445842 s
+ wsmp: symbolic fact. time: 0.7151191 s
+ wsmp: Cholesky fact. time: 11.4266131 s
+ wsmp: Factorisation 14419.9932685 Mflops
+ wsmp: back substitution time: 0.1215570 s
+ wsmp: from b to rhs vector: 0.0073240 s
+ ---------------------------------
+ wsmp: total solve time: 16.4670291 s
+ =================================
+ u : -0.10158E+01 0.20973E+00
+ v : -0.42938E-01 0.12580E+00
+ w : -0.72815E+00 0.22746E+00
+ =================================
+ Calculate pressures 27514.9711 24.4225 16.4825
+ raw pressures : -0.15378E+01 0.36302E+00
+ Smoothing pressures 27515.1979 24.6493 0.2269
+ do leaf measurements 27515.1991 24.6505 0.0011
+ compute convergence criterion 27515.2407 24.6921 0.0416
+ velocity_diff_norm = 0.0080868 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27515.2439 24.6953 0.0032
+Compute isostasy and adjust vertical 27515.2440 24.6954 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -151444539227112.13 243644224977317.06
+ def in m -8.0004377365112305 0.65594184398651123
+ dimensionless def -1.87411955424717499E-6 2.2858393532889229E-5
+ Isostatic velocity range = -0.0185614 0.2281649
+ Compute divergence 27515.4473 24.8987 0.2033
+ wsmp_cleanup 27515.4833 24.9347 0.0360
+ Reset surface geometry 27515.4883 24.9397 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 27515.4963 24.9477 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27515.5137 24.9652 0.0174
+ Advect surface 1 27515.5139 24.9653 0.0001
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27515.7212 25.1726 0.2073
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27515.9273 25.3787 0.2061
+ removing 3 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27516.2069 25.6583 0.2796
+ Advect the cloud 27516.3601 25.8115 0.1532
+ Write output 27517.1853 26.6367 0.8252
+ End of time step 27518.0591 27.5105 0.8738
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 170 27518.0592
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27518.0593 0.0001 0.0001
+ surface 01 27518.0593 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 27518.0594 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 27518.0878 0.0286 0.0284
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27518.1146 0.0554 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27518.1392 0.0800 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 16970points
+ surface 02 27518.1575 0.0983 0.0183
+ S. 2: 16957points
+ refine surface 27518.1576 0.0984 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 27518.1833 0.1241 0.0257
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27518.2059 0.1467 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27518.2309 0.1716 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16958points
+ surface 03 27518.2493 0.1901 0.0184
+ S. 3: 16956points
+ refine surface 27518.2494 0.1902 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 27518.2765 0.2173 0.0271
+ S. 3: 6 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 27518.3036 0.2444 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27518.3285 0.2692 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16959points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27518.3532
+ -----------------------------------------------------------------------
+ Create octree solve 27518.3534 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27518.3693 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27518.3908 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27518.3916 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27518.4058 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 27518.5279 0.1747 0.1222
+ Imbed surface in osolve 27518.7117 0.3585 0.1838
+ embedding surface 1 27518.7119 0.3587 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 27520.6759 2.3227 1.9640
+ osolve%nleaves= 59424
+ embedding surface 3 27522.7966 4.4434 2.1207
+ osolve%nleaves= 64128
+ Assessing octree stability 27526.3351 7.9819 3.5385
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27526.3402 7.9870 0.0051
+ Interpolate velo onto osolve 27526.8035 8.4503 0.4634
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27526.9028 8.5496 0.0993
+ Find void 27527.1732 8.8200 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 27527.2019 8.8487 0.0287
+ wsmp setup1 27527.2097 8.8565 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27528.2181 9.8649 1.0084
+ -----------------------------------
+ start of non-linear iteratio 1 27528.2639
+ -----------------------------------
+ build system 27528.2641 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27536.1841 7.9202 7.9200
+ =================================
+ wsmp: initialisation time: 0.0569830 s
+ wsmp: ordering time: 4.1405141 s
+ wsmp: symbolic fact. time: 0.7159760 s
+ wsmp: Cholesky fact. time: 11.4068360 s
+ wsmp: Factorisation 14444.9945103 Mflops
+ wsmp: back substitution time: 0.1213849 s
+ wsmp: from b to rhs vector: 0.0070589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4491169 s
+ =================================
+ u : -0.10557E+01 0.18388E+00
+ v : -0.97018E-01 0.11088E+00
+ w : -0.76164E+00 0.24732E+00
+ =================================
+ Calculate pressures 27552.6487 24.3847 16.4646
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 27552.8759 24.6119 0.2272
+ do leaf measurements 27552.8770 24.6131 0.0011
+ compute convergence criterion 27552.9179 24.6539 0.0409
+ velocity_diff_norm = 0.5887783 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27552.9225
+ -----------------------------------
+ build system 27552.9268 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79505E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27560.9027 7.9802 7.9758
+ =================================
+ wsmp: initialisation time: 0.0508540 s
+ wsmp: ordering time: 4.1244669 s
+ wsmp: symbolic fact. time: 0.7084949 s
+ wsmp: Cholesky fact. time: 11.3787401 s
+ wsmp: Factorisation 14480.6615520 Mflops
+ wsmp: back substitution time: 0.1209679 s
+ wsmp: from b to rhs vector: 0.0071151 s
+ ---------------------------------
+ wsmp: total solve time: 16.3910210 s
+ =================================
+ u : -0.10158E+01 0.13676E+00
+ v : -0.48498E-01 0.10217E+00
+ w : -0.76707E+00 0.22596E+00
+ =================================
+ Calculate pressures 27577.3097 24.3872 16.4071
+ raw pressures : -0.12353E+01 0.18097E+00
+ Smoothing pressures 27577.5334 24.6109 0.2237
+ do leaf measurements 27577.5346 24.6121 0.0012
+ compute convergence criterion 27577.5758 24.6533 0.0412
+ velocity_diff_norm = 0.0711443 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27577.5806
+ -----------------------------------
+ build system 27577.5851 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27585.5215 7.9409 7.9365
+ =================================
+ wsmp: initialisation time: 0.0532410 s
+ wsmp: ordering time: 4.1182458 s
+ wsmp: symbolic fact. time: 0.7102051 s
+ wsmp: Cholesky fact. time: 11.4502840 s
+ wsmp: Factorisation 14390.1831443 Mflops
+ wsmp: back substitution time: 0.1212618 s
+ wsmp: from b to rhs vector: 0.0070720 s
+ ---------------------------------
+ wsmp: total solve time: 16.4606869 s
+ =================================
+ u : -0.10171E+01 0.15506E+00
+ v : -0.38232E-01 0.11852E+00
+ w : -0.74666E+00 0.23164E+00
+ =================================
+ Calculate pressures 27601.9975 24.4169 16.4760
+ raw pressures : -0.13714E+01 0.31223E+00
+ Smoothing pressures 27602.2220 24.6414 0.2245
+ do leaf measurements 27602.2232 24.6426 0.0011
+ compute convergence criterion 27602.2641 24.6835 0.0409
+ velocity_diff_norm = 0.0361355 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27602.2689
+ -----------------------------------
+ build system 27602.2733 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27610.2430 7.9741 7.9697
+ =================================
+ wsmp: initialisation time: 0.0516369 s
+ wsmp: ordering time: 4.1143610 s
+ wsmp: symbolic fact. time: 0.7109952 s
+ wsmp: Cholesky fact. time: 11.3742921 s
+ wsmp: Factorisation 14486.3242403 Mflops
+ wsmp: back substitution time: 0.1215272 s
+ wsmp: from b to rhs vector: 0.0069940 s
+ ---------------------------------
+ wsmp: total solve time: 16.3801670 s
+ =================================
+ u : -0.10167E+01 0.17600E+00
+ v : -0.38061E-01 0.12320E+00
+ w : -0.73730E+00 0.22904E+00
+ =================================
+ Calculate pressures 27626.6386 24.3697 16.3956
+ raw pressures : -0.14708E+01 0.35615E+00
+ Smoothing pressures 27626.8650 24.5961 0.2264
+ do leaf measurements 27626.8662 24.5973 0.0011
+ compute convergence criterion 27626.9070 24.6381 0.0409
+ velocity_diff_norm = 0.0159439 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27626.9118
+ -----------------------------------
+ build system 27626.9162 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27634.9327 8.0208 8.0164
+ =================================
+ wsmp: initialisation time: 0.0525062 s
+ wsmp: ordering time: 4.1177521 s
+ wsmp: symbolic fact. time: 0.7110069 s
+ wsmp: Cholesky fact. time: 11.3865399 s
+ wsmp: Factorisation 14470.7421921 Mflops
+ wsmp: back substitution time: 0.1210072 s
+ wsmp: from b to rhs vector: 0.0070059 s
+ ---------------------------------
+ wsmp: total solve time: 16.3964221 s
+ =================================
+ u : -0.10163E+01 0.19385E+00
+ v : -0.40598E-01 0.12566E+00
+ w : -0.73252E+00 0.22803E+00
+ =================================
+ Calculate pressures 27651.3442 24.4324 16.4116
+ raw pressures : -0.15148E+01 0.36455E+00
+ Smoothing pressures 27651.5695 24.6577 0.2253
+ do leaf measurements 27651.5706 24.6588 0.0011
+ compute convergence criterion 27651.6200 24.7082 0.0494
+ velocity_diff_norm = 0.0107290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27651.6248
+ -----------------------------------
+ build system 27651.6291 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27659.5653 7.9406 7.9362
+ =================================
+ wsmp: initialisation time: 0.0525601 s
+ wsmp: ordering time: 4.1438429 s
+ wsmp: symbolic fact. time: 0.7172649 s
+ wsmp: Cholesky fact. time: 11.4416692 s
+ wsmp: Factorisation 14401.0179481 Mflops
+ wsmp: back substitution time: 0.1221070 s
+ wsmp: from b to rhs vector: 0.0069540 s
+ ---------------------------------
+ wsmp: total solve time: 16.4847550 s
+ =================================
+ u : -0.10159E+01 0.20950E+00
+ v : -0.43000E-01 0.12576E+00
+ w : -0.72796E+00 0.22763E+00
+ =================================
+ Calculate pressures 27676.0658 24.4410 16.5005
+ raw pressures : -0.15366E+01 0.36195E+00
+ Smoothing pressures 27676.2920 24.6672 0.2262
+ do leaf measurements 27676.2931 24.6683 0.0011
+ compute convergence criterion 27676.3339 24.7092 0.0408
+ velocity_diff_norm = 0.0080838 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27676.3369 24.7122 0.0030
+Compute isostasy and adjust vertical 27676.3371 24.7123 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -151994249369065.19 244968610932348.28
+ def in m -7.999457836151123 0.65415966510772705
+ dimensionless def -1.86902761459350606E-6 2.28555938175746383E-5
+ Isostatic velocity range = -0.0185208 0.2281377
+ Compute divergence 27676.5294 24.9046 0.1923
+ wsmp_cleanup 27676.5780 24.9533 0.0486
+ Reset surface geometry 27676.5832 24.9585 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 27676.5905 24.9658 0.0073
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27676.6035 24.9788 0.0130
+ Advect surface 1 27676.6037 24.9789 0.0001
+ removing 2 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27676.8185 25.1937 0.2148
+ removing 3 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27677.0416 25.4168 0.2231
+ removing 3 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27677.3171 25.6923 0.2755
+ Advect the cloud 27677.4688 25.8441 0.1518
+ Write output 27678.2971 26.6723 0.8283
+ End of time step 27679.1713 27.5466 0.8742
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 171 27679.1715
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27679.1715 0.0001 0.0001
+ surface 01 27679.1716 0.0001 0.0000
+ S. 1: 16968points
+ refine surface 27679.1716 0.0002 0.0001
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 27679.1976 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27679.2205 0.0490 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27679.2452 0.0738 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 27679.2637 0.0922 0.0185
+ S. 2: 16955points
+ refine surface 27679.2638 0.0924 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 27679.2894 0.1180 0.0256
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27679.3121 0.1406 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27679.3370 0.1655 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16956points
+ surface 03 27679.3553 0.1838 0.0183
+ S. 3: 16956points
+ refine surface 27679.3554 0.1840 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 27679.3815 0.2100 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 27679.4039 0.2324 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27679.4288 0.2573 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16957points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27679.4535
+ -----------------------------------------------------------------------
+ Create octree solve 27679.4537 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27679.4695 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27679.4912 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27679.4919 0.0385 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27679.5061 0.0527 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 27679.6283 0.1748 0.1222
+ Imbed surface in osolve 27679.8154 0.3619 0.1871
+ embedding surface 1 27679.8155 0.3621 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 27681.7505 2.2971 1.9350
+ osolve%nleaves= 59424
+ embedding surface 3 27683.8230 4.3696 2.0725
+ osolve%nleaves= 64128
+ Assessing octree stability 27687.3187 7.8653 3.4957
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27687.3234 7.8699 0.0046
+ Interpolate velo onto osolve 27687.7279 8.2745 0.4045
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27688.0217 8.5683 0.2938
+ Find void 27688.2909 8.8375 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 27688.3193 8.8658 0.0283
+ wsmp setup1 27688.3265 8.8730 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27689.3346 9.8811 1.0081
+ -----------------------------------
+ start of non-linear iteratio 1 27689.3804
+ -----------------------------------
+ build system 27689.3805 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27697.3012 7.9208 7.9207
+ =================================
+ wsmp: initialisation time: 0.0569980 s
+ wsmp: ordering time: 4.1510642 s
+ wsmp: symbolic fact. time: 0.7179489 s
+ wsmp: Cholesky fact. time: 11.4183660 s
+ wsmp: Factorisation 14430.4083894 Mflops
+ wsmp: back substitution time: 0.1212950 s
+ wsmp: from b to rhs vector: 0.0069642 s
+ ---------------------------------
+ wsmp: total solve time: 16.4729922 s
+ =================================
+ u : -0.10552E+01 0.18451E+00
+ v : -0.96706E-01 0.11074E+00
+ w : -0.76180E+00 0.24655E+00
+ =================================
+ Calculate pressures 27713.7892 24.4088 16.4880
+ raw pressures : -0.35103E+00 0.00000E+00
+ Smoothing pressures 27714.0155 24.6351 0.2262
+ do leaf measurements 27714.0165 24.6362 0.0011
+ compute convergence criterion 27714.0576 24.6772 0.0410
+ velocity_diff_norm = 0.5890354 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27714.0623
+ -----------------------------------
+ build system 27714.0669 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80376E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27722.0569 7.9945 7.9900
+ =================================
+ wsmp: initialisation time: 0.0509961 s
+ wsmp: ordering time: 4.1212909 s
+ wsmp: symbolic fact. time: 0.7088790 s
+ wsmp: Cholesky fact. time: 11.3755779 s
+ wsmp: Factorisation 14484.6868386 Mflops
+ wsmp: back substitution time: 0.1206059 s
+ wsmp: from b to rhs vector: 0.0069408 s
+ ---------------------------------
+ wsmp: total solve time: 16.3846679 s
+ =================================
+ u : -0.10154E+01 0.13723E+00
+ v : -0.48490E-01 0.10199E+00
+ w : -0.76725E+00 0.22546E+00
+ =================================
+ Calculate pressures 27738.4575 24.3952 16.4006
+ raw pressures : -0.12359E+01 0.18055E+00
+ Smoothing pressures 27738.6813 24.6190 0.2238
+ do leaf measurements 27738.6824 24.6201 0.0011
+ compute convergence criterion 27738.7238 24.6615 0.0414
+ velocity_diff_norm = 0.0711232 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27738.7288
+ -----------------------------------
+ build system 27738.7335 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27746.6661 7.9373 7.9326
+ =================================
+ wsmp: initialisation time: 0.0509231 s
+ wsmp: ordering time: 4.1225100 s
+ wsmp: symbolic fact. time: 0.7105598 s
+ wsmp: Cholesky fact. time: 11.4434121 s
+ wsmp: Factorisation 14398.8246628 Mflops
+ wsmp: back substitution time: 0.1207919 s
+ wsmp: from b to rhs vector: 0.0068941 s
+ ---------------------------------
+ wsmp: total solve time: 16.4554679 s
+ =================================
+ u : -0.10168E+01 0.15538E+00
+ v : -0.38030E-01 0.11854E+00
+ w : -0.74676E+00 0.23186E+00
+ =================================
+ Calculate pressures 27763.1370 24.4082 16.4709
+ raw pressures : -0.13725E+01 0.31297E+00
+ Smoothing pressures 27763.3620 24.6331 0.2250
+ do leaf measurements 27763.3631 24.6342 0.0011
+ compute convergence criterion 27763.4040 24.6751 0.0409
+ velocity_diff_norm = 0.0361206 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27763.4090
+ -----------------------------------
+ build system 27763.4135 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27771.3700 7.9610 7.9565
+ =================================
+ wsmp: initialisation time: 0.0506260 s
+ wsmp: ordering time: 4.1204622 s
+ wsmp: symbolic fact. time: 0.7177072 s
+ wsmp: Cholesky fact. time: 11.3721070 s
+ wsmp: Factorisation 14489.1077313 Mflops
+ wsmp: back substitution time: 0.1214089 s
+ wsmp: from b to rhs vector: 0.0069170 s
+ ---------------------------------
+ wsmp: total solve time: 16.3895910 s
+ =================================
+ u : -0.10165E+01 0.17624E+00
+ v : -0.37881E-01 0.12324E+00
+ w : -0.73744E+00 0.22919E+00
+ =================================
+ Calculate pressures 27787.7749 24.3660 16.4050
+ raw pressures : -0.14719E+01 0.35705E+00
+ Smoothing pressures 27788.0020 24.5930 0.2271
+ do leaf measurements 27788.0031 24.5941 0.0011
+ compute convergence criterion 27788.0441 24.6351 0.0410
+ velocity_diff_norm = 0.0159057 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27788.0490
+ -----------------------------------
+ build system 27788.0535 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27796.0746 8.0255 8.0210
+ =================================
+ wsmp: initialisation time: 0.0511818 s
+ wsmp: ordering time: 4.1229360 s
+ wsmp: symbolic fact. time: 0.7104120 s
+ wsmp: Cholesky fact. time: 11.3845391 s
+ wsmp: Factorisation 14473.2853945 Mflops
+ wsmp: back substitution time: 0.1205389 s
+ wsmp: from b to rhs vector: 0.0070341 s
+ ---------------------------------
+ wsmp: total solve time: 16.3970230 s
+ =================================
+ u : -0.10162E+01 0.19405E+00
+ v : -0.40529E-01 0.12574E+00
+ w : -0.73268E+00 0.22826E+00
+ =================================
+ Calculate pressures 27812.4867 24.4377 16.4122
+ raw pressures : -0.15157E+01 0.36528E+00
+ Smoothing pressures 27812.7114 24.6624 0.2247
+ do leaf measurements 27812.7125 24.6635 0.0011
+ compute convergence criterion 27812.7535 24.7044 0.0409
+ velocity_diff_norm = 0.0107422 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27812.7584
+ -----------------------------------
+ build system 27812.7630 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27820.6966 7.9382 7.9336
+ =================================
+ wsmp: initialisation time: 0.0537360 s
+ wsmp: ordering time: 4.1540079 s
+ wsmp: symbolic fact. time: 0.7204671 s
+ wsmp: Cholesky fact. time: 11.4627068 s
+ wsmp: Factorisation 14374.5876684 Mflops
+ wsmp: back substitution time: 0.1211321 s
+ wsmp: from b to rhs vector: 0.0069180 s
+ ---------------------------------
+ wsmp: total solve time: 16.5193479 s
+ =================================
+ u : -0.10158E+01 0.20970E+00
+ v : -0.42954E-01 0.12575E+00
+ w : -0.72809E+00 0.22776E+00
+ =================================
+ Calculate pressures 27837.2312 24.4727 16.5346
+ raw pressures : -0.15376E+01 0.36268E+00
+ Smoothing pressures 27837.4562 24.6977 0.2250
+ do leaf measurements 27837.4573 24.6989 0.0011
+ compute convergence criterion 27837.4983 24.7399 0.0410
+ velocity_diff_norm = 0.0080897 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27837.5015 24.7431 0.0033
+Compute isostasy and adjust vertical 27837.5017 24.7433 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -152547664948615.84 246286332854566.31
+ def in m -8.0006465911865234 0.65658414363861084
+ dimensionless def -1.87595469611031683E-6 2.28589902605329233E-5
+ Isostatic velocity range = -0.0186042 0.2281781
+ Compute divergence 27837.6990 24.9405 0.1972
+ wsmp_cleanup 27837.7396 24.9812 0.0407
+ Reset surface geometry 27837.7444 24.9859 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 27837.7525 24.9941 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27837.7686 25.0102 0.0161
+ Advect surface 1 27837.7688 25.0104 0.0001
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27837.9677 25.2093 0.1990
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27838.1708 25.4124 0.2031
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27838.4258 25.6674 0.2550
+ Advect the cloud 27838.5783 25.8199 0.1525
+ Write output 27839.4066 26.6482 0.8283
+ End of time step 27840.2783 27.5199 0.8718
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 172 27840.2785
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 27840.2786 0.0001 0.0001
+ surface 01 27840.2786 0.0001 0.0000
+ S. 1: 16968points
+ refine surface 27840.2786 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 27840.3048 0.0263 0.0262
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 27840.3316 0.0531 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 27840.3570 0.0785 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 27840.3749 0.0964 0.0179
+ S. 2: 16955points
+ refine surface 27840.3751 0.0966 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 27840.4014 0.1229 0.0263
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 27840.4242 0.1457 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 27840.4493 0.1708 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16957points
+ surface 03 27840.4674 0.1889 0.0181
+ S. 3: 16957points
+ refine surface 27840.4675 0.1890 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 27840.4934 0.2149 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 27840.5206 0.2421 0.0272
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 27840.5455 0.2670 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 27840.5704
+ -----------------------------------------------------------------------
+ Create octree solve 27840.5707 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 27840.5865 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 27840.6078 0.0373 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 27840.6085 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 27840.6227 0.0522 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 27840.7449 0.1744 0.1222
+ Imbed surface in osolve 27840.9321 0.3616 0.1872
+ embedding surface 1 27840.9322 0.3618 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 27842.9032 2.3327 1.9710
+ osolve%nleaves= 59424
+ embedding surface 3 27845.0260 4.4555 2.1228
+ osolve%nleaves= 64128
+ Assessing octree stability 27848.5769 8.0064 3.5509
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 27848.5820 8.0115 0.0051
+ Interpolate velo onto osolve 27849.0373 8.4669 0.4553
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 27849.1683 8.5978 0.1310
+ Find void 27849.4395 8.8690 0.2712
+ whole leaf in fluid 32992
+ Define boundary conditions 27849.4680 8.8976 0.0286
+ wsmp setup1 27849.4759 8.9054 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 27850.4831 9.9126 1.0072
+ -----------------------------------
+ start of non-linear iteratio 1 27850.5293
+ -----------------------------------
+ build system 27850.5294 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27858.4684 7.9391 7.9390
+ =================================
+ wsmp: initialisation time: 0.0579300 s
+ wsmp: ordering time: 4.1528971 s
+ wsmp: symbolic fact. time: 0.7172701 s
+ wsmp: Cholesky fact. time: 11.4382961 s
+ wsmp: Factorisation 14405.2647989 Mflops
+ wsmp: back substitution time: 0.1214728 s
+ wsmp: from b to rhs vector: 0.0071452 s
+ ---------------------------------
+ wsmp: total solve time: 16.4953811 s
+ =================================
+ u : -0.10451E+01 0.18375E+00
+ v : -0.96017E-01 0.10997E+00
+ w : -0.76173E+00 0.24564E+00
+ =================================
+ Calculate pressures 27874.9791 24.4498 16.5107
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 27875.2064 24.6771 0.2273
+ do leaf measurements 27875.2076 24.6783 0.0011
+ compute convergence criterion 27875.2491 24.7198 0.0416
+ velocity_diff_norm = 0.5884571 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 27875.2541
+ -----------------------------------
+ build system 27875.2587 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81530E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27883.2621 8.0080 8.0034
+ =================================
+ wsmp: initialisation time: 0.0498440 s
+ wsmp: ordering time: 4.1204259 s
+ wsmp: symbolic fact. time: 0.7122679 s
+ wsmp: Cholesky fact. time: 11.3980460 s
+ wsmp: Factorisation 14456.1342912 Mflops
+ wsmp: back substitution time: 0.1209002 s
+ wsmp: from b to rhs vector: 0.0071650 s
+ ---------------------------------
+ wsmp: total solve time: 16.4090259 s
+ =================================
+ u : -0.10154E+01 0.13677E+00
+ v : -0.48705E-01 0.10240E+00
+ w : -0.76710E+00 0.22453E+00
+ =================================
+ Calculate pressures 27899.6873 24.4332 16.4252
+ raw pressures : -0.12362E+01 0.17928E+00
+ Smoothing pressures 27899.9102 24.6561 0.2229
+ do leaf measurements 27899.9113 24.6573 0.0011
+ compute convergence criterion 27899.9532 24.6991 0.0418
+ velocity_diff_norm = 0.0709715 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 27899.9582
+ -----------------------------------
+ build system 27899.9629 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27907.9132 7.9550 7.9503
+ =================================
+ wsmp: initialisation time: 0.0528948 s
+ wsmp: ordering time: 4.1199291 s
+ wsmp: symbolic fact. time: 0.7103870 s
+ wsmp: Cholesky fact. time: 11.4354899 s
+ wsmp: Factorisation 14408.7997469 Mflops
+ wsmp: back substitution time: 0.1210189 s
+ wsmp: from b to rhs vector: 0.0072601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4473808 s
+ =================================
+ u : -0.10168E+01 0.15502E+00
+ v : -0.38030E-01 0.11869E+00
+ w : -0.74689E+00 0.23099E+00
+ =================================
+ Calculate pressures 27924.3759 24.4177 16.4627
+ raw pressures : -0.13721E+01 0.31258E+00
+ Smoothing pressures 27924.6006 24.6424 0.2247
+ do leaf measurements 27924.6017 24.6435 0.0011
+ compute convergence criterion 27924.6432 24.6850 0.0415
+ velocity_diff_norm = 0.0361617 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 27924.6482
+ -----------------------------------
+ build system 27924.6528 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27932.6009 7.9527 7.9481
+ =================================
+ wsmp: initialisation time: 0.0519421 s
+ wsmp: ordering time: 4.1302168 s
+ wsmp: symbolic fact. time: 0.7181931 s
+ wsmp: Cholesky fact. time: 11.3751991 s
+ wsmp: Factorisation 14485.1692461 Mflops
+ wsmp: back substitution time: 0.1217270 s
+ wsmp: from b to rhs vector: 0.0071359 s
+ ---------------------------------
+ wsmp: total solve time: 16.4048200 s
+ =================================
+ u : -0.10165E+01 0.17593E+00
+ v : -0.37868E-01 0.12334E+00
+ w : -0.73747E+00 0.22884E+00
+ =================================
+ Calculate pressures 27949.0214 24.3732 16.4205
+ raw pressures : -0.14714E+01 0.35653E+00
+ Smoothing pressures 27949.2478 24.5996 0.2264
+ do leaf measurements 27949.2489 24.6007 0.0011
+ compute convergence criterion 27949.2904 24.6423 0.0415
+ velocity_diff_norm = 0.0159332 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 27949.2954
+ -----------------------------------
+ build system 27949.3000 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27957.3097 8.0143 8.0097
+ =================================
+ wsmp: initialisation time: 0.0534170 s
+ wsmp: ordering time: 4.1260221 s
+ wsmp: symbolic fact. time: 0.7119079 s
+ wsmp: Cholesky fact. time: 11.3891859 s
+ wsmp: Factorisation 14467.3803064 Mflops
+ wsmp: back substitution time: 0.1234899 s
+ wsmp: from b to rhs vector: 0.0071161 s
+ ---------------------------------
+ wsmp: total solve time: 16.4115450 s
+ =================================
+ u : -0.10161E+01 0.19374E+00
+ v : -0.40685E-01 0.12578E+00
+ w : -0.73268E+00 0.22800E+00
+ =================================
+ Calculate pressures 27973.7362 24.4407 16.4264
+ raw pressures : -0.15152E+01 0.36484E+00
+ Smoothing pressures 27973.9611 24.6657 0.2250
+ do leaf measurements 27973.9622 24.6668 0.0011
+ compute convergence criterion 27974.0037 24.7083 0.0415
+ velocity_diff_norm = 0.0107307 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 27974.0087
+ -----------------------------------
+ build system 27974.0132 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 27981.9530 7.9443 7.9398
+ =================================
+ wsmp: initialisation time: 0.0532210 s
+ wsmp: ordering time: 4.1453891 s
+ wsmp: symbolic fact. time: 0.7131312 s
+ wsmp: Cholesky fact. time: 11.4706590 s
+ wsmp: Factorisation 14364.6222613 Mflops
+ wsmp: back substitution time: 0.1212931 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.5113339 s
+ =================================
+ u : -0.10158E+01 0.20938E+00
+ v : -0.43075E-01 0.12582E+00
+ w : -0.72810E+00 0.22754E+00
+ =================================
+ Calculate pressures 27998.4797 24.4710 16.5267
+ raw pressures : -0.15372E+01 0.36244E+00
+ Smoothing pressures 27998.7046 24.6960 0.2250
+ do leaf measurements 27998.7057 24.6971 0.0011
+ compute convergence criterion 27998.7473 24.7386 0.0415
+ velocity_diff_norm = 0.0080886 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 27998.7504 24.7418 0.0032
+Compute isostasy and adjust vertical 27998.7506 24.7420 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -153102652678370.94 247601982389568.69
+ def in m -8.0020914077758789 0.65643554925918579
+ dimensionless def -1.87553014074053077E-6 2.28631183079310833E-5
+ Isostatic velocity range = -0.0186132 0.2282232
+ Compute divergence 27998.9507 24.9420 0.2001
+ wsmp_cleanup 27998.9890 24.9804 0.0383
+ Reset surface geometry 27998.9938 24.9851 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 27999.0020 24.9933 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 27999.0181 25.0095 0.0162
+ Advect surface 1 27999.0183 25.0096 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 27999.2117 25.2030 0.1934
+ removing 3 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 27999.4350 25.4264 0.2234
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 27999.6899 25.6812 0.2548
+ Advect the cloud 27999.8417 25.8331 0.1519
+ Write output 28000.6671 26.6584 0.8254
+ End of time step 28001.5413 27.5327 0.8742
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 173 28001.5415
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28001.5415 0.0001 0.0001
+ surface 01 28001.5416 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 28001.5416 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28001.5673 0.0258 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 28001.5849 0.0435 0.0177
+ S. 2: 16954points
+ refine surface 28001.5851 0.0436 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 28001.6116 0.0702 0.0266
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 28001.6387 0.0973 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28001.6636 0.1221 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16956points
+ surface 03 28001.6818 0.1404 0.0182
+ S. 3: 16958points
+ refine surface 28001.6820 0.1405 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28001.7073 0.1659 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28001.7322
+ -----------------------------------------------------------------------
+ Create octree solve 28001.7324 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28001.7483 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28001.7700 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28001.7708 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28001.7849 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28001.9071 0.1749 0.1222
+ Imbed surface in osolve 28002.0932 0.3610 0.1861
+ embedding surface 1 28002.0934 0.3612 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 28004.0544 2.3222 1.9610
+ osolve%nleaves= 59424
+ embedding surface 3 28006.1534 4.4212 2.0990
+ osolve%nleaves= 64128
+ Assessing octree stability 28009.6813 7.9491 3.5278
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28009.6859 7.9538 0.0047
+ Interpolate velo onto osolve 28010.0945 8.3623 0.4085
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28010.2714 8.5392 0.1769
+ Find void 28010.5431 8.8110 0.2718
+ whole leaf in fluid 32992
+ Define boundary conditions 28010.5707 8.8385 0.0276
+ wsmp setup1 28010.5771 8.8449 0.0064
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28011.5836 9.8514 1.0065
+ -----------------------------------
+ start of non-linear iteratio 1 28011.6278
+ -----------------------------------
+ build system 28011.6279 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28019.5553 7.9275 7.9273
+ =================================
+ wsmp: initialisation time: 0.0568421 s
+ wsmp: ordering time: 4.1450040 s
+ wsmp: symbolic fact. time: 0.7176161 s
+ wsmp: Cholesky fact. time: 11.4383292 s
+ wsmp: Factorisation 14405.2230626 Mflops
+ wsmp: back substitution time: 0.1215692 s
+ wsmp: from b to rhs vector: 0.0071502 s
+ ---------------------------------
+ wsmp: total solve time: 16.4868772 s
+ =================================
+ u : -0.10634E+01 0.18385E+00
+ v : -0.95988E-01 0.11083E+00
+ w : -0.76210E+00 0.24671E+00
+ =================================
+ Calculate pressures 28036.0573 24.4295 16.5020
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 28036.2842 24.6564 0.2269
+ do leaf measurements 28036.2853 24.6575 0.0011
+ compute convergence criterion 28036.3275 24.6997 0.0422
+ velocity_diff_norm = 0.5894018 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28036.3324
+ -----------------------------------
+ build system 28036.3368 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81077E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28044.3562 8.0239 8.0194
+ =================================
+ wsmp: initialisation time: 0.0522790 s
+ wsmp: ordering time: 4.1233821 s
+ wsmp: symbolic fact. time: 0.7136788 s
+ wsmp: Cholesky fact. time: 11.3745449 s
+ wsmp: Factorisation 14486.0023780 Mflops
+ wsmp: back substitution time: 0.1210010 s
+ wsmp: from b to rhs vector: 0.0071418 s
+ ---------------------------------
+ wsmp: total solve time: 16.3923891 s
+ =================================
+ u : -0.10155E+01 0.13674E+00
+ v : -0.48707E-01 0.10213E+00
+ w : -0.76738E+00 0.22528E+00
+ =================================
+ Calculate pressures 28060.7642 24.4319 16.4080
+ raw pressures : -0.12358E+01 0.18325E+00
+ Smoothing pressures 28060.9886 24.6562 0.2243
+ do leaf measurements 28060.9898 24.6574 0.0012
+ compute convergence criterion 28061.0323 24.6999 0.0425
+ velocity_diff_norm = 0.0713728 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28061.0372
+ -----------------------------------
+ build system 28061.0417 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28069.0060 7.9688 7.9643
+ =================================
+ wsmp: initialisation time: 0.0509880 s
+ wsmp: ordering time: 4.1230860 s
+ wsmp: symbolic fact. time: 0.7138000 s
+ wsmp: Cholesky fact. time: 11.4165850 s
+ wsmp: Factorisation 14432.6595325 Mflops
+ wsmp: back substitution time: 0.1208711 s
+ wsmp: from b to rhs vector: 0.0071111 s
+ ---------------------------------
+ wsmp: total solve time: 16.4328060 s
+ =================================
+ u : -0.10170E+01 0.15503E+00
+ v : -0.37926E-01 0.11853E+00
+ w : -0.74660E+00 0.23141E+00
+ =================================
+ Calculate pressures 28085.4540 24.4168 16.4480
+ raw pressures : -0.13721E+01 0.31266E+00
+ Smoothing pressures 28085.6788 24.6417 0.2248
+ do leaf measurements 28085.6799 24.6428 0.0011
+ compute convergence criterion 28085.7223 24.6851 0.0424
+ velocity_diff_norm = 0.0360547 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28085.7272
+ -----------------------------------
+ build system 28085.7316 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28093.6701 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0532131 s
+ wsmp: ordering time: 4.1255810 s
+ wsmp: symbolic fact. time: 0.7187271 s
+ wsmp: Cholesky fact. time: 11.3859029 s
+ wsmp: Factorisation 14471.5518469 Mflops
+ wsmp: back substitution time: 0.1218061 s
+ wsmp: from b to rhs vector: 0.0070190 s
+ ---------------------------------
+ wsmp: total solve time: 16.4125969 s
+ =================================
+ u : -0.10166E+01 0.17600E+00
+ v : -0.37814E-01 0.12328E+00
+ w : -0.73727E+00 0.22897E+00
+ =================================
+ Calculate pressures 28110.0981 24.3709 16.4280
+ raw pressures : -0.14713E+01 0.35651E+00
+ Smoothing pressures 28110.3249 24.5977 0.2268
+ do leaf measurements 28110.3259 24.5988 0.0011
+ compute convergence criterion 28110.3682 24.6410 0.0422
+ velocity_diff_norm = 0.0159722 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28110.3730
+ -----------------------------------
+ build system 28110.3775 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28118.3754 8.0024 7.9980
+ =================================
+ wsmp: initialisation time: 0.0526600 s
+ wsmp: ordering time: 4.1336861 s
+ wsmp: symbolic fact. time: 0.7120340 s
+ wsmp: Cholesky fact. time: 11.3852680 s
+ wsmp: Factorisation 14472.3588647 Mflops
+ wsmp: back substitution time: 0.1210201 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.4121439 s
+ =================================
+ u : -0.10162E+01 0.19385E+00
+ v : -0.40643E-01 0.12575E+00
+ w : -0.73252E+00 0.22806E+00
+ =================================
+ Calculate pressures 28134.8025 24.4295 16.4271
+ raw pressures : -0.15151E+01 0.36481E+00
+ Smoothing pressures 28135.0271 24.6541 0.2246
+ do leaf measurements 28135.0282 24.6552 0.0011
+ compute convergence criterion 28135.0705 24.6975 0.0423
+ velocity_diff_norm = 0.0107156 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28135.0754
+ -----------------------------------
+ build system 28135.0798 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28143.0171 7.9417 7.9373
+ =================================
+ wsmp: initialisation time: 0.0499930 s
+ wsmp: ordering time: 4.1435189 s
+ wsmp: symbolic fact. time: 0.7123060 s
+ wsmp: Cholesky fact. time: 11.4835238 s
+ wsmp: Factorisation 14348.5297797 Mflops
+ wsmp: back substitution time: 0.1210070 s
+ wsmp: from b to rhs vector: 0.0071609 s
+ ---------------------------------
+ wsmp: total solve time: 16.5178518 s
+ =================================
+ u : -0.10159E+01 0.20949E+00
+ v : -0.43039E-01 0.12581E+00
+ w : -0.72797E+00 0.22756E+00
+ =================================
+ Calculate pressures 28159.5503 24.4750 16.5333
+ raw pressures : -0.15368E+01 0.36221E+00
+ Smoothing pressures 28159.7754 24.7001 0.2251
+ do leaf measurements 28159.7765 24.7012 0.0011
+ compute convergence criterion 28159.8189 24.7435 0.0423
+ velocity_diff_norm = 0.0080867 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28159.8218 24.7464 0.0030
+Compute isostasy and adjust vertical 28159.8220 24.7466 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -153645614105842.47 248919947016031.81
+ def in m -8.0008449554443359 0.6559445858001709
+ dimensionless def -1.87412738800048833E-6 2.2859557015555248E-5
+ Isostatic velocity range = -0.0186141 0.2281908
+ Compute divergence 28160.0224 24.9470 0.2004
+ wsmp_cleanup 28160.0648 24.9894 0.0424
+ Reset surface geometry 28160.0698 24.9944 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 28160.0779 25.0025 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28160.0921 25.0167 0.0142
+ Advect surface 1 28160.0922 25.0168 0.0001
+ removing 3 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28160.3138 25.2384 0.2215
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28160.5117 25.4364 0.1980
+ removing 1 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28160.7692 25.6938 0.2574
+ Advect the cloud 28160.9209 25.8455 0.1518
+ Write output 28161.7566 26.6813 0.8357
+ End of time step 28162.6271 27.5517 0.8704
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 174 28162.6272
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28162.6273 0.0001 0.0001
+ surface 01 28162.6273 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 28162.6274 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 28162.6545 0.0273 0.0272
+ S. 1: 3 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 28162.6819 0.0547 0.0274
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28162.7067 0.0795 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16968points
+ surface 02 28162.7252 0.0980 0.0185
+ S. 2: 16956points
+ refine surface 28162.7253 0.0981 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 28162.7519 0.1247 0.0266
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 28162.7746 0.1474 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28162.7995 0.1723 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16958points
+ surface 03 28162.8180 0.1907 0.0185
+ S. 3: 16957points
+ refine surface 28162.8181 0.1909 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 28162.8439 0.2166 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 28162.8712 0.2440 0.0273
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28162.8961 0.2689 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28162.9211
+ -----------------------------------------------------------------------
+ Create octree solve 28162.9214 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28162.9372 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28162.9586 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28162.9594 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28162.9735 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28163.0957 0.1745 0.1222
+ Imbed surface in osolve 28163.2845 0.3633 0.1888
+ embedding surface 1 28163.2846 0.3635 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 28165.2394 2.3182 1.9547
+ osolve%nleaves= 59424
+ embedding surface 3 28167.3410 4.4199 2.1016
+ osolve%nleaves= 64128
+ Assessing octree stability 28170.8760 7.9549 3.5350
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28170.8811 7.9600 0.0051
+ Interpolate velo onto osolve 28171.3135 8.3923 0.4324
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28171.4692 8.5481 0.1558
+ Find void 28171.7390 8.8179 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 28171.7674 8.8463 0.0284
+ wsmp setup1 28171.7750 8.8538 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28172.7842 9.8631 1.0093
+ -----------------------------------
+ start of non-linear iteratio 1 28172.8302
+ -----------------------------------
+ build system 28172.8304 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28180.7532 7.9230 7.9229
+ =================================
+ wsmp: initialisation time: 0.0551720 s
+ wsmp: ordering time: 4.1648030 s
+ wsmp: symbolic fact. time: 0.7223639 s
+ wsmp: Cholesky fact. time: 11.4597449 s
+ wsmp: Factorisation 14378.3029097 Mflops
+ wsmp: back substitution time: 0.1209600 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.5305960 s
+ =================================
+ u : -0.10638E+01 0.18358E+00
+ v : -0.96316E-01 0.11111E+00
+ w : -0.76147E+00 0.24606E+00
+ =================================
+ Calculate pressures 28197.2996 24.4694 16.5464
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 28197.5241 24.6939 0.2245
+ do leaf measurements 28197.5252 24.6950 0.0011
+ compute convergence criterion 28197.5664 24.7362 0.0411
+ velocity_diff_norm = 0.5895262 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28197.5712
+ -----------------------------------
+ build system 28197.5756 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80927E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28205.5875 8.0163 8.0119
+ =================================
+ wsmp: initialisation time: 0.0537989 s
+ wsmp: ordering time: 4.1290841 s
+ wsmp: symbolic fact. time: 0.7137430 s
+ wsmp: Cholesky fact. time: 11.3768730 s
+ wsmp: Factorisation 14483.0379699 Mflops
+ wsmp: back substitution time: 0.1209791 s
+ wsmp: from b to rhs vector: 0.0073409 s
+ ---------------------------------
+ wsmp: total solve time: 16.4022181 s
+ =================================
+ u : -0.10154E+01 0.13662E+00
+ v : -0.48690E-01 0.10207E+00
+ w : -0.76713E+00 0.22503E+00
+ =================================
+ Calculate pressures 28222.0055 24.4343 16.4180
+ raw pressures : -0.12352E+01 0.18976E+00
+ Smoothing pressures 28222.2296 24.6584 0.2241
+ do leaf measurements 28222.2307 24.6595 0.0011
+ compute convergence criterion 28222.2723 24.7011 0.0415
+ velocity_diff_norm = 0.0714338 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28222.2772
+ -----------------------------------
+ build system 28222.2815 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28230.2553 7.9781 7.9738
+ =================================
+ wsmp: initialisation time: 0.0538831 s
+ wsmp: ordering time: 4.1283400 s
+ wsmp: symbolic fact. time: 0.7150381 s
+ wsmp: Cholesky fact. time: 11.4147592 s
+ wsmp: Factorisation 14434.9680601 Mflops
+ wsmp: back substitution time: 0.1212108 s
+ wsmp: from b to rhs vector: 0.0072730 s
+ ---------------------------------
+ wsmp: total solve time: 16.4408920 s
+ =================================
+ u : -0.10170E+01 0.15507E+00
+ v : -0.37725E-01 0.11856E+00
+ w : -0.74628E+00 0.23156E+00
+ =================================
+ Calculate pressures 28246.7117 24.4345 16.4564
+ raw pressures : -0.13715E+01 0.31195E+00
+ Smoothing pressures 28246.9361 24.6589 0.2244
+ do leaf measurements 28246.9372 24.6600 0.0011
+ compute convergence criterion 28246.9782 24.7011 0.0411
+ velocity_diff_norm = 0.0361655 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28246.9830
+ -----------------------------------
+ build system 28246.9873 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28254.9216 7.9386 7.9343
+ =================================
+ wsmp: initialisation time: 0.0528340 s
+ wsmp: ordering time: 4.1429129 s
+ wsmp: symbolic fact. time: 0.7215140 s
+ wsmp: Cholesky fact. time: 11.3881500 s
+ wsmp: Factorisation 14468.6963389 Mflops
+ wsmp: back substitution time: 0.1219289 s
+ wsmp: from b to rhs vector: 0.0072448 s
+ ---------------------------------
+ wsmp: total solve time: 16.4349658 s
+ =================================
+ u : -0.10166E+01 0.17608E+00
+ v : -0.37826E-01 0.12324E+00
+ w : -0.73702E+00 0.22917E+00
+ =================================
+ Calculate pressures 28271.3721 24.3891 16.4506
+ raw pressures : -0.14711E+01 0.35617E+00
+ Smoothing pressures 28271.5988 24.6157 0.2266
+ do leaf measurements 28271.5998 24.6168 0.0011
+ compute convergence criterion 28271.6410 24.6580 0.0411
+ velocity_diff_norm = 0.0158837 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28271.6458
+ -----------------------------------
+ build system 28271.6502 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28279.6372 7.9914 7.9871
+ =================================
+ wsmp: initialisation time: 0.0533631 s
+ wsmp: ordering time: 4.1323950 s
+ wsmp: symbolic fact. time: 0.7101460 s
+ wsmp: Cholesky fact. time: 11.3963752 s
+ wsmp: Factorisation 14458.2537239 Mflops
+ wsmp: back substitution time: 0.1210160 s
+ wsmp: from b to rhs vector: 0.0073519 s
+ ---------------------------------
+ wsmp: total solve time: 16.4210289 s
+ =================================
+ u : -0.10162E+01 0.19395E+00
+ v : -0.40692E-01 0.12569E+00
+ w : -0.73233E+00 0.22810E+00
+ =================================
+ Calculate pressures 28296.0739 24.4281 16.4367
+ raw pressures : -0.15149E+01 0.36441E+00
+ Smoothing pressures 28296.2987 24.6529 0.2248
+ do leaf measurements 28296.2999 24.6540 0.0011
+ compute convergence criterion 28296.3414 24.6955 0.0415
+ velocity_diff_norm = 0.0107313 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28296.3463
+ -----------------------------------
+ build system 28296.3507 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28304.2842 7.9379 7.9335
+ =================================
+ wsmp: initialisation time: 0.0499890 s
+ wsmp: ordering time: 4.1336508 s
+ wsmp: symbolic fact. time: 0.7146900 s
+ wsmp: Cholesky fact. time: 11.4737301 s
+ wsmp: Factorisation 14360.7774125 Mflops
+ wsmp: back substitution time: 0.1212339 s
+ wsmp: from b to rhs vector: 0.0072892 s
+ ---------------------------------
+ wsmp: total solve time: 16.5009758 s
+ =================================
+ u : -0.10159E+01 0.20963E+00
+ v : -0.43077E-01 0.12573E+00
+ w : -0.72780E+00 0.22772E+00
+ =================================
+ Calculate pressures 28320.8002 24.4539 16.5159
+ raw pressures : -0.15367E+01 0.36178E+00
+ Smoothing pressures 28321.0254 24.6791 0.2253
+ do leaf measurements 28321.0265 24.6802 0.0011
+ compute convergence criterion 28321.0676 24.7213 0.0411
+ velocity_diff_norm = 0.0080965 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28321.0705 24.7243 0.0030
+Compute isostasy and adjust vertical 28321.0707 24.7244 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -154188853420961.69 250234116685037.22
+ def in m -7.986358642578125 0.65494465827941895
+ dimensionless def -1.87127045222691118E-6 2.28181675502232149E-5
+ Isostatic velocity range = -0.0185867 0.2277746
+ Compute divergence 28321.2608 24.9145 0.1901
+ wsmp_cleanup 28321.3104 24.9641 0.0497
+ Reset surface geometry 28321.3155 24.9692 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 28321.3230 24.9767 0.0075
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28321.3359 24.9896 0.0129
+ Advect surface 1 28321.3361 24.9898 0.0001
+ removing 5 particle from surface
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28321.5697 25.2234 0.2336
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28321.7668 25.4205 0.1971
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28322.0190 25.6727 0.2522
+ Advect the cloud 28322.1718 25.8255 0.1528
+ Write output 28323.0019 26.6556 0.8300
+ End of time step 28323.8744 27.5281 0.8726
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 175 28323.8746
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28323.8746 0.0001 0.0001
+ surface 01 28323.8747 0.0001 0.0000
+ S. 1: 16963points
+ refine surface 28323.8747 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28323.8999 0.0254 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16963points
+ surface 02 28323.9182 0.0437 0.0183
+ S. 2: 16958points
+ refine surface 28323.9184 0.0438 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 28323.9440 0.0694 0.0256
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 28323.9665 0.0920 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28323.9913 0.1167 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16959points
+ surface 03 28324.0099 0.1353 0.0186
+ S. 3: 16958points
+ refine surface 28324.0100 0.1355 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 28324.0360 0.1614 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 28324.0585 0.1840 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28324.0834 0.2089 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16959points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28324.1082
+ -----------------------------------------------------------------------
+ Create octree solve 28324.1084 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28324.1243 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28324.1460 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28324.1468 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28324.1609 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28324.2832 0.1750 0.1222
+ Imbed surface in osolve 28324.4714 0.3632 0.1882
+ embedding surface 1 28324.4716 0.3634 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 28326.4316 2.3235 1.9601
+ osolve%nleaves= 59424
+ embedding surface 3 28328.5248 4.4166 2.0932
+ osolve%nleaves= 64128
+ Assessing octree stability 28332.0471 7.9389 3.5223
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28332.0517 7.9436 0.0047
+ Interpolate velo onto osolve 28332.4567 8.3485 0.4049
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28332.6110 8.5028 0.1543
+ Find void 28332.8798 8.7717 0.2689
+ whole leaf in fluid 32992
+ Define boundary conditions 28332.9081 8.8000 0.0283
+ wsmp setup1 28332.9152 8.8070 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28333.9229 9.8148 1.0077
+ -----------------------------------
+ start of non-linear iteratio 1 28333.9691
+ -----------------------------------
+ build system 28333.9692 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28341.9055 7.9365 7.9363
+ =================================
+ wsmp: initialisation time: 0.0568419 s
+ wsmp: ordering time: 4.1447220 s
+ wsmp: symbolic fact. time: 0.7136810 s
+ wsmp: Cholesky fact. time: 11.4716990 s
+ wsmp: Factorisation 14363.3200177 Mflops
+ wsmp: back substitution time: 0.1215532 s
+ wsmp: from b to rhs vector: 0.0071812 s
+ ---------------------------------
+ wsmp: total solve time: 16.5160530 s
+ =================================
+ u : -0.10135E+01 0.18440E+00
+ v : -0.95730E-01 0.11012E+00
+ w : -0.76142E+00 0.24420E+00
+ =================================
+ Calculate pressures 28358.4373 24.4683 16.5318
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 28358.6619 24.6928 0.2245
+ do leaf measurements 28358.6630 24.6939 0.0011
+ compute convergence criterion 28358.7042 24.7351 0.0413
+ velocity_diff_norm = 0.5892262 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28358.7091
+ -----------------------------------
+ build system 28358.7137 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82035E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28366.7234 8.0142 8.0096
+ =================================
+ wsmp: initialisation time: 0.0529780 s
+ wsmp: ordering time: 4.1286440 s
+ wsmp: symbolic fact. time: 0.7130878 s
+ wsmp: Cholesky fact. time: 11.3797910 s
+ wsmp: Factorisation 14479.3242306 Mflops
+ wsmp: back substitution time: 0.1213100 s
+ wsmp: from b to rhs vector: 0.0073161 s
+ ---------------------------------
+ wsmp: total solve time: 16.4035091 s
+ =================================
+ u : -0.10155E+01 0.13720E+00
+ v : -0.49030E-01 0.10236E+00
+ w : -0.76705E+00 0.22365E+00
+ =================================
+ Calculate pressures 28383.1428 24.4337 16.4194
+ raw pressures : -0.12368E+01 0.18000E+00
+ Smoothing pressures 28383.3659 24.6568 0.2231
+ do leaf measurements 28383.3670 24.6579 0.0011
+ compute convergence criterion 28383.4132 24.7041 0.0462
+ velocity_diff_norm = 0.0714881 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28383.4182
+ -----------------------------------
+ build system 28383.4228 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28391.4091 7.9910 7.9863
+ =================================
+ wsmp: initialisation time: 0.0492969 s
+ wsmp: ordering time: 4.1295772 s
+ wsmp: symbolic fact. time: 0.7124040 s
+ wsmp: Cholesky fact. time: 11.4014969 s
+ wsmp: Factorisation 14451.7588791 Mflops
+ wsmp: back substitution time: 0.1211729 s
+ wsmp: from b to rhs vector: 0.0072341 s
+ ---------------------------------
+ wsmp: total solve time: 16.4215670 s
+ =================================
+ u : -0.10170E+01 0.15537E+00
+ v : -0.37558E-01 0.11874E+00
+ w : -0.74691E+00 0.23040E+00
+ =================================
+ Calculate pressures 28407.8462 24.4280 16.4370
+ raw pressures : -0.13726E+01 0.31314E+00
+ Smoothing pressures 28408.0711 24.6529 0.2249
+ do leaf measurements 28408.0721 24.6540 0.0011
+ compute convergence criterion 28408.1134 24.6953 0.0413
+ velocity_diff_norm = 0.0362652 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28408.1184
+ -----------------------------------
+ build system 28408.1229 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28416.0606 7.9423 7.9377
+ =================================
+ wsmp: initialisation time: 0.0527759 s
+ wsmp: ordering time: 4.1601100 s
+ wsmp: symbolic fact. time: 0.7178390 s
+ wsmp: Cholesky fact. time: 11.4101241 s
+ wsmp: Factorisation 14440.8319277 Mflops
+ wsmp: back substitution time: 0.1253641 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.4737859 s
+ =================================
+ u : -0.10166E+01 0.17623E+00
+ v : -0.38049E-01 0.12338E+00
+ w : -0.73750E+00 0.22844E+00
+ =================================
+ Calculate pressures 28432.5501 24.4318 16.4895
+ raw pressures : -0.14716E+01 0.35718E+00
+ Smoothing pressures 28432.7766 24.6582 0.2265
+ do leaf measurements 28432.7777 24.6594 0.0011
+ compute convergence criterion 28432.8231 24.7047 0.0454
+ velocity_diff_norm = 0.0158405 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28432.8281
+ -----------------------------------
+ build system 28432.8327 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28440.8048 7.9767 7.9721
+ =================================
+ wsmp: initialisation time: 0.0513849 s
+ wsmp: ordering time: 4.1311531 s
+ wsmp: symbolic fact. time: 0.7113199 s
+ wsmp: Cholesky fact. time: 11.3885489 s
+ wsmp: Factorisation 14468.1895850 Mflops
+ wsmp: back substitution time: 0.1210499 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.4109931 s
+ =================================
+ u : -0.10162E+01 0.19402E+00
+ v : -0.40870E-01 0.12580E+00
+ w : -0.73273E+00 0.22777E+00
+ =================================
+ Calculate pressures 28457.2311 24.4030 16.4263
+ raw pressures : -0.15156E+01 0.36566E+00
+ Smoothing pressures 28457.4557 24.6276 0.2246
+ do leaf measurements 28457.4568 24.6287 0.0011
+ compute convergence criterion 28457.4984 24.6703 0.0416
+ velocity_diff_norm = 0.0107369 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28457.5034
+ -----------------------------------
+ build system 28457.5081 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28465.4461 7.9427 7.9380
+ =================================
+ wsmp: initialisation time: 0.0541461 s
+ wsmp: ordering time: 4.1259749 s
+ wsmp: symbolic fact. time: 0.7154381 s
+ wsmp: Cholesky fact. time: 11.4578419 s
+ wsmp: Factorisation 14380.6910323 Mflops
+ wsmp: back substitution time: 0.1210570 s
+ wsmp: from b to rhs vector: 0.0072498 s
+ ---------------------------------
+ wsmp: total solve time: 16.4820910 s
+ =================================
+ u : -0.10159E+01 0.20966E+00
+ v : -0.43214E-01 0.12582E+00
+ w : -0.72816E+00 0.22739E+00
+ =================================
+ Calculate pressures 28481.9437 24.4403 16.4976
+ raw pressures : -0.15376E+01 0.36310E+00
+ Smoothing pressures 28482.1686 24.6652 0.2249
+ do leaf measurements 28482.1697 24.6663 0.0011
+ compute convergence criterion 28482.2109 24.7075 0.0412
+ velocity_diff_norm = 0.0080838 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28482.2142 24.7108 0.0033
+Compute isostasy and adjust vertical 28482.2143 24.7109 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -154755492814531.75 251525354701955.
+ def in m -7.9944643974304199 0.65552377700805664
+ dimensionless def -1.87292507716587606E-6 2.28413268498011988E-5
+ Isostatic velocity range = -0.0185977 0.2280056
+ Compute divergence 28482.4150 24.9116 0.2006
+ wsmp_cleanup 28482.4553 24.9519 0.0403
+ Reset surface geometry 28482.4602 24.9568 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 28482.4684 24.9650 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28482.4834 24.9800 0.0151
+ Advect surface 1 28482.4836 24.9802 0.0001
+ removing 1 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28482.6820 25.1787 0.1985
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28482.8816 25.3782 0.1996
+ removing 1 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28483.1456 25.6422 0.2640
+ Advect the cloud 28483.2984 25.7950 0.1528
+ Write output 28484.1283 26.6249 0.8298
+ End of time step 28484.9998 27.4965 0.8716
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 176 28485.0000
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28485.0000 0.0001 0.0001
+ surface 01 28485.0001 0.0001 0.0000
+ S. 1: 16962points
+ refine surface 28485.0001 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28485.0251 0.0251 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16962points
+ surface 02 28485.0433 0.0433 0.0182
+ S. 2: 16959points
+ refine surface 28485.0434 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28485.0687 0.0687 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16959points
+ surface 03 28485.0866 0.0866 0.0179
+ S. 3: 16958points
+ refine surface 28485.0868 0.0868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28485.1115 0.1115 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28485.1362
+ -----------------------------------------------------------------------
+ Create octree solve 28485.1365 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28485.1523 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28485.1738 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28485.1745 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28485.1887 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28485.3108 0.1746 0.1222
+ Imbed surface in osolve 28485.4961 0.3598 0.1852
+ embedding surface 1 28485.4962 0.3600 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 28487.4644 2.3281 1.9682
+ osolve%nleaves= 59424
+ embedding surface 3 28489.5440 4.4078 2.0796
+ osolve%nleaves= 64128
+ Assessing octree stability 28493.0680 7.9318 3.5240
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28493.0726 7.9364 0.0046
+ Interpolate velo onto osolve 28493.4567 8.3205 0.3841
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28493.6392 8.5030 0.1825
+ Find void 28493.9121 8.7759 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 28493.9407 8.8045 0.0286
+ wsmp setup1 28493.9485 8.8122 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28494.9488 9.8126 1.0003
+ -----------------------------------
+ start of non-linear iteratio 1 28494.9943
+ -----------------------------------
+ build system 28494.9945 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28502.9259 7.9316 7.9315
+ =================================
+ wsmp: initialisation time: 0.0531690 s
+ wsmp: ordering time: 4.1476209 s
+ wsmp: symbolic fact. time: 0.7071960 s
+ wsmp: Cholesky fact. time: 11.4694941 s
+ wsmp: Factorisation 14366.0812217 Mflops
+ wsmp: back substitution time: 0.1210859 s
+ wsmp: from b to rhs vector: 0.0072801 s
+ ---------------------------------
+ wsmp: total solve time: 16.5062308 s
+ =================================
+ u : -0.10511E+01 0.18423E+00
+ v : -0.95957E-01 0.11052E+00
+ w : -0.76165E+00 0.24577E+00
+ =================================
+ Calculate pressures 28519.4483 24.4539 16.5223
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 28519.6729 24.6786 0.2247
+ do leaf measurements 28519.6741 24.6797 0.0011
+ compute convergence criterion 28519.7159 24.7216 0.0419
+ velocity_diff_norm = 0.5888178 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28519.7208
+ -----------------------------------
+ build system 28519.7252 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81282E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28527.7264 8.0056 8.0012
+ =================================
+ wsmp: initialisation time: 0.0515969 s
+ wsmp: ordering time: 4.1299710 s
+ wsmp: symbolic fact. time: 0.7130859 s
+ wsmp: Cholesky fact. time: 11.1800139 s
+ wsmp: Factorisation 14738.0571636 Mflops
+ wsmp: back substitution time: 0.1211560 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.2034302 s
+ =================================
+ u : -0.10154E+01 0.13705E+00
+ v : -0.48705E-01 0.10247E+00
+ w : -0.76695E+00 0.22490E+00
+ =================================
+ Calculate pressures 28543.9455 24.2247 16.2191
+ raw pressures : -0.12367E+01 0.18708E+00
+ Smoothing pressures 28544.1692 24.4484 0.2237
+ do leaf measurements 28544.1703 24.4495 0.0011
+ compute convergence criterion 28544.2124 24.4916 0.0421
+ velocity_diff_norm = 0.0708485 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28544.2173
+ -----------------------------------
+ build system 28544.2218 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28552.2197 8.0024 7.9979
+ =================================
+ wsmp: initialisation time: 0.0522280 s
+ wsmp: ordering time: 4.1390021 s
+ wsmp: symbolic fact. time: 0.7142332 s
+ wsmp: Cholesky fact. time: 11.3970060 s
+ wsmp: Factorisation 14457.4534199 Mflops
+ wsmp: back substitution time: 0.1210649 s
+ wsmp: from b to rhs vector: 0.0072129 s
+ ---------------------------------
+ wsmp: total solve time: 16.4311612 s
+ =================================
+ u : -0.10168E+01 0.15517E+00
+ v : -0.37796E-01 0.11887E+00
+ w : -0.74696E+00 0.23112E+00
+ =================================
+ Calculate pressures 28568.6669 24.4496 16.4472
+ raw pressures : -0.13726E+01 0.31306E+00
+ Smoothing pressures 28568.8909 24.6736 0.2240
+ do leaf measurements 28568.8920 24.6747 0.0011
+ compute convergence criterion 28568.9340 24.7167 0.0419
+ velocity_diff_norm = 0.0361496 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28568.9388
+ -----------------------------------
+ build system 28568.9431 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28576.8811 7.9424 7.9380
+ =================================
+ wsmp: initialisation time: 0.0527539 s
+ wsmp: ordering time: 4.1504550 s
+ wsmp: symbolic fact. time: 0.7212350 s
+ wsmp: Cholesky fact. time: 11.4131789 s
+ wsmp: Factorisation 14436.9666873 Mflops
+ wsmp: back substitution time: 0.1218700 s
+ wsmp: from b to rhs vector: 0.0071208 s
+ ---------------------------------
+ wsmp: total solve time: 16.4669960 s
+ =================================
+ u : -0.10165E+01 0.17606E+00
+ v : -0.37752E-01 0.12346E+00
+ w : -0.73747E+00 0.22887E+00
+ =================================
+ Calculate pressures 28593.3635 24.4247 16.4823
+ raw pressures : -0.14715E+01 0.35692E+00
+ Smoothing pressures 28593.5909 24.6521 0.2274
+ do leaf measurements 28593.5920 24.6532 0.0011
+ compute convergence criterion 28593.6338 24.6951 0.0418
+ velocity_diff_norm = 0.0159721 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28593.6387
+ -----------------------------------
+ build system 28593.6431 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28601.6304 7.9917 7.9873
+ =================================
+ wsmp: initialisation time: 0.0508029 s
+ wsmp: ordering time: 4.1258659 s
+ wsmp: symbolic fact. time: 0.7127609 s
+ wsmp: Cholesky fact. time: 11.3918560 s
+ wsmp: Factorisation 14463.9894082 Mflops
+ wsmp: back substitution time: 0.1209960 s
+ wsmp: from b to rhs vector: 0.0071409 s
+ ---------------------------------
+ wsmp: total solve time: 16.4097888 s
+ =================================
+ u : -0.10162E+01 0.19390E+00
+ v : -0.40625E-01 0.12583E+00
+ w : -0.73263E+00 0.22798E+00
+ =================================
+ Calculate pressures 28618.0563 24.4176 16.4259
+ raw pressures : -0.15152E+01 0.36516E+00
+ Smoothing pressures 28618.2799 24.6412 0.2236
+ do leaf measurements 28618.2811 24.6424 0.0011
+ compute convergence criterion 28618.3232 24.6845 0.0422
+ velocity_diff_norm = 0.0107619 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28618.3281
+ -----------------------------------
+ build system 28618.3326 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28626.2687 7.9406 7.9361
+ =================================
+ wsmp: initialisation time: 0.0510371 s
+ wsmp: ordering time: 4.1254590 s
+ wsmp: symbolic fact. time: 0.7127090 s
+ wsmp: Cholesky fact. time: 11.4678190 s
+ wsmp: Factorisation 14368.1797060 Mflops
+ wsmp: back substitution time: 0.1213441 s
+ wsmp: from b to rhs vector: 0.0071669 s
+ ---------------------------------
+ wsmp: total solve time: 16.4859312 s
+ =================================
+ u : -0.10159E+01 0.20955E+00
+ v : -0.43006E-01 0.12589E+00
+ w : -0.72802E+00 0.22766E+00
+ =================================
+ Calculate pressures 28642.7703 24.4421 16.5015
+ raw pressures : -0.15370E+01 0.36247E+00
+ Smoothing pressures 28642.9956 24.6675 0.2253
+ do leaf measurements 28642.9967 24.6686 0.0011
+ compute convergence criterion 28643.0386 24.7104 0.0419
+ velocity_diff_norm = 0.0080832 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28643.0416 24.7134 0.0030
+Compute isostasy and adjust vertical 28643.0417 24.7136 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -155305835750668.03 252824670685799.16
+ def in m -7.9939498901367187 0.65291368961334229
+ dimensionless def -1.86546768460954932E-6 2.28398568289620526E-5
+ Isostatic velocity range = -0.0185120 0.2279899
+ Compute divergence 28643.2569 24.9287 0.2151
+ wsmp_cleanup 28643.2928 24.9647 0.0360
+ Reset surface geometry 28643.2976 24.9695 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 28643.3058 24.9776 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28643.3230 24.9948 0.0172
+ Advect surface 1 28643.3231 24.9950 0.0002
+ removing 1 particle from surface
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28643.5221 25.1940 0.1990
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28643.7193 25.3912 0.1972
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28643.9733 25.6452 0.2540
+ Advect the cloud 28644.1267 25.7986 0.1534
+ Write output 28644.9597 26.6316 0.8330
+ End of time step 28645.8320 27.5038 0.8723
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 177 28645.8321
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28645.8322 0.0001 0.0001
+ surface 01 28645.8322 0.0001 0.0000
+ S. 1: 16961points
+ refine surface 28645.8322 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28645.8571 0.0250 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16961points
+ surface 02 28645.8752 0.0431 0.0181
+ S. 2: 16959points
+ refine surface 28645.8753 0.0432 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 28645.9016 0.0695 0.0263
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 28645.9237 0.0916 0.0220
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28645.9488 0.1167 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 28645.9669 0.1348 0.0181
+ S. 3: 16958points
+ refine surface 28645.9670 0.1349 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28645.9917 0.1596 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16958points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28646.0165
+ -----------------------------------------------------------------------
+ Create octree solve 28646.0168 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28646.0327 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28646.0545 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28646.0552 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28646.0694 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28646.1916 0.1751 0.1222
+ Imbed surface in osolve 28646.3770 0.3605 0.1854
+ embedding surface 1 28646.3772 0.3607 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 28648.3236 2.3070 1.9463
+ osolve%nleaves= 59424
+ embedding surface 3 28650.3981 4.3816 2.0746
+ osolve%nleaves= 64128
+ Assessing octree stability 28653.9208 7.9042 3.5226
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28653.9254 7.9089 0.0047
+ Interpolate velo onto osolve 28654.3355 8.3190 0.4101
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28654.5213 8.5048 0.1858
+ Find void 28654.7903 8.7738 0.2690
+ whole leaf in fluid 32992
+ Define boundary conditions 28654.8187 8.8022 0.0284
+ wsmp setup1 28654.8259 8.8093 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28655.8408 9.8243 1.0149
+ -----------------------------------
+ start of non-linear iteratio 1 28655.8890
+ -----------------------------------
+ build system 28655.8892 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28663.8079 7.9189 7.9187
+ =================================
+ wsmp: initialisation time: 0.0536659 s
+ wsmp: ordering time: 4.1414449 s
+ wsmp: symbolic fact. time: 0.7145000 s
+ wsmp: Cholesky fact. time: 11.4706619 s
+ wsmp: Factorisation 14364.6186784 Mflops
+ wsmp: back substitution time: 0.1211779 s
+ wsmp: from b to rhs vector: 0.0070560 s
+ ---------------------------------
+ wsmp: total solve time: 16.5088880 s
+ =================================
+ u : -0.10356E+01 0.18398E+00
+ v : -0.96169E-01 0.11086E+00
+ w : -0.76153E+00 0.24736E+00
+ =================================
+ Calculate pressures 28680.3325 24.4435 16.5246
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 28680.5875 24.6985 0.2549
+ do leaf measurements 28680.5886 24.6996 0.0011
+ compute convergence criterion 28680.6298 24.7407 0.0412
+ velocity_diff_norm = 0.5890179 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28680.6345
+ -----------------------------------
+ build system 28680.6390 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80601E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28688.6297 7.9952 7.9907
+ =================================
+ wsmp: initialisation time: 0.0531051 s
+ wsmp: ordering time: 4.1286049 s
+ wsmp: symbolic fact. time: 0.7117469 s
+ wsmp: Cholesky fact. time: 11.3834500 s
+ wsmp: Factorisation 14474.6701064 Mflops
+ wsmp: back substitution time: 0.1212878 s
+ wsmp: from b to rhs vector: 0.0070260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4055810 s
+ =================================
+ u : -0.10153E+01 0.13683E+00
+ v : -0.48477E-01 0.10219E+00
+ w : -0.76706E+00 0.22596E+00
+ =================================
+ Calculate pressures 28705.0512 24.4167 16.4215
+ raw pressures : -0.12360E+01 0.18313E+00
+ Smoothing pressures 28705.2752 24.6407 0.2240
+ do leaf measurements 28705.2763 24.6418 0.0011
+ compute convergence criterion 28705.3180 24.6834 0.0416
+ velocity_diff_norm = 0.0710542 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28705.3228
+ -----------------------------------
+ build system 28705.3274 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28713.3372 8.0143 8.0098
+ =================================
+ wsmp: initialisation time: 0.0507421 s
+ wsmp: ordering time: 4.1359549 s
+ wsmp: symbolic fact. time: 0.7150409 s
+ wsmp: Cholesky fact. time: 11.3974390 s
+ wsmp: Factorisation 14456.9042073 Mflops
+ wsmp: back substitution time: 0.1211689 s
+ wsmp: from b to rhs vector: 0.0070710 s
+ ---------------------------------
+ wsmp: total solve time: 16.4277868 s
+ =================================
+ u : -0.10168E+01 0.15509E+00
+ v : -0.37758E-01 0.11865E+00
+ w : -0.74659E+00 0.23186E+00
+ =================================
+ Calculate pressures 28729.7808 24.4579 16.4436
+ raw pressures : -0.13718E+01 0.31244E+00
+ Smoothing pressures 28730.0047 24.6819 0.2239
+ do leaf measurements 28730.0058 24.6830 0.0011
+ compute convergence criterion 28730.0470 24.7241 0.0412
+ velocity_diff_norm = 0.0362024 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28730.0517
+ -----------------------------------
+ build system 28730.0561 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28737.9929 7.9411 7.9368
+ =================================
+ wsmp: initialisation time: 0.0552070 s
+ wsmp: ordering time: 4.1540229 s
+ wsmp: symbolic fact. time: 0.7213781 s
+ wsmp: Cholesky fact. time: 11.4305031 s
+ wsmp: Factorisation 14415.0858454 Mflops
+ wsmp: back substitution time: 0.1220210 s
+ wsmp: from b to rhs vector: 0.0069339 s
+ ---------------------------------
+ wsmp: total solve time: 16.4904392 s
+ =================================
+ u : -0.10165E+01 0.17600E+00
+ v : -0.37636E-01 0.12330E+00
+ w : -0.73722E+00 0.22937E+00
+ =================================
+ Calculate pressures 28754.4997 24.4480 16.5068
+ raw pressures : -0.14706E+01 0.35644E+00
+ Smoothing pressures 28754.7272 24.6754 0.2275
+ do leaf measurements 28754.7283 24.6766 0.0011
+ compute convergence criterion 28754.7694 24.7177 0.0412
+ velocity_diff_norm = 0.0158811 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28754.7743
+ -----------------------------------
+ build system 28754.7787 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28762.7784 8.0042 7.9998
+ =================================
+ wsmp: initialisation time: 0.0498061 s
+ wsmp: ordering time: 4.1245890 s
+ wsmp: symbolic fact. time: 0.7128730 s
+ wsmp: Cholesky fact. time: 11.3804190 s
+ wsmp: Factorisation 14478.5252322 Mflops
+ wsmp: back substitution time: 0.1212060 s
+ wsmp: from b to rhs vector: 0.0069048 s
+ ---------------------------------
+ wsmp: total solve time: 16.3961618 s
+ =================================
+ u : -0.10162E+01 0.19385E+00
+ v : -0.40528E-01 0.12576E+00
+ w : -0.73244E+00 0.22833E+00
+ =================================
+ Calculate pressures 28779.1905 24.4162 16.4120
+ raw pressures : -0.15144E+01 0.36462E+00
+ Smoothing pressures 28779.4149 24.6406 0.2244
+ do leaf measurements 28779.4160 24.6417 0.0011
+ compute convergence criterion 28779.4575 24.6832 0.0415
+ velocity_diff_norm = 0.0107318 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28779.4623
+ -----------------------------------
+ build system 28779.4668 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28787.4124 7.9500 7.9456
+ =================================
+ wsmp: initialisation time: 0.0512180 s
+ wsmp: ordering time: 4.1267531 s
+ wsmp: symbolic fact. time: 0.7133851 s
+ wsmp: Cholesky fact. time: 11.4375191 s
+ wsmp: Factorisation 14406.2434184 Mflops
+ wsmp: back substitution time: 0.1212251 s
+ wsmp: from b to rhs vector: 0.0070581 s
+ ---------------------------------
+ wsmp: total solve time: 16.4575369 s
+ =================================
+ u : -0.10159E+01 0.20951E+00
+ v : -0.42952E-01 0.12578E+00
+ w : -0.72791E+00 0.22780E+00
+ =================================
+ Calculate pressures 28803.8857 24.4233 16.4733
+ raw pressures : -0.15360E+01 0.36174E+00
+ Smoothing pressures 28804.1105 24.6482 0.2249
+ do leaf measurements 28804.1116 24.6493 0.0011
+ compute convergence criterion 28804.1529 24.6905 0.0412
+ velocity_diff_norm = 0.0080834 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28804.1558 24.6935 0.0029
+Compute isostasy and adjust vertical 28804.1560 24.6936 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -155859581576532.97 254118349144509.41
+ def in m -7.9944014549255371 0.65854179859161377
+ dimensionless def -1.8815479959760395E-6 2.28411470140729636E-5
+ Isostatic velocity range = -0.0186683 0.2280047
+ Compute divergence 28804.3620 24.8997 0.2061
+ wsmp_cleanup 28804.3981 24.9358 0.0361
+ Reset surface geometry 28804.4030 24.9406 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 28804.4111 24.9487 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28804.4282 24.9659 0.0172
+ Advect surface 1 28804.4284 24.9660 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28804.6226 25.1603 0.1943
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28804.8215 25.3591 0.1988
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28805.0769 25.6146 0.2555
+ Advect the cloud 28805.2309 25.7686 0.1540
+ Write output 28806.0638 26.6014 0.8328
+ End of time step 28806.9371 27.4748 0.8734
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 178 28806.9373
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28806.9373 0.0001 0.0001
+ surface 01 28806.9374 0.0001 0.0000
+ S. 1: 16961points
+ refine surface 28806.9374 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28806.9632 0.0259 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 16961points
+ surface 02 28806.9813 0.0440 0.0181
+ S. 2: 16960points
+ refine surface 28806.9814 0.0442 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28807.0064 0.0691 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 28807.0250 0.0877 0.0186
+ S. 3: 16958points
+ refine surface 28807.0251 0.0878 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 28807.0518 0.1145 0.0267
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 28807.0743 0.1371 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28807.0993 0.1620 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16960points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28807.1244
+ -----------------------------------------------------------------------
+ Create octree solve 28807.1246 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28807.1405 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 28807.1623 0.0380 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28807.1631 0.0387 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28807.1772 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28807.2994 0.1750 0.1222
+ Imbed surface in osolve 28807.4863 0.3619 0.1869
+ embedding surface 1 28807.4865 0.3621 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 28809.4439 2.3196 1.9575
+ osolve%nleaves= 59424
+ embedding surface 3 28811.5163 4.3920 2.0724
+ osolve%nleaves= 64128
+ Assessing octree stability 28815.0398 7.9155 3.5235
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28815.0445 7.9201 0.0047
+ Interpolate velo onto osolve 28815.4577 8.3334 0.4132
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28815.6293 8.5049 0.1716
+ Find void 28815.9066 8.7823 0.2773
+ whole leaf in fluid 32992
+ Define boundary conditions 28815.9361 8.8118 0.0295
+ wsmp setup1 28815.9435 8.8192 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28816.9579 9.8336 1.0144
+ -----------------------------------
+ start of non-linear iteratio 1 28817.0044
+ -----------------------------------
+ build system 28817.0045 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28824.9137 7.9093 7.9091
+ =================================
+ wsmp: initialisation time: 0.0544081 s
+ wsmp: ordering time: 4.1337662 s
+ wsmp: symbolic fact. time: 0.7143462 s
+ wsmp: Cholesky fact. time: 11.4644659 s
+ wsmp: Factorisation 14372.3821011 Mflops
+ wsmp: back substitution time: 0.1213851 s
+ wsmp: from b to rhs vector: 0.0072458 s
+ ---------------------------------
+ wsmp: total solve time: 16.4959760 s
+ =================================
+ u : -0.10325E+01 0.18404E+00
+ v : -0.96272E-01 0.11012E+00
+ w : -0.76158E+00 0.24524E+00
+ =================================
+ Calculate pressures 28841.4252 24.4208 16.5115
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 28841.6498 24.6454 0.2247
+ do leaf measurements 28841.6509 24.6465 0.0010
+ compute convergence criterion 28841.6936 24.6892 0.0427
+ velocity_diff_norm = 0.5889322 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 28841.6986
+ -----------------------------------
+ build system 28841.7032 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81014E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28849.6854 7.9869 7.9823
+ =================================
+ wsmp: initialisation time: 0.0505059 s
+ wsmp: ordering time: 4.1389771 s
+ wsmp: symbolic fact. time: 0.7142220 s
+ wsmp: Cholesky fact. time: 11.3770781 s
+ wsmp: Factorisation 14482.7769537 Mflops
+ wsmp: back substitution time: 0.1214130 s
+ wsmp: from b to rhs vector: 0.0072532 s
+ ---------------------------------
+ wsmp: total solve time: 16.4098220 s
+ =================================
+ u : -0.10155E+01 0.13697E+00
+ v : -0.48783E-01 0.10223E+00
+ w : -0.76719E+00 0.22455E+00
+ =================================
+ Calculate pressures 28866.1111 24.4125 16.4257
+ raw pressures : -0.12356E+01 0.18002E+00
+ Smoothing pressures 28866.3353 24.6367 0.2242
+ do leaf measurements 28866.3364 24.6378 0.0011
+ compute convergence criterion 28866.3791 24.6805 0.0427
+ velocity_diff_norm = 0.0712447 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 28866.3841
+ -----------------------------------
+ build system 28866.3888 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28874.4036 8.0195 8.0149
+ =================================
+ wsmp: initialisation time: 0.0509820 s
+ wsmp: ordering time: 4.1333041 s
+ wsmp: symbolic fact. time: 0.7129769 s
+ wsmp: Cholesky fact. time: 11.3858311 s
+ wsmp: Factorisation 14471.6430599 Mflops
+ wsmp: back substitution time: 0.1210320 s
+ wsmp: from b to rhs vector: 0.0072649 s
+ ---------------------------------
+ wsmp: total solve time: 16.4117792 s
+ =================================
+ u : -0.10170E+01 0.15520E+00
+ v : -0.37562E-01 0.11869E+00
+ w : -0.74651E+00 0.23115E+00
+ =================================
+ Calculate pressures 28890.8310 24.4469 16.4274
+ raw pressures : -0.13718E+01 0.31249E+00
+ Smoothing pressures 28891.0552 24.6711 0.2242
+ do leaf measurements 28891.0563 24.6721 0.0011
+ compute convergence criterion 28891.0990 24.7148 0.0427
+ velocity_diff_norm = 0.0361872 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 28891.1039
+ -----------------------------------
+ build system 28891.1085 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28899.0442 7.9403 7.9357
+ =================================
+ wsmp: initialisation time: 0.0536571 s
+ wsmp: ordering time: 4.1433780 s
+ wsmp: symbolic fact. time: 0.7195749 s
+ wsmp: Cholesky fact. time: 11.4313941 s
+ wsmp: Factorisation 14413.9623244 Mflops
+ wsmp: back substitution time: 0.1219358 s
+ wsmp: from b to rhs vector: 0.0072629 s
+ ---------------------------------
+ wsmp: total solve time: 16.4775569 s
+ =================================
+ u : -0.10167E+01 0.17608E+00
+ v : -0.37854E-01 0.12335E+00
+ w : -0.73721E+00 0.22901E+00
+ =================================
+ Calculate pressures 28915.5374 24.4335 16.4932
+ raw pressures : -0.14710E+01 0.35666E+00
+ Smoothing pressures 28915.7644 24.6605 0.2270
+ do leaf measurements 28915.7655 24.6616 0.0011
+ compute convergence criterion 28915.8082 24.7043 0.0427
+ velocity_diff_norm = 0.0158616 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 28915.8132
+ -----------------------------------
+ build system 28915.8179 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28923.8272 8.0140 8.0094
+ =================================
+ wsmp: initialisation time: 0.0533431 s
+ wsmp: ordering time: 4.1329138 s
+ wsmp: symbolic fact. time: 0.7143600 s
+ wsmp: Cholesky fact. time: 11.3863299 s
+ wsmp: Factorisation 14471.0091379 Mflops
+ wsmp: back substitution time: 0.1211910 s
+ wsmp: from b to rhs vector: 0.0072191 s
+ ---------------------------------
+ wsmp: total solve time: 16.4157300 s
+ =================================
+ u : -0.10163E+01 0.19392E+00
+ v : -0.40721E-01 0.12580E+00
+ w : -0.73250E+00 0.22806E+00
+ =================================
+ Calculate pressures 28940.2584 24.4452 16.4312
+ raw pressures : -0.15150E+01 0.36492E+00
+ Smoothing pressures 28940.4832 24.6700 0.2248
+ do leaf measurements 28940.4842 24.6710 0.0011
+ compute convergence criterion 28940.5274 24.7142 0.0431
+ velocity_diff_norm = 0.0107267 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 28940.5325
+ -----------------------------------
+ build system 28940.5372 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28948.4953 7.9628 7.9581
+ =================================
+ wsmp: initialisation time: 0.0530682 s
+ wsmp: ordering time: 4.1245189 s
+ wsmp: symbolic fact. time: 0.7165849 s
+ wsmp: Cholesky fact. time: 11.4240000 s
+ wsmp: Factorisation 14423.2916244 Mflops
+ wsmp: back substitution time: 0.1212862 s
+ wsmp: from b to rhs vector: 0.0072839 s
+ ---------------------------------
+ wsmp: total solve time: 16.4470880 s
+ =================================
+ u : -0.10160E+01 0.20958E+00
+ v : -0.43130E-01 0.12581E+00
+ w : -0.72798E+00 0.22759E+00
+ =================================
+ Calculate pressures 28964.9584 24.4259 16.4631
+ raw pressures : -0.15367E+01 0.36226E+00
+ Smoothing pressures 28965.1833 24.6508 0.2249
+ do leaf measurements 28965.1844 24.6519 0.0011
+ compute convergence criterion 28965.2271 24.6946 0.0427
+ velocity_diff_norm = 0.0080908 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 28965.2302 24.6978 0.0032
+Compute isostasy and adjust vertical 28965.2304 24.6979 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -156416159959662.84 255405459116190.31
+ def in m -7.9992313385009766 0.661529541015625
+ dimensionless def -1.89008440290178566E-6 2.28549466814313614E-5
+ Isostatic velocity range = -0.0187433 0.2281480
+ Compute divergence 28965.4375 24.9050 0.2070
+ wsmp_cleanup 28965.4735 24.9410 0.0361
+ Reset surface geometry 28965.4783 24.9458 0.0047
+ -----------------------------------------------------------------------
+ Temperature calculations 28965.4864 24.9539 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 28965.5037 24.9712 0.0174
+ Advect surface 1 28965.5039 24.9714 0.0001
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 28965.7030 25.1705 0.1992
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 28965.9025 25.3700 0.1995
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 28966.1601 25.6276 0.2575
+ Advect the cloud 28966.3136 25.7811 0.1535
+ Write output 28967.1479 26.6154 0.8343
+ End of time step 28968.0256 27.4931 0.8777
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 179 28968.0258
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 28968.0258 0.0001 0.0001
+ surface 01 28968.0259 0.0001 0.0000
+ S. 1: 16961points
+ refine surface 28968.0259 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 28968.0511 0.0253 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16961points
+ surface 02 28968.0694 0.0436 0.0183
+ S. 2: 16960points
+ refine surface 28968.0695 0.0438 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 28968.0943 0.0685 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 28968.1127 0.0869 0.0184
+ S. 3: 16960points
+ refine surface 28968.1128 0.0871 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 28968.1369 0.1112 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16960points
+ -----------------------------------------------------------------------
+ Start of iteration 1 28968.1624
+ -----------------------------------------------------------------------
+ Create octree solve 28968.1626 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 28968.1784 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 28968.2007 0.0383 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 28968.2015 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 28968.2156 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 28968.3377 0.1754 0.1221
+ Imbed surface in osolve 28968.5241 0.3617 0.1863
+ embedding surface 1 28968.5243 0.3619 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 28970.4854 2.3231 1.9612
+ osolve%nleaves= 59424
+ embedding surface 3 28972.5712 4.4088 2.0857
+ osolve%nleaves= 64128
+ Assessing octree stability 28976.0978 7.9355 3.5266
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 28976.1025 7.9402 0.0047
+ Interpolate velo onto osolve 28976.5197 8.3574 0.4172
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 28976.6566 8.4943 0.1369
+ Find void 28976.9292 8.7668 0.2726
+ whole leaf in fluid 32992
+ Define boundary conditions 28976.9585 8.7961 0.0293
+ wsmp setup1 28976.9661 8.8037 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 28977.9848 9.8225 1.0188
+ -----------------------------------
+ start of non-linear iteratio 1 28978.0324
+ -----------------------------------
+ build system 28978.0325 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 28985.9361 7.9037 7.9035
+ =================================
+ wsmp: initialisation time: 0.0557501 s
+ wsmp: ordering time: 4.1290379 s
+ wsmp: symbolic fact. time: 0.7111919 s
+ wsmp: Cholesky fact. time: 11.4564180 s
+ wsmp: Factorisation 14382.4783049 Mflops
+ wsmp: back substitution time: 0.1210048 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.4811540 s
+ =================================
+ u : -0.10590E+01 0.18368E+00
+ v : -0.96272E-01 0.11103E+00
+ w : -0.76142E+00 0.24554E+00
+ =================================
+ Calculate pressures 29002.4323 24.3999 16.4962
+ raw pressures : -0.35073E+00 0.00000E+00
+ Smoothing pressures 29002.6573 24.6249 0.2250
+ do leaf measurements 29002.6584 24.6260 0.0011
+ compute convergence criterion 29002.7002 24.6678 0.0418
+ velocity_diff_norm = 0.5897509 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29002.7052
+ -----------------------------------
+ build system 29002.7098 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81118E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29010.6783 7.9731 7.9686
+ =================================
+ wsmp: initialisation time: 0.0504761 s
+ wsmp: ordering time: 4.1342368 s
+ wsmp: symbolic fact. time: 0.7148070 s
+ wsmp: Cholesky fact. time: 11.3767149 s
+ wsmp: Factorisation 14483.2392016 Mflops
+ wsmp: back substitution time: 0.1220441 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.4058161 s
+ =================================
+ u : -0.10155E+01 0.13640E+00
+ v : -0.48687E-01 0.10185E+00
+ w : -0.76708E+00 0.22493E+00
+ =================================
+ Calculate pressures 29027.0999 24.3947 16.4216
+ raw pressures : -0.12343E+01 0.17966E+00
+ Smoothing pressures 29027.3259 24.6207 0.2260
+ do leaf measurements 29027.3269 24.6218 0.0011
+ compute convergence criterion 29027.3687 24.6636 0.0418
+ velocity_diff_norm = 0.0715400 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29027.3737
+ -----------------------------------
+ build system 29027.3783 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29035.3953 8.0216 8.0170
+ =================================
+ wsmp: initialisation time: 0.0522211 s
+ wsmp: ordering time: 4.1337140 s
+ wsmp: symbolic fact. time: 0.7150869 s
+ wsmp: Cholesky fact. time: 11.3869770 s
+ wsmp: Factorisation 14470.1868189 Mflops
+ wsmp: back substitution time: 0.1213341 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.4169240 s
+ =================================
+ u : -0.10172E+01 0.15484E+00
+ v : -0.37599E-01 0.11843E+00
+ w : -0.74598E+00 0.23173E+00
+ =================================
+ Calculate pressures 29051.8278 24.4541 16.4325
+ raw pressures : -0.13703E+01 0.31094E+00
+ Smoothing pressures 29052.0521 24.6784 0.2243
+ do leaf measurements 29052.0532 24.6795 0.0011
+ compute convergence criterion 29052.0950 24.7213 0.0418
+ velocity_diff_norm = 0.0361702 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29052.0999
+ -----------------------------------
+ build system 29052.1045 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29060.0452 7.9453 7.9408
+ =================================
+ wsmp: initialisation time: 0.0520389 s
+ wsmp: ordering time: 4.1529109 s
+ wsmp: symbolic fact. time: 0.7227919 s
+ wsmp: Cholesky fact. time: 11.4533851 s
+ wsmp: Factorisation 14386.2868685 Mflops
+ wsmp: back substitution time: 0.1210980 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.5097680 s
+ =================================
+ u : -0.10167E+01 0.17582E+00
+ v : -0.37746E-01 0.12317E+00
+ w : -0.73679E+00 0.22924E+00
+ =================================
+ Calculate pressures 29076.5705 24.4706 16.5253
+ raw pressures : -0.14698E+01 0.35551E+00
+ Smoothing pressures 29076.7958 24.6958 0.2253
+ do leaf measurements 29076.7969 24.6969 0.0011
+ compute convergence criterion 29076.8387 24.7388 0.0418
+ velocity_diff_norm = 0.0159137 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29076.8437
+ -----------------------------------
+ build system 29076.8483 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29084.8562 8.0125 8.0079
+ =================================
+ wsmp: initialisation time: 0.0504930 s
+ wsmp: ordering time: 4.1405568 s
+ wsmp: symbolic fact. time: 0.7119741 s
+ wsmp: Cholesky fact. time: 11.3767719 s
+ wsmp: Factorisation 14483.1666605 Mflops
+ wsmp: back substitution time: 0.1210749 s
+ wsmp: from b to rhs vector: 0.0072141 s
+ ---------------------------------
+ wsmp: total solve time: 16.4084582 s
+ =================================
+ u : -0.10164E+01 0.19369E+00
+ v : -0.40628E-01 0.12569E+00
+ w : -0.73213E+00 0.22831E+00
+ =================================
+ Calculate pressures 29101.2808 24.4371 16.4246
+ raw pressures : -0.15139E+01 0.36393E+00
+ Smoothing pressures 29101.5045 24.6608 0.2237
+ do leaf measurements 29101.5056 24.6619 0.0011
+ compute convergence criterion 29101.5478 24.7041 0.0422
+ velocity_diff_norm = 0.0107328 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29101.5528
+ -----------------------------------
+ build system 29101.5575 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29109.5250 7.9722 7.9675
+ =================================
+ wsmp: initialisation time: 0.0508680 s
+ wsmp: ordering time: 4.1321940 s
+ wsmp: symbolic fact. time: 0.7146919 s
+ wsmp: Cholesky fact. time: 11.4124789 s
+ wsmp: Factorisation 14437.8521945 Mflops
+ wsmp: back substitution time: 0.1211431 s
+ wsmp: from b to rhs vector: 0.0071831 s
+ ---------------------------------
+ wsmp: total solve time: 16.4389310 s
+ =================================
+ u : -0.10160E+01 0.20932E+00
+ v : -0.43039E-01 0.12572E+00
+ w : -0.72769E+00 0.22783E+00
+ =================================
+ Calculate pressures 29125.9798 24.4270 16.4548
+ raw pressures : -0.15355E+01 0.36128E+00
+ Smoothing pressures 29126.2046 24.6518 0.2248
+ do leaf measurements 29126.2057 24.6529 0.0011
+ compute convergence criterion 29126.2475 24.6947 0.0418
+ velocity_diff_norm = 0.0080830 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29126.2508 24.6980 0.0033
+Compute isostasy and adjust vertical 29126.2510 24.6982 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -156961476302468.91 256698757311614.81
+ def in m -7.998816967010498 0.65913182497024536
+ dimensionless def -1.88323378562927229E-6 2.28537627628871398E-5
+ Isostatic velocity range = -0.0186644 0.2281373
+ Compute divergence 29126.4487 24.8958 0.1977
+ wsmp_cleanup 29126.4944 24.9416 0.0457
+ Reset surface geometry 29126.4993 24.9464 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 29126.5068 24.9539 0.0075
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29126.5200 24.9672 0.0132
+ Advect surface 1 29126.5202 24.9673 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29126.7186 25.1658 0.1984
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29126.9160 25.3632 0.1974
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29127.1732 25.6204 0.2572
+ Advect the cloud 29127.3273 25.7745 0.1541
+ Write output 29128.1576 26.6048 0.8303
+ End of time step 29129.0374 27.4846 0.8798
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 180 29129.0375
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29129.0376 0.0001 0.0001
+ surface 01 29129.0376 0.0001 0.0000
+ S. 1: 16961points
+ refine surface 29129.0377 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29129.0618 0.0242 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16961points
+ surface 02 29129.0808 0.0432 0.0190
+ S. 2: 16960points
+ refine surface 29129.0809 0.0434 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29129.1048 0.0673 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16960points
+ surface 03 29129.1241 0.0866 0.0193
+ S. 3: 16960points
+ refine surface 29129.1243 0.0867 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29129.1483 0.1108 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16960points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29129.1736
+ -----------------------------------------------------------------------
+ Create octree solve 29129.1739 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29129.1897 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 29129.2117 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29129.2125 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29129.2267 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29129.3494 0.1758 0.1227
+ Imbed surface in osolve 29129.5366 0.3629 0.1872
+ embedding surface 1 29129.5368 0.3631 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29131.5000 2.3263 1.9632
+ osolve%nleaves= 59424
+ embedding surface 3 29133.5643 4.3907 2.0643
+ osolve%nleaves= 64128
+ Assessing octree stability 29137.1046 7.9310 3.5403
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29137.1094 7.9357 0.0047
+ Interpolate velo onto osolve 29137.5547 8.3810 0.4453
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29137.6691 8.4955 0.1144
+ Find void 29137.9457 8.7720 0.2766
+ whole leaf in fluid 32992
+ Define boundary conditions 29137.9752 8.8016 0.0296
+ wsmp setup1 29137.9831 8.8095 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29139.0026 9.8289 1.0194
+ -----------------------------------
+ start of non-linear iteratio 1 29139.0502
+ -----------------------------------
+ build system 29139.0503 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29146.9591 7.9089 7.9088
+ =================================
+ wsmp: initialisation time: 0.0518100 s
+ wsmp: ordering time: 4.1325898 s
+ wsmp: symbolic fact. time: 0.7145569 s
+ wsmp: Cholesky fact. time: 11.4365139 s
+ wsmp: Factorisation 14407.5096052 Mflops
+ wsmp: back substitution time: 0.1211171 s
+ wsmp: from b to rhs vector: 0.0072672 s
+ ---------------------------------
+ wsmp: total solve time: 16.4642279 s
+ =================================
+ u : -0.10604E+01 0.18401E+00
+ v : -0.95742E-01 0.11119E+00
+ w : -0.76135E+00 0.24465E+00
+ =================================
+ Calculate pressures 29163.4388 24.3886 16.4796
+ raw pressures : -0.35073E+00 0.00000E+00
+ Smoothing pressures 29163.6637 24.6135 0.2249
+ do leaf measurements 29163.6647 24.6145 0.0010
+ compute convergence criterion 29163.7072 24.6571 0.0425
+ velocity_diff_norm = 0.5894483 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29163.7122
+ -----------------------------------
+ build system 29163.7168 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82325E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29171.6738 7.9616 7.9570
+ =================================
+ wsmp: initialisation time: 0.0492442 s
+ wsmp: ordering time: 4.1294491 s
+ wsmp: symbolic fact. time: 0.7221801 s
+ wsmp: Cholesky fact. time: 11.3667550 s
+ wsmp: Factorisation 14495.9299069 Mflops
+ wsmp: back substitution time: 0.1214640 s
+ wsmp: from b to rhs vector: 0.0071988 s
+ ---------------------------------
+ wsmp: total solve time: 16.3966410 s
+ =================================
+ u : -0.10154E+01 0.13682E+00
+ v : -0.48570E-01 0.10179E+00
+ w : -0.76699E+00 0.22416E+00
+ =================================
+ Calculate pressures 29188.0868 24.3746 16.4130
+ raw pressures : -0.12359E+01 0.18027E+00
+ Smoothing pressures 29188.3122 24.6000 0.2254
+ do leaf measurements 29188.3132 24.6010 0.0010
+ compute convergence criterion 29188.3558 24.6436 0.0426
+ velocity_diff_norm = 0.0715929 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29188.3608
+ -----------------------------------
+ build system 29188.3655 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29196.3810 8.0202 8.0156
+ =================================
+ wsmp: initialisation time: 0.0507782 s
+ wsmp: ordering time: 4.1335452 s
+ wsmp: symbolic fact. time: 0.7167201 s
+ wsmp: Cholesky fact. time: 11.3773870 s
+ wsmp: Factorisation 14482.3836261 Mflops
+ wsmp: back substitution time: 0.1211400 s
+ wsmp: from b to rhs vector: 0.0072761 s
+ ---------------------------------
+ wsmp: total solve time: 16.4072120 s
+ =================================
+ u : -0.10170E+01 0.15506E+00
+ v : -0.37312E-01 0.11843E+00
+ w : -0.74639E+00 0.23131E+00
+ =================================
+ Calculate pressures 29212.8043 24.4434 16.4232
+ raw pressures : -0.13716E+01 0.31202E+00
+ Smoothing pressures 29213.0286 24.6677 0.2243
+ do leaf measurements 29213.0296 24.6688 0.0010
+ compute convergence criterion 29213.0723 24.7114 0.0426
+ velocity_diff_norm = 0.0361963 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29213.0772
+ -----------------------------------
+ build system 29213.0818 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29221.0152 7.9379 7.9333
+ =================================
+ wsmp: initialisation time: 0.0522120 s
+ wsmp: ordering time: 4.1586640 s
+ wsmp: symbolic fact. time: 0.7198980 s
+ wsmp: Cholesky fact. time: 11.4583750 s
+ wsmp: Factorisation 14380.0219668 Mflops
+ wsmp: back substitution time: 0.1209948 s
+ wsmp: from b to rhs vector: 0.0072298 s
+ ---------------------------------
+ wsmp: total solve time: 16.5177388 s
+ =================================
+ u : -0.10167E+01 0.17599E+00
+ v : -0.37777E-01 0.12315E+00
+ w : -0.73709E+00 0.22910E+00
+ =================================
+ Calculate pressures 29237.5488 24.4715 16.5336
+ raw pressures : -0.14709E+01 0.35658E+00
+ Smoothing pressures 29237.7734 24.6961 0.2246
+ do leaf measurements 29237.7744 24.6972 0.0011
+ compute convergence criterion 29237.8173 24.7401 0.0429
+ velocity_diff_norm = 0.0158936 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29237.8223
+ -----------------------------------
+ build system 29237.8269 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29245.8345 8.0122 8.0077
+ =================================
+ wsmp: initialisation time: 0.0535369 s
+ wsmp: ordering time: 4.1336229 s
+ wsmp: symbolic fact. time: 0.7206340 s
+ wsmp: Cholesky fact. time: 11.3756049 s
+ wsmp: Factorisation 14484.6525339 Mflops
+ wsmp: back substitution time: 0.1211832 s
+ wsmp: from b to rhs vector: 0.0072789 s
+ ---------------------------------
+ wsmp: total solve time: 16.4122200 s
+ =================================
+ u : -0.10163E+01 0.19382E+00
+ v : -0.40659E-01 0.12561E+00
+ w : -0.73240E+00 0.22813E+00
+ =================================
+ Calculate pressures 29262.2625 24.4401 16.4279
+ raw pressures : -0.15146E+01 0.36469E+00
+ Smoothing pressures 29262.4873 24.6649 0.2248
+ do leaf measurements 29262.4883 24.6660 0.0011
+ compute convergence criterion 29262.5314 24.7090 0.0430
+ velocity_diff_norm = 0.0107356 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29262.5365
+ -----------------------------------
+ build system 29262.5412 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29270.5124 7.9758 7.9712
+ =================================
+ wsmp: initialisation time: 0.0497570 s
+ wsmp: ordering time: 4.1332991 s
+ wsmp: symbolic fact. time: 0.7153010 s
+ wsmp: Cholesky fact. time: 11.3959939 s
+ wsmp: Factorisation 14458.7373973 Mflops
+ wsmp: back substitution time: 0.1209321 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4228101 s
+ =================================
+ u : -0.10160E+01 0.20948E+00
+ v : -0.43083E-01 0.12564E+00
+ w : -0.72789E+00 0.22768E+00
+ =================================
+ Calculate pressures 29286.9509 24.4143 16.4385
+ raw pressures : -0.15362E+01 0.36198E+00
+ Smoothing pressures 29287.1747 24.6382 0.2239
+ do leaf measurements 29287.1758 24.6392 0.0011
+ compute convergence criterion 29287.2184 24.6819 0.0426
+ velocity_diff_norm = 0.0080912 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29287.2216 24.6851 0.0032
+Compute isostasy and adjust vertical 29287.2218 24.6853 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -157509938574832.47 257987077436161.25
+ def in m -8.0012788772583008 0.66174197196960449
+ dimensionless def -1.89069134848458428E-6 2.28607967921665732E-5
+ Isostatic velocity range = -0.0187313 0.2282141
+ Compute divergence 29287.4315 24.8949 0.2097
+ wsmp_cleanup 29287.4676 24.9311 0.0361
+ Reset surface geometry 29287.4725 24.9359 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 29287.4805 24.9440 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29287.4978 24.9613 0.0173
+ Advect surface 1 29287.4979 24.9614 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29287.6899 25.1534 0.1920
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29287.8896 25.3531 0.1997
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29288.1439 25.6073 0.2543
+ Advect the cloud 29288.3000 25.7635 0.1561
+ Write output 29289.1349 26.5983 0.8349
+ End of time step 29290.0131 27.4765 0.8782
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 181 29290.0132
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29290.0133 0.0001 0.0001
+ surface 01 29290.0133 0.0001 0.0000
+ S. 1: 16961points
+ refine surface 29290.0134 0.0002 0.0001
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 29290.0397 0.0265 0.0264
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 29290.0627 0.0495 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29290.0871 0.0739 0.0245
+ S. 1: 0 flips in delaunay2
+ S. 1: 16963points
+ surface 02 29290.1062 0.0930 0.0191
+ S. 2: 16960points
+ refine surface 29290.1063 0.0931 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 29290.1315 0.1183 0.0251
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 29290.1546 0.1414 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29290.1790 0.1658 0.0244
+ S. 2: 0 flips in delaunay2
+ S. 2: 16961points
+ surface 03 29290.1979 0.1847 0.0190
+ S. 3: 16960points
+ refine surface 29290.1981 0.1849 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 29290.2232 0.2100 0.0252
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 29290.2464 0.2332 0.0232
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29290.2706 0.2574 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29290.2956
+ -----------------------------------------------------------------------
+ Create octree solve 29290.2958 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29290.3117 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 29290.3339 0.0383 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29290.3347 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29290.3488 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29290.4710 0.1754 0.1222
+ Imbed surface in osolve 29290.6602 0.3646 0.1892
+ embedding surface 1 29290.6604 0.3648 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29292.6180 2.3225 1.9577
+ osolve%nleaves= 59424
+ embedding surface 3 29294.6950 4.3994 2.0769
+ osolve%nleaves= 64128
+ Assessing octree stability 29298.2621 7.9665 3.5671
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29298.2669 7.9713 0.0048
+ Interpolate velo onto osolve 29298.7421 8.4465 0.4753
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29298.8277 8.5321 0.0856
+ Find void 29299.1016 8.8061 0.2739
+ whole leaf in fluid 32992
+ Define boundary conditions 29299.1311 8.8355 0.0294
+ wsmp setup1 29299.1385 8.8429 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29300.1617 9.8661 1.0232
+ -----------------------------------
+ start of non-linear iteratio 1 29300.2101
+ -----------------------------------
+ build system 29300.2102 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29308.1310 7.9209 7.9208
+ =================================
+ wsmp: initialisation time: 0.0533891 s
+ wsmp: ordering time: 4.1266079 s
+ wsmp: symbolic fact. time: 0.7136331 s
+ wsmp: Cholesky fact. time: 11.4284770 s
+ wsmp: Factorisation 14417.6414032 Mflops
+ wsmp: back substitution time: 0.1210420 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.4508221 s
+ =================================
+ u : -0.10805E+01 0.18421E+00
+ v : -0.95926E-01 0.11099E+00
+ w : -0.76154E+00 0.24664E+00
+ =================================
+ Calculate pressures 29324.5969 24.3868 16.4659
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 29324.8223 24.6122 0.2254
+ do leaf measurements 29324.8234 24.6133 0.0011
+ compute convergence criterion 29324.8660 24.6560 0.0427
+ velocity_diff_norm = 0.5895521 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29324.8712
+ -----------------------------------
+ build system 29324.8758 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81088E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29332.8221 7.9510 7.9463
+ =================================
+ wsmp: initialisation time: 0.0527549 s
+ wsmp: ordering time: 4.1339600 s
+ wsmp: symbolic fact. time: 0.7205899 s
+ wsmp: Cholesky fact. time: 11.3711998 s
+ wsmp: Factorisation 14490.2636575 Mflops
+ wsmp: back substitution time: 0.1217949 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.4078829 s
+ =================================
+ u : -0.10155E+01 0.13695E+00
+ v : -0.48460E-01 0.10188E+00
+ w : -0.76718E+00 0.22558E+00
+ =================================
+ Calculate pressures 29349.2456 24.3744 16.4235
+ raw pressures : -0.12360E+01 0.18257E+00
+ Smoothing pressures 29349.4729 24.6018 0.2273
+ do leaf measurements 29349.4740 24.6029 0.0011
+ compute convergence criterion 29349.5166 24.6455 0.0426
+ velocity_diff_norm = 0.0715436 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29349.5217
+ -----------------------------------
+ build system 29349.5264 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29357.5284 8.0067 8.0021
+ =================================
+ wsmp: initialisation time: 0.0528789 s
+ wsmp: ordering time: 4.1357532 s
+ wsmp: symbolic fact. time: 0.7174971 s
+ wsmp: Cholesky fact. time: 11.3840189 s
+ wsmp: Factorisation 14473.9467978 Mflops
+ wsmp: back substitution time: 0.1211331 s
+ wsmp: from b to rhs vector: 0.0072119 s
+ ---------------------------------
+ wsmp: total solve time: 16.4189169 s
+ =================================
+ u : -0.10170E+01 0.15515E+00
+ v : -0.37527E-01 0.11837E+00
+ w : -0.74648E+00 0.23179E+00
+ =================================
+ Calculate pressures 29373.9631 24.4414 16.4347
+ raw pressures : -0.13723E+01 0.31275E+00
+ Smoothing pressures 29374.1879 24.6662 0.2248
+ do leaf measurements 29374.1889 24.6672 0.0009
+ compute convergence criterion 29374.2317 24.7100 0.0428
+ velocity_diff_norm = 0.0361357 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29374.2367
+ -----------------------------------
+ build system 29374.2414 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29382.1684 7.9316 7.9270
+ =================================
+ wsmp: initialisation time: 0.0556550 s
+ wsmp: ordering time: 4.1625640 s
+ wsmp: symbolic fact. time: 0.7123790 s
+ wsmp: Cholesky fact. time: 11.4662640 s
+ wsmp: Factorisation 14370.1282073 Mflops
+ wsmp: back substitution time: 0.1214559 s
+ wsmp: from b to rhs vector: 0.0072491 s
+ ---------------------------------
+ wsmp: total solve time: 16.5259931 s
+ =================================
+ u : -0.10167E+01 0.17602E+00
+ v : -0.37697E-01 0.12308E+00
+ w : -0.73716E+00 0.22938E+00
+ =================================
+ Calculate pressures 29398.7099 24.4731 16.5415
+ raw pressures : -0.14712E+01 0.35707E+00
+ Smoothing pressures 29398.9344 24.6977 0.2245
+ do leaf measurements 29398.9355 24.6987 0.0011
+ compute convergence criterion 29398.9782 24.7414 0.0427
+ velocity_diff_norm = 0.0158955 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29398.9833
+ -----------------------------------
+ build system 29398.9880 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29406.9878 8.0045 7.9998
+ =================================
+ wsmp: initialisation time: 0.0495551 s
+ wsmp: ordering time: 4.1347239 s
+ wsmp: symbolic fact. time: 0.7140129 s
+ wsmp: Cholesky fact. time: 11.3798180 s
+ wsmp: Factorisation 14479.2899514 Mflops
+ wsmp: back substitution time: 0.1212380 s
+ wsmp: from b to rhs vector: 0.0072129 s
+ ---------------------------------
+ wsmp: total solve time: 16.4069669 s
+ =================================
+ u : -0.10163E+01 0.19384E+00
+ v : -0.40614E-01 0.12558E+00
+ w : -0.73244E+00 0.22837E+00
+ =================================
+ Calculate pressures 29423.4102 24.4269 16.4223
+ raw pressures : -0.15148E+01 0.36512E+00
+ Smoothing pressures 29423.6349 24.6516 0.2247
+ do leaf measurements 29423.6360 24.6527 0.0011
+ compute convergence criterion 29423.6791 24.6958 0.0430
+ velocity_diff_norm = 0.0107201 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29423.6843
+ -----------------------------------
+ build system 29423.6890 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29431.6779 7.9936 7.9888
+ =================================
+ wsmp: initialisation time: 0.0496612 s
+ wsmp: ordering time: 4.1281278 s
+ wsmp: symbolic fact. time: 0.7164609 s
+ wsmp: Cholesky fact. time: 11.4084780 s
+ wsmp: Factorisation 14442.9154847 Mflops
+ wsmp: back substitution time: 0.1211951 s
+ wsmp: from b to rhs vector: 0.0073991 s
+ ---------------------------------
+ wsmp: total solve time: 16.4317422 s
+ =================================
+ u : -0.10160E+01 0.20950E+00
+ v : -0.43037E-01 0.12565E+00
+ w : -0.72792E+00 0.22789E+00
+ =================================
+ Calculate pressures 29448.1250 24.4407 16.4471
+ raw pressures : -0.15366E+01 0.36248E+00
+ Smoothing pressures 29448.3503 24.6660 0.2253
+ do leaf measurements 29448.3514 24.6671 0.0011
+ compute convergence criterion 29448.3942 24.7099 0.0428
+ velocity_diff_norm = 0.0080841 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29448.3974 24.7131 0.0032
+Compute isostasy and adjust vertical 29448.3975 24.7132 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -158052455568114.22 259277789037206.44
+ def in m -8.0006580352783203 0.6596914529800415
+ dimensionless def -1.8848327228001186E-6 2.2859022957938057E-5
+ Isostatic velocity range = -0.0186625 0.2281966
+ Compute divergence 29448.6050 24.9207 0.2074
+ wsmp_cleanup 29448.6410 24.9567 0.0361
+ Reset surface geometry 29448.6460 24.9617 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 29448.6540 24.9697 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29448.6714 24.9871 0.0174
+ Advect surface 1 29448.6716 24.9873 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29448.8613 25.1770 0.1897
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29449.0604 25.3761 0.1992
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29449.3170 25.6327 0.2565
+ Advect the cloud 29449.4731 25.7888 0.1562
+ Write output 29450.3091 26.6248 0.8360
+ End of time step 29451.1965 27.5122 0.8874
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 182 29451.1967
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29451.1967 0.0001 0.0001
+ surface 01 29451.1968 0.0001 0.0000
+ S. 1: 16963points
+ refine surface 29451.1968 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29451.2225 0.0258 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16963points
+ surface 02 29451.2411 0.0445 0.0187
+ S. 2: 16961points
+ refine surface 29451.2413 0.0446 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29451.2662 0.0695 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16961points
+ surface 03 29451.2842 0.0876 0.0180
+ S. 3: 16961points
+ refine surface 29451.2844 0.0877 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29451.3092 0.1126 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29451.3334
+ -----------------------------------------------------------------------
+ Create octree solve 29451.3337 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29451.3495 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 29451.3716 0.0382 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29451.3723 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29451.3865 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29451.5086 0.1752 0.1221
+ Imbed surface in osolve 29451.6967 0.3633 0.1881
+ embedding surface 1 29451.6969 0.3635 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29453.6506 2.3172 1.9537
+ osolve%nleaves= 59424
+ embedding surface 3 29455.7343 4.4009 2.0836
+ osolve%nleaves= 64128
+ Assessing octree stability 29459.3099 7.9765 3.5756
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29459.3146 7.9812 0.0048
+ Interpolate velo onto osolve 29459.7967 8.4633 0.4820
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29459.8761 8.5427 0.0794
+ Find void 29460.1461 8.8127 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 29460.1752 8.8418 0.0291
+ wsmp setup1 29460.1831 8.8497 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29461.2078 9.8744 1.0247
+ -----------------------------------
+ start of non-linear iteratio 1 29461.2564
+ -----------------------------------
+ build system 29461.2565 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29469.1890 7.9326 7.9325
+ =================================
+ wsmp: initialisation time: 0.0578289 s
+ wsmp: ordering time: 4.1312568 s
+ wsmp: symbolic fact. time: 0.7147942 s
+ wsmp: Cholesky fact. time: 11.4125340 s
+ wsmp: Factorisation 14437.7825202 Mflops
+ wsmp: back substitution time: 0.1212599 s
+ wsmp: from b to rhs vector: 0.0071981 s
+ ---------------------------------
+ wsmp: total solve time: 16.4452641 s
+ =================================
+ u : -0.10927E+01 0.18443E+00
+ v : -0.96559E-01 0.11168E+00
+ w : -0.76135E+00 0.24749E+00
+ =================================
+ Calculate pressures 29485.6497 24.3933 16.4607
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 29485.8747 24.6183 0.2250
+ do leaf measurements 29485.8758 24.6195 0.0012
+ compute convergence criterion 29485.9175 24.6612 0.0417
+ velocity_diff_norm = 0.5895313 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29485.9223
+ -----------------------------------
+ build system 29485.9266 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80193E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29493.8656 7.9433 7.9390
+ =================================
+ wsmp: initialisation time: 0.0508230 s
+ wsmp: ordering time: 4.1353970 s
+ wsmp: symbolic fact. time: 0.7207019 s
+ wsmp: Cholesky fact. time: 11.3749540 s
+ wsmp: Factorisation 14485.4813557 Mflops
+ wsmp: back substitution time: 0.1216722 s
+ wsmp: from b to rhs vector: 0.0071962 s
+ ---------------------------------
+ wsmp: total solve time: 16.4111300 s
+ =================================
+ u : -0.10152E+01 0.13704E+00
+ v : -0.48396E-01 0.10174E+00
+ w : -0.76704E+00 0.22612E+00
+ =================================
+ Calculate pressures 29510.2921 24.3698 16.4265
+ raw pressures : -0.12358E+01 0.18104E+00
+ Smoothing pressures 29510.5194 24.5971 0.2273
+ do leaf measurements 29510.5205 24.5982 0.0011
+ compute convergence criterion 29510.5622 24.6399 0.0416
+ velocity_diff_norm = 0.0715325 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29510.5670
+ -----------------------------------
+ build system 29510.5714 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29518.5629 7.9959 7.9915
+ =================================
+ wsmp: initialisation time: 0.0533199 s
+ wsmp: ordering time: 4.1443059 s
+ wsmp: symbolic fact. time: 0.7162740 s
+ wsmp: Cholesky fact. time: 11.3766401 s
+ wsmp: Factorisation 14483.3345079 Mflops
+ wsmp: back substitution time: 0.1209259 s
+ wsmp: from b to rhs vector: 0.0071819 s
+ ---------------------------------
+ wsmp: total solve time: 16.4190230 s
+ =================================
+ u : -0.10167E+01 0.15517E+00
+ v : -0.37664E-01 0.11832E+00
+ w : -0.74641E+00 0.23214E+00
+ =================================
+ Calculate pressures 29534.9975 24.4305 16.4346
+ raw pressures : -0.13715E+01 0.31210E+00
+ Smoothing pressures 29535.2217 24.6548 0.2242
+ do leaf measurements 29535.2229 24.6559 0.0011
+ compute convergence criterion 29535.2645 24.6976 0.0417
+ velocity_diff_norm = 0.0360566 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29535.2693
+ -----------------------------------
+ build system 29535.2737 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29543.2072 7.9379 7.9336
+ =================================
+ wsmp: initialisation time: 0.0521119 s
+ wsmp: ordering time: 4.1511362 s
+ wsmp: symbolic fact. time: 0.7190320 s
+ wsmp: Cholesky fact. time: 11.4630010 s
+ wsmp: Factorisation 14374.2187313 Mflops
+ wsmp: back substitution time: 0.1211100 s
+ wsmp: from b to rhs vector: 0.0070860 s
+ ---------------------------------
+ wsmp: total solve time: 16.5138400 s
+ =================================
+ u : -0.10165E+01 0.17608E+00
+ v : -0.37561E-01 0.12311E+00
+ w : -0.73708E+00 0.22952E+00
+ =================================
+ Calculate pressures 29559.7364 24.4671 16.5292
+ raw pressures : -0.14709E+01 0.35685E+00
+ Smoothing pressures 29559.9614 24.6921 0.2250
+ do leaf measurements 29559.9626 24.6933 0.0012
+ compute convergence criterion 29560.0042 24.7349 0.0416
+ velocity_diff_norm = 0.0160266 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29560.0090
+ -----------------------------------
+ build system 29560.0134 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29568.0040 7.9950 7.9906
+ =================================
+ wsmp: initialisation time: 0.0523779 s
+ wsmp: ordering time: 4.1361010 s
+ wsmp: symbolic fact. time: 0.7122989 s
+ wsmp: Cholesky fact. time: 11.3830869 s
+ wsmp: Factorisation 14475.1318369 Mflops
+ wsmp: back substitution time: 0.1212010 s
+ wsmp: from b to rhs vector: 0.0072019 s
+ ---------------------------------
+ wsmp: total solve time: 16.4126451 s
+ =================================
+ u : -0.10162E+01 0.19386E+00
+ v : -0.40498E-01 0.12564E+00
+ w : -0.73240E+00 0.22850E+00
+ =================================
+ Calculate pressures 29584.4318 24.4228 16.4279
+ raw pressures : -0.15147E+01 0.36514E+00
+ Smoothing pressures 29584.6569 24.6479 0.2250
+ do leaf measurements 29584.6580 24.6490 0.0012
+ compute convergence criterion 29584.6999 24.6909 0.0419
+ velocity_diff_norm = 0.0107337 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29584.7048
+ -----------------------------------
+ build system 29584.7093 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29592.7089 8.0041 7.9996
+ =================================
+ wsmp: initialisation time: 0.0550859 s
+ wsmp: ordering time: 4.1368940 s
+ wsmp: symbolic fact. time: 0.7139890 s
+ wsmp: Cholesky fact. time: 11.4010141 s
+ wsmp: Factorisation 14452.3708663 Mflops
+ wsmp: back substitution time: 0.1212699 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4358790 s
+ =================================
+ u : -0.10158E+01 0.20948E+00
+ v : -0.42941E-01 0.12572E+00
+ w : -0.72788E+00 0.22785E+00
+ =================================
+ Calculate pressures 29609.1606 24.4558 16.4517
+ raw pressures : -0.15364E+01 0.36238E+00
+ Smoothing pressures 29609.3853 24.6805 0.2247
+ do leaf measurements 29609.3865 24.6817 0.0012
+ compute convergence criterion 29609.4280 24.7232 0.0415
+ velocity_diff_norm = 0.0080818 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29609.4310 24.7262 0.0030
+Compute isostasy and adjust vertical 29609.4312 24.7264 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -158601011046575.09 260561538650091.16
+ def in m -8.0033903121948242 0.66291224956512451
+ dimensionless def -1.89403499875749849E-6 2.28668294634137841E-5
+ Isostatic velocity range = -0.0187442 0.2282783
+ Compute divergence 29609.6412 24.9364 0.2100
+ wsmp_cleanup 29609.6776 24.9728 0.0364
+ Reset surface geometry 29609.6825 24.9777 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 29609.6905 24.9857 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29609.7080 25.0031 0.0174
+ Advect surface 1 29609.7081 25.0033 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29609.9084 25.2036 0.2003
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29610.0981 25.3933 0.1897
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29610.3512 25.6464 0.2531
+ Advect the cloud 29610.5082 25.8034 0.1569
+ Write output 29611.3458 26.6409 0.8376
+ End of time step 29612.2256 27.5208 0.8799
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 183 29612.2257
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29612.2258 0.0001 0.0001
+ surface 01 29612.2258 0.0001 0.0000
+ S. 1: 16963points
+ refine surface 29612.2259 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29612.2514 0.0256 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16963points
+ surface 02 29612.2697 0.0439 0.0183
+ S. 2: 16961points
+ refine surface 29612.2698 0.0441 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 29612.2957 0.0700 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 29612.3180 0.0923 0.0223
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29612.3431 0.1174 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16962points
+ surface 03 29612.3612 0.1355 0.0181
+ S. 3: 16961points
+ refine surface 29612.3614 0.1356 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29612.3866 0.1608 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29612.4108
+ -----------------------------------------------------------------------
+ Create octree solve 29612.4111 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29612.4269 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 29612.4489 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29612.4496 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29612.4638 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29612.5860 0.1751 0.1222
+ Imbed surface in osolve 29612.7741 0.3632 0.1881
+ embedding surface 1 29612.7742 0.3634 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29614.7423 2.3315 1.9681
+ osolve%nleaves= 59424
+ embedding surface 3 29616.8484 4.4376 2.1061
+ osolve%nleaves= 64128
+ Assessing octree stability 29620.4497 8.0389 3.6013
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29620.4550 8.0442 0.0053
+ Interpolate velo onto osolve 29620.9339 8.5231 0.4789
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29621.0020 8.5911 0.0680
+ Find void 29621.2755 8.8647 0.2736
+ whole leaf in fluid 32992
+ Define boundary conditions 29621.3052 8.8944 0.0297
+ wsmp setup1 29621.3128 8.9019 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29622.3341 9.9233 1.0214
+ -----------------------------------
+ start of non-linear iteratio 1 29622.3822
+ -----------------------------------
+ build system 29622.3823 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29630.3347 7.9525 7.9523
+ =================================
+ wsmp: initialisation time: 0.0559380 s
+ wsmp: ordering time: 4.1337039 s
+ wsmp: symbolic fact. time: 0.7125762 s
+ wsmp: Cholesky fact. time: 11.3949850 s
+ wsmp: Factorisation 14460.0176696 Mflops
+ wsmp: back substitution time: 0.1207099 s
+ wsmp: from b to rhs vector: 0.0070810 s
+ ---------------------------------
+ wsmp: total solve time: 16.4253771 s
+ =================================
+ u : -0.10699E+01 0.18473E+00
+ v : -0.96555E-01 0.11179E+00
+ w : -0.76157E+00 0.24858E+00
+ =================================
+ Calculate pressures 29646.7756 24.3934 16.4409
+ raw pressures : -0.35124E+00 0.00000E+00
+ Smoothing pressures 29647.0002 24.6180 0.2246
+ do leaf measurements 29647.0014 24.6191 0.0011
+ compute convergence criterion 29647.0437 24.6615 0.0423
+ velocity_diff_norm = 0.5891747 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29647.0487
+ -----------------------------------
+ build system 29647.0533 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79684E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29654.9907 7.9420 7.9374
+ =================================
+ wsmp: initialisation time: 0.0513291 s
+ wsmp: ordering time: 4.1620839 s
+ wsmp: symbolic fact. time: 0.7238789 s
+ wsmp: Cholesky fact. time: 11.3823080 s
+ wsmp: Factorisation 14476.1223984 Mflops
+ wsmp: back substitution time: 0.1214669 s
+ wsmp: from b to rhs vector: 0.0069740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4483931 s
+ =================================
+ u : -0.10154E+01 0.13740E+00
+ v : -0.48615E-01 0.10190E+00
+ w : -0.76719E+00 0.22675E+00
+ =================================
+ Calculate pressures 29671.4540 24.4053 16.4633
+ raw pressures : -0.12365E+01 0.18131E+00
+ Smoothing pressures 29671.6821 24.6334 0.2281
+ do leaf measurements 29671.6832 24.6346 0.0011
+ compute convergence criterion 29671.7255 24.6768 0.0422
+ velocity_diff_norm = 0.0712400 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29671.7305
+ -----------------------------------
+ build system 29671.7352 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29679.7175 7.9870 7.9823
+ =================================
+ wsmp: initialisation time: 0.0522680 s
+ wsmp: ordering time: 4.1371419 s
+ wsmp: symbolic fact. time: 0.7157240 s
+ wsmp: Cholesky fact. time: 11.3808649 s
+ wsmp: Factorisation 14477.9580394 Mflops
+ wsmp: back substitution time: 0.1208138 s
+ wsmp: from b to rhs vector: 0.0071328 s
+ ---------------------------------
+ wsmp: total solve time: 16.4143050 s
+ =================================
+ u : -0.10168E+01 0.15535E+00
+ v : -0.37590E-01 0.11848E+00
+ w : -0.74681E+00 0.23205E+00
+ =================================
+ Calculate pressures 29696.1477 24.4171 16.4301
+ raw pressures : -0.13725E+01 0.31309E+00
+ Smoothing pressures 29696.3725 24.6419 0.2248
+ do leaf measurements 29696.3736 24.6431 0.0012
+ compute convergence criterion 29696.4161 24.6856 0.0425
+ velocity_diff_norm = 0.0360540 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29696.4213
+ -----------------------------------
+ build system 29696.4260 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29704.3612 7.9399 7.9352
+ =================================
+ wsmp: initialisation time: 0.0553041 s
+ wsmp: ordering time: 4.1379988 s
+ wsmp: symbolic fact. time: 0.7167220 s
+ wsmp: Cholesky fact. time: 11.4645381 s
+ wsmp: Factorisation 14372.2915372 Mflops
+ wsmp: back substitution time: 0.1209450 s
+ wsmp: from b to rhs vector: 0.0070200 s
+ ---------------------------------
+ wsmp: total solve time: 16.5028820 s
+ =================================
+ u : -0.10166E+01 0.17617E+00
+ v : -0.37670E-01 0.12318E+00
+ w : -0.73743E+00 0.22931E+00
+ =================================
+ Calculate pressures 29720.8796 24.4583 16.5184
+ raw pressures : -0.14715E+01 0.35735E+00
+ Smoothing pressures 29721.1042 24.6830 0.2247
+ do leaf measurements 29721.1054 24.6841 0.0012
+ compute convergence criterion 29721.1476 24.7264 0.0422
+ velocity_diff_norm = 0.0159869 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29721.1526
+ -----------------------------------
+ build system 29721.1573 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29729.1390 7.9863 7.9817
+ =================================
+ wsmp: initialisation time: 0.0527780 s
+ wsmp: ordering time: 4.1344359 s
+ wsmp: symbolic fact. time: 0.7142379 s
+ wsmp: Cholesky fact. time: 11.3791802 s
+ wsmp: Factorisation 14480.1014731 Mflops
+ wsmp: back substitution time: 0.1208639 s
+ wsmp: from b to rhs vector: 0.0070870 s
+ ---------------------------------
+ wsmp: total solve time: 16.4089520 s
+ =================================
+ u : -0.10163E+01 0.19399E+00
+ v : -0.40583E-01 0.12571E+00
+ w : -0.73266E+00 0.22835E+00
+ =================================
+ Calculate pressures 29745.5637 24.4111 16.4247
+ raw pressures : -0.15156E+01 0.36582E+00
+ Smoothing pressures 29745.7876 24.6349 0.2238
+ do leaf measurements 29745.7887 24.6360 0.0011
+ compute convergence criterion 29745.8309 24.6782 0.0422
+ velocity_diff_norm = 0.0107223 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29745.8359
+ -----------------------------------
+ build system 29745.8406 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29753.8490 8.0130 8.0084
+ =================================
+ wsmp: initialisation time: 0.0531979 s
+ wsmp: ordering time: 4.1367121 s
+ wsmp: symbolic fact. time: 0.7110100 s
+ wsmp: Cholesky fact. time: 11.3945949 s
+ wsmp: Factorisation 14460.5126561 Mflops
+ wsmp: back substitution time: 0.1210470 s
+ wsmp: from b to rhs vector: 0.0069740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4238920 s
+ =================================
+ u : -0.10159E+01 0.20961E+00
+ v : -0.43044E-01 0.12569E+00
+ w : -0.72812E+00 0.22772E+00
+ =================================
+ Calculate pressures 29770.2884 24.4525 16.4394
+ raw pressures : -0.15373E+01 0.36292E+00
+ Smoothing pressures 29770.5124 24.6765 0.2240
+ do leaf measurements 29770.5136 24.6777 0.0011
+ compute convergence criterion 29770.5557 24.7198 0.0422
+ velocity_diff_norm = 0.0080937 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29770.5590 24.7231 0.0033
+Compute isostasy and adjust vertical 29770.5592 24.7233 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -159143718064484.72 261845012762466.31
+ def in m -8.0052690505981445 0.66518175601959229
+ dimensionless def -1.90051930291312077E-6 2.28721972874232693E-5
+ Isostatic velocity range = -0.0187995 0.2283359
+ Compute divergence 29770.7676 24.9317 0.2084
+ wsmp_cleanup 29770.8037 24.9678 0.0361
+ Reset surface geometry 29770.8086 24.9727 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 29770.8167 24.9808 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29770.8343 24.9983 0.0175
+ Advect surface 1 29770.8344 24.9985 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29771.0268 25.1909 0.1924
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29771.2256 25.3897 0.1988
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29771.4792 25.6433 0.2536
+ Advect the cloud 29771.6346 25.7987 0.1554
+ Write output 29772.4769 26.6410 0.8423
+ End of time step 29773.3572 27.5212 0.8802
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 184 29773.3573
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29773.3574 0.0001 0.0001
+ surface 01 29773.3574 0.0001 0.0000
+ S. 1: 16963points
+ refine surface 29773.3575 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 29773.3841 0.0267 0.0266
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 29773.4063 0.0490 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29773.4313 0.0740 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16964points
+ surface 02 29773.4497 0.0924 0.0184
+ S. 2: 16962points
+ refine surface 29773.4498 0.0925 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29773.4739 0.1166 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16962points
+ surface 03 29773.4928 0.1355 0.0189
+ S. 3: 16961points
+ refine surface 29773.4930 0.1357 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29773.5170 0.1597 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16961points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29773.5425
+ -----------------------------------------------------------------------
+ Create octree solve 29773.5427 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29773.5586 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 29773.5808 0.0383 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29773.5815 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29773.5957 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29773.7178 0.1753 0.1222
+ Imbed surface in osolve 29773.9066 0.3641 0.1888
+ embedding surface 1 29773.9068 0.3643 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29775.8795 2.3370 1.9727
+ osolve%nleaves= 59424
+ embedding surface 3 29778.0029 4.4604 2.1234
+ osolve%nleaves= 64128
+ Assessing octree stability 29781.5869 8.0444 3.5840
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29781.5924 8.0499 0.0055
+ Interpolate velo onto osolve 29782.0711 8.5286 0.4787
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29782.1358 8.5933 0.0647
+ Find void 29782.4100 8.8675 0.2741
+ whole leaf in fluid 32992
+ Define boundary conditions 29782.4398 8.8973 0.0298
+ wsmp setup1 29782.4475 8.9050 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29783.4673 9.9248 1.0199
+ -----------------------------------
+ start of non-linear iteratio 1 29783.5151
+ -----------------------------------
+ build system 29783.5152 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29791.4799 7.9648 7.9646
+ =================================
+ wsmp: initialisation time: 0.0558028 s
+ wsmp: ordering time: 4.1290350 s
+ wsmp: symbolic fact. time: 0.7165639 s
+ wsmp: Cholesky fact. time: 11.3996201 s
+ wsmp: Factorisation 14454.1382137 Mflops
+ wsmp: back substitution time: 0.1214039 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.4300230 s
+ =================================
+ u : -0.10514E+01 0.18506E+00
+ v : -0.96188E-01 0.11082E+00
+ w : -0.76210E+00 0.24632E+00
+ =================================
+ Calculate pressures 29807.9256 24.4105 16.4458
+ raw pressures : -0.35075E+00 0.00000E+00
+ Smoothing pressures 29808.1501 24.6350 0.2245
+ do leaf measurements 29808.1512 24.6361 0.0011
+ compute convergence criterion 29808.1942 24.6791 0.0430
+ velocity_diff_norm = 0.5901391 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29808.1992
+ -----------------------------------
+ build system 29808.2038 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81397E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29816.1407 7.9415 7.9368
+ =================================
+ wsmp: initialisation time: 0.0534770 s
+ wsmp: ordering time: 4.1568079 s
+ wsmp: symbolic fact. time: 0.7227809 s
+ wsmp: Cholesky fact. time: 11.4033890 s
+ wsmp: Factorisation 14449.3609932 Mflops
+ wsmp: back substitution time: 0.1219561 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.4659791 s
+ =================================
+ u : -0.10154E+01 0.13775E+00
+ v : -0.48672E-01 0.10206E+00
+ w : -0.76755E+00 0.22530E+00
+ =================================
+ Calculate pressures 29832.6218 24.4226 16.4812
+ raw pressures : -0.12365E+01 0.18156E+00
+ Smoothing pressures 29832.8502 24.6510 0.2284
+ do leaf measurements 29832.8513 24.6521 0.0011
+ compute convergence criterion 29832.8943 24.6951 0.0430
+ velocity_diff_norm = 0.0720106 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29832.8994
+ -----------------------------------
+ build system 29832.9040 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29840.8783 7.9790 7.9743
+ =================================
+ wsmp: initialisation time: 0.0540581 s
+ wsmp: ordering time: 4.1388910 s
+ wsmp: symbolic fact. time: 0.7181070 s
+ wsmp: Cholesky fact. time: 11.3812451 s
+ wsmp: Factorisation 14477.4742923 Mflops
+ wsmp: back substitution time: 0.1213889 s
+ wsmp: from b to rhs vector: 0.0073121 s
+ ---------------------------------
+ wsmp: total solve time: 16.4214051 s
+ =================================
+ u : -0.10169E+01 0.15571E+00
+ v : -0.37603E-01 0.11865E+00
+ w : -0.74690E+00 0.23167E+00
+ =================================
+ Calculate pressures 29857.3155 24.4161 16.4372
+ raw pressures : -0.13733E+01 0.31359E+00
+ Smoothing pressures 29857.5402 24.6409 0.2247
+ do leaf measurements 29857.5413 24.6420 0.0011
+ compute convergence criterion 29857.5847 24.6854 0.0434
+ velocity_diff_norm = 0.0361786 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 29857.5899
+ -----------------------------------
+ build system 29857.5946 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29865.5247 7.9348 7.9301
+ =================================
+ wsmp: initialisation time: 0.0536540 s
+ wsmp: ordering time: 4.1358190 s
+ wsmp: symbolic fact. time: 0.7166171 s
+ wsmp: Cholesky fact. time: 11.4508071 s
+ wsmp: Factorisation 14389.5257788 Mflops
+ wsmp: back substitution time: 0.1215820 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.4860899 s
+ =================================
+ u : -0.10166E+01 0.17645E+00
+ v : -0.37755E-01 0.12327E+00
+ w : -0.73754E+00 0.22932E+00
+ =================================
+ Calculate pressures 29882.0263 24.4364 16.5016
+ raw pressures : -0.14725E+01 0.35824E+00
+ Smoothing pressures 29882.2522 24.6623 0.2259
+ do leaf measurements 29882.2533 24.6634 0.0011
+ compute convergence criterion 29882.2966 24.7067 0.0434
+ velocity_diff_norm = 0.0159430 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 29882.3017
+ -----------------------------------
+ build system 29882.3064 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29890.2741 7.9724 7.9677
+ =================================
+ wsmp: initialisation time: 0.0528228 s
+ wsmp: ordering time: 4.1374831 s
+ wsmp: symbolic fact. time: 0.7174330 s
+ wsmp: Cholesky fact. time: 11.3934281 s
+ wsmp: Factorisation 14461.9935820 Mflops
+ wsmp: back substitution time: 0.1222222 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.4310658 s
+ =================================
+ u : -0.10163E+01 0.19422E+00
+ v : -0.40664E-01 0.12571E+00
+ w : -0.73278E+00 0.22819E+00
+ =================================
+ Calculate pressures 29906.7210 24.4193 16.4470
+ raw pressures : -0.15163E+01 0.36633E+00
+ Smoothing pressures 29906.9476 24.6459 0.2266
+ do leaf measurements 29906.9487 24.6470 0.0011
+ compute convergence criterion 29906.9916 24.6899 0.0429
+ velocity_diff_norm = 0.0107428 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 29906.9967
+ -----------------------------------
+ build system 29907.0013 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29915.0158 8.0192 8.0145
+ =================================
+ wsmp: initialisation time: 0.0528190 s
+ wsmp: ordering time: 4.1430659 s
+ wsmp: symbolic fact. time: 0.7147920 s
+ wsmp: Cholesky fact. time: 11.3867779 s
+ wsmp: Factorisation 14470.4398069 Mflops
+ wsmp: back substitution time: 0.1213229 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4263809 s
+ =================================
+ u : -0.10160E+01 0.20985E+00
+ v : -0.43073E-01 0.12584E+00
+ w : -0.72820E+00 0.22783E+00
+ =================================
+ Calculate pressures 29931.4575 24.4608 16.4416
+ raw pressures : -0.15382E+01 0.36355E+00
+ Smoothing pressures 29931.6815 24.6848 0.2240
+ do leaf measurements 29931.6826 24.6859 0.0011
+ compute convergence criterion 29931.7256 24.7289 0.0430
+ velocity_diff_norm = 0.0080908 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 29931.7288 24.7321 0.0032
+Compute isostasy and adjust vertical 29931.7290 24.7323 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -159677191636697.5 263128812123286.88
+ def in m -8.0039634704589844 0.66296893358230591
+ dimensionless def -1.89419695309230273E-6 2.28684670584542411E-5
+ Isostatic velocity range = -0.0187251 0.2283023
+ Compute divergence 29931.9286 24.9320 0.1997
+ wsmp_cleanup 29931.9752 24.9785 0.0466
+ Reset surface geometry 29931.9802 24.9835 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 29931.9886 24.9919 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 29932.0031 25.0064 0.0145
+ Advect surface 1 29932.0032 25.0066 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 29932.1994 25.2027 0.1961
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 29932.3963 25.3997 0.1970
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 29932.6506 25.6540 0.2543
+ Advect the cloud 29932.8073 25.8106 0.1567
+ Write output 29933.6465 26.6498 0.8392
+ End of time step 29934.5293 27.5327 0.8829
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 185 29934.5295
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 29934.5296 0.0001 0.0001
+ surface 01 29934.5296 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 29934.5296 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 29934.5553 0.0258 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16964points
+ surface 02 29934.5733 0.0438 0.0180
+ S. 2: 16962points
+ refine surface 29934.5734 0.0440 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 29934.5990 0.0695 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 16962points
+ surface 03 29934.6168 0.0873 0.0178
+ S. 3: 16961points
+ refine surface 29934.6169 0.0874 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 29934.6441 0.1146 0.0272
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 29934.6661 0.1366 0.0220
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 29934.6909 0.1614 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 29934.7155
+ -----------------------------------------------------------------------
+ Create octree solve 29934.7157 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 29934.7316 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 29934.7541 0.0386 0.0225
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 29934.7549 0.0394 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 29934.7690 0.0535 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 29934.8912 0.1757 0.1222
+ Imbed surface in osolve 29935.0793 0.3638 0.1881
+ embedding surface 1 29935.0795 0.3640 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 29937.0545 2.3390 1.9750
+ osolve%nleaves= 59424
+ embedding surface 3 29939.1895 4.4740 2.1351
+ osolve%nleaves= 64128
+ Assessing octree stability 29942.7871 8.0716 3.5975
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 29942.7923 8.0768 0.0053
+ Interpolate velo onto osolve 29943.2573 8.5418 0.4650
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 29943.3206 8.6051 0.0633
+ Find void 29943.5914 8.8759 0.2708
+ whole leaf in fluid 32992
+ Define boundary conditions 29943.6205 8.9050 0.0291
+ wsmp setup1 29943.6285 8.9131 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 29944.6534 9.9379 1.0248
+ -----------------------------------
+ start of non-linear iteratio 1 29944.7024
+ -----------------------------------
+ build system 29944.7025 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29952.6772 7.9748 7.9746
+ =================================
+ wsmp: initialisation time: 0.0543768 s
+ wsmp: ordering time: 4.1362472 s
+ wsmp: symbolic fact. time: 0.7146549 s
+ wsmp: Cholesky fact. time: 11.3955429 s
+ wsmp: Factorisation 14459.3097406 Mflops
+ wsmp: back substitution time: 0.1211920 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4295740 s
+ =================================
+ u : -0.10913E+01 0.18495E+00
+ v : -0.95767E-01 0.11098E+00
+ w : -0.76204E+00 0.24510E+00
+ =================================
+ Calculate pressures 29969.1219 24.4195 16.4447
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 29969.3476 24.6452 0.2257
+ do leaf measurements 29969.3487 24.6463 0.0011
+ compute convergence criterion 29969.3911 24.6887 0.0424
+ velocity_diff_norm = 0.5896802 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 29969.3961
+ -----------------------------------
+ build system 29969.4008 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82423E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 29977.3403 7.9442 7.9395
+ =================================
+ wsmp: initialisation time: 0.0529590 s
+ wsmp: ordering time: 4.1603620 s
+ wsmp: symbolic fact. time: 0.7210109 s
+ wsmp: Cholesky fact. time: 11.4180381 s
+ wsmp: Factorisation 14430.8227037 Mflops
+ wsmp: back substitution time: 0.1219730 s
+ wsmp: from b to rhs vector: 0.0072570 s
+ ---------------------------------
+ wsmp: total solve time: 16.4819782 s
+ =================================
+ u : -0.10154E+01 0.13771E+00
+ v : -0.48829E-01 0.10209E+00
+ w : -0.76744E+00 0.22444E+00
+ =================================
+ Calculate pressures 29993.8380 24.4419 16.4977
+ raw pressures : -0.12370E+01 0.18188E+00
+ Smoothing pressures 29994.0653 24.6692 0.2273
+ do leaf measurements 29994.0665 24.6703 0.0011
+ compute convergence criterion 29994.1089 24.7127 0.0424
+ velocity_diff_norm = 0.0715138 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 29994.1139
+ -----------------------------------
+ build system 29994.1187 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30002.1128 7.9989 7.9941
+ =================================
+ wsmp: initialisation time: 0.0534410 s
+ wsmp: ordering time: 4.1389899 s
+ wsmp: symbolic fact. time: 0.7163739 s
+ wsmp: Cholesky fact. time: 11.3788769 s
+ wsmp: Factorisation 14480.4873950 Mflops
+ wsmp: back substitution time: 0.1211770 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.4164429 s
+ =================================
+ u : -0.10168E+01 0.15565E+00
+ v : -0.37282E-01 0.11862E+00
+ w : -0.74707E+00 0.23143E+00
+ =================================
+ Calculate pressures 30018.5452 24.4313 16.4324
+ raw pressures : -0.13736E+01 0.31380E+00
+ Smoothing pressures 30018.7701 24.6561 0.2249
+ do leaf measurements 30018.7712 24.6573 0.0011
+ compute convergence criterion 30018.8140 24.7001 0.0428
+ velocity_diff_norm = 0.0361511 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30018.8192
+ -----------------------------------
+ build system 30018.8239 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30026.7637 7.9445 7.9397
+ =================================
+ wsmp: initialisation time: 0.0531871 s
+ wsmp: ordering time: 4.1329401 s
+ wsmp: symbolic fact. time: 0.7146530 s
+ wsmp: Cholesky fact. time: 11.4418800 s
+ wsmp: Factorisation 14400.7526780 Mflops
+ wsmp: back substitution time: 0.1212931 s
+ wsmp: from b to rhs vector: 0.0072699 s
+ ---------------------------------
+ wsmp: total solve time: 16.4716501 s
+ =================================
+ u : -0.10165E+01 0.17640E+00
+ v : -0.37872E-01 0.12337E+00
+ w : -0.73764E+00 0.22905E+00
+ =================================
+ Calculate pressures 30043.2509 24.4318 16.4873
+ raw pressures : -0.14728E+01 0.35824E+00
+ Smoothing pressures 30043.4762 24.6570 0.2252
+ do leaf measurements 30043.4773 24.6581 0.0011
+ compute convergence criterion 30043.5197 24.7005 0.0424
+ velocity_diff_norm = 0.0159182 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30043.5248
+ -----------------------------------
+ build system 30043.5295 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30051.4851 7.9604 7.9556
+ =================================
+ wsmp: initialisation time: 0.0498180 s
+ wsmp: ordering time: 4.1492290 s
+ wsmp: symbolic fact. time: 0.7234750 s
+ wsmp: Cholesky fact. time: 11.3756878 s
+ wsmp: Factorisation 14484.5468887 Mflops
+ wsmp: back substitution time: 0.1220090 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4278600 s
+ =================================
+ u : -0.10162E+01 0.19419E+00
+ v : -0.40730E-01 0.12581E+00
+ w : -0.73283E+00 0.22820E+00
+ =================================
+ Calculate pressures 30067.9290 24.4042 16.4439
+ raw pressures : -0.15166E+01 0.36646E+00
+ Smoothing pressures 30068.1552 24.6305 0.2262
+ do leaf measurements 30068.1564 24.6316 0.0011
+ compute convergence criterion 30068.1986 24.6739 0.0423
+ velocity_diff_norm = 0.0107331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30068.2037
+ -----------------------------------
+ build system 30068.2084 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30076.2299 8.0262 8.0214
+ =================================
+ wsmp: initialisation time: 0.0523698 s
+ wsmp: ordering time: 4.1313460 s
+ wsmp: symbolic fact. time: 0.7118471 s
+ wsmp: Cholesky fact. time: 11.3894501 s
+ wsmp: Factorisation 14467.0447489 Mflops
+ wsmp: back substitution time: 0.1215580 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.4141629 s
+ =================================
+ u : -0.10159E+01 0.20982E+00
+ v : -0.43110E-01 0.12586E+00
+ w : -0.72824E+00 0.22767E+00
+ =================================
+ Calculate pressures 30092.6591 24.4554 16.4292
+ raw pressures : -0.15384E+01 0.36369E+00
+ Smoothing pressures 30092.8849 24.6812 0.2258
+ do leaf measurements 30092.8860 24.6823 0.0011
+ compute convergence criterion 30092.9284 24.7246 0.0423
+ velocity_diff_norm = 0.0080866 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30092.9316 24.7279 0.0033
+Compute isostasy and adjust vertical 30092.9318 24.7281 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -160211127347953.88 264411250858860.25
+ def in m -8.0057430267333984 0.66352689266204834
+ dimensionless def -1.89579112189156676E-6 2.28735515049525691E-5
+ Isostatic velocity range = -0.0187329 0.2283534
+ Compute divergence 30093.1452 24.9414 0.2134
+ wsmp_cleanup 30093.1810 24.9773 0.0358
+ Reset surface geometry 30093.1859 24.9822 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 30093.1939 24.9901 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30093.2116 25.0079 0.0177
+ Advect surface 1 30093.2117 25.0080 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30093.4084 25.2047 0.1967
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30093.6051 25.4014 0.1967
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30093.8585 25.6547 0.2533
+ Advect the cloud 30094.0135 25.8098 0.1551
+ Write output 30094.8512 26.6475 0.8377
+ End of time step 30095.7292 27.5255 0.8780
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 186 30095.7293
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30095.7294 0.0001 0.0001
+ surface 01 30095.7294 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 30095.7295 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30095.7552 0.0259 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16964points
+ surface 02 30095.7729 0.0436 0.0177
+ S. 2: 16962points
+ refine surface 30095.7731 0.0437 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30095.7988 0.0695 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16962points
+ surface 03 30095.8165 0.0872 0.0177
+ S. 3: 16963points
+ refine surface 30095.8167 0.0873 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30095.8421 0.1127 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30095.8659
+ -----------------------------------------------------------------------
+ Create octree solve 30095.8662 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30095.8822 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30095.9044 0.0385 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30095.9052 0.0393 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30095.9195 0.0535 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30096.0429 0.1769 0.1234
+ Imbed surface in osolve 30096.2329 0.3669 0.1900
+ embedding surface 1 30096.2330 0.3671 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30098.1935 2.3275 1.9604
+ osolve%nleaves= 59424
+ embedding surface 3 30100.3151 4.4492 2.1216
+ osolve%nleaves= 64128
+ Assessing octree stability 30103.8572 7.9912 3.5421
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30103.8623 7.9964 0.0051
+ Interpolate velo onto osolve 30104.2815 8.4155 0.4191
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30104.3975 8.5315 0.1160
+ Find void 30104.6695 8.8035 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 30104.6991 8.8331 0.0296
+ wsmp setup1 30104.7067 8.8407 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30105.7262 9.8603 1.0196
+ -----------------------------------
+ start of non-linear iteratio 1 30105.7746
+ -----------------------------------
+ build system 30105.7748 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30113.7554 7.9808 7.9807
+ =================================
+ wsmp: initialisation time: 0.0550358 s
+ wsmp: ordering time: 4.1414931 s
+ wsmp: symbolic fact. time: 0.7169650 s
+ wsmp: Cholesky fact. time: 11.3927791 s
+ wsmp: Factorisation 14462.8173914 Mflops
+ wsmp: back substitution time: 0.1211300 s
+ wsmp: from b to rhs vector: 0.0071521 s
+ ---------------------------------
+ wsmp: total solve time: 16.4349220 s
+ =================================
+ u : -0.10618E+01 0.18397E+00
+ v : -0.95569E-01 0.11050E+00
+ w : -0.76164E+00 0.24638E+00
+ =================================
+ Calculate pressures 30130.2061 24.4315 16.4507
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 30130.4307 24.6561 0.2246
+ do leaf measurements 30130.4318 24.6572 0.0011
+ compute convergence criterion 30130.4744 24.6998 0.0426
+ velocity_diff_norm = 0.5896125 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30130.4792
+ -----------------------------------
+ build system 30130.4836 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81800E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30138.4254 7.9462 7.9418
+ =================================
+ wsmp: initialisation time: 0.0514231 s
+ wsmp: ordering time: 4.1557920 s
+ wsmp: symbolic fact. time: 0.7220910 s
+ wsmp: Cholesky fact. time: 11.4365621 s
+ wsmp: Factorisation 14407.4489337 Mflops
+ wsmp: back substitution time: 0.1217530 s
+ wsmp: from b to rhs vector: 0.0071049 s
+ ---------------------------------
+ wsmp: total solve time: 16.4950809 s
+ =================================
+ u : -0.10154E+01 0.13698E+00
+ v : -0.48831E-01 0.10236E+00
+ w : -0.76722E+00 0.22494E+00
+ =================================
+ Calculate pressures 30154.9359 24.4567 16.5104
+ raw pressures : -0.12357E+01 0.17946E+00
+ Smoothing pressures 30155.1635 24.6844 0.2277
+ do leaf measurements 30155.1646 24.6854 0.0011
+ compute convergence criterion 30155.2072 24.7281 0.0426
+ velocity_diff_norm = 0.0713617 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30155.2121
+ -----------------------------------
+ build system 30155.2166 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30163.2241 8.0120 8.0076
+ =================================
+ wsmp: initialisation time: 0.0527081 s
+ wsmp: ordering time: 4.1430399 s
+ wsmp: symbolic fact. time: 0.7161138 s
+ wsmp: Cholesky fact. time: 11.3800049 s
+ wsmp: Factorisation 14479.0521245 Mflops
+ wsmp: back substitution time: 0.1211269 s
+ wsmp: from b to rhs vector: 0.0072200 s
+ ---------------------------------
+ wsmp: total solve time: 16.4205761 s
+ =================================
+ u : -0.10170E+01 0.15524E+00
+ v : -0.37423E-01 0.11879E+00
+ w : -0.74651E+00 0.23120E+00
+ =================================
+ Calculate pressures 30179.6606 24.4485 16.4365
+ raw pressures : -0.13721E+01 0.31222E+00
+ Smoothing pressures 30179.8854 24.6733 0.2248
+ do leaf measurements 30179.8865 24.6744 0.0011
+ compute convergence criterion 30179.9296 24.7175 0.0431
+ velocity_diff_norm = 0.0361816 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30179.9345
+ -----------------------------------
+ build system 30179.9390 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30187.8907 7.9562 7.9517
+ =================================
+ wsmp: initialisation time: 0.0501480 s
+ wsmp: ordering time: 4.1322820 s
+ wsmp: symbolic fact. time: 0.7137499 s
+ wsmp: Cholesky fact. time: 11.4335580 s
+ wsmp: Factorisation 14411.2343733 Mflops
+ wsmp: back substitution time: 0.1212959 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.4586310 s
+ =================================
+ u : -0.10167E+01 0.17617E+00
+ v : -0.37875E-01 0.12332E+00
+ w : -0.73718E+00 0.22895E+00
+ =================================
+ Calculate pressures 30204.3651 24.4306 16.4744
+ raw pressures : -0.14714E+01 0.35674E+00
+ Smoothing pressures 30204.5905 24.6560 0.2254
+ do leaf measurements 30204.5915 24.6570 0.0011
+ compute convergence criterion 30204.6344 24.6999 0.0428
+ velocity_diff_norm = 0.0159215 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30204.6392
+ -----------------------------------
+ build system 30204.6437 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30212.5932 7.9539 7.9495
+ =================================
+ wsmp: initialisation time: 0.0520508 s
+ wsmp: ordering time: 4.1408250 s
+ wsmp: symbolic fact. time: 0.7217619 s
+ wsmp: Cholesky fact. time: 11.3876209 s
+ wsmp: Factorisation 14469.3685316 Mflops
+ wsmp: back substitution time: 0.1219351 s
+ wsmp: from b to rhs vector: 0.0072601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4318192 s
+ =================================
+ u : -0.10163E+01 0.19400E+00
+ v : -0.40732E-01 0.12578E+00
+ w : -0.73246E+00 0.22811E+00
+ =================================
+ Calculate pressures 30229.0405 24.4013 16.4474
+ raw pressures : -0.15152E+01 0.36499E+00
+ Smoothing pressures 30229.2673 24.6280 0.2267
+ do leaf measurements 30229.2683 24.6291 0.0011
+ compute convergence criterion 30229.3112 24.6719 0.0428
+ velocity_diff_norm = 0.0107434 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30229.3161
+ -----------------------------------
+ build system 30229.3205 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30237.3358 8.0197 8.0152
+ =================================
+ wsmp: initialisation time: 0.0530179 s
+ wsmp: ordering time: 4.1408560 s
+ wsmp: symbolic fact. time: 0.7160399 s
+ wsmp: Cholesky fact. time: 11.3836892 s
+ wsmp: Factorisation 14474.3660412 Mflops
+ wsmp: back substitution time: 0.1212139 s
+ wsmp: from b to rhs vector: 0.0071771 s
+ ---------------------------------
+ wsmp: total solve time: 16.4223590 s
+ =================================
+ u : -0.10160E+01 0.20964E+00
+ v : -0.43110E-01 0.12577E+00
+ w : -0.72791E+00 0.22757E+00
+ =================================
+ Calculate pressures 30253.7735 24.4574 16.4377
+ raw pressures : -0.15368E+01 0.36218E+00
+ Smoothing pressures 30254.0032 24.6871 0.2297
+ do leaf measurements 30254.0043 24.6882 0.0011
+ compute convergence criterion 30254.0469 24.7309 0.0426
+ velocity_diff_norm = 0.0080835 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30254.0499 24.7338 0.0030
+Compute isostasy and adjust vertical 30254.0501 24.7340 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -160738145604477.38 265695503027240.72
+ def in m -8.0035839080810547 0.66104215383529663
+ dimensionless def -1.88869186810084748E-6 2.28673825945172991E-5
+ Isostatic velocity range = -0.0186525 0.2282916
+ Compute divergence 30254.2584 24.9423 0.2083
+ wsmp_cleanup 30254.2944 24.9783 0.0361
+ Reset surface geometry 30254.2993 24.9832 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 30254.3072 24.9912 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30254.3249 25.0089 0.0177
+ Advect surface 1 30254.3251 25.0090 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30254.5175 25.2014 0.1924
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30254.7155 25.3994 0.1980
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30254.9708 25.6548 0.2554
+ Advect the cloud 30255.1280 25.8119 0.1572
+ Write output 30255.9681 26.6521 0.8401
+ End of time step 30256.8486 27.5325 0.8804
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 187 30256.8487
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30256.8488 0.0001 0.0001
+ surface 01 30256.8488 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 30256.8488 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30256.8743 0.0256 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16964points
+ surface 02 30256.8925 0.0438 0.0182
+ S. 2: 16962points
+ refine surface 30256.8926 0.0439 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 30256.9188 0.0701 0.0262
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 30256.9413 0.0926 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30256.9666 0.1179 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16963points
+ surface 03 30256.9851 0.1364 0.0185
+ S. 3: 16963points
+ refine surface 30256.9852 0.1365 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30257.0108 0.1621 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30257.0346
+ -----------------------------------------------------------------------
+ Create octree solve 30257.0348 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30257.0509 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30257.0730 0.0384 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30257.0738 0.0392 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30257.0881 0.0535 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30257.2115 0.1769 0.1234
+ Imbed surface in osolve 30257.4001 0.3655 0.1886
+ embedding surface 1 30257.4002 0.3656 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30259.3696 2.3350 1.9693
+ osolve%nleaves= 59424
+ embedding surface 3 30261.4950 4.4604 2.1254
+ osolve%nleaves= 64128
+ Assessing octree stability 30265.0867 8.0522 3.5918
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30265.0921 8.0575 0.0054
+ Interpolate velo onto osolve 30265.5390 8.5044 0.4469
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30265.6017 8.5671 0.0626
+ Find void 30265.8707 8.8361 0.2690
+ whole leaf in fluid 32992
+ Define boundary conditions 30265.8994 8.8648 0.0287
+ wsmp setup1 30265.9070 8.8724 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30266.9268 9.8923 1.0199
+ -----------------------------------
+ start of non-linear iteratio 1 30266.9762
+ -----------------------------------
+ build system 30266.9765 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30274.9842 8.0079 8.0077
+ =================================
+ wsmp: initialisation time: 0.0532000 s
+ wsmp: ordering time: 4.1555200 s
+ wsmp: symbolic fact. time: 0.7163599 s
+ wsmp: Cholesky fact. time: 11.3835490 s
+ wsmp: Factorisation 14474.5442952 Mflops
+ wsmp: back substitution time: 0.1208241 s
+ wsmp: from b to rhs vector: 0.0071211 s
+ ---------------------------------
+ wsmp: total solve time: 16.4369359 s
+ =================================
+ u : -0.10757E+01 0.18456E+00
+ v : -0.95935E-01 0.11132E+00
+ w : -0.76166E+00 0.24676E+00
+ =================================
+ Calculate pressures 30291.4365 24.4603 16.4524
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 30291.6612 24.6850 0.2247
+ do leaf measurements 30291.6623 24.6861 0.0011
+ compute convergence criterion 30291.7045 24.7283 0.0422
+ velocity_diff_norm = 0.5891457 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30291.7093
+ -----------------------------------
+ build system 30291.7137 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81214E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30299.6516 7.9423 7.9380
+ =================================
+ wsmp: initialisation time: 0.0528722 s
+ wsmp: ordering time: 4.1531551 s
+ wsmp: symbolic fact. time: 0.7227509 s
+ wsmp: Cholesky fact. time: 11.4456239 s
+ wsmp: Factorisation 14396.0421624 Mflops
+ wsmp: back substitution time: 0.1220150 s
+ wsmp: from b to rhs vector: 0.0071049 s
+ ---------------------------------
+ wsmp: total solve time: 16.5038931 s
+ =================================
+ u : -0.10155E+01 0.13718E+00
+ v : -0.48720E-01 0.10224E+00
+ w : -0.76716E+00 0.22567E+00
+ =================================
+ Calculate pressures 30316.1711 24.4618 16.5195
+ raw pressures : -0.12366E+01 0.18016E+00
+ Smoothing pressures 30316.3967 24.6874 0.2255
+ do leaf measurements 30316.3978 24.6885 0.0011
+ compute convergence criterion 30316.4400 24.7307 0.0422
+ velocity_diff_norm = 0.0712013 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30316.4449
+ -----------------------------------
+ build system 30316.4493 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30324.4668 8.0219 8.0175
+ =================================
+ wsmp: initialisation time: 0.0536430 s
+ wsmp: ordering time: 4.1430690 s
+ wsmp: symbolic fact. time: 0.7164450 s
+ wsmp: Cholesky fact. time: 11.3762090 s
+ wsmp: Factorisation 14483.8833021 Mflops
+ wsmp: back substitution time: 0.1210952 s
+ wsmp: from b to rhs vector: 0.0072758 s
+ ---------------------------------
+ wsmp: total solve time: 16.4181049 s
+ =================================
+ u : -0.10170E+01 0.15526E+00
+ v : -0.37517E-01 0.11858E+00
+ w : -0.74677E+00 0.23164E+00
+ =================================
+ Calculate pressures 30340.9001 24.4552 16.4333
+ raw pressures : -0.13726E+01 0.31298E+00
+ Smoothing pressures 30341.1252 24.6803 0.2251
+ do leaf measurements 30341.1263 24.6814 0.0011
+ compute convergence criterion 30341.1690 24.7242 0.0427
+ velocity_diff_norm = 0.0361359 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30341.1740
+ -----------------------------------
+ build system 30341.1784 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30349.1466 7.9726 7.9682
+ =================================
+ wsmp: initialisation time: 0.0539110 s
+ wsmp: ordering time: 4.1307020 s
+ wsmp: symbolic fact. time: 0.7167552 s
+ wsmp: Cholesky fact. time: 11.4221740 s
+ wsmp: Factorisation 14425.5974570 Mflops
+ wsmp: back substitution time: 0.1218560 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4529710 s
+ =================================
+ u : -0.10167E+01 0.17613E+00
+ v : -0.37775E-01 0.12329E+00
+ w : -0.73738E+00 0.22919E+00
+ =================================
+ Calculate pressures 30365.6153 24.4413 16.4687
+ raw pressures : -0.14714E+01 0.35724E+00
+ Smoothing pressures 30365.8407 24.6667 0.2254
+ do leaf measurements 30365.8418 24.6678 0.0011
+ compute convergence criterion 30365.8839 24.7100 0.0422
+ velocity_diff_norm = 0.0159205 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30365.8897
+ -----------------------------------
+ build system 30365.8942 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30373.8327 7.9430 7.9385
+ =================================
+ wsmp: initialisation time: 0.0511751 s
+ wsmp: ordering time: 4.1456599 s
+ wsmp: symbolic fact. time: 0.7232058 s
+ wsmp: Cholesky fact. time: 11.3869822 s
+ wsmp: Factorisation 14470.1801535 Mflops
+ wsmp: back substitution time: 0.1216099 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.4360981 s
+ =================================
+ u : -0.10164E+01 0.19395E+00
+ v : -0.40654E-01 0.12574E+00
+ w : -0.73261E+00 0.22824E+00
+ =================================
+ Calculate pressures 30390.2845 24.3948 16.4518
+ raw pressures : -0.15154E+01 0.36553E+00
+ Smoothing pressures 30390.5117 24.6220 0.2272
+ do leaf measurements 30390.5128 24.6231 0.0011
+ compute convergence criterion 30390.5550 24.6653 0.0422
+ velocity_diff_norm = 0.0107351 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30390.5600
+ -----------------------------------
+ build system 30390.5644 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30398.5602 8.0002 7.9958
+ =================================
+ wsmp: initialisation time: 0.0509360 s
+ wsmp: ordering time: 4.1469891 s
+ wsmp: symbolic fact. time: 0.7142298 s
+ wsmp: Cholesky fact. time: 11.3877070 s
+ wsmp: Factorisation 14469.2591711 Mflops
+ wsmp: back substitution time: 0.1216581 s
+ wsmp: from b to rhs vector: 0.0072281 s
+ ---------------------------------
+ wsmp: total solve time: 16.4291210 s
+ =================================
+ u : -0.10161E+01 0.20957E+00
+ v : -0.43044E-01 0.12580E+00
+ w : -0.72806E+00 0.22774E+00
+ =================================
+ Calculate pressures 30415.0054 24.4455 16.4453
+ raw pressures : -0.15370E+01 0.36272E+00
+ Smoothing pressures 30415.2293 24.6694 0.2239
+ do leaf measurements 30415.2304 24.6705 0.0011
+ compute convergence criterion 30415.2726 24.7127 0.0422
+ velocity_diff_norm = 0.0080738 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30415.2756 24.7157 0.0030
+Compute isostasy and adjust vertical 30415.2758 24.7158 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -161263510347014.47 266975825374644.78
+ def in m -8.0043373107910156 0.66275978088378906
+ dimensionless def -1.89359937395368299E-6 2.28695351736886164E-5
+ Isostatic velocity range = -0.0186987 0.2283142
+ Compute divergence 30415.4828 24.9228 0.2070
+ wsmp_cleanup 30415.5195 24.9595 0.0367
+ Reset surface geometry 30415.5245 24.9645 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 30415.5326 24.9727 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30415.5500 24.9900 0.0174
+ Advect surface 1 30415.5501 24.9902 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30415.7456 25.1857 0.1955
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30415.9436 25.3837 0.1980
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30416.1970 25.6371 0.2534
+ Advect the cloud 30416.3519 25.7920 0.1549
+ Write output 30417.1882 26.6282 0.8363
+ End of time step 30418.0704 27.5104 0.8822
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 188 30418.0705
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30418.0706 0.0001 0.0001
+ surface 01 30418.0706 0.0001 0.0000
+ S. 1: 16964points
+ refine surface 30418.0707 0.0002 0.0001
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 30418.0985 0.0280 0.0279
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 30418.1208 0.0502 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30418.1448 0.0743 0.0240
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 30418.1641 0.0936 0.0193
+ S. 2: 16963points
+ refine surface 30418.1643 0.0937 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 30418.1895 0.1190 0.0253
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 30418.2132 0.1427 0.0237
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30418.2374 0.1669 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16964points
+ surface 03 30418.2569 0.1864 0.0195
+ S. 3: 16963points
+ refine surface 30418.2570 0.1865 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30418.2813 0.2107 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30418.3068
+ -----------------------------------------------------------------------
+ Create octree solve 30418.3070 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30418.3231 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30418.3445 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30418.3453 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30418.3596 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30418.4829 0.1761 0.1234
+ Imbed surface in osolve 30418.6715 0.3648 0.1886
+ embedding surface 1 30418.6717 0.3649 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30420.6540 2.3472 1.9823
+ osolve%nleaves= 59424
+ embedding surface 3 30422.7541 4.4473 2.1001
+ osolve%nleaves= 64128
+ Assessing octree stability 30426.2948 7.9880 3.5407
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30426.2995 7.9927 0.0047
+ Interpolate velo onto osolve 30426.7542 8.4474 0.4547
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30426.8167 8.5100 0.0625
+ Find void 30427.0858 8.7790 0.2691
+ whole leaf in fluid 32992
+ Define boundary conditions 30427.1147 8.8079 0.0289
+ wsmp setup1 30427.1226 8.8158 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30428.1370 9.8302 1.0144
+ -----------------------------------
+ start of non-linear iteratio 1 30428.1862
+ -----------------------------------
+ build system 30428.1863 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30436.2001 8.0140 8.0138
+ =================================
+ wsmp: initialisation time: 0.0535738 s
+ wsmp: ordering time: 4.1321340 s
+ wsmp: symbolic fact. time: 0.7168632 s
+ wsmp: Cholesky fact. time: 11.3834529 s
+ wsmp: Factorisation 14474.6664684 Mflops
+ wsmp: back substitution time: 0.1210639 s
+ wsmp: from b to rhs vector: 0.0070958 s
+ ---------------------------------
+ wsmp: total solve time: 16.4145641 s
+ =================================
+ u : -0.10932E+01 0.18381E+00
+ v : -0.96023E-01 0.11091E+00
+ w : -0.76134E+00 0.24683E+00
+ =================================
+ Calculate pressures 30452.6307 24.4445 16.4305
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 30452.8553 24.6691 0.2246
+ do leaf measurements 30452.8564 24.6703 0.0011
+ compute convergence criterion 30452.8991 24.7129 0.0426
+ velocity_diff_norm = 0.5894371 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30452.9041
+ -----------------------------------
+ build system 30452.9087 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81041E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30460.8451 7.9410 7.9364
+ =================================
+ wsmp: initialisation time: 0.0537400 s
+ wsmp: ordering time: 4.1625810 s
+ wsmp: symbolic fact. time: 0.7207758 s
+ wsmp: Cholesky fact. time: 11.4585900 s
+ wsmp: Factorisation 14379.7520842 Mflops
+ wsmp: back substitution time: 0.1217990 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.5251830 s
+ =================================
+ u : -0.10154E+01 0.13663E+00
+ v : -0.48625E-01 0.10221E+00
+ w : -0.76697E+00 0.22564E+00
+ =================================
+ Calculate pressures 30477.3860 24.4820 16.5409
+ raw pressures : -0.12351E+01 0.17985E+00
+ Smoothing pressures 30477.6143 24.7103 0.2283
+ do leaf measurements 30477.6155 24.7114 0.0011
+ compute convergence criterion 30477.6582 24.7541 0.0427
+ velocity_diff_norm = 0.0715919 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30477.6633
+ -----------------------------------
+ build system 30477.6680 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30485.6791 8.0158 8.0111
+ =================================
+ wsmp: initialisation time: 0.0529521 s
+ wsmp: ordering time: 4.1463480 s
+ wsmp: symbolic fact. time: 0.7141171 s
+ wsmp: Cholesky fact. time: 11.3773029 s
+ wsmp: Factorisation 14482.4907572 Mflops
+ wsmp: back substitution time: 0.1212661 s
+ wsmp: from b to rhs vector: 0.0072041 s
+ ---------------------------------
+ wsmp: total solve time: 16.4195740 s
+ =================================
+ u : -0.10169E+01 0.15495E+00
+ v : -0.37465E-01 0.11850E+00
+ w : -0.74627E+00 0.23187E+00
+ =================================
+ Calculate pressures 30502.1150 24.4517 16.4359
+ raw pressures : -0.13710E+01 0.31173E+00
+ Smoothing pressures 30502.3386 24.6753 0.2236
+ do leaf measurements 30502.3398 24.6765 0.0012
+ compute convergence criterion 30502.3829 24.7197 0.0432
+ velocity_diff_norm = 0.0361918 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30502.3881
+ -----------------------------------
+ build system 30502.3928 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30510.3716 7.9835 7.9788
+ =================================
+ wsmp: initialisation time: 0.0522261 s
+ wsmp: ordering time: 4.1360450 s
+ wsmp: symbolic fact. time: 0.7167101 s
+ wsmp: Cholesky fact. time: 11.4003952 s
+ wsmp: Factorisation 14453.1554947 Mflops
+ wsmp: back substitution time: 0.1212521 s
+ wsmp: from b to rhs vector: 0.0071771 s
+ ---------------------------------
+ wsmp: total solve time: 16.4341991 s
+ =================================
+ u : -0.10167E+01 0.17591E+00
+ v : -0.37768E-01 0.12324E+00
+ w : -0.73702E+00 0.22937E+00
+ =================================
+ Calculate pressures 30526.8216 24.4336 16.4500
+ raw pressures : -0.14704E+01 0.35622E+00
+ Smoothing pressures 30527.0459 24.6578 0.2243
+ do leaf measurements 30527.0470 24.6590 0.0011
+ compute convergence criterion 30527.0899 24.7018 0.0429
+ velocity_diff_norm = 0.0159038 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30527.0949
+ -----------------------------------
+ build system 30527.0996 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30535.0361 7.9411 7.9365
+ =================================
+ wsmp: initialisation time: 0.0524580 s
+ wsmp: ordering time: 4.1600909 s
+ wsmp: symbolic fact. time: 0.7206211 s
+ wsmp: Cholesky fact. time: 11.3927691 s
+ wsmp: Factorisation 14462.8301033 Mflops
+ wsmp: back substitution time: 0.1221850 s
+ wsmp: from b to rhs vector: 0.0071890 s
+ ---------------------------------
+ wsmp: total solve time: 16.4556830 s
+ =================================
+ u : -0.10164E+01 0.19376E+00
+ v : -0.40680E-01 0.12567E+00
+ w : -0.73233E+00 0.22831E+00
+ =================================
+ Calculate pressures 30551.5077 24.4128 16.4716
+ raw pressures : -0.15144E+01 0.36451E+00
+ Smoothing pressures 30551.7343 24.6394 0.2266
+ do leaf measurements 30551.7355 24.6405 0.0011
+ compute convergence criterion 30551.7782 24.6832 0.0427
+ velocity_diff_norm = 0.0107475 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30551.7832
+ -----------------------------------
+ build system 30551.7879 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30559.7743 7.9911 7.9864
+ =================================
+ wsmp: initialisation time: 0.0516260 s
+ wsmp: ordering time: 4.1466768 s
+ wsmp: symbolic fact. time: 0.7138059 s
+ wsmp: Cholesky fact. time: 11.3860719 s
+ wsmp: Factorisation 14471.3370008 Mflops
+ wsmp: back substitution time: 0.1212912 s
+ wsmp: from b to rhs vector: 0.0072579 s
+ ---------------------------------
+ wsmp: total solve time: 16.4271178 s
+ =================================
+ u : -0.10161E+01 0.20939E+00
+ v : -0.43091E-01 0.12571E+00
+ w : -0.72783E+00 0.22771E+00
+ =================================
+ Calculate pressures 30576.2169 24.4337 16.4426
+ raw pressures : -0.15360E+01 0.36176E+00
+ Smoothing pressures 30576.4421 24.6589 0.2252
+ do leaf measurements 30576.4433 24.6600 0.0012
+ compute convergence criterion 30576.4864 24.7032 0.0431
+ velocity_diff_norm = 0.0080797 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30576.4896 24.7064 0.0033
+Compute isostasy and adjust vertical 30576.4898 24.7066 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -161788756966215. 268252368664395.84
+ def in m -8.0032234191894531 0.66650211811065674
+ dimensionless def -1.90429176603044778E-6 2.28663526262555821E-5
+ Isostatic velocity range = -0.0187992 0.2282814
+ Compute divergence 30576.6947 24.9115 0.2049
+ wsmp_cleanup 30576.7317 24.9484 0.0370
+ Reset surface geometry 30576.7366 24.9533 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 30576.7447 24.9615 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30576.7617 24.9785 0.0170
+ Advect surface 1 30576.7619 24.9786 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30576.9583 25.1750 0.1964
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30577.1542 25.3710 0.1959
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30577.4109 25.6277 0.2567
+ Advect the cloud 30577.5677 25.7845 0.1569
+ Write output 30578.4032 26.6200 0.8355
+ End of time step 30579.2839 27.5006 0.8807
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 189 30579.2840
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30579.2841 0.0001 0.0001
+ surface 01 30579.2841 0.0001 0.0000
+ S. 1: 16967points
+ refine surface 30579.2842 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30579.3094 0.0254 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 30579.3275 0.0435 0.0181
+ S. 2: 16964points
+ refine surface 30579.3277 0.0436 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 30579.3533 0.0693 0.0256
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 30579.3764 0.0924 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30579.4015 0.1175 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 30579.4200 0.1360 0.0186
+ S. 3: 16963points
+ refine surface 30579.4202 0.1362 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30579.4454 0.1614 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30579.4703
+ -----------------------------------------------------------------------
+ Create octree solve 30579.4706 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30579.4866 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30579.5080 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30579.5088 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30579.5231 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30579.6464 0.1761 0.1234
+ Imbed surface in osolve 30579.8350 0.3647 0.1886
+ embedding surface 1 30579.8352 0.3649 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30581.8055 2.3352 1.9703
+ osolve%nleaves= 59424
+ embedding surface 3 30583.9305 4.4602 2.1250
+ osolve%nleaves= 64128
+ Assessing octree stability 30587.4571 7.9868 3.5265
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30587.4622 7.9919 0.0051
+ Interpolate velo onto osolve 30587.9150 8.4447 0.4528
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30587.9771 8.5068 0.0621
+ Find void 30588.2464 8.7761 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 30588.2752 8.8048 0.0288
+ wsmp setup1 30588.2832 8.8129 0.0081
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30589.2989 9.8286 1.0156
+ -----------------------------------
+ start of non-linear iteratio 1 30589.3484
+ -----------------------------------
+ build system 30589.3485 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30597.3514 8.0030 8.0029
+ =================================
+ wsmp: initialisation time: 0.0578709 s
+ wsmp: ordering time: 4.1403959 s
+ wsmp: symbolic fact. time: 0.7177551 s
+ wsmp: Cholesky fact. time: 11.3908660 s
+ wsmp: Factorisation 14465.2463895 Mflops
+ wsmp: back substitution time: 0.1214368 s
+ wsmp: from b to rhs vector: 0.0072191 s
+ ---------------------------------
+ wsmp: total solve time: 16.4359550 s
+ =================================
+ u : -0.10633E+01 0.18446E+00
+ v : -0.95403E-01 0.11068E+00
+ w : -0.76144E+00 0.24627E+00
+ =================================
+ Calculate pressures 30613.8024 24.4540 16.4510
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 30614.0275 24.6791 0.2251
+ do leaf measurements 30614.0286 24.6802 0.0011
+ compute convergence criterion 30614.0708 24.7224 0.0422
+ velocity_diff_norm = 0.5903456 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30614.0756
+ -----------------------------------
+ build system 30614.0800 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81916E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30622.0182 7.9426 7.9382
+ =================================
+ wsmp: initialisation time: 0.0512400 s
+ wsmp: ordering time: 4.1688480 s
+ wsmp: symbolic fact. time: 0.7158070 s
+ wsmp: Cholesky fact. time: 11.4702189 s
+ wsmp: Factorisation 14365.1734423 Mflops
+ wsmp: back substitution time: 0.1211622 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.5347939 s
+ =================================
+ u : -0.10152E+01 0.13707E+00
+ v : -0.48826E-01 0.10245E+00
+ w : -0.76704E+00 0.22521E+00
+ =================================
+ Calculate pressures 30638.5689 24.4934 16.5507
+ raw pressures : -0.12361E+01 0.18057E+00
+ Smoothing pressures 30638.7934 24.7178 0.2245
+ do leaf measurements 30638.7945 24.7189 0.0011
+ compute convergence criterion 30638.8367 24.7612 0.0422
+ velocity_diff_norm = 0.0720528 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30638.8416
+ -----------------------------------
+ build system 30638.8460 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30646.8509 8.0093 8.0049
+ =================================
+ wsmp: initialisation time: 0.0535479 s
+ wsmp: ordering time: 4.1446500 s
+ wsmp: symbolic fact. time: 0.7156670 s
+ wsmp: Cholesky fact. time: 11.3836401 s
+ wsmp: Factorisation 14474.4284902 Mflops
+ wsmp: back substitution time: 0.1211340 s
+ wsmp: from b to rhs vector: 0.0071599 s
+ ---------------------------------
+ wsmp: total solve time: 16.4261959 s
+ =================================
+ u : -0.10167E+01 0.15523E+00
+ v : -0.37656E-01 0.11880E+00
+ w : -0.74651E+00 0.23141E+00
+ =================================
+ Calculate pressures 30663.2923 24.4507 16.4414
+ raw pressures : -0.13720E+01 0.31247E+00
+ Smoothing pressures 30663.5174 24.6758 0.2251
+ do leaf measurements 30663.5185 24.6769 0.0011
+ compute convergence criterion 30663.5611 24.7195 0.0426
+ velocity_diff_norm = 0.0362776 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30663.5660
+ -----------------------------------
+ build system 30663.5705 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30671.5626 7.9967 7.9921
+ =================================
+ wsmp: initialisation time: 0.0524039 s
+ wsmp: ordering time: 4.1480861 s
+ wsmp: symbolic fact. time: 0.7152300 s
+ wsmp: Cholesky fact. time: 11.4081571 s
+ wsmp: Factorisation 14443.3217638 Mflops
+ wsmp: back substitution time: 0.1211700 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4526780 s
+ =================================
+ u : -0.10165E+01 0.17612E+00
+ v : -0.37786E-01 0.12348E+00
+ w : -0.73718E+00 0.22898E+00
+ =================================
+ Calculate pressures 30688.0304 24.4644 16.4678
+ raw pressures : -0.14711E+01 0.35705E+00
+ Smoothing pressures 30688.2558 24.6898 0.2254
+ do leaf measurements 30688.2569 24.6909 0.0011
+ compute convergence criterion 30688.2991 24.7331 0.0422
+ velocity_diff_norm = 0.0158943 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30688.3039
+ -----------------------------------
+ build system 30688.3083 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30696.2472 7.9433 7.9389
+ =================================
+ wsmp: initialisation time: 0.0517619 s
+ wsmp: ordering time: 4.1619780 s
+ wsmp: symbolic fact. time: 0.7232120 s
+ wsmp: Cholesky fact. time: 11.4076209 s
+ wsmp: Factorisation 14444.0006572 Mflops
+ wsmp: back substitution time: 0.1219959 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.4741039 s
+ =================================
+ u : -0.10163E+01 0.19394E+00
+ v : -0.40657E-01 0.12591E+00
+ w : -0.73244E+00 0.22814E+00
+ =================================
+ Calculate pressures 30712.7367 24.4329 16.4895
+ raw pressures : -0.15149E+01 0.36518E+00
+ Smoothing pressures 30712.9639 24.6600 0.2272
+ do leaf measurements 30712.9650 24.6611 0.0011
+ compute convergence criterion 30713.0072 24.7033 0.0422
+ velocity_diff_norm = 0.0107668 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30713.0121
+ -----------------------------------
+ build system 30713.0166 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30720.9958 7.9837 7.9792
+ =================================
+ wsmp: initialisation time: 0.0505590 s
+ wsmp: ordering time: 4.1408889 s
+ wsmp: symbolic fact. time: 0.7173860 s
+ wsmp: Cholesky fact. time: 11.3865011 s
+ wsmp: Factorisation 14470.7915809 Mflops
+ wsmp: back substitution time: 0.1210120 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.4239681 s
+ =================================
+ u : -0.10160E+01 0.20957E+00
+ v : -0.43054E-01 0.12594E+00
+ w : -0.72787E+00 0.22765E+00
+ =================================
+ Calculate pressures 30737.4354 24.4233 16.4396
+ raw pressures : -0.15367E+01 0.36246E+00
+ Smoothing pressures 30737.6608 24.6487 0.2254
+ do leaf measurements 30737.6619 24.6498 0.0011
+ compute convergence criterion 30737.7045 24.6924 0.0426
+ velocity_diff_norm = 0.0080794 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30737.7075 24.6953 0.0030
+Compute isostasy and adjust vertical 30737.7076 24.6955 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -162311576298359.69 269523656645367.94
+ def in m -8.0044078826904297 0.66799551248550415
+ dimensionless def -1.90855860710144036E-6 2.28697368076869428E-5
+ Isostatic velocity range = -0.0188337 0.2283200
+ Compute divergence 30737.9237 24.9116 0.2161
+ wsmp_cleanup 30737.9602 24.9481 0.0365
+ Reset surface geometry 30737.9651 24.9530 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 30737.9734 24.9613 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30737.9907 24.9786 0.0173
+ Advect surface 1 30737.9909 24.9788 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30738.1804 25.1683 0.1895
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30738.3766 25.3645 0.1962
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30738.6290 25.6169 0.2524
+ Advect the cloud 30738.7849 25.7728 0.1559
+ Write output 30739.6258 26.6137 0.8409
+ End of time step 30740.5052 27.4931 0.8795
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 190 30740.5054
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30740.5055 0.0001 0.0001
+ surface 01 30740.5055 0.0001 0.0000
+ S. 1: 16967points
+ refine surface 30740.5055 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30740.5309 0.0255 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16967points
+ surface 02 30740.5490 0.0437 0.0181
+ S. 2: 16965points
+ refine surface 30740.5492 0.0438 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30740.5741 0.0687 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 30740.5925 0.0871 0.0184
+ S. 3: 16963points
+ refine surface 30740.5927 0.0873 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30740.6179 0.1125 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30740.6430
+ -----------------------------------------------------------------------
+ Create octree solve 30740.6433 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30740.6593 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30740.6808 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30740.6816 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30740.6959 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30740.8194 0.1764 0.1236
+ Imbed surface in osolve 30741.0101 0.3671 0.1907
+ embedding surface 1 30741.0103 0.3673 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30742.9933 2.3502 1.9829
+ osolve%nleaves= 59424
+ embedding surface 3 30745.0983 4.4553 2.1051
+ osolve%nleaves= 64128
+ Assessing octree stability 30748.6370 7.9940 3.5387
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30748.6422 7.9992 0.0052
+ Interpolate velo onto osolve 30749.0881 8.4450 0.4459
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30749.1651 8.5221 0.0770
+ Find void 30749.4314 8.7884 0.2663
+ whole leaf in fluid 32992
+ Define boundary conditions 30749.4600 8.8170 0.0286
+ wsmp setup1 30749.4676 8.8246 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30750.4740 9.8310 1.0064
+ -----------------------------------
+ start of non-linear iteratio 1 30750.5221
+ -----------------------------------
+ build system 30750.5222 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30758.5130 7.9909 7.9908
+ =================================
+ wsmp: initialisation time: 0.0576479 s
+ wsmp: ordering time: 4.1406381 s
+ wsmp: symbolic fact. time: 0.7142241 s
+ wsmp: Cholesky fact. time: 11.3873401 s
+ wsmp: Factorisation 14469.7254038 Mflops
+ wsmp: back substitution time: 0.1207640 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.4280851 s
+ =================================
+ u : -0.10255E+01 0.18332E+00
+ v : -0.95584E-01 0.11068E+00
+ w : -0.76135E+00 0.24695E+00
+ =================================
+ Calculate pressures 30774.9566 24.4346 16.4436
+ raw pressures : -0.35101E+00 0.00000E+00
+ Smoothing pressures 30775.1811 24.6590 0.2245
+ do leaf measurements 30775.1822 24.6601 0.0011
+ compute convergence criterion 30775.2244 24.7023 0.0422
+ velocity_diff_norm = 0.5890999 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30775.2294
+ -----------------------------------
+ build system 30775.2340 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81458E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30783.1734 7.9440 7.9393
+ =================================
+ wsmp: initialisation time: 0.0507102 s
+ wsmp: ordering time: 4.1572301 s
+ wsmp: symbolic fact. time: 0.7161891 s
+ wsmp: Cholesky fact. time: 11.4672761 s
+ wsmp: Factorisation 14368.8599185 Mflops
+ wsmp: back substitution time: 0.1212559 s
+ wsmp: from b to rhs vector: 0.0071042 s
+ ---------------------------------
+ wsmp: total solve time: 16.5201290 s
+ =================================
+ u : -0.10153E+01 0.13629E+00
+ v : -0.48705E-01 0.10223E+00
+ w : -0.76691E+00 0.22564E+00
+ =================================
+ Calculate pressures 30799.7093 24.4799 16.5359
+ raw pressures : -0.12355E+01 0.17915E+00
+ Smoothing pressures 30799.9341 24.7047 0.2248
+ do leaf measurements 30799.9351 24.7057 0.0011
+ compute convergence criterion 30799.9774 24.7480 0.0423
+ velocity_diff_norm = 0.0712264 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30799.9825
+ -----------------------------------
+ build system 30799.9872 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30807.9796 7.9971 7.9924
+ =================================
+ wsmp: initialisation time: 0.0522990 s
+ wsmp: ordering time: 4.1431658 s
+ wsmp: symbolic fact. time: 0.7148230 s
+ wsmp: Cholesky fact. time: 11.3781750 s
+ wsmp: Factorisation 14481.3806768 Mflops
+ wsmp: back substitution time: 0.1207938 s
+ wsmp: from b to rhs vector: 0.0071561 s
+ ---------------------------------
+ wsmp: total solve time: 16.4167860 s
+ =================================
+ u : -0.10168E+01 0.15475E+00
+ v : -0.37388E-01 0.11855E+00
+ w : -0.74600E+00 0.23146E+00
+ =================================
+ Calculate pressures 30824.4130 24.4304 16.4334
+ raw pressures : -0.13708E+01 0.31108E+00
+ Smoothing pressures 30824.6371 24.6546 0.2241
+ do leaf measurements 30824.6382 24.6557 0.0011
+ compute convergence criterion 30824.6809 24.6984 0.0427
+ velocity_diff_norm = 0.0362041 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30824.6861
+ -----------------------------------
+ build system 30824.6908 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30832.6932 8.0071 8.0023
+ =================================
+ wsmp: initialisation time: 0.0525980 s
+ wsmp: ordering time: 4.1508920 s
+ wsmp: symbolic fact. time: 0.7143919 s
+ wsmp: Cholesky fact. time: 11.3865960 s
+ wsmp: Factorisation 14470.6709880 Mflops
+ wsmp: back substitution time: 0.1211841 s
+ wsmp: from b to rhs vector: 0.0070472 s
+ ---------------------------------
+ wsmp: total solve time: 16.4330969 s
+ =================================
+ u : -0.10166E+01 0.17585E+00
+ v : -0.37808E-01 0.12319E+00
+ w : -0.73673E+00 0.22901E+00
+ =================================
+ Calculate pressures 30849.1420 24.4559 16.4488
+ raw pressures : -0.14702E+01 0.35582E+00
+ Smoothing pressures 30849.3672 24.6811 0.2252
+ do leaf measurements 30849.3683 24.6822 0.0011
+ compute convergence criterion 30849.4105 24.7244 0.0422
+ velocity_diff_norm = 0.0158403 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 30849.4155
+ -----------------------------------
+ build system 30849.4201 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30857.3586 7.9431 7.9385
+ =================================
+ wsmp: initialisation time: 0.0512822 s
+ wsmp: ordering time: 4.1600609 s
+ wsmp: symbolic fact. time: 0.7218170 s
+ wsmp: Cholesky fact. time: 11.4214261 s
+ wsmp: Factorisation 14426.5421009 Mflops
+ wsmp: back substitution time: 0.1215270 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.4836638 s
+ =================================
+ u : -0.10163E+01 0.19371E+00
+ v : -0.40678E-01 0.12568E+00
+ w : -0.73213E+00 0.22807E+00
+ =================================
+ Calculate pressures 30873.8574 24.4419 16.4988
+ raw pressures : -0.15138E+01 0.36376E+00
+ Smoothing pressures 30874.0847 24.6692 0.2273
+ do leaf measurements 30874.0858 24.6703 0.0011
+ compute convergence criterion 30874.1314 24.7160 0.0457
+ velocity_diff_norm = 0.0107379 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 30874.1366
+ -----------------------------------
+ build system 30874.1412 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30882.1328 7.9963 7.9916
+ =================================
+ wsmp: initialisation time: 0.0543399 s
+ wsmp: ordering time: 4.1356082 s
+ wsmp: symbolic fact. time: 0.7164669 s
+ wsmp: Cholesky fact. time: 11.3807049 s
+ wsmp: Factorisation 14478.1615564 Mflops
+ wsmp: back substitution time: 0.1211059 s
+ wsmp: from b to rhs vector: 0.0071568 s
+ ---------------------------------
+ wsmp: total solve time: 16.4157650 s
+ =================================
+ u : -0.10160E+01 0.20939E+00
+ v : -0.43082E-01 0.12570E+00
+ w : -0.72762E+00 0.22759E+00
+ =================================
+ Calculate pressures 30898.5639 24.4273 16.4311
+ raw pressures : -0.15355E+01 0.36103E+00
+ Smoothing pressures 30898.7889 24.6524 0.2250
+ do leaf measurements 30898.7901 24.6535 0.0011
+ compute convergence criterion 30898.8326 24.6960 0.0425
+ velocity_diff_norm = 0.0080892 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 30898.8358 24.6992 0.0032
+Compute isostasy and adjust vertical 30898.8360 24.6994 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -162831330385813.88 270795880961596.78
+ def in m -8.006068229675293 0.66957861185073853
+ dimensionless def -1.91308174814496738E-6 2.28744806562151246E-5
+ Isostatic velocity range = -0.0188719 0.2283674
+ Compute divergence 30899.0511 24.9146 0.2152
+ wsmp_cleanup 30899.0877 24.9512 0.0366
+ Reset surface geometry 30899.0928 24.9562 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 30899.1008 24.9642 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 30899.1186 24.9821 0.0178
+ Advect surface 1 30899.1188 24.9822 0.0001
+ removing 1 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 30899.3186 25.1820 0.1998
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 30899.5149 25.3783 0.1963
+ removing 1 particle from surface
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 30899.7797 25.6431 0.2648
+ Advect the cloud 30899.9367 25.8002 0.1570
+ Write output 30900.7783 26.6417 0.8415
+ End of time step 30901.6576 27.5210 0.8793
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 191 30901.6577
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 30901.6578 0.0001 0.0001
+ surface 01 30901.6578 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 30901.6579 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 30901.6831 0.0254 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16966points
+ surface 02 30901.7012 0.0435 0.0181
+ S. 2: 16965points
+ refine surface 30901.7013 0.0436 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 30901.7263 0.0686 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 30901.7444 0.0867 0.0181
+ S. 3: 16962points
+ refine surface 30901.7446 0.0868 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 30901.7709 0.1132 0.0264
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 30901.7937 0.1360 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 30901.8189 0.1611 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16963points
+ -----------------------------------------------------------------------
+ Start of iteration 1 30901.8440
+ -----------------------------------------------------------------------
+ Create octree solve 30901.8442 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 30901.8603 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 30901.8816 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 30901.8823 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 30901.8966 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 30902.0200 0.1760 0.1234
+ Imbed surface in osolve 30902.2092 0.3652 0.1892
+ embedding surface 1 30902.2093 0.3653 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 30904.1873 2.3433 1.9780
+ osolve%nleaves= 59424
+ embedding surface 3 30906.2838 4.4399 2.0965
+ osolve%nleaves= 64128
+ Assessing octree stability 30909.8255 7.9815 3.5417
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 30909.8303 7.9863 0.0048
+ Interpolate velo onto osolve 30910.3024 8.4584 0.4721
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 30910.3675 8.5235 0.0651
+ Find void 30910.6400 8.7960 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 30910.6695 8.8255 0.0295
+ wsmp setup1 30910.6772 8.8332 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 30911.6891 9.8451 1.0119
+ -----------------------------------
+ start of non-linear iteratio 1 30911.7385
+ -----------------------------------
+ build system 30911.7388 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30919.7183 7.9798 7.9795
+ =================================
+ wsmp: initialisation time: 0.0555332 s
+ wsmp: ordering time: 4.1502581 s
+ wsmp: symbolic fact. time: 0.7145660 s
+ wsmp: Cholesky fact. time: 11.3958838 s
+ wsmp: Factorisation 14458.8771513 Mflops
+ wsmp: back substitution time: 0.1209941 s
+ wsmp: from b to rhs vector: 0.0073259 s
+ ---------------------------------
+ wsmp: total solve time: 16.4449320 s
+ =================================
+ u : -0.10350E+01 0.18385E+00
+ v : -0.95942E-01 0.11148E+00
+ w : -0.76129E+00 0.24762E+00
+ =================================
+ Calculate pressures 30936.1790 24.4404 16.4607
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 30936.4030 24.6645 0.2241
+ do leaf measurements 30936.4041 24.6656 0.0011
+ compute convergence criterion 30936.4467 24.7081 0.0425
+ velocity_diff_norm = 0.5896034 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 30936.4516
+ -----------------------------------
+ build system 30936.4564 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81133E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30944.3947 7.9431 7.9383
+ =================================
+ wsmp: initialisation time: 0.0525582 s
+ wsmp: ordering time: 4.1473210 s
+ wsmp: symbolic fact. time: 0.7170460 s
+ wsmp: Cholesky fact. time: 11.4716151 s
+ wsmp: Factorisation 14363.4250960 Mflops
+ wsmp: back substitution time: 0.1213951 s
+ wsmp: from b to rhs vector: 0.0071311 s
+ ---------------------------------
+ wsmp: total solve time: 16.5174320 s
+ =================================
+ u : -0.10154E+01 0.13660E+00
+ v : -0.48742E-01 0.10197E+00
+ w : -0.76689E+00 0.22603E+00
+ =================================
+ Calculate pressures 30960.9276 24.4760 16.5329
+ raw pressures : -0.12361E+01 0.17968E+00
+ Smoothing pressures 30961.1527 24.7011 0.2251
+ do leaf measurements 30961.1538 24.7022 0.0011
+ compute convergence criterion 30961.1961 24.7445 0.0423
+ velocity_diff_norm = 0.0717346 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 30961.2009
+ -----------------------------------
+ build system 30961.2054 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30969.1939 7.9929 7.9885
+ =================================
+ wsmp: initialisation time: 0.0512109 s
+ wsmp: ordering time: 4.1412370 s
+ wsmp: symbolic fact. time: 0.7162030 s
+ wsmp: Cholesky fact. time: 11.3834121 s
+ wsmp: Factorisation 14474.7183093 Mflops
+ wsmp: back substitution time: 0.1210670 s
+ wsmp: from b to rhs vector: 0.0070620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4205549 s
+ =================================
+ u : -0.10169E+01 0.15493E+00
+ v : -0.37210E-01 0.11835E+00
+ w : -0.74608E+00 0.23172E+00
+ =================================
+ Calculate pressures 30985.6299 24.4289 16.4360
+ raw pressures : -0.13713E+01 0.31166E+00
+ Smoothing pressures 30985.8551 24.6542 0.2252
+ do leaf measurements 30985.8562 24.6552 0.0011
+ compute convergence criterion 30985.8984 24.6975 0.0422
+ velocity_diff_norm = 0.0361859 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 30985.9033
+ -----------------------------------
+ build system 30985.9077 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 30993.9206 8.0173 8.0128
+ =================================
+ wsmp: initialisation time: 0.0544410 s
+ wsmp: ordering time: 4.1466970 s
+ wsmp: symbolic fact. time: 0.7160339 s
+ wsmp: Cholesky fact. time: 11.3962328 s
+ wsmp: Factorisation 14458.4343036 Mflops
+ wsmp: back substitution time: 0.1212649 s
+ wsmp: from b to rhs vector: 0.0072222 s
+ ---------------------------------
+ wsmp: total solve time: 16.4422510 s
+ =================================
+ u : -0.10166E+01 0.17598E+00
+ v : -0.37817E-01 0.12314E+00
+ w : -0.73676E+00 0.22921E+00
+ =================================
+ Calculate pressures 31010.3779 24.4746 16.4573
+ raw pressures : -0.14702E+01 0.35637E+00
+ Smoothing pressures 31010.6035 24.7003 0.2256
+ do leaf measurements 31010.6046 24.7013 0.0011
+ compute convergence criterion 31010.6469 24.7436 0.0423
+ velocity_diff_norm = 0.0158377 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31010.6517
+ -----------------------------------
+ build system 31010.6562 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31018.5925 7.9407 7.9363
+ =================================
+ wsmp: initialisation time: 0.0533841 s
+ wsmp: ordering time: 4.1677508 s
+ wsmp: symbolic fact. time: 0.7213340 s
+ wsmp: Cholesky fact. time: 11.4336691 s
+ wsmp: Factorisation 14411.0943367 Mflops
+ wsmp: back substitution time: 0.1217649 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.5055110 s
+ =================================
+ u : -0.10163E+01 0.19382E+00
+ v : -0.40688E-01 0.12561E+00
+ w : -0.73213E+00 0.22820E+00
+ =================================
+ Calculate pressures 31035.1142 24.4625 16.5217
+ raw pressures : -0.15138E+01 0.36428E+00
+ Smoothing pressures 31035.3397 24.6880 0.2255
+ do leaf measurements 31035.3408 24.6891 0.0011
+ compute convergence criterion 31035.3830 24.7312 0.0422
+ velocity_diff_norm = 0.0107512 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31035.3878
+ -----------------------------------
+ build system 31035.3922 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31043.3996 8.0118 8.0073
+ =================================
+ wsmp: initialisation time: 0.0510700 s
+ wsmp: ordering time: 4.1423080 s
+ wsmp: symbolic fact. time: 0.7141671 s
+ wsmp: Cholesky fact. time: 11.3766749 s
+ wsmp: Factorisation 14483.2901934 Mflops
+ wsmp: back substitution time: 0.1212370 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.4129679 s
+ =================================
+ u : -0.10161E+01 0.20947E+00
+ v : -0.43092E-01 0.12571E+00
+ w : -0.72762E+00 0.22761E+00
+ =================================
+ Calculate pressures 31059.8282 24.4403 16.4286
+ raw pressures : -0.15354E+01 0.36146E+00
+ Smoothing pressures 31060.0526 24.6648 0.2244
+ do leaf measurements 31060.0537 24.6658 0.0011
+ compute convergence criterion 31060.0963 24.7085 0.0426
+ velocity_diff_norm = 0.0080826 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31060.0993 24.7114 0.0030
+Compute isostasy and adjust vertical 31060.0994 24.7116 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -163347156260495.72 272066074091214.97
+ def in m -8.0047073364257812 0.66952657699584961
+ dimensionless def -1.91293307713099911E-6 2.28705923897879459E-5
+ Isostatic velocity range = -0.0188624 0.2283320
+ Compute divergence 31060.3040 24.9162 0.2046
+ wsmp_cleanup 31060.3404 24.9526 0.0364
+ Reset surface geometry 31060.3454 24.9575 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 31060.3536 24.9657 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31060.3709 24.9831 0.0173
+ Advect surface 1 31060.3711 24.9832 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31060.5637 25.1758 0.1926
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31060.7604 25.3726 0.1967
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31061.0161 25.6282 0.2557
+ Advect the cloud 31061.1716 25.7838 0.1556
+ Write output 31062.0122 26.6244 0.8406
+ End of time step 31062.8928 27.5050 0.8806
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 192 31062.8930
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31062.8930 0.0001 0.0001
+ surface 01 31062.8931 0.0001 0.0000
+ S. 1: 16966points
+ refine surface 31062.8931 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 31062.9205 0.0275 0.0273
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 31062.9470 0.0540 0.0265
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31062.9720 0.0790 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16968points
+ surface 02 31062.9901 0.0972 0.0182
+ S. 2: 16965points
+ refine surface 31062.9903 0.0973 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31063.0154 0.1224 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 31063.0336 0.1407 0.0182
+ S. 3: 16963points
+ refine surface 31063.0338 0.1408 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 31063.0618 0.1688 0.0280
+ S. 3: 5 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 31063.0880 0.1951 0.0262
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31063.1138 0.2208 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16966points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31063.1374
+ -----------------------------------------------------------------------
+ Create octree solve 31063.1376 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31063.1537 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 31063.1760 0.0386 0.0223
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31063.1767 0.0393 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31063.1910 0.0536 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 31063.3144 0.1770 0.1233
+ Imbed surface in osolve 31063.5034 0.3660 0.1890
+ embedding surface 1 31063.5036 0.3662 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31065.4795 2.3422 1.9760
+ osolve%nleaves= 59424
+ embedding surface 3 31067.5525 4.4151 2.0730
+ osolve%nleaves= 64128
+ Assessing octree stability 31071.1117 7.9743 3.5592
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31071.1164 7.9790 0.0047
+ Interpolate velo onto osolve 31071.5812 8.4438 0.4648
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31071.6717 8.5343 0.0904
+ Find void 31071.9423 8.8049 0.2707
+ whole leaf in fluid 32992
+ Define boundary conditions 31071.9712 8.8338 0.0289
+ wsmp setup1 31071.9790 8.8416 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31072.9943 9.8569 1.0153
+ -----------------------------------
+ start of non-linear iteratio 1 31073.0435
+ -----------------------------------
+ build system 31073.0437 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31081.0017 7.9582 7.9580
+ =================================
+ wsmp: initialisation time: 0.0545721 s
+ wsmp: ordering time: 4.1480179 s
+ wsmp: symbolic fact. time: 0.7166710 s
+ wsmp: Cholesky fact. time: 11.3844500 s
+ wsmp: Factorisation 14473.3987563 Mflops
+ wsmp: back substitution time: 0.1213629 s
+ wsmp: from b to rhs vector: 0.0073822 s
+ ---------------------------------
+ wsmp: total solve time: 16.4328539 s
+ =================================
+ u : -0.10475E+01 0.18351E+00
+ v : -0.95687E-01 0.11090E+00
+ w : -0.76104E+00 0.24814E+00
+ =================================
+ Calculate pressures 31097.4500 24.4065 16.4482
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 31097.6753 24.6318 0.2253
+ do leaf measurements 31097.6764 24.6329 0.0011
+ compute convergence criterion 31097.7193 24.6758 0.0429
+ velocity_diff_norm = 0.5897167 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31097.7245
+ -----------------------------------
+ build system 31097.7292 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81068E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31105.6695 7.9450 7.9403
+ =================================
+ wsmp: initialisation time: 0.0542870 s
+ wsmp: ordering time: 4.1433141 s
+ wsmp: symbolic fact. time: 0.7176771 s
+ wsmp: Cholesky fact. time: 11.4573319 s
+ wsmp: Factorisation 14381.3311313 Mflops
+ wsmp: back substitution time: 0.1212900 s
+ wsmp: from b to rhs vector: 0.0073230 s
+ ---------------------------------
+ wsmp: total solve time: 16.5016131 s
+ =================================
+ u : -0.10152E+01 0.13630E+00
+ v : -0.48483E-01 0.10210E+00
+ w : -0.76676E+00 0.22642E+00
+ =================================
+ Calculate pressures 31122.1863 24.4618 16.5168
+ raw pressures : -0.12353E+01 0.17889E+00
+ Smoothing pressures 31122.4115 24.6869 0.2251
+ do leaf measurements 31122.4125 24.6880 0.0011
+ compute convergence criterion 31122.4550 24.7305 0.0424
+ velocity_diff_norm = 0.0716890 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31122.4601
+ -----------------------------------
+ build system 31122.4647 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31130.4333 7.9732 7.9685
+ =================================
+ wsmp: initialisation time: 0.0537510 s
+ wsmp: ordering time: 4.1375542 s
+ wsmp: symbolic fact. time: 0.7155151 s
+ wsmp: Cholesky fact. time: 11.3778901 s
+ wsmp: Factorisation 14481.7433005 Mflops
+ wsmp: back substitution time: 0.1219938 s
+ wsmp: from b to rhs vector: 0.0074110 s
+ ---------------------------------
+ wsmp: total solve time: 16.4145131 s
+ =================================
+ u : -0.10168E+01 0.15470E+00
+ v : -0.37366E-01 0.11835E+00
+ w : -0.74591E+00 0.23192E+00
+ =================================
+ Calculate pressures 31146.8632 24.4032 16.4299
+ raw pressures : -0.13705E+01 0.31104E+00
+ Smoothing pressures 31147.0900 24.6299 0.2268
+ do leaf measurements 31147.0911 24.6311 0.0011
+ compute convergence criterion 31147.1335 24.6734 0.0424
+ velocity_diff_norm = 0.0361547 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31147.1385
+ -----------------------------------
+ build system 31147.1432 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31155.1655 8.0270 8.0223
+ =================================
+ wsmp: initialisation time: 0.0538442 s
+ wsmp: ordering time: 4.1565590 s
+ wsmp: symbolic fact. time: 0.7175300 s
+ wsmp: Cholesky fact. time: 11.3780339 s
+ wsmp: Factorisation 14481.5603174 Mflops
+ wsmp: back substitution time: 0.1215792 s
+ wsmp: from b to rhs vector: 0.0073781 s
+ ---------------------------------
+ wsmp: total solve time: 16.4353309 s
+ =================================
+ u : -0.10165E+01 0.17576E+00
+ v : -0.37663E-01 0.12309E+00
+ w : -0.73661E+00 0.22933E+00
+ =================================
+ Calculate pressures 31171.6161 24.4775 16.4505
+ raw pressures : -0.14696E+01 0.35590E+00
+ Smoothing pressures 31171.8410 24.7025 0.2250
+ do leaf measurements 31171.8421 24.7036 0.0011
+ compute convergence criterion 31171.8847 24.7462 0.0426
+ velocity_diff_norm = 0.0158710 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31171.8898
+ -----------------------------------
+ build system 31171.8944 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31179.8284 7.9386 7.9340
+ =================================
+ wsmp: initialisation time: 0.0535371 s
+ wsmp: ordering time: 4.1684580 s
+ wsmp: symbolic fact. time: 0.7242858 s
+ wsmp: Cholesky fact. time: 11.4473162 s
+ wsmp: Factorisation 14393.9139473 Mflops
+ wsmp: back substitution time: 0.1218300 s
+ wsmp: from b to rhs vector: 0.0073440 s
+ ---------------------------------
+ wsmp: total solve time: 16.5231760 s
+ =================================
+ u : -0.10163E+01 0.19363E+00
+ v : -0.40612E-01 0.12554E+00
+ w : -0.73200E+00 0.22815E+00
+ =================================
+ Calculate pressures 31196.3674 24.4776 16.5390
+ raw pressures : -0.15132E+01 0.36394E+00
+ Smoothing pressures 31196.5923 24.7026 0.2250
+ do leaf measurements 31196.5934 24.7036 0.0011
+ compute convergence criterion 31196.6358 24.7461 0.0424
+ velocity_diff_norm = 0.0107522 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31196.6409
+ -----------------------------------
+ build system 31196.6455 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31204.6565 8.0156 8.0109
+ =================================
+ wsmp: initialisation time: 0.0527859 s
+ wsmp: ordering time: 4.1381660 s
+ wsmp: symbolic fact. time: 0.7185841 s
+ wsmp: Cholesky fact. time: 11.3743670 s
+ wsmp: Factorisation 14486.2288947 Mflops
+ wsmp: back substitution time: 0.1212208 s
+ wsmp: from b to rhs vector: 0.0072861 s
+ ---------------------------------
+ wsmp: total solve time: 16.4127879 s
+ =================================
+ u : -0.10161E+01 0.20929E+00
+ v : -0.43048E-01 0.12561E+00
+ w : -0.72755E+00 0.22768E+00
+ =================================
+ Calculate pressures 31221.0856 24.4447 16.4291
+ raw pressures : -0.15347E+01 0.36109E+00
+ Smoothing pressures 31221.3095 24.6686 0.2239
+ do leaf measurements 31221.3106 24.6697 0.0011
+ compute convergence criterion 31221.3535 24.7126 0.0429
+ velocity_diff_norm = 0.0080850 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31221.3568 24.7159 0.0033
+Compute isostasy and adjust vertical 31221.3570 24.7161 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -163862805179241.69 273332383790901.28
+ def in m -8.0035266876220703 0.66865980625152588
+ dimensionless def -1.9104565892900742E-6 2.28672191074916274E-5
+ Isostatic velocity range = -0.0188298 0.2283024
+ Compute divergence 31221.5616 24.9207 0.2047
+ wsmp_cleanup 31221.5983 24.9574 0.0366
+ Reset surface geometry 31221.6033 24.9624 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 31221.6113 24.9704 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31221.6289 24.9880 0.0176
+ Advect surface 1 31221.6291 24.9882 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31221.8192 25.1783 0.1902
+ removing 1 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31222.0266 25.3857 0.2074
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31222.2795 25.6386 0.2530
+ Advect the cloud 31222.4349 25.7940 0.1553
+ Write output 31223.2770 26.6361 0.8422
+ End of time step 31224.1580 27.5171 0.8810
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 193 31224.1582
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31224.1583 0.0001 0.0001
+ surface 01 31224.1583 0.0001 0.0000
+ S. 1: 16968points
+ refine surface 31224.1583 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 31224.1849 0.0267 0.0266
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 31224.2074 0.0493 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31224.2325 0.0743 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 31224.2507 0.0925 0.0182
+ S. 2: 16964points
+ refine surface 31224.2508 0.0926 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31224.2749 0.1167 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16964points
+ surface 03 31224.2944 0.1362 0.0194
+ S. 3: 16966points
+ refine surface 31224.2945 0.1363 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 31224.3210 0.1628 0.0265
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 31224.3433 0.1851 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31224.3688 0.2106 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 16967points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31224.3929
+ -----------------------------------------------------------------------
+ Create octree solve 31224.3932 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31224.4092 0.0162 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 31224.4310 0.0381 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31224.4318 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31224.4461 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 31224.5695 0.1766 0.1234
+ Imbed surface in osolve 31224.7577 0.3648 0.1882
+ embedding surface 1 31224.7578 0.3649 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31226.7350 2.3421 1.9772
+ osolve%nleaves= 59424
+ embedding surface 3 31228.8567 4.4638 2.1216
+ osolve%nleaves= 64128
+ Assessing octree stability 31232.4149 8.0220 3.5582
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31232.4201 8.0271 0.0052
+ Interpolate velo onto osolve 31232.8865 8.4935 0.4664
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31232.9746 8.5817 0.0882
+ Find void 31233.2422 8.8493 0.2676
+ whole leaf in fluid 32992
+ Define boundary conditions 31233.2709 8.8780 0.0287
+ wsmp setup1 31233.2789 8.8859 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31234.2967 9.9038 1.0179
+ -----------------------------------
+ start of non-linear iteratio 1 31234.3463
+ -----------------------------------
+ build system 31234.3464 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31242.3109 7.9646 7.9645
+ =================================
+ wsmp: initialisation time: 0.0557230 s
+ wsmp: ordering time: 4.1419501 s
+ wsmp: symbolic fact. time: 0.7155511 s
+ wsmp: Cholesky fact. time: 11.3780890 s
+ wsmp: Factorisation 14481.4902206 Mflops
+ wsmp: back substitution time: 0.1211739 s
+ wsmp: from b to rhs vector: 0.0073102 s
+ ---------------------------------
+ wsmp: total solve time: 16.4201820 s
+ =================================
+ u : -0.10136E+01 0.18349E+00
+ v : -0.95939E-01 0.11133E+00
+ w : -0.76114E+00 0.24796E+00
+ =================================
+ Calculate pressures 31258.7463 24.4000 16.4354
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 31258.9708 24.6245 0.2244
+ do leaf measurements 31258.9718 24.6255 0.0010
+ compute convergence criterion 31259.0150 24.6687 0.0432
+ velocity_diff_norm = 0.5891017 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31259.0201
+ -----------------------------------
+ build system 31259.0249 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80784E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31266.9689 7.9487 7.9440
+ =================================
+ wsmp: initialisation time: 0.0509331 s
+ wsmp: ordering time: 4.1355500 s
+ wsmp: symbolic fact. time: 0.7151911 s
+ wsmp: Cholesky fact. time: 11.4465430 s
+ wsmp: Factorisation 14394.8862279 Mflops
+ wsmp: back substitution time: 0.1211350 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4769740 s
+ =================================
+ u : -0.10154E+01 0.13629E+00
+ v : -0.48814E-01 0.10203E+00
+ w : -0.76683E+00 0.22625E+00
+ =================================
+ Calculate pressures 31283.4611 24.4409 16.4922
+ raw pressures : -0.12356E+01 0.17896E+00
+ Smoothing pressures 31283.6862 24.6660 0.2251
+ do leaf measurements 31283.6873 24.6671 0.0011
+ compute convergence criterion 31283.7296 24.7095 0.0424
+ velocity_diff_norm = 0.0712381 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31283.7347
+ -----------------------------------
+ build system 31283.7394 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31291.6926 7.9579 7.9532
+ =================================
+ wsmp: initialisation time: 0.0502000 s
+ wsmp: ordering time: 4.1460688 s
+ wsmp: symbolic fact. time: 0.7189260 s
+ wsmp: Cholesky fact. time: 11.3801501 s
+ wsmp: Factorisation 14478.8673893 Mflops
+ wsmp: back substitution time: 0.1221979 s
+ wsmp: from b to rhs vector: 0.0072248 s
+ ---------------------------------
+ wsmp: total solve time: 16.4251280 s
+ =================================
+ u : -0.10169E+01 0.15468E+00
+ v : -0.37279E-01 0.11841E+00
+ w : -0.74595E+00 0.23178E+00
+ =================================
+ Calculate pressures 31308.1333 24.3986 16.4407
+ raw pressures : -0.13706E+01 0.31123E+00
+ Smoothing pressures 31308.3605 24.6258 0.2272
+ do leaf measurements 31308.3615 24.6268 0.0010
+ compute convergence criterion 31308.4039 24.6692 0.0424
+ velocity_diff_norm = 0.0361799 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31308.4090
+ -----------------------------------
+ build system 31308.4137 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31316.4337 8.0248 8.0200
+ =================================
+ wsmp: initialisation time: 0.0541191 s
+ wsmp: ordering time: 4.1591609 s
+ wsmp: symbolic fact. time: 0.7157309 s
+ wsmp: Cholesky fact. time: 11.3909721 s
+ wsmp: Factorisation 14465.1116592 Mflops
+ wsmp: back substitution time: 0.1209700 s
+ wsmp: from b to rhs vector: 0.0072649 s
+ ---------------------------------
+ wsmp: total solve time: 16.4485750 s
+ =================================
+ u : -0.10167E+01 0.17576E+00
+ v : -0.37879E-01 0.12309E+00
+ w : -0.73667E+00 0.22924E+00
+ =================================
+ Calculate pressures 31332.8971 24.4881 16.4634
+ raw pressures : -0.14695E+01 0.35582E+00
+ Smoothing pressures 31333.1220 24.7130 0.2249
+ do leaf measurements 31333.1231 24.7141 0.0011
+ compute convergence criterion 31333.1654 24.7564 0.0424
+ velocity_diff_norm = 0.0158249 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31333.1705
+ -----------------------------------
+ build system 31333.1752 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31341.1130 7.9425 7.9379
+ =================================
+ wsmp: initialisation time: 0.0534129 s
+ wsmp: ordering time: 4.1687939 s
+ wsmp: symbolic fact. time: 0.7200110 s
+ wsmp: Cholesky fact. time: 11.4660029 s
+ wsmp: Factorisation 14370.4553994 Mflops
+ wsmp: back substitution time: 0.1211071 s
+ wsmp: from b to rhs vector: 0.0072289 s
+ ---------------------------------
+ wsmp: total solve time: 16.5369070 s
+ =================================
+ u : -0.10164E+01 0.19364E+00
+ v : -0.40746E-01 0.12562E+00
+ w : -0.73207E+00 0.22828E+00
+ =================================
+ Calculate pressures 31357.6648 24.4943 16.5518
+ raw pressures : -0.15132E+01 0.36386E+00
+ Smoothing pressures 31357.8909 24.7204 0.2261
+ do leaf measurements 31357.8920 24.7214 0.0011
+ compute convergence criterion 31357.9344 24.7639 0.0425
+ velocity_diff_norm = 0.0107314 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31357.9395
+ -----------------------------------
+ build system 31357.9442 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31365.9528 8.0133 8.0086
+ =================================
+ wsmp: initialisation time: 0.0508201 s
+ wsmp: ordering time: 4.1358590 s
+ wsmp: symbolic fact. time: 0.7156730 s
+ wsmp: Cholesky fact. time: 11.3828678 s
+ wsmp: Factorisation 14475.4104660 Mflops
+ wsmp: back substitution time: 0.1210740 s
+ wsmp: from b to rhs vector: 0.0072920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4139628 s
+ =================================
+ u : -0.10161E+01 0.20932E+00
+ v : -0.43144E-01 0.12561E+00
+ w : -0.72760E+00 0.22765E+00
+ =================================
+ Calculate pressures 31382.3821 24.4426 16.4293
+ raw pressures : -0.15349E+01 0.36109E+00
+ Smoothing pressures 31382.6075 24.6680 0.2255
+ do leaf measurements 31382.6086 24.6691 0.0011
+ compute convergence criterion 31382.6513 24.7118 0.0427
+ velocity_diff_norm = 0.0080907 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31382.6546 24.7151 0.0033
+Compute isostasy and adjust vertical 31382.6548 24.7153 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -164377214845052.13 274594638656179.
+ def in m -8.0057888031005859 0.6723753809928894
+ dimensionless def -1.92107251712254138E-6 2.28736822945731004E-5
+ Isostatic velocity range = -0.0189292 0.2283732
+ Compute divergence 31382.8557 24.9162 0.2009
+ wsmp_cleanup 31382.8952 24.9557 0.0395
+ Reset surface geometry 31382.8997 24.9602 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 31382.9080 24.9685 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31382.9242 24.9847 0.0162
+ Advect surface 1 31382.9243 24.9848 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31383.1197 25.1802 0.1953
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31383.3136 25.3741 0.1939
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31383.5678 25.6283 0.2542
+ Advect the cloud 31383.7245 25.7850 0.1567
+ Write output 31384.5637 26.6242 0.8392
+ End of time step 31385.4424 27.5029 0.8787
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 194 31385.4426
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31385.4426 0.0001 0.0001
+ surface 01 31385.4427 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 31385.4427 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31385.4681 0.0256 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16969points
+ surface 02 31385.4864 0.0438 0.0182
+ S. 2: 16964points
+ refine surface 31385.4865 0.0440 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31385.5116 0.0691 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16964points
+ surface 03 31385.5300 0.0874 0.0184
+ S. 3: 16967points
+ refine surface 31385.5301 0.0876 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 31385.5563 0.1138 0.0262
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 31385.5789 0.1363 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31385.6041 0.1615 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16968points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31385.6287
+ -----------------------------------------------------------------------
+ Create octree solve 31385.6290 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31385.6448 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 31385.6669 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31385.6676 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31385.6818 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 31385.8039 0.1752 0.1222
+ Imbed surface in osolve 31385.9945 0.3658 0.1906
+ embedding surface 1 31385.9946 0.3659 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31387.9756 2.3469 1.9809
+ osolve%nleaves= 59424
+ embedding surface 3 31390.0847 4.4560 2.1091
+ osolve%nleaves= 64128
+ Assessing octree stability 31393.6602 8.0315 3.5755
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31393.6663 8.0376 0.0061
+ Interpolate velo onto osolve 31394.1615 8.5327 0.4951
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31394.2263 8.5976 0.0648
+ Find void 31394.4969 8.8682 0.2706
+ whole leaf in fluid 32992
+ Define boundary conditions 31394.5260 8.8973 0.0291
+ wsmp setup1 31394.5338 8.9051 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31395.5492 9.9205 1.0154
+ -----------------------------------
+ start of non-linear iteratio 1 31395.5983
+ -----------------------------------
+ build system 31395.5985 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31403.5821 7.9838 7.9836
+ =================================
+ wsmp: initialisation time: 0.0539000 s
+ wsmp: ordering time: 4.1413691 s
+ wsmp: symbolic fact. time: 0.7180040 s
+ wsmp: Cholesky fact. time: 11.3807549 s
+ wsmp: Factorisation 14478.0978619 Mflops
+ wsmp: back substitution time: 0.1214070 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.4231310 s
+ =================================
+ u : -0.10238E+01 0.18364E+00
+ v : -0.95215E-01 0.11111E+00
+ w : -0.76126E+00 0.24769E+00
+ =================================
+ Calculate pressures 31420.0202 24.4219 16.4381
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 31420.2447 24.6464 0.2246
+ do leaf measurements 31420.2458 24.6475 0.0011
+ compute convergence criterion 31420.2887 24.6904 0.0429
+ velocity_diff_norm = 0.5894561 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31420.2938
+ -----------------------------------
+ build system 31420.2985 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81848E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31428.2601 7.9663 7.9615
+ =================================
+ wsmp: initialisation time: 0.0521848 s
+ wsmp: ordering time: 4.1461351 s
+ wsmp: symbolic fact. time: 0.7188380 s
+ wsmp: Cholesky fact. time: 11.4295249 s
+ wsmp: Factorisation 14416.3196054 Mflops
+ wsmp: back substitution time: 0.1210139 s
+ wsmp: from b to rhs vector: 0.0073440 s
+ ---------------------------------
+ wsmp: total solve time: 16.4754229 s
+ =================================
+ u : -0.10154E+01 0.13634E+00
+ v : -0.48799E-01 0.10233E+00
+ w : -0.76691E+00 0.22594E+00
+ =================================
+ Calculate pressures 31444.7509 24.4571 16.4908
+ raw pressures : -0.12356E+01 0.17960E+00
+ Smoothing pressures 31444.9763 24.6825 0.2254
+ do leaf measurements 31444.9773 24.6835 0.0011
+ compute convergence criterion 31445.0197 24.7260 0.0424
+ velocity_diff_norm = 0.0713702 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31445.0248
+ -----------------------------------
+ build system 31445.0294 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31452.9716 7.9467 7.9421
+ =================================
+ wsmp: initialisation time: 0.0528481 s
+ wsmp: ordering time: 4.1441510 s
+ wsmp: symbolic fact. time: 0.7231710 s
+ wsmp: Cholesky fact. time: 11.3799601 s
+ wsmp: Factorisation 14479.1091537 Mflops
+ wsmp: back substitution time: 0.1217909 s
+ wsmp: from b to rhs vector: 0.0075281 s
+ ---------------------------------
+ wsmp: total solve time: 16.4298029 s
+ =================================
+ u : -0.10170E+01 0.15461E+00
+ v : -0.37376E-01 0.11851E+00
+ w : -0.74616E+00 0.23167E+00
+ =================================
+ Calculate pressures 31469.4168 24.3920 16.4452
+ raw pressures : -0.13710E+01 0.31167E+00
+ Smoothing pressures 31469.6440 24.6192 0.2272
+ do leaf measurements 31469.6450 24.6202 0.0011
+ compute convergence criterion 31469.6876 24.6628 0.0425
+ velocity_diff_norm = 0.0362315 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31469.6926
+ -----------------------------------
+ build system 31469.6973 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31477.7033 8.0107 8.0060
+ =================================
+ wsmp: initialisation time: 0.0520439 s
+ wsmp: ordering time: 4.1474981 s
+ wsmp: symbolic fact. time: 0.7170229 s
+ wsmp: Cholesky fact. time: 11.3073530 s
+ wsmp: Factorisation 14572.0827490 Mflops
+ wsmp: back substitution time: 0.1215858 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.3530560 s
+ =================================
+ u : -0.10168E+01 0.17560E+00
+ v : -0.37801E-01 0.12316E+00
+ w : -0.73690E+00 0.22908E+00
+ =================================
+ Calculate pressures 31494.0720 24.3794 16.3687
+ raw pressures : -0.14700E+01 0.35632E+00
+ Smoothing pressures 31494.2967 24.6041 0.2246
+ do leaf measurements 31494.2977 24.6051 0.0011
+ compute convergence criterion 31494.3404 24.6478 0.0426
+ velocity_diff_norm = 0.0158933 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31494.3454
+ -----------------------------------
+ build system 31494.3500 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31502.2898 7.9444 7.9398
+ =================================
+ wsmp: initialisation time: 0.0535159 s
+ wsmp: ordering time: 4.1548240 s
+ wsmp: symbolic fact. time: 0.7174859 s
+ wsmp: Cholesky fact. time: 11.4670420 s
+ wsmp: Factorisation 14369.1532931 Mflops
+ wsmp: back substitution time: 0.1212630 s
+ wsmp: from b to rhs vector: 0.0072989 s
+ ---------------------------------
+ wsmp: total solve time: 16.5217948 s
+ =================================
+ u : -0.10165E+01 0.19349E+00
+ v : -0.40679E-01 0.12565E+00
+ w : -0.73225E+00 0.22828E+00
+ =================================
+ Calculate pressures 31518.8277 24.4823 16.5379
+ raw pressures : -0.15136E+01 0.36420E+00
+ Smoothing pressures 31519.0522 24.7068 0.2245
+ do leaf measurements 31519.0533 24.7079 0.0011
+ compute convergence criterion 31519.0959 24.7506 0.0427
+ velocity_diff_norm = 0.0107464 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31519.1013
+ -----------------------------------
+ build system 31519.1060 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31527.1087 8.0074 8.0026
+ =================================
+ wsmp: initialisation time: 0.0537891 s
+ wsmp: ordering time: 4.1386452 s
+ wsmp: symbolic fact. time: 0.7186742 s
+ wsmp: Cholesky fact. time: 11.3801661 s
+ wsmp: Factorisation 14478.8470657 Mflops
+ wsmp: back substitution time: 0.1213472 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.4201860 s
+ =================================
+ u : -0.10162E+01 0.20918E+00
+ v : -0.43076E-01 0.12571E+00
+ w : -0.72776E+00 0.22776E+00
+ =================================
+ Calculate pressures 31543.5443 24.4430 16.4356
+ raw pressures : -0.15353E+01 0.36149E+00
+ Smoothing pressures 31543.7689 24.6676 0.2246
+ do leaf measurements 31543.7699 24.6686 0.0011
+ compute convergence criterion 31543.8128 24.7115 0.0429
+ velocity_diff_norm = 0.0080896 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31543.8161 24.7148 0.0033
+Compute isostasy and adjust vertical 31543.8163 24.7150 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -164885650545779.09 275857603779188.97
+ def in m -8.0051183700561523 0.67142564058303833
+ dimensionless def -1.91835897309439532E-6 2.28717667715890072E-5
+ Isostatic velocity range = -0.0188899 0.2283591
+ Compute divergence 31544.0221 24.9208 0.2059
+ wsmp_cleanup 31544.0600 24.9587 0.0379
+ Reset surface geometry 31544.0650 24.9637 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 31544.0732 24.9719 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31544.0908 24.9895 0.0176
+ Advect surface 1 31544.0909 24.9896 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31544.2855 25.1842 0.1946
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31544.4827 25.3814 0.1972
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31544.7360 25.6347 0.2533
+ Advect the cloud 31544.8937 25.7924 0.1576
+ Write output 31545.7299 26.6286 0.8362
+ End of time step 31546.6075 27.5062 0.8777
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 195 31546.6077
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31546.6078 0.0001 0.0001
+ surface 01 31546.6078 0.0001 0.0000
+ S. 1: 16969points
+ refine surface 31546.6078 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 31546.6349 0.0272 0.0270
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 31546.6572 0.0495 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31546.6822 0.0745 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16971points
+ surface 02 31546.7004 0.0927 0.0182
+ S. 2: 16964points
+ refine surface 31546.7005 0.0928 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 31546.7268 0.1192 0.0263
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 31546.7493 0.1416 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31546.7736 0.1659 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 31546.7927 0.1850 0.0191
+ S. 3: 16968points
+ refine surface 31546.7928 0.1851 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 31546.8197 0.2120 0.0269
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 31546.8422 0.2345 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31546.8671 0.2594 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16970points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31546.8915
+ -----------------------------------------------------------------------
+ Create octree solve 31546.8918 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31546.9076 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 31546.9292 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31546.9299 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31546.9441 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 31547.0663 0.1747 0.1222
+ Imbed surface in osolve 31547.2577 0.3661 0.1914
+ embedding surface 1 31547.2578 0.3663 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31549.2445 2.3530 1.9867
+ osolve%nleaves= 59424
+ embedding surface 3 31551.3676 4.4760 2.1231
+ osolve%nleaves= 64128
+ Assessing octree stability 31554.9391 8.0475 3.5715
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31554.9442 8.0526 0.0051
+ Interpolate velo onto osolve 31555.4127 8.5212 0.4685
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31555.4931 8.6016 0.0804
+ Find void 31555.7639 8.8724 0.2708
+ whole leaf in fluid 32992
+ Define boundary conditions 31555.7933 8.9018 0.0294
+ wsmp setup1 31555.8008 8.9093 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31556.8155 9.9240 1.0147
+ -----------------------------------
+ start of non-linear iteratio 1 31556.8651
+ -----------------------------------
+ build system 31556.8652 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31564.8444 7.9793 7.9792
+ =================================
+ wsmp: initialisation time: 0.0561409 s
+ wsmp: ordering time: 4.1408911 s
+ wsmp: symbolic fact. time: 0.7176940 s
+ wsmp: Cholesky fact. time: 11.3848369 s
+ wsmp: Factorisation 14472.9068274 Mflops
+ wsmp: back substitution time: 0.1210642 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.4282658 s
+ =================================
+ u : -0.10137E+01 0.18402E+00
+ v : -0.95591E-01 0.11170E+00
+ w : -0.76159E+00 0.24817E+00
+ =================================
+ Calculate pressures 31581.2881 24.4230 16.4436
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 31581.5125 24.6474 0.2244
+ do leaf measurements 31581.5136 24.6485 0.0011
+ compute convergence criterion 31581.5559 24.6908 0.0423
+ velocity_diff_norm = 0.5896088 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31581.5610
+ -----------------------------------
+ build system 31581.5657 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80900E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31589.5398 7.9788 7.9740
+ =================================
+ wsmp: initialisation time: 0.0502379 s
+ wsmp: ordering time: 4.1280260 s
+ wsmp: symbolic fact. time: 0.7157779 s
+ wsmp: Cholesky fact. time: 11.4117811 s
+ wsmp: Factorisation 14438.7350955 Mflops
+ wsmp: back substitution time: 0.1213770 s
+ wsmp: from b to rhs vector: 0.0071220 s
+ ---------------------------------
+ wsmp: total solve time: 16.4346900 s
+ =================================
+ u : -0.10155E+01 0.13670E+00
+ v : -0.48481E-01 0.10173E+00
+ w : -0.76709E+00 0.22643E+00
+ =================================
+ Calculate pressures 31605.9903 24.4293 16.4505
+ raw pressures : -0.12359E+01 0.18010E+00
+ Smoothing pressures 31606.2156 24.6546 0.2253
+ do leaf measurements 31606.2167 24.6557 0.0011
+ compute convergence criterion 31606.2588 24.6978 0.0421
+ velocity_diff_norm = 0.0715645 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31606.2639
+ -----------------------------------
+ build system 31606.2686 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31614.2071 7.9432 7.9385
+ =================================
+ wsmp: initialisation time: 0.0511901 s
+ wsmp: ordering time: 4.1606688 s
+ wsmp: symbolic fact. time: 0.7222769 s
+ wsmp: Cholesky fact. time: 11.3825922 s
+ wsmp: Factorisation 14475.7609657 Mflops
+ wsmp: back substitution time: 0.1222131 s
+ wsmp: from b to rhs vector: 0.0071900 s
+ ---------------------------------
+ wsmp: total solve time: 16.4465101 s
+ =================================
+ u : -0.10171E+01 0.15488E+00
+ v : -0.37077E-01 0.11818E+00
+ w : -0.74656E+00 0.23209E+00
+ =================================
+ Calculate pressures 31630.6689 24.4050 16.4618
+ raw pressures : -0.13719E+01 0.31271E+00
+ Smoothing pressures 31630.8961 24.6322 0.2272
+ do leaf measurements 31630.8972 24.6333 0.0011
+ compute convergence criterion 31630.9391 24.6752 0.0419
+ velocity_diff_norm = 0.0362171 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31630.9442
+ -----------------------------------
+ build system 31630.9489 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31638.9432 7.9990 7.9943
+ =================================
+ wsmp: initialisation time: 0.0541608 s
+ wsmp: ordering time: 4.1538141 s
+ wsmp: symbolic fact. time: 0.7152998 s
+ wsmp: Cholesky fact. time: 11.4017160 s
+ wsmp: Factorisation 14451.4811598 Mflops
+ wsmp: back substitution time: 0.1212928 s
+ wsmp: from b to rhs vector: 0.0071418 s
+ ---------------------------------
+ wsmp: total solve time: 16.4537840 s
+ =================================
+ u : -0.10168E+01 0.17576E+00
+ v : -0.37761E-01 0.12296E+00
+ w : -0.73726E+00 0.22944E+00
+ =================================
+ Calculate pressures 31655.4120 24.4678 16.4688
+ raw pressures : -0.14707E+01 0.35697E+00
+ Smoothing pressures 31655.6372 24.6930 0.2252
+ do leaf measurements 31655.6383 24.6941 0.0011
+ compute convergence criterion 31655.6805 24.7363 0.0422
+ velocity_diff_norm = 0.0158356 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31655.6856
+ -----------------------------------
+ build system 31655.6904 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31663.6280 7.9424 7.9376
+ =================================
+ wsmp: initialisation time: 0.0547509 s
+ wsmp: ordering time: 4.1478219 s
+ wsmp: symbolic fact. time: 0.7166851 s
+ wsmp: Cholesky fact. time: 11.4781380 s
+ wsmp: Factorisation 14355.2625266 Mflops
+ wsmp: back substitution time: 0.1210768 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.5260551 s
+ =================================
+ u : -0.10165E+01 0.19361E+00
+ v : -0.40670E-01 0.12552E+00
+ w : -0.73255E+00 0.22835E+00
+ =================================
+ Calculate pressures 31680.1701 24.4845 16.5420
+ raw pressures : -0.15145E+01 0.36516E+00
+ Smoothing pressures 31680.3955 24.7099 0.2254
+ do leaf measurements 31680.3966 24.7110 0.0011
+ compute convergence criterion 31680.4384 24.7528 0.0419
+ velocity_diff_norm = 0.0107384 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31680.4435
+ -----------------------------------
+ build system 31680.4482 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31688.4441 8.0006 7.9959
+ =================================
+ wsmp: initialisation time: 0.0501058 s
+ wsmp: ordering time: 4.1378491 s
+ wsmp: symbolic fact. time: 0.7160518 s
+ wsmp: Cholesky fact. time: 11.3876100 s
+ wsmp: Factorisation 14469.3824669 Mflops
+ wsmp: back substitution time: 0.1212721 s
+ wsmp: from b to rhs vector: 0.0070951 s
+ ---------------------------------
+ wsmp: total solve time: 16.4203491 s
+ =================================
+ u : -0.10162E+01 0.20927E+00
+ v : -0.43103E-01 0.12553E+00
+ w : -0.72801E+00 0.22771E+00
+ =================================
+ Calculate pressures 31704.8801 24.4366 16.4360
+ raw pressures : -0.15361E+01 0.36222E+00
+ Smoothing pressures 31705.1059 24.6624 0.2258
+ do leaf measurements 31705.1070 24.6635 0.0011
+ compute convergence criterion 31705.1493 24.7058 0.0423
+ velocity_diff_norm = 0.0080842 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31705.1526 24.7091 0.0033
+Compute isostasy and adjust vertical 31705.1527 24.7092 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -165392453079486.69 277119875817086.66
+ def in m -8.0079002380371094 0.67362672090530396
+ dimensionless def -1.92464777401515389E-6 2.28797149658203112E-5
+ Isostatic velocity range = -0.0189442 0.2284417
+ Compute divergence 31705.3644 24.9209 0.2116
+ wsmp_cleanup 31705.4010 24.9575 0.0366
+ Reset surface geometry 31705.4060 24.9625 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 31705.4143 24.9707 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31705.4316 24.9881 0.0174
+ Advect surface 1 31705.4318 24.9883 0.0001
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31705.6222 25.1787 0.1905
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31705.8188 25.3753 0.1966
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31706.0735 25.6300 0.2547
+ Advect the cloud 31706.2348 25.7913 0.1613
+ Write output 31707.0773 26.6338 0.8425
+ End of time step 31707.9533 27.5098 0.8760
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 196 31707.9535
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31707.9535 0.0001 0.0001
+ surface 01 31707.9536 0.0001 0.0000
+ S. 1: 16971points
+ refine surface 31707.9536 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 31707.9800 0.0266 0.0264
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 31708.0022 0.0487 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31708.0273 0.0738 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 16972points
+ surface 02 31708.0454 0.0919 0.0180
+ S. 2: 16965points
+ refine surface 31708.0455 0.0920 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31708.0694 0.1159 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 31708.0886 0.1351 0.0192
+ S. 3: 16970points
+ refine surface 31708.0888 0.1353 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31708.1138 0.1603 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16970points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31708.1381
+ -----------------------------------------------------------------------
+ Create octree solve 31708.1383 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31708.1542 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 31708.1757 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31708.1764 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31708.1906 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 31708.3128 0.1747 0.1222
+ Imbed surface in osolve 31708.5042 0.3661 0.1915
+ embedding surface 1 31708.5044 0.3663 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31710.4676 2.3295 1.9632
+ osolve%nleaves= 59424
+ embedding surface 3 31712.5908 4.4527 2.1232
+ osolve%nleaves= 64128
+ Assessing octree stability 31716.1567 8.0186 3.5660
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31716.1618 8.0237 0.0051
+ Interpolate velo onto osolve 31716.6423 8.5042 0.4804
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31716.7086 8.5705 0.0663
+ Find void 31716.9780 8.8400 0.2694
+ whole leaf in fluid 32992
+ Define boundary conditions 31717.0069 8.8688 0.0289
+ wsmp setup1 31717.0146 8.8765 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31718.0215 9.8834 1.0069
+ -----------------------------------
+ start of non-linear iteratio 1 31718.0705
+ -----------------------------------
+ build system 31718.0706 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31726.0738 8.0033 8.0031
+ =================================
+ wsmp: initialisation time: 0.0549572 s
+ wsmp: ordering time: 4.1482270 s
+ wsmp: symbolic fact. time: 0.7176170 s
+ wsmp: Cholesky fact. time: 11.3797560 s
+ wsmp: Factorisation 14479.3688243 Mflops
+ wsmp: back substitution time: 0.1209130 s
+ wsmp: from b to rhs vector: 0.0070589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4289701 s
+ =================================
+ u : -0.10203E+01 0.18462E+00
+ v : -0.94952E-01 0.11101E+00
+ w : -0.76177E+00 0.24447E+00
+ =================================
+ Calculate pressures 31742.5178 24.4474 16.4441
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 31742.7432 24.6728 0.2254
+ do leaf measurements 31742.7444 24.6739 0.0011
+ compute convergence criterion 31742.7869 24.7165 0.0426
+ velocity_diff_norm = 0.5901615 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31742.7921
+ -----------------------------------
+ build system 31742.7968 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.83606E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31750.7821 7.9900 7.9853
+ =================================
+ wsmp: initialisation time: 0.0509131 s
+ wsmp: ordering time: 4.1479921 s
+ wsmp: symbolic fact. time: 0.7171001 s
+ wsmp: Cholesky fact. time: 11.3954630 s
+ wsmp: Factorisation 14459.4110851 Mflops
+ wsmp: back substitution time: 0.1217909 s
+ wsmp: from b to rhs vector: 0.0070460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4407060 s
+ =================================
+ u : -0.10154E+01 0.13738E+00
+ v : -0.48789E-01 0.10217E+00
+ w : -0.76720E+00 0.22407E+00
+ =================================
+ Calculate pressures 31767.2388 24.4467 16.4567
+ raw pressures : -0.12364E+01 0.18001E+00
+ Smoothing pressures 31767.4656 24.6735 0.2268
+ do leaf measurements 31767.4667 24.6746 0.0011
+ compute convergence criterion 31767.5088 24.7167 0.0421
+ velocity_diff_norm = 0.0719822 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31767.5138
+ -----------------------------------
+ build system 31767.5184 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31775.4532 7.9394 7.9348
+ =================================
+ wsmp: initialisation time: 0.0532322 s
+ wsmp: ordering time: 4.1548369 s
+ wsmp: symbolic fact. time: 0.7204249 s
+ wsmp: Cholesky fact. time: 11.4042940 s
+ wsmp: Factorisation 14448.2143018 Mflops
+ wsmp: back substitution time: 0.1216462 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.4619679 s
+ =================================
+ u : -0.10169E+01 0.15538E+00
+ v : -0.37364E-01 0.11860E+00
+ w : -0.74692E+00 0.23122E+00
+ =================================
+ Calculate pressures 31791.9307 24.4169 16.4775
+ raw pressures : -0.13731E+01 0.31335E+00
+ Smoothing pressures 31792.1583 24.6445 0.2276
+ do leaf measurements 31792.1594 24.6456 0.0011
+ compute convergence criterion 31792.2015 24.6877 0.0421
+ velocity_diff_norm = 0.0362846 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31792.2066
+ -----------------------------------
+ build system 31792.2113 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31800.1915 7.9849 7.9803
+ =================================
+ wsmp: initialisation time: 0.0541270 s
+ wsmp: ordering time: 4.1385009 s
+ wsmp: symbolic fact. time: 0.7170279 s
+ wsmp: Cholesky fact. time: 11.3845909 s
+ wsmp: Factorisation 14473.2196212 Mflops
+ wsmp: back substitution time: 0.1211929 s
+ wsmp: from b to rhs vector: 0.0072560 s
+ ---------------------------------
+ wsmp: total solve time: 16.4231200 s
+ =================================
+ u : -0.10167E+01 0.17615E+00
+ v : -0.37764E-01 0.12329E+00
+ w : -0.73754E+00 0.22890E+00
+ =================================
+ Calculate pressures 31816.6301 24.4235 16.4385
+ raw pressures : -0.14720E+01 0.35782E+00
+ Smoothing pressures 31816.8544 24.6478 0.2244
+ do leaf measurements 31816.8555 24.6489 0.0011
+ compute convergence criterion 31816.8979 24.6914 0.0424
+ velocity_diff_norm = 0.0158818 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31816.9031
+ -----------------------------------
+ build system 31816.9078 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31824.8455 7.9424 7.9377
+ =================================
+ wsmp: initialisation time: 0.0504839 s
+ wsmp: ordering time: 4.1359951 s
+ wsmp: symbolic fact. time: 0.7172382 s
+ wsmp: Cholesky fact. time: 11.4588101 s
+ wsmp: Factorisation 14379.4759287 Mflops
+ wsmp: back substitution time: 0.1214130 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.4914351 s
+ =================================
+ u : -0.10164E+01 0.19395E+00
+ v : -0.40645E-01 0.12573E+00
+ w : -0.73276E+00 0.22796E+00
+ =================================
+ Calculate pressures 31841.3529 24.4498 16.5074
+ raw pressures : -0.15158E+01 0.36590E+00
+ Smoothing pressures 31841.5783 24.6752 0.2254
+ do leaf measurements 31841.5794 24.6763 0.0011
+ compute convergence criterion 31841.6217 24.7186 0.0423
+ velocity_diff_norm = 0.0107582 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 31841.6268
+ -----------------------------------
+ build system 31841.6315 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31849.6048 7.9780 7.9733
+ =================================
+ wsmp: initialisation time: 0.0500848 s
+ wsmp: ordering time: 4.1459990 s
+ wsmp: symbolic fact. time: 0.7158539 s
+ wsmp: Cholesky fact. time: 11.3775959 s
+ wsmp: Factorisation 14482.1177779 Mflops
+ wsmp: back substitution time: 0.1212270 s
+ wsmp: from b to rhs vector: 0.0070720 s
+ ---------------------------------
+ wsmp: total solve time: 16.4182332 s
+ =================================
+ u : -0.10162E+01 0.20959E+00
+ v : -0.43046E-01 0.12576E+00
+ w : -0.72818E+00 0.22756E+00
+ =================================
+ Calculate pressures 31866.0387 24.4119 16.4339
+ raw pressures : -0.15375E+01 0.36305E+00
+ Smoothing pressures 31866.2641 24.6373 0.2254
+ do leaf measurements 31866.2652 24.6384 0.0011
+ compute convergence criterion 31866.3073 24.6805 0.0421
+ velocity_diff_norm = 0.0080828 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 31866.3106 24.6838 0.0032
+Compute isostasy and adjust vertical 31866.3107 24.6839 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -165878802184671.69 278381289185598.5
+ def in m -8.007573127746582 0.67084157466888428
+ dimensionless def -1.91669021333966929E-6 2.28787803649902346E-5
+ Isostatic velocity range = -0.0188540 0.2284362
+ Compute divergence 31866.5232 24.8964 0.2125
+ wsmp_cleanup 31866.5596 24.9328 0.0364
+ Reset surface geometry 31866.5646 24.9378 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 31866.5726 24.9458 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 31866.5901 24.9633 0.0174
+ Advect surface 1 31866.5902 24.9634 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 31866.7824 25.1556 0.1922
+ removing 1 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 31866.9876 25.3608 0.2052
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 31867.2405 25.6137 0.2529
+ Advect the cloud 31867.3980 25.7712 0.1575
+ Write output 31868.2367 26.6099 0.8387
+ End of time step 31869.1166 27.4898 0.8799
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 197 31869.1168
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 31869.1168 0.0001 0.0001
+ surface 01 31869.1169 0.0001 0.0000
+ S. 1: 16972points
+ refine surface 31869.1169 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 31869.1432 0.0265 0.0263
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 31869.1658 0.0491 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 31869.1907 0.0739 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16973points
+ surface 02 31869.2088 0.0920 0.0181
+ S. 2: 16964points
+ refine surface 31869.2089 0.0922 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 31869.2337 0.1169 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16964points
+ surface 03 31869.2602 0.1435 0.0265
+ S. 3: 16970points
+ refine surface 31869.2604 0.1436 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 31869.2861 0.1694 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 31869.3085 0.1917 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 31869.3323 0.2155 0.0238
+ S. 3: 0 flips in delaunay2
+ S. 3: 16971points
+ -----------------------------------------------------------------------
+ Start of iteration 1 31869.3582
+ -----------------------------------------------------------------------
+ Create octree solve 31869.3584 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 31869.3743 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 31869.3957 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 31869.3965 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 31869.4106 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 31869.5329 0.1747 0.1223
+ Imbed surface in osolve 31869.7238 0.3657 0.1909
+ embedding surface 1 31869.7240 0.3658 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 31871.6907 2.3326 1.9667
+ osolve%nleaves= 59424
+ embedding surface 3 31873.8120 4.4538 2.1213
+ osolve%nleaves= 64128
+ Assessing octree stability 31877.3635 8.0053 3.5515
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 31877.3698 8.0116 0.0063
+ Interpolate velo onto osolve 31877.8526 8.4945 0.4828
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 31877.9214 8.5632 0.0687
+ Find void 31878.1917 8.8335 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 31878.2206 8.8624 0.0289
+ wsmp setup1 31878.2286 8.8704 0.0081
+ n = 128799
+ nz= 4957209
+ wsmp setup2 31879.2462 9.8880 1.0175
+ -----------------------------------
+ start of non-linear iteratio 1 31879.2955
+ -----------------------------------
+ build system 31879.2956 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31887.2697 7.9743 7.9741
+ =================================
+ wsmp: initialisation time: 0.0552809 s
+ wsmp: ordering time: 4.1536400 s
+ wsmp: symbolic fact. time: 0.7158608 s
+ wsmp: Cholesky fact. time: 11.3876960 s
+ wsmp: Factorisation 14469.2731061 Mflops
+ wsmp: back substitution time: 0.1211741 s
+ wsmp: from b to rhs vector: 0.0073140 s
+ ---------------------------------
+ wsmp: total solve time: 16.4413431 s
+ =================================
+ u : -0.10496E+01 0.18498E+00
+ v : -0.95690E-01 0.11141E+00
+ w : -0.76214E+00 0.24776E+00
+ =================================
+ Calculate pressures 31903.7269 24.4314 16.4572
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 31903.9511 24.6557 0.2242
+ do leaf measurements 31903.9523 24.6568 0.0011
+ compute convergence criterion 31903.9951 24.6997 0.0428
+ velocity_diff_norm = 0.5889685 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 31904.0002
+ -----------------------------------
+ build system 31904.0052 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81147E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31912.0033 8.0031 7.9981
+ =================================
+ wsmp: initialisation time: 0.0511510 s
+ wsmp: ordering time: 4.1524661 s
+ wsmp: symbolic fact. time: 0.7191811 s
+ wsmp: Cholesky fact. time: 11.4104931 s
+ wsmp: Factorisation 14440.3648395 Mflops
+ wsmp: back substitution time: 0.1213059 s
+ wsmp: from b to rhs vector: 0.0073161 s
+ ---------------------------------
+ wsmp: total solve time: 16.4623029 s
+ =================================
+ u : -0.10153E+01 0.13768E+00
+ v : -0.48594E-01 0.10217E+00
+ w : -0.76739E+00 0.22629E+00
+ =================================
+ Calculate pressures 31928.4811 24.4808 16.4777
+ raw pressures : -0.12370E+01 0.18055E+00
+ Smoothing pressures 31928.7056 24.7054 0.2245
+ do leaf measurements 31928.7067 24.7065 0.0011
+ compute convergence criterion 31928.7491 24.7489 0.0424
+ velocity_diff_norm = 0.0712760 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 31928.7542
+ -----------------------------------
+ build system 31928.7589 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31936.6945 7.9403 7.9357
+ =================================
+ wsmp: initialisation time: 0.0519710 s
+ wsmp: ordering time: 4.1586671 s
+ wsmp: symbolic fact. time: 0.7191341 s
+ wsmp: Cholesky fact. time: 11.4101100 s
+ wsmp: Factorisation 14440.8497307 Mflops
+ wsmp: back substitution time: 0.1220369 s
+ wsmp: from b to rhs vector: 0.0071890 s
+ ---------------------------------
+ wsmp: total solve time: 16.4694831 s
+ =================================
+ u : -0.10168E+01 0.15553E+00
+ v : -0.37152E-01 0.11846E+00
+ w : -0.74719E+00 0.23189E+00
+ =================================
+ Calculate pressures 31953.1804 24.4263 16.4859
+ raw pressures : -0.13733E+01 0.31380E+00
+ Smoothing pressures 31953.4069 24.6527 0.2264
+ do leaf measurements 31953.4080 24.6538 0.0011
+ compute convergence criterion 31953.4505 24.6963 0.0425
+ velocity_diff_norm = 0.0361745 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 31953.4555
+ -----------------------------------
+ build system 31953.4602 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31961.4358 7.9803 7.9756
+ =================================
+ wsmp: initialisation time: 0.0529599 s
+ wsmp: ordering time: 4.1449699 s
+ wsmp: symbolic fact. time: 0.7143431 s
+ wsmp: Cholesky fact. time: 11.3815820 s
+ wsmp: Factorisation 14477.0457710 Mflops
+ wsmp: back substitution time: 0.1214051 s
+ wsmp: from b to rhs vector: 0.0072641 s
+ ---------------------------------
+ wsmp: total solve time: 16.4228880 s
+ =================================
+ u : -0.10166E+01 0.17622E+00
+ v : -0.37710E-01 0.12316E+00
+ w : -0.73771E+00 0.22933E+00
+ =================================
+ Calculate pressures 31977.8746 24.4191 16.4388
+ raw pressures : -0.14724E+01 0.35855E+00
+ Smoothing pressures 31978.0996 24.6440 0.2250
+ do leaf measurements 31978.1007 24.6452 0.0011
+ compute convergence criterion 31978.1436 24.6881 0.0429
+ velocity_diff_norm = 0.0159066 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 31978.1488
+ -----------------------------------
+ build system 31978.1535 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 31986.0938 7.9451 7.9403
+ =================================
+ wsmp: initialisation time: 0.0504129 s
+ wsmp: ordering time: 4.1335490 s
+ wsmp: symbolic fact. time: 0.7159660 s
+ wsmp: Cholesky fact. time: 11.4588501 s
+ wsmp: Factorisation 14379.4256653 Mflops
+ wsmp: back substitution time: 0.1213000 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4876490 s
+ =================================
+ u : -0.10164E+01 0.19398E+00
+ v : -0.40622E-01 0.12565E+00
+ w : -0.73286E+00 0.22819E+00
+ =================================
+ Calculate pressures 32002.5966 24.4478 16.5028
+ raw pressures : -0.15161E+01 0.36643E+00
+ Smoothing pressures 32002.8219 24.6731 0.2253
+ do leaf measurements 32002.8230 24.6743 0.0011
+ compute convergence criterion 32002.8654 24.7167 0.0424
+ velocity_diff_norm = 0.0107405 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32002.8705
+ -----------------------------------
+ build system 32002.8752 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32010.8396 7.9690 7.9643
+ =================================
+ wsmp: initialisation time: 0.0537319 s
+ wsmp: ordering time: 4.1355581 s
+ wsmp: symbolic fact. time: 0.7172859 s
+ wsmp: Cholesky fact. time: 11.3756609 s
+ wsmp: Factorisation 14484.5811929 Mflops
+ wsmp: back substitution time: 0.1221089 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4119020 s
+ =================================
+ u : -0.10161E+01 0.20960E+00
+ v : -0.43049E-01 0.12567E+00
+ w : -0.72822E+00 0.22767E+00
+ =================================
+ Calculate pressures 32027.2673 24.3968 16.4278
+ raw pressures : -0.15378E+01 0.36349E+00
+ Smoothing pressures 32027.4947 24.6242 0.2274
+ do leaf measurements 32027.4958 24.6253 0.0011
+ compute convergence criterion 32027.5385 24.6680 0.0427
+ velocity_diff_norm = 0.0080824 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32027.5417 24.6712 0.0033
+Compute isostasy and adjust vertical 32027.5419 24.6714 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -166347773190742.44 279648290819455.44
+ def in m -8.0073652267456055 0.66936135292053223
+ dimensionless def -1.91246100834437767E-6 2.28781863621303008E-5
+ Isostatic velocity range = -0.0188045 0.2284271
+ Compute divergence 32027.7504 24.8799 0.2085
+ wsmp_cleanup 32027.7866 24.9161 0.0362
+ Reset surface geometry 32027.7917 24.9212 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 32027.7999 24.9294 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32027.8172 24.9467 0.0173
+ Advect surface 1 32027.8173 24.9468 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32028.0126 25.1421 0.1953
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32028.2087 25.3382 0.1961
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32028.4630 25.5925 0.2543
+ Advect the cloud 32028.6194 25.7489 0.1564
+ Write output 32029.4594 26.5889 0.8400
+ End of time step 32030.3385 27.4680 0.8791
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 198 32030.3386
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32030.3387 0.0001 0.0001
+ surface 01 32030.3387 0.0001 0.0000
+ S. 1: 16973points
+ refine surface 32030.3388 0.0002 0.0001
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32030.3652 0.0266 0.0265
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32030.3875 0.0489 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32030.4126 0.0740 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16974points
+ surface 02 32030.4304 0.0918 0.0178
+ S. 2: 16964points
+ refine surface 32030.4306 0.0920 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 32030.4566 0.1180 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 32030.4788 0.1402 0.0222
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32030.5040 0.1654 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 32030.5222 0.1836 0.0182
+ S. 3: 16971points
+ refine surface 32030.5223 0.1837 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 32030.5483 0.2097 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32030.5705 0.2319 0.0222
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32030.5959 0.2573 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16972points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32030.6200
+ -----------------------------------------------------------------------
+ Create octree solve 32030.6203 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32030.6361 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32030.6578 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32030.6586 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32030.6727 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32030.7949 0.1748 0.1222
+ Imbed surface in osolve 32030.9869 0.3669 0.1920
+ embedding surface 1 32030.9871 0.3670 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 32032.9707 2.3507 1.9837
+ osolve%nleaves= 59424
+ embedding surface 3 32035.1002 4.4802 2.1295
+ osolve%nleaves= 64128
+ Assessing octree stability 32038.6455 8.0255 3.5453
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32038.6510 8.0310 0.0054
+ Interpolate velo onto osolve 32039.1421 8.5220 0.4911
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32039.2172 8.5972 0.0752
+ Find void 32039.4885 8.8685 0.2712
+ whole leaf in fluid 32992
+ Define boundary conditions 32039.5174 8.8974 0.0289
+ wsmp setup1 32039.5253 8.9053 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32040.5413 9.9212 1.0159
+ -----------------------------------
+ start of non-linear iteratio 1 32040.5911
+ -----------------------------------
+ build system 32040.5912 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32048.5618 7.9707 7.9706
+ =================================
+ wsmp: initialisation time: 0.0591259 s
+ wsmp: ordering time: 4.1319821 s
+ wsmp: symbolic fact. time: 0.7145739 s
+ wsmp: Cholesky fact. time: 11.3739471 s
+ wsmp: Factorisation 14486.7636358 Mflops
+ wsmp: back substitution time: 0.1214871 s
+ wsmp: from b to rhs vector: 0.0073988 s
+ ---------------------------------
+ wsmp: total solve time: 16.4088678 s
+ =================================
+ u : -0.10216E+01 0.18422E+00
+ v : -0.95831E-01 0.11133E+00
+ w : -0.76179E+00 0.24757E+00
+ =================================
+ Calculate pressures 32064.9862 24.3951 16.4244
+ raw pressures : -0.35071E+00 0.00000E+00
+ Smoothing pressures 32065.2111 24.6200 0.2249
+ do leaf measurements 32065.2122 24.6211 0.0011
+ compute convergence criterion 32065.2553 24.6642 0.0431
+ velocity_diff_norm = 0.5891302 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32065.2602
+ -----------------------------------
+ build system 32065.2647 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81186E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32073.2756 8.0154 8.0109
+ =================================
+ wsmp: initialisation time: 0.0505791 s
+ wsmp: ordering time: 4.1390669 s
+ wsmp: symbolic fact. time: 0.7162020 s
+ wsmp: Cholesky fact. time: 11.3958662 s
+ wsmp: Factorisation 14458.8995364 Mflops
+ wsmp: back substitution time: 0.1214681 s
+ wsmp: from b to rhs vector: 0.0074320 s
+ ---------------------------------
+ wsmp: total solve time: 16.4309821 s
+ =================================
+ u : -0.10152E+01 0.13709E+00
+ v : -0.48367E-01 0.10188E+00
+ w : -0.76723E+00 0.22621E+00
+ =================================
+ Calculate pressures 32089.7227 24.4625 16.4471
+ raw pressures : -0.12355E+01 0.17894E+00
+ Smoothing pressures 32089.9464 24.6862 0.2237
+ do leaf measurements 32089.9475 24.6873 0.0011
+ compute convergence criterion 32089.9903 24.7301 0.0428
+ velocity_diff_norm = 0.0712309 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32089.9952
+ -----------------------------------
+ build system 32089.9996 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32097.9370 7.9418 7.9373
+ =================================
+ wsmp: initialisation time: 0.0509341 s
+ wsmp: ordering time: 4.1576362 s
+ wsmp: symbolic fact. time: 0.7226770 s
+ wsmp: Cholesky fact. time: 11.4294221 s
+ wsmp: Factorisation 14416.4492181 Mflops
+ wsmp: back substitution time: 0.1222532 s
+ wsmp: from b to rhs vector: 0.0073960 s
+ ---------------------------------
+ wsmp: total solve time: 16.4906850 s
+ =================================
+ u : -0.10167E+01 0.15518E+00
+ v : -0.37307E-01 0.11828E+00
+ w : -0.74672E+00 0.23209E+00
+ =================================
+ Calculate pressures 32114.4432 24.4480 16.5063
+ raw pressures : -0.13722E+01 0.31286E+00
+ Smoothing pressures 32114.6706 24.6754 0.2274
+ do leaf measurements 32114.6717 24.6765 0.0011
+ compute convergence criterion 32114.7145 24.7193 0.0428
+ velocity_diff_norm = 0.0361701 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32114.7195
+ -----------------------------------
+ build system 32114.7240 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32122.7198 8.0003 7.9958
+ =================================
+ wsmp: initialisation time: 0.0521719 s
+ wsmp: ordering time: 4.1460521 s
+ wsmp: symbolic fact. time: 0.7171860 s
+ wsmp: Cholesky fact. time: 11.3704698 s
+ wsmp: Factorisation 14491.1940007 Mflops
+ wsmp: back substitution time: 0.1251700 s
+ wsmp: from b to rhs vector: 0.0073869 s
+ ---------------------------------
+ wsmp: total solve time: 16.4188042 s
+ =================================
+ u : -0.10166E+01 0.17601E+00
+ v : -0.37697E-01 0.12297E+00
+ w : -0.73741E+00 0.22945E+00
+ =================================
+ Calculate pressures 32139.1546 24.4351 16.4348
+ raw pressures : -0.14712E+01 0.35715E+00
+ Smoothing pressures 32139.3797 24.6603 0.2252
+ do leaf measurements 32139.3808 24.6614 0.0011
+ compute convergence criterion 32139.4240 24.7046 0.0432
+ velocity_diff_norm = 0.0158638 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32139.4290
+ -----------------------------------
+ build system 32139.4336 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32147.3835 7.9545 7.9500
+ =================================
+ wsmp: initialisation time: 0.0539880 s
+ wsmp: ordering time: 4.1420002 s
+ wsmp: symbolic fact. time: 0.7145901 s
+ wsmp: Cholesky fact. time: 11.4411211 s
+ wsmp: Factorisation 14401.7078759 Mflops
+ wsmp: back substitution time: 0.1217442 s
+ wsmp: from b to rhs vector: 0.0073030 s
+ ---------------------------------
+ wsmp: total solve time: 16.4811089 s
+ =================================
+ u : -0.10164E+01 0.19382E+00
+ v : -0.40617E-01 0.12544E+00
+ w : -0.73263E+00 0.22836E+00
+ =================================
+ Calculate pressures 32163.8800 24.4510 16.4965
+ raw pressures : -0.15151E+01 0.36531E+00
+ Smoothing pressures 32164.1051 24.6761 0.2251
+ do leaf measurements 32164.1062 24.6772 0.0011
+ compute convergence criterion 32164.1490 24.7199 0.0427
+ velocity_diff_norm = 0.0107331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32164.1539
+ -----------------------------------
+ build system 32164.1584 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32172.1090 7.9551 7.9507
+ =================================
+ wsmp: initialisation time: 0.0535331 s
+ wsmp: ordering time: 4.1452270 s
+ wsmp: symbolic fact. time: 0.7220559 s
+ wsmp: Cholesky fact. time: 11.3790100 s
+ wsmp: Factorisation 14480.3180966 Mflops
+ wsmp: back substitution time: 0.1224949 s
+ wsmp: from b to rhs vector: 0.0073860 s
+ ---------------------------------
+ wsmp: total solve time: 16.4300599 s
+ =================================
+ u : -0.10162E+01 0.20944E+00
+ v : -0.43044E-01 0.12553E+00
+ w : -0.72808E+00 0.22770E+00
+ =================================
+ Calculate pressures 32188.5544 24.4005 16.4453
+ raw pressures : -0.15368E+01 0.36250E+00
+ Smoothing pressures 32188.7822 24.6284 0.2279
+ do leaf measurements 32188.7833 24.6295 0.0011
+ compute convergence criterion 32188.8260 24.6722 0.0427
+ velocity_diff_norm = 0.0080807 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32188.8291 24.6753 0.0031
+Compute isostasy and adjust vertical 32188.8294 24.6755 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -166819199270213.13 280907585042420.59
+ def in m -8.0076980590820312 0.66978132724761963
+ dimensionless def -1.91366093499319902E-6 2.28791373116629477E-5
+ Isostatic velocity range = -0.0188054 0.2284408
+ Compute divergence 32189.0400 24.8862 0.2107
+ wsmp_cleanup 32189.0766 24.9228 0.0366
+ Reset surface geometry 32189.0818 24.9279 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 32189.0898 24.9360 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32189.1072 24.9533 0.0174
+ Advect surface 1 32189.1073 24.9535 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32189.3019 25.1480 0.1946
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32189.4968 25.3430 0.1949
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32189.7509 25.5971 0.2541
+ Advect the cloud 32189.9093 25.7555 0.1584
+ Write output 32190.7465 26.5927 0.8372
+ End of time step 32191.6241 27.4702 0.8776
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 199 32191.6243
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32191.6243 0.0001 0.0001
+ surface 01 32191.6244 0.0001 0.0000
+ S. 1: 16974points
+ refine surface 32191.6244 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32191.6506 0.0263 0.0262
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32191.6728 0.0486 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32191.6969 0.0726 0.0241
+ S. 1: 0 flips in delaunay2
+ S. 1: 16975points
+ surface 02 32191.7158 0.0916 0.0189
+ S. 2: 16965points
+ refine surface 32191.7160 0.0917 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32191.7404 0.1161 0.0244
+ S. 2: 0 flips in delaunay2
+ S. 2: 16965points
+ surface 03 32191.7589 0.1346 0.0185
+ S. 3: 16972points
+ refine surface 32191.7590 0.1348 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 32191.7849 0.1607 0.0259
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32191.8078 0.1835 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32191.8326 0.2083 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16973points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32191.8570
+ -----------------------------------------------------------------------
+ Create octree solve 32191.8573 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32191.8731 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32191.8946 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32191.8953 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32191.9095 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32192.0316 0.1746 0.1222
+ Imbed surface in osolve 32192.2224 0.3654 0.1907
+ embedding surface 1 32192.2225 0.3655 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 32194.2058 2.3487 1.9832
+ osolve%nleaves= 59424
+ embedding surface 3 32196.3171 4.4601 2.1114
+ osolve%nleaves= 64128
+ Assessing octree stability 32199.8385 7.9815 3.5214
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32199.8433 7.9863 0.0048
+ Interpolate velo onto osolve 32200.3145 8.4574 0.4712
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32200.4210 8.5640 0.1065
+ Find void 32200.6930 8.8360 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 32200.7219 8.8649 0.0289
+ wsmp setup1 32200.7296 8.8726 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32201.7456 9.8886 1.0160
+ -----------------------------------
+ start of non-linear iteratio 1 32201.7951
+ -----------------------------------
+ build system 32201.7953 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32209.7403 7.9452 7.9450
+ =================================
+ wsmp: initialisation time: 0.0532310 s
+ wsmp: ordering time: 4.1399841 s
+ wsmp: symbolic fact. time: 0.7163439 s
+ wsmp: Cholesky fact. time: 11.3729591 s
+ wsmp: Factorisation 14488.0221489 Mflops
+ wsmp: back substitution time: 0.1211860 s
+ wsmp: from b to rhs vector: 0.0072279 s
+ ---------------------------------
+ wsmp: total solve time: 16.4112918 s
+ =================================
+ u : -0.10369E+01 0.18474E+00
+ v : -0.96144E-01 0.11205E+00
+ w : -0.76175E+00 0.24699E+00
+ =================================
+ Calculate pressures 32226.1669 24.3718 16.4266
+ raw pressures : -0.35122E+00 0.00000E+00
+ Smoothing pressures 32226.3925 24.5974 0.2256
+ do leaf measurements 32226.3936 24.5985 0.0011
+ compute convergence criterion 32226.4356 24.6405 0.0420
+ velocity_diff_norm = 0.5897848 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32226.4405
+ -----------------------------------
+ build system 32226.4449 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80726E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32234.4704 8.0299 8.0255
+ =================================
+ wsmp: initialisation time: 0.0520771 s
+ wsmp: ordering time: 4.1491461 s
+ wsmp: symbolic fact. time: 0.7174962 s
+ wsmp: Cholesky fact. time: 11.3930531 s
+ wsmp: Factorisation 14462.4696367 Mflops
+ wsmp: back substitution time: 0.1212180 s
+ wsmp: from b to rhs vector: 0.0073171 s
+ ---------------------------------
+ wsmp: total solve time: 16.4406760 s
+ =================================
+ u : -0.10152E+01 0.13737E+00
+ v : -0.48682E-01 0.10200E+00
+ w : -0.76726E+00 0.22585E+00
+ =================================
+ Calculate pressures 32250.9266 24.4861 16.4562
+ raw pressures : -0.12364E+01 0.18486E+00
+ Smoothing pressures 32251.1512 24.7107 0.2246
+ do leaf measurements 32251.1523 24.7118 0.0011
+ compute convergence criterion 32251.1943 24.7538 0.0420
+ velocity_diff_norm = 0.0717757 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32251.1991
+ -----------------------------------
+ build system 32251.2037 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32259.1413 7.9422 7.9377
+ =================================
+ wsmp: initialisation time: 0.0528550 s
+ wsmp: ordering time: 4.1673219 s
+ wsmp: symbolic fact. time: 0.7205160 s
+ wsmp: Cholesky fact. time: 11.4293680 s
+ wsmp: Factorisation 14416.5174837 Mflops
+ wsmp: back substitution time: 0.1218190 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.4993980 s
+ =================================
+ u : -0.10169E+01 0.15532E+00
+ v : -0.37464E-01 0.11834E+00
+ w : -0.74684E+00 0.23168E+00
+ =================================
+ Calculate pressures 32275.6563 24.4572 16.5150
+ raw pressures : -0.13727E+01 0.31314E+00
+ Smoothing pressures 32275.8839 24.6847 0.2276
+ do leaf measurements 32275.8850 24.6859 0.0011
+ compute convergence criterion 32275.9270 24.7279 0.0420
+ velocity_diff_norm = 0.0361496 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32275.9319
+ -----------------------------------
+ build system 32275.9363 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32283.9414 8.0094 8.0050
+ =================================
+ wsmp: initialisation time: 0.0546908 s
+ wsmp: ordering time: 4.1373060 s
+ wsmp: symbolic fact. time: 0.7139180 s
+ wsmp: Cholesky fact. time: 11.3844020 s
+ wsmp: Factorisation 14473.4596814 Mflops
+ wsmp: back substitution time: 0.1214521 s
+ wsmp: from b to rhs vector: 0.0072591 s
+ ---------------------------------
+ wsmp: total solve time: 16.4193661 s
+ =================================
+ u : -0.10168E+01 0.17613E+00
+ v : -0.37793E-01 0.12311E+00
+ w : -0.73744E+00 0.22914E+00
+ =================================
+ Calculate pressures 32300.3763 24.4443 16.4349
+ raw pressures : -0.14716E+01 0.35777E+00
+ Smoothing pressures 32300.6012 24.6693 0.2250
+ do leaf measurements 32300.6024 24.6704 0.0011
+ compute convergence criterion 32300.6448 24.7128 0.0424
+ velocity_diff_norm = 0.0159048 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32300.6497
+ -----------------------------------
+ build system 32300.6543 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32308.6140 7.9643 7.9597
+ =================================
+ wsmp: initialisation time: 0.0512609 s
+ wsmp: ordering time: 4.1380439 s
+ wsmp: symbolic fact. time: 0.7146721 s
+ wsmp: Cholesky fact. time: 11.4328671 s
+ wsmp: Factorisation 14412.1053059 Mflops
+ wsmp: back substitution time: 0.1214209 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.4658210 s
+ =================================
+ u : -0.10166E+01 0.19390E+00
+ v : -0.40676E-01 0.12561E+00
+ w : -0.73266E+00 0.22811E+00
+ =================================
+ Calculate pressures 32325.0957 24.4459 16.4817
+ raw pressures : -0.15153E+01 0.36584E+00
+ Smoothing pressures 32325.3214 24.6717 0.2258
+ do leaf measurements 32325.3226 24.6728 0.0011
+ compute convergence criterion 32325.3645 24.7148 0.0419
+ velocity_diff_norm = 0.0107532 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32325.3694
+ -----------------------------------
+ build system 32325.3738 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32333.3161 7.9467 7.9422
+ =================================
+ wsmp: initialisation time: 0.0518031 s
+ wsmp: ordering time: 4.1409791 s
+ wsmp: symbolic fact. time: 0.7210801 s
+ wsmp: Cholesky fact. time: 11.3787580 s
+ wsmp: Factorisation 14480.6387961 Mflops
+ wsmp: back substitution time: 0.1219850 s
+ wsmp: from b to rhs vector: 0.0073402 s
+ ---------------------------------
+ wsmp: total solve time: 16.4222929 s
+ =================================
+ u : -0.10162E+01 0.20951E+00
+ v : -0.43084E-01 0.12568E+00
+ w : -0.72811E+00 0.22763E+00
+ =================================
+ Calculate pressures 32349.7539 24.3845 16.4378
+ raw pressures : -0.15371E+01 0.36291E+00
+ Smoothing pressures 32349.9811 24.6118 0.2273
+ do leaf measurements 32349.9823 24.6129 0.0011
+ compute convergence criterion 32350.0243 24.6549 0.0420
+ velocity_diff_norm = 0.0080881 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32350.0273 24.6579 0.0030
+Compute isostasy and adjust vertical 32350.0274 24.6580 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -167288399461424.41 282165467134759.56
+ def in m -8.0085916519165039 0.6689872145652771
+ dimensionless def -1.91139204161507748E-6 2.2881690434047154E-5
+ Isostatic velocity range = -0.0187751 0.2284701
+ Compute divergence 32350.2332 24.8638 0.2058
+ wsmp_cleanup 32350.2719 24.9025 0.0386
+ Reset surface geometry 32350.2766 24.9072 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 32350.2848 24.9154 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32350.3010 24.9316 0.0161
+ Advect surface 1 32350.3011 24.9317 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32350.4973 25.1279 0.1962
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32350.6938 25.3244 0.1965
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32350.9494 25.5801 0.2556
+ Advect the cloud 32351.1059 25.7366 0.1565
+ Write output 32351.9565 26.5872 0.8506
+ End of time step 32352.8355 27.4661 0.8790
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 200 32352.8357
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32352.8357 0.0001 0.0001
+ surface 01 32352.8358 0.0001 0.0000
+ S. 1: 16975points
+ refine surface 32352.8358 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32352.8627 0.0270 0.0269
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32352.8843 0.0487 0.0216
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32352.9093 0.0737 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 16976points
+ surface 02 32352.9273 0.0916 0.0179
+ S. 2: 16965points
+ refine surface 32352.9274 0.0917 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 32352.9549 0.1193 0.0275
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 32352.9772 0.1415 0.0223
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32353.0024 0.1668 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16968points
+ surface 03 32353.0203 0.1846 0.0178
+ S. 3: 16973points
+ refine surface 32353.0204 0.1847 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 32353.0466 0.2110 0.0262
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32353.0733 0.2376 0.0266
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32353.0984 0.2627 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16974points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32353.1226
+ -----------------------------------------------------------------------
+ Create octree solve 32353.1229 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32353.1388 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32353.1603 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32353.1611 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32353.1753 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32353.2974 0.1748 0.1222
+ Imbed surface in osolve 32353.4888 0.3662 0.1914
+ embedding surface 1 32353.4890 0.3663 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 32355.4648 2.3422 1.9759
+ osolve%nleaves= 59424
+ embedding surface 3 32357.5822 4.4596 2.1174
+ osolve%nleaves= 64128
+ Assessing octree stability 32361.1383 8.0157 3.5561
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32361.1435 8.0208 0.0051
+ Interpolate velo onto osolve 32361.6129 8.4902 0.4694
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32361.6770 8.5543 0.0641
+ Find void 32361.9451 8.8224 0.2681
+ whole leaf in fluid 32992
+ Define boundary conditions 32361.9737 8.8510 0.0286
+ wsmp setup1 32361.9811 8.8585 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32362.9969 9.8743 1.0158
+ -----------------------------------
+ start of non-linear iteratio 1 32363.0461
+ -----------------------------------
+ build system 32363.0463 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32370.9923 7.9462 7.9460
+ =================================
+ wsmp: initialisation time: 0.0563052 s
+ wsmp: ordering time: 4.1413369 s
+ wsmp: symbolic fact. time: 0.7302451 s
+ wsmp: Cholesky fact. time: 11.3830721 s
+ wsmp: Factorisation 14475.1506342 Mflops
+ wsmp: back substitution time: 0.1217370 s
+ wsmp: from b to rhs vector: 0.0072320 s
+ ---------------------------------
+ wsmp: total solve time: 16.4402990 s
+ =================================
+ u : -0.10161E+01 0.18412E+00
+ v : -0.95870E-01 0.11146E+00
+ w : -0.76155E+00 0.24732E+00
+ =================================
+ Calculate pressures 32387.4479 24.4018 16.4556
+ raw pressures : -0.35070E+00 0.00000E+00
+ Smoothing pressures 32387.6752 24.6291 0.2273
+ do leaf measurements 32387.6764 24.6302 0.0012
+ compute convergence criterion 32387.7191 24.6729 0.0427
+ velocity_diff_norm = 0.5894695 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32387.7240
+ -----------------------------------
+ build system 32387.7284 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81095E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32395.7512 8.0272 8.0228
+ =================================
+ wsmp: initialisation time: 0.0540900 s
+ wsmp: ordering time: 4.1416161 s
+ wsmp: symbolic fact. time: 0.7153959 s
+ wsmp: Cholesky fact. time: 11.3854840 s
+ wsmp: Factorisation 14472.0842928 Mflops
+ wsmp: back substitution time: 0.1209600 s
+ wsmp: from b to rhs vector: 0.0071971 s
+ ---------------------------------
+ wsmp: total solve time: 16.4251001 s
+ =================================
+ u : -0.10156E+01 0.13693E+00
+ v : -0.48473E-01 0.10207E+00
+ w : -0.76714E+00 0.22597E+00
+ =================================
+ Calculate pressures 32412.1915 24.4676 16.4404
+ raw pressures : -0.12354E+01 0.18008E+00
+ Smoothing pressures 32412.4184 24.6945 0.2269
+ do leaf measurements 32412.4196 24.6956 0.0012
+ compute convergence criterion 32412.4622 24.7382 0.0426
+ velocity_diff_norm = 0.0712798 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32412.4671
+ -----------------------------------
+ build system 32412.4715 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32420.4090 7.9419 7.9375
+ =================================
+ wsmp: initialisation time: 0.0544820 s
+ wsmp: ordering time: 4.1591699 s
+ wsmp: symbolic fact. time: 0.7248840 s
+ wsmp: Cholesky fact. time: 11.4666572 s
+ wsmp: Factorisation 14369.6355050 Mflops
+ wsmp: back substitution time: 0.1212840 s
+ wsmp: from b to rhs vector: 0.0071061 s
+ ---------------------------------
+ wsmp: total solve time: 16.5339530 s
+ =================================
+ u : -0.10171E+01 0.15511E+00
+ v : -0.37110E-01 0.11840E+00
+ w : -0.74640E+00 0.23185E+00
+ =================================
+ Calculate pressures 32436.9584 24.4914 16.5495
+ raw pressures : -0.13715E+01 0.31203E+00
+ Smoothing pressures 32437.1837 24.7166 0.2252
+ do leaf measurements 32437.1848 24.7178 0.0011
+ compute convergence criterion 32437.2275 24.7605 0.0427
+ velocity_diff_norm = 0.0360957 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32437.2324
+ -----------------------------------
+ build system 32437.2369 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32445.2442 8.0118 8.0073
+ =================================
+ wsmp: initialisation time: 0.0531008 s
+ wsmp: ordering time: 4.1364820 s
+ wsmp: symbolic fact. time: 0.7178280 s
+ wsmp: Cholesky fact. time: 11.3915670 s
+ wsmp: Factorisation 14464.3563079 Mflops
+ wsmp: back substitution time: 0.1210179 s
+ wsmp: from b to rhs vector: 0.0073280 s
+ ---------------------------------
+ wsmp: total solve time: 16.4276919 s
+ =================================
+ u : -0.10169E+01 0.17599E+00
+ v : -0.37690E-01 0.12305E+00
+ w : -0.73711E+00 0.22916E+00
+ =================================
+ Calculate pressures 32461.6873 24.4549 16.4431
+ raw pressures : -0.14705E+01 0.35667E+00
+ Smoothing pressures 32461.9122 24.6797 0.2248
+ do leaf measurements 32461.9133 24.6809 0.0012
+ compute convergence criterion 32461.9565 24.7241 0.0431
+ velocity_diff_norm = 0.0159249 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32461.9614
+ -----------------------------------
+ build system 32461.9660 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32469.9370 7.9756 7.9710
+ =================================
+ wsmp: initialisation time: 0.0529170 s
+ wsmp: ordering time: 4.1368442 s
+ wsmp: symbolic fact. time: 0.7169230 s
+ wsmp: Cholesky fact. time: 11.4060180 s
+ wsmp: Factorisation 14446.0304731 Mflops
+ wsmp: back substitution time: 0.1214871 s
+ wsmp: from b to rhs vector: 0.0071678 s
+ ---------------------------------
+ wsmp: total solve time: 16.4417160 s
+ =================================
+ u : -0.10166E+01 0.19380E+00
+ v : -0.40580E-01 0.12556E+00
+ w : -0.73237E+00 0.22822E+00
+ =================================
+ Calculate pressures 32486.3944 24.4330 16.4574
+ raw pressures : -0.15144E+01 0.36482E+00
+ Smoothing pressures 32486.6193 24.6579 0.2249
+ do leaf measurements 32486.6204 24.6590 0.0011
+ compute convergence criterion 32486.6631 24.7017 0.0427
+ velocity_diff_norm = 0.0107513 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32486.6680
+ -----------------------------------
+ build system 32486.6724 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32494.6096 7.9416 7.9372
+ =================================
+ wsmp: initialisation time: 0.0504570 s
+ wsmp: ordering time: 4.1601710 s
+ wsmp: symbolic fact. time: 0.7227871 s
+ wsmp: Cholesky fact. time: 11.3878751 s
+ wsmp: Factorisation 14469.0456047 Mflops
+ wsmp: back substitution time: 0.1216509 s
+ wsmp: from b to rhs vector: 0.0072279 s
+ ---------------------------------
+ wsmp: total solve time: 16.4505301 s
+ =================================
+ u : -0.10164E+01 0.20941E+00
+ v : -0.42993E-01 0.12561E+00
+ w : -0.72785E+00 0.22780E+00
+ =================================
+ Calculate pressures 32511.0755 24.4075 16.4659
+ raw pressures : -0.15360E+01 0.36200E+00
+ Smoothing pressures 32511.3025 24.6346 0.2270
+ do leaf measurements 32511.3037 24.6357 0.0011
+ compute convergence criterion 32511.3463 24.6783 0.0426
+ velocity_diff_norm = 0.0080833 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32511.3492 24.6813 0.0030
+Compute isostasy and adjust vertical 32511.3494 24.6814 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -167749988123225.63 283424841408793.63
+ def in m -8.0067281723022461 0.66616445779800415
+ dimensionless def -1.90332702228001176E-6 2.28763662065778481E-5
+ Isostatic velocity range = -0.0186870 0.2284190
+ Compute divergence 32511.5533 24.8853 0.2039
+ wsmp_cleanup 32511.5915 24.9236 0.0382
+ Reset surface geometry 32511.5965 24.9285 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 32511.6046 24.9367 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32511.6210 24.9530 0.0163
+ Advect surface 1 32511.6211 24.9531 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32511.8174 25.1495 0.1964
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32512.0173 25.3493 0.1999
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32512.2675 25.5995 0.2502
+ Advect the cloud 32512.4243 25.7563 0.1568
+ Write output 32513.2743 26.6064 0.8500
+ End of time step 32514.1522 27.4842 0.8778
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 201 32514.1523
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32514.1524 0.0001 0.0001
+ surface 01 32514.1524 0.0001 0.0000
+ S. 1: 16976points
+ refine surface 32514.1524 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32514.1790 0.0267 0.0266
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32514.2009 0.0486 0.0219
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32514.2263 0.0740 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16977points
+ surface 02 32514.2440 0.0917 0.0178
+ S. 2: 16968points
+ refine surface 32514.2442 0.0919 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32514.2693 0.1170 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16968points
+ surface 03 32514.2874 0.1351 0.0181
+ S. 3: 16974points
+ refine surface 32514.2876 0.1353 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 32514.3145 0.1622 0.0269
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32514.3364 0.1841 0.0219
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32514.3614 0.2091 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16976points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32514.3858
+ -----------------------------------------------------------------------
+ Create octree solve 32514.3860 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32514.4019 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32514.4236 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32514.4244 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32514.4385 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32514.5607 0.1749 0.1222
+ Imbed surface in osolve 32514.7512 0.3654 0.1905
+ embedding surface 1 32514.7514 0.3656 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 32516.7169 2.3311 1.9655
+ osolve%nleaves= 59424
+ embedding surface 3 32518.8393 4.4535 2.1224
+ osolve%nleaves= 64128
+ Assessing octree stability 32522.4123 8.0265 3.5730
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32522.4177 8.0319 0.0054
+ Interpolate velo onto osolve 32522.9045 8.5187 0.4868
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32522.9691 8.5833 0.0646
+ Find void 32523.2393 8.8534 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 32523.2682 8.8824 0.0289
+ wsmp setup1 32523.2762 8.8904 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32524.2920 9.9062 1.0158
+ -----------------------------------
+ start of non-linear iteratio 1 32524.3417
+ -----------------------------------
+ build system 32524.3418 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32532.2772 7.9355 7.9354
+ =================================
+ wsmp: initialisation time: 0.0586700 s
+ wsmp: ordering time: 4.1432550 s
+ wsmp: symbolic fact. time: 0.7225769 s
+ wsmp: Cholesky fact. time: 11.3695168 s
+ wsmp: Factorisation 14492.4086094 Mflops
+ wsmp: back substitution time: 0.1215820 s
+ wsmp: from b to rhs vector: 0.0071259 s
+ ---------------------------------
+ wsmp: total solve time: 16.4230828 s
+ =================================
+ u : -0.10165E+01 0.18365E+00
+ v : -0.95792E-01 0.11075E+00
+ w : -0.76128E+00 0.24571E+00
+ =================================
+ Calculate pressures 32548.7158 24.3742 16.4386
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 32548.9426 24.6009 0.2267
+ do leaf measurements 32548.9436 24.6020 0.0011
+ compute convergence criterion 32548.9853 24.6436 0.0416
+ velocity_diff_norm = 0.5893906 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32548.9902
+ -----------------------------------
+ build system 32548.9946 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81890E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32557.0108 8.0206 8.0162
+ =================================
+ wsmp: initialisation time: 0.0527790 s
+ wsmp: ordering time: 4.1441569 s
+ wsmp: symbolic fact. time: 0.7156961 s
+ wsmp: Cholesky fact. time: 11.3828170 s
+ wsmp: Factorisation 14475.4750464 Mflops
+ wsmp: back substitution time: 0.1211100 s
+ wsmp: from b to rhs vector: 0.0071211 s
+ ---------------------------------
+ wsmp: total solve time: 16.4240460 s
+ =================================
+ u : -0.10153E+01 0.13665E+00
+ v : -0.48981E-01 0.10228E+00
+ w : -0.76689E+00 0.22477E+00
+ =================================
+ Calculate pressures 32573.4509 24.4607 16.4401
+ raw pressures : -0.12351E+01 0.17807E+00
+ Smoothing pressures 32573.6747 24.6845 0.2238
+ do leaf measurements 32573.6758 24.6856 0.0011
+ compute convergence criterion 32573.7174 24.7272 0.0416
+ velocity_diff_norm = 0.0715638 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32573.7223
+ -----------------------------------
+ build system 32573.7267 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32581.6630 7.9407 7.9364
+ =================================
+ wsmp: initialisation time: 0.0500009 s
+ wsmp: ordering time: 4.1759892 s
+ wsmp: symbolic fact. time: 0.7176371 s
+ wsmp: Cholesky fact. time: 11.4675319 s
+ wsmp: Factorisation 14368.5393712 Mflops
+ wsmp: back substitution time: 0.1209831 s
+ wsmp: from b to rhs vector: 0.0071139 s
+ ---------------------------------
+ wsmp: total solve time: 16.5396090 s
+ =================================
+ u : -0.10171E+01 0.15494E+00
+ v : -0.37406E-01 0.11856E+00
+ w : -0.74619E+00 0.23097E+00
+ =================================
+ Calculate pressures 32598.2181 24.4958 16.5550
+ raw pressures : -0.13711E+01 0.31156E+00
+ Smoothing pressures 32598.4439 24.7216 0.2258
+ do leaf measurements 32598.4449 24.7226 0.0011
+ compute convergence criterion 32598.4865 24.7642 0.0415
+ velocity_diff_norm = 0.0362253 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32598.4914
+ -----------------------------------
+ build system 32598.4958 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32606.5063 8.0149 8.0105
+ =================================
+ wsmp: initialisation time: 0.0504620 s
+ wsmp: ordering time: 4.1494119 s
+ wsmp: symbolic fact. time: 0.7161760 s
+ wsmp: Cholesky fact. time: 11.3750188 s
+ wsmp: Factorisation 14485.3987729 Mflops
+ wsmp: back substitution time: 0.1211441 s
+ wsmp: from b to rhs vector: 0.0071349 s
+ ---------------------------------
+ wsmp: total solve time: 16.4197149 s
+ =================================
+ u : -0.10170E+01 0.17589E+00
+ v : -0.37908E-01 0.12324E+00
+ w : -0.73696E+00 0.22887E+00
+ =================================
+ Calculate pressures 32622.9417 24.4503 16.4354
+ raw pressures : -0.14703E+01 0.35633E+00
+ Smoothing pressures 32623.1667 24.6753 0.2250
+ do leaf measurements 32623.1678 24.6764 0.0011
+ compute convergence criterion 32623.2098 24.7185 0.0420
+ velocity_diff_norm = 0.0158873 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32623.2148
+ -----------------------------------
+ build system 32623.2193 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32631.2045 7.9897 7.9852
+ =================================
+ wsmp: initialisation time: 0.0534611 s
+ wsmp: ordering time: 4.1366410 s
+ wsmp: symbolic fact. time: 0.7169120 s
+ wsmp: Cholesky fact. time: 11.4002271 s
+ wsmp: Factorisation 14453.3685922 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0070179 s
+ ---------------------------------
+ wsmp: total solve time: 16.4355829 s
+ =================================
+ u : -0.10168E+01 0.19372E+00
+ v : -0.40731E-01 0.12574E+00
+ w : -0.73228E+00 0.22798E+00
+ =================================
+ Calculate pressures 32647.6554 24.4407 16.4509
+ raw pressures : -0.15139E+01 0.36426E+00
+ Smoothing pressures 32647.8809 24.6662 0.2255
+ do leaf measurements 32647.8820 24.6672 0.0011
+ compute convergence criterion 32647.9236 24.7089 0.0416
+ velocity_diff_norm = 0.0107623 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32647.9285
+ -----------------------------------
+ build system 32647.9329 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32655.8715 7.9429 7.9385
+ =================================
+ wsmp: initialisation time: 0.0515821 s
+ wsmp: ordering time: 4.1660171 s
+ wsmp: symbolic fact. time: 0.7198639 s
+ wsmp: Cholesky fact. time: 11.4026768 s
+ wsmp: Factorisation 14450.2634307 Mflops
+ wsmp: back substitution time: 0.1217120 s
+ wsmp: from b to rhs vector: 0.0071089 s
+ ---------------------------------
+ wsmp: total solve time: 16.4693151 s
+ =================================
+ u : -0.10165E+01 0.20937E+00
+ v : -0.43088E-01 0.12578E+00
+ w : -0.72775E+00 0.22757E+00
+ =================================
+ Calculate pressures 32672.3563 24.4277 16.4848
+ raw pressures : -0.15355E+01 0.36145E+00
+ Smoothing pressures 32672.5837 24.6552 0.2275
+ do leaf measurements 32672.5848 24.6563 0.0011
+ compute convergence criterion 32672.6264 24.6978 0.0416
+ velocity_diff_norm = 0.0080786 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32672.6293 24.7008 0.0029
+Compute isostasy and adjust vertical 32672.6295 24.7010 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -168217199820427.31 284678884690878.88
+ def in m -8.0084419250488281 0.66813397407531738
+ dimensionless def -1.90895421164376397E-6 2.28812626429966524E-5
+ Isostatic velocity range = -0.0187382 0.2284711
+ Compute divergence 32672.8332 24.9047 0.2037
+ wsmp_cleanup 32672.8694 24.9408 0.0362
+ Reset surface geometry 32672.8744 24.9459 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 32672.8826 24.9541 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32672.8998 24.9712 0.0171
+ Advect surface 1 32672.8999 24.9714 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32673.0894 25.1609 0.1895
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32673.2876 25.3590 0.1981
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32673.5417 25.6132 0.2541
+ Advect the cloud 32673.6971 25.7686 0.1554
+ Write output 32674.5486 26.6200 0.8515
+ End of time step 32675.4495 27.5210 0.9010
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 202 32675.4497
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32675.4498 0.0001 0.0001
+ surface 01 32675.4499 0.0002 0.0000
+ S. 1: 16977points
+ refine surface 32675.4499 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32675.4766 0.0269 0.0267
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32675.4988 0.0491 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32675.5242 0.0745 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16978points
+ surface 02 32675.5421 0.0924 0.0179
+ S. 2: 16968points
+ refine surface 32675.5422 0.0925 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32675.5676 0.1179 0.0253
+ S. 2: 0 flips in delaunay2
+ S. 2: 16968points
+ surface 03 32675.5854 0.1357 0.0178
+ S. 3: 16976points
+ refine surface 32675.5855 0.1358 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 32675.6122 0.1625 0.0267
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32675.6345 0.1848 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32675.6601 0.2105 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16978points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32675.6841
+ -----------------------------------------------------------------------
+ Create octree solve 32675.6843 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32675.7002 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32675.7217 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32675.7225 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32675.7367 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32675.8588 0.1747 0.1222
+ Imbed surface in osolve 32676.0484 0.3643 0.1896
+ embedding surface 1 32676.0486 0.3645 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 32678.0134 2.3293 1.9649
+ osolve%nleaves= 59424
+ embedding surface 3 32680.1142 4.4301 2.1008
+ osolve%nleaves= 64128
+ Assessing octree stability 32683.6881 8.0040 3.5739
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32683.6941 8.0100 0.0060
+ Interpolate velo onto osolve 32684.1734 8.4893 0.4793
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32684.2440 8.5599 0.0706
+ Find void 32684.5116 8.8275 0.2675
+ whole leaf in fluid 32992
+ Define boundary conditions 32684.5402 8.8561 0.0286
+ wsmp setup1 32684.5478 8.8637 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32685.5647 9.8806 1.0169
+ -----------------------------------
+ start of non-linear iteratio 1 32685.6140
+ -----------------------------------
+ build system 32685.6142 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32693.5341 7.9201 7.9199
+ =================================
+ wsmp: initialisation time: 0.0532150 s
+ wsmp: ordering time: 4.1471741 s
+ wsmp: symbolic fact. time: 0.7231421 s
+ wsmp: Cholesky fact. time: 11.3880310 s
+ wsmp: Factorisation 14468.8474935 Mflops
+ wsmp: back substitution time: 0.1218021 s
+ wsmp: from b to rhs vector: 0.0070691 s
+ ---------------------------------
+ wsmp: total solve time: 16.4407871 s
+ =================================
+ u : -0.10138E+01 0.18467E+00
+ v : -0.96178E-01 0.11169E+00
+ w : -0.76151E+00 0.24643E+00
+ =================================
+ Calculate pressures 32709.9906 24.3766 16.4565
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 32710.2180 24.6040 0.2274
+ do leaf measurements 32710.2192 24.6051 0.0011
+ compute convergence criterion 32710.2614 24.6474 0.0422
+ velocity_diff_norm = 0.5888789 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32710.2664
+ -----------------------------------
+ build system 32710.2709 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81516E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32718.2756 8.0093 8.0048
+ =================================
+ wsmp: initialisation time: 0.0518718 s
+ wsmp: ordering time: 4.1468151 s
+ wsmp: symbolic fact. time: 0.7176020 s
+ wsmp: Cholesky fact. time: 11.3844879 s
+ wsmp: Factorisation 14473.3505622 Mflops
+ wsmp: back substitution time: 0.1213689 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.4296100 s
+ =================================
+ u : -0.10153E+01 0.13728E+00
+ v : -0.48649E-01 0.10213E+00
+ w : -0.76704E+00 0.22559E+00
+ =================================
+ Calculate pressures 32734.7204 24.4540 16.4448
+ raw pressures : -0.12365E+01 0.18065E+00
+ Smoothing pressures 32734.9453 24.6789 0.2249
+ do leaf measurements 32734.9464 24.6800 0.0011
+ compute convergence criterion 32734.9887 24.7223 0.0423
+ velocity_diff_norm = 0.0710990 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32734.9936
+ -----------------------------------
+ build system 32734.9981 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32742.9343 7.9407 7.9363
+ =================================
+ wsmp: initialisation time: 0.0512421 s
+ wsmp: ordering time: 4.1548429 s
+ wsmp: symbolic fact. time: 0.7165949 s
+ wsmp: Cholesky fact. time: 11.4773331 s
+ wsmp: Factorisation 14356.2692558 Mflops
+ wsmp: back substitution time: 0.1214299 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.5290880 s
+ =================================
+ u : -0.10168E+01 0.15524E+00
+ v : -0.37352E-01 0.11843E+00
+ w : -0.74683E+00 0.23175E+00
+ =================================
+ Calculate pressures 32759.4784 24.4848 16.5440
+ raw pressures : -0.13717E+01 0.31240E+00
+ Smoothing pressures 32759.7043 24.7107 0.2259
+ do leaf measurements 32759.7054 24.7118 0.0011
+ compute convergence criterion 32759.7476 24.7540 0.0422
+ velocity_diff_norm = 0.0361018 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32759.7526
+ -----------------------------------
+ build system 32759.7571 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32767.7541 8.0015 7.9970
+ =================================
+ wsmp: initialisation time: 0.0543621 s
+ wsmp: ordering time: 4.1435711 s
+ wsmp: symbolic fact. time: 0.7184789 s
+ wsmp: Cholesky fact. time: 11.3877580 s
+ wsmp: Factorisation 14469.1943432 Mflops
+ wsmp: back substitution time: 0.1210690 s
+ wsmp: from b to rhs vector: 0.0071619 s
+ ---------------------------------
+ wsmp: total solve time: 16.4327681 s
+ =================================
+ u : -0.10167E+01 0.17601E+00
+ v : -0.37782E-01 0.12311E+00
+ w : -0.73735E+00 0.22917E+00
+ =================================
+ Calculate pressures 32784.2030 24.4504 16.4489
+ raw pressures : -0.14706E+01 0.35738E+00
+ Smoothing pressures 32784.4276 24.6750 0.2246
+ do leaf measurements 32784.4287 24.6761 0.0011
+ compute convergence criterion 32784.4713 24.7188 0.0426
+ velocity_diff_norm = 0.0159093 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32784.4764
+ -----------------------------------
+ build system 32784.4810 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32792.4800 8.0036 7.9991
+ =================================
+ wsmp: initialisation time: 0.0514271 s
+ wsmp: ordering time: 4.1470149 s
+ wsmp: symbolic fact. time: 0.7175081 s
+ wsmp: Cholesky fact. time: 11.4024649 s
+ wsmp: Factorisation 14450.5320387 Mflops
+ wsmp: back substitution time: 0.1210821 s
+ wsmp: from b to rhs vector: 0.0072062 s
+ ---------------------------------
+ wsmp: total solve time: 16.4470758 s
+ =================================
+ u : -0.10165E+01 0.19378E+00
+ v : -0.40658E-01 0.12562E+00
+ w : -0.73258E+00 0.22819E+00
+ =================================
+ Calculate pressures 32808.9425 24.4662 16.4625
+ raw pressures : -0.15145E+01 0.36539E+00
+ Smoothing pressures 32809.1680 24.6917 0.2255
+ do leaf measurements 32809.1691 24.6928 0.0011
+ compute convergence criterion 32809.2116 24.7352 0.0424
+ velocity_diff_norm = 0.0107514 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32809.2164
+ -----------------------------------
+ build system 32809.2208 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32817.1553 7.9388 7.9345
+ =================================
+ wsmp: initialisation time: 0.0541270 s
+ wsmp: ordering time: 4.1665430 s
+ wsmp: symbolic fact. time: 0.7227998 s
+ wsmp: Cholesky fact. time: 11.4279699 s
+ wsmp: Factorisation 14418.2811862 Mflops
+ wsmp: back substitution time: 0.1218991 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.5008490 s
+ =================================
+ u : -0.10163E+01 0.20941E+00
+ v : -0.43070E-01 0.12565E+00
+ w : -0.72801E+00 0.22756E+00
+ =================================
+ Calculate pressures 32833.6716 24.4552 16.5164
+ raw pressures : -0.15363E+01 0.36255E+00
+ Smoothing pressures 32833.8995 24.6831 0.2279
+ do leaf measurements 32833.9006 24.6842 0.0011
+ compute convergence criterion 32833.9429 24.7264 0.0423
+ velocity_diff_norm = 0.0080795 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32833.9459 24.7294 0.0030
+Compute isostasy and adjust vertical 32833.9461 24.7296 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -168668378434126.25 285935821577671.25
+ def in m -8.0074739456176758 0.66749304533004761
+ dimensionless def -1.90712298665727901E-6 2.2878496987479074E-5
+ Isostatic velocity range = -0.0187187 0.2284439
+ Compute divergence 32834.1497 24.9333 0.2036
+ wsmp_cleanup 32834.1909 24.9744 0.0412
+ Reset surface geometry 32834.1960 24.9795 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 32834.2044 24.9880 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32834.2189 25.0025 0.0145
+ Advect surface 1 32834.2191 25.0026 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32834.4124 25.1959 0.1933
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32834.6108 25.3943 0.1984
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32834.8620 25.6455 0.2512
+ Advect the cloud 32835.0187 25.8022 0.1567
+ Write output 32835.8665 26.6501 0.8479
+ End of time step 32836.7499 27.5334 0.8833
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 203 32836.7500
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32836.7501 0.0001 0.0001
+ surface 01 32836.7501 0.0001 0.0000
+ S. 1: 16978points
+ refine surface 32836.7502 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 32836.7766 0.0266 0.0264
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32836.7988 0.0487 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32836.8241 0.0740 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16979points
+ surface 02 32836.8418 0.0918 0.0177
+ S. 2: 16968points
+ refine surface 32836.8419 0.0919 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 32836.8689 0.1189 0.0270
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 32836.8916 0.1416 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32836.9158 0.1658 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 16971points
+ surface 03 32836.9350 0.1849 0.0191
+ S. 3: 16978points
+ refine surface 32836.9351 0.1851 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 32836.9615 0.2115 0.0264
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32836.9834 0.2334 0.0219
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32837.0087 0.2587 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16979points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32837.0334
+ -----------------------------------------------------------------------
+ Create octree solve 32837.0336 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32837.0495 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 32837.0709 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32837.0717 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32837.0859 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32837.2080 0.1747 0.1222
+ Imbed surface in osolve 32837.3998 0.3664 0.1918
+ embedding surface 1 32837.3999 0.3666 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 32839.3641 2.3308 1.9642
+ osolve%nleaves= 59424
+ embedding surface 3 32841.4806 4.4473 2.1165
+ osolve%nleaves= 64128
+ Assessing octree stability 32845.0363 8.0029 3.5556
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 32845.0412 8.0079 0.0050
+ Interpolate velo onto osolve 32845.5209 8.4875 0.4796
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 32845.6037 8.5703 0.0828
+ Find void 32845.8769 8.8436 0.2733
+ whole leaf in fluid 32992
+ Define boundary conditions 32845.9057 8.8724 0.0288
+ wsmp setup1 32845.9134 8.8801 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 32846.9313 9.8979 1.0179
+ -----------------------------------
+ start of non-linear iteratio 1 32846.9797
+ -----------------------------------
+ build system 32846.9798 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32854.8973 7.9177 7.9175
+ =================================
+ wsmp: initialisation time: 0.0538590 s
+ wsmp: ordering time: 4.1581769 s
+ wsmp: symbolic fact. time: 0.7236910 s
+ wsmp: Cholesky fact. time: 11.3886650 s
+ wsmp: Factorisation 14468.0420788 Mflops
+ wsmp: back substitution time: 0.1218722 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4538131 s
+ =================================
+ u : -0.10328E+01 0.18423E+00
+ v : -0.96145E-01 0.11151E+00
+ w : -0.76162E+00 0.24820E+00
+ =================================
+ Calculate pressures 32871.3672 24.3875 16.4698
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 32871.5933 24.6136 0.2261
+ do leaf measurements 32871.5944 24.6148 0.0011
+ compute convergence criterion 32871.6365 24.6568 0.0421
+ velocity_diff_norm = 0.5886693 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 32871.6416
+ -----------------------------------
+ build system 32871.6463 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80730E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32879.6365 7.9949 7.9902
+ =================================
+ wsmp: initialisation time: 0.0507541 s
+ wsmp: ordering time: 4.1458552 s
+ wsmp: symbolic fact. time: 0.7174881 s
+ wsmp: Cholesky fact. time: 11.3781929 s
+ wsmp: Factorisation 14481.3579186 Mflops
+ wsmp: back substitution time: 0.1215370 s
+ wsmp: from b to rhs vector: 0.0072269 s
+ ---------------------------------
+ wsmp: total solve time: 16.4214289 s
+ =================================
+ u : -0.10151E+01 0.13696E+00
+ v : -0.48584E-01 0.10238E+00
+ w : -0.76700E+00 0.22647E+00
+ =================================
+ Calculate pressures 32896.0734 24.4318 16.4369
+ raw pressures : -0.12360E+01 0.17957E+00
+ Smoothing pressures 32896.2976 24.6560 0.2243
+ do leaf measurements 32896.2988 24.6572 0.0011
+ compute convergence criterion 32896.3413 24.6998 0.0426
+ velocity_diff_norm = 0.0708356 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 32896.3465
+ -----------------------------------
+ build system 32896.3512 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32904.2891 7.9426 7.9379
+ =================================
+ wsmp: initialisation time: 0.0517459 s
+ wsmp: ordering time: 4.1522460 s
+ wsmp: symbolic fact. time: 0.7183070 s
+ wsmp: Cholesky fact. time: 11.4715300 s
+ wsmp: Factorisation 14363.5316684 Mflops
+ wsmp: back substitution time: 0.1212320 s
+ wsmp: from b to rhs vector: 0.0071452 s
+ ---------------------------------
+ wsmp: total solve time: 16.5225980 s
+ =================================
+ u : -0.10169E+01 0.15502E+00
+ v : -0.37317E-01 0.11849E+00
+ w : -0.74659E+00 0.23190E+00
+ =================================
+ Calculate pressures 32920.8271 24.4807 16.5380
+ raw pressures : -0.13717E+01 0.31229E+00
+ Smoothing pressures 32921.0521 24.7056 0.2250
+ do leaf measurements 32921.0532 24.7067 0.0011
+ compute convergence criterion 32921.0953 24.7488 0.0421
+ velocity_diff_norm = 0.0362152 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 32921.1004
+ -----------------------------------
+ build system 32921.1051 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32929.0843 7.9839 7.9792
+ =================================
+ wsmp: initialisation time: 0.0554581 s
+ wsmp: ordering time: 4.1451812 s
+ wsmp: symbolic fact. time: 0.7178121 s
+ wsmp: Cholesky fact. time: 11.3831878 s
+ wsmp: Factorisation 14475.0035923 Mflops
+ wsmp: back substitution time: 0.1212819 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4304869 s
+ =================================
+ u : -0.10168E+01 0.17592E+00
+ v : -0.37657E-01 0.12309E+00
+ w : -0.73719E+00 0.22930E+00
+ =================================
+ Calculate pressures 32945.5302 24.4299 16.4459
+ raw pressures : -0.14707E+01 0.35701E+00
+ Smoothing pressures 32945.7553 24.6549 0.2251
+ do leaf measurements 32945.7564 24.6560 0.0011
+ compute convergence criterion 32945.7985 24.6982 0.0421
+ velocity_diff_norm = 0.0159209 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 32945.8036
+ -----------------------------------
+ build system 32945.8087 0.0051 0.0051
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32953.8266 8.0230 8.0179
+ =================================
+ wsmp: initialisation time: 0.0506911 s
+ wsmp: ordering time: 4.1449249 s
+ wsmp: symbolic fact. time: 0.7167039 s
+ wsmp: Cholesky fact. time: 11.3921819 s
+ wsmp: Factorisation 14463.5756089 Mflops
+ wsmp: back substitution time: 0.1214840 s
+ wsmp: from b to rhs vector: 0.0072429 s
+ ---------------------------------
+ wsmp: total solve time: 16.4336140 s
+ =================================
+ u : -0.10166E+01 0.19374E+00
+ v : -0.40563E-01 0.12558E+00
+ w : -0.73247E+00 0.22826E+00
+ =================================
+ Calculate pressures 32970.2757 24.4721 16.4491
+ raw pressures : -0.15143E+01 0.36497E+00
+ Smoothing pressures 32970.5005 24.6969 0.2248
+ do leaf measurements 32970.5016 24.6980 0.0011
+ compute convergence criterion 32970.5438 24.7401 0.0421
+ velocity_diff_norm = 0.0107573 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 32970.5488
+ -----------------------------------
+ build system 32970.5535 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 32978.4946 7.9458 7.9411
+ =================================
+ wsmp: initialisation time: 0.0530279 s
+ wsmp: ordering time: 4.1593189 s
+ wsmp: symbolic fact. time: 0.7241080 s
+ wsmp: Cholesky fact. time: 11.4293840 s
+ wsmp: Factorisation 14416.4973347 Mflops
+ wsmp: back substitution time: 0.1220560 s
+ wsmp: from b to rhs vector: 0.0072279 s
+ ---------------------------------
+ wsmp: total solve time: 16.4955142 s
+ =================================
+ u : -0.10163E+01 0.20938E+00
+ v : -0.42977E-01 0.12564E+00
+ w : -0.72791E+00 0.22778E+00
+ =================================
+ Calculate pressures 32995.0060 24.4572 16.5114
+ raw pressures : -0.15361E+01 0.36214E+00
+ Smoothing pressures 32995.2327 24.6839 0.2267
+ do leaf measurements 32995.2338 24.6850 0.0011
+ compute convergence criterion 32995.2759 24.7271 0.0421
+ velocity_diff_norm = 0.0080824 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 32995.2792 24.7303 0.0033
+Compute isostasy and adjust vertical 32995.2793 24.7305 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -169120708363696.41 287186168123947.56
+ def in m -8.0059576034545898 0.66677248477935791
+ dimensionless def -1.90506424222673682E-6 2.28741645812988269E-5
+ Isostatic velocity range = -0.0186920 0.2284036
+ Compute divergence 32995.4793 24.9305 0.2000
+ wsmp_cleanup 32995.5197 24.9709 0.0404
+ Reset surface geometry 32995.5250 24.9761 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 32995.5332 24.9843 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 32995.5484 24.9996 0.0152
+ Advect surface 1 32995.5486 24.9997 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 32995.7377 25.1889 0.1892
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 32995.9326 25.3838 0.1949
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 32996.1880 25.6391 0.2554
+ Advect the cloud 32996.3436 25.7948 0.1557
+ Write output 32997.1889 26.6401 0.8453
+ End of time step 32998.0673 27.5185 0.8784
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 204 32998.0675
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 32998.0675 0.0001 0.0001
+ surface 01 32998.0676 0.0001 0.0000
+ S. 1: 16979points
+ refine surface 32998.0676 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 32998.0947 0.0272 0.0271
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 32998.1213 0.0538 0.0266
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 32998.1470 0.0795 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 16981points
+ surface 02 32998.1653 0.0978 0.0183
+ S. 2: 16971points
+ refine surface 32998.1654 0.0980 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 32998.1906 0.1231 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16971points
+ surface 03 32998.2085 0.1410 0.0179
+ S. 3: 16979points
+ refine surface 32998.2086 0.1411 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 32998.2351 0.1676 0.0265
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 32998.2572 0.1897 0.0221
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 32998.2823 0.2148 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16980points
+ -----------------------------------------------------------------------
+ Start of iteration 1 32998.3069
+ -----------------------------------------------------------------------
+ Create octree solve 32998.3072 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 32998.3230 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 32998.3443 0.0373 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 32998.3451 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 32998.3592 0.0523 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 32998.4813 0.1743 0.1221
+ Imbed surface in osolve 32998.6739 0.3670 0.1926
+ embedding surface 1 32998.6741 0.3671 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 33000.6480 2.3411 1.9739
+ osolve%nleaves= 59424
+ embedding surface 3 33002.7631 4.4561 2.1150
+ osolve%nleaves= 64128
+ Assessing octree stability 33006.3108 8.0038 3.5477
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33006.3157 8.0088 0.0049
+ Interpolate velo onto osolve 33006.7605 8.4536 0.4448
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33006.8731 8.5661 0.1125
+ Find void 33007.1431 8.8362 0.2701
+ whole leaf in fluid 32992
+ Define boundary conditions 33007.1719 8.8650 0.0288
+ wsmp setup1 33007.1796 8.8726 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33008.1966 9.8897 1.0171
+ -----------------------------------
+ start of non-linear iteratio 1 33008.2451
+ -----------------------------------
+ build system 33008.2452 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33016.1589 7.9138 7.9137
+ =================================
+ wsmp: initialisation time: 0.0556688 s
+ wsmp: ordering time: 4.1695461 s
+ wsmp: symbolic fact. time: 0.7242191 s
+ wsmp: Cholesky fact. time: 11.4037340 s
+ wsmp: Factorisation 14448.9238636 Mflops
+ wsmp: back substitution time: 0.1218030 s
+ wsmp: from b to rhs vector: 0.0072632 s
+ ---------------------------------
+ wsmp: total solve time: 16.4826169 s
+ =================================
+ u : -0.10144E+01 0.18384E+00
+ v : -0.95980E-01 0.11116E+00
+ w : -0.76154E+00 0.24643E+00
+ =================================
+ Calculate pressures 33032.6571 24.4120 16.4982
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 33032.8836 24.6385 0.2265
+ do leaf measurements 33032.8847 24.6397 0.0012
+ compute convergence criterion 33032.9269 24.6818 0.0421
+ velocity_diff_norm = 0.5890211 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33032.9320
+ -----------------------------------
+ build system 33032.9367 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81715E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33040.9112 7.9792 7.9745
+ =================================
+ wsmp: initialisation time: 0.0531931 s
+ wsmp: ordering time: 4.1452079 s
+ wsmp: symbolic fact. time: 0.7173991 s
+ wsmp: Cholesky fact. time: 11.3852980 s
+ wsmp: Factorisation 14472.3206786 Mflops
+ wsmp: back substitution time: 0.1209750 s
+ wsmp: from b to rhs vector: 0.0071619 s
+ ---------------------------------
+ wsmp: total solve time: 16.4296050 s
+ =================================
+ u : -0.10155E+01 0.13670E+00
+ v : -0.48512E-01 0.10182E+00
+ w : -0.76710E+00 0.22560E+00
+ =================================
+ Calculate pressures 33057.3557 24.4237 16.4445
+ raw pressures : -0.12360E+01 0.17946E+00
+ Smoothing pressures 33057.5812 24.6492 0.2255
+ do leaf measurements 33057.5824 24.6504 0.0012
+ compute convergence criterion 33057.6250 24.6930 0.0426
+ velocity_diff_norm = 0.0713580 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33057.6302
+ -----------------------------------
+ build system 33057.6350 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33065.5722 7.9420 7.9373
+ =================================
+ wsmp: initialisation time: 0.0515668 s
+ wsmp: ordering time: 4.1470652 s
+ wsmp: symbolic fact. time: 0.7166429 s
+ wsmp: Cholesky fact. time: 11.4603801 s
+ wsmp: Factorisation 14377.5060480 Mflops
+ wsmp: back substitution time: 0.1213930 s
+ wsmp: from b to rhs vector: 0.0071511 s
+ ---------------------------------
+ wsmp: total solve time: 16.5045700 s
+ =================================
+ u : -0.10171E+01 0.15490E+00
+ v : -0.37146E-01 0.11827E+00
+ w : -0.74658E+00 0.23191E+00
+ =================================
+ Calculate pressures 33082.0925 24.4623 16.5203
+ raw pressures : -0.13718E+01 0.31232E+00
+ Smoothing pressures 33082.3174 24.6872 0.2249
+ do leaf measurements 33082.3185 24.6883 0.0012
+ compute convergence criterion 33082.3606 24.7305 0.0421
+ velocity_diff_norm = 0.0361580 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33082.3657
+ -----------------------------------
+ build system 33082.3705 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33090.3395 7.9737 7.9690
+ =================================
+ wsmp: initialisation time: 0.0508831 s
+ wsmp: ordering time: 4.1466959 s
+ wsmp: symbolic fact. time: 0.7158420 s
+ wsmp: Cholesky fact. time: 11.3750970 s
+ wsmp: Factorisation 14485.2991889 Mflops
+ wsmp: back substitution time: 0.1216769 s
+ wsmp: from b to rhs vector: 0.0073071 s
+ ---------------------------------
+ wsmp: total solve time: 16.4178839 s
+ =================================
+ u : -0.10169E+01 0.17583E+00
+ v : -0.37681E-01 0.12300E+00
+ w : -0.73722E+00 0.22929E+00
+ =================================
+ Calculate pressures 33106.7726 24.4068 16.4331
+ raw pressures : -0.14707E+01 0.35680E+00
+ Smoothing pressures 33106.9999 24.6341 0.2273
+ do leaf measurements 33107.0010 24.6353 0.0011
+ compute convergence criterion 33107.0432 24.6774 0.0421
+ velocity_diff_norm = 0.0158236 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33107.0483
+ -----------------------------------
+ build system 33107.0529 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33115.0728 8.0245 8.0199
+ =================================
+ wsmp: initialisation time: 0.0514941 s
+ wsmp: ordering time: 4.1549950 s
+ wsmp: symbolic fact. time: 0.7163289 s
+ wsmp: Cholesky fact. time: 11.3804631 s
+ wsmp: Factorisation 14478.4691176 Mflops
+ wsmp: back substitution time: 0.1209991 s
+ wsmp: from b to rhs vector: 0.0072560 s
+ ---------------------------------
+ wsmp: total solve time: 16.4319348 s
+ =================================
+ u : -0.10167E+01 0.19364E+00
+ v : -0.40593E-01 0.12549E+00
+ w : -0.73252E+00 0.22827E+00
+ =================================
+ Calculate pressures 33131.5207 24.4724 16.4479
+ raw pressures : -0.15143E+01 0.36470E+00
+ Smoothing pressures 33131.7437 24.6955 0.2231
+ do leaf measurements 33131.7449 24.6966 0.0011
+ compute convergence criterion 33131.7870 24.7388 0.0422
+ velocity_diff_norm = 0.0107145 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33131.7921
+ -----------------------------------
+ build system 33131.7968 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33139.7331 7.9409 7.9363
+ =================================
+ wsmp: initialisation time: 0.0541041 s
+ wsmp: ordering time: 4.1574972 s
+ wsmp: symbolic fact. time: 0.7231271 s
+ wsmp: Cholesky fact. time: 11.4572260 s
+ wsmp: Factorisation 14381.4640061 Mflops
+ wsmp: back substitution time: 0.1217940 s
+ wsmp: from b to rhs vector: 0.0072501 s
+ ---------------------------------
+ wsmp: total solve time: 16.5213881 s
+ =================================
+ u : -0.10164E+01 0.20930E+00
+ v : -0.43016E-01 0.12556E+00
+ w : -0.72798E+00 0.22770E+00
+ =================================
+ Calculate pressures 33156.2693 24.4772 16.5363
+ raw pressures : -0.15362E+01 0.36199E+00
+ Smoothing pressures 33156.4957 24.7036 0.2264
+ do leaf measurements 33156.4969 24.7048 0.0012
+ compute convergence criterion 33156.5389 24.7468 0.0420
+ velocity_diff_norm = 0.0080904 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33156.5422 24.7501 0.0033
+Compute isostasy and adjust vertical 33156.5424 24.7502 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -169577721767989.41 288430496090887.13
+ def in m -8.0082674026489258 0.67044341564178467
+ dimensionless def -1.91555261611938462E-6 2.2880764007568359E-5
+ Isostatic velocity range = -0.0187918 0.2284731
+ Compute divergence 33156.7472 24.9551 0.2048
+ wsmp_cleanup 33156.7849 24.9927 0.0377
+ Reset surface geometry 33156.7898 24.9977 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 33156.7981 25.0059 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33156.8147 25.0226 0.0166
+ Advect surface 1 33156.8148 25.0227 0.0001
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33157.0012 25.2091 0.1864
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33157.1972 25.4051 0.1960
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33157.4486 25.6565 0.2513
+ Advect the cloud 33157.6036 25.8115 0.1550
+ Write output 33158.4476 26.6554 0.8440
+ End of time step 33159.3295 27.5374 0.8820
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 205 33159.3297
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33159.3297 0.0001 0.0001
+ surface 01 33159.3298 0.0001 0.0000
+ S. 1: 16981points
+ refine surface 33159.3298 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 33159.3581 0.0285 0.0283
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 33159.3808 0.0512 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33159.4062 0.0765 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16984points
+ surface 02 33159.4251 0.0955 0.0189
+ S. 2: 16971points
+ refine surface 33159.4253 0.0956 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33159.4500 0.1203 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16971points
+ surface 03 33159.4683 0.1387 0.0184
+ S. 3: 16980points
+ refine surface 33159.4685 0.1388 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 33159.4945 0.1649 0.0260
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 33159.5173 0.1876 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33159.5454 0.2157 0.0281
+ S. 3: 0 flips in delaunay2
+ S. 3: 16981points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33159.5704
+ -----------------------------------------------------------------------
+ Create octree solve 33159.5707 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33159.5865 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33159.6084 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33159.6092 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33159.6233 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 33159.7455 0.1751 0.1222
+ Imbed surface in osolve 33159.9361 0.3657 0.1906
+ embedding surface 1 33159.9363 0.3658 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33161.9116 2.3412 1.9754
+ osolve%nleaves= 59424
+ embedding surface 3 33164.0150 4.4446 2.1034
+ osolve%nleaves= 64128
+ Assessing octree stability 33167.5642 7.9937 3.5491
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33167.5693 7.9988 0.0051
+ Interpolate velo onto osolve 33168.0307 8.4603 0.4615
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33168.1345 8.5641 0.1038
+ Find void 33168.4041 8.8336 0.2696
+ whole leaf in fluid 32992
+ Define boundary conditions 33168.4329 8.8625 0.0288
+ wsmp setup1 33168.4404 8.8700 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33169.4570 9.8866 1.0166
+ -----------------------------------
+ start of non-linear iteratio 1 33169.5055
+ -----------------------------------
+ build system 33169.5056 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33177.4081 7.9027 7.9025
+ =================================
+ wsmp: initialisation time: 0.0553830 s
+ wsmp: ordering time: 4.1743550 s
+ wsmp: symbolic fact. time: 0.7210898 s
+ wsmp: Cholesky fact. time: 11.4154310 s
+ wsmp: Factorisation 14434.1184795 Mflops
+ wsmp: back substitution time: 0.1216631 s
+ wsmp: from b to rhs vector: 0.0072789 s
+ ---------------------------------
+ wsmp: total solve time: 16.4955649 s
+ =================================
+ u : -0.10136E+01 0.18487E+00
+ v : -0.95571E-01 0.11217E+00
+ w : -0.76180E+00 0.24769E+00
+ =================================
+ Calculate pressures 33193.9194 24.4139 16.5113
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 33194.1458 24.6403 0.2264
+ do leaf measurements 33194.1469 24.6414 0.0011
+ compute convergence criterion 33194.1915 24.6861 0.0446
+ velocity_diff_norm = 0.5905831 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33194.1966
+ -----------------------------------
+ build system 33194.2011 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81443E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33202.1863 7.9897 7.9852
+ =================================
+ wsmp: initialisation time: 0.0527890 s
+ wsmp: ordering time: 4.1512821 s
+ wsmp: symbolic fact. time: 0.7130489 s
+ wsmp: Cholesky fact. time: 11.3845069 s
+ wsmp: Factorisation 14473.3263137 Mflops
+ wsmp: back substitution time: 0.1209960 s
+ wsmp: from b to rhs vector: 0.0073199 s
+ ---------------------------------
+ wsmp: total solve time: 16.4303122 s
+ =================================
+ u : -0.10154E+01 0.13734E+00
+ v : -0.48534E-01 0.10178E+00
+ w : -0.76726E+00 0.22646E+00
+ =================================
+ Calculate pressures 33218.6316 24.4350 16.4453
+ raw pressures : -0.12358E+01 0.17920E+00
+ Smoothing pressures 33218.8580 24.6614 0.2264
+ do leaf measurements 33218.8591 24.6625 0.0011
+ compute convergence criterion 33218.9018 24.7052 0.0427
+ velocity_diff_norm = 0.0720059 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33218.9069
+ -----------------------------------
+ build system 33218.9114 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33226.8530 7.9462 7.9416
+ =================================
+ wsmp: initialisation time: 0.0525961 s
+ wsmp: ordering time: 4.1375029 s
+ wsmp: symbolic fact. time: 0.7159901 s
+ wsmp: Cholesky fact. time: 11.4488752 s
+ wsmp: Factorisation 14391.9538957 Mflops
+ wsmp: back substitution time: 0.1306770 s
+ wsmp: from b to rhs vector: 0.0073330 s
+ ---------------------------------
+ wsmp: total solve time: 16.4933562 s
+ =================================
+ u : -0.10171E+01 0.15533E+00
+ v : -0.37180E-01 0.11828E+00
+ w : -0.74656E+00 0.23234E+00
+ =================================
+ Calculate pressures 33243.3621 24.4552 16.5091
+ raw pressures : -0.13723E+01 0.31284E+00
+ Smoothing pressures 33243.5874 24.6805 0.2253
+ do leaf measurements 33243.5885 24.6816 0.0011
+ compute convergence criterion 33243.6308 24.7239 0.0423
+ velocity_diff_norm = 0.0363299 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33243.6359
+ -----------------------------------
+ build system 33243.6404 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33251.5900 7.9542 7.9497
+ =================================
+ wsmp: initialisation time: 0.0521572 s
+ wsmp: ordering time: 4.1531250 s
+ wsmp: symbolic fact. time: 0.7236869 s
+ wsmp: Cholesky fact. time: 11.3714721 s
+ wsmp: Factorisation 14489.9167084 Mflops
+ wsmp: back substitution time: 0.1217990 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.4297822 s
+ =================================
+ u : -0.10170E+01 0.17613E+00
+ v : -0.37533E-01 0.12304E+00
+ w : -0.73725E+00 0.22972E+00
+ =================================
+ Calculate pressures 33268.0347 24.3988 16.4446
+ raw pressures : -0.14713E+01 0.35763E+00
+ Smoothing pressures 33268.2625 24.6266 0.2278
+ do leaf measurements 33268.2636 24.6277 0.0011
+ compute convergence criterion 33268.3059 24.6700 0.0423
+ velocity_diff_norm = 0.0158454 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33268.3110
+ -----------------------------------
+ build system 33268.3155 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33276.3383 8.0274 8.0229
+ =================================
+ wsmp: initialisation time: 0.0512321 s
+ wsmp: ordering time: 4.1524689 s
+ wsmp: symbolic fact. time: 0.7164462 s
+ wsmp: Cholesky fact. time: 11.3887970 s
+ wsmp: Factorisation 14467.8742827 Mflops
+ wsmp: back substitution time: 0.1215780 s
+ wsmp: from b to rhs vector: 0.0073369 s
+ ---------------------------------
+ wsmp: total solve time: 16.4382381 s
+ =================================
+ u : -0.10167E+01 0.19393E+00
+ v : -0.40468E-01 0.12551E+00
+ w : -0.73253E+00 0.22858E+00
+ =================================
+ Calculate pressures 33292.7920 24.4810 16.4536
+ raw pressures : -0.15150E+01 0.36554E+00
+ Smoothing pressures 33293.0170 24.7061 0.2251
+ do leaf measurements 33293.0181 24.7072 0.0011
+ compute convergence criterion 33293.0606 24.7496 0.0424
+ velocity_diff_norm = 0.0107627 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33293.0656
+ -----------------------------------
+ build system 33293.0701 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33301.0075 7.9419 7.9374
+ =================================
+ wsmp: initialisation time: 0.0516849 s
+ wsmp: ordering time: 4.1573160 s
+ wsmp: symbolic fact. time: 0.7221379 s
+ wsmp: Cholesky fact. time: 11.4623020 s
+ wsmp: Factorisation 14375.0953616 Mflops
+ wsmp: back substitution time: 0.1210051 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.5219989 s
+ =================================
+ u : -0.10164E+01 0.20955E+00
+ v : -0.42907E-01 0.12560E+00
+ w : -0.72797E+00 0.22797E+00
+ =================================
+ Calculate pressures 33317.5450 24.4793 16.5375
+ raw pressures : -0.15367E+01 0.36256E+00
+ Smoothing pressures 33317.7700 24.7044 0.2250
+ do leaf measurements 33317.7711 24.7055 0.0011
+ compute convergence criterion 33317.8134 24.7477 0.0422
+ velocity_diff_norm = 0.0080893 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33317.8162 24.7505 0.0028
+Compute isostasy and adjust vertical 33317.8164 24.7507 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -170028441753994.34 289676102889824.25
+ def in m -8.0065422058105469 0.66865599155426025
+ dimensionless def -1.91044569015502936E-6 2.28758348737444176E-5
+ Isostatic velocity range = -0.0187275 0.2284241
+ Compute divergence 33318.0233 24.9577 0.2070
+ wsmp_cleanup 33318.0595 24.9939 0.0362
+ Reset surface geometry 33318.0646 24.9989 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 33318.0730 25.0073 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33318.0900 25.0243 0.0170
+ Advect surface 1 33318.0901 25.0245 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33318.2834 25.2177 0.1933
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33318.4815 25.4158 0.1981
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33318.7358 25.6702 0.2543
+ Advect the cloud 33318.8925 25.8269 0.1567
+ Write output 33319.7449 26.6792 0.8524
+ End of time step 33320.6287 27.5631 0.8839
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 206 33320.6289
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33320.6289 0.0001 0.0001
+ surface 01 33320.6290 0.0001 0.0000
+ S. 1: 16984points
+ refine surface 33320.6290 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 33320.6566 0.0277 0.0276
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 33320.6791 0.0503 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33320.7043 0.0755 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 16985points
+ surface 02 33320.7230 0.0941 0.0187
+ S. 2: 16971points
+ refine surface 33320.7232 0.0943 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 33320.7491 0.1202 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 33320.7762 0.1474 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33320.8013 0.1725 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16972points
+ surface 03 33320.8196 0.1907 0.0182
+ S. 3: 16981points
+ refine surface 33320.8197 0.1908 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 33320.8466 0.2178 0.0269
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 33320.8694 0.2405 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33320.8948 0.2660 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16982points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33320.9199
+ -----------------------------------------------------------------------
+ Create octree solve 33320.9201 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33320.9360 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33320.9574 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33320.9582 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33320.9723 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 33321.0944 0.1745 0.1221
+ Imbed surface in osolve 33321.2878 0.3679 0.1934
+ embedding surface 1 33321.2880 0.3681 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33323.2639 2.3440 1.9759
+ osolve%nleaves= 59424
+ embedding surface 3 33325.3723 4.4524 2.1084
+ osolve%nleaves= 64128
+ Assessing octree stability 33328.9400 8.0201 3.5678
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33328.9464 8.0265 0.0063
+ Interpolate velo onto osolve 33329.4339 8.5140 0.4875
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33329.5003 8.5805 0.0665
+ Find void 33329.7674 8.8475 0.2671
+ whole leaf in fluid 32992
+ Define boundary conditions 33329.7960 8.8762 0.0286
+ wsmp setup1 33329.8027 8.8828 0.0066
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33330.8193 9.8995 1.0166
+ -----------------------------------
+ start of non-linear iteratio 1 33330.8675
+ -----------------------------------
+ build system 33330.8677 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33338.7809 7.9134 7.9132
+ =================================
+ wsmp: initialisation time: 0.0574710 s
+ wsmp: ordering time: 4.1557982 s
+ wsmp: symbolic fact. time: 0.7193692 s
+ wsmp: Cholesky fact. time: 11.4270089 s
+ wsmp: Factorisation 14419.4938316 Mflops
+ wsmp: back substitution time: 0.1217601 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.4889221 s
+ =================================
+ u : -0.10143E+01 0.18423E+00
+ v : -0.95274E-01 0.11133E+00
+ w : -0.76173E+00 0.24675E+00
+ =================================
+ Calculate pressures 33355.2857 24.4182 16.5048
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 33355.5119 24.6444 0.2262
+ do leaf measurements 33355.5130 24.6455 0.0011
+ compute convergence criterion 33355.5561 24.6886 0.0431
+ velocity_diff_norm = 0.5892297 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33355.5615
+ -----------------------------------
+ build system 33355.5661 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82090E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33363.5644 8.0030 7.9983
+ =================================
+ wsmp: initialisation time: 0.0508530 s
+ wsmp: ordering time: 4.1358371 s
+ wsmp: symbolic fact. time: 0.7165749 s
+ wsmp: Cholesky fact. time: 11.3763509 s
+ wsmp: Factorisation 14483.7026932 Mflops
+ wsmp: back substitution time: 0.1211660 s
+ wsmp: from b to rhs vector: 0.0072720 s
+ ---------------------------------
+ wsmp: total solve time: 16.4084351 s
+ =================================
+ u : -0.10153E+01 0.13697E+00
+ v : -0.48654E-01 0.10213E+00
+ w : -0.76710E+00 0.22544E+00
+ =================================
+ Calculate pressures 33379.9884 24.4270 16.4240
+ raw pressures : -0.12359E+01 0.17977E+00
+ Smoothing pressures 33380.2123 24.6508 0.2238
+ do leaf measurements 33380.2134 24.6520 0.0012
+ compute convergence criterion 33380.2569 24.6954 0.0435
+ velocity_diff_norm = 0.0713909 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33380.2623
+ -----------------------------------
+ build system 33380.2670 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33388.2233 7.9610 7.9563
+ =================================
+ wsmp: initialisation time: 0.0507519 s
+ wsmp: ordering time: 4.1397450 s
+ wsmp: symbolic fact. time: 0.7155120 s
+ wsmp: Cholesky fact. time: 11.4240410 s
+ wsmp: Factorisation 14423.2398502 Mflops
+ wsmp: back substitution time: 0.1213930 s
+ wsmp: from b to rhs vector: 0.0072601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4590731 s
+ =================================
+ u : -0.10170E+01 0.15506E+00
+ v : -0.37517E-01 0.11847E+00
+ w : -0.74652E+00 0.23161E+00
+ =================================
+ Calculate pressures 33404.6975 24.4352 16.4742
+ raw pressures : -0.13720E+01 0.31251E+00
+ Smoothing pressures 33404.9232 24.6609 0.2257
+ do leaf measurements 33404.9243 24.6620 0.0011
+ compute convergence criterion 33404.9677 24.7054 0.0434
+ velocity_diff_norm = 0.0362145 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33404.9730
+ -----------------------------------
+ build system 33404.9777 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33412.9147 7.9417 7.9370
+ =================================
+ wsmp: initialisation time: 0.0537789 s
+ wsmp: ordering time: 4.1411960 s
+ wsmp: symbolic fact. time: 0.7236581 s
+ wsmp: Cholesky fact. time: 11.3746328 s
+ wsmp: Factorisation 14485.8903368 Mflops
+ wsmp: back substitution time: 0.1215429 s
+ wsmp: from b to rhs vector: 0.0071058 s
+ ---------------------------------
+ wsmp: total solve time: 16.4222801 s
+ =================================
+ u : -0.10168E+01 0.17591E+00
+ v : -0.37681E-01 0.12313E+00
+ w : -0.73718E+00 0.22908E+00
+ =================================
+ Calculate pressures 33429.3522 24.3792 16.4375
+ raw pressures : -0.14708E+01 0.35714E+00
+ Smoothing pressures 33429.5792 24.6062 0.2270
+ do leaf measurements 33429.5803 24.6073 0.0011
+ compute convergence criterion 33429.6234 24.6504 0.0431
+ velocity_diff_norm = 0.0158871 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33429.6287
+ -----------------------------------
+ build system 33429.6334 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33437.6429 8.0142 8.0095
+ =================================
+ wsmp: initialisation time: 0.0496459 s
+ wsmp: ordering time: 4.1507199 s
+ wsmp: symbolic fact. time: 0.7157700 s
+ wsmp: Cholesky fact. time: 11.3884759 s
+ wsmp: Factorisation 14468.2822702 Mflops
+ wsmp: back substitution time: 0.1210532 s
+ wsmp: from b to rhs vector: 0.0073440 s
+ ---------------------------------
+ wsmp: total solve time: 16.4334059 s
+ =================================
+ u : -0.10167E+01 0.19373E+00
+ v : -0.40571E-01 0.12562E+00
+ w : -0.73245E+00 0.22821E+00
+ =================================
+ Calculate pressures 33454.0916 24.4629 16.4487
+ raw pressures : -0.15144E+01 0.36500E+00
+ Smoothing pressures 33454.3168 24.6881 0.2252
+ do leaf measurements 33454.3179 24.6892 0.0011
+ compute convergence criterion 33454.3610 24.7323 0.0431
+ velocity_diff_norm = 0.0107588 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33454.3662
+ -----------------------------------
+ build system 33454.3709 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33462.3110 7.9448 7.9401
+ =================================
+ wsmp: initialisation time: 0.0518582 s
+ wsmp: ordering time: 4.1726310 s
+ wsmp: symbolic fact. time: 0.7180700 s
+ wsmp: Cholesky fact. time: 11.4664280 s
+ wsmp: Factorisation 14369.9226367 Mflops
+ wsmp: back substitution time: 0.1209972 s
+ wsmp: from b to rhs vector: 0.0073960 s
+ ---------------------------------
+ wsmp: total solve time: 16.5377681 s
+ =================================
+ u : -0.10164E+01 0.20936E+00
+ v : -0.42984E-01 0.12572E+00
+ w : -0.72791E+00 0.22779E+00
+ =================================
+ Calculate pressures 33478.8642 24.4980 16.5532
+ raw pressures : -0.15363E+01 0.36233E+00
+ Smoothing pressures 33479.0892 24.7230 0.2250
+ do leaf measurements 33479.0903 24.7241 0.0012
+ compute convergence criterion 33479.1334 24.7672 0.0430
+ velocity_diff_norm = 0.0080789 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33479.1364 24.7702 0.0031
+Compute isostasy and adjust vertical 33479.1366 24.7704 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -170484605794582.06 290914417435951.44
+ def in m -8.0090732574462891 0.67025744915008545
+ dimensionless def -1.91502128328595843E-6 2.28830664498465384E-5
+ Isostatic velocity range = -0.0187637 0.2284985
+ Compute divergence 33479.3436 24.9774 0.2070
+ wsmp_cleanup 33479.3799 25.0136 0.0363
+ Reset surface geometry 33479.3849 25.0187 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 33479.3932 25.0270 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33479.4102 25.0440 0.0170
+ Advect surface 1 33479.4104 25.0441 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33479.6034 25.2372 0.1930
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33479.8002 25.4340 0.1968
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33480.0540 25.6878 0.2538
+ Advect the cloud 33480.2101 25.8439 0.1561
+ Write output 33481.0558 26.6896 0.8457
+ End of time step 33481.9346 27.5684 0.8788
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 207 33481.9347
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33481.9348 0.0001 0.0001
+ surface 01 33481.9349 0.0001 0.0000
+ S. 1: 16985points
+ refine surface 33481.9349 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33481.9608 0.0260 0.0259
+ S. 1: 0 flips in delaunay2
+ S. 1: 16985points
+ surface 02 33481.9793 0.0445 0.0185
+ S. 2: 16972points
+ refine surface 33481.9794 0.0447 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 33482.0066 0.0719 0.0272
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 33482.0334 0.0986 0.0267
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33482.0583 0.1236 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 16975points
+ surface 03 33482.0766 0.1418 0.0182
+ S. 3: 16982points
+ refine surface 33482.0767 0.1420 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 33482.1032 0.1685 0.0265
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 33482.1257 0.1909 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33482.1511 0.2164 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 16983points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33482.1763
+ -----------------------------------------------------------------------
+ Create octree solve 33482.1765 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33482.1924 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33482.2139 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33482.2147 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33482.2288 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 33482.3510 0.1747 0.1222
+ Imbed surface in osolve 33482.5421 0.3658 0.1911
+ embedding surface 1 33482.5423 0.3660 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33484.5241 2.3478 1.9818
+ osolve%nleaves= 59424
+ embedding surface 3 33486.6408 4.4645 2.1167
+ osolve%nleaves= 64128
+ Assessing octree stability 33490.2113 8.0350 3.5705
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33490.2162 8.0399 0.0049
+ Interpolate velo onto osolve 33490.6778 8.5015 0.4616
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33490.7785 8.6022 0.1007
+ Find void 33491.0476 8.8714 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 33491.0765 8.9002 0.0289
+ wsmp setup1 33491.0838 8.9075 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33492.0990 9.9228 1.0152
+ -----------------------------------
+ start of non-linear iteratio 1 33492.1470
+ -----------------------------------
+ build system 33492.1472 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33500.0741 7.9270 7.9269
+ =================================
+ wsmp: initialisation time: 0.0553131 s
+ wsmp: ordering time: 4.1611340 s
+ wsmp: symbolic fact. time: 0.7206941 s
+ wsmp: Cholesky fact. time: 11.4609849 s
+ wsmp: Factorisation 14376.7472570 Mflops
+ wsmp: back substitution time: 0.1212440 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.5269370 s
+ =================================
+ u : -0.10197E+01 0.18436E+00
+ v : -0.95564E-01 0.11116E+00
+ w : -0.76178E+00 0.24559E+00
+ =================================
+ Calculate pressures 33516.6168 24.4698 16.5427
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 33516.8417 24.6947 0.2249
+ do leaf measurements 33516.8429 24.6958 0.0012
+ compute convergence criterion 33516.8850 24.7380 0.0421
+ velocity_diff_norm = 0.5893898 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33516.8904
+ -----------------------------------
+ build system 33516.8951 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82337E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33524.9002 8.0098 8.0051
+ =================================
+ wsmp: initialisation time: 0.0516520 s
+ wsmp: ordering time: 4.1440170 s
+ wsmp: symbolic fact. time: 0.7164798 s
+ wsmp: Cholesky fact. time: 11.3811231 s
+ wsmp: Factorisation 14477.6295731 Mflops
+ wsmp: back substitution time: 0.1212070 s
+ wsmp: from b to rhs vector: 0.0073481 s
+ ---------------------------------
+ wsmp: total solve time: 16.4221900 s
+ =================================
+ u : -0.10152E+01 0.13718E+00
+ v : -0.48887E-01 0.10215E+00
+ w : -0.76715E+00 0.22483E+00
+ =================================
+ Calculate pressures 33541.3378 24.4474 16.4376
+ raw pressures : -0.12359E+01 0.17969E+00
+ Smoothing pressures 33541.5626 24.6722 0.2248
+ do leaf measurements 33541.5638 24.6734 0.0012
+ compute convergence criterion 33541.6065 24.7161 0.0427
+ velocity_diff_norm = 0.0716226 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33541.6120
+ -----------------------------------
+ build system 33541.6168 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33549.5916 7.9796 7.9748
+ =================================
+ wsmp: initialisation time: 0.0498509 s
+ wsmp: ordering time: 4.1397331 s
+ wsmp: symbolic fact. time: 0.7179420 s
+ wsmp: Cholesky fact. time: 11.4161022 s
+ wsmp: Factorisation 14433.2699031 Mflops
+ wsmp: back substitution time: 0.1215241 s
+ wsmp: from b to rhs vector: 0.0072331 s
+ ---------------------------------
+ wsmp: total solve time: 16.4527380 s
+ =================================
+ u : -0.10169E+01 0.15529E+00
+ v : -0.37367E-01 0.11838E+00
+ w : -0.74653E+00 0.23128E+00
+ =================================
+ Calculate pressures 33566.0599 24.4479 16.4683
+ raw pressures : -0.13723E+01 0.31286E+00
+ Smoothing pressures 33566.2848 24.6728 0.2249
+ do leaf measurements 33566.2860 24.6740 0.0012
+ compute convergence criterion 33566.3283 24.7162 0.0423
+ velocity_diff_norm = 0.0362444 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33566.3336
+ -----------------------------------
+ build system 33566.3383 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33574.2786 7.9450 7.9403
+ =================================
+ wsmp: initialisation time: 0.0525661 s
+ wsmp: ordering time: 4.1582761 s
+ wsmp: symbolic fact. time: 0.7264130 s
+ wsmp: Cholesky fact. time: 11.3930230 s
+ wsmp: Factorisation 14462.5077709 Mflops
+ wsmp: back substitution time: 0.1217332 s
+ wsmp: from b to rhs vector: 0.0072441 s
+ ---------------------------------
+ wsmp: total solve time: 16.4596069 s
+ =================================
+ u : -0.10168E+01 0.17611E+00
+ v : -0.37846E-01 0.12306E+00
+ w : -0.73722E+00 0.22895E+00
+ =================================
+ Calculate pressures 33590.7531 24.4195 16.4745
+ raw pressures : -0.14713E+01 0.35758E+00
+ Smoothing pressures 33590.9800 24.6464 0.2269
+ do leaf measurements 33590.9812 24.6476 0.0012
+ compute convergence criterion 33591.0234 24.6898 0.0422
+ velocity_diff_norm = 0.0158644 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33591.0288
+ -----------------------------------
+ build system 33591.0335 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33599.0269 7.9981 7.9934
+ =================================
+ wsmp: initialisation time: 0.0522211 s
+ wsmp: ordering time: 4.1589301 s
+ wsmp: symbolic fact. time: 0.7142088 s
+ wsmp: Cholesky fact. time: 11.3893161 s
+ wsmp: Factorisation 14467.2149485 Mflops
+ wsmp: back substitution time: 0.1213312 s
+ wsmp: from b to rhs vector: 0.0072939 s
+ ---------------------------------
+ wsmp: total solve time: 16.4436688 s
+ =================================
+ u : -0.10166E+01 0.19395E+00
+ v : -0.40739E-01 0.12551E+00
+ w : -0.73249E+00 0.22800E+00
+ =================================
+ Calculate pressures 33615.4863 24.4575 16.4593
+ raw pressures : -0.15150E+01 0.36539E+00
+ Smoothing pressures 33615.7130 24.6842 0.2268
+ do leaf measurements 33615.7142 24.6854 0.0012
+ compute convergence criterion 33615.7568 24.7280 0.0426
+ velocity_diff_norm = 0.0107584 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33615.7623
+ -----------------------------------
+ build system 33615.7670 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33623.7046 7.9423 7.9375
+ =================================
+ wsmp: initialisation time: 0.0515668 s
+ wsmp: ordering time: 4.1528721 s
+ wsmp: symbolic fact. time: 0.7167740 s
+ wsmp: Cholesky fact. time: 11.4701130 s
+ wsmp: Factorisation 14365.3060187 Mflops
+ wsmp: back substitution time: 0.1212850 s
+ wsmp: from b to rhs vector: 0.0072880 s
+ ---------------------------------
+ wsmp: total solve time: 16.5202579 s
+ =================================
+ u : -0.10164E+01 0.20960E+00
+ v : -0.43119E-01 0.12562E+00
+ w : -0.72795E+00 0.22753E+00
+ =================================
+ Calculate pressures 33640.2405 24.4782 16.5359
+ raw pressures : -0.15366E+01 0.36240E+00
+ Smoothing pressures 33640.4656 24.7033 0.2250
+ do leaf measurements 33640.4667 24.7045 0.0012
+ compute convergence criterion 33640.5088 24.7466 0.0421
+ velocity_diff_norm = 0.0080881 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33640.5119 24.7497 0.0031
+Compute isostasy and adjust vertical 33640.5121 24.7498 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -170931336596150.91 292155752688431.44
+ def in m -8.0092954635620117 0.67116940021514893
+ dimensionless def -1.91762685775756846E-6 2.28837013244628909E-5
+ Isostatic velocity range = -0.0187836 0.2285041
+ Compute divergence 33640.7156 24.9533 0.2035
+ wsmp_cleanup 33640.7554 24.9931 0.0398
+ Reset surface geometry 33640.7607 24.9984 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 33640.7692 25.0069 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33640.7844 25.0221 0.0152
+ Advect surface 1 33640.7845 25.0222 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33640.9784 25.2162 0.1939
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33641.1711 25.4088 0.1927
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33641.4273 25.6651 0.2563
+ Advect the cloud 33641.5872 25.8249 0.1599
+ Write output 33642.4347 26.6725 0.8475
+ End of time step 33643.3133 27.5511 0.8786
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 208 33643.3135
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33643.3135 0.0001 0.0001
+ surface 01 33643.3136 0.0001 0.0000
+ S. 1: 16985points
+ refine surface 33643.3136 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33643.3396 0.0261 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 16985points
+ surface 02 33643.3584 0.0449 0.0187
+ S. 2: 16975points
+ refine surface 33643.3585 0.0450 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 33643.3848 0.0713 0.0263
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 33643.4070 0.0935 0.0222
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33643.4325 0.1191 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 16976points
+ surface 03 33643.4505 0.1370 0.0179
+ S. 3: 16983points
+ refine surface 33643.4506 0.1372 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 33643.4778 0.1643 0.0272
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 33643.5009 0.1874 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33643.5265 0.2130 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16985points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33643.5517
+ -----------------------------------------------------------------------
+ Create octree solve 33643.5519 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33643.5678 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33643.5894 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33643.5901 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33643.6043 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 33643.7264 0.1747 0.1222
+ Imbed surface in osolve 33643.9180 0.3663 0.1916
+ embedding surface 1 33643.9182 0.3665 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33645.8923 2.3406 1.9741
+ osolve%nleaves= 59424
+ embedding surface 3 33647.9964 4.4447 2.1041
+ osolve%nleaves= 64128
+ Assessing octree stability 33651.5361 7.9844 3.5397
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33651.5415 7.9898 0.0054
+ Interpolate velo onto osolve 33651.9850 8.4333 0.4435
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33652.1019 8.5502 0.1169
+ Find void 33652.3714 8.8197 0.2695
+ whole leaf in fluid 32992
+ Define boundary conditions 33652.4001 8.8484 0.0287
+ wsmp setup1 33652.4075 8.8558 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33653.4235 9.8718 1.0160
+ -----------------------------------
+ start of non-linear iteratio 1 33653.4715
+ -----------------------------------
+ build system 33653.4717 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33661.3968 7.9252 7.9251
+ =================================
+ wsmp: initialisation time: 0.0568321 s
+ wsmp: ordering time: 4.1628070 s
+ wsmp: symbolic fact. time: 0.7169940 s
+ wsmp: Cholesky fact. time: 11.4668441 s
+ wsmp: Factorisation 14369.4012667 Mflops
+ wsmp: back substitution time: 0.1214869 s
+ wsmp: from b to rhs vector: 0.0073540 s
+ ---------------------------------
+ wsmp: total solve time: 16.5326850 s
+ =================================
+ u : -0.10210E+01 0.18367E+00
+ v : -0.94985E-01 0.11113E+00
+ w : -0.76123E+00 0.24586E+00
+ =================================
+ Calculate pressures 33677.9446 24.4730 16.5478
+ raw pressures : -0.35070E+00 0.00000E+00
+ Smoothing pressures 33678.1705 24.6989 0.2259
+ do leaf measurements 33678.1716 24.7000 0.0011
+ compute convergence criterion 33678.2145 24.7429 0.0429
+ velocity_diff_norm = 0.5887833 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33678.2196
+ -----------------------------------
+ build system 33678.2241 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82574E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33686.2343 8.0147 8.0102
+ =================================
+ wsmp: initialisation time: 0.0521960 s
+ wsmp: ordering time: 4.1480350 s
+ wsmp: symbolic fact. time: 0.7158310 s
+ wsmp: Cholesky fact. time: 11.3817019 s
+ wsmp: Factorisation 14476.8932320 Mflops
+ wsmp: back substitution time: 0.1211212 s
+ wsmp: from b to rhs vector: 0.0073490 s
+ ---------------------------------
+ wsmp: total solve time: 16.4266150 s
+ =================================
+ u : -0.10153E+01 0.13668E+00
+ v : -0.49022E-01 0.10252E+00
+ w : -0.76679E+00 0.22483E+00
+ =================================
+ Calculate pressures 33702.6763 24.4567 16.4420
+ raw pressures : -0.12355E+01 0.18857E+00
+ Smoothing pressures 33702.9016 24.6821 0.2254
+ do leaf measurements 33702.9028 24.6832 0.0012
+ compute convergence criterion 33702.9459 24.7264 0.0432
+ velocity_diff_norm = 0.0710830 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33702.9510
+ -----------------------------------
+ build system 33702.9556 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33710.9387 7.9877 7.9831
+ =================================
+ wsmp: initialisation time: 0.0506010 s
+ wsmp: ordering time: 4.1463230 s
+ wsmp: symbolic fact. time: 0.7157121 s
+ wsmp: Cholesky fact. time: 11.3933129 s
+ wsmp: Factorisation 14462.1397544 Mflops
+ wsmp: back substitution time: 0.1209590 s
+ wsmp: from b to rhs vector: 0.0073462 s
+ ---------------------------------
+ wsmp: total solve time: 16.4346321 s
+ =================================
+ u : -0.10170E+01 0.15498E+00
+ v : -0.37514E-01 0.11864E+00
+ w : -0.74630E+00 0.23112E+00
+ =================================
+ Calculate pressures 33727.3887 24.4377 16.4500
+ raw pressures : -0.13711E+01 0.31161E+00
+ Smoothing pressures 33727.6141 24.6630 0.2253
+ do leaf measurements 33727.6151 24.6641 0.0011
+ compute convergence criterion 33727.6581 24.7070 0.0429
+ velocity_diff_norm = 0.0362437 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33727.6631
+ -----------------------------------
+ build system 33727.6676 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33735.6091 7.9460 7.9415
+ =================================
+ wsmp: initialisation time: 0.0543151 s
+ wsmp: ordering time: 4.1612570 s
+ wsmp: symbolic fact. time: 0.7225480 s
+ wsmp: Cholesky fact. time: 11.3985169 s
+ wsmp: Factorisation 14455.5371033 Mflops
+ wsmp: back substitution time: 0.1217930 s
+ wsmp: from b to rhs vector: 0.0073111 s
+ ---------------------------------
+ wsmp: total solve time: 16.4661050 s
+ =================================
+ u : -0.10169E+01 0.17592E+00
+ v : -0.37956E-01 0.12315E+00
+ w : -0.73698E+00 0.22882E+00
+ =================================
+ Calculate pressures 33752.0907 24.4276 16.4816
+ raw pressures : -0.14703E+01 0.35650E+00
+ Smoothing pressures 33752.3179 24.6548 0.2272
+ do leaf measurements 33752.3190 24.6559 0.0011
+ compute convergence criterion 33752.3619 24.6988 0.0429
+ velocity_diff_norm = 0.0158934 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33752.3670
+ -----------------------------------
+ build system 33752.3715 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33760.3525 7.9855 7.9810
+ =================================
+ wsmp: initialisation time: 0.0512681 s
+ wsmp: ordering time: 4.1552389 s
+ wsmp: symbolic fact. time: 0.7164960 s
+ wsmp: Cholesky fact. time: 11.3918321 s
+ wsmp: Factorisation 14464.0196798 Mflops
+ wsmp: back substitution time: 0.1214910 s
+ wsmp: from b to rhs vector: 0.0073378 s
+ ---------------------------------
+ wsmp: total solve time: 16.4440331 s
+ =================================
+ u : -0.10167E+01 0.19377E+00
+ v : -0.40777E-01 0.12569E+00
+ w : -0.73230E+00 0.22800E+00
+ =================================
+ Calculate pressures 33776.8119 24.4449 16.4594
+ raw pressures : -0.15138E+01 0.36432E+00
+ Smoothing pressures 33777.0358 24.6688 0.2239
+ do leaf measurements 33777.0369 24.6700 0.0011
+ compute convergence criterion 33777.0802 24.7132 0.0433
+ velocity_diff_norm = 0.0107597 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33777.0853
+ -----------------------------------
+ build system 33777.0899 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33785.0285 7.9432 7.9386
+ =================================
+ wsmp: initialisation time: 0.0513599 s
+ wsmp: ordering time: 4.1441450 s
+ wsmp: symbolic fact. time: 0.7161949 s
+ wsmp: Cholesky fact. time: 11.4626479 s
+ wsmp: Factorisation 14374.6615179 Mflops
+ wsmp: back substitution time: 0.1211860 s
+ wsmp: from b to rhs vector: 0.0071220 s
+ ---------------------------------
+ wsmp: total solve time: 16.5030148 s
+ =================================
+ u : -0.10164E+01 0.20942E+00
+ v : -0.43158E-01 0.12565E+00
+ w : -0.72777E+00 0.22747E+00
+ =================================
+ Calculate pressures 33801.5470 24.4617 16.5186
+ raw pressures : -0.15356E+01 0.36160E+00
+ Smoothing pressures 33801.7721 24.6868 0.2251
+ do leaf measurements 33801.7732 24.6879 0.0011
+ compute convergence criterion 33801.8161 24.7308 0.0429
+ velocity_diff_norm = 0.0080772 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33801.8189 24.7336 0.0028
+Compute isostasy and adjust vertical 33801.8191 24.7338 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -171370219134467.97 293395373776126.13
+ def in m -8.0041704177856445 0.66655457019805908
+ dimensionless def -1.90444162913731172E-6 2.2869058336530411E-5
+ Isostatic velocity range = -0.0186437 0.2283589
+ Compute divergence 33802.0254 24.9401 0.2063
+ wsmp_cleanup 33802.0619 24.9766 0.0365
+ Reset surface geometry 33802.0669 24.9816 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 33802.0753 24.9900 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33802.0923 25.0070 0.0170
+ Advect surface 1 33802.0925 25.0072 0.0001
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33802.2865 25.2012 0.1940
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33802.4832 25.3979 0.1967
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33802.7392 25.6539 0.2560
+ Advect the cloud 33802.8957 25.8104 0.1564
+ Write output 33803.7371 26.6518 0.8414
+ End of time step 33804.6139 27.5286 0.8768
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 209 33804.6140
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33804.6141 0.0001 0.0001
+ surface 01 33804.6141 0.0001 0.0000
+ S. 1: 16985points
+ refine surface 33804.6142 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 33804.6410 0.0270 0.0269
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 33804.6641 0.0500 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33804.6899 0.0758 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 16986points
+ surface 02 33804.7084 0.0943 0.0185
+ S. 2: 16976points
+ refine surface 33804.7085 0.0945 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33804.7340 0.1199 0.0254
+ S. 2: 0 flips in delaunay2
+ S. 2: 16976points
+ surface 03 33804.7517 0.1377 0.0178
+ S. 3: 16985points
+ refine surface 33804.7519 0.1378 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 33804.7794 0.1654 0.0275
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 33804.8019 0.1879 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33804.8277 0.2137 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 16987points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33804.8525
+ -----------------------------------------------------------------------
+ Create octree solve 33804.8527 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33804.8686 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33804.8908 0.0383 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33804.8915 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33804.9057 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 33805.0279 0.1754 0.1222
+ Imbed surface in osolve 33805.2189 0.3664 0.1910
+ embedding surface 1 33805.2190 0.3665 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33807.1791 2.3266 1.9601
+ osolve%nleaves= 59424
+ embedding surface 3 33809.2688 4.4163 2.0897
+ osolve%nleaves= 64128
+ Assessing octree stability 33812.7843 7.9318 3.5155
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33812.7890 7.9365 0.0048
+ Interpolate velo onto osolve 33813.2014 8.3489 0.4124
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33813.3691 8.5166 0.1677
+ Find void 33813.6383 8.7858 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 33813.6672 8.8147 0.0289
+ wsmp setup1 33813.6751 8.8226 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33814.6949 9.8424 1.0198
+ -----------------------------------
+ start of non-linear iteratio 1 33814.7445
+ -----------------------------------
+ build system 33814.7446 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33822.6553 7.9108 7.9107
+ =================================
+ wsmp: initialisation time: 0.0526431 s
+ wsmp: ordering time: 4.1640790 s
+ wsmp: symbolic fact. time: 0.7155931 s
+ wsmp: Cholesky fact. time: 11.4784200 s
+ wsmp: Factorisation 14354.9097872 Mflops
+ wsmp: back substitution time: 0.1210270 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.5392702 s
+ =================================
+ u : -0.10138E+01 0.18452E+00
+ v : -0.95446E-01 0.11213E+00
+ w : -0.76132E+00 0.24739E+00
+ =================================
+ Calculate pressures 33839.2103 24.4658 16.5549
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 33839.4352 24.6907 0.2249
+ do leaf measurements 33839.4363 24.6918 0.0011
+ compute convergence criterion 33839.4786 24.7341 0.0423
+ velocity_diff_norm = 0.5895089 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 33839.4840
+ -----------------------------------
+ build system 33839.4887 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81538E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33847.4811 7.9971 7.9924
+ =================================
+ wsmp: initialisation time: 0.0502112 s
+ wsmp: ordering time: 4.1421969 s
+ wsmp: symbolic fact. time: 0.7129719 s
+ wsmp: Cholesky fact. time: 11.3795552 s
+ wsmp: Factorisation 14479.6242570 Mflops
+ wsmp: back substitution time: 0.1213250 s
+ wsmp: from b to rhs vector: 0.0072470 s
+ ---------------------------------
+ wsmp: total solve time: 16.4138830 s
+ =================================
+ u : -0.10154E+01 0.13725E+00
+ v : -0.48569E-01 0.10188E+00
+ w : -0.76695E+00 0.22577E+00
+ =================================
+ Calculate pressures 33863.9107 24.4268 16.4296
+ raw pressures : -0.12360E+01 0.18037E+00
+ Smoothing pressures 33864.1350 24.6511 0.2243
+ do leaf measurements 33864.1362 24.6522 0.0011
+ compute convergence criterion 33864.1789 24.6949 0.0427
+ velocity_diff_norm = 0.0715078 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 33864.1844
+ -----------------------------------
+ build system 33864.1891 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33872.1918 8.0075 8.0027
+ =================================
+ wsmp: initialisation time: 0.0530028 s
+ wsmp: ordering time: 4.1447241 s
+ wsmp: symbolic fact. time: 0.7156138 s
+ wsmp: Cholesky fact. time: 11.4047699 s
+ wsmp: Factorisation 14447.6114254 Mflops
+ wsmp: back substitution time: 0.1210568 s
+ wsmp: from b to rhs vector: 0.0070648 s
+ ---------------------------------
+ wsmp: total solve time: 16.4465880 s
+ =================================
+ u : -0.10169E+01 0.15533E+00
+ v : -0.37126E-01 0.11824E+00
+ w : -0.74646E+00 0.23169E+00
+ =================================
+ Calculate pressures 33888.6537 24.4694 16.4619
+ raw pressures : -0.13715E+01 0.31205E+00
+ Smoothing pressures 33888.8791 24.6947 0.2254
+ do leaf measurements 33888.8802 24.6958 0.0011
+ compute convergence criterion 33888.9224 24.7381 0.0422
+ velocity_diff_norm = 0.0360885 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 33888.9277
+ -----------------------------------
+ build system 33888.9323 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33896.8760 7.9483 7.9436
+ =================================
+ wsmp: initialisation time: 0.0524869 s
+ wsmp: ordering time: 4.1579740 s
+ wsmp: symbolic fact. time: 0.7237041 s
+ wsmp: Cholesky fact. time: 11.4155891 s
+ wsmp: Factorisation 14433.9186104 Mflops
+ wsmp: back substitution time: 0.1217310 s
+ wsmp: from b to rhs vector: 0.0071480 s
+ ---------------------------------
+ wsmp: total solve time: 16.4789801 s
+ =================================
+ u : -0.10168E+01 0.17620E+00
+ v : -0.37721E-01 0.12294E+00
+ w : -0.73716E+00 0.22909E+00
+ =================================
+ Calculate pressures 33913.3703 24.4426 16.4943
+ raw pressures : -0.14709E+01 0.35740E+00
+ Smoothing pressures 33913.5974 24.6697 0.2271
+ do leaf measurements 33913.5985 24.6708 0.0011
+ compute convergence criterion 33913.6407 24.7130 0.0423
+ velocity_diff_norm = 0.0159088 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 33913.6460
+ -----------------------------------
+ build system 33913.6507 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33921.6284 7.9823 7.9776
+ =================================
+ wsmp: initialisation time: 0.0506480 s
+ wsmp: ordering time: 4.1464920 s
+ wsmp: symbolic fact. time: 0.7191341 s
+ wsmp: Cholesky fact. time: 11.3794110 s
+ wsmp: Factorisation 14479.8077979 Mflops
+ wsmp: back substitution time: 0.1212959 s
+ wsmp: from b to rhs vector: 0.0072451 s
+ ---------------------------------
+ wsmp: total solve time: 16.4245970 s
+ =================================
+ u : -0.10166E+01 0.19399E+00
+ v : -0.40617E-01 0.12540E+00
+ w : -0.73248E+00 0.22817E+00
+ =================================
+ Calculate pressures 33938.0686 24.4225 16.4402
+ raw pressures : -0.15146E+01 0.36514E+00
+ Smoothing pressures 33938.2932 24.6472 0.2247
+ do leaf measurements 33938.2944 24.6483 0.0011
+ compute convergence criterion 33938.3371 24.6910 0.0427
+ velocity_diff_norm = 0.0107700 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 33938.3425
+ -----------------------------------
+ build system 33938.3473 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33946.2861 7.9435 7.9388
+ =================================
+ wsmp: initialisation time: 0.0518939 s
+ wsmp: ordering time: 4.1317370 s
+ wsmp: symbolic fact. time: 0.7165349 s
+ wsmp: Cholesky fact. time: 11.4523568 s
+ wsmp: Factorisation 14387.5786034 Mflops
+ wsmp: back substitution time: 0.1213510 s
+ wsmp: from b to rhs vector: 0.0071812 s
+ ---------------------------------
+ wsmp: total solve time: 16.4814119 s
+ =================================
+ u : -0.10164E+01 0.20961E+00
+ v : -0.43014E-01 0.12554E+00
+ w : -0.72792E+00 0.22769E+00
+ =================================
+ Calculate pressures 33962.7834 24.4409 16.4974
+ raw pressures : -0.15365E+01 0.36242E+00
+ Smoothing pressures 33963.0088 24.6662 0.2253
+ do leaf measurements 33963.0099 24.6673 0.0011
+ compute convergence criterion 33963.0521 24.7095 0.0422
+ velocity_diff_norm = 0.0080734 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 33963.0552 24.7127 0.0031
+Compute isostasy and adjust vertical 33963.0554 24.7128 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -171805832615052.13 294630163564116.94
+ def in m -8.0014381408691406 0.66658627986907959
+ dimensionless def -1.90453222819737027E-6 2.28612518310546872E-5
+ Isostatic velocity range = -0.0186389 0.2282825
+ Compute divergence 33963.2677 24.9251 0.2123
+ wsmp_cleanup 33963.3037 24.9612 0.0361
+ Reset surface geometry 33963.3087 24.9661 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 33963.3171 24.9746 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 33963.3344 24.9919 0.0173
+ Advect surface 1 33963.3346 24.9921 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 33963.5301 25.1876 0.1955
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 33963.7266 25.3841 0.1965
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 33963.9782 25.6357 0.2516
+ Advect the cloud 33964.1365 25.7939 0.1583
+ Write output 33964.9802 26.6377 0.8438
+ End of time step 33965.8605 27.5179 0.8802
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 210 33965.8606
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 33965.8607 0.0001 0.0001
+ surface 01 33965.8607 0.0001 0.0000
+ S. 1: 16986points
+ refine surface 33965.8608 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 33965.8883 0.0277 0.0275
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 33965.9110 0.0503 0.0227
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 33965.9363 0.0756 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16988points
+ surface 02 33965.9552 0.0946 0.0189
+ S. 2: 16976points
+ refine surface 33965.9552 0.0946 0.0000
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 33965.9816 0.1210 0.0264
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 33966.0038 0.1432 0.0222
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 33966.0290 0.1684 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16977points
+ surface 03 33966.0473 0.1867 0.0183
+ S. 3: 16987points
+ refine surface 33966.0474 0.1868 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 33966.0727 0.2121 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16987points
+ -----------------------------------------------------------------------
+ Start of iteration 1 33966.0979
+ -----------------------------------------------------------------------
+ Create octree solve 33966.0982 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 33966.1141 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 33966.1354 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 33966.1362 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 33966.1504 0.0524 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 33966.2725 0.1746 0.1222
+ Imbed surface in osolve 33966.4607 0.3628 0.1882
+ embedding surface 1 33966.4609 0.3630 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 33968.4145 2.3166 1.9536
+ osolve%nleaves= 59424
+ embedding surface 3 33970.4998 4.4019 2.0853
+ osolve%nleaves= 64128
+ Assessing octree stability 33974.0239 7.9260 3.5241
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 33974.0290 7.9311 0.0051
+ Interpolate velo onto osolve 33974.4315 8.3335 0.4024
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 33974.5946 8.4966 0.1631
+ Find void 33974.8655 8.7676 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 33974.8948 8.7969 0.0293
+ wsmp setup1 33974.9031 8.8051 0.0083
+ n = 128799
+ nz= 4957209
+ wsmp setup2 33975.9148 9.8169 1.0117
+ -----------------------------------
+ start of non-linear iteratio 1 33975.9635
+ -----------------------------------
+ build system 33975.9637 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 33983.8997 7.9362 7.9360
+ =================================
+ wsmp: initialisation time: 0.0548630 s
+ wsmp: ordering time: 4.1636732 s
+ wsmp: symbolic fact. time: 0.7126131 s
+ wsmp: Cholesky fact. time: 11.4751310 s
+ wsmp: Factorisation 14359.0241693 Mflops
+ wsmp: back substitution time: 0.1212358 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.5350850 s
+ =================================
+ u : -0.10662E+01 0.18334E+00
+ v : -0.95437E-01 0.11185E+00
+ w : -0.76131E+00 0.24762E+00
+ =================================
+ Calculate pressures 34000.4505 24.4869 16.5508
+ raw pressures : -0.35073E+00 0.00000E+00
+ Smoothing pressures 34000.6749 24.7114 0.2245
+ do leaf measurements 34000.6760 24.7124 0.0011
+ compute convergence criterion 34000.7180 24.7545 0.0420
+ velocity_diff_norm = 0.5897128 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34000.7233
+ -----------------------------------
+ build system 34000.7280 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81523E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34008.7099 7.9866 7.9819
+ =================================
+ wsmp: initialisation time: 0.0544760 s
+ wsmp: ordering time: 4.1468229 s
+ wsmp: symbolic fact. time: 0.7182181 s
+ wsmp: Cholesky fact. time: 11.3756690 s
+ wsmp: Factorisation 14484.5708712 Mflops
+ wsmp: back substitution time: 0.1209850 s
+ wsmp: from b to rhs vector: 0.0070980 s
+ ---------------------------------
+ wsmp: total solve time: 16.4236472 s
+ =================================
+ u : -0.10154E+01 0.13619E+00
+ v : -0.48535E-01 0.10179E+00
+ w : -0.76690E+00 0.22599E+00
+ =================================
+ Calculate pressures 34025.1492 24.4258 16.4393
+ raw pressures : -0.12353E+01 0.17956E+00
+ Smoothing pressures 34025.3740 24.6507 0.2249
+ do leaf measurements 34025.3751 24.6518 0.0011
+ compute convergence criterion 34025.4244 24.7011 0.0493
+ velocity_diff_norm = 0.0717881 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34025.4298
+ -----------------------------------
+ build system 34025.4346 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34033.4488 8.0190 8.0142
+ =================================
+ wsmp: initialisation time: 0.0535548 s
+ wsmp: ordering time: 4.1417751 s
+ wsmp: symbolic fact. time: 0.7161651 s
+ wsmp: Cholesky fact. time: 11.3909731 s
+ wsmp: Factorisation 14465.1104481 Mflops
+ wsmp: back substitution time: 0.1210799 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.4310751 s
+ =================================
+ u : -0.10172E+01 0.15463E+00
+ v : -0.37144E-01 0.11804E+00
+ w : -0.74579E+00 0.23178E+00
+ =================================
+ Calculate pressures 34049.8960 24.4662 16.4472
+ raw pressures : -0.13705E+01 0.31068E+00
+ Smoothing pressures 34050.1197 24.6899 0.2237
+ do leaf measurements 34050.1208 24.6909 0.0011
+ compute convergence criterion 34050.1630 24.7331 0.0422
+ velocity_diff_norm = 0.0361067 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34050.1688
+ -----------------------------------
+ build system 34050.1735 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34058.1130 7.9442 7.9395
+ =================================
+ wsmp: initialisation time: 0.0522079 s
+ wsmp: ordering time: 4.1665239 s
+ wsmp: symbolic fact. time: 0.7212799 s
+ wsmp: Cholesky fact. time: 11.4315200 s
+ wsmp: Factorisation 14413.8035964 Mflops
+ wsmp: back substitution time: 0.1219151 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.5010519 s
+ =================================
+ u : -0.10170E+01 0.17575E+00
+ v : -0.37808E-01 0.12278E+00
+ w : -0.73656E+00 0.22933E+00
+ =================================
+ Calculate pressures 34074.6298 24.4609 16.5168
+ raw pressures : -0.14698E+01 0.35594E+00
+ Smoothing pressures 34074.8569 24.6881 0.2271
+ do leaf measurements 34074.8579 24.6891 0.0011
+ compute convergence criterion 34074.9001 24.7313 0.0422
+ velocity_diff_norm = 0.0159397 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34074.9055
+ -----------------------------------
+ build system 34074.9102 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34082.9001 7.9946 7.9899
+ =================================
+ wsmp: initialisation time: 0.0499630 s
+ wsmp: ordering time: 4.1393471 s
+ wsmp: symbolic fact. time: 0.7142558 s
+ wsmp: Cholesky fact. time: 11.3827260 s
+ wsmp: Factorisation 14475.5908681 Mflops
+ wsmp: back substitution time: 0.1211569 s
+ wsmp: from b to rhs vector: 0.0071831 s
+ ---------------------------------
+ wsmp: total solve time: 16.4150290 s
+ =================================
+ u : -0.10168E+01 0.19361E+00
+ v : -0.40704E-01 0.12539E+00
+ w : -0.73196E+00 0.22832E+00
+ =================================
+ Calculate pressures 34099.3310 24.4256 16.4309
+ raw pressures : -0.15132E+01 0.36361E+00
+ Smoothing pressures 34099.5549 24.6494 0.2239
+ do leaf measurements 34099.5560 24.6505 0.0011
+ compute convergence criterion 34099.5984 24.6929 0.0424
+ velocity_diff_norm = 0.0107645 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34099.6039
+ -----------------------------------
+ build system 34099.6087 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34107.5592 7.9552 7.9505
+ =================================
+ wsmp: initialisation time: 0.0502729 s
+ wsmp: ordering time: 4.1365931 s
+ wsmp: symbolic fact. time: 0.7137020 s
+ wsmp: Cholesky fact. time: 11.4376271 s
+ wsmp: Factorisation 14406.1073826 Mflops
+ wsmp: back substitution time: 0.1216521 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4674509 s
+ =================================
+ u : -0.10165E+01 0.20928E+00
+ v : -0.43118E-01 0.12546E+00
+ w : -0.72750E+00 0.22774E+00
+ =================================
+ Calculate pressures 34124.0429 24.4390 16.4837
+ raw pressures : -0.15347E+01 0.36076E+00
+ Smoothing pressures 34124.2667 24.6628 0.2239
+ do leaf measurements 34124.2678 24.6639 0.0011
+ compute convergence criterion 34124.3112 24.7073 0.0434
+ velocity_diff_norm = 0.0080846 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34124.3144 24.7104 0.0032
+Compute isostasy and adjust vertical 34124.3145 24.7106 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -172248873933112.44 295857239967465.13
+ def in m -8.0020875930786133 0.66637879610061646
+ dimensionless def -1.9039394174303328E-6 2.28631074087960376E-5
+ Isostatic velocity range = -0.0186254 0.2282999
+ Compute divergence 34124.5272 24.9233 0.2127
+ wsmp_cleanup 34124.5635 24.9596 0.0363
+ Reset surface geometry 34124.5686 24.9647 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 34124.5771 24.9732 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34124.5942 24.9903 0.0171
+ Advect surface 1 34124.5943 24.9904 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34124.7850 25.1811 0.1907
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34124.9837 25.3798 0.1987
+ removing 1 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34125.2434 25.6395 0.2598
+ Advect the cloud 34125.3996 25.7957 0.1562
+ Write output 34126.2480 26.6441 0.8484
+ End of time step 34127.1273 27.5234 0.8793
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 211 34127.1274
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34127.1275 0.0001 0.0001
+ surface 01 34127.1275 0.0001 0.0000
+ S. 1: 16988points
+ refine surface 34127.1276 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 34127.1545 0.0270 0.0269
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 34127.1772 0.0498 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34127.2027 0.0752 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16989points
+ surface 02 34127.2215 0.0940 0.0188
+ S. 2: 16977points
+ refine surface 34127.2216 0.0942 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 34127.2477 0.1202 0.0260
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34127.2701 0.1426 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34127.2952 0.1678 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16978points
+ surface 03 34127.3137 0.1862 0.0185
+ S. 3: 16986points
+ refine surface 34127.3138 0.1864 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34127.3393 0.2118 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16986points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34127.3646
+ -----------------------------------------------------------------------
+ Create octree solve 34127.3649 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34127.3807 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 34127.4023 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34127.4031 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34127.4172 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 34127.5394 0.1747 0.1222
+ Imbed surface in osolve 34127.7279 0.3633 0.1886
+ embedding surface 1 34127.7281 0.3635 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34129.6949 2.3302 1.9667
+ osolve%nleaves= 59424
+ embedding surface 3 34131.7875 4.4228 2.0926
+ osolve%nleaves= 64128
+ Assessing octree stability 34135.3213 7.9567 3.5338
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34135.3265 7.9619 0.0052
+ Interpolate velo onto osolve 34135.7684 8.4037 0.4419
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34135.8848 8.5202 0.1165
+ Find void 34136.1577 8.7931 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 34136.1875 8.8229 0.0298
+ wsmp setup1 34136.1955 8.8308 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34137.2184 9.8538 1.0229
+ -----------------------------------
+ start of non-linear iteratio 1 34137.2679
+ -----------------------------------
+ build system 34137.2681 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34145.1764 7.9085 7.9083
+ =================================
+ wsmp: initialisation time: 0.0550640 s
+ wsmp: ordering time: 4.1452188 s
+ wsmp: symbolic fact. time: 0.7160749 s
+ wsmp: Cholesky fact. time: 11.4701600 s
+ wsmp: Factorisation 14365.2471951 Mflops
+ wsmp: back substitution time: 0.1213832 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.5154989 s
+ =================================
+ u : -0.10211E+01 0.18290E+00
+ v : -0.95073E-01 0.11132E+00
+ w : -0.76098E+00 0.24577E+00
+ =================================
+ Calculate pressures 34161.7079 24.4399 16.5315
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 34161.9326 24.6647 0.2247
+ do leaf measurements 34161.9337 24.6658 0.0011
+ compute convergence criterion 34161.9765 24.7086 0.0428
+ velocity_diff_norm = 0.5897131 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34161.9815
+ -----------------------------------
+ build system 34161.9860 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82696E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34169.9608 7.9793 7.9748
+ =================================
+ wsmp: initialisation time: 0.0509181 s
+ wsmp: ordering time: 4.1435139 s
+ wsmp: symbolic fact. time: 0.7122140 s
+ wsmp: Cholesky fact. time: 11.3785560 s
+ wsmp: Factorisation 14480.8957907 Mflops
+ wsmp: back substitution time: 0.1214960 s
+ wsmp: from b to rhs vector: 0.0071909 s
+ ---------------------------------
+ wsmp: total solve time: 16.4142709 s
+ =================================
+ u : -0.10153E+01 0.13585E+00
+ v : -0.48888E-01 0.10202E+00
+ w : -0.76662E+00 0.22480E+00
+ =================================
+ Calculate pressures 34186.3904 24.4089 16.4296
+ raw pressures : -0.12350E+01 0.17738E+00
+ Smoothing pressures 34186.6179 24.6364 0.2275
+ do leaf measurements 34186.6190 24.6375 0.0011
+ compute convergence criterion 34186.6619 24.6804 0.0428
+ velocity_diff_norm = 0.0715713 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34186.6669
+ -----------------------------------
+ build system 34186.6714 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34194.6883 8.0214 8.0169
+ =================================
+ wsmp: initialisation time: 0.0499558 s
+ wsmp: ordering time: 4.1388490 s
+ wsmp: symbolic fact. time: 0.7139051 s
+ wsmp: Cholesky fact. time: 11.3910241 s
+ wsmp: Factorisation 14465.0456574 Mflops
+ wsmp: back substitution time: 0.1213522 s
+ wsmp: from b to rhs vector: 0.0071819 s
+ ---------------------------------
+ wsmp: total solve time: 16.4226580 s
+ =================================
+ u : -0.10172E+01 0.15441E+00
+ v : -0.37454E-01 0.11837E+00
+ w : -0.74552E+00 0.23116E+00
+ =================================
+ Calculate pressures 34211.1264 24.4595 16.4381
+ raw pressures : -0.13700E+01 0.31023E+00
+ Smoothing pressures 34211.3512 24.6843 0.2248
+ do leaf measurements 34211.3523 24.6854 0.0011
+ compute convergence criterion 34211.3951 24.7282 0.0428
+ velocity_diff_norm = 0.0362349 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34211.4001
+ -----------------------------------
+ build system 34211.4046 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34219.3418 7.9417 7.9373
+ =================================
+ wsmp: initialisation time: 0.0508571 s
+ wsmp: ordering time: 4.1623209 s
+ wsmp: symbolic fact. time: 0.7182870 s
+ wsmp: Cholesky fact. time: 11.4373000 s
+ wsmp: Factorisation 14406.5194017 Mflops
+ wsmp: back substitution time: 0.1218748 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4981990 s
+ =================================
+ u : -0.10171E+01 0.17555E+00
+ v : -0.37805E-01 0.12305E+00
+ w : -0.73636E+00 0.22890E+00
+ =================================
+ Calculate pressures 34235.8550 24.4549 16.5132
+ raw pressures : -0.14690E+01 0.35529E+00
+ Smoothing pressures 34236.0826 24.6825 0.2276
+ do leaf measurements 34236.0838 24.6837 0.0011
+ compute convergence criterion 34236.1266 24.7265 0.0428
+ velocity_diff_norm = 0.0158776 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34236.1316
+ -----------------------------------
+ build system 34236.1361 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34244.1443 8.0127 8.0082
+ =================================
+ wsmp: initialisation time: 0.0520670 s
+ wsmp: ordering time: 4.1366179 s
+ wsmp: symbolic fact. time: 0.7161801 s
+ wsmp: Cholesky fact. time: 11.3841360 s
+ wsmp: Factorisation 14473.7979616 Mflops
+ wsmp: back substitution time: 0.1211669 s
+ wsmp: from b to rhs vector: 0.0071621 s
+ ---------------------------------
+ wsmp: total solve time: 16.4176960 s
+ =================================
+ u : -0.10168E+01 0.19343E+00
+ v : -0.40668E-01 0.12551E+00
+ w : -0.73178E+00 0.22790E+00
+ =================================
+ Calculate pressures 34260.5779 24.4463 16.4336
+ raw pressures : -0.15124E+01 0.36311E+00
+ Smoothing pressures 34260.8061 24.6745 0.2282
+ do leaf measurements 34260.8072 24.6756 0.0011
+ compute convergence criterion 34260.8504 24.7189 0.0432
+ velocity_diff_norm = 0.0107813 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34260.8555
+ -----------------------------------
+ build system 34260.8601 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34268.8210 7.9655 7.9609
+ =================================
+ wsmp: initialisation time: 0.0528688 s
+ wsmp: ordering time: 4.1327741 s
+ wsmp: symbolic fact. time: 0.7163210 s
+ wsmp: Cholesky fact. time: 11.4177189 s
+ wsmp: Factorisation 14431.2261933 Mflops
+ wsmp: back substitution time: 0.1212811 s
+ wsmp: from b to rhs vector: 0.0071919 s
+ ---------------------------------
+ wsmp: total solve time: 16.4485309 s
+ =================================
+ u : -0.10165E+01 0.20910E+00
+ v : -0.43069E-01 0.12559E+00
+ w : -0.72734E+00 0.22733E+00
+ =================================
+ Calculate pressures 34285.2855 24.4300 16.4645
+ raw pressures : -0.15338E+01 0.36022E+00
+ Smoothing pressures 34285.5108 24.6553 0.2253
+ do leaf measurements 34285.5119 24.6564 0.0011
+ compute convergence criterion 34285.5547 24.6992 0.0428
+ velocity_diff_norm = 0.0080859 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34285.5577 24.7022 0.0030
+Compute isostasy and adjust vertical 34285.5579 24.7024 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -172691940416828.91 297078870348791.81
+ def in m -7.9987564086914062 0.66807109117507935
+ dimensionless def -1.9087745462145124E-6 2.28535897391183044E-5
+ Isostatic velocity range = -0.0186634 0.2282094
+ Compute divergence 34285.7640 24.9085 0.2062
+ wsmp_cleanup 34285.8001 24.9446 0.0361
+ Reset surface geometry 34285.8051 24.9496 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 34285.8132 24.9577 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34285.8306 24.9751 0.0174
+ Advect surface 1 34285.8307 24.9752 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34286.0274 25.1719 0.1966
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34286.2240 25.3685 0.1966
+ removing 1 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34286.4870 25.6315 0.2630
+ Advect the cloud 34286.6433 25.7877 0.1562
+ Write output 34287.4945 26.6389 0.8512
+ End of time step 34288.4089 27.5534 0.9145
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 212 34288.4091
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34288.4091 0.0001 0.0001
+ surface 01 34288.4092 0.0001 0.0000
+ S. 1: 16989points
+ refine surface 34288.4092 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34288.4352 0.0261 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 16989points
+ surface 02 34288.4539 0.0448 0.0187
+ S. 2: 16978points
+ refine surface 34288.4540 0.0449 0.0002
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 34288.4816 0.0725 0.0276
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34288.5036 0.0945 0.0220
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34288.5291 0.1200 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 16981points
+ surface 03 34288.5476 0.1385 0.0185
+ S. 3: 16985points
+ refine surface 34288.5477 0.1386 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 34288.5743 0.1652 0.0265
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 34288.5971 0.1880 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34288.6226 0.2135 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 16986points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34288.6475
+ -----------------------------------------------------------------------
+ Create octree solve 34288.6477 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34288.6636 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 34288.6853 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34288.6861 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34288.7003 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 34288.8224 0.1749 0.1221
+ Imbed surface in osolve 34289.0122 0.3647 0.1898
+ embedding surface 1 34289.0124 0.3649 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34290.9689 2.3214 1.9566
+ osolve%nleaves= 59424
+ embedding surface 3 34293.0535 4.4060 2.0846
+ osolve%nleaves= 64128
+ Assessing octree stability 34296.6034 7.9559 3.5498
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34296.6082 7.9607 0.0048
+ Interpolate velo onto osolve 34297.0886 8.4411 0.4804
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34297.1654 8.5179 0.0769
+ Find void 34297.4357 8.7882 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 34297.4650 8.8175 0.0292
+ wsmp setup1 34297.4730 8.8255 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34298.4984 9.8509 1.0254
+ -----------------------------------
+ start of non-linear iteratio 1 34298.5476
+ -----------------------------------
+ build system 34298.5478 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34306.4611 7.9135 7.9133
+ =================================
+ wsmp: initialisation time: 0.0554209 s
+ wsmp: ordering time: 4.1462560 s
+ wsmp: symbolic fact. time: 0.7186351 s
+ wsmp: Cholesky fact. time: 11.4591279 s
+ wsmp: Factorisation 14379.0771226 Mflops
+ wsmp: back substitution time: 0.1214259 s
+ wsmp: from b to rhs vector: 0.0072072 s
+ ---------------------------------
+ wsmp: total solve time: 16.5084329 s
+ =================================
+ u : -0.10436E+01 0.18326E+00
+ v : -0.96037E-01 0.11207E+00
+ w : -0.76081E+00 0.24860E+00
+ =================================
+ Calculate pressures 34322.9852 24.4376 16.5241
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 34323.2103 24.6626 0.2251
+ do leaf measurements 34323.2114 24.6638 0.0011
+ compute convergence criterion 34323.2540 24.7064 0.0426
+ velocity_diff_norm = 0.5886957 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34323.2591
+ -----------------------------------
+ build system 34323.2637 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80394E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34331.2200 7.9609 7.9564
+ =================================
+ wsmp: initialisation time: 0.0495751 s
+ wsmp: ordering time: 4.1182120 s
+ wsmp: symbolic fact. time: 0.7187948 s
+ wsmp: Cholesky fact. time: 11.3789990 s
+ wsmp: Factorisation 14480.3320529 Mflops
+ wsmp: back substitution time: 0.1217890 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3948162 s
+ =================================
+ u : -0.10149E+01 0.13601E+00
+ v : -0.48502E-01 0.10193E+00
+ w : -0.76647E+00 0.22675E+00
+ =================================
+ Calculate pressures 34347.6303 24.3712 16.4103
+ raw pressures : -0.12360E+01 0.17931E+00
+ Smoothing pressures 34347.8572 24.5980 0.2268
+ do leaf measurements 34347.8583 24.5991 0.0011
+ compute convergence criterion 34347.9009 24.6418 0.0426
+ velocity_diff_norm = 0.0709457 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34347.9060
+ -----------------------------------
+ build system 34347.9106 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34355.9318 8.0258 8.0212
+ =================================
+ wsmp: initialisation time: 0.0507300 s
+ wsmp: ordering time: 4.1394780 s
+ wsmp: symbolic fact. time: 0.7177320 s
+ wsmp: Cholesky fact. time: 11.3866620 s
+ wsmp: Factorisation 14470.5870590 Mflops
+ wsmp: back substitution time: 0.1214828 s
+ wsmp: from b to rhs vector: 0.0073409 s
+ ---------------------------------
+ wsmp: total solve time: 16.4237890 s
+ =================================
+ u : -0.10168E+01 0.15439E+00
+ v : -0.37303E-01 0.11809E+00
+ w : -0.74580E+00 0.23216E+00
+ =================================
+ Calculate pressures 34372.3715 24.4655 16.4397
+ raw pressures : -0.13700E+01 0.31067E+00
+ Smoothing pressures 34372.5961 24.6901 0.2246
+ do leaf measurements 34372.5972 24.6912 0.0011
+ compute convergence criterion 34372.6398 24.7338 0.0426
+ velocity_diff_norm = 0.0360758 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34372.6449
+ -----------------------------------
+ build system 34372.6494 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34380.5892 7.9443 7.9397
+ =================================
+ wsmp: initialisation time: 0.0524590 s
+ wsmp: ordering time: 4.1607571 s
+ wsmp: symbolic fact. time: 0.7227011 s
+ wsmp: Cholesky fact. time: 11.4668450 s
+ wsmp: Factorisation 14369.4000716 Mflops
+ wsmp: back substitution time: 0.1214411 s
+ wsmp: from b to rhs vector: 0.0070491 s
+ ---------------------------------
+ wsmp: total solve time: 16.5316069 s
+ =================================
+ u : -0.10167E+01 0.17548E+00
+ v : -0.37649E-01 0.12283E+00
+ w : -0.73647E+00 0.22929E+00
+ =================================
+ Calculate pressures 34397.1367 24.4918 16.5475
+ raw pressures : -0.14687E+01 0.35570E+00
+ Smoothing pressures 34397.3616 24.7167 0.2249
+ do leaf measurements 34397.3627 24.7178 0.0011
+ compute convergence criterion 34397.4053 24.7604 0.0426
+ velocity_diff_norm = 0.0159703 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34397.4104
+ -----------------------------------
+ build system 34397.4150 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34405.4167 8.0063 8.0017
+ =================================
+ wsmp: initialisation time: 0.0535769 s
+ wsmp: ordering time: 4.1428490 s
+ wsmp: symbolic fact. time: 0.7160590 s
+ wsmp: Cholesky fact. time: 11.3776610 s
+ wsmp: Factorisation 14482.0349300 Mflops
+ wsmp: back substitution time: 0.1212530 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4188821 s
+ =================================
+ u : -0.10166E+01 0.19336E+00
+ v : -0.40540E-01 0.12536E+00
+ w : -0.73186E+00 0.22823E+00
+ =================================
+ Calculate pressures 34421.8513 24.4408 16.4345
+ raw pressures : -0.15121E+01 0.36346E+00
+ Smoothing pressures 34422.0765 24.6661 0.2253
+ do leaf measurements 34422.0776 24.6672 0.0011
+ compute convergence criterion 34422.1206 24.7102 0.0430
+ velocity_diff_norm = 0.0107624 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34422.1257
+ -----------------------------------
+ build system 34422.1304 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34430.1059 7.9802 7.9756
+ =================================
+ wsmp: initialisation time: 0.0504420 s
+ wsmp: ordering time: 4.1380570 s
+ wsmp: symbolic fact. time: 0.7122040 s
+ wsmp: Cholesky fact. time: 11.4050310 s
+ wsmp: Factorisation 14447.2807105 Mflops
+ wsmp: back substitution time: 0.1211412 s
+ wsmp: from b to rhs vector: 0.0072122 s
+ ---------------------------------
+ wsmp: total solve time: 16.4344339 s
+ =================================
+ u : -0.10164E+01 0.20903E+00
+ v : -0.42967E-01 0.12550E+00
+ w : -0.72742E+00 0.22774E+00
+ =================================
+ Calculate pressures 34446.5558 24.4300 16.4498
+ raw pressures : -0.15337E+01 0.36061E+00
+ Smoothing pressures 34446.7804 24.6546 0.2246
+ do leaf measurements 34446.7814 24.6557 0.0011
+ compute convergence criterion 34446.8240 24.6983 0.0426
+ velocity_diff_norm = 0.0080800 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34446.8269 24.7012 0.0029
+Compute isostasy and adjust vertical 34446.8271 24.7013 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -173123019934263.13 298300898421548.63
+ def in m -7.9975242614746094 0.66468614339828491
+ dimensionless def -1.89910326685224256E-6 2.28500693184988845E-5
+ Isostatic velocity range = -0.0185637 0.2281736
+ Compute divergence 34447.0358 24.9101 0.2087
+ wsmp_cleanup 34447.0719 24.9461 0.0361
+ Reset surface geometry 34447.0768 24.9511 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 34447.0852 24.9595 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34447.1024 24.9766 0.0171
+ Advect surface 1 34447.1025 24.9768 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34447.2949 25.1691 0.1923
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34447.4938 25.3681 0.1990
+ removing 1 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34447.7562 25.6305 0.2624
+ Advect the cloud 34447.9126 25.7869 0.1564
+ Write output 34448.7638 26.6380 0.8512
+ End of time step 34449.6394 27.5137 0.8756
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 213 34449.6396
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34449.6396 0.0001 0.0001
+ surface 01 34449.6397 0.0001 0.0000
+ S. 1: 16989points
+ refine surface 34449.6397 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34449.6655 0.0260 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 16989points
+ surface 02 34449.6841 0.0445 0.0185
+ S. 2: 16981points
+ refine surface 34449.6842 0.0446 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 34449.7123 0.0727 0.0281
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34449.7348 0.0952 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34449.7606 0.1210 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16984points
+ surface 03 34449.7792 0.1397 0.0187
+ S. 3: 16985points
+ refine surface 34449.7794 0.1398 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 34449.8073 0.1677 0.0279
+ S. 3: 4 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 34449.8342 0.1946 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34449.8602 0.2206 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 16987points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34449.8847
+ -----------------------------------------------------------------------
+ Create octree solve 34449.8850 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34449.9009 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 34449.9227 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34449.9235 0.0388 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34449.9376 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 34450.0597 0.1750 0.1221
+ Imbed surface in osolve 34450.2478 0.3631 0.1881
+ embedding surface 1 34450.2480 0.3633 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34452.2076 2.3229 1.9595
+ osolve%nleaves= 59424
+ embedding surface 3 34454.2922 4.4075 2.0847
+ osolve%nleaves= 64128
+ Assessing octree stability 34457.8207 7.9360 3.5285
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34457.8255 7.9408 0.0048
+ Interpolate velo onto osolve 34458.2572 8.3725 0.4317
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34458.3895 8.5048 0.1323
+ Find void 34458.6622 8.7775 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 34458.6916 8.8069 0.0295
+ wsmp setup1 34458.6993 8.8145 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34459.7211 9.8364 1.0218
+ -----------------------------------
+ start of non-linear iteratio 1 34459.7703
+ -----------------------------------
+ build system 34459.7704 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34467.6882 7.9179 7.9177
+ =================================
+ wsmp: initialisation time: 0.0561988 s
+ wsmp: ordering time: 4.1208751 s
+ wsmp: symbolic fact. time: 0.7141838 s
+ wsmp: Cholesky fact. time: 11.4367180 s
+ wsmp: Factorisation 14407.2525056 Mflops
+ wsmp: back substitution time: 0.1215520 s
+ wsmp: from b to rhs vector: 0.0072379 s
+ ---------------------------------
+ wsmp: total solve time: 16.4571328 s
+ =================================
+ u : -0.10232E+01 0.18341E+00
+ v : -0.95183E-01 0.11152E+00
+ w : -0.76116E+00 0.24602E+00
+ =================================
+ Calculate pressures 34484.1609 24.3907 16.4728
+ raw pressures : -0.35081E+00 0.00000E+00
+ Smoothing pressures 34484.3860 24.6157 0.2250
+ do leaf measurements 34484.3871 24.6168 0.0011
+ compute convergence criterion 34484.4301 24.6599 0.0430
+ velocity_diff_norm = 0.5889937 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34484.4353
+ -----------------------------------
+ build system 34484.4398 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82515E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34492.3849 7.9496 7.9451
+ =================================
+ wsmp: initialisation time: 0.0520010 s
+ wsmp: ordering time: 4.1210361 s
+ wsmp: symbolic fact. time: 0.7166340 s
+ wsmp: Cholesky fact. time: 11.3721750 s
+ wsmp: Factorisation 14489.0211582 Mflops
+ wsmp: back substitution time: 0.1220400 s
+ wsmp: from b to rhs vector: 0.0072300 s
+ ---------------------------------
+ wsmp: total solve time: 16.3914499 s
+ =================================
+ u : -0.10153E+01 0.13620E+00
+ v : -0.48520E-01 0.10202E+00
+ w : -0.76671E+00 0.22520E+00
+ =================================
+ Calculate pressures 34508.7920 24.3567 16.4071
+ raw pressures : -0.12358E+01 0.17983E+00
+ Smoothing pressures 34509.0188 24.5835 0.2268
+ do leaf measurements 34509.0200 24.5847 0.0011
+ compute convergence criterion 34509.0629 24.6276 0.0429
+ velocity_diff_norm = 0.0710878 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34509.0681
+ -----------------------------------
+ build system 34509.0726 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34517.0890 8.0210 8.0164
+ =================================
+ wsmp: initialisation time: 0.0509980 s
+ wsmp: ordering time: 4.1207969 s
+ wsmp: symbolic fact. time: 0.7139831 s
+ wsmp: Cholesky fact. time: 11.3936210 s
+ wsmp: Factorisation 14461.7487575 Mflops
+ wsmp: back substitution time: 0.1215098 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.4084349 s
+ =================================
+ u : -0.10171E+01 0.15450E+00
+ v : -0.37220E-01 0.11825E+00
+ w : -0.74601E+00 0.23159E+00
+ =================================
+ Calculate pressures 34533.5126 24.4445 16.4235
+ raw pressures : -0.13702E+01 0.31113E+00
+ Smoothing pressures 34533.7373 24.6692 0.2247
+ do leaf measurements 34533.7384 24.6703 0.0011
+ compute convergence criterion 34533.7813 24.7132 0.0429
+ velocity_diff_norm = 0.0361152 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34533.7864
+ -----------------------------------
+ build system 34533.7909 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34541.7295 7.9431 7.9387
+ =================================
+ wsmp: initialisation time: 0.0528140 s
+ wsmp: ordering time: 4.1496170 s
+ wsmp: symbolic fact. time: 0.7146580 s
+ wsmp: Cholesky fact. time: 11.4708202 s
+ wsmp: Factorisation 14364.4204309 Mflops
+ wsmp: back substitution time: 0.1214871 s
+ wsmp: from b to rhs vector: 0.0071118 s
+ ---------------------------------
+ wsmp: total solve time: 16.5168581 s
+ =================================
+ u : -0.10169E+01 0.17553E+00
+ v : -0.37621E-01 0.12299E+00
+ w : -0.73670E+00 0.22904E+00
+ =================================
+ Calculate pressures 34558.2617 24.4753 16.5322
+ raw pressures : -0.14690E+01 0.35620E+00
+ Smoothing pressures 34558.4873 24.7009 0.2256
+ do leaf measurements 34558.4884 24.7020 0.0011
+ compute convergence criterion 34558.5314 24.7450 0.0429
+ velocity_diff_norm = 0.0159646 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34558.5365
+ -----------------------------------
+ build system 34558.5410 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34566.5422 8.0057 8.0011
+ =================================
+ wsmp: initialisation time: 0.0528669 s
+ wsmp: ordering time: 4.1228950 s
+ wsmp: symbolic fact. time: 0.7152672 s
+ wsmp: Cholesky fact. time: 11.3870819 s
+ wsmp: Factorisation 14470.0535114 Mflops
+ wsmp: back substitution time: 0.1214221 s
+ wsmp: from b to rhs vector: 0.0071809 s
+ ---------------------------------
+ wsmp: total solve time: 16.4070518 s
+ =================================
+ u : -0.10167E+01 0.19336E+00
+ v : -0.40551E-01 0.12545E+00
+ w : -0.73209E+00 0.22816E+00
+ =================================
+ Calculate pressures 34582.9644 24.4279 16.4222
+ raw pressures : -0.15128E+01 0.36414E+00
+ Smoothing pressures 34583.1894 24.6529 0.2250
+ do leaf measurements 34583.1905 24.6540 0.0011
+ compute convergence criterion 34583.2338 24.6973 0.0433
+ velocity_diff_norm = 0.0107438 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34583.2390
+ -----------------------------------
+ build system 34583.2436 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34591.2326 7.9936 7.9890
+ =================================
+ wsmp: initialisation time: 0.0526679 s
+ wsmp: ordering time: 4.1174998 s
+ wsmp: symbolic fact. time: 0.7111912 s
+ wsmp: Cholesky fact. time: 11.4056110 s
+ wsmp: Factorisation 14446.5459433 Mflops
+ wsmp: back substitution time: 0.1212881 s
+ wsmp: from b to rhs vector: 0.0072272 s
+ ---------------------------------
+ wsmp: total solve time: 16.4158690 s
+ =================================
+ u : -0.10165E+01 0.20905E+00
+ v : -0.42978E-01 0.12550E+00
+ w : -0.72763E+00 0.22766E+00
+ =================================
+ Calculate pressures 34607.6640 24.4250 16.4314
+ raw pressures : -0.15345E+01 0.36128E+00
+ Smoothing pressures 34607.8885 24.6495 0.2245
+ do leaf measurements 34607.8896 24.6506 0.0011
+ compute convergence criterion 34607.9324 24.6934 0.0428
+ velocity_diff_norm = 0.0080852 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34607.9353 24.6963 0.0028
+Compute isostasy and adjust vertical 34607.9354 24.6964 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -173563539920612.59 299513029320807.75
+ def in m -7.9877266883850098 0.66742140054702759
+ dimensionless def -1.90691828727722167E-6 2.28220762525285996E-5
+ Isostatic velocity range = -0.0186370 0.2278842
+ Compute divergence 34608.1462 24.9072 0.2108
+ wsmp_cleanup 34608.1825 24.9435 0.0363
+ Reset surface geometry 34608.1873 24.9483 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 34608.1958 24.9568 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34608.2132 24.9742 0.0174
+ Advect surface 1 34608.2133 24.9743 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34608.4062 25.1672 0.1928
+ removing 1 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34608.6135 25.3745 0.2073
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34608.8688 25.6298 0.2553
+ Advect the cloud 34609.0282 25.7892 0.1594
+ Write output 34609.8719 26.6329 0.8437
+ End of time step 34610.7519 27.5129 0.8800
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 214 34610.7520
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34610.7521 0.0001 0.0001
+ surface 01 34610.7521 0.0001 0.0000
+ S. 1: 16989points
+ refine surface 34610.7522 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34610.7791 0.0271 0.0269
+ S. 1: 0 flips in delaunay2
+ S. 1: 16989points
+ surface 02 34610.7968 0.0448 0.0177
+ S. 2: 16983points
+ refine surface 34610.7969 0.0449 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 34610.8237 0.0717 0.0268
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34610.8473 0.0953 0.0236
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34610.8722 0.1202 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16986points
+ surface 03 34610.8919 0.1399 0.0197
+ S. 3: 16987points
+ refine surface 34610.8920 0.1400 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34610.9164 0.1644 0.0244
+ S. 3: 0 flips in delaunay2
+ S. 3: 16987points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34610.9423
+ -----------------------------------------------------------------------
+ Create octree solve 34610.9426 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34610.9585 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 34610.9805 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34610.9813 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34610.9955 0.0531 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 34611.1177 0.1753 0.1222
+ Imbed surface in osolve 34611.3053 0.3630 0.1876
+ embedding surface 1 34611.3055 0.3631 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34613.2548 2.3125 1.9493
+ osolve%nleaves= 59424
+ embedding surface 3 34615.3536 4.4112 2.0987
+ osolve%nleaves= 64128
+ Assessing octree stability 34618.9303 7.9880 3.5768
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34618.9361 7.9937 0.0057
+ Interpolate velo onto osolve 34619.4329 8.4905 0.4968
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34619.4977 8.5554 0.0649
+ Find void 34619.7702 8.8279 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 34619.7997 8.8574 0.0295
+ wsmp setup1 34619.8072 8.8649 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34620.8299 9.8876 1.0227
+ -----------------------------------
+ start of non-linear iteratio 1 34620.8791
+ -----------------------------------
+ build system 34620.8793 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34628.8110 7.9319 7.9317
+ =================================
+ wsmp: initialisation time: 0.0554340 s
+ wsmp: ordering time: 4.1085451 s
+ wsmp: symbolic fact. time: 0.7143052 s
+ wsmp: Cholesky fact. time: 11.4227312 s
+ wsmp: Factorisation 14424.8937974 Mflops
+ wsmp: back substitution time: 0.1214890 s
+ wsmp: from b to rhs vector: 0.0074780 s
+ ---------------------------------
+ wsmp: total solve time: 16.4303598 s
+ =================================
+ u : -0.10195E+01 0.18383E+00
+ v : -0.95599E-01 0.11313E+00
+ w : -0.76148E+00 0.24829E+00
+ =================================
+ Calculate pressures 34645.2567 24.3776 16.4457
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 34645.4823 24.6032 0.2256
+ do leaf measurements 34645.4834 24.6043 0.0011
+ compute convergence criterion 34645.5261 24.6470 0.0427
+ velocity_diff_norm = 0.5886817 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34645.5312
+ -----------------------------------
+ build system 34645.5359 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80971E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34653.4740 7.9428 7.9381
+ =================================
+ wsmp: initialisation time: 0.0505650 s
+ wsmp: ordering time: 4.1080532 s
+ wsmp: symbolic fact. time: 0.7172651 s
+ wsmp: Cholesky fact. time: 11.3794861 s
+ wsmp: Factorisation 14479.7122347 Mflops
+ wsmp: back substitution time: 0.1220570 s
+ wsmp: from b to rhs vector: 0.0074811 s
+ ---------------------------------
+ wsmp: total solve time: 16.3852668 s
+ =================================
+ u : -0.10152E+01 0.13643E+00
+ v : -0.48452E-01 0.10206E+00
+ w : -0.76684E+00 0.22697E+00
+ =================================
+ Calculate pressures 34669.8752 24.3440 16.4012
+ raw pressures : -0.12355E+01 0.17980E+00
+ Smoothing pressures 34670.1017 24.5705 0.2265
+ do leaf measurements 34670.1028 24.5716 0.0011
+ compute convergence criterion 34670.1454 24.6142 0.0426
+ velocity_diff_norm = 0.0709393 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34670.1506
+ -----------------------------------
+ build system 34670.1553 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34678.1563 8.0058 8.0011
+ =================================
+ wsmp: initialisation time: 0.0540500 s
+ wsmp: ordering time: 4.1228130 s
+ wsmp: symbolic fact. time: 0.7128010 s
+ wsmp: Cholesky fact. time: 11.3813670 s
+ wsmp: Factorisation 14477.3193181 Mflops
+ wsmp: back substitution time: 0.1214020 s
+ wsmp: from b to rhs vector: 0.0074880 s
+ ---------------------------------
+ wsmp: total solve time: 16.4002950 s
+ =================================
+ u : -0.10170E+01 0.15457E+00
+ v : -0.37271E-01 0.11839E+00
+ w : -0.74628E+00 0.23259E+00
+ =================================
+ Calculate pressures 34694.5723 24.4217 16.4159
+ raw pressures : -0.13707E+01 0.31169E+00
+ Smoothing pressures 34694.7969 24.6463 0.2246
+ do leaf measurements 34694.7980 24.6474 0.0011
+ compute convergence criterion 34694.8407 24.6902 0.0428
+ velocity_diff_norm = 0.0361343 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34694.8459
+ -----------------------------------
+ build system 34694.8506 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34702.7838 7.9379 7.9332
+ =================================
+ wsmp: initialisation time: 0.0548360 s
+ wsmp: ordering time: 4.1329060 s
+ wsmp: symbolic fact. time: 0.7119138 s
+ wsmp: Cholesky fact. time: 11.4668610 s
+ wsmp: Factorisation 14369.3800541 Mflops
+ wsmp: back substitution time: 0.1216011 s
+ wsmp: from b to rhs vector: 0.0074620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4959490 s
+ =================================
+ u : -0.10169E+01 0.17551E+00
+ v : -0.37591E-01 0.12309E+00
+ w : -0.73691E+00 0.22968E+00
+ =================================
+ Calculate pressures 34719.2952 24.4493 16.5114
+ raw pressures : -0.14694E+01 0.35650E+00
+ Smoothing pressures 34719.5199 24.6740 0.2247
+ do leaf measurements 34719.5210 24.6751 0.0011
+ compute convergence criterion 34719.5638 24.7179 0.0428
+ velocity_diff_norm = 0.0159068 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34719.5689
+ -----------------------------------
+ build system 34719.5736 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34727.5664 7.9974 7.9927
+ =================================
+ wsmp: initialisation time: 0.0497150 s
+ wsmp: ordering time: 4.0992730 s
+ wsmp: symbolic fact. time: 0.7107041 s
+ wsmp: Cholesky fact. time: 11.3833320 s
+ wsmp: Factorisation 14474.8201731 Mflops
+ wsmp: back substitution time: 0.1214240 s
+ wsmp: from b to rhs vector: 0.0073340 s
+ ---------------------------------
+ wsmp: total solve time: 16.3721311 s
+ =================================
+ u : -0.10166E+01 0.19339E+00
+ v : -0.40503E-01 0.12559E+00
+ w : -0.73223E+00 0.22855E+00
+ =================================
+ Calculate pressures 34743.9541 24.3852 16.3878
+ raw pressures : -0.15130E+01 0.36421E+00
+ Smoothing pressures 34744.1789 24.6100 0.2248
+ do leaf measurements 34744.1801 24.6111 0.0011
+ compute convergence criterion 34744.2231 24.6541 0.0430
+ velocity_diff_norm = 0.0107461 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34744.2283
+ -----------------------------------
+ build system 34744.2331 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34752.2268 7.9985 7.9937
+ =================================
+ wsmp: initialisation time: 0.0532181 s
+ wsmp: ordering time: 4.1136372 s
+ wsmp: symbolic fact. time: 0.7136722 s
+ wsmp: Cholesky fact. time: 11.4019659 s
+ wsmp: Factorisation 14451.1644701 Mflops
+ wsmp: back substitution time: 0.1214271 s
+ wsmp: from b to rhs vector: 0.0074401 s
+ ---------------------------------
+ wsmp: total solve time: 16.4117341 s
+ =================================
+ u : -0.10165E+01 0.20906E+00
+ v : -0.42925E-01 0.12563E+00
+ w : -0.72772E+00 0.22794E+00
+ =================================
+ Calculate pressures 34768.6549 24.4266 16.4281
+ raw pressures : -0.15348E+01 0.36156E+00
+ Smoothing pressures 34768.8789 24.6506 0.2240
+ do leaf measurements 34768.8800 24.6517 0.0011
+ compute convergence criterion 34768.9233 24.6950 0.0433
+ velocity_diff_norm = 0.0080784 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34768.9266 24.6983 0.0033
+Compute isostasy and adjust vertical 34768.9268 24.6984 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -174015145681887.59 300709258180452.31
+ def in m -7.9959678649902344 0.66776055097579956
+ dimensionless def -1.90788728850228421E-6 2.28456224714006696E-5
+ Isostatic velocity range = -0.0186396 0.2281201
+ Compute divergence 34769.1383 24.9100 0.2116
+ wsmp_cleanup 34769.1746 24.9462 0.0362
+ Reset surface geometry 34769.1796 24.9512 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 34769.1877 24.9594 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34769.2050 24.9766 0.0172
+ Advect surface 1 34769.2051 24.9768 0.0001
+ removing 3 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34769.4305 25.2022 0.2254
+ removing 1 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34769.6388 25.4105 0.2083
+ removing 2 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34769.9204 25.6921 0.2815
+ Advect the cloud 34770.0784 25.8501 0.1581
+ Write output 34770.9288 26.7005 0.8503
+ End of time step 34771.8044 27.5761 0.8756
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 215 34771.8046
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34771.8046 0.0001 0.0001
+ surface 01 34771.8047 0.0001 0.0000
+ S. 1: 16986points
+ refine surface 34771.8047 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 34771.8301 0.0255 0.0253
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 34771.8544 0.0498 0.0243
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34771.8792 0.0746 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 16987points
+ surface 02 34771.8986 0.0940 0.0195
+ S. 2: 16985points
+ refine surface 34771.8988 0.0942 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 34771.9260 0.1214 0.0272
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34771.9496 0.1450 0.0236
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34771.9752 0.1706 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 16988points
+ surface 03 34771.9939 0.1894 0.0188
+ S. 3: 16985points
+ refine surface 34771.9941 0.1895 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 34772.0218 0.2173 0.0278
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 34772.0448 0.2402 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34772.0705 0.2660 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16988points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34772.0956
+ -----------------------------------------------------------------------
+ Create octree solve 34772.0958 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34772.1116 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 34772.1335 0.0379 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34772.1343 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34772.1484 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 34772.2705 0.1750 0.1221
+ Imbed surface in osolve 34772.4589 0.3633 0.1883
+ embedding surface 1 34772.4591 0.3635 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34774.4099 2.3144 1.9508
+ osolve%nleaves= 59424
+ embedding surface 3 34776.5097 4.4141 2.0998
+ osolve%nleaves= 64128
+ Assessing octree stability 34780.0994 8.0039 3.5897
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34780.1046 8.0090 0.0051
+ Interpolate velo onto osolve 34780.5895 8.4940 0.4849
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34780.6546 8.5591 0.0651
+ Find void 34780.9278 8.8323 0.2732
+ whole leaf in fluid 32992
+ Define boundary conditions 34780.9576 8.8621 0.0298
+ wsmp setup1 34780.9651 8.8696 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34781.9856 9.8900 1.0204
+ -----------------------------------
+ start of non-linear iteratio 1 34782.0332
+ -----------------------------------
+ build system 34782.0333 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34789.9679 7.9347 7.9345
+ =================================
+ wsmp: initialisation time: 0.0546000 s
+ wsmp: ordering time: 4.1045589 s
+ wsmp: symbolic fact. time: 0.7125120 s
+ wsmp: Cholesky fact. time: 11.4058061 s
+ wsmp: Factorisation 14446.2989237 Mflops
+ wsmp: back substitution time: 0.1216030 s
+ wsmp: from b to rhs vector: 0.0071089 s
+ ---------------------------------
+ wsmp: total solve time: 16.4065812 s
+ =================================
+ u : -0.10456E+01 0.18353E+00
+ v : -0.95719E-01 0.11170E+00
+ w : -0.76137E+00 0.24634E+00
+ =================================
+ Calculate pressures 34806.3897 24.3565 16.4218
+ raw pressures : -0.35097E+00 0.00000E+00
+ Smoothing pressures 34806.6143 24.5811 0.2246
+ do leaf measurements 34806.6155 24.5823 0.0012
+ compute convergence criterion 34806.6574 24.6243 0.0420
+ velocity_diff_norm = 0.5890365 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34806.6624
+ -----------------------------------
+ build system 34806.6669 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81806E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34814.6016 7.9392 7.9347
+ =================================
+ wsmp: initialisation time: 0.0496669 s
+ wsmp: ordering time: 4.1237621 s
+ wsmp: symbolic fact. time: 0.7170010 s
+ wsmp: Cholesky fact. time: 11.3842330 s
+ wsmp: Factorisation 14473.6745906 Mflops
+ wsmp: back substitution time: 0.1223960 s
+ wsmp: from b to rhs vector: 0.0070171 s
+ ---------------------------------
+ wsmp: total solve time: 16.4044480 s
+ =================================
+ u : -0.10152E+01 0.13642E+00
+ v : -0.48609E-01 0.10187E+00
+ w : -0.76695E+00 0.22546E+00
+ =================================
+ Calculate pressures 34831.0216 24.3592 16.4199
+ raw pressures : -0.12355E+01 0.17945E+00
+ Smoothing pressures 34831.2482 24.5858 0.2266
+ do leaf measurements 34831.2493 24.5869 0.0011
+ compute convergence criterion 34831.2912 24.6288 0.0419
+ velocity_diff_norm = 0.0712673 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34831.2962
+ -----------------------------------
+ build system 34831.3007 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34839.2860 7.9898 7.9853
+ =================================
+ wsmp: initialisation time: 0.0521162 s
+ wsmp: ordering time: 4.1175740 s
+ wsmp: symbolic fact. time: 0.7156668 s
+ wsmp: Cholesky fact. time: 11.3821990 s
+ wsmp: Factorisation 14476.2609726 Mflops
+ wsmp: back substitution time: 0.1212070 s
+ wsmp: from b to rhs vector: 0.0069931 s
+ ---------------------------------
+ wsmp: total solve time: 16.3961360 s
+ =================================
+ u : -0.10170E+01 0.15472E+00
+ v : -0.37337E-01 0.11814E+00
+ w : -0.74608E+00 0.23174E+00
+ =================================
+ Calculate pressures 34855.6979 24.4018 16.4120
+ raw pressures : -0.13711E+01 0.31162E+00
+ Smoothing pressures 34855.9227 24.6266 0.2248
+ do leaf measurements 34855.9239 24.6277 0.0012
+ compute convergence criterion 34855.9662 24.6701 0.0424
+ velocity_diff_norm = 0.0361087 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 34855.9713
+ -----------------------------------
+ build system 34855.9759 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34863.9143 7.9430 7.9384
+ =================================
+ wsmp: initialisation time: 0.0516200 s
+ wsmp: ordering time: 4.1145599 s
+ wsmp: symbolic fact. time: 0.7119851 s
+ wsmp: Cholesky fact. time: 11.4666760 s
+ wsmp: Factorisation 14369.6119016 Mflops
+ wsmp: back substitution time: 0.1214349 s
+ wsmp: from b to rhs vector: 0.0070450 s
+ ---------------------------------
+ wsmp: total solve time: 16.4736891 s
+ =================================
+ u : -0.10168E+01 0.17575E+00
+ v : -0.37708E-01 0.12289E+00
+ w : -0.73680E+00 0.22922E+00
+ =================================
+ Calculate pressures 34880.4038 24.4325 16.4895
+ raw pressures : -0.14703E+01 0.35658E+00
+ Smoothing pressures 34880.6284 24.6571 0.2246
+ do leaf measurements 34880.6295 24.6582 0.0011
+ compute convergence criterion 34880.6714 24.7002 0.0419
+ velocity_diff_norm = 0.0159030 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 34880.6764
+ -----------------------------------
+ build system 34880.6809 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34888.6601 7.9837 7.9792
+ =================================
+ wsmp: initialisation time: 0.0505660 s
+ wsmp: ordering time: 4.1081460 s
+ wsmp: symbolic fact. time: 0.7106910 s
+ wsmp: Cholesky fact. time: 11.3744099 s
+ wsmp: Factorisation 14486.1742385 Mflops
+ wsmp: back substitution time: 0.1213238 s
+ wsmp: from b to rhs vector: 0.0070491 s
+ ---------------------------------
+ wsmp: total solve time: 16.3725688 s
+ =================================
+ u : -0.10166E+01 0.19362E+00
+ v : -0.40603E-01 0.12548E+00
+ w : -0.73217E+00 0.22819E+00
+ =================================
+ Calculate pressures 34905.0485 24.3721 16.3884
+ raw pressures : -0.15135E+01 0.36416E+00
+ Smoothing pressures 34905.2731 24.5967 0.2246
+ do leaf measurements 34905.2742 24.5978 0.0011
+ compute convergence criterion 34905.3165 24.6401 0.0423
+ velocity_diff_norm = 0.0107707 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 34905.3216
+ -----------------------------------
+ build system 34905.3261 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34913.3373 8.0157 8.0111
+ =================================
+ wsmp: initialisation time: 0.0533841 s
+ wsmp: ordering time: 4.1033349 s
+ wsmp: symbolic fact. time: 0.7073479 s
+ wsmp: Cholesky fact. time: 11.3945191 s
+ wsmp: Factorisation 14460.6088738 Mflops
+ wsmp: back substitution time: 0.1213901 s
+ wsmp: from b to rhs vector: 0.0071268 s
+ ---------------------------------
+ wsmp: total solve time: 16.3874779 s
+ =================================
+ u : -0.10164E+01 0.20931E+00
+ v : -0.43039E-01 0.12551E+00
+ w : -0.72764E+00 0.22770E+00
+ =================================
+ Calculate pressures 34929.7400 24.4185 16.4028
+ raw pressures : -0.15353E+01 0.36133E+00
+ Smoothing pressures 34929.9649 24.6433 0.2248
+ do leaf measurements 34929.9660 24.6444 0.0011
+ compute convergence criterion 34930.0079 24.6863 0.0419
+ velocity_diff_norm = 0.0080883 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 34930.0107 24.6891 0.0028
+Compute isostasy and adjust vertical 34930.0109 24.6893 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -174489754567382.66 301902845533849.56
+ def in m -8.0033779144287109 0.67283385992050171
+ dimensionless def -1.92238245691571917E-6 2.28667940412248865E-5
+ Isostatic velocity range = -0.0187754 0.2283369
+ Compute divergence 34930.2182 24.8966 0.2073
+ wsmp_cleanup 34930.2568 24.9353 0.0386
+ Reset surface geometry 34930.2616 24.9401 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 34930.2701 24.9485 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 34930.2860 24.9644 0.0159
+ Advect surface 1 34930.2862 24.9646 0.0001
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 34930.4928 25.1713 0.2067
+ removing 1 particle from surface
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 34930.6999 25.3783 0.2070
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 34930.9543 25.6328 0.2545
+ Advect the cloud 34931.1114 25.7898 0.1570
+ Write output 34931.9608 26.6392 0.8494
+ End of time step 34933.0190 27.6974 1.0582
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 216 34933.0191
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 34933.0192 0.0001 0.0001
+ surface 01 34933.0192 0.0001 0.0000
+ S. 1: 16986points
+ refine surface 34933.0193 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 34933.0469 0.0278 0.0276
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 34933.0697 0.0506 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 34933.0951 0.0760 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16988points
+ surface 02 34933.1140 0.0949 0.0189
+ S. 2: 16987points
+ refine surface 34933.1142 0.0950 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 34933.1414 0.1222 0.0272
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 34933.1646 0.1455 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 34933.1902 0.1711 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 16989points
+ surface 03 34933.2089 0.1898 0.0187
+ S. 3: 16988points
+ refine surface 34933.2090 0.1899 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 34933.2352 0.2161 0.0261
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 34933.2588 0.2397 0.0236
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 34933.2837 0.2645 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 34933.3095
+ -----------------------------------------------------------------------
+ Create octree solve 34933.3097 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 34933.3256 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 34933.3475 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 34933.3483 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 34933.3624 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 34933.4846 0.1751 0.1222
+ Imbed surface in osolve 34933.6687 0.3592 0.1841
+ embedding surface 1 34933.6689 0.3594 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 34935.6274 2.3179 1.9586
+ osolve%nleaves= 59424
+ embedding surface 3 34937.7535 4.4440 2.1261
+ osolve%nleaves= 64128
+ Assessing octree stability 34941.3372 8.0277 3.5837
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 34941.3424 8.0329 0.0053
+ Interpolate velo onto osolve 34941.8046 8.4951 0.4621
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 34941.8795 8.5700 0.0749
+ Find void 34942.1500 8.8405 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 34942.1791 8.8696 0.0290
+ wsmp setup1 34942.1865 8.8770 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 34943.2056 9.8961 1.0191
+ -----------------------------------
+ start of non-linear iteratio 1 34943.2536
+ -----------------------------------
+ build system 34943.2537 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34951.2215 7.9679 7.9678
+ =================================
+ wsmp: initialisation time: 0.0564921 s
+ wsmp: ordering time: 4.1040921 s
+ wsmp: symbolic fact. time: 0.7075059 s
+ wsmp: Cholesky fact. time: 11.4032550 s
+ wsmp: Factorisation 14449.5307770 Mflops
+ wsmp: back substitution time: 0.1213500 s
+ wsmp: from b to rhs vector: 0.0072422 s
+ ---------------------------------
+ wsmp: total solve time: 16.4002981 s
+ =================================
+ u : -0.10135E+01 0.18412E+00
+ v : -0.95687E-01 0.11163E+00
+ w : -0.76148E+00 0.24701E+00
+ =================================
+ Calculate pressures 34967.6375 24.3840 16.4161
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 34967.8618 24.6082 0.2242
+ do leaf measurements 34967.8629 24.6093 0.0011
+ compute convergence criterion 34967.9057 24.6522 0.0428
+ velocity_diff_norm = 0.5891107 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 34967.9110
+ -----------------------------------
+ build system 34967.9156 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81735E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 34975.8575 7.9465 7.9419
+ =================================
+ wsmp: initialisation time: 0.0541000 s
+ wsmp: ordering time: 4.1175370 s
+ wsmp: symbolic fact. time: 0.7169070 s
+ wsmp: Cholesky fact. time: 11.3951421 s
+ wsmp: Factorisation 14459.8182929 Mflops
+ wsmp: back substitution time: 0.1219130 s
+ wsmp: from b to rhs vector: 0.0073249 s
+ ---------------------------------
+ wsmp: total solve time: 16.4133022 s
+ =================================
+ u : -0.10154E+01 0.13689E+00
+ v : -0.48564E-01 0.10198E+00
+ w : -0.76705E+00 0.22582E+00
+ =================================
+ Calculate pressures 34992.2856 24.3747 16.4282
+ raw pressures : -0.12366E+01 0.18064E+00
+ Smoothing pressures 34992.5141 24.6031 0.2284
+ do leaf measurements 34992.5152 24.6042 0.0011
+ compute convergence criterion 34992.5580 24.6471 0.0428
+ velocity_diff_norm = 0.0712896 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 34992.5634
+ -----------------------------------
+ build system 34992.5679 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35000.5452 7.9818 7.9773
+ =================================
+ wsmp: initialisation time: 0.0531390 s
+ wsmp: ordering time: 4.1105590 s
+ wsmp: symbolic fact. time: 0.7114298 s
+ wsmp: Cholesky fact. time: 11.3874571 s
+ wsmp: Factorisation 14469.5766544 Mflops
+ wsmp: back substitution time: 0.1214790 s
+ wsmp: from b to rhs vector: 0.0073559 s
+ ---------------------------------
+ wsmp: total solve time: 16.3917990 s
+ =================================
+ u : -0.10172E+01 0.15500E+00
+ v : -0.37275E-01 0.11828E+00
+ w : -0.74663E+00 0.23200E+00
+ =================================
+ Calculate pressures 35016.9528 24.3894 16.4075
+ raw pressures : -0.13722E+01 0.31292E+00
+ Smoothing pressures 35017.1769 24.6136 0.2242
+ do leaf measurements 35017.1781 24.6147 0.0011
+ compute convergence criterion 35017.2213 24.6579 0.0432
+ velocity_diff_norm = 0.0360752 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35017.2267
+ -----------------------------------
+ build system 35017.2314 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35025.1694 7.9427 7.9380
+ =================================
+ wsmp: initialisation time: 0.0525911 s
+ wsmp: ordering time: 4.1025441 s
+ wsmp: symbolic fact. time: 0.7110169 s
+ wsmp: Cholesky fact. time: 11.4691889 s
+ wsmp: Factorisation 14366.4634789 Mflops
+ wsmp: back substitution time: 0.1213670 s
+ wsmp: from b to rhs vector: 0.0073199 s
+ ---------------------------------
+ wsmp: total solve time: 16.4644001 s
+ =================================
+ u : -0.10169E+01 0.17590E+00
+ v : -0.37796E-01 0.12296E+00
+ w : -0.73726E+00 0.22933E+00
+ =================================
+ Calculate pressures 35041.6491 24.4224 16.4798
+ raw pressures : -0.14709E+01 0.35739E+00
+ Smoothing pressures 35041.8745 24.6478 0.2253
+ do leaf measurements 35041.8756 24.6489 0.0011
+ compute convergence criterion 35041.9183 24.6916 0.0428
+ velocity_diff_norm = 0.0159364 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35041.9237
+ -----------------------------------
+ build system 35041.9283 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35049.8967 7.9730 7.9684
+ =================================
+ wsmp: initialisation time: 0.0539150 s
+ wsmp: ordering time: 4.0972650 s
+ wsmp: symbolic fact. time: 0.7117190 s
+ wsmp: Cholesky fact. time: 11.3801861 s
+ wsmp: Factorisation 14478.8215854 Mflops
+ wsmp: back substitution time: 0.1216619 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.3723638 s
+ =================================
+ u : -0.10167E+01 0.19373E+00
+ v : -0.40695E-01 0.12550E+00
+ w : -0.73254E+00 0.22837E+00
+ =================================
+ Calculate pressures 35066.2843 24.3606 16.3876
+ raw pressures : -0.15146E+01 0.36524E+00
+ Smoothing pressures 35066.5121 24.5884 0.2278
+ do leaf measurements 35066.5132 24.5895 0.0011
+ compute convergence criterion 35066.5559 24.6322 0.0427
+ velocity_diff_norm = 0.0107396 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35066.5613
+ -----------------------------------
+ build system 35066.5659 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35074.5857 8.0244 8.0198
+ =================================
+ wsmp: initialisation time: 0.0506890 s
+ wsmp: ordering time: 4.1042171 s
+ wsmp: symbolic fact. time: 0.7087200 s
+ wsmp: Cholesky fact. time: 11.3958039 s
+ wsmp: Factorisation 14458.9784899 Mflops
+ wsmp: back substitution time: 0.1213188 s
+ wsmp: from b to rhs vector: 0.0073240 s
+ ---------------------------------
+ wsmp: total solve time: 16.3884349 s
+ =================================
+ u : -0.10164E+01 0.20940E+00
+ v : -0.43118E-01 0.12554E+00
+ w : -0.72802E+00 0.22775E+00
+ =================================
+ Calculate pressures 35090.9893 24.4281 16.4037
+ raw pressures : -0.15364E+01 0.36235E+00
+ Smoothing pressures 35091.2143 24.6530 0.2249
+ do leaf measurements 35091.2154 24.6541 0.0011
+ compute convergence criterion 35091.2580 24.6967 0.0426
+ velocity_diff_norm = 0.0080787 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35091.2611 24.6998 0.0031
+Compute isostasy and adjust vertical 35091.2613 24.7000 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -174922733955550.84 303104719383979.94
+ def in m -8.0027055740356445 0.6693120002746582
+ dimensionless def -1.9123200007847375E-6 2.28648730686732688E-5
+ Isostatic velocity range = -0.0186637 0.2283212
+ Compute divergence 35091.4704 24.9092 0.2092
+ wsmp_cleanup 35091.5067 24.9454 0.0362
+ Reset surface geometry 35091.5117 24.9504 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 35091.5201 24.9589 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35091.5372 24.9760 0.0171
+ Advect surface 1 35091.5374 24.9761 0.0001
+ removing 1 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35091.7366 25.1753 0.1992
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35091.9492 25.3879 0.2126
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35092.2208 25.6596 0.2717
+ Advect the cloud 35092.3840 25.8227 0.1631
+ Write output 35093.2322 26.6709 0.8482
+ End of time step 35094.1156 27.5543 0.8834
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 217 35094.1157
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35094.1158 0.0001 0.0001
+ surface 01 35094.1158 0.0001 0.0000
+ S. 1: 16987points
+ refine surface 35094.1159 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 35094.1422 0.0265 0.0263
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 35094.1715 0.0558 0.0293
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35094.1990 0.0833 0.0275
+ S. 1: 0 flips in delaunay2
+ S. 1: 16988points
+ surface 02 35094.2170 0.1013 0.0180
+ S. 2: 16988points
+ refine surface 35094.2172 0.1015 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 35094.2440 0.1283 0.0268
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 35094.2670 0.1512 0.0230
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35094.2922 0.1764 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16990points
+ surface 03 35094.3104 0.1947 0.0182
+ S. 3: 16988points
+ refine surface 35094.3105 0.1948 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 35094.3371 0.2214 0.0266
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35094.3600 0.2443 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35094.3847 0.2690 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16989points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35094.4107
+ -----------------------------------------------------------------------
+ Create octree solve 35094.4109 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35094.4268 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 35094.4486 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35094.4494 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35094.4635 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 35094.5857 0.1750 0.1222
+ Imbed surface in osolve 35094.7728 0.3621 0.1871
+ embedding surface 1 35094.7730 0.3623 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 35096.7605 2.3498 1.9875
+ osolve%nleaves= 59424
+ embedding surface 3 35098.8840 4.4733 2.1235
+ osolve%nleaves= 64128
+ Assessing octree stability 35102.4454 8.0347 3.5614
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35102.4506 8.0399 0.0052
+ Interpolate velo onto osolve 35102.9221 8.5115 0.4715
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35103.0298 8.6192 0.1077
+ Find void 35103.3020 8.8913 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 35103.3313 8.9207 0.0294
+ wsmp setup1 35103.3387 8.9281 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35104.3592 9.9485 1.0204
+ -----------------------------------
+ start of non-linear iteratio 1 35104.4062
+ -----------------------------------
+ build system 35104.4063 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35112.3726 7.9664 7.9662
+ =================================
+ wsmp: initialisation time: 0.0531659 s
+ wsmp: ordering time: 4.1109090 s
+ wsmp: symbolic fact. time: 0.7065451 s
+ wsmp: Cholesky fact. time: 11.4016199 s
+ wsmp: Factorisation 14451.6029440 Mflops
+ wsmp: back substitution time: 0.1207700 s
+ wsmp: from b to rhs vector: 0.0071089 s
+ ---------------------------------
+ wsmp: total solve time: 16.4005051 s
+ =================================
+ u : -0.10343E+01 0.18463E+00
+ v : -0.94953E-01 0.11172E+00
+ w : -0.76169E+00 0.24591E+00
+ =================================
+ Calculate pressures 35128.7888 24.3826 16.4162
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 35129.0138 24.6076 0.2250
+ do leaf measurements 35129.0149 24.6087 0.0011
+ compute convergence criterion 35129.0568 24.6506 0.0419
+ velocity_diff_norm = 0.5889577 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35129.0618
+ -----------------------------------
+ build system 35129.0664 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82963E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35137.0060 7.9442 7.9396
+ =================================
+ wsmp: initialisation time: 0.0515702 s
+ wsmp: ordering time: 4.1228340 s
+ wsmp: symbolic fact. time: 0.7138538 s
+ wsmp: Cholesky fact. time: 11.4080620 s
+ wsmp: Factorisation 14443.4422031 Mflops
+ wsmp: back substitution time: 0.1216600 s
+ wsmp: from b to rhs vector: 0.0070419 s
+ ---------------------------------
+ wsmp: total solve time: 16.4254079 s
+ =================================
+ u : -0.10152E+01 0.13734E+00
+ v : -0.48779E-01 0.10210E+00
+ w : -0.76715E+00 0.22522E+00
+ =================================
+ Calculate pressures 35153.4469 24.3851 16.4409
+ raw pressures : -0.12355E+01 0.17986E+00
+ Smoothing pressures 35153.6746 24.6129 0.2277
+ do leaf measurements 35153.6757 24.6139 0.0011
+ compute convergence criterion 35153.7175 24.6557 0.0418
+ velocity_diff_norm = 0.0711343 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35153.7225
+ -----------------------------------
+ build system 35153.7272 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35161.7083 7.9857 7.9811
+ =================================
+ wsmp: initialisation time: 0.0527568 s
+ wsmp: ordering time: 4.1036441 s
+ wsmp: symbolic fact. time: 0.7071860 s
+ wsmp: Cholesky fact. time: 11.3741322 s
+ wsmp: Factorisation 14486.5279926 Mflops
+ wsmp: back substitution time: 0.1208699 s
+ wsmp: from b to rhs vector: 0.0072112 s
+ ---------------------------------
+ wsmp: total solve time: 16.3662062 s
+ =================================
+ u : -0.10170E+01 0.15540E+00
+ v : -0.37349E-01 0.11848E+00
+ w : -0.74651E+00 0.23148E+00
+ =================================
+ Calculate pressures 35178.0898 24.3672 16.3815
+ raw pressures : -0.13717E+01 0.31250E+00
+ Smoothing pressures 35178.3143 24.5917 0.2245
+ do leaf measurements 35178.3154 24.5928 0.0011
+ compute convergence criterion 35178.3575 24.6350 0.0421
+ velocity_diff_norm = 0.0361298 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35178.3626
+ -----------------------------------
+ build system 35178.3673 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35186.3057 7.9430 7.9383
+ =================================
+ wsmp: initialisation time: 0.0539460 s
+ wsmp: ordering time: 4.0967150 s
+ wsmp: symbolic fact. time: 0.7060251 s
+ wsmp: Cholesky fact. time: 11.4440219 s
+ wsmp: Factorisation 14398.0573207 Mflops
+ wsmp: back substitution time: 0.1208720 s
+ wsmp: from b to rhs vector: 0.0070159 s
+ ---------------------------------
+ wsmp: total solve time: 16.4289751 s
+ =================================
+ u : -0.10168E+01 0.17625E+00
+ v : -0.37775E-01 0.12316E+00
+ w : -0.73721E+00 0.22899E+00
+ =================================
+ Calculate pressures 35202.7501 24.3875 16.4444
+ raw pressures : -0.14711E+01 0.35773E+00
+ Smoothing pressures 35202.9749 24.6123 0.2249
+ do leaf measurements 35202.9760 24.6134 0.0011
+ compute convergence criterion 35203.0178 24.6552 0.0417
+ velocity_diff_norm = 0.0159010 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35203.0228
+ -----------------------------------
+ build system 35203.0275 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35210.9911 7.9683 7.9636
+ =================================
+ wsmp: initialisation time: 0.0518310 s
+ wsmp: ordering time: 4.0924580 s
+ wsmp: symbolic fact. time: 0.7085929 s
+ wsmp: Cholesky fact. time: 11.3763440 s
+ wsmp: Factorisation 14483.7114959 Mflops
+ wsmp: back substitution time: 0.1217020 s
+ wsmp: from b to rhs vector: 0.0069802 s
+ ---------------------------------
+ wsmp: total solve time: 16.3583231 s
+ =================================
+ u : -0.10166E+01 0.19405E+00
+ v : -0.40665E-01 0.12564E+00
+ w : -0.73250E+00 0.22805E+00
+ =================================
+ Calculate pressures 35227.3650 24.3422 16.3740
+ raw pressures : -0.15149E+01 0.36556E+00
+ Smoothing pressures 35227.5918 24.5690 0.2268
+ do leaf measurements 35227.5929 24.5701 0.0011
+ compute convergence criterion 35227.6347 24.6119 0.0418
+ velocity_diff_norm = 0.0107512 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35227.6398
+ -----------------------------------
+ build system 35227.6443 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35235.6675 8.0277 8.0232
+ =================================
+ wsmp: initialisation time: 0.0529079 s
+ wsmp: ordering time: 4.0945230 s
+ wsmp: symbolic fact. time: 0.7056139 s
+ wsmp: Cholesky fact. time: 11.3894300 s
+ wsmp: Factorisation 14467.0701877 Mflops
+ wsmp: back substitution time: 0.1209061 s
+ wsmp: from b to rhs vector: 0.0071361 s
+ ---------------------------------
+ wsmp: total solve time: 16.3709109 s
+ =================================
+ u : -0.10164E+01 0.20968E+00
+ v : -0.43070E-01 0.12568E+00
+ w : -0.72794E+00 0.22765E+00
+ =================================
+ Calculate pressures 35252.0534 24.4137 16.3859
+ raw pressures : -0.15369E+01 0.36273E+00
+ Smoothing pressures 35252.2790 24.6393 0.2256
+ do leaf measurements 35252.2801 24.6403 0.0011
+ compute convergence criterion 35252.3219 24.6821 0.0418
+ velocity_diff_norm = 0.0080756 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35252.3252 24.6854 0.0033
+Compute isostasy and adjust vertical 35252.3253 24.6856 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -175353532686515.03 304303183411109.06
+ def in m -8.0032615661621094 0.66528868675231934
+ dimensionless def -1.90082481929234094E-6 2.28664616176060253E-5
+ Isostatic velocity range = -0.0185370 0.2283405
+ Compute divergence 35252.5258 24.8861 0.2005
+ wsmp_cleanup 35252.5667 24.9269 0.0409
+ Reset surface geometry 35252.5717 24.9320 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 35252.5800 24.9402 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35252.5951 24.9553 0.0151
+ Advect surface 1 35252.5952 24.9555 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35252.8019 25.1622 0.2067
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35253.0111 25.3714 0.2092
+ removing 2 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35253.2847 25.6449 0.2736
+ Advect the cloud 35253.4431 25.8033 0.1584
+ Write output 35254.3023 26.6626 0.8592
+ End of time step 35255.1932 27.5534 0.8909
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 218 35255.1933
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35255.1934 0.0001 0.0001
+ surface 01 35255.1934 0.0001 0.0000
+ S. 1: 16987points
+ refine surface 35255.1935 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35255.2195 0.0262 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 16987points
+ surface 02 35255.2379 0.0446 0.0184
+ S. 2: 16989points
+ refine surface 35255.2380 0.0447 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 35255.2660 0.0727 0.0280
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 35255.2889 0.0956 0.0229
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35255.3144 0.1211 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 16992points
+ surface 03 35255.3332 0.1399 0.0188
+ S. 3: 16987points
+ refine surface 35255.3334 0.1401 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 35255.3603 0.1670 0.0269
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35255.3835 0.1902 0.0232
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35255.4090 0.2157 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16989points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35255.4343
+ -----------------------------------------------------------------------
+ Create octree solve 35255.4345 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35255.4504 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 35255.4722 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35255.4730 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35255.4871 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 35255.6093 0.1750 0.1222
+ Imbed surface in osolve 35255.7970 0.3628 0.1878
+ embedding surface 1 35255.7972 0.3629 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 35257.7572 2.3229 1.9599
+ osolve%nleaves= 59424
+ embedding surface 3 35259.8363 4.4020 2.0791
+ osolve%nleaves= 64128
+ Assessing octree stability 35263.3716 7.9373 3.5353
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35263.3763 7.9420 0.0047
+ Interpolate velo onto osolve 35263.8671 8.4328 0.4908
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35263.9823 8.5480 0.1153
+ Find void 35264.2550 8.8208 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 35264.2843 8.8500 0.0292
+ wsmp setup1 35264.2914 8.8571 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35265.3012 9.8670 1.0098
+ -----------------------------------
+ start of non-linear iteratio 1 35265.3490
+ -----------------------------------
+ build system 35265.3492 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35273.3453 7.9963 7.9961
+ =================================
+ wsmp: initialisation time: 0.0530701 s
+ wsmp: ordering time: 4.1001959 s
+ wsmp: symbolic fact. time: 0.7079549 s
+ wsmp: Cholesky fact. time: 11.4020221 s
+ wsmp: Factorisation 14451.0931563 Mflops
+ wsmp: back substitution time: 0.1208920 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.3916659 s
+ =================================
+ u : -0.10424E+01 0.18336E+00
+ v : -0.94956E-01 0.11206E+00
+ w : -0.76143E+00 0.24652E+00
+ =================================
+ Calculate pressures 35289.7524 24.4034 16.4071
+ raw pressures : -0.35104E+00 0.00000E+00
+ Smoothing pressures 35289.9772 24.6282 0.2248
+ do leaf measurements 35289.9783 24.6293 0.0011
+ compute convergence criterion 35290.0199 24.6709 0.0416
+ velocity_diff_norm = 0.5890491 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35290.0248
+ -----------------------------------
+ build system 35290.0293 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82187E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35297.9744 7.9496 7.9451
+ =================================
+ wsmp: initialisation time: 0.0526659 s
+ wsmp: ordering time: 4.1172781 s
+ wsmp: symbolic fact. time: 0.7145491 s
+ wsmp: Cholesky fact. time: 11.4249232 s
+ wsmp: Factorisation 14422.1261935 Mflops
+ wsmp: back substitution time: 0.1217551 s
+ wsmp: from b to rhs vector: 0.0070870 s
+ ---------------------------------
+ wsmp: total solve time: 16.4386399 s
+ =================================
+ u : -0.10154E+01 0.13638E+00
+ v : -0.48631E-01 0.10181E+00
+ w : -0.76690E+00 0.22532E+00
+ =================================
+ Calculate pressures 35314.4289 24.4041 16.4545
+ raw pressures : -0.12349E+01 0.17931E+00
+ Smoothing pressures 35314.6547 24.6299 0.2259
+ do leaf measurements 35314.6558 24.6310 0.0011
+ compute convergence criterion 35314.6974 24.6727 0.0416
+ velocity_diff_norm = 0.0710784 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35314.7025
+ -----------------------------------
+ build system 35314.7069 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35322.6950 7.9925 7.9881
+ =================================
+ wsmp: initialisation time: 0.0511999 s
+ wsmp: ordering time: 4.0926931 s
+ wsmp: symbolic fact. time: 0.7040820 s
+ wsmp: Cholesky fact. time: 11.3766198 s
+ wsmp: Factorisation 14483.3603076 Mflops
+ wsmp: back substitution time: 0.1221569 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.3543460 s
+ =================================
+ u : -0.10173E+01 0.15475E+00
+ v : -0.37260E-01 0.11812E+00
+ w : -0.74613E+00 0.23158E+00
+ =================================
+ Calculate pressures 35339.0650 24.3625 16.3700
+ raw pressures : -0.13707E+01 0.31127E+00
+ Smoothing pressures 35339.2890 24.5865 0.2240
+ do leaf measurements 35339.2901 24.5876 0.0011
+ compute convergence criterion 35339.3321 24.6296 0.0419
+ velocity_diff_norm = 0.0361720 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35339.3372
+ -----------------------------------
+ build system 35339.3416 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35347.2918 7.9547 7.9502
+ =================================
+ wsmp: initialisation time: 0.0504870 s
+ wsmp: ordering time: 4.0924079 s
+ wsmp: symbolic fact. time: 0.7082350 s
+ wsmp: Cholesky fact. time: 11.4393041 s
+ wsmp: Factorisation 14403.9954041 Mflops
+ wsmp: back substitution time: 0.1212270 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.4192460 s
+ =================================
+ u : -0.10171E+01 0.17576E+00
+ v : -0.37765E-01 0.12287E+00
+ w : -0.73685E+00 0.22923E+00
+ =================================
+ Calculate pressures 35363.7267 24.3895 16.4348
+ raw pressures : -0.14699E+01 0.35606E+00
+ Smoothing pressures 35363.9519 24.6147 0.2252
+ do leaf measurements 35363.9530 24.6158 0.0011
+ compute convergence criterion 35363.9945 24.6574 0.0416
+ velocity_diff_norm = 0.0158967 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35363.9996
+ -----------------------------------
+ build system 35364.0041 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35371.9499 7.9503 7.9458
+ =================================
+ wsmp: initialisation time: 0.0495210 s
+ wsmp: ordering time: 4.1031001 s
+ wsmp: symbolic fact. time: 0.7128019 s
+ wsmp: Cholesky fact. time: 11.3645890 s
+ wsmp: Factorisation 14498.6927573 Mflops
+ wsmp: back substitution time: 0.1215291 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.3591261 s
+ =================================
+ u : -0.10169E+01 0.19365E+00
+ v : -0.40648E-01 0.12545E+00
+ w : -0.73217E+00 0.22827E+00
+ =================================
+ Calculate pressures 35388.3243 24.3247 16.3744
+ raw pressures : -0.15136E+01 0.36397E+00
+ Smoothing pressures 35388.5513 24.5517 0.2270
+ do leaf measurements 35388.5524 24.5528 0.0011
+ compute convergence criterion 35388.5940 24.5943 0.0416
+ velocity_diff_norm = 0.0107436 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35388.5991
+ -----------------------------------
+ build system 35388.6035 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35396.6241 8.0250 8.0205
+ =================================
+ wsmp: initialisation time: 0.0507629 s
+ wsmp: ordering time: 4.1005051 s
+ wsmp: symbolic fact. time: 0.7073090 s
+ wsmp: Cholesky fact. time: 11.3839931 s
+ wsmp: Factorisation 14473.9795361 Mflops
+ wsmp: back substitution time: 0.1209779 s
+ wsmp: from b to rhs vector: 0.0070961 s
+ ---------------------------------
+ wsmp: total solve time: 16.3710370 s
+ =================================
+ u : -0.10166E+01 0.20932E+00
+ v : -0.43048E-01 0.12550E+00
+ w : -0.72767E+00 0.22775E+00
+ =================================
+ Calculate pressures 35413.0102 24.4112 16.3862
+ raw pressures : -0.15355E+01 0.36129E+00
+ Smoothing pressures 35413.2354 24.6363 0.2251
+ do leaf measurements 35413.2365 24.6374 0.0011
+ compute convergence criterion 35413.2780 24.6789 0.0415
+ velocity_diff_norm = 0.0080839 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35413.2808 24.6817 0.0029
+Compute isostasy and adjust vertical 35413.2810 24.6819 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -175777784417062.25 305503502826172.38
+ def in m -7.9687881469726562 0.66443872451782227
+ dimensionless def -1.89839635576520651E-6 2.27679661342075897E-5
+ Isostatic velocity range = -0.0185040 0.2273151
+ Compute divergence 35413.4966 24.8975 0.2156
+ wsmp_cleanup 35413.5331 24.9340 0.0365
+ Reset surface geometry 35413.5380 24.9389 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 35413.5464 24.9473 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35413.5635 24.9645 0.0172
+ Advect surface 1 35413.5637 24.9646 0.0001
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35413.7772 25.1781 0.2135
+ removing 1 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35413.9897 25.3906 0.2125
+ removing 2 particle from surface
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35414.2621 25.6630 0.2724
+ Advect the cloud 35414.4235 25.8244 0.1614
+ Write output 35415.2810 26.6819 0.8575
+ End of time step 35416.1692 27.5701 0.8882
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 219 35416.1694
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35416.1694 0.0001 0.0001
+ surface 01 35416.1695 0.0001 0.0000
+ S. 1: 16985points
+ refine surface 35416.1695 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 35416.1976 0.0282 0.0281
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 35416.2246 0.0552 0.0270
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35416.2500 0.0806 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 16988points
+ surface 02 35416.2687 0.0993 0.0187
+ S. 2: 16991points
+ refine surface 35416.2688 0.0994 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35416.2947 0.1253 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 16991points
+ surface 03 35416.3127 0.1433 0.0180
+ S. 3: 16987points
+ refine surface 35416.3128 0.1435 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 35416.3387 0.1694 0.0259
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35416.3616 0.1922 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35416.3871 0.2178 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16988points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35416.4114
+ -----------------------------------------------------------------------
+ Create octree solve 35416.4117 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35416.4277 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 35416.4493 0.0379 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35416.4501 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35416.4644 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 35416.5877 0.1763 0.1234
+ Imbed surface in osolve 35416.7703 0.3589 0.1826
+ embedding surface 1 35416.7705 0.3590 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 35418.7399 2.3285 1.9695
+ osolve%nleaves= 59424
+ embedding surface 3 35420.8306 4.4192 2.0907
+ osolve%nleaves= 64128
+ Assessing octree stability 35424.3847 7.9733 3.5541
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35424.3894 7.9780 0.0047
+ Interpolate velo onto osolve 35424.8765 8.4650 0.4870
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35424.9546 8.5431 0.0781
+ Find void 35425.2276 8.8162 0.2730
+ whole leaf in fluid 32992
+ Define boundary conditions 35425.2564 8.8449 0.0288
+ wsmp setup1 35425.2638 8.8524 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35426.2732 9.8617 1.0093
+ -----------------------------------
+ start of non-linear iteratio 1 35426.3204
+ -----------------------------------
+ build system 35426.3206 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35434.3391 8.0186 8.0185
+ =================================
+ wsmp: initialisation time: 0.0547068 s
+ wsmp: ordering time: 4.1002882 s
+ wsmp: symbolic fact. time: 0.7070210 s
+ wsmp: Cholesky fact. time: 11.3903570 s
+ wsmp: Factorisation 14465.8928269 Mflops
+ wsmp: back substitution time: 0.1211820 s
+ wsmp: from b to rhs vector: 0.0071619 s
+ ---------------------------------
+ wsmp: total solve time: 16.3810899 s
+ =================================
+ u : -0.10152E+01 0.18378E+00
+ v : -0.95385E-01 0.11053E+00
+ w : -0.76146E+00 0.24535E+00
+ =================================
+ Calculate pressures 35450.7357 24.4152 16.3966
+ raw pressures : -0.35072E+00 0.00000E+00
+ Smoothing pressures 35450.9603 24.6399 0.2247
+ do leaf measurements 35450.9615 24.6410 0.0011
+ compute convergence criterion 35451.0027 24.6823 0.0413
+ velocity_diff_norm = 0.5894467 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35451.0076
+ -----------------------------------
+ build system 35451.0120 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82097E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35458.9582 7.9506 7.9462
+ =================================
+ wsmp: initialisation time: 0.0523889 s
+ wsmp: ordering time: 4.1239040 s
+ wsmp: symbolic fact. time: 0.7151830 s
+ wsmp: Cholesky fact. time: 11.4271541 s
+ wsmp: Factorisation 14419.3106131 Mflops
+ wsmp: back substitution time: 0.1219230 s
+ wsmp: from b to rhs vector: 0.0072091 s
+ ---------------------------------
+ wsmp: total solve time: 16.4481161 s
+ =================================
+ u : -0.10153E+01 0.13679E+00
+ v : -0.48754E-01 0.10202E+00
+ w : -0.76699E+00 0.22444E+00
+ =================================
+ Calculate pressures 35475.4217 24.4140 16.4634
+ raw pressures : -0.12358E+01 0.17809E+00
+ Smoothing pressures 35475.6483 24.6407 0.2266
+ do leaf measurements 35475.6494 24.6418 0.0011
+ compute convergence criterion 35475.6907 24.6831 0.0413
+ velocity_diff_norm = 0.0716776 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35475.6957
+ -----------------------------------
+ build system 35475.7001 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35483.6999 8.0042 7.9997
+ =================================
+ wsmp: initialisation time: 0.0522890 s
+ wsmp: ordering time: 4.0961661 s
+ wsmp: symbolic fact. time: 0.7075920 s
+ wsmp: Cholesky fact. time: 11.3802950 s
+ wsmp: Factorisation 14478.6829622 Mflops
+ wsmp: back substitution time: 0.1210990 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.3649931 s
+ =================================
+ u : -0.10173E+01 0.15505E+00
+ v : -0.37231E-01 0.11845E+00
+ w : -0.74618E+00 0.23118E+00
+ =================================
+ Calculate pressures 35500.0801 24.3844 16.3803
+ raw pressures : -0.13714E+01 0.31168E+00
+ Smoothing pressures 35500.3046 24.6089 0.2245
+ do leaf measurements 35500.3057 24.6100 0.0011
+ compute convergence criterion 35500.3474 24.6517 0.0417
+ velocity_diff_norm = 0.0362166 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35500.3524
+ -----------------------------------
+ build system 35500.3568 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35508.3173 7.9648 7.9604
+ =================================
+ wsmp: initialisation time: 0.0510960 s
+ wsmp: ordering time: 4.0926421 s
+ wsmp: symbolic fact. time: 0.7076969 s
+ wsmp: Cholesky fact. time: 11.4252970 s
+ wsmp: Factorisation 14421.6542957 Mflops
+ wsmp: back substitution time: 0.1210380 s
+ wsmp: from b to rhs vector: 0.0071008 s
+ ---------------------------------
+ wsmp: total solve time: 16.4052298 s
+ =================================
+ u : -0.10170E+01 0.17601E+00
+ v : -0.37868E-01 0.12315E+00
+ w : -0.73688E+00 0.22886E+00
+ =================================
+ Calculate pressures 35524.7383 24.3859 16.4210
+ raw pressures : -0.14703E+01 0.35661E+00
+ Smoothing pressures 35524.9635 24.6111 0.2252
+ do leaf measurements 35524.9646 24.6122 0.0011
+ compute convergence criterion 35525.0059 24.6535 0.0413
+ velocity_diff_norm = 0.0158730 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35525.0108
+ -----------------------------------
+ build system 35525.0152 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35532.9568 7.9460 7.9416
+ =================================
+ wsmp: initialisation time: 0.0513840 s
+ wsmp: ordering time: 4.1003029 s
+ wsmp: symbolic fact. time: 0.7151370 s
+ wsmp: Cholesky fact. time: 11.3773439 s
+ wsmp: Factorisation 14482.4385572 Mflops
+ wsmp: back substitution time: 0.1218231 s
+ wsmp: from b to rhs vector: 0.0070510 s
+ ---------------------------------
+ wsmp: total solve time: 16.3733869 s
+ =================================
+ u : -0.10168E+01 0.19384E+00
+ v : -0.40750E-01 0.12559E+00
+ w : -0.73224E+00 0.22800E+00
+ =================================
+ Calculate pressures 35549.3457 24.3349 16.3889
+ raw pressures : -0.15141E+01 0.36447E+00
+ Smoothing pressures 35549.5734 24.5626 0.2277
+ do leaf measurements 35549.5745 24.5637 0.0011
+ compute convergence criterion 35549.6159 24.6050 0.0413
+ velocity_diff_norm = 0.0107432 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35549.6213
+ -----------------------------------
+ build system 35549.6258 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35557.6376 8.0162 8.0118
+ =================================
+ wsmp: initialisation time: 0.0510969 s
+ wsmp: ordering time: 4.0935919 s
+ wsmp: symbolic fact. time: 0.7077298 s
+ wsmp: Cholesky fact. time: 11.3844419 s
+ wsmp: Factorisation 14473.4090620 Mflops
+ wsmp: back substitution time: 0.1213188 s
+ wsmp: from b to rhs vector: 0.0070341 s
+ ---------------------------------
+ wsmp: total solve time: 16.3655620 s
+ =================================
+ u : -0.10165E+01 0.20950E+00
+ v : -0.43155E-01 0.12559E+00
+ w : -0.72777E+00 0.22747E+00
+ =================================
+ Calculate pressures 35574.0184 24.3971 16.3808
+ raw pressures : -0.15359E+01 0.36165E+00
+ Smoothing pressures 35574.2429 24.6216 0.2246
+ do leaf measurements 35574.2441 24.6227 0.0011
+ compute convergence criterion 35574.2853 24.6639 0.0412
+ velocity_diff_norm = 0.0080856 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35574.2881 24.6668 0.0028
+Compute isostasy and adjust vertical 35574.2883 24.6669 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -176249877615217.5 306648587389857.06
+ def in m -7.9888553619384766 0.66533726453781128
+ dimensionless def -1.90096361296517501E-6 2.28253010341099313E-5
+ Isostatic velocity range = -0.0185279 0.2278938
+ Compute divergence 35574.4846 24.8633 0.1964
+ wsmp_cleanup 35574.5300 24.9086 0.0454
+ Reset surface geometry 35574.5351 24.9137 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 35574.5430 24.9217 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35574.5564 24.9350 0.0133
+ Advect surface 1 35574.5565 24.9352 0.0001
+ removing 1 particle from surface
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35574.7599 25.1385 0.2034
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35574.9662 25.3448 0.2063
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35575.2325 25.6111 0.2663
+ Advect the cloud 35575.3932 25.7718 0.1607
+ Write output 35576.2560 26.6346 0.8628
+ End of time step 35577.1447 27.5234 0.8887
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 220 35577.1448
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35577.1449 0.0001 0.0001
+ surface 01 35577.1449 0.0001 0.0000
+ S. 1: 16987points
+ refine surface 35577.1450 0.0001 0.0000
+ S. 1: 6 added ptcls in refine_surface
+ check delaunay 35577.1744 0.0296 0.0294
+ S. 1: 10 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 35577.2020 0.0571 0.0276
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35577.2275 0.0827 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 16993points
+ surface 02 35577.2461 0.1013 0.0186
+ S. 2: 16990points
+ refine surface 35577.2463 0.1014 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 35577.2744 0.1296 0.0281
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 35577.3021 0.1572 0.0277
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35577.3276 0.1828 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 35577.3463 0.2014 0.0186
+ S. 3: 16987points
+ refine surface 35577.3464 0.2016 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 35577.3734 0.2286 0.0270
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35577.3971 0.2522 0.0237
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35577.4217 0.2769 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35577.4477
+ -----------------------------------------------------------------------
+ Create octree solve 35577.4479 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35577.4639 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 35577.4861 0.0384 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35577.4869 0.0392 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35577.5012 0.0535 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 35577.6246 0.1769 0.1234
+ Imbed surface in osolve 35577.8050 0.3573 0.1804
+ embedding surface 1 35577.8051 0.3574 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 35579.7668 2.3192 1.9617
+ osolve%nleaves= 59424
+ embedding surface 3 35581.8682 4.4205 2.1013
+ osolve%nleaves= 64128
+ Assessing octree stability 35585.4161 7.9684 3.5479
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35585.4213 7.9736 0.0052
+ Interpolate velo onto osolve 35585.8695 8.4218 0.4482
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35585.9957 8.5480 0.1262
+ Find void 35586.2680 8.8204 0.2724
+ whole leaf in fluid 32992
+ Define boundary conditions 35586.2963 8.8486 0.0282
+ wsmp setup1 35586.3033 8.8557 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35587.3099 9.8622 1.0065
+ -----------------------------------
+ start of non-linear iteratio 1 35587.3560
+ -----------------------------------
+ build system 35587.3562 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35595.3797 8.0237 8.0235
+ =================================
+ wsmp: initialisation time: 0.0532730 s
+ wsmp: ordering time: 4.1002321 s
+ wsmp: symbolic fact. time: 0.7099769 s
+ wsmp: Cholesky fact. time: 11.3912559 s
+ wsmp: Factorisation 14464.7513816 Mflops
+ wsmp: back substitution time: 0.1207640 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.3831689 s
+ =================================
+ u : -0.10181E+01 0.18410E+00
+ v : -0.95234E-01 0.11146E+00
+ w : -0.76145E+00 0.24591E+00
+ =================================
+ Calculate pressures 35611.7786 24.4226 16.3989
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 35612.0028 24.6468 0.2242
+ do leaf measurements 35612.0038 24.6478 0.0010
+ compute convergence criterion 35612.0457 24.6897 0.0418
+ velocity_diff_norm = 0.5891229 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35612.0506
+ -----------------------------------
+ build system 35612.0551 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82069E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35619.9962 7.9455 7.9411
+ =================================
+ wsmp: initialisation time: 0.0506740 s
+ wsmp: ordering time: 4.1145442 s
+ wsmp: symbolic fact. time: 0.7187312 s
+ wsmp: Cholesky fact. time: 11.4532869 s
+ wsmp: Factorisation 14386.4102517 Mflops
+ wsmp: back substitution time: 0.1213510 s
+ wsmp: from b to rhs vector: 0.0072811 s
+ ---------------------------------
+ wsmp: total solve time: 16.4662471 s
+ =================================
+ u : -0.10152E+01 0.13696E+00
+ v : -0.48866E-01 0.10185E+00
+ w : -0.76696E+00 0.22487E+00
+ =================================
+ Calculate pressures 35636.4782 24.4276 16.4821
+ raw pressures : -0.12354E+01 0.17953E+00
+ Smoothing pressures 35636.7032 24.6526 0.2250
+ do leaf measurements 35636.7043 24.6536 0.0010
+ compute convergence criterion 35636.7461 24.6954 0.0418
+ velocity_diff_norm = 0.0712963 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35636.7510
+ -----------------------------------
+ build system 35636.7555 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35644.7653 8.0143 8.0098
+ =================================
+ wsmp: initialisation time: 0.0522990 s
+ wsmp: ordering time: 4.0974450 s
+ wsmp: symbolic fact. time: 0.7084081 s
+ wsmp: Cholesky fact. time: 11.3784411 s
+ wsmp: Factorisation 14481.0420421 Mflops
+ wsmp: back substitution time: 0.1208780 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.3650131 s
+ =================================
+ u : -0.10170E+01 0.15515E+00
+ v : -0.37332E-01 0.11835E+00
+ w : -0.74633E+00 0.23152E+00
+ =================================
+ Calculate pressures 35661.1467 24.3957 16.3814
+ raw pressures : -0.13715E+01 0.31197E+00
+ Smoothing pressures 35661.3706 24.6196 0.2239
+ do leaf measurements 35661.3717 24.6207 0.0011
+ compute convergence criterion 35661.4138 24.6627 0.0421
+ velocity_diff_norm = 0.0361638 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35661.4188
+ -----------------------------------
+ build system 35661.4234 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35669.3908 7.9720 7.9674
+ =================================
+ wsmp: initialisation time: 0.0523820 s
+ wsmp: ordering time: 3.9514620 s
+ wsmp: symbolic fact. time: 0.7112360 s
+ wsmp: Cholesky fact. time: 11.4099200 s
+ wsmp: Factorisation 14441.0902271 Mflops
+ wsmp: back substitution time: 0.1209490 s
+ wsmp: from b to rhs vector: 0.0071321 s
+ ---------------------------------
+ wsmp: total solve time: 16.2534571 s
+ =================================
+ u : -0.10169E+01 0.17603E+00
+ v : -0.37948E-01 0.12298E+00
+ w : -0.73704E+00 0.22904E+00
+ =================================
+ Calculate pressures 35685.6605 24.2417 16.2697
+ raw pressures : -0.14706E+01 0.35702E+00
+ Smoothing pressures 35685.8850 24.4662 0.2245
+ do leaf measurements 35685.8860 24.4673 0.0011
+ compute convergence criterion 35685.9279 24.5091 0.0418
+ velocity_diff_norm = 0.0158527 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35685.9328
+ -----------------------------------
+ build system 35685.9373 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35693.8758 7.9430 7.9385
+ =================================
+ wsmp: initialisation time: 0.0512371 s
+ wsmp: ordering time: 4.1105421 s
+ wsmp: symbolic fact. time: 0.7155862 s
+ wsmp: Cholesky fact. time: 11.3903310 s
+ wsmp: Factorisation 14465.9258315 Mflops
+ wsmp: back substitution time: 0.1215889 s
+ wsmp: from b to rhs vector: 0.0073159 s
+ ---------------------------------
+ wsmp: total solve time: 16.3969882 s
+ =================================
+ u : -0.10167E+01 0.19383E+00
+ v : -0.40796E-01 0.12551E+00
+ w : -0.73235E+00 0.22825E+00
+ =================================
+ Calculate pressures 35710.2885 24.3557 16.4127
+ raw pressures : -0.15144E+01 0.36491E+00
+ Smoothing pressures 35710.5157 24.5829 0.2272
+ do leaf measurements 35710.5168 24.5840 0.0010
+ compute convergence criterion 35710.5586 24.6258 0.0418
+ velocity_diff_norm = 0.0107534 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35710.5636
+ -----------------------------------
+ build system 35710.5681 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35718.5665 8.0029 7.9984
+ =================================
+ wsmp: initialisation time: 0.0533350 s
+ wsmp: ordering time: 4.0924749 s
+ wsmp: symbolic fact. time: 0.7092271 s
+ wsmp: Cholesky fact. time: 11.3841138 s
+ wsmp: Factorisation 14473.8261524 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0073428 s
+ ---------------------------------
+ wsmp: total solve time: 16.3678660 s
+ =================================
+ u : -0.10164E+01 0.20949E+00
+ v : -0.43181E-01 0.12551E+00
+ w : -0.72784E+00 0.22768E+00
+ =================================
+ Calculate pressures 35734.9504 24.3869 16.3839
+ raw pressures : -0.15359E+01 0.36185E+00
+ Smoothing pressures 35735.1745 24.6109 0.2241
+ do leaf measurements 35735.1755 24.6120 0.0011
+ compute convergence criterion 35735.2174 24.6538 0.0418
+ velocity_diff_norm = 0.0080902 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35735.2206 24.6570 0.0032
+Compute isostasy and adjust vertical 35735.2208 24.6572 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -176696568779972.16 307809244248774.75
+ def in m -7.9407424926757812 0.70016276836395264
+ dimensionless def -1.88616820744105748E-6 2.26878356933593737E-5
+ Isostatic velocity range = -0.0183701 0.2264919
+ Compute divergence 35735.4336 24.8700 0.2128
+ wsmp_cleanup 35735.4693 24.9057 0.0357
+ Reset surface geometry 35735.4744 24.9108 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 35735.4825 24.9189 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35735.4995 24.9360 0.0171
+ Advect surface 1 35735.4997 24.9361 0.0001
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35735.7053 25.1417 0.2056
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35735.9219 25.3584 0.2166
+ removing 2 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35736.1956 25.6321 0.2737
+ Advect the cloud 35736.3565 25.7929 0.1609
+ Write output 35737.2126 26.6490 0.8561
+ End of time step 35738.1035 27.5399 0.8909
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 221 35738.1036
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35738.1037 0.0001 0.0001
+ surface 01 35738.1037 0.0001 0.0000
+ S. 1: 16992points
+ refine surface 35738.1038 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 35738.1307 0.0271 0.0269
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 35738.1546 0.0510 0.0239
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35738.1796 0.0759 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 16994points
+ surface 02 35738.1994 0.0957 0.0198
+ S. 2: 16992points
+ refine surface 35738.1995 0.0959 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 35738.2267 0.1231 0.0272
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 35738.2507 0.1470 0.0239
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35738.2755 0.1719 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 16995points
+ surface 03 35738.2955 0.1918 0.0200
+ S. 3: 16988points
+ refine surface 35738.2956 0.1920 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 35738.3219 0.2183 0.0263
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35738.3457 0.2421 0.0238
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35738.3704 0.2667 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35738.3963
+ -----------------------------------------------------------------------
+ Create octree solve 35738.3965 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35738.4125 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 35738.4342 0.0379 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35738.4349 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35738.4492 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 35738.5726 0.1764 0.1234
+ Imbed surface in osolve 35738.7530 0.3567 0.1803
+ embedding surface 1 35738.7531 0.3568 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 35740.7056 2.3093 1.9524
+ osolve%nleaves= 59424
+ embedding surface 3 35742.8189 4.4226 2.1133
+ osolve%nleaves= 64128
+ Assessing octree stability 35746.3540 7.9577 3.5351
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35746.3586 7.9623 0.0047
+ Interpolate velo onto osolve 35746.8335 8.4372 0.4749
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35746.9564 8.5601 0.1229
+ Find void 35747.2241 8.8278 0.2677
+ whole leaf in fluid 32992
+ Define boundary conditions 35747.2527 8.8564 0.0286
+ wsmp setup1 35747.2601 8.8638 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35748.2685 9.8722 1.0084
+ -----------------------------------
+ start of non-linear iteratio 1 35748.3147
+ -----------------------------------
+ build system 35748.3149 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35756.3403 8.0256 8.0253
+ =================================
+ wsmp: initialisation time: 0.0550959 s
+ wsmp: ordering time: 4.1010671 s
+ wsmp: symbolic fact. time: 0.7094388 s
+ wsmp: Cholesky fact. time: 11.3946609 s
+ wsmp: Factorisation 14460.4288449 Mflops
+ wsmp: back substitution time: 0.1207321 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.3885670 s
+ =================================
+ u : -0.10247E+01 0.18392E+00
+ v : -0.96052E-01 0.11166E+00
+ w : -0.76149E+00 0.24802E+00
+ =================================
+ Calculate pressures 35772.7445 24.4298 16.4042
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 35772.9690 24.6543 0.2245
+ do leaf measurements 35772.9701 24.6554 0.0011
+ compute convergence criterion 35773.0119 24.6972 0.0418
+ velocity_diff_norm = 0.5895166 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35773.0170
+ -----------------------------------
+ build system 35773.0216 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80667E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35780.9639 7.9469 7.9424
+ =================================
+ wsmp: initialisation time: 0.0528719 s
+ wsmp: ordering time: 4.1285481 s
+ wsmp: symbolic fact. time: 0.7159040 s
+ wsmp: Cholesky fact. time: 11.4592879 s
+ wsmp: Factorisation 14378.8763817 Mflops
+ wsmp: back substitution time: 0.1210341 s
+ wsmp: from b to rhs vector: 0.0071020 s
+ ---------------------------------
+ wsmp: total solve time: 16.4851251 s
+ =================================
+ u : -0.10154E+01 0.13672E+00
+ v : -0.48597E-01 0.10194E+00
+ w : -0.76699E+00 0.22670E+00
+ =================================
+ Calculate pressures 35797.4647 24.4477 16.5007
+ raw pressures : -0.12360E+01 0.17878E+00
+ Smoothing pressures 35797.6896 24.6725 0.2249
+ do leaf measurements 35797.6906 24.6736 0.0011
+ compute convergence criterion 35797.7320 24.7150 0.0414
+ velocity_diff_norm = 0.0713452 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35797.7372
+ -----------------------------------
+ build system 35797.7418 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35805.7467 8.0096 8.0050
+ =================================
+ wsmp: initialisation time: 0.0512409 s
+ wsmp: ordering time: 4.1024179 s
+ wsmp: symbolic fact. time: 0.7079091 s
+ wsmp: Cholesky fact. time: 11.3794432 s
+ wsmp: Factorisation 14479.7668421 Mflops
+ wsmp: back substitution time: 0.1209791 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.3695929 s
+ =================================
+ u : -0.10173E+01 0.15496E+00
+ v : -0.37137E-01 0.11824E+00
+ w : -0.74621E+00 0.23244E+00
+ =================================
+ Calculate pressures 35822.1323 24.3951 16.3856
+ raw pressures : -0.13715E+01 0.31188E+00
+ Smoothing pressures 35822.3564 24.6192 0.2241
+ do leaf measurements 35822.3575 24.6203 0.0011
+ compute convergence criterion 35822.3993 24.6621 0.0418
+ velocity_diff_norm = 0.0360411 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35822.4046
+ -----------------------------------
+ build system 35822.4092 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35830.3893 7.9847 7.9801
+ =================================
+ wsmp: initialisation time: 0.0537770 s
+ wsmp: ordering time: 4.1018491 s
+ wsmp: symbolic fact. time: 0.7092538 s
+ wsmp: Cholesky fact. time: 11.4029040 s
+ wsmp: Factorisation 14449.9754965 Mflops
+ wsmp: back substitution time: 0.1210659 s
+ wsmp: from b to rhs vector: 0.0071471 s
+ ---------------------------------
+ wsmp: total solve time: 16.3963721 s
+ =================================
+ u : -0.10171E+01 0.17592E+00
+ v : -0.37743E-01 0.12291E+00
+ w : -0.73690E+00 0.22954E+00
+ =================================
+ Calculate pressures 35846.8016 24.3971 16.4123
+ raw pressures : -0.14703E+01 0.35690E+00
+ Smoothing pressures 35847.0273 24.6227 0.2257
+ do leaf measurements 35847.0283 24.6238 0.0010
+ compute convergence criterion 35847.0697 24.6651 0.0414
+ velocity_diff_norm = 0.0158607 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 35847.0752
+ -----------------------------------
+ build system 35847.0797 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35855.0174 7.9422 7.9377
+ =================================
+ wsmp: initialisation time: 0.0531869 s
+ wsmp: ordering time: 4.1359129 s
+ wsmp: symbolic fact. time: 0.7148139 s
+ wsmp: Cholesky fact. time: 11.3866742 s
+ wsmp: Factorisation 14470.5716065 Mflops
+ wsmp: back substitution time: 0.1216700 s
+ wsmp: from b to rhs vector: 0.0071108 s
+ ---------------------------------
+ wsmp: total solve time: 16.4197600 s
+ =================================
+ u : -0.10168E+01 0.19375E+00
+ v : -0.40661E-01 0.12544E+00
+ w : -0.73225E+00 0.22847E+00
+ =================================
+ Calculate pressures 35871.4530 24.3778 16.4355
+ raw pressures : -0.15140E+01 0.36470E+00
+ Smoothing pressures 35871.6794 24.6042 0.2264
+ do leaf measurements 35871.6805 24.6053 0.0011
+ compute convergence criterion 35871.7219 24.6467 0.0415
+ velocity_diff_norm = 0.0107445 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 35871.7271
+ -----------------------------------
+ build system 35871.7317 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35879.7205 7.9934 7.9888
+ =================================
+ wsmp: initialisation time: 0.0504711 s
+ wsmp: ordering time: 4.0992191 s
+ wsmp: symbolic fact. time: 0.7073350 s
+ wsmp: Cholesky fact. time: 11.3849239 s
+ wsmp: Factorisation 14472.7962011 Mflops
+ wsmp: back substitution time: 0.1209080 s
+ wsmp: from b to rhs vector: 0.0071411 s
+ ---------------------------------
+ wsmp: total solve time: 16.3703949 s
+ =================================
+ u : -0.10166E+01 0.20939E+00
+ v : -0.43080E-01 0.12550E+00
+ w : -0.72774E+00 0.22779E+00
+ =================================
+ Calculate pressures 35896.1060 24.3789 16.3856
+ raw pressures : -0.15356E+01 0.36182E+00
+ Smoothing pressures 35896.3311 24.6041 0.2251
+ do leaf measurements 35896.3322 24.6051 0.0011
+ compute convergence criterion 35896.3738 24.6467 0.0416
+ velocity_diff_norm = 0.0080816 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 35896.3769 24.6498 0.0031
+Compute isostasy and adjust vertical 35896.3771 24.6500 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -177215888677906.19 308898474714122.94
+ def in m -7.9735479354858398 0.68588149547576904
+ dimensionless def -1.88010879925319133E-6 2.2781565529959543E-5
+ Isostatic velocity range = -0.0183077 0.2274321
+ Compute divergence 35896.5717 24.8446 0.1946
+ wsmp_cleanup 35896.6160 24.8889 0.0443
+ Reset surface geometry 35896.6213 24.8942 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 35896.6293 24.9022 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 35896.6427 24.9156 0.0134
+ Advect surface 1 35896.6428 24.9158 0.0002
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 35896.8418 25.1147 0.1990
+ removing 3 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 35897.0685 25.3415 0.2267
+ removing 6 particle from surface
+ S. 3: 16 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 35897.3777 25.6507 0.3092
+ Advect the cloud 35897.5387 25.8116 0.1609
+ Write output 35898.3992 26.6721 0.8605
+ End of time step 35899.2889 27.5618 0.8897
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 222 35899.2890
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 35899.2891 0.0001 0.0001
+ surface 01 35899.2891 0.0001 0.0000
+ S. 1: 16994points
+ refine surface 35899.2891 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 35899.3169 0.0279 0.0278
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 35899.3405 0.0515 0.0236
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 35899.3660 0.0770 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 16997points
+ surface 02 35899.3850 0.0960 0.0190
+ S. 2: 16992points
+ refine surface 35899.3851 0.0961 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 35899.4121 0.1231 0.0270
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 35899.4354 0.1464 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 35899.4608 0.1718 0.0254
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 35899.4799 0.1909 0.0192
+ S. 3: 16984points
+ refine surface 35899.4801 0.1911 0.0002
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 35899.5070 0.2180 0.0270
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 35899.5305 0.2415 0.0235
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 35899.5559 0.2669 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16986points
+ -----------------------------------------------------------------------
+ Start of iteration 1 35899.5815
+ -----------------------------------------------------------------------
+ Create octree solve 35899.5818 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 35899.5978 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 35899.6195 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 35899.6203 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 35899.6346 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 35899.7580 0.1765 0.1234
+ Imbed surface in osolve 35899.9381 0.3566 0.1801
+ embedding surface 1 35899.9383 0.3567 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 35901.9059 2.3244 1.9676
+ osolve%nleaves= 59424
+ embedding surface 3 35904.0073 4.4258 2.1014
+ osolve%nleaves= 64128
+ Assessing octree stability 35907.5337 7.9522 3.5264
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 35907.5383 7.9568 0.0046
+ Interpolate velo onto osolve 35908.0079 8.4263 0.4695
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 35908.1671 8.5856 0.1593
+ Find void 35908.4392 8.8577 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 35908.4676 8.8861 0.0284
+ wsmp setup1 35908.4747 8.8931 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 35909.4717 9.8901 0.9970
+ -----------------------------------
+ start of non-linear iteratio 1 35909.5176
+ -----------------------------------
+ build system 35909.5177 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35917.5348 8.0172 8.0170
+ =================================
+ wsmp: initialisation time: 0.0574889 s
+ wsmp: ordering time: 4.1043329 s
+ wsmp: symbolic fact. time: 0.7070670 s
+ wsmp: Cholesky fact. time: 11.3888268 s
+ wsmp: Factorisation 14467.8364231 Mflops
+ wsmp: back substitution time: 0.1207900 s
+ wsmp: from b to rhs vector: 0.0071459 s
+ ---------------------------------
+ wsmp: total solve time: 16.3860569 s
+ =================================
+ u : -0.10170E+01 0.18427E+00
+ v : -0.94925E-01 0.11098E+00
+ w : -0.76160E+00 0.24570E+00
+ =================================
+ Calculate pressures 35933.9365 24.4189 16.4017
+ raw pressures : -0.35104E+00 0.00000E+00
+ Smoothing pressures 35934.1604 24.6428 0.2239
+ do leaf measurements 35934.1614 24.6439 0.0010
+ compute convergence criterion 35934.2027 24.6851 0.0412
+ velocity_diff_norm = 0.5889915 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 35934.2078
+ -----------------------------------
+ build system 35934.2124 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.82670E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35942.1546 7.9468 7.9423
+ =================================
+ wsmp: initialisation time: 0.0521338 s
+ wsmp: ordering time: 4.1251681 s
+ wsmp: symbolic fact. time: 0.7089939 s
+ wsmp: Cholesky fact. time: 11.4633961 s
+ wsmp: Factorisation 14373.7233569 Mflops
+ wsmp: back substitution time: 0.1214960 s
+ wsmp: from b to rhs vector: 0.0070529 s
+ ---------------------------------
+ wsmp: total solve time: 16.4786279 s
+ =================================
+ u : -0.10152E+01 0.13702E+00
+ v : -0.48867E-01 0.10236E+00
+ w : -0.76713E+00 0.22484E+00
+ =================================
+ Calculate pressures 35958.6485 24.4407 16.4939
+ raw pressures : -0.12358E+01 0.17973E+00
+ Smoothing pressures 35958.8741 24.6663 0.2256
+ do leaf measurements 35958.8751 24.6673 0.0011
+ compute convergence criterion 35958.9162 24.7084 0.0411
+ velocity_diff_norm = 0.0712721 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 35958.9214
+ -----------------------------------
+ build system 35958.9259 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35966.9201 7.9988 7.9942
+ =================================
+ wsmp: initialisation time: 0.0516350 s
+ wsmp: ordering time: 4.0941429 s
+ wsmp: symbolic fact. time: 0.7057440 s
+ wsmp: Cholesky fact. time: 11.3813150 s
+ wsmp: Factorisation 14477.3854320 Mflops
+ wsmp: back substitution time: 0.1213150 s
+ wsmp: from b to rhs vector: 0.0070388 s
+ ---------------------------------
+ wsmp: total solve time: 16.3615561 s
+ =================================
+ u : -0.10170E+01 0.15516E+00
+ v : -0.37403E-01 0.11856E+00
+ w : -0.74643E+00 0.23134E+00
+ =================================
+ Calculate pressures 35983.2969 24.3755 16.3768
+ raw pressures : -0.13717E+01 0.31231E+00
+ Smoothing pressures 35983.5220 24.6006 0.2251
+ do leaf measurements 35983.5231 24.6017 0.0011
+ compute convergence criterion 35983.5647 24.6433 0.0416
+ velocity_diff_norm = 0.0361016 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 35983.5700
+ -----------------------------------
+ build system 35983.5746 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 35991.5666 7.9966 7.9920
+ =================================
+ wsmp: initialisation time: 0.0528150 s
+ wsmp: ordering time: 4.0906849 s
+ wsmp: symbolic fact. time: 0.7050910 s
+ wsmp: Cholesky fact. time: 11.3948600 s
+ wsmp: Factorisation 14460.1762069 Mflops
+ wsmp: back substitution time: 0.1212130 s
+ wsmp: from b to rhs vector: 0.0071390 s
+ ---------------------------------
+ wsmp: total solve time: 16.3722060 s
+ =================================
+ u : -0.10169E+01 0.17603E+00
+ v : -0.37900E-01 0.12316E+00
+ w : -0.73713E+00 0.22893E+00
+ =================================
+ Calculate pressures 36007.9544 24.3844 16.3878
+ raw pressures : -0.14708E+01 0.35753E+00
+ Smoothing pressures 36008.1791 24.6091 0.2247
+ do leaf measurements 36008.1801 24.6101 0.0010
+ compute convergence criterion 36008.2213 24.6514 0.0412
+ velocity_diff_norm = 0.0158319 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36008.2264
+ -----------------------------------
+ build system 36008.2310 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36016.1681 7.9416 7.9371
+ =================================
+ wsmp: initialisation time: 0.0505280 s
+ wsmp: ordering time: 4.1202190 s
+ wsmp: symbolic fact. time: 0.7124660 s
+ wsmp: Cholesky fact. time: 11.3951130 s
+ wsmp: Factorisation 14459.8552029 Mflops
+ wsmp: back substitution time: 0.1218419 s
+ wsmp: from b to rhs vector: 0.0071349 s
+ ---------------------------------
+ wsmp: total solve time: 16.4077179 s
+ =================================
+ u : -0.10167E+01 0.19382E+00
+ v : -0.40751E-01 0.12566E+00
+ w : -0.73247E+00 0.22793E+00
+ =================================
+ Calculate pressures 36032.5914 24.3650 16.4234
+ raw pressures : -0.15145E+01 0.36535E+00
+ Smoothing pressures 36032.8178 24.5914 0.2264
+ do leaf measurements 36032.8189 24.5925 0.0011
+ compute convergence criterion 36032.8601 24.6336 0.0412
+ velocity_diff_norm = 0.0107289 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36032.8652
+ -----------------------------------
+ build system 36032.8698 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36040.8421 7.9769 7.9723
+ =================================
+ wsmp: initialisation time: 0.0502980 s
+ wsmp: ordering time: 4.0974221 s
+ wsmp: symbolic fact. time: 0.7059100 s
+ wsmp: Cholesky fact. time: 11.3756399 s
+ wsmp: Factorisation 14484.6079077 Mflops
+ wsmp: back substitution time: 0.1210670 s
+ wsmp: from b to rhs vector: 0.0069919 s
+ ---------------------------------
+ wsmp: total solve time: 16.3577268 s
+ =================================
+ u : -0.10164E+01 0.20946E+00
+ v : -0.43151E-01 0.12571E+00
+ w : -0.72795E+00 0.22747E+00
+ =================================
+ Calculate pressures 36057.2162 24.3510 16.3741
+ raw pressures : -0.15362E+01 0.36233E+00
+ Smoothing pressures 36057.4396 24.5744 0.2234
+ do leaf measurements 36057.4407 24.5755 0.0011
+ compute convergence criterion 36057.4820 24.6168 0.0413
+ velocity_diff_norm = 0.0080856 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36057.4851 24.6199 0.0031
+Compute isostasy and adjust vertical 36057.4853 24.6201 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -177708800083232.16 310005353009176.31
+ def in m -7.9882440567016602 0.67842328548431396
+ dimensionless def -1.88665083476475304E-6 2.28235544477190276E-5
+ Isostatic velocity range = -0.0183659 0.2278649
+ Compute divergence 36057.6837 24.8185 0.1984
+ wsmp_cleanup 36057.7211 24.8558 0.0374
+ Reset surface geometry 36057.7262 24.8610 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 36057.7347 24.8695 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36057.7510 24.8858 0.0163
+ Advect surface 1 36057.7511 24.8859 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36057.9533 25.0881 0.2022
+ S. 2: 13 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36058.1511 25.2859 0.1978
+ removing 3 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36058.4268 25.5616 0.2757
+ Advect the cloud 36058.5876 25.7224 0.1608
+ Write output 36059.4386 26.5734 0.8510
+ End of time step 36060.3283 27.4631 0.8898
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 223 36060.3285
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36060.3285 0.0001 0.0001
+ surface 01 36060.3286 0.0001 0.0000
+ S. 1: 16997points
+ refine surface 36060.3286 0.0001 0.0000
+ S. 1: 5 added ptcls in refine_surface
+ check delaunay 36060.3579 0.0295 0.0293
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 36060.3811 0.0526 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36060.4064 0.0779 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 36060.4255 0.0971 0.0191
+ S. 2: 16994points
+ refine surface 36060.4257 0.0972 0.0002
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 36060.4535 0.1250 0.0278
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36060.4766 0.1481 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36060.5023 0.1738 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 36060.5211 0.1927 0.0189
+ S. 3: 16983points
+ refine surface 36060.5213 0.1928 0.0002
+ S. 3: 5 added ptcls in refine_surface
+ check delaunay 36060.5499 0.2214 0.0286
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 36060.5774 0.2490 0.0275
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36060.6030 0.2745 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16988points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36060.6284
+ -----------------------------------------------------------------------
+ Create octree solve 36060.6286 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36060.6447 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 36060.6663 0.0379 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36060.6670 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36060.6813 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 36060.8046 0.1762 0.1233
+ Imbed surface in osolve 36060.9840 0.3556 0.1794
+ embedding surface 1 36060.9842 0.3558 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36062.9329 2.3045 1.9487
+ osolve%nleaves= 59424
+ embedding surface 3 36065.0192 4.3908 2.0863
+ osolve%nleaves= 64128
+ Assessing octree stability 36068.5617 7.9333 3.5425
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36068.5664 7.9380 0.0047
+ Interpolate velo onto osolve 36069.0712 8.4428 0.5048
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36069.1815 8.5531 0.1103
+ Find void 36069.4516 8.8232 0.2701
+ whole leaf in fluid 32992
+ Define boundary conditions 36069.4797 8.8513 0.0282
+ wsmp setup1 36069.4866 8.8582 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36070.4903 9.8619 1.0037
+ -----------------------------------
+ start of non-linear iteratio 1 36070.5364
+ -----------------------------------
+ build system 36070.5366 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36078.5378 8.0014 8.0012
+ =================================
+ wsmp: initialisation time: 0.0581760 s
+ wsmp: ordering time: 4.1041460 s
+ wsmp: symbolic fact. time: 0.7081959 s
+ wsmp: Cholesky fact. time: 11.3844888 s
+ wsmp: Factorisation 14473.3493497 Mflops
+ wsmp: back substitution time: 0.1212549 s
+ wsmp: from b to rhs vector: 0.0070822 s
+ ---------------------------------
+ wsmp: total solve time: 16.3837471 s
+ =================================
+ u : -0.10139E+01 0.18455E+00
+ v : -0.95976E-01 0.11174E+00
+ w : -0.76162E+00 0.24631E+00
+ =================================
+ Calculate pressures 36094.9372 24.4008 16.3994
+ raw pressures : -0.35102E+00 0.00000E+00
+ Smoothing pressures 36095.1617 24.6253 0.2245
+ do leaf measurements 36095.1628 24.6264 0.0011
+ compute convergence criterion 36095.2044 24.6680 0.0416
+ velocity_diff_norm = 0.5895853 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36095.2093
+ -----------------------------------
+ build system 36095.2136 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.81282E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36103.1502 7.9409 7.9366
+ =================================
+ wsmp: initialisation time: 0.0514989 s
+ wsmp: ordering time: 4.1091361 s
+ wsmp: symbolic fact. time: 0.7092628 s
+ wsmp: Cholesky fact. time: 11.4617682 s
+ wsmp: Factorisation 14375.7648658 Mflops
+ wsmp: back substitution time: 0.1218040 s
+ wsmp: from b to rhs vector: 0.0070460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4609070 s
+ =================================
+ u : -0.10152E+01 0.13725E+00
+ v : -0.48794E-01 0.10224E+00
+ w : -0.76710E+00 0.22545E+00
+ =================================
+ Calculate pressures 36119.6271 24.4178 16.4769
+ raw pressures : -0.12363E+01 0.17929E+00
+ Smoothing pressures 36119.8513 24.6420 0.2242
+ do leaf measurements 36119.8524 24.6431 0.0011
+ compute convergence criterion 36119.8939 24.6846 0.0415
+ velocity_diff_norm = 0.0715941 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36119.8989
+ -----------------------------------
+ build system 36119.9033 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36127.8874 7.9886 7.9841
+ =================================
+ wsmp: initialisation time: 0.0499671 s
+ wsmp: ordering time: 4.1052618 s
+ wsmp: symbolic fact. time: 0.7100251 s
+ wsmp: Cholesky fact. time: 11.3843141 s
+ wsmp: Factorisation 14473.5715304 Mflops
+ wsmp: back substitution time: 0.1213181 s
+ wsmp: from b to rhs vector: 0.0070961 s
+ ---------------------------------
+ wsmp: total solve time: 16.3783910 s
+ =================================
+ u : -0.10172E+01 0.15528E+00
+ v : -0.37293E-01 0.11854E+00
+ w : -0.74673E+00 0.23161E+00
+ =================================
+ Calculate pressures 36144.2812 24.3823 16.3937
+ raw pressures : -0.13722E+01 0.31262E+00
+ Smoothing pressures 36144.5059 24.6070 0.2247
+ do leaf measurements 36144.5070 24.6081 0.0011
+ compute convergence criterion 36144.5488 24.6499 0.0418
+ velocity_diff_norm = 0.0362432 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36144.5538
+ -----------------------------------
+ build system 36144.5582 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36152.5596 8.0058 8.0014
+ =================================
+ wsmp: initialisation time: 0.0533500 s
+ wsmp: ordering time: 4.1027710 s
+ wsmp: symbolic fact. time: 0.7094612 s
+ wsmp: Cholesky fact. time: 11.4031000 s
+ wsmp: Factorisation 14449.7271511 Mflops
+ wsmp: back substitution time: 0.1212349 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.3975730 s
+ =================================
+ u : -0.10170E+01 0.17611E+00
+ v : -0.37834E-01 0.12311E+00
+ w : -0.73736E+00 0.22905E+00
+ =================================
+ Calculate pressures 36168.9729 24.4191 16.4133
+ raw pressures : -0.14714E+01 0.35791E+00
+ Smoothing pressures 36169.1976 24.6439 0.2248
+ do leaf measurements 36169.1987 24.6450 0.0011
+ compute convergence criterion 36169.2403 24.6866 0.0416
+ velocity_diff_norm = 0.0158693 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36169.2453
+ -----------------------------------
+ build system 36169.2496 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36177.1884 7.9432 7.9388
+ =================================
+ wsmp: initialisation time: 0.0522590 s
+ wsmp: ordering time: 4.1274309 s
+ wsmp: symbolic fact. time: 0.7138240 s
+ wsmp: Cholesky fact. time: 11.4082470 s
+ wsmp: Factorisation 14443.2079671 Mflops
+ wsmp: back substitution time: 0.1222169 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.4315541 s
+ =================================
+ u : -0.10167E+01 0.19388E+00
+ v : -0.40708E-01 0.12562E+00
+ w : -0.73264E+00 0.22815E+00
+ =================================
+ Calculate pressures 36193.6354 24.3902 16.4470
+ raw pressures : -0.15149E+01 0.36561E+00
+ Smoothing pressures 36193.8626 24.6173 0.2271
+ do leaf measurements 36193.8637 24.6184 0.0011
+ compute convergence criterion 36193.9052 24.6599 0.0415
+ velocity_diff_norm = 0.0107509 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36193.9101
+ -----------------------------------
+ build system 36193.9145 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36201.8921 7.9820 7.9776
+ =================================
+ wsmp: initialisation time: 0.0511498 s
+ wsmp: ordering time: 4.0967860 s
+ wsmp: symbolic fact. time: 0.7100770 s
+ wsmp: Cholesky fact. time: 11.3758769 s
+ wsmp: Factorisation 14484.3061570 Mflops
+ wsmp: back substitution time: 0.1210971 s
+ wsmp: from b to rhs vector: 0.0070710 s
+ ---------------------------------
+ wsmp: total solve time: 16.3624530 s
+ =================================
+ u : -0.10165E+01 0.20951E+00
+ v : -0.43111E-01 0.12563E+00
+ w : -0.72808E+00 0.22763E+00
+ =================================
+ Calculate pressures 36218.2700 24.3599 16.3779
+ raw pressures : -0.15368E+01 0.36285E+00
+ Smoothing pressures 36218.4948 24.5847 0.2247
+ do leaf measurements 36218.4959 24.5858 0.0011
+ compute convergence criterion 36218.5375 24.6273 0.0416
+ velocity_diff_norm = 0.0080807 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36218.5403 24.6302 0.0028
+Compute isostasy and adjust vertical 36218.5405 24.6304 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -178170268669743.31 311128472771338.88
+ def in m -7.9929537773132324 0.67374753952026367
+ dimensionless def -1.8793705531529017E-6 2.28370107923235219E-5
+ Isostatic velocity range = -0.0182853 0.2280044
+ Compute divergence 36218.7423 24.8322 0.2019
+ wsmp_cleanup 36218.7798 24.8697 0.0375
+ Reset surface geometry 36218.7850 24.8749 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 36218.7933 24.8832 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36218.8098 24.8997 0.0165
+ Advect surface 1 36218.8099 24.8998 0.0001
+ removing 1 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36219.0114 25.1013 0.2015
+ removing 1 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36219.2176 25.3075 0.2062
+ removing 3 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36219.4934 25.5833 0.2758
+ Advect the cloud 36219.6545 25.7444 0.1611
+ Write output 36220.5064 26.5963 0.8519
+ End of time step 36221.4084 27.4983 0.9020
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 224 36221.4086
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36221.4086 0.0001 0.0001
+ surface 01 36221.4087 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 36221.4087 0.0001 0.0000
+ S. 1: 6 added ptcls in refine_surface
+ check delaunay 36221.4382 0.0296 0.0295
+ S. 1: 9 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 36221.4666 0.0580 0.0284
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36221.4918 0.0833 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 17007points
+ surface 02 36221.5110 0.1024 0.0192
+ S. 2: 16996points
+ refine surface 36221.5111 0.1026 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 36221.5399 0.1313 0.0288
+ S. 2: 7 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36221.5678 0.1593 0.0279
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36221.5934 0.1849 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 17001points
+ surface 03 36221.6128 0.2042 0.0194
+ S. 3: 16985points
+ refine surface 36221.6130 0.2044 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 36221.6400 0.2314 0.0270
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 36221.6633 0.2547 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36221.6889 0.2803 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16987points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36221.7138
+ -----------------------------------------------------------------------
+ Create octree solve 36221.7140 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36221.7301 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 36221.7519 0.0381 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36221.7526 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36221.7669 0.0531 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 36221.8903 0.1765 0.1234
+ Imbed surface in osolve 36222.0718 0.3581 0.1816
+ embedding surface 1 36222.0720 0.3582 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36224.0373 2.3235 1.9653
+ osolve%nleaves= 59424
+ embedding surface 3 36226.1051 4.3913 2.0678
+ osolve%nleaves= 64128
+ Assessing octree stability 36229.6460 7.9322 3.5409
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36229.6507 7.9369 0.0047
+ Interpolate velo onto osolve 36230.1582 8.4444 0.5075
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36230.2823 8.5686 0.1241
+ Find void 36230.5506 8.8369 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 36230.5788 8.8651 0.0282
+ wsmp setup1 36230.5859 8.8722 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36231.5834 9.8696 0.9974
+ -----------------------------------
+ start of non-linear iteratio 1 36231.6289
+ -----------------------------------
+ build system 36231.6291 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36239.6413 8.0124 8.0122
+ =================================
+ wsmp: initialisation time: 0.0576491 s
+ wsmp: ordering time: 4.1042120 s
+ wsmp: symbolic fact. time: 0.7069590 s
+ wsmp: Cholesky fact. time: 11.3896961 s
+ wsmp: Factorisation 14466.7322219 Mflops
+ wsmp: back substitution time: 0.1210930 s
+ wsmp: from b to rhs vector: 0.0070200 s
+ ---------------------------------
+ wsmp: total solve time: 16.3869998 s
+ =================================
+ u : -0.10212E+01 0.18435E+00
+ v : -0.95775E-01 0.11158E+00
+ w : -0.76161E+00 0.24632E+00
+ =================================
+ Calculate pressures 36256.0445 24.4155 16.4032
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 36256.2696 24.6406 0.2251
+ do leaf measurements 36256.2707 24.6418 0.0011
+ compute convergence criterion 36256.3133 24.6843 0.0426
+ velocity_diff_norm = 0.5893690 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36256.3187
+ -----------------------------------
+ build system 36256.3233 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80903E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36264.2639 7.9452 7.9406
+ =================================
+ wsmp: initialisation time: 0.0508931 s
+ wsmp: ordering time: 4.1002569 s
+ wsmp: symbolic fact. time: 0.7089880 s
+ wsmp: Cholesky fact. time: 11.4612091 s
+ wsmp: Factorisation 14376.4661329 Mflops
+ wsmp: back substitution time: 0.1210079 s
+ wsmp: from b to rhs vector: 0.0070450 s
+ ---------------------------------
+ wsmp: total solve time: 16.4497831 s
+ =================================
+ u : -0.10151E+01 0.13720E+00
+ v : -0.48958E-01 0.10196E+00
+ w : -0.76715E+00 0.22559E+00
+ =================================
+ Calculate pressures 36280.7292 24.4106 16.4654
+ raw pressures : -0.12359E+01 0.18005E+00
+ Smoothing pressures 36280.9560 24.6374 0.2268
+ do leaf measurements 36280.9571 24.6385 0.0011
+ compute convergence criterion 36280.9995 24.6808 0.0423
+ velocity_diff_norm = 0.0714733 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36281.0047
+ -----------------------------------
+ build system 36281.0094 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36288.9898 7.9850 7.9804
+ =================================
+ wsmp: initialisation time: 0.0531650 s
+ wsmp: ordering time: 4.0891480 s
+ wsmp: symbolic fact. time: 0.7072821 s
+ wsmp: Cholesky fact. time: 11.3762980 s
+ wsmp: Factorisation 14483.7700795 Mflops
+ wsmp: back substitution time: 0.1213450 s
+ wsmp: from b to rhs vector: 0.0070739 s
+ ---------------------------------
+ wsmp: total solve time: 16.3547220 s
+ =================================
+ u : -0.10171E+01 0.15532E+00
+ v : -0.37373E-01 0.11823E+00
+ w : -0.74641E+00 0.23179E+00
+ =================================
+ Calculate pressures 36305.3606 24.3558 16.3708
+ raw pressures : -0.13717E+01 0.31221E+00
+ Smoothing pressures 36305.5866 24.5819 0.2261
+ do leaf measurements 36305.5878 24.5830 0.0012
+ compute convergence criterion 36305.6303 24.6256 0.0426
+ velocity_diff_norm = 0.0361025 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36305.6357
+ -----------------------------------
+ build system 36305.6403 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36313.6556 8.0199 8.0153
+ =================================
+ wsmp: initialisation time: 0.0541210 s
+ wsmp: ordering time: 4.0953081 s
+ wsmp: symbolic fact. time: 0.7061069 s
+ wsmp: Cholesky fact. time: 11.3915961 s
+ wsmp: Factorisation 14464.3193749 Mflops
+ wsmp: back substitution time: 0.1209469 s
+ wsmp: from b to rhs vector: 0.0069499 s
+ ---------------------------------
+ wsmp: total solve time: 16.3754039 s
+ =================================
+ u : -0.10169E+01 0.17619E+00
+ v : -0.37944E-01 0.12292E+00
+ w : -0.73712E+00 0.22918E+00
+ =================================
+ Calculate pressures 36330.0474 24.4117 16.3917
+ raw pressures : -0.14710E+01 0.35769E+00
+ Smoothing pressures 36330.2738 24.6381 0.2264
+ do leaf measurements 36330.2749 24.6392 0.0011
+ compute convergence criterion 36330.3175 24.6818 0.0426
+ velocity_diff_norm = 0.0158848 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36330.3227
+ -----------------------------------
+ build system 36330.3273 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36338.2615 7.9388 7.9343
+ =================================
+ wsmp: initialisation time: 0.0551231 s
+ wsmp: ordering time: 4.1137941 s
+ wsmp: symbolic fact. time: 0.7147100 s
+ wsmp: Cholesky fact. time: 11.4199741 s
+ wsmp: Factorisation 14428.3763339 Mflops
+ wsmp: back substitution time: 0.1218970 s
+ wsmp: from b to rhs vector: 0.0070250 s
+ ---------------------------------
+ wsmp: total solve time: 16.4328902 s
+ =================================
+ u : -0.10167E+01 0.19397E+00
+ v : -0.40796E-01 0.12543E+00
+ w : -0.73245E+00 0.22824E+00
+ =================================
+ Calculate pressures 36354.7107 24.3880 16.4491
+ raw pressures : -0.15147E+01 0.36543E+00
+ Smoothing pressures 36354.9385 24.6158 0.2279
+ do leaf measurements 36354.9397 24.6169 0.0011
+ compute convergence criterion 36354.9821 24.6594 0.0424
+ velocity_diff_norm = 0.0107598 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36354.9874
+ -----------------------------------
+ build system 36354.9920 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36362.9906 8.0032 7.9986
+ =================================
+ wsmp: initialisation time: 0.0543852 s
+ wsmp: ordering time: 4.0862062 s
+ wsmp: symbolic fact. time: 0.7088962 s
+ wsmp: Cholesky fact. time: 11.3725228 s
+ wsmp: Factorisation 14488.5779808 Mflops
+ wsmp: back substitution time: 0.1210091 s
+ wsmp: from b to rhs vector: 0.0070100 s
+ ---------------------------------
+ wsmp: total solve time: 16.3504260 s
+ =================================
+ u : -0.10165E+01 0.20961E+00
+ v : -0.43160E-01 0.12552E+00
+ w : -0.72790E+00 0.22779E+00
+ =================================
+ Calculate pressures 36379.3566 24.3692 16.3660
+ raw pressures : -0.15366E+01 0.36266E+00
+ Smoothing pressures 36379.5826 24.5952 0.2260
+ do leaf measurements 36379.5837 24.5964 0.0012
+ compute convergence criterion 36379.6263 24.6389 0.0425
+ velocity_diff_norm = 0.0080721 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36379.6295 24.6421 0.0032
+Compute isostasy and adjust vertical 36379.6297 24.6423 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -178625597413003. 312245338402269.5
+ def in m -7.9959359169006348 0.67065691947937012
+ dimensionless def -1.87621235847473134E-6 2.28455311911446718E-5
+ Isostatic velocity range = -0.0182439 0.2280975
+ Compute divergence 36379.8233 24.8360 0.1936
+ wsmp_cleanup 36379.8710 24.8836 0.0477
+ Reset surface geometry 36379.8764 24.8890 0.0054
+ -----------------------------------------------------------------------
+ Temperature calculations 36379.8832 24.8958 0.0068
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36379.8967 24.9093 0.0135
+ Advect surface 1 36379.8969 24.9095 0.0002
+ removing 4 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36380.1340 25.1466 0.2371
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36380.3324 25.3450 0.1984
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36380.5985 25.6111 0.2661
+ Advect the cloud 36380.7594 25.7720 0.1609
+ Write output 36381.6180 26.6307 0.8586
+ End of time step 36382.5070 27.5196 0.8889
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 225 36382.5071
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36382.5072 0.0001 0.0001
+ surface 01 36382.5072 0.0001 0.0000
+ S. 1: 17003points
+ refine surface 36382.5073 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 36382.5333 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 36382.5605 0.0534 0.0272
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36382.5854 0.0783 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 36382.6042 0.0970 0.0187
+ S. 2: 17001points
+ refine surface 36382.6043 0.0972 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 36382.6294 0.1222 0.0250
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36382.6531 0.1460 0.0238
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36382.6771 0.1699 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 36382.6966 0.1894 0.0195
+ S. 3: 16986points
+ refine surface 36382.6967 0.1896 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 36382.7238 0.2167 0.0271
+ S. 3: 6 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 36382.7520 0.2449 0.0282
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36382.7764 0.2692 0.0244
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36382.8029
+ -----------------------------------------------------------------------
+ Create octree solve 36382.8031 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36382.8191 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 36382.8408 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36382.8416 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36382.8559 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 36382.9792 0.1764 0.1234
+ Imbed surface in osolve 36383.1608 0.3580 0.1816
+ embedding surface 1 36383.1610 0.3581 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36385.1164 2.3135 1.9554
+ osolve%nleaves= 59424
+ embedding surface 3 36387.2022 4.3993 2.0858
+ osolve%nleaves= 64128
+ Assessing octree stability 36390.7170 7.9141 3.5149
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36390.7216 7.9187 0.0046
+ Interpolate velo onto osolve 36391.2237 8.4208 0.5021
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36391.4015 8.5986 0.1777
+ Find void 36391.6720 8.8691 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 36391.7002 8.8973 0.0282
+ wsmp setup1 36391.7073 8.9044 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36392.7114 9.9085 1.0041
+ -----------------------------------
+ start of non-linear iteratio 1 36392.7571
+ -----------------------------------
+ build system 36392.7573 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36400.7357 7.9786 7.9784
+ =================================
+ wsmp: initialisation time: 0.0529990 s
+ wsmp: ordering time: 4.0969930 s
+ wsmp: symbolic fact. time: 0.7061539 s
+ wsmp: Cholesky fact. time: 11.3820391 s
+ wsmp: Factorisation 14476.4644419 Mflops
+ wsmp: back substitution time: 0.1210871 s
+ wsmp: from b to rhs vector: 0.0072839 s
+ ---------------------------------
+ wsmp: total solve time: 16.3669410 s
+ =================================
+ u : -0.10179E+01 0.18480E+00
+ v : -0.95596E-01 0.11245E+00
+ w : -0.76169E+00 0.24774E+00
+ =================================
+ Calculate pressures 36417.1185 24.3614 16.3828
+ raw pressures : -0.35101E+00 0.00000E+00
+ Smoothing pressures 36417.3426 24.5855 0.2241
+ do leaf measurements 36417.3437 24.5866 0.0011
+ compute convergence criterion 36417.3853 24.6282 0.0416
+ velocity_diff_norm = 0.5891792 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36417.3906
+ -----------------------------------
+ build system 36417.3952 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78012E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36425.3345 7.9439 7.9393
+ =================================
+ wsmp: initialisation time: 0.0542011 s
+ wsmp: ordering time: 4.1112480 s
+ wsmp: symbolic fact. time: 0.7106440 s
+ wsmp: Cholesky fact. time: 11.4600170 s
+ wsmp: Factorisation 14377.9616004 Mflops
+ wsmp: back substitution time: 0.1212771 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4650290 s
+ =================================
+ u : -0.10152E+01 0.13746E+00
+ v : -0.48725E-01 0.10181E+00
+ w : -0.76721E+00 0.22697E+00
+ =================================
+ Calculate pressures 36441.8144 24.4238 16.4799
+ raw pressures : -0.12369E+01 0.18011E+00
+ Smoothing pressures 36442.0397 24.6491 0.2253
+ do leaf measurements 36442.0408 24.6502 0.0011
+ compute convergence criterion 36442.0822 24.6916 0.0414
+ velocity_diff_norm = 0.0712619 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36442.0874
+ -----------------------------------
+ build system 36442.0920 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36450.0518 7.9644 7.9598
+ =================================
+ wsmp: initialisation time: 0.0528119 s
+ wsmp: ordering time: 4.0972252 s
+ wsmp: symbolic fact. time: 0.7100461 s
+ wsmp: Cholesky fact. time: 11.3790510 s
+ wsmp: Factorisation 14480.2659122 Mflops
+ wsmp: back substitution time: 0.1218321 s
+ wsmp: from b to rhs vector: 0.0072198 s
+ ---------------------------------
+ wsmp: total solve time: 16.3685679 s
+ =================================
+ u : -0.10171E+01 0.15547E+00
+ v : -0.37253E-01 0.11821E+00
+ w : -0.74671E+00 0.23186E+00
+ =================================
+ Calculate pressures 36466.4352 24.3478 16.3834
+ raw pressures : -0.13727E+01 0.31326E+00
+ Smoothing pressures 36466.6626 24.5752 0.2274
+ do leaf measurements 36466.6637 24.5763 0.0011
+ compute convergence criterion 36466.7050 24.6176 0.0413
+ velocity_diff_norm = 0.0361456 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36466.7102
+ -----------------------------------
+ build system 36466.7148 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36474.7357 8.0255 8.0209
+ =================================
+ wsmp: initialisation time: 0.0519891 s
+ wsmp: ordering time: 4.1002371 s
+ wsmp: symbolic fact. time: 0.7043731 s
+ wsmp: Cholesky fact. time: 11.3860018 s
+ wsmp: Factorisation 14471.4260899 Mflops
+ wsmp: back substitution time: 0.1214652 s
+ wsmp: from b to rhs vector: 0.0072842 s
+ ---------------------------------
+ wsmp: total solve time: 16.3717420 s
+ =================================
+ u : -0.10170E+01 0.17625E+00
+ v : -0.37849E-01 0.12296E+00
+ w : -0.73733E+00 0.22928E+00
+ =================================
+ Calculate pressures 36491.1232 24.4129 16.3874
+ raw pressures : -0.14715E+01 0.35857E+00
+ Smoothing pressures 36491.3474 24.6371 0.2242
+ do leaf measurements 36491.3484 24.6382 0.0011
+ compute convergence criterion 36491.3897 24.6795 0.0413
+ velocity_diff_norm = 0.0158017 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36491.3948
+ -----------------------------------
+ build system 36491.3993 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36499.3388 7.9440 7.9394
+ =================================
+ wsmp: initialisation time: 0.0542290 s
+ wsmp: ordering time: 4.1139131 s
+ wsmp: symbolic fact. time: 0.7154729 s
+ wsmp: Cholesky fact. time: 11.4353862 s
+ wsmp: Factorisation 14408.9304260 Mflops
+ wsmp: back substitution time: 0.1221321 s
+ wsmp: from b to rhs vector: 0.0071821 s
+ ---------------------------------
+ wsmp: total solve time: 16.4486990 s
+ =================================
+ u : -0.10167E+01 0.19403E+00
+ v : -0.40729E-01 0.12553E+00
+ w : -0.73261E+00 0.22822E+00
+ =================================
+ Calculate pressures 36515.8026 24.4078 16.4639
+ raw pressures : -0.15150E+01 0.36608E+00
+ Smoothing pressures 36516.0291 24.6343 0.2265
+ do leaf measurements 36516.0302 24.6354 0.0011
+ compute convergence criterion 36516.0716 24.6768 0.0414
+ velocity_diff_norm = 0.0107347 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36516.0768
+ -----------------------------------
+ build system 36516.0814 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36524.0873 8.0105 8.0059
+ =================================
+ wsmp: initialisation time: 0.0511270 s
+ wsmp: ordering time: 4.1040752 s
+ wsmp: symbolic fact. time: 0.7084432 s
+ wsmp: Cholesky fact. time: 11.3819571 s
+ wsmp: Factorisation 14476.5687563 Mflops
+ wsmp: back substitution time: 0.1211519 s
+ wsmp: from b to rhs vector: 0.0071790 s
+ ---------------------------------
+ wsmp: total solve time: 16.3743010 s
+ =================================
+ u : -0.10166E+01 0.20967E+00
+ v : -0.43117E-01 0.12559E+00
+ w : -0.72804E+00 0.22777E+00
+ =================================
+ Calculate pressures 36540.4770 24.4002 16.3897
+ raw pressures : -0.15368E+01 0.36315E+00
+ Smoothing pressures 36540.7020 24.6252 0.2250
+ do leaf measurements 36540.7031 24.6263 0.0011
+ compute convergence criterion 36540.7446 24.6678 0.0415
+ velocity_diff_norm = 0.0080720 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36540.7477 24.6709 0.0031
+Compute isostasy and adjust vertical 36540.7479 24.6711 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -179077573794211. 313353955688169.63
+ def in m -7.9996471405029297 0.66791045665740967
+ dimensionless def -1.87354666846139094E-6 2.2856134687151229E-5
+ Isostatic velocity range = -0.0182111 0.2282140
+ Compute divergence 36540.9446 24.8678 0.1967
+ wsmp_cleanup 36540.9861 24.9093 0.0415
+ Reset surface geometry 36540.9919 24.9150 0.0058
+ -----------------------------------------------------------------------
+ Temperature calculations 36541.0001 24.9233 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36541.0141 24.9373 0.0140
+ Advect surface 1 36541.0143 24.9375 0.0002
+ S. 1: 13 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36541.2130 25.1362 0.1987
+ removing 1 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36541.4196 25.3428 0.2066
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36541.6742 25.5974 0.2546
+ Advect the cloud 36541.8350 25.7581 0.1607
+ Write output 36542.6940 26.6172 0.8591
+ End of time step 36543.5832 27.5063 0.8892
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 226 36543.5833
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36543.5834 0.0001 0.0001
+ surface 01 36543.5834 0.0001 0.0000
+ S. 1: 17004points
+ refine surface 36543.5835 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36543.6081 0.0247 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 36543.6281 0.0448 0.0201
+ S. 2: 17001points
+ refine surface 36543.6283 0.0449 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 36543.6542 0.0709 0.0259
+ S. 2: 3 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36543.6830 0.0996 0.0288
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36543.7075 0.1241 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 17003points
+ surface 03 36543.7276 0.1443 0.0201
+ S. 3: 16990points
+ refine surface 36543.7277 0.1444 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 36543.7554 0.1721 0.0277
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 36543.7791 0.1958 0.0237
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36543.8035 0.2201 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16994points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36543.8300
+ -----------------------------------------------------------------------
+ Create octree solve 36543.8302 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36543.8463 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 36543.8679 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36543.8687 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36543.8830 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 36544.0064 0.1764 0.1234
+ Imbed surface in osolve 36544.1884 0.3584 0.1820
+ embedding surface 1 36544.1886 0.3586 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36546.1546 2.3246 1.9661
+ osolve%nleaves= 59424
+ embedding surface 3 36548.2540 4.4240 2.0993
+ osolve%nleaves= 64128
+ Assessing octree stability 36551.7899 7.9599 3.5359
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36551.7946 7.9646 0.0047
+ Interpolate velo onto osolve 36552.2858 8.4558 0.4912
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36552.4482 8.6182 0.1625
+ Find void 36552.7158 8.8859 0.2676
+ whole leaf in fluid 32992
+ Define boundary conditions 36552.7440 8.9140 0.0281
+ wsmp setup1 36552.7512 8.9213 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36553.7574 9.9274 1.0061
+ -----------------------------------
+ start of non-linear iteratio 1 36553.8044
+ -----------------------------------
+ build system 36553.8046 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36561.7834 7.9790 7.9788
+ =================================
+ wsmp: initialisation time: 0.0541370 s
+ wsmp: ordering time: 4.1048470 s
+ wsmp: symbolic fact. time: 0.7052071 s
+ wsmp: Cholesky fact. time: 11.3780921 s
+ wsmp: Factorisation 14481.4862758 Mflops
+ wsmp: back substitution time: 0.1209519 s
+ wsmp: from b to rhs vector: 0.0071099 s
+ ---------------------------------
+ wsmp: total solve time: 16.3707459 s
+ =================================
+ u : -0.10139E+01 0.18389E+00
+ v : -0.94910E-01 0.11095E+00
+ w : -0.76148E+00 0.24604E+00
+ =================================
+ Calculate pressures 36578.1699 24.3655 16.3865
+ raw pressures : -0.35082E+00 0.00000E+00
+ Smoothing pressures 36578.3945 24.5901 0.2246
+ do leaf measurements 36578.3956 24.5912 0.0011
+ compute convergence criterion 36578.4370 24.6326 0.0413
+ velocity_diff_norm = 0.5883087 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36578.4420
+ -----------------------------------
+ build system 36578.4465 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79670E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36586.3859 7.9439 7.9395
+ =================================
+ wsmp: initialisation time: 0.0536079 s
+ wsmp: ordering time: 4.0877452 s
+ wsmp: symbolic fact. time: 0.7056432 s
+ wsmp: Cholesky fact. time: 11.4514270 s
+ wsmp: Factorisation 14388.7468454 Mflops
+ wsmp: back substitution time: 0.1209102 s
+ wsmp: from b to rhs vector: 0.0069611 s
+ ---------------------------------
+ wsmp: total solve time: 16.4267070 s
+ =================================
+ u : -0.10153E+01 0.13694E+00
+ v : -0.49131E-01 0.10245E+00
+ w : -0.76692E+00 0.22557E+00
+ =================================
+ Calculate pressures 36602.8282 24.3861 16.4422
+ raw pressures : -0.12367E+01 0.17959E+00
+ Smoothing pressures 36603.0529 24.6109 0.2248
+ do leaf measurements 36603.0541 24.6120 0.0011
+ compute convergence criterion 36603.0951 24.6531 0.0410
+ velocity_diff_norm = 0.0707705 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36603.1001
+ -----------------------------------
+ build system 36603.1045 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36611.0620 7.9619 7.9575
+ =================================
+ wsmp: initialisation time: 0.0533268 s
+ wsmp: ordering time: 4.1039560 s
+ wsmp: symbolic fact. time: 0.7099030 s
+ wsmp: Cholesky fact. time: 11.3767641 s
+ wsmp: Factorisation 14483.1766766 Mflops
+ wsmp: back substitution time: 0.1217849 s
+ wsmp: from b to rhs vector: 0.0069511 s
+ ---------------------------------
+ wsmp: total solve time: 16.3730891 s
+ =================================
+ u : -0.10171E+01 0.15510E+00
+ v : -0.37623E-01 0.11858E+00
+ w : -0.74659E+00 0.23092E+00
+ =================================
+ Calculate pressures 36627.4504 24.3503 16.3883
+ raw pressures : -0.13720E+01 0.31236E+00
+ Smoothing pressures 36627.6776 24.5775 0.2272
+ do leaf measurements 36627.6787 24.5786 0.0011
+ compute convergence criterion 36627.7197 24.6196 0.0410
+ velocity_diff_norm = 0.0361959 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36627.7247
+ -----------------------------------
+ build system 36627.7292 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36635.7528 8.0281 8.0236
+ =================================
+ wsmp: initialisation time: 0.0528860 s
+ wsmp: ordering time: 4.1034348 s
+ wsmp: symbolic fact. time: 0.7078350 s
+ wsmp: Cholesky fact. time: 11.3828650 s
+ wsmp: Factorisation 14475.4141043 Mflops
+ wsmp: back substitution time: 0.1207640 s
+ wsmp: from b to rhs vector: 0.0069780 s
+ ---------------------------------
+ wsmp: total solve time: 16.3751550 s
+ =================================
+ u : -0.10170E+01 0.17599E+00
+ v : -0.38059E-01 0.12319E+00
+ w : -0.73720E+00 0.22873E+00
+ =================================
+ Calculate pressures 36652.1434 24.4186 16.3906
+ raw pressures : -0.14709E+01 0.35747E+00
+ Smoothing pressures 36652.3683 24.6435 0.2249
+ do leaf measurements 36652.3694 24.6447 0.0011
+ compute convergence criterion 36652.4104 24.6856 0.0410
+ velocity_diff_norm = 0.0158323 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36652.4153
+ -----------------------------------
+ build system 36652.4197 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36660.3582 7.9428 7.9385
+ =================================
+ wsmp: initialisation time: 0.0519300 s
+ wsmp: ordering time: 4.1285310 s
+ wsmp: symbolic fact. time: 0.7138581 s
+ wsmp: Cholesky fact. time: 11.4467590 s
+ wsmp: Factorisation 14394.6145877 Mflops
+ wsmp: back substitution time: 0.1211791 s
+ wsmp: from b to rhs vector: 0.0069761 s
+ ---------------------------------
+ wsmp: total solve time: 16.4696269 s
+ =================================
+ u : -0.10167E+01 0.19378E+00
+ v : -0.40879E-01 0.12564E+00
+ w : -0.73250E+00 0.22792E+00
+ =================================
+ Calculate pressures 36676.8433 24.4279 16.4851
+ raw pressures : -0.15145E+01 0.36534E+00
+ Smoothing pressures 36677.0686 24.6533 0.2254
+ do leaf measurements 36677.0697 24.6544 0.0011
+ compute convergence criterion 36677.1106 24.6953 0.0409
+ velocity_diff_norm = 0.0107431 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36677.1156
+ -----------------------------------
+ build system 36677.1200 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36685.1226 8.0070 8.0026
+ =================================
+ wsmp: initialisation time: 0.0528760 s
+ wsmp: ordering time: 4.0975981 s
+ wsmp: symbolic fact. time: 0.7087212 s
+ wsmp: Cholesky fact. time: 11.3802140 s
+ wsmp: Factorisation 14478.7860952 Mflops
+ wsmp: back substitution time: 0.1208541 s
+ wsmp: from b to rhs vector: 0.0074060 s
+ ---------------------------------
+ wsmp: total solve time: 16.3680730 s
+ =================================
+ u : -0.10165E+01 0.20940E+00
+ v : -0.43230E-01 0.12570E+00
+ w : -0.72797E+00 0.22746E+00
+ =================================
+ Calculate pressures 36701.5065 24.3909 16.3839
+ raw pressures : -0.15361E+01 0.36238E+00
+ Smoothing pressures 36701.7310 24.6154 0.2244
+ do leaf measurements 36701.7321 24.6165 0.0011
+ compute convergence criterion 36701.7733 24.6577 0.0412
+ velocity_diff_norm = 0.0080771 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36701.7762 24.6606 0.0029
+Compute isostasy and adjust vertical 36701.7764 24.6607 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -179521577210432.22 314461337354546.38
+ def in m -8.0017251968383789 0.66559267044067383
+ dimensionless def -1.87699828829084117E-6 2.28620719909667961E-5
+ Isostatic velocity range = -0.0182389 0.2282786
+ Compute divergence 36701.9725 24.8569 0.1961
+ wsmp_cleanup 36702.0126 24.8970 0.0401
+ Reset surface geometry 36702.0182 24.9026 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 36702.0268 24.9112 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36702.0414 24.9258 0.0146
+ Advect surface 1 36702.0416 24.9259 0.0002
+ removing 3 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36702.2613 25.1456 0.2197
+ S. 2: 11 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36702.4595 25.3439 0.1983
+ removing 1 particle from surface
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36702.7225 25.6069 0.2630
+ Advect the cloud 36702.8836 25.7680 0.1611
+ Write output 36703.7419 26.6263 0.8583
+ End of time step 36704.6312 27.5156 0.8893
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 227 36704.6314
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36704.6314 0.0001 0.0001
+ surface 01 36704.6315 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 36704.6315 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 36704.6569 0.0256 0.0254
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 36704.6806 0.0492 0.0237
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36704.7050 0.0736 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 36704.7244 0.0930 0.0194
+ S. 2: 17003points
+ refine surface 36704.7245 0.0932 0.0001
+ S. 2: 6 added ptcls in refine_surface
+ check delaunay 36704.7532 0.1218 0.0286
+ S. 2: 9 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36704.7804 0.1490 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36704.8056 0.1742 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 17009points
+ surface 03 36704.8242 0.1928 0.0186
+ S. 3: 16993points
+ refine surface 36704.8243 0.1930 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 36704.8521 0.2208 0.0278
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 36704.8795 0.2482 0.0274
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36704.9047 0.2733 0.0251
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36704.9304
+ -----------------------------------------------------------------------
+ Create octree solve 36704.9307 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36704.9467 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 36704.9682 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36704.9690 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36704.9833 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 36705.1066 0.1762 0.1234
+ Imbed surface in osolve 36705.2872 0.3568 0.1806
+ embedding surface 1 36705.2874 0.3570 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36707.2448 2.3144 1.9574
+ osolve%nleaves= 59424
+ embedding surface 3 36709.3407 4.4102 2.0958
+ osolve%nleaves= 64128
+ Assessing octree stability 36712.8655 7.9350 3.5248
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36712.8709 7.9405 0.0055
+ Interpolate velo onto osolve 36713.3831 8.4526 0.5121
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36713.4779 8.5474 0.0948
+ Find void 36713.7478 8.8174 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 36713.7762 8.8458 0.0284
+ wsmp setup1 36713.7831 8.8527 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36714.7783 9.8479 0.9952
+ -----------------------------------
+ start of non-linear iteratio 1 36714.8240
+ -----------------------------------
+ build system 36714.8241 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36722.8105 7.9865 7.9864
+ =================================
+ wsmp: initialisation time: 0.0578110 s
+ wsmp: ordering time: 4.0958612 s
+ wsmp: symbolic fact. time: 0.7100961 s
+ wsmp: Cholesky fact. time: 11.3806279 s
+ wsmp: Factorisation 14478.2595257 Mflops
+ wsmp: back substitution time: 0.1211891 s
+ wsmp: from b to rhs vector: 0.0071330 s
+ ---------------------------------
+ wsmp: total solve time: 16.3731098 s
+ =================================
+ u : -0.10340E+01 0.18430E+00
+ v : -0.94929E-01 0.11163E+00
+ w : -0.76147E+00 0.24742E+00
+ =================================
+ Calculate pressures 36739.1992 24.3752 16.3886
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 36739.4235 24.5995 0.2243
+ do leaf measurements 36739.4246 24.6006 0.0011
+ compute convergence criterion 36739.4658 24.6419 0.0412
+ velocity_diff_norm = 0.5893645 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36739.4709
+ -----------------------------------
+ build system 36739.4754 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78816E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36747.4285 7.9576 7.9531
+ =================================
+ wsmp: initialisation time: 0.0512049 s
+ wsmp: ordering time: 4.1000340 s
+ wsmp: symbolic fact. time: 0.7065701 s
+ wsmp: Cholesky fact. time: 11.4303670 s
+ wsmp: Factorisation 14415.2575308 Mflops
+ wsmp: back substitution time: 0.1212969 s
+ wsmp: from b to rhs vector: 0.0071180 s
+ ---------------------------------
+ wsmp: total solve time: 16.4169810 s
+ =================================
+ u : -0.10152E+01 0.13708E+00
+ v : -0.48906E-01 0.10221E+00
+ w : -0.76692E+00 0.22701E+00
+ =================================
+ Calculate pressures 36763.8608 24.3899 16.4323
+ raw pressures : -0.12362E+01 0.17913E+00
+ Smoothing pressures 36764.0856 24.6148 0.2249
+ do leaf measurements 36764.0867 24.6158 0.0011
+ compute convergence criterion 36764.1276 24.6568 0.0409
+ velocity_diff_norm = 0.0712216 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36764.1326
+ -----------------------------------
+ build system 36764.1370 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36772.0833 7.9506 7.9462
+ =================================
+ wsmp: initialisation time: 0.0515490 s
+ wsmp: ordering time: 4.0956960 s
+ wsmp: symbolic fact. time: 0.7120140 s
+ wsmp: Cholesky fact. time: 11.3729198 s
+ wsmp: Factorisation 14488.0722632 Mflops
+ wsmp: back substitution time: 0.1217248 s
+ wsmp: from b to rhs vector: 0.0070140 s
+ ---------------------------------
+ wsmp: total solve time: 16.3613138 s
+ =================================
+ u : -0.10172E+01 0.15513E+00
+ v : -0.37525E-01 0.11859E+00
+ w : -0.74662E+00 0.23165E+00
+ =================================
+ Calculate pressures 36788.4603 24.3277 16.3770
+ raw pressures : -0.13720E+01 0.31249E+00
+ Smoothing pressures 36788.6866 24.5540 0.2263
+ do leaf measurements 36788.6877 24.5550 0.0011
+ compute convergence criterion 36788.7287 24.5960 0.0410
+ velocity_diff_norm = 0.0362796 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36788.7337
+ -----------------------------------
+ build system 36788.7381 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36796.7539 8.0202 8.0158
+ =================================
+ wsmp: initialisation time: 0.0519540 s
+ wsmp: ordering time: 4.0962679 s
+ wsmp: symbolic fact. time: 0.7088959 s
+ wsmp: Cholesky fact. time: 11.3862979 s
+ wsmp: Factorisation 14471.0497412 Mflops
+ wsmp: back substitution time: 0.1208961 s
+ wsmp: from b to rhs vector: 0.0070190 s
+ ---------------------------------
+ wsmp: total solve time: 16.3717139 s
+ =================================
+ u : -0.10170E+01 0.17596E+00
+ v : -0.37857E-01 0.12319E+00
+ w : -0.73723E+00 0.22914E+00
+ =================================
+ Calculate pressures 36813.1412 24.4075 16.3873
+ raw pressures : -0.14709E+01 0.35772E+00
+ Smoothing pressures 36813.3662 24.6325 0.2250
+ do leaf measurements 36813.3672 24.6336 0.0011
+ compute convergence criterion 36813.4082 24.6746 0.0410
+ velocity_diff_norm = 0.0158767 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36813.4132
+ -----------------------------------
+ build system 36813.4177 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36821.3573 7.9441 7.9396
+ =================================
+ wsmp: initialisation time: 0.0507550 s
+ wsmp: ordering time: 4.1308570 s
+ wsmp: symbolic fact. time: 0.7141330 s
+ wsmp: Cholesky fact. time: 11.4807801 s
+ wsmp: Factorisation 14351.9588465 Mflops
+ wsmp: back substitution time: 0.1211929 s
+ wsmp: from b to rhs vector: 0.0071170 s
+ ---------------------------------
+ wsmp: total solve time: 16.5052421 s
+ =================================
+ u : -0.10168E+01 0.19377E+00
+ v : -0.40698E-01 0.12566E+00
+ w : -0.73248E+00 0.22813E+00
+ =================================
+ Calculate pressures 36837.8781 24.4650 16.5208
+ raw pressures : -0.15143E+01 0.36524E+00
+ Smoothing pressures 36838.1028 24.6896 0.2247
+ do leaf measurements 36838.1039 24.6907 0.0011
+ compute convergence criterion 36838.1448 24.7317 0.0409
+ velocity_diff_norm = 0.0107707 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36838.1498
+ -----------------------------------
+ build system 36838.1542 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36846.1574 8.0076 8.0032
+ =================================
+ wsmp: initialisation time: 0.0526450 s
+ wsmp: ordering time: 4.1060710 s
+ wsmp: symbolic fact. time: 0.7098081 s
+ wsmp: Cholesky fact. time: 11.3801460 s
+ wsmp: Factorisation 14478.8725461 Mflops
+ wsmp: back substitution time: 0.1211388 s
+ wsmp: from b to rhs vector: 0.0071490 s
+ ---------------------------------
+ wsmp: total solve time: 16.3773501 s
+ =================================
+ u : -0.10165E+01 0.20944E+00
+ v : -0.43082E-01 0.12568E+00
+ w : -0.72791E+00 0.22767E+00
+ =================================
+ Calculate pressures 36862.5501 24.4003 16.3927
+ raw pressures : -0.15360E+01 0.36227E+00
+ Smoothing pressures 36862.7747 24.6249 0.2245
+ do leaf measurements 36862.7757 24.6259 0.0011
+ compute convergence criterion 36862.8170 24.6672 0.0412
+ velocity_diff_norm = 0.0080771 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 36862.8198 24.6700 0.0029
+Compute isostasy and adjust vertical 36862.8200 24.6702 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -179948022108151.72 315574428665515.75
+ def in m -8.0002965927124023 0.66441714763641357
+ dimensionless def -1.87155876840863912E-6 2.28579902648925794E-5
+ Isostatic velocity range = -0.0181790 0.2282429
+ Compute divergence 36863.0326 24.8828 0.2126
+ wsmp_cleanup 36863.0691 24.9193 0.0365
+ Reset surface geometry 36863.0743 24.9245 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 36863.0828 24.9330 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 36863.1000 24.9502 0.0171
+ Advect surface 1 36863.1001 24.9503 0.0002
+ removing 2 particle from surface
+ S. 1: 15 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 36863.3119 25.1621 0.2117
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 36863.5202 25.3704 0.2084
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 36863.7725 25.6227 0.2522
+ Advect the cloud 36863.9341 25.7843 0.1617
+ Write output 36864.7948 26.6450 0.8607
+ End of time step 36865.6813 27.5315 0.8865
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 228 36865.6814
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 36865.6815 0.0001 0.0001
+ surface 01 36865.6815 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 36865.6816 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 36865.7098 0.0284 0.0282
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 36865.7374 0.0560 0.0277
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 36865.7628 0.0814 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 17003points
+ surface 02 36865.7819 0.1005 0.0192
+ S. 2: 17008points
+ refine surface 36865.7821 0.1007 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 36865.8090 0.1275 0.0269
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 36865.8367 0.1553 0.0277
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 36865.8622 0.1808 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 17010points
+ surface 03 36865.8812 0.1998 0.0190
+ S. 3: 16997points
+ refine surface 36865.8813 0.1999 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 36865.9066 0.2251 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 36865.9317
+ -----------------------------------------------------------------------
+ Create octree solve 36865.9320 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 36865.9479 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 36865.9696 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 36865.9704 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 36865.9845 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 36866.1067 0.1750 0.1222
+ Imbed surface in osolve 36866.2878 0.3561 0.1811
+ embedding surface 1 36866.2880 0.3563 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 36868.2159 2.2841 1.9279
+ osolve%nleaves= 59424
+ embedding surface 3 36870.2835 4.3517 2.0676
+ osolve%nleaves= 64128
+ Assessing octree stability 36873.8036 7.8718 3.5201
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 36873.8082 7.8765 0.0047
+ Interpolate velo onto osolve 36874.2789 8.3472 0.4707
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 36874.4838 8.5521 0.2049
+ Find void 36874.7533 8.8216 0.2695
+ whole leaf in fluid 32992
+ Define boundary conditions 36874.7817 8.8500 0.0284
+ wsmp setup1 36874.7889 8.8571 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 36875.7860 9.8543 0.9971
+ -----------------------------------
+ start of non-linear iteratio 1 36875.8319
+ -----------------------------------
+ build system 36875.8321 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36883.8327 8.0008 8.0006
+ =================================
+ wsmp: initialisation time: 0.0557480 s
+ wsmp: ordering time: 4.0967569 s
+ wsmp: symbolic fact. time: 0.7075551 s
+ wsmp: Cholesky fact. time: 11.3732572 s
+ wsmp: Factorisation 14487.6425068 Mflops
+ wsmp: back substitution time: 0.1209910 s
+ wsmp: from b to rhs vector: 0.0070620 s
+ ---------------------------------
+ wsmp: total solve time: 16.3617749 s
+ =================================
+ u : -0.10279E+01 0.18368E+00
+ v : -0.95252E-01 0.11176E+00
+ w : -0.76118E+00 0.24903E+00
+ =================================
+ Calculate pressures 36900.2101 24.3782 16.3774
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 36900.4342 24.6023 0.2241
+ do leaf measurements 36900.4354 24.6035 0.0012
+ compute convergence criterion 36900.4769 24.6450 0.0415
+ velocity_diff_norm = 0.5883225 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 36900.4820
+ -----------------------------------
+ build system 36900.4866 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77781E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36908.4455 7.9635 7.9589
+ =================================
+ wsmp: initialisation time: 0.0518970 s
+ wsmp: ordering time: 4.1036129 s
+ wsmp: symbolic fact. time: 0.7060699 s
+ wsmp: Cholesky fact. time: 11.4236839 s
+ wsmp: Factorisation 14423.6907797 Mflops
+ wsmp: back substitution time: 0.1211729 s
+ wsmp: from b to rhs vector: 0.0069971 s
+ ---------------------------------
+ wsmp: total solve time: 16.4138279 s
+ =================================
+ u : -0.10152E+01 0.13647E+00
+ v : -0.48534E-01 0.10222E+00
+ w : -0.76675E+00 0.22819E+00
+ =================================
+ Calculate pressures 36924.8750 24.3930 16.4295
+ raw pressures : -0.12354E+01 0.17931E+00
+ Smoothing pressures 36925.0998 24.6178 0.2248
+ do leaf measurements 36925.1010 24.6190 0.0012
+ compute convergence criterion 36925.1421 24.6601 0.0411
+ velocity_diff_norm = 0.0706725 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 36925.1470
+ -----------------------------------
+ build system 36925.1516 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36933.0935 7.9464 7.9418
+ =================================
+ wsmp: initialisation time: 0.0504870 s
+ wsmp: ordering time: 4.1016762 s
+ wsmp: symbolic fact. time: 0.7139881 s
+ wsmp: Cholesky fact. time: 11.3753250 s
+ wsmp: Factorisation 14485.0089460 Mflops
+ wsmp: back substitution time: 0.1218059 s
+ wsmp: from b to rhs vector: 0.0069780 s
+ ---------------------------------
+ wsmp: total solve time: 16.3706729 s
+ =================================
+ u : -0.10171E+01 0.15470E+00
+ v : -0.37202E-01 0.11836E+00
+ w : -0.74625E+00 0.23228E+00
+ =================================
+ Calculate pressures 36949.4796 24.3326 16.3862
+ raw pressures : -0.13706E+01 0.31162E+00
+ Smoothing pressures 36949.7060 24.5590 0.2264
+ do leaf measurements 36949.7072 24.5602 0.0012
+ compute convergence criterion 36949.7483 24.6013 0.0411
+ velocity_diff_norm = 0.0361615 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 36949.7533
+ -----------------------------------
+ build system 36949.7579 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36957.7617 8.0084 8.0038
+ =================================
+ wsmp: initialisation time: 0.0507329 s
+ wsmp: ordering time: 4.0988610 s
+ wsmp: symbolic fact. time: 0.7065651 s
+ wsmp: Cholesky fact. time: 11.3815351 s
+ wsmp: Factorisation 14477.1055138 Mflops
+ wsmp: back substitution time: 0.1212459 s
+ wsmp: from b to rhs vector: 0.0069921 s
+ ---------------------------------
+ wsmp: total solve time: 16.3663270 s
+ =================================
+ u : -0.10170E+01 0.17562E+00
+ v : -0.37736E-01 0.12298E+00
+ w : -0.73694E+00 0.22939E+00
+ =================================
+ Calculate pressures 36974.1430 24.3898 16.3814
+ raw pressures : -0.14695E+01 0.35666E+00
+ Smoothing pressures 36974.3677 24.6144 0.2246
+ do leaf measurements 36974.3688 24.6156 0.0012
+ compute convergence criterion 36974.4100 24.6567 0.0411
+ velocity_diff_norm = 0.0159152 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 36974.4149
+ -----------------------------------
+ build system 36974.4195 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 36982.3599 7.9449 7.9404
+ =================================
+ wsmp: initialisation time: 0.0558770 s
+ wsmp: ordering time: 4.1097741 s
+ wsmp: symbolic fact. time: 0.7075908 s
+ wsmp: Cholesky fact. time: 11.4636002 s
+ wsmp: Factorisation 14373.4674617 Mflops
+ wsmp: back substitution time: 0.1212239 s
+ wsmp: from b to rhs vector: 0.0070841 s
+ ---------------------------------
+ wsmp: total solve time: 16.4655769 s
+ =================================
+ u : -0.10167E+01 0.19347E+00
+ v : -0.40634E-01 0.12552E+00
+ w : -0.73225E+00 0.22835E+00
+ =================================
+ Calculate pressures 36998.8411 24.4262 16.4813
+ raw pressures : -0.15131E+01 0.36439E+00
+ Smoothing pressures 36999.0658 24.6509 0.2247
+ do leaf measurements 36999.0670 24.6521 0.0012
+ compute convergence criterion 36999.1082 24.6933 0.0412
+ velocity_diff_norm = 0.0107266 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 36999.1131
+ -----------------------------------
+ build system 36999.1177 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37007.1192 8.0061 8.0015
+ =================================
+ wsmp: initialisation time: 0.0510559 s
+ wsmp: ordering time: 4.0985820 s
+ wsmp: symbolic fact. time: 0.7068870 s
+ wsmp: Cholesky fact. time: 11.3817110 s
+ wsmp: Factorisation 14476.8817084 Mflops
+ wsmp: back substitution time: 0.1213291 s
+ wsmp: from b to rhs vector: 0.0071540 s
+ ---------------------------------
+ wsmp: total solve time: 16.3671319 s
+ =================================
+ u : -0.10165E+01 0.20912E+00
+ v : -0.43045E-01 0.12556E+00
+ w : -0.72774E+00 0.22774E+00
+ =================================
+ Calculate pressures 37023.5020 24.3889 16.3828
+ raw pressures : -0.15349E+01 0.36156E+00
+ Smoothing pressures 37023.7258 24.6126 0.2237
+ do leaf measurements 37023.7270 24.6139 0.0012
+ compute convergence criterion 37023.7685 24.6554 0.0415
+ velocity_diff_norm = 0.0080668 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37023.7717 24.6586 0.0032
+Compute isostasy and adjust vertical 37023.7719 24.6587 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -180378605501687.28 316680439831133.31
+ def in m -8.003453254699707 0.66227197647094727
+ dimensionless def -1.88111100878034328E-6 2.28670092991420192E-5
+ Isostatic velocity range = -0.0182701 0.2283388
+ Compute divergence 37023.9707 24.8576 0.1988
+ wsmp_cleanup 37024.0126 24.8995 0.0419
+ Reset surface geometry 37024.0182 24.9051 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 37024.0264 24.9133 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37024.0404 24.9273 0.0140
+ Advect surface 1 37024.0406 24.9275 0.0002
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37024.2334 25.1203 0.1929
+ removing 2 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37024.4543 25.3411 0.2208
+ removing 3 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37024.7367 25.6235 0.2824
+ Advect the cloud 37024.8965 25.7833 0.1598
+ Write output 37025.7468 26.6337 0.8504
+ End of time step 37026.6275 27.5144 0.8807
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 229 37026.6276
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37026.6277 0.0001 0.0001
+ surface 01 37026.6277 0.0001 0.0000
+ S. 1: 17003points
+ refine surface 37026.6278 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 37026.6542 0.0266 0.0264
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37026.6816 0.0539 0.0273
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37026.7069 0.0793 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 37026.7256 0.0980 0.0187
+ S. 2: 17008points
+ refine surface 37026.7258 0.0981 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37026.7507 0.1231 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 17008points
+ surface 03 37026.7695 0.1419 0.0188
+ S. 3: 16994points
+ refine surface 37026.7697 0.1421 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 37026.7972 0.1695 0.0275
+ S. 3: 5 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37026.8246 0.1970 0.0274
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37026.8498 0.2222 0.0252
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37026.8751
+ -----------------------------------------------------------------------
+ Create octree solve 37026.8754 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37026.8912 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 37026.9127 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37026.9135 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37026.9276 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37027.0498 0.1747 0.1221
+ Imbed surface in osolve 37027.2359 0.3608 0.1862
+ embedding surface 1 37027.2361 0.3610 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37029.1902 2.3151 1.9541
+ osolve%nleaves= 59424
+ embedding surface 3 37031.2769 4.4018 2.0867
+ osolve%nleaves= 64128
+ Assessing octree stability 37034.8269 7.9518 3.5500
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37034.8315 7.9564 0.0047
+ Interpolate velo onto osolve 37035.2849 8.4098 0.4533
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37035.4322 8.5571 0.1473
+ Find void 37035.7024 8.8273 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 37035.7306 8.8555 0.0282
+ wsmp setup1 37035.7379 8.8628 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37036.7437 9.8686 1.0058
+ -----------------------------------
+ start of non-linear iteratio 1 37036.7900
+ -----------------------------------
+ build system 37036.7901 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37044.7906 8.0006 8.0005
+ =================================
+ wsmp: initialisation time: 0.0585620 s
+ wsmp: ordering time: 4.0935280 s
+ wsmp: symbolic fact. time: 0.7082498 s
+ wsmp: Cholesky fact. time: 11.3823278 s
+ wsmp: Factorisation 14476.0972309 Mflops
+ wsmp: back substitution time: 0.1308160 s
+ wsmp: from b to rhs vector: 0.0070169 s
+ ---------------------------------
+ wsmp: total solve time: 16.3808789 s
+ =================================
+ u : -0.10141E+01 0.18372E+00
+ v : -0.95556E-01 0.11084E+00
+ w : -0.76136E+00 0.24873E+00
+ =================================
+ Calculate pressures 37061.1873 24.3973 16.3967
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 37061.4135 24.6235 0.2262
+ do leaf measurements 37061.4146 24.6247 0.0011
+ compute convergence criterion 37061.4572 24.6672 0.0426
+ velocity_diff_norm = 0.5886779 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37061.4626
+ -----------------------------------
+ build system 37061.4672 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77677E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37069.4421 7.9795 7.9749
+ =================================
+ wsmp: initialisation time: 0.0534182 s
+ wsmp: ordering time: 4.1019640 s
+ wsmp: symbolic fact. time: 0.7077980 s
+ wsmp: Cholesky fact. time: 11.4121010 s
+ wsmp: Factorisation 14438.3302809 Mflops
+ wsmp: back substitution time: 0.1215069 s
+ wsmp: from b to rhs vector: 0.0070360 s
+ ---------------------------------
+ wsmp: total solve time: 16.4042139 s
+ =================================
+ u : -0.10153E+01 0.13654E+00
+ v : -0.48730E-01 0.10229E+00
+ w : -0.76691E+00 0.22802E+00
+ =================================
+ Calculate pressures 37085.8621 24.3995 16.4200
+ raw pressures : -0.12355E+01 0.17955E+00
+ Smoothing pressures 37086.0885 24.6259 0.2264
+ do leaf measurements 37086.0896 24.6270 0.0011
+ compute convergence criterion 37086.1321 24.6696 0.0425
+ velocity_diff_norm = 0.0709357 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37086.1374
+ -----------------------------------
+ build system 37086.1420 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37094.0767 7.9394 7.9347
+ =================================
+ wsmp: initialisation time: 0.0524139 s
+ wsmp: ordering time: 4.1088769 s
+ wsmp: symbolic fact. time: 0.7187681 s
+ wsmp: Cholesky fact. time: 11.3783970 s
+ wsmp: Factorisation 14481.0981767 Mflops
+ wsmp: back substitution time: 0.1217339 s
+ wsmp: from b to rhs vector: 0.0070729 s
+ ---------------------------------
+ wsmp: total solve time: 16.3876688 s
+ =================================
+ u : -0.10171E+01 0.15477E+00
+ v : -0.37325E-01 0.11836E+00
+ w : -0.74626E+00 0.23201E+00
+ =================================
+ Calculate pressures 37110.4793 24.3419 16.4026
+ raw pressures : -0.13711E+01 0.31184E+00
+ Smoothing pressures 37110.7086 24.5713 0.2293
+ do leaf measurements 37110.7097 24.5724 0.0011
+ compute convergence criterion 37110.7521 24.6148 0.0424
+ velocity_diff_norm = 0.0361666 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37110.7574
+ -----------------------------------
+ build system 37110.7621 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37118.7579 8.0004 7.9958
+ =================================
+ wsmp: initialisation time: 0.0536649 s
+ wsmp: ordering time: 4.0980201 s
+ wsmp: symbolic fact. time: 0.7107420 s
+ wsmp: Cholesky fact. time: 11.3857832 s
+ wsmp: Factorisation 14471.7039703 Mflops
+ wsmp: back substitution time: 0.1213059 s
+ wsmp: from b to rhs vector: 0.0070760 s
+ ---------------------------------
+ wsmp: total solve time: 16.3769791 s
+ =================================
+ u : -0.10169E+01 0.17569E+00
+ v : -0.37831E-01 0.12302E+00
+ w : -0.73696E+00 0.22925E+00
+ =================================
+ Calculate pressures 37135.1504 24.3929 16.3925
+ raw pressures : -0.14699E+01 0.35683E+00
+ Smoothing pressures 37135.3774 24.6199 0.2270
+ do leaf measurements 37135.3785 24.6210 0.0011
+ compute convergence criterion 37135.4212 24.6638 0.0427
+ velocity_diff_norm = 0.0158535 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37135.4264
+ -----------------------------------
+ build system 37135.4310 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37143.3691 7.9426 7.9380
+ =================================
+ wsmp: initialisation time: 0.0518990 s
+ wsmp: ordering time: 4.1234319 s
+ wsmp: symbolic fact. time: 0.7041991 s
+ wsmp: Cholesky fact. time: 11.4696579 s
+ wsmp: Factorisation 14365.8760654 Mflops
+ wsmp: back substitution time: 0.1213892 s
+ wsmp: from b to rhs vector: 0.0070670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4780400 s
+ =================================
+ u : -0.10167E+01 0.19355E+00
+ v : -0.40702E-01 0.12553E+00
+ w : -0.73230E+00 0.22835E+00
+ =================================
+ Calculate pressures 37159.8630 24.4366 16.4939
+ raw pressures : -0.15134E+01 0.36451E+00
+ Smoothing pressures 37160.0899 24.6635 0.2269
+ do leaf measurements 37160.0911 24.6646 0.0011
+ compute convergence criterion 37160.1335 24.7070 0.0424
+ velocity_diff_norm = 0.0107451 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37160.1388
+ -----------------------------------
+ build system 37160.1434 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37168.1311 7.9924 7.9877
+ =================================
+ wsmp: initialisation time: 0.0538869 s
+ wsmp: ordering time: 4.0999820 s
+ wsmp: symbolic fact. time: 0.7075720 s
+ wsmp: Cholesky fact. time: 11.3745530 s
+ wsmp: Factorisation 14485.9920543 Mflops
+ wsmp: back substitution time: 0.1214440 s
+ wsmp: from b to rhs vector: 0.0071039 s
+ ---------------------------------
+ wsmp: total solve time: 16.3649280 s
+ =================================
+ u : -0.10164E+01 0.20919E+00
+ v : -0.43110E-01 0.12557E+00
+ w : -0.72779E+00 0.22772E+00
+ =================================
+ Calculate pressures 37184.5118 24.3731 16.3807
+ raw pressures : -0.15351E+01 0.36154E+00
+ Smoothing pressures 37184.7381 24.5993 0.2262
+ do leaf measurements 37184.7392 24.6005 0.0012
+ compute convergence criterion 37184.7818 24.6431 0.0426
+ velocity_diff_norm = 0.0080742 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37184.7849 24.6462 0.0031
+Compute isostasy and adjust vertical 37184.7851 24.6463 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -180806970702792.03 317784361516075.38
+ def in m -8.0056390762329102 0.66135740280151367
+ dimensionless def -1.88959257943289626E-6 2.28732545035226022E-5
+ Isostatic velocity range = -0.0183486 0.2284092
+ Compute divergence 37184.9810 24.8422 0.1959
+ wsmp_cleanup 37185.0254 24.8866 0.0444
+ Reset surface geometry 37185.0306 24.8918 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 37185.0384 24.8997 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37185.0521 24.9133 0.0137
+ Advect surface 1 37185.0523 24.9135 0.0002
+ removing 3 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37185.2774 25.1387 0.2252
+ removing 4 particle from surface
+ S. 2: 15 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37185.5177 25.3789 0.2403
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37185.7703 25.6316 0.2526
+ Advect the cloud 37185.9288 25.7900 0.1584
+ Write output 37186.7796 26.6409 0.8509
+ End of time step 37187.6563 27.5175 0.8766
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 230 37187.6564
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37187.6565 0.0001 0.0001
+ surface 01 37187.6565 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 37187.6565 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 37187.6842 0.0278 0.0277
+ S. 1: 5 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37187.7117 0.0553 0.0275
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37187.7374 0.0810 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 37187.7559 0.0995 0.0186
+ S. 2: 17004points
+ refine surface 37187.7561 0.0997 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37187.7812 0.1248 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 17004points
+ surface 03 37187.8000 0.1436 0.0188
+ S. 3: 16997points
+ refine surface 37187.8002 0.1438 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37187.8255 0.1691 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37187.8505
+ -----------------------------------------------------------------------
+ Create octree solve 37187.8508 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37187.8666 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 37187.8884 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37187.8892 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37187.9034 0.0529 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 37188.0256 0.1751 0.1222
+ Imbed surface in osolve 37188.2069 0.3564 0.1814
+ embedding surface 1 37188.2071 0.3566 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37190.1694 2.3188 1.9623
+ osolve%nleaves= 59424
+ embedding surface 3 37192.2720 4.4215 2.1026
+ osolve%nleaves= 64128
+ Assessing octree stability 37195.8303 7.9798 3.5583
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37195.8352 7.9847 0.0049
+ Interpolate velo onto osolve 37196.3043 8.4538 0.4691
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37196.3952 8.5447 0.0909
+ Find void 37196.6619 8.8113 0.2667
+ whole leaf in fluid 32992
+ Define boundary conditions 37196.6896 8.8391 0.0277
+ wsmp setup1 37196.6958 8.8453 0.0062
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37197.7004 9.8499 1.0046
+ -----------------------------------
+ start of non-linear iteratio 1 37197.7466
+ -----------------------------------
+ build system 37197.7468 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37205.7578 8.0112 8.0110
+ =================================
+ wsmp: initialisation time: 0.0531371 s
+ wsmp: ordering time: 4.1128550 s
+ wsmp: symbolic fact. time: 0.7069700 s
+ wsmp: Cholesky fact. time: 11.3839610 s
+ wsmp: Factorisation 14474.0204592 Mflops
+ wsmp: back substitution time: 0.1209350 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.3854010 s
+ =================================
+ u : -0.10142E+01 0.18436E+00
+ v : -0.95395E-01 0.11191E+00
+ w : -0.76157E+00 0.24792E+00
+ =================================
+ Calculate pressures 37222.1589 24.4123 16.4011
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 37222.3829 24.6363 0.2240
+ do leaf measurements 37222.3841 24.6374 0.0011
+ compute convergence criterion 37222.4253 24.6786 0.0412
+ velocity_diff_norm = 0.5899786 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37222.4300
+ -----------------------------------
+ build system 37222.4345 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78301E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37230.4135 7.9835 7.9790
+ =================================
+ wsmp: initialisation time: 0.0530670 s
+ wsmp: ordering time: 4.1117129 s
+ wsmp: symbolic fact. time: 0.7066419 s
+ wsmp: Cholesky fact. time: 11.4002728 s
+ wsmp: Factorisation 14453.3105565 Mflops
+ wsmp: back substitution time: 0.1208081 s
+ wsmp: from b to rhs vector: 0.0070820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3999929 s
+ =================================
+ u : -0.10153E+01 0.13704E+00
+ v : -0.48625E-01 0.10179E+00
+ w : -0.76700E+00 0.22752E+00
+ =================================
+ Calculate pressures 37246.8290 24.3989 16.4155
+ raw pressures : -0.12357E+01 0.17885E+00
+ Smoothing pressures 37247.0533 24.6233 0.2244
+ do leaf measurements 37247.0545 24.6244 0.0011
+ compute convergence criterion 37247.0955 24.6655 0.0410
+ velocity_diff_norm = 0.0717753 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37247.1002
+ -----------------------------------
+ build system 37247.1045 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37255.0415 7.9413 7.9370
+ =================================
+ wsmp: initialisation time: 0.0529840 s
+ wsmp: ordering time: 4.1406651 s
+ wsmp: symbolic fact. time: 0.7170429 s
+ wsmp: Cholesky fact. time: 11.3856990 s
+ wsmp: Factorisation 14471.8109434 Mflops
+ wsmp: back substitution time: 0.1220942 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4260440 s
+ =================================
+ u : -0.10172E+01 0.15509E+00
+ v : -0.37294E-01 0.11811E+00
+ w : -0.74638E+00 0.23177E+00
+ =================================
+ Calculate pressures 37271.4834 24.3833 16.4419
+ raw pressures : -0.13716E+01 0.31221E+00
+ Smoothing pressures 37271.7094 24.6092 0.2260
+ do leaf measurements 37271.7105 24.6104 0.0011
+ compute convergence criterion 37271.7516 24.6514 0.0410
+ velocity_diff_norm = 0.0362479 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37271.7563
+ -----------------------------------
+ build system 37271.7606 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37279.7483 7.9920 7.9876
+ =================================
+ wsmp: initialisation time: 0.0529270 s
+ wsmp: ordering time: 4.1159291 s
+ wsmp: symbolic fact. time: 0.7074642 s
+ wsmp: Cholesky fact. time: 11.3869460 s
+ wsmp: Factorisation 14470.2262057 Mflops
+ wsmp: back substitution time: 0.1212041 s
+ wsmp: from b to rhs vector: 0.0072100 s
+ ---------------------------------
+ wsmp: total solve time: 16.3920982 s
+ =================================
+ u : -0.10170E+01 0.17595E+00
+ v : -0.37744E-01 0.12286E+00
+ w : -0.73707E+00 0.22916E+00
+ =================================
+ Calculate pressures 37296.1555 24.3992 16.4072
+ raw pressures : -0.14705E+01 0.35744E+00
+ Smoothing pressures 37296.3804 24.6241 0.2249
+ do leaf measurements 37296.3815 24.6252 0.0011
+ compute convergence criterion 37296.4228 24.6664 0.0412
+ velocity_diff_norm = 0.0158531 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37296.4275
+ -----------------------------------
+ build system 37296.4320 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37304.3668 7.9393 7.9348
+ =================================
+ wsmp: initialisation time: 0.0527442 s
+ wsmp: ordering time: 4.1243138 s
+ wsmp: symbolic fact. time: 0.7116990 s
+ wsmp: Cholesky fact. time: 11.4653950 s
+ wsmp: Factorisation 14371.2174114 Mflops
+ wsmp: back substitution time: 0.1210742 s
+ wsmp: from b to rhs vector: 0.0073562 s
+ ---------------------------------
+ wsmp: total solve time: 16.4829922 s
+ =================================
+ u : -0.10168E+01 0.19378E+00
+ v : -0.40641E-01 0.12542E+00
+ w : -0.73241E+00 0.22818E+00
+ =================================
+ Calculate pressures 37320.8653 24.4378 16.4985
+ raw pressures : -0.15141E+01 0.36506E+00
+ Smoothing pressures 37321.0910 24.6634 0.2257
+ do leaf measurements 37321.0921 24.6646 0.0011
+ compute convergence criterion 37321.1331 24.7055 0.0410
+ velocity_diff_norm = 0.0107516 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37321.1377
+ -----------------------------------
+ build system 37321.1421 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37329.1214 7.9837 7.9794
+ =================================
+ wsmp: initialisation time: 0.0525360 s
+ wsmp: ordering time: 4.1032231 s
+ wsmp: symbolic fact. time: 0.7114460 s
+ wsmp: Cholesky fact. time: 11.3797519 s
+ wsmp: Factorisation 14479.3739814 Mflops
+ wsmp: back substitution time: 0.1211190 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.3757741 s
+ =================================
+ u : -0.10165E+01 0.20941E+00
+ v : -0.43053E-01 0.12557E+00
+ w : -0.72788E+00 0.22779E+00
+ =================================
+ Calculate pressures 37345.5132 24.3755 16.3918
+ raw pressures : -0.15359E+01 0.36215E+00
+ Smoothing pressures 37345.7371 24.5993 0.2239
+ do leaf measurements 37345.7382 24.6005 0.0011
+ compute convergence criterion 37345.7792 24.6414 0.0409
+ velocity_diff_norm = 0.0080726 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37345.7821 24.6443 0.0029
+Compute isostasy and adjust vertical 37345.7822 24.6445 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -181225240756152.16 318889409244226.13
+ def in m -8.0068798065185547 0.65989530086517334
+ dimensionless def -1.88541514532906655E-6 2.28767994471958707E-5
+ Isostatic velocity range = -0.0183004 0.2284502
+ Compute divergence 37345.9853 24.8476 0.2031
+ wsmp_cleanup 37346.0211 24.8833 0.0357
+ Reset surface geometry 37346.0262 24.8885 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 37346.0344 24.8966 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37346.0514 24.9137 0.0170
+ Advect surface 1 37346.0516 24.9138 0.0001
+ removing 3 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37346.2718 25.1340 0.2202
+ removing 2 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37346.4881 25.3504 0.2163
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37346.7599 25.6221 0.2717
+ Advect the cloud 37346.9192 25.7814 0.1593
+ Write output 37347.7754 26.6376 0.8562
+ End of time step 37348.6515 27.5138 0.8761
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 231 37348.6516
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37348.6517 0.0001 0.0001
+ surface 01 37348.6517 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 37348.6518 0.0002 0.0001
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 37348.6784 0.0268 0.0266
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37348.7014 0.0498 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37348.7270 0.0753 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 37348.7458 0.0941 0.0188
+ S. 2: 17002points
+ refine surface 37348.7459 0.0943 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 37348.7721 0.1205 0.0262
+ S. 2: 3 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 37348.8002 0.1486 0.0281
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37348.8247 0.1731 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 17004points
+ surface 03 37348.8442 0.1926 0.0195
+ S. 3: 16995points
+ refine surface 37348.8444 0.1927 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 37348.8711 0.2195 0.0267
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37348.8948 0.2432 0.0237
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37348.9194 0.2677 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37348.9454
+ -----------------------------------------------------------------------
+ Create octree solve 37348.9457 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37348.9615 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 37348.9835 0.0381 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37348.9842 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37348.9984 0.0530 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37349.1205 0.1751 0.1221
+ Imbed surface in osolve 37349.3027 0.3573 0.1822
+ embedding surface 1 37349.3029 0.3575 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37351.2485 2.3031 1.9456
+ osolve%nleaves= 59424
+ embedding surface 3 37353.3449 4.3995 2.0965
+ osolve%nleaves= 64128
+ Assessing octree stability 37356.8935 7.9481 3.5486
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37356.8982 7.9528 0.0047
+ Interpolate velo onto osolve 37357.3692 8.4238 0.4710
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37357.4997 8.5543 0.1306
+ Find void 37357.7700 8.8246 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 37357.7981 8.8527 0.0282
+ wsmp setup1 37357.8056 8.8602 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37358.8110 9.8656 1.0054
+ -----------------------------------
+ start of non-linear iteratio 1 37358.8573
+ -----------------------------------
+ build system 37358.8575 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37366.8591 8.0019 8.0017
+ =================================
+ wsmp: initialisation time: 0.0545940 s
+ wsmp: ordering time: 4.1155210 s
+ wsmp: symbolic fact. time: 0.7088101 s
+ wsmp: Cholesky fact. time: 11.3870180 s
+ wsmp: Factorisation 14470.1347075 Mflops
+ wsmp: back substitution time: 0.1210351 s
+ wsmp: from b to rhs vector: 0.0070481 s
+ ---------------------------------
+ wsmp: total solve time: 16.3944020 s
+ =================================
+ u : -0.10228E+01 0.18406E+00
+ v : -0.95546E-01 0.11117E+00
+ w : -0.76168E+00 0.24832E+00
+ =================================
+ Calculate pressures 37383.2693 24.4120 16.4102
+ raw pressures : -0.35102E+00 0.00000E+00
+ Smoothing pressures 37383.4955 24.6382 0.2262
+ do leaf measurements 37383.4966 24.6394 0.0011
+ compute convergence criterion 37383.5390 24.6818 0.0424
+ velocity_diff_norm = 0.5882429 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37383.5441
+ -----------------------------------
+ build system 37383.5486 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78048E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37391.5431 7.9990 7.9945
+ =================================
+ wsmp: initialisation time: 0.0527620 s
+ wsmp: ordering time: 4.0923722 s
+ wsmp: symbolic fact. time: 0.7100739 s
+ wsmp: Cholesky fact. time: 11.4002888 s
+ wsmp: Factorisation 14453.2903045 Mflops
+ wsmp: back substitution time: 0.1210489 s
+ wsmp: from b to rhs vector: 0.0071161 s
+ ---------------------------------
+ wsmp: total solve time: 16.3840408 s
+ =================================
+ u : -0.10151E+01 0.13688E+00
+ v : -0.48685E-01 0.10205E+00
+ w : -0.76713E+00 0.22789E+00
+ =================================
+ Calculate pressures 37407.9423 24.3982 16.3992
+ raw pressures : -0.12356E+01 0.17978E+00
+ Smoothing pressures 37408.1683 24.6242 0.2260
+ do leaf measurements 37408.1694 24.6253 0.0011
+ compute convergence criterion 37408.2117 24.6677 0.0423
+ velocity_diff_norm = 0.0708109 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37408.2167
+ -----------------------------------
+ build system 37408.2212 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37416.1567 7.9399 7.9355
+ =================================
+ wsmp: initialisation time: 0.0540769 s
+ wsmp: ordering time: 4.1339781 s
+ wsmp: symbolic fact. time: 0.7176569 s
+ wsmp: Cholesky fact. time: 11.4044070 s
+ wsmp: Factorisation 14448.0711292 Mflops
+ wsmp: back substitution time: 0.1217072 s
+ wsmp: from b to rhs vector: 0.0070240 s
+ ---------------------------------
+ wsmp: total solve time: 16.4392540 s
+ =================================
+ u : -0.10171E+01 0.15499E+00
+ v : -0.37217E-01 0.11833E+00
+ w : -0.74652E+00 0.23205E+00
+ =================================
+ Calculate pressures 37432.6113 24.3946 16.4546
+ raw pressures : -0.13716E+01 0.31258E+00
+ Smoothing pressures 37432.8401 24.6233 0.2288
+ do leaf measurements 37432.8412 24.6245 0.0011
+ compute convergence criterion 37432.8836 24.6669 0.0424
+ velocity_diff_norm = 0.0362246 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37432.8886
+ -----------------------------------
+ build system 37432.8931 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37440.8667 7.9781 7.9736
+ =================================
+ wsmp: initialisation time: 0.0527790 s
+ wsmp: ordering time: 4.1195250 s
+ wsmp: symbolic fact. time: 0.7081580 s
+ wsmp: Cholesky fact. time: 11.3755429 s
+ wsmp: Factorisation 14484.7314652 Mflops
+ wsmp: back substitution time: 0.1209612 s
+ wsmp: from b to rhs vector: 0.0070531 s
+ ---------------------------------
+ wsmp: total solve time: 16.3843961 s
+ =================================
+ u : -0.10170E+01 0.17585E+00
+ v : -0.37865E-01 0.12299E+00
+ w : -0.73720E+00 0.22922E+00
+ =================================
+ Calculate pressures 37457.2666 24.3779 16.3999
+ raw pressures : -0.14705E+01 0.35747E+00
+ Smoothing pressures 37457.4932 24.6045 0.2266
+ do leaf measurements 37457.4943 24.6057 0.0011
+ compute convergence criterion 37457.5367 24.6481 0.0424
+ velocity_diff_norm = 0.0158299 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37457.5418
+ -----------------------------------
+ build system 37457.5463 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37465.4843 7.9425 7.9380
+ =================================
+ wsmp: initialisation time: 0.0514078 s
+ wsmp: ordering time: 4.1055961 s
+ wsmp: symbolic fact. time: 0.7081430 s
+ wsmp: Cholesky fact. time: 11.4573901 s
+ wsmp: Factorisation 14381.2581110 Mflops
+ wsmp: back substitution time: 0.1212988 s
+ wsmp: from b to rhs vector: 0.0070930 s
+ ---------------------------------
+ wsmp: total solve time: 16.4513240 s
+ =================================
+ u : -0.10167E+01 0.19368E+00
+ v : -0.40739E-01 0.12553E+00
+ w : -0.73252E+00 0.22828E+00
+ =================================
+ Calculate pressures 37481.9513 24.4095 16.4670
+ raw pressures : -0.15141E+01 0.36513E+00
+ Smoothing pressures 37482.1785 24.6367 0.2273
+ do leaf measurements 37482.1796 24.6378 0.0011
+ compute convergence criterion 37482.2217 24.6799 0.0421
+ velocity_diff_norm = 0.0107395 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37482.2267
+ -----------------------------------
+ build system 37482.2312 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37490.1980 7.9712 7.9668
+ =================================
+ wsmp: initialisation time: 0.0505772 s
+ wsmp: ordering time: 4.1173618 s
+ wsmp: symbolic fact. time: 0.7101049 s
+ wsmp: Cholesky fact. time: 11.3770499 s
+ wsmp: Factorisation 14482.8127670 Mflops
+ wsmp: back substitution time: 0.1218681 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3844781 s
+ =================================
+ u : -0.10165E+01 0.20934E+00
+ v : -0.43133E-01 0.12557E+00
+ w : -0.72799E+00 0.22773E+00
+ =================================
+ Calculate pressures 37506.5984 24.3717 16.4004
+ raw pressures : -0.15359E+01 0.36220E+00
+ Smoothing pressures 37506.8265 24.5998 0.2282
+ do leaf measurements 37506.8277 24.6010 0.0011
+ compute convergence criterion 37506.8697 24.6430 0.0420
+ velocity_diff_norm = 0.0080637 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37506.8725 24.6458 0.0028
+Compute isostasy and adjust vertical 37506.8727 24.6460 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -181641641586931. 319993924070245.13
+ def in m -8.0067377090454102 0.65819031000137329
+ dimensionless def -1.87844582966395779E-6 2.28763934544154572E-5
+ Isostatic velocity range = -0.0182237 0.2284476
+ Compute divergence 37507.0714 24.8447 0.1987
+ wsmp_cleanup 37507.1123 24.8856 0.0409
+ Reset surface geometry 37507.1180 24.8912 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 37507.1265 24.8998 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37507.1406 24.9139 0.0141
+ Advect surface 1 37507.1408 24.9141 0.0002
+ removing 1 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37507.3391 25.1123 0.1983
+ removing 3 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37507.5660 25.3392 0.2269
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37507.8300 25.6033 0.2640
+ Advect the cloud 37507.9888 25.7620 0.1588
+ Write output 37508.8412 26.6145 0.8524
+ End of time step 37509.7165 27.4897 0.8753
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 232 37509.7166
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37509.7167 0.0001 0.0001
+ surface 01 37509.7167 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 37509.7168 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 37509.7440 0.0273 0.0272
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37509.7665 0.0499 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37509.7915 0.0749 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 17003points
+ surface 02 37509.8101 0.0935 0.0186
+ S. 2: 17001points
+ refine surface 37509.8103 0.0936 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 37509.8365 0.1199 0.0263
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 37509.8597 0.1430 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37509.8845 0.1678 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 17003points
+ surface 03 37509.9028 0.1862 0.0183
+ S. 3: 16997points
+ refine surface 37509.9029 0.1863 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 37509.9300 0.2134 0.0271
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37509.9526 0.2360 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37509.9773 0.2607 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 17000points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37510.0024
+ -----------------------------------------------------------------------
+ Create octree solve 37510.0027 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37510.0185 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 37510.0403 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37510.0411 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37510.0552 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37510.1774 0.1750 0.1222
+ Imbed surface in osolve 37510.3605 0.3581 0.1831
+ embedding surface 1 37510.3606 0.3582 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 37512.3239 2.3215 1.9632
+ osolve%nleaves= 59424
+ embedding surface 3 37514.4127 4.4103 2.0888
+ osolve%nleaves= 64128
+ Assessing octree stability 37517.9748 7.9724 3.5621
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37517.9795 7.9771 0.0047
+ Interpolate velo onto osolve 37518.4520 8.4496 0.4725
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37518.5279 8.5255 0.0759
+ Find void 37518.8001 8.7977 0.2723
+ whole leaf in fluid 32992
+ Define boundary conditions 37518.8284 8.8260 0.0282
+ wsmp setup1 37518.8357 8.8333 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37519.8391 9.8367 1.0034
+ -----------------------------------
+ start of non-linear iteratio 1 37519.8849
+ -----------------------------------
+ build system 37519.8851 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37527.8669 7.9821 7.9819
+ =================================
+ wsmp: initialisation time: 0.0551341 s
+ wsmp: ordering time: 4.1018522 s
+ wsmp: symbolic fact. time: 0.7129159 s
+ wsmp: Cholesky fact. time: 11.3778322 s
+ wsmp: Factorisation 14481.8170413 Mflops
+ wsmp: back substitution time: 0.1212060 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.3766050 s
+ =================================
+ u : -0.10455E+01 0.18418E+00
+ v : -0.95316E-01 0.11151E+00
+ w : -0.76177E+00 0.24808E+00
+ =================================
+ Calculate pressures 37544.2592 24.3743 16.3923
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 37544.4842 24.5993 0.2250
+ do leaf measurements 37544.4853 24.6004 0.0011
+ compute convergence criterion 37544.5273 24.6424 0.0419
+ velocity_diff_norm = 0.5900125 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37544.5322
+ -----------------------------------
+ build system 37544.5366 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78388E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37552.5424 8.0101 8.0058
+ =================================
+ wsmp: initialisation time: 0.0524058 s
+ wsmp: ordering time: 4.1217592 s
+ wsmp: symbolic fact. time: 0.7129440 s
+ wsmp: Cholesky fact. time: 11.3967061 s
+ wsmp: Factorisation 14457.8339011 Mflops
+ wsmp: back substitution time: 0.1210091 s
+ wsmp: from b to rhs vector: 0.0071070 s
+ ---------------------------------
+ wsmp: total solve time: 16.4123490 s
+ =================================
+ u : -0.10153E+01 0.13699E+00
+ v : -0.48726E-01 0.10192E+00
+ w : -0.76716E+00 0.22765E+00
+ =================================
+ Calculate pressures 37568.9703 24.4381 16.4280
+ raw pressures : -0.12356E+01 0.17829E+00
+ Smoothing pressures 37569.1955 24.6632 0.2251
+ do leaf measurements 37569.1965 24.6643 0.0011
+ compute convergence criterion 37569.2385 24.7063 0.0420
+ velocity_diff_norm = 0.0718077 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37569.2435
+ -----------------------------------
+ build system 37569.2478 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37577.1909 7.9474 7.9431
+ =================================
+ wsmp: initialisation time: 0.0525539 s
+ wsmp: ordering time: 4.1332600 s
+ wsmp: symbolic fact. time: 0.7167289 s
+ wsmp: Cholesky fact. time: 11.4108961 s
+ wsmp: Factorisation 14439.8549393 Mflops
+ wsmp: back substitution time: 0.1215479 s
+ wsmp: from b to rhs vector: 0.0070879 s
+ ---------------------------------
+ wsmp: total solve time: 16.4424958 s
+ =================================
+ u : -0.10172E+01 0.15513E+00
+ v : -0.37259E-01 0.11830E+00
+ w : -0.74635E+00 0.23212E+00
+ =================================
+ Calculate pressures 37593.6495 24.4060 16.4586
+ raw pressures : -0.13719E+01 0.31236E+00
+ Smoothing pressures 37593.8774 24.6339 0.2279
+ do leaf measurements 37593.8785 24.6350 0.0011
+ compute convergence criterion 37593.9208 24.6773 0.0423
+ velocity_diff_norm = 0.0362520 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37593.9257
+ -----------------------------------
+ build system 37593.9301 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37601.9114 7.9857 7.9813
+ =================================
+ wsmp: initialisation time: 0.0552239 s
+ wsmp: ordering time: 4.1083360 s
+ wsmp: symbolic fact. time: 0.7110360 s
+ wsmp: Cholesky fact. time: 11.3779359 s
+ wsmp: Factorisation 14481.6850368 Mflops
+ wsmp: back substitution time: 0.1210980 s
+ wsmp: from b to rhs vector: 0.0071239 s
+ ---------------------------------
+ wsmp: total solve time: 16.3811512 s
+ =================================
+ u : -0.10170E+01 0.17600E+00
+ v : -0.37862E-01 0.12289E+00
+ w : -0.73706E+00 0.22924E+00
+ =================================
+ Calculate pressures 37618.3082 24.3824 16.3967
+ raw pressures : -0.14709E+01 0.35747E+00
+ Smoothing pressures 37618.5344 24.6087 0.2262
+ do leaf measurements 37618.5355 24.6098 0.0011
+ compute convergence criterion 37618.5773 24.6516 0.0418
+ velocity_diff_norm = 0.0158329 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37618.5823
+ -----------------------------------
+ build system 37618.5868 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37626.5267 7.9444 7.9399
+ =================================
+ wsmp: initialisation time: 0.0505850 s
+ wsmp: ordering time: 4.1099069 s
+ wsmp: symbolic fact. time: 0.7084460 s
+ wsmp: Cholesky fact. time: 11.4470510 s
+ wsmp: Factorisation 14394.2473201 Mflops
+ wsmp: back substitution time: 0.1212389 s
+ wsmp: from b to rhs vector: 0.0071130 s
+ ---------------------------------
+ wsmp: total solve time: 16.4447398 s
+ =================================
+ u : -0.10168E+01 0.19384E+00
+ v : -0.40741E-01 0.12544E+00
+ w : -0.73237E+00 0.22829E+00
+ =================================
+ Calculate pressures 37642.9867 24.4044 16.4600
+ raw pressures : -0.15143E+01 0.36509E+00
+ Smoothing pressures 37643.2138 24.6315 0.2271
+ do leaf measurements 37643.2149 24.6325 0.0011
+ compute convergence criterion 37643.2566 24.6743 0.0418
+ velocity_diff_norm = 0.0107521 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37643.2616
+ -----------------------------------
+ build system 37643.2660 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37651.2215 7.9599 7.9555
+ =================================
+ wsmp: initialisation time: 0.0514801 s
+ wsmp: ordering time: 4.1134229 s
+ wsmp: symbolic fact. time: 0.7117720 s
+ wsmp: Cholesky fact. time: 11.3698969 s
+ wsmp: Factorisation 14491.9242001 Mflops
+ wsmp: back substitution time: 0.1218500 s
+ wsmp: from b to rhs vector: 0.0072129 s
+ ---------------------------------
+ wsmp: total solve time: 16.3760400 s
+ =================================
+ u : -0.10165E+01 0.20946E+00
+ v : -0.43138E-01 0.12551E+00
+ w : -0.72784E+00 0.22779E+00
+ =================================
+ Calculate pressures 37667.6130 24.3514 16.3915
+ raw pressures : -0.15360E+01 0.36224E+00
+ Smoothing pressures 37667.8414 24.5798 0.2284
+ do leaf measurements 37667.8425 24.5809 0.0011
+ compute convergence criterion 37667.8844 24.6228 0.0419
+ velocity_diff_norm = 0.0080657 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37667.8872 24.6256 0.0028
+Compute isostasy and adjust vertical 37667.8874 24.6258 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -182053749061217.69 321094279119728.25
+ def in m -8.0059852600097656 0.65746355056762695
+ dimensionless def -1.87645792961120618E-6 2.28742436000279005E-5
+ Isostatic velocity range = -0.0181969 0.2284300
+ Compute divergence 37668.0833 24.8217 0.1959
+ wsmp_cleanup 37668.1294 24.8678 0.0461
+ Reset surface geometry 37668.1350 24.8734 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 37668.1431 24.8815 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37668.1564 24.8949 0.0134
+ Advect surface 1 37668.1566 24.8950 0.0001
+ removing 5 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37668.3945 25.1329 0.2379
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37668.6004 25.3389 0.2060
+ removing 2 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37668.8685 25.6070 0.2681
+ Advect the cloud 37669.0266 25.7650 0.1580
+ Write output 37669.8840 26.6224 0.8575
+ End of time step 37670.7657 27.5041 0.8816
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 233 37670.7658
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37670.7659 0.0001 0.0001
+ surface 01 37670.7659 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 37670.7660 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 37670.7929 0.0271 0.0269
+ S. 1: 4 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37670.8204 0.0546 0.0275
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37670.8448 0.0790 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 37670.8644 0.0986 0.0196
+ S. 2: 17002points
+ refine surface 37670.8646 0.0987 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 37670.8918 0.1260 0.0273
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 37670.9191 0.1533 0.0273
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37670.9444 0.1785 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 17004points
+ surface 03 37670.9631 0.1973 0.0188
+ S. 3: 16998points
+ refine surface 37670.9633 0.1975 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 37670.9894 0.2236 0.0261
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37671.0177 0.2519 0.0283
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37671.0419 0.2761 0.0242
+ S. 3: 0 flips in delaunay2
+ S. 3: 17000points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37671.0680
+ -----------------------------------------------------------------------
+ Create octree solve 37671.0683 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37671.0841 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 37671.1058 0.0378 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37671.1066 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37671.1208 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37671.2429 0.1749 0.1221
+ Imbed surface in osolve 37671.4251 0.3571 0.1821
+ embedding surface 1 37671.4252 0.3572 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37673.3858 2.3178 1.9606
+ osolve%nleaves= 59424
+ embedding surface 3 37675.4927 4.4247 2.1069
+ osolve%nleaves= 64128
+ Assessing octree stability 37679.0218 7.9538 3.5291
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37679.0265 7.9585 0.0046
+ Interpolate velo onto osolve 37679.4805 8.4125 0.4540
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37679.5812 8.5131 0.1007
+ Find void 37679.8543 8.7863 0.2732
+ whole leaf in fluid 32992
+ Define boundary conditions 37679.8832 8.8152 0.0288
+ wsmp setup1 37679.8902 8.8222 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37680.8905 9.8225 1.0003
+ -----------------------------------
+ start of non-linear iteratio 1 37680.9370
+ -----------------------------------
+ build system 37680.9372 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37688.9152 7.9783 7.9780
+ =================================
+ wsmp: initialisation time: 0.0554690 s
+ wsmp: ordering time: 4.1141560 s
+ wsmp: symbolic fact. time: 0.7102590 s
+ wsmp: Cholesky fact. time: 11.3810868 s
+ wsmp: Factorisation 14477.6756728 Mflops
+ wsmp: back substitution time: 0.1211650 s
+ wsmp: from b to rhs vector: 0.0069082 s
+ ---------------------------------
+ wsmp: total solve time: 16.3894100 s
+ =================================
+ u : -0.10140E+01 0.18407E+00
+ v : -0.95414E-01 0.11111E+00
+ w : -0.76131E+00 0.24769E+00
+ =================================
+ Calculate pressures 37705.3211 24.3841 16.4059
+ raw pressures : -0.35104E+00 0.00000E+00
+ Smoothing pressures 37705.5446 24.6077 0.2235
+ do leaf measurements 37705.5458 24.6088 0.0011
+ compute convergence criterion 37705.5869 24.6500 0.0412
+ velocity_diff_norm = 0.5886239 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37705.5922
+ -----------------------------------
+ build system 37705.5969 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78297E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37713.6119 8.0197 8.0150
+ =================================
+ wsmp: initialisation time: 0.0544121 s
+ wsmp: ordering time: 4.1181140 s
+ wsmp: symbolic fact. time: 0.7090502 s
+ wsmp: Cholesky fact. time: 11.3892760 s
+ wsmp: Factorisation 14467.2658275 Mflops
+ wsmp: back substitution time: 0.1212740 s
+ wsmp: from b to rhs vector: 0.0071471 s
+ ---------------------------------
+ wsmp: total solve time: 16.3996320 s
+ =================================
+ u : -0.10151E+01 0.13690E+00
+ v : -0.48871E-01 0.10203E+00
+ w : -0.76695E+00 0.22721E+00
+ =================================
+ Calculate pressures 37730.0270 24.4347 16.4150
+ raw pressures : -0.12358E+01 0.17936E+00
+ Smoothing pressures 37730.2525 24.6602 0.2255
+ do leaf measurements 37730.2535 24.6613 0.0011
+ compute convergence criterion 37730.2944 24.7021 0.0408
+ velocity_diff_norm = 0.0708726 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37730.2995
+ -----------------------------------
+ build system 37730.3041 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37738.2408 7.9413 7.9367
+ =================================
+ wsmp: initialisation time: 0.0549538 s
+ wsmp: ordering time: 4.1411030 s
+ wsmp: symbolic fact. time: 0.7170630 s
+ wsmp: Cholesky fact. time: 11.4219081 s
+ wsmp: Factorisation 14425.9332025 Mflops
+ wsmp: back substitution time: 0.1226821 s
+ wsmp: from b to rhs vector: 0.0068820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4649498 s
+ =================================
+ u : -0.10170E+01 0.15511E+00
+ v : -0.37381E-01 0.11845E+00
+ w : -0.74633E+00 0.23145E+00
+ =================================
+ Calculate pressures 37754.7219 24.4225 16.4812
+ raw pressures : -0.13714E+01 0.31222E+00
+ Smoothing pressures 37754.9487 24.6492 0.2267
+ do leaf measurements 37754.9498 24.6503 0.0011
+ compute convergence criterion 37754.9907 24.6912 0.0409
+ velocity_diff_norm = 0.0362092 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37754.9959
+ -----------------------------------
+ build system 37755.0004 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37762.9901 7.9943 7.9897
+ =================================
+ wsmp: initialisation time: 0.0519199 s
+ wsmp: ordering time: 4.1174471 s
+ wsmp: symbolic fact. time: 0.7101228 s
+ wsmp: Cholesky fact. time: 11.3712571 s
+ wsmp: Factorisation 14490.1907422 Mflops
+ wsmp: back substitution time: 0.1211879 s
+ wsmp: from b to rhs vector: 0.0068409 s
+ ---------------------------------
+ wsmp: total solve time: 16.3791502 s
+ =================================
+ u : -0.10170E+01 0.17599E+00
+ v : -0.37873E-01 0.12302E+00
+ w : -0.73702E+00 0.22906E+00
+ =================================
+ Calculate pressures 37779.3849 24.3890 16.3948
+ raw pressures : -0.14703E+01 0.35749E+00
+ Smoothing pressures 37779.6094 24.6135 0.2244
+ do leaf measurements 37779.6105 24.6146 0.0011
+ compute convergence criterion 37779.6515 24.6556 0.0410
+ velocity_diff_norm = 0.0158070 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37779.6567
+ -----------------------------------
+ build system 37779.6614 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37787.6117 7.9549 7.9503
+ =================================
+ wsmp: initialisation time: 0.0517921 s
+ wsmp: ordering time: 4.1085250 s
+ wsmp: symbolic fact. time: 0.7100470 s
+ wsmp: Cholesky fact. time: 11.4380159 s
+ wsmp: Factorisation 14405.6176151 Mflops
+ wsmp: back substitution time: 0.1213400 s
+ wsmp: from b to rhs vector: 0.0069709 s
+ ---------------------------------
+ wsmp: total solve time: 16.4370670 s
+ =================================
+ u : -0.10168E+01 0.19379E+00
+ v : -0.40704E-01 0.12554E+00
+ w : -0.73237E+00 0.22816E+00
+ =================================
+ Calculate pressures 37804.0647 24.4079 16.4530
+ raw pressures : -0.15141E+01 0.36529E+00
+ Smoothing pressures 37804.2895 24.6327 0.2248
+ do leaf measurements 37804.2906 24.6339 0.0011
+ compute convergence criterion 37804.3315 24.6747 0.0409
+ velocity_diff_norm = 0.0107283 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37804.3367
+ -----------------------------------
+ build system 37804.3412 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37812.2854 7.9488 7.9442
+ =================================
+ wsmp: initialisation time: 0.0542550 s
+ wsmp: ordering time: 4.1115179 s
+ wsmp: symbolic fact. time: 0.7170751 s
+ wsmp: Cholesky fact. time: 11.3729999 s
+ wsmp: Factorisation 14487.9702127 Mflops
+ wsmp: back substitution time: 0.1218889 s
+ wsmp: from b to rhs vector: 0.0069821 s
+ ---------------------------------
+ wsmp: total solve time: 16.3850758 s
+ =================================
+ u : -0.10165E+01 0.20940E+00
+ v : -0.43088E-01 0.12558E+00
+ w : -0.72786E+00 0.22766E+00
+ =================================
+ Calculate pressures 37828.6866 24.3499 16.4012
+ raw pressures : -0.15356E+01 0.36223E+00
+ Smoothing pressures 37828.9130 24.5763 0.2263
+ do leaf measurements 37828.9140 24.5774 0.0011
+ compute convergence criterion 37828.9549 24.6182 0.0408
+ velocity_diff_norm = 0.0080740 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37828.9580 24.6213 0.0031
+Compute isostasy and adjust vertical 37828.9582 24.6215 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -182464062272335.91 322190782525583.88
+ def in m -7.9748501777648926 0.67611449956893921
+ dimensionless def -1.87277589525495247E-6 2.27852862221854074E-5
+ Isostatic velocity range = -0.0181513 0.2275017
+ Compute divergence 37829.1579 24.8213 0.1997
+ wsmp_cleanup 37829.1975 24.8608 0.0395
+ Reset surface geometry 37829.2032 24.8665 0.0057
+ -----------------------------------------------------------------------
+ Temperature calculations 37829.2117 24.8750 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37829.2263 24.8896 0.0146
+ Advect surface 1 37829.2265 24.8898 0.0002
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37829.4303 25.0937 0.2039
+ removing 3 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37829.6550 25.3183 0.2247
+ removing 4 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37829.9466 25.6099 0.2916
+ Advect the cloud 37830.1058 25.7691 0.1592
+ Write output 37830.9641 26.6274 0.8583
+ End of time step 37831.8436 27.5069 0.8795
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 234 37831.8437
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37831.8438 0.0001 0.0001
+ surface 01 37831.8438 0.0001 0.0000
+ S. 1: 16999points
+ refine surface 37831.8439 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 37831.8695 0.0258 0.0257
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37831.8935 0.0498 0.0240
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37831.9178 0.0741 0.0243
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 37831.9376 0.0939 0.0198
+ S. 2: 17001points
+ refine surface 37831.9378 0.0940 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 37831.9629 0.1192 0.0252
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 37831.9871 0.1434 0.0242
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37832.0115 0.1678 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 37832.0313 0.1876 0.0198
+ S. 3: 16996points
+ refine surface 37832.0315 0.1877 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 37832.0581 0.2143 0.0266
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37832.0815 0.2378 0.0235
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37832.1062 0.2625 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37832.1319
+ -----------------------------------------------------------------------
+ Create octree solve 37832.1321 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37832.1480 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 37832.1700 0.0381 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37832.1708 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37832.1850 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37832.3071 0.1752 0.1222
+ Imbed surface in osolve 37832.4883 0.3564 0.1812
+ embedding surface 1 37832.4885 0.3566 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37834.4356 2.3037 1.9471
+ osolve%nleaves= 59424
+ embedding surface 3 37836.5220 4.3901 2.0864
+ osolve%nleaves= 64128
+ Assessing octree stability 37839.9952 7.8633 3.4732
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 37839.9999 7.8680 0.0047
+ Interpolate velo onto osolve 37840.3990 8.2671 0.3991
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 37840.6719 8.5400 0.2729
+ Find void 37840.9383 8.8064 0.2665
+ whole leaf in fluid 32992
+ Define boundary conditions 37840.9669 8.8349 0.0285
+ wsmp setup1 37840.9742 8.8423 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 37841.9705 9.8386 0.9963
+ -----------------------------------
+ start of non-linear iteratio 1 37842.0160
+ -----------------------------------
+ build system 37842.0161 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37849.9926 7.9767 7.9765
+ =================================
+ wsmp: initialisation time: 0.0555959 s
+ wsmp: ordering time: 4.1163499 s
+ wsmp: symbolic fact. time: 0.7112851 s
+ wsmp: Cholesky fact. time: 11.3741360 s
+ wsmp: Factorisation 14486.5231341 Mflops
+ wsmp: back substitution time: 0.1211500 s
+ wsmp: from b to rhs vector: 0.0073972 s
+ ---------------------------------
+ wsmp: total solve time: 16.3863180 s
+ =================================
+ u : -0.10141E+01 0.18436E+00
+ v : -0.95164E-01 0.11083E+00
+ w : -0.76150E+00 0.24703E+00
+ =================================
+ Calculate pressures 37866.3944 24.3784 16.4018
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 37866.6218 24.6058 0.2274
+ do leaf measurements 37866.6229 24.6069 0.0011
+ compute convergence criterion 37866.6647 24.6487 0.0418
+ velocity_diff_norm = 0.5889249 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 37866.6695
+ -----------------------------------
+ build system 37866.6738 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79063E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37874.6971 8.0276 8.0233
+ =================================
+ wsmp: initialisation time: 0.0529621 s
+ wsmp: ordering time: 4.1242089 s
+ wsmp: symbolic fact. time: 0.7132421 s
+ wsmp: Cholesky fact. time: 11.3881662 s
+ wsmp: Factorisation 14468.6757409 Mflops
+ wsmp: back substitution time: 0.1212032 s
+ wsmp: from b to rhs vector: 0.0071440 s
+ ---------------------------------
+ wsmp: total solve time: 16.4073291 s
+ =================================
+ u : -0.10155E+01 0.13723E+00
+ v : -0.48979E-01 0.10221E+00
+ w : -0.76700E+00 0.22672E+00
+ =================================
+ Calculate pressures 37891.1196 24.4501 16.4225
+ raw pressures : -0.12368E+01 0.18016E+00
+ Smoothing pressures 37891.3447 24.6752 0.2251
+ do leaf measurements 37891.3458 24.6763 0.0011
+ compute convergence criterion 37891.3876 24.7181 0.0419
+ velocity_diff_norm = 0.0711136 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 37891.3924
+ -----------------------------------
+ build system 37891.3967 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37899.3323 7.9399 7.9356
+ =================================
+ wsmp: initialisation time: 0.0534620 s
+ wsmp: ordering time: 4.1387019 s
+ wsmp: symbolic fact. time: 0.7220340 s
+ wsmp: Cholesky fact. time: 11.4307842 s
+ wsmp: Factorisation 14414.7313627 Mflops
+ wsmp: back substitution time: 0.1218591 s
+ wsmp: from b to rhs vector: 0.0072432 s
+ ---------------------------------
+ wsmp: total solve time: 16.4744792 s
+ =================================
+ u : -0.10174E+01 0.15524E+00
+ v : -0.37475E-01 0.11865E+00
+ w : -0.74663E+00 0.23140E+00
+ =================================
+ Calculate pressures 37915.8222 24.4298 16.4899
+ raw pressures : -0.13723E+01 0.31301E+00
+ Smoothing pressures 37916.0493 24.6569 0.2271
+ do leaf measurements 37916.0504 24.6579 0.0011
+ compute convergence criterion 37916.0925 24.7001 0.0422
+ velocity_diff_norm = 0.0362262 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 37916.0974
+ -----------------------------------
+ build system 37916.1017 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37924.1094 8.0120 8.0077
+ =================================
+ wsmp: initialisation time: 0.0547431 s
+ wsmp: ordering time: 4.1112649 s
+ wsmp: symbolic fact. time: 0.7162740 s
+ wsmp: Cholesky fact. time: 11.3820498 s
+ wsmp: Factorisation 14476.4507962 Mflops
+ wsmp: back substitution time: 0.1212420 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.3931420 s
+ =================================
+ u : -0.10171E+01 0.17605E+00
+ v : -0.37871E-01 0.12324E+00
+ w : -0.73726E+00 0.22899E+00
+ =================================
+ Calculate pressures 37940.5186 24.4212 16.4092
+ raw pressures : -0.14709E+01 0.35819E+00
+ Smoothing pressures 37940.7424 24.6450 0.2238
+ do leaf measurements 37940.7435 24.6461 0.0011
+ compute convergence criterion 37940.7858 24.6885 0.0423
+ velocity_diff_norm = 0.0158118 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 37940.7907
+ -----------------------------------
+ build system 37940.7951 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37948.7577 7.9670 7.9626
+ =================================
+ wsmp: initialisation time: 0.0541279 s
+ wsmp: ordering time: 4.1126940 s
+ wsmp: symbolic fact. time: 0.7148430 s
+ wsmp: Cholesky fact. time: 11.4306970 s
+ wsmp: Factorisation 14414.8414038 Mflops
+ wsmp: back substitution time: 0.1213450 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.4412508 s
+ =================================
+ u : -0.10169E+01 0.19383E+00
+ v : -0.40708E-01 0.12569E+00
+ w : -0.73257E+00 0.22806E+00
+ =================================
+ Calculate pressures 37965.2152 24.4245 16.4575
+ raw pressures : -0.15144E+01 0.36591E+00
+ Smoothing pressures 37965.4396 24.6489 0.2244
+ do leaf measurements 37965.4407 24.6500 0.0011
+ compute convergence criterion 37965.4826 24.6919 0.0419
+ velocity_diff_norm = 0.0107424 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 37965.4874
+ -----------------------------------
+ build system 37965.4918 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 37973.4309 7.9435 7.9391
+ =================================
+ wsmp: initialisation time: 0.0519259 s
+ wsmp: ordering time: 4.1243770 s
+ wsmp: symbolic fact. time: 0.7191269 s
+ wsmp: Cholesky fact. time: 11.3865800 s
+ wsmp: Factorisation 14470.6912887 Mflops
+ wsmp: back substitution time: 0.1215429 s
+ wsmp: from b to rhs vector: 0.0072322 s
+ ---------------------------------
+ wsmp: total solve time: 16.4111650 s
+ =================================
+ u : -0.10166E+01 0.20943E+00
+ v : -0.43096E-01 0.12570E+00
+ w : -0.72803E+00 0.22751E+00
+ =================================
+ Calculate pressures 37989.8578 24.3703 16.4268
+ raw pressures : -0.15359E+01 0.36279E+00
+ Smoothing pressures 37990.0850 24.5976 0.2272
+ do leaf measurements 37990.0861 24.5986 0.0011
+ compute convergence criterion 37990.1281 24.6407 0.0420
+ velocity_diff_norm = 0.0080757 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 37990.1310 24.6436 0.0029
+Compute isostasy and adjust vertical 37990.1312 24.6438 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -182914118577682.53 323236455714739.06
+ def in m -7.9896841049194336 0.66995322704315186
+ dimensionless def -1.8651727267674037E-6 2.28276688711983847E-5
+ Isostatic velocity range = -0.0180726 0.2279264
+ Compute divergence 37990.3464 24.8589 0.2151
+ wsmp_cleanup 37990.3821 24.8947 0.0357
+ Reset surface geometry 37990.3873 24.8999 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 37990.3954 24.9079 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 37990.4124 24.9250 0.0171
+ Advect surface 1 37990.4126 24.9252 0.0002
+ removing 1 particle from surface
+ S. 1: 18 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 37990.6132 25.1258 0.2006
+ removing 2 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 37990.8304 25.3430 0.2172
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 37991.0920 25.6046 0.2616
+ Advect the cloud 37991.2517 25.7643 0.1597
+ Write output 37992.1064 26.6190 0.8547
+ End of time step 37992.9816 27.4942 0.8752
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 235 37992.9817
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 37992.9818 0.0001 0.0001
+ surface 01 37992.9818 0.0001 0.0000
+ S. 1: 16999points
+ refine surface 37992.9819 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 37993.0077 0.0260 0.0258
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 37993.0311 0.0494 0.0234
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 37993.0553 0.0735 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 37993.0744 0.0926 0.0191
+ S. 2: 17000points
+ refine surface 37993.0745 0.0928 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 37993.0983 0.1165 0.0238
+ S. 2: 0 flips in delaunay2
+ S. 2: 17000points
+ surface 03 37993.1178 0.1360 0.0195
+ S. 3: 16997points
+ refine surface 37993.1179 0.1362 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 37993.1430 0.1612 0.0251
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 37993.1714 0.1896 0.0284
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 37993.1960 0.2142 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 37993.2221
+ -----------------------------------------------------------------------
+ Create octree solve 37993.2223 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 37993.2382 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 37993.2599 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 37993.2607 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 37993.2748 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 37993.3970 0.1749 0.1222
+ Imbed surface in osolve 37993.5792 0.3571 0.1822
+ embedding surface 1 37993.5793 0.3572 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 37995.5413 2.3192 1.9620
+ osolve%nleaves= 59424
+ embedding surface 3 37997.6428 4.4207 2.1015
+ osolve%nleaves= 64128
+ Assessing octree stability 38001.1832 7.9612 3.5404
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38001.1880 7.9659 0.0048
+ Interpolate velo onto osolve 38001.6454 8.4233 0.4573
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38001.7492 8.5271 0.1038
+ Find void 38002.0135 8.7914 0.2643
+ whole leaf in fluid 32992
+ Define boundary conditions 38002.0410 8.8189 0.0275
+ wsmp setup1 38002.0473 8.8252 0.0063
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38003.0542 9.8321 1.0069
+ -----------------------------------
+ start of non-linear iteratio 1 38003.1004
+ -----------------------------------
+ build system 38003.1006 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38011.0599 7.9595 7.9593
+ =================================
+ wsmp: initialisation time: 0.0557580 s
+ wsmp: ordering time: 4.1279330 s
+ wsmp: symbolic fact. time: 0.7124450 s
+ wsmp: Cholesky fact. time: 11.3862920 s
+ wsmp: Factorisation 14471.0573164 Mflops
+ wsmp: back substitution time: 0.1217790 s
+ wsmp: from b to rhs vector: 0.0070841 s
+ ---------------------------------
+ wsmp: total solve time: 16.4117038 s
+ =================================
+ u : -0.10330E+01 0.18467E+00
+ v : -0.95211E-01 0.11147E+00
+ w : -0.76159E+00 0.24909E+00
+ =================================
+ Calculate pressures 38027.4869 24.3865 16.4270
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 38027.7140 24.6136 0.2271
+ do leaf measurements 38027.7151 24.6147 0.0011
+ compute convergence criterion 38027.7561 24.6557 0.0410
+ velocity_diff_norm = 0.5888308 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38027.7610
+ -----------------------------------
+ build system 38027.7654 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77664E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38035.7907 8.0297 8.0253
+ =================================
+ wsmp: initialisation time: 0.0542948 s
+ wsmp: ordering time: 4.1165712 s
+ wsmp: symbolic fact. time: 0.7103262 s
+ wsmp: Cholesky fact. time: 11.3889620 s
+ wsmp: Factorisation 14467.6646946 Mflops
+ wsmp: back substitution time: 0.1209710 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.3986251 s
+ =================================
+ u : -0.10153E+01 0.13734E+00
+ v : -0.48778E-01 0.10201E+00
+ w : -0.76718E+00 0.22801E+00
+ =================================
+ Calculate pressures 38052.2052 24.4442 16.4145
+ raw pressures : -0.12368E+01 0.18383E+00
+ Smoothing pressures 38052.4290 24.6680 0.2238
+ do leaf measurements 38052.4301 24.6691 0.0011
+ compute convergence criterion 38052.4711 24.7101 0.0409
+ velocity_diff_norm = 0.0710412 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38052.4760
+ -----------------------------------
+ build system 38052.4803 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38060.4216 7.9457 7.9413
+ =================================
+ wsmp: initialisation time: 0.0550051 s
+ wsmp: ordering time: 4.1391721 s
+ wsmp: symbolic fact. time: 0.7175891 s
+ wsmp: Cholesky fact. time: 11.4644282 s
+ wsmp: Factorisation 14372.4293262 Mflops
+ wsmp: back substitution time: 0.1211791 s
+ wsmp: from b to rhs vector: 0.0069959 s
+ ---------------------------------
+ wsmp: total solve time: 16.5047472 s
+ =================================
+ u : -0.10172E+01 0.15536E+00
+ v : -0.37329E-01 0.11829E+00
+ w : -0.74667E+00 0.23186E+00
+ =================================
+ Calculate pressures 38076.9421 24.4661 16.5205
+ raw pressures : -0.13723E+01 0.31324E+00
+ Smoothing pressures 38077.1673 24.6913 0.2252
+ do leaf measurements 38077.1683 24.6924 0.0010
+ compute convergence criterion 38077.2093 24.7333 0.0410
+ velocity_diff_norm = 0.0361112 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38077.2142
+ -----------------------------------
+ build system 38077.2186 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38085.2150 8.0008 7.9964
+ =================================
+ wsmp: initialisation time: 0.0559788 s
+ wsmp: ordering time: 4.1370721 s
+ wsmp: symbolic fact. time: 0.7128389 s
+ wsmp: Cholesky fact. time: 11.3861642 s
+ wsmp: Factorisation 14471.2197320 Mflops
+ wsmp: back substitution time: 0.1210940 s
+ wsmp: from b to rhs vector: 0.0071149 s
+ ---------------------------------
+ wsmp: total solve time: 16.4206550 s
+ =================================
+ u : -0.10170E+01 0.17615E+00
+ v : -0.37843E-01 0.12303E+00
+ w : -0.73728E+00 0.22915E+00
+ =================================
+ Calculate pressures 38101.6506 24.4363 16.4355
+ raw pressures : -0.14709E+01 0.35852E+00
+ Smoothing pressures 38101.8756 24.6614 0.2251
+ do leaf measurements 38101.8767 24.6625 0.0011
+ compute convergence criterion 38101.9179 24.7037 0.0412
+ velocity_diff_norm = 0.0158452 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38101.9230
+ -----------------------------------
+ build system 38101.9274 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38109.9024 7.9794 7.9749
+ =================================
+ wsmp: initialisation time: 0.0509310 s
+ wsmp: ordering time: 4.1222968 s
+ wsmp: symbolic fact. time: 0.7116861 s
+ wsmp: Cholesky fact. time: 11.4176769 s
+ wsmp: Factorisation 14431.2792303 Mflops
+ wsmp: back substitution time: 0.1210070 s
+ wsmp: from b to rhs vector: 0.0070770 s
+ ---------------------------------
+ wsmp: total solve time: 16.4310648 s
+ =================================
+ u : -0.10169E+01 0.19396E+00
+ v : -0.40705E-01 0.12554E+00
+ w : -0.73256E+00 0.22837E+00
+ =================================
+ Calculate pressures 38126.3494 24.4265 16.4471
+ raw pressures : -0.15145E+01 0.36604E+00
+ Smoothing pressures 38126.5740 24.6510 0.2245
+ do leaf measurements 38126.5751 24.6521 0.0011
+ compute convergence criterion 38126.6160 24.6930 0.0409
+ velocity_diff_norm = 0.0107411 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38126.6209
+ -----------------------------------
+ build system 38126.6252 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38134.5635 7.9426 7.9383
+ =================================
+ wsmp: initialisation time: 0.0535450 s
+ wsmp: ordering time: 4.1549430 s
+ wsmp: symbolic fact. time: 0.7195840 s
+ wsmp: Cholesky fact. time: 11.3908930 s
+ wsmp: Factorisation 14465.2121768 Mflops
+ wsmp: back substitution time: 0.1216712 s
+ wsmp: from b to rhs vector: 0.0070479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4480801 s
+ =================================
+ u : -0.10166E+01 0.20961E+00
+ v : -0.43093E-01 0.12562E+00
+ w : -0.72801E+00 0.22766E+00
+ =================================
+ Calculate pressures 38151.0278 24.4069 16.4642
+ raw pressures : -0.15362E+01 0.36304E+00
+ Smoothing pressures 38151.2536 24.6327 0.2258
+ do leaf measurements 38151.2547 24.6338 0.0011
+ compute convergence criterion 38151.2956 24.6747 0.0409
+ velocity_diff_norm = 0.0080814 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38151.2985 24.6776 0.0029
+Compute isostasy and adjust vertical 38151.2986 24.6778 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -183339504319461.09 324292941028321.69
+ def in m -7.9931626319885254 0.66761147975921631
+ dimensionless def -1.85984866959708073E-6 2.28376075199672129E-5
+ Isostatic velocity range = -0.0180136 0.2280287
+ Compute divergence 38151.5038 24.8829 0.2051
+ wsmp_cleanup 38151.5401 24.9192 0.0363
+ Reset surface geometry 38151.5453 24.9244 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 38151.5537 24.9329 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38151.5705 24.9496 0.0168
+ Advect surface 1 38151.5707 24.9498 0.0002
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38151.7731 25.1522 0.2025
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38151.9756 25.3547 0.2025
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38152.2500 25.6291 0.2744
+ Advect the cloud 38152.4095 25.7886 0.1595
+ Write output 38153.2653 26.6444 0.8559
+ End of time step 38154.1422 27.5213 0.8769
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 236 38154.1424
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38154.1424 0.0001 0.0001
+ surface 01 38154.1425 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 38154.1425 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 38154.1690 0.0266 0.0265
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38154.1923 0.0500 0.0234
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38154.2175 0.0751 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 38154.2366 0.0943 0.0191
+ S. 2: 16999points
+ refine surface 38154.2368 0.0944 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38154.2619 0.1196 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16999points
+ surface 03 38154.2809 0.1385 0.0190
+ S. 3: 16996points
+ refine surface 38154.2810 0.1387 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 38154.3071 0.1648 0.0261
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 38154.3305 0.1881 0.0234
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38154.3561 0.2137 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38154.3811
+ -----------------------------------------------------------------------
+ Create octree solve 38154.3814 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38154.3972 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38154.4190 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38154.4198 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38154.4339 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38154.5561 0.1750 0.1222
+ Imbed surface in osolve 38154.7392 0.3581 0.1831
+ embedding surface 1 38154.7394 0.3582 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 38156.7023 2.3212 1.9629
+ osolve%nleaves= 59424
+ embedding surface 3 38158.7892 4.4081 2.0869
+ osolve%nleaves= 64128
+ Assessing octree stability 38162.3278 7.9467 3.5387
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38162.3325 7.9514 0.0046
+ Interpolate velo onto osolve 38162.7804 8.3993 0.4480
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38162.8998 8.5187 0.1194
+ Find void 38163.1678 8.7866 0.2680
+ whole leaf in fluid 32992
+ Define boundary conditions 38163.1963 8.8152 0.0286
+ wsmp setup1 38163.2040 8.8229 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38164.2167 9.8356 1.0128
+ -----------------------------------
+ start of non-linear iteratio 1 38164.2645
+ -----------------------------------
+ build system 38164.2647 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38172.2066 7.9420 7.9418
+ =================================
+ wsmp: initialisation time: 0.0554810 s
+ wsmp: ordering time: 4.1054120 s
+ wsmp: symbolic fact. time: 0.7214520 s
+ wsmp: Cholesky fact. time: 11.3735261 s
+ wsmp: Factorisation 14487.2999349 Mflops
+ wsmp: back substitution time: 0.1217999 s
+ wsmp: from b to rhs vector: 0.0073001 s
+ ---------------------------------
+ wsmp: total solve time: 16.3853290 s
+ =================================
+ u : -0.10245E+01 0.18502E+00
+ v : -0.95267E-01 0.11117E+00
+ w : -0.76159E+00 0.24706E+00
+ =================================
+ Calculate pressures 38188.6076 24.3431 16.4011
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 38188.8360 24.5715 0.2284
+ do leaf measurements 38188.8372 24.5726 0.0011
+ compute convergence criterion 38188.8798 24.6152 0.0426
+ velocity_diff_norm = 0.5893620 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38188.8848
+ -----------------------------------
+ build system 38188.8893 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79150E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38196.9102 8.0254 8.0209
+ =================================
+ wsmp: initialisation time: 0.0518770 s
+ wsmp: ordering time: 4.1293571 s
+ wsmp: symbolic fact. time: 0.7138288 s
+ wsmp: Cholesky fact. time: 11.3789701 s
+ wsmp: Factorisation 14480.3687643 Mflops
+ wsmp: back substitution time: 0.1209350 s
+ wsmp: from b to rhs vector: 0.0071270 s
+ ---------------------------------
+ wsmp: total solve time: 16.4024389 s
+ =================================
+ u : -0.10153E+01 0.13768E+00
+ v : -0.48765E-01 0.10207E+00
+ w : -0.76710E+00 0.22700E+00
+ =================================
+ Calculate pressures 38213.3283 24.4435 16.4181
+ raw pressures : -0.12372E+01 0.18014E+00
+ Smoothing pressures 38213.5544 24.6696 0.2261
+ do leaf measurements 38213.5555 24.6707 0.0011
+ compute convergence criterion 38213.5984 24.7136 0.0429
+ velocity_diff_norm = 0.0712378 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38213.6034
+ -----------------------------------
+ build system 38213.6078 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38221.5467 7.9433 7.9389
+ =================================
+ wsmp: initialisation time: 0.0524700 s
+ wsmp: ordering time: 4.1504271 s
+ wsmp: symbolic fact. time: 0.7143400 s
+ wsmp: Cholesky fact. time: 11.4632351 s
+ wsmp: Factorisation 14373.9251498 Mflops
+ wsmp: back substitution time: 0.1213169 s
+ wsmp: from b to rhs vector: 0.0071070 s
+ ---------------------------------
+ wsmp: total solve time: 16.5092390 s
+ =================================
+ u : -0.10172E+01 0.15552E+00
+ v : -0.37421E-01 0.11834E+00
+ w : -0.74679E+00 0.23170E+00
+ =================================
+ Calculate pressures 38238.0715 24.4681 16.5248
+ raw pressures : -0.13730E+01 0.31339E+00
+ Smoothing pressures 38238.2984 24.6950 0.2269
+ do leaf measurements 38238.2995 24.6961 0.0011
+ compute convergence criterion 38238.3422 24.7388 0.0427
+ velocity_diff_norm = 0.0362163 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38238.3472
+ -----------------------------------
+ build system 38238.3516 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38246.3533 8.0061 8.0017
+ =================================
+ wsmp: initialisation time: 0.0541720 s
+ wsmp: ordering time: 4.1312480 s
+ wsmp: symbolic fact. time: 0.7131362 s
+ wsmp: Cholesky fact. time: 11.3700020 s
+ wsmp: Factorisation 14491.7901880 Mflops
+ wsmp: back substitution time: 0.1212389 s
+ wsmp: from b to rhs vector: 0.0073230 s
+ ---------------------------------
+ wsmp: total solve time: 16.3974900 s
+ =================================
+ u : -0.10171E+01 0.17626E+00
+ v : -0.37726E-01 0.12311E+00
+ w : -0.73737E+00 0.22928E+00
+ =================================
+ Calculate pressures 38262.7660 24.4188 16.4126
+ raw pressures : -0.14717E+01 0.35897E+00
+ Smoothing pressures 38262.9928 24.6456 0.2268
+ do leaf measurements 38262.9939 24.6467 0.0011
+ compute convergence criterion 38263.0370 24.6898 0.0430
+ velocity_diff_norm = 0.0159025 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38263.0420
+ -----------------------------------
+ build system 38263.0465 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38271.0342 7.9922 7.9877
+ =================================
+ wsmp: initialisation time: 0.0537519 s
+ wsmp: ordering time: 4.1135600 s
+ wsmp: symbolic fact. time: 0.7119670 s
+ wsmp: Cholesky fact. time: 11.3933229 s
+ wsmp: Factorisation 14462.1270437 Mflops
+ wsmp: back substitution time: 0.1210680 s
+ wsmp: from b to rhs vector: 0.0071390 s
+ ---------------------------------
+ wsmp: total solve time: 16.4011490 s
+ =================================
+ u : -0.10169E+01 0.19403E+00
+ v : -0.40603E-01 0.12564E+00
+ w : -0.73267E+00 0.22836E+00
+ =================================
+ Calculate pressures 38287.4506 24.4086 16.4164
+ raw pressures : -0.15153E+01 0.36658E+00
+ Smoothing pressures 38287.6771 24.6351 0.2264
+ do leaf measurements 38287.6781 24.6361 0.0011
+ compute convergence criterion 38287.7213 24.6793 0.0432
+ velocity_diff_norm = 0.0107545 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38287.7263
+ -----------------------------------
+ build system 38287.7307 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38295.6706 7.9443 7.9399
+ =================================
+ wsmp: initialisation time: 0.0544569 s
+ wsmp: ordering time: 4.1291590 s
+ wsmp: symbolic fact. time: 0.7268541 s
+ wsmp: Cholesky fact. time: 11.4019730 s
+ wsmp: Factorisation 14451.1554047 Mflops
+ wsmp: back substitution time: 0.1216729 s
+ wsmp: from b to rhs vector: 0.0069718 s
+ ---------------------------------
+ wsmp: total solve time: 16.4414380 s
+ =================================
+ u : -0.10166E+01 0.20963E+00
+ v : -0.43011E-01 0.12570E+00
+ w : -0.72810E+00 0.22778E+00
+ =================================
+ Calculate pressures 38312.1273 24.4010 16.4567
+ raw pressures : -0.15368E+01 0.36342E+00
+ Smoothing pressures 38312.3574 24.6310 0.2301
+ do leaf measurements 38312.3584 24.6321 0.0011
+ compute convergence criterion 38312.4013 24.6750 0.0429
+ velocity_diff_norm = 0.0080652 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38312.4041 24.6778 0.0028
+Compute isostasy and adjust vertical 38312.4043 24.6780 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -183802486970133.28 325344595697664.38
+ def in m -7.9952077865600586 0.66582751274108887
+ dimensionless def -1.86063834599086221E-6 2.28434508187430249E-5
+ Isostatic velocity range = -0.0180120 0.2280957
+ Compute divergence 38312.6120 24.8857 0.2077
+ wsmp_cleanup 38312.6482 24.9219 0.0362
+ Reset surface geometry 38312.6535 24.9272 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 38312.6620 24.9357 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38312.6788 24.9525 0.0168
+ Advect surface 1 38312.6789 24.9526 0.0001
+ removing 3 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38312.9036 25.1773 0.2247
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38313.1032 25.3769 0.1996
+ removing 1 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38313.3654 25.6390 0.2621
+ Advect the cloud 38313.5246 25.7983 0.1593
+ Write output 38314.3824 26.6561 0.8578
+ End of time step 38315.2568 27.5304 0.8744
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 237 38315.2569
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38315.2570 0.0001 0.0001
+ surface 01 38315.2570 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 38315.2571 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 38315.2837 0.0268 0.0267
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38315.3067 0.0497 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38315.3315 0.0746 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 38315.3501 0.0932 0.0186
+ S. 2: 16999points
+ refine surface 38315.3502 0.0933 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 38315.3765 0.1195 0.0262
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 38315.4037 0.1468 0.0273
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38315.4286 0.1717 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 17000points
+ surface 03 38315.4472 0.1903 0.0186
+ S. 3: 16996points
+ refine surface 38315.4473 0.1904 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 38315.4740 0.2171 0.0267
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 38315.4973 0.2404 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38315.5228 0.2658 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38315.5482
+ -----------------------------------------------------------------------
+ Create octree solve 38315.5484 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38315.5643 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38315.5858 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38315.5866 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38315.6008 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38315.7237 0.1755 0.1230
+ Imbed surface in osolve 38315.9096 0.3614 0.1858
+ embedding surface 1 38315.9097 0.3615 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 38317.8830 2.3348 1.9733
+ osolve%nleaves= 59424
+ embedding surface 3 38319.9984 4.4502 2.1154
+ osolve%nleaves= 64128
+ Assessing octree stability 38323.5624 8.0142 3.5640
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38323.5684 8.0202 0.0060
+ Interpolate velo onto osolve 38324.0493 8.5011 0.4809
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38324.1137 8.5655 0.0644
+ Find void 38324.3851 8.8369 0.2713
+ whole leaf in fluid 32992
+ Define boundary conditions 38324.4139 8.8657 0.0288
+ wsmp setup1 38324.4216 8.8734 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38325.4242 9.8760 1.0027
+ -----------------------------------
+ start of non-linear iteratio 1 38325.4717
+ -----------------------------------
+ build system 38325.4718 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38333.4033 7.9316 7.9314
+ =================================
+ wsmp: initialisation time: 0.0573442 s
+ wsmp: ordering time: 4.1228549 s
+ wsmp: symbolic fact. time: 0.7177160 s
+ wsmp: Cholesky fact. time: 11.3729119 s
+ wsmp: Factorisation 14488.0822860 Mflops
+ wsmp: back substitution time: 0.1216700 s
+ wsmp: from b to rhs vector: 0.0071971 s
+ ---------------------------------
+ wsmp: total solve time: 16.4000952 s
+ =================================
+ u : -0.10164E+01 0.18436E+00
+ v : -0.95512E-01 0.11092E+00
+ w : -0.76180E+00 0.24906E+00
+ =================================
+ Calculate pressures 38349.8192 24.3475 16.4159
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 38350.0455 24.5738 0.2263
+ do leaf measurements 38350.0466 24.5749 0.0011
+ compute convergence criterion 38350.0887 24.6170 0.0421
+ velocity_diff_norm = 0.5884921 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38350.0937
+ -----------------------------------
+ build system 38350.0982 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77641E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38358.1066 8.0128 8.0084
+ =================================
+ wsmp: initialisation time: 0.0507960 s
+ wsmp: ordering time: 4.1163700 s
+ wsmp: symbolic fact. time: 0.7124000 s
+ wsmp: Cholesky fact. time: 11.3791289 s
+ wsmp: Factorisation 14480.1667022 Mflops
+ wsmp: back substitution time: 0.1208701 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.3871150 s
+ =================================
+ u : -0.10152E+01 0.13713E+00
+ v : -0.48620E-01 0.10190E+00
+ w : -0.76707E+00 0.22849E+00
+ =================================
+ Calculate pressures 38374.5091 24.4153 16.4025
+ raw pressures : -0.12364E+01 0.17981E+00
+ Smoothing pressures 38374.7350 24.6413 0.2260
+ do leaf measurements 38374.7361 24.6424 0.0011
+ compute convergence criterion 38374.7784 24.6846 0.0422
+ velocity_diff_norm = 0.0706720 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38374.7834
+ -----------------------------------
+ build system 38374.7878 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38382.7261 7.9427 7.9383
+ =================================
+ wsmp: initialisation time: 0.0509810 s
+ wsmp: ordering time: 4.1364450 s
+ wsmp: symbolic fact. time: 0.7130730 s
+ wsmp: Cholesky fact. time: 11.4660599 s
+ wsmp: Factorisation 14370.3839836 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0072899 s
+ ---------------------------------
+ wsmp: total solve time: 16.4952199 s
+ =================================
+ u : -0.10171E+01 0.15513E+00
+ v : -0.37123E-01 0.11825E+00
+ w : -0.74667E+00 0.23242E+00
+ =================================
+ Calculate pressures 38399.2363 24.4529 16.5102
+ raw pressures : -0.13720E+01 0.31274E+00
+ Smoothing pressures 38399.4627 24.6793 0.2264
+ do leaf measurements 38399.4638 24.6804 0.0011
+ compute convergence criterion 38399.5059 24.7225 0.0421
+ velocity_diff_norm = 0.0361060 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38399.5109
+ -----------------------------------
+ build system 38399.5153 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38407.5053 7.9943 7.9900
+ =================================
+ wsmp: initialisation time: 0.0542021 s
+ wsmp: ordering time: 4.1271558 s
+ wsmp: symbolic fact. time: 0.7138231 s
+ wsmp: Cholesky fact. time: 11.3778310 s
+ wsmp: Factorisation 14481.8185586 Mflops
+ wsmp: back substitution time: 0.1209252 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4015951 s
+ =================================
+ u : -0.10170E+01 0.17597E+00
+ v : -0.37638E-01 0.12289E+00
+ w : -0.73727E+00 0.22959E+00
+ =================================
+ Calculate pressures 38423.9221 24.4111 16.4168
+ raw pressures : -0.14707E+01 0.35789E+00
+ Smoothing pressures 38424.1482 24.6372 0.2261
+ do leaf measurements 38424.1493 24.6383 0.0011
+ compute convergence criterion 38424.1917 24.6807 0.0424
+ velocity_diff_norm = 0.0158638 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38424.1968
+ -----------------------------------
+ build system 38424.2013 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38432.2020 8.0052 8.0007
+ =================================
+ wsmp: initialisation time: 0.0519300 s
+ wsmp: ordering time: 4.1212151 s
+ wsmp: symbolic fact. time: 0.7091680 s
+ wsmp: Cholesky fact. time: 11.4017210 s
+ wsmp: Factorisation 14451.4748138 Mflops
+ wsmp: back substitution time: 0.1209841 s
+ wsmp: from b to rhs vector: 0.0072148 s
+ ---------------------------------
+ wsmp: total solve time: 16.4126222 s
+ =================================
+ u : -0.10168E+01 0.19378E+00
+ v : -0.40549E-01 0.12544E+00
+ w : -0.73254E+00 0.22846E+00
+ =================================
+ Calculate pressures 38448.6297 24.4330 16.4278
+ raw pressures : -0.15143E+01 0.36564E+00
+ Smoothing pressures 38448.8543 24.6575 0.2245
+ do leaf measurements 38448.8553 24.6586 0.0011
+ compute convergence criterion 38448.8976 24.7008 0.0422
+ velocity_diff_norm = 0.0107355 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38448.9026
+ -----------------------------------
+ build system 38448.9070 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38456.8467 7.9441 7.9397
+ =================================
+ wsmp: initialisation time: 0.0541172 s
+ wsmp: ordering time: 4.1324182 s
+ wsmp: symbolic fact. time: 0.7201159 s
+ wsmp: Cholesky fact. time: 11.4113081 s
+ wsmp: Factorisation 14439.3336111 Mflops
+ wsmp: back substitution time: 0.1215861 s
+ wsmp: from b to rhs vector: 0.0072870 s
+ ---------------------------------
+ wsmp: total solve time: 16.4472370 s
+ =================================
+ u : -0.10166E+01 0.20939E+00
+ v : -0.42976E-01 0.12551E+00
+ w : -0.72800E+00 0.22772E+00
+ =================================
+ Calculate pressures 38473.3097 24.4071 16.4630
+ raw pressures : -0.15360E+01 0.36256E+00
+ Smoothing pressures 38473.5362 24.6336 0.2265
+ do leaf measurements 38473.5373 24.6347 0.0011
+ compute convergence criterion 38473.5794 24.6768 0.0421
+ velocity_diff_norm = 0.0080633 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38473.5822 24.6796 0.0028
+Compute isostasy and adjust vertical 38473.5824 24.6798 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -184224427049512. 326395922411313.88
+ def in m -7.9433450698852539 0.7140166163444519
+ dimensionless def -1.85983351298740916E-6 2.26952716282435815E-5
+ Isostatic velocity range = -0.0179994 0.2265754
+ Compute divergence 38473.7971 24.8945 0.2147
+ wsmp_cleanup 38473.8333 24.9307 0.0362
+ Reset surface geometry 38473.8385 24.9359 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 38473.8470 24.9444 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38473.8637 24.9611 0.0167
+ Advect surface 1 38473.8638 24.9612 0.0002
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38474.0604 25.1578 0.1966
+ removing 2 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38474.2888 25.3862 0.2284
+ removing 1 particle from surface
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38474.5538 25.6512 0.2650
+ Advect the cloud 38474.7119 25.8093 0.1581
+ Write output 38475.5708 26.6682 0.8589
+ End of time step 38476.4497 27.5471 0.8789
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 238 38476.4498
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38476.4499 0.0001 0.0001
+ surface 01 38476.4499 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 38476.4500 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 38476.4759 0.0260 0.0259
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38476.4998 0.0500 0.0240
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38476.5242 0.0744 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 38476.5443 0.0945 0.0201
+ S. 2: 16998points
+ refine surface 38476.5445 0.0946 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 38476.5706 0.1208 0.0261
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 38476.5946 0.1448 0.0240
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38476.6194 0.1696 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 17000points
+ surface 03 38476.6391 0.1893 0.0197
+ S. 3: 16997points
+ refine surface 38476.6392 0.1894 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38476.6636 0.2138 0.0244
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38476.6897
+ -----------------------------------------------------------------------
+ Create octree solve 38476.6900 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38476.7059 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38476.7277 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38476.7285 0.0388 0.0007
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38476.7426 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38476.8647 0.1750 0.1221
+ Imbed surface in osolve 38477.0544 0.3647 0.1896
+ embedding surface 1 38477.0545 0.3648 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 38479.0298 2.3400 1.9752
+ osolve%nleaves= 59424
+ embedding surface 3 38481.1443 4.4546 2.1145
+ osolve%nleaves= 64128
+ Assessing octree stability 38484.7193 8.0296 3.5750
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38484.7250 8.0353 0.0057
+ Interpolate velo onto osolve 38485.2085 8.5188 0.4835
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38485.2737 8.5840 0.0653
+ Find void 38485.5459 8.8562 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 38485.5744 8.8847 0.0285
+ wsmp setup1 38485.5820 8.8923 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38486.5932 9.9035 1.0112
+ -----------------------------------
+ start of non-linear iteratio 1 38486.6396
+ -----------------------------------
+ build system 38486.6397 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38494.5707 7.9311 7.9310
+ =================================
+ wsmp: initialisation time: 0.0540090 s
+ wsmp: ordering time: 4.1402662 s
+ wsmp: symbolic fact. time: 0.7253160 s
+ wsmp: Cholesky fact. time: 11.3815272 s
+ wsmp: Factorisation 14477.1155215 Mflops
+ wsmp: back substitution time: 0.1216609 s
+ wsmp: from b to rhs vector: 0.0071299 s
+ ---------------------------------
+ wsmp: total solve time: 16.4302769 s
+ =================================
+ u : -0.10199E+01 0.18429E+00
+ v : -0.94693E-01 0.11000E+00
+ w : -0.76173E+00 0.24530E+00
+ =================================
+ Calculate pressures 38511.0163 24.3767 16.4456
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 38511.2440 24.6044 0.2277
+ do leaf measurements 38511.2451 24.6055 0.0011
+ compute convergence criterion 38511.2873 24.6477 0.0422
+ velocity_diff_norm = 0.5886108 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38511.2926
+ -----------------------------------
+ build system 38511.2973 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.80285E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38519.2941 8.0015 7.9968
+ =================================
+ wsmp: initialisation time: 0.0533321 s
+ wsmp: ordering time: 4.1238110 s
+ wsmp: symbolic fact. time: 0.7146802 s
+ wsmp: Cholesky fact. time: 11.3813939 s
+ wsmp: Factorisation 14477.2850484 Mflops
+ wsmp: back substitution time: 0.1208630 s
+ wsmp: from b to rhs vector: 0.0072610 s
+ ---------------------------------
+ wsmp: total solve time: 16.4017229 s
+ =================================
+ u : -0.10154E+01 0.13722E+00
+ v : -0.48788E-01 0.10199E+00
+ w : -0.76717E+00 0.22542E+00
+ =================================
+ Calculate pressures 38535.7112 24.4185 16.4171
+ raw pressures : -0.12360E+01 0.17911E+00
+ Smoothing pressures 38535.9354 24.6428 0.2243
+ do leaf measurements 38535.9366 24.6440 0.0012
+ compute convergence criterion 38535.9792 24.6865 0.0426
+ velocity_diff_norm = 0.0710660 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38535.9847
+ -----------------------------------
+ build system 38535.9894 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38543.9306 7.9460 7.9412
+ =================================
+ wsmp: initialisation time: 0.0520020 s
+ wsmp: ordering time: 4.1287692 s
+ wsmp: symbolic fact. time: 0.7150311 s
+ wsmp: Cholesky fact. time: 11.4637961 s
+ wsmp: Factorisation 14373.2217392 Mflops
+ wsmp: back substitution time: 0.1212828 s
+ wsmp: from b to rhs vector: 0.0072489 s
+ ---------------------------------
+ wsmp: total solve time: 16.4884980 s
+ =================================
+ u : -0.10173E+01 0.15532E+00
+ v : -0.37315E-01 0.11857E+00
+ w : -0.74658E+00 0.23119E+00
+ =================================
+ Calculate pressures 38560.4344 24.4498 16.5038
+ raw pressures : -0.13724E+01 0.31295E+00
+ Smoothing pressures 38560.6603 24.6756 0.2258
+ do leaf measurements 38560.6614 24.6767 0.0011
+ compute convergence criterion 38560.7036 24.7190 0.0422
+ velocity_diff_norm = 0.0362570 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38560.7089
+ -----------------------------------
+ build system 38560.7136 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38568.6935 7.9845 7.9798
+ =================================
+ wsmp: initialisation time: 0.0554450 s
+ wsmp: ordering time: 4.1135120 s
+ wsmp: symbolic fact. time: 0.7165551 s
+ wsmp: Cholesky fact. time: 11.3766470 s
+ wsmp: Factorisation 14483.3257057 Mflops
+ wsmp: back substitution time: 0.1213121 s
+ wsmp: from b to rhs vector: 0.0072799 s
+ ---------------------------------
+ wsmp: total solve time: 16.3911350 s
+ =================================
+ u : -0.10171E+01 0.17612E+00
+ v : -0.37737E-01 0.12318E+00
+ w : -0.73726E+00 0.22887E+00
+ =================================
+ Calculate pressures 38585.0997 24.3908 16.4063
+ raw pressures : -0.14713E+01 0.35822E+00
+ Smoothing pressures 38585.3249 24.6160 0.2252
+ do leaf measurements 38585.3261 24.6172 0.0011
+ compute convergence criterion 38585.3687 24.6597 0.0426
+ velocity_diff_norm = 0.0158220 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38585.3740
+ -----------------------------------
+ build system 38585.3787 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38593.3914 8.0174 8.0127
+ =================================
+ wsmp: initialisation time: 0.0545800 s
+ wsmp: ordering time: 4.1264398 s
+ wsmp: symbolic fact. time: 0.7113252 s
+ wsmp: Cholesky fact. time: 11.3983979 s
+ wsmp: Factorisation 14455.6879831 Mflops
+ wsmp: back substitution time: 0.1211421 s
+ wsmp: from b to rhs vector: 0.0072780 s
+ ---------------------------------
+ wsmp: total solve time: 16.4195499 s
+ =================================
+ u : -0.10169E+01 0.19388E+00
+ v : -0.40639E-01 0.12556E+00
+ w : -0.73256E+00 0.22801E+00
+ =================================
+ Calculate pressures 38609.8271 24.4531 16.4356
+ raw pressures : -0.15149E+01 0.36580E+00
+ Smoothing pressures 38610.0518 24.6778 0.2247
+ do leaf measurements 38610.0529 24.6789 0.0011
+ compute convergence criterion 38610.0951 24.7211 0.0422
+ velocity_diff_norm = 0.0107336 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38610.1004
+ -----------------------------------
+ build system 38610.1051 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38618.0451 7.9447 7.9400
+ =================================
+ wsmp: initialisation time: 0.0510061 s
+ wsmp: ordering time: 4.1441181 s
+ wsmp: symbolic fact. time: 0.7225258 s
+ wsmp: Cholesky fact. time: 11.4339819 s
+ wsmp: Factorisation 14410.7000852 Mflops
+ wsmp: back substitution time: 0.1219618 s
+ wsmp: from b to rhs vector: 0.0071950 s
+ ---------------------------------
+ wsmp: total solve time: 16.4811518 s
+ =================================
+ u : -0.10167E+01 0.20951E+00
+ v : -0.43041E-01 0.12560E+00
+ w : -0.72801E+00 0.22768E+00
+ =================================
+ Calculate pressures 38634.5414 24.4410 16.4963
+ raw pressures : -0.15363E+01 0.36260E+00
+ Smoothing pressures 38634.7686 24.6682 0.2272
+ do leaf measurements 38634.7697 24.6693 0.0011
+ compute convergence criterion 38634.8118 24.7115 0.0422
+ velocity_diff_norm = 0.0080689 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38634.8150 24.7146 0.0031
+Compute isostasy and adjust vertical 38634.8151 24.7148 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -184715279548476.94 327366326926567.5
+ def in m -7.9772090911865234 0.70148146152496338
+ dimensionless def -1.85961076191493441E-6 2.27920259748186379E-5
+ Isostatic velocity range = -0.0179997 0.2275488
+ Compute divergence 38635.0156 24.9152 0.2004
+ wsmp_cleanup 38635.0552 24.9548 0.0396
+ Reset surface geometry 38635.0601 24.9598 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 38635.0687 24.9683 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38635.0840 24.9837 0.0154
+ Advect surface 1 38635.0842 24.9838 0.0002
+ removing 1 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38635.2839 25.1835 0.1997
+ removing 3 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38635.5105 25.4101 0.2266
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38635.7807 25.6804 0.2703
+ Advect the cloud 38635.9394 25.8390 0.1587
+ Write output 38636.7995 26.6991 0.8601
+ End of time step 38637.6771 27.5767 0.8776
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 239 38637.6772
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38637.6773 0.0001 0.0001
+ surface 01 38637.6773 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 38637.6774 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 38637.7038 0.0265 0.0264
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38637.7281 0.0509 0.0243
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38637.7527 0.0754 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 38637.7724 0.0952 0.0197
+ S. 2: 16997points
+ refine surface 38637.7725 0.0953 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38637.7969 0.1196 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 38637.8166 0.1394 0.0197
+ S. 3: 16996points
+ refine surface 38637.8167 0.1395 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 38637.8432 0.1660 0.0265
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 38637.8669 0.1897 0.0237
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38637.8915 0.2142 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38637.9177
+ -----------------------------------------------------------------------
+ Create octree solve 38637.9179 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38637.9338 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38637.9555 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38637.9562 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38637.9703 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38638.0925 0.1749 0.1222
+ Imbed surface in osolve 38638.2805 0.3628 0.1879
+ embedding surface 1 38638.2806 0.3629 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 38640.2395 2.3218 1.9589
+ osolve%nleaves= 59424
+ embedding surface 3 38642.3328 4.4151 2.0933
+ osolve%nleaves= 64128
+ Assessing octree stability 38645.8927 7.9751 3.5600
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38645.8976 7.9799 0.0049
+ Interpolate velo onto osolve 38646.3907 8.4730 0.4931
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38646.5035 8.5858 0.1128
+ Find void 38646.7727 8.8550 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 38646.8011 8.8834 0.0284
+ wsmp setup1 38646.8080 8.8903 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38647.8195 9.9018 1.0115
+ -----------------------------------
+ start of non-linear iteratio 1 38647.8655
+ -----------------------------------
+ build system 38647.8657 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38655.7875 7.9220 7.9218
+ =================================
+ wsmp: initialisation time: 0.0580750 s
+ wsmp: ordering time: 4.1515899 s
+ wsmp: symbolic fact. time: 0.7259731 s
+ wsmp: Cholesky fact. time: 11.4010699 s
+ wsmp: Factorisation 14452.3001452 Mflops
+ wsmp: back substitution time: 0.1217589 s
+ wsmp: from b to rhs vector: 0.0068450 s
+ ---------------------------------
+ wsmp: total solve time: 16.4656670 s
+ =================================
+ u : -0.10339E+01 0.18487E+00
+ v : -0.94854E-01 0.11174E+00
+ w : -0.76197E+00 0.24740E+00
+ =================================
+ Calculate pressures 38672.2686 24.4031 16.4811
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 38672.4979 24.6324 0.2293
+ do leaf measurements 38672.4990 24.6335 0.0011
+ compute convergence criterion 38672.5414 24.6759 0.0424
+ velocity_diff_norm = 0.5891391 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38672.5466
+ -----------------------------------
+ build system 38672.5513 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78681E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38680.5317 7.9851 7.9804
+ =================================
+ wsmp: initialisation time: 0.0547209 s
+ wsmp: ordering time: 4.1222639 s
+ wsmp: symbolic fact. time: 0.7193551 s
+ wsmp: Cholesky fact. time: 11.4133818 s
+ wsmp: Factorisation 14436.7100432 Mflops
+ wsmp: back substitution time: 0.1215041 s
+ wsmp: from b to rhs vector: 0.0069592 s
+ ---------------------------------
+ wsmp: total solve time: 16.4385350 s
+ =================================
+ u : -0.10153E+01 0.13759E+00
+ v : -0.48834E-01 0.10215E+00
+ w : -0.76722E+00 0.22691E+00
+ =================================
+ Calculate pressures 38696.9863 24.4396 16.4546
+ raw pressures : -0.12366E+01 0.18064E+00
+ Smoothing pressures 38697.2128 24.6662 0.2266
+ do leaf measurements 38697.2139 24.6673 0.0011
+ compute convergence criterion 38697.2565 24.7099 0.0426
+ velocity_diff_norm = 0.0714384 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38697.2618
+ -----------------------------------
+ build system 38697.2666 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38705.2034 7.9416 7.9369
+ =================================
+ wsmp: initialisation time: 0.0557141 s
+ wsmp: ordering time: 4.1239781 s
+ wsmp: symbolic fact. time: 0.7180679 s
+ wsmp: Cholesky fact. time: 11.4641879 s
+ wsmp: Factorisation 14372.7306182 Mflops
+ wsmp: back substitution time: 0.1216700 s
+ wsmp: from b to rhs vector: 0.0068920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4908621 s
+ =================================
+ u : -0.10172E+01 0.15552E+00
+ v : -0.37368E-01 0.11842E+00
+ w : -0.74683E+00 0.23171E+00
+ =================================
+ Calculate pressures 38721.7095 24.4477 16.5060
+ raw pressures : -0.13729E+01 0.31343E+00
+ Smoothing pressures 38721.9370 24.6752 0.2276
+ do leaf measurements 38721.9381 24.6763 0.0011
+ compute convergence criterion 38721.9806 24.7188 0.0425
+ velocity_diff_norm = 0.0362037 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38721.9858
+ -----------------------------------
+ build system 38721.9905 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38729.9652 7.9794 7.9747
+ =================================
+ wsmp: initialisation time: 0.0558698 s
+ wsmp: ordering time: 4.1264920 s
+ wsmp: symbolic fact. time: 0.7133200 s
+ wsmp: Cholesky fact. time: 11.3814521 s
+ wsmp: Factorisation 14477.2110505 Mflops
+ wsmp: back substitution time: 0.1213560 s
+ wsmp: from b to rhs vector: 0.0069249 s
+ ---------------------------------
+ wsmp: total solve time: 16.4057698 s
+ =================================
+ u : -0.10171E+01 0.17628E+00
+ v : -0.37833E-01 0.12311E+00
+ w : -0.73742E+00 0.22920E+00
+ =================================
+ Calculate pressures 38746.3861 24.4003 16.4209
+ raw pressures : -0.14718E+01 0.35875E+00
+ Smoothing pressures 38746.6158 24.6299 0.2297
+ do leaf measurements 38746.6169 24.6310 0.0011
+ compute convergence criterion 38746.6594 24.6736 0.0425
+ velocity_diff_norm = 0.0158270 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38746.6647
+ -----------------------------------
+ build system 38746.6693 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38754.6884 8.0237 8.0190
+ =================================
+ wsmp: initialisation time: 0.0530181 s
+ wsmp: ordering time: 4.1339009 s
+ wsmp: symbolic fact. time: 0.7173610 s
+ wsmp: Cholesky fact. time: 11.3925540 s
+ wsmp: Factorisation 14463.1031135 Mflops
+ wsmp: back substitution time: 0.1216080 s
+ wsmp: from b to rhs vector: 0.0068710 s
+ ---------------------------------
+ wsmp: total solve time: 16.4256611 s
+ =================================
+ u : -0.10168E+01 0.19407E+00
+ v : -0.40727E-01 0.12553E+00
+ w : -0.73268E+00 0.22821E+00
+ =================================
+ Calculate pressures 38771.1295 24.4649 16.4411
+ raw pressures : -0.15154E+01 0.36635E+00
+ Smoothing pressures 38771.3558 24.6911 0.2263
+ do leaf measurements 38771.3568 24.6922 0.0011
+ compute convergence criterion 38771.3996 24.7349 0.0427
+ velocity_diff_norm = 0.0107530 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38771.4047
+ -----------------------------------
+ build system 38771.4094 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38779.3487 7.9439 7.9393
+ =================================
+ wsmp: initialisation time: 0.0513949 s
+ wsmp: ordering time: 4.1418779 s
+ wsmp: symbolic fact. time: 0.7219419 s
+ wsmp: Cholesky fact. time: 11.4453058 s
+ wsmp: Factorisation 14396.4422100 Mflops
+ wsmp: back substitution time: 0.1219962 s
+ wsmp: from b to rhs vector: 0.0070851 s
+ ---------------------------------
+ wsmp: total solve time: 16.4899499 s
+ =================================
+ u : -0.10165E+01 0.20969E+00
+ v : -0.43116E-01 0.12561E+00
+ w : -0.72812E+00 0.22768E+00
+ =================================
+ Calculate pressures 38795.8538 24.4490 16.5051
+ raw pressures : -0.15371E+01 0.36321E+00
+ Smoothing pressures 38796.0826 24.6779 0.2288
+ do leaf measurements 38796.0837 24.6789 0.0010
+ compute convergence criterion 38796.1263 24.7215 0.0426
+ velocity_diff_norm = 0.0080789 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38796.1294 24.7246 0.0031
+Compute isostasy and adjust vertical 38796.1296 24.7248 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -185161223279953.63 328365601430275.81
+ def in m -7.9875974655151367 0.69595861434936523
+ dimensionless def -1.85980711664472309E-6 2.28217070443289623E-5
+ Isostatic velocity range = -0.0179947 0.2278529
+ Compute divergence 38796.3305 24.9258 0.2010
+ wsmp_cleanup 38796.3670 24.9622 0.0364
+ Reset surface geometry 38796.3721 24.9674 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 38796.3806 24.9759 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38796.3976 24.9928 0.0169
+ Advect surface 1 38796.3977 24.9930 0.0001
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38796.5916 25.1869 0.1939
+ removing 2 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38796.8069 25.4022 0.2153
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38797.0680 25.6633 0.2611
+ Advect the cloud 38797.2264 25.8217 0.1584
+ Write output 38798.0844 26.6797 0.8580
+ End of time step 38798.9690 27.5643 0.8846
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 240 38798.9692
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38798.9692 0.0001 0.0001
+ surface 01 38798.9693 0.0001 0.0000
+ S. 1: 17002points
+ refine surface 38798.9693 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 38798.9953 0.0262 0.0260
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38799.0188 0.0497 0.0235
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38799.0435 0.0744 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 17003points
+ surface 02 38799.0630 0.0938 0.0194
+ S. 2: 16995points
+ refine surface 38799.0631 0.0940 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 38799.0903 0.1211 0.0271
+ S. 2: 5 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 38799.1179 0.1488 0.0277
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38799.1426 0.1735 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 38799.1618 0.1926 0.0192
+ S. 3: 16997points
+ refine surface 38799.1619 0.1928 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38799.1865 0.2173 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38799.2121
+ -----------------------------------------------------------------------
+ Create octree solve 38799.2123 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38799.2282 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38799.2501 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38799.2509 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38799.2650 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38799.3872 0.1751 0.1222
+ Imbed surface in osolve 38799.5772 0.3651 0.1900
+ embedding surface 1 38799.5774 0.3653 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 38801.5343 2.3223 1.9570
+ osolve%nleaves= 59424
+ embedding surface 3 38803.6525 4.4404 2.1181
+ osolve%nleaves= 64128
+ Assessing octree stability 38807.2111 7.9990 3.5586
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38807.2161 8.0040 0.0050
+ Interpolate velo onto osolve 38807.6973 8.4852 0.4812
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38807.8098 8.5978 0.1125
+ Find void 38808.0796 8.8676 0.2698
+ whole leaf in fluid 32992
+ Define boundary conditions 38808.1081 8.8960 0.0284
+ wsmp setup1 38808.1152 8.9031 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38809.1261 9.9140 1.0109
+ -----------------------------------
+ start of non-linear iteratio 1 38809.1722
+ -----------------------------------
+ build system 38809.1723 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38817.0919 7.9197 7.9195
+ =================================
+ wsmp: initialisation time: 0.0568640 s
+ wsmp: ordering time: 4.1326001 s
+ wsmp: symbolic fact. time: 0.7200768 s
+ wsmp: Cholesky fact. time: 11.4147308 s
+ wsmp: Factorisation 14435.0039388 Mflops
+ wsmp: back substitution time: 0.1218700 s
+ wsmp: from b to rhs vector: 0.0069311 s
+ ---------------------------------
+ wsmp: total solve time: 16.4534450 s
+ =================================
+ u : -0.10229E+01 0.18472E+00
+ v : -0.95778E-01 0.11208E+00
+ w : -0.76177E+00 0.24868E+00
+ =================================
+ Calculate pressures 38833.5611 24.3889 16.4692
+ raw pressures : -0.35142E+00 0.00000E+00
+ Smoothing pressures 38833.7892 24.6170 0.2281
+ do leaf measurements 38833.7903 24.6181 0.0011
+ compute convergence criterion 38833.8328 24.6607 0.0425
+ velocity_diff_norm = 0.5894855 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38833.8380
+ -----------------------------------
+ build system 38833.8426 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77672E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38841.8325 7.9945 7.9899
+ =================================
+ wsmp: initialisation time: 0.0533929 s
+ wsmp: ordering time: 4.1279240 s
+ wsmp: symbolic fact. time: 0.7162011 s
+ wsmp: Cholesky fact. time: 11.3742940 s
+ wsmp: Factorisation 14486.3218111 Mflops
+ wsmp: back substitution time: 0.1213510 s
+ wsmp: from b to rhs vector: 0.0071220 s
+ ---------------------------------
+ wsmp: total solve time: 16.4006579 s
+ =================================
+ u : -0.10151E+01 0.13753E+00
+ v : -0.48521E-01 0.10179E+00
+ w : -0.76720E+00 0.22819E+00
+ =================================
+ Calculate pressures 38858.2486 24.4106 16.4161
+ raw pressures : -0.12363E+01 0.17934E+00
+ Smoothing pressures 38858.4755 24.6375 0.2269
+ do leaf measurements 38858.4766 24.6387 0.0011
+ compute convergence criterion 38858.5201 24.6821 0.0435
+ velocity_diff_norm = 0.0714321 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 38858.5253
+ -----------------------------------
+ build system 38858.5299 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38866.4706 7.9453 7.9407
+ =================================
+ wsmp: initialisation time: 0.0506370 s
+ wsmp: ordering time: 4.1263781 s
+ wsmp: symbolic fact. time: 0.7137430 s
+ wsmp: Cholesky fact. time: 11.4493439 s
+ wsmp: Factorisation 14391.3646956 Mflops
+ wsmp: back substitution time: 0.1211801 s
+ wsmp: from b to rhs vector: 0.0070312 s
+ ---------------------------------
+ wsmp: total solve time: 16.4686730 s
+ =================================
+ u : -0.10171E+01 0.15544E+00
+ v : -0.37176E-01 0.11811E+00
+ w : -0.74665E+00 0.23233E+00
+ =================================
+ Calculate pressures 38882.9547 24.4294 16.4841
+ raw pressures : -0.13728E+01 0.31318E+00
+ Smoothing pressures 38883.1822 24.6569 0.2275
+ do leaf measurements 38883.1833 24.6580 0.0011
+ compute convergence criterion 38883.2258 24.7005 0.0425
+ velocity_diff_norm = 0.0362091 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 38883.2310
+ -----------------------------------
+ build system 38883.2355 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38891.1970 7.9660 7.9615
+ =================================
+ wsmp: initialisation time: 0.0514660 s
+ wsmp: ordering time: 4.1142309 s
+ wsmp: symbolic fact. time: 0.7116790 s
+ wsmp: Cholesky fact. time: 11.3790381 s
+ wsmp: Factorisation 14480.2822956 Mflops
+ wsmp: back substitution time: 0.1218400 s
+ wsmp: from b to rhs vector: 0.0069649 s
+ ---------------------------------
+ wsmp: total solve time: 16.3856020 s
+ =================================
+ u : -0.10170E+01 0.17621E+00
+ v : -0.37751E-01 0.12281E+00
+ w : -0.73730E+00 0.22950E+00
+ =================================
+ Calculate pressures 38907.5984 24.3674 16.4014
+ raw pressures : -0.14714E+01 0.35836E+00
+ Smoothing pressures 38907.8272 24.5962 0.2288
+ do leaf measurements 38907.8283 24.5973 0.0011
+ compute convergence criterion 38907.8710 24.6400 0.0427
+ velocity_diff_norm = 0.0158312 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 38907.8762
+ -----------------------------------
+ build system 38907.8807 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38915.9026 8.0265 8.0219
+ =================================
+ wsmp: initialisation time: 0.0536771 s
+ wsmp: ordering time: 4.1261060 s
+ wsmp: symbolic fact. time: 0.7120180 s
+ wsmp: Cholesky fact. time: 11.3954980 s
+ wsmp: Factorisation 14459.3666144 Mflops
+ wsmp: back substitution time: 0.1211979 s
+ wsmp: from b to rhs vector: 0.0069299 s
+ ---------------------------------
+ wsmp: total solve time: 16.4158058 s
+ =================================
+ u : -0.10167E+01 0.19401E+00
+ v : -0.40675E-01 0.12535E+00
+ w : -0.73255E+00 0.22832E+00
+ =================================
+ Calculate pressures 38932.3339 24.4577 16.4313
+ raw pressures : -0.15149E+01 0.36593E+00
+ Smoothing pressures 38932.5603 24.6842 0.2264
+ do leaf measurements 38932.5614 24.6853 0.0011
+ compute convergence criterion 38932.6043 24.7281 0.0429
+ velocity_diff_norm = 0.0107688 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 38932.6098
+ -----------------------------------
+ build system 38932.6143 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38940.5540 7.9442 7.9397
+ =================================
+ wsmp: initialisation time: 0.0547910 s
+ wsmp: ordering time: 4.1331100 s
+ wsmp: symbolic fact. time: 0.7194331 s
+ wsmp: Cholesky fact. time: 11.4622390 s
+ wsmp: Factorisation 14375.1742994 Mflops
+ wsmp: back substitution time: 0.1214919 s
+ wsmp: from b to rhs vector: 0.0071480 s
+ ---------------------------------
+ wsmp: total solve time: 16.4987791 s
+ =================================
+ u : -0.10165E+01 0.20963E+00
+ v : -0.43091E-01 0.12541E+00
+ w : -0.72801E+00 0.22781E+00
+ =================================
+ Calculate pressures 38957.0680 24.4582 16.5140
+ raw pressures : -0.15367E+01 0.36288E+00
+ Smoothing pressures 38957.2962 24.6864 0.2282
+ do leaf measurements 38957.2973 24.6875 0.0011
+ compute convergence criterion 38957.3397 24.7299 0.0424
+ velocity_diff_norm = 0.0080769 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 38957.3426 24.7328 0.0029
+Compute isostasy and adjust vertical 38957.3428 24.7330 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -185595471937592.28 329368018260962.88
+ def in m -7.9981756210327148 0.68720638751983643
+ dimensionless def -1.86203820364815862E-6 2.2851930345807756E-5
+ Isostatic velocity range = -0.0180050 0.2281724
+ Compute divergence 38957.5483 24.9385 0.2055
+ wsmp_cleanup 38957.5873 24.9775 0.0390
+ Reset surface geometry 38957.5918 24.9821 0.0046
+ -----------------------------------------------------------------------
+ Temperature calculations 38957.6004 24.9906 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 38957.6162 25.0064 0.0158
+ Advect surface 1 38957.6164 25.0066 0.0002
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 38957.8174 25.2076 0.2011
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 38958.0246 25.4148 0.2072
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 38958.2889 25.6791 0.2643
+ Advect the cloud 38958.4460 25.8362 0.1571
+ Write output 38959.3059 26.6961 0.8599
+ End of time step 38960.1869 27.5771 0.8810
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 241 38960.1871
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 38960.1871 0.0001 0.0001
+ surface 01 38960.1872 0.0001 0.0000
+ S. 1: 17002points
+ refine surface 38960.1872 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 38960.2140 0.0270 0.0268
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 38960.2370 0.0499 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 38960.2625 0.0754 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 17003points
+ surface 02 38960.2812 0.0941 0.0187
+ S. 2: 16997points
+ refine surface 38960.2814 0.0943 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 38960.3077 0.1206 0.0264
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 38960.3308 0.1438 0.0231
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 38960.3554 0.1683 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 38960.3752 0.1881 0.0198
+ S. 3: 16996points
+ refine surface 38960.3753 0.1883 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 38960.3996 0.2125 0.0243
+ S. 3: 0 flips in delaunay2
+ S. 3: 16996points
+ -----------------------------------------------------------------------
+ Start of iteration 1 38960.4257
+ -----------------------------------------------------------------------
+ Create octree solve 38960.4259 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 38960.4418 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 38960.4635 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 38960.4642 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 38960.4784 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 38960.6006 0.1749 0.1222
+ Imbed surface in osolve 38960.7877 0.3620 0.1871
+ embedding surface 1 38960.7878 0.3622 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 38962.7485 2.3228 1.9607
+ osolve%nleaves= 59424
+ embedding surface 3 38964.8562 4.4305 2.1077
+ osolve%nleaves= 64128
+ Assessing octree stability 38968.4061 7.9804 3.5499
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 38968.4113 7.9856 0.0052
+ Interpolate velo onto osolve 38968.8769 8.4512 0.4656
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 38968.9843 8.5586 0.1074
+ Find void 38969.2545 8.8288 0.2702
+ whole leaf in fluid 32992
+ Define boundary conditions 38969.2830 8.8573 0.0285
+ wsmp setup1 38969.2906 8.8649 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 38970.3008 9.8751 1.0102
+ -----------------------------------
+ start of non-linear iteratio 1 38970.3466
+ -----------------------------------
+ build system 38970.3467 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 38978.2579 7.9113 7.9111
+ =================================
+ wsmp: initialisation time: 0.0562940 s
+ wsmp: ordering time: 4.1332932 s
+ wsmp: symbolic fact. time: 0.7187731 s
+ wsmp: Cholesky fact. time: 11.4358962 s
+ wsmp: Factorisation 14408.2878679 Mflops
+ wsmp: back substitution time: 0.1215789 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.4733930 s
+ =================================
+ u : -0.10257E+01 0.18468E+00
+ v : -0.94775E-01 0.11089E+00
+ w : -0.76181E+00 0.24791E+00
+ =================================
+ Calculate pressures 38994.7466 24.4001 16.4888
+ raw pressures : -0.35104E+00 0.00000E+00
+ Smoothing pressures 38994.9736 24.6270 0.2270
+ do leaf measurements 38994.9747 24.6282 0.0011
+ compute convergence criterion 38995.0168 24.6703 0.0421
+ velocity_diff_norm = 0.5888386 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 38995.0220
+ -----------------------------------
+ build system 38995.0266 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78573E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39003.0272 8.0053 8.0007
+ =================================
+ wsmp: initialisation time: 0.0509410 s
+ wsmp: ordering time: 4.1222918 s
+ wsmp: symbolic fact. time: 0.7159290 s
+ wsmp: Cholesky fact. time: 11.3842721 s
+ wsmp: Factorisation 14473.6248790 Mflops
+ wsmp: back substitution time: 0.1211481 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.4021480 s
+ =================================
+ u : -0.10150E+01 0.13737E+00
+ v : -0.48685E-01 0.10218E+00
+ w : -0.76716E+00 0.22744E+00
+ =================================
+ Calculate pressures 39019.4450 24.4231 16.4178
+ raw pressures : -0.12365E+01 0.17939E+00
+ Smoothing pressures 39019.6697 24.6478 0.2247
+ do leaf measurements 39019.6709 24.6490 0.0012
+ compute convergence criterion 39019.7134 24.6914 0.0425
+ velocity_diff_norm = 0.0709640 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39019.7186
+ -----------------------------------
+ build system 39019.7233 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39027.6724 7.9538 7.9491
+ =================================
+ wsmp: initialisation time: 0.0507319 s
+ wsmp: ordering time: 4.1090970 s
+ wsmp: symbolic fact. time: 0.7170870 s
+ wsmp: Cholesky fact. time: 11.4436650 s
+ wsmp: Factorisation 14398.5063769 Mflops
+ wsmp: back substitution time: 0.1209781 s
+ wsmp: from b to rhs vector: 0.0071681 s
+ ---------------------------------
+ wsmp: total solve time: 16.4491541 s
+ =================================
+ u : -0.10169E+01 0.15530E+00
+ v : -0.37270E-01 0.11843E+00
+ w : -0.74672E+00 0.23189E+00
+ =================================
+ Calculate pressures 39044.1371 24.4185 16.4647
+ raw pressures : -0.13721E+01 0.31286E+00
+ Smoothing pressures 39044.3625 24.6439 0.2254
+ do leaf measurements 39044.3636 24.6451 0.0011
+ compute convergence criterion 39044.4057 24.6871 0.0421
+ velocity_diff_norm = 0.0361948 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39044.4108
+ -----------------------------------
+ build system 39044.4155 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39052.3678 7.9570 7.9524
+ =================================
+ wsmp: initialisation time: 0.0536261 s
+ wsmp: ordering time: 4.1562648 s
+ wsmp: symbolic fact. time: 0.7181871 s
+ wsmp: Cholesky fact. time: 11.3781428 s
+ wsmp: Factorisation 14481.4216417 Mflops
+ wsmp: back substitution time: 0.1218681 s
+ wsmp: from b to rhs vector: 0.0070422 s
+ ---------------------------------
+ wsmp: total solve time: 16.4355130 s
+ =================================
+ u : -0.10169E+01 0.17609E+00
+ v : -0.37772E-01 0.12305E+00
+ w : -0.73733E+00 0.22930E+00
+ =================================
+ Calculate pressures 39068.8193 24.4085 16.4515
+ raw pressures : -0.14708E+01 0.35819E+00
+ Smoothing pressures 39069.0459 24.6351 0.2266
+ do leaf measurements 39069.0470 24.6362 0.0011
+ compute convergence criterion 39069.0891 24.6783 0.0421
+ velocity_diff_norm = 0.0158391 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39069.0942
+ -----------------------------------
+ build system 39069.0989 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39077.1168 8.0226 8.0180
+ =================================
+ wsmp: initialisation time: 0.0541649 s
+ wsmp: ordering time: 4.1328490 s
+ wsmp: symbolic fact. time: 0.7119029 s
+ wsmp: Cholesky fact. time: 11.3831892 s
+ wsmp: Factorisation 14475.0017733 Mflops
+ wsmp: back substitution time: 0.1211782 s
+ wsmp: from b to rhs vector: 0.0071559 s
+ ---------------------------------
+ wsmp: total solve time: 16.4108520 s
+ =================================
+ u : -0.10167E+01 0.19386E+00
+ v : -0.40654E-01 0.12557E+00
+ w : -0.73263E+00 0.22833E+00
+ =================================
+ Calculate pressures 39093.5432 24.4490 16.4264
+ raw pressures : -0.15144E+01 0.36575E+00
+ Smoothing pressures 39093.7668 24.6726 0.2236
+ do leaf measurements 39093.7680 24.6737 0.0011
+ compute convergence criterion 39093.8101 24.7159 0.0421
+ velocity_diff_norm = 0.0107410 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39093.8152
+ -----------------------------------
+ build system 39093.8198 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39101.7586 7.9434 7.9388
+ =================================
+ wsmp: initialisation time: 0.0524480 s
+ wsmp: ordering time: 4.1388750 s
+ wsmp: symbolic fact. time: 0.7114859 s
+ wsmp: Cholesky fact. time: 11.4733529 s
+ wsmp: Factorisation 14361.2495127 Mflops
+ wsmp: back substitution time: 0.1214080 s
+ wsmp: from b to rhs vector: 0.0069840 s
+ ---------------------------------
+ wsmp: total solve time: 16.5049360 s
+ =================================
+ u : -0.10166E+01 0.20947E+00
+ v : -0.43045E-01 0.12561E+00
+ w : -0.72807E+00 0.22777E+00
+ =================================
+ Calculate pressures 39118.2796 24.4644 16.5210
+ raw pressures : -0.15363E+01 0.36284E+00
+ Smoothing pressures 39118.5053 24.6901 0.2257
+ do leaf measurements 39118.5064 24.6912 0.0010
+ compute convergence criterion 39118.5486 24.7334 0.0422
+ velocity_diff_norm = 0.0080731 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39118.5519 24.7367 0.0033
+Compute isostasy and adjust vertical 39118.5520 24.7368 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -186015616668064. 330378444949635.81
+ def in m -7.9987177848815918 0.68583059310913086
+ dimensionless def -1.86347995485578274E-6 2.28534793853759758E-5
+ Isostatic velocity range = -0.0180125 0.2281978
+ Compute divergence 39118.7549 24.9397 0.2029
+ wsmp_cleanup 39118.7922 24.9770 0.0373
+ Reset surface geometry 39118.7971 24.9819 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 39118.8053 24.9901 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39118.8220 25.0068 0.0167
+ Advect surface 1 39118.8221 25.0069 0.0002
+ removing 2 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39119.0300 25.2148 0.2079
+ removing 2 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39119.2453 25.4301 0.2153
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39119.5087 25.6935 0.2634
+ Advect the cloud 39119.6675 25.8523 0.1588
+ Write output 39120.5345 26.7193 0.8670
+ End of time step 39121.4312 27.6160 0.8967
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 242 39121.4313
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39121.4314 0.0001 0.0001
+ surface 01 39121.4314 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 39121.4315 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39121.4570 0.0257 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 39121.4750 0.0437 0.0180
+ S. 2: 16996points
+ refine surface 39121.4751 0.0438 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 39121.5031 0.0718 0.0280
+ S. 2: 8 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 39121.5300 0.0987 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39121.5550 0.1237 0.0250
+ S. 2: 0 flips in delaunay2
+ S. 2: 17000points
+ surface 03 39121.5734 0.1421 0.0184
+ S. 3: 16995points
+ refine surface 39121.5736 0.1423 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 39121.6001 0.1688 0.0265
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 39121.6274 0.1961 0.0273
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39121.6530 0.2217 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39121.6779
+ -----------------------------------------------------------------------
+ Create octree solve 39121.6781 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39121.6940 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39121.7156 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39121.7164 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39121.7305 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39121.8527 0.1748 0.1222
+ Imbed surface in osolve 39122.0403 0.3624 0.1876
+ embedding surface 1 39122.0405 0.3626 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 39123.9991 2.3212 1.9586
+ osolve%nleaves= 59424
+ embedding surface 3 39126.1145 4.4366 2.1154
+ osolve%nleaves= 64128
+ Assessing octree stability 39129.6736 7.9957 3.5591
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39129.6787 8.0009 0.0052
+ Interpolate velo onto osolve 39130.1458 8.4679 0.4671
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39130.2681 8.5902 0.1223
+ Find void 39130.5394 8.8615 0.2713
+ whole leaf in fluid 32992
+ Define boundary conditions 39130.5678 8.8900 0.0285
+ wsmp setup1 39130.5756 8.8977 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39131.5837 9.9058 1.0081
+ -----------------------------------
+ start of non-linear iteratio 1 39131.6286
+ -----------------------------------
+ build system 39131.6287 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39139.5618 7.9333 7.9331
+ =================================
+ wsmp: initialisation time: 0.0538239 s
+ wsmp: ordering time: 4.1578331 s
+ wsmp: symbolic fact. time: 0.7215228 s
+ wsmp: Cholesky fact. time: 11.4453540 s
+ wsmp: Factorisation 14396.3816317 Mflops
+ wsmp: back substitution time: 0.1216328 s
+ wsmp: from b to rhs vector: 0.0072510 s
+ ---------------------------------
+ wsmp: total solve time: 16.5078139 s
+ =================================
+ u : -0.10164E+01 0.18435E+00
+ v : -0.95542E-01 0.11156E+00
+ w : -0.76185E+00 0.24758E+00
+ =================================
+ Calculate pressures 39156.0855 24.4569 16.5237
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 39156.3124 24.6838 0.2269
+ do leaf measurements 39156.3135 24.6849 0.0011
+ compute convergence criterion 39156.3552 24.7266 0.0417
+ velocity_diff_norm = 0.5886135 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39156.3605
+ -----------------------------------
+ build system 39156.3651 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78356E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39164.3790 8.0186 8.0139
+ =================================
+ wsmp: initialisation time: 0.0516260 s
+ wsmp: ordering time: 4.1320570 s
+ wsmp: symbolic fact. time: 0.7214749 s
+ wsmp: Cholesky fact. time: 11.3798270 s
+ wsmp: Factorisation 14479.2784239 Mflops
+ wsmp: back substitution time: 0.1212521 s
+ wsmp: from b to rhs vector: 0.0074990 s
+ ---------------------------------
+ wsmp: total solve time: 16.4141450 s
+ =================================
+ u : -0.10152E+01 0.13715E+00
+ v : -0.48756E-01 0.10215E+00
+ w : -0.76721E+00 0.22737E+00
+ =================================
+ Calculate pressures 39180.8087 24.4482 16.4297
+ raw pressures : -0.12360E+01 0.17990E+00
+ Smoothing pressures 39181.0331 24.6726 0.2244
+ do leaf measurements 39181.0342 24.6737 0.0011
+ compute convergence criterion 39181.0762 24.7157 0.0420
+ velocity_diff_norm = 0.0711275 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39181.0816
+ -----------------------------------
+ build system 39181.0864 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39189.0502 7.9686 7.9639
+ =================================
+ wsmp: initialisation time: 0.0523770 s
+ wsmp: ordering time: 4.1251779 s
+ wsmp: symbolic fact. time: 0.7227809 s
+ wsmp: Cholesky fact. time: 11.4196510 s
+ wsmp: Factorisation 14428.7845067 Mflops
+ wsmp: back substitution time: 0.1214571 s
+ wsmp: from b to rhs vector: 0.0072520 s
+ ---------------------------------
+ wsmp: total solve time: 16.4491079 s
+ =================================
+ u : -0.10171E+01 0.15516E+00
+ v : -0.37398E-01 0.11836E+00
+ w : -0.74656E+00 0.23189E+00
+ =================================
+ Calculate pressures 39205.5152 24.4335 16.4650
+ raw pressures : -0.13721E+01 0.31275E+00
+ Smoothing pressures 39205.7403 24.6586 0.2251
+ do leaf measurements 39205.7414 24.6598 0.0011
+ compute convergence criterion 39205.7830 24.7014 0.0416
+ velocity_diff_norm = 0.0361201 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39205.7884
+ -----------------------------------
+ build system 39205.7930 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39213.7311 7.9427 7.9380
+ =================================
+ wsmp: initialisation time: 0.0531151 s
+ wsmp: ordering time: 4.1268380 s
+ wsmp: symbolic fact. time: 0.7231350 s
+ wsmp: Cholesky fact. time: 11.3874841 s
+ wsmp: Factorisation 14469.5424213 Mflops
+ wsmp: back substitution time: 0.1223350 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4205651 s
+ =================================
+ u : -0.10170E+01 0.17598E+00
+ v : -0.37846E-01 0.12300E+00
+ w : -0.73720E+00 0.22938E+00
+ =================================
+ Calculate pressures 39230.1672 24.3788 16.4361
+ raw pressures : -0.14710E+01 0.35803E+00
+ Smoothing pressures 39230.3950 24.6067 0.2278
+ do leaf measurements 39230.3961 24.6078 0.0011
+ compute convergence criterion 39230.4378 24.6494 0.0417
+ velocity_diff_norm = 0.0158940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39230.4431
+ -----------------------------------
+ build system 39230.4478 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39238.4590 8.0159 8.0112
+ =================================
+ wsmp: initialisation time: 0.0546930 s
+ wsmp: ordering time: 4.1348691 s
+ wsmp: symbolic fact. time: 0.7213850 s
+ wsmp: Cholesky fact. time: 11.3939009 s
+ wsmp: Factorisation 14461.3934891 Mflops
+ wsmp: back substitution time: 0.1215749 s
+ wsmp: from b to rhs vector: 0.0072911 s
+ ---------------------------------
+ wsmp: total solve time: 16.4341409 s
+ =================================
+ u : -0.10168E+01 0.19378E+00
+ v : -0.40728E-01 0.12549E+00
+ w : -0.73250E+00 0.22828E+00
+ =================================
+ Calculate pressures 39254.9089 24.4657 16.4499
+ raw pressures : -0.15143E+01 0.36545E+00
+ Smoothing pressures 39255.1338 24.6906 0.2249
+ do leaf measurements 39255.1348 24.6917 0.0011
+ compute convergence criterion 39255.1765 24.7334 0.0417
+ velocity_diff_norm = 0.0107369 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39255.1818
+ -----------------------------------
+ build system 39255.1865 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39263.1260 7.9441 7.9395
+ =================================
+ wsmp: initialisation time: 0.0534401 s
+ wsmp: ordering time: 4.1361880 s
+ wsmp: symbolic fact. time: 0.7146401 s
+ wsmp: Cholesky fact. time: 11.4623492 s
+ wsmp: Factorisation 14375.0361587 Mflops
+ wsmp: back substitution time: 0.1212449 s
+ wsmp: from b to rhs vector: 0.0072780 s
+ ---------------------------------
+ wsmp: total solve time: 16.4955289 s
+ =================================
+ u : -0.10166E+01 0.20941E+00
+ v : -0.43130E-01 0.12556E+00
+ w : -0.72795E+00 0.22777E+00
+ =================================
+ Calculate pressures 39279.6370 24.4551 16.5110
+ raw pressures : -0.15359E+01 0.36235E+00
+ Smoothing pressures 39279.8630 24.6811 0.2260
+ do leaf measurements 39279.8641 24.6822 0.0011
+ compute convergence criterion 39279.9057 24.7238 0.0416
+ velocity_diff_norm = 0.0080744 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39279.9089 24.7270 0.0032
+Compute isostasy and adjust vertical 39279.9090 24.7272 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -186427761797082.09 331390241274501.31
+ def in m -8.0008058547973633 0.68409872055053711
+ dimensionless def -1.86436465808323455E-6 2.28594452994210407E-5
+ Isostatic velocity range = -0.0180178 0.2282609
+ Compute divergence 39280.1199 24.9381 0.2109
+ wsmp_cleanup 39280.1560 24.9742 0.0361
+ Reset surface geometry 39280.1611 24.9793 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 39280.1697 24.9878 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39280.1868 25.0049 0.0171
+ Advect surface 1 39280.1869 25.0051 0.0002
+ removing 2 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39280.4005 25.2187 0.2136
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39280.6154 25.4335 0.2149
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39280.8693 25.6874 0.2539
+ Advect the cloud 39281.0277 25.8459 0.1585
+ Write output 39281.8930 26.7112 0.8653
+ End of time step 39282.7770 27.5951 0.8840
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 243 39282.7771
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39282.7772 0.0001 0.0001
+ surface 01 39282.7772 0.0001 0.0000
+ S. 1: 16999points
+ refine surface 39282.7773 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 39282.8042 0.0271 0.0269
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 39282.8274 0.0502 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39282.8529 0.0757 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 39282.8716 0.0944 0.0187
+ S. 2: 16998points
+ refine surface 39282.8717 0.0946 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39282.8971 0.1200 0.0254
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 39282.9160 0.1389 0.0189
+ S. 3: 16997points
+ refine surface 39282.9161 0.1390 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39282.9414 0.1643 0.0253
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39282.9667
+ -----------------------------------------------------------------------
+ Create octree solve 39282.9669 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39282.9828 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39283.0044 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39283.0051 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39283.0193 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39283.1415 0.1748 0.1222
+ Imbed surface in osolve 39283.3260 0.3593 0.1846
+ embedding surface 1 39283.3262 0.3595 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 39285.3027 2.3360 1.9765
+ osolve%nleaves= 59424
+ embedding surface 3 39287.4172 4.4505 2.1145
+ osolve%nleaves= 64128
+ Assessing octree stability 39290.9642 7.9975 3.5470
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39290.9693 8.0026 0.0051
+ Interpolate velo onto osolve 39291.4535 8.4868 0.4841
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39291.5235 8.5568 0.0700
+ Find void 39291.7939 8.8272 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 39291.8221 8.8554 0.0282
+ wsmp setup1 39291.8295 8.8628 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39292.8368 9.8701 1.0073
+ -----------------------------------
+ start of non-linear iteratio 1 39292.8827
+ -----------------------------------
+ build system 39292.8829 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39300.8137 7.9310 7.9308
+ =================================
+ wsmp: initialisation time: 0.0554569 s
+ wsmp: ordering time: 4.1416142 s
+ wsmp: symbolic fact. time: 0.7207019 s
+ wsmp: Cholesky fact. time: 11.4574060 s
+ wsmp: Factorisation 14381.2380605 Mflops
+ wsmp: back substitution time: 0.1211960 s
+ wsmp: from b to rhs vector: 0.0070100 s
+ ---------------------------------
+ wsmp: total solve time: 16.5037549 s
+ =================================
+ u : -0.10146E+01 0.18351E+00
+ v : -0.94536E-01 0.11067E+00
+ w : -0.76163E+00 0.24698E+00
+ =================================
+ Calculate pressures 39317.3336 24.4509 16.5199
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 39317.5600 24.6773 0.2264
+ do leaf measurements 39317.5611 24.6784 0.0011
+ compute convergence criterion 39317.6033 24.7206 0.0421
+ velocity_diff_norm = 0.5889004 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39317.6084
+ -----------------------------------
+ build system 39317.6131 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79246E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39325.6294 8.0209 8.0163
+ =================================
+ wsmp: initialisation time: 0.0520101 s
+ wsmp: ordering time: 4.1307709 s
+ wsmp: symbolic fact. time: 0.7122121 s
+ wsmp: Cholesky fact. time: 11.3889070 s
+ wsmp: Factorisation 14467.7346576 Mflops
+ wsmp: back substitution time: 0.1209290 s
+ wsmp: from b to rhs vector: 0.0071251 s
+ ---------------------------------
+ wsmp: total solve time: 16.4123268 s
+ =================================
+ u : -0.10153E+01 0.13646E+00
+ v : -0.48590E-01 0.10208E+00
+ w : -0.76697E+00 0.22687E+00
+ =================================
+ Calculate pressures 39342.0576 24.4492 16.4282
+ raw pressures : -0.12348E+01 0.17856E+00
+ Smoothing pressures 39342.2837 24.6752 0.2261
+ do leaf measurements 39342.2848 24.6764 0.0011
+ compute convergence criterion 39342.3274 24.7190 0.0426
+ velocity_diff_norm = 0.0710613 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39342.3327
+ -----------------------------------
+ build system 39342.3374 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39350.3107 7.9780 7.9734
+ =================================
+ wsmp: initialisation time: 0.0516491 s
+ wsmp: ordering time: 4.1266861 s
+ wsmp: symbolic fact. time: 0.7131910 s
+ wsmp: Cholesky fact. time: 11.4033730 s
+ wsmp: Factorisation 14449.3812341 Mflops
+ wsmp: back substitution time: 0.1208401 s
+ wsmp: from b to rhs vector: 0.0070732 s
+ ---------------------------------
+ wsmp: total solve time: 16.4231849 s
+ =================================
+ u : -0.10173E+01 0.15474E+00
+ v : -0.37230E-01 0.11828E+00
+ w : -0.74617E+00 0.23178E+00
+ =================================
+ Calculate pressures 39366.7496 24.4170 16.4389
+ raw pressures : -0.13708E+01 0.31174E+00
+ Smoothing pressures 39366.9762 24.6435 0.2266
+ do leaf measurements 39366.9773 24.6446 0.0011
+ compute convergence criterion 39367.0198 24.6871 0.0425
+ velocity_diff_norm = 0.0361015 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39367.0250
+ -----------------------------------
+ build system 39367.0296 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39374.9677 7.9427 7.9381
+ =================================
+ wsmp: initialisation time: 0.0513661 s
+ wsmp: ordering time: 4.1388681 s
+ wsmp: symbolic fact. time: 0.7190390 s
+ wsmp: Cholesky fact. time: 11.3861730 s
+ wsmp: Factorisation 14471.2085204 Mflops
+ wsmp: back substitution time: 0.1216061 s
+ wsmp: from b to rhs vector: 0.0070579 s
+ ---------------------------------
+ wsmp: total solve time: 16.4244750 s
+ =================================
+ u : -0.10171E+01 0.17566E+00
+ v : -0.37814E-01 0.12289E+00
+ w : -0.73691E+00 0.22932E+00
+ =================================
+ Calculate pressures 39391.4079 24.3829 16.4402
+ raw pressures : -0.14696E+01 0.35682E+00
+ Smoothing pressures 39391.6365 24.6115 0.2286
+ do leaf measurements 39391.6376 24.6126 0.0011
+ compute convergence criterion 39391.6798 24.6548 0.0422
+ velocity_diff_norm = 0.0158745 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39391.6850
+ -----------------------------------
+ build system 39391.6896 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39399.6764 7.9914 7.9868
+ =================================
+ wsmp: initialisation time: 0.0517821 s
+ wsmp: ordering time: 4.1264939 s
+ wsmp: symbolic fact. time: 0.7116559 s
+ wsmp: Cholesky fact. time: 11.3879120 s
+ wsmp: Factorisation 14468.9986513 Mflops
+ wsmp: back substitution time: 0.1207719 s
+ wsmp: from b to rhs vector: 0.0071189 s
+ ---------------------------------
+ wsmp: total solve time: 16.4061120 s
+ =================================
+ u : -0.10169E+01 0.19352E+00
+ v : -0.40706E-01 0.12541E+00
+ w : -0.73228E+00 0.22827E+00
+ =================================
+ Calculate pressures 39416.0983 24.4133 16.4219
+ raw pressures : -0.15130E+01 0.36445E+00
+ Smoothing pressures 39416.3247 24.6397 0.2264
+ do leaf measurements 39416.3259 24.6409 0.0011
+ compute convergence criterion 39416.3684 24.6834 0.0426
+ velocity_diff_norm = 0.0107239 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39416.3736
+ -----------------------------------
+ build system 39416.3784 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39424.3182 7.9446 7.9398
+ =================================
+ wsmp: initialisation time: 0.0558519 s
+ wsmp: ordering time: 4.1429839 s
+ wsmp: symbolic fact. time: 0.7129531 s
+ wsmp: Cholesky fact. time: 11.4599669 s
+ wsmp: Factorisation 14378.0244168 Mflops
+ wsmp: back substitution time: 0.1211550 s
+ wsmp: from b to rhs vector: 0.0071361 s
+ ---------------------------------
+ wsmp: total solve time: 16.5004401 s
+ =================================
+ u : -0.10167E+01 0.20915E+00
+ v : -0.43116E-01 0.12552E+00
+ w : -0.72778E+00 0.22776E+00
+ =================================
+ Calculate pressures 39440.8333 24.4598 16.5151
+ raw pressures : -0.15347E+01 0.36153E+00
+ Smoothing pressures 39441.0617 24.6881 0.2284
+ do leaf measurements 39441.0628 24.6893 0.0011
+ compute convergence criterion 39441.1049 24.7313 0.0421
+ velocity_diff_norm = 0.0080698 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39441.1080 24.7344 0.0031
+Compute isostasy and adjust vertical 39441.1081 24.7346 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -186832404024522.34 332399329127807.31
+ def in m -8.000910758972168 0.68340057134628296
+ dimensionless def -1.86770473207746237E-6 2.28597450256347648E-5
+ Isostatic velocity range = -0.0180585 0.2282721
+ Compute divergence 39441.3108 24.9372 0.2026
+ wsmp_cleanup 39441.3516 24.9781 0.0409
+ Reset surface geometry 39441.3573 24.9837 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 39441.3655 24.9920 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39441.3798 25.0062 0.0142
+ Advect surface 1 39441.3799 25.0063 0.0001
+ removing 3 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39441.6029 25.2293 0.2230
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39441.8185 25.4449 0.2156
+ removing 3 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39442.0999 25.7263 0.2814
+ Advect the cloud 39442.2594 25.8858 0.1595
+ Write output 39443.1187 26.7452 0.8593
+ End of time step 39444.0006 27.6270 0.8818
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 244 39444.0007
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39444.0008 0.0001 0.0001
+ surface 01 39444.0008 0.0001 0.0000
+ S. 1: 16997points
+ refine surface 39444.0009 0.0001 0.0000
+ S. 1: 5 added ptcls in refine_surface
+ check delaunay 39444.0295 0.0287 0.0286
+ S. 1: 10 flips in delaunay2
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 39444.0568 0.0561 0.0274
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39444.0818 0.0811 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 39444.1002 0.0995 0.0184
+ S. 2: 16996points
+ refine surface 39444.1003 0.0996 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39444.1249 0.1242 0.0246
+ S. 2: 0 flips in delaunay2
+ S. 2: 16996points
+ surface 03 39444.1434 0.1427 0.0185
+ S. 3: 16994points
+ refine surface 39444.1436 0.1429 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39444.1682 0.1675 0.0247
+ S. 3: 0 flips in delaunay2
+ S. 3: 16994points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39444.1931
+ -----------------------------------------------------------------------
+ Create octree solve 39444.1934 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39444.2092 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39444.2308 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39444.2316 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39444.2458 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39444.3679 0.1747 0.1221
+ Imbed surface in osolve 39444.5527 0.3595 0.1848
+ embedding surface 1 39444.5528 0.3597 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 39446.5099 2.3168 1.9571
+ osolve%nleaves= 59424
+ embedding surface 3 39448.6044 4.4113 2.0945
+ osolve%nleaves= 64128
+ Assessing octree stability 39452.1166 7.9235 3.5122
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39452.1213 7.9282 0.0047
+ Interpolate velo onto osolve 39452.5586 8.3655 0.4373
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39452.7623 8.5691 0.2037
+ Find void 39453.0354 8.8423 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 39453.0640 8.8709 0.0286
+ wsmp setup1 39453.0714 8.8782 0.0073
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39454.0791 9.8860 1.0077
+ -----------------------------------
+ start of non-linear iteratio 1 39454.1253
+ -----------------------------------
+ build system 39454.1255 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39462.0476 7.9223 7.9221
+ =================================
+ wsmp: initialisation time: 0.0567100 s
+ wsmp: ordering time: 4.1447301 s
+ wsmp: symbolic fact. time: 0.7141879 s
+ wsmp: Cholesky fact. time: 11.4655020 s
+ wsmp: Factorisation 14371.0832316 Mflops
+ wsmp: back substitution time: 0.1211500 s
+ wsmp: from b to rhs vector: 0.0071869 s
+ ---------------------------------
+ wsmp: total solve time: 16.5098510 s
+ =================================
+ u : -0.10391E+01 0.18423E+00
+ v : -0.95442E-01 0.11180E+00
+ w : -0.76152E+00 0.24752E+00
+ =================================
+ Calculate pressures 39478.5729 24.4476 16.5253
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 39478.7985 24.6732 0.2256
+ do leaf measurements 39478.7996 24.6743 0.0011
+ compute convergence criterion 39478.8414 24.7161 0.0418
+ velocity_diff_norm = 0.5896685 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39478.8468
+ -----------------------------------
+ build system 39478.8514 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78326E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39486.8519 8.0051 8.0005
+ =================================
+ wsmp: initialisation time: 0.0546682 s
+ wsmp: ordering time: 4.1367440 s
+ wsmp: symbolic fact. time: 0.7167668 s
+ wsmp: Cholesky fact. time: 11.3699400 s
+ wsmp: Factorisation 14491.8691971 Mflops
+ wsmp: back substitution time: 0.1213660 s
+ wsmp: from b to rhs vector: 0.0072379 s
+ ---------------------------------
+ wsmp: total solve time: 16.4071081 s
+ =================================
+ u : -0.10152E+01 0.13688E+00
+ v : -0.48802E-01 0.10137E+00
+ w : -0.76716E+00 0.22700E+00
+ =================================
+ Calculate pressures 39503.2743 24.4275 16.4224
+ raw pressures : -0.12358E+01 0.17986E+00
+ Smoothing pressures 39503.4991 24.6523 0.2248
+ do leaf measurements 39503.5002 24.6534 0.0011
+ compute convergence criterion 39503.5424 24.6956 0.0422
+ velocity_diff_norm = 0.0716640 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39503.5478
+ -----------------------------------
+ build system 39503.5525 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39511.5414 7.9936 7.9889
+ =================================
+ wsmp: initialisation time: 0.0522220 s
+ wsmp: ordering time: 4.1157510 s
+ wsmp: symbolic fact. time: 0.7156270 s
+ wsmp: Cholesky fact. time: 11.3912878 s
+ wsmp: Factorisation 14464.7108137 Mflops
+ wsmp: back substitution time: 0.1211591 s
+ wsmp: from b to rhs vector: 0.0072329 s
+ ---------------------------------
+ wsmp: total solve time: 16.4036820 s
+ =================================
+ u : -0.10173E+01 0.15503E+00
+ v : -0.37264E-01 0.11796E+00
+ w : -0.74622E+00 0.23170E+00
+ =================================
+ Calculate pressures 39527.9607 24.4129 16.4193
+ raw pressures : -0.13714E+01 0.31238E+00
+ Smoothing pressures 39528.1847 24.6369 0.2240
+ do leaf measurements 39528.1858 24.6380 0.0011
+ compute convergence criterion 39528.2278 24.6800 0.0420
+ velocity_diff_norm = 0.0361079 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39528.2330
+ -----------------------------------
+ build system 39528.2376 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39536.1733 7.9403 7.9357
+ =================================
+ wsmp: initialisation time: 0.0541520 s
+ wsmp: ordering time: 4.1560738 s
+ wsmp: symbolic fact. time: 0.7159021 s
+ wsmp: Cholesky fact. time: 11.3973079 s
+ wsmp: Factorisation 14457.0705393 Mflops
+ wsmp: back substitution time: 0.1220310 s
+ wsmp: from b to rhs vector: 0.0072248 s
+ ---------------------------------
+ wsmp: total solve time: 16.4530609 s
+ =================================
+ u : -0.10171E+01 0.17595E+00
+ v : -0.37890E-01 0.12277E+00
+ w : -0.73697E+00 0.22920E+00
+ =================================
+ Calculate pressures 39552.6422 24.4092 16.4689
+ raw pressures : -0.14705E+01 0.35792E+00
+ Smoothing pressures 39552.8690 24.6360 0.2268
+ do leaf measurements 39552.8701 24.6371 0.0011
+ compute convergence criterion 39552.9120 24.6790 0.0419
+ velocity_diff_norm = 0.0157827 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39552.9174
+ -----------------------------------
+ build system 39552.9220 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39560.8978 7.9804 7.9757
+ =================================
+ wsmp: initialisation time: 0.0517719 s
+ wsmp: ordering time: 4.1257350 s
+ wsmp: symbolic fact. time: 0.7170789 s
+ wsmp: Cholesky fact. time: 11.3814340 s
+ wsmp: Factorisation 14477.2340989 Mflops
+ wsmp: back substitution time: 0.1215141 s
+ wsmp: from b to rhs vector: 0.0072231 s
+ ---------------------------------
+ wsmp: total solve time: 16.4051459 s
+ =================================
+ u : -0.10169E+01 0.19378E+00
+ v : -0.40756E-01 0.12534E+00
+ w : -0.73236E+00 0.22821E+00
+ =================================
+ Calculate pressures 39577.3187 24.4013 16.4209
+ raw pressures : -0.15139E+01 0.36533E+00
+ Smoothing pressures 39577.5430 24.6256 0.2243
+ do leaf measurements 39577.5442 24.6268 0.0011
+ compute convergence criterion 39577.5864 24.6690 0.0422
+ velocity_diff_norm = 0.0107691 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39577.5918
+ -----------------------------------
+ build system 39577.5965 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39585.5323 7.9405 7.9358
+ =================================
+ wsmp: initialisation time: 0.0534120 s
+ wsmp: ordering time: 4.1244230 s
+ wsmp: symbolic fact. time: 0.7127061 s
+ wsmp: Cholesky fact. time: 11.4588261 s
+ wsmp: Factorisation 14379.4558831 Mflops
+ wsmp: back substitution time: 0.1214411 s
+ wsmp: from b to rhs vector: 0.0072241 s
+ ---------------------------------
+ wsmp: total solve time: 16.4784210 s
+ =================================
+ u : -0.10167E+01 0.20943E+00
+ v : -0.43145E-01 0.12547E+00
+ w : -0.72783E+00 0.22772E+00
+ =================================
+ Calculate pressures 39602.0263 24.4345 16.4940
+ raw pressures : -0.15355E+01 0.36234E+00
+ Smoothing pressures 39602.2522 24.6604 0.2259
+ do leaf measurements 39602.2533 24.6615 0.0011
+ compute convergence criterion 39602.2950 24.7032 0.0417
+ velocity_diff_norm = 0.0080751 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39602.2981 24.7063 0.0031
+Compute isostasy and adjust vertical 39602.2982 24.7065 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -187231343925663. 333407429185285.31
+ def in m -7.973942756652832 0.7111554741859436
+ dimensionless def -1.86862587928771968E-6 2.27826935904366644E-5
+ Isostatic velocity range = -0.0180790 0.2274895
+ Compute divergence 39602.5092 24.9174 0.2109
+ wsmp_cleanup 39602.5457 24.9539 0.0365
+ Reset surface geometry 39602.5506 24.9588 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 39602.5590 24.9672 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39602.5764 24.9846 0.0174
+ Advect surface 1 39602.5766 24.9848 0.0002
+ removing 1 particle from surface
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39602.7820 25.1902 0.2054
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39602.9885 25.3967 0.2065
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39603.2591 25.6674 0.2707
+ Advect the cloud 39603.4194 25.8276 0.1602
+ Write output 39604.2799 26.6881 0.8605
+ End of time step 39605.1672 27.5755 0.8873
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 245 39605.1674
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39605.1674 0.0001 0.0001
+ surface 01 39605.1675 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 39605.1675 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39605.1930 0.0256 0.0254
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 39605.2114 0.0440 0.0185
+ S. 2: 16995points
+ refine surface 39605.2116 0.0442 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 39605.2381 0.0707 0.0265
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 39605.2607 0.0933 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39605.2859 0.1185 0.0252
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 39605.3043 0.1369 0.0185
+ S. 3: 16992points
+ refine surface 39605.3044 0.1371 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39605.3294 0.1620 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16992points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39605.3544
+ -----------------------------------------------------------------------
+ Create octree solve 39605.3547 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39605.3705 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39605.3921 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39605.3928 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39605.4070 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39605.5291 0.1747 0.1222
+ Imbed surface in osolve 39605.7099 0.3555 0.1808
+ embedding surface 1 39605.7101 0.3557 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 39607.6582 2.3038 1.9482
+ osolve%nleaves= 59424
+ embedding surface 3 39609.7328 4.3784 2.0746
+ osolve%nleaves= 64128
+ Assessing octree stability 39613.2413 7.8869 3.5085
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39613.2460 7.8916 0.0047
+ Interpolate velo onto osolve 39613.6427 8.2882 0.3967
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39613.9028 8.5483 0.2601
+ Find void 39614.1732 8.8188 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 39614.2016 8.8471 0.0283
+ wsmp setup1 39614.2087 8.8543 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39615.2173 9.8629 1.0086
+ -----------------------------------
+ start of non-linear iteratio 1 39615.2628
+ -----------------------------------
+ build system 39615.2630 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39623.1949 7.9321 7.9319
+ =================================
+ wsmp: initialisation time: 0.0536940 s
+ wsmp: ordering time: 4.1344972 s
+ wsmp: symbolic fact. time: 0.7130952 s
+ wsmp: Cholesky fact. time: 11.4632070 s
+ wsmp: Factorisation 14373.9604268 Mflops
+ wsmp: back substitution time: 0.1210930 s
+ wsmp: from b to rhs vector: 0.0070782 s
+ ---------------------------------
+ wsmp: total solve time: 16.4930742 s
+ =================================
+ u : -0.10144E+01 0.18476E+00
+ v : -0.94929E-01 0.11106E+00
+ w : -0.76144E+00 0.24582E+00
+ =================================
+ Calculate pressures 39639.7038 24.4410 16.5089
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 39639.9288 24.6660 0.2250
+ do leaf measurements 39639.9300 24.6672 0.0011
+ compute convergence criterion 39639.9710 24.7082 0.0410
+ velocity_diff_norm = 0.5893495 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39639.9762
+ -----------------------------------
+ build system 39639.9809 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79845E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39647.9733 7.9971 7.9924
+ =================================
+ wsmp: initialisation time: 0.0502391 s
+ wsmp: ordering time: 4.1392269 s
+ wsmp: symbolic fact. time: 0.7165802 s
+ wsmp: Cholesky fact. time: 11.3794940 s
+ wsmp: Factorisation 14479.7022234 Mflops
+ wsmp: back substitution time: 0.1212559 s
+ wsmp: from b to rhs vector: 0.0072389 s
+ ---------------------------------
+ wsmp: total solve time: 16.4144719 s
+ =================================
+ u : -0.10151E+01 0.13745E+00
+ v : -0.48920E-01 0.10186E+00
+ w : -0.76712E+00 0.22612E+00
+ =================================
+ Calculate pressures 39664.4032 24.4271 16.4299
+ raw pressures : -0.12368E+01 0.17988E+00
+ Smoothing pressures 39664.6283 24.6521 0.2251
+ do leaf measurements 39664.6295 24.6533 0.0012
+ compute convergence criterion 39664.6708 24.6946 0.0413
+ velocity_diff_norm = 0.0714967 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39664.6761
+ -----------------------------------
+ build system 39664.6809 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39672.6812 8.0051 8.0003
+ =================================
+ wsmp: initialisation time: 0.0536120 s
+ wsmp: ordering time: 4.1401799 s
+ wsmp: symbolic fact. time: 0.7168939 s
+ wsmp: Cholesky fact. time: 11.3998201 s
+ wsmp: Factorisation 14453.8845862 Mflops
+ wsmp: back substitution time: 0.1212301 s
+ wsmp: from b to rhs vector: 0.0070741 s
+ ---------------------------------
+ wsmp: total solve time: 16.4392250 s
+ =================================
+ u : -0.10172E+01 0.15538E+00
+ v : -0.37359E-01 0.11836E+00
+ w : -0.74657E+00 0.23167E+00
+ =================================
+ Calculate pressures 39689.1358 24.4597 16.4546
+ raw pressures : -0.13728E+01 0.31331E+00
+ Smoothing pressures 39689.3610 24.6849 0.2252
+ do leaf measurements 39689.3621 24.6860 0.0011
+ compute convergence criterion 39689.4032 24.7270 0.0410
+ velocity_diff_norm = 0.0361032 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39689.4083
+ -----------------------------------
+ build system 39689.4130 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39697.3499 7.9416 7.9369
+ =================================
+ wsmp: initialisation time: 0.0558939 s
+ wsmp: ordering time: 4.1591442 s
+ wsmp: symbolic fact. time: 0.7204521 s
+ wsmp: Cholesky fact. time: 11.4135160 s
+ wsmp: Factorisation 14436.5402590 Mflops
+ wsmp: back substitution time: 0.1217840 s
+ wsmp: from b to rhs vector: 0.0071728 s
+ ---------------------------------
+ wsmp: total solve time: 16.4783840 s
+ =================================
+ u : -0.10171E+01 0.17617E+00
+ v : -0.37865E-01 0.12307E+00
+ w : -0.73724E+00 0.22911E+00
+ =================================
+ Calculate pressures 39713.8440 24.4356 16.4941
+ raw pressures : -0.14718E+01 0.35890E+00
+ Smoothing pressures 39714.0703 24.6620 0.2264
+ do leaf measurements 39714.0715 24.6631 0.0011
+ compute convergence criterion 39714.1125 24.7041 0.0410
+ velocity_diff_norm = 0.0158299 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39714.1177
+ -----------------------------------
+ build system 39714.1224 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39722.1053 7.9876 7.9829
+ =================================
+ wsmp: initialisation time: 0.0534592 s
+ wsmp: ordering time: 4.1365292 s
+ wsmp: symbolic fact. time: 0.7143371 s
+ wsmp: Cholesky fact. time: 11.3803980 s
+ wsmp: Factorisation 14478.5519248 Mflops
+ wsmp: back substitution time: 0.1215460 s
+ wsmp: from b to rhs vector: 0.0072069 s
+ ---------------------------------
+ wsmp: total solve time: 16.4139199 s
+ =================================
+ u : -0.10169E+01 0.19397E+00
+ v : -0.40734E-01 0.12552E+00
+ w : -0.73256E+00 0.22822E+00
+ =================================
+ Calculate pressures 39738.5349 24.4172 16.4296
+ raw pressures : -0.15152E+01 0.36634E+00
+ Smoothing pressures 39738.7591 24.6413 0.2242
+ do leaf measurements 39738.7602 24.6425 0.0012
+ compute convergence criterion 39738.8017 24.6840 0.0415
+ velocity_diff_norm = 0.0107458 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39738.8071
+ -----------------------------------
+ build system 39738.8118 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39746.7538 7.9467 7.9419
+ =================================
+ wsmp: initialisation time: 0.0522642 s
+ wsmp: ordering time: 4.1141241 s
+ wsmp: symbolic fact. time: 0.7179370 s
+ wsmp: Cholesky fact. time: 11.4438980 s
+ wsmp: Factorisation 14398.2133023 Mflops
+ wsmp: back substitution time: 0.1213980 s
+ wsmp: from b to rhs vector: 0.0070829 s
+ ---------------------------------
+ wsmp: total solve time: 16.4571102 s
+ =================================
+ u : -0.10167E+01 0.20964E+00
+ v : -0.43118E-01 0.12558E+00
+ w : -0.72803E+00 0.22775E+00
+ =================================
+ Calculate pressures 39763.2267 24.4196 16.4730
+ raw pressures : -0.15367E+01 0.36312E+00
+ Smoothing pressures 39763.4518 24.6447 0.2250
+ do leaf measurements 39763.4529 24.6458 0.0011
+ compute convergence criterion 39763.4938 24.6867 0.0409
+ velocity_diff_norm = 0.0080767 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39763.4970 24.6899 0.0031
+Compute isostasy and adjust vertical 39763.4971 24.6900 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -187664286419321.06 334376166582485.13
+ def in m -7.9872493743896484 0.70582723617553711
+ dimensionless def -1.85746771948678169E-6 2.28207124982561361E-5
+ Isostatic velocity range = -0.0179712 0.2278677
+ Compute divergence 39763.6948 24.8877 0.1976
+ wsmp_cleanup 39763.7388 24.9317 0.0441
+ Reset surface geometry 39763.7442 24.9371 0.0054
+ -----------------------------------------------------------------------
+ Temperature calculations 39763.7520 24.9449 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39763.7655 24.9584 0.0135
+ Advect surface 1 39763.7657 24.9586 0.0002
+ removing 1 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39763.9676 25.1605 0.2019
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39764.1647 25.3577 0.1972
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39764.4204 25.6133 0.2556
+ Advect the cloud 39764.5788 25.7717 0.1584
+ Write output 39765.4426 26.6355 0.8639
+ End of time step 39766.3258 27.5187 0.8832
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 246 39766.3260
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39766.3260 0.0001 0.0001
+ surface 01 39766.3261 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 39766.3261 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 39766.3526 0.0267 0.0265
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 39766.3757 0.0497 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39766.4009 0.0749 0.0252
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 39766.4196 0.0936 0.0186
+ S. 2: 16997points
+ refine surface 39766.4197 0.0937 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 39766.4467 0.1207 0.0270
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 39766.4738 0.1479 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39766.4993 0.1734 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 16999points
+ surface 03 39766.5180 0.1921 0.0187
+ S. 3: 16992points
+ refine surface 39766.5182 0.1922 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 39766.5445 0.2186 0.0264
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 39766.5675 0.2416 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39766.5930 0.2670 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 16993points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39766.6180
+ -----------------------------------------------------------------------
+ Create octree solve 39766.6182 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39766.6341 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39766.6561 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39766.6569 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39766.6710 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39766.7934 0.1754 0.1224
+ Imbed surface in osolve 39766.9760 0.3580 0.1826
+ embedding surface 1 39766.9762 0.3582 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 39768.9466 2.3286 1.9705
+ osolve%nleaves= 59424
+ embedding surface 3 39771.0441 4.4261 2.0975
+ osolve%nleaves= 64128
+ Assessing octree stability 39774.5839 7.9659 3.5398
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39774.5886 7.9706 0.0047
+ Interpolate velo onto osolve 39775.0554 8.4374 0.4668
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39775.1522 8.5342 0.0968
+ Find void 39775.4205 8.8025 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 39775.4486 8.8306 0.0281
+ wsmp setup1 39775.4550 8.8370 0.0064
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39776.4699 9.8519 1.0149
+ -----------------------------------
+ start of non-linear iteratio 1 39776.5167
+ -----------------------------------
+ build system 39776.5168 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39784.4486 7.9319 7.9318
+ =================================
+ wsmp: initialisation time: 0.0590901 s
+ wsmp: ordering time: 4.1615479 s
+ wsmp: symbolic fact. time: 0.7158790 s
+ wsmp: Cholesky fact. time: 11.4683311 s
+ wsmp: Factorisation 14367.5380889 Mflops
+ wsmp: back substitution time: 0.1215179 s
+ wsmp: from b to rhs vector: 0.0070560 s
+ ---------------------------------
+ wsmp: total solve time: 16.5338418 s
+ =================================
+ u : -0.10146E+01 0.18570E+00
+ v : -0.95241E-01 0.11164E+00
+ w : -0.76184E+00 0.24646E+00
+ =================================
+ Calculate pressures 39800.9978 24.4811 16.5492
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 39801.2232 24.7065 0.2254
+ do leaf measurements 39801.2242 24.7076 0.0010
+ compute convergence criterion 39801.2664 24.7498 0.0422
+ velocity_diff_norm = 0.5896301 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39801.2717
+ -----------------------------------
+ build system 39801.2764 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79140E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39809.2583 7.9866 7.9819
+ =================================
+ wsmp: initialisation time: 0.0533612 s
+ wsmp: ordering time: 4.1334400 s
+ wsmp: symbolic fact. time: 0.7151041 s
+ wsmp: Cholesky fact. time: 11.3768160 s
+ wsmp: Factorisation 14483.1105098 Mflops
+ wsmp: back substitution time: 0.1211929 s
+ wsmp: from b to rhs vector: 0.0071020 s
+ ---------------------------------
+ wsmp: total solve time: 16.4074330 s
+ =================================
+ u : -0.10153E+01 0.13826E+00
+ v : -0.48842E-01 0.10195E+00
+ w : -0.76732E+00 0.22641E+00
+ =================================
+ Calculate pressures 39825.6818 24.4101 16.4235
+ raw pressures : -0.12377E+01 0.18110E+00
+ Smoothing pressures 39825.9064 24.6347 0.2246
+ do leaf measurements 39825.9075 24.6358 0.0011
+ compute convergence criterion 39825.9496 24.6778 0.0420
+ velocity_diff_norm = 0.0716289 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39825.9549
+ -----------------------------------
+ build system 39825.9596 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39833.9794 8.0246 8.0199
+ =================================
+ wsmp: initialisation time: 0.0518041 s
+ wsmp: ordering time: 4.1274028 s
+ wsmp: symbolic fact. time: 0.7126551 s
+ wsmp: Cholesky fact. time: 11.3893361 s
+ wsmp: Factorisation 14467.1895092 Mflops
+ wsmp: back substitution time: 0.1214230 s
+ wsmp: from b to rhs vector: 0.0071740 s
+ ---------------------------------
+ wsmp: total solve time: 16.4102371 s
+ =================================
+ u : -0.10172E+01 0.15596E+00
+ v : -0.37379E-01 0.11849E+00
+ w : -0.74713E+00 0.23164E+00
+ =================================
+ Calculate pressures 39850.4049 24.4500 16.4254
+ raw pressures : -0.13741E+01 0.31448E+00
+ Smoothing pressures 39850.6301 24.6752 0.2252
+ do leaf measurements 39850.6312 24.6763 0.0011
+ compute convergence criterion 39850.6732 24.7183 0.0420
+ velocity_diff_norm = 0.0362202 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 39850.6784
+ -----------------------------------
+ build system 39850.6831 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39858.6220 7.9436 7.9389
+ =================================
+ wsmp: initialisation time: 0.0570011 s
+ wsmp: ordering time: 4.1601980 s
+ wsmp: symbolic fact. time: 0.7217460 s
+ wsmp: Cholesky fact. time: 11.4323039 s
+ wsmp: Factorisation 14412.8152328 Mflops
+ wsmp: back substitution time: 0.1221130 s
+ wsmp: from b to rhs vector: 0.0071659 s
+ ---------------------------------
+ wsmp: total solve time: 16.5009508 s
+ =================================
+ u : -0.10171E+01 0.17658E+00
+ v : -0.37877E-01 0.12316E+00
+ w : -0.73772E+00 0.22926E+00
+ =================================
+ Calculate pressures 39875.1384 24.4600 16.5165
+ raw pressures : -0.14728E+01 0.36002E+00
+ Smoothing pressures 39875.3652 24.6867 0.2267
+ do leaf measurements 39875.3662 24.6878 0.0010
+ compute convergence criterion 39875.4083 24.7299 0.0421
+ velocity_diff_norm = 0.0158178 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 39875.4136
+ -----------------------------------
+ build system 39875.4183 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39883.4179 8.0043 7.9996
+ =================================
+ wsmp: initialisation time: 0.0532520 s
+ wsmp: ordering time: 4.1285210 s
+ wsmp: symbolic fact. time: 0.7230670 s
+ wsmp: Cholesky fact. time: 11.3847239 s
+ wsmp: Factorisation 14473.0504927 Mflops
+ wsmp: back substitution time: 0.1213291 s
+ wsmp: from b to rhs vector: 0.0071828 s
+ ---------------------------------
+ wsmp: total solve time: 16.4184918 s
+ =================================
+ u : -0.10169E+01 0.19430E+00
+ v : -0.40742E-01 0.12564E+00
+ w : -0.73297E+00 0.22823E+00
+ =================================
+ Calculate pressures 39899.8521 24.4384 16.4341
+ raw pressures : -0.15165E+01 0.36765E+00
+ Smoothing pressures 39900.0773 24.6637 0.2252
+ do leaf measurements 39900.0784 24.6648 0.0011
+ compute convergence criterion 39900.1207 24.7071 0.0423
+ velocity_diff_norm = 0.0107552 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 39900.1261
+ -----------------------------------
+ build system 39900.1308 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39908.0850 7.9589 7.9542
+ =================================
+ wsmp: initialisation time: 0.0533459 s
+ wsmp: ordering time: 4.1326361 s
+ wsmp: symbolic fact. time: 0.7172189 s
+ wsmp: Cholesky fact. time: 11.4350519 s
+ wsmp: Factorisation 14409.3516196 Mflops
+ wsmp: back substitution time: 0.1211472 s
+ wsmp: from b to rhs vector: 0.0071540 s
+ ---------------------------------
+ wsmp: total solve time: 16.4669690 s
+ =================================
+ u : -0.10167E+01 0.20988E+00
+ v : -0.43127E-01 0.12566E+00
+ w : -0.72837E+00 0.22780E+00
+ =================================
+ Calculate pressures 39924.5674 24.4413 16.4823
+ raw pressures : -0.15381E+01 0.36449E+00
+ Smoothing pressures 39924.7929 24.6668 0.2255
+ do leaf measurements 39924.7940 24.6679 0.0011
+ compute convergence criterion 39924.8359 24.7097 0.0419
+ velocity_diff_norm = 0.0080799 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 39924.8389 24.7128 0.0031
+Compute isostasy and adjust vertical 39924.8391 24.7130 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -188083104086645.22 335351264369740.
+ def in m -7.9920592308044434 0.70270699262619019
+ dimensionless def -1.85811213084629603E-6 2.28344549451555517E-5
+ Isostatic velocity range = -0.0179863 0.2280064
+ Compute divergence 39925.0502 24.9241 0.2111
+ wsmp_cleanup 39925.0861 24.9600 0.0359
+ Reset surface geometry 39925.0911 24.9650 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 39925.0997 24.9735 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 39925.1167 24.9906 0.0170
+ Advect surface 1 39925.1168 24.9907 0.0001
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 39925.3209 25.1948 0.2041
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 39925.5292 25.4031 0.2083
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 39925.8017 25.6756 0.2725
+ Advect the cloud 39925.9601 25.8340 0.1584
+ Write output 39926.8176 26.6915 0.8575
+ End of time step 39927.6981 27.5720 0.8805
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 247 39927.6983
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 39927.6984 0.0001 0.0001
+ surface 01 39927.6984 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 39927.6984 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 39927.7246 0.0263 0.0262
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 39927.7478 0.0495 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 39927.7720 0.0737 0.0242
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 39927.7915 0.0932 0.0195
+ S. 2: 16998points
+ refine surface 39927.7916 0.0933 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 39927.8155 0.1172 0.0239
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 39927.8348 0.1365 0.0192
+ S. 3: 16991points
+ refine surface 39927.8349 0.1366 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 39927.8590 0.1607 0.0241
+ S. 3: 0 flips in delaunay2
+ S. 3: 16991points
+ -----------------------------------------------------------------------
+ Start of iteration 1 39927.8850
+ -----------------------------------------------------------------------
+ Create octree solve 39927.8852 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 39927.9011 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 39927.9231 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 39927.9239 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 39927.9381 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 39928.0603 0.1753 0.1222
+ Imbed surface in osolve 39928.2422 0.3572 0.1820
+ embedding surface 1 39928.2424 0.3574 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 39930.1667 2.2817 1.9243
+ osolve%nleaves= 59424
+ embedding surface 3 39932.2477 4.3627 2.0810
+ osolve%nleaves= 64128
+ Assessing octree stability 39935.7593 7.8744 3.5116
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 39935.7640 7.8791 0.0047
+ Interpolate velo onto osolve 39936.1655 8.2805 0.4014
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 39936.4370 8.5520 0.2716
+ Find void 39936.7097 8.8247 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 39936.7389 8.8539 0.0292
+ wsmp setup1 39936.7463 8.8613 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 39937.7633 9.8784 1.0170
+ -----------------------------------
+ start of non-linear iteratio 1 39937.8090
+ -----------------------------------
+ build system 39937.8091 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39945.7272 7.9182 7.9181
+ =================================
+ wsmp: initialisation time: 0.0562110 s
+ wsmp: ordering time: 4.1313059 s
+ wsmp: symbolic fact. time: 0.7138970 s
+ wsmp: Cholesky fact. time: 11.4628870 s
+ wsmp: Factorisation 14374.3616398 Mflops
+ wsmp: back substitution time: 0.1221669 s
+ wsmp: from b to rhs vector: 0.0069749 s
+ ---------------------------------
+ wsmp: total solve time: 16.4938059 s
+ =================================
+ u : -0.10200E+01 0.18441E+00
+ v : -0.94709E-01 0.11035E+00
+ w : -0.76194E+00 0.24722E+00
+ =================================
+ Calculate pressures 39962.2365 24.4275 16.5093
+ raw pressures : -0.35105E+00 0.00000E+00
+ Smoothing pressures 39962.4622 24.6532 0.2257
+ do leaf measurements 39962.4633 24.6543 0.0011
+ compute convergence criterion 39962.5048 24.6958 0.0415
+ velocity_diff_norm = 0.5885774 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 39962.5100
+ -----------------------------------
+ build system 39962.5146 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78783E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39970.4825 7.9725 7.9679
+ =================================
+ wsmp: initialisation time: 0.0541880 s
+ wsmp: ordering time: 4.1421621 s
+ wsmp: symbolic fact. time: 0.7173090 s
+ wsmp: Cholesky fact. time: 11.3718002 s
+ wsmp: Factorisation 14489.4986902 Mflops
+ wsmp: back substitution time: 0.1217659 s
+ wsmp: from b to rhs vector: 0.0069680 s
+ ---------------------------------
+ wsmp: total solve time: 16.4145489 s
+ =================================
+ u : -0.10154E+01 0.13737E+00
+ v : -0.48896E-01 0.10221E+00
+ w : -0.76726E+00 0.22662E+00
+ =================================
+ Calculate pressures 39986.9131 24.4031 16.4305
+ raw pressures : -0.12366E+01 0.18015E+00
+ Smoothing pressures 39987.1398 24.6297 0.2267
+ do leaf measurements 39987.1409 24.6309 0.0011
+ compute convergence criterion 39987.1825 24.6725 0.0416
+ velocity_diff_norm = 0.0710424 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 39987.1877
+ -----------------------------------
+ build system 39987.1924 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 39995.2083 8.0205 8.0159
+ =================================
+ wsmp: initialisation time: 0.0505819 s
+ wsmp: ordering time: 4.1338141 s
+ wsmp: symbolic fact. time: 0.7130530 s
+ wsmp: Cholesky fact. time: 11.3805451 s
+ wsmp: Factorisation 14478.3647759 Mflops
+ wsmp: back substitution time: 0.1208570 s
+ wsmp: from b to rhs vector: 0.0070601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4062932 s
+ =================================
+ u : -0.10173E+01 0.15536E+00
+ v : -0.37381E-01 0.11845E+00
+ w : -0.74675E+00 0.23122E+00
+ =================================
+ Calculate pressures 40011.6302 24.4425 16.4220
+ raw pressures : -0.13728E+01 0.31325E+00
+ Smoothing pressures 40011.8545 24.6667 0.2242
+ do leaf measurements 40011.8556 24.6679 0.0011
+ compute convergence criterion 40011.8973 24.7096 0.0417
+ velocity_diff_norm = 0.0361024 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40011.9024
+ -----------------------------------
+ build system 40011.9070 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40019.8416 7.9392 7.9346
+ =================================
+ wsmp: initialisation time: 0.0517790 s
+ wsmp: ordering time: 4.1643820 s
+ wsmp: symbolic fact. time: 0.7244599 s
+ wsmp: Cholesky fact. time: 11.4487469 s
+ wsmp: Factorisation 14392.1151399 Mflops
+ wsmp: back substitution time: 0.1221080 s
+ wsmp: from b to rhs vector: 0.0071411 s
+ ---------------------------------
+ wsmp: total solve time: 16.5189891 s
+ =================================
+ u : -0.10171E+01 0.17613E+00
+ v : -0.37904E-01 0.12310E+00
+ w : -0.73738E+00 0.22885E+00
+ =================================
+ Calculate pressures 40036.3760 24.4735 16.5343
+ raw pressures : -0.14715E+01 0.35850E+00
+ Smoothing pressures 40036.6023 24.6999 0.2264
+ do leaf measurements 40036.6035 24.7011 0.0012
+ compute convergence criterion 40036.6451 24.7427 0.0417
+ velocity_diff_norm = 0.0158724 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40036.6504
+ -----------------------------------
+ build system 40036.6550 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40044.6596 8.0093 8.0046
+ =================================
+ wsmp: initialisation time: 0.0508881 s
+ wsmp: ordering time: 4.1309869 s
+ wsmp: symbolic fact. time: 0.7146981 s
+ wsmp: Cholesky fact. time: 11.3803289 s
+ wsmp: Factorisation 14478.6398895 Mflops
+ wsmp: back substitution time: 0.1210301 s
+ wsmp: from b to rhs vector: 0.0070720 s
+ ---------------------------------
+ wsmp: total solve time: 16.4053669 s
+ =================================
+ u : -0.10169E+01 0.19389E+00
+ v : -0.40761E-01 0.12558E+00
+ w : -0.73267E+00 0.22801E+00
+ =================================
+ Calculate pressures 40061.0810 24.4306 16.4214
+ raw pressures : -0.15151E+01 0.36621E+00
+ Smoothing pressures 40061.3047 24.6543 0.2236
+ do leaf measurements 40061.3058 24.6555 0.0012
+ compute convergence criterion 40061.3478 24.6974 0.0420
+ velocity_diff_norm = 0.0107284 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40061.3529
+ -----------------------------------
+ build system 40061.3576 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40069.3226 7.9697 7.9650
+ =================================
+ wsmp: initialisation time: 0.0520809 s
+ wsmp: ordering time: 4.1218719 s
+ wsmp: symbolic fact. time: 0.7161870 s
+ wsmp: Cholesky fact. time: 11.4155600 s
+ wsmp: Factorisation 14433.9553883 Mflops
+ wsmp: back substitution time: 0.1211970 s
+ wsmp: from b to rhs vector: 0.0069611 s
+ ---------------------------------
+ wsmp: total solve time: 16.4342179 s
+ =================================
+ u : -0.10167E+01 0.20950E+00
+ v : -0.43144E-01 0.12563E+00
+ w : -0.72811E+00 0.22771E+00
+ =================================
+ Calculate pressures 40085.7724 24.4195 16.4498
+ raw pressures : -0.15369E+01 0.36329E+00
+ Smoothing pressures 40085.9975 24.6445 0.2251
+ do leaf measurements 40085.9986 24.6456 0.0011
+ compute convergence criterion 40086.0401 24.6871 0.0415
+ velocity_diff_norm = 0.0080820 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40086.0432 24.6902 0.0031
+Compute isostasy and adjust vertical 40086.0433 24.6904 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -188496285119771.84 336325137139813.44
+ def in m -7.9939694404602051 0.70052570104598999
+ dimensionless def -1.84963720185416094E-6 2.28399126870291562E-5
+ Isostatic velocity range = -0.0179084 0.2280638
+ Compute divergence 40086.2497 24.8968 0.2064
+ wsmp_cleanup 40086.2879 24.9350 0.0382
+ Reset surface geometry 40086.2928 24.9399 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 40086.3012 24.9483 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40086.3183 24.9653 0.0171
+ Advect surface 1 40086.3184 24.9655 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40086.5160 25.1631 0.1976
+ removing 2 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40086.7290 25.3761 0.2130
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40086.9862 25.6333 0.2572
+ Advect the cloud 40087.1464 25.7934 0.1602
+ Write output 40088.0078 26.6549 0.8614
+ End of time step 40088.8889 27.5360 0.8811
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 248 40088.8890
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40088.8891 0.0001 0.0001
+ surface 01 40088.8891 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 40088.8892 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 40088.9151 0.0261 0.0259
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 40088.9391 0.0501 0.0240
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40088.9636 0.0745 0.0245
+ S. 1: 0 flips in delaunay2
+ S. 1: 17002points
+ surface 02 40088.9836 0.0945 0.0200
+ S. 2: 16996points
+ refine surface 40088.9837 0.0947 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 40089.0106 0.1216 0.0269
+ S. 2: 5 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 40089.0388 0.1498 0.0282
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40089.0633 0.1742 0.0245
+ S. 2: 0 flips in delaunay2
+ S. 2: 16999points
+ surface 03 40089.0832 0.1941 0.0199
+ S. 3: 16991points
+ refine surface 40089.0833 0.1943 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40089.1078 0.2188 0.0245
+ S. 3: 0 flips in delaunay2
+ S. 3: 16991points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40089.1338
+ -----------------------------------------------------------------------
+ Create octree solve 40089.1341 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40089.1499 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40089.1757 0.0419 0.0258
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40089.1765 0.0427 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40089.1907 0.0568 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 40089.3130 0.1791 0.1223
+ Imbed surface in osolve 40089.4982 0.3644 0.1852
+ embedding surface 1 40089.4984 0.3646 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 40091.4613 2.3275 1.9629
+ osolve%nleaves= 59424
+ embedding surface 3 40093.5544 4.4206 2.0931
+ osolve%nleaves= 64128
+ Assessing octree stability 40097.0924 7.9586 3.5379
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40097.0971 7.9633 0.0047
+ Interpolate velo onto osolve 40097.5474 8.4136 0.4503
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40097.6742 8.5404 0.1268
+ Find void 40097.9435 8.8097 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 40097.9713 8.8374 0.0278
+ wsmp setup1 40097.9775 8.8436 0.0062
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40098.9973 9.8635 1.0199
+ -----------------------------------
+ start of non-linear iteratio 1 40099.0457
+ -----------------------------------
+ build system 40099.0459 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40106.9757 7.9300 7.9298
+ =================================
+ wsmp: initialisation time: 0.0566962 s
+ wsmp: ordering time: 4.1181440 s
+ wsmp: symbolic fact. time: 0.7132351 s
+ wsmp: Cholesky fact. time: 11.4468100 s
+ wsmp: Factorisation 14394.5504270 Mflops
+ wsmp: back substitution time: 0.1212208 s
+ wsmp: from b to rhs vector: 0.0071402 s
+ ---------------------------------
+ wsmp: total solve time: 16.4635949 s
+ =================================
+ u : -0.10295E+01 0.18445E+00
+ v : -0.95048E-01 0.11221E+00
+ w : -0.76170E+00 0.24881E+00
+ =================================
+ Calculate pressures 40123.4548 24.4091 16.4791
+ raw pressures : -0.35069E+00 0.00000E+00
+ Smoothing pressures 40123.6807 24.6349 0.2259
+ do leaf measurements 40123.6818 24.6361 0.0011
+ compute convergence criterion 40123.7246 24.6789 0.0428
+ velocity_diff_norm = 0.5891837 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40123.7299
+ -----------------------------------
+ build system 40123.7346 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77898E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40131.6904 7.9605 7.9559
+ =================================
+ wsmp: initialisation time: 0.0531900 s
+ wsmp: ordering time: 4.1506228 s
+ wsmp: symbolic fact. time: 0.7226410 s
+ wsmp: Cholesky fact. time: 11.3681021 s
+ wsmp: Factorisation 14494.2122095 Mflops
+ wsmp: back substitution time: 0.1219540 s
+ wsmp: from b to rhs vector: 0.0072320 s
+ ---------------------------------
+ wsmp: total solve time: 16.4241118 s
+ =================================
+ u : -0.10151E+01 0.13717E+00
+ v : -0.48658E-01 0.10183E+00
+ w : -0.76703E+00 0.22777E+00
+ =================================
+ Calculate pressures 40148.1298 24.3999 16.4394
+ raw pressures : -0.12355E+01 0.17826E+00
+ Smoothing pressures 40148.3565 24.6265 0.2267
+ do leaf measurements 40148.3576 24.6276 0.0011
+ compute convergence criterion 40148.4004 24.6705 0.0428
+ velocity_diff_norm = 0.0712641 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40148.4058
+ -----------------------------------
+ build system 40148.4104 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40156.4340 8.0282 8.0236
+ =================================
+ wsmp: initialisation time: 0.0527120 s
+ wsmp: ordering time: 4.1345899 s
+ wsmp: symbolic fact. time: 0.7145510 s
+ wsmp: Cholesky fact. time: 11.3781312 s
+ wsmp: Factorisation 14481.4365106 Mflops
+ wsmp: back substitution time: 0.1213140 s
+ wsmp: from b to rhs vector: 0.0071831 s
+ ---------------------------------
+ wsmp: total solve time: 16.4088511 s
+ =================================
+ u : -0.10170E+01 0.15519E+00
+ v : -0.37293E-01 0.11821E+00
+ w : -0.74651E+00 0.23207E+00
+ =================================
+ Calculate pressures 40172.8579 24.4521 16.4239
+ raw pressures : -0.13720E+01 0.31268E+00
+ Smoothing pressures 40173.0829 24.6772 0.2251
+ do leaf measurements 40173.0840 24.6783 0.0011
+ compute convergence criterion 40173.1270 24.7213 0.0430
+ velocity_diff_norm = 0.0361858 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40173.1323
+ -----------------------------------
+ build system 40173.1369 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40181.0719 7.9396 7.9350
+ =================================
+ wsmp: initialisation time: 0.0534670 s
+ wsmp: ordering time: 4.1556401 s
+ wsmp: symbolic fact. time: 0.7227552 s
+ wsmp: Cholesky fact. time: 11.4631441 s
+ wsmp: Factorisation 14374.0393522 Mflops
+ wsmp: back substitution time: 0.1212630 s
+ wsmp: from b to rhs vector: 0.0076709 s
+ ---------------------------------
+ wsmp: total solve time: 16.5243092 s
+ =================================
+ u : -0.10169E+01 0.17595E+00
+ v : -0.37815E-01 0.12291E+00
+ w : -0.73721E+00 0.22937E+00
+ =================================
+ Calculate pressures 40197.6115 24.4792 16.5396
+ raw pressures : -0.14707E+01 0.35798E+00
+ Smoothing pressures 40197.8368 24.7045 0.2253
+ do leaf measurements 40197.8379 24.7056 0.0011
+ compute convergence criterion 40197.8809 24.7486 0.0430
+ velocity_diff_norm = 0.0158289 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40197.8862
+ -----------------------------------
+ build system 40197.8908 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40205.8968 8.0106 8.0060
+ =================================
+ wsmp: initialisation time: 0.0544329 s
+ wsmp: ordering time: 4.1288321 s
+ wsmp: symbolic fact. time: 0.7167280 s
+ wsmp: Cholesky fact. time: 11.3760562 s
+ wsmp: Factorisation 14484.0778791 Mflops
+ wsmp: back substitution time: 0.1214159 s
+ wsmp: from b to rhs vector: 0.0072119 s
+ ---------------------------------
+ wsmp: total solve time: 16.4050601 s
+ =================================
+ u : -0.10168E+01 0.19375E+00
+ v : -0.40695E-01 0.12542E+00
+ w : -0.73249E+00 0.22832E+00
+ =================================
+ Calculate pressures 40222.3175 24.4313 16.4207
+ raw pressures : -0.15142E+01 0.36552E+00
+ Smoothing pressures 40222.5421 24.6559 0.2246
+ do leaf measurements 40222.5432 24.6570 0.0011
+ compute convergence criterion 40222.5864 24.7002 0.0432
+ velocity_diff_norm = 0.0107496 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40222.5918
+ -----------------------------------
+ build system 40222.5965 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40230.5797 7.9879 7.9831
+ =================================
+ wsmp: initialisation time: 0.0547991 s
+ wsmp: ordering time: 4.1340449 s
+ wsmp: symbolic fact. time: 0.7185020 s
+ wsmp: Cholesky fact. time: 11.3940120 s
+ wsmp: Factorisation 14461.2524760 Mflops
+ wsmp: back substitution time: 0.1210940 s
+ wsmp: from b to rhs vector: 0.0072780 s
+ ---------------------------------
+ wsmp: total solve time: 16.4301009 s
+ =================================
+ u : -0.10166E+01 0.20934E+00
+ v : -0.43110E-01 0.12547E+00
+ w : -0.72794E+00 0.22774E+00
+ =================================
+ Calculate pressures 40247.0250 24.4332 16.4453
+ raw pressures : -0.15358E+01 0.36256E+00
+ Smoothing pressures 40247.2500 24.6582 0.2250
+ do leaf measurements 40247.2511 24.6593 0.0011
+ compute convergence criterion 40247.2939 24.7021 0.0428
+ velocity_diff_norm = 0.0080717 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40247.2969 24.7051 0.0031
+Compute isostasy and adjust vertical 40247.2971 24.7053 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -188899248048844.59 337298859812585.5
+ def in m -7.9965224266052246 0.69857931137084961
+ dimensionless def -1.85491664069039499E-6 2.2847206933157787E-5
+ Isostatic velocity range = -0.0179721 0.2281420
+ Compute divergence 40247.5074 24.9156 0.2103
+ wsmp_cleanup 40247.5433 24.9515 0.0358
+ Reset surface geometry 40247.5484 24.9566 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 40247.5568 24.9650 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40247.5739 24.9821 0.0172
+ Advect surface 1 40247.5741 24.9823 0.0001
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40247.7850 25.1932 0.2109
+ removing 3 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40248.0080 25.4162 0.2230
+ removing 1 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40248.2780 25.6862 0.2700
+ Advect the cloud 40248.4389 25.8471 0.1609
+ Write output 40249.2978 26.7060 0.8589
+ End of time step 40250.1849 27.5931 0.8870
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 249 40250.1850
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40250.1851 0.0001 0.0001
+ surface 01 40250.1851 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 40250.1852 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40250.2095 0.0245 0.0244
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 40250.2292 0.0442 0.0196
+ S. 2: 16996points
+ refine surface 40250.2293 0.0443 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 40250.2542 0.0692 0.0249
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 40250.2781 0.0931 0.0239
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40250.3023 0.1172 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 40250.3218 0.1368 0.0196
+ S. 3: 16990points
+ refine surface 40250.3219 0.1369 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 40250.3469 0.1618 0.0249
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 40250.3706 0.1856 0.0238
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40250.3947 0.2097 0.0240
+ S. 3: 0 flips in delaunay2
+ S. 3: 16991points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40250.4205
+ -----------------------------------------------------------------------
+ Create octree solve 40250.4208 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40250.4366 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40250.4585 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40250.4593 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40250.4734 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 40250.5956 0.1751 0.1221
+ Imbed surface in osolve 40250.7835 0.3629 0.1879
+ embedding surface 1 40250.7837 0.3631 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 40252.7516 2.3311 1.9679
+ osolve%nleaves= 59424
+ embedding surface 3 40254.8449 4.4244 2.0934
+ osolve%nleaves= 64128
+ Assessing octree stability 40258.3993 7.9787 3.5543
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40258.4042 7.9837 0.0050
+ Interpolate velo onto osolve 40258.8900 8.4695 0.4858
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40258.9650 8.5445 0.0751
+ Find void 40259.2365 8.8160 0.2714
+ whole leaf in fluid 32992
+ Define boundary conditions 40259.2660 8.8455 0.0295
+ wsmp setup1 40259.2734 8.8529 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40260.2944 9.8739 1.0210
+ -----------------------------------
+ start of non-linear iteratio 1 40260.3419
+ -----------------------------------
+ build system 40260.3420 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40268.2603 7.9184 7.9183
+ =================================
+ wsmp: initialisation time: 0.0535281 s
+ wsmp: ordering time: 4.1250200 s
+ wsmp: symbolic fact. time: 0.7170770 s
+ wsmp: Cholesky fact. time: 11.4412930 s
+ wsmp: Factorisation 14401.4914973 Mflops
+ wsmp: back substitution time: 0.1215141 s
+ wsmp: from b to rhs vector: 0.0072470 s
+ ---------------------------------
+ wsmp: total solve time: 16.4660521 s
+ =================================
+ u : -0.10149E+01 0.18456E+00
+ v : -0.94768E-01 0.11128E+00
+ w : -0.76168E+00 0.24689E+00
+ =================================
+ Calculate pressures 40284.7419 24.4000 16.4816
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 40284.9669 24.6250 0.2250
+ do leaf measurements 40284.9680 24.6261 0.0011
+ compute convergence criterion 40285.0103 24.6684 0.0422
+ velocity_diff_norm = 0.5894821 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40285.0154
+ -----------------------------------
+ build system 40285.0199 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79066E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40292.9631 7.9478 7.9432
+ =================================
+ wsmp: initialisation time: 0.0539811 s
+ wsmp: ordering time: 4.1345270 s
+ wsmp: symbolic fact. time: 0.7264090 s
+ wsmp: Cholesky fact. time: 11.3801420 s
+ wsmp: Factorisation 14478.8777028 Mflops
+ wsmp: back substitution time: 0.1221819 s
+ wsmp: from b to rhs vector: 0.0072091 s
+ ---------------------------------
+ wsmp: total solve time: 16.4248209 s
+ =================================
+ u : -0.10154E+01 0.13729E+00
+ v : -0.48771E-01 0.10181E+00
+ w : -0.76716E+00 0.22652E+00
+ =================================
+ Calculate pressures 40309.4031 24.3877 16.4399
+ raw pressures : -0.12364E+01 0.18045E+00
+ Smoothing pressures 40309.6346 24.6192 0.2315
+ do leaf measurements 40309.6357 24.6203 0.0011
+ compute convergence criterion 40309.6779 24.6626 0.0422
+ velocity_diff_norm = 0.0714853 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40309.6830
+ -----------------------------------
+ build system 40309.6876 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40317.6970 8.0139 8.0094
+ =================================
+ wsmp: initialisation time: 0.0528030 s
+ wsmp: ordering time: 4.1429710 s
+ wsmp: symbolic fact. time: 0.7187419 s
+ wsmp: Cholesky fact. time: 11.3939340 s
+ wsmp: Factorisation 14461.3514269 Mflops
+ wsmp: back substitution time: 0.1212261 s
+ wsmp: from b to rhs vector: 0.0071149 s
+ ---------------------------------
+ wsmp: total solve time: 16.4371450 s
+ =================================
+ u : -0.10173E+01 0.15521E+00
+ v : -0.37285E-01 0.11819E+00
+ w : -0.74667E+00 0.23154E+00
+ =================================
+ Calculate pressures 40334.1498 24.4668 16.4528
+ raw pressures : -0.13725E+01 0.31326E+00
+ Smoothing pressures 40334.3751 24.6921 0.2253
+ do leaf measurements 40334.3762 24.6931 0.0011
+ compute convergence criterion 40334.4184 24.7354 0.0423
+ velocity_diff_norm = 0.0361481 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40334.4235
+ -----------------------------------
+ build system 40334.4280 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40342.3705 7.9469 7.9424
+ =================================
+ wsmp: initialisation time: 0.0562708 s
+ wsmp: ordering time: 4.1667180 s
+ wsmp: symbolic fact. time: 0.7167060 s
+ wsmp: Cholesky fact. time: 11.4704518 s
+ wsmp: Factorisation 14364.8817231 Mflops
+ wsmp: back substitution time: 0.1215320 s
+ wsmp: from b to rhs vector: 0.0071142 s
+ ---------------------------------
+ wsmp: total solve time: 16.5391440 s
+ =================================
+ u : -0.10172E+01 0.17599E+00
+ v : -0.37887E-01 0.12290E+00
+ w : -0.73734E+00 0.22910E+00
+ =================================
+ Calculate pressures 40358.9248 24.5013 16.5543
+ raw pressures : -0.14712E+01 0.35840E+00
+ Smoothing pressures 40359.1506 24.7271 0.2259
+ do leaf measurements 40359.1517 24.7282 0.0011
+ compute convergence criterion 40359.1939 24.7704 0.0422
+ velocity_diff_norm = 0.0157970 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40359.1990
+ -----------------------------------
+ build system 40359.2036 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40367.2042 8.0052 8.0006
+ =================================
+ wsmp: initialisation time: 0.0519300 s
+ wsmp: ordering time: 4.1324911 s
+ wsmp: symbolic fact. time: 0.7166872 s
+ wsmp: Cholesky fact. time: 11.3830030 s
+ wsmp: Factorisation 14475.2385576 Mflops
+ wsmp: back substitution time: 0.1215370 s
+ wsmp: from b to rhs vector: 0.0070670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4130840 s
+ =================================
+ u : -0.10170E+01 0.19378E+00
+ v : -0.40764E-01 0.12541E+00
+ w : -0.73262E+00 0.22826E+00
+ =================================
+ Calculate pressures 40383.6332 24.4342 16.4290
+ raw pressures : -0.15149E+01 0.36622E+00
+ Smoothing pressures 40383.8574 24.6583 0.2241
+ do leaf measurements 40383.8585 24.6595 0.0011
+ compute convergence criterion 40383.9011 24.7021 0.0426
+ velocity_diff_norm = 0.0107318 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40383.9063
+ -----------------------------------
+ build system 40383.9109 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40391.9059 7.9996 7.9950
+ =================================
+ wsmp: initialisation time: 0.0527341 s
+ wsmp: ordering time: 4.1448181 s
+ wsmp: symbolic fact. time: 0.7174530 s
+ wsmp: Cholesky fact. time: 11.4044681 s
+ wsmp: Factorisation 14447.9938051 Mflops
+ wsmp: back substitution time: 0.1212530 s
+ wsmp: from b to rhs vector: 0.0071080 s
+ ---------------------------------
+ wsmp: total solve time: 16.4481719 s
+ =================================
+ u : -0.10168E+01 0.20940E+00
+ v : -0.43149E-01 0.12551E+00
+ w : -0.72809E+00 0.22769E+00
+ =================================
+ Calculate pressures 40408.3696 24.4633 16.4637
+ raw pressures : -0.15364E+01 0.36301E+00
+ Smoothing pressures 40408.5944 24.6881 0.2248
+ do leaf measurements 40408.5955 24.6893 0.0011
+ compute convergence criterion 40408.6377 24.7314 0.0421
+ velocity_diff_norm = 0.0080786 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40408.6406 24.7343 0.0029
+Compute isostasy and adjust vertical 40408.6407 24.7345 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -189298445074314.22 338267275062174.56
+ def in m -7.9995026588439941 0.69700729846954346
+ dimensionless def -1.85883198465619777E-6 2.28557218824114089E-5
+ Isostatic velocity range = -0.0180213 0.2282355
+ Compute divergence 40408.8448 24.9385 0.2041
+ wsmp_cleanup 40408.8864 24.9801 0.0415
+ Reset surface geometry 40408.8919 24.9856 0.0056
+ -----------------------------------------------------------------------
+ Temperature calculations 40408.9001 24.9939 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40408.9141 25.0078 0.0140
+ Advect surface 1 40408.9142 25.0080 0.0002
+ removing 2 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40409.1211 25.2148 0.2068
+ removing 2 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40409.3296 25.4234 0.2086
+ removing 1 particle from surface
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40409.5933 25.6870 0.2636
+ Advect the cloud 40409.7540 25.8477 0.1608
+ Write output 40410.6147 26.7084 0.8607
+ End of time step 40411.4978 27.5915 0.8830
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 250 40411.4979
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40411.4980 0.0001 0.0001
+ surface 01 40411.4980 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 40411.4981 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 40411.5243 0.0263 0.0262
+ S. 1: 3 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 40411.5527 0.0547 0.0284
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40411.5773 0.0794 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 40411.5970 0.0991 0.0197
+ S. 2: 16995points
+ refine surface 40411.5971 0.0992 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40411.6217 0.1238 0.0246
+ S. 2: 0 flips in delaunay2
+ S. 2: 16995points
+ surface 03 40411.6414 0.1435 0.0197
+ S. 3: 16990points
+ refine surface 40411.6416 0.1437 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 40411.6670 0.1691 0.0255
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 40411.6909 0.1930 0.0239
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40411.7158 0.2178 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16991points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40411.7417
+ -----------------------------------------------------------------------
+ Create octree solve 40411.7419 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40411.7578 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40411.7798 0.0381 0.0220
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40411.7805 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40411.7947 0.0530 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 40411.9169 0.1752 0.1221
+ Imbed surface in osolve 40412.1051 0.3634 0.1882
+ embedding surface 1 40412.1053 0.3636 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 40414.0712 2.3295 1.9659
+ osolve%nleaves= 59424
+ embedding surface 3 40416.1431 4.4015 2.0719
+ osolve%nleaves= 64128
+ Assessing octree stability 40419.6892 7.9475 3.5460
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40419.6940 7.9524 0.0049
+ Interpolate velo onto osolve 40420.1661 8.4245 0.4721
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40420.2696 8.5280 0.1035
+ Find void 40420.5448 8.8031 0.2751
+ whole leaf in fluid 32992
+ Define boundary conditions 40420.5749 8.8332 0.0301
+ wsmp setup1 40420.5824 8.8407 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40421.5966 9.8549 1.0142
+ -----------------------------------
+ start of non-linear iteratio 1 40421.6456
+ -----------------------------------
+ build system 40421.6457 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40429.5953 7.9498 7.9496
+ =================================
+ wsmp: initialisation time: 0.0582139 s
+ wsmp: ordering time: 4.1376331 s
+ wsmp: symbolic fact. time: 0.7149398 s
+ wsmp: Cholesky fact. time: 11.4115059 s
+ wsmp: Factorisation 14439.0832180 Mflops
+ wsmp: back substitution time: 0.1210721 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4510689 s
+ =================================
+ u : -0.10234E+01 0.18439E+00
+ v : -0.95343E-01 0.11102E+00
+ w : -0.76159E+00 0.24773E+00
+ =================================
+ Calculate pressures 40446.0614 24.4158 16.4661
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 40446.2873 24.6417 0.2259
+ do leaf measurements 40446.2884 24.6428 0.0011
+ compute convergence criterion 40446.3306 24.6851 0.0423
+ velocity_diff_norm = 0.5888656 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40446.3359
+ -----------------------------------
+ build system 40446.3406 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78355E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40454.2806 7.9448 7.9401
+ =================================
+ wsmp: initialisation time: 0.0537958 s
+ wsmp: ordering time: 4.1594710 s
+ wsmp: symbolic fact. time: 0.7204390 s
+ wsmp: Cholesky fact. time: 11.3804901 s
+ wsmp: Factorisation 14478.4348424 Mflops
+ wsmp: back substitution time: 0.1217399 s
+ wsmp: from b to rhs vector: 0.0072799 s
+ ---------------------------------
+ wsmp: total solve time: 16.4436209 s
+ =================================
+ u : -0.10153E+01 0.13714E+00
+ v : -0.48835E-01 0.10218E+00
+ w : -0.76710E+00 0.22760E+00
+ =================================
+ Calculate pressures 40470.7395 24.4036 16.4589
+ raw pressures : -0.12355E+01 0.17883E+00
+ Smoothing pressures 40470.9665 24.6306 0.2270
+ do leaf measurements 40470.9676 24.6317 0.0011
+ compute convergence criterion 40471.0099 24.6740 0.0423
+ velocity_diff_norm = 0.0710940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40471.0152
+ -----------------------------------
+ build system 40471.0199 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40479.0117 7.9965 7.9917
+ =================================
+ wsmp: initialisation time: 0.0524251 s
+ wsmp: ordering time: 4.1342132 s
+ wsmp: symbolic fact. time: 0.7165532 s
+ wsmp: Cholesky fact. time: 11.3848250 s
+ wsmp: Factorisation 14472.9219818 Mflops
+ wsmp: back substitution time: 0.1211150 s
+ wsmp: from b to rhs vector: 0.0072181 s
+ ---------------------------------
+ wsmp: total solve time: 16.4167562 s
+ =================================
+ u : -0.10173E+01 0.15514E+00
+ v : -0.37338E-01 0.11828E+00
+ w : -0.74654E+00 0.23214E+00
+ =================================
+ Calculate pressures 40495.4438 24.4286 16.4321
+ raw pressures : -0.13715E+01 0.31257E+00
+ Smoothing pressures 40495.6689 24.6537 0.2251
+ do leaf measurements 40495.6700 24.6548 0.0011
+ compute convergence criterion 40495.7123 24.6971 0.0423
+ velocity_diff_norm = 0.0361427 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40495.7175
+ -----------------------------------
+ build system 40495.7222 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40503.6605 7.9430 7.9383
+ =================================
+ wsmp: initialisation time: 0.0523980 s
+ wsmp: ordering time: 4.1474679 s
+ wsmp: symbolic fact. time: 0.7179921 s
+ wsmp: Cholesky fact. time: 11.4706981 s
+ wsmp: Factorisation 14364.5732960 Mflops
+ wsmp: back substitution time: 0.1214759 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.5175891 s
+ =================================
+ u : -0.10171E+01 0.17593E+00
+ v : -0.37915E-01 0.12298E+00
+ w : -0.73722E+00 0.22939E+00
+ =================================
+ Calculate pressures 40520.1932 24.4757 16.5327
+ raw pressures : -0.14703E+01 0.35789E+00
+ Smoothing pressures 40520.4193 24.7017 0.2261
+ do leaf measurements 40520.4204 24.7028 0.0011
+ compute convergence criterion 40520.4627 24.7452 0.0423
+ velocity_diff_norm = 0.0158139 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40520.4680
+ -----------------------------------
+ build system 40520.4727 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40528.4568 7.9889 7.9841
+ =================================
+ wsmp: initialisation time: 0.0527971 s
+ wsmp: ordering time: 4.1328259 s
+ wsmp: symbolic fact. time: 0.7149930 s
+ wsmp: Cholesky fact. time: 11.3790591 s
+ wsmp: Factorisation 14480.2555967 Mflops
+ wsmp: back substitution time: 0.1211560 s
+ wsmp: from b to rhs vector: 0.0072670 s
+ ---------------------------------
+ wsmp: total solve time: 16.4085369 s
+ =================================
+ u : -0.10170E+01 0.19369E+00
+ v : -0.40784E-01 0.12547E+00
+ w : -0.73254E+00 0.22844E+00
+ =================================
+ Calculate pressures 40544.8808 24.4128 16.4239
+ raw pressures : -0.15139E+01 0.36556E+00
+ Smoothing pressures 40545.1057 24.6378 0.2250
+ do leaf measurements 40545.1068 24.6389 0.0011
+ compute convergence criterion 40545.1496 24.6816 0.0427
+ velocity_diff_norm = 0.0107395 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40545.1550
+ -----------------------------------
+ build system 40545.1598 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40553.1656 8.0106 8.0058
+ =================================
+ wsmp: initialisation time: 0.0523140 s
+ wsmp: ordering time: 4.1375790 s
+ wsmp: symbolic fact. time: 0.7169640 s
+ wsmp: Cholesky fact. time: 11.3887799 s
+ wsmp: Factorisation 14467.8960899 Mflops
+ wsmp: back substitution time: 0.1209641 s
+ wsmp: from b to rhs vector: 0.0072842 s
+ ---------------------------------
+ wsmp: total solve time: 16.4242909 s
+ =================================
+ u : -0.10167E+01 0.20930E+00
+ v : -0.43168E-01 0.12554E+00
+ w : -0.72799E+00 0.22793E+00
+ =================================
+ Calculate pressures 40569.6043 24.4493 16.4387
+ raw pressures : -0.15357E+01 0.36267E+00
+ Smoothing pressures 40569.8299 24.6749 0.2256
+ do leaf measurements 40569.8310 24.6760 0.0011
+ compute convergence criterion 40569.8732 24.7182 0.0422
+ velocity_diff_norm = 0.0080756 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40569.8763 24.7214 0.0031
+Compute isostasy and adjust vertical 40569.8765 24.7215 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -189690257453716.91 339236770281891.19
+ def in m -7.99957275390625 0.69602000713348389
+ dimensionless def -1.85174942016601561E-6 2.28559221540178568E-5
+ Isostatic velocity range = -0.0179581 0.2282405
+ Compute divergence 40570.0864 24.9315 0.2099
+ wsmp_cleanup 40570.1229 24.9679 0.0364
+ Reset surface geometry 40570.1278 24.9728 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 40570.1361 24.9812 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40570.1535 24.9985 0.0173
+ Advect surface 1 40570.1536 24.9987 0.0002
+ removing 2 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40570.3617 25.2067 0.2080
+ removing 2 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40570.5769 25.4220 0.2153
+ removing 1 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40570.8422 25.6872 0.2653
+ Advect the cloud 40571.0030 25.8480 0.1607
+ Write output 40571.8708 26.7158 0.8678
+ End of time step 40572.7578 27.6028 0.8870
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 251 40572.7579
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40572.7580 0.0001 0.0001
+ surface 01 40572.7580 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 40572.7581 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 40572.7842 0.0263 0.0261
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 40572.8124 0.0545 0.0283
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40572.8371 0.0792 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 16999points
+ surface 02 40572.8568 0.0989 0.0197
+ S. 2: 16993points
+ refine surface 40572.8569 0.0990 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 40572.8832 0.1253 0.0263
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 40572.9115 0.1536 0.0282
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40572.9361 0.1782 0.0246
+ S. 2: 0 flips in delaunay2
+ S. 2: 16995points
+ surface 03 40572.9558 0.1979 0.0197
+ S. 3: 16990points
+ refine surface 40572.9559 0.1980 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40572.9805 0.2226 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40573.0065
+ -----------------------------------------------------------------------
+ Create octree solve 40573.0067 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40573.0226 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40573.0445 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40573.0452 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40573.0593 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 40573.1815 0.1750 0.1222
+ Imbed surface in osolve 40573.3706 0.3642 0.1891
+ embedding surface 1 40573.3708 0.3643 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 40575.3303 2.3238 1.9594
+ osolve%nleaves= 59424
+ embedding surface 3 40577.4466 4.4401 2.1163
+ osolve%nleaves= 64128
+ Assessing octree stability 40581.0586 8.0522 3.6120
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40581.0640 8.0575 0.0054
+ Interpolate velo onto osolve 40581.5522 8.5457 0.4882
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40581.6158 8.6093 0.0636
+ Find void 40581.8901 8.8836 0.2743
+ whole leaf in fluid 32992
+ Define boundary conditions 40581.9199 8.9135 0.0298
+ wsmp setup1 40581.9275 8.9210 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40582.9459 9.9394 1.0184
+ -----------------------------------
+ start of non-linear iteratio 1 40582.9935
+ -----------------------------------
+ build system 40582.9937 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40590.9536 7.9600 7.9599
+ =================================
+ wsmp: initialisation time: 0.0567999 s
+ wsmp: ordering time: 4.1333330 s
+ wsmp: symbolic fact. time: 0.7155578 s
+ wsmp: Cholesky fact. time: 11.3952310 s
+ wsmp: Factorisation 14459.7054462 Mflops
+ wsmp: back substitution time: 0.1208661 s
+ wsmp: from b to rhs vector: 0.0071340 s
+ ---------------------------------
+ wsmp: total solve time: 16.4292839 s
+ =================================
+ u : -0.10148E+01 0.18468E+00
+ v : -0.94623E-01 0.11104E+00
+ w : -0.76148E+00 0.24744E+00
+ =================================
+ Calculate pressures 40607.3984 24.4049 16.4449
+ raw pressures : -0.35107E+00 0.00000E+00
+ Smoothing pressures 40607.6226 24.6291 0.2242
+ do leaf measurements 40607.6237 24.6302 0.0011
+ compute convergence criterion 40607.6658 24.6723 0.0421
+ velocity_diff_norm = 0.5895611 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40607.6708
+ -----------------------------------
+ build system 40607.6755 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78347E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40615.6136 7.9427 7.9381
+ =================================
+ wsmp: initialisation time: 0.0514178 s
+ wsmp: ordering time: 4.1535192 s
+ wsmp: symbolic fact. time: 0.7213159 s
+ wsmp: Cholesky fact. time: 11.3973749 s
+ wsmp: Factorisation 14456.9855583 Mflops
+ wsmp: back substitution time: 0.1215792 s
+ wsmp: from b to rhs vector: 0.0070860 s
+ ---------------------------------
+ wsmp: total solve time: 16.4526548 s
+ =================================
+ u : -0.10152E+01 0.13738E+00
+ v : -0.48971E-01 0.10220E+00
+ w : -0.76713E+00 0.22714E+00
+ =================================
+ Calculate pressures 40632.0817 24.4109 16.4682
+ raw pressures : -0.12353E+01 0.17917E+00
+ Smoothing pressures 40632.3084 24.6376 0.2267
+ do leaf measurements 40632.3095 24.6386 0.0011
+ compute convergence criterion 40632.3517 24.6809 0.0423
+ velocity_diff_norm = 0.0714809 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40632.3568
+ -----------------------------------
+ build system 40632.3615 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40640.3407 7.9839 7.9793
+ =================================
+ wsmp: initialisation time: 0.0522251 s
+ wsmp: ordering time: 4.1429560 s
+ wsmp: symbolic fact. time: 0.7137661 s
+ wsmp: Cholesky fact. time: 11.3918850 s
+ wsmp: Factorisation 14463.9524771 Mflops
+ wsmp: back substitution time: 0.1208961 s
+ wsmp: from b to rhs vector: 0.0070219 s
+ ---------------------------------
+ wsmp: total solve time: 16.4291101 s
+ =================================
+ u : -0.10173E+01 0.15529E+00
+ v : -0.37403E-01 0.11850E+00
+ w : -0.74651E+00 0.23187E+00
+ =================================
+ Calculate pressures 40656.7853 24.4286 16.4446
+ raw pressures : -0.13722E+01 0.31280E+00
+ Smoothing pressures 40657.0098 24.6531 0.2245
+ do leaf measurements 40657.0109 24.6541 0.0011
+ compute convergence criterion 40657.0534 24.6966 0.0425
+ velocity_diff_norm = 0.0361447 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40657.0585
+ -----------------------------------
+ build system 40657.0633 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40664.9973 7.9388 7.9340
+ =================================
+ wsmp: initialisation time: 0.0549972 s
+ wsmp: ordering time: 4.1332791 s
+ wsmp: symbolic fact. time: 0.7146711 s
+ wsmp: Cholesky fact. time: 11.4608788 s
+ wsmp: Factorisation 14376.8803462 Mflops
+ wsmp: back substitution time: 0.1210482 s
+ wsmp: from b to rhs vector: 0.0070360 s
+ ---------------------------------
+ wsmp: total solve time: 16.4922740 s
+ =================================
+ u : -0.10171E+01 0.17604E+00
+ v : -0.37834E-01 0.12315E+00
+ w : -0.73726E+00 0.22937E+00
+ =================================
+ Calculate pressures 40681.5052 24.4467 16.5079
+ raw pressures : -0.14712E+01 0.35826E+00
+ Smoothing pressures 40681.7302 24.6717 0.2250
+ do leaf measurements 40681.7313 24.6728 0.0011
+ compute convergence criterion 40681.7733 24.7148 0.0421
+ velocity_diff_norm = 0.0158949 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40681.7784
+ -----------------------------------
+ build system 40681.7831 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40689.7556 7.9773 7.9726
+ =================================
+ wsmp: initialisation time: 0.0554290 s
+ wsmp: ordering time: 4.1255689 s
+ wsmp: symbolic fact. time: 0.7136440 s
+ wsmp: Cholesky fact. time: 11.3813970 s
+ wsmp: Factorisation 14477.2811058 Mflops
+ wsmp: back substitution time: 0.1211450 s
+ wsmp: from b to rhs vector: 0.0070040 s
+ ---------------------------------
+ wsmp: total solve time: 16.4045599 s
+ =================================
+ u : -0.10170E+01 0.19382E+00
+ v : -0.40704E-01 0.12561E+00
+ w : -0.73256E+00 0.22847E+00
+ =================================
+ Calculate pressures 40706.1754 24.3971 16.4198
+ raw pressures : -0.15149E+01 0.36595E+00
+ Smoothing pressures 40706.4007 24.6223 0.2253
+ do leaf measurements 40706.4018 24.6234 0.0011
+ compute convergence criterion 40706.4438 24.6655 0.0420
+ velocity_diff_norm = 0.0107503 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40706.4489
+ -----------------------------------
+ build system 40706.4536 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40714.4742 8.0253 8.0206
+ =================================
+ wsmp: initialisation time: 0.0517190 s
+ wsmp: ordering time: 4.1338949 s
+ wsmp: symbolic fact. time: 0.7176859 s
+ wsmp: Cholesky fact. time: 11.3931949 s
+ wsmp: Factorisation 14462.2895615 Mflops
+ wsmp: back substitution time: 0.1209769 s
+ wsmp: from b to rhs vector: 0.0071092 s
+ ---------------------------------
+ wsmp: total solve time: 16.4249308 s
+ =================================
+ u : -0.10167E+01 0.20943E+00
+ v : -0.43096E-01 0.12561E+00
+ w : -0.72803E+00 0.22783E+00
+ =================================
+ Calculate pressures 40730.9149 24.4660 16.4407
+ raw pressures : -0.15363E+01 0.36275E+00
+ Smoothing pressures 40731.1390 24.6901 0.2241
+ do leaf measurements 40731.1401 24.6912 0.0011
+ compute convergence criterion 40731.1822 24.7333 0.0421
+ velocity_diff_norm = 0.0080734 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40731.1854 24.7366 0.0032
+Compute isostasy and adjust vertical 40731.1856 24.7367 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -190085729565420.5 340197331834539.75
+ def in m -8.0025053024291992 0.69441783428192139
+ dimensionless def -1.85762609754289891E-6 2.28643008640834263E-5
+ Isostatic velocity range = -0.0180263 0.2283338
+ Compute divergence 40731.3961 24.9472 0.2104
+ wsmp_cleanup 40731.4319 24.9831 0.0359
+ Reset surface geometry 40731.4368 24.9879 0.0048
+ -----------------------------------------------------------------------
+ Temperature calculations 40731.4449 24.9960 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40731.4626 25.0137 0.0177
+ Advect surface 1 40731.4627 25.0139 0.0002
+ removing 4 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40731.6892 25.2403 0.2265
+ removing 1 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40731.8985 25.4496 0.2093
+ removing 1 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40732.1627 25.7138 0.2641
+ Advect the cloud 40732.3227 25.8738 0.1600
+ Write output 40733.1893 26.7405 0.8667
+ End of time step 40734.0735 27.6246 0.8841
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 252 40734.0736
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40734.0737 0.0001 0.0001
+ surface 01 40734.0737 0.0001 0.0000
+ S. 1: 16995points
+ refine surface 40734.0737 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 40734.1011 0.0275 0.0274
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 40734.1234 0.0498 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40734.1488 0.0752 0.0253
+ S. 1: 0 flips in delaunay2
+ S. 1: 16997points
+ surface 02 40734.1670 0.0934 0.0182
+ S. 2: 16994points
+ refine surface 40734.1672 0.0936 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40734.1912 0.1176 0.0241
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 40734.2106 0.1370 0.0194
+ S. 3: 16989points
+ refine surface 40734.2107 0.1371 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 40734.2367 0.1631 0.0259
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 40734.2600 0.1864 0.0233
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40734.2847 0.2111 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 16990points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40734.3104
+ -----------------------------------------------------------------------
+ Create octree solve 40734.3107 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40734.3265 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40734.3488 0.0384 0.0222
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40734.3496 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40734.3637 0.0533 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 40734.4859 0.1754 0.1222
+ Imbed surface in osolve 40734.6680 0.3576 0.1821
+ embedding surface 1 40734.6682 0.3577 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 40736.6512 2.3408 1.9830
+ osolve%nleaves= 59424
+ embedding surface 3 40738.7529 4.4424 2.1017
+ osolve%nleaves= 64128
+ Assessing octree stability 40742.3230 8.0126 3.5701
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40742.3283 8.0179 0.0053
+ Interpolate velo onto osolve 40742.7930 8.4826 0.4647
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40742.8778 8.5673 0.0847
+ Find void 40743.1508 8.8404 0.2731
+ whole leaf in fluid 32992
+ Define boundary conditions 40743.1801 8.8697 0.0293
+ wsmp setup1 40743.1878 8.8774 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40744.2068 9.8964 1.0190
+ -----------------------------------
+ start of non-linear iteratio 1 40744.2538
+ -----------------------------------
+ build system 40744.2540 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40752.2267 7.9729 7.9727
+ =================================
+ wsmp: initialisation time: 0.0531011 s
+ wsmp: ordering time: 4.1438060 s
+ wsmp: symbolic fact. time: 0.7135689 s
+ wsmp: Cholesky fact. time: 11.4057581 s
+ wsmp: Factorisation 14446.3596209 Mflops
+ wsmp: back substitution time: 0.1209390 s
+ wsmp: from b to rhs vector: 0.0072951 s
+ ---------------------------------
+ wsmp: total solve time: 16.4448330 s
+ =================================
+ u : -0.10174E+01 0.18413E+00
+ v : -0.94707E-01 0.11098E+00
+ w : -0.76161E+00 0.24799E+00
+ =================================
+ Calculate pressures 40768.6872 24.4334 16.4605
+ raw pressures : -0.35089E+00 0.00000E+00
+ Smoothing pressures 40768.9115 24.6577 0.2243
+ do leaf measurements 40768.9126 24.6588 0.0011
+ compute convergence criterion 40768.9561 24.7022 0.0434
+ velocity_diff_norm = 0.5887438 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40768.9612
+ -----------------------------------
+ build system 40768.9657 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77478E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40776.9046 7.9434 7.9389
+ =================================
+ wsmp: initialisation time: 0.0509419 s
+ wsmp: ordering time: 4.1663690 s
+ wsmp: symbolic fact. time: 0.7254391 s
+ wsmp: Cholesky fact. time: 11.4120669 s
+ wsmp: Factorisation 14438.3734158 Mflops
+ wsmp: back substitution time: 0.1221161 s
+ wsmp: from b to rhs vector: 0.0072920 s
+ ---------------------------------
+ wsmp: total solve time: 16.4845901 s
+ =================================
+ u : -0.10152E+01 0.13697E+00
+ v : -0.48912E-01 0.10210E+00
+ w : -0.76714E+00 0.22734E+00
+ =================================
+ Calculate pressures 40793.4043 24.4431 16.4997
+ raw pressures : -0.12350E+01 0.17892E+00
+ Smoothing pressures 40793.6324 24.6711 0.2280
+ do leaf measurements 40793.6335 24.6723 0.0011
+ compute convergence criterion 40793.6768 24.7156 0.0434
+ velocity_diff_norm = 0.0710811 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40793.6820
+ -----------------------------------
+ build system 40793.6865 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40801.6680 7.9860 7.9815
+ =================================
+ wsmp: initialisation time: 0.0538850 s
+ wsmp: ordering time: 4.1374769 s
+ wsmp: symbolic fact. time: 0.7140090 s
+ wsmp: Cholesky fact. time: 11.3795969 s
+ wsmp: Factorisation 14479.5711675 Mflops
+ wsmp: back substitution time: 0.1212449 s
+ wsmp: from b to rhs vector: 0.0071962 s
+ ---------------------------------
+ wsmp: total solve time: 16.4137490 s
+ =================================
+ u : -0.10172E+01 0.15507E+00
+ v : -0.37402E-01 0.11846E+00
+ w : -0.74634E+00 0.23196E+00
+ =================================
+ Calculate pressures 40818.0978 24.4158 16.4298
+ raw pressures : -0.13714E+01 0.31240E+00
+ Smoothing pressures 40818.3223 24.6403 0.2245
+ do leaf measurements 40818.3234 24.6414 0.0011
+ compute convergence criterion 40818.3672 24.6852 0.0437
+ velocity_diff_norm = 0.0361893 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40818.3724
+ -----------------------------------
+ build system 40818.3770 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40826.3161 7.9437 7.9391
+ =================================
+ wsmp: initialisation time: 0.0553949 s
+ wsmp: ordering time: 4.1408141 s
+ wsmp: symbolic fact. time: 0.7138081 s
+ wsmp: Cholesky fact. time: 11.4542341 s
+ wsmp: Factorisation 14385.2205309 Mflops
+ wsmp: back substitution time: 0.1213679 s
+ wsmp: from b to rhs vector: 0.0072570 s
+ ---------------------------------
+ wsmp: total solve time: 16.4932160 s
+ =================================
+ u : -0.10171E+01 0.17586E+00
+ v : -0.37879E-01 0.12315E+00
+ w : -0.73711E+00 0.22933E+00
+ =================================
+ Calculate pressures 40842.8248 24.4524 16.5087
+ raw pressures : -0.14703E+01 0.35760E+00
+ Smoothing pressures 40843.0500 24.6777 0.2252
+ do leaf measurements 40843.0512 24.6788 0.0011
+ compute convergence criterion 40843.0945 24.7221 0.0434
+ velocity_diff_norm = 0.0158216 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 40843.0997
+ -----------------------------------
+ build system 40843.1042 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40851.0574 7.9577 7.9531
+ =================================
+ wsmp: initialisation time: 0.0520651 s
+ wsmp: ordering time: 4.1372900 s
+ wsmp: symbolic fact. time: 0.7150261 s
+ wsmp: Cholesky fact. time: 11.3766999 s
+ wsmp: Factorisation 14483.2583235 Mflops
+ wsmp: back substitution time: 0.1217129 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.4104400 s
+ =================================
+ u : -0.10170E+01 0.19365E+00
+ v : -0.40729E-01 0.12561E+00
+ w : -0.73242E+00 0.22839E+00
+ =================================
+ Calculate pressures 40867.4833 24.3835 16.4259
+ raw pressures : -0.15139E+01 0.36520E+00
+ Smoothing pressures 40867.7101 24.6104 0.2268
+ do leaf measurements 40867.7112 24.6115 0.0011
+ compute convergence criterion 40867.7545 24.6548 0.0433
+ velocity_diff_norm = 0.0107417 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 40867.7596
+ -----------------------------------
+ build system 40867.7642 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40875.7849 8.0252 8.0207
+ =================================
+ wsmp: initialisation time: 0.0514278 s
+ wsmp: ordering time: 4.1519568 s
+ wsmp: symbolic fact. time: 0.7135742 s
+ wsmp: Cholesky fact. time: 11.3827181 s
+ wsmp: Factorisation 14475.6008738 Mflops
+ wsmp: back substitution time: 0.1212611 s
+ wsmp: from b to rhs vector: 0.0072701 s
+ ---------------------------------
+ wsmp: total solve time: 16.4285920 s
+ =================================
+ u : -0.10168E+01 0.20929E+00
+ v : -0.43109E-01 0.12567E+00
+ w : -0.72792E+00 0.22787E+00
+ =================================
+ Calculate pressures 40892.2285 24.4689 16.4437
+ raw pressures : -0.15356E+01 0.36224E+00
+ Smoothing pressures 40892.4536 24.6939 0.2250
+ do leaf measurements 40892.4547 24.6951 0.0011
+ compute convergence criterion 40892.4979 24.7383 0.0432
+ velocity_diff_norm = 0.0080762 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 40892.5007 24.7411 0.0028
+Compute isostasy and adjust vertical 40892.5009 24.7413 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -190468256126983.25 341160056444948.31
+ def in m -8.0039157867431641 0.6932864785194397
+ dimensionless def -1.85939550399780273E-6 2.2868330819266182E-5
+ Isostatic velocity range = -0.0180540 0.2283775
+ Compute divergence 40892.7127 24.9531 0.2118
+ wsmp_cleanup 40892.7490 24.9894 0.0363
+ Reset surface geometry 40892.7538 24.9942 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 40892.7621 25.0025 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 40892.7796 25.0200 0.0175
+ Advect surface 1 40892.7798 25.0201 0.0002
+ removing 2 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 40892.9894 25.2298 0.2096
+ removing 1 particle from surface
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 40893.1987 25.4391 0.2093
+ removing 1 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 40893.4615 25.7018 0.2628
+ Advect the cloud 40893.6198 25.8602 0.1584
+ Write output 40894.4895 26.7299 0.8697
+ End of time step 40895.3698 27.6102 0.8803
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 253 40895.3700
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 40895.3700 0.0001 0.0001
+ surface 01 40895.3701 0.0001 0.0000
+ S. 1: 16995points
+ refine surface 40895.3701 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 40895.3970 0.0270 0.0269
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 40895.4203 0.0503 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 40895.4458 0.0758 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 16996points
+ surface 02 40895.4645 0.0945 0.0187
+ S. 2: 16993points
+ refine surface 40895.4647 0.0947 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 40895.4901 0.1201 0.0254
+ S. 2: 0 flips in delaunay2
+ S. 2: 16993points
+ surface 03 40895.5089 0.1389 0.0188
+ S. 3: 16989points
+ refine surface 40895.5090 0.1390 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 40895.5364 0.1664 0.0273
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 40895.5594 0.1894 0.0230
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 40895.5863 0.2163 0.0269
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 40895.6092 0.2392 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 40895.6359 0.2659 0.0268
+ S. 3: 0 flips in delaunay2
+ S. 3: 16992points
+ -----------------------------------------------------------------------
+ Start of iteration 1 40895.6603
+ -----------------------------------------------------------------------
+ Create octree solve 40895.6606 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 40895.6764 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 40895.6981 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 40895.6989 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 40895.7130 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 40895.8354 0.1751 0.1224
+ Imbed surface in osolve 40896.0231 0.3628 0.1877
+ embedding surface 1 40896.0233 0.3630 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 40898.0058 2.3455 1.9825
+ osolve%nleaves= 59424
+ embedding surface 3 40900.1010 4.4406 2.0952
+ osolve%nleaves= 64128
+ Assessing octree stability 40903.6650 8.0047 3.5640
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 40903.6702 8.0099 0.0052
+ Interpolate velo onto osolve 40904.1246 8.4643 0.4544
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 40904.2203 8.5600 0.0957
+ Find void 40904.4920 8.8317 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 40904.5211 8.8608 0.0291
+ wsmp setup1 40904.5291 8.8688 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 40905.5500 9.8897 1.0209
+ -----------------------------------
+ start of non-linear iteratio 1 40905.5971
+ -----------------------------------
+ build system 40905.5973 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40913.5860 7.9889 7.9887
+ =================================
+ wsmp: initialisation time: 0.0541790 s
+ wsmp: ordering time: 4.1458430 s
+ wsmp: symbolic fact. time: 0.7148659 s
+ wsmp: Cholesky fact. time: 11.3919449 s
+ wsmp: Factorisation 14463.8764965 Mflops
+ wsmp: back substitution time: 0.1211102 s
+ wsmp: from b to rhs vector: 0.0071940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4355011 s
+ =================================
+ u : -0.10299E+01 0.18463E+00
+ v : -0.94545E-01 0.11197E+00
+ w : -0.76173E+00 0.24749E+00
+ =================================
+ Calculate pressures 40930.0368 24.4397 16.4509
+ raw pressures : -0.35109E+00 0.00000E+00
+ Smoothing pressures 40930.2638 24.6667 0.2270
+ do leaf measurements 40930.2649 24.6678 0.0011
+ compute convergence criterion 40930.3082 24.7111 0.0433
+ velocity_diff_norm = 0.5891064 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 40930.3133
+ -----------------------------------
+ build system 40930.3178 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77685E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40938.2592 7.9459 7.9414
+ =================================
+ wsmp: initialisation time: 0.0536220 s
+ wsmp: ordering time: 4.1618049 s
+ wsmp: symbolic fact. time: 0.7205050 s
+ wsmp: Cholesky fact. time: 11.4244499 s
+ wsmp: Factorisation 14422.7236339 Mflops
+ wsmp: back substitution time: 0.1216590 s
+ wsmp: from b to rhs vector: 0.0070999 s
+ ---------------------------------
+ wsmp: total solve time: 16.4894938 s
+ =================================
+ u : -0.10152E+01 0.13737E+00
+ v : -0.48866E-01 0.10193E+00
+ w : -0.76710E+00 0.22711E+00
+ =================================
+ Calculate pressures 40954.7644 24.4512 16.5053
+ raw pressures : -0.12360E+01 0.17977E+00
+ Smoothing pressures 40954.9935 24.6803 0.2291
+ do leaf measurements 40954.9947 24.6814 0.0011
+ compute convergence criterion 40955.0379 24.7246 0.0432
+ velocity_diff_norm = 0.0713200 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 40955.0430
+ -----------------------------------
+ build system 40955.0475 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40963.0488 8.0059 8.0013
+ =================================
+ wsmp: initialisation time: 0.0522230 s
+ wsmp: ordering time: 4.1382530 s
+ wsmp: symbolic fact. time: 0.7154729 s
+ wsmp: Cholesky fact. time: 11.3788450 s
+ wsmp: Factorisation 14480.5280515 Mflops
+ wsmp: back substitution time: 0.1257489 s
+ wsmp: from b to rhs vector: 0.0072169 s
+ ---------------------------------
+ wsmp: total solve time: 16.4181221 s
+ =================================
+ u : -0.10171E+01 0.15527E+00
+ v : -0.37445E-01 0.11826E+00
+ w : -0.74655E+00 0.23180E+00
+ =================================
+ Calculate pressures 40979.4824 24.4395 16.4336
+ raw pressures : -0.13721E+01 0.31285E+00
+ Smoothing pressures 40979.7085 24.6655 0.2260
+ do leaf measurements 40979.7096 24.6666 0.0011
+ compute convergence criterion 40979.7528 24.7098 0.0432
+ velocity_diff_norm = 0.0361595 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 40979.7579
+ -----------------------------------
+ build system 40979.7624 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 40987.7144 7.9565 7.9519
+ =================================
+ wsmp: initialisation time: 0.0531380 s
+ wsmp: ordering time: 4.1313639 s
+ wsmp: symbolic fact. time: 0.7137849 s
+ wsmp: Cholesky fact. time: 11.4322920 s
+ wsmp: Factorisation 14412.8302616 Mflops
+ wsmp: back substitution time: 0.1214910 s
+ wsmp: from b to rhs vector: 0.0072010 s
+ ---------------------------------
+ wsmp: total solve time: 16.4596369 s
+ =================================
+ u : -0.10170E+01 0.17604E+00
+ v : -0.37906E-01 0.12303E+00
+ w : -0.73722E+00 0.22923E+00
+ =================================
+ Calculate pressures 41004.1896 24.4317 16.4752
+ raw pressures : -0.14708E+01 0.35814E+00
+ Smoothing pressures 41004.4168 24.6589 0.2272
+ do leaf measurements 41004.4179 24.6601 0.0011
+ compute convergence criterion 41004.4610 24.7032 0.0431
+ velocity_diff_norm = 0.0158292 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41004.4661
+ -----------------------------------
+ build system 41004.4706 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41012.4201 7.9539 7.9495
+ =================================
+ wsmp: initialisation time: 0.0504990 s
+ wsmp: ordering time: 4.1451941 s
+ wsmp: symbolic fact. time: 0.7228942 s
+ wsmp: Cholesky fact. time: 11.3785570 s
+ wsmp: Factorisation 14480.8945771 Mflops
+ wsmp: back substitution time: 0.1218171 s
+ wsmp: from b to rhs vector: 0.0071411 s
+ ---------------------------------
+ wsmp: total solve time: 16.4264560 s
+ =================================
+ u : -0.10169E+01 0.19383E+00
+ v : -0.40773E-01 0.12549E+00
+ w : -0.73252E+00 0.22823E+00
+ =================================
+ Calculate pressures 41028.8624 24.3963 16.4423
+ raw pressures : -0.15145E+01 0.36586E+00
+ Smoothing pressures 41029.0917 24.6256 0.2293
+ do leaf measurements 41029.0928 24.6267 0.0011
+ compute convergence criterion 41029.1359 24.6698 0.0431
+ velocity_diff_norm = 0.0107445 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41029.1410
+ -----------------------------------
+ build system 41029.1455 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41037.1638 8.0228 8.0183
+ =================================
+ wsmp: initialisation time: 0.0518532 s
+ wsmp: ordering time: 4.1426029 s
+ wsmp: symbolic fact. time: 0.7177460 s
+ wsmp: Cholesky fact. time: 11.3806241 s
+ wsmp: Factorisation 14478.2643787 Mflops
+ wsmp: back substitution time: 0.1211610 s
+ wsmp: from b to rhs vector: 0.0072389 s
+ ---------------------------------
+ wsmp: total solve time: 16.4216042 s
+ =================================
+ u : -0.10167E+01 0.20944E+00
+ v : -0.43161E-01 0.12556E+00
+ w : -0.72797E+00 0.22769E+00
+ =================================
+ Calculate pressures 41053.6009 24.4599 16.4371
+ raw pressures : -0.15361E+01 0.36283E+00
+ Smoothing pressures 41053.8268 24.6858 0.2259
+ do leaf measurements 41053.8279 24.6870 0.0011
+ compute convergence criterion 41053.8711 24.7302 0.0432
+ velocity_diff_norm = 0.0080741 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41053.8740 24.7330 0.0028
+Compute isostasy and adjust vertical 41053.8742 24.7332 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -190850720931613.22 342118289756635.63
+ def in m -7.9456338882446289 0.74528050422668457
+ dimensionless def -1.85812626566205718E-6 2.27018111092703708E-5
+ Isostatic velocity range = -0.0180524 0.2266687
+ Compute divergence 41054.0855 24.9445 0.2114
+ wsmp_cleanup 41054.1215 24.9806 0.0360
+ Reset surface geometry 41054.1265 24.9856 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 41054.1350 24.9940 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41054.1524 25.0114 0.0174
+ Advect surface 1 41054.1526 25.0116 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41054.3502 25.2093 0.1977
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41054.5461 25.4052 0.1959
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41054.8015 25.6606 0.2554
+ Advect the cloud 41054.9635 25.8226 0.1620
+ Write output 41055.8258 26.6848 0.8623
+ End of time step 41056.7081 27.5671 0.8823
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 254 41056.7082
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41056.7083 0.0001 0.0001
+ surface 01 41056.7083 0.0001 0.0001
+ S. 1: 16996points
+ refine surface 41056.7084 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 41056.7361 0.0279 0.0277
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 41056.7589 0.0507 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41056.7845 0.0763 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 16998points
+ surface 02 41056.8036 0.0954 0.0191
+ S. 2: 16993points
+ refine surface 41056.8038 0.0956 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41056.8295 0.1213 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16993points
+ surface 03 41056.8483 0.1401 0.0188
+ S. 3: 16992points
+ refine surface 41056.8485 0.1402 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41056.8742 0.1659 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16992points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41056.8995
+ -----------------------------------------------------------------------
+ Create octree solve 41056.8998 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41056.9158 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 41056.9376 0.0381 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41056.9384 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41056.9527 0.0531 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 41057.0760 0.1765 0.1234
+ Imbed surface in osolve 41057.2626 0.3631 0.1866
+ embedding surface 1 41057.2628 0.3633 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41059.2289 2.3294 1.9661
+ osolve%nleaves= 59424
+ embedding surface 3 41061.3386 4.4391 2.1097
+ osolve%nleaves= 64128
+ Assessing octree stability 41064.9057 8.0062 3.5671
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41064.9114 8.0119 0.0057
+ Interpolate velo onto osolve 41065.3468 8.4472 0.4354
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41065.4573 8.5578 0.1105
+ Find void 41065.7335 8.8340 0.2762
+ whole leaf in fluid 32992
+ Define boundary conditions 41065.7635 8.8640 0.0301
+ wsmp setup1 41065.7713 8.8718 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41066.7814 9.8819 1.0101
+ -----------------------------------
+ start of non-linear iteratio 1 41066.8303
+ -----------------------------------
+ build system 41066.8304 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41074.8350 8.0047 8.0046
+ =================================
+ wsmp: initialisation time: 0.0558851 s
+ wsmp: ordering time: 4.1411300 s
+ wsmp: symbolic fact. time: 0.7167451 s
+ wsmp: Cholesky fact. time: 11.3934021 s
+ wsmp: Factorisation 14462.0265689 Mflops
+ wsmp: back substitution time: 0.1214459 s
+ wsmp: from b to rhs vector: 0.0072079 s
+ ---------------------------------
+ wsmp: total solve time: 16.4361632 s
+ =================================
+ u : -0.10149E+01 0.18474E+00
+ v : -0.94590E-01 0.11125E+00
+ w : -0.76191E+00 0.24650E+00
+ =================================
+ Calculate pressures 41091.2872 24.4569 16.4522
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 41091.5111 24.6809 0.2240
+ do leaf measurements 41091.5123 24.6820 0.0011
+ compute convergence criterion 41091.5552 24.7249 0.0429
+ velocity_diff_norm = 0.5889829 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41091.5604
+ -----------------------------------
+ build system 41091.5651 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78073E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41099.5055 7.9451 7.9404
+ =================================
+ wsmp: initialisation time: 0.0548530 s
+ wsmp: ordering time: 4.1796420 s
+ wsmp: symbolic fact. time: 0.7257519 s
+ wsmp: Cholesky fact. time: 11.4456599 s
+ wsmp: Factorisation 14395.9968811 Mflops
+ wsmp: back substitution time: 0.1219349 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.5354881 s
+ =================================
+ u : -0.10148E+01 0.13744E+00
+ v : -0.48725E-01 0.10199E+00
+ w : -0.76730E+00 0.22649E+00
+ =================================
+ Calculate pressures 41116.0564 24.4960 16.5509
+ raw pressures : -0.12363E+01 0.17994E+00
+ Smoothing pressures 41116.2840 24.7236 0.2276
+ do leaf measurements 41116.2851 24.7247 0.0011
+ compute convergence criterion 41116.3280 24.7676 0.0429
+ velocity_diff_norm = 0.0711549 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41116.3333
+ -----------------------------------
+ build system 41116.3380 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41124.3497 8.0163 8.0117
+ =================================
+ wsmp: initialisation time: 0.0538030 s
+ wsmp: ordering time: 4.1401811 s
+ wsmp: symbolic fact. time: 0.7196989 s
+ wsmp: Cholesky fact. time: 11.3801959 s
+ wsmp: Factorisation 14478.8091487 Mflops
+ wsmp: back substitution time: 0.1213782 s
+ wsmp: from b to rhs vector: 0.0072649 s
+ ---------------------------------
+ wsmp: total solve time: 16.4228549 s
+ =================================
+ u : -0.10168E+01 0.15540E+00
+ v : -0.37344E-01 0.11859E+00
+ w : -0.74658E+00 0.23162E+00
+ =================================
+ Calculate pressures 41140.7885 24.4552 16.4388
+ raw pressures : -0.13725E+01 0.31319E+00
+ Smoothing pressures 41141.0127 24.6794 0.2242
+ do leaf measurements 41141.0139 24.6805 0.0011
+ compute convergence criterion 41141.0573 24.7239 0.0434
+ velocity_diff_norm = 0.0361601 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41141.0627
+ -----------------------------------
+ build system 41141.0674 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41149.0339 7.9712 7.9665
+ =================================
+ wsmp: initialisation time: 0.0537169 s
+ wsmp: ordering time: 4.1387630 s
+ wsmp: symbolic fact. time: 0.7169230 s
+ wsmp: Cholesky fact. time: 11.4189131 s
+ wsmp: Factorisation 14429.7169141 Mflops
+ wsmp: back substitution time: 0.1214290 s
+ wsmp: from b to rhs vector: 0.0072682 s
+ ---------------------------------
+ wsmp: total solve time: 16.4573891 s
+ =================================
+ u : -0.10169E+01 0.17615E+00
+ v : -0.37732E-01 0.12323E+00
+ w : -0.73726E+00 0.22929E+00
+ =================================
+ Calculate pressures 41165.5073 24.4446 16.4734
+ raw pressures : -0.14710E+01 0.35852E+00
+ Smoothing pressures 41165.7318 24.6691 0.2244
+ do leaf measurements 41165.7329 24.6702 0.0011
+ compute convergence criterion 41165.7758 24.7131 0.0429
+ velocity_diff_norm = 0.0157800 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41165.7811
+ -----------------------------------
+ build system 41165.7858 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41173.7228 7.9418 7.9371
+ =================================
+ wsmp: initialisation time: 0.0504959 s
+ wsmp: ordering time: 4.1410620 s
+ wsmp: symbolic fact. time: 0.7245381 s
+ wsmp: Cholesky fact. time: 11.3849249 s
+ wsmp: Factorisation 14472.7949887 Mflops
+ wsmp: back substitution time: 0.1220200 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.4305549 s
+ =================================
+ u : -0.10168E+01 0.19391E+00
+ v : -0.40608E-01 0.12572E+00
+ w : -0.73261E+00 0.22832E+00
+ =================================
+ Calculate pressures 41190.1695 24.3885 16.4467
+ raw pressures : -0.15149E+01 0.36643E+00
+ Smoothing pressures 41190.3963 24.6153 0.2268
+ do leaf measurements 41190.3974 24.6164 0.0011
+ compute convergence criterion 41190.4404 24.6594 0.0430
+ velocity_diff_norm = 0.0107118 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41190.4457
+ -----------------------------------
+ build system 41190.4504 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41198.4496 8.0038 7.9992
+ =================================
+ wsmp: initialisation time: 0.0545771 s
+ wsmp: ordering time: 4.1527510 s
+ wsmp: symbolic fact. time: 0.7157810 s
+ wsmp: Cholesky fact. time: 11.3918819 s
+ wsmp: Factorisation 14463.9564124 Mflops
+ wsmp: back substitution time: 0.1211388 s
+ wsmp: from b to rhs vector: 0.0072749 s
+ ---------------------------------
+ wsmp: total solve time: 16.4437802 s
+ =================================
+ u : -0.10166E+01 0.20950E+00
+ v : -0.43032E-01 0.12570E+00
+ w : -0.72808E+00 0.22778E+00
+ =================================
+ Calculate pressures 41214.9093 24.4636 16.4597
+ raw pressures : -0.15364E+01 0.36312E+00
+ Smoothing pressures 41215.1344 24.6887 0.2251
+ do leaf measurements 41215.1355 24.6898 0.0011
+ compute convergence criterion 41215.1783 24.7326 0.0428
+ velocity_diff_norm = 0.0080805 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41215.1814 24.7357 0.0031
+Compute isostasy and adjust vertical 41215.1816 24.7359 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -191311133977071.69 342991065686357.63
+ def in m -7.977482795715332 0.73279595375061035
+ dimensionless def -1.85044475964137499E-6 2.27928079877580919E-5
+ Isostatic velocity range = -0.0179760 0.2275808
+ Compute divergence 41215.3957 24.9500 0.2141
+ wsmp_cleanup 41215.4314 24.9857 0.0358
+ Reset surface geometry 41215.4365 24.9908 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 41215.4449 24.9992 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41215.4624 25.0167 0.0175
+ Advect surface 1 41215.4626 25.0169 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41215.6599 25.2142 0.1973
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41215.8619 25.4162 0.2020
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41216.1158 25.6701 0.2539
+ Advect the cloud 41216.2775 25.8318 0.1617
+ Write output 41217.1388 26.6931 0.8613
+ End of time step 41218.0237 27.5780 0.8849
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 255 41218.0238
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41218.0239 0.0001 0.0001
+ surface 01 41218.0239 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 41218.0240 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41218.0500 0.0262 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 16998points
+ surface 02 41218.0687 0.0449 0.0187
+ S. 2: 16993points
+ refine surface 41218.0688 0.0450 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41218.0946 0.0708 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16993points
+ surface 03 41218.1133 0.0895 0.0186
+ S. 3: 16992points
+ refine surface 41218.1134 0.0896 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 41218.1410 0.1172 0.0276
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 41218.1639 0.1400 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41218.1897 0.1659 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 16994points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41218.2149
+ -----------------------------------------------------------------------
+ Create octree solve 41218.2152 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41218.2312 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 41218.2526 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41218.2534 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41218.2676 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 41218.3911 0.1761 0.1234
+ Imbed surface in osolve 41218.5818 0.3668 0.1907
+ embedding surface 1 41218.5819 0.3670 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41220.5635 2.3486 1.9816
+ osolve%nleaves= 59424
+ embedding surface 3 41222.6774 4.4625 2.1139
+ osolve%nleaves= 64128
+ Assessing octree stability 41226.2200 8.0051 3.5425
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41226.2253 8.0104 0.0053
+ Interpolate velo onto osolve 41226.6866 8.4717 0.4613
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41226.7940 8.5790 0.1074
+ Find void 41227.0622 8.8473 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 41227.0907 8.8758 0.0285
+ wsmp setup1 41227.0978 8.8829 0.0071
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41228.1151 9.9001 1.0173
+ -----------------------------------
+ start of non-linear iteratio 1 41228.1638
+ -----------------------------------
+ build system 41228.1640 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41236.1819 8.0181 8.0179
+ =================================
+ wsmp: initialisation time: 0.0556159 s
+ wsmp: ordering time: 4.1454480 s
+ wsmp: symbolic fact. time: 0.7182250 s
+ wsmp: Cholesky fact. time: 11.3954852 s
+ wsmp: Factorisation 14459.3829505 Mflops
+ wsmp: back substitution time: 0.1213529 s
+ wsmp: from b to rhs vector: 0.0071490 s
+ ---------------------------------
+ wsmp: total solve time: 16.4436500 s
+ =================================
+ u : -0.10162E+01 0.18554E+00
+ v : -0.95035E-01 0.11180E+00
+ w : -0.76180E+00 0.24518E+00
+ =================================
+ Calculate pressures 41252.6417 24.4779 16.4598
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 41252.8667 24.7028 0.2250
+ do leaf measurements 41252.8678 24.7040 0.0011
+ compute convergence criterion 41252.9101 24.7462 0.0423
+ velocity_diff_norm = 0.5887382 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41252.9154
+ -----------------------------------
+ build system 41252.9201 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.78224E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41260.8590 7.9436 7.9389
+ =================================
+ wsmp: initialisation time: 0.0513139 s
+ wsmp: ordering time: 4.1745641 s
+ wsmp: symbolic fact. time: 0.7212908 s
+ wsmp: Cholesky fact. time: 11.4640861 s
+ wsmp: Factorisation 14372.8582526 Mflops
+ wsmp: back substitution time: 0.1214561 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.5403440 s
+ =================================
+ u : -0.10152E+01 0.13823E+00
+ v : -0.48827E-01 0.10208E+00
+ w : -0.76731E+00 0.22565E+00
+ =================================
+ Calculate pressures 41277.4151 24.4997 16.5561
+ raw pressures : -0.12371E+01 0.18024E+00
+ Smoothing pressures 41277.6407 24.7253 0.2256
+ do leaf measurements 41277.6418 24.7264 0.0011
+ compute convergence criterion 41277.6840 24.7687 0.0422
+ velocity_diff_norm = 0.0712320 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41277.6894
+ -----------------------------------
+ build system 41277.6941 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41285.6989 8.0095 8.0048
+ =================================
+ wsmp: initialisation time: 0.0507979 s
+ wsmp: ordering time: 4.1433139 s
+ wsmp: symbolic fact. time: 0.7187381 s
+ wsmp: Cholesky fact. time: 11.3721149 s
+ wsmp: Factorisation 14489.0977070 Mflops
+ wsmp: back substitution time: 0.1214430 s
+ wsmp: from b to rhs vector: 0.0072732 s
+ ---------------------------------
+ wsmp: total solve time: 16.4140561 s
+ =================================
+ u : -0.10171E+01 0.15592E+00
+ v : -0.37327E-01 0.11856E+00
+ w : -0.74713E+00 0.23162E+00
+ =================================
+ Calculate pressures 41302.1287 24.4393 16.4298
+ raw pressures : -0.13740E+01 0.31468E+00
+ Smoothing pressures 41302.3528 24.6635 0.2241
+ do leaf measurements 41302.3540 24.6646 0.0011
+ compute convergence criterion 41302.3969 24.7075 0.0429
+ velocity_diff_norm = 0.0361006 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41302.4024
+ -----------------------------------
+ build system 41302.4072 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41310.3872 7.9848 7.9800
+ =================================
+ wsmp: initialisation time: 0.0547941 s
+ wsmp: ordering time: 4.1392210 s
+ wsmp: symbolic fact. time: 0.7201450 s
+ wsmp: Cholesky fact. time: 11.3885512 s
+ wsmp: Factorisation 14468.1865561 Mflops
+ wsmp: back substitution time: 0.1214612 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4318449 s
+ =================================
+ u : -0.10169E+01 0.17647E+00
+ v : -0.37915E-01 0.12311E+00
+ w : -0.73776E+00 0.22907E+00
+ =================================
+ Calculate pressures 41326.8343 24.4319 16.4472
+ raw pressures : -0.14727E+01 0.36005E+00
+ Smoothing pressures 41327.0587 24.6563 0.2244
+ do leaf measurements 41327.0598 24.6574 0.0011
+ compute convergence criterion 41327.1021 24.6997 0.0423
+ velocity_diff_norm = 0.0158260 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41327.1074
+ -----------------------------------
+ build system 41327.1122 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41335.0484 7.9410 7.9363
+ =================================
+ wsmp: initialisation time: 0.0534868 s
+ wsmp: ordering time: 4.1540639 s
+ wsmp: symbolic fact. time: 0.7250040 s
+ wsmp: Cholesky fact. time: 11.3945220 s
+ wsmp: Factorisation 14460.6052429 Mflops
+ wsmp: back substitution time: 0.1226540 s
+ wsmp: from b to rhs vector: 0.0072639 s
+ ---------------------------------
+ wsmp: total solve time: 16.4573820 s
+ =================================
+ u : -0.10169E+01 0.19418E+00
+ v : -0.40785E-01 0.12561E+00
+ w : -0.73302E+00 0.22829E+00
+ =================================
+ Calculate pressures 41351.5220 24.4145 16.4736
+ raw pressures : -0.15164E+01 0.36768E+00
+ Smoothing pressures 41351.7482 24.6408 0.2263
+ do leaf measurements 41351.7498 24.6424 0.0016
+ compute convergence criterion 41351.7917 24.6843 0.0419
+ velocity_diff_norm = 0.0107298 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41351.7971
+ -----------------------------------
+ build system 41351.8018 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41359.7906 7.9935 7.9888
+ =================================
+ wsmp: initialisation time: 0.0517309 s
+ wsmp: ordering time: 4.1434879 s
+ wsmp: symbolic fact. time: 0.7185152 s
+ wsmp: Cholesky fact. time: 11.3864310 s
+ wsmp: Factorisation 14470.8806633 Mflops
+ wsmp: back substitution time: 0.1212881 s
+ wsmp: from b to rhs vector: 0.0072589 s
+ ---------------------------------
+ wsmp: total solve time: 16.4290779 s
+ =================================
+ u : -0.10167E+01 0.20978E+00
+ v : -0.43176E-01 0.12561E+00
+ w : -0.72843E+00 0.22783E+00
+ =================================
+ Calculate pressures 41376.2359 24.4388 16.4453
+ raw pressures : -0.15380E+01 0.36452E+00
+ Smoothing pressures 41376.4600 24.6629 0.2241
+ do leaf measurements 41376.4612 24.6641 0.0012
+ compute convergence criterion 41376.5037 24.7066 0.0425
+ velocity_diff_norm = 0.0080821 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41376.5069 24.7098 0.0032
+Compute isostasy and adjust vertical 41376.5071 24.7100 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -191742646043220.59 343885246858642.19
+ def in m -7.9904985427856445 0.72416937351226807
+ dimensionless def -1.85030255998883914E-6 2.28299958365304125E-5
+ Isostatic velocity range = -0.0179803 0.2279567
+ Compute divergence 41376.7056 24.9085 0.1986
+ wsmp_cleanup 41376.7485 24.9515 0.0429
+ Reset surface geometry 41376.7542 24.9571 0.0057
+ -----------------------------------------------------------------------
+ Temperature calculations 41376.7622 24.9652 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41376.7761 24.9791 0.0139
+ Advect surface 1 41376.7763 24.9792 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41376.9750 25.1779 0.1987
+ removing 1 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41377.1833 25.3862 0.2083
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41377.4384 25.6413 0.2551
+ Advect the cloud 41377.5985 25.8014 0.1601
+ Write output 41378.4589 26.6618 0.8604
+ End of time step 41379.4241 27.6271 0.9653
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 256 41379.4243
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41379.4243 0.0001 0.0001
+ surface 01 41379.4244 0.0001 0.0000
+ S. 1: 16998points
+ refine surface 41379.4244 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 41379.4517 0.0274 0.0273
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 41379.4745 0.0502 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41379.5004 0.0761 0.0259
+ S. 1: 0 flips in delaunay2
+ S. 1: 16999points
+ surface 02 41379.5194 0.0951 0.0189
+ S. 2: 16992points
+ refine surface 41379.5195 0.0952 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 41379.5464 0.1221 0.0269
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 41379.5696 0.1453 0.0232
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41379.5954 0.1711 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16993points
+ surface 03 41379.6140 0.1898 0.0187
+ S. 3: 16994points
+ refine surface 41379.6142 0.1899 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 41379.6399 0.2156 0.0257
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 41379.6642 0.2399 0.0243
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41379.6891 0.2648 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 16995points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41379.7154
+ -----------------------------------------------------------------------
+ Create octree solve 41379.7156 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41379.7317 0.0163 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 41379.7533 0.0379 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41379.7541 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41379.7685 0.0531 0.0145
+ osolve%nleaves= 50016
+ Build osolve icon 41379.8919 0.1765 0.1234
+ Imbed surface in osolve 41380.0818 0.3664 0.1899
+ embedding surface 1 41380.0820 0.3666 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41382.0663 2.3509 1.9843
+ osolve%nleaves= 59424
+ embedding surface 3 41384.1845 4.4691 2.1182
+ osolve%nleaves= 64128
+ Assessing octree stability 41387.7300 8.0146 3.5455
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41387.7353 8.0199 0.0053
+ Interpolate velo onto osolve 41388.1863 8.4709 0.4510
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41388.3266 8.6112 0.1403
+ Find void 41388.5973 8.8819 0.2707
+ whole leaf in fluid 32992
+ Define boundary conditions 41388.6262 8.9108 0.0289
+ wsmp setup1 41388.6339 8.9185 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41389.6473 9.9319 1.0134
+ -----------------------------------
+ start of non-linear iteratio 1 41389.6967
+ -----------------------------------
+ build system 41389.6969 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41397.6977 8.0010 8.0008
+ =================================
+ wsmp: initialisation time: 0.0542419 s
+ wsmp: ordering time: 4.1592641 s
+ wsmp: symbolic fact. time: 0.7193079 s
+ wsmp: Cholesky fact. time: 11.3860979 s
+ wsmp: Factorisation 14471.3039714 Mflops
+ wsmp: back substitution time: 0.1211481 s
+ wsmp: from b to rhs vector: 0.0072651 s
+ ---------------------------------
+ wsmp: total solve time: 16.4477091 s
+ =================================
+ u : -0.10228E+01 0.18523E+00
+ v : -0.94695E-01 0.11196E+00
+ w : -0.76189E+00 0.24692E+00
+ =================================
+ Calculate pressures 41414.1605 24.4638 16.4628
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 41414.3855 24.6888 0.2250
+ do leaf measurements 41414.3866 24.6899 0.0011
+ compute convergence criterion 41414.4294 24.7327 0.0428
+ velocity_diff_norm = 0.5894997 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41414.4346
+ -----------------------------------
+ build system 41414.4391 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77319E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41422.3818 7.9472 7.9427
+ =================================
+ wsmp: initialisation time: 0.0528228 s
+ wsmp: ordering time: 4.1615760 s
+ wsmp: symbolic fact. time: 0.7215929 s
+ wsmp: Cholesky fact. time: 11.4630651 s
+ wsmp: Factorisation 14374.1383091 Mflops
+ wsmp: back substitution time: 0.1211450 s
+ wsmp: from b to rhs vector: 0.0072451 s
+ ---------------------------------
+ wsmp: total solve time: 16.5278220 s
+ =================================
+ u : -0.10151E+01 0.13797E+00
+ v : -0.48874E-01 0.10198E+00
+ w : -0.76737E+00 0.22677E+00
+ =================================
+ Calculate pressures 41438.9249 24.4903 16.5431
+ raw pressures : -0.12366E+01 0.18093E+00
+ Smoothing pressures 41439.1509 24.7164 0.2260
+ do leaf measurements 41439.1520 24.7175 0.0011
+ compute convergence criterion 41439.1949 24.7603 0.0429
+ velocity_diff_norm = 0.0714223 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41439.2000
+ -----------------------------------
+ build system 41439.2046 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41447.2025 8.0025 7.9980
+ =================================
+ wsmp: initialisation time: 0.0516269 s
+ wsmp: ordering time: 4.1458740 s
+ wsmp: symbolic fact. time: 0.7209499 s
+ wsmp: Cholesky fact. time: 11.3773160 s
+ wsmp: Factorisation 14482.4740653 Mflops
+ wsmp: back substitution time: 0.1210639 s
+ wsmp: from b to rhs vector: 0.0071769 s
+ ---------------------------------
+ wsmp: total solve time: 16.4243832 s
+ =================================
+ u : -0.10172E+01 0.15573E+00
+ v : -0.37326E-01 0.11829E+00
+ w : -0.74690E+00 0.23175E+00
+ =================================
+ Calculate pressures 41463.6425 24.4425 16.4400
+ raw pressures : -0.13736E+01 0.31397E+00
+ Smoothing pressures 41463.8678 24.6678 0.2253
+ do leaf measurements 41463.8689 24.6689 0.0011
+ compute convergence criterion 41463.9121 24.7120 0.0432
+ velocity_diff_norm = 0.0361094 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41463.9173
+ -----------------------------------
+ build system 41463.9219 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41471.9175 8.0002 7.9956
+ =================================
+ wsmp: initialisation time: 0.0555928 s
+ wsmp: ordering time: 4.1352549 s
+ wsmp: symbolic fact. time: 0.7177479 s
+ wsmp: Cholesky fact. time: 11.4049909 s
+ wsmp: Factorisation 14447.3314493 Mflops
+ wsmp: back substitution time: 0.1207891 s
+ wsmp: from b to rhs vector: 0.0072620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4420190 s
+ =================================
+ u : -0.10172E+01 0.17638E+00
+ v : -0.37842E-01 0.12302E+00
+ w : -0.73758E+00 0.22930E+00
+ =================================
+ Calculate pressures 41488.3749 24.4576 16.4574
+ raw pressures : -0.14725E+01 0.35956E+00
+ Smoothing pressures 41488.5996 24.6823 0.2248
+ do leaf measurements 41488.6008 24.6835 0.0011
+ compute convergence criterion 41488.6436 24.7263 0.0429
+ velocity_diff_norm = 0.0158456 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41488.6488
+ -----------------------------------
+ build system 41488.6534 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41496.5896 7.9408 7.9362
+ =================================
+ wsmp: initialisation time: 0.0524211 s
+ wsmp: ordering time: 4.1681659 s
+ wsmp: symbolic fact. time: 0.7251129 s
+ wsmp: Cholesky fact. time: 11.4086180 s
+ wsmp: Factorisation 14442.7383107 Mflops
+ wsmp: back substitution time: 0.1218262 s
+ wsmp: from b to rhs vector: 0.0072608 s
+ ---------------------------------
+ wsmp: total solve time: 16.4837751 s
+ =================================
+ u : -0.10170E+01 0.19411E+00
+ v : -0.40709E-01 0.12552E+00
+ w : -0.73284E+00 0.22837E+00
+ =================================
+ Calculate pressures 41513.0889 24.4401 16.4993
+ raw pressures : -0.15163E+01 0.36725E+00
+ Smoothing pressures 41513.3166 24.6678 0.2278
+ do leaf measurements 41513.3178 24.6690 0.0011
+ compute convergence criterion 41513.3606 24.7118 0.0429
+ velocity_diff_norm = 0.0107378 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41513.3658
+ -----------------------------------
+ build system 41513.3703 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41521.3479 7.9822 7.9776
+ =================================
+ wsmp: initialisation time: 0.0503719 s
+ wsmp: ordering time: 4.1439650 s
+ wsmp: symbolic fact. time: 0.7193010 s
+ wsmp: Cholesky fact. time: 11.3871739 s
+ wsmp: Factorisation 14469.9365665 Mflops
+ wsmp: back substitution time: 0.1213500 s
+ wsmp: from b to rhs vector: 0.0072601 s
+ ---------------------------------
+ wsmp: total solve time: 16.4297881 s
+ =================================
+ u : -0.10168E+01 0.20972E+00
+ v : -0.43103E-01 0.12555E+00
+ w : -0.72825E+00 0.22779E+00
+ =================================
+ Calculate pressures 41537.7935 24.4278 16.4456
+ raw pressures : -0.15379E+01 0.36400E+00
+ Smoothing pressures 41538.0179 24.6522 0.2244
+ do leaf measurements 41538.0191 24.6533 0.0011
+ compute convergence criterion 41538.0621 24.6963 0.0430
+ velocity_diff_norm = 0.0080872 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41538.0649 24.6992 0.0029
+Compute isostasy and adjust vertical 41538.0651 24.6993 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -192157569301988.56 344788053620504.13
+ def in m -7.9960851669311523 0.71749919652938843
+ dimensionless def -1.84308528900146482E-6 2.28459576198032913E-5
+ Isostatic velocity range = -0.0179119 0.2281231
+ Compute divergence 41538.2714 24.9057 0.2063
+ wsmp_cleanup 41538.3080 24.9422 0.0366
+ Reset surface geometry 41538.3132 24.9474 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 41538.3218 24.9560 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41538.3390 24.9732 0.0172
+ Advect surface 1 41538.3391 24.9734 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41538.5376 25.1719 0.1985
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41538.7370 25.3712 0.1994
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41538.9824 25.6167 0.2454
+ Advect the cloud 41539.1447 25.7789 0.1622
+ Write output 41540.0038 26.6380 0.8591
+ End of time step 41540.8875 27.5217 0.8837
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 257 41540.8876
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41540.8877 0.0001 0.0001
+ surface 01 41540.8877 0.0001 0.0001
+ S. 1: 16999points
+ refine surface 41540.8878 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 41540.9151 0.0274 0.0273
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 41540.9380 0.0504 0.0229
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41540.9638 0.0762 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 41540.9826 0.0950 0.0188
+ S. 2: 16993points
+ refine surface 41540.9827 0.0951 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 41541.0096 0.1220 0.0269
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 41541.0368 0.1492 0.0272
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41541.0627 0.1750 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 41541.0814 0.1938 0.0188
+ S. 3: 16995points
+ refine surface 41541.0816 0.1940 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41541.1071 0.2195 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 16995points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41541.1322
+ -----------------------------------------------------------------------
+ Create octree solve 41541.1324 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41541.1485 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 41541.1698 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41541.1706 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41541.1849 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 41541.3082 0.1761 0.1233
+ Imbed surface in osolve 41541.5000 0.3678 0.1918
+ embedding surface 1 41541.5002 0.3680 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41543.4879 2.3557 1.9878
+ osolve%nleaves= 59424
+ embedding surface 3 41545.5958 4.4636 2.1079
+ osolve%nleaves= 64128
+ Assessing octree stability 41549.1331 8.0009 3.5373
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41549.1383 8.0062 0.0053
+ Interpolate velo onto osolve 41549.5949 8.4627 0.4566
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41549.7260 8.5938 0.1311
+ Find void 41549.9984 8.8662 0.2724
+ whole leaf in fluid 32992
+ Define boundary conditions 41550.0274 8.8952 0.0290
+ wsmp setup1 41550.0350 8.9028 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41551.0500 9.9178 1.0150
+ -----------------------------------
+ start of non-linear iteratio 1 41551.0992
+ -----------------------------------
+ build system 41551.0993 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41559.0832 7.9840 7.9838
+ =================================
+ wsmp: initialisation time: 0.0580871 s
+ wsmp: ordering time: 4.1638219 s
+ wsmp: symbolic fact. time: 0.7146399 s
+ wsmp: Cholesky fact. time: 11.3860419 s
+ wsmp: Factorisation 14471.3751817 Mflops
+ wsmp: back substitution time: 0.1208661 s
+ wsmp: from b to rhs vector: 0.0073760 s
+ ---------------------------------
+ wsmp: total solve time: 16.4512582 s
+ =================================
+ u : -0.10150E+01 0.18524E+00
+ v : -0.95199E-01 0.11161E+00
+ w : -0.76211E+00 0.24773E+00
+ =================================
+ Calculate pressures 41575.5497 24.4505 16.4665
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 41575.7738 24.6746 0.2241
+ do leaf measurements 41575.7749 24.6757 0.0011
+ compute convergence criterion 41575.8183 24.7191 0.0434
+ velocity_diff_norm = 0.5894153 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41575.8238
+ -----------------------------------
+ build system 41575.8287 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76867E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41583.7689 7.9450 7.9402
+ =================================
+ wsmp: initialisation time: 0.0522590 s
+ wsmp: ordering time: 4.1579490 s
+ wsmp: symbolic fact. time: 0.7124259 s
+ wsmp: Cholesky fact. time: 11.4633179 s
+ wsmp: Factorisation 14373.8214126 Mflops
+ wsmp: back substitution time: 0.1212249 s
+ wsmp: from b to rhs vector: 0.0072682 s
+ ---------------------------------
+ wsmp: total solve time: 16.5148571 s
+ =================================
+ u : -0.10152E+01 0.13790E+00
+ v : -0.48566E-01 0.10188E+00
+ w : -0.76756E+00 0.22776E+00
+ =================================
+ Calculate pressures 41600.2993 24.4755 16.5305
+ raw pressures : -0.12361E+01 0.17996E+00
+ Smoothing pressures 41600.5246 24.7008 0.2253
+ do leaf measurements 41600.5257 24.7019 0.0011
+ compute convergence criterion 41600.5691 24.7453 0.0434
+ velocity_diff_norm = 0.0713998 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41600.5746
+ -----------------------------------
+ build system 41600.5794 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41608.5643 7.9897 7.9848
+ =================================
+ wsmp: initialisation time: 0.0548549 s
+ wsmp: ordering time: 4.1498711 s
+ wsmp: symbolic fact. time: 0.7166431 s
+ wsmp: Cholesky fact. time: 11.3793709 s
+ wsmp: Factorisation 14479.8587655 Mflops
+ wsmp: back substitution time: 0.1211159 s
+ wsmp: from b to rhs vector: 0.0073819 s
+ ---------------------------------
+ wsmp: total solve time: 16.4296610 s
+ =================================
+ u : -0.10173E+01 0.15573E+00
+ v : -0.37126E-01 0.11840E+00
+ w : -0.74673E+00 0.23236E+00
+ =================================
+ Calculate pressures 41625.0100 24.4354 16.4458
+ raw pressures : -0.13736E+01 0.31386E+00
+ Smoothing pressures 41625.2341 24.6594 0.2240
+ do leaf measurements 41625.2352 24.6606 0.0011
+ compute convergence criterion 41625.2789 24.7043 0.0437
+ velocity_diff_norm = 0.0361311 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41625.2844
+ -----------------------------------
+ build system 41625.2893 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41633.3055 8.0210 8.0162
+ =================================
+ wsmp: initialisation time: 0.0533030 s
+ wsmp: ordering time: 4.1459970 s
+ wsmp: symbolic fact. time: 0.7163341 s
+ wsmp: Cholesky fact. time: 11.3935039 s
+ wsmp: Factorisation 14461.8973459 Mflops
+ wsmp: back substitution time: 0.1210048 s
+ wsmp: from b to rhs vector: 0.0073061 s
+ ---------------------------------
+ wsmp: total solve time: 16.4378409 s
+ =================================
+ u : -0.10172E+01 0.17637E+00
+ v : -0.37609E-01 0.12302E+00
+ w : -0.73745E+00 0.22957E+00
+ =================================
+ Calculate pressures 41649.7590 24.4745 16.4535
+ raw pressures : -0.14723E+01 0.35930E+00
+ Smoothing pressures 41649.9832 24.6988 0.2242
+ do leaf measurements 41649.9843 24.6999 0.0011
+ compute convergence criterion 41650.0276 24.7432 0.0433
+ velocity_diff_norm = 0.0157825 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41650.0331
+ -----------------------------------
+ build system 41650.0378 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41657.9753 7.9423 7.9375
+ =================================
+ wsmp: initialisation time: 0.0512068 s
+ wsmp: ordering time: 4.1699140 s
+ wsmp: symbolic fact. time: 0.7221520 s
+ wsmp: Cholesky fact. time: 11.4249630 s
+ wsmp: Factorisation 14422.0759325 Mflops
+ wsmp: back substitution time: 0.1223309 s
+ wsmp: from b to rhs vector: 0.0073690 s
+ ---------------------------------
+ wsmp: total solve time: 16.4983389 s
+ =================================
+ u : -0.10170E+01 0.19414E+00
+ v : -0.40537E-01 0.12552E+00
+ w : -0.73274E+00 0.22850E+00
+ =================================
+ Calculate pressures 41674.4892 24.4562 16.5139
+ raw pressures : -0.15160E+01 0.36681E+00
+ Smoothing pressures 41674.7169 24.6839 0.2277
+ do leaf measurements 41674.7180 24.6850 0.0011
+ compute convergence criterion 41674.7613 24.7282 0.0432
+ velocity_diff_norm = 0.0107234 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41674.7668
+ -----------------------------------
+ build system 41674.7716 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41682.7627 7.9959 7.9911
+ =================================
+ wsmp: initialisation time: 0.0540400 s
+ wsmp: ordering time: 4.1450481 s
+ wsmp: symbolic fact. time: 0.7160439 s
+ wsmp: Cholesky fact. time: 11.3792820 s
+ wsmp: Factorisation 14479.9719269 Mflops
+ wsmp: back substitution time: 0.1209500 s
+ wsmp: from b to rhs vector: 0.0073581 s
+ ---------------------------------
+ wsmp: total solve time: 16.4231231 s
+ =================================
+ u : -0.10168E+01 0.20972E+00
+ v : -0.42990E-01 0.12556E+00
+ w : -0.72821E+00 0.22795E+00
+ =================================
+ Calculate pressures 41699.2016 24.4348 16.4389
+ raw pressures : -0.15376E+01 0.36360E+00
+ Smoothing pressures 41699.4263 24.6595 0.2247
+ do leaf measurements 41699.4274 24.6606 0.0011
+ compute convergence criterion 41699.4709 24.7041 0.0435
+ velocity_diff_norm = 0.0080801 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41699.4740 24.7072 0.0031
+Compute isostasy and adjust vertical 41699.4742 24.7074 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -192559841577036.56 345693486321347.63
+ def in m -8.0017070770263672 0.71120715141296387
+ dimensionless def -1.84537138257707878E-6 2.28620202200753316E-5
+ Isostatic velocity range = -0.0179403 0.2282931
+ Compute divergence 41699.6816 24.9148 0.2074
+ wsmp_cleanup 41699.7182 24.9515 0.0366
+ Reset surface geometry 41699.7233 24.9565 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 41699.7318 24.9651 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41699.7492 24.9824 0.0173
+ Advect surface 1 41699.7493 24.9825 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41699.9430 25.1762 0.1937
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41700.1406 25.3739 0.1976
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41700.3954 25.6286 0.2547
+ Advect the cloud 41700.5571 25.7903 0.1618
+ Write output 41701.4231 26.6563 0.8659
+ End of time step 41702.3165 27.5497 0.8934
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 258 41702.3166
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41702.3167 0.0001 0.0001
+ surface 01 41702.3167 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 41702.3168 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41702.3434 0.0267 0.0266
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 41702.3613 0.0447 0.0180
+ S. 2: 16994points
+ refine surface 41702.3615 0.0449 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41702.3871 0.0705 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 41702.4058 0.0892 0.0187
+ S. 3: 16995points
+ refine surface 41702.4059 0.0893 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 41702.4329 0.1163 0.0270
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 41702.4560 0.1393 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41702.4816 0.1650 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 16996points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41702.5073
+ -----------------------------------------------------------------------
+ Create octree solve 41702.5076 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41702.5236 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 41702.5451 0.0378 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41702.5459 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41702.5602 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 41702.6835 0.1762 0.1234
+ Imbed surface in osolve 41702.8739 0.3666 0.1903
+ embedding surface 1 41702.8740 0.3667 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41704.8531 2.3458 1.9791
+ osolve%nleaves= 59424
+ embedding surface 3 41706.9553 4.4480 2.1022
+ osolve%nleaves= 64128
+ Assessing octree stability 41710.5237 8.0164 3.5684
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41710.5289 8.0216 0.0052
+ Interpolate velo onto osolve 41711.0093 8.5020 0.4804
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41711.0920 8.5846 0.0826
+ Find void 41711.3603 8.8529 0.2683
+ whole leaf in fluid 32992
+ Define boundary conditions 41711.3890 8.8817 0.0288
+ wsmp setup1 41711.3968 8.8895 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41712.4122 9.9048 1.0154
+ -----------------------------------
+ start of non-linear iteratio 1 41712.4615
+ -----------------------------------
+ build system 41712.4617 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41720.4305 7.9689 7.9687
+ =================================
+ wsmp: initialisation time: 0.0554938 s
+ wsmp: ordering time: 4.1525841 s
+ wsmp: symbolic fact. time: 0.7176070 s
+ wsmp: Cholesky fact. time: 11.3866410 s
+ wsmp: Factorisation 14470.6137223 Mflops
+ wsmp: back substitution time: 0.1213462 s
+ wsmp: from b to rhs vector: 0.0071669 s
+ ---------------------------------
+ wsmp: total solve time: 16.4412260 s
+ =================================
+ u : -0.10150E+01 0.18488E+00
+ v : -0.94824E-01 0.11146E+00
+ w : -0.76206E+00 0.24894E+00
+ =================================
+ Calculate pressures 41736.8869 24.4254 16.4565
+ raw pressures : -0.35107E+00 0.00000E+00
+ Smoothing pressures 41737.1121 24.6505 0.2251
+ do leaf measurements 41737.1132 24.6517 0.0011
+ compute convergence criterion 41737.1556 24.6941 0.0424
+ velocity_diff_norm = 0.5884757 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41737.1611
+ -----------------------------------
+ build system 41737.1659 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76306E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41745.1091 7.9480 7.9432
+ =================================
+ wsmp: initialisation time: 0.0553811 s
+ wsmp: ordering time: 4.1400959 s
+ wsmp: symbolic fact. time: 0.7183869 s
+ wsmp: Cholesky fact. time: 11.4620881 s
+ wsmp: Factorisation 14375.3635744 Mflops
+ wsmp: back substitution time: 0.1215010 s
+ wsmp: from b to rhs vector: 0.0069270 s
+ ---------------------------------
+ wsmp: total solve time: 16.5047681 s
+ =================================
+ u : -0.10150E+01 0.13755E+00
+ v : -0.48582E-01 0.10206E+00
+ w : -0.76736E+00 0.22838E+00
+ =================================
+ Calculate pressures 41761.6294 24.4683 16.5203
+ raw pressures : -0.12362E+01 0.18336E+00
+ Smoothing pressures 41761.8548 24.6937 0.2255
+ do leaf measurements 41761.8560 24.6949 0.0011
+ compute convergence criterion 41761.8980 24.7369 0.0420
+ velocity_diff_norm = 0.0709793 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41761.9034
+ -----------------------------------
+ build system 41761.9082 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41769.8792 7.9758 7.9710
+ =================================
+ wsmp: initialisation time: 0.0502028 s
+ wsmp: ordering time: 4.1437440 s
+ wsmp: symbolic fact. time: 0.7175319 s
+ wsmp: Cholesky fact. time: 11.3756680 s
+ wsmp: Factorisation 14484.5720856 Mflops
+ wsmp: back substitution time: 0.1214061 s
+ wsmp: from b to rhs vector: 0.0070891 s
+ ---------------------------------
+ wsmp: total solve time: 16.4160411 s
+ =================================
+ u : -0.10169E+01 0.15540E+00
+ v : -0.37172E-01 0.11829E+00
+ w : -0.74687E+00 0.23232E+00
+ =================================
+ Calculate pressures 41786.3109 24.4075 16.4317
+ raw pressures : -0.13727E+01 0.31327E+00
+ Smoothing pressures 41786.5373 24.6339 0.2264
+ do leaf measurements 41786.5384 24.6350 0.0011
+ compute convergence criterion 41786.5803 24.6769 0.0419
+ velocity_diff_norm = 0.0360665 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41786.5857
+ -----------------------------------
+ build system 41786.5905 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41794.6096 8.0239 8.0191
+ =================================
+ wsmp: initialisation time: 0.0518429 s
+ wsmp: ordering time: 4.1502380 s
+ wsmp: symbolic fact. time: 0.7211859 s
+ wsmp: Cholesky fact. time: 11.3773379 s
+ wsmp: Factorisation 14482.4461444 Mflops
+ wsmp: back substitution time: 0.1212721 s
+ wsmp: from b to rhs vector: 0.0069940 s
+ ---------------------------------
+ wsmp: total solve time: 16.4292481 s
+ =================================
+ u : -0.10169E+01 0.17609E+00
+ v : -0.37723E-01 0.12300E+00
+ w : -0.73748E+00 0.22955E+00
+ =================================
+ Calculate pressures 41811.0544 24.4687 16.4449
+ raw pressures : -0.14713E+01 0.35868E+00
+ Smoothing pressures 41811.2794 24.6937 0.2250
+ do leaf measurements 41811.2805 24.6948 0.0011
+ compute convergence criterion 41811.3224 24.7367 0.0419
+ velocity_diff_norm = 0.0158130 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41811.3277
+ -----------------------------------
+ build system 41811.3324 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41819.2712 7.9435 7.9388
+ =================================
+ wsmp: initialisation time: 0.0523698 s
+ wsmp: ordering time: 4.1573720 s
+ wsmp: symbolic fact. time: 0.7235901 s
+ wsmp: Cholesky fact. time: 11.4426191 s
+ wsmp: Factorisation 14399.8225097 Mflops
+ wsmp: back substitution time: 0.1218522 s
+ wsmp: from b to rhs vector: 0.0071890 s
+ ---------------------------------
+ wsmp: total solve time: 16.5053940 s
+ =================================
+ u : -0.10169E+01 0.19382E+00
+ v : -0.40644E-01 0.12545E+00
+ w : -0.73273E+00 0.22842E+00
+ =================================
+ Calculate pressures 41835.7924 24.4647 16.5211
+ raw pressures : -0.15149E+01 0.36620E+00
+ Smoothing pressures 41836.0184 24.6907 0.2261
+ do leaf measurements 41836.0195 24.6918 0.0011
+ compute convergence criterion 41836.0615 24.7338 0.0420
+ velocity_diff_norm = 0.0107420 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41836.0669
+ -----------------------------------
+ build system 41836.0717 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41844.0752 8.0083 8.0035
+ =================================
+ wsmp: initialisation time: 0.0535102 s
+ wsmp: ordering time: 4.1591299 s
+ wsmp: symbolic fact. time: 0.7202089 s
+ wsmp: Cholesky fact. time: 11.3808331 s
+ wsmp: Factorisation 14477.9983784 Mflops
+ wsmp: back substitution time: 0.1212020 s
+ wsmp: from b to rhs vector: 0.0071709 s
+ ---------------------------------
+ wsmp: total solve time: 16.4424658 s
+ =================================
+ u : -0.10166E+01 0.20943E+00
+ v : -0.43052E-01 0.12556E+00
+ w : -0.72817E+00 0.22784E+00
+ =================================
+ Calculate pressures 41860.5333 24.4663 16.4581
+ raw pressures : -0.15367E+01 0.36329E+00
+ Smoothing pressures 41860.7577 24.6908 0.2244
+ do leaf measurements 41860.7588 24.6919 0.0011
+ compute convergence criterion 41860.8010 24.7340 0.0421
+ velocity_diff_norm = 0.0080838 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 41860.8041 24.7371 0.0031
+Compute isostasy and adjust vertical 41860.8042 24.7373 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -192955787907013.78 346599316945179.44
+ def in m -8.0082740783691406 0.70509469509124756
+ dimensionless def -1.8517911434173585E-6 2.28807830810546898E-5
+ Isostatic velocity range = -0.0180125 0.2284921
+ Compute divergence 41861.0069 24.9400 0.2026
+ wsmp_cleanup 41861.0464 24.9795 0.0395
+ Reset surface geometry 41861.0509 24.9840 0.0045
+ -----------------------------------------------------------------------
+ Temperature calculations 41861.0597 24.9928 0.0088
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 41861.0759 25.0090 0.0162
+ Advect surface 1 41861.0760 25.0091 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 41861.2686 25.2017 0.1925
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 41861.4630 25.3960 0.1944
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 41861.7155 25.6486 0.2526
+ Advect the cloud 41861.8773 25.8104 0.1617
+ Write output 41862.7427 26.6758 0.8654
+ End of time step 41863.6276 27.5607 0.8850
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 259 41863.6278
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 41863.6278 0.0001 0.0001
+ surface 01 41863.6279 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 41863.6279 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 41863.6552 0.0275 0.0273
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 41863.6779 0.0501 0.0226
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 41863.7027 0.0749 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 41863.7224 0.0946 0.0197
+ S. 2: 16994points
+ refine surface 41863.7225 0.0948 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 41863.7474 0.1197 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 41863.7671 0.1393 0.0197
+ S. 3: 16996points
+ refine surface 41863.7672 0.1395 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 41863.7932 0.1655 0.0260
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 41863.8169 0.1891 0.0236
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 41863.8418 0.2141 0.0250
+ S. 3: 0 flips in delaunay2
+ S. 3: 16997points
+ -----------------------------------------------------------------------
+ Start of iteration 1 41863.8680
+ -----------------------------------------------------------------------
+ Create octree solve 41863.8683 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 41863.8843 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 41863.9059 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 41863.9066 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 41863.9209 0.0529 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 41864.0444 0.1764 0.1235
+ Imbed surface in osolve 41864.2339 0.3659 0.1894
+ embedding surface 1 41864.2340 0.3660 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 41866.2159 2.3479 1.9819
+ osolve%nleaves= 59424
+ embedding surface 3 41868.3192 4.4512 2.1033
+ osolve%nleaves= 64128
+ Assessing octree stability 41871.8832 8.0151 3.5640
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 41871.8886 8.0206 0.0055
+ Interpolate velo onto osolve 41872.3957 8.5277 0.5071
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 41872.4604 8.5924 0.0647
+ Find void 41872.7295 8.8615 0.2691
+ whole leaf in fluid 32992
+ Define boundary conditions 41872.7587 8.8907 0.0292
+ wsmp setup1 41872.7671 8.8991 0.0084
+ n = 128799
+ nz= 4957209
+ wsmp setup2 41873.7826 9.9146 1.0155
+ -----------------------------------
+ start of non-linear iteratio 1 41873.8319
+ -----------------------------------
+ build system 41873.8320 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41881.7890 7.9571 7.9570
+ =================================
+ wsmp: initialisation time: 0.0570569 s
+ wsmp: ordering time: 4.1439481 s
+ wsmp: symbolic fact. time: 0.7173440 s
+ wsmp: Cholesky fact. time: 11.3775530 s
+ wsmp: Factorisation 14482.1724035 Mflops
+ wsmp: back substitution time: 0.1209350 s
+ wsmp: from b to rhs vector: 0.0072401 s
+ ---------------------------------
+ wsmp: total solve time: 16.4244359 s
+ =================================
+ u : -0.10151E+01 0.18510E+00
+ v : -0.94236E-01 0.11139E+00
+ w : -0.76190E+00 0.24676E+00
+ =================================
+ Calculate pressures 41898.2290 24.3971 16.4400
+ raw pressures : -0.35077E+00 0.00000E+00
+ Smoothing pressures 41898.4537 24.6218 0.2247
+ do leaf measurements 41898.4548 24.6229 0.0011
+ compute convergence criterion 41898.4975 24.6657 0.0427
+ velocity_diff_norm = 0.5896685 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 41898.5030
+ -----------------------------------
+ build system 41898.5078 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77861E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41906.4464 7.9434 7.9386
+ =================================
+ wsmp: initialisation time: 0.0527480 s
+ wsmp: ordering time: 4.1438329 s
+ wsmp: symbolic fact. time: 0.7170069 s
+ wsmp: Cholesky fact. time: 11.4447649 s
+ wsmp: Factorisation 14397.1227018 Mflops
+ wsmp: back substitution time: 0.1214540 s
+ wsmp: from b to rhs vector: 0.0071421 s
+ ---------------------------------
+ wsmp: total solve time: 16.4873068 s
+ =================================
+ u : -0.10150E+01 0.13776E+00
+ v : -0.48874E-01 0.10210E+00
+ w : -0.76731E+00 0.22649E+00
+ =================================
+ Calculate pressures 41922.9490 24.4460 16.5026
+ raw pressures : -0.12357E+01 0.17950E+00
+ Smoothing pressures 41923.1743 24.6712 0.2252
+ do leaf measurements 41923.1754 24.6724 0.0011
+ compute convergence criterion 41923.2177 24.7147 0.0423
+ velocity_diff_norm = 0.0715786 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 41923.2231
+ -----------------------------------
+ build system 41923.2278 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41931.1850 7.9619 7.9571
+ =================================
+ wsmp: initialisation time: 0.0507531 s
+ wsmp: ordering time: 4.1585751 s
+ wsmp: symbolic fact. time: 0.7147639 s
+ wsmp: Cholesky fact. time: 11.3719280 s
+ wsmp: Factorisation 14489.3358641 Mflops
+ wsmp: back substitution time: 0.1219540 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.4255390 s
+ =================================
+ u : -0.10171E+01 0.15556E+00
+ v : -0.37398E-01 0.11835E+00
+ w : -0.74674E+00 0.23155E+00
+ =================================
+ Calculate pressures 41947.6255 24.4024 16.4406
+ raw pressures : -0.13726E+01 0.31309E+00
+ Smoothing pressures 41947.8529 24.6299 0.2274
+ do leaf measurements 41947.8540 24.6310 0.0011
+ compute convergence criterion 41947.8964 24.6733 0.0424
+ velocity_diff_norm = 0.0362300 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 41947.9018
+ -----------------------------------
+ build system 41947.9066 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41955.9299 8.0281 8.0233
+ =================================
+ wsmp: initialisation time: 0.0546272 s
+ wsmp: ordering time: 4.1496060 s
+ wsmp: symbolic fact. time: 0.7178061 s
+ wsmp: Cholesky fact. time: 11.3864741 s
+ wsmp: Factorisation 14470.8258199 Mflops
+ wsmp: back substitution time: 0.1212771 s
+ wsmp: from b to rhs vector: 0.0071230 s
+ ---------------------------------
+ wsmp: total solve time: 16.4372771 s
+ =================================
+ u : -0.10170E+01 0.17621E+00
+ v : -0.37848E-01 0.12303E+00
+ w : -0.73745E+00 0.22910E+00
+ =================================
+ Calculate pressures 41972.3827 24.4809 16.4528
+ raw pressures : -0.14715E+01 0.35874E+00
+ Smoothing pressures 41972.6077 24.7059 0.2251
+ do leaf measurements 41972.6088 24.7070 0.0011
+ compute convergence criterion 41972.6512 24.7494 0.0424
+ velocity_diff_norm = 0.0158245 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 41972.6565
+ -----------------------------------
+ build system 41972.6613 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 41980.6014 7.9448 7.9400
+ =================================
+ wsmp: initialisation time: 0.0545359 s
+ wsmp: ordering time: 4.1809051 s
+ wsmp: symbolic fact. time: 0.7189472 s
+ wsmp: Cholesky fact. time: 11.4533641 s
+ wsmp: Factorisation 14386.3132220 Mflops
+ wsmp: back substitution time: 0.1210999 s
+ wsmp: from b to rhs vector: 0.0072072 s
+ ---------------------------------
+ wsmp: total solve time: 16.5364289 s
+ =================================
+ u : -0.10169E+01 0.19393E+00
+ v : -0.40745E-01 0.12543E+00
+ w : -0.73271E+00 0.22812E+00
+ =================================
+ Calculate pressures 41997.1535 24.4969 16.5521
+ raw pressures : -0.15153E+01 0.36639E+00
+ Smoothing pressures 41997.3795 24.7229 0.2260
+ do leaf measurements 41997.3806 24.7240 0.0011
+ compute convergence criterion 41997.4230 24.7664 0.0424
+ velocity_diff_norm = 0.0107555 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 41997.4282
+ -----------------------------------
+ build system 41997.4330 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42005.4397 8.0114 8.0067
+ =================================
+ wsmp: initialisation time: 0.0518548 s
+ wsmp: ordering time: 4.1443832 s
+ wsmp: symbolic fact. time: 0.7203619 s
+ wsmp: Cholesky fact. time: 11.3784599 s
+ wsmp: Factorisation 14481.0180712 Mflops
+ wsmp: back substitution time: 0.1210179 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.4236839 s
+ =================================
+ u : -0.10167E+01 0.20952E+00
+ v : -0.43125E-01 0.12553E+00
+ w : -0.72817E+00 0.22767E+00
+ =================================
+ Calculate pressures 42021.8786 24.4503 16.4389
+ raw pressures : -0.15370E+01 0.36334E+00
+ Smoothing pressures 42022.1028 24.6746 0.2243
+ do leaf measurements 42022.1040 24.6757 0.0011
+ compute convergence criterion 42022.1467 24.7184 0.0427
+ velocity_diff_norm = 0.0080684 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42022.1498 24.7216 0.0032
+Compute isostasy and adjust vertical 42022.1500 24.7218 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -193332231122804.34 347510452254714.5
+ def in m -8.0117282867431641 0.70004582405090332
+ dimensionless def -1.85872656958443772E-6 2.28906522478376116E-5
+ Isostatic velocity range = -0.0180930 0.2286029
+ Compute divergence 42022.3488 24.9205 0.1987
+ wsmp_cleanup 42022.3911 24.9629 0.0424
+ Reset surface geometry 42022.3969 24.9687 0.0058
+ -----------------------------------------------------------------------
+ Temperature calculations 42022.4051 24.9768 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42022.4189 24.9907 0.0138
+ Advect surface 1 42022.4190 24.9908 0.0002
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42022.6269 25.1986 0.2078
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42022.8254 25.3972 0.1985
+ removing 1 particle from surface
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42023.0892 25.6610 0.2638
+ Advect the cloud 42023.2489 25.8206 0.1596
+ Write output 42024.1140 26.6858 0.8652
+ End of time step 42025.0027 27.5745 0.8887
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 260 42025.0028
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42025.0029 0.0001 0.0001
+ surface 01 42025.0029 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 42025.0030 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 42025.0300 0.0271 0.0270
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 42025.0524 0.0496 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42025.0779 0.0751 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 42025.0959 0.0931 0.0180
+ S. 2: 16994points
+ refine surface 42025.0961 0.0932 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42025.1212 0.1184 0.0251
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 42025.1395 0.1366 0.0183
+ S. 3: 16996points
+ refine surface 42025.1396 0.1368 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42025.1651 0.1623 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 16996points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42025.1901
+ -----------------------------------------------------------------------
+ Create octree solve 42025.1904 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42025.2064 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 42025.2277 0.0376 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42025.2285 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42025.2428 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 42025.3661 0.1760 0.1234
+ Imbed surface in osolve 42025.5569 0.3667 0.1907
+ embedding surface 1 42025.5570 0.3669 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42027.5413 2.3512 1.9843
+ osolve%nleaves= 59424
+ embedding surface 3 42029.6630 4.4729 2.1217
+ osolve%nleaves= 64128
+ Assessing octree stability 42033.2408 8.0507 3.5778
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42033.2459 8.0558 0.0051
+ Interpolate velo onto osolve 42033.7506 8.5605 0.5047
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42033.8215 8.6314 0.0709
+ Find void 42034.0900 8.8999 0.2685
+ whole leaf in fluid 32992
+ Define boundary conditions 42034.1190 8.9289 0.0290
+ wsmp setup1 42034.1273 8.9371 0.0082
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42035.1456 9.9555 1.0183
+ -----------------------------------
+ start of non-linear iteratio 1 42035.1944
+ -----------------------------------
+ build system 42035.1947 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42043.1587 7.9643 7.9640
+ =================================
+ wsmp: initialisation time: 0.0548880 s
+ wsmp: ordering time: 4.1433179 s
+ wsmp: symbolic fact. time: 0.7196860 s
+ wsmp: Cholesky fact. time: 11.3798819 s
+ wsmp: Factorisation 14479.2086525 Mflops
+ wsmp: back substitution time: 0.1215179 s
+ wsmp: from b to rhs vector: 0.0072432 s
+ ---------------------------------
+ wsmp: total solve time: 16.4269831 s
+ =================================
+ u : -0.10252E+01 0.18488E+00
+ v : -0.94387E-01 0.11107E+00
+ w : -0.76198E+00 0.24749E+00
+ =================================
+ Calculate pressures 42059.6010 24.4066 16.4424
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 42059.8263 24.6319 0.2253
+ do leaf measurements 42059.8275 24.6330 0.0011
+ compute convergence criterion 42059.8705 24.6761 0.0430
+ velocity_diff_norm = 0.5889377 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42059.8757
+ -----------------------------------
+ build system 42059.8803 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.77731E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42067.8325 7.9568 7.9523
+ =================================
+ wsmp: initialisation time: 0.0529139 s
+ wsmp: ordering time: 4.1401641 s
+ wsmp: symbolic fact. time: 0.7196131 s
+ wsmp: Cholesky fact. time: 11.4409409 s
+ wsmp: Factorisation 14401.9347653 Mflops
+ wsmp: back substitution time: 0.1213870 s
+ wsmp: from b to rhs vector: 0.0071280 s
+ ---------------------------------
+ wsmp: total solve time: 16.4825058 s
+ =================================
+ u : -0.10151E+01 0.13763E+00
+ v : -0.48927E-01 0.10224E+00
+ w : -0.76738E+00 0.22721E+00
+ =================================
+ Calculate pressures 42084.3299 24.4542 16.4974
+ raw pressures : -0.12358E+01 0.17944E+00
+ Smoothing pressures 42084.5556 24.6799 0.2257
+ do leaf measurements 42084.5568 24.6810 0.0011
+ compute convergence criterion 42084.5995 24.7238 0.0428
+ velocity_diff_norm = 0.0712360 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42084.6047
+ -----------------------------------
+ build system 42084.6092 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42092.5504 7.9457 7.9412
+ =================================
+ wsmp: initialisation time: 0.0523911 s
+ wsmp: ordering time: 4.1443038 s
+ wsmp: symbolic fact. time: 0.7245162 s
+ wsmp: Cholesky fact. time: 11.3806121 s
+ wsmp: Factorisation 14478.2795443 Mflops
+ wsmp: back substitution time: 0.1215899 s
+ wsmp: from b to rhs vector: 0.0071821 s
+ ---------------------------------
+ wsmp: total solve time: 16.4309630 s
+ =================================
+ u : -0.10170E+01 0.15549E+00
+ v : -0.37449E-01 0.11832E+00
+ w : -0.74685E+00 0.23177E+00
+ =================================
+ Calculate pressures 42108.9962 24.3916 16.4458
+ raw pressures : -0.13728E+01 0.31347E+00
+ Smoothing pressures 42109.2230 24.6184 0.2268
+ do leaf measurements 42109.2242 24.6195 0.0011
+ compute convergence criterion 42109.2668 24.6622 0.0427
+ velocity_diff_norm = 0.0361436 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42109.2720
+ -----------------------------------
+ build system 42109.2765 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42117.2894 8.0174 8.0128
+ =================================
+ wsmp: initialisation time: 0.0552900 s
+ wsmp: ordering time: 4.1586771 s
+ wsmp: symbolic fact. time: 0.7175679 s
+ wsmp: Cholesky fact. time: 11.3860722 s
+ wsmp: Factorisation 14471.3366977 Mflops
+ wsmp: back substitution time: 0.1212819 s
+ wsmp: from b to rhs vector: 0.0072212 s
+ ---------------------------------
+ wsmp: total solve time: 16.4464760 s
+ =================================
+ u : -0.10170E+01 0.17614E+00
+ v : -0.37875E-01 0.12303E+00
+ w : -0.73750E+00 0.22920E+00
+ =================================
+ Calculate pressures 42133.7509 24.4789 16.4616
+ raw pressures : -0.14716E+01 0.35873E+00
+ Smoothing pressures 42133.9762 24.7041 0.2252
+ do leaf measurements 42133.9773 24.7053 0.0011
+ compute convergence criterion 42134.0199 24.7479 0.0426
+ velocity_diff_norm = 0.0158050 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42134.0251
+ -----------------------------------
+ build system 42134.0296 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42141.9700 7.9449 7.9404
+ =================================
+ wsmp: initialisation time: 0.0532751 s
+ wsmp: ordering time: 4.1695900 s
+ wsmp: symbolic fact. time: 0.7188060 s
+ wsmp: Cholesky fact. time: 11.4656479 s
+ wsmp: Factorisation 14370.9003448 Mflops
+ wsmp: back substitution time: 0.1211801 s
+ wsmp: from b to rhs vector: 0.0071352 s
+ ---------------------------------
+ wsmp: total solve time: 16.5359941 s
+ =================================
+ u : -0.10169E+01 0.19390E+00
+ v : -0.40741E-01 0.12555E+00
+ w : -0.73274E+00 0.22820E+00
+ =================================
+ Calculate pressures 42158.5212 24.4961 16.5512
+ raw pressures : -0.15152E+01 0.36622E+00
+ Smoothing pressures 42158.7471 24.7220 0.2258
+ do leaf measurements 42158.7482 24.7231 0.0011
+ compute convergence criterion 42158.7907 24.7656 0.0425
+ velocity_diff_norm = 0.0107170 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42158.7959
+ -----------------------------------
+ build system 42158.8004 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42166.8012 8.0053 8.0008
+ =================================
+ wsmp: initialisation time: 0.0530491 s
+ wsmp: ordering time: 4.1455140 s
+ wsmp: symbolic fact. time: 0.7165871 s
+ wsmp: Cholesky fact. time: 11.3837011 s
+ wsmp: Factorisation 14474.3508837 Mflops
+ wsmp: back substitution time: 0.1214750 s
+ wsmp: from b to rhs vector: 0.0072029 s
+ ---------------------------------
+ wsmp: total solve time: 16.4278979 s
+ =================================
+ u : -0.10167E+01 0.20952E+00
+ v : -0.43139E-01 0.12558E+00
+ w : -0.72818E+00 0.22767E+00
+ =================================
+ Calculate pressures 42183.2441 24.4483 16.4430
+ raw pressures : -0.15369E+01 0.36308E+00
+ Smoothing pressures 42183.4701 24.6742 0.2260
+ do leaf measurements 42183.4712 24.6753 0.0011
+ compute convergence criterion 42183.5141 24.7182 0.0429
+ velocity_diff_norm = 0.0080708 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42183.5170 24.7211 0.0029
+Compute isostasy and adjust vertical 42183.5172 24.7213 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -193694258726877.5 348427796910872.75
+ def in m -8.0097732543945312 0.69877403974533081
+ dimensionless def -1.85106277465820306E-6 2.28850664411272296E-5
+ Isostatic velocity range = -0.0180215 0.2285526
+ Compute divergence 42183.7175 24.9216 0.2003
+ wsmp_cleanup 42183.7559 24.9600 0.0384
+ Reset surface geometry 42183.7610 24.9651 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 42183.7695 24.9736 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42183.7859 24.9900 0.0164
+ Advect surface 1 42183.7861 24.9902 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42183.9853 25.1894 0.1992
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42184.1797 25.3839 0.1945
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42184.4314 25.6356 0.2517
+ Advect the cloud 42184.5911 25.7952 0.1597
+ Write output 42185.4520 26.6562 0.8609
+ End of time step 42186.3310 27.5351 0.8789
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 261 42186.3311
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42186.3312 0.0001 0.0001
+ surface 01 42186.3312 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 42186.3313 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42186.3574 0.0263 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 42186.3758 0.0447 0.0184
+ S. 2: 16994points
+ refine surface 42186.3760 0.0448 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42186.4018 0.0707 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 16994points
+ surface 03 42186.4202 0.0891 0.0184
+ S. 3: 16996points
+ refine surface 42186.4204 0.0893 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42186.4460 0.1149 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16996points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42186.4710
+ -----------------------------------------------------------------------
+ Create octree solve 42186.4713 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42186.4872 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 42186.5088 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42186.5096 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42186.5238 0.0528 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 42186.6459 0.1749 0.1222
+ Imbed surface in osolve 42186.8335 0.3626 0.1876
+ embedding surface 1 42186.8337 0.3627 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42188.7786 2.3076 1.9449
+ osolve%nleaves= 59424
+ embedding surface 3 42190.8605 4.3895 2.0820
+ osolve%nleaves= 64128
+ Assessing octree stability 42194.3771 7.9061 3.5166
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42194.3820 7.9110 0.0049
+ Interpolate velo onto osolve 42194.8658 8.3948 0.4838
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42195.0191 8.5481 0.1533
+ Find void 42195.2901 8.8191 0.2710
+ whole leaf in fluid 32992
+ Define boundary conditions 42195.3191 8.8481 0.0289
+ wsmp setup1 42195.3267 8.8557 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42196.3406 9.8696 1.0139
+ -----------------------------------
+ start of non-linear iteratio 1 42196.3898
+ -----------------------------------
+ build system 42196.3900 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42204.3662 7.9763 7.9761
+ =================================
+ wsmp: initialisation time: 0.0554671 s
+ wsmp: ordering time: 4.1500010 s
+ wsmp: symbolic fact. time: 0.7176130 s
+ wsmp: Cholesky fact. time: 11.3831570 s
+ wsmp: Factorisation 14475.0427021 Mflops
+ wsmp: back substitution time: 0.1213670 s
+ wsmp: from b to rhs vector: 0.0073349 s
+ ---------------------------------
+ wsmp: total solve time: 16.4353502 s
+ =================================
+ u : -0.10151E+01 0.18421E+00
+ v : -0.94561E-01 0.11145E+00
+ w : -0.76195E+00 0.24780E+00
+ =================================
+ Calculate pressures 42220.8168 24.4269 16.4506
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 42221.0412 24.6513 0.2244
+ do leaf measurements 42221.0423 24.6525 0.0011
+ compute convergence criterion 42221.0846 24.6948 0.0423
+ velocity_diff_norm = 0.5887406 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42221.0902
+ -----------------------------------
+ build system 42221.0950 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76907E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42229.0636 7.9734 7.9686
+ =================================
+ wsmp: initialisation time: 0.0546920 s
+ wsmp: ordering time: 4.1515450 s
+ wsmp: symbolic fact. time: 0.7193689 s
+ wsmp: Cholesky fact. time: 11.4213328 s
+ wsmp: Factorisation 14426.6598512 Mflops
+ wsmp: back substitution time: 0.1213939 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.4759550 s
+ =================================
+ u : -0.10153E+01 0.13705E+00
+ v : -0.48749E-01 0.10210E+00
+ w : -0.76730E+00 0.22735E+00
+ =================================
+ Calculate pressures 42245.5550 24.4649 16.4915
+ raw pressures : -0.12352E+01 0.17988E+00
+ Smoothing pressures 42245.7809 24.6908 0.2259
+ do leaf measurements 42245.7821 24.6919 0.0012
+ compute convergence criterion 42245.8241 24.7340 0.0420
+ velocity_diff_norm = 0.0710399 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42245.8296
+ -----------------------------------
+ build system 42245.8343 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42253.7707 7.9411 7.9363
+ =================================
+ wsmp: initialisation time: 0.0543709 s
+ wsmp: ordering time: 4.1387610 s
+ wsmp: symbolic fact. time: 0.7269189 s
+ wsmp: Cholesky fact. time: 11.3767161 s
+ wsmp: Factorisation 14483.2376840 Mflops
+ wsmp: back substitution time: 0.1219220 s
+ wsmp: from b to rhs vector: 0.0072439 s
+ ---------------------------------
+ wsmp: total solve time: 16.4262979 s
+ =================================
+ u : -0.10172E+01 0.15506E+00
+ v : -0.37367E-01 0.11829E+00
+ w : -0.74656E+00 0.23171E+00
+ =================================
+ Calculate pressures 42270.2120 24.3824 16.4413
+ raw pressures : -0.13719E+01 0.31268E+00
+ Smoothing pressures 42270.4398 24.6103 0.2279
+ do leaf measurements 42270.4409 24.6114 0.0011
+ compute convergence criterion 42270.4829 24.6533 0.0420
+ velocity_diff_norm = 0.0360515 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42270.4884
+ -----------------------------------
+ build system 42270.4931 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42278.4901 8.0018 7.9970
+ =================================
+ wsmp: initialisation time: 0.0548100 s
+ wsmp: ordering time: 4.1555319 s
+ wsmp: symbolic fact. time: 0.7173419 s
+ wsmp: Cholesky fact. time: 11.3962660 s
+ wsmp: Factorisation 14458.3922587 Mflops
+ wsmp: back substitution time: 0.1212668 s
+ wsmp: from b to rhs vector: 0.0072732 s
+ ---------------------------------
+ wsmp: total solve time: 16.4528711 s
+ =================================
+ u : -0.10172E+01 0.17589E+00
+ v : -0.37932E-01 0.12293E+00
+ w : -0.73727E+00 0.22918E+00
+ =================================
+ Calculate pressures 42294.9580 24.4697 16.4679
+ raw pressures : -0.14707E+01 0.35782E+00
+ Smoothing pressures 42295.1834 24.6950 0.2253
+ do leaf measurements 42295.1845 24.6961 0.0011
+ compute convergence criterion 42295.2403 24.7519 0.0558
+ velocity_diff_norm = 0.0158674 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42295.2458
+ -----------------------------------
+ build system 42295.2505 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42303.1876 7.9418 7.9371
+ =================================
+ wsmp: initialisation time: 0.0514321 s
+ wsmp: ordering time: 4.1624548 s
+ wsmp: symbolic fact. time: 0.7204950 s
+ wsmp: Cholesky fact. time: 11.4648609 s
+ wsmp: Factorisation 14371.8868533 Mflops
+ wsmp: back substitution time: 0.1214609 s
+ wsmp: from b to rhs vector: 0.0075190 s
+ ---------------------------------
+ wsmp: total solve time: 16.5286140 s
+ =================================
+ u : -0.10170E+01 0.19371E+00
+ v : -0.40809E-01 0.12545E+00
+ w : -0.73257E+00 0.22821E+00
+ =================================
+ Calculate pressures 42319.7313 24.4855 16.5437
+ raw pressures : -0.15144E+01 0.36556E+00
+ Smoothing pressures 42319.9573 24.7115 0.2260
+ do leaf measurements 42319.9584 24.7126 0.0011
+ compute convergence criterion 42320.0004 24.7546 0.0420
+ velocity_diff_norm = 0.0107303 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42320.0059
+ -----------------------------------
+ build system 42320.0106 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42328.0000 7.9942 7.9894
+ =================================
+ wsmp: initialisation time: 0.0521119 s
+ wsmp: ordering time: 4.1594448 s
+ wsmp: symbolic fact. time: 0.7186902 s
+ wsmp: Cholesky fact. time: 11.3811660 s
+ wsmp: Factorisation 14477.5749818 Mflops
+ wsmp: back substitution time: 0.1210222 s
+ wsmp: from b to rhs vector: 0.0073352 s
+ ---------------------------------
+ wsmp: total solve time: 16.4401760 s
+ =================================
+ u : -0.10167E+01 0.20934E+00
+ v : -0.43209E-01 0.12544E+00
+ w : -0.72806E+00 0.22765E+00
+ =================================
+ Calculate pressures 42344.4551 24.4492 16.4551
+ raw pressures : -0.15359E+01 0.36229E+00
+ Smoothing pressures 42344.6803 24.6744 0.2252
+ do leaf measurements 42344.6814 24.6755 0.0011
+ compute convergence criterion 42344.7238 24.7180 0.0424
+ velocity_diff_norm = 0.0080742 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42344.7270 24.7211 0.0031
+Compute isostasy and adjust vertical 42344.7271 24.7213 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -194054805142077.41 349339092941476.38
+ def in m -8.0101108551025391 0.69484043121337891
+ dimensionless def -1.84679661478315083E-6 2.28860310145786827E-5
+ Isostatic velocity range = -0.0179864 0.2285706
+ Compute divergence 42344.9277 24.9219 0.2006
+ wsmp_cleanup 42344.9656 24.9597 0.0379
+ Reset surface geometry 42344.9705 24.9647 0.0049
+ -----------------------------------------------------------------------
+ Temperature calculations 42344.9791 24.9732 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42344.9957 24.9898 0.0166
+ Advect surface 1 42344.9958 24.9900 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42345.1904 25.1845 0.1945
+ removing 1 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42345.3973 25.3915 0.2070
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42345.6515 25.6457 0.2542
+ Advect the cloud 42345.8124 25.8065 0.1609
+ Write output 42346.6821 26.6762 0.8697
+ End of time step 42347.5604 27.5546 0.8784
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 262 42347.5606
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42347.5607 0.0001 0.0001
+ surface 01 42347.5607 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 42347.5607 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42347.5867 0.0261 0.0259
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 42347.6049 0.0443 0.0183
+ S. 2: 16993points
+ refine surface 42347.6051 0.0445 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 42347.6323 0.0717 0.0273
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 42347.6595 0.0989 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42347.6851 0.1245 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16995points
+ surface 03 42347.7038 0.1432 0.0187
+ S. 3: 16996points
+ refine surface 42347.7040 0.1434 0.0002
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 42347.7313 0.1707 0.0273
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 42347.7538 0.1932 0.0225
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42347.7794 0.2188 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42347.8048
+ -----------------------------------------------------------------------
+ Create octree solve 42347.8050 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42347.8209 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 42347.8426 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42347.8434 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42347.8575 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 42347.9797 0.1749 0.1222
+ Imbed surface in osolve 42348.1661 0.3614 0.1865
+ embedding surface 1 42348.1663 0.3615 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42350.1426 2.3379 1.9764
+ osolve%nleaves= 59424
+ embedding surface 3 42352.2475 4.4428 2.1049
+ osolve%nleaves= 64128
+ Assessing octree stability 42355.7717 7.9670 3.5242
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42355.7767 7.9720 0.0050
+ Interpolate velo onto osolve 42356.2419 8.4372 0.4652
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42356.3476 8.5428 0.1056
+ Find void 42356.6211 8.8163 0.2735
+ whole leaf in fluid 32992
+ Define boundary conditions 42356.6502 8.8454 0.0291
+ wsmp setup1 42356.6576 8.8528 0.0074
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42357.6705 9.8657 1.0129
+ -----------------------------------
+ start of non-linear iteratio 1 42357.7196
+ -----------------------------------
+ build system 42357.7198 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42365.7128 7.9932 7.9931
+ =================================
+ wsmp: initialisation time: 0.0563450 s
+ wsmp: ordering time: 4.1439440 s
+ wsmp: symbolic fact. time: 0.7197869 s
+ wsmp: Cholesky fact. time: 11.3874829 s
+ wsmp: Factorisation 14469.5439360 Mflops
+ wsmp: back substitution time: 0.1211770 s
+ wsmp: from b to rhs vector: 0.0071530 s
+ ---------------------------------
+ wsmp: total solve time: 16.4362590 s
+ =================================
+ u : -0.10500E+01 0.18518E+00
+ v : -0.95005E-01 0.11115E+00
+ w : -0.76188E+00 0.24638E+00
+ =================================
+ Calculate pressures 42382.1649 24.4453 16.4521
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 42382.3893 24.6697 0.2244
+ do leaf measurements 42382.3904 24.6708 0.0011
+ compute convergence criterion 42382.4333 24.7137 0.0429
+ velocity_diff_norm = 0.5891498 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42382.4386
+ -----------------------------------
+ build system 42382.4431 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.76496E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42390.4259 7.9873 7.9827
+ =================================
+ wsmp: initialisation time: 0.0503430 s
+ wsmp: ordering time: 4.1472180 s
+ wsmp: symbolic fact. time: 0.7182500 s
+ wsmp: Cholesky fact. time: 11.4012730 s
+ wsmp: Factorisation 14452.0426534 Mflops
+ wsmp: back substitution time: 0.1211710 s
+ wsmp: from b to rhs vector: 0.0071981 s
+ ---------------------------------
+ wsmp: total solve time: 16.4458339 s
+ =================================
+ u : -0.10153E+01 0.13784E+00
+ v : -0.48933E-01 0.10208E+00
+ w : -0.76737E+00 0.22632E+00
+ =================================
+ Calculate pressures 42406.8872 24.4486 16.4613
+ raw pressures : -0.12359E+01 0.18033E+00
+ Smoothing pressures 42407.1117 24.6731 0.2246
+ do leaf measurements 42407.1128 24.6742 0.0011
+ compute convergence criterion 42407.1552 24.7166 0.0424
+ velocity_diff_norm = 0.0713196 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42407.1601
+ -----------------------------------
+ build system 42407.1645 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42415.1055 7.9455 7.9410
+ =================================
+ wsmp: initialisation time: 0.0531170 s
+ wsmp: ordering time: 4.1893010 s
+ wsmp: symbolic fact. time: 0.7212062 s
+ wsmp: Cholesky fact. time: 11.3876309 s
+ wsmp: Factorisation 14469.3558081 Mflops
+ wsmp: back substitution time: 0.1221161 s
+ wsmp: from b to rhs vector: 0.0072081 s
+ ---------------------------------
+ wsmp: total solve time: 16.4809279 s
+ =================================
+ u : -0.10173E+01 0.15560E+00
+ v : -0.37489E-01 0.11849E+00
+ w : -0.74693E+00 0.23143E+00
+ =================================
+ Calculate pressures 42431.6020 24.4419 16.4965
+ raw pressures : -0.13727E+01 0.31367E+00
+ Smoothing pressures 42431.8297 24.6696 0.2277
+ do leaf measurements 42431.8307 24.6707 0.0011
+ compute convergence criterion 42431.8732 24.7132 0.0425
+ velocity_diff_norm = 0.0361334 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42431.8784
+ -----------------------------------
+ build system 42431.8830 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42439.8709 7.9925 7.9879
+ =================================
+ wsmp: initialisation time: 0.0559080 s
+ wsmp: ordering time: 4.1661949 s
+ wsmp: symbolic fact. time: 0.7110651 s
+ wsmp: Cholesky fact. time: 11.3934240 s
+ wsmp: Factorisation 14461.9987268 Mflops
+ wsmp: back substitution time: 0.1215639 s
+ wsmp: from b to rhs vector: 0.0071290 s
+ ---------------------------------
+ wsmp: total solve time: 16.4556608 s
+ =================================
+ u : -0.10172E+01 0.17618E+00
+ v : -0.37972E-01 0.12313E+00
+ w : -0.73762E+00 0.22912E+00
+ =================================
+ Calculate pressures 42456.3422 24.4637 16.4713
+ raw pressures : -0.14715E+01 0.35905E+00
+ Smoothing pressures 42456.5670 24.6886 0.2248
+ do leaf measurements 42456.5681 24.6897 0.0011
+ compute convergence criterion 42456.6110 24.7326 0.0429
+ velocity_diff_norm = 0.0158041 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42456.6162
+ -----------------------------------
+ build system 42456.6208 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42464.5594 7.9432 7.9386
+ =================================
+ wsmp: initialisation time: 0.0550740 s
+ wsmp: ordering time: 4.1552730 s
+ wsmp: symbolic fact. time: 0.7172780 s
+ wsmp: Cholesky fact. time: 11.4653811 s
+ wsmp: Factorisation 14371.2347443 Mflops
+ wsmp: back substitution time: 0.1214578 s
+ wsmp: from b to rhs vector: 0.0072198 s
+ ---------------------------------
+ wsmp: total solve time: 16.5220621 s
+ =================================
+ u : -0.10170E+01 0.19388E+00
+ v : -0.40801E-01 0.12562E+00
+ w : -0.73289E+00 0.22816E+00
+ =================================
+ Calculate pressures 42481.0969 24.4807 16.5375
+ raw pressures : -0.15154E+01 0.36690E+00
+ Smoothing pressures 42481.3226 24.7064 0.2257
+ do leaf measurements 42481.3237 24.7075 0.0011
+ compute convergence criterion 42481.3663 24.7500 0.0425
+ velocity_diff_norm = 0.0107383 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42481.3715
+ -----------------------------------
+ build system 42481.3760 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42489.3560 7.9845 7.9800
+ =================================
+ wsmp: initialisation time: 0.0546839 s
+ wsmp: ordering time: 4.1481059 s
+ wsmp: symbolic fact. time: 0.7161720 s
+ wsmp: Cholesky fact. time: 11.3848360 s
+ wsmp: Factorisation 14472.9080398 Mflops
+ wsmp: back substitution time: 0.1215119 s
+ wsmp: from b to rhs vector: 0.0071259 s
+ ---------------------------------
+ wsmp: total solve time: 16.4328201 s
+ =================================
+ u : -0.10168E+01 0.20949E+00
+ v : -0.43177E-01 0.12566E+00
+ w : -0.72833E+00 0.22760E+00
+ =================================
+ Calculate pressures 42505.8040 24.4326 16.4481
+ raw pressures : -0.15372E+01 0.36370E+00
+ Smoothing pressures 42506.0294 24.6579 0.2253
+ do leaf measurements 42506.0305 24.6590 0.0011
+ compute convergence criterion 42506.0729 24.7014 0.0424
+ velocity_diff_norm = 0.0080797 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42506.0757 24.7043 0.0029
+Compute isostasy and adjust vertical 42506.0759 24.7045 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -194410695124626.09 350248309306795.19
+ def in m -8.0095186233520508 0.69142448902130127
+ dimensionless def -1.84300763266427174E-6 2.28843389238630006E-5
+ Isostatic velocity range = -0.0179550 0.2285438
+ Compute divergence 42506.2909 24.9195 0.2150
+ wsmp_cleanup 42506.3271 24.9557 0.0362
+ Reset surface geometry 42506.3323 24.9608 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 42506.3409 24.9694 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42506.3580 24.9866 0.0172
+ Advect surface 1 42506.3582 24.9867 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42506.5552 25.1837 0.1970
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42506.7517 25.3803 0.1965
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42507.0077 25.6363 0.2560
+ Advect the cloud 42507.1685 25.7970 0.1608
+ Write output 42508.0418 26.6704 0.8733
+ End of time step 42531.8599 50.4884 23.8181
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 263 42531.8600
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42531.8601 0.0001 0.0001
+ surface 01 42531.8601 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 42531.8602 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42531.8862 0.0262 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 42531.9047 0.0447 0.0185
+ S. 2: 16995points
+ refine surface 42531.9049 0.0448 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 42531.9316 0.0716 0.0267
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 42531.9543 0.0942 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42531.9804 0.1204 0.0262
+ S. 2: 0 flips in delaunay2
+ S. 2: 16996points
+ surface 03 42531.9989 0.1388 0.0184
+ S. 3: 16998points
+ refine surface 42531.9990 0.1390 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42532.0248 0.1648 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 16998points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42532.0500
+ -----------------------------------------------------------------------
+ Create octree solve 42532.0503 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42532.0662 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 42532.0879 0.0379 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42532.0887 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42532.1028 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 42532.2250 0.1750 0.1222
+ Imbed surface in osolve 42532.4139 0.3639 0.1889
+ embedding surface 1 42532.4141 0.3641 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42534.3938 2.3438 1.9797
+ osolve%nleaves= 59424
+ embedding surface 3 42536.5246 4.4745 2.1307
+ osolve%nleaves= 64128
+ Assessing octree stability 42540.1294 8.0794 3.6048
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42540.1347 8.0847 0.0053
+ Interpolate velo onto osolve 42540.6160 8.5659 0.4812
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42540.6788 8.6288 0.0628
+ Find void 42540.9523 8.9023 0.2735
+ whole leaf in fluid 32992
+ Define boundary conditions 42540.9823 8.9323 0.0300
+ wsmp setup1 42540.9903 8.9403 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42542.0148 9.9647 1.0245
+ -----------------------------------
+ start of non-linear iteratio 1 42542.0632
+ -----------------------------------
+ build system 42542.0633 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42550.0021 7.9389 7.9388
+ =================================
+ wsmp: initialisation time: 0.0525749 s
+ wsmp: ordering time: 4.1513710 s
+ wsmp: symbolic fact. time: 0.7184830 s
+ wsmp: Cholesky fact. time: 11.4216180 s
+ wsmp: Factorisation 14426.2996797 Mflops
+ wsmp: back substitution time: 0.1221540 s
+ wsmp: from b to rhs vector: 0.0072730 s
+ ---------------------------------
+ wsmp: total solve time: 16.4738328 s
+ =================================
+ u : -0.10329E+01 0.18530E+00
+ v : -0.95203E-01 0.11182E+00
+ w : -0.76218E+00 0.24821E+00
+ =================================
+ Calculate pressures 42566.4912 24.4280 16.4890
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 42566.7160 24.6529 0.2249
+ do leaf measurements 42566.7171 24.6540 0.0011
+ compute convergence criterion 42566.7602 24.6970 0.0431
+ velocity_diff_norm = 0.5892464 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42566.7655
+ -----------------------------------
+ build system 42566.7702 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.74885E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42574.7114 7.9459 7.9412
+ =================================
+ wsmp: initialisation time: 0.0509970 s
+ wsmp: ordering time: 4.1562910 s
+ wsmp: symbolic fact. time: 0.7261219 s
+ wsmp: Cholesky fact. time: 11.3888171 s
+ wsmp: Factorisation 14467.8488411 Mflops
+ wsmp: back substitution time: 0.1219618 s
+ wsmp: from b to rhs vector: 0.0072360 s
+ ---------------------------------
+ wsmp: total solve time: 16.4517951 s
+ =================================
+ u : -0.10154E+01 0.13792E+00
+ v : -0.48596E-01 0.10177E+00
+ w : -0.76758E+00 0.22765E+00
+ =================================
+ Calculate pressures 42591.1781 24.4126 16.4667
+ raw pressures : -0.12363E+01 0.18066E+00
+ Smoothing pressures 42591.4067 24.6412 0.2286
+ do leaf measurements 42591.4078 24.6423 0.0011
+ compute convergence criterion 42591.4510 24.6855 0.0432
+ velocity_diff_norm = 0.0711449 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42591.4564
+ -----------------------------------
+ build system 42591.4611 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42599.4522 7.9958 7.9911
+ =================================
+ wsmp: initialisation time: 0.0514739 s
+ wsmp: ordering time: 4.1501522 s
+ wsmp: symbolic fact. time: 0.7148621 s
+ wsmp: Cholesky fact. time: 11.3971851 s
+ wsmp: Factorisation 14457.2262900 Mflops
+ wsmp: back substitution time: 0.1218741 s
+ wsmp: from b to rhs vector: 0.0072582 s
+ ---------------------------------
+ wsmp: total solve time: 16.4431849 s
+ =================================
+ u : -0.10173E+01 0.15560E+00
+ v : -0.37153E-01 0.11818E+00
+ w : -0.74712E+00 0.23208E+00
+ =================================
+ Calculate pressures 42615.9108 24.4544 16.4586
+ raw pressures : -0.13730E+01 0.31392E+00
+ Smoothing pressures 42616.1350 24.6786 0.2242
+ do leaf measurements 42616.1361 24.6797 0.0011
+ compute convergence criterion 42616.1796 24.7232 0.0435
+ velocity_diff_norm = 0.0361517 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42616.1850
+ -----------------------------------
+ build system 42616.1899 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42624.1269 7.9419 7.9371
+ =================================
+ wsmp: initialisation time: 0.0556710 s
+ wsmp: ordering time: 4.1656690 s
+ wsmp: symbolic fact. time: 0.7182679 s
+ wsmp: Cholesky fact. time: 11.4669409 s
+ wsmp: Factorisation 14369.2799677 Mflops
+ wsmp: back substitution time: 0.1213160 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.5354779 s
+ =================================
+ u : -0.10172E+01 0.17621E+00
+ v : -0.37797E-01 0.12291E+00
+ w : -0.73775E+00 0.22937E+00
+ =================================
+ Calculate pressures 42640.6777 24.4927 16.5508
+ raw pressures : -0.14720E+01 0.35967E+00
+ Smoothing pressures 42640.9030 24.7180 0.2253
+ do leaf measurements 42640.9041 24.7191 0.0011
+ compute convergence criterion 42640.9472 24.7622 0.0431
+ velocity_diff_norm = 0.0157646 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42640.9525
+ -----------------------------------
+ build system 42640.9571 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42648.9384 7.9859 7.9813
+ =================================
+ wsmp: initialisation time: 0.0555761 s
+ wsmp: ordering time: 4.1537652 s
+ wsmp: symbolic fact. time: 0.7162092 s
+ wsmp: Cholesky fact. time: 11.3778529 s
+ wsmp: Factorisation 14481.7906402 Mflops
+ wsmp: back substitution time: 0.1213071 s
+ wsmp: from b to rhs vector: 0.0072401 s
+ ---------------------------------
+ wsmp: total solve time: 16.4323261 s
+ =================================
+ u : -0.10171E+01 0.19392E+00
+ v : -0.40702E-01 0.12543E+00
+ w : -0.73300E+00 0.22830E+00
+ =================================
+ Calculate pressures 42665.3862 24.4338 16.4478
+ raw pressures : -0.15158E+01 0.36726E+00
+ Smoothing pressures 42665.6107 24.6582 0.2244
+ do leaf measurements 42665.6118 24.6593 0.0011
+ compute convergence criterion 42665.6563 24.7038 0.0445
+ velocity_diff_norm = 0.0107170 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42665.6618
+ -----------------------------------
+ build system 42665.6665 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42673.6813 8.0195 8.0148
+ =================================
+ wsmp: initialisation time: 0.0510800 s
+ wsmp: ordering time: 4.1561060 s
+ wsmp: symbolic fact. time: 0.7194340 s
+ wsmp: Cholesky fact. time: 11.4008980 s
+ wsmp: Factorisation 14452.5180532 Mflops
+ wsmp: back substitution time: 0.1214240 s
+ wsmp: from b to rhs vector: 0.0072579 s
+ ---------------------------------
+ wsmp: total solve time: 16.4565670 s
+ =================================
+ u : -0.10168E+01 0.20953E+00
+ v : -0.43122E-01 0.12547E+00
+ w : -0.72843E+00 0.22780E+00
+ =================================
+ Calculate pressures 42690.1528 24.4910 16.4715
+ raw pressures : -0.15373E+01 0.36400E+00
+ Smoothing pressures 42690.3791 24.7173 0.2263
+ do leaf measurements 42690.3802 24.7184 0.0011
+ compute convergence criterion 42690.4234 24.7616 0.0432
+ velocity_diff_norm = 0.0080800 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42690.4265 24.7648 0.0031
+Compute isostasy and adjust vertical 42690.4267 24.7649 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -194756383108835.31 351158436696595.38
+ def in m -8.0067043304443359 0.6890525221824646
+ dimensionless def -1.82753443717956543E-6 2.28762980869838168E-5
+ Isostatic velocity range = -0.0178038 0.2284477
+ Compute divergence 42690.6369 24.9752 0.2102
+ wsmp_cleanup 42690.6732 25.0115 0.0363
+ Reset surface geometry 42690.6783 25.0166 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 42690.6869 25.0251 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42690.7041 25.0423 0.0172
+ Advect surface 1 42690.7042 25.0424 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42690.8984 25.2366 0.1942
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42691.0973 25.4355 0.1988
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42691.3526 25.6908 0.2553
+ Advect the cloud 42691.5151 25.8534 0.1626
+ Write output 42692.3869 26.7251 0.8717
+ End of time step 42693.2653 27.6035 0.8784
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 264 42693.2654
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42693.2655 0.0001 0.0001
+ surface 01 42693.2655 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 42693.2656 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42693.2914 0.0260 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 42693.3098 0.0443 0.0184
+ S. 2: 16996points
+ refine surface 42693.3099 0.0445 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42693.3356 0.0702 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 16996points
+ surface 03 42693.3542 0.0888 0.0186
+ S. 3: 16998points
+ refine surface 42693.3543 0.0889 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 42693.3817 0.1163 0.0274
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 42693.4044 0.1389 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42693.4302 0.1647 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 17000points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42693.4552
+ -----------------------------------------------------------------------
+ Create octree solve 42693.4555 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42693.4713 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 42693.4932 0.0380 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42693.4940 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42693.5081 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 42693.6303 0.1751 0.1222
+ Imbed surface in osolve 42693.8212 0.3660 0.1909
+ embedding surface 1 42693.8214 0.3662 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42695.7850 2.3298 1.9636
+ osolve%nleaves= 59424
+ embedding surface 3 42697.8989 4.4436 2.1139
+ osolve%nleaves= 64128
+ Assessing octree stability 42701.5069 8.0517 3.6080
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42701.5124 8.0571 0.0055
+ Interpolate velo onto osolve 42701.9883 8.5331 0.4759
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42702.0538 8.5986 0.0655
+ Find void 42702.3295 8.8743 0.2757
+ whole leaf in fluid 32992
+ Define boundary conditions 42702.3596 8.9044 0.0301
+ wsmp setup1 42702.3675 8.9123 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42703.3911 9.9359 1.0236
+ -----------------------------------
+ start of non-linear iteratio 1 42703.4375
+ -----------------------------------
+ build system 42703.4377 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42711.3915 7.9540 7.9539
+ =================================
+ wsmp: initialisation time: 0.0586431 s
+ wsmp: ordering time: 4.1476128 s
+ wsmp: symbolic fact. time: 0.7178831 s
+ wsmp: Cholesky fact. time: 11.4006169 s
+ wsmp: Factorisation 14452.8743969 Mflops
+ wsmp: back substitution time: 0.1215041 s
+ wsmp: from b to rhs vector: 0.0072911 s
+ ---------------------------------
+ wsmp: total solve time: 16.4539621 s
+ =================================
+ u : -0.10151E+01 0.18524E+00
+ v : -0.94656E-01 0.11136E+00
+ w : -0.76235E+00 0.24652E+00
+ =================================
+ Calculate pressures 42727.8613 24.4238 16.4698
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 42728.0855 24.6480 0.2242
+ do leaf measurements 42728.0866 24.6491 0.0011
+ compute convergence criterion 42728.1291 24.6916 0.0425
+ velocity_diff_norm = 0.5889532 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42728.1344
+ -----------------------------------
+ build system 42728.1391 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.75289E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42736.0833 7.9489 7.9442
+ =================================
+ wsmp: initialisation time: 0.0546911 s
+ wsmp: ordering time: 4.1688969 s
+ wsmp: symbolic fact. time: 0.7259760 s
+ wsmp: Cholesky fact. time: 11.4024131 s
+ wsmp: Factorisation 14450.5976059 Mflops
+ wsmp: back substitution time: 0.1218259 s
+ wsmp: from b to rhs vector: 0.0072849 s
+ ---------------------------------
+ wsmp: total solve time: 16.4815180 s
+ =================================
+ u : -0.10152E+01 0.13794E+00
+ v : -0.48606E-01 0.10193E+00
+ w : -0.76763E+00 0.22655E+00
+ =================================
+ Calculate pressures 42752.5802 24.4458 16.4969
+ raw pressures : -0.12360E+01 0.18013E+00
+ Smoothing pressures 42752.8072 24.6729 0.2271
+ do leaf measurements 42752.8083 24.6740 0.0011
+ compute convergence criterion 42752.8508 24.7164 0.0424
+ velocity_diff_norm = 0.0712848 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42752.8561
+ -----------------------------------
+ build system 42752.8609 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42760.8401 7.9840 7.9792
+ =================================
+ wsmp: initialisation time: 0.0544391 s
+ wsmp: ordering time: 4.1428320 s
+ wsmp: symbolic fact. time: 0.7259271 s
+ wsmp: Cholesky fact. time: 11.3913651 s
+ wsmp: Factorisation 14464.6127249 Mflops
+ wsmp: back substitution time: 0.1215460 s
+ wsmp: from b to rhs vector: 0.0072992 s
+ ---------------------------------
+ wsmp: total solve time: 16.4438281 s
+ =================================
+ u : -0.10173E+01 0.15566E+00
+ v : -0.37126E-01 0.11845E+00
+ w : -0.74695E+00 0.23163E+00
+ =================================
+ Calculate pressures 42777.2991 24.4430 16.4591
+ raw pressures : -0.13734E+01 0.31419E+00
+ Smoothing pressures 42777.5243 24.6682 0.2252
+ do leaf measurements 42777.5254 24.6693 0.0011
+ compute convergence criterion 42777.5682 24.7121 0.0427
+ velocity_diff_norm = 0.0360575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42777.5736
+ -----------------------------------
+ build system 42777.5785 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42785.5195 7.9459 7.9410
+ =================================
+ wsmp: initialisation time: 0.0554581 s
+ wsmp: ordering time: 4.1723089 s
+ wsmp: symbolic fact. time: 0.7183409 s
+ wsmp: Cholesky fact. time: 11.4592249 s
+ wsmp: Factorisation 14378.9553610 Mflops
+ wsmp: back substitution time: 0.1218719 s
+ wsmp: from b to rhs vector: 0.0069849 s
+ ---------------------------------
+ wsmp: total solve time: 16.5346100 s
+ =================================
+ u : -0.10172E+01 0.17622E+00
+ v : -0.37862E-01 0.12315E+00
+ w : -0.73766E+00 0.22914E+00
+ =================================
+ Calculate pressures 42802.0695 24.4958 16.5500
+ raw pressures : -0.14719E+01 0.35959E+00
+ Smoothing pressures 42802.2952 24.7216 0.2257
+ do leaf measurements 42802.2963 24.7227 0.0011
+ compute convergence criterion 42802.3387 24.7650 0.0424
+ velocity_diff_norm = 0.0157585 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42802.3441
+ -----------------------------------
+ build system 42802.3488 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42810.3199 7.9759 7.9712
+ =================================
+ wsmp: initialisation time: 0.0506420 s
+ wsmp: ordering time: 4.1593690 s
+ wsmp: symbolic fact. time: 0.7181139 s
+ wsmp: Cholesky fact. time: 11.3783379 s
+ wsmp: Factorisation 14481.1734280 Mflops
+ wsmp: back substitution time: 0.1220529 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4361901 s
+ =================================
+ u : -0.10171E+01 0.19394E+00
+ v : -0.40738E-01 0.12563E+00
+ w : -0.73292E+00 0.22813E+00
+ =================================
+ Calculate pressures 42826.7713 24.4273 16.4514
+ raw pressures : -0.15158E+01 0.36738E+00
+ Smoothing pressures 42826.9985 24.6545 0.2272
+ do leaf measurements 42826.9996 24.6555 0.0011
+ compute convergence criterion 42827.0419 24.6979 0.0423
+ velocity_diff_norm = 0.0107062 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42827.0473
+ -----------------------------------
+ build system 42827.0520 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42835.0802 8.0329 8.0282
+ =================================
+ wsmp: initialisation time: 0.0538270 s
+ wsmp: ordering time: 4.1595430 s
+ wsmp: symbolic fact. time: 0.7194970 s
+ wsmp: Cholesky fact. time: 11.3844199 s
+ wsmp: Factorisation 14473.4369481 Mflops
+ wsmp: back substitution time: 0.1211350 s
+ wsmp: from b to rhs vector: 0.0072229 s
+ ---------------------------------
+ wsmp: total solve time: 16.4460621 s
+ =================================
+ u : -0.10168E+01 0.20955E+00
+ v : -0.43153E-01 0.12568E+00
+ w : -0.72839E+00 0.22772E+00
+ =================================
+ Calculate pressures 42851.5420 24.4948 16.4619
+ raw pressures : -0.15374E+01 0.36407E+00
+ Smoothing pressures 42851.7665 24.7192 0.2244
+ do leaf measurements 42851.7675 24.7203 0.0011
+ compute convergence criterion 42851.8098 24.7626 0.0423
+ velocity_diff_norm = 0.0080840 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 42851.8130 24.7657 0.0031
+Compute isostasy and adjust vertical 42851.8132 24.7659 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -195107802510658.81 352057738061019.44
+ def in m -8.0071916580200195 0.68617421388626099
+ dimensionless def -1.82502133505684998E-6 2.28776904514857714E-5
+ Isostatic velocity range = -0.0177811 0.2284454
+ Compute divergence 42852.0240 24.9767 0.2108
+ wsmp_cleanup 42852.0601 25.0128 0.0361
+ Reset surface geometry 42852.0653 25.0180 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 42852.0737 25.0265 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 42852.0912 25.0439 0.0175
+ Advect surface 1 42852.0913 25.0441 0.0002
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 42852.2957 25.2484 0.2043
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 42852.4935 25.4463 0.1979
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 42852.7496 25.7023 0.2560
+ Advect the cloud 42852.9135 25.8662 0.1639
+ Write output 42853.7818 26.7345 0.8683
+ End of time step 42854.6681 27.6209 0.8864
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 265 42854.6683
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 42854.6683 0.0001 0.0001
+ surface 01 42854.6684 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 42854.6684 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 42854.6942 0.0259 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 42854.7128 0.0445 0.0185
+ S. 2: 16996points
+ refine surface 42854.7129 0.0446 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 42854.7404 0.0721 0.0275
+ S. 2: 4 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 42854.7674 0.0991 0.0270
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 42854.7932 0.1249 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 42854.8120 0.1437 0.0188
+ S. 3: 17000points
+ refine surface 42854.8121 0.1439 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 42854.8380 0.1697 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17000points
+ -----------------------------------------------------------------------
+ Start of iteration 1 42854.8633
+ -----------------------------------------------------------------------
+ Create octree solve 42854.8636 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 42854.8795 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 42854.9011 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 42854.9019 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 42854.9161 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 42855.0383 0.1750 0.1222
+ Imbed surface in osolve 42855.2355 0.3722 0.1972
+ embedding surface 1 42855.2357 0.3723 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 42857.2202 2.3569 1.9845
+ osolve%nleaves= 59424
+ embedding surface 3 42859.3419 4.4786 2.1217
+ osolve%nleaves= 64128
+ Assessing octree stability 42862.9185 8.0552 3.5766
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 42862.9239 8.0606 0.0054
+ Interpolate velo onto osolve 42863.4163 8.5530 0.4924
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 42863.4795 8.6162 0.0632
+ Find void 42863.7529 8.8896 0.2735
+ whole leaf in fluid 32992
+ Define boundary conditions 42863.7838 8.9205 0.0309
+ wsmp setup1 42863.7924 8.9291 0.0086
+ n = 128799
+ nz= 4957209
+ wsmp setup2 42864.8145 9.9512 1.0221
+ -----------------------------------
+ start of non-linear iteratio 1 42864.8613
+ -----------------------------------
+ build system 42864.8615 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42872.8467 7.9853 7.9852
+ =================================
+ wsmp: initialisation time: 0.0582449 s
+ wsmp: ordering time: 4.1542161 s
+ wsmp: symbolic fact. time: 0.7193139 s
+ wsmp: Cholesky fact. time: 11.4044249 s
+ wsmp: Factorisation 14448.0484756 Mflops
+ wsmp: back substitution time: 0.1211140 s
+ wsmp: from b to rhs vector: 0.0070319 s
+ ---------------------------------
+ wsmp: total solve time: 16.4647431 s
+ =================================
+ u : -0.10270E+01 0.18555E+00
+ v : -0.95414E-01 0.11231E+00
+ w : -0.76237E+00 0.24891E+00
+ =================================
+ Calculate pressures 42889.3269 24.4656 16.4802
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 42889.5517 24.6904 0.2248
+ do leaf measurements 42889.5528 24.6915 0.0011
+ compute convergence criterion 42889.5951 24.7338 0.0423
+ velocity_diff_norm = 0.5891159 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 42889.6002
+ -----------------------------------
+ build system 42889.6048 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71843E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42897.5482 7.9480 7.9435
+ =================================
+ wsmp: initialisation time: 0.0544782 s
+ wsmp: ordering time: 4.1900148 s
+ wsmp: symbolic fact. time: 0.7251310 s
+ wsmp: Cholesky fact. time: 11.4148951 s
+ wsmp: Factorisation 14434.7962064 Mflops
+ wsmp: back substitution time: 0.1224320 s
+ wsmp: from b to rhs vector: 0.0069530 s
+ ---------------------------------
+ wsmp: total solve time: 16.5142908 s
+ =================================
+ u : -0.10152E+01 0.13809E+00
+ v : -0.48710E-01 0.10169E+00
+ w : -0.76772E+00 0.22832E+00
+ =================================
+ Calculate pressures 42914.0778 24.4776 16.5296
+ raw pressures : -0.12364E+01 0.18062E+00
+ Smoothing pressures 42914.3049 24.7046 0.2270
+ do leaf measurements 42914.3060 24.7057 0.0011
+ compute convergence criterion 42914.3483 24.7480 0.0423
+ velocity_diff_norm = 0.0711430 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 42914.3534
+ -----------------------------------
+ build system 42914.3580 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42922.3430 7.9896 7.9850
+ =================================
+ wsmp: initialisation time: 0.0539541 s
+ wsmp: ordering time: 4.1609521 s
+ wsmp: symbolic fact. time: 0.7168701 s
+ wsmp: Cholesky fact. time: 11.3823721 s
+ wsmp: Factorisation 14476.0408319 Mflops
+ wsmp: back substitution time: 0.1213109 s
+ wsmp: from b to rhs vector: 0.0071380 s
+ ---------------------------------
+ wsmp: total solve time: 16.4429991 s
+ =================================
+ u : -0.10171E+01 0.15574E+00
+ v : -0.37248E-01 0.11826E+00
+ w : -0.74694E+00 0.23229E+00
+ =================================
+ Calculate pressures 42938.8018 24.4484 16.4588
+ raw pressures : -0.13737E+01 0.31435E+00
+ Smoothing pressures 42939.0262 24.6728 0.2244
+ do leaf measurements 42939.0274 24.6740 0.0012
+ compute convergence criterion 42939.0700 24.7166 0.0426
+ velocity_diff_norm = 0.0361024 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 42939.0752
+ -----------------------------------
+ build system 42939.0797 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42947.0189 7.9437 7.9391
+ =================================
+ wsmp: initialisation time: 0.0519671 s
+ wsmp: ordering time: 4.1438189 s
+ wsmp: symbolic fact. time: 0.7186890 s
+ wsmp: Cholesky fact. time: 11.4427931 s
+ wsmp: Factorisation 14399.6034876 Mflops
+ wsmp: back substitution time: 0.1212630 s
+ wsmp: from b to rhs vector: 0.0069780 s
+ ---------------------------------
+ wsmp: total solve time: 16.4859059 s
+ =================================
+ u : -0.10170E+01 0.17629E+00
+ v : -0.37713E-01 0.12299E+00
+ w : -0.73767E+00 0.22947E+00
+ =================================
+ Calculate pressures 42963.5201 24.4449 16.5012
+ raw pressures : -0.14726E+01 0.36023E+00
+ Smoothing pressures 42963.7455 24.6703 0.2254
+ do leaf measurements 42963.7466 24.6714 0.0011
+ compute convergence criterion 42963.7889 24.7137 0.0423
+ velocity_diff_norm = 0.0157395 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 42963.7940
+ -----------------------------------
+ build system 42963.7986 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42971.7476 7.9536 7.9490
+ =================================
+ wsmp: initialisation time: 0.0538480 s
+ wsmp: ordering time: 4.1585810 s
+ wsmp: symbolic fact. time: 0.7231190 s
+ wsmp: Cholesky fact. time: 11.3673170 s
+ wsmp: Factorisation 14495.2132888 Mflops
+ wsmp: back substitution time: 0.1217411 s
+ wsmp: from b to rhs vector: 0.0070150 s
+ ---------------------------------
+ wsmp: total solve time: 16.4320049 s
+ =================================
+ u : -0.10169E+01 0.19399E+00
+ v : -0.40585E-01 0.12559E+00
+ w : -0.73294E+00 0.22836E+00
+ =================================
+ Calculate pressures 42988.1949 24.4009 16.4473
+ raw pressures : -0.15161E+01 0.36768E+00
+ Smoothing pressures 42988.4219 24.6279 0.2270
+ do leaf measurements 42988.4230 24.6290 0.0011
+ compute convergence criterion 42988.4659 24.6719 0.0429
+ velocity_diff_norm = 0.0107243 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 42988.4711
+ -----------------------------------
+ build system 42988.4756 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 42996.4911 8.0200 8.0154
+ =================================
+ wsmp: initialisation time: 0.0527010 s
+ wsmp: ordering time: 4.1549621 s
+ wsmp: symbolic fact. time: 0.7179449 s
+ wsmp: Cholesky fact. time: 11.3863320 s
+ wsmp: Factorisation 14471.0064108 Mflops
+ wsmp: back substitution time: 0.1211550 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.4405661 s
+ =================================
+ u : -0.10167E+01 0.20962E+00
+ v : -0.43019E-01 0.12562E+00
+ w : -0.72834E+00 0.22773E+00
+ =================================
+ Calculate pressures 43012.9466 24.4756 16.4556
+ raw pressures : -0.15377E+01 0.36455E+00
+ Smoothing pressures 43013.1718 24.7007 0.2252
+ do leaf measurements 43013.1729 24.7019 0.0011
+ compute convergence criterion 43013.2151 24.7440 0.0422
+ velocity_diff_norm = 0.0080686 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43013.2179 24.7469 0.0028
+Compute isostasy and adjust vertical 43013.2181 24.7470 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -195450814160607.09 352957972090068.25
+ def in m -7.9750347137451172 0.71334052085876465
+ dimensionless def -1.82389804295131129E-6 2.27858134678431919E-5
+ Isostatic velocity range = -0.0177751 0.2275637
+ Compute divergence 43013.4264 24.9553 0.2083
+ wsmp_cleanup 43013.4626 24.9915 0.0362
+ Reset surface geometry 43013.4678 24.9967 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 43013.4763 25.0053 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43013.4936 25.0226 0.0173
+ Advect surface 1 43013.4938 25.0227 0.0001
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43013.6909 25.2199 0.1972
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43013.8857 25.4146 0.1947
+ removing 1 particle from surface
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43014.1536 25.6826 0.2680
+ Advect the cloud 43014.3144 25.8433 0.1607
+ Write output 43015.1855 26.7144 0.8711
+ End of time step 43016.0776 27.6066 0.8922
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 266 43016.0778
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43016.0779 0.0001 0.0001
+ surface 01 43016.0779 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 43016.0779 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43016.1041 0.0263 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17000points
+ surface 02 43016.1223 0.0446 0.0183
+ S. 2: 16998points
+ refine surface 43016.1225 0.0447 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43016.1486 0.0708 0.0261
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 43016.1666 0.0888 0.0180
+ S. 3: 16999points
+ refine surface 43016.1667 0.0889 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43016.1927 0.1149 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 16999points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43016.2168
+ -----------------------------------------------------------------------
+ Create octree solve 43016.2171 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43016.2331 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43016.2552 0.0384 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43016.2560 0.0392 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43016.2703 0.0535 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43016.3936 0.1768 0.1233
+ Imbed surface in osolve 43016.5865 0.3697 0.1928
+ embedding surface 1 43016.5866 0.3698 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43018.5705 2.3537 1.9839
+ osolve%nleaves= 59424
+ embedding surface 3 43020.6922 4.4754 2.1217
+ osolve%nleaves= 64128
+ Assessing octree stability 43024.2664 8.0496 3.5742
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43024.2718 8.0550 0.0053
+ Interpolate velo onto osolve 43024.7386 8.5218 0.4668
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43024.8225 8.6057 0.0839
+ Find void 43025.0975 8.8807 0.2750
+ whole leaf in fluid 32992
+ Define boundary conditions 43025.1274 8.9107 0.0300
+ wsmp setup1 43025.1352 8.9184 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43026.1567 9.9399 1.0215
+ -----------------------------------
+ start of non-linear iteratio 1 43026.2050
+ -----------------------------------
+ build system 43026.2051 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43034.1911 7.9862 7.9860
+ =================================
+ wsmp: initialisation time: 0.0538130 s
+ wsmp: ordering time: 4.1683719 s
+ wsmp: symbolic fact. time: 0.7203090 s
+ wsmp: Cholesky fact. time: 11.3878059 s
+ wsmp: Factorisation 14469.1334539 Mflops
+ wsmp: back substitution time: 0.1210079 s
+ wsmp: from b to rhs vector: 0.0071661 s
+ ---------------------------------
+ wsmp: total solve time: 16.4588251 s
+ =================================
+ u : -0.10453E+01 0.18418E+00
+ v : -0.94358E-01 0.11150E+00
+ w : -0.76196E+00 0.24726E+00
+ =================================
+ Calculate pressures 43050.6652 24.4602 16.4740
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 43050.8911 24.6862 0.2260
+ do leaf measurements 43050.8923 24.6873 0.0011
+ compute convergence criterion 43050.9350 24.7300 0.0428
+ velocity_diff_norm = 0.5880546 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43050.9399
+ -----------------------------------
+ build system 43050.9444 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72318E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43058.8798 7.9399 7.9354
+ =================================
+ wsmp: initialisation time: 0.0538578 s
+ wsmp: ordering time: 4.1818221 s
+ wsmp: symbolic fact. time: 0.7267270 s
+ wsmp: Cholesky fact. time: 11.4288728 s
+ wsmp: Factorisation 14417.1421291 Mflops
+ wsmp: back substitution time: 0.1221302 s
+ wsmp: from b to rhs vector: 0.0071778 s
+ ---------------------------------
+ wsmp: total solve time: 16.5209389 s
+ =================================
+ u : -0.10149E+01 0.13717E+00
+ v : -0.48835E-01 0.10224E+00
+ w : -0.76726E+00 0.22676E+00
+ =================================
+ Calculate pressures 43075.4165 24.4766 16.5367
+ raw pressures : -0.12359E+01 0.17971E+00
+ Smoothing pressures 43075.6435 24.7036 0.2270
+ do leaf measurements 43075.6446 24.7047 0.0011
+ compute convergence criterion 43075.6874 24.7475 0.0428
+ velocity_diff_norm = 0.0706767 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43075.6924
+ -----------------------------------
+ build system 43075.6969 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43083.6998 8.0074 8.0029
+ =================================
+ wsmp: initialisation time: 0.0545392 s
+ wsmp: ordering time: 4.1634302 s
+ wsmp: symbolic fact. time: 0.7195551 s
+ wsmp: Cholesky fact. time: 11.3802600 s
+ wsmp: Factorisation 14478.7275519 Mflops
+ wsmp: back substitution time: 0.1214941 s
+ wsmp: from b to rhs vector: 0.0072510 s
+ ---------------------------------
+ wsmp: total solve time: 16.4469042 s
+ =================================
+ u : -0.10170E+01 0.15517E+00
+ v : -0.37381E-01 0.11842E+00
+ w : -0.74657E+00 0.23159E+00
+ =================================
+ Calculate pressures 43100.1621 24.4697 16.4622
+ raw pressures : -0.13722E+01 0.31290E+00
+ Smoothing pressures 43100.3872 24.6948 0.2251
+ do leaf measurements 43100.3883 24.6960 0.0012
+ compute convergence criterion 43100.4313 24.7390 0.0430
+ velocity_diff_norm = 0.0361139 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43100.4363
+ -----------------------------------
+ build system 43100.4409 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43108.3961 7.9598 7.9551
+ =================================
+ wsmp: initialisation time: 0.0544751 s
+ wsmp: ordering time: 4.1581779 s
+ wsmp: symbolic fact. time: 0.7173481 s
+ wsmp: Cholesky fact. time: 11.4179909 s
+ wsmp: Factorisation 14430.8823669 Mflops
+ wsmp: back substitution time: 0.1216669 s
+ wsmp: from b to rhs vector: 0.0071750 s
+ ---------------------------------
+ wsmp: total solve time: 16.4771760 s
+ =================================
+ u : -0.10169E+01 0.17595E+00
+ v : -0.37957E-01 0.12302E+00
+ w : -0.73731E+00 0.22898E+00
+ =================================
+ Calculate pressures 43124.8885 24.4522 16.4925
+ raw pressures : -0.14708E+01 0.35841E+00
+ Smoothing pressures 43125.1145 24.6782 0.2260
+ do leaf measurements 43125.1156 24.6793 0.0011
+ compute convergence criterion 43125.1584 24.7221 0.0428
+ velocity_diff_norm = 0.0157659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43125.1634
+ -----------------------------------
+ build system 43125.1679 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43133.1115 7.9481 7.9436
+ =================================
+ wsmp: initialisation time: 0.0524912 s
+ wsmp: ordering time: 4.1567578 s
+ wsmp: symbolic fact. time: 0.7270119 s
+ wsmp: Cholesky fact. time: 11.3827562 s
+ wsmp: Factorisation 14475.5523618 Mflops
+ wsmp: back substitution time: 0.1220019 s
+ wsmp: from b to rhs vector: 0.0071719 s
+ ---------------------------------
+ wsmp: total solve time: 16.4485340 s
+ =================================
+ u : -0.10169E+01 0.19373E+00
+ v : -0.40802E-01 0.12553E+00
+ w : -0.73264E+00 0.22811E+00
+ =================================
+ Calculate pressures 43149.5751 24.4117 16.4636
+ raw pressures : -0.15142E+01 0.36594E+00
+ Smoothing pressures 43149.8027 24.6393 0.2276
+ do leaf measurements 43149.8039 24.6405 0.0012
+ compute convergence criterion 43149.8467 24.6833 0.0428
+ velocity_diff_norm = 0.0107007 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43149.8516
+ -----------------------------------
+ build system 43149.8562 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43157.8620 8.0104 8.0058
+ =================================
+ wsmp: initialisation time: 0.0537131 s
+ wsmp: ordering time: 4.1501880 s
+ wsmp: symbolic fact. time: 0.7208381 s
+ wsmp: Cholesky fact. time: 11.3950689 s
+ wsmp: Factorisation 14459.9111733 Mflops
+ wsmp: back substitution time: 0.1211500 s
+ wsmp: from b to rhs vector: 0.0072892 s
+ ---------------------------------
+ wsmp: total solve time: 16.4485960 s
+ =================================
+ u : -0.10167E+01 0.20939E+00
+ v : -0.43180E-01 0.12562E+00
+ w : -0.72810E+00 0.22770E+00
+ =================================
+ Calculate pressures 43174.3265 24.4749 16.4646
+ raw pressures : -0.15360E+01 0.36293E+00
+ Smoothing pressures 43174.5510 24.6993 0.2244
+ do leaf measurements 43174.5521 24.7005 0.0011
+ compute convergence criterion 43174.5948 24.7432 0.0427
+ velocity_diff_norm = 0.0080757 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43174.5978 24.7462 0.0030
+Compute isostasy and adjust vertical 43174.5980 24.7464 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -195834329769250.34 353810024628723.5
+ def in m -7.9903688430786133 0.70727550983428955
+ dimensionless def -1.82115963527134471E-6 2.28296252659388966E-5
+ Isostatic velocity range = -0.0177466 0.2280009
+ Compute divergence 43174.7998 24.9482 0.2018
+ wsmp_cleanup 43174.8419 24.9902 0.0420
+ Reset surface geometry 43174.8474 24.9958 0.0055
+ -----------------------------------------------------------------------
+ Temperature calculations 43174.8559 25.0043 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43174.8708 25.0192 0.0149
+ Advect surface 1 43174.8709 25.0193 0.0002
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43175.0639 25.2123 0.1930
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43175.2630 25.4113 0.1990
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43175.5298 25.6782 0.2669
+ Advect the cloud 43175.6935 25.8419 0.1637
+ Write output 43176.5677 26.7161 0.8742
+ End of time step 43177.4627 27.6111 0.8950
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 267 43177.4629
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43177.4629 0.0001 0.0001
+ surface 01 43177.4630 0.0001 0.0000
+ S. 1: 17000points
+ refine surface 43177.4630 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 43177.4911 0.0282 0.0280
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 43177.5133 0.0504 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43177.5394 0.0765 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17001points
+ surface 02 43177.5577 0.0948 0.0183
+ S. 2: 16998points
+ refine surface 43177.5578 0.0949 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43177.5839 0.1210 0.0261
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 43177.6018 0.1390 0.0180
+ S. 3: 16999points
+ refine surface 43177.6020 0.1391 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 43177.6293 0.1664 0.0273
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 43177.6560 0.1931 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43177.6824 0.2196 0.0265
+ S. 3: 0 flips in delaunay2
+ S. 3: 17000points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43177.7065
+ -----------------------------------------------------------------------
+ Create octree solve 43177.7068 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43177.7228 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43177.7446 0.0381 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43177.7454 0.0389 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43177.7597 0.0532 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43177.8837 0.1772 0.1240
+ Imbed surface in osolve 43178.0798 0.3732 0.1960
+ embedding surface 1 43178.0799 0.3734 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43180.0573 2.3508 1.9774
+ osolve%nleaves= 59424
+ embedding surface 3 43182.1513 4.4448 2.0940
+ osolve%nleaves= 64128
+ Assessing octree stability 43185.7223 8.0157 3.5709
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43185.7272 8.0206 0.0049
+ Interpolate velo onto osolve 43186.2305 8.5240 0.5033
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43186.2953 8.5888 0.0648
+ Find void 43186.5653 8.8588 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 43186.5943 8.8877 0.0290
+ wsmp setup1 43186.6023 8.8957 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43187.6193 9.9128 1.0171
+ -----------------------------------
+ start of non-linear iteratio 1 43187.6686
+ -----------------------------------
+ build system 43187.6688 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43195.6723 8.0037 8.0036
+ =================================
+ wsmp: initialisation time: 0.0559988 s
+ wsmp: ordering time: 4.1675301 s
+ wsmp: symbolic fact. time: 0.7193189 s
+ wsmp: Cholesky fact. time: 11.3865700 s
+ wsmp: Factorisation 14470.7040145 Mflops
+ wsmp: back substitution time: 0.1215811 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.4585729 s
+ =================================
+ u : -0.10155E+01 0.18453E+00
+ v : -0.94993E-01 0.11212E+00
+ w : -0.76163E+00 0.24710E+00
+ =================================
+ Calculate pressures 43212.1460 24.4774 16.4737
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 43212.3708 24.7022 0.2248
+ do leaf measurements 43212.3720 24.7034 0.0012
+ compute convergence criterion 43212.4141 24.7455 0.0421
+ velocity_diff_norm = 0.5898416 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43212.4190
+ -----------------------------------
+ build system 43212.4235 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71286E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43220.3634 7.9444 7.9398
+ =================================
+ wsmp: initialisation time: 0.0528731 s
+ wsmp: ordering time: 4.1724880 s
+ wsmp: symbolic fact. time: 0.7266471 s
+ wsmp: Cholesky fact. time: 11.4449110 s
+ wsmp: Factorisation 14396.9388517 Mflops
+ wsmp: back substitution time: 0.1213629 s
+ wsmp: from b to rhs vector: 0.0071659 s
+ ---------------------------------
+ wsmp: total solve time: 16.5257919 s
+ =================================
+ u : -0.10154E+01 0.13713E+00
+ v : -0.48775E-01 0.10171E+00
+ w : -0.76720E+00 0.22707E+00
+ =================================
+ Calculate pressures 43236.9044 24.4853 16.5410
+ raw pressures : -0.12356E+01 0.17903E+00
+ Smoothing pressures 43237.1304 24.7113 0.2260
+ do leaf measurements 43237.1315 24.7125 0.0011
+ compute convergence criterion 43237.1736 24.7546 0.0421
+ velocity_diff_norm = 0.0716415 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43237.1785
+ -----------------------------------
+ build system 43237.1831 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43245.1949 8.0164 8.0119
+ =================================
+ wsmp: initialisation time: 0.0544810 s
+ wsmp: ordering time: 4.1523259 s
+ wsmp: symbolic fact. time: 0.7215278 s
+ wsmp: Cholesky fact. time: 11.3781331 s
+ wsmp: Factorisation 14481.4340830 Mflops
+ wsmp: back substitution time: 0.1213100 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.4354110 s
+ =================================
+ u : -0.10173E+01 0.15505E+00
+ v : -0.37288E-01 0.11822E+00
+ w : -0.74627E+00 0.23175E+00
+ =================================
+ Calculate pressures 43261.6459 24.4673 16.4509
+ raw pressures : -0.13716E+01 0.31207E+00
+ Smoothing pressures 43261.8705 24.6920 0.2247
+ do leaf measurements 43261.8717 24.6932 0.0012
+ compute convergence criterion 43261.9142 24.7357 0.0426
+ velocity_diff_norm = 0.0361796 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43261.9192
+ -----------------------------------
+ build system 43261.9238 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43269.8942 7.9750 7.9704
+ =================================
+ wsmp: initialisation time: 0.0528312 s
+ wsmp: ordering time: 4.1424420 s
+ wsmp: symbolic fact. time: 0.7142551 s
+ wsmp: Cholesky fact. time: 11.4079130 s
+ wsmp: Factorisation 14443.6308652 Mflops
+ wsmp: back substitution time: 0.1217060 s
+ wsmp: from b to rhs vector: 0.0072062 s
+ ---------------------------------
+ wsmp: total solve time: 16.4467080 s
+ =================================
+ u : -0.10173E+01 0.17581E+00
+ v : -0.37834E-01 0.12292E+00
+ w : -0.73707E+00 0.22928E+00
+ =================================
+ Calculate pressures 43286.3564 24.4372 16.4622
+ raw pressures : -0.14704E+01 0.35827E+00
+ Smoothing pressures 43286.5827 24.6635 0.2263
+ do leaf measurements 43286.5839 24.6647 0.0012
+ compute convergence criterion 43286.6259 24.7067 0.0420
+ velocity_diff_norm = 0.0157683 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43286.6309
+ -----------------------------------
+ build system 43286.6354 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43294.5679 7.9370 7.9325
+ =================================
+ wsmp: initialisation time: 0.0512459 s
+ wsmp: ordering time: 4.1708450 s
+ wsmp: symbolic fact. time: 0.7252870 s
+ wsmp: Cholesky fact. time: 11.3836191 s
+ wsmp: Factorisation 14474.4551676 Mflops
+ wsmp: back substitution time: 0.1218278 s
+ wsmp: from b to rhs vector: 0.0071330 s
+ ---------------------------------
+ wsmp: total solve time: 16.4604161 s
+ =================================
+ u : -0.10171E+01 0.19358E+00
+ v : -0.40719E-01 0.12547E+00
+ w : -0.73243E+00 0.22825E+00
+ =================================
+ Calculate pressures 43311.0435 24.4126 16.4756
+ raw pressures : -0.15138E+01 0.36573E+00
+ Smoothing pressures 43311.2708 24.6400 0.2273
+ do leaf measurements 43311.2720 24.6411 0.0011
+ compute convergence criterion 43311.3141 24.6832 0.0421
+ velocity_diff_norm = 0.0107226 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43311.3190
+ -----------------------------------
+ build system 43311.3236 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43319.3128 7.9938 7.9892
+ =================================
+ wsmp: initialisation time: 0.0529730 s
+ wsmp: ordering time: 4.1554470 s
+ wsmp: symbolic fact. time: 0.7170730 s
+ wsmp: Cholesky fact. time: 11.3794229 s
+ wsmp: Factorisation 14479.7926291 Mflops
+ wsmp: back substitution time: 0.1212878 s
+ wsmp: from b to rhs vector: 0.0072341 s
+ ---------------------------------
+ wsmp: total solve time: 16.4337850 s
+ =================================
+ u : -0.10169E+01 0.20924E+00
+ v : -0.43133E-01 0.12551E+00
+ w : -0.72793E+00 0.22768E+00
+ =================================
+ Calculate pressures 43335.7619 24.4429 16.4491
+ raw pressures : -0.15354E+01 0.36266E+00
+ Smoothing pressures 43335.9879 24.6688 0.2259
+ do leaf measurements 43335.9890 24.6700 0.0012
+ compute convergence criterion 43336.0316 24.7125 0.0426
+ velocity_diff_norm = 0.0080755 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43336.0346 24.7155 0.0030
+Compute isostasy and adjust vertical 43336.0347 24.7157 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -196198373209668.28 354671594829897.69
+ def in m -7.9966034889221191 0.70347321033477783
+ dimensionless def -1.82978715215410517E-6 2.28474385397774832E-5
+ Isostatic velocity range = -0.0178392 0.2281646
+ Compute divergence 43336.2399 24.9208 0.2051
+ wsmp_cleanup 43336.2816 24.9625 0.0417
+ Reset surface geometry 43336.2873 24.9682 0.0057
+ -----------------------------------------------------------------------
+ Temperature calculations 43336.2957 24.9766 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43336.3101 24.9911 0.0145
+ Advect surface 1 43336.3103 24.9912 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43336.4996 25.1805 0.1893
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43336.7072 25.3881 0.2076
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43336.9525 25.6334 0.2453
+ Advect the cloud 43337.1144 25.7954 0.1619
+ Write output 43337.9805 26.6615 0.8661
+ End of time step 43338.8779 27.5589 0.8974
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 268 43338.8781
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43338.8781 0.0001 0.0001
+ surface 01 43338.8782 0.0001 0.0000
+ S. 1: 17001points
+ refine surface 43338.8782 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 43338.9064 0.0283 0.0282
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 43338.9288 0.0507 0.0224
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43338.9548 0.0767 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 17003points
+ surface 02 43338.9732 0.0951 0.0184
+ S. 2: 16997points
+ refine surface 43338.9733 0.0952 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43338.9993 0.1212 0.0260
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 43339.0173 0.1393 0.0180
+ S. 3: 17000points
+ refine surface 43339.0175 0.1394 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 43339.0456 0.1675 0.0281
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 43339.0679 0.1898 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43339.0945 0.2164 0.0266
+ S. 3: 0 flips in delaunay2
+ S. 3: 17002points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43339.1185
+ -----------------------------------------------------------------------
+ Create octree solve 43339.1187 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43339.1349 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 43339.1568 0.0383 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43339.1576 0.0391 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43339.1719 0.0534 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43339.2952 0.1768 0.1234
+ Imbed surface in osolve 43339.4885 0.3701 0.1933
+ embedding surface 1 43339.4887 0.3702 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43341.4550 2.3365 1.9663
+ osolve%nleaves= 59424
+ embedding surface 3 43343.5715 4.4530 2.1165
+ osolve%nleaves= 64128
+ Assessing octree stability 43347.1227 8.0043 3.5513
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43347.1280 8.0095 0.0053
+ Interpolate velo onto osolve 43347.6185 8.5000 0.4905
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43347.6839 8.5655 0.0655
+ Find void 43347.9577 8.8392 0.2738
+ whole leaf in fluid 32992
+ Define boundary conditions 43347.9870 8.8686 0.0293
+ wsmp setup1 43347.9946 8.8761 0.0075
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43349.0100 9.8915 1.0154
+ -----------------------------------
+ start of non-linear iteratio 1 43349.0591
+ -----------------------------------
+ build system 43349.0593 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43357.0518 7.9926 7.9925
+ =================================
+ wsmp: initialisation time: 0.0585840 s
+ wsmp: ordering time: 4.1610830 s
+ wsmp: symbolic fact. time: 0.7131629 s
+ wsmp: Cholesky fact. time: 11.3936791 s
+ wsmp: Factorisation 14461.6749183 Mflops
+ wsmp: back substitution time: 0.1213429 s
+ wsmp: from b to rhs vector: 0.0071671 s
+ ---------------------------------
+ wsmp: total solve time: 16.4553912 s
+ =================================
+ u : -0.10328E+01 0.18439E+00
+ v : -0.94601E-01 0.11190E+00
+ w : -0.76150E+00 0.24824E+00
+ =================================
+ Calculate pressures 43373.5227 24.4636 16.4710
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 43373.7469 24.6877 0.2242
+ do leaf measurements 43373.7480 24.6888 0.0011
+ compute convergence criterion 43373.7904 24.7312 0.0424
+ velocity_diff_norm = 0.5892181 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43373.7953
+ -----------------------------------
+ build system 43373.7997 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71182E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43381.7371 7.9419 7.9374
+ =================================
+ wsmp: initialisation time: 0.0524859 s
+ wsmp: ordering time: 4.1692040 s
+ wsmp: symbolic fact. time: 0.7208350 s
+ wsmp: Cholesky fact. time: 11.4698410 s
+ wsmp: Factorisation 14365.6467274 Mflops
+ wsmp: back substitution time: 0.1215792 s
+ wsmp: from b to rhs vector: 0.0072539 s
+ ---------------------------------
+ wsmp: total solve time: 16.5415590 s
+ =================================
+ u : -0.10151E+01 0.13708E+00
+ v : -0.48708E-01 0.10203E+00
+ w : -0.76704E+00 0.22756E+00
+ =================================
+ Calculate pressures 43398.2942 24.4990 16.5571
+ raw pressures : -0.12359E+01 0.18016E+00
+ Smoothing pressures 43398.5198 24.7245 0.2256
+ do leaf measurements 43398.5209 24.7256 0.0011
+ compute convergence criterion 43398.5633 24.7681 0.0424
+ velocity_diff_norm = 0.0711142 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43398.5682
+ -----------------------------------
+ build system 43398.5727 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43406.5801 8.0119 8.0074
+ =================================
+ wsmp: initialisation time: 0.0536001 s
+ wsmp: ordering time: 4.1490710 s
+ wsmp: symbolic fact. time: 0.7162988 s
+ wsmp: Cholesky fact. time: 11.3874199 s
+ wsmp: Factorisation 14469.6239146 Mflops
+ wsmp: back substitution time: 0.1211262 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.4350541 s
+ =================================
+ u : -0.10172E+01 0.15492E+00
+ v : -0.37503E-01 0.11828E+00
+ w : -0.74643E+00 0.23195E+00
+ =================================
+ Calculate pressures 43423.0311 24.4629 16.4509
+ raw pressures : -0.13717E+01 0.31239E+00
+ Smoothing pressures 43423.2553 24.6871 0.2242
+ do leaf measurements 43423.2565 24.6882 0.0011
+ compute convergence criterion 43423.2992 24.7310 0.0427
+ velocity_diff_norm = 0.0361092 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43423.3042
+ -----------------------------------
+ build system 43423.3087 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43431.2949 7.9907 7.9861
+ =================================
+ wsmp: initialisation time: 0.0515671 s
+ wsmp: ordering time: 4.1438742 s
+ wsmp: symbolic fact. time: 0.7159390 s
+ wsmp: Cholesky fact. time: 11.4005291 s
+ wsmp: Factorisation 14452.9856257 Mflops
+ wsmp: back substitution time: 0.1212268 s
+ wsmp: from b to rhs vector: 0.0070460 s
+ ---------------------------------
+ wsmp: total solve time: 16.4405549 s
+ =================================
+ u : -0.10172E+01 0.17570E+00
+ v : -0.37731E-01 0.12299E+00
+ w : -0.73717E+00 0.22927E+00
+ =================================
+ Calculate pressures 43447.7514 24.4473 16.4566
+ raw pressures : -0.14702E+01 0.35830E+00
+ Smoothing pressures 43447.9752 24.6710 0.2238
+ do leaf measurements 43447.9763 24.6721 0.0011
+ compute convergence criterion 43448.0186 24.7145 0.0424
+ velocity_diff_norm = 0.0158403 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43448.0236
+ -----------------------------------
+ build system 43448.0280 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43455.9680 7.9444 7.9399
+ =================================
+ wsmp: initialisation time: 0.0546360 s
+ wsmp: ordering time: 4.1595581 s
+ wsmp: symbolic fact. time: 0.7254338 s
+ wsmp: Cholesky fact. time: 11.4038270 s
+ wsmp: Factorisation 14448.8060516 Mflops
+ wsmp: back substitution time: 0.1219490 s
+ wsmp: from b to rhs vector: 0.0071909 s
+ ---------------------------------
+ wsmp: total solve time: 16.4729750 s
+ =================================
+ u : -0.10170E+01 0.19350E+00
+ v : -0.40633E-01 0.12549E+00
+ w : -0.73250E+00 0.22828E+00
+ =================================
+ Calculate pressures 43472.4566 24.4331 16.4887
+ raw pressures : -0.15137E+01 0.36586E+00
+ Smoothing pressures 43472.6834 24.6599 0.2268
+ do leaf measurements 43472.6845 24.6610 0.0011
+ compute convergence criterion 43472.7270 24.7034 0.0424
+ velocity_diff_norm = 0.0107503 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43472.7319
+ -----------------------------------
+ build system 43472.7364 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43480.7145 7.9826 7.9780
+ =================================
+ wsmp: initialisation time: 0.0524070 s
+ wsmp: ordering time: 4.1453080 s
+ wsmp: symbolic fact. time: 0.7162812 s
+ wsmp: Cholesky fact. time: 11.3848660 s
+ wsmp: Factorisation 14472.8698508 Mflops
+ wsmp: back substitution time: 0.1214108 s
+ wsmp: from b to rhs vector: 0.0072989 s
+ ---------------------------------
+ wsmp: total solve time: 16.4279509 s
+ =================================
+ u : -0.10168E+01 0.20917E+00
+ v : -0.43044E-01 0.12551E+00
+ w : -0.72798E+00 0.22778E+00
+ =================================
+ Calculate pressures 43497.1577 24.4258 16.4432
+ raw pressures : -0.15352E+01 0.36271E+00
+ Smoothing pressures 43497.3820 24.6501 0.2243
+ do leaf measurements 43497.3831 24.6512 0.0011
+ compute convergence criterion 43497.4258 24.6939 0.0427
+ velocity_diff_norm = 0.0080680 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43497.4287 24.6968 0.0030
+Compute isostasy and adjust vertical 43497.4289 24.6970 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -196554675822762.94 355521112692196.13
+ def in m -8.0001583099365234 0.70068871974945068
+ dimensionless def -1.83259282793317531E-6 2.28575951712472081E-5
+ Isostatic velocity range = -0.0178709 0.2282537
+ Compute divergence 43497.6361 24.9042 0.2072
+ wsmp_cleanup 43497.6725 24.9406 0.0365
+ Reset surface geometry 43497.6779 24.9460 0.0054
+ -----------------------------------------------------------------------
+ Temperature calculations 43497.6861 24.9542 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43497.7035 24.9716 0.0174
+ Advect surface 1 43497.7037 24.9718 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43497.8954 25.1635 0.1917
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43498.0950 25.3631 0.1996
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43498.3500 25.6181 0.2550
+ Advect the cloud 43498.5109 25.7790 0.1609
+ Write output 43499.3779 26.6460 0.8670
+ End of time step 43500.2751 27.5432 0.8972
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 269 43500.2753
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43500.2753 0.0001 0.0001
+ surface 01 43500.2754 0.0001 0.0000
+ S. 1: 17003points
+ refine surface 43500.2754 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 43500.3029 0.0277 0.0275
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 43500.3254 0.0501 0.0224
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43500.3516 0.0763 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 43500.3698 0.0945 0.0182
+ S. 2: 16997points
+ refine surface 43500.3699 0.0946 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43500.3961 0.1209 0.0262
+ S. 2: 0 flips in delaunay2
+ S. 2: 16997points
+ surface 03 43500.4142 0.1389 0.0180
+ S. 3: 17002points
+ refine surface 43500.4143 0.1390 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43500.4403 0.1650 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17002points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43500.4652
+ -----------------------------------------------------------------------
+ Create octree solve 43500.4655 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43500.4815 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43500.5029 0.0376 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43500.5037 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43500.5180 0.0528 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43500.6414 0.1762 0.1234
+ Imbed surface in osolve 43500.8331 0.3679 0.1917
+ embedding surface 1 43500.8333 0.3681 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43502.8263 2.3611 1.9930
+ osolve%nleaves= 59424
+ embedding surface 3 43504.9376 4.4724 2.1113
+ osolve%nleaves= 64128
+ Assessing octree stability 43508.4711 8.0059 3.5335
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43508.4764 8.0111 0.0052
+ Interpolate velo onto osolve 43508.9442 8.4789 0.4678
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43509.0086 8.5434 0.0645
+ Find void 43509.2814 8.8162 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 43509.3110 8.8458 0.0296
+ wsmp setup1 43509.3188 8.8535 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43510.3341 9.8689 1.0153
+ -----------------------------------
+ start of non-linear iteratio 1 43510.3829
+ -----------------------------------
+ build system 43510.3831 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43518.3737 7.9908 7.9907
+ =================================
+ wsmp: initialisation time: 0.0550091 s
+ wsmp: ordering time: 4.1462610 s
+ wsmp: symbolic fact. time: 0.7204218 s
+ wsmp: Cholesky fact. time: 11.3898551 s
+ wsmp: Factorisation 14466.5302374 Mflops
+ wsmp: back substitution time: 0.1213281 s
+ wsmp: from b to rhs vector: 0.0072019 s
+ ---------------------------------
+ wsmp: total solve time: 16.4404809 s
+ =================================
+ u : -0.10370E+01 0.18423E+00
+ v : -0.94714E-01 0.11122E+00
+ w : -0.76173E+00 0.24663E+00
+ =================================
+ Calculate pressures 43534.8299 24.4470 16.4561
+ raw pressures : -0.35109E+00 0.00000E+00
+ Smoothing pressures 43535.0544 24.6715 0.2245
+ do leaf measurements 43535.0554 24.6725 0.0010
+ compute convergence criterion 43535.0978 24.7149 0.0424
+ velocity_diff_norm = 0.5887459 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43535.1029
+ -----------------------------------
+ build system 43535.1075 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72123E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43543.0473 7.9445 7.9398
+ =================================
+ wsmp: initialisation time: 0.0543561 s
+ wsmp: ordering time: 4.1688828 s
+ wsmp: symbolic fact. time: 0.7213519 s
+ wsmp: Cholesky fact. time: 11.4657791 s
+ wsmp: Factorisation 14370.7359897 Mflops
+ wsmp: back substitution time: 0.1216600 s
+ wsmp: from b to rhs vector: 0.0071690 s
+ ---------------------------------
+ wsmp: total solve time: 16.5395720 s
+ =================================
+ u : -0.10153E+01 0.13699E+00
+ v : -0.48760E-01 0.10204E+00
+ w : -0.76720E+00 0.22653E+00
+ =================================
+ Calculate pressures 43559.6026 24.4997 16.5552
+ raw pressures : -0.12364E+01 0.18040E+00
+ Smoothing pressures 43559.8280 24.7251 0.2254
+ do leaf measurements 43559.8291 24.7262 0.0011
+ compute convergence criterion 43559.8713 24.7684 0.0423
+ velocity_diff_norm = 0.0709930 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43559.8764
+ -----------------------------------
+ build system 43559.8811 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43567.8773 8.0009 7.9963
+ =================================
+ wsmp: initialisation time: 0.0537319 s
+ wsmp: ordering time: 4.1488650 s
+ wsmp: symbolic fact. time: 0.7200990 s
+ wsmp: Cholesky fact. time: 11.3749571 s
+ wsmp: Factorisation 14485.4774087 Mflops
+ wsmp: back substitution time: 0.1214659 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.4266450 s
+ =================================
+ u : -0.10172E+01 0.15490E+00
+ v : -0.37346E-01 0.11834E+00
+ w : -0.74660E+00 0.23164E+00
+ =================================
+ Calculate pressures 43584.3195 24.4431 16.4421
+ raw pressures : -0.13719E+01 0.31282E+00
+ Smoothing pressures 43584.5447 24.6683 0.2252
+ do leaf measurements 43584.5458 24.6694 0.0011
+ compute convergence criterion 43584.5883 24.7119 0.0425
+ velocity_diff_norm = 0.0360908 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43584.5935
+ -----------------------------------
+ build system 43584.5982 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43592.6006 8.0071 8.0024
+ =================================
+ wsmp: initialisation time: 0.0553770 s
+ wsmp: ordering time: 4.1658909 s
+ wsmp: symbolic fact. time: 0.7173371 s
+ wsmp: Cholesky fact. time: 11.4032581 s
+ wsmp: Factorisation 14449.5268495 Mflops
+ wsmp: back substitution time: 0.1215320 s
+ wsmp: from b to rhs vector: 0.0072119 s
+ ---------------------------------
+ wsmp: total solve time: 16.4709880 s
+ =================================
+ u : -0.10172E+01 0.17565E+00
+ v : -0.37761E-01 0.12300E+00
+ w : -0.73730E+00 0.22924E+00
+ =================================
+ Calculate pressures 43609.0862 24.4928 16.4856
+ raw pressures : -0.14703E+01 0.35870E+00
+ Smoothing pressures 43609.3120 24.7185 0.2258
+ do leaf measurements 43609.3131 24.7196 0.0011
+ compute convergence criterion 43609.3554 24.7619 0.0423
+ velocity_diff_norm = 0.0158042 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43609.3605
+ -----------------------------------
+ build system 43609.3651 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43617.3025 7.9420 7.9374
+ =================================
+ wsmp: initialisation time: 0.0552149 s
+ wsmp: ordering time: 4.1697891 s
+ wsmp: symbolic fact. time: 0.7269750 s
+ wsmp: Cholesky fact. time: 11.4119568 s
+ wsmp: Factorisation 14438.5127765 Mflops
+ wsmp: back substitution time: 0.1221840 s
+ wsmp: from b to rhs vector: 0.0072031 s
+ ---------------------------------
+ wsmp: total solve time: 16.4937010 s
+ =================================
+ u : -0.10171E+01 0.19342E+00
+ v : -0.40654E-01 0.12552E+00
+ w : -0.73266E+00 0.22823E+00
+ =================================
+ Calculate pressures 43633.8129 24.4524 16.5103
+ raw pressures : -0.15138E+01 0.36622E+00
+ Smoothing pressures 43634.0390 24.6785 0.2261
+ do leaf measurements 43634.0401 24.6796 0.0011
+ compute convergence criterion 43634.0822 24.7217 0.0421
+ velocity_diff_norm = 0.0107215 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43634.0873
+ -----------------------------------
+ build system 43634.0920 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43642.0772 7.9899 7.9852
+ =================================
+ wsmp: initialisation time: 0.0505190 s
+ wsmp: ordering time: 4.1501160 s
+ wsmp: symbolic fact. time: 0.7203939 s
+ wsmp: Cholesky fact. time: 11.3846791 s
+ wsmp: Factorisation 14473.1074746 Mflops
+ wsmp: back substitution time: 0.1214390 s
+ wsmp: from b to rhs vector: 0.0072241 s
+ ---------------------------------
+ wsmp: total solve time: 16.4347529 s
+ =================================
+ u : -0.10169E+01 0.20908E+00
+ v : -0.43064E-01 0.12557E+00
+ w : -0.72813E+00 0.22767E+00
+ =================================
+ Calculate pressures 43658.5273 24.4400 16.4501
+ raw pressures : -0.15354E+01 0.36320E+00
+ Smoothing pressures 43658.7522 24.6649 0.2249
+ do leaf measurements 43658.7533 24.6660 0.0011
+ compute convergence criterion 43658.7958 24.7085 0.0425
+ velocity_diff_norm = 0.0080706 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43658.7991 24.7118 0.0032
+Compute isostasy and adjust vertical 43658.7992 24.7119 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -196904099371836.53 356269898820952.44
+ def in m -8.0037679672241211 0.69783306121826172
+ dimensionless def -1.84088417461940216E-6 2.2867908477783205E-5
+ Isostatic velocity range = -0.0179586 0.2283440
+ Compute divergence 43659.0136 24.9263 0.2144
+ wsmp_cleanup 43659.0500 24.9627 0.0364
+ Reset surface geometry 43659.0552 24.9679 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 43659.0635 24.9762 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43659.0811 24.9938 0.0176
+ Advect surface 1 43659.0813 24.9940 0.0002
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43659.2702 25.1829 0.1889
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43659.4693 25.3820 0.1991
+ removing 2 particle from surface
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43659.7413 25.6540 0.2720
+ Advect the cloud 43659.9053 25.8180 0.1640
+ Write output 43660.7764 26.6891 0.8711
+ End of time step 43661.6724 27.5850 0.8959
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 270 43661.6725
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43661.6726 0.0001 0.0001
+ surface 01 43661.6726 0.0001 0.0000
+ S. 1: 17004points
+ refine surface 43661.6727 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43661.6988 0.0263 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 43661.7172 0.0447 0.0184
+ S. 2: 16997points
+ refine surface 43661.7173 0.0448 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 43661.7440 0.0715 0.0267
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 43661.7667 0.0942 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43661.7925 0.1200 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 16998points
+ surface 03 43661.8110 0.1384 0.0184
+ S. 3: 17000points
+ refine surface 43661.8111 0.1386 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 43661.8385 0.1660 0.0274
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 43661.8616 0.1891 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43661.8873 0.2148 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 17002points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43661.9124
+ -----------------------------------------------------------------------
+ Create octree solve 43661.9127 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43661.9287 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43661.9499 0.0375 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43661.9507 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43661.9650 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43662.0884 0.1760 0.1234
+ Imbed surface in osolve 43662.2799 0.3675 0.1915
+ embedding surface 1 43662.2801 0.3676 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43664.2621 2.3496 1.9820
+ osolve%nleaves= 59424
+ embedding surface 3 43666.3532 4.4408 2.0911
+ osolve%nleaves= 64128
+ Assessing octree stability 43669.9277 8.0153 3.5745
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43669.9331 8.0207 0.0053
+ Interpolate velo onto osolve 43670.4509 8.5385 0.5178
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43670.5164 8.6039 0.0655
+ Find void 43670.7883 8.8759 0.2719
+ whole leaf in fluid 32992
+ Define boundary conditions 43670.8180 8.9056 0.0297
+ wsmp setup1 43670.8258 8.9134 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43671.8406 9.9282 1.0148
+ -----------------------------------
+ start of non-linear iteratio 1 43671.8908
+ -----------------------------------
+ build system 43671.8909 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43679.8622 7.9715 7.9713
+ =================================
+ wsmp: initialisation time: 0.0585880 s
+ wsmp: ordering time: 4.1473839 s
+ wsmp: symbolic fact. time: 0.7193170 s
+ wsmp: Cholesky fact. time: 11.3884370 s
+ wsmp: Factorisation 14468.3316422 Mflops
+ wsmp: back substitution time: 0.1213140 s
+ wsmp: from b to rhs vector: 0.0070300 s
+ ---------------------------------
+ wsmp: total solve time: 16.4424381 s
+ =================================
+ u : -0.10202E+01 0.18442E+00
+ v : -0.94671E-01 0.11205E+00
+ w : -0.76149E+00 0.24700E+00
+ =================================
+ Calculate pressures 43696.3199 24.4291 16.4576
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 43696.5455 24.6547 0.2257
+ do leaf measurements 43696.5467 24.6559 0.0011
+ compute convergence criterion 43696.5893 24.6985 0.0426
+ velocity_diff_norm = 0.5893573 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43696.5945
+ -----------------------------------
+ build system 43696.5993 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71685E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43704.5389 7.9444 7.9395
+ =================================
+ wsmp: initialisation time: 0.0528190 s
+ wsmp: ordering time: 4.1522219 s
+ wsmp: symbolic fact. time: 0.7175028 s
+ wsmp: Cholesky fact. time: 11.4619601 s
+ wsmp: Factorisation 14375.5241480 Mflops
+ wsmp: back substitution time: 0.1214859 s
+ wsmp: from b to rhs vector: 0.0070610 s
+ ---------------------------------
+ wsmp: total solve time: 16.5134201 s
+ =================================
+ u : -0.10151E+01 0.13704E+00
+ v : -0.48924E-01 0.10203E+00
+ w : -0.76724E+00 0.22675E+00
+ =================================
+ Calculate pressures 43721.0676 24.4731 16.5287
+ raw pressures : -0.12355E+01 0.17914E+00
+ Smoothing pressures 43721.2925 24.6980 0.2249
+ do leaf measurements 43721.2936 24.6991 0.0011
+ compute convergence criterion 43721.3357 24.7412 0.0421
+ velocity_diff_norm = 0.0714751 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43721.3408
+ -----------------------------------
+ build system 43721.3455 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43729.3261 7.9853 7.9806
+ =================================
+ wsmp: initialisation time: 0.0556469 s
+ wsmp: ordering time: 4.1611750 s
+ wsmp: symbolic fact. time: 0.7217710 s
+ wsmp: Cholesky fact. time: 11.3758020 s
+ wsmp: Factorisation 14484.4014773 Mflops
+ wsmp: back substitution time: 0.1214170 s
+ wsmp: from b to rhs vector: 0.0070889 s
+ ---------------------------------
+ wsmp: total solve time: 16.4432828 s
+ =================================
+ u : -0.10172E+01 0.15496E+00
+ v : -0.37462E-01 0.11847E+00
+ w : -0.74635E+00 0.23162E+00
+ =================================
+ Calculate pressures 43745.7851 24.4443 16.4589
+ raw pressures : -0.13715E+01 0.31213E+00
+ Smoothing pressures 43746.0088 24.6680 0.2237
+ do leaf measurements 43746.0111 24.6703 0.0024
+ compute convergence criterion 43746.0526 24.7118 0.0414
+ velocity_diff_norm = 0.0360668 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43746.0577
+ -----------------------------------
+ build system 43746.0625 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43754.0797 8.0220 8.0173
+ =================================
+ wsmp: initialisation time: 0.0544472 s
+ wsmp: ordering time: 4.1477289 s
+ wsmp: symbolic fact. time: 0.7180159 s
+ wsmp: Cholesky fact. time: 11.3910451 s
+ wsmp: Factorisation 14465.0190147 Mflops
+ wsmp: back substitution time: 0.1214271 s
+ wsmp: from b to rhs vector: 0.0070400 s
+ ---------------------------------
+ wsmp: total solve time: 16.4400840 s
+ =================================
+ u : -0.10172E+01 0.17571E+00
+ v : -0.37917E-01 0.12308E+00
+ w : -0.73718E+00 0.22912E+00
+ =================================
+ Calculate pressures 43770.5352 24.4776 16.4555
+ raw pressures : -0.14704E+01 0.35863E+00
+ Smoothing pressures 43770.7603 24.7027 0.2251
+ do leaf measurements 43770.7614 24.7037 0.0011
+ compute convergence criterion 43770.8035 24.7458 0.0421
+ velocity_diff_norm = 0.0157980 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43770.8086
+ -----------------------------------
+ build system 43770.8135 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43778.7501 7.9415 7.9367
+ =================================
+ wsmp: initialisation time: 0.0545979 s
+ wsmp: ordering time: 4.1787260 s
+ wsmp: symbolic fact. time: 0.7279210 s
+ wsmp: Cholesky fact. time: 11.4378600 s
+ wsmp: Factorisation 14405.8139985 Mflops
+ wsmp: back substitution time: 0.1219630 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.5286179 s
+ =================================
+ u : -0.10171E+01 0.19348E+00
+ v : -0.40764E-01 0.12563E+00
+ w : -0.73255E+00 0.22820E+00
+ =================================
+ Calculate pressures 43795.2940 24.4854 16.5439
+ raw pressures : -0.15138E+01 0.36603E+00
+ Smoothing pressures 43795.5214 24.7128 0.2274
+ do leaf measurements 43795.5225 24.7139 0.0011
+ compute convergence criterion 43795.5645 24.7559 0.0421
+ velocity_diff_norm = 0.0107228 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43795.5696
+ -----------------------------------
+ build system 43795.5744 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43803.5711 8.0014 7.9967
+ =================================
+ wsmp: initialisation time: 0.0541661 s
+ wsmp: ordering time: 4.1566489 s
+ wsmp: symbolic fact. time: 0.7187531 s
+ wsmp: Cholesky fact. time: 11.3888052 s
+ wsmp: Factorisation 14467.8639849 Mflops
+ wsmp: back substitution time: 0.1215241 s
+ wsmp: from b to rhs vector: 0.0070620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4473431 s
+ =================================
+ u : -0.10169E+01 0.20914E+00
+ v : -0.43143E-01 0.12566E+00
+ w : -0.72805E+00 0.22767E+00
+ =================================
+ Calculate pressures 43820.0335 24.4639 16.4624
+ raw pressures : -0.15352E+01 0.36287E+00
+ Smoothing pressures 43820.2587 24.6890 0.2251
+ do leaf measurements 43820.2598 24.6901 0.0011
+ compute convergence criterion 43820.3022 24.7326 0.0424
+ velocity_diff_norm = 0.0080758 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43820.3055 24.7359 0.0033
+Compute isostasy and adjust vertical 43820.3057 24.7360 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -197244864076501.16 357014104875022.13
+ def in m -7.9886493682861328 0.70917534828186035
+ dimensionless def -1.83730602264404299E-6 2.2824712480817522E-5
+ Isostatic velocity range = -0.0179274 0.2279305
+ Compute divergence 43820.5106 24.9409 0.2049
+ wsmp_cleanup 43820.5471 24.9774 0.0365
+ Reset surface geometry 43820.5524 24.9827 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 43820.5620 24.9923 0.0096
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43820.5792 25.0095 0.0172
+ Advect surface 1 43820.5793 25.0097 0.0002
+ removing 1 particle from surface
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43820.7794 25.2097 0.2001
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43820.9772 25.4076 0.1979
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43821.2322 25.6625 0.2550
+ Advect the cloud 43821.3944 25.8247 0.1622
+ Write output 43822.2652 26.6955 0.8708
+ End of time step 43823.1590 27.5893 0.8938
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 271 43823.1591
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43823.1592 0.0001 0.0001
+ surface 01 43823.1592 0.0001 0.0001
+ S. 1: 17003points
+ refine surface 43823.1593 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 43823.1872 0.0280 0.0279
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 43823.2094 0.0503 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43823.2352 0.0761 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17004points
+ surface 02 43823.2538 0.0947 0.0186
+ S. 2: 16998points
+ refine surface 43823.2540 0.0949 0.0002
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 43823.2825 0.1234 0.0285
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 43823.3053 0.1462 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43823.3314 0.1723 0.0261
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 43823.3498 0.1907 0.0184
+ S. 3: 17002points
+ refine surface 43823.3499 0.1908 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 43823.3771 0.2180 0.0272
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 43823.3997 0.2406 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43823.4256 0.2665 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17003points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43823.4503
+ -----------------------------------------------------------------------
+ Create octree solve 43823.4505 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43823.4665 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43823.4882 0.0379 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43823.4889 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43823.5032 0.0530 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43823.6266 0.1763 0.1233
+ Imbed surface in osolve 43823.8182 0.3679 0.1916
+ embedding surface 1 43823.8184 0.3681 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43825.8136 2.3633 1.9953
+ osolve%nleaves= 59424
+ embedding surface 3 43827.9198 4.4696 2.1062
+ osolve%nleaves= 64128
+ Assessing octree stability 43831.4925 8.0422 3.5727
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43831.4978 8.0475 0.0053
+ Interpolate velo onto osolve 43831.9891 8.5388 0.4913
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43832.0712 8.6209 0.0821
+ Find void 43832.3442 8.8939 0.2730
+ whole leaf in fluid 32992
+ Define boundary conditions 43832.3740 8.9237 0.0298
+ wsmp setup1 43832.3817 8.9314 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43833.3960 9.9457 1.0143
+ -----------------------------------
+ start of non-linear iteratio 1 43833.4459
+ -----------------------------------
+ build system 43833.4461 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43841.4019 7.9560 7.9558
+ =================================
+ wsmp: initialisation time: 0.0601280 s
+ wsmp: ordering time: 4.1496580 s
+ wsmp: symbolic fact. time: 0.7209539 s
+ wsmp: Cholesky fact. time: 11.3791580 s
+ wsmp: Factorisation 14480.1296884 Mflops
+ wsmp: back substitution time: 0.1216209 s
+ wsmp: from b to rhs vector: 0.0072279 s
+ ---------------------------------
+ wsmp: total solve time: 16.4390981 s
+ =================================
+ u : -0.10279E+01 0.18429E+00
+ v : -0.94454E-01 0.11223E+00
+ w : -0.76143E+00 0.24887E+00
+ =================================
+ Calculate pressures 43857.8558 24.4099 16.4539
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 43858.0810 24.6351 0.2252
+ do leaf measurements 43858.0822 24.6363 0.0012
+ compute convergence criterion 43858.1257 24.6798 0.0435
+ velocity_diff_norm = 0.5893751 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 43858.1312
+ -----------------------------------
+ build system 43858.1361 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71166E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43866.0748 7.9436 7.9387
+ =================================
+ wsmp: initialisation time: 0.0536458 s
+ wsmp: ordering time: 4.1606741 s
+ wsmp: symbolic fact. time: 0.7161269 s
+ wsmp: Cholesky fact. time: 11.4479430 s
+ wsmp: Factorisation 14393.1258459 Mflops
+ wsmp: back substitution time: 0.1217279 s
+ wsmp: from b to rhs vector: 0.0072479 s
+ ---------------------------------
+ wsmp: total solve time: 16.5077128 s
+ =================================
+ u : -0.10153E+01 0.13685E+00
+ v : -0.48630E-01 0.10210E+00
+ w : -0.76712E+00 0.22805E+00
+ =================================
+ Calculate pressures 43882.5973 24.4661 16.5225
+ raw pressures : -0.12355E+01 0.17991E+00
+ Smoothing pressures 43882.8233 24.6921 0.2261
+ do leaf measurements 43882.8245 24.6933 0.0012
+ compute convergence criterion 43882.8677 24.7365 0.0432
+ velocity_diff_norm = 0.0714040 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 43882.8731
+ -----------------------------------
+ build system 43882.8779 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43890.8346 7.9616 7.9567
+ =================================
+ wsmp: initialisation time: 0.0540869 s
+ wsmp: ordering time: 4.1377831 s
+ wsmp: symbolic fact. time: 0.7192628 s
+ wsmp: Cholesky fact. time: 11.3783739 s
+ wsmp: Factorisation 14481.1276096 Mflops
+ wsmp: back substitution time: 0.1222241 s
+ wsmp: from b to rhs vector: 0.0072951 s
+ ---------------------------------
+ wsmp: total solve time: 16.4193990 s
+ =================================
+ u : -0.10174E+01 0.15475E+00
+ v : -0.37198E-01 0.11843E+00
+ w : -0.74625E+00 0.23227E+00
+ =================================
+ Calculate pressures 43907.2697 24.3966 16.4351
+ raw pressures : -0.13710E+01 0.31165E+00
+ Smoothing pressures 43907.4963 24.6233 0.2266
+ do leaf measurements 43907.4975 24.6244 0.0012
+ compute convergence criterion 43907.5406 24.6675 0.0430
+ velocity_diff_norm = 0.0360240 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 43907.5459
+ -----------------------------------
+ build system 43907.5507 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43915.5710 8.0251 8.0202
+ =================================
+ wsmp: initialisation time: 0.0553639 s
+ wsmp: ordering time: 4.1464841 s
+ wsmp: symbolic fact. time: 0.7194309 s
+ wsmp: Cholesky fact. time: 11.3795378 s
+ wsmp: Factorisation 14479.6464030 Mflops
+ wsmp: back substitution time: 0.1214349 s
+ wsmp: from b to rhs vector: 0.0072038 s
+ ---------------------------------
+ wsmp: total solve time: 16.4298110 s
+ =================================
+ u : -0.10173E+01 0.17555E+00
+ v : -0.37674E-01 0.12303E+00
+ w : -0.73706E+00 0.22954E+00
+ =================================
+ Calculate pressures 43932.0160 24.4700 16.4450
+ raw pressures : -0.14697E+01 0.35828E+00
+ Smoothing pressures 43932.2416 24.6957 0.2257
+ do leaf measurements 43932.2428 24.6968 0.0011
+ compute convergence criterion 43932.2858 24.7399 0.0430
+ velocity_diff_norm = 0.0159066 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 43932.2911
+ -----------------------------------
+ build system 43932.2959 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43940.2334 7.9423 7.9375
+ =================================
+ wsmp: initialisation time: 0.0528760 s
+ wsmp: ordering time: 4.1716659 s
+ wsmp: symbolic fact. time: 0.7281601 s
+ wsmp: Cholesky fact. time: 11.4569042 s
+ wsmp: Factorisation 14381.8680324 Mflops
+ wsmp: back substitution time: 0.1215060 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.5386419 s
+ =================================
+ u : -0.10171E+01 0.19331E+00
+ v : -0.40590E-01 0.12547E+00
+ w : -0.73245E+00 0.22843E+00
+ =================================
+ Calculate pressures 43956.7870 24.4958 16.5535
+ raw pressures : -0.15129E+01 0.36565E+00
+ Smoothing pressures 43957.0123 24.7212 0.2254
+ do leaf measurements 43957.0135 24.7224 0.0012
+ compute convergence criterion 43957.0565 24.7654 0.0431
+ velocity_diff_norm = 0.0107395 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 43957.0619
+ -----------------------------------
+ build system 43957.0667 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 43965.0701 8.0081 8.0033
+ =================================
+ wsmp: initialisation time: 0.0552230 s
+ wsmp: ordering time: 4.1431220 s
+ wsmp: symbolic fact. time: 0.7186141 s
+ wsmp: Cholesky fact. time: 11.3839571 s
+ wsmp: Factorisation 14474.0253094 Mflops
+ wsmp: back substitution time: 0.1215279 s
+ wsmp: from b to rhs vector: 0.0072989 s
+ ---------------------------------
+ wsmp: total solve time: 16.4300990 s
+ =================================
+ u : -0.10169E+01 0.20894E+00
+ v : -0.43007E-01 0.12558E+00
+ w : -0.72794E+00 0.22790E+00
+ =================================
+ Calculate pressures 43981.5153 24.4534 16.4453
+ raw pressures : -0.15345E+01 0.36262E+00
+ Smoothing pressures 43981.7406 24.6787 0.2253
+ do leaf measurements 43981.7418 24.6798 0.0012
+ compute convergence criterion 43981.7850 24.7231 0.0432
+ velocity_diff_norm = 0.0080789 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 43981.7882 24.7262 0.0032
+Compute isostasy and adjust vertical 43981.7884 24.7264 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -197599574468447.03 357731806300868.25
+ def in m -7.996586799621582 0.70477873086929321
+ dimensionless def -1.83544141905648359E-6 2.28473908560616647E-5
+ Isostatic velocity range = -0.0179112 0.2281425
+ Compute divergence 43981.9925 24.9306 0.2042
+ wsmp_cleanup 43982.0293 24.9673 0.0367
+ Reset surface geometry 43982.0345 24.9725 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 43982.0430 24.9810 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 43982.0601 24.9982 0.0172
+ Advect surface 1 43982.0603 24.9984 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 43982.2478 25.1858 0.1875
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 43982.4567 25.3948 0.2090
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 43982.7091 25.6472 0.2524
+ Advect the cloud 43982.8740 25.8121 0.1649
+ Write output 43983.7431 26.6811 0.8690
+ End of time step 43984.6404 27.5785 0.8973
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 272 43984.6405
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 43984.6406 0.0001 0.0001
+ surface 01 43984.6406 0.0001 0.0000
+ S. 1: 17004points
+ refine surface 43984.6407 0.0001 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 43984.6679 0.0274 0.0272
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 43984.6912 0.0507 0.0233
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 43984.7162 0.0757 0.0250
+ S. 1: 0 flips in delaunay2
+ S. 1: 17006points
+ surface 02 43984.7361 0.0956 0.0199
+ S. 2: 17001points
+ refine surface 43984.7363 0.0957 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 43984.7617 0.1211 0.0254
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 43984.7861 0.1455 0.0244
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 43984.8110 0.1704 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 43984.8308 0.1902 0.0198
+ S. 3: 17003points
+ refine surface 43984.8309 0.1904 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 43984.8559 0.2153 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 17003points
+ -----------------------------------------------------------------------
+ Start of iteration 1 43984.8821
+ -----------------------------------------------------------------------
+ Create octree solve 43984.8823 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 43984.8984 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 43984.9196 0.0375 0.0212
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 43984.9204 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 43984.9346 0.0526 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 43985.0580 0.1759 0.1234
+ Imbed surface in osolve 43985.2541 0.3720 0.1961
+ embedding surface 1 43985.2542 0.3722 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 43987.2185 2.3364 1.9642
+ osolve%nleaves= 59424
+ embedding surface 3 43989.3407 4.4586 2.1223
+ osolve%nleaves= 64128
+ Assessing octree stability 43992.8812 7.9992 3.5405
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 43992.8864 8.0043 0.0052
+ Interpolate velo onto osolve 43993.3938 8.5117 0.5074
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 43993.4863 8.6042 0.0925
+ Find void 43993.7566 8.8745 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 43993.7855 8.9034 0.0289
+ wsmp setup1 43993.7936 8.9115 0.0081
+ n = 128799
+ nz= 4957209
+ wsmp setup2 43994.8128 9.9307 1.0192
+ -----------------------------------
+ start of non-linear iteratio 1 43994.8626
+ -----------------------------------
+ build system 43994.8628 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44002.8098 7.9472 7.9470
+ =================================
+ wsmp: initialisation time: 0.0581300 s
+ wsmp: ordering time: 4.1620989 s
+ wsmp: symbolic fact. time: 0.7204750 s
+ wsmp: Cholesky fact. time: 11.3819990 s
+ wsmp: Factorisation 14476.5153859 Mflops
+ wsmp: back substitution time: 0.1212051 s
+ wsmp: from b to rhs vector: 0.0071201 s
+ ---------------------------------
+ wsmp: total solve time: 16.4514110 s
+ =================================
+ u : -0.10619E+01 0.18407E+00
+ v : -0.94696E-01 0.11151E+00
+ w : -0.76179E+00 0.24697E+00
+ =================================
+ Calculate pressures 44019.2764 24.4138 16.4666
+ raw pressures : -0.35111E+00 0.00000E+00
+ Smoothing pressures 44019.5011 24.6385 0.2247
+ do leaf measurements 44019.5023 24.6397 0.0012
+ compute convergence criterion 44019.5445 24.6819 0.0422
+ velocity_diff_norm = 0.5896694 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44019.5497
+ -----------------------------------
+ build system 44019.5542 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71840E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44027.5066 7.9569 7.9524
+ =================================
+ wsmp: initialisation time: 0.0545840 s
+ wsmp: ordering time: 4.1422961 s
+ wsmp: symbolic fact. time: 0.7232900 s
+ wsmp: Cholesky fact. time: 11.4339569 s
+ wsmp: Factorisation 14410.7316366 Mflops
+ wsmp: back substitution time: 0.1212480 s
+ wsmp: from b to rhs vector: 0.0070260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4827709 s
+ =================================
+ u : -0.10155E+01 0.13677E+00
+ v : -0.48849E-01 0.10196E+00
+ w : -0.76737E+00 0.22685E+00
+ =================================
+ Calculate pressures 44044.0046 24.4550 16.4980
+ raw pressures : -0.12352E+01 0.17952E+00
+ Smoothing pressures 44044.2305 24.6808 0.2258
+ do leaf measurements 44044.2317 24.6820 0.0012
+ compute convergence criterion 44044.2735 24.7238 0.0418
+ velocity_diff_norm = 0.0715862 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44044.2786
+ -----------------------------------
+ build system 44044.2832 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44052.2280 7.9494 7.9448
+ =================================
+ wsmp: initialisation time: 0.0548670 s
+ wsmp: ordering time: 4.1507649 s
+ wsmp: symbolic fact. time: 0.7261240 s
+ wsmp: Cholesky fact. time: 11.3833969 s
+ wsmp: Factorisation 14474.7377118 Mflops
+ wsmp: back substitution time: 0.1220338 s
+ wsmp: from b to rhs vector: 0.0070410 s
+ ---------------------------------
+ wsmp: total solve time: 16.4446061 s
+ =================================
+ u : -0.10174E+01 0.15485E+00
+ v : -0.37298E-01 0.11841E+00
+ w : -0.74610E+00 0.23176E+00
+ =================================
+ Calculate pressures 44068.6879 24.4093 16.4599
+ raw pressures : -0.13713E+01 0.31182E+00
+ Smoothing pressures 44068.9147 24.6360 0.2267
+ do leaf measurements 44068.9159 24.6372 0.0012
+ compute convergence criterion 44068.9576 24.6790 0.0418
+ velocity_diff_norm = 0.0360952 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44068.9628
+ -----------------------------------
+ build system 44068.9673 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44076.9823 8.0195 8.0149
+ =================================
+ wsmp: initialisation time: 0.0535131 s
+ wsmp: ordering time: 4.1530879 s
+ wsmp: symbolic fact. time: 0.7203240 s
+ wsmp: Cholesky fact. time: 11.3883100 s
+ wsmp: Factorisation 14468.4930879 Mflops
+ wsmp: back substitution time: 0.1212039 s
+ wsmp: from b to rhs vector: 0.0069580 s
+ ---------------------------------
+ wsmp: total solve time: 16.4437690 s
+ =================================
+ u : -0.10173E+01 0.17565E+00
+ v : -0.37725E-01 0.12313E+00
+ w : -0.73700E+00 0.22929E+00
+ =================================
+ Calculate pressures 44093.4414 24.4786 16.4591
+ raw pressures : -0.14701E+01 0.35831E+00
+ Smoothing pressures 44093.6659 24.7031 0.2245
+ do leaf measurements 44093.6671 24.7043 0.0012
+ compute convergence criterion 44093.7088 24.7461 0.0417
+ velocity_diff_norm = 0.0157593 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44093.7140
+ -----------------------------------
+ build system 44093.7185 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44101.6588 7.9448 7.9403
+ =================================
+ wsmp: initialisation time: 0.0520740 s
+ wsmp: ordering time: 4.1768661 s
+ wsmp: symbolic fact. time: 0.7162769 s
+ wsmp: Cholesky fact. time: 11.4715421 s
+ wsmp: Factorisation 14363.5164437 Mflops
+ wsmp: back substitution time: 0.1212790 s
+ wsmp: from b to rhs vector: 0.0070519 s
+ ---------------------------------
+ wsmp: total solve time: 16.5454621 s
+ =================================
+ u : -0.10172E+01 0.19342E+00
+ v : -0.40609E-01 0.12565E+00
+ w : -0.73240E+00 0.22834E+00
+ =================================
+ Calculate pressures 44118.2196 24.5056 16.5608
+ raw pressures : -0.15134E+01 0.36577E+00
+ Smoothing pressures 44118.4451 24.7311 0.2255
+ do leaf measurements 44118.4463 24.7323 0.0012
+ compute convergence criterion 44118.4881 24.7741 0.0418
+ velocity_diff_norm = 0.0107288 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44118.4932
+ -----------------------------------
+ build system 44118.4978 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44126.5030 8.0098 8.0052
+ =================================
+ wsmp: initialisation time: 0.0530760 s
+ wsmp: ordering time: 4.1573930 s
+ wsmp: symbolic fact. time: 0.7218170 s
+ wsmp: Cholesky fact. time: 11.3765531 s
+ wsmp: Factorisation 14483.4452954 Mflops
+ wsmp: back substitution time: 0.1213310 s
+ wsmp: from b to rhs vector: 0.0070779 s
+ ---------------------------------
+ wsmp: total solve time: 16.4376600 s
+ =================================
+ u : -0.10170E+01 0.20906E+00
+ v : -0.43015E-01 0.12569E+00
+ w : -0.72794E+00 0.22789E+00
+ =================================
+ Calculate pressures 44142.9553 24.4621 16.4523
+ raw pressures : -0.15347E+01 0.36265E+00
+ Smoothing pressures 44143.1807 24.6875 0.2254
+ do leaf measurements 44143.1819 24.6887 0.0012
+ compute convergence criterion 44143.2243 24.7311 0.0424
+ velocity_diff_norm = 0.0080798 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44143.2272 24.7339 0.0029
+Compute isostasy and adjust vertical 44143.2273 24.7341 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -197951563246165.56 358442864791063.75
+ def in m -8.0186090469360352 0.69574224948883057
+ dimensionless def -1.84887358120509567E-6 2.29103115626743848E-5
+ Isostatic velocity range = -0.0180517 0.2287453
+ Compute divergence 44143.4265 24.9332 0.1991
+ wsmp_cleanup 44143.4693 24.9760 0.0428
+ Reset surface geometry 44143.4753 24.9821 0.0060
+ -----------------------------------------------------------------------
+ Temperature calculations 44143.4836 24.9903 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44143.4975 25.0043 0.0140
+ Advect surface 1 44143.4977 25.0045 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44143.6955 25.2023 0.1978
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44143.8904 25.3972 0.1949
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44144.1470 25.6538 0.2566
+ Advect the cloud 44144.3087 25.8154 0.1616
+ Write output 44145.1791 26.6859 0.8705
+ End of time step 44146.0763 27.5831 0.8972
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 273 44146.0765
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44146.0765 0.0001 0.0001
+ surface 01 44146.0766 0.0001 0.0000
+ S. 1: 17006points
+ refine surface 44146.0766 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 44146.1033 0.0268 0.0267
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 44146.1266 0.0502 0.0233
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44146.1527 0.0762 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17007points
+ surface 02 44146.1711 0.0947 0.0185
+ S. 2: 17002points
+ refine surface 44146.1713 0.0948 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44146.1970 0.1205 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 44146.2157 0.1392 0.0187
+ S. 3: 17003points
+ refine surface 44146.2158 0.1394 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 44146.2435 0.1671 0.0277
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 44146.2664 0.1899 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44146.2923 0.2158 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17005points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44146.3175
+ -----------------------------------------------------------------------
+ Create octree solve 44146.3178 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44146.3336 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44146.3554 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44146.3562 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44146.3704 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 44146.4926 0.1751 0.1222
+ Imbed surface in osolve 44146.6828 0.3653 0.1902
+ embedding surface 1 44146.6830 0.3654 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44148.6629 2.3454 1.9799
+ osolve%nleaves= 59424
+ embedding surface 3 44150.7915 4.4740 2.1286
+ osolve%nleaves= 64128
+ Assessing octree stability 44154.3732 8.0557 3.5817
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44154.3786 8.0610 0.0054
+ Interpolate velo onto osolve 44154.8933 8.5758 0.5148
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44154.9591 8.6415 0.0657
+ Find void 44155.2251 8.9076 0.2661
+ whole leaf in fluid 32992
+ Define boundary conditions 44155.2540 8.9364 0.0288
+ wsmp setup1 44155.2622 8.9446 0.0082
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44156.2814 9.9639 1.0193
+ -----------------------------------
+ start of non-linear iteratio 1 44156.3306
+ -----------------------------------
+ build system 44156.3308 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44164.3008 7.9702 7.9700
+ =================================
+ wsmp: initialisation time: 0.0556519 s
+ wsmp: ordering time: 4.1466110 s
+ wsmp: symbolic fact. time: 0.7194629 s
+ wsmp: Cholesky fact. time: 11.3873570 s
+ wsmp: Factorisation 14469.7038940 Mflops
+ wsmp: back substitution time: 0.1215000 s
+ wsmp: from b to rhs vector: 0.0072551 s
+ ---------------------------------
+ wsmp: total solve time: 16.4382591 s
+ =================================
+ u : -0.10239E+01 0.18511E+00
+ v : -0.95033E-01 0.11176E+00
+ w : -0.76179E+00 0.24691E+00
+ =================================
+ Calculate pressures 44180.7543 24.4237 16.4535
+ raw pressures : -0.35078E+00 0.00000E+00
+ Smoothing pressures 44180.9795 24.6490 0.2253
+ do leaf measurements 44180.9807 24.6501 0.0011
+ compute convergence criterion 44181.0243 24.6938 0.0437
+ velocity_diff_norm = 0.5896587 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44181.0298
+ -----------------------------------
+ build system 44181.0346 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71661E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44189.0014 7.9716 7.9668
+ =================================
+ wsmp: initialisation time: 0.0545230 s
+ wsmp: ordering time: 4.1592689 s
+ wsmp: symbolic fact. time: 0.7172260 s
+ wsmp: Cholesky fact. time: 11.4303510 s
+ wsmp: Factorisation 14415.2776763 Mflops
+ wsmp: back substitution time: 0.1212151 s
+ wsmp: from b to rhs vector: 0.0072000 s
+ ---------------------------------
+ wsmp: total solve time: 16.4901979 s
+ =================================
+ u : -0.10152E+01 0.13759E+00
+ v : -0.48856E-01 0.10197E+00
+ w : -0.76737E+00 0.22687E+00
+ =================================
+ Calculate pressures 44205.5067 24.4769 16.5053
+ raw pressures : -0.12364E+01 0.18020E+00
+ Smoothing pressures 44205.7322 24.7023 0.2255
+ do leaf measurements 44205.7333 24.7034 0.0011
+ compute convergence criterion 44205.7762 24.7463 0.0429
+ velocity_diff_norm = 0.0716405 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44205.7815
+ -----------------------------------
+ build system 44205.7863 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44213.7236 7.9421 7.9373
+ =================================
+ wsmp: initialisation time: 0.0527930 s
+ wsmp: ordering time: 4.1533418 s
+ wsmp: symbolic fact. time: 0.7273250 s
+ wsmp: Cholesky fact. time: 11.3869910 s
+ wsmp: Factorisation 14470.1689434 Mflops
+ wsmp: back substitution time: 0.1220140 s
+ wsmp: from b to rhs vector: 0.0071139 s
+ ---------------------------------
+ wsmp: total solve time: 16.4499660 s
+ =================================
+ u : -0.10172E+01 0.15526E+00
+ v : -0.37361E-01 0.11831E+00
+ w : -0.74676E+00 0.23183E+00
+ =================================
+ Calculate pressures 44230.1886 24.4070 16.4649
+ raw pressures : -0.13723E+01 0.31294E+00
+ Smoothing pressures 44230.4166 24.6350 0.2280
+ do leaf measurements 44230.4177 24.6362 0.0011
+ compute convergence criterion 44230.4605 24.6790 0.0428
+ velocity_diff_norm = 0.0362145 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44230.4659
+ -----------------------------------
+ build system 44230.4706 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44238.4729 8.0070 8.0023
+ =================================
+ wsmp: initialisation time: 0.0519719 s
+ wsmp: ordering time: 4.1413341 s
+ wsmp: symbolic fact. time: 0.7193549 s
+ wsmp: Cholesky fact. time: 11.3865969 s
+ wsmp: Factorisation 14470.6697761 Mflops
+ wsmp: back substitution time: 0.1213450 s
+ wsmp: from b to rhs vector: 0.0071399 s
+ ---------------------------------
+ wsmp: total solve time: 16.4281261 s
+ =================================
+ u : -0.10172E+01 0.17583E+00
+ v : -0.37860E-01 0.12294E+00
+ w : -0.73752E+00 0.22919E+00
+ =================================
+ Calculate pressures 44254.9158 24.4499 16.4429
+ raw pressures : -0.14711E+01 0.35972E+00
+ Smoothing pressures 44255.1408 24.6749 0.2250
+ do leaf measurements 44255.1419 24.6760 0.0011
+ compute convergence criterion 44255.1847 24.7189 0.0428
+ velocity_diff_norm = 0.0158064 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44255.1900
+ -----------------------------------
+ build system 44255.1948 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44263.1337 7.9436 7.9389
+ =================================
+ wsmp: initialisation time: 0.0514519 s
+ wsmp: ordering time: 4.1826241 s
+ wsmp: symbolic fact. time: 0.7194679 s
+ wsmp: Cholesky fact. time: 11.4700689 s
+ wsmp: Factorisation 14365.3612596 Mflops
+ wsmp: back substitution time: 0.1216249 s
+ wsmp: from b to rhs vector: 0.0072291 s
+ ---------------------------------
+ wsmp: total solve time: 16.5528631 s
+ =================================
+ u : -0.10170E+01 0.19355E+00
+ v : -0.40722E-01 0.12548E+00
+ w : -0.73286E+00 0.22818E+00
+ =================================
+ Calculate pressures 44279.7021 24.5121 16.5684
+ raw pressures : -0.15144E+01 0.36717E+00
+ Smoothing pressures 44279.9272 24.7371 0.2250
+ do leaf measurements 44279.9283 24.7382 0.0011
+ compute convergence criterion 44279.9711 24.7811 0.0428
+ velocity_diff_norm = 0.0107564 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44279.9765
+ -----------------------------------
+ build system 44279.9813 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44287.9714 7.9949 7.9901
+ =================================
+ wsmp: initialisation time: 0.0519381 s
+ wsmp: ordering time: 4.1618659 s
+ wsmp: symbolic fact. time: 0.7162340 s
+ wsmp: Cholesky fact. time: 11.3788922 s
+ wsmp: Factorisation 14480.4679771 Mflops
+ wsmp: back substitution time: 0.1217251 s
+ wsmp: from b to rhs vector: 0.0071449 s
+ ---------------------------------
+ wsmp: total solve time: 16.4381869 s
+ =================================
+ u : -0.10169E+01 0.20917E+00
+ v : -0.43121E-01 0.12552E+00
+ w : -0.72832E+00 0.22772E+00
+ =================================
+ Calculate pressures 44304.4251 24.4486 16.4537
+ raw pressures : -0.15361E+01 0.36422E+00
+ Smoothing pressures 44304.6495 24.6730 0.2244
+ do leaf measurements 44304.6506 24.6742 0.0012
+ compute convergence criterion 44304.6937 24.7172 0.0430
+ velocity_diff_norm = 0.0080750 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44304.6968 24.7204 0.0031
+Compute isostasy and adjust vertical 44304.6970 24.7205 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -198278187370874.69 359171309375727.38
+ def in m -8.0136117935180664 0.69476807117462158
+ dimensionless def -1.85658744403294145E-6 2.28960336957659031E-5
+ Isostatic velocity range = -0.0181379 0.2285876
+ Compute divergence 44304.9053 24.9289 0.2084
+ wsmp_cleanup 44304.9419 24.9654 0.0365
+ Reset surface geometry 44304.9472 24.9707 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 44304.9559 24.9794 0.0087
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44304.9732 24.9967 0.0173
+ Advect surface 1 44304.9733 24.9968 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44305.1725 25.1960 0.1992
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44305.3657 25.3892 0.1932
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44305.6170 25.6406 0.2513
+ Advect the cloud 44305.7810 25.8046 0.1640
+ Write output 44306.6526 26.6762 0.8716
+ End of time step 44307.5430 27.5666 0.8904
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 274 44307.5432
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44307.5432 0.0001 0.0001
+ surface 01 44307.5433 0.0001 0.0000
+ S. 1: 17007points
+ refine surface 44307.5433 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 44307.5708 0.0276 0.0275
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 44307.5930 0.0498 0.0222
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44307.6188 0.0756 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17008points
+ surface 02 44307.6372 0.0941 0.0184
+ S. 2: 17002points
+ refine surface 44307.6374 0.0942 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44307.6622 0.1190 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 17002points
+ surface 03 44307.6817 0.1385 0.0195
+ S. 3: 17005points
+ refine surface 44307.6818 0.1386 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 44307.7095 0.1663 0.0277
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 44307.7323 0.1891 0.0228
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44307.7579 0.2148 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 17007points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44307.7831
+ -----------------------------------------------------------------------
+ Create octree solve 44307.7834 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44307.7993 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44307.8210 0.0378 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44307.8217 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44307.8359 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 44307.9580 0.1749 0.1222
+ Imbed surface in osolve 44308.1492 0.3661 0.1911
+ embedding surface 1 44308.1493 0.3662 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44310.1249 2.3418 1.9756
+ osolve%nleaves= 59424
+ embedding surface 3 44312.2355 4.4523 2.1105
+ osolve%nleaves= 64128
+ Assessing octree stability 44315.7999 8.0168 3.5644
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44315.8055 8.0224 0.0056
+ Interpolate velo onto osolve 44316.3174 8.5343 0.5120
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44316.3923 8.6092 0.0749
+ Find void 44316.6610 8.8779 0.2687
+ whole leaf in fluid 32992
+ Define boundary conditions 44316.6902 8.9071 0.0292
+ wsmp setup1 44316.6987 8.9156 0.0085
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44317.7175 9.9344 1.0188
+ -----------------------------------
+ start of non-linear iteratio 1 44317.7668
+ -----------------------------------
+ build system 44317.7670 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44325.7495 7.9827 7.9825
+ =================================
+ wsmp: initialisation time: 0.0552862 s
+ wsmp: ordering time: 4.1498251 s
+ wsmp: symbolic fact. time: 0.7201679 s
+ wsmp: Cholesky fact. time: 11.3796759 s
+ wsmp: Factorisation 14479.4707536 Mflops
+ wsmp: back substitution time: 0.1216950 s
+ wsmp: from b to rhs vector: 0.0071571 s
+ ---------------------------------
+ wsmp: total solve time: 16.4341700 s
+ =================================
+ u : -0.10156E+01 0.18501E+00
+ v : -0.94688E-01 0.11215E+00
+ w : -0.76187E+00 0.24653E+00
+ =================================
+ Calculate pressures 44342.1991 24.4323 16.4496
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 44342.4242 24.6574 0.2251
+ do leaf measurements 44342.4254 24.6586 0.0011
+ compute convergence criterion 44342.4684 24.7015 0.0430
+ velocity_diff_norm = 0.5890375 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44342.4739
+ -----------------------------------
+ build system 44342.4786 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72154E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44350.4629 7.9890 7.9842
+ =================================
+ wsmp: initialisation time: 0.0534291 s
+ wsmp: ordering time: 4.1481230 s
+ wsmp: symbolic fact. time: 0.7218852 s
+ wsmp: Cholesky fact. time: 11.3987510 s
+ wsmp: Factorisation 14455.2401908 Mflops
+ wsmp: back substitution time: 0.1218400 s
+ wsmp: from b to rhs vector: 0.0071499 s
+ ---------------------------------
+ wsmp: total solve time: 16.4515190 s
+ =================================
+ u : -0.10152E+01 0.13763E+00
+ v : -0.48731E-01 0.10202E+00
+ w : -0.76733E+00 0.22648E+00
+ =================================
+ Calculate pressures 44366.9297 24.4559 16.4669
+ raw pressures : -0.12367E+01 0.18028E+00
+ Smoothing pressures 44367.1544 24.6805 0.2246
+ do leaf measurements 44367.1555 24.6816 0.0011
+ compute convergence criterion 44367.1981 24.7242 0.0426
+ velocity_diff_norm = 0.0711264 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44367.2033
+ -----------------------------------
+ build system 44367.2081 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44375.1458 7.9425 7.9377
+ =================================
+ wsmp: initialisation time: 0.0513389 s
+ wsmp: ordering time: 4.1650569 s
+ wsmp: symbolic fact. time: 0.7254360 s
+ wsmp: Cholesky fact. time: 11.3897040 s
+ wsmp: Factorisation 14466.7222286 Mflops
+ wsmp: back substitution time: 0.1221969 s
+ wsmp: from b to rhs vector: 0.0071349 s
+ ---------------------------------
+ wsmp: total solve time: 16.4612141 s
+ =================================
+ u : -0.10172E+01 0.15527E+00
+ v : -0.37399E-01 0.11839E+00
+ w : -0.74691E+00 0.23180E+00
+ =================================
+ Calculate pressures 44391.6223 24.4190 16.4766
+ raw pressures : -0.13728E+01 0.31323E+00
+ Smoothing pressures 44391.8503 24.6469 0.2279
+ do leaf measurements 44391.8514 24.6481 0.0011
+ compute convergence criterion 44391.8939 24.6906 0.0425
+ velocity_diff_norm = 0.0361616 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44391.8992
+ -----------------------------------
+ build system 44391.9040 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44399.8927 7.9935 7.9888
+ =================================
+ wsmp: initialisation time: 0.0552430 s
+ wsmp: ordering time: 4.1540749 s
+ wsmp: symbolic fact. time: 0.7193811 s
+ wsmp: Cholesky fact. time: 11.3896339 s
+ wsmp: Factorisation 14466.8112609 Mflops
+ wsmp: back substitution time: 0.1219511 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.4477801 s
+ =================================
+ u : -0.10171E+01 0.17587E+00
+ v : -0.37742E-01 0.12305E+00
+ w : -0.73759E+00 0.22933E+00
+ =================================
+ Calculate pressures 44416.3561 24.4569 16.4634
+ raw pressures : -0.14713E+01 0.35989E+00
+ Smoothing pressures 44416.5817 24.6825 0.2256
+ do leaf measurements 44416.5829 24.6836 0.0011
+ compute convergence criterion 44416.6258 24.7266 0.0430
+ velocity_diff_norm = 0.0158221 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44416.6313
+ -----------------------------------
+ build system 44416.6361 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44424.5774 7.9461 7.9413
+ =================================
+ wsmp: initialisation time: 0.0525222 s
+ wsmp: ordering time: 4.1526282 s
+ wsmp: symbolic fact. time: 0.7217510 s
+ wsmp: Cholesky fact. time: 11.4698188 s
+ wsmp: Factorisation 14365.6744984 Mflops
+ wsmp: back substitution time: 0.1218920 s
+ wsmp: from b to rhs vector: 0.0071051 s
+ ---------------------------------
+ wsmp: total solve time: 16.5260730 s
+ =================================
+ u : -0.10170E+01 0.19357E+00
+ v : -0.40629E-01 0.12551E+00
+ w : -0.73290E+00 0.22829E+00
+ =================================
+ Calculate pressures 44441.1195 24.4882 16.5421
+ raw pressures : -0.15146E+01 0.36726E+00
+ Smoothing pressures 44441.3446 24.7133 0.2251
+ do leaf measurements 44441.3457 24.7144 0.0011
+ compute convergence criterion 44441.3884 24.7570 0.0426
+ velocity_diff_norm = 0.0107360 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44441.3937
+ -----------------------------------
+ build system 44441.3985 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44449.3727 7.9789 7.9742
+ =================================
+ wsmp: initialisation time: 0.0551400 s
+ wsmp: ordering time: 4.1400280 s
+ wsmp: symbolic fact. time: 0.7216280 s
+ wsmp: Cholesky fact. time: 11.3816240 s
+ wsmp: Factorisation 14476.9923972 Mflops
+ wsmp: back substitution time: 0.1216588 s
+ wsmp: from b to rhs vector: 0.0071802 s
+ ---------------------------------
+ wsmp: total solve time: 16.4276199 s
+ =================================
+ u : -0.10168E+01 0.20918E+00
+ v : -0.43044E-01 0.12561E+00
+ w : -0.72834E+00 0.22778E+00
+ =================================
+ Calculate pressures 44465.8158 24.4221 16.4431
+ raw pressures : -0.15362E+01 0.36424E+00
+ Smoothing pressures 44466.0407 24.6470 0.2249
+ do leaf measurements 44466.0418 24.6481 0.0011
+ compute convergence criterion 44466.0844 24.6907 0.0426
+ velocity_diff_norm = 0.0080767 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44466.0876 24.6938 0.0031
+Compute isostasy and adjust vertical 44466.0877 24.6940 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -198597367967766.41 359888376891299.31
+ def in m -8.0093774795532227 0.69433718919754028
+ dimensionless def -1.84764231954302095E-6 2.28839356558663511E-5
+ Isostatic velocity range = -0.0180520 0.2284584
+ Compute divergence 44466.2940 24.9002 0.2062
+ wsmp_cleanup 44466.3303 24.9365 0.0363
+ Reset surface geometry 44466.3355 24.9417 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 44466.3439 24.9501 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44466.3614 24.9677 0.0175
+ Advect surface 1 44466.3616 24.9678 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44466.5520 25.1582 0.1904
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44466.7510 25.3572 0.1990
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44467.0014 25.6076 0.2504
+ Advect the cloud 44467.1708 25.7770 0.1694
+ Write output 44468.0430 26.6493 0.8722
+ End of time step 44468.9327 27.5390 0.8897
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 275 44468.9328
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44468.9329 0.0001 0.0001
+ surface 01 44468.9329 0.0001 0.0000
+ S. 1: 17008points
+ refine surface 44468.9330 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44468.9592 0.0263 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17008points
+ surface 02 44468.9775 0.0447 0.0183
+ S. 2: 17002points
+ refine surface 44468.9777 0.0448 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 44469.0045 0.0717 0.0268
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 44469.0271 0.0942 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44469.0527 0.1199 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 17003points
+ surface 03 44469.0712 0.1384 0.0185
+ S. 3: 17007points
+ refine surface 44469.0714 0.1385 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 44469.0983 0.1655 0.0269
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 44469.1210 0.1882 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44469.1468 0.2139 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 17008points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44469.1717
+ -----------------------------------------------------------------------
+ Create octree solve 44469.1720 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44469.1878 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44469.2094 0.0377 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44469.2102 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44469.2243 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 44469.3465 0.1748 0.1221
+ Imbed surface in osolve 44469.5379 0.3662 0.1914
+ embedding surface 1 44469.5380 0.3663 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44471.5226 2.3510 1.9846
+ osolve%nleaves= 59424
+ embedding surface 3 44473.6305 4.4588 2.1079
+ osolve%nleaves= 64128
+ Assessing octree stability 44477.1624 7.9907 3.5319
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44477.1674 7.9957 0.0050
+ Interpolate velo onto osolve 44477.6749 8.5032 0.5075
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44477.7407 8.5690 0.0658
+ Find void 44478.0099 8.8382 0.2691
+ whole leaf in fluid 32992
+ Define boundary conditions 44478.0389 8.8672 0.0290
+ wsmp setup1 44478.0470 8.8754 0.0082
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44479.0677 9.8960 1.0206
+ -----------------------------------
+ start of non-linear iteratio 1 44479.1173
+ -----------------------------------
+ build system 44479.1175 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44487.0949 7.9776 7.9774
+ =================================
+ wsmp: initialisation time: 0.0544469 s
+ wsmp: ordering time: 4.1441100 s
+ wsmp: symbolic fact. time: 0.7182560 s
+ wsmp: Cholesky fact. time: 11.3824601 s
+ wsmp: Factorisation 14475.9289447 Mflops
+ wsmp: back substitution time: 0.1218979 s
+ wsmp: from b to rhs vector: 0.0072231 s
+ ---------------------------------
+ wsmp: total solve time: 16.4287560 s
+ =================================
+ u : -0.10189E+01 0.18483E+00
+ v : -0.94915E-01 0.11270E+00
+ w : -0.76216E+00 0.24637E+00
+ =================================
+ Calculate pressures 44503.5391 24.4219 16.4443
+ raw pressures : -0.35133E+00 0.00000E+00
+ Smoothing pressures 44503.7640 24.6467 0.2249
+ do leaf measurements 44503.7651 24.6479 0.0011
+ compute convergence criterion 44503.8081 24.6909 0.0430
+ velocity_diff_norm = 0.5889417 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44503.8136
+ -----------------------------------
+ build system 44503.8184 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71807E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44511.8166 8.0030 7.9982
+ =================================
+ wsmp: initialisation time: 0.0533919 s
+ wsmp: ordering time: 4.1521490 s
+ wsmp: symbolic fact. time: 0.7171791 s
+ wsmp: Cholesky fact. time: 11.4056950 s
+ wsmp: Factorisation 14446.4396453 Mflops
+ wsmp: back substitution time: 0.1213319 s
+ wsmp: from b to rhs vector: 0.0071421 s
+ ---------------------------------
+ wsmp: total solve time: 16.4572401 s
+ =================================
+ u : -0.10150E+01 0.13739E+00
+ v : -0.48977E-01 0.10181E+00
+ w : -0.76750E+00 0.22651E+00
+ =================================
+ Calculate pressures 44528.2890 24.4754 16.4724
+ raw pressures : -0.12360E+01 0.18306E+00
+ Smoothing pressures 44528.5137 24.7002 0.2248
+ do leaf measurements 44528.5148 24.7012 0.0011
+ compute convergence criterion 44528.5576 24.7440 0.0428
+ velocity_diff_norm = 0.0713220 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44528.5629
+ -----------------------------------
+ build system 44528.5676 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44536.5042 7.9413 7.9366
+ =================================
+ wsmp: initialisation time: 0.0543230 s
+ wsmp: ordering time: 4.1702428 s
+ wsmp: symbolic fact. time: 0.7279260 s
+ wsmp: Cholesky fact. time: 11.4156430 s
+ wsmp: Factorisation 14433.8504813 Mflops
+ wsmp: back substitution time: 0.1221819 s
+ wsmp: from b to rhs vector: 0.0072322 s
+ ---------------------------------
+ wsmp: total solve time: 16.4979129 s
+ =================================
+ u : -0.10170E+01 0.15522E+00
+ v : -0.37419E-01 0.11838E+00
+ w : -0.74676E+00 0.23162E+00
+ =================================
+ Calculate pressures 44553.0168 24.4539 16.5126
+ raw pressures : -0.13724E+01 0.31274E+00
+ Smoothing pressures 44553.2444 24.6814 0.2275
+ do leaf measurements 44553.2455 24.6826 0.0011
+ compute convergence criterion 44553.2881 24.7252 0.0426
+ velocity_diff_norm = 0.0361070 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44553.2935
+ -----------------------------------
+ build system 44553.2982 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44561.2710 7.9775 7.9728
+ =================================
+ wsmp: initialisation time: 0.0566139 s
+ wsmp: ordering time: 4.1497550 s
+ wsmp: symbolic fact. time: 0.7203431 s
+ wsmp: Cholesky fact. time: 11.3904290 s
+ wsmp: Factorisation 14465.8013835 Mflops
+ wsmp: back substitution time: 0.1214619 s
+ wsmp: from b to rhs vector: 0.0072770 s
+ ---------------------------------
+ wsmp: total solve time: 16.4462581 s
+ =================================
+ u : -0.10171E+01 0.17587E+00
+ v : -0.37843E-01 0.12315E+00
+ w : -0.73751E+00 0.22918E+00
+ =================================
+ Calculate pressures 44577.7333 24.4398 16.4622
+ raw pressures : -0.14711E+01 0.35933E+00
+ Smoothing pressures 44577.9577 24.6642 0.2244
+ do leaf measurements 44577.9588 24.6653 0.0011
+ compute convergence criterion 44578.0019 24.7084 0.0431
+ velocity_diff_norm = 0.0157948 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44578.0073
+ -----------------------------------
+ build system 44578.0120 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44585.9505 7.9432 7.9384
+ =================================
+ wsmp: initialisation time: 0.0534210 s
+ wsmp: ordering time: 4.1456099 s
+ wsmp: symbolic fact. time: 0.7200539 s
+ wsmp: Cholesky fact. time: 11.4548750 s
+ wsmp: Factorisation 14384.4157169 Mflops
+ wsmp: back substitution time: 0.1217539 s
+ wsmp: from b to rhs vector: 0.0072699 s
+ ---------------------------------
+ wsmp: total solve time: 16.5033581 s
+ =================================
+ u : -0.10170E+01 0.19358E+00
+ v : -0.40695E-01 0.12568E+00
+ w : -0.73284E+00 0.22826E+00
+ =================================
+ Calculate pressures 44602.4691 24.4618 16.5186
+ raw pressures : -0.15145E+01 0.36678E+00
+ Smoothing pressures 44602.6946 24.6873 0.2255
+ do leaf measurements 44602.6957 24.6884 0.0011
+ compute convergence criterion 44602.7383 24.7310 0.0426
+ velocity_diff_norm = 0.0107211 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44602.7436
+ -----------------------------------
+ build system 44602.7483 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44610.7064 7.9629 7.9581
+ =================================
+ wsmp: initialisation time: 0.0530829 s
+ wsmp: ordering time: 4.1435950 s
+ wsmp: symbolic fact. time: 0.7177472 s
+ wsmp: Cholesky fact. time: 11.3929610 s
+ wsmp: Factorisation 14462.5864611 Mflops
+ wsmp: back substitution time: 0.1222551 s
+ wsmp: from b to rhs vector: 0.0072370 s
+ ---------------------------------
+ wsmp: total solve time: 16.4372480 s
+ =================================
+ u : -0.10168E+01 0.20917E+00
+ v : -0.43087E-01 0.12573E+00
+ w : -0.72830E+00 0.22765E+00
+ =================================
+ Calculate pressures 44627.1589 24.4153 16.4525
+ raw pressures : -0.15361E+01 0.36378E+00
+ Smoothing pressures 44627.3861 24.6426 0.2272
+ do leaf measurements 44627.3872 24.6436 0.0011
+ compute convergence criterion 44627.4298 24.6862 0.0426
+ velocity_diff_norm = 0.0080595 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44627.4330 24.6894 0.0032
+Compute isostasy and adjust vertical 44627.4331 24.6895 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -198918411972444.38 360592880600371.94
+ def in m -8.007232666015625 0.6932978630065918
+ dimensionless def -1.84055856295994353E-6 2.28778076171874998E-5
+ Isostatic velocity range = -0.0179843 0.2283874
+ Compute divergence 44627.6339 24.8903 0.2008
+ wsmp_cleanup 44627.6742 24.9306 0.0403
+ Reset surface geometry 44627.6800 24.9364 0.0058
+ -----------------------------------------------------------------------
+ Temperature calculations 44627.6885 24.9450 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44627.7033 24.9597 0.0148
+ Advect surface 1 44627.7035 24.9599 0.0002
+ removing 1 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44627.9080 25.1644 0.2045
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44628.1072 25.3636 0.1992
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44628.3561 25.6125 0.2489
+ Advect the cloud 44628.5178 25.7743 0.1618
+ Write output 44629.3899 26.6463 0.8721
+ End of time step 44630.2664 27.5228 0.8765
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 276 44630.2665
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44630.2666 0.0001 0.0001
+ surface 01 44630.2666 0.0001 0.0000
+ S. 1: 17007points
+ refine surface 44630.2667 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44630.2928 0.0263 0.0261
+ S. 1: 0 flips in delaunay2
+ S. 1: 17007points
+ surface 02 44630.3113 0.0448 0.0185
+ S. 2: 17003points
+ refine surface 44630.3115 0.0449 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 44630.3381 0.0716 0.0267
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 44630.3607 0.0941 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44630.3863 0.1197 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 17004points
+ surface 03 44630.4049 0.1383 0.0186
+ S. 3: 17008points
+ refine surface 44630.4050 0.1385 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44630.4309 0.1643 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17008points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44630.4554
+ -----------------------------------------------------------------------
+ Create octree solve 44630.4556 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44630.4715 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44630.4931 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44630.4939 0.0386 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44630.5088 0.0534 0.0149
+ osolve%nleaves= 50016
+ Build osolve icon 44630.6310 0.1756 0.1222
+ Imbed surface in osolve 44630.8210 0.3657 0.1900
+ embedding surface 1 44630.8212 0.3658 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44632.8049 2.3495 1.9837
+ osolve%nleaves= 59424
+ embedding surface 3 44634.9156 4.4602 2.1107
+ osolve%nleaves= 64128
+ Assessing octree stability 44638.4992 8.0438 3.5836
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44638.5052 8.0498 0.0060
+ Interpolate velo onto osolve 44639.0110 8.5556 0.5058
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44639.0775 8.6221 0.0665
+ Find void 44639.3464 8.8910 0.2689
+ whole leaf in fluid 32992
+ Define boundary conditions 44639.3754 8.9201 0.0291
+ wsmp setup1 44639.3836 8.9282 0.0082
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44640.4018 9.9464 1.0182
+ -----------------------------------
+ start of non-linear iteratio 1 44640.4516
+ -----------------------------------
+ build system 44640.4518 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44648.4164 7.9648 7.9646
+ =================================
+ wsmp: initialisation time: 0.0584910 s
+ wsmp: ordering time: 4.1437659 s
+ wsmp: symbolic fact. time: 0.7214310 s
+ wsmp: Cholesky fact. time: 11.3838830 s
+ wsmp: Factorisation 14474.1195850 Mflops
+ wsmp: back substitution time: 0.1224089 s
+ wsmp: from b to rhs vector: 0.0074339 s
+ ---------------------------------
+ wsmp: total solve time: 16.4377921 s
+ =================================
+ u : -0.10167E+01 0.18422E+00
+ v : -0.94671E-01 0.11190E+00
+ w : -0.76183E+00 0.24777E+00
+ =================================
+ Calculate pressures 44664.8696 24.4180 16.4532
+ raw pressures : -0.35076E+00 0.00000E+00
+ Smoothing pressures 44665.0945 24.6429 0.2250
+ do leaf measurements 44665.0956 24.6440 0.0011
+ compute convergence criterion 44665.1383 24.6867 0.0427
+ velocity_diff_norm = 0.5893445 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44665.1438
+ -----------------------------------
+ build system 44665.1486 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71169E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44673.1625 8.0187 8.0139
+ =================================
+ wsmp: initialisation time: 0.0535660 s
+ wsmp: ordering time: 4.1546831 s
+ wsmp: symbolic fact. time: 0.7249429 s
+ wsmp: Cholesky fact. time: 11.3970828 s
+ wsmp: Factorisation 14457.3560344 Mflops
+ wsmp: back substitution time: 0.1213889 s
+ wsmp: from b to rhs vector: 0.0074060 s
+ ---------------------------------
+ wsmp: total solve time: 16.4594531 s
+ =================================
+ u : -0.10151E+01 0.13697E+00
+ v : -0.48765E-01 0.10200E+00
+ w : -0.76743E+00 0.22729E+00
+ =================================
+ Calculate pressures 44689.6379 24.4941 16.4754
+ raw pressures : -0.12351E+01 0.18191E+00
+ Smoothing pressures 44689.8629 24.7191 0.2249
+ do leaf measurements 44689.8639 24.7201 0.0011
+ compute convergence criterion 44689.9064 24.7626 0.0424
+ velocity_diff_norm = 0.0714595 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44689.9117
+ -----------------------------------
+ build system 44689.9164 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44697.8541 7.9424 7.9377
+ =================================
+ wsmp: initialisation time: 0.0514550 s
+ wsmp: ordering time: 4.1686490 s
+ wsmp: symbolic fact. time: 0.7252388 s
+ wsmp: Cholesky fact. time: 11.4228811 s
+ wsmp: Factorisation 14424.7044202 Mflops
+ wsmp: back substitution time: 0.1222150 s
+ wsmp: from b to rhs vector: 0.0073979 s
+ ---------------------------------
+ wsmp: total solve time: 16.4982150 s
+ =================================
+ u : -0.10173E+01 0.15502E+00
+ v : -0.37381E-01 0.11837E+00
+ w : -0.74627E+00 0.23190E+00
+ =================================
+ Calculate pressures 44714.3674 24.4557 16.5133
+ raw pressures : -0.13713E+01 0.31168E+00
+ Smoothing pressures 44714.5943 24.6826 0.2269
+ do leaf measurements 44714.5954 24.6837 0.0011
+ compute convergence criterion 44714.6378 24.7261 0.0424
+ velocity_diff_norm = 0.0361861 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44714.6431
+ -----------------------------------
+ build system 44714.6478 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44722.6350 7.9919 7.9872
+ =================================
+ wsmp: initialisation time: 0.0519640 s
+ wsmp: ordering time: 4.1474681 s
+ wsmp: symbolic fact. time: 0.7215991 s
+ wsmp: Cholesky fact. time: 11.3843341 s
+ wsmp: Factorisation 14473.5460687 Mflops
+ wsmp: back substitution time: 0.1216600 s
+ wsmp: from b to rhs vector: 0.0074399 s
+ ---------------------------------
+ wsmp: total solve time: 16.4348230 s
+ =================================
+ u : -0.10173E+01 0.17577E+00
+ v : -0.37829E-01 0.12304E+00
+ w : -0.73711E+00 0.22926E+00
+ =================================
+ Calculate pressures 44739.0857 24.4426 16.4507
+ raw pressures : -0.14702E+01 0.35862E+00
+ Smoothing pressures 44739.3102 24.6671 0.2245
+ do leaf measurements 44739.3113 24.6682 0.0011
+ compute convergence criterion 44739.3541 24.7110 0.0428
+ velocity_diff_norm = 0.0157911 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44739.3595
+ -----------------------------------
+ build system 44739.3643 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44747.3098 7.9503 7.9455
+ =================================
+ wsmp: initialisation time: 0.0550330 s
+ wsmp: ordering time: 4.1371522 s
+ wsmp: symbolic fact. time: 0.7231770 s
+ wsmp: Cholesky fact. time: 11.4394529 s
+ wsmp: Factorisation 14403.8080762 Mflops
+ wsmp: back substitution time: 0.1215880 s
+ wsmp: from b to rhs vector: 0.0073199 s
+ ---------------------------------
+ wsmp: total solve time: 16.4840748 s
+ =================================
+ u : -0.10170E+01 0.19351E+00
+ v : -0.40727E-01 0.12556E+00
+ w : -0.73250E+00 0.22834E+00
+ =================================
+ Calculate pressures 44763.8094 24.4499 16.4996
+ raw pressures : -0.15136E+01 0.36599E+00
+ Smoothing pressures 44764.0343 24.6748 0.2250
+ do leaf measurements 44764.0354 24.6759 0.0011
+ compute convergence criterion 44764.0778 24.7183 0.0424
+ velocity_diff_norm = 0.0107272 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44764.0831
+ -----------------------------------
+ build system 44764.0879 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44772.0365 7.9533 7.9486
+ =================================
+ wsmp: initialisation time: 0.0546110 s
+ wsmp: ordering time: 4.1413388 s
+ wsmp: symbolic fact. time: 0.7263331 s
+ wsmp: Cholesky fact. time: 11.3637240 s
+ wsmp: Factorisation 14499.7963671 Mflops
+ wsmp: back substitution time: 0.1222589 s
+ wsmp: from b to rhs vector: 0.0073290 s
+ ---------------------------------
+ wsmp: total solve time: 16.4159451 s
+ =================================
+ u : -0.10169E+01 0.20913E+00
+ v : -0.43115E-01 0.12561E+00
+ w : -0.72800E+00 0.22797E+00
+ =================================
+ Calculate pressures 44788.4684 24.3852 16.4319
+ raw pressures : -0.15352E+01 0.36311E+00
+ Smoothing pressures 44788.6953 24.6122 0.2270
+ do leaf measurements 44788.6964 24.6133 0.0011
+ compute convergence criterion 44788.7388 24.6556 0.0424
+ velocity_diff_norm = 0.0080666 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44788.7419 24.6588 0.0031
+Compute isostasy and adjust vertical 44788.7421 24.6589 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -199231710194678. 361458787288570.88
+ def in m -7.9606428146362305 0.71984457969665527
+ dimensionless def -1.83893391064235152E-6 2.27446937561035166E-5
+ Isostatic velocity range = -0.0179752 0.2271198
+ Compute divergence 44788.9430 24.8599 0.2009
+ wsmp_cleanup 44788.9848 24.9017 0.0418
+ Reset surface geometry 44788.9908 24.9077 0.0060
+ -----------------------------------------------------------------------
+ Temperature calculations 44788.9992 24.9160 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44789.0133 24.9301 0.0141
+ Advect surface 1 44789.0134 24.9303 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44789.2118 25.1287 0.1984
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44789.4199 25.3368 0.2081
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44789.6738 25.5906 0.2538
+ Advect the cloud 44789.8378 25.7546 0.1640
+ Write output 44790.7054 26.6222 0.8676
+ End of time step 44791.5846 27.5015 0.8792
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 277 44791.5848
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44791.5848 0.0001 0.0001
+ surface 01 44791.5849 0.0001 0.0000
+ S. 1: 17007points
+ refine surface 44791.5849 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 44791.6121 0.0273 0.0272
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 44791.6346 0.0498 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44791.6606 0.0758 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 17008points
+ surface 02 44791.6788 0.0940 0.0182
+ S. 2: 17004points
+ refine surface 44791.6789 0.0941 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 44791.7071 0.1223 0.0282
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 44791.7342 0.1494 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44791.7603 0.1755 0.0261
+ S. 2: 0 flips in delaunay2
+ S. 2: 17007points
+ surface 03 44791.7788 0.1940 0.0185
+ S. 3: 17008points
+ refine surface 44791.7789 0.1942 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 44791.8067 0.2220 0.0278
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 44791.8291 0.2443 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44791.8548 0.2701 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 17010points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44791.8801
+ -----------------------------------------------------------------------
+ Create octree solve 44791.8803 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44791.8962 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44791.9176 0.0376 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44791.9184 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44791.9326 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 44792.0547 0.1747 0.1222
+ Imbed surface in osolve 44792.2454 0.3653 0.1907
+ embedding surface 1 44792.2456 0.3655 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44794.2086 2.3286 1.9631
+ osolve%nleaves= 59424
+ embedding surface 3 44796.3304 4.4503 2.1217
+ osolve%nleaves= 64128
+ Assessing octree stability 44799.8566 7.9765 3.5262
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44799.8624 7.9823 0.0058
+ Interpolate velo onto osolve 44800.3595 8.4794 0.4971
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44800.4312 8.5512 0.0718
+ Find void 44800.7001 8.8201 0.2689
+ whole leaf in fluid 32992
+ Define boundary conditions 44800.7293 8.8492 0.0291
+ wsmp setup1 44800.7372 8.8571 0.0080
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44801.7554 9.8753 1.0181
+ -----------------------------------
+ start of non-linear iteratio 1 44801.8049
+ -----------------------------------
+ build system 44801.8050 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44809.7557 7.9509 7.9507
+ =================================
+ wsmp: initialisation time: 0.0566070 s
+ wsmp: ordering time: 4.1405790 s
+ wsmp: symbolic fact. time: 0.7209890 s
+ wsmp: Cholesky fact. time: 11.3859861 s
+ wsmp: Factorisation 14471.4460897 Mflops
+ wsmp: back substitution time: 0.1211369 s
+ wsmp: from b to rhs vector: 0.0071571 s
+ ---------------------------------
+ wsmp: total solve time: 16.4328299 s
+ =================================
+ u : -0.10390E+01 0.18426E+00
+ v : -0.94167E-01 0.11280E+00
+ w : -0.76177E+00 0.24600E+00
+ =================================
+ Calculate pressures 44826.2041 24.3993 16.4484
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 44826.4285 24.6236 0.2244
+ do leaf measurements 44826.4295 24.6247 0.0011
+ compute convergence criterion 44826.4721 24.6672 0.0426
+ velocity_diff_norm = 0.5897566 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44826.4775
+ -----------------------------------
+ build system 44826.4823 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72757E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44834.5113 8.0338 8.0290
+ =================================
+ wsmp: initialisation time: 0.0539849 s
+ wsmp: ordering time: 4.1492541 s
+ wsmp: symbolic fact. time: 0.7176418 s
+ wsmp: Cholesky fact. time: 11.3927150 s
+ wsmp: Factorisation 14462.8988089 Mflops
+ wsmp: back substitution time: 0.1212521 s
+ wsmp: from b to rhs vector: 0.0071630 s
+ ---------------------------------
+ wsmp: total solve time: 16.4423630 s
+ =================================
+ u : -0.10153E+01 0.13691E+00
+ v : -0.49041E-01 0.10210E+00
+ w : -0.76731E+00 0.22605E+00
+ =================================
+ Calculate pressures 44850.9689 24.4914 16.4576
+ raw pressures : -0.12358E+01 0.17962E+00
+ Smoothing pressures 44851.1940 24.7165 0.2251
+ do leaf measurements 44851.1951 24.7176 0.0011
+ compute convergence criterion 44851.2375 24.7600 0.0424
+ velocity_diff_norm = 0.0717502 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 44851.2429
+ -----------------------------------
+ build system 44851.2476 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44859.1871 7.9443 7.9395
+ =================================
+ wsmp: initialisation time: 0.0553560 s
+ wsmp: ordering time: 4.1755118 s
+ wsmp: symbolic fact. time: 0.7280130 s
+ wsmp: Cholesky fact. time: 11.4378541 s
+ wsmp: Factorisation 14405.8215057 Mflops
+ wsmp: back substitution time: 0.1220920 s
+ wsmp: from b to rhs vector: 0.0071461 s
+ ---------------------------------
+ wsmp: total solve time: 16.5263271 s
+ =================================
+ u : -0.10174E+01 0.15496E+00
+ v : -0.37477E-01 0.11853E+00
+ w : -0.74624E+00 0.23135E+00
+ =================================
+ Calculate pressures 44875.7290 24.4861 16.5419
+ raw pressures : -0.13718E+01 0.31189E+00
+ Smoothing pressures 44875.9561 24.7132 0.2271
+ do leaf measurements 44875.9572 24.7143 0.0011
+ compute convergence criterion 44875.9997 24.7568 0.0425
+ velocity_diff_norm = 0.0361529 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 44876.0051
+ -----------------------------------
+ build system 44876.0099 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44884.0086 8.0035 7.9987
+ =================================
+ wsmp: initialisation time: 0.0566680 s
+ wsmp: ordering time: 4.1435850 s
+ wsmp: symbolic fact. time: 0.7230439 s
+ wsmp: Cholesky fact. time: 11.3812451 s
+ wsmp: Factorisation 14477.4742923 Mflops
+ wsmp: back substitution time: 0.1216662 s
+ wsmp: from b to rhs vector: 0.0072489 s
+ ---------------------------------
+ wsmp: total solve time: 16.4338260 s
+ =================================
+ u : -0.10173E+01 0.17569E+00
+ v : -0.37843E-01 0.12325E+00
+ w : -0.73708E+00 0.22909E+00
+ =================================
+ Calculate pressures 44900.4581 24.4529 16.4494
+ raw pressures : -0.14705E+01 0.35885E+00
+ Smoothing pressures 44900.6831 24.6780 0.2250
+ do leaf measurements 44900.6843 24.6791 0.0012
+ compute convergence criterion 44900.7271 24.7220 0.0429
+ velocity_diff_norm = 0.0158142 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 44900.7327
+ -----------------------------------
+ build system 44900.7376 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44908.6999 7.9672 7.9624
+ =================================
+ wsmp: initialisation time: 0.0544329 s
+ wsmp: ordering time: 4.1417270 s
+ wsmp: symbolic fact. time: 0.7186799 s
+ wsmp: Cholesky fact. time: 11.4298031 s
+ wsmp: Factorisation 14415.9686705 Mflops
+ wsmp: back substitution time: 0.1211550 s
+ wsmp: from b to rhs vector: 0.0072150 s
+ ---------------------------------
+ wsmp: total solve time: 16.4733860 s
+ =================================
+ u : -0.10171E+01 0.19345E+00
+ v : -0.40710E-01 0.12568E+00
+ w : -0.73249E+00 0.22823E+00
+ =================================
+ Calculate pressures 44925.1892 24.4564 16.4892
+ raw pressures : -0.15137E+01 0.36609E+00
+ Smoothing pressures 44925.4140 24.6813 0.2249
+ do leaf measurements 44925.4152 24.6824 0.0011
+ compute convergence criterion 44925.4577 24.7249 0.0425
+ velocity_diff_norm = 0.0107378 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 44925.4631
+ -----------------------------------
+ build system 44925.4679 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44933.4111 7.9480 7.9432
+ =================================
+ wsmp: initialisation time: 0.0508151 s
+ wsmp: ordering time: 4.1606419 s
+ wsmp: symbolic fact. time: 0.7285240 s
+ wsmp: Cholesky fact. time: 11.3962908 s
+ wsmp: Factorisation 14458.3608008 Mflops
+ wsmp: back substitution time: 0.1218259 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.4656200 s
+ =================================
+ u : -0.10169E+01 0.20907E+00
+ v : -0.43101E-01 0.12573E+00
+ w : -0.72799E+00 0.22774E+00
+ =================================
+ Calculate pressures 44949.8923 24.4292 16.4812
+ raw pressures : -0.15352E+01 0.36314E+00
+ Smoothing pressures 44950.1181 24.6550 0.2258
+ do leaf measurements 44950.1191 24.6561 0.0010
+ compute convergence criterion 44950.1616 24.6986 0.0425
+ velocity_diff_norm = 0.0080731 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 44950.1648 24.7017 0.0031
+Compute isostasy and adjust vertical 44950.1649 24.7018 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -199613148720560.34 362460166110094.13
+ def in m -7.9845457077026367 0.7120821475982666
+ dimensionless def -1.84340000152587882E-6 2.28129877362932499E-5
+ Isostatic velocity range = -0.0180221 0.2277881
+ Compute divergence 44950.3710 24.9080 0.2061
+ wsmp_cleanup 44950.4081 24.9450 0.0370
+ Reset surface geometry 44950.4133 24.9502 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 44950.4219 24.9588 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 44950.4385 24.9754 0.0166
+ Advect surface 1 44950.4386 24.9756 0.0002
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 44950.6248 25.1617 0.1862
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 44950.8246 25.3615 0.1998
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 44951.0738 25.6107 0.2492
+ Advect the cloud 44951.2365 25.7734 0.1627
+ Write output 44952.1098 26.6467 0.8732
+ End of time step 44953.0284 27.5653 0.9186
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 278 44953.0285
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 44953.0286 0.0001 0.0001
+ surface 01 44953.0286 0.0001 0.0000
+ S. 1: 17008points
+ refine surface 44953.0287 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 44953.0545 0.0260 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17008points
+ surface 02 44953.0731 0.0445 0.0186
+ S. 2: 17007points
+ refine surface 44953.0732 0.0447 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 44953.0990 0.0705 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 17007points
+ surface 03 44953.1177 0.0892 0.0187
+ S. 3: 17010points
+ refine surface 44953.1178 0.0893 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 44953.1436 0.1151 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 17010points
+ -----------------------------------------------------------------------
+ Start of iteration 1 44953.1688
+ -----------------------------------------------------------------------
+ Create octree solve 44953.1690 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 44953.1849 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 44953.2065 0.0378 0.0216
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 44953.2073 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 44953.2214 0.0527 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 44953.3436 0.1749 0.1222
+ Imbed surface in osolve 44953.5360 0.3672 0.1923
+ embedding surface 1 44953.5361 0.3674 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 44955.5097 2.3409 1.9736
+ osolve%nleaves= 59424
+ embedding surface 3 44957.6260 4.4572 2.1163
+ osolve%nleaves= 64128
+ Assessing octree stability 44961.1803 8.0115 3.5543
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 44961.1855 8.0167 0.0052
+ Interpolate velo onto osolve 44961.6919 8.5231 0.5064
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 44961.7691 8.6004 0.0772
+ Find void 44962.0403 8.8716 0.2712
+ whole leaf in fluid 32992
+ Define boundary conditions 44962.0696 8.9009 0.0293
+ wsmp setup1 44962.0773 8.9086 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 44963.0941 9.9254 1.0168
+ -----------------------------------
+ start of non-linear iteratio 1 44963.1440
+ -----------------------------------
+ build system 44963.1442 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44971.0802 7.9361 7.9360
+ =================================
+ wsmp: initialisation time: 0.0589330 s
+ wsmp: ordering time: 4.1415391 s
+ wsmp: symbolic fact. time: 0.7250121 s
+ wsmp: Cholesky fact. time: 11.3813000 s
+ wsmp: Factorisation 14477.4045384 Mflops
+ wsmp: back substitution time: 0.1218810 s
+ wsmp: from b to rhs vector: 0.0073378 s
+ ---------------------------------
+ wsmp: total solve time: 16.4363799 s
+ =================================
+ u : -0.10194E+01 0.18441E+00
+ v : -0.94755E-01 0.11294E+00
+ w : -0.76152E+00 0.24722E+00
+ =================================
+ Calculate pressures 44987.5319 24.3879 16.4517
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 44987.7590 24.6150 0.2271
+ do leaf measurements 44987.7601 24.6161 0.0011
+ compute convergence criterion 44987.8029 24.6588 0.0427
+ velocity_diff_norm = 0.5892200 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 44987.8080
+ -----------------------------------
+ build system 44987.8126 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71319E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 44995.8394 8.0314 8.0268
+ =================================
+ wsmp: initialisation time: 0.0525720 s
+ wsmp: ordering time: 4.1615360 s
+ wsmp: symbolic fact. time: 0.7167652 s
+ wsmp: Cholesky fact. time: 11.3849871 s
+ wsmp: Factorisation 14472.7158844 Mflops
+ wsmp: back substitution time: 0.1215870 s
+ wsmp: from b to rhs vector: 0.0073600 s
+ ---------------------------------
+ wsmp: total solve time: 16.4451931 s
+ =================================
+ u : -0.10151E+01 0.13700E+00
+ v : -0.48909E-01 0.10207E+00
+ w : -0.76721E+00 0.22696E+00
+ =================================
+ Calculate pressures 45012.3002 24.4922 16.4608
+ raw pressures : -0.12360E+01 0.17943E+00
+ Smoothing pressures 45012.5250 24.7169 0.2248
+ do leaf measurements 45012.5261 24.7181 0.0011
+ compute convergence criterion 45012.5690 24.7609 0.0429
+ velocity_diff_norm = 0.0712506 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45012.5742
+ -----------------------------------
+ build system 45012.5787 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45020.5220 7.9479 7.9433
+ =================================
+ wsmp: initialisation time: 0.0553110 s
+ wsmp: ordering time: 4.1750731 s
+ wsmp: symbolic fact. time: 0.7276430 s
+ wsmp: Cholesky fact. time: 11.4504859 s
+ wsmp: Factorisation 14389.9293593 Mflops
+ wsmp: back substitution time: 0.1214700 s
+ wsmp: from b to rhs vector: 0.0073099 s
+ ---------------------------------
+ wsmp: total solve time: 16.5376630 s
+ =================================
+ u : -0.10173E+01 0.15499E+00
+ v : -0.37437E-01 0.11846E+00
+ w : -0.74641E+00 0.23171E+00
+ =================================
+ Calculate pressures 45037.0751 24.5010 16.5531
+ raw pressures : -0.13717E+01 0.31197E+00
+ Smoothing pressures 45037.2999 24.7257 0.2248
+ do leaf measurements 45037.3010 24.7268 0.0011
+ compute convergence criterion 45037.3439 24.7697 0.0429
+ velocity_diff_norm = 0.0361439 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45037.3491
+ -----------------------------------
+ build system 45037.3537 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45045.3534 8.0044 7.9998
+ =================================
+ wsmp: initialisation time: 0.0543950 s
+ wsmp: ordering time: 4.1531780 s
+ wsmp: symbolic fact. time: 0.7178588 s
+ wsmp: Cholesky fact. time: 11.3849061 s
+ wsmp: Factorisation 14472.8189324 Mflops
+ wsmp: back substitution time: 0.1212149 s
+ wsmp: from b to rhs vector: 0.0074620 s
+ ---------------------------------
+ wsmp: total solve time: 16.4394059 s
+ =================================
+ u : -0.10172E+01 0.17571E+00
+ v : -0.37850E-01 0.12315E+00
+ w : -0.73721E+00 0.22916E+00
+ =================================
+ Calculate pressures 45061.8083 24.4592 16.4549
+ raw pressures : -0.14703E+01 0.35885E+00
+ Smoothing pressures 45062.0328 24.6838 0.2245
+ do leaf measurements 45062.0340 24.6849 0.0011
+ compute convergence criterion 45062.0771 24.7280 0.0431
+ velocity_diff_norm = 0.0157933 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45062.0823
+ -----------------------------------
+ build system 45062.0870 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45070.0653 7.9830 7.9784
+ =================================
+ wsmp: initialisation time: 0.0515611 s
+ wsmp: ordering time: 4.1362569 s
+ wsmp: symbolic fact. time: 0.7153909 s
+ wsmp: Cholesky fact. time: 11.4256110 s
+ wsmp: Factorisation 14421.2579615 Mflops
+ wsmp: back substitution time: 0.1221511 s
+ wsmp: from b to rhs vector: 0.0073259 s
+ ---------------------------------
+ wsmp: total solve time: 16.4586749 s
+ =================================
+ u : -0.10171E+01 0.19343E+00
+ v : -0.40689E-01 0.12568E+00
+ w : -0.73258E+00 0.22821E+00
+ =================================
+ Calculate pressures 45086.5399 24.4576 16.4746
+ raw pressures : -0.15135E+01 0.36628E+00
+ Smoothing pressures 45086.7640 24.6817 0.2241
+ do leaf measurements 45086.7651 24.6828 0.0011
+ compute convergence criterion 45086.8079 24.7256 0.0428
+ velocity_diff_norm = 0.0107233 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45086.8130
+ -----------------------------------
+ build system 45086.8176 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45094.7583 7.9452 7.9407
+ =================================
+ wsmp: initialisation time: 0.0534089 s
+ wsmp: ordering time: 4.1556811 s
+ wsmp: symbolic fact. time: 0.7277911 s
+ wsmp: Cholesky fact. time: 11.3958740 s
+ wsmp: Factorisation 14458.8895539 Mflops
+ wsmp: back substitution time: 0.1223631 s
+ wsmp: from b to rhs vector: 0.0074449 s
+ ---------------------------------
+ wsmp: total solve time: 16.4629400 s
+ =================================
+ u : -0.10169E+01 0.20904E+00
+ v : -0.43092E-01 0.12570E+00
+ w : -0.72807E+00 0.22775E+00
+ =================================
+ Calculate pressures 45111.2373 24.4243 16.4790
+ raw pressures : -0.15352E+01 0.36339E+00
+ Smoothing pressures 45111.4646 24.6516 0.2274
+ do leaf measurements 45111.4657 24.6527 0.0011
+ compute convergence criterion 45111.5083 24.6953 0.0426
+ velocity_diff_norm = 0.0080601 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45111.5112 24.6982 0.0029
+Compute isostasy and adjust vertical 45111.5114 24.6984 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -199963124261351.25 363484972282702.38
+ def in m -7.9920387268066406 0.70790529251098633
+ dimensionless def -1.84836728232247483E-6 2.28343963623046875E-5
+ Isostatic velocity range = -0.0180806 0.2279845
+ Compute divergence 45111.7179 24.9049 0.2066
+ wsmp_cleanup 45111.7546 24.9416 0.0367
+ Reset surface geometry 45111.7599 24.9469 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 45111.7684 24.9554 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45111.7858 24.9728 0.0174
+ Advect surface 1 45111.7860 24.9729 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45111.9832 25.1702 0.1972
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45112.1769 25.3639 0.1938
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45112.4305 25.6175 0.2535
+ Advect the cloud 45112.5920 25.7790 0.1615
+ Write output 45113.4642 26.6512 0.8723
+ End of time step 45114.3419 27.5288 0.8776
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 279 45114.3420
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45114.3421 0.0001 0.0001
+ surface 01 45114.3421 0.0001 0.0000
+ S. 1: 17008points
+ refine surface 45114.3421 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 45114.3691 0.0271 0.0270
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 45114.3965 0.0545 0.0273
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45114.4220 0.0800 0.0255
+ S. 1: 0 flips in delaunay2
+ S. 1: 17009points
+ surface 02 45114.4406 0.0986 0.0186
+ S. 2: 17007points
+ refine surface 45114.4408 0.0988 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45114.4676 0.1256 0.0268
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45114.4903 0.1483 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45114.5159 0.1739 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 17008points
+ surface 03 45114.5346 0.1926 0.0187
+ S. 3: 17010points
+ refine surface 45114.5347 0.1927 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45114.5608 0.2188 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17010points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45114.5854
+ -----------------------------------------------------------------------
+ Create octree solve 45114.5857 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45114.6015 0.0161 0.0158
+ osolve%nleaves= 32768
+ improve osolve for criterion 45114.6228 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45114.6236 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45114.6378 0.0524 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 45114.7600 0.1745 0.1222
+ Imbed surface in osolve 45114.9524 0.3670 0.1925
+ embedding surface 1 45114.9526 0.3672 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45116.9278 2.3424 1.9752
+ osolve%nleaves= 59424
+ embedding surface 3 45119.0411 4.4557 2.1132
+ osolve%nleaves= 64128
+ Assessing octree stability 45122.5726 7.9872 3.5315
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45122.5789 7.9935 0.0064
+ Interpolate velo onto osolve 45123.0667 8.4813 0.4878
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45123.1507 8.5653 0.0840
+ Find void 45123.4224 8.8370 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 45123.4515 8.8661 0.0292
+ wsmp setup1 45123.4594 8.8740 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45124.4781 9.8927 1.0187
+ -----------------------------------
+ start of non-linear iteratio 1 45124.5281
+ -----------------------------------
+ build system 45124.5282 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45132.4506 7.9225 7.9223
+ =================================
+ wsmp: initialisation time: 0.0591478 s
+ wsmp: ordering time: 4.1474452 s
+ wsmp: symbolic fact. time: 0.7280650 s
+ wsmp: Cholesky fact. time: 11.3870499 s
+ wsmp: Factorisation 14470.0941094 Mflops
+ wsmp: back substitution time: 0.1223049 s
+ wsmp: from b to rhs vector: 0.0072789 s
+ ---------------------------------
+ wsmp: total solve time: 16.4516580 s
+ =================================
+ u : -0.10215E+01 0.18544E+00
+ v : -0.94875E-01 0.11449E+00
+ w : -0.76197E+00 0.24820E+00
+ =================================
+ Calculate pressures 45148.9175 24.3895 16.4670
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 45149.1444 24.6163 0.2268
+ do leaf measurements 45149.1455 24.6174 0.0011
+ compute convergence criterion 45149.1883 24.6602 0.0428
+ velocity_diff_norm = 0.5898930 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45149.1935
+ -----------------------------------
+ build system 45149.1981 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71446E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45157.2174 8.0239 8.0194
+ =================================
+ wsmp: initialisation time: 0.0537312 s
+ wsmp: ordering time: 4.1459932 s
+ wsmp: symbolic fact. time: 0.7192612 s
+ wsmp: Cholesky fact. time: 11.3932290 s
+ wsmp: Factorisation 14462.2462836 Mflops
+ wsmp: back substitution time: 0.1217649 s
+ wsmp: from b to rhs vector: 0.0072749 s
+ ---------------------------------
+ wsmp: total solve time: 16.4416332 s
+ =================================
+ u : -0.10149E+01 0.13767E+00
+ v : -0.48663E-01 0.10168E+00
+ w : -0.76744E+00 0.22789E+00
+ =================================
+ Calculate pressures 45173.6747 24.4812 16.4573
+ raw pressures : -0.12363E+01 0.18000E+00
+ Smoothing pressures 45173.8990 24.7055 0.2242
+ do leaf measurements 45173.9000 24.7066 0.0011
+ compute convergence criterion 45173.9428 24.7493 0.0428
+ velocity_diff_norm = 0.0717209 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45173.9479
+ -----------------------------------
+ build system 45173.9524 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45181.8935 7.9457 7.9411
+ =================================
+ wsmp: initialisation time: 0.0528018 s
+ wsmp: ordering time: 4.1753011 s
+ wsmp: symbolic fact. time: 0.7188671 s
+ wsmp: Cholesky fact. time: 11.4747159 s
+ wsmp: Factorisation 14359.5435931 Mflops
+ wsmp: back substitution time: 0.1217301 s
+ wsmp: from b to rhs vector: 0.0072939 s
+ ---------------------------------
+ wsmp: total solve time: 16.5510819 s
+ =================================
+ u : -0.10171E+01 0.15536E+00
+ v : -0.37520E-01 0.11828E+00
+ w : -0.74672E+00 0.23226E+00
+ =================================
+ Calculate pressures 45198.4595 24.5116 16.5660
+ raw pressures : -0.13726E+01 0.31270E+00
+ Smoothing pressures 45198.6853 24.7375 0.2258
+ do leaf measurements 45198.6864 24.7386 0.0011
+ compute convergence criterion 45198.7292 24.7813 0.0428
+ velocity_diff_norm = 0.0361111 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45198.7344
+ -----------------------------------
+ build system 45198.7390 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45206.7413 8.0069 8.0023
+ =================================
+ wsmp: initialisation time: 0.0570159 s
+ wsmp: ordering time: 4.1389940 s
+ wsmp: symbolic fact. time: 0.7196891 s
+ wsmp: Cholesky fact. time: 11.3866920 s
+ wsmp: Factorisation 14470.5488823 Mflops
+ wsmp: back substitution time: 0.1250851 s
+ wsmp: from b to rhs vector: 0.0073791 s
+ ---------------------------------
+ wsmp: total solve time: 16.4352160 s
+ =================================
+ u : -0.10171E+01 0.17591E+00
+ v : -0.37663E-01 0.12304E+00
+ w : -0.73746E+00 0.22946E+00
+ =================================
+ Calculate pressures 45223.1922 24.4578 16.4509
+ raw pressures : -0.14712E+01 0.36010E+00
+ Smoothing pressures 45223.4169 24.6826 0.2248
+ do leaf measurements 45223.4181 24.6837 0.0012
+ compute convergence criterion 45223.4612 24.7268 0.0431
+ velocity_diff_norm = 0.0157843 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45223.4664
+ -----------------------------------
+ build system 45223.4711 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45231.4646 7.9982 7.9935
+ =================================
+ wsmp: initialisation time: 0.0539758 s
+ wsmp: ordering time: 4.1370661 s
+ wsmp: symbolic fact. time: 0.7217488 s
+ wsmp: Cholesky fact. time: 11.4038200 s
+ wsmp: Factorisation 14448.8148119 Mflops
+ wsmp: back substitution time: 0.1215870 s
+ wsmp: from b to rhs vector: 0.0073669 s
+ ---------------------------------
+ wsmp: total solve time: 16.4459679 s
+ =================================
+ u : -0.10171E+01 0.19360E+00
+ v : -0.40547E-01 0.12563E+00
+ w : -0.73279E+00 0.22847E+00
+ =================================
+ Calculate pressures 45247.9262 24.4598 16.4616
+ raw pressures : -0.15144E+01 0.36722E+00
+ Smoothing pressures 45248.1504 24.6839 0.2242
+ do leaf measurements 45248.1515 24.6851 0.0011
+ compute convergence criterion 45248.1944 24.7280 0.0429
+ velocity_diff_norm = 0.0107237 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45248.1995
+ -----------------------------------
+ build system 45248.2041 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45256.1439 7.9444 7.9399
+ =================================
+ wsmp: initialisation time: 0.0527442 s
+ wsmp: ordering time: 4.1663082 s
+ wsmp: symbolic fact. time: 0.7273068 s
+ wsmp: Cholesky fact. time: 11.4054410 s
+ wsmp: Factorisation 14446.7612619 Mflops
+ wsmp: back substitution time: 0.1222970 s
+ wsmp: from b to rhs vector: 0.0073471 s
+ ---------------------------------
+ wsmp: total solve time: 16.4818318 s
+ =================================
+ u : -0.10169E+01 0.20919E+00
+ v : -0.42975E-01 0.12567E+00
+ w : -0.72825E+00 0.22784E+00
+ =================================
+ Calculate pressures 45272.6414 24.4419 16.4975
+ raw pressures : -0.15357E+01 0.36409E+00
+ Smoothing pressures 45272.8689 24.6694 0.2274
+ do leaf measurements 45272.8700 24.6705 0.0011
+ compute convergence criterion 45272.9126 24.7131 0.0426
+ velocity_diff_norm = 0.0080584 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45272.9154 24.7160 0.0029
+Compute isostasy and adjust vertical 45272.9156 24.7161 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -200301056946220.94 364516762728228.25
+ def in m -7.9961395263671875 0.7050318717956543
+ dimensionless def -1.84953178678240088E-6 2.28461129324776813E-5
+ Isostatic velocity range = -0.0180973 0.2280892
+ Compute divergence 45273.1218 24.9223 0.2062
+ wsmp_cleanup 45273.1584 24.9589 0.0367
+ Reset surface geometry 45273.1636 24.9641 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 45273.1722 24.9727 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45273.1893 24.9898 0.0171
+ Advect surface 1 45273.1894 24.9899 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45273.3859 25.1864 0.1965
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45273.5838 25.3843 0.1979
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45273.8407 25.6412 0.2569
+ Advect the cloud 45274.0012 25.8017 0.1605
+ Write output 45274.8757 26.6762 0.8745
+ End of time step 45275.7599 27.5605 0.8843
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 280 45275.7601
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45275.7602 0.0001 0.0001
+ surface 01 45275.7602 0.0001 0.0000
+ S. 1: 17009points
+ refine surface 45275.7602 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45275.7862 0.0261 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 17009points
+ surface 02 45275.8044 0.0443 0.0182
+ S. 2: 17008points
+ refine surface 45275.8045 0.0444 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45275.8312 0.0711 0.0267
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45275.8539 0.0938 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45275.8797 0.1196 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 17009points
+ surface 03 45275.8980 0.1379 0.0184
+ S. 3: 17010points
+ refine surface 45275.8982 0.1381 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 45275.9257 0.1656 0.0276
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 45275.9526 0.1925 0.0269
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45275.9783 0.2182 0.0257
+ S. 3: 0 flips in delaunay2
+ S. 3: 17012points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45276.0032
+ -----------------------------------------------------------------------
+ Create octree solve 45276.0034 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45276.0193 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 45276.0408 0.0377 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45276.0416 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45276.0558 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 45276.1780 0.1749 0.1222
+ Imbed surface in osolve 45276.3699 0.3668 0.1919
+ embedding surface 1 45276.3701 0.3669 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45278.3522 2.3490 1.9821
+ osolve%nleaves= 59424
+ embedding surface 3 45280.4565 4.4533 2.1043
+ osolve%nleaves= 64128
+ Assessing octree stability 45284.0297 8.0266 3.5733
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45284.0345 8.0314 0.0048
+ Interpolate velo onto osolve 45284.5366 8.5335 0.5021
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45284.6217 8.6185 0.0850
+ Find void 45284.8945 8.8913 0.2728
+ whole leaf in fluid 32992
+ Define boundary conditions 45284.9239 8.9208 0.0295
+ wsmp setup1 45284.9316 8.9284 0.0076
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45285.9405 9.9374 1.0089
+ -----------------------------------
+ start of non-linear iteratio 1 45285.9902
+ -----------------------------------
+ build system 45285.9903 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45293.9135 7.9234 7.9232
+ =================================
+ wsmp: initialisation time: 0.0549009 s
+ wsmp: ordering time: 4.1509871 s
+ wsmp: symbolic fact. time: 0.7295349 s
+ wsmp: Cholesky fact. time: 11.3879371 s
+ wsmp: Factorisation 14468.9668443 Mflops
+ wsmp: back substitution time: 0.1221991 s
+ wsmp: from b to rhs vector: 0.0072031 s
+ ---------------------------------
+ wsmp: total solve time: 16.4531410 s
+ =================================
+ u : -0.10530E+01 0.18474E+00
+ v : -0.94501E-01 0.11308E+00
+ w : -0.76170E+00 0.24653E+00
+ =================================
+ Calculate pressures 45310.3823 24.3921 16.4688
+ raw pressures : -0.35087E+00 0.00000E+00
+ Smoothing pressures 45310.6093 24.6191 0.2270
+ do leaf measurements 45310.6103 24.6202 0.0011
+ compute convergence criterion 45310.6525 24.6624 0.0422
+ velocity_diff_norm = 0.5902431 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45310.6579
+ -----------------------------------
+ build system 45310.6626 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72155E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45318.6676 8.0097 8.0049
+ =================================
+ wsmp: initialisation time: 0.0513561 s
+ wsmp: ordering time: 4.1540220 s
+ wsmp: symbolic fact. time: 0.7207861 s
+ wsmp: Cholesky fact. time: 11.3852851 s
+ wsmp: Factorisation 14472.3370440 Mflops
+ wsmp: back substitution time: 0.1211801 s
+ wsmp: from b to rhs vector: 0.0072219 s
+ ---------------------------------
+ wsmp: total solve time: 16.4402399 s
+ =================================
+ u : -0.10151E+01 0.13727E+00
+ v : -0.48902E-01 0.10177E+00
+ w : -0.76732E+00 0.22648E+00
+ =================================
+ Calculate pressures 45335.1232 24.4654 16.4557
+ raw pressures : -0.12352E+01 0.18042E+00
+ Smoothing pressures 45335.3478 24.6899 0.2245
+ do leaf measurements 45335.3489 24.6910 0.0011
+ compute convergence criterion 45335.3911 24.7332 0.0422
+ velocity_diff_norm = 0.0720666 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45335.3964
+ -----------------------------------
+ build system 45335.4012 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45343.3413 7.9449 7.9402
+ =================================
+ wsmp: initialisation time: 0.0534379 s
+ wsmp: ordering time: 4.1540918 s
+ wsmp: symbolic fact. time: 0.7214520 s
+ wsmp: Cholesky fact. time: 11.4704630 s
+ wsmp: Factorisation 14364.8676899 Mflops
+ wsmp: back substitution time: 0.1213460 s
+ wsmp: from b to rhs vector: 0.0071490 s
+ ---------------------------------
+ wsmp: total solve time: 16.5283079 s
+ =================================
+ u : -0.10173E+01 0.15525E+00
+ v : -0.37369E-01 0.11822E+00
+ w : -0.74639E+00 0.23168E+00
+ =================================
+ Calculate pressures 45359.8855 24.4891 16.5442
+ raw pressures : -0.13714E+01 0.31167E+00
+ Smoothing pressures 45360.1105 24.7141 0.2250
+ do leaf measurements 45360.1116 24.7152 0.0011
+ compute convergence criterion 45360.1538 24.7574 0.0422
+ velocity_diff_norm = 0.0362855 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45360.1591
+ -----------------------------------
+ build system 45360.1639 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45368.1516 7.9925 7.9877
+ =================================
+ wsmp: initialisation time: 0.0536821 s
+ wsmp: ordering time: 4.1767650 s
+ wsmp: symbolic fact. time: 0.7198150 s
+ wsmp: Cholesky fact. time: 11.3816969 s
+ wsmp: Factorisation 14476.8996004 Mflops
+ wsmp: back substitution time: 0.1211851 s
+ wsmp: from b to rhs vector: 0.0072160 s
+ ---------------------------------
+ wsmp: total solve time: 16.4607310 s
+ =================================
+ u : -0.10173E+01 0.17592E+00
+ v : -0.37837E-01 0.12294E+00
+ w : -0.73726E+00 0.22928E+00
+ =================================
+ Calculate pressures 45384.6277 24.4686 16.4762
+ raw pressures : -0.14704E+01 0.35897E+00
+ Smoothing pressures 45384.8524 24.6933 0.2247
+ do leaf measurements 45384.8535 24.6944 0.0011
+ compute convergence criterion 45384.8961 24.7370 0.0425
+ velocity_diff_norm = 0.0157863 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45384.9015
+ -----------------------------------
+ build system 45384.9063 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45392.9151 8.0136 8.0087
+ =================================
+ wsmp: initialisation time: 0.0523500 s
+ wsmp: ordering time: 4.1535001 s
+ wsmp: symbolic fact. time: 0.7188342 s
+ wsmp: Cholesky fact. time: 11.4046762 s
+ wsmp: Factorisation 14447.7301241 Mflops
+ wsmp: back substitution time: 0.1212130 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.4582062 s
+ =================================
+ u : -0.10171E+01 0.19364E+00
+ v : -0.40720E-01 0.12550E+00
+ w : -0.73263E+00 0.22823E+00
+ =================================
+ Calculate pressures 45409.3890 24.4875 16.4739
+ raw pressures : -0.15140E+01 0.36651E+00
+ Smoothing pressures 45409.6132 24.7117 0.2242
+ do leaf measurements 45409.6142 24.7127 0.0011
+ compute convergence criterion 45409.6564 24.7549 0.0421
+ velocity_diff_norm = 0.0107398 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45409.6617
+ -----------------------------------
+ build system 45409.6664 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45417.6085 7.9468 7.9421
+ =================================
+ wsmp: initialisation time: 0.0518460 s
+ wsmp: ordering time: 4.1738970 s
+ wsmp: symbolic fact. time: 0.7287040 s
+ wsmp: Cholesky fact. time: 11.4213991 s
+ wsmp: Factorisation 14426.5761308 Mflops
+ wsmp: back substitution time: 0.1219540 s
+ wsmp: from b to rhs vector: 0.0072320 s
+ ---------------------------------
+ wsmp: total solve time: 16.5054021 s
+ =================================
+ u : -0.10169E+01 0.20926E+00
+ v : -0.43105E-01 0.12561E+00
+ w : -0.72812E+00 0.22785E+00
+ =================================
+ Calculate pressures 45434.1289 24.4672 16.5203
+ raw pressures : -0.15353E+01 0.36336E+00
+ Smoothing pressures 45434.3565 24.6948 0.2277
+ do leaf measurements 45434.3576 24.6959 0.0011
+ compute convergence criterion 45434.3997 24.7380 0.0421
+ velocity_diff_norm = 0.0080630 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45434.4028 24.7411 0.0032
+Compute isostasy and adjust vertical 45434.4030 24.7413 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -200634373100185.97 365550045592861.88
+ def in m -7.9997406005859375 0.70278066396713257
+ dimensionless def -1.85315217290605826E-6 2.28564017159598194E-5
+ Isostatic velocity range = -0.0181416 0.2281815
+ Compute divergence 45434.6168 24.9551 0.2137
+ wsmp_cleanup 45434.6530 24.9913 0.0362
+ Reset surface geometry 45434.6583 24.9967 0.0054
+ -----------------------------------------------------------------------
+ Temperature calculations 45434.6669 25.0052 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45434.6839 25.0222 0.0170
+ Advect surface 1 45434.6840 25.0224 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45434.8770 25.2153 0.1929
+ removing 1 particle from surface
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45435.0828 25.4211 0.2058
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45435.3351 25.6734 0.2523
+ Advect the cloud 45435.4940 25.8323 0.1589
+ Write output 45436.3704 26.7087 0.8764
+ End of time step 45437.2495 27.5878 0.8791
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 281 45437.2497
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45437.2497 0.0001 0.0001
+ surface 01 45437.2498 0.0001 0.0000
+ S. 1: 17009points
+ refine surface 45437.2498 0.0002 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 45437.2779 0.0282 0.0281
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 45437.3009 0.0513 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45437.3261 0.0764 0.0251
+ S. 1: 0 flips in delaunay2
+ S. 1: 17013points
+ surface 02 45437.3451 0.0954 0.0191
+ S. 2: 17008points
+ refine surface 45437.3452 0.0956 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45437.3709 0.1212 0.0257
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45437.3951 0.1454 0.0242
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45437.4199 0.1703 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 17009points
+ surface 03 45437.4394 0.1897 0.0195
+ S. 3: 17012points
+ refine surface 45437.4396 0.1899 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 45437.4679 0.2183 0.0284
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 45437.4909 0.2412 0.0230
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45437.5157 0.2660 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 17016points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45437.5419
+ -----------------------------------------------------------------------
+ Create octree solve 45437.5422 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45437.5580 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 45437.5792 0.0373 0.0211
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45437.5800 0.0381 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45437.5941 0.0522 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 45437.7169 0.1750 0.1228
+ Imbed surface in osolve 45437.9080 0.3661 0.1911
+ embedding surface 1 45437.9081 0.3662 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45439.8787 2.3368 1.9706
+ osolve%nleaves= 59424
+ embedding surface 3 45441.9874 4.4455 2.1087
+ osolve%nleaves= 64128
+ Assessing octree stability 45445.5517 8.0098 3.5643
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45445.5568 8.0149 0.0051
+ Interpolate velo onto osolve 45446.0545 8.5127 0.4978
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45446.1192 8.5774 0.0647
+ Find void 45446.3885 8.8466 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 45446.4168 8.8749 0.0283
+ wsmp setup1 45446.4237 8.8818 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45447.4431 9.9012 1.0194
+ -----------------------------------
+ start of non-linear iteratio 1 45447.4914
+ -----------------------------------
+ build system 45447.4916 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45455.3896 7.8982 7.8980
+ =================================
+ wsmp: initialisation time: 0.0563462 s
+ wsmp: ordering time: 4.1671121 s
+ wsmp: symbolic fact. time: 0.7268500 s
+ wsmp: Cholesky fact. time: 11.3939538 s
+ wsmp: Factorisation 14461.3263108 Mflops
+ wsmp: back substitution time: 0.1258330 s
+ wsmp: from b to rhs vector: 0.0073450 s
+ ---------------------------------
+ wsmp: total solve time: 16.4778199 s
+ =================================
+ u : -0.10412E+01 0.18436E+00
+ v : -0.94304E-01 0.11231E+00
+ w : -0.76177E+00 0.24697E+00
+ =================================
+ Calculate pressures 45471.8841 24.3927 16.4945
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 45472.1102 24.6187 0.2261
+ do leaf measurements 45472.1113 24.6199 0.0011
+ compute convergence criterion 45472.1542 24.6627 0.0429
+ velocity_diff_norm = 0.5895035 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45472.1591
+ -----------------------------------
+ build system 45472.1637 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72140E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45480.1511 7.9920 7.9875
+ =================================
+ wsmp: initialisation time: 0.0521891 s
+ wsmp: ordering time: 4.1471109 s
+ wsmp: symbolic fact. time: 0.7194469 s
+ wsmp: Cholesky fact. time: 11.3909142 s
+ wsmp: Factorisation 14465.1852307 Mflops
+ wsmp: back substitution time: 0.1253312 s
+ wsmp: from b to rhs vector: 0.0074911 s
+ ---------------------------------
+ wsmp: total solve time: 16.4428611 s
+ =================================
+ u : -0.10152E+01 0.13686E+00
+ v : -0.48986E-01 0.10205E+00
+ w : -0.76728E+00 0.22659E+00
+ =================================
+ Calculate pressures 45496.6102 24.4511 16.4591
+ raw pressures : -0.12355E+01 0.17828E+00
+ Smoothing pressures 45496.8344 24.6753 0.2242
+ do leaf measurements 45496.8356 24.6765 0.0012
+ compute convergence criterion 45496.8787 24.7196 0.0431
+ velocity_diff_norm = 0.0714789 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45496.8836
+ -----------------------------------
+ build system 45496.8881 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45504.8258 7.9422 7.9377
+ =================================
+ wsmp: initialisation time: 0.0549929 s
+ wsmp: ordering time: 4.1610131 s
+ wsmp: symbolic fact. time: 0.7237349 s
+ wsmp: Cholesky fact. time: 11.4699109 s
+ wsmp: Factorisation 14365.5592345 Mflops
+ wsmp: back substitution time: 0.1253319 s
+ wsmp: from b to rhs vector: 0.0073669 s
+ ---------------------------------
+ wsmp: total solve time: 16.5427151 s
+ =================================
+ u : -0.10173E+01 0.15490E+00
+ v : -0.37560E-01 0.11853E+00
+ w : -0.74626E+00 0.23152E+00
+ =================================
+ Calculate pressures 45521.3854 24.5018 16.5596
+ raw pressures : -0.13714E+01 0.31163E+00
+ Smoothing pressures 45521.6095 24.7259 0.2241
+ do leaf measurements 45521.6106 24.7270 0.0011
+ compute convergence criterion 45521.6534 24.7698 0.0428
+ velocity_diff_norm = 0.0362399 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45521.6584
+ -----------------------------------
+ build system 45521.6629 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45529.6374 7.9790 7.9745
+ =================================
+ wsmp: initialisation time: 0.0545242 s
+ wsmp: ordering time: 4.1523149 s
+ wsmp: symbolic fact. time: 0.7215509 s
+ wsmp: Cholesky fact. time: 11.3780131 s
+ wsmp: Factorisation 14481.5867177 Mflops
+ wsmp: back substitution time: 0.1253409 s
+ wsmp: from b to rhs vector: 0.0072260 s
+ ---------------------------------
+ wsmp: total solve time: 16.4393210 s
+ =================================
+ u : -0.10173E+01 0.17558E+00
+ v : -0.37794E-01 0.12320E+00
+ w : -0.73712E+00 0.22916E+00
+ =================================
+ Calculate pressures 45546.0944 24.4360 16.4570
+ raw pressures : -0.14699E+01 0.35870E+00
+ Smoothing pressures 45546.3174 24.6590 0.2230
+ do leaf measurements 45546.3185 24.6601 0.0011
+ compute convergence criterion 45546.3613 24.7029 0.0427
+ velocity_diff_norm = 0.0158049 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45546.3662
+ -----------------------------------
+ build system 45546.3707 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45554.3941 8.0279 8.0233
+ =================================
+ wsmp: initialisation time: 0.0515471 s
+ wsmp: ordering time: 4.1543729 s
+ wsmp: symbolic fact. time: 0.7183111 s
+ wsmp: Cholesky fact. time: 11.3937209 s
+ wsmp: Factorisation 14461.6219604 Mflops
+ wsmp: back substitution time: 0.1253569 s
+ wsmp: from b to rhs vector: 0.0074120 s
+ ---------------------------------
+ wsmp: total solve time: 16.4510801 s
+ =================================
+ u : -0.10171E+01 0.19331E+00
+ v : -0.40676E-01 0.12569E+00
+ w : -0.73252E+00 0.22815E+00
+ =================================
+ Calculate pressures 45570.8626 24.4964 16.4686
+ raw pressures : -0.15132E+01 0.36612E+00
+ Smoothing pressures 45571.0857 24.7195 0.2231
+ do leaf measurements 45571.0869 24.7206 0.0011
+ compute convergence criterion 45571.1296 24.7634 0.0427
+ velocity_diff_norm = 0.0107125 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45571.1345
+ -----------------------------------
+ build system 45571.1389 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45579.0798 7.9453 7.9409
+ =================================
+ wsmp: initialisation time: 0.0547009 s
+ wsmp: ordering time: 4.1669281 s
+ wsmp: symbolic fact. time: 0.7261629 s
+ wsmp: Cholesky fact. time: 11.4420011 s
+ wsmp: Factorisation 14400.6002422 Mflops
+ wsmp: back substitution time: 0.1260049 s
+ wsmp: from b to rhs vector: 0.0073471 s
+ ---------------------------------
+ wsmp: total solve time: 16.5235140 s
+ =================================
+ u : -0.10169E+01 0.20893E+00
+ v : -0.43095E-01 0.12566E+00
+ w : -0.72804E+00 0.22778E+00
+ =================================
+ Calculate pressures 45595.6214 24.4869 16.5415
+ raw pressures : -0.15349E+01 0.36341E+00
+ Smoothing pressures 45595.8459 24.7114 0.2246
+ do leaf measurements 45595.8471 24.7126 0.0012
+ compute convergence criterion 45595.8897 24.7552 0.0426
+ velocity_diff_norm = 0.0080642 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45595.8927 24.7582 0.0030
+Compute isostasy and adjust vertical 45595.8929 24.7583 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -200961584366091.72 366591333554544.56
+ def in m -8.0002174377441406 0.70094823837280273
+ dimensionless def -1.84783322470528743E-6 2.28577641078404009E-5
+ Isostatic velocity range = -0.0180951 0.2281827
+ Compute divergence 45596.1000 24.9654 0.2071
+ wsmp_cleanup 45596.1365 25.0020 0.0365
+ Reset surface geometry 45596.1418 25.0073 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 45596.1500 25.0155 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45596.1674 25.0329 0.0174
+ Advect surface 1 45596.1676 25.0331 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45596.3591 25.2246 0.1915
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45596.5563 25.4218 0.1972
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45596.8094 25.6749 0.2531
+ Advect the cloud 45596.9705 25.8360 0.1611
+ Write output 45597.8431 26.7086 0.8726
+ End of time step 45598.7231 27.5886 0.8800
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 282 45598.7233
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45598.7233 0.0001 0.0001
+ surface 01 45598.7234 0.0001 0.0000
+ S. 1: 17013points
+ refine surface 45598.7234 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 45598.7508 0.0275 0.0274
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 45598.7739 0.0506 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45598.7986 0.0754 0.0248
+ S. 1: 0 flips in delaunay2
+ S. 1: 17016points
+ surface 02 45598.8183 0.0950 0.0197
+ S. 2: 17009points
+ refine surface 45598.8184 0.0952 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45598.8444 0.1211 0.0259
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45598.8679 0.1447 0.0235
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45598.8927 0.1695 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 17010points
+ surface 03 45598.9124 0.1891 0.0197
+ S. 3: 17016points
+ refine surface 45598.9126 0.1893 0.0001
+ S. 3: 5 added ptcls in refine_surface
+ check delaunay 45598.9417 0.2184 0.0291
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 45598.9648 0.2416 0.0231
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45598.9897 0.2665 0.0249
+ S. 3: 0 flips in delaunay2
+ S. 3: 17021points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45599.0160
+ -----------------------------------------------------------------------
+ Create octree solve 45599.0163 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45599.0322 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 45599.0532 0.0372 0.0211
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45599.0540 0.0380 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45599.0681 0.0521 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 45599.1908 0.1748 0.1227
+ Imbed surface in osolve 45599.3827 0.3667 0.1918
+ embedding surface 1 45599.3828 0.3668 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45601.3552 2.3392 1.9723
+ osolve%nleaves= 59424
+ embedding surface 3 45603.4531 4.4371 2.0980
+ osolve%nleaves= 64128
+ Assessing octree stability 45607.0077 7.9917 3.5546
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45607.0129 7.9969 0.0052
+ Interpolate velo onto osolve 45607.4998 8.4837 0.4869
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45607.5979 8.5819 0.0982
+ Find void 45607.8682 8.8522 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 45607.8973 8.8813 0.0291
+ wsmp setup1 45607.9056 8.8896 0.0083
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45608.9262 9.9102 1.0206
+ -----------------------------------
+ start of non-linear iteratio 1 45608.9759
+ -----------------------------------
+ build system 45608.9761 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45616.8812 7.9052 7.9051
+ =================================
+ wsmp: initialisation time: 0.0564349 s
+ wsmp: ordering time: 4.1681900 s
+ wsmp: symbolic fact. time: 0.7287340 s
+ wsmp: Cholesky fact. time: 11.4336441 s
+ wsmp: Factorisation 14411.1258898 Mflops
+ wsmp: back substitution time: 0.1261518 s
+ wsmp: from b to rhs vector: 0.0072000 s
+ ---------------------------------
+ wsmp: total solve time: 16.5207400 s
+ =================================
+ u : -0.10261E+01 0.18454E+00
+ v : -0.94979E-01 0.11307E+00
+ w : -0.76177E+00 0.24735E+00
+ =================================
+ Calculate pressures 45633.4192 24.4432 16.5380
+ raw pressures : -0.35073E+00 0.00000E+00
+ Smoothing pressures 45633.6445 24.6686 0.2254
+ do leaf measurements 45633.6456 24.6697 0.0011
+ compute convergence criterion 45633.6880 24.7121 0.0424
+ velocity_diff_norm = 0.5893169 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45633.6927
+ -----------------------------------
+ build system 45633.6973 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71409E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45641.6733 7.9806 7.9760
+ =================================
+ wsmp: initialisation time: 0.0507030 s
+ wsmp: ordering time: 4.1544409 s
+ wsmp: symbolic fact. time: 0.7221940 s
+ wsmp: Cholesky fact. time: 11.3861430 s
+ wsmp: Factorisation 14471.2467006 Mflops
+ wsmp: back substitution time: 0.1252570 s
+ wsmp: from b to rhs vector: 0.0071590 s
+ ---------------------------------
+ wsmp: total solve time: 16.4462972 s
+ =================================
+ u : -0.10152E+01 0.13706E+00
+ v : -0.48707E-01 0.10180E+00
+ w : -0.76737E+00 0.22701E+00
+ =================================
+ Calculate pressures 45658.1372 24.4445 16.4639
+ raw pressures : -0.12362E+01 0.18002E+00
+ Smoothing pressures 45658.3600 24.6673 0.2228
+ do leaf measurements 45658.3612 24.6685 0.0012
+ compute convergence criterion 45658.4039 24.7112 0.0427
+ velocity_diff_norm = 0.0713336 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45658.4091
+ -----------------------------------
+ build system 45658.4139 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45666.3495 7.9405 7.9357
+ =================================
+ wsmp: initialisation time: 0.0507641 s
+ wsmp: ordering time: 4.1483750 s
+ wsmp: symbolic fact. time: 0.7205341 s
+ wsmp: Cholesky fact. time: 11.4531970 s
+ wsmp: Factorisation 14386.5231551 Mflops
+ wsmp: back substitution time: 0.1253991 s
+ wsmp: from b to rhs vector: 0.0071769 s
+ ---------------------------------
+ wsmp: total solve time: 16.5058279 s
+ =================================
+ u : -0.10173E+01 0.15503E+00
+ v : -0.37570E-01 0.11818E+00
+ w : -0.74664E+00 0.23184E+00
+ =================================
+ Calculate pressures 45682.8738 24.4648 16.5243
+ raw pressures : -0.13722E+01 0.31257E+00
+ Smoothing pressures 45683.0958 24.6868 0.2220
+ do leaf measurements 45683.0970 24.6879 0.0011
+ compute convergence criterion 45683.1394 24.7304 0.0425
+ velocity_diff_norm = 0.0361185 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45683.1446
+ -----------------------------------
+ build system 45683.1493 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45691.1080 7.9635 7.9587
+ =================================
+ wsmp: initialisation time: 0.0560601 s
+ wsmp: ordering time: 4.1433749 s
+ wsmp: symbolic fact. time: 0.7226479 s
+ wsmp: Cholesky fact. time: 11.3811598 s
+ wsmp: Factorisation 14477.5828672 Mflops
+ wsmp: back substitution time: 0.1260560 s
+ wsmp: from b to rhs vector: 0.0071759 s
+ ---------------------------------
+ wsmp: total solve time: 16.4368770 s
+ =================================
+ u : -0.10173E+01 0.17568E+00
+ v : -0.37773E-01 0.12287E+00
+ w : -0.73743E+00 0.22926E+00
+ =================================
+ Calculate pressures 45707.5620 24.4174 16.4539
+ raw pressures : -0.14705E+01 0.35939E+00
+ Smoothing pressures 45707.7880 24.6435 0.2261
+ do leaf measurements 45707.7891 24.6446 0.0011
+ compute convergence criterion 45707.8316 24.6870 0.0425
+ velocity_diff_norm = 0.0157788 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45707.8367
+ -----------------------------------
+ build system 45707.8418 0.0051 0.0051
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45715.8625 8.0258 8.0207
+ =================================
+ wsmp: initialisation time: 0.0542550 s
+ wsmp: ordering time: 4.1623108 s
+ wsmp: symbolic fact. time: 0.7225401 s
+ wsmp: Cholesky fact. time: 11.4049640 s
+ wsmp: Factorisation 14447.3655775 Mflops
+ wsmp: back substitution time: 0.1250350 s
+ wsmp: from b to rhs vector: 0.0071709 s
+ ---------------------------------
+ wsmp: total solve time: 16.4766529 s
+ =================================
+ u : -0.10171E+01 0.19338E+00
+ v : -0.40670E-01 0.12543E+00
+ w : -0.73279E+00 0.22835E+00
+ =================================
+ Calculate pressures 45732.3565 24.5197 16.4940
+ raw pressures : -0.15137E+01 0.36687E+00
+ Smoothing pressures 45732.5786 24.7419 0.2221
+ do leaf measurements 45732.5797 24.7430 0.0011
+ compute convergence criterion 45732.6222 24.7854 0.0424
+ velocity_diff_norm = 0.0107034 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45732.6272
+ -----------------------------------
+ build system 45732.6319 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45740.5715 7.9442 7.9395
+ =================================
+ wsmp: initialisation time: 0.0548911 s
+ wsmp: ordering time: 4.1681120 s
+ wsmp: symbolic fact. time: 0.7271252 s
+ wsmp: Cholesky fact. time: 11.4547970 s
+ wsmp: Factorisation 14384.5136191 Mflops
+ wsmp: back substitution time: 0.1250901 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.5375881 s
+ =================================
+ u : -0.10169E+01 0.20899E+00
+ v : -0.43075E-01 0.12554E+00
+ w : -0.72827E+00 0.22785E+00
+ =================================
+ Calculate pressures 45757.1264 24.4992 16.5549
+ raw pressures : -0.15352E+01 0.36392E+00
+ Smoothing pressures 45757.3502 24.7230 0.2238
+ do leaf measurements 45757.3513 24.7241 0.0011
+ compute convergence criterion 45757.3938 24.7665 0.0424
+ velocity_diff_norm = 0.0080591 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45757.3970 24.7697 0.0032
+Compute isostasy and adjust vertical 45757.3971 24.7699 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -201280650246032.97 367637024587251.75
+ def in m -8.0015153884887695 0.69928336143493652
+ dimensionless def -1.84888192585536412E-6 2.28614725385393411E-5
+ Isostatic velocity range = -0.0181115 0.2282095
+ Compute divergence 45757.6121 24.9849 0.2150
+ wsmp_cleanup 45757.6486 25.0214 0.0365
+ Reset surface geometry 45757.6539 25.0267 0.0053
+ -----------------------------------------------------------------------
+ Temperature calculations 45757.6622 25.0350 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45757.6800 25.0527 0.0178
+ Advect surface 1 45757.6801 25.0529 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45757.8647 25.2374 0.1845
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45758.0638 25.4365 0.1991
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45758.3172 25.6899 0.2534
+ Advect the cloud 45758.4795 25.8523 0.1624
+ Write output 45759.3529 26.7257 0.8734
+ End of time step 45760.2344 27.6071 0.8814
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 283 45760.2345
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45760.2346 0.0001 0.0001
+ surface 01 45760.2346 0.0001 0.0000
+ S. 1: 17016points
+ refine surface 45760.2347 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 45760.2623 0.0277 0.0276
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 45760.2854 0.0509 0.0232
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45760.3102 0.0756 0.0247
+ S. 1: 0 flips in delaunay2
+ S. 1: 17019points
+ surface 02 45760.3296 0.0951 0.0195
+ S. 2: 17010points
+ refine surface 45760.3298 0.0953 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45760.3556 0.1211 0.0258
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45760.3840 0.1494 0.0284
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45760.4088 0.1743 0.0248
+ S. 2: 0 flips in delaunay2
+ S. 2: 17011points
+ surface 03 45760.4282 0.1936 0.0194
+ S. 3: 17021points
+ refine surface 45760.4283 0.1938 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 45760.4555 0.2210 0.0272
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 45760.4776 0.2431 0.0221
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45760.5031 0.2686 0.0255
+ S. 3: 0 flips in delaunay2
+ S. 3: 17022points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45760.5282
+ -----------------------------------------------------------------------
+ Create octree solve 45760.5285 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45760.5443 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 45760.5657 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45760.5665 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45760.5806 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 45760.7028 0.1746 0.1222
+ Imbed surface in osolve 45760.8956 0.3674 0.1928
+ embedding surface 1 45760.8957 0.3675 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45762.8734 2.3452 1.9777
+ osolve%nleaves= 59424
+ embedding surface 3 45764.9851 4.4569 2.1117
+ osolve%nleaves= 64128
+ Assessing octree stability 45768.5570 8.0288 3.5719
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45768.5623 8.0341 0.0053
+ Interpolate velo onto osolve 45769.0395 8.5113 0.4772
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45769.1429 8.6147 0.1034
+ Find void 45769.4069 8.8787 0.2640
+ whole leaf in fluid 32992
+ Define boundary conditions 45769.4350 8.9068 0.0281
+ wsmp setup1 45769.4417 8.9135 0.0067
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45770.4603 9.9321 1.0186
+ -----------------------------------
+ start of non-linear iteratio 1 45770.5082
+ -----------------------------------
+ build system 45770.5084 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45778.4284 7.9201 7.9200
+ =================================
+ wsmp: initialisation time: 0.0567060 s
+ wsmp: ordering time: 4.1722190 s
+ wsmp: symbolic fact. time: 0.7265921 s
+ wsmp: Cholesky fact. time: 11.4290390 s
+ wsmp: Factorisation 14416.9325045 Mflops
+ wsmp: back substitution time: 0.1263011 s
+ wsmp: from b to rhs vector: 0.0072739 s
+ ---------------------------------
+ wsmp: total solve time: 16.5184979 s
+ =================================
+ u : -0.10368E+01 0.18550E+00
+ v : -0.95462E-01 0.11333E+00
+ w : -0.76221E+00 0.24599E+00
+ =================================
+ Calculate pressures 45794.9648 24.4566 16.5364
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 45795.1898 24.6816 0.2251
+ do leaf measurements 45795.1909 24.6827 0.0011
+ compute convergence criterion 45795.2337 24.7254 0.0427
+ velocity_diff_norm = 0.5902258 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45795.2389
+ -----------------------------------
+ build system 45795.2436 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71411E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45803.2371 7.9982 7.9935
+ =================================
+ wsmp: initialisation time: 0.0538130 s
+ wsmp: ordering time: 4.1525068 s
+ wsmp: symbolic fact. time: 0.7172940 s
+ wsmp: Cholesky fact. time: 11.3817930 s
+ wsmp: Factorisation 14476.7773895 Mflops
+ wsmp: back substitution time: 0.1255879 s
+ wsmp: from b to rhs vector: 0.0073440 s
+ ---------------------------------
+ wsmp: total solve time: 16.4387391 s
+ =================================
+ u : -0.10154E+01 0.13789E+00
+ v : -0.48922E-01 0.10196E+00
+ w : -0.76766E+00 0.22637E+00
+ =================================
+ Calculate pressures 45819.6949 24.4560 16.4578
+ raw pressures : -0.12364E+01 0.18392E+00
+ Smoothing pressures 45819.9167 24.6779 0.2219
+ do leaf measurements 45819.9179 24.6790 0.0011
+ compute convergence criterion 45819.9609 24.7220 0.0430
+ velocity_diff_norm = 0.0720529 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 45819.9661
+ -----------------------------------
+ build system 45819.9709 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45827.9216 7.9556 7.9508
+ =================================
+ wsmp: initialisation time: 0.0529330 s
+ wsmp: ordering time: 4.1526880 s
+ wsmp: symbolic fact. time: 0.7256031 s
+ wsmp: Cholesky fact. time: 11.4455900 s
+ wsmp: Factorisation 14396.0847451 Mflops
+ wsmp: back substitution time: 0.1256261 s
+ wsmp: from b to rhs vector: 0.0071731 s
+ ---------------------------------
+ wsmp: total solve time: 16.5099850 s
+ =================================
+ u : -0.10175E+01 0.15560E+00
+ v : -0.37468E-01 0.11834E+00
+ w : -0.74695E+00 0.23178E+00
+ =================================
+ Calculate pressures 45844.4506 24.4846 16.5290
+ raw pressures : -0.13731E+01 0.31322E+00
+ Smoothing pressures 45844.6728 24.7067 0.2222
+ do leaf measurements 45844.6739 24.7078 0.0011
+ compute convergence criterion 45844.7165 24.7504 0.0426
+ velocity_diff_norm = 0.0361155 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 45844.7217
+ -----------------------------------
+ build system 45844.7264 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45852.6679 7.9462 7.9415
+ =================================
+ wsmp: initialisation time: 0.0558960 s
+ wsmp: ordering time: 4.1541481 s
+ wsmp: symbolic fact. time: 0.7266319 s
+ wsmp: Cholesky fact. time: 11.3896530 s
+ wsmp: Factorisation 14466.7870343 Mflops
+ wsmp: back substitution time: 0.1260440 s
+ wsmp: from b to rhs vector: 0.0072610 s
+ ---------------------------------
+ wsmp: total solve time: 16.4600041 s
+ =================================
+ u : -0.10174E+01 0.17608E+00
+ v : -0.37853E-01 0.12299E+00
+ w : -0.73774E+00 0.22917E+00
+ =================================
+ Calculate pressures 45869.1461 24.4245 16.4783
+ raw pressures : -0.14716E+01 0.36045E+00
+ Smoothing pressures 45869.3705 24.6489 0.2244
+ do leaf measurements 45869.3716 24.6500 0.0011
+ compute convergence criterion 45869.4141 24.6925 0.0425
+ velocity_diff_norm = 0.0157743 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 45869.4193
+ -----------------------------------
+ build system 45869.4240 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45877.4379 8.0185 8.0138
+ =================================
+ wsmp: initialisation time: 0.0516050 s
+ wsmp: ordering time: 4.1617410 s
+ wsmp: symbolic fact. time: 0.7187440 s
+ wsmp: Cholesky fact. time: 11.4206040 s
+ wsmp: Factorisation 14427.5805388 Mflops
+ wsmp: back substitution time: 0.1257029 s
+ wsmp: from b to rhs vector: 0.0072141 s
+ ---------------------------------
+ wsmp: total solve time: 16.4859960 s
+ =================================
+ u : -0.10171E+01 0.19372E+00
+ v : -0.40751E-01 0.12544E+00
+ w : -0.73305E+00 0.22819E+00
+ =================================
+ Calculate pressures 45893.9426 24.5233 16.5047
+ raw pressures : -0.15150E+01 0.36800E+00
+ Smoothing pressures 45894.1685 24.7491 0.2258
+ do leaf measurements 45894.1696 24.7503 0.0011
+ compute convergence criterion 45894.2121 24.7928 0.0425
+ velocity_diff_norm = 0.0107377 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 45894.2172
+ -----------------------------------
+ build system 45894.2219 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45902.1661 7.9489 7.9442
+ =================================
+ wsmp: initialisation time: 0.0529082 s
+ wsmp: ordering time: 4.1756330 s
+ wsmp: symbolic fact. time: 0.7221470 s
+ wsmp: Cholesky fact. time: 11.4788890 s
+ wsmp: Factorisation 14354.3233182 Mflops
+ wsmp: back substitution time: 0.1259689 s
+ wsmp: from b to rhs vector: 0.0072129 s
+ ---------------------------------
+ wsmp: total solve time: 16.5631430 s
+ =================================
+ u : -0.10169E+01 0.20931E+00
+ v : -0.43136E-01 0.12554E+00
+ w : -0.72850E+00 0.22780E+00
+ =================================
+ Calculate pressures 45918.7481 24.5309 16.5820
+ raw pressures : -0.15364E+01 0.36484E+00
+ Smoothing pressures 45918.9710 24.7538 0.2229
+ do leaf measurements 45918.9721 24.7549 0.0011
+ compute convergence criterion 45919.0145 24.7973 0.0424
+ velocity_diff_norm = 0.0080626 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 45919.0177 24.8005 0.0032
+Compute isostasy and adjust vertical 45919.0179 24.8007 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -201594967422077.13 368685217057621.63
+ def in m -8.0013875961303711 0.69796878099441528
+ dimensionless def -1.84149401528494703E-6 2.28611074175153464E-5
+ Isostatic velocity range = -0.0180391 0.2281971
+ Compute divergence 45919.2218 25.0046 0.2039
+ wsmp_cleanup 45919.2606 25.0434 0.0388
+ Reset surface geometry 45919.2657 25.0485 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 45919.2741 25.0569 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 45919.2904 25.0732 0.0163
+ Advect surface 1 45919.2905 25.0733 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 45919.4872 25.2700 0.1966
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 45919.6874 25.4702 0.2003
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 45919.9421 25.7249 0.2546
+ Advect the cloud 45920.1042 25.8870 0.1622
+ Write output 45920.9802 26.7630 0.8759
+ End of time step 45953.4816 59.2644 32.5014
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 284 45953.4817
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 45953.4818 0.0001 0.0001
+ surface 01 45953.4818 0.0001 0.0000
+ S. 1: 17019points
+ refine surface 45953.4819 0.0001 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 45953.5103 0.0286 0.0284
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 45953.5326 0.0509 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 45953.5585 0.0768 0.0259
+ S. 1: 0 flips in delaunay2
+ S. 1: 17022points
+ surface 02 45953.5765 0.0948 0.0180
+ S. 2: 17011points
+ refine surface 45953.5767 0.0950 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 45953.6034 0.1217 0.0267
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 45953.6260 0.1443 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 45953.6519 0.1702 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 17012points
+ surface 03 45953.6700 0.1883 0.0181
+ S. 3: 17022points
+ refine surface 45953.6702 0.1884 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 45953.6978 0.2160 0.0276
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 45953.7199 0.2382 0.0222
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 45953.7459 0.2641 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17024points
+ -----------------------------------------------------------------------
+ Start of iteration 1 45953.7707
+ -----------------------------------------------------------------------
+ Create octree solve 45953.7709 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 45953.7868 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 45953.8081 0.0374 0.0213
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 45953.8089 0.0382 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 45953.8231 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 45953.9458 0.1752 0.1228
+ Imbed surface in osolve 45954.1368 0.3661 0.1909
+ embedding surface 1 45954.1370 0.3663 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 45956.1058 2.3351 1.9689
+ osolve%nleaves= 59424
+ embedding surface 3 45958.2008 4.4302 2.0950
+ osolve%nleaves= 64128
+ Assessing octree stability 45961.7896 8.0189 3.5888
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 45961.7948 8.0241 0.0052
+ Interpolate velo onto osolve 45962.2807 8.5101 0.4860
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 45962.3651 8.5944 0.0844
+ Find void 45962.6355 8.8648 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 45962.6648 8.8941 0.0293
+ wsmp setup1 45962.6729 8.9022 0.0081
+ n = 128799
+ nz= 4957209
+ wsmp setup2 45963.6928 9.9221 1.0199
+ -----------------------------------
+ start of non-linear iteratio 1 45963.7423
+ -----------------------------------
+ build system 45963.7425 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45971.6764 7.9341 7.9338
+ =================================
+ wsmp: initialisation time: 0.0555260 s
+ wsmp: ordering time: 4.1413779 s
+ wsmp: symbolic fact. time: 0.7231059 s
+ wsmp: Cholesky fact. time: 11.3804500 s
+ wsmp: Factorisation 14478.4858003 Mflops
+ wsmp: back substitution time: 0.1413171 s
+ wsmp: from b to rhs vector: 0.0073609 s
+ ---------------------------------
+ wsmp: total solve time: 16.4495289 s
+ =================================
+ u : -0.10157E+01 0.18456E+00
+ v : -0.94219E-01 0.11223E+00
+ w : -0.76224E+00 0.24695E+00
+ =================================
+ Calculate pressures 45988.1440 24.4016 16.4676
+ raw pressures : -0.35093E+00 0.00000E+00
+ Smoothing pressures 45988.3687 24.6264 0.2248
+ do leaf measurements 45988.3699 24.6276 0.0011
+ compute convergence criterion 45988.4121 24.6698 0.0422
+ velocity_diff_norm = 0.5892244 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 45988.4170
+ -----------------------------------
+ build system 45988.4216 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72313E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 45996.4449 8.0278 8.0233
+ =================================
+ wsmp: initialisation time: 0.0534680 s
+ wsmp: ordering time: 4.1557219 s
+ wsmp: symbolic fact. time: 0.7202380 s
+ wsmp: Cholesky fact. time: 11.3933721 s
+ wsmp: Factorisation 14462.0647007 Mflops
+ wsmp: back substitution time: 0.1419930 s
+ wsmp: from b to rhs vector: 0.0072830 s
+ ---------------------------------
+ wsmp: total solve time: 16.4724560 s
+ =================================
+ u : -0.10152E+01 0.13720E+00
+ v : -0.48879E-01 0.10222E+00
+ w : -0.76750E+00 0.22686E+00
+ =================================
+ Calculate pressures 46012.9357 24.5186 16.4908
+ raw pressures : -0.12359E+01 0.18067E+00
+ Smoothing pressures 46013.1586 24.7416 0.2230
+ do leaf measurements 46013.1597 24.7426 0.0011
+ compute convergence criterion 46013.2024 24.7853 0.0427
+ velocity_diff_norm = 0.0713397 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46013.2071
+ -----------------------------------
+ build system 46013.2115 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46021.1515 7.9444 7.9400
+ =================================
+ wsmp: initialisation time: 0.0519819 s
+ wsmp: ordering time: 4.1767049 s
+ wsmp: symbolic fact. time: 0.7229600 s
+ wsmp: Cholesky fact. time: 11.4669790 s
+ wsmp: Factorisation 14369.2321657 Mflops
+ wsmp: back substitution time: 0.1421790 s
+ wsmp: from b to rhs vector: 0.0071402 s
+ ---------------------------------
+ wsmp: total solve time: 16.5683339 s
+ =================================
+ u : -0.10173E+01 0.15516E+00
+ v : -0.37425E-01 0.11854E+00
+ w : -0.74670E+00 0.23191E+00
+ =================================
+ Calculate pressures 46037.7389 24.5317 16.5873
+ raw pressures : -0.13719E+01 0.31218E+00
+ Smoothing pressures 46037.9599 24.7528 0.2211
+ do leaf measurements 46037.9610 24.7539 0.0011
+ compute convergence criterion 46038.0035 24.7964 0.0425
+ velocity_diff_norm = 0.0360678 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46038.0085
+ -----------------------------------
+ build system 46038.0131 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46046.0253 8.0168 8.0123
+ =================================
+ wsmp: initialisation time: 0.0545180 s
+ wsmp: ordering time: 4.1498399 s
+ wsmp: symbolic fact. time: 0.7190039 s
+ wsmp: Cholesky fact. time: 11.3842261 s
+ wsmp: Factorisation 14473.6833811 Mflops
+ wsmp: back substitution time: 0.1414430 s
+ wsmp: from b to rhs vector: 0.0072751 s
+ ---------------------------------
+ wsmp: total solve time: 16.4566939 s
+ =================================
+ u : -0.10173E+01 0.17575E+00
+ v : -0.37833E-01 0.12314E+00
+ w : -0.73750E+00 0.22936E+00
+ =================================
+ Calculate pressures 46062.5000 24.4915 16.4747
+ raw pressures : -0.14704E+01 0.35935E+00
+ Smoothing pressures 46062.7218 24.7133 0.2218
+ do leaf measurements 46062.7229 24.7144 0.0011
+ compute convergence criterion 46062.7655 24.7570 0.0426
+ velocity_diff_norm = 0.0158886 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46062.7705
+ -----------------------------------
+ build system 46062.7752 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46070.7596 7.9891 7.9844
+ =================================
+ wsmp: initialisation time: 0.0546691 s
+ wsmp: ordering time: 4.1581819 s
+ wsmp: symbolic fact. time: 0.7207849 s
+ wsmp: Cholesky fact. time: 11.4099560 s
+ wsmp: Factorisation 14441.0446620 Mflops
+ wsmp: back substitution time: 0.1418111 s
+ wsmp: from b to rhs vector: 0.0073390 s
+ ---------------------------------
+ wsmp: total solve time: 16.4931450 s
+ =================================
+ u : -0.10171E+01 0.19343E+00
+ v : -0.40714E-01 0.12563E+00
+ w : -0.73281E+00 0.22828E+00
+ =================================
+ Calculate pressures 46087.2701 24.4996 16.5105
+ raw pressures : -0.15137E+01 0.36696E+00
+ Smoothing pressures 46087.4934 24.7228 0.2232
+ do leaf measurements 46087.4945 24.7239 0.0011
+ compute convergence criterion 46087.5368 24.7662 0.0423
+ velocity_diff_norm = 0.0107206 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46087.5417
+ -----------------------------------
+ build system 46087.5462 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46095.4865 7.9447 7.9402
+ =================================
+ wsmp: initialisation time: 0.0527289 s
+ wsmp: ordering time: 4.1696889 s
+ wsmp: symbolic fact. time: 0.7263489 s
+ wsmp: Cholesky fact. time: 11.3959210 s
+ wsmp: Factorisation 14458.8299614 Mflops
+ wsmp: back substitution time: 0.1414151 s
+ wsmp: from b to rhs vector: 0.0072198 s
+ ---------------------------------
+ wsmp: total solve time: 16.4936998 s
+ =================================
+ u : -0.10169E+01 0.20902E+00
+ v : -0.43112E-01 0.12568E+00
+ w : -0.72831E+00 0.22785E+00
+ =================================
+ Calculate pressures 46111.9980 24.4563 16.5115
+ raw pressures : -0.15350E+01 0.36377E+00
+ Smoothing pressures 46112.2231 24.6814 0.2251
+ do leaf measurements 46112.2242 24.6825 0.0011
+ compute convergence criterion 46112.2666 24.7248 0.0423
+ velocity_diff_norm = 0.0080517 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 46112.2696 24.7279 0.0030
+Compute isostasy and adjust vertical 46112.2697 24.7280 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -201899686628597.03 369737358822080.5
+ def in m -8.0000648498535156 0.69701558351516724
+ dimensionless def -1.83305978775024419E-6 2.28573281424386177E-5
+ Isostatic velocity range = -0.0179575 0.2281519
+ Compute divergence 46112.4762 24.9345 0.2064
+ wsmp_cleanup 46112.5127 24.9710 0.0365
+ Reset surface geometry 46112.5178 24.9761 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 46112.5261 24.9844 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 46112.5437 25.0020 0.0177
+ Advect surface 1 46112.5439 25.0022 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 46112.7351 25.1934 0.1912
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 46112.9337 25.3920 0.1986
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 46113.1914 25.6497 0.2577
+ Advect the cloud 46113.3525 25.8108 0.1612
+ Write output 46114.2328 26.6911 0.8803
+ End of time step 46146.1602 58.6185 31.9274
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 285 46146.1603
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 46146.1604 0.0001 0.0001
+ surface 01 46146.1604 0.0001 0.0000
+ S. 1: 17022points
+ refine surface 46146.1605 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 46146.1867 0.0264 0.0263
+ S. 1: 0 flips in delaunay2
+ S. 1: 17022points
+ surface 02 46146.2051 0.0447 0.0183
+ S. 2: 17012points
+ refine surface 46146.2052 0.0449 0.0002
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 46146.2335 0.0732 0.0283
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 46146.2560 0.0956 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 46146.2817 0.1214 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 17015points
+ surface 03 46146.3002 0.1399 0.0185
+ S. 3: 17024points
+ refine surface 46146.3004 0.1400 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 46146.3274 0.1671 0.0271
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 46146.3498 0.1894 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 46146.3759 0.2156 0.0261
+ S. 3: 0 flips in delaunay2
+ S. 3: 17025points
+ -----------------------------------------------------------------------
+ Start of iteration 1 46146.4010
+ -----------------------------------------------------------------------
+ Create octree solve 46146.4013 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 46146.4172 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 46146.4386 0.0376 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 46146.4394 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 46146.4535 0.0525 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 46146.5757 0.1746 0.1222
+ Imbed surface in osolve 46146.7673 0.3663 0.1916
+ embedding surface 1 46146.7675 0.3664 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 46148.7479 2.3468 1.9804
+ osolve%nleaves= 59424
+ embedding surface 3 46150.8564 4.4553 2.1085
+ osolve%nleaves= 64128
+ Assessing octree stability 46154.3949 7.9939 3.5385
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 46154.4001 7.9991 0.0052
+ Interpolate velo onto osolve 46154.9017 8.5007 0.5016
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 46154.9795 8.5784 0.0778
+ Find void 46155.2501 8.8490 0.2706
+ whole leaf in fluid 32992
+ Define boundary conditions 46155.2793 8.8782 0.0292
+ wsmp setup1 46155.2870 8.8860 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 46156.3053 9.9042 1.0183
+ -----------------------------------
+ start of non-linear iteratio 1 46156.3552
+ -----------------------------------
+ build system 46156.3554 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46164.3364 7.9813 7.9811
+ =================================
+ wsmp: initialisation time: 0.0560560 s
+ wsmp: ordering time: 4.1409299 s
+ wsmp: symbolic fact. time: 0.7216709 s
+ wsmp: Cholesky fact. time: 11.3881748 s
+ wsmp: Factorisation 14468.6648361 Mflops
+ wsmp: back substitution time: 0.1571951 s
+ wsmp: from b to rhs vector: 0.0073991 s
+ ---------------------------------
+ wsmp: total solve time: 16.4718339 s
+ =================================
+ u : -0.10157E+01 0.18511E+00
+ v : -0.94723E-01 0.11204E+00
+ w : -0.76241E+00 0.24686E+00
+ =================================
+ Calculate pressures 46180.8296 24.4745 16.4932
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 46181.0515 24.6963 0.2218
+ do leaf measurements 46181.0526 24.6974 0.0011
+ compute convergence criterion 46181.0953 24.7401 0.0427
+ velocity_diff_norm = 0.5886180 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 46181.1004
+ -----------------------------------
+ build system 46181.1050 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71805E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46189.0731 7.9727 7.9681
+ =================================
+ wsmp: initialisation time: 0.0530689 s
+ wsmp: ordering time: 4.1379781 s
+ wsmp: symbolic fact. time: 0.7217491 s
+ wsmp: Cholesky fact. time: 11.4346461 s
+ wsmp: Factorisation 14409.8629732 Mflops
+ wsmp: back substitution time: 0.1580679 s
+ wsmp: from b to rhs vector: 0.0072980 s
+ ---------------------------------
+ wsmp: total solve time: 16.5131972 s
+ =================================
+ u : -0.10150E+01 0.13757E+00
+ v : -0.48821E-01 0.10232E+00
+ w : -0.76751E+00 0.22692E+00
+ =================================
+ Calculate pressures 46205.6082 24.5079 16.5351
+ raw pressures : -0.12365E+01 0.18026E+00
+ Smoothing pressures 46205.8313 24.7310 0.2231
+ do leaf measurements 46205.8324 24.7321 0.0011
+ compute convergence criterion 46205.8748 24.7744 0.0424
+ velocity_diff_norm = 0.0709802 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46205.8798
+ -----------------------------------
+ build system 46205.8844 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46213.8252 7.9453 7.9408
+ =================================
+ wsmp: initialisation time: 0.0507641 s
+ wsmp: ordering time: 4.1490660 s
+ wsmp: symbolic fact. time: 0.7253959 s
+ wsmp: Cholesky fact. time: 11.3918319 s
+ wsmp: Factorisation 14464.0199825 Mflops
+ wsmp: back substitution time: 0.1572590 s
+ wsmp: from b to rhs vector: 0.0073361 s
+ ---------------------------------
+ wsmp: total solve time: 16.4820490 s
+ =================================
+ u : -0.10170E+01 0.15531E+00
+ v : -0.37672E-01 0.11871E+00
+ w : -0.74704E+00 0.23175E+00
+ =================================
+ Calculate pressures 46230.3280 24.4482 16.5029
+ raw pressures : -0.13722E+01 0.31278E+00
+ Smoothing pressures 46230.5504 24.6706 0.2224
+ do leaf measurements 46230.5515 24.6717 0.0011
+ compute convergence criterion 46230.5938 24.7140 0.0423
+ velocity_diff_norm = 0.0360202 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46230.5988
+ -----------------------------------
+ build system 46230.6035 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46238.6052 8.0063 8.0017
+ =================================
+ wsmp: initialisation time: 0.0564101 s
+ wsmp: ordering time: 4.1449828 s
+ wsmp: symbolic fact. time: 0.7178810 s
+ wsmp: Cholesky fact. time: 11.4007010 s
+ wsmp: Factorisation 14452.7677035 Mflops
+ wsmp: back substitution time: 0.1578379 s
+ wsmp: from b to rhs vector: 0.0073502 s
+ ---------------------------------
+ wsmp: total solve time: 16.4855549 s
+ =================================
+ u : -0.10172E+01 0.17580E+00
+ v : -0.37851E-01 0.12323E+00
+ w : -0.73772E+00 0.22924E+00
+ =================================
+ Calculate pressures 46255.1134 24.5146 16.5083
+ raw pressures : -0.14703E+01 0.35992E+00
+ Smoothing pressures 46255.3383 24.7394 0.2249
+ do leaf measurements 46255.3394 24.7405 0.0011
+ compute convergence criterion 46255.3820 24.7831 0.0426
+ velocity_diff_norm = 0.0158183 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46255.3867
+ -----------------------------------
+ build system 46255.3912 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46263.3340 7.9473 7.9428
+ =================================
+ wsmp: initialisation time: 0.0555820 s
+ wsmp: ordering time: 4.1662240 s
+ wsmp: symbolic fact. time: 0.7191050 s
+ wsmp: Cholesky fact. time: 11.4753060 s
+ wsmp: Factorisation 14358.8051931 Mflops
+ wsmp: back substitution time: 0.1577492 s
+ wsmp: from b to rhs vector: 0.0074739 s
+ ---------------------------------
+ wsmp: total solve time: 16.5818298 s
+ =================================
+ u : -0.10171E+01 0.19340E+00
+ v : -0.40700E-01 0.12579E+00
+ w : -0.73302E+00 0.22840E+00
+ =================================
+ Calculate pressures 46279.9394 24.5527 16.6053
+ raw pressures : -0.15137E+01 0.36746E+00
+ Smoothing pressures 46280.1622 24.7754 0.2228
+ do leaf measurements 46280.1632 24.7765 0.0011
+ compute convergence criterion 46280.2057 24.8189 0.0424
+ velocity_diff_norm = 0.0107169 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46280.2112
+ -----------------------------------
+ build system 46280.2158 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46288.2136 8.0024 7.9978
+ =================================
+ wsmp: initialisation time: 0.0549190 s
+ wsmp: ordering time: 4.1407881 s
+ wsmp: symbolic fact. time: 0.7199819 s
+ wsmp: Cholesky fact. time: 11.3946261 s
+ wsmp: Factorisation 14460.4730196 Mflops
+ wsmp: back substitution time: 0.1579001 s
+ wsmp: from b to rhs vector: 0.0072410 s
+ ---------------------------------
+ wsmp: total solve time: 16.4758430 s
+ =================================
+ u : -0.10168E+01 0.20895E+00
+ v : -0.43108E-01 0.12581E+00
+ w : -0.72846E+00 0.22782E+00
+ =================================
+ Calculate pressures 46304.7119 24.5007 16.4983
+ raw pressures : -0.15352E+01 0.36443E+00
+ Smoothing pressures 46304.9340 24.7228 0.2221
+ do leaf measurements 46304.9351 24.7239 0.0011
+ compute convergence criterion 46304.9777 24.7666 0.0427
+ velocity_diff_norm = 0.0080528 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 46304.9808 24.7696 0.0030
+Compute isostasy and adjust vertical 46304.9810 24.7698 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -202207639174363.31 370786990655401.19
+ def in m -8.0030241012573242 0.69498252868652344
+ dimensionless def -1.84514743941170836E-6 2.28657831464495002E-5
+ Isostatic velocity range = -0.0180893 0.2282253
+ Compute divergence 46305.1866 24.9754 0.2056
+ wsmp_cleanup 46305.2231 25.0119 0.0365
+ Reset surface geometry 46305.2282 25.0170 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 46305.2366 25.0254 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 46305.2542 25.0430 0.0176
+ Advect surface 1 46305.2544 25.0432 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 46305.4533 25.2421 0.1990
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 46305.6588 25.4477 0.2055
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 46305.9133 25.7021 0.2544
+ Advect the cloud 46306.0757 25.8645 0.1624
+ Write output 46306.9501 26.7389 0.8744
+ End of time step 46331.0109 50.7997 24.0608
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 286 46331.0110
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 46331.0111 0.0001 0.0001
+ surface 01 46331.0111 0.0001 0.0000
+ S. 1: 17022points
+ refine surface 46331.0112 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 46331.0389 0.0279 0.0278
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 46331.0612 0.0502 0.0223
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 46331.0874 0.0763 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 46331.1055 0.0945 0.0181
+ S. 2: 17014points
+ refine surface 46331.1056 0.0946 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 46331.1317 0.1207 0.0260
+ S. 2: 0 flips in delaunay2
+ S. 2: 17014points
+ surface 03 46331.1496 0.1386 0.0179
+ S. 3: 17025points
+ refine surface 46331.1498 0.1387 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 46331.1766 0.1656 0.0268
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 46331.1990 0.1879 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 46331.2253 0.2143 0.0264
+ S. 3: 0 flips in delaunay2
+ S. 3: 17026points
+ -----------------------------------------------------------------------
+ Start of iteration 1 46331.2502
+ -----------------------------------------------------------------------
+ Create octree solve 46331.2505 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 46331.2664 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 46331.2879 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 46331.2887 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 46331.3028 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 46331.4251 0.1748 0.1223
+ Imbed surface in osolve 46331.6157 0.3655 0.1906
+ embedding surface 1 46331.6159 0.3656 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 46333.5730 2.3228 1.9571
+ osolve%nleaves= 59424
+ embedding surface 3 46335.6530 4.4028 2.0800
+ osolve%nleaves= 64128
+ Assessing octree stability 46339.2265 7.9762 3.5735
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 46339.2314 7.9812 0.0050
+ Interpolate velo onto osolve 46339.7198 8.4696 0.4884
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 46339.8073 8.5571 0.0875
+ Find void 46340.0774 8.8271 0.2700
+ whole leaf in fluid 32992
+ Define boundary conditions 46340.1068 8.8565 0.0294
+ wsmp setup1 46340.1150 8.8648 0.0082
+ n = 128799
+ nz= 4957209
+ wsmp setup2 46341.1424 9.8921 1.0274
+ -----------------------------------
+ start of non-linear iteratio 1 46341.1935
+ -----------------------------------
+ build system 46341.1936 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46349.1238 7.9303 7.9302
+ =================================
+ wsmp: initialisation time: 0.0570738 s
+ wsmp: ordering time: 4.1519580 s
+ wsmp: symbolic fact. time: 0.7268910 s
+ wsmp: Cholesky fact. time: 11.4468532 s
+ wsmp: Factorisation 14394.4961606 Mflops
+ wsmp: back substitution time: 0.1634901 s
+ wsmp: from b to rhs vector: 0.0071828 s
+ ---------------------------------
+ wsmp: total solve time: 16.5538840 s
+ =================================
+ u : -0.10235E+01 0.18418E+00
+ v : -0.94451E-01 0.11215E+00
+ w : -0.76223E+00 0.24676E+00
+ =================================
+ Calculate pressures 46365.6991 24.5056 16.5753
+ raw pressures : -0.35096E+00 0.00000E+00
+ Smoothing pressures 46365.9223 24.7288 0.2232
+ do leaf measurements 46365.9235 24.7300 0.0011
+ compute convergence criterion 46365.9667 24.7732 0.0432
+ velocity_diff_norm = 0.5897255 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 46365.9716
+ -----------------------------------
+ build system 46365.9761 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72218E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46373.9210 7.9494 7.9449
+ =================================
+ wsmp: initialisation time: 0.0520480 s
+ wsmp: ordering time: 4.1621802 s
+ wsmp: symbolic fact. time: 0.7261610 s
+ wsmp: Cholesky fact. time: 11.3964179 s
+ wsmp: Factorisation 14458.1995811 Mflops
+ wsmp: back substitution time: 0.1626959 s
+ wsmp: from b to rhs vector: 0.0071161 s
+ ---------------------------------
+ wsmp: total solve time: 16.5069911 s
+ =================================
+ u : -0.10154E+01 0.13698E+00
+ v : -0.48859E-01 0.10194E+00
+ w : -0.76758E+00 0.22651E+00
+ =================================
+ Calculate pressures 46390.4510 24.4794 16.5300
+ raw pressures : -0.12356E+01 0.17937E+00
+ Smoothing pressures 46390.6742 24.7026 0.2232
+ do leaf measurements 46390.6755 24.7039 0.0013
+ compute convergence criterion 46390.7181 24.7465 0.0426
+ velocity_diff_norm = 0.0718090 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46390.7231
+ -----------------------------------
+ build system 46390.7276 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46398.7275 8.0044 7.9999
+ =================================
+ wsmp: initialisation time: 0.0521860 s
+ wsmp: ordering time: 4.1721830 s
+ wsmp: symbolic fact. time: 0.7210081 s
+ wsmp: Cholesky fact. time: 11.4073009 s
+ wsmp: Factorisation 14444.4057898 Mflops
+ wsmp: back substitution time: 0.1633160 s
+ wsmp: from b to rhs vector: 0.0071301 s
+ ---------------------------------
+ wsmp: total solve time: 16.5235200 s
+ =================================
+ u : -0.10174E+01 0.15501E+00
+ v : -0.37308E-01 0.11832E+00
+ w : -0.74662E+00 0.23172E+00
+ =================================
+ Calculate pressures 46415.2732 24.5501 16.5457
+ raw pressures : -0.13716E+01 0.31206E+00
+ Smoothing pressures 46415.4978 24.7747 0.2245
+ do leaf measurements 46415.4989 24.7758 0.0011
+ compute convergence criterion 46415.5416 24.8186 0.0427
+ velocity_diff_norm = 0.0360821 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46415.5466
+ -----------------------------------
+ build system 46415.5510 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46423.4879 7.9413 7.9369
+ =================================
+ wsmp: initialisation time: 0.0548999 s
+ wsmp: ordering time: 4.1742280 s
+ wsmp: symbolic fact. time: 0.7207391 s
+ wsmp: Cholesky fact. time: 11.4788702 s
+ wsmp: Factorisation 14354.3468715 Mflops
+ wsmp: back substitution time: 0.1635010 s
+ wsmp: from b to rhs vector: 0.0071521 s
+ ---------------------------------
+ wsmp: total solve time: 16.5997729 s
+ =================================
+ u : -0.10174E+01 0.17566E+00
+ v : -0.37868E-01 0.12299E+00
+ w : -0.73744E+00 0.22922E+00
+ =================================
+ Calculate pressures 46440.1103 24.5637 16.6224
+ raw pressures : -0.14701E+01 0.35917E+00
+ Smoothing pressures 46440.3334 24.7869 0.2231
+ do leaf measurements 46440.3346 24.7880 0.0012
+ compute convergence criterion 46440.3772 24.8307 0.0427
+ velocity_diff_norm = 0.0157599 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46440.3822
+ -----------------------------------
+ build system 46440.3867 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46448.3814 7.9992 7.9947
+ =================================
+ wsmp: initialisation time: 0.0531421 s
+ wsmp: ordering time: 4.1527390 s
+ wsmp: symbolic fact. time: 0.7191851 s
+ wsmp: Cholesky fact. time: 11.3896599 s
+ wsmp: Factorisation 14466.7782522 Mflops
+ wsmp: back substitution time: 0.1628699 s
+ wsmp: from b to rhs vector: 0.0071371 s
+ ---------------------------------
+ wsmp: total solve time: 16.4852600 s
+ =================================
+ u : -0.10172E+01 0.19334E+00
+ v : -0.40755E-01 0.12552E+00
+ w : -0.73279E+00 0.22835E+00
+ =================================
+ Calculate pressures 46464.8887 24.5065 16.5073
+ raw pressures : -0.15131E+01 0.36653E+00
+ Smoothing pressures 46465.1113 24.7290 0.2225
+ do leaf measurements 46465.1125 24.7303 0.0012
+ compute convergence criterion 46465.1561 24.7739 0.0436
+ velocity_diff_norm = 0.0107274 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46465.1611
+ -----------------------------------
+ build system 46465.1657 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46473.1744 8.0133 8.0086
+ =================================
+ wsmp: initialisation time: 0.0554750 s
+ wsmp: ordering time: 4.1687369 s
+ wsmp: symbolic fact. time: 0.7145388 s
+ wsmp: Cholesky fact. time: 11.4085109 s
+ wsmp: Factorisation 14442.8738318 Mflops
+ wsmp: back substitution time: 0.1636770 s
+ wsmp: from b to rhs vector: 0.0071700 s
+ ---------------------------------
+ wsmp: total solve time: 16.5185409 s
+ =================================
+ u : -0.10169E+01 0.20891E+00
+ v : -0.43156E-01 0.12557E+00
+ w : -0.72826E+00 0.22777E+00
+ =================================
+ Calculate pressures 46489.7164 24.5553 16.5421
+ raw pressures : -0.15346E+01 0.36365E+00
+ Smoothing pressures 46489.9425 24.7814 0.2260
+ do leaf measurements 46489.9436 24.7825 0.0012
+ compute convergence criterion 46489.9863 24.8252 0.0427
+ velocity_diff_norm = 0.0080595 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 46489.9893 24.8282 0.0030
+Compute isostasy and adjust vertical 46489.9895 24.8284 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -202505809698904.47 371842097584375.06
+ def in m -8.0030374526977539 0.69394606351852417
+ dimensionless def -1.84495380946568068E-6 2.28658212934221516E-5
+ Isostatic velocity range = -0.0180985 0.2282176
+ Compute divergence 46490.1991 25.0379 0.2095
+ wsmp_cleanup 46490.2349 25.0737 0.0358
+ Reset surface geometry 46490.2400 25.0789 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 46490.2483 25.0872 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 46490.2661 25.1049 0.0178
+ Advect surface 1 46490.2662 25.1051 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 46490.4621 25.3009 0.1958
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 46490.6618 25.5007 0.1998
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 46490.9172 25.7561 0.2553
+ Advect the cloud 46491.0799 25.9188 0.1627
+ Write output 46491.9642 26.8030 0.8842
+ End of time step 46516.9209 51.7598 24.9568
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 287 46516.9211
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 46516.9211 0.0001 0.0001
+ surface 01 46516.9212 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 46516.9212 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 46516.9474 0.0264 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 46516.9655 0.0444 0.0180
+ S. 2: 17014points
+ refine surface 46516.9656 0.0446 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 46516.9937 0.0727 0.0281
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 46517.0161 0.0950 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 46517.0420 0.1209 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 17017points
+ surface 03 46517.0602 0.1391 0.0182
+ S. 3: 17026points
+ refine surface 46517.0603 0.1393 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 46517.0871 0.1660 0.0268
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 46517.1100 0.1889 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 46517.1360 0.2149 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17027points
+ -----------------------------------------------------------------------
+ Start of iteration 1 46517.1610
+ -----------------------------------------------------------------------
+ Create octree solve 46517.1613 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 46517.1771 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 46517.1987 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 46517.1994 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 46517.2136 0.0526 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 46517.3358 0.1748 0.1222
+ Imbed surface in osolve 46517.5270 0.3659 0.1911
+ embedding surface 1 46517.5271 0.3661 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 46519.5052 2.3441 1.9780
+ osolve%nleaves= 59424
+ embedding surface 3 46521.6080 4.4470 2.1029
+ osolve%nleaves= 64128
+ Assessing octree stability 46525.1822 8.0212 3.5742
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 46525.1874 8.0264 0.0052
+ Interpolate velo onto osolve 46525.6972 8.5361 0.5097
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 46525.7660 8.6049 0.0688
+ Find void 46526.0397 8.8787 0.2737
+ whole leaf in fluid 32992
+ Define boundary conditions 46526.0694 8.9084 0.0297
+ wsmp setup1 46526.0772 8.9162 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 46527.0869 9.9258 1.0097
+ -----------------------------------
+ start of non-linear iteratio 1 46527.1355
+ -----------------------------------
+ build system 46527.1357 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46535.0504 7.9149 7.9147
+ =================================
+ wsmp: initialisation time: 0.0569971 s
+ wsmp: ordering time: 4.2017930 s
+ wsmp: symbolic fact. time: 0.7257700 s
+ wsmp: Cholesky fact. time: 11.4068968 s
+ wsmp: Factorisation 14444.9175211 Mflops
+ wsmp: back substitution time: 0.1707420 s
+ wsmp: from b to rhs vector: 0.0071640 s
+ ---------------------------------
+ wsmp: total solve time: 16.5697830 s
+ =================================
+ u : -0.10158E+01 0.18496E+00
+ v : -0.94407E-01 0.11247E+00
+ w : -0.76228E+00 0.24649E+00
+ =================================
+ Calculate pressures 46551.6462 24.5107 16.5958
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 46551.8672 24.7317 0.2210
+ do leaf measurements 46551.8683 24.7327 0.0011
+ compute convergence criterion 46551.9105 24.7750 0.0422
+ velocity_diff_norm = 0.5898860 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 46551.9157
+ -----------------------------------
+ build system 46551.9204 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72270E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46559.9114 7.9957 7.9910
+ =================================
+ wsmp: initialisation time: 0.0516019 s
+ wsmp: ordering time: 4.1765771 s
+ wsmp: symbolic fact. time: 0.7206950 s
+ wsmp: Cholesky fact. time: 11.4021940 s
+ wsmp: Factorisation 14450.8752913 Mflops
+ wsmp: back substitution time: 0.1705520 s
+ wsmp: from b to rhs vector: 0.0073838 s
+ ---------------------------------
+ wsmp: total solve time: 16.5294390 s
+ =================================
+ u : -0.10151E+01 0.13747E+00
+ v : -0.49020E-01 0.10200E+00
+ w : -0.76752E+00 0.22640E+00
+ =================================
+ Calculate pressures 46576.4666 24.5510 16.5553
+ raw pressures : -0.12361E+01 0.18005E+00
+ Smoothing pressures 46576.6881 24.7724 0.2214
+ do leaf measurements 46576.6892 24.7735 0.0011
+ compute convergence criterion 46576.7318 24.8162 0.0427
+ velocity_diff_norm = 0.0716334 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46576.7370
+ -----------------------------------
+ build system 46576.7418 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46584.6801 7.9431 7.9383
+ =================================
+ wsmp: initialisation time: 0.0524969 s
+ wsmp: ordering time: 4.1824329 s
+ wsmp: symbolic fact. time: 0.7177150 s
+ wsmp: Cholesky fact. time: 11.4762180 s
+ wsmp: Factorisation 14357.6641789 Mflops
+ wsmp: back substitution time: 0.1704161 s
+ wsmp: from b to rhs vector: 0.0069308 s
+ ---------------------------------
+ wsmp: total solve time: 16.6066329 s
+ =================================
+ u : -0.10173E+01 0.15527E+00
+ v : -0.37555E-01 0.11837E+00
+ w : -0.74693E+00 0.23152E+00
+ =================================
+ Calculate pressures 46601.3124 24.5754 16.6323
+ raw pressures : -0.13718E+01 0.31234E+00
+ Smoothing pressures 46601.5334 24.7964 0.2210
+ do leaf measurements 46601.5346 24.7976 0.0011
+ compute convergence criterion 46601.5767 24.8397 0.0421
+ velocity_diff_norm = 0.0361868 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46601.5818
+ -----------------------------------
+ build system 46601.5866 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46609.5654 7.9835 7.9788
+ =================================
+ wsmp: initialisation time: 0.0541091 s
+ wsmp: ordering time: 4.1788349 s
+ wsmp: symbolic fact. time: 0.7200480 s
+ wsmp: Cholesky fact. time: 11.3993838 s
+ wsmp: Factorisation 14454.4378018 Mflops
+ wsmp: back substitution time: 0.1695671 s
+ wsmp: from b to rhs vector: 0.0072820 s
+ ---------------------------------
+ wsmp: total solve time: 16.5296671 s
+ =================================
+ u : -0.10173E+01 0.17573E+00
+ v : -0.37913E-01 0.12308E+00
+ w : -0.73768E+00 0.22923E+00
+ =================================
+ Calculate pressures 46626.1199 24.5381 16.5546
+ raw pressures : -0.14701E+01 0.35960E+00
+ Smoothing pressures 46626.3398 24.7580 0.2199
+ do leaf measurements 46626.3409 24.7591 0.0011
+ compute convergence criterion 46626.3833 24.8015 0.0423
+ velocity_diff_norm = 0.0157970 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46626.3884
+ -----------------------------------
+ build system 46626.3943 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46634.4136 8.0253 8.0194
+ =================================
+ wsmp: initialisation time: 0.0530162 s
+ wsmp: ordering time: 4.1772969 s
+ wsmp: symbolic fact. time: 0.7191989 s
+ wsmp: Cholesky fact. time: 11.4173560 s
+ wsmp: Factorisation 14431.6848550 Mflops
+ wsmp: back substitution time: 0.1702628 s
+ wsmp: from b to rhs vector: 0.0072789 s
+ ---------------------------------
+ wsmp: total solve time: 16.5448582 s
+ =================================
+ u : -0.10172E+01 0.19334E+00
+ v : -0.40748E-01 0.12565E+00
+ w : -0.73298E+00 0.22839E+00
+ =================================
+ Calculate pressures 46650.9838 24.5954 16.5702
+ raw pressures : -0.15136E+01 0.36737E+00
+ Smoothing pressures 46651.2071 24.8187 0.2233
+ do leaf measurements 46651.2082 24.8198 0.0011
+ compute convergence criterion 46651.2504 24.8621 0.0423
+ velocity_diff_norm = 0.0107370 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46651.2555
+ -----------------------------------
+ build system 46651.2603 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46659.1994 7.9439 7.9391
+ =================================
+ wsmp: initialisation time: 0.0543261 s
+ wsmp: ordering time: 4.2035289 s
+ wsmp: symbolic fact. time: 0.7258339 s
+ wsmp: Cholesky fact. time: 11.4576590 s
+ wsmp: Factorisation 14380.9205517 Mflops
+ wsmp: back substitution time: 0.1803551 s
+ wsmp: from b to rhs vector: 0.0072050 s
+ ---------------------------------
+ wsmp: total solve time: 16.6293309 s
+ =================================
+ u : -0.10169E+01 0.20890E+00
+ v : -0.43134E-01 0.12567E+00
+ w : -0.72847E+00 0.22782E+00
+ =================================
+ Calculate pressures 46675.8549 24.5993 16.6555
+ raw pressures : -0.15350E+01 0.36425E+00
+ Smoothing pressures 46676.0751 24.8196 0.2203
+ do leaf measurements 46676.0762 24.8207 0.0011
+ compute convergence criterion 46676.1185 24.8629 0.0423
+ velocity_diff_norm = 0.0080559 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 46676.1217 24.8662 0.0032
+Compute isostasy and adjust vertical 46676.1218 24.8663 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -202802028738042.88 372899256936644.06
+ def in m -8.0030336380004883 0.69291675090789795
+ dimensionless def -1.84171489306858596E-6 2.28658103942871093E-5
+ Isostatic velocity range = -0.0180726 0.2282100
+ Compute divergence 46676.3352 25.0797 0.2134
+ wsmp_cleanup 46676.3720 25.1165 0.0367
+ Reset surface geometry 46676.3770 25.1215 0.0050
+ -----------------------------------------------------------------------
+ Temperature calculations 46676.3852 25.1297 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 46676.4031 25.1476 0.0178
+ Advect surface 1 46676.4032 25.1477 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 46676.6014 25.3459 0.1981
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 46676.8012 25.5457 0.1998
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 46677.0529 25.7974 0.2518
+ Advect the cloud 46677.2154 25.9599 0.1625
+ Write output 46678.0914 26.8359 0.8760
+ End of time step 46678.9776 27.7221 0.8862
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 288 46678.9777
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 46678.9778 0.0001 0.0001
+ surface 01 46678.9778 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 46678.9779 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 46679.0041 0.0263 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 46679.0221 0.0443 0.0180
+ S. 2: 17017points
+ refine surface 46679.0222 0.0445 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 46679.0491 0.0713 0.0269
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 46679.0718 0.0941 0.0228
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 46679.0979 0.1201 0.0260
+ S. 2: 0 flips in delaunay2
+ S. 2: 17018points
+ surface 03 46679.1160 0.1383 0.0182
+ S. 3: 17027points
+ refine surface 46679.1162 0.1384 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 46679.1433 0.1656 0.0271
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 46679.1659 0.1882 0.0226
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 46679.1922 0.2145 0.0263
+ S. 3: 0 flips in delaunay2
+ S. 3: 17028points
+ -----------------------------------------------------------------------
+ Start of iteration 1 46679.2167
+ -----------------------------------------------------------------------
+ Create octree solve 46679.2169 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 46679.2328 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 46679.2542 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 46679.2550 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 46679.2691 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 46679.3913 0.1746 0.1221
+ Imbed surface in osolve 46679.5831 0.3665 0.1919
+ embedding surface 1 46679.5833 0.3666 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 46681.5523 2.3356 1.9690
+ osolve%nleaves= 59424
+ embedding surface 3 46683.6564 4.4397 2.1041
+ osolve%nleaves= 64128
+ Assessing octree stability 46687.2213 8.0046 3.5648
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 46687.2265 8.0098 0.0052
+ Interpolate velo onto osolve 46687.7103 8.4936 0.4838
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 46687.8403 8.6236 0.1299
+ Find void 46688.1137 8.8970 0.2735
+ whole leaf in fluid 32992
+ Define boundary conditions 46688.1429 8.9262 0.0292
+ wsmp setup1 46688.1506 8.9339 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 46689.1599 9.9432 1.0093
+ -----------------------------------
+ start of non-linear iteratio 1 46689.2078
+ -----------------------------------
+ build system 46689.2080 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46697.1223 7.9145 7.9143
+ =================================
+ wsmp: initialisation time: 0.0587139 s
+ wsmp: ordering time: 4.2055590 s
+ wsmp: symbolic fact. time: 0.7273250 s
+ wsmp: Cholesky fact. time: 11.4302812 s
+ wsmp: Factorisation 14415.3657759 Mflops
+ wsmp: back substitution time: 0.1869571 s
+ wsmp: from b to rhs vector: 0.0070970 s
+ ---------------------------------
+ wsmp: total solve time: 16.6163549 s
+ =================================
+ u : -0.10267E+01 0.18560E+00
+ v : -0.95237E-01 0.11421E+00
+ w : -0.76235E+00 0.24798E+00
+ =================================
+ Calculate pressures 46713.7658 24.5579 16.6435
+ raw pressures : -0.35085E+00 0.00000E+00
+ Smoothing pressures 46713.9870 24.7792 0.2212
+ do leaf measurements 46713.9881 24.7803 0.0011
+ compute convergence criterion 46714.0304 24.8226 0.0423
+ velocity_diff_norm = 0.5894102 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 46714.0354
+ -----------------------------------
+ build system 46714.0400 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71204E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46722.0231 7.9878 7.9832
+ =================================
+ wsmp: initialisation time: 0.0528171 s
+ wsmp: ordering time: 4.1771920 s
+ wsmp: symbolic fact. time: 0.7195680 s
+ wsmp: Cholesky fact. time: 11.3958580 s
+ wsmp: Factorisation 14458.9098215 Mflops
+ wsmp: back substitution time: 0.1882491 s
+ wsmp: from b to rhs vector: 0.0072379 s
+ ---------------------------------
+ wsmp: total solve time: 16.5413542 s
+ =================================
+ u : -0.10149E+01 0.13788E+00
+ v : -0.48555E-01 0.10173E+00
+ w : -0.76781E+00 0.22780E+00
+ =================================
+ Calculate pressures 46738.5919 24.5565 16.5687
+ raw pressures : -0.12360E+01 0.18056E+00
+ Smoothing pressures 46738.8137 24.7783 0.2219
+ do leaf measurements 46738.8149 24.7795 0.0012
+ compute convergence criterion 46738.8576 24.8222 0.0427
+ velocity_diff_norm = 0.0712819 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46738.8626
+ -----------------------------------
+ build system 46738.8673 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46746.8049 7.9423 7.9377
+ =================================
+ wsmp: initialisation time: 0.0544620 s
+ wsmp: ordering time: 4.1733842 s
+ wsmp: symbolic fact. time: 0.7196341 s
+ wsmp: Cholesky fact. time: 11.4743621 s
+ wsmp: Factorisation 14359.9863711 Mflops
+ wsmp: back substitution time: 0.1876440 s
+ wsmp: from b to rhs vector: 0.0071390 s
+ ---------------------------------
+ wsmp: total solve time: 16.6170428 s
+ =================================
+ u : -0.10171E+01 0.15556E+00
+ v : -0.37669E-01 0.11821E+00
+ w : -0.74681E+00 0.23243E+00
+ =================================
+ Calculate pressures 46763.4496 24.5869 16.6446
+ raw pressures : -0.13721E+01 0.31296E+00
+ Smoothing pressures 46763.6716 24.8090 0.2220
+ do leaf measurements 46763.6727 24.8101 0.0011
+ compute convergence criterion 46763.7151 24.8524 0.0423
+ velocity_diff_norm = 0.0361670 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46763.7200
+ -----------------------------------
+ build system 46763.7246 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46771.6790 7.9589 7.9544
+ =================================
+ wsmp: initialisation time: 0.0529430 s
+ wsmp: ordering time: 4.1756091 s
+ wsmp: symbolic fact. time: 0.7255909 s
+ wsmp: Cholesky fact. time: 11.3886731 s
+ wsmp: Factorisation 14468.0317807 Mflops
+ wsmp: back substitution time: 0.1869209 s
+ wsmp: from b to rhs vector: 0.0071790 s
+ ---------------------------------
+ wsmp: total solve time: 16.5373309 s
+ =================================
+ u : -0.10172E+01 0.17598E+00
+ v : -0.37824E-01 0.12291E+00
+ w : -0.73764E+00 0.22964E+00
+ =================================
+ Calculate pressures 46788.2436 24.5236 16.5647
+ raw pressures : -0.14709E+01 0.36048E+00
+ Smoothing pressures 46788.4653 24.7453 0.2217
+ do leaf measurements 46788.4664 24.7464 0.0011
+ compute convergence criterion 46788.5088 24.7887 0.0424
+ velocity_diff_norm = 0.0157524 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46788.5138
+ -----------------------------------
+ build system 46788.5183 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46796.5387 8.0250 8.0204
+ =================================
+ wsmp: initialisation time: 0.0520909 s
+ wsmp: ordering time: 4.1864090 s
+ wsmp: symbolic fact. time: 0.7182710 s
+ wsmp: Cholesky fact. time: 11.3987842 s
+ wsmp: Factorisation 14455.1981644 Mflops
+ wsmp: back substitution time: 0.1877191 s
+ wsmp: from b to rhs vector: 0.0071800 s
+ ---------------------------------
+ wsmp: total solve time: 16.5508690 s
+ =================================
+ u : -0.10171E+01 0.19358E+00
+ v : -0.40615E-01 0.12544E+00
+ w : -0.73301E+00 0.22860E+00
+ =================================
+ Calculate pressures 46813.1175 24.6038 16.5788
+ raw pressures : -0.15142E+01 0.36781E+00
+ Smoothing pressures 46813.3413 24.8275 0.2237
+ do leaf measurements 46813.3424 24.8286 0.0011
+ compute convergence criterion 46813.3855 24.8717 0.0431
+ velocity_diff_norm = 0.0107152 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46813.3905
+ -----------------------------------
+ build system 46813.3950 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46821.3367 7.9462 7.9417
+ =================================
+ wsmp: initialisation time: 0.0539110 s
+ wsmp: ordering time: 4.2077169 s
+ wsmp: symbolic fact. time: 0.7267470 s
+ wsmp: Cholesky fact. time: 11.4703701 s
+ wsmp: Factorisation 14364.9841370 Mflops
+ wsmp: back substitution time: 0.1872368 s
+ wsmp: from b to rhs vector: 0.0071652 s
+ ---------------------------------
+ wsmp: total solve time: 16.6535661 s
+ =================================
+ u : -0.10169E+01 0.20912E+00
+ v : -0.43048E-01 0.12555E+00
+ w : -0.72847E+00 0.22795E+00
+ =================================
+ Calculate pressures 46838.0182 24.6277 16.6815
+ raw pressures : -0.15358E+01 0.36489E+00
+ Smoothing pressures 46838.2399 24.8495 0.2218
+ do leaf measurements 46838.2411 24.8506 0.0011
+ compute convergence criterion 46838.2834 24.8930 0.0424
+ velocity_diff_norm = 0.0080515 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 46838.2864 24.8960 0.0030
+Compute isostasy and adjust vertical 46838.2866 24.8961 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -203094246937197.47 373957521471066.81
+ def in m -8.0025739669799805 0.69326704740524292
+ dimensionless def -1.8370768002101354E-6 2.28644970485142283E-5
+ Isostatic velocity range = -0.0180328 0.2281907
+ Compute divergence 46838.4984 25.1079 0.2118
+ wsmp_cleanup 46838.5347 25.1443 0.0364
+ Reset surface geometry 46838.5399 25.1494 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 46838.5480 25.1576 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 46838.5657 25.1753 0.0177
+ Advect surface 1 46838.5659 25.1754 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 46838.7582 25.3677 0.1923
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 46838.9494 25.5589 0.1911
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 46839.2040 25.8135 0.2546
+ Advect the cloud 46839.3656 25.9751 0.1616
+ Write output 46840.2394 26.8489 0.8738
+ End of time step 46841.1244 27.7340 0.8851
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 289 46841.1246
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 46841.1246 0.0001 0.0001
+ surface 01 46841.1247 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 46841.1247 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 46841.1522 0.0276 0.0274
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 46841.1746 0.0500 0.0225
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 46841.2003 0.0757 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 46841.2186 0.0940 0.0183
+ S. 2: 17018points
+ refine surface 46841.2188 0.0942 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 46841.2454 0.1208 0.0266
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 46841.2679 0.1433 0.0225
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 46841.2936 0.1690 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 17019points
+ surface 03 46841.3120 0.1874 0.0184
+ S. 3: 17028points
+ refine surface 46841.3121 0.1875 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 46841.3407 0.2161 0.0286
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 46841.3629 0.2383 0.0222
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 46841.3889 0.2643 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17031points
+ -----------------------------------------------------------------------
+ Start of iteration 1 46841.4134
+ -----------------------------------------------------------------------
+ Create octree solve 46841.4137 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 46841.4295 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 46841.4516 0.0382 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 46841.4524 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 46841.4666 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 46841.5888 0.1753 0.1222
+ Imbed surface in osolve 46841.7792 0.3658 0.1904
+ embedding surface 1 46841.7794 0.3659 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 46843.7470 2.3335 1.9676
+ osolve%nleaves= 59424
+ embedding surface 3 46845.8734 4.4599 2.1264
+ osolve%nleaves= 64128
+ Assessing octree stability 46849.4360 8.0225 3.5626
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 46849.4414 8.0280 0.0054
+ Interpolate velo onto osolve 46849.9375 8.5241 0.4961
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 46850.0200 8.6066 0.0825
+ Find void 46850.2873 8.8738 0.2672
+ whole leaf in fluid 32992
+ Define boundary conditions 46850.3159 8.9025 0.0286
+ wsmp setup1 46850.3229 8.9094 0.0070
+ n = 128799
+ nz= 4957209
+ wsmp setup2 46851.3423 9.9289 1.0195
+ -----------------------------------
+ start of non-linear iteratio 1 46851.3918
+ -----------------------------------
+ build system 46851.3919 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46859.3201 7.9283 7.9282
+ =================================
+ wsmp: initialisation time: 0.0566380 s
+ wsmp: ordering time: 4.2170939 s
+ wsmp: symbolic fact. time: 0.7278550 s
+ wsmp: Cholesky fact. time: 11.4568470 s
+ wsmp: Factorisation 14381.9398617 Mflops
+ wsmp: back substitution time: 0.1978769 s
+ wsmp: from b to rhs vector: 0.0072150 s
+ ---------------------------------
+ wsmp: total solve time: 16.6639001 s
+ =================================
+ u : -0.10158E+01 0.18434E+00
+ v : -0.93952E-01 0.11291E+00
+ w : -0.76219E+00 0.24613E+00
+ =================================
+ Calculate pressures 46876.0128 24.6210 16.6927
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 46876.2345 24.8428 0.2217
+ do leaf measurements 46876.2356 24.8439 0.0011
+ compute convergence criterion 46876.2781 24.8863 0.0425
+ velocity_diff_norm = 0.5886663 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 46876.2832
+ -----------------------------------
+ build system 46876.2879 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72827E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46884.2953 8.0121 8.0073
+ =================================
+ wsmp: initialisation time: 0.0522859 s
+ wsmp: ordering time: 4.1848199 s
+ wsmp: symbolic fact. time: 0.7190959 s
+ wsmp: Cholesky fact. time: 11.3930311 s
+ wsmp: Factorisation 14462.4974807 Mflops
+ wsmp: back substitution time: 0.1970809 s
+ wsmp: from b to rhs vector: 0.0072889 s
+ ---------------------------------
+ wsmp: total solve time: 16.5539920 s
+ =================================
+ u : -0.10152E+01 0.13703E+00
+ v : -0.48899E-01 0.10214E+00
+ w : -0.76754E+00 0.22621E+00
+ =================================
+ Calculate pressures 46900.8772 24.5940 16.5819
+ raw pressures : -0.12355E+01 0.18040E+00
+ Smoothing pressures 46901.0981 24.8150 0.2209
+ do leaf measurements 46901.0992 24.8161 0.0011
+ compute convergence criterion 46901.1421 24.8589 0.0428
+ velocity_diff_norm = 0.0710065 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 46901.1472
+ -----------------------------------
+ build system 46901.1520 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46909.1169 7.9697 7.9648
+ =================================
+ wsmp: initialisation time: 0.0564241 s
+ wsmp: ordering time: 4.1809220 s
+ wsmp: symbolic fact. time: 0.7183959 s
+ wsmp: Cholesky fact. time: 11.4311290 s
+ wsmp: Factorisation 14414.2966265 Mflops
+ wsmp: back substitution time: 0.1976390 s
+ wsmp: from b to rhs vector: 0.0072801 s
+ ---------------------------------
+ wsmp: total solve time: 16.5921800 s
+ =================================
+ u : -0.10173E+01 0.15500E+00
+ v : -0.37945E-01 0.11853E+00
+ w : -0.74664E+00 0.23129E+00
+ =================================
+ Calculate pressures 46925.7379 24.5907 16.6210
+ raw pressures : -0.13710E+01 0.31184E+00
+ Smoothing pressures 46925.9598 24.8126 0.2219
+ do leaf measurements 46925.9609 24.8137 0.0011
+ compute convergence criterion 46926.0034 24.8562 0.0425
+ velocity_diff_norm = 0.0361695 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 46926.0085
+ -----------------------------------
+ build system 46926.0133 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46933.9508 7.9423 7.9375
+ =================================
+ wsmp: initialisation time: 0.0543330 s
+ wsmp: ordering time: 4.1921799 s
+ wsmp: symbolic fact. time: 0.7258749 s
+ wsmp: Cholesky fact. time: 11.3962102 s
+ wsmp: Factorisation 14458.4630395 Mflops
+ wsmp: back substitution time: 0.1983840 s
+ wsmp: from b to rhs vector: 0.0073080 s
+ ---------------------------------
+ wsmp: total solve time: 16.5746899 s
+ =================================
+ u : -0.10173E+01 0.17560E+00
+ v : -0.37991E-01 0.12318E+00
+ w : -0.73745E+00 0.22903E+00
+ =================================
+ Calculate pressures 46950.5537 24.5452 16.6029
+ raw pressures : -0.14697E+01 0.35913E+00
+ Smoothing pressures 46950.7748 24.7663 0.2211
+ do leaf measurements 46950.7759 24.7674 0.0011
+ compute convergence criterion 46950.8184 24.8099 0.0425
+ velocity_diff_norm = 0.0157255 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 46950.8235
+ -----------------------------------
+ build system 46950.8282 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46958.8247 8.0013 7.9965
+ =================================
+ wsmp: initialisation time: 0.0544631 s
+ wsmp: ordering time: 4.1924951 s
+ wsmp: symbolic fact. time: 0.7208819 s
+ wsmp: Cholesky fact. time: 11.4166319 s
+ wsmp: Factorisation 14432.6001560 Mflops
+ wsmp: back substitution time: 0.1984072 s
+ wsmp: from b to rhs vector: 0.0070798 s
+ ---------------------------------
+ wsmp: total solve time: 16.5903590 s
+ =================================
+ u : -0.10171E+01 0.19325E+00
+ v : -0.40737E-01 0.12565E+00
+ w : -0.73283E+00 0.22813E+00
+ =================================
+ Calculate pressures 46975.4444 24.6210 16.6197
+ raw pressures : -0.15130E+01 0.36668E+00
+ Smoothing pressures 46975.6687 24.8453 0.2243
+ do leaf measurements 46975.6698 24.8464 0.0011
+ compute convergence criterion 46975.7124 24.8889 0.0426
+ velocity_diff_norm = 0.0106931 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 46975.7174
+ -----------------------------------
+ build system 46975.7221 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 46983.6625 7.9451 7.9404
+ =================================
+ wsmp: initialisation time: 0.0551221 s
+ wsmp: ordering time: 4.2034628 s
+ wsmp: symbolic fact. time: 0.7205150 s
+ wsmp: Cholesky fact. time: 11.4921639 s
+ wsmp: Factorisation 14337.7422527 Mflops
+ wsmp: back substitution time: 0.1979570 s
+ wsmp: from b to rhs vector: 0.0072119 s
+ ---------------------------------
+ wsmp: total solve time: 16.6768410 s
+ =================================
+ u : -0.10169E+01 0.20884E+00
+ v : -0.43116E-01 0.12574E+00
+ w : -0.72832E+00 0.22775E+00
+ =================================
+ Calculate pressures 47000.3685 24.6510 16.7059
+ raw pressures : -0.15346E+01 0.36378E+00
+ Smoothing pressures 47000.5899 24.8724 0.2214
+ do leaf measurements 47000.5910 24.8735 0.0011
+ compute convergence criterion 47000.6334 24.9160 0.0424
+ velocity_diff_norm = 0.0080497 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47000.6366 24.9192 0.0033
+Compute isostasy and adjust vertical 47000.6368 24.9194 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -203391801145740.88 375011395686361.13
+ def in m -8.0032644271850586 0.69409936666488647
+ dimensionless def -1.83628303664071222E-6 2.28664697919573104E-5
+ Isostatic velocity range = -0.0180278 0.2282041
+ Compute divergence 47000.8408 25.1234 0.2040
+ wsmp_cleanup 47000.8772 25.1598 0.0364
+ Reset surface geometry 47000.8824 25.1650 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 47000.8907 25.1733 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47000.9079 25.1905 0.0172
+ Advect surface 1 47000.9081 25.1906 0.0002
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47001.1012 25.3838 0.1932
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47001.2981 25.5807 0.1969
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47001.5538 25.8364 0.2557
+ Advect the cloud 47001.7179 26.0004 0.1640
+ Write output 47002.5953 26.8779 0.8774
+ End of time step 47003.4768 27.7594 0.8815
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 290 47003.4770
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47003.4770 0.0001 0.0001
+ surface 01 47003.4771 0.0001 0.0000
+ S. 1: 17024points
+ refine surface 47003.4771 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47003.5031 0.0261 0.0260
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 47003.5213 0.0443 0.0182
+ S. 2: 17019points
+ refine surface 47003.5214 0.0445 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 47003.5489 0.0720 0.0275
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47003.5716 0.0947 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47003.5974 0.1204 0.0258
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 47003.6161 0.1391 0.0187
+ S. 3: 17031points
+ refine surface 47003.6162 0.1392 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 47003.6444 0.1675 0.0282
+ S. 3: 5 flips in delaunay2
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47003.6712 0.1942 0.0267
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47003.6972 0.2203 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17034points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47003.7218
+ -----------------------------------------------------------------------
+ Create octree solve 47003.7220 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47003.7379 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 47003.7597 0.0379 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47003.7605 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47003.7746 0.0528 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 47003.8968 0.1750 0.1221
+ Imbed surface in osolve 47004.0877 0.3659 0.1909
+ embedding surface 1 47004.0878 0.3660 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47006.0700 2.3482 1.9821
+ osolve%nleaves= 59424
+ embedding surface 3 47008.1917 4.4699 2.1217
+ osolve%nleaves= 64128
+ Assessing octree stability 47011.7384 8.0166 3.5467
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47011.7437 8.0219 0.0053
+ Interpolate velo onto osolve 47012.2315 8.5097 0.4878
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47012.3373 8.6155 0.1058
+ Find void 47012.6067 8.8849 0.2694
+ whole leaf in fluid 32992
+ Define boundary conditions 47012.6357 8.9139 0.0290
+ wsmp setup1 47012.6435 8.9217 0.0077
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47013.6631 9.9413 1.0196
+ -----------------------------------
+ start of non-linear iteratio 1 47013.7124
+ -----------------------------------
+ build system 47013.7125 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47021.6293 7.9169 7.9168
+ =================================
+ wsmp: initialisation time: 0.0601220 s
+ wsmp: ordering time: 4.2267380 s
+ wsmp: symbolic fact. time: 0.7247770 s
+ wsmp: Cholesky fact. time: 11.4977021 s
+ wsmp: Factorisation 14330.8360341 Mflops
+ wsmp: back substitution time: 0.2092321 s
+ wsmp: from b to rhs vector: 0.0073819 s
+ ---------------------------------
+ wsmp: total solve time: 16.7263658 s
+ =================================
+ u : -0.10222E+01 0.18465E+00
+ v : -0.94802E-01 0.11329E+00
+ w : -0.76236E+00 0.24769E+00
+ =================================
+ Calculate pressures 47038.3852 24.6729 16.7559
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 47038.6060 24.8937 0.2208
+ do leaf measurements 47038.6072 24.8948 0.0011
+ compute convergence criterion 47038.6494 24.9370 0.0422
+ velocity_diff_norm = 0.5895872 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47038.6543
+ -----------------------------------
+ build system 47038.6589 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71644E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47046.6725 8.0182 8.0137
+ =================================
+ wsmp: initialisation time: 0.0529332 s
+ wsmp: ordering time: 4.1922200 s
+ wsmp: symbolic fact. time: 0.7196681 s
+ wsmp: Cholesky fact. time: 11.4019079 s
+ wsmp: Factorisation 14451.2378997 Mflops
+ wsmp: back substitution time: 0.2085931 s
+ wsmp: from b to rhs vector: 0.0072351 s
+ ---------------------------------
+ wsmp: total solve time: 16.5829849 s
+ =================================
+ u : -0.10153E+01 0.13719E+00
+ v : -0.48799E-01 0.10215E+00
+ w : -0.76759E+00 0.22737E+00
+ =================================
+ Calculate pressures 47063.2863 24.6319 16.6137
+ raw pressures : -0.12364E+01 0.18326E+00
+ Smoothing pressures 47063.5076 24.8533 0.2213
+ do leaf measurements 47063.5087 24.8544 0.0011
+ compute convergence criterion 47063.5514 24.8971 0.0427
+ velocity_diff_norm = 0.0715624 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47063.5564
+ -----------------------------------
+ build system 47063.5611 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47071.5514 7.9950 7.9903
+ =================================
+ wsmp: initialisation time: 0.0530040 s
+ wsmp: ordering time: 4.1781878 s
+ wsmp: symbolic fact. time: 0.7202520 s
+ wsmp: Cholesky fact. time: 11.4220030 s
+ wsmp: Factorisation 14425.8133561 Mflops
+ wsmp: back substitution time: 0.2093089 s
+ wsmp: from b to rhs vector: 0.0072119 s
+ ---------------------------------
+ wsmp: total solve time: 16.5904009 s
+ =================================
+ u : -0.10174E+01 0.15503E+00
+ v : -0.37552E-01 0.11858E+00
+ w : -0.74669E+00 0.23202E+00
+ =================================
+ Calculate pressures 47088.1723 24.6159 16.6210
+ raw pressures : -0.13713E+01 0.31213E+00
+ Smoothing pressures 47088.3963 24.8399 0.2239
+ do leaf measurements 47088.3974 24.8410 0.0011
+ compute convergence criterion 47088.4396 24.8832 0.0422
+ velocity_diff_norm = 0.0361804 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47088.4445
+ -----------------------------------
+ build system 47088.4494 0.0050 0.0050
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47096.3870 7.9426 7.9376
+ =================================
+ wsmp: initialisation time: 0.0530109 s
+ wsmp: ordering time: 4.2254460 s
+ wsmp: symbolic fact. time: 0.7234361 s
+ wsmp: Cholesky fact. time: 11.4290879 s
+ wsmp: Factorisation 14416.8708513 Mflops
+ wsmp: back substitution time: 0.2084420 s
+ wsmp: from b to rhs vector: 0.0071580 s
+ ---------------------------------
+ wsmp: total solve time: 16.6471400 s
+ =================================
+ u : -0.10174E+01 0.17559E+00
+ v : -0.37792E-01 0.12312E+00
+ w : -0.73745E+00 0.22939E+00
+ =================================
+ Calculate pressures 47113.0638 24.6194 16.6768
+ raw pressures : -0.14696E+01 0.35955E+00
+ Smoothing pressures 47113.2854 24.8409 0.2215
+ do leaf measurements 47113.2865 24.8420 0.0011
+ compute convergence criterion 47113.3300 24.8856 0.0436
+ velocity_diff_norm = 0.0158041 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47113.3351
+ -----------------------------------
+ build system 47113.3397 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47121.3140 7.9789 7.9743
+ =================================
+ wsmp: initialisation time: 0.0552390 s
+ wsmp: ordering time: 4.1988730 s
+ wsmp: symbolic fact. time: 0.7178400 s
+ wsmp: Cholesky fact. time: 11.4061990 s
+ wsmp: Factorisation 14445.8012864 Mflops
+ wsmp: back substitution time: 0.2086589 s
+ wsmp: from b to rhs vector: 0.0073829 s
+ ---------------------------------
+ wsmp: total solve time: 16.5946209 s
+ =================================
+ u : -0.10172E+01 0.19321E+00
+ v : -0.40687E-01 0.12568E+00
+ w : -0.73282E+00 0.22845E+00
+ =================================
+ Calculate pressures 47137.9389 24.6038 16.6249
+ raw pressures : -0.15128E+01 0.36687E+00
+ Smoothing pressures 47138.1608 24.8257 0.2219
+ do leaf measurements 47138.1619 24.8268 0.0011
+ compute convergence criterion 47138.2046 24.8695 0.0427
+ velocity_diff_norm = 0.0107158 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47138.2095
+ -----------------------------------
+ build system 47138.2142 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47146.1517 7.9421 7.9375
+ =================================
+ wsmp: initialisation time: 0.0550129 s
+ wsmp: ordering time: 4.1868861 s
+ wsmp: symbolic fact. time: 0.7176428 s
+ wsmp: Cholesky fact. time: 11.4670379 s
+ wsmp: Factorisation 14369.1583720 Mflops
+ wsmp: back substitution time: 0.2088671 s
+ wsmp: from b to rhs vector: 0.0071468 s
+ ---------------------------------
+ wsmp: total solve time: 16.6429908 s
+ =================================
+ u : -0.10170E+01 0.20876E+00
+ v : -0.43079E-01 0.12572E+00
+ w : -0.72829E+00 0.22787E+00
+ =================================
+ Calculate pressures 47162.8245 24.6150 16.6729
+ raw pressures : -0.15342E+01 0.36399E+00
+ Smoothing pressures 47163.0457 24.8362 0.2212
+ do leaf measurements 47163.0468 24.8373 0.0011
+ compute convergence criterion 47163.0890 24.8795 0.0422
+ velocity_diff_norm = 0.0080362 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47163.0920 24.8825 0.0030
+Compute isostasy and adjust vertical 47163.0922 24.8827 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -203675629007722.38 376073283786228.88
+ def in m -8.0023231506347656 0.69536387920379639
+ dimensionless def -1.83479615620204385E-6 2.2863780430385045E-5
+ Isostatic velocity range = -0.0180209 0.2281685
+ Compute divergence 47163.2954 25.0859 0.2032
+ wsmp_cleanup 47163.3336 25.1241 0.0382
+ Reset surface geometry 47163.3387 25.1292 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 47163.3469 25.1373 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47163.3634 25.1539 0.0165
+ Advect surface 1 47163.3636 25.1540 0.0002
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47163.5546 25.3450 0.1910
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47163.7511 25.5416 0.1966
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47164.0057 25.7961 0.2545
+ Advect the cloud 47164.1675 25.9580 0.1618
+ Write output 47165.0450 26.8355 0.8775
+ End of time step 47165.9350 27.7254 0.8900
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 291 47165.9351
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47165.9352 0.0001 0.0001
+ surface 01 47165.9352 0.0001 0.0000
+ S. 1: 17024points
+ refine surface 47165.9353 0.0001 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47165.9615 0.0264 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 47165.9794 0.0443 0.0179
+ S. 2: 17021points
+ refine surface 47165.9796 0.0444 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 47166.0064 0.0713 0.0268
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47166.0288 0.0937 0.0224
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47166.0543 0.1192 0.0255
+ S. 2: 0 flips in delaunay2
+ S. 2: 17022points
+ surface 03 47166.0727 0.1376 0.0183
+ S. 3: 17034points
+ refine surface 47166.0728 0.1377 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 47166.0995 0.1643 0.0266
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47166.1217 0.1865 0.0222
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47166.1473 0.2122 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 17035points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47166.1721
+ -----------------------------------------------------------------------
+ Create octree solve 47166.1724 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47166.1882 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 47166.2096 0.0375 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47166.2104 0.0383 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47166.2246 0.0524 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 47166.3475 0.1754 0.1230
+ Imbed surface in osolve 47166.5379 0.3658 0.1904
+ embedding surface 1 47166.5381 0.3660 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47168.5065 2.3344 1.9684
+ osolve%nleaves= 59424
+ embedding surface 3 47170.6176 4.4455 2.1110
+ osolve%nleaves= 64128
+ Assessing octree stability 47174.1931 8.0209 3.5755
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47174.1983 8.0262 0.0053
+ Interpolate velo onto osolve 47174.6922 8.5201 0.4939
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47174.7877 8.6156 0.0955
+ Find void 47175.0553 8.8832 0.2676
+ whole leaf in fluid 32992
+ Define boundary conditions 47175.0840 8.9119 0.0287
+ wsmp setup1 47175.0909 8.9188 0.0069
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47176.1123 9.9402 1.0214
+ -----------------------------------
+ start of non-linear iteratio 1 47176.1628
+ -----------------------------------
+ build system 47176.1630 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47184.0804 7.9175 7.9174
+ =================================
+ wsmp: initialisation time: 0.0573652 s
+ wsmp: ordering time: 4.2343230 s
+ wsmp: symbolic fact. time: 0.7257931 s
+ wsmp: Cholesky fact. time: 11.4825430 s
+ wsmp: Factorisation 14349.7554501 Mflops
+ wsmp: back substitution time: 0.2157950 s
+ wsmp: from b to rhs vector: 0.0070770 s
+ ---------------------------------
+ wsmp: total solve time: 16.7232828 s
+ =================================
+ u : -0.10190E+01 0.18447E+00
+ v : -0.94474E-01 0.11409E+00
+ w : -0.76208E+00 0.24676E+00
+ =================================
+ Calculate pressures 47200.8350 24.6722 16.7546
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 47201.0559 24.8930 0.2209
+ do leaf measurements 47201.0569 24.8941 0.0011
+ compute convergence criterion 47201.0992 24.9364 0.0423
+ velocity_diff_norm = 0.5897597 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47201.1043
+ -----------------------------------
+ build system 47201.1090 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72312E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47209.0950 7.9908 7.9861
+ =================================
+ wsmp: initialisation time: 0.0520980 s
+ wsmp: ordering time: 4.2227728 s
+ wsmp: symbolic fact. time: 0.7264931 s
+ wsmp: Cholesky fact. time: 11.4017570 s
+ wsmp: Factorisation 14451.4291831 Mflops
+ wsmp: back substitution time: 0.2154510 s
+ wsmp: from b to rhs vector: 0.0071881 s
+ ---------------------------------
+ wsmp: total solve time: 16.6261759 s
+ =================================
+ u : -0.10150E+01 0.13699E+00
+ v : -0.48743E-01 0.10185E+00
+ w : -0.76737E+00 0.22667E+00
+ =================================
+ Calculate pressures 47225.7523 24.6480 16.6572
+ raw pressures : -0.12357E+01 0.17958E+00
+ Smoothing pressures 47225.9743 24.8700 0.2221
+ do leaf measurements 47225.9754 24.8711 0.0011
+ compute convergence criterion 47226.0179 24.9137 0.0425
+ velocity_diff_norm = 0.0716384 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47226.0231
+ -----------------------------------
+ build system 47226.0279 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47234.0397 8.0166 8.0118
+ =================================
+ wsmp: initialisation time: 0.0534921 s
+ wsmp: ordering time: 4.2267399 s
+ wsmp: symbolic fact. time: 0.7213321 s
+ wsmp: Cholesky fact. time: 11.4144089 s
+ wsmp: Factorisation 14435.4109791 Mflops
+ wsmp: back substitution time: 0.2162480 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.6398571 s
+ =================================
+ u : -0.10172E+01 0.15495E+00
+ v : -0.37336E-01 0.11825E+00
+ w : -0.74646E+00 0.23184E+00
+ =================================
+ Calculate pressures 47250.7110 24.6879 16.6713
+ raw pressures : -0.13709E+01 0.31172E+00
+ Smoothing pressures 47250.9355 24.9124 0.2245
+ do leaf measurements 47250.9366 24.9135 0.0011
+ compute convergence criterion 47250.9789 24.9558 0.0423
+ velocity_diff_norm = 0.0361787 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47250.9839
+ -----------------------------------
+ build system 47250.9885 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47258.9277 7.9438 7.9392
+ =================================
+ wsmp: initialisation time: 0.0554531 s
+ wsmp: ordering time: 4.2444689 s
+ wsmp: symbolic fact. time: 0.7334909 s
+ wsmp: Cholesky fact. time: 11.4558661 s
+ wsmp: Factorisation 14383.1712469 Mflops
+ wsmp: back substitution time: 0.2196639 s
+ wsmp: from b to rhs vector: 0.0071850 s
+ ---------------------------------
+ wsmp: total solve time: 16.7165191 s
+ =================================
+ u : -0.10173E+01 0.17554E+00
+ v : -0.37746E-01 0.12296E+00
+ w : -0.73724E+00 0.22935E+00
+ =================================
+ Calculate pressures 47275.6755 24.6916 16.7478
+ raw pressures : -0.14693E+01 0.35902E+00
+ Smoothing pressures 47275.8964 24.9126 0.2209
+ do leaf measurements 47275.8975 24.9136 0.0011
+ compute convergence criterion 47275.9398 24.9559 0.0423
+ velocity_diff_norm = 0.0157795 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47275.9449
+ -----------------------------------
+ build system 47275.9496 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47283.9518 8.0069 8.0021
+ =================================
+ wsmp: initialisation time: 0.0553260 s
+ wsmp: ordering time: 4.2173820 s
+ wsmp: symbolic fact. time: 0.7249582 s
+ wsmp: Cholesky fact. time: 11.4037819 s
+ wsmp: Factorisation 14448.8631449 Mflops
+ wsmp: back substitution time: 0.2150030 s
+ wsmp: from b to rhs vector: 0.0072441 s
+ ---------------------------------
+ wsmp: total solve time: 16.6240971 s
+ =================================
+ u : -0.10172E+01 0.19319E+00
+ v : -0.40650E-01 0.12547E+00
+ w : -0.73265E+00 0.22840E+00
+ =================================
+ Calculate pressures 47300.6075 24.6626 16.6557
+ raw pressures : -0.15122E+01 0.36633E+00
+ Smoothing pressures 47300.8281 24.8832 0.2206
+ do leaf measurements 47300.8292 24.8843 0.0011
+ compute convergence criterion 47300.8719 24.9270 0.0427
+ velocity_diff_norm = 0.0107319 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47300.8770
+ -----------------------------------
+ build system 47300.8818 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47308.8445 7.9675 7.9627
+ =================================
+ wsmp: initialisation time: 0.0543311 s
+ wsmp: ordering time: 4.2108409 s
+ wsmp: symbolic fact. time: 0.7258320 s
+ wsmp: Cholesky fact. time: 11.4556022 s
+ wsmp: Factorisation 14383.5026255 Mflops
+ wsmp: back substitution time: 0.2155690 s
+ wsmp: from b to rhs vector: 0.0070691 s
+ ---------------------------------
+ wsmp: total solve time: 16.6696360 s
+ =================================
+ u : -0.10169E+01 0.20873E+00
+ v : -0.43044E-01 0.12563E+00
+ w : -0.72816E+00 0.22796E+00
+ =================================
+ Calculate pressures 47325.5459 24.6689 16.7014
+ raw pressures : -0.15337E+01 0.36355E+00
+ Smoothing pressures 47325.7670 24.8900 0.2211
+ do leaf measurements 47325.7681 24.8911 0.0011
+ compute convergence criterion 47325.8104 24.9334 0.0423
+ velocity_diff_norm = 0.0080415 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47325.8136 24.9366 0.0032
+Compute isostasy and adjust vertical 47325.8138 24.9368 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -203960695993366.53 377129045374684.13
+ def in m -8.0026702880859375 0.69629174470901489
+ dimensionless def -1.8374899455479213E-6 2.28647722516741072E-5
+ Isostatic velocity range = -0.0180523 0.2281761
+ Compute divergence 47326.0261 25.1491 0.2124
+ wsmp_cleanup 47326.0626 25.1856 0.0364
+ Reset surface geometry 47326.0677 25.1906 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 47326.0759 25.1989 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47326.0936 25.2166 0.0177
+ Advect surface 1 47326.0938 25.2168 0.0002
+ removing 1 particle from surface
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47326.2948 25.4178 0.2011
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47326.4942 25.6171 0.1993
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47326.7515 25.8745 0.2574
+ Advect the cloud 47326.9151 26.0381 0.1636
+ Write output 47327.7927 26.9157 0.8776
+ End of time step 47328.6815 27.8045 0.8887
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 292 47328.6816
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47328.6817 0.0001 0.0001
+ surface 01 47328.6817 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 47328.6818 0.0002 0.0001
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 47328.7106 0.0290 0.0289
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 47328.7374 0.0558 0.0267
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47328.7631 0.0815 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 17027points
+ surface 02 47328.7814 0.0998 0.0183
+ S. 2: 17022points
+ refine surface 47328.7815 0.0999 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 47328.8083 0.1267 0.0268
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47328.8354 0.1538 0.0271
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47328.8610 0.1794 0.0256
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 47328.8796 0.1980 0.0186
+ S. 3: 17035points
+ refine surface 47328.8798 0.1982 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47328.9058 0.2242 0.0260
+ S. 3: 0 flips in delaunay2
+ S. 3: 17035points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47328.9300
+ -----------------------------------------------------------------------
+ Create octree solve 47328.9303 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47328.9461 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 47328.9682 0.0382 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47328.9690 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47328.9832 0.0532 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 47329.1054 0.1753 0.1222
+ Imbed surface in osolve 47329.2954 0.3654 0.1900
+ embedding surface 1 47329.2956 0.3656 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47331.2670 2.3370 1.9714
+ osolve%nleaves= 59424
+ embedding surface 3 47333.3571 4.4270 2.0901
+ osolve%nleaves= 64128
+ Assessing octree stability 47336.9039 7.9739 3.5468
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47336.9088 7.9787 0.0049
+ Interpolate velo onto osolve 47337.3799 8.4498 0.4711
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47337.4936 8.5636 0.1137
+ Find void 47337.7682 8.8381 0.2746
+ whole leaf in fluid 32992
+ Define boundary conditions 47337.7982 8.8682 0.0300
+ wsmp setup1 47337.8061 8.8760 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47338.8329 9.9029 1.0268
+ -----------------------------------
+ start of non-linear iteratio 1 47338.8817
+ -----------------------------------
+ build system 47338.8818 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47346.7805 7.8989 7.8987
+ =================================
+ wsmp: initialisation time: 0.0586700 s
+ wsmp: ordering time: 4.2459219 s
+ wsmp: symbolic fact. time: 0.7347331 s
+ wsmp: Cholesky fact. time: 11.4682019 s
+ wsmp: Factorisation 14367.6999813 Mflops
+ wsmp: back substitution time: 0.2230251 s
+ wsmp: from b to rhs vector: 0.0071330 s
+ ---------------------------------
+ wsmp: total solve time: 16.7380660 s
+ =================================
+ u : -0.10314E+01 0.18484E+00
+ v : -0.94811E-01 0.11319E+00
+ w : -0.76213E+00 0.24700E+00
+ =================================
+ Calculate pressures 47363.5513 24.6697 16.7708
+ raw pressures : -0.35086E+00 0.00000E+00
+ Smoothing pressures 47363.7729 24.8912 0.2216
+ do leaf measurements 47363.7740 24.8923 0.0011
+ compute convergence criterion 47363.8167 24.9350 0.0427
+ velocity_diff_norm = 0.5897624 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47363.8216
+ -----------------------------------
+ build system 47363.8262 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72001E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47371.7843 7.9627 7.9581
+ =================================
+ wsmp: initialisation time: 0.0558610 s
+ wsmp: ordering time: 4.2563369 s
+ wsmp: symbolic fact. time: 0.7442260 s
+ wsmp: Cholesky fact. time: 11.3869181 s
+ wsmp: Factorisation 14470.2616539 Mflops
+ wsmp: back substitution time: 0.2224679 s
+ wsmp: from b to rhs vector: 0.0072231 s
+ ---------------------------------
+ wsmp: total solve time: 16.6734052 s
+ =================================
+ u : -0.10153E+01 0.13724E+00
+ v : -0.48672E-01 0.10173E+00
+ w : -0.76758E+00 0.22710E+00
+ =================================
+ Calculate pressures 47388.4909 24.6692 16.7065
+ raw pressures : -0.12365E+01 0.17998E+00
+ Smoothing pressures 47388.7113 24.8897 0.2205
+ do leaf measurements 47388.7125 24.8908 0.0011
+ compute convergence criterion 47388.7552 24.9336 0.0427
+ velocity_diff_norm = 0.0716011 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47388.7602
+ -----------------------------------
+ build system 47388.7647 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47396.7830 8.0229 8.0183
+ =================================
+ wsmp: initialisation time: 0.0538411 s
+ wsmp: ordering time: 4.2664399 s
+ wsmp: symbolic fact. time: 0.7348599 s
+ wsmp: Cholesky fact. time: 11.4108021 s
+ wsmp: Factorisation 14439.9738122 Mflops
+ wsmp: back substitution time: 0.2231739 s
+ wsmp: from b to rhs vector: 0.0071352 s
+ ---------------------------------
+ wsmp: total solve time: 16.6966429 s
+ =================================
+ u : -0.10174E+01 0.15506E+00
+ v : -0.37728E-01 0.11821E+00
+ w : -0.74673E+00 0.23190E+00
+ =================================
+ Calculate pressures 47413.5120 24.7519 16.7290
+ raw pressures : -0.13715E+01 0.31272E+00
+ Smoothing pressures 47413.7352 24.9750 0.2232
+ do leaf measurements 47413.7363 24.9761 0.0011
+ compute convergence criterion 47413.7789 25.0188 0.0426
+ velocity_diff_norm = 0.0361942 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47413.7838
+ -----------------------------------
+ build system 47413.7883 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47421.7306 7.9468 7.9423
+ =================================
+ wsmp: initialisation time: 0.0547531 s
+ wsmp: ordering time: 4.2742190 s
+ wsmp: symbolic fact. time: 0.7326550 s
+ wsmp: Cholesky fact. time: 11.4948030 s
+ wsmp: Factorisation 14334.4504961 Mflops
+ wsmp: back substitution time: 0.2226269 s
+ wsmp: from b to rhs vector: 0.0070758 s
+ ---------------------------------
+ wsmp: total solve time: 16.7865210 s
+ =================================
+ u : -0.10174E+01 0.17555E+00
+ v : -0.37971E-01 0.12294E+00
+ w : -0.73749E+00 0.22930E+00
+ =================================
+ Calculate pressures 47438.5502 24.7663 16.8196
+ raw pressures : -0.14697E+01 0.35993E+00
+ Smoothing pressures 47438.7708 24.9870 0.2207
+ do leaf measurements 47438.7719 24.9881 0.0011
+ compute convergence criterion 47438.8148 25.0310 0.0429
+ velocity_diff_norm = 0.0157571 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47438.8198
+ -----------------------------------
+ build system 47438.8243 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47446.8306 8.0109 8.0063
+ =================================
+ wsmp: initialisation time: 0.0525129 s
+ wsmp: ordering time: 4.2600770 s
+ wsmp: symbolic fact. time: 0.7389171 s
+ wsmp: Cholesky fact. time: 11.4089811 s
+ wsmp: Factorisation 14442.2786443 Mflops
+ wsmp: back substitution time: 0.2228160 s
+ wsmp: from b to rhs vector: 0.0072641 s
+ ---------------------------------
+ wsmp: total solve time: 16.6909819 s
+ =================================
+ u : -0.10172E+01 0.19316E+00
+ v : -0.40618E-01 0.12547E+00
+ w : -0.73287E+00 0.22831E+00
+ =================================
+ Calculate pressures 47463.5550 24.7352 16.7243
+ raw pressures : -0.15126E+01 0.36726E+00
+ Smoothing pressures 47463.7755 24.9558 0.2206
+ do leaf measurements 47463.7766 24.9569 0.0011
+ compute convergence criterion 47463.8199 25.0001 0.0432
+ velocity_diff_norm = 0.0107230 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47463.8248
+ -----------------------------------
+ build system 47463.8295 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47471.8240 7.9992 7.9946
+ =================================
+ wsmp: initialisation time: 0.0530109 s
+ wsmp: ordering time: 4.2464120 s
+ wsmp: symbolic fact. time: 0.7325571 s
+ wsmp: Cholesky fact. time: 11.4310060 s
+ wsmp: Factorisation 14414.4517576 Mflops
+ wsmp: back substitution time: 0.2232959 s
+ wsmp: from b to rhs vector: 0.0072091 s
+ ---------------------------------
+ wsmp: total solve time: 16.6938689 s
+ =================================
+ u : -0.10169E+01 0.20868E+00
+ v : -0.43031E-01 0.12566E+00
+ w : -0.72837E+00 0.22782E+00
+ =================================
+ Calculate pressures 47488.5511 24.7262 16.7271
+ raw pressures : -0.15341E+01 0.36444E+00
+ Smoothing pressures 47488.7746 24.9497 0.2235
+ do leaf measurements 47488.7757 24.9509 0.0011
+ compute convergence criterion 47488.8185 24.9936 0.0427
+ velocity_diff_norm = 0.0080410 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47488.8215 24.9966 0.0030
+Compute isostasy and adjust vertical 47488.8217 24.9968 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -204247482256551.16 378183554450022.81
+ def in m -7.9243612289428711 0.75913310050964355
+ dimensionless def -1.83441196169172018E-6 2.26410320826939155E-5
+ Isostatic velocity range = -0.0180283 0.2260982
+ Compute divergence 47489.0312 25.2063 0.2095
+ wsmp_cleanup 47489.0678 25.2429 0.0366
+ Reset surface geometry 47489.0728 25.2480 0.0051
+ -----------------------------------------------------------------------
+ Temperature calculations 47489.0810 25.2562 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47489.0987 25.2739 0.0177
+ Advect surface 1 47489.0989 25.2740 0.0002
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47489.3022 25.4774 0.2034
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47489.5018 25.6770 0.1996
+ removing 3 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47489.7858 25.9609 0.2840
+ Advect the cloud 47489.9476 26.1228 0.1618
+ Write output 47490.8266 27.0017 0.8789
+ End of time step 47491.7172 27.8924 0.8907
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 293 47491.7174
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47491.7175 0.0001 0.0001
+ surface 01 47491.7175 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 47491.7175 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 47491.7445 0.0271 0.0269
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 47491.7675 0.0501 0.0231
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47491.7932 0.0758 0.0256
+ S. 1: 0 flips in delaunay2
+ S. 1: 17027points
+ surface 02 47491.8116 0.0942 0.0184
+ S. 2: 17023points
+ refine surface 47491.8117 0.0943 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 47491.8384 0.1210 0.0267
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47491.8610 0.1436 0.0226
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47491.8868 0.1694 0.0257
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 47491.9052 0.1878 0.0184
+ S. 3: 17032points
+ refine surface 47491.9053 0.1879 0.0001
+ S. 3: 4 added ptcls in refine_surface
+ check delaunay 47491.9343 0.2169 0.0289
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47491.9566 0.2392 0.0223
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47491.9825 0.2651 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17036points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47492.0081
+ -----------------------------------------------------------------------
+ Create octree solve 47492.0084 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47492.0242 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 47492.0461 0.0380 0.0218
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47492.0468 0.0387 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47492.0610 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 47492.1832 0.1751 0.1222
+ Imbed surface in osolve 47492.3733 0.3652 0.1901
+ embedding surface 1 47492.3735 0.3654 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47494.3364 2.3283 1.9629
+ osolve%nleaves= 59424
+ embedding surface 3 47496.4316 4.4235 2.0952
+ osolve%nleaves= 64128
+ Assessing octree stability 47500.0282 8.0201 3.5966
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47500.0337 8.0256 0.0055
+ Interpolate velo onto osolve 47500.5589 8.5508 0.5251
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47500.6236 8.6155 0.0647
+ Find void 47500.8994 8.8913 0.2758
+ whole leaf in fluid 32992
+ Define boundary conditions 47500.9294 8.9213 0.0300
+ wsmp setup1 47500.9372 8.9291 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47501.9625 9.9544 1.0253
+ -----------------------------------
+ start of non-linear iteratio 1 47502.0114
+ -----------------------------------
+ build system 47502.0115 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47509.9496 7.9383 7.9381
+ =================================
+ wsmp: initialisation time: 0.0579231 s
+ wsmp: ordering time: 4.2883339 s
+ wsmp: symbolic fact. time: 0.7573771 s
+ wsmp: Cholesky fact. time: 11.4383070 s
+ wsmp: Factorisation 14405.2509868 Mflops
+ wsmp: back substitution time: 0.2280309 s
+ wsmp: from b to rhs vector: 0.0072470 s
+ ---------------------------------
+ wsmp: total solve time: 16.7776160 s
+ =================================
+ u : -0.10536E+01 0.18385E+00
+ v : -0.94415E-01 0.11344E+00
+ w : -0.76186E+00 0.24708E+00
+ =================================
+ Calculate pressures 47526.7603 24.7489 16.8106
+ raw pressures : -0.35098E+00 0.00000E+00
+ Smoothing pressures 47526.9845 24.9731 0.2242
+ do leaf measurements 47526.9856 24.9742 0.0011
+ compute convergence criterion 47527.0282 25.0168 0.0426
+ velocity_diff_norm = 0.5895461 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47527.0331
+ -----------------------------------
+ build system 47527.0377 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72026E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47534.9761 7.9430 7.9385
+ =================================
+ wsmp: initialisation time: 0.0518289 s
+ wsmp: ordering time: 4.3133411 s
+ wsmp: symbolic fact. time: 0.7635522 s
+ wsmp: Cholesky fact. time: 11.4229360 s
+ wsmp: Factorisation 14424.6351738 Mflops
+ wsmp: back substitution time: 0.2265730 s
+ wsmp: from b to rhs vector: 0.0070951 s
+ ---------------------------------
+ wsmp: total solve time: 16.7857029 s
+ =================================
+ u : -0.10151E+01 0.13658E+00
+ v : -0.48853E-01 0.10221E+00
+ w : -0.76740E+00 0.22656E+00
+ =================================
+ Calculate pressures 47551.7951 24.7619 16.8189
+ raw pressures : -0.12349E+01 0.17837E+00
+ Smoothing pressures 47552.0169 24.9838 0.2219
+ do leaf measurements 47552.0180 24.9849 0.0011
+ compute convergence criterion 47552.0608 25.0277 0.0427
+ velocity_diff_norm = 0.0713646 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47552.0657
+ -----------------------------------
+ build system 47552.0704 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47560.0548 7.9891 7.9845
+ =================================
+ wsmp: initialisation time: 0.0528359 s
+ wsmp: ordering time: 4.2984879 s
+ wsmp: symbolic fact. time: 0.7577960 s
+ wsmp: Cholesky fact. time: 11.4123399 s
+ wsmp: Factorisation 14438.0280422 Mflops
+ wsmp: back substitution time: 0.2271218 s
+ wsmp: from b to rhs vector: 0.0072520 s
+ ---------------------------------
+ wsmp: total solve time: 16.7562361 s
+ =================================
+ u : -0.10174E+01 0.15469E+00
+ v : -0.37832E-01 0.11855E+00
+ w : -0.74604E+00 0.23138E+00
+ =================================
+ Calculate pressures 47576.8444 24.7786 16.7895
+ raw pressures : -0.13701E+01 0.31115E+00
+ Smoothing pressures 47577.0655 24.9998 0.2212
+ do leaf measurements 47577.0667 25.0009 0.0011
+ compute convergence criterion 47577.1097 25.0439 0.0430
+ velocity_diff_norm = 0.0362250 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47577.1146
+ -----------------------------------
+ build system 47577.1193 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47585.0568 7.9421 7.9375
+ =================================
+ wsmp: initialisation time: 0.0546260 s
+ wsmp: ordering time: 4.2946050 s
+ wsmp: symbolic fact. time: 0.7580271 s
+ wsmp: Cholesky fact. time: 11.4891331 s
+ wsmp: Factorisation 14341.5244788 Mflops
+ wsmp: back substitution time: 0.2273700 s
+ wsmp: from b to rhs vector: 0.0071859 s
+ ---------------------------------
+ wsmp: total solve time: 16.8313529 s
+ =================================
+ u : -0.10175E+01 0.17540E+00
+ v : -0.37997E-01 0.12312E+00
+ w : -0.73695E+00 0.22906E+00
+ =================================
+ Calculate pressures 47601.9225 24.8079 16.8658
+ raw pressures : -0.14685E+01 0.35837E+00
+ Smoothing pressures 47602.1430 25.0284 0.2205
+ do leaf measurements 47602.1441 25.0295 0.0011
+ compute convergence criterion 47602.1867 25.0721 0.0426
+ velocity_diff_norm = 0.0157974 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47602.1917
+ -----------------------------------
+ build system 47602.1963 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47610.1715 7.9798 7.9752
+ =================================
+ wsmp: initialisation time: 0.0536129 s
+ wsmp: ordering time: 4.2879260 s
+ wsmp: symbolic fact. time: 0.7579210 s
+ wsmp: Cholesky fact. time: 11.4024129 s
+ wsmp: Factorisation 14450.5979080 Mflops
+ wsmp: back substitution time: 0.2268012 s
+ wsmp: from b to rhs vector: 0.0071011 s
+ ---------------------------------
+ wsmp: total solve time: 16.7361739 s
+ =================================
+ u : -0.10173E+01 0.19304E+00
+ v : -0.40660E-01 0.12557E+00
+ w : -0.73242E+00 0.22820E+00
+ =================================
+ Calculate pressures 47626.9412 24.7495 16.7696
+ raw pressures : -0.15114E+01 0.36582E+00
+ Smoothing pressures 47627.1622 24.9705 0.2211
+ do leaf measurements 47627.1633 24.9717 0.0011
+ compute convergence criterion 47627.2061 25.0145 0.0428
+ velocity_diff_norm = 0.0107166 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47627.2111
+ -----------------------------------
+ build system 47627.2157 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47635.2439 8.0328 8.0282
+ =================================
+ wsmp: initialisation time: 0.0520470 s
+ wsmp: ordering time: 4.2985282 s
+ wsmp: symbolic fact. time: 0.7528751 s
+ wsmp: Cholesky fact. time: 11.4162190 s
+ wsmp: Factorisation 14433.1222038 Mflops
+ wsmp: back substitution time: 0.2276580 s
+ wsmp: from b to rhs vector: 0.0072310 s
+ ---------------------------------
+ wsmp: total solve time: 16.7549489 s
+ =================================
+ u : -0.10171E+01 0.20858E+00
+ v : -0.43046E-01 0.12567E+00
+ w : -0.72797E+00 0.22772E+00
+ =================================
+ Calculate pressures 47652.0321 24.8210 16.7882
+ raw pressures : -0.15326E+01 0.36288E+00
+ Smoothing pressures 47652.2554 25.0443 0.2233
+ do leaf measurements 47652.2565 25.0454 0.0011
+ compute convergence criterion 47652.2991 25.0880 0.0426
+ velocity_diff_norm = 0.0080379 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47652.3021 25.0910 0.0030
+Compute isostasy and adjust vertical 47652.3023 25.0912 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -204633815683828.19 379148447097536.06
+ def in m -7.9639072418212891 0.74440205097198486
+ dimensionless def -1.82081137384687144E-6 2.2754020690917969E-5
+ Isostatic velocity range = -0.0178885 0.2271965
+ Compute divergence 47652.5120 25.3009 0.2097
+ wsmp_cleanup 47652.5482 25.3371 0.0363
+ Reset surface geometry 47652.5535 25.3424 0.0052
+ -----------------------------------------------------------------------
+ Temperature calculations 47652.5617 25.3506 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47652.5795 25.3684 0.0178
+ Advect surface 1 47652.5796 25.3685 0.0002
+ removing 2 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47652.7893 25.5782 0.2097
+ removing 2 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47653.0071 25.7960 0.2178
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47653.2620 26.0509 0.2550
+ Advect the cloud 47653.4259 26.2148 0.1639
+ Write output 47654.3066 27.0955 0.8807
+ End of time step 47655.1929 27.9818 0.8864
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 294 47655.1931
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47655.1931 0.0001 0.0001
+ surface 01 47655.1932 0.0001 0.0000
+ S. 1: 17025points
+ refine surface 47655.1932 0.0001 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 47655.2199 0.0268 0.0267
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 47655.2467 0.0536 0.0268
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47655.2724 0.0793 0.0257
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 47655.2908 0.0978 0.0184
+ S. 2: 17022points
+ refine surface 47655.2910 0.0979 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 47655.3199 0.1268 0.0289
+ S. 2: 7 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47655.3465 0.1535 0.0266
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47655.3725 0.1794 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 47655.3909 0.1978 0.0185
+ S. 3: 17036points
+ refine surface 47655.3911 0.1980 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 47655.4188 0.2257 0.0277
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47655.4412 0.2481 0.0224
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47655.4670 0.2740 0.0259
+ S. 3: 0 flips in delaunay2
+ S. 3: 17038points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47655.4922
+ -----------------------------------------------------------------------
+ Create octree solve 47655.4925 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47655.5084 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 47655.5299 0.0376 0.0215
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47655.5307 0.0384 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47655.5448 0.0526 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 47655.6670 0.1747 0.1222
+ Imbed surface in osolve 47655.8582 0.3660 0.1912
+ embedding surface 1 47655.8584 0.3662 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47657.8406 2.3483 1.9821
+ osolve%nleaves= 59424
+ embedding surface 3 47659.9730 4.4808 2.1325
+ osolve%nleaves= 64128
+ Assessing octree stability 47663.5469 8.0547 3.5739
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47663.5522 8.0600 0.0053
+ Interpolate velo onto osolve 47664.0207 8.5285 0.4685
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47664.0840 8.5917 0.0633
+ Find void 47664.3603 8.8680 0.2763
+ whole leaf in fluid 32992
+ Define boundary conditions 47664.3904 8.8981 0.0301
+ wsmp setup1 47664.3982 8.9059 0.0078
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47665.4362 9.9439 1.0380
+ -----------------------------------
+ start of non-linear iteratio 1 47665.4830
+ -----------------------------------
+ build system 47665.4832 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47673.4487 7.9657 7.9655
+ =================================
+ wsmp: initialisation time: 0.0574701 s
+ wsmp: ordering time: 4.2992620 s
+ wsmp: symbolic fact. time: 0.7590148 s
+ wsmp: Cholesky fact. time: 11.4376390 s
+ wsmp: Factorisation 14406.0923678 Mflops
+ wsmp: back substitution time: 0.2337151 s
+ wsmp: from b to rhs vector: 0.0072000 s
+ ---------------------------------
+ wsmp: total solve time: 16.7947190 s
+ =================================
+ u : -0.10613E+01 0.18385E+00
+ v : -0.94991E-01 0.11463E+00
+ w : -0.76167E+00 0.24766E+00
+ =================================
+ Calculate pressures 47690.2770 24.7940 16.8283
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 47690.5006 25.0176 0.2237
+ do leaf measurements 47690.5017 25.0187 0.0011
+ compute convergence criterion 47690.5449 25.0619 0.0432
+ velocity_diff_norm = 0.5894573 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47690.5504
+ -----------------------------------
+ build system 47690.5551 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71444E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47698.4955 7.9451 7.9404
+ =================================
+ wsmp: initialisation time: 0.0576429 s
+ wsmp: ordering time: 4.3180430 s
+ wsmp: symbolic fact. time: 0.7632771 s
+ wsmp: Cholesky fact. time: 11.4730108 s
+ wsmp: Factorisation 14361.6777720 Mflops
+ wsmp: back substitution time: 0.2325411 s
+ wsmp: from b to rhs vector: 0.0072060 s
+ ---------------------------------
+ wsmp: total solve time: 16.8521371 s
+ =================================
+ u : -0.10154E+01 0.13638E+00
+ v : -0.48538E-01 0.10169E+00
+ w : -0.76723E+00 0.22760E+00
+ =================================
+ Calculate pressures 47715.3818 24.8314 16.8863
+ raw pressures : -0.12357E+01 0.17950E+00
+ Smoothing pressures 47715.6028 25.0524 0.2210
+ do leaf measurements 47715.6039 25.0535 0.0011
+ compute convergence criterion 47715.6470 25.0966 0.0431
+ velocity_diff_norm = 0.0716218 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47715.6525
+ -----------------------------------
+ build system 47715.6573 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47723.6511 7.9986 7.9938
+ =================================
+ wsmp: initialisation time: 0.0559380 s
+ wsmp: ordering time: 4.2919698 s
+ wsmp: symbolic fact. time: 0.7612731 s
+ wsmp: Cholesky fact. time: 11.4290030 s
+ wsmp: Factorisation 14416.9779176 Mflops
+ wsmp: back substitution time: 0.2328870 s
+ wsmp: from b to rhs vector: 0.0072441 s
+ ---------------------------------
+ wsmp: total solve time: 16.7787561 s
+ =================================
+ u : -0.10176E+01 0.15445E+00
+ v : -0.37707E-01 0.11817E+00
+ w : -0.74622E+00 0.23249E+00
+ =================================
+ Calculate pressures 47740.4638 24.8114 16.8127
+ raw pressures : -0.13700E+01 0.31125E+00
+ Smoothing pressures 47740.6859 25.0334 0.2221
+ do leaf measurements 47740.6870 25.0345 0.0011
+ compute convergence criterion 47740.7309 25.0784 0.0439
+ velocity_diff_norm = 0.0361987 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47740.7364
+ -----------------------------------
+ build system 47740.7413 0.0049 0.0049
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47748.7010 7.9645 7.9596
+ =================================
+ wsmp: initialisation time: 0.0545421 s
+ wsmp: ordering time: 4.2936580 s
+ wsmp: symbolic fact. time: 0.7591131 s
+ wsmp: Cholesky fact. time: 11.4662120 s
+ wsmp: Factorisation 14370.1933457 Mflops
+ wsmp: back substitution time: 0.2324970 s
+ wsmp: from b to rhs vector: 0.0072780 s
+ ---------------------------------
+ wsmp: total solve time: 16.8137610 s
+ =================================
+ u : -0.10175E+01 0.17517E+00
+ v : -0.37915E-01 0.12276E+00
+ w : -0.73703E+00 0.22951E+00
+ =================================
+ Calculate pressures 47765.5480 24.8116 16.8471
+ raw pressures : -0.14680E+01 0.35834E+00
+ Smoothing pressures 47765.7699 25.0334 0.2219
+ do leaf measurements 47765.7710 25.0346 0.0011
+ compute convergence criterion 47765.8141 25.0777 0.0431
+ velocity_diff_norm = 0.0157819 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47765.8196
+ -----------------------------------
+ build system 47765.8244 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47773.7640 7.9444 7.9396
+ =================================
+ wsmp: initialisation time: 0.0541410 s
+ wsmp: ordering time: 4.2982159 s
+ wsmp: symbolic fact. time: 0.7644391 s
+ wsmp: Cholesky fact. time: 11.4240708 s
+ wsmp: Factorisation 14423.2022239 Mflops
+ wsmp: back substitution time: 0.2323871 s
+ wsmp: from b to rhs vector: 0.0072031 s
+ ---------------------------------
+ wsmp: total solve time: 16.7808759 s
+ =================================
+ u : -0.10173E+01 0.19285E+00
+ v : -0.40624E-01 0.12531E+00
+ w : -0.73246E+00 0.22843E+00
+ =================================
+ Calculate pressures 47790.5780 24.7584 16.8140
+ raw pressures : -0.15107E+01 0.36564E+00
+ Smoothing pressures 47790.7990 24.9793 0.2209
+ do leaf measurements 47790.8001 24.9805 0.0011
+ compute convergence criterion 47790.8432 25.0236 0.0431
+ velocity_diff_norm = 0.0107233 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47790.8487
+ -----------------------------------
+ build system 47790.8535 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47798.8540 8.0053 8.0005
+ =================================
+ wsmp: initialisation time: 0.0570230 s
+ wsmp: ordering time: 4.2991879 s
+ wsmp: symbolic fact. time: 0.7588599 s
+ wsmp: Cholesky fact. time: 11.4238391 s
+ wsmp: Factorisation 14423.4948115 Mflops
+ wsmp: back substitution time: 0.2336709 s
+ wsmp: from b to rhs vector: 0.0072870 s
+ ---------------------------------
+ wsmp: total solve time: 16.7802920 s
+ =================================
+ u : -0.10171E+01 0.20840E+00
+ v : -0.43050E-01 0.12543E+00
+ w : -0.72800E+00 0.22792E+00
+ =================================
+ Calculate pressures 47815.6677 24.8190 16.8136
+ raw pressures : -0.15320E+01 0.36278E+00
+ Smoothing pressures 47815.8920 25.0434 0.2244
+ do leaf measurements 47815.8931 25.0444 0.0011
+ compute convergence criterion 47815.9361 25.0874 0.0430
+ velocity_diff_norm = 0.0080308 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47815.9392 25.0905 0.0031
+Compute isostasy and adjust vertical 47815.9394 25.0907 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -204980730272255.19 380141967234207.38
+ def in m -7.9799432754516602 0.73547816276550293
+ dimensionless def -1.82951416288103363E-6 2.27998379298618862E-5
+ Isostatic velocity range = -0.0179798 0.2276244
+ Compute divergence 47816.1477 25.2990 0.2083
+ wsmp_cleanup 47816.1842 25.3356 0.0366
+ Reset surface geometry 47816.1910 25.3423 0.0067
+ -----------------------------------------------------------------------
+ Temperature calculations 47816.1996 25.3510 0.0087
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47816.2167 25.3680 0.0170
+ Advect surface 1 47816.2168 25.3681 0.0002
+ removing 1 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47816.4238 25.5751 0.2070
+ removing 3 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47816.6461 25.7974 0.2223
+ removing 2 particle from surface
+ S. 3: 15 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47816.9160 26.0673 0.2699
+ Advect the cloud 47817.0805 26.2318 0.1645
+ Write output 47817.9578 27.1092 0.8774
+ End of time step 47818.8526 28.0039 0.8947
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 295 47818.8527
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47818.8528 0.0001 0.0001
+ surface 01 47818.8528 0.0001 0.0000
+ S. 1: 17025points
+ refine surface 47818.8529 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 47818.8806 0.0279 0.0277
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 47818.9036 0.0509 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47818.9294 0.0767 0.0258
+ S. 1: 0 flips in delaunay2
+ S. 1: 17027points
+ surface 02 47818.9479 0.0952 0.0184
+ S. 2: 17023points
+ refine surface 47818.9480 0.0953 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 47818.9755 0.1228 0.0275
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 47818.9984 0.1456 0.0229
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47819.0243 0.1715 0.0259
+ S. 2: 0 flips in delaunay2
+ S. 2: 17025points
+ surface 03 47819.0425 0.1898 0.0182
+ S. 3: 17036points
+ refine surface 47819.0426 0.1899 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 47819.0698 0.2171 0.0271
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47819.0927 0.2400 0.0229
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47819.1188 0.2661 0.0261
+ S. 3: 0 flips in delaunay2
+ S. 3: 17037points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47819.1437
+ -----------------------------------------------------------------------
+ Create octree solve 47819.1440 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47819.1600 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 47819.1814 0.0377 0.0214
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47819.1822 0.0385 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47819.1964 0.0527 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 47819.3198 0.1761 0.1234
+ Imbed surface in osolve 47819.5118 0.3681 0.1920
+ embedding surface 1 47819.5119 0.3682 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47821.4962 2.3525 1.9843
+ osolve%nleaves= 59424
+ embedding surface 3 47823.6110 4.4673 2.1148
+ osolve%nleaves= 64128
+ Assessing octree stability 47827.1616 8.0179 3.5507
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47827.1667 8.0230 0.0051
+ Interpolate velo onto osolve 47827.6550 8.5113 0.4883
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47827.7193 8.5756 0.0643
+ Find void 47827.9896 8.8459 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 47828.0189 8.8752 0.0293
+ wsmp setup1 47828.0268 8.8831 0.0079
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47829.0929 9.9492 1.0661
+ -----------------------------------
+ start of non-linear iteratio 1 47829.1473
+ -----------------------------------
+ build system 47829.1475 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47837.1079 7.9606 7.9604
+ =================================
+ wsmp: initialisation time: 0.0570531 s
+ wsmp: ordering time: 4.3048069 s
+ wsmp: symbolic fact. time: 0.7768199 s
+ wsmp: Cholesky fact. time: 11.4381771 s
+ wsmp: Factorisation 14405.4146310 Mflops
+ wsmp: back substitution time: 0.2359979 s
+ wsmp: from b to rhs vector: 0.0080781 s
+ ---------------------------------
+ wsmp: total solve time: 16.8213420 s
+ =================================
+ u : -0.10226E+01 0.18521E+00
+ v : -0.94857E-01 0.11416E+00
+ w : -0.76212E+00 0.24657E+00
+ =================================
+ Calculate pressures 47853.9633 24.8160 16.8554
+ raw pressures : -0.35138E+00 0.00000E+00
+ Smoothing pressures 47854.1871 25.0398 0.2238
+ do leaf measurements 47854.1881 25.0408 0.0010
+ compute convergence criterion 47854.2412 25.0939 0.0531
+ velocity_diff_norm = 0.5895310 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 47854.2458
+ -----------------------------------
+ build system 47854.2504 0.0046 0.0046
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71941E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47862.1917 7.9459 7.9413
+ =================================
+ wsmp: initialisation time: 0.0547600 s
+ wsmp: ordering time: 4.3280821 s
+ wsmp: symbolic fact. time: 0.7772830 s
+ wsmp: Cholesky fact. time: 11.5167589 s
+ wsmp: Factorisation 14307.1227797 Mflops
+ wsmp: back substitution time: 0.2354460 s
+ wsmp: from b to rhs vector: 0.0080800 s
+ ---------------------------------
+ wsmp: total solve time: 16.9208362 s
+ =================================
+ u : -0.10152E+01 0.13752E+00
+ v : -0.48662E-01 0.10193E+00
+ w : -0.76764E+00 0.22686E+00
+ =================================
+ Calculate pressures 47879.1475 24.9017 16.9558
+ raw pressures : -0.12366E+01 0.18130E+00
+ Smoothing pressures 47879.3685 25.1227 0.2210
+ do leaf measurements 47879.3695 25.1237 0.0010
+ compute convergence criterion 47879.4226 25.1768 0.0531
+ velocity_diff_norm = 0.0715882 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 47879.4272
+ -----------------------------------
+ build system 47879.4319 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47887.4296 8.0024 7.9977
+ =================================
+ wsmp: initialisation time: 0.0552430 s
+ wsmp: ordering time: 4.3099670 s
+ wsmp: symbolic fact. time: 0.7768819 s
+ wsmp: Cholesky fact. time: 11.4423399 s
+ wsmp: Factorisation 14400.1738592 Mflops
+ wsmp: back substitution time: 0.2356222 s
+ wsmp: from b to rhs vector: 0.0081031 s
+ ---------------------------------
+ wsmp: total solve time: 16.8285770 s
+ =================================
+ u : -0.10174E+01 0.15522E+00
+ v : -0.37852E-01 0.11837E+00
+ w : -0.74672E+00 0.23192E+00
+ =================================
+ Calculate pressures 47904.2931 24.8659 16.8635
+ raw pressures : -0.13715E+01 0.31244E+00
+ Smoothing pressures 47904.5134 25.0862 0.2202
+ do leaf measurements 47904.5144 25.0872 0.0010
+ compute convergence criterion 47904.5677 25.1405 0.0534
+ velocity_diff_norm = 0.0361381 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 47904.5723
+ -----------------------------------
+ build system 47904.5771 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47912.5781 8.0058 8.0010
+ =================================
+ wsmp: initialisation time: 0.0564339 s
+ wsmp: ordering time: 4.3121600 s
+ wsmp: symbolic fact. time: 0.7770600 s
+ wsmp: Cholesky fact. time: 11.4353268 s
+ wsmp: Factorisation 14409.0052296 Mflops
+ wsmp: back substitution time: 0.2361989 s
+ wsmp: from b to rhs vector: 0.0080948 s
+ ---------------------------------
+ wsmp: total solve time: 16.8257179 s
+ =================================
+ u : -0.10174E+01 0.17566E+00
+ v : -0.38014E-01 0.12306E+00
+ w : -0.73752E+00 0.22939E+00
+ =================================
+ Calculate pressures 47929.4385 24.8661 16.8604
+ raw pressures : -0.14693E+01 0.36003E+00
+ Smoothing pressures 47929.6616 25.0893 0.2232
+ do leaf measurements 47929.6626 25.0903 0.0010
+ compute convergence criterion 47929.7158 25.1434 0.0532
+ velocity_diff_norm = 0.0157529 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 47929.7204
+ -----------------------------------
+ build system 47929.7252 0.0048 0.0048
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47937.6638 7.9434 7.9386
+ =================================
+ wsmp: initialisation time: 0.0554390 s
+ wsmp: ordering time: 4.3252530 s
+ wsmp: symbolic fact. time: 0.7813931 s
+ wsmp: Cholesky fact. time: 11.4729500 s
+ wsmp: Factorisation 14361.7538766 Mflops
+ wsmp: back substitution time: 0.2348390 s
+ wsmp: from b to rhs vector: 0.0080800 s
+ ---------------------------------
+ wsmp: total solve time: 16.8783522 s
+ =================================
+ u : -0.10172E+01 0.19319E+00
+ v : -0.40559E-01 0.12558E+00
+ w : -0.73293E+00 0.22834E+00
+ =================================
+ Calculate pressures 47954.5769 24.8565 16.9131
+ raw pressures : -0.15124E+01 0.36748E+00
+ Smoothing pressures 47954.7975 25.0771 0.2206
+ do leaf measurements 47954.7985 25.0781 0.0010
+ compute convergence criterion 47954.8518 25.1314 0.0533
+ velocity_diff_norm = 0.0106982 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 47954.8564
+ -----------------------------------
+ build system 47954.8611 0.0047 0.0047
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 47962.8441 7.9878 7.9830
+ =================================
+ wsmp: initialisation time: 0.0565760 s
+ wsmp: ordering time: 4.2979860 s
+ wsmp: symbolic fact. time: 0.7781439 s
+ wsmp: Cholesky fact. time: 11.4278941 s
+ wsmp: Factorisation 14418.3768427 Mflops
+ wsmp: back substitution time: 0.2353451 s
+ wsmp: from b to rhs vector: 0.0081081 s
+ ---------------------------------
+ wsmp: total solve time: 16.8044708 s
+ =================================
+ u : -0.10170E+01 0.20870E+00
+ v : -0.42976E-01 0.12568E+00
+ w : -0.72845E+00 0.22781E+00
+ =================================
+ Calculate pressures 47979.6834 24.8270 16.8392
+ raw pressures : -0.15339E+01 0.36455E+00
+ Smoothing pressures 47979.9037 25.0473 0.2203
+ do leaf measurements 47979.9048 25.0484 0.0010
+ compute convergence criterion 47979.9560 25.0996 0.0512
+ velocity_diff_norm = 0.0080306 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 47979.9591 25.1027 0.0032
+Compute isostasy and adjust vertical 47979.9593 25.1029 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -205314711001454.53 381142196028537.75
+ def in m -7.9899535179138184 0.72840738296508789
+ dimensionless def -1.83863963399614605E-6 2.2828438622610911E-5
+ Isostatic velocity range = -0.0180787 0.2278879
+ Compute divergence 47980.2310 25.3746 0.2717
+ wsmp_cleanup 47980.2682 25.4118 0.0372
+ Reset surface geometry 47980.2760 25.4196 0.0078
+ -----------------------------------------------------------------------
+ Temperature calculations 47980.2844 25.4280 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 47980.3018 25.4454 0.0174
+ Advect surface 1 47980.3019 25.4455 0.0001
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 47980.5004 25.6441 0.1985
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 47980.7113 25.8549 0.2109
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 47980.9679 26.1116 0.2566
+ Advect the cloud 47981.1311 26.2747 0.1631
+ Write output 47982.0109 27.1545 0.8799
+ End of time step 47982.9035 28.0471 0.8926
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 296 47982.9036
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 47982.9037 0.0001 0.0001
+ surface 01 47982.9037 0.0001 0.0000
+ S. 1: 17027points
+ refine surface 47982.9038 0.0001 0.0000
+ S. 1: 4 added ptcls in refine_surface
+ check delaunay 47982.9328 0.0291 0.0290
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 47982.9596 0.0560 0.0269
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 47982.9858 0.0822 0.0262
+ S. 1: 0 flips in delaunay2
+ S. 1: 17031points
+ surface 02 47983.0041 0.1005 0.0183
+ S. 2: 17024points
+ refine surface 47983.0042 0.1006 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 47983.0291 0.1255 0.0249
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 47983.0486 0.1450 0.0195
+ S. 3: 17037points
+ refine surface 47983.0488 0.1452 0.0001
+ S. 3: 5 added ptcls in refine_surface
+ check delaunay 47983.0779 0.1743 0.0291
+ S. 3: 10 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 47983.1050 0.2014 0.0271
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 47983.1306 0.2269 0.0256
+ S. 3: 0 flips in delaunay2
+ S. 3: 17042points
+ -----------------------------------------------------------------------
+ Start of iteration 1 47983.1558
+ -----------------------------------------------------------------------
+ Create octree solve 47983.1560 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 47983.1721 0.0163 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 47983.1938 0.0380 0.0217
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 47983.1946 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 47983.2088 0.0531 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 47983.3329 0.1771 0.1240
+ Imbed surface in osolve 47983.5224 0.3666 0.1895
+ embedding surface 1 47983.5226 0.3668 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 47985.5389 2.3831 2.0163
+ osolve%nleaves= 59424
+ embedding surface 3 47987.6781 4.5223 2.1393
+ osolve%nleaves= 64128
+ Assessing octree stability 47991.3099 8.1541 3.6318
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 47991.3183 8.1626 0.0084
+ Interpolate velo onto osolve 47991.7523 8.5965 0.4339
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 47991.8493 8.6935 0.0970
+ Find void 47992.1189 8.9631 0.2696
+ whole leaf in fluid 32992
+ Define boundary conditions 47992.1492 8.9935 0.0304
+ wsmp setup1 47992.1565 9.0007 0.0072
+ n = 128799
+ nz= 4957209
+ wsmp setup2 47993.2810 10.1252 1.1245
+ -----------------------------------
+ start of non-linear iteratio 1 47993.3384
+ -----------------------------------
+ build system 47993.3385 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48001.1901 7.8517 7.8516
+ =================================
+ wsmp: initialisation time: 0.0630949 s
+ wsmp: ordering time: 4.3208821 s
+ wsmp: symbolic fact. time: 0.7996609 s
+ wsmp: Cholesky fact. time: 11.4342809 s
+ wsmp: Factorisation 14410.3232826 Mflops
+ wsmp: back substitution time: 0.2365091 s
+ wsmp: from b to rhs vector: 0.0085042 s
+ ---------------------------------
+ wsmp: total solve time: 16.8633070 s
+ =================================
+ u : -0.10521E+01 0.18392E+00
+ v : -0.95023E-01 0.11405E+00
+ w : -0.76191E+00 0.24624E+00
+ =================================
+ Calculate pressures 48018.0878 24.7494 16.8977
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 48018.3097 24.9713 0.2219
+ do leaf measurements 48018.3107 24.9723 0.0010
+ compute convergence criterion 48018.3706 25.0322 0.0599
+ velocity_diff_norm = 0.5890121 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48018.3743
+ -----------------------------------
+ build system 48018.3787 0.0045 0.0045
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72158E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48026.3222 7.9479 7.9435
+ =================================
+ wsmp: initialisation time: 0.0583811 s
+ wsmp: ordering time: 4.3149610 s
+ wsmp: symbolic fact. time: 0.7961218 s
+ wsmp: Cholesky fact. time: 11.5075672 s
+ wsmp: Factorisation 14318.5506962 Mflops
+ wsmp: back substitution time: 0.2364850 s
+ wsmp: from b to rhs vector: 0.0086091 s
+ ---------------------------------
+ wsmp: total solve time: 16.9225850 s
+ =================================
+ u : -0.10151E+01 0.13664E+00
+ v : -0.48810E-01 0.10176E+00
+ w : -0.76741E+00 0.22648E+00
+ =================================
+ Calculate pressures 48043.2803 24.9060 16.9581
+ raw pressures : -0.12350E+01 0.17840E+00
+ Smoothing pressures 48043.5017 25.1274 0.2214
+ do leaf measurements 48043.5027 25.1284 0.0010
+ compute convergence criterion 48043.5621 25.1878 0.0594
+ velocity_diff_norm = 0.0712589 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48043.5658
+ -----------------------------------
+ build system 48043.5701 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48051.5269 7.9611 7.9567
+ =================================
+ wsmp: initialisation time: 0.0573170 s
+ wsmp: ordering time: 4.3165801 s
+ wsmp: symbolic fact. time: 0.7994549 s
+ wsmp: Cholesky fact. time: 11.4343131 s
+ wsmp: Factorisation 14410.2827189 Mflops
+ wsmp: back substitution time: 0.2363892 s
+ wsmp: from b to rhs vector: 0.0084929 s
+ ---------------------------------
+ wsmp: total solve time: 16.8529930 s
+ =================================
+ u : -0.10174E+01 0.15474E+00
+ v : -0.37712E-01 0.11830E+00
+ w : -0.74625E+00 0.23198E+00
+ =================================
+ Calculate pressures 48068.4145 24.8487 16.8876
+ raw pressures : -0.13698E+01 0.31144E+00
+ Smoothing pressures 48068.6360 25.0702 0.2215
+ do leaf measurements 48068.6370 25.0712 0.0010
+ compute convergence criterion 48068.6964 25.1306 0.0594
+ velocity_diff_norm = 0.0361626 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48068.7000
+ -----------------------------------
+ build system 48068.7044 0.0044 0.0044
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48076.7276 8.0275 8.0232
+ =================================
+ wsmp: initialisation time: 0.0572200 s
+ wsmp: ordering time: 4.3257260 s
+ wsmp: symbolic fact. time: 0.7951629 s
+ wsmp: Cholesky fact. time: 11.4455020 s
+ wsmp: Factorisation 14396.1954014 Mflops
+ wsmp: back substitution time: 0.2369351 s
+ wsmp: from b to rhs vector: 0.0085499 s
+ ---------------------------------
+ wsmp: total solve time: 16.8695560 s
+ =================================
+ u : -0.10174E+01 0.17536E+00
+ v : -0.37953E-01 0.12298E+00
+ w : -0.73714E+00 0.22939E+00
+ =================================
+ Calculate pressures 48093.6325 24.9325 16.9049
+ raw pressures : -0.14682E+01 0.35837E+00
+ Smoothing pressures 48093.8566 25.1566 0.2241
+ do leaf measurements 48093.8576 25.1576 0.0010
+ compute convergence criterion 48093.9174 25.2174 0.0598
+ velocity_diff_norm = 0.0157643 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48093.9211
+ -----------------------------------
+ build system 48093.9254 0.0043 0.0043
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48101.8674 7.9463 7.9420
+ =================================
+ wsmp: initialisation time: 0.0595019 s
+ wsmp: ordering time: 4.3522329 s
+ wsmp: symbolic fact. time: 0.7943001 s
+ wsmp: Cholesky fact. time: 11.5517280 s
+ wsmp: Factorisation 14263.8126287 Mflops
+ wsmp: back substitution time: 0.2362790 s
+ wsmp: from b to rhs vector: 0.0085399 s
+ ---------------------------------
+ wsmp: total solve time: 17.0030210 s
+ =================================
+ u : -0.10173E+01 0.19299E+00
+ v : -0.40639E-01 0.12547E+00
+ w : -0.73259E+00 0.22832E+00
+ =================================
+ Calculate pressures 48118.9049 24.9839 17.0376
+ raw pressures : -0.15113E+01 0.36595E+00
+ Smoothing pressures 48119.1287 25.2076 0.2237
+ do leaf measurements 48119.1296 25.2086 0.0010
+ compute convergence criterion 48119.1891 25.2681 0.0595
+ velocity_diff_norm = 0.0107142 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48119.1928
+ -----------------------------------
+ build system 48119.1970 0.0042 0.0042
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48127.1978 8.0050 8.0008
+ =================================
+ wsmp: initialisation time: 0.0581820 s
+ wsmp: ordering time: 4.3226449 s
+ wsmp: symbolic fact. time: 0.7986829 s
+ wsmp: Cholesky fact. time: 11.4514380 s
+ wsmp: Factorisation 14388.7330650 Mflops
+ wsmp: back substitution time: 0.2359579 s
+ wsmp: from b to rhs vector: 0.0085180 s
+ ---------------------------------
+ wsmp: total solve time: 16.8758712 s
+ =================================
+ u : -0.10170E+01 0.20849E+00
+ v : -0.43035E-01 0.12558E+00
+ w : -0.72814E+00 0.22780E+00
+ =================================
+ Calculate pressures 48144.1076 24.9148 16.9098
+ raw pressures : -0.15324E+01 0.36305E+00
+ Smoothing pressures 48144.3300 25.1372 0.2223
+ do leaf measurements 48144.3310 25.1382 0.0010
+ compute convergence criterion 48144.3884 25.1956 0.0575
+ velocity_diff_norm = 0.0080262 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48144.3911 25.1983 0.0027
+Compute isostasy and adjust vertical 48144.3913 25.1985 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -205632484106079.25 382156137058622.5
+ def in m -7.9992513656616211 0.7203637957572937
+ dimensionless def -1.83239970888410294E-6 2.2855003901890347E-5
+ Isostatic velocity range = -0.0180247 0.2281220
+ Compute divergence 48144.6671 25.4743 0.2758
+ wsmp_cleanup 48144.7065 25.5137 0.0394
+ Reset surface geometry 48144.7144 25.5216 0.0079
+ -----------------------------------------------------------------------
+ Temperature calculations 48144.7227 25.5299 0.0083
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48144.7396 25.5468 0.0169
+ Advect surface 1 48144.7398 25.5470 0.0002
+ removing 2 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48144.9480 25.7551 0.2082
+ removing 1 particle from surface
+ S. 2: 15 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48145.1547 25.9619 0.2068
+ removing 1 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48145.4224 26.2296 0.2677
+ Advect the cloud 48145.5912 26.3983 0.1687
+ Write output 48146.4682 27.2754 0.8770
+ End of time step 48147.3674 28.1746 0.8992
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 297 48147.3675
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48147.3676 0.0001 0.0001
+ surface 01 48147.3677 0.0001 0.0000
+ S. 1: 17029points
+ refine surface 48147.3677 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 48147.3926 0.0250 0.0249
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48147.4163 0.0488 0.0237
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48147.4408 0.0733 0.0245
+ S. 1: 0 flips in delaunay2
+ S. 1: 17030points
+ surface 02 48147.4600 0.0924 0.0192
+ S. 2: 17023points
+ refine surface 48147.4601 0.0926 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 48147.4852 0.1177 0.0251
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 48147.5090 0.1414 0.0238
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48147.5332 0.1657 0.0242
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 48147.5528 0.1852 0.0196
+ S. 3: 17041points
+ refine surface 48147.5529 0.1854 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 48147.5802 0.2126 0.0273
+ S. 3: 5 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 48147.6070 0.2394 0.0268
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48147.6323 0.2648 0.0254
+ S. 3: 0 flips in delaunay2
+ S. 3: 17043points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48147.6576
+ -----------------------------------------------------------------------
+ Create octree solve 48147.6578 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48147.6737 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48147.6948 0.0372 0.0211
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48147.6955 0.0379 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48147.7099 0.0523 0.0144
+ osolve%nleaves= 50016
+ Build osolve icon 48147.8322 0.1746 0.1222
+ Imbed surface in osolve 48148.0932 0.4356 0.2611
+ embedding surface 1 48148.0934 0.4358 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48150.1943 2.5367 2.1009
+ osolve%nleaves= 59424
+ embedding surface 3 48152.3914 4.7338 2.1971
+ osolve%nleaves= 64128
+ Assessing octree stability 48156.1131 8.4555 3.7217
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48156.1180 8.4604 0.0049
+ Interpolate velo onto osolve 48156.5887 8.9311 0.4708
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48156.6975 9.0399 0.1087
+ Find void 48156.9695 9.3119 0.2721
+ whole leaf in fluid 32992
+ Define boundary conditions 48157.0023 9.3447 0.0328
+ wsmp setup1 48157.0091 9.3515 0.0068
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48158.1515 10.4939 1.1424
+ -----------------------------------
+ start of non-linear iteratio 1 48158.2114
+ -----------------------------------
+ build system 48158.2116 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48166.0730 7.8615 7.8614
+ =================================
+ wsmp: initialisation time: 0.0629570 s
+ wsmp: ordering time: 4.3153651 s
+ wsmp: symbolic fact. time: 0.7960641 s
+ wsmp: Cholesky fact. time: 11.4464951 s
+ wsmp: Factorisation 14394.9464938 Mflops
+ wsmp: back substitution time: 0.2361619 s
+ wsmp: from b to rhs vector: 0.0085549 s
+ ---------------------------------
+ wsmp: total solve time: 16.8660390 s
+ =================================
+ u : -0.10361E+01 0.18429E+00
+ v : -0.94857E-01 0.11429E+00
+ w : -0.76189E+00 0.24761E+00
+ =================================
+ Calculate pressures 48182.9741 24.7627 16.9012
+ raw pressures : -0.35105E+00 0.00000E+00
+ Smoothing pressures 48183.1973 24.9859 0.2232
+ do leaf measurements 48183.1983 24.9869 0.0010
+ compute convergence criterion 48183.2584 25.0470 0.0601
+ velocity_diff_norm = 0.5890944 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48183.2625
+ -----------------------------------
+ build system 48183.2662 0.0037 0.0037
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71609E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48191.2565 7.9940 7.9903
+ =================================
+ wsmp: initialisation time: 0.0596440 s
+ wsmp: ordering time: 4.3158448 s
+ wsmp: symbolic fact. time: 0.7974281 s
+ wsmp: Cholesky fact. time: 11.4694250 s
+ wsmp: Factorisation 14366.1678250 Mflops
+ wsmp: back substitution time: 0.2366271 s
+ wsmp: from b to rhs vector: 0.0085669 s
+ ---------------------------------
+ wsmp: total solve time: 16.8879821 s
+ =================================
+ u : -0.10152E+01 0.13673E+00
+ v : -0.48831E-01 0.10203E+00
+ w : -0.76736E+00 0.22750E+00
+ =================================
+ Calculate pressures 48208.1798 24.9173 16.9233
+ raw pressures : -0.12355E+01 0.17978E+00
+ Smoothing pressures 48208.4059 25.1434 0.2261
+ do leaf measurements 48208.4068 25.1444 0.0010
+ compute convergence criterion 48208.4665 25.2041 0.0597
+ velocity_diff_norm = 0.0712249 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48208.4706
+ -----------------------------------
+ build system 48208.4742 0.0036 0.0036
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48216.4103 7.9397 7.9361
+ =================================
+ wsmp: initialisation time: 0.0578949 s
+ wsmp: ordering time: 4.3460159 s
+ wsmp: symbolic fact. time: 0.8052261 s
+ wsmp: Cholesky fact. time: 11.4891870 s
+ wsmp: Factorisation 14341.4572192 Mflops
+ wsmp: back substitution time: 0.2358279 s
+ wsmp: from b to rhs vector: 0.0085390 s
+ ---------------------------------
+ wsmp: total solve time: 16.9431360 s
+ =================================
+ u : -0.10173E+01 0.15461E+00
+ v : -0.37941E-01 0.11821E+00
+ w : -0.74643E+00 0.23193E+00
+ =================================
+ Calculate pressures 48233.3879 24.9173 16.9776
+ raw pressures : -0.13697E+01 0.31183E+00
+ Smoothing pressures 48233.6099 25.1393 0.2221
+ do leaf measurements 48233.6109 25.1403 0.0009
+ compute convergence criterion 48233.6704 25.1998 0.0595
+ velocity_diff_norm = 0.0361129 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48233.6744
+ -----------------------------------
+ build system 48233.6781 0.0037 0.0037
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48241.6600 7.9855 7.9819
+ =================================
+ wsmp: initialisation time: 0.0564339 s
+ wsmp: ordering time: 4.3237679 s
+ wsmp: symbolic fact. time: 0.7964780 s
+ wsmp: Cholesky fact. time: 11.4625680 s
+ wsmp: Factorisation 14374.7616793 Mflops
+ wsmp: back substitution time: 0.2356911 s
+ wsmp: from b to rhs vector: 0.0085490 s
+ ---------------------------------
+ wsmp: total solve time: 16.8839321 s
+ =================================
+ u : -0.10173E+01 0.17519E+00
+ v : -0.38084E-01 0.12292E+00
+ w : -0.73724E+00 0.22936E+00
+ =================================
+ Calculate pressures 48258.5792 24.9048 16.9192
+ raw pressures : -0.14675E+01 0.35830E+00
+ Smoothing pressures 48258.8022 25.1278 0.2230
+ do leaf measurements 48258.8032 25.1288 0.0010
+ compute convergence criterion 48258.8632 25.1888 0.0601
+ velocity_diff_norm = 0.0157911 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48258.8673
+ -----------------------------------
+ build system 48258.8710 0.0037 0.0037
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48266.8103 7.9431 7.9393
+ =================================
+ wsmp: initialisation time: 0.0595300 s
+ wsmp: ordering time: 4.3116770 s
+ wsmp: symbolic fact. time: 0.7968061 s
+ wsmp: Cholesky fact. time: 11.5033159 s
+ wsmp: Factorisation 14323.8423547 Mflops
+ wsmp: back substitution time: 0.2364240 s
+ wsmp: from b to rhs vector: 0.0086288 s
+ ---------------------------------
+ wsmp: total solve time: 16.9167759 s
+ =================================
+ u : -0.10171E+01 0.19278E+00
+ v : -0.40634E-01 0.12547E+00
+ w : -0.73268E+00 0.22831E+00
+ =================================
+ Calculate pressures 48283.7620 24.8948 16.9517
+ raw pressures : -0.15105E+01 0.36585E+00
+ Smoothing pressures 48283.9850 25.1178 0.2230
+ do leaf measurements 48283.9860 25.1187 0.0009
+ compute convergence criterion 48284.0460 25.1788 0.0600
+ velocity_diff_norm = 0.0106989 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48284.0500
+ -----------------------------------
+ build system 48284.0536 0.0036 0.0036
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48292.0104 7.9603 7.9568
+ =================================
+ wsmp: initialisation time: 0.0591569 s
+ wsmp: ordering time: 4.3196230 s
+ wsmp: symbolic fact. time: 0.8041790 s
+ wsmp: Cholesky fact. time: 11.4443741 s
+ wsmp: Factorisation 14397.6142914 Mflops
+ wsmp: back substitution time: 0.2355709 s
+ wsmp: from b to rhs vector: 0.0085599 s
+ ---------------------------------
+ wsmp: total solve time: 16.8718939 s
+ =================================
+ u : -0.10170E+01 0.20832E+00
+ v : -0.43035E-01 0.12555E+00
+ w : -0.72822E+00 0.22782E+00
+ =================================
+ Calculate pressures 48308.9168 24.8668 16.9064
+ raw pressures : -0.15320E+01 0.36311E+00
+ Smoothing pressures 48309.1394 25.0894 0.2227
+ do leaf measurements 48309.1404 25.0904 0.0010
+ compute convergence criterion 48309.1979 25.1479 0.0575
+ velocity_diff_norm = 0.0080123 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48309.2006 25.1506 0.0027
+Compute isostasy and adjust vertical 48309.2008 25.1508 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -205930173721671.53 383180809196329.56
+ def in m -8.001185417175293 0.71522015333175659
+ dimensionless def -1.82756764548165462E-6 2.28605297633579794E-5
+ Isostatic velocity range = -0.0179794 0.2281580
+ Compute divergence 48309.4772 25.4271 0.2764
+ wsmp_cleanup 48309.5161 25.4661 0.0390
+ Reset surface geometry 48309.5262 25.4761 0.0100
+ -----------------------------------------------------------------------
+ Temperature calculations 48309.5342 25.4842 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48309.5513 25.5013 0.0171
+ Advect surface 1 48309.5515 25.5015 0.0001
+ removing 2 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48309.7735 25.7235 0.2220
+ removing 3 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48310.0047 25.9547 0.2312
+ removing 4 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48310.3107 26.2607 0.3060
+ Advect the cloud 48310.4841 26.4341 0.1734
+ Write output 48311.3650 27.3150 0.8809
+ End of time step 48312.2623 28.2123 0.8973
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 298 48312.2624
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48312.2625 0.0001 0.0001
+ surface 01 48312.2625 0.0001 0.0000
+ S. 1: 17028points
+ refine surface 48312.2626 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 48312.2903 0.0279 0.0278
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48312.3131 0.0507 0.0228
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48312.3378 0.0754 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 17031points
+ surface 02 48312.3574 0.0949 0.0196
+ S. 2: 17021points
+ refine surface 48312.3575 0.0951 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48312.3818 0.1194 0.0243
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 48312.4017 0.1393 0.0199
+ S. 3: 17039points
+ refine surface 48312.4019 0.1394 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 48312.4294 0.1670 0.0275
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 48312.4522 0.1897 0.0227
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48312.4769 0.2145 0.0248
+ S. 3: 0 flips in delaunay2
+ S. 3: 17041points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48312.5028
+ -----------------------------------------------------------------------
+ Create octree solve 48312.5030 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48312.5189 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48312.5407 0.0380 0.0219
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48312.5415 0.0388 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48312.5557 0.0529 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 48312.6778 0.1751 0.1222
+ Imbed surface in osolve 48312.9613 0.4586 0.2835
+ embedding surface 1 48312.9615 0.4587 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48315.0667 2.5640 2.1052
+ osolve%nleaves= 59424
+ embedding surface 3 48317.2581 4.7554 2.1914
+ osolve%nleaves= 64128
+ Assessing octree stability 48320.8971 8.3944 3.6390
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48320.9023 8.3996 0.0052
+ Interpolate velo onto osolve 48321.4012 8.8984 0.4989
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48321.4759 8.9731 0.0746
+ Find void 48321.7462 9.2434 0.2703
+ whole leaf in fluid 32992
+ Define boundary conditions 48321.7818 9.2790 0.0356
+ wsmp setup1 48321.7909 9.2881 0.0091
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48322.9340 10.4313 1.1432
+ -----------------------------------
+ start of non-linear iteratio 1 48322.9960
+ -----------------------------------
+ build system 48322.9962 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48330.7955 7.7994 7.7993
+ =================================
+ wsmp: initialisation time: 0.0575809 s
+ wsmp: ordering time: 4.3240161 s
+ wsmp: symbolic fact. time: 0.7991979 s
+ wsmp: Cholesky fact. time: 11.4405799 s
+ wsmp: Factorisation 14402.3891658 Mflops
+ wsmp: back substitution time: 0.2360470 s
+ wsmp: from b to rhs vector: 0.0084579 s
+ ---------------------------------
+ wsmp: total solve time: 16.8663380 s
+ =================================
+ u : -0.10161E+01 0.18443E+00
+ v : -0.95029E-01 0.11378E+00
+ w : -0.76234E+00 0.24757E+00
+ =================================
+ Calculate pressures 48347.6975 24.7014 16.9020
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 48347.9206 24.9246 0.2231
+ do leaf measurements 48347.9216 24.9255 0.0010
+ compute convergence criterion 48347.9808 24.9848 0.0592
+ velocity_diff_norm = 0.5892940 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48347.9846
+ -----------------------------------
+ build system 48347.9884 0.0038 0.0038
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71393E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48356.0153 8.0307 8.0269
+ =================================
+ wsmp: initialisation time: 0.0581350 s
+ wsmp: ordering time: 4.3260331 s
+ wsmp: symbolic fact. time: 0.7958441 s
+ wsmp: Cholesky fact. time: 11.4550328 s
+ wsmp: Factorisation 14384.2175213 Mflops
+ wsmp: back substitution time: 0.2370839 s
+ wsmp: from b to rhs vector: 0.0084908 s
+ ---------------------------------
+ wsmp: total solve time: 16.8810711 s
+ =================================
+ u : -0.10153E+01 0.13689E+00
+ v : -0.48650E-01 0.10191E+00
+ w : -0.76761E+00 0.22742E+00
+ =================================
+ Calculate pressures 48372.9314 24.9468 16.9160
+ raw pressures : -0.12360E+01 0.17969E+00
+ Smoothing pressures 48373.1581 25.1735 0.2268
+ do leaf measurements 48373.1591 25.1745 0.0010
+ compute convergence criterion 48373.2187 25.2341 0.0596
+ velocity_diff_norm = 0.0714293 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48373.2225
+ -----------------------------------
+ build system 48373.2261 0.0036 0.0036
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48381.1704 7.9478 7.9443
+ =================================
+ wsmp: initialisation time: 0.0599499 s
+ wsmp: ordering time: 4.3457510 s
+ wsmp: symbolic fact. time: 0.7996140 s
+ wsmp: Cholesky fact. time: 11.5272901 s
+ wsmp: Factorisation 14294.0519725 Mflops
+ wsmp: back substitution time: 0.2362540 s
+ wsmp: from b to rhs vector: 0.0085740 s
+ ---------------------------------
+ wsmp: total solve time: 16.9778759 s
+ =================================
+ u : -0.10174E+01 0.15472E+00
+ v : -0.37913E-01 0.11827E+00
+ w : -0.74680E+00 0.23206E+00
+ =================================
+ Calculate pressures 48398.1825 24.9600 17.0122
+ raw pressures : -0.13705E+01 0.31244E+00
+ Smoothing pressures 48398.4070 25.1845 0.2244
+ do leaf measurements 48398.4080 25.1854 0.0010
+ compute convergence criterion 48398.4672 25.2447 0.0593
+ velocity_diff_norm = 0.0361288 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48398.4710
+ -----------------------------------
+ build system 48398.4746 0.0036 0.0036
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48406.4844 8.0134 8.0098
+ =================================
+ wsmp: initialisation time: 0.0618119 s
+ wsmp: ordering time: 4.3240831 s
+ wsmp: symbolic fact. time: 0.7956870 s
+ wsmp: Cholesky fact. time: 11.4469430 s
+ wsmp: Factorisation 14394.3831320 Mflops
+ wsmp: back substitution time: 0.2360120 s
+ wsmp: from b to rhs vector: 0.0085769 s
+ ---------------------------------
+ wsmp: total solve time: 16.8735719 s
+ =================================
+ u : -0.10174E+01 0.17527E+00
+ v : -0.38028E-01 0.12301E+00
+ w : -0.73752E+00 0.22941E+00
+ =================================
+ Calculate pressures 48423.3925 24.9215 16.9081
+ raw pressures : -0.14683E+01 0.35906E+00
+ Smoothing pressures 48423.6155 25.1445 0.2230
+ do leaf measurements 48423.6165 25.1455 0.0010
+ compute convergence criterion 48423.6763 25.2053 0.0598
+ velocity_diff_norm = 0.0157443 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48423.6801
+ -----------------------------------
+ build system 48423.6838 0.0037 0.0037
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48431.6800 7.9999 7.9962
+ =================================
+ wsmp: initialisation time: 0.0588870 s
+ wsmp: ordering time: 4.3187368 s
+ wsmp: symbolic fact. time: 0.7983820 s
+ wsmp: Cholesky fact. time: 11.4688721 s
+ wsmp: Factorisation 14366.8603909 Mflops
+ wsmp: back substitution time: 0.2362070 s
+ wsmp: from b to rhs vector: 0.0085540 s
+ ---------------------------------
+ wsmp: total solve time: 16.8901160 s
+ =================================
+ u : -0.10172E+01 0.19285E+00
+ v : -0.40638E-01 0.12552E+00
+ w : -0.73293E+00 0.22822E+00
+ =================================
+ Calculate pressures 48448.6050 24.9249 16.9249
+ raw pressures : -0.15113E+01 0.36661E+00
+ Smoothing pressures 48448.8314 25.1513 0.2264
+ do leaf measurements 48448.8324 25.1523 0.0010
+ compute convergence criterion 48448.8919 25.2118 0.0595
+ velocity_diff_norm = 0.0106747 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48448.8957
+ -----------------------------------
+ build system 48448.8993 0.0036 0.0036
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48456.8379 7.9422 7.9386
+ =================================
+ wsmp: initialisation time: 0.0606019 s
+ wsmp: ordering time: 4.3457081 s
+ wsmp: symbolic fact. time: 0.8050311 s
+ wsmp: Cholesky fact. time: 11.4740372 s
+ wsmp: Factorisation 14360.3930707 Mflops
+ wsmp: back substitution time: 0.2353921 s
+ wsmp: from b to rhs vector: 0.0084970 s
+ ---------------------------------
+ wsmp: total solve time: 16.9297230 s
+ =================================
+ u : -0.10170E+01 0.20841E+00
+ v : -0.43064E-01 0.12557E+00
+ w : -0.72845E+00 0.22781E+00
+ =================================
+ Calculate pressures 48473.8024 24.9068 16.9646
+ raw pressures : -0.15326E+01 0.36377E+00
+ Smoothing pressures 48474.0258 25.1302 0.2234
+ do leaf measurements 48474.0268 25.1311 0.0010
+ compute convergence criterion 48474.0837 25.1881 0.0569
+ velocity_diff_norm = 0.0080203 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48474.0864 25.1907 0.0026
+Compute isostasy and adjust vertical 48474.0865 25.1909 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -206220884660819.16 384206945889991.88
+ def in m -8.0050935745239258 0.70989948511123657
+ dimensionless def -1.83440412793840684E-6 2.28716959272112154E-5
+ Isostatic velocity range = -0.0180538 0.2282514
+ Compute divergence 48474.3598 25.4642 0.2733
+ wsmp_cleanup 48474.3987 25.5031 0.0389
+ Reset surface geometry 48474.4082 25.5126 0.0095
+ -----------------------------------------------------------------------
+ Temperature calculations 48474.4163 25.5207 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48474.4331 25.5374 0.0168
+ Advect surface 1 48474.4332 25.5376 0.0002
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48474.6489 25.7533 0.2157
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48474.8508 25.9552 0.2019
+ removing 1 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48475.1197 26.2241 0.2689
+ Advect the cloud 48475.2911 26.3954 0.1713
+ Write output 48476.1791 27.2835 0.8881
+ End of time step 48477.0768 28.1811 0.8976
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 299 48477.0769
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48477.0770 0.0001 0.0001
+ surface 01 48477.0770 0.0001 0.0000
+ S. 1: 17030points
+ refine surface 48477.0771 0.0002 0.0000
+ S. 1: 6 added ptcls in refine_surface
+ check delaunay 48477.1050 0.0281 0.0279
+ S. 1: 12 flips in delaunay2
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48477.1325 0.0556 0.0275
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48477.1575 0.0805 0.0249
+ S. 1: 0 flips in delaunay2
+ S. 1: 17036points
+ surface 02 48477.1768 0.0999 0.0193
+ S. 2: 17021points
+ refine surface 48477.1769 0.1000 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 48477.2040 0.1271 0.0271
+ S. 2: 6 flips in delaunay2
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 48477.2318 0.1549 0.0278
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48477.2565 0.1796 0.0247
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 48477.2761 0.1991 0.0196
+ S. 3: 17040points
+ refine surface 48477.2762 0.1993 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 48477.3026 0.2257 0.0264
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 48477.3306 0.2536 0.0279
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48477.3552 0.2782 0.0246
+ S. 3: 0 flips in delaunay2
+ S. 3: 17042points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48477.3811
+ -----------------------------------------------------------------------
+ Create octree solve 48477.3814 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48477.3972 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48477.4193 0.0382 0.0221
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48477.4201 0.0390 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48477.4343 0.0531 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 48477.5565 0.1754 0.1223
+ Imbed surface in osolve 48477.8485 0.4674 0.2920
+ embedding surface 1 48477.8486 0.4675 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48479.9461 2.5649 2.0974
+ osolve%nleaves= 59424
+ embedding surface 3 48482.1681 4.7870 2.2221
+ osolve%nleaves= 64128
+ Assessing octree stability 48485.8566 8.4755 3.6885
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48485.8629 8.4818 0.0063
+ Interpolate velo onto osolve 48486.3743 8.9932 0.5114
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48486.4534 9.0723 0.0791
+ Find void 48486.7254 9.3443 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 48486.7643 9.3831 0.0389
+ wsmp setup1 48486.7734 9.3923 0.0091
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48487.9191 10.5380 1.1457
+ -----------------------------------
+ start of non-linear iteratio 1 48487.9749
+ -----------------------------------
+ build system 48487.9750 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48495.7499 7.7751 7.7749
+ =================================
+ wsmp: initialisation time: 0.0616550 s
+ wsmp: ordering time: 4.3420320 s
+ wsmp: symbolic fact. time: 0.8008440 s
+ wsmp: Cholesky fact. time: 11.4666259 s
+ wsmp: Factorisation 14369.6746451 Mflops
+ wsmp: back substitution time: 0.2356501 s
+ wsmp: from b to rhs vector: 0.0085020 s
+ ---------------------------------
+ wsmp: total solve time: 16.9157531 s
+ =================================
+ u : -0.10315E+01 0.18514E+00
+ v : -0.94957E-01 0.11323E+00
+ w : -0.76247E+00 0.24629E+00
+ =================================
+ Calculate pressures 48512.6999 24.7250 16.9500
+ raw pressures : -0.35123E+00 0.00000E+00
+ Smoothing pressures 48512.9243 24.9494 0.2244
+ do leaf measurements 48512.9261 24.9512 0.0018
+ compute convergence criterion 48512.9847 25.0098 0.0586
+ velocity_diff_norm = 0.5897281 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48512.9889
+ -----------------------------------
+ build system 48512.9927 0.0038 0.0038
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71969E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48520.9729 7.9840 7.9802
+ =================================
+ wsmp: initialisation time: 0.0588760 s
+ wsmp: ordering time: 4.3203180 s
+ wsmp: symbolic fact. time: 0.7974570 s
+ wsmp: Cholesky fact. time: 11.4514880 s
+ wsmp: Factorisation 14388.6701550 Mflops
+ wsmp: back substitution time: 0.2353170 s
+ wsmp: from b to rhs vector: 0.0085011 s
+ ---------------------------------
+ wsmp: total solve time: 16.8724048 s
+ =================================
+ u : -0.10151E+01 0.13768E+00
+ v : -0.48836E-01 0.10196E+00
+ w : -0.76779E+00 0.22646E+00
+ =================================
+ Calculate pressures 48537.8799 24.8910 16.9070
+ raw pressures : -0.12360E+01 0.18079E+00
+ Smoothing pressures 48538.1031 25.1142 0.2232
+ do leaf measurements 48538.1049 25.1160 0.0018
+ compute convergence criterion 48538.1639 25.1751 0.0590
+ velocity_diff_norm = 0.0715734 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48538.1682
+ -----------------------------------
+ build system 48538.1721 0.0039 0.0039
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48546.1097 7.9415 7.9376
+ =================================
+ wsmp: initialisation time: 0.0564570 s
+ wsmp: ordering time: 4.3136051 s
+ wsmp: symbolic fact. time: 0.7978232 s
+ wsmp: Cholesky fact. time: 11.5163829 s
+ wsmp: Factorisation 14307.5898777 Mflops
+ wsmp: back substitution time: 0.2359011 s
+ wsmp: from b to rhs vector: 0.0085731 s
+ ---------------------------------
+ wsmp: total solve time: 16.9291670 s
+ =================================
+ u : -0.10173E+01 0.15531E+00
+ v : -0.37681E-01 0.11838E+00
+ w : -0.74696E+00 0.23171E+00
+ =================================
+ Calculate pressures 48563.0739 24.9058 16.9642
+ raw pressures : -0.13712E+01 0.31369E+00
+ Smoothing pressures 48563.2980 25.1298 0.2240
+ do leaf measurements 48563.2998 25.1316 0.0018
+ compute convergence criterion 48563.3583 25.1902 0.0586
+ velocity_diff_norm = 0.0361488 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48563.3626
+ -----------------------------------
+ build system 48563.3665 0.0039 0.0039
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48571.3270 7.9644 7.9605
+ =================================
+ wsmp: initialisation time: 0.0613120 s
+ wsmp: ordering time: 4.3193080 s
+ wsmp: symbolic fact. time: 0.7990041 s
+ wsmp: Cholesky fact. time: 11.4428611 s
+ wsmp: Factorisation 14399.5179807 Mflops
+ wsmp: back substitution time: 0.2357960 s
+ wsmp: from b to rhs vector: 0.0085292 s
+ ---------------------------------
+ wsmp: total solve time: 16.8672321 s
+ =================================
+ u : -0.10173E+01 0.17568E+00
+ v : -0.37970E-01 0.12300E+00
+ w : -0.73776E+00 0.22919E+00
+ =================================
+ Calculate pressures 48588.2293 24.8667 16.9023
+ raw pressures : -0.14694E+01 0.35999E+00
+ Smoothing pressures 48588.4518 25.0892 0.2225
+ do leaf measurements 48588.4536 25.0911 0.0018
+ compute convergence criterion 48588.5121 25.1496 0.0585
+ velocity_diff_norm = 0.0157475 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48588.5163
+ -----------------------------------
+ build system 48588.5202 0.0039 0.0039
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48596.5440 8.0277 8.0238
+ =================================
+ wsmp: initialisation time: 0.0565629 s
+ wsmp: ordering time: 4.3231902 s
+ wsmp: symbolic fact. time: 0.7976561 s
+ wsmp: Cholesky fact. time: 11.4528320 s
+ wsmp: Factorisation 14386.9816751 Mflops
+ wsmp: back substitution time: 0.2366459 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.8758831 s
+ =================================
+ u : -0.10171E+01 0.19324E+00
+ v : -0.40664E-01 0.12554E+00
+ w : -0.73313E+00 0.22823E+00
+ =================================
+ Calculate pressures 48613.4546 24.9383 16.9106
+ raw pressures : -0.15127E+01 0.36745E+00
+ Smoothing pressures 48613.6810 25.1646 0.2264
+ do leaf measurements 48613.6827 25.1664 0.0018
+ compute convergence criterion 48613.7414 25.2251 0.0587
+ velocity_diff_norm = 0.0107069 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48613.7457
+ -----------------------------------
+ build system 48613.7495 0.0038 0.0038
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48621.6918 7.9461 7.9423
+ =================================
+ wsmp: initialisation time: 0.0599961 s
+ wsmp: ordering time: 4.3414280 s
+ wsmp: symbolic fact. time: 0.7944160 s
+ wsmp: Cholesky fact. time: 11.5351319 s
+ wsmp: Factorisation 14284.3345751 Mflops
+ wsmp: back substitution time: 0.2357812 s
+ wsmp: from b to rhs vector: 0.0085750 s
+ ---------------------------------
+ wsmp: total solve time: 16.9757841 s
+ =================================
+ u : -0.10170E+01 0.20874E+00
+ v : -0.43068E-01 0.12566E+00
+ w : -0.72863E+00 0.22774E+00
+ =================================
+ Calculate pressures 48638.7025 24.9569 17.0108
+ raw pressures : -0.15339E+01 0.36451E+00
+ Smoothing pressures 48638.9257 25.1800 0.2231
+ do leaf measurements 48638.9275 25.1819 0.0018
+ compute convergence criterion 48638.9840 25.2383 0.0565
+ velocity_diff_norm = 0.0080317 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48638.9870 25.2413 0.0030
+Compute isostasy and adjust vertical 48638.9872 25.2415 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -206504741362608.06 385240216831518.81
+ def in m -8.0060625076293945 0.70751810073852539
+ dimensionless def -1.83006695338657921E-6 2.28744643075125544E-5
+ Isostatic velocity range = -0.0180174 0.2282572
+ Compute divergence 48639.2647 25.5190 0.2775
+ wsmp_cleanup 48639.3030 25.5574 0.0383
+ Reset surface geometry 48639.3138 25.5682 0.0108
+ -----------------------------------------------------------------------
+ Temperature calculations 48639.3217 25.5760 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48639.3389 25.5932 0.0172
+ Advect surface 1 48639.3390 25.5933 0.0001
+ removing 1 particle from surface
+ S. 1: 14 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48639.5473 25.8016 0.2083
+ removing 4 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48639.7844 26.0387 0.2371
+ removing 3 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48640.0701 26.3244 0.2857
+ Advect the cloud 48640.2390 26.4934 0.1689
+ Write output 48641.1250 27.3793 0.8859
+ End of time step 48642.0243 28.2786 0.8993
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 300 48642.0245
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48642.0246 0.0001 0.0001
+ surface 01 48642.0246 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 48642.0246 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 48642.0502 0.0257 0.0255
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48642.0731 0.0486 0.0230
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48642.0977 0.0732 0.0246
+ S. 1: 0 flips in delaunay2
+ S. 1: 17038points
+ surface 02 48642.1166 0.0921 0.0189
+ S. 2: 17020points
+ refine surface 48642.1168 0.0923 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 48642.1429 0.1184 0.0261
+ S. 2: 5 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 48642.1709 0.1465 0.0281
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48642.1949 0.1704 0.0240
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 48642.2142 0.1897 0.0193
+ S. 3: 17039points
+ refine surface 48642.2143 0.1898 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 48642.2402 0.2157 0.0258
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 48642.2676 0.2431 0.0274
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48642.2933 0.2689 0.0258
+ S. 3: 0 flips in delaunay2
+ S. 3: 17040points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48642.3176
+ -----------------------------------------------------------------------
+ Create octree solve 48642.3178 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48642.3337 0.0161 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48642.3562 0.0386 0.0225
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48642.3570 0.0394 0.0008
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48642.3712 0.0536 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 48642.4933 0.1757 0.1222
+ Imbed surface in osolve 48642.7878 0.4702 0.2945
+ embedding surface 1 48642.7880 0.4704 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48644.9006 2.5830 2.1126
+ osolve%nleaves= 59424
+ embedding surface 3 48647.1292 4.8116 2.2287
+ osolve%nleaves= 64128
+ Assessing octree stability 48650.8061 8.4885 3.6769
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48650.8115 8.4939 0.0054
+ Interpolate velo onto osolve 48651.3096 8.9921 0.4981
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48651.4363 9.1187 0.1266
+ Find void 48651.7080 9.3904 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 48651.7470 9.4294 0.0389
+ wsmp setup1 48651.7578 9.4402 0.0109
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48652.9041 10.5865 1.1463
+ -----------------------------------
+ start of non-linear iteratio 1 48652.9607
+ -----------------------------------
+ build system 48652.9608 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48660.7257 7.7650 7.7649
+ =================================
+ wsmp: initialisation time: 0.0641620 s
+ wsmp: ordering time: 4.3411639 s
+ wsmp: symbolic fact. time: 0.8030570 s
+ wsmp: Cholesky fact. time: 11.5226741 s
+ wsmp: Factorisation 14299.7782180 Mflops
+ wsmp: back substitution time: 0.2354598 s
+ wsmp: from b to rhs vector: 0.0086122 s
+ ---------------------------------
+ wsmp: total solve time: 16.9755940 s
+ =================================
+ u : -0.10165E+01 0.18468E+00
+ v : -0.93821E-01 0.11417E+00
+ w : -0.76245E+00 0.24656E+00
+ =================================
+ Calculate pressures 48677.7360 24.7753 17.0103
+ raw pressures : -0.35119E+00 0.00000E+00
+ Smoothing pressures 48677.9604 24.9997 0.2245
+ do leaf measurements 48677.9622 25.0015 0.0018
+ compute convergence criterion 48678.0216 25.0609 0.0594
+ velocity_diff_norm = 0.5896512 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48678.0285
+ -----------------------------------
+ build system 48678.0345 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73058E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48686.0365 8.0080 8.0021
+ =================================
+ wsmp: initialisation time: 0.0568399 s
+ wsmp: ordering time: 4.3200619 s
+ wsmp: symbolic fact. time: 0.7965112 s
+ wsmp: Cholesky fact. time: 11.4395740 s
+ wsmp: Factorisation 14403.6555757 Mflops
+ wsmp: back substitution time: 0.2352481 s
+ wsmp: from b to rhs vector: 0.0085940 s
+ ---------------------------------
+ wsmp: total solve time: 16.8572750 s
+ =================================
+ u : -0.10154E+01 0.13732E+00
+ v : -0.48774E-01 0.10177E+00
+ w : -0.76778E+00 0.22668E+00
+ =================================
+ Calculate pressures 48702.9282 24.8998 16.8917
+ raw pressures : -0.12361E+01 0.18414E+00
+ Smoothing pressures 48703.1536 25.1251 0.2253
+ do leaf measurements 48703.1554 25.1269 0.0018
+ compute convergence criterion 48703.2153 25.1868 0.0599
+ velocity_diff_norm = 0.0715594 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48703.2223
+ -----------------------------------
+ build system 48703.2297 0.0074 0.0074
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48711.2090 7.9867 7.9794
+ =================================
+ wsmp: initialisation time: 0.0588970 s
+ wsmp: ordering time: 4.3144300 s
+ wsmp: symbolic fact. time: 0.7971160 s
+ wsmp: Cholesky fact. time: 11.4630980 s
+ wsmp: Factorisation 14374.0970520 Mflops
+ wsmp: back substitution time: 0.2362790 s
+ wsmp: from b to rhs vector: 0.0086319 s
+ ---------------------------------
+ wsmp: total solve time: 16.8788838 s
+ =================================
+ u : -0.10175E+01 0.15511E+00
+ v : -0.38006E-01 0.11824E+00
+ w : -0.74675E+00 0.23173E+00
+ =================================
+ Calculate pressures 48728.1224 24.9002 16.9134
+ raw pressures : -0.13710E+01 0.31299E+00
+ Smoothing pressures 48728.3498 25.1275 0.2273
+ do leaf measurements 48728.3515 25.1292 0.0018
+ compute convergence criterion 48728.4109 25.1886 0.0594
+ velocity_diff_norm = 0.0361085 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48728.4178
+ -----------------------------------
+ build system 48728.4238 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48736.3580 7.9402 7.9343
+ =================================
+ wsmp: initialisation time: 0.0618701 s
+ wsmp: ordering time: 4.3445718 s
+ wsmp: symbolic fact. time: 0.8037231 s
+ wsmp: Cholesky fact. time: 11.4675639 s
+ wsmp: Factorisation 14368.4993411 Mflops
+ wsmp: back substitution time: 0.2350659 s
+ wsmp: from b to rhs vector: 0.0084970 s
+ ---------------------------------
+ wsmp: total solve time: 16.9217429 s
+ =================================
+ u : -0.10175E+01 0.17561E+00
+ v : -0.38167E-01 0.12296E+00
+ w : -0.73757E+00 0.22938E+00
+ =================================
+ Calculate pressures 48753.3141 24.8963 16.9561
+ raw pressures : -0.14689E+01 0.35945E+00
+ Smoothing pressures 48753.5380 25.1202 0.2240
+ do leaf measurements 48753.5398 25.1220 0.0017
+ compute convergence criterion 48753.5991 25.1813 0.0594
+ velocity_diff_norm = 0.0157179 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48753.6060
+ -----------------------------------
+ build system 48753.6120 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48761.5831 7.9770 7.9711
+ =================================
+ wsmp: initialisation time: 0.0589981 s
+ wsmp: ordering time: 4.3244948 s
+ wsmp: symbolic fact. time: 0.8003311 s
+ wsmp: Cholesky fact. time: 11.4506500 s
+ wsmp: Factorisation 14389.7232218 Mflops
+ wsmp: back substitution time: 0.2359009 s
+ wsmp: from b to rhs vector: 0.0085189 s
+ ---------------------------------
+ wsmp: total solve time: 16.8793280 s
+ =================================
+ u : -0.10173E+01 0.19315E+00
+ v : -0.40588E-01 0.12549E+00
+ w : -0.73297E+00 0.22833E+00
+ =================================
+ Calculate pressures 48778.4976 24.8916 16.9146
+ raw pressures : -0.15120E+01 0.36711E+00
+ Smoothing pressures 48778.7224 25.1164 0.2248
+ do leaf measurements 48778.7242 25.1181 0.0018
+ compute convergence criterion 48778.7842 25.1782 0.0601
+ velocity_diff_norm = 0.0106903 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48778.7912
+ -----------------------------------
+ build system 48778.7972 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48786.7318 7.9406 7.9346
+ =================================
+ wsmp: initialisation time: 0.0600882 s
+ wsmp: ordering time: 4.3147280 s
+ wsmp: symbolic fact. time: 0.7957540 s
+ wsmp: Cholesky fact. time: 11.5074711 s
+ wsmp: Factorisation 14318.6702503 Mflops
+ wsmp: back substitution time: 0.2359312 s
+ wsmp: from b to rhs vector: 0.0085611 s
+ ---------------------------------
+ wsmp: total solve time: 16.9230201 s
+ =================================
+ u : -0.10171E+01 0.20863E+00
+ v : -0.42995E-01 0.12565E+00
+ w : -0.72848E+00 0.22791E+00
+ =================================
+ Calculate pressures 48803.6896 24.8984 16.9577
+ raw pressures : -0.15332E+01 0.36412E+00
+ Smoothing pressures 48803.9145 25.1233 0.2249
+ do leaf measurements 48803.9162 25.1250 0.0018
+ compute convergence criterion 48803.9732 25.1820 0.0569
+ velocity_diff_norm = 0.0080104 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48803.9766 25.1854 0.0034
+Compute isostasy and adjust vertical 48803.9767 25.1856 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -206777123926778.28 386279821381515.25
+ def in m -7.9812250137329102 0.71867245435714722
+ dimensionless def -1.81264128003801616E-6 2.28035000392368864E-5
+ Isostatic velocity range = -0.0178448 0.2275759
+ Compute divergence 48804.2538 25.4626 0.2771
+ wsmp_cleanup 48804.2926 25.5014 0.0388
+ Reset surface geometry 48804.3027 25.5115 0.0100
+ -----------------------------------------------------------------------
+ Temperature calculations 48804.3104 25.5193 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48804.3268 25.5357 0.0164
+ Advect surface 1 48804.3270 25.5358 0.0002
+ removing 3 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48804.5493 25.7581 0.2223
+ removing 1 particle from surface
+ S. 2: 13 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48804.7581 25.9669 0.2088
+ removing 3 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48805.0457 26.2545 0.2876
+ Advect the cloud 48805.2198 26.4286 0.1741
+ Write output 48806.1016 27.3104 0.8818
+ End of time step 48807.0002 28.2091 0.8986
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 301 48807.0004
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48807.0005 0.0001 0.0001
+ surface 01 48807.0006 0.0001 0.0001
+ S. 1: 17035points
+ refine surface 48807.0006 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 48807.0270 0.0266 0.0264
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48807.0548 0.0544 0.0278
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48807.0830 0.0826 0.0282
+ S. 1: 0 flips in delaunay2
+ S. 1: 17036points
+ surface 02 48807.1013 0.1009 0.0183
+ S. 2: 17022points
+ refine surface 48807.1014 0.1010 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 48807.1305 0.1301 0.0291
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 48807.1532 0.1527 0.0227
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48807.1822 0.1817 0.0290
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 48807.2002 0.1997 0.0180
+ S. 3: 17037points
+ refine surface 48807.2003 0.1999 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48807.2285 0.2281 0.0282
+ S. 3: 0 flips in delaunay2
+ S. 3: 17037points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48807.2543
+ -----------------------------------------------------------------------
+ Create octree solve 48807.2546 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48807.2705 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48807.2943 0.0400 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48807.2955 0.0411 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48807.3096 0.0553 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 48807.4318 0.1775 0.1222
+ Imbed surface in osolve 48807.7279 0.4736 0.2961
+ embedding surface 1 48807.7281 0.4738 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48809.8190 2.5647 2.0909
+ osolve%nleaves= 59424
+ embedding surface 3 48812.0391 4.7848 2.2201
+ osolve%nleaves= 64128
+ Assessing octree stability 48815.7599 8.5056 3.7208
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48815.7684 8.5141 0.0086
+ Interpolate velo onto osolve 48816.2585 9.0042 0.4900
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48816.3767 9.1224 0.1182
+ Find void 48816.6534 9.3990 0.2766
+ whole leaf in fluid 32992
+ Define boundary conditions 48816.6961 9.4418 0.0428
+ wsmp setup1 48816.7082 9.4539 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48817.8584 10.6041 1.1502
+ -----------------------------------
+ start of non-linear iteratio 1 48817.9152
+ -----------------------------------
+ build system 48817.9153 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48825.6688 7.7536 7.7535
+ =================================
+ wsmp: initialisation time: 0.0604279 s
+ wsmp: ordering time: 4.3136868 s
+ wsmp: symbolic fact. time: 0.7977071 s
+ wsmp: Cholesky fact. time: 11.5252419 s
+ wsmp: Factorisation 14296.5922966 Mflops
+ wsmp: back substitution time: 0.2356980 s
+ wsmp: from b to rhs vector: 0.0085490 s
+ ---------------------------------
+ wsmp: total solve time: 16.9417729 s
+ =================================
+ u : -0.10577E+01 0.18447E+00
+ v : -0.94925E-01 0.11472E+00
+ w : -0.76216E+00 0.24780E+00
+ =================================
+ Calculate pressures 48842.6454 24.7302 16.9766
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 48842.8695 24.9543 0.2242
+ do leaf measurements 48842.8712 24.9560 0.0017
+ compute convergence criterion 48842.9310 25.0158 0.0598
+ velocity_diff_norm = 0.5892681 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 48842.9381
+ -----------------------------------
+ build system 48842.9442 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71521E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48850.9027 7.9646 7.9585
+ =================================
+ wsmp: initialisation time: 0.0600770 s
+ wsmp: ordering time: 4.3246579 s
+ wsmp: symbolic fact. time: 0.7988660 s
+ wsmp: Cholesky fact. time: 11.4401922 s
+ wsmp: Factorisation 14402.8772130 Mflops
+ wsmp: back substitution time: 0.2350311 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.8678091 s
+ =================================
+ u : -0.10150E+01 0.13697E+00
+ v : -0.48637E-01 0.10202E+00
+ w : -0.76755E+00 0.22778E+00
+ =================================
+ Calculate pressures 48867.8060 24.8678 16.9032
+ raw pressures : -0.12352E+01 0.18044E+00
+ Smoothing pressures 48868.0301 25.0920 0.2242
+ do leaf measurements 48868.0319 25.0938 0.0018
+ compute convergence criterion 48868.0920 25.1539 0.0601
+ velocity_diff_norm = 0.0713160 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 48868.0991
+ -----------------------------------
+ build system 48868.1052 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48876.1220 8.0229 8.0168
+ =================================
+ wsmp: initialisation time: 0.0564601 s
+ wsmp: ordering time: 4.3209579 s
+ wsmp: symbolic fact. time: 0.7954152 s
+ wsmp: Cholesky fact. time: 11.4601071 s
+ wsmp: Factorisation 14377.8485322 Mflops
+ wsmp: back substitution time: 0.2357872 s
+ wsmp: from b to rhs vector: 0.0085211 s
+ ---------------------------------
+ wsmp: total solve time: 16.8776882 s
+ =================================
+ u : -0.10174E+01 0.15484E+00
+ v : -0.38174E-01 0.11829E+00
+ w : -0.74656E+00 0.23236E+00
+ =================================
+ Calculate pressures 48893.0346 24.9354 16.9126
+ raw pressures : -0.13699E+01 0.31232E+00
+ Smoothing pressures 48893.2622 25.1630 0.2276
+ do leaf measurements 48893.2639 25.1648 0.0017
+ compute convergence criterion 48893.3238 25.2247 0.0599
+ velocity_diff_norm = 0.0361147 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 48893.3309
+ -----------------------------------
+ build system 48893.3369 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48901.2713 7.9404 7.9344
+ =================================
+ wsmp: initialisation time: 0.0627131 s
+ wsmp: ordering time: 4.3477378 s
+ wsmp: symbolic fact. time: 0.8015971 s
+ wsmp: Cholesky fact. time: 11.5299211 s
+ wsmp: Factorisation 14290.7902917 Mflops
+ wsmp: back substitution time: 0.2354910 s
+ wsmp: from b to rhs vector: 0.0085990 s
+ ---------------------------------
+ wsmp: total solve time: 16.9865069 s
+ =================================
+ u : -0.10174E+01 0.17531E+00
+ v : -0.38281E-01 0.12296E+00
+ w : -0.73741E+00 0.22950E+00
+ =================================
+ Calculate pressures 48918.2922 24.9613 17.0210
+ raw pressures : -0.14680E+01 0.35864E+00
+ Smoothing pressures 48918.5165 25.1857 0.2243
+ do leaf measurements 48918.5183 25.1874 0.0017
+ compute convergence criterion 48918.5786 25.2477 0.0604
+ velocity_diff_norm = 0.0157561 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 48918.5858
+ -----------------------------------
+ build system 48918.5918 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48926.5912 8.0054 7.9994
+ =================================
+ wsmp: initialisation time: 0.0563719 s
+ wsmp: ordering time: 4.3208978 s
+ wsmp: symbolic fact. time: 0.7952251 s
+ wsmp: Cholesky fact. time: 11.4386091 s
+ wsmp: Factorisation 14404.8705660 Mflops
+ wsmp: back substitution time: 0.2358081 s
+ wsmp: from b to rhs vector: 0.0085950 s
+ ---------------------------------
+ wsmp: total solve time: 16.8559761 s
+ =================================
+ u : -0.10173E+01 0.19286E+00
+ v : -0.40568E-01 0.12550E+00
+ w : -0.73280E+00 0.22846E+00
+ =================================
+ Calculate pressures 48943.4823 24.8965 16.8911
+ raw pressures : -0.15110E+01 0.36626E+00
+ Smoothing pressures 48943.7065 25.1207 0.2242
+ do leaf measurements 48943.7082 25.1225 0.0018
+ compute convergence criterion 48943.7686 25.1829 0.0604
+ velocity_diff_norm = 0.0107058 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 48943.7759
+ -----------------------------------
+ build system 48943.7821 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48951.7716 7.9957 7.9896
+ =================================
+ wsmp: initialisation time: 0.0566640 s
+ wsmp: ordering time: 4.3158770 s
+ wsmp: symbolic fact. time: 0.7950611 s
+ wsmp: Cholesky fact. time: 11.4601622 s
+ wsmp: Factorisation 14377.7794358 Mflops
+ wsmp: back substitution time: 0.2360721 s
+ wsmp: from b to rhs vector: 0.0085740 s
+ ---------------------------------
+ wsmp: total solve time: 16.8728650 s
+ =================================
+ u : -0.10171E+01 0.20836E+00
+ v : -0.42992E-01 0.12565E+00
+ w : -0.72833E+00 0.22791E+00
+ =================================
+ Calculate pressures 48968.6788 24.9029 16.9072
+ raw pressures : -0.15321E+01 0.36336E+00
+ Smoothing pressures 48968.9056 25.1297 0.2268
+ do leaf measurements 48968.9073 25.1314 0.0017
+ compute convergence criterion 48968.9646 25.1887 0.0573
+ velocity_diff_norm = 0.0080081 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 48968.9677 25.1918 0.0031
+Compute isostasy and adjust vertical 48968.9679 25.1920 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -207080172566488.22 387290449266251.13
+ def in m -7.9929518699645996 0.71375000476837158
+ dimensionless def -1.81973917143685494E-6 2.28370053427559974E-5
+ Isostatic velocity range = -0.0179164 0.2278982
+ Compute divergence 48969.2470 25.4711 0.2792
+ wsmp_cleanup 48969.2855 25.5096 0.0385
+ Reset surface geometry 48969.2962 25.5203 0.0107
+ -----------------------------------------------------------------------
+ Temperature calculations 48969.3036 25.5277 0.0073
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 48969.3217 25.5458 0.0182
+ Advect surface 1 48969.3219 25.5460 0.0001
+ removing 3 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 48969.5471 25.7712 0.2252
+ removing 2 particle from surface
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 48969.7647 25.9887 0.2176
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 48970.0225 26.2466 0.2578
+ Advect the cloud 48970.1941 26.4182 0.1716
+ Write output 48971.0831 27.3072 0.8890
+ End of time step 48971.9857 28.2098 0.9026
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 302 48971.9859
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 48971.9860 0.0001 0.0001
+ surface 01 48971.9861 0.0001 0.0000
+ S. 1: 17033points
+ refine surface 48971.9861 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 48972.0173 0.0314 0.0312
+ S. 1: 3 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 48972.0480 0.0621 0.0307
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 48972.0792 0.0932 0.0312
+ S. 1: 0 flips in delaunay2
+ S. 1: 17035points
+ surface 02 48972.1013 0.1154 0.0221
+ S. 2: 17022points
+ refine surface 48972.1014 0.1155 0.0001
+ S. 2: 6 added ptcls in refine_surface
+ check delaunay 48972.1384 0.1525 0.0370
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 48972.1653 0.1794 0.0269
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 48972.1967 0.2108 0.0314
+ S. 2: 0 flips in delaunay2
+ S. 2: 17028points
+ surface 03 48972.2199 0.2340 0.0232
+ S. 3: 17037points
+ refine surface 48972.2201 0.2341 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 48972.2551 0.2692 0.0351
+ S. 3: 4 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 48972.2858 0.2998 0.0306
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 48972.3179 0.3319 0.0321
+ S. 3: 0 flips in delaunay2
+ S. 3: 17039points
+ -----------------------------------------------------------------------
+ Start of iteration 1 48972.3475
+ -----------------------------------------------------------------------
+ Create octree solve 48972.3478 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 48972.3637 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 48972.3879 0.0404 0.0242
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 48972.3890 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 48972.4032 0.0557 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 48972.5254 0.1779 0.1222
+ Imbed surface in osolve 48972.8211 0.4736 0.2957
+ embedding surface 1 48972.8212 0.4737 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 48974.8999 2.5524 2.0787
+ osolve%nleaves= 59424
+ embedding surface 3 48977.1118 4.7643 2.2119
+ osolve%nleaves= 64128
+ Assessing octree stability 48980.9041 8.5566 3.7923
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 48980.9097 8.5622 0.0056
+ Interpolate velo onto osolve 48981.4300 9.0825 0.5202
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 48981.5127 9.1651 0.0827
+ Find void 48981.7834 9.4359 0.2708
+ whole leaf in fluid 32992
+ Define boundary conditions 48981.8252 9.4777 0.0418
+ wsmp setup1 48981.8373 9.4898 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 48982.9888 10.6413 1.1515
+ -----------------------------------
+ start of non-linear iteratio 1 48983.0458
+ -----------------------------------
+ build system 48983.0460 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 48990.8320 7.7862 7.7860
+ =================================
+ wsmp: initialisation time: 0.0638161 s
+ wsmp: ordering time: 4.3101220 s
+ wsmp: symbolic fact. time: 0.7965038 s
+ wsmp: Cholesky fact. time: 11.4597480 s
+ wsmp: Factorisation 14378.2990209 Mflops
+ wsmp: back substitution time: 0.2360408 s
+ wsmp: from b to rhs vector: 0.0085139 s
+ ---------------------------------
+ wsmp: total solve time: 16.8751860 s
+ =================================
+ u : -0.10164E+01 0.18484E+00
+ v : -0.95058E-01 0.11417E+00
+ w : -0.76236E+00 0.24664E+00
+ =================================
+ Calculate pressures 49007.7420 24.6961 16.9100
+ raw pressures : -0.35101E+00 0.00000E+00
+ Smoothing pressures 49007.9692 24.9233 0.2272
+ do leaf measurements 49007.9710 24.9252 0.0019
+ compute convergence criterion 49008.0315 24.9857 0.0605
+ velocity_diff_norm = 0.5896970 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49008.0387
+ -----------------------------------
+ build system 49008.0448 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71646E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49015.9778 7.9391 7.9331
+ =================================
+ wsmp: initialisation time: 0.0573990 s
+ wsmp: ordering time: 4.3435569 s
+ wsmp: symbolic fact. time: 0.8115211 s
+ wsmp: Cholesky fact. time: 11.4635198 s
+ wsmp: Factorisation 14373.5682044 Mflops
+ wsmp: back substitution time: 0.2348421 s
+ wsmp: from b to rhs vector: 0.0085270 s
+ ---------------------------------
+ wsmp: total solve time: 16.9197841 s
+ =================================
+ u : -0.10152E+01 0.13726E+00
+ v : -0.48495E-01 0.10173E+00
+ w : -0.76765E+00 0.22702E+00
+ =================================
+ Calculate pressures 49032.9326 24.8939 16.9548
+ raw pressures : -0.12365E+01 0.18540E+00
+ Smoothing pressures 49033.1581 25.1194 0.2255
+ do leaf measurements 49033.1599 25.1212 0.0018
+ compute convergence criterion 49033.2212 25.1825 0.0613
+ velocity_diff_norm = 0.0718039 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49033.2284
+ -----------------------------------
+ build system 49033.2345 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49041.2071 7.9787 7.9726
+ =================================
+ wsmp: initialisation time: 0.0604060 s
+ wsmp: ordering time: 4.3235891 s
+ wsmp: symbolic fact. time: 0.7951839 s
+ wsmp: Cholesky fact. time: 11.4431479 s
+ wsmp: Factorisation 14399.1570631 Mflops
+ wsmp: back substitution time: 0.2353520 s
+ wsmp: from b to rhs vector: 0.0085680 s
+ ---------------------------------
+ wsmp: total solve time: 16.8667119 s
+ =================================
+ u : -0.10175E+01 0.15503E+00
+ v : -0.37891E-01 0.11836E+00
+ w : -0.74686E+00 0.23227E+00
+ =================================
+ Calculate pressures 49058.1092 24.8808 16.9021
+ raw pressures : -0.13704E+01 0.31283E+00
+ Smoothing pressures 49058.3340 25.1056 0.2248
+ do leaf measurements 49058.3359 25.1074 0.0019
+ compute convergence criterion 49058.3971 25.1687 0.0612
+ velocity_diff_norm = 0.0360643 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49058.4044
+ -----------------------------------
+ build system 49058.4106 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49066.3442 7.9398 7.9336
+ =================================
+ wsmp: initialisation time: 0.0627370 s
+ wsmp: ordering time: 4.3129411 s
+ wsmp: symbolic fact. time: 0.7944880 s
+ wsmp: Cholesky fact. time: 11.5147610 s
+ wsmp: Factorisation 14309.6052353 Mflops
+ wsmp: back substitution time: 0.2357001 s
+ wsmp: from b to rhs vector: 0.0086310 s
+ ---------------------------------
+ wsmp: total solve time: 16.9297140 s
+ =================================
+ u : -0.10175E+01 0.17546E+00
+ v : -0.38185E-01 0.12294E+00
+ w : -0.73758E+00 0.22954E+00
+ =================================
+ Calculate pressures 49083.3087 24.9043 16.9646
+ raw pressures : -0.14685E+01 0.35917E+00
+ Smoothing pressures 49083.5330 25.1286 0.2243
+ do leaf measurements 49083.5349 25.1305 0.0018
+ compute convergence criterion 49083.5955 25.1911 0.0607
+ velocity_diff_norm = 0.0157524 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49083.6028
+ -----------------------------------
+ build system 49083.6089 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49091.5581 7.9553 7.9492
+ =================================
+ wsmp: initialisation time: 0.0590980 s
+ wsmp: ordering time: 4.3188090 s
+ wsmp: symbolic fact. time: 0.7965510 s
+ wsmp: Cholesky fact. time: 11.4329128 s
+ wsmp: Factorisation 14412.0476011 Mflops
+ wsmp: back substitution time: 0.2352452 s
+ wsmp: from b to rhs vector: 0.0085180 s
+ ---------------------------------
+ wsmp: total solve time: 16.8515718 s
+ =================================
+ u : -0.10173E+01 0.19296E+00
+ v : -0.40602E-01 0.12554E+00
+ w : -0.73296E+00 0.22856E+00
+ =================================
+ Calculate pressures 49108.4451 24.8423 16.8871
+ raw pressures : -0.15114E+01 0.36681E+00
+ Smoothing pressures 49108.6693 25.0665 0.2242
+ do leaf measurements 49108.6712 25.0684 0.0019
+ compute convergence criterion 49108.7317 25.1289 0.0605
+ velocity_diff_norm = 0.0107063 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49108.7389
+ -----------------------------------
+ build system 49108.7450 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49116.7610 8.0221 8.0160
+ =================================
+ wsmp: initialisation time: 0.0606041 s
+ wsmp: ordering time: 4.3233469 s
+ wsmp: symbolic fact. time: 0.7963481 s
+ wsmp: Cholesky fact. time: 11.4536438 s
+ wsmp: Factorisation 14385.9619497 Mflops
+ wsmp: back substitution time: 0.2359500 s
+ wsmp: from b to rhs vector: 0.0085471 s
+ ---------------------------------
+ wsmp: total solve time: 16.8788941 s
+ =================================
+ u : -0.10171E+01 0.20843E+00
+ v : -0.43036E-01 0.12559E+00
+ w : -0.72849E+00 0.22788E+00
+ =================================
+ Calculate pressures 49133.6744 24.9355 16.9133
+ raw pressures : -0.15328E+01 0.36376E+00
+ Smoothing pressures 49133.9015 25.1626 0.2272
+ do leaf measurements 49133.9034 25.1645 0.0018
+ compute convergence criterion 49133.9615 25.2226 0.0582
+ velocity_diff_norm = 0.0080018 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49133.9647 25.2258 0.0032
+Compute isostasy and adjust vertical 49133.9649 25.2260 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -207373678067750.53 388305350773914.88
+ def in m -7.9979639053344727 0.71338742971420288
+ dimensionless def -1.82427406311035175E-6 2.28513254438127799E-5
+ Isostatic velocity range = -0.0179670 0.2280296
+ Compute divergence 49134.2428 25.5039 0.2779
+ wsmp_cleanup 49134.2818 25.5429 0.0390
+ Reset surface geometry 49134.2920 25.5531 0.0102
+ -----------------------------------------------------------------------
+ Temperature calculations 49134.3006 25.5617 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49134.3181 25.5792 0.0175
+ Advect surface 1 49134.3182 25.5793 0.0001
+ removing 1 particle from surface
+ S. 1: 18 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49134.5316 25.7927 0.2134
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49134.7538 26.0149 0.2223
+ removing 1 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49135.0307 26.2918 0.2769
+ Advect the cloud 49135.2082 26.4693 0.1775
+ Write output 49136.0974 27.3585 0.8892
+ End of time step 49137.0041 28.2652 0.9067
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 303 49137.0043
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49137.0044 0.0001 0.0001
+ surface 01 49137.0044 0.0001 0.0000
+ S. 1: 17034points
+ refine surface 49137.0045 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 49137.0392 0.0349 0.0347
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 49137.0659 0.0616 0.0267
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49137.0983 0.0940 0.0325
+ S. 1: 0 flips in delaunay2
+ S. 1: 17037points
+ surface 02 49137.1218 0.1175 0.0234
+ S. 2: 17027points
+ refine surface 49137.1219 0.1176 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 49137.1565 0.1522 0.0345
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49137.1855 0.1812 0.0291
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49137.2197 0.2154 0.0342
+ S. 2: 0 flips in delaunay2
+ S. 2: 17028points
+ surface 03 49137.2435 0.2392 0.0237
+ S. 3: 17038points
+ refine surface 49137.2436 0.2393 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 49137.2808 0.2765 0.0372
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 49137.3155 0.3112 0.0347
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49137.3523 0.3480 0.0367
+ S. 3: 0 flips in delaunay2
+ S. 3: 17039points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49137.3843
+ -----------------------------------------------------------------------
+ Create octree solve 49137.3846 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49137.4006 0.0163 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 49137.4243 0.0400 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49137.4254 0.0412 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49137.4398 0.0555 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 49137.5632 0.1789 0.1234
+ Imbed surface in osolve 49137.8611 0.4768 0.2979
+ embedding surface 1 49137.8612 0.4769 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49139.9778 2.5935 2.1166
+ osolve%nleaves= 59424
+ embedding surface 3 49142.2189 4.8347 2.2412
+ osolve%nleaves= 64128
+ Assessing octree stability 49145.9475 8.5632 3.7285
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49145.9561 8.5719 0.0087
+ Interpolate velo onto osolve 49146.4650 9.0807 0.5089
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49146.5469 9.1626 0.0819
+ Find void 49146.8161 9.4318 0.2692
+ whole leaf in fluid 32992
+ Define boundary conditions 49146.8560 9.4717 0.0399
+ wsmp setup1 49146.8683 9.4841 0.0123
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49148.0180 10.6338 1.1497
+ -----------------------------------
+ start of non-linear iteratio 1 49148.0766
+ -----------------------------------
+ build system 49148.0767 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49155.9373 7.8607 7.8605
+ =================================
+ wsmp: initialisation time: 0.0657301 s
+ wsmp: ordering time: 4.3241410 s
+ wsmp: symbolic fact. time: 0.7922390 s
+ wsmp: Cholesky fact. time: 11.4516978 s
+ wsmp: Factorisation 14388.4065379 Mflops
+ wsmp: back substitution time: 0.2366369 s
+ wsmp: from b to rhs vector: 0.0085778 s
+ ---------------------------------
+ wsmp: total solve time: 16.8794849 s
+ =================================
+ u : -0.10469E+01 0.18526E+00
+ v : -0.94545E-01 0.11488E+00
+ w : -0.76256E+00 0.24580E+00
+ =================================
+ Calculate pressures 49172.8516 24.7750 16.9143
+ raw pressures : -0.35101E+00 0.00000E+00
+ Smoothing pressures 49173.0786 25.0021 0.2270
+ do leaf measurements 49173.0804 25.0039 0.0018
+ compute convergence criterion 49173.1419 25.0653 0.0614
+ velocity_diff_norm = 0.5895122 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49173.1490
+ -----------------------------------
+ build system 49173.1552 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72611E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49181.0953 7.9463 7.9402
+ =================================
+ wsmp: initialisation time: 0.0581079 s
+ wsmp: ordering time: 4.3482020 s
+ wsmp: symbolic fact. time: 0.8013570 s
+ wsmp: Cholesky fact. time: 11.5306451 s
+ wsmp: Factorisation 14289.8928887 Mflops
+ wsmp: back substitution time: 0.2356679 s
+ wsmp: from b to rhs vector: 0.0085549 s
+ ---------------------------------
+ wsmp: total solve time: 16.9830129 s
+ =================================
+ u : -0.10150E+01 0.13774E+00
+ v : -0.48899E-01 0.10180E+00
+ w : -0.76799E+00 0.22610E+00
+ =================================
+ Calculate pressures 49198.1135 24.9645 17.0182
+ raw pressures : -0.12364E+01 0.18147E+00
+ Smoothing pressures 49198.3382 25.1892 0.2247
+ do leaf measurements 49198.3401 25.1911 0.0019
+ compute convergence criterion 49198.4015 25.2525 0.0614
+ velocity_diff_norm = 0.0717285 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49198.4086
+ -----------------------------------
+ build system 49198.4147 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49206.4161 8.0075 8.0015
+ =================================
+ wsmp: initialisation time: 0.0595231 s
+ wsmp: ordering time: 4.3206508 s
+ wsmp: symbolic fact. time: 0.7979081 s
+ wsmp: Cholesky fact. time: 11.4475269 s
+ wsmp: Factorisation 14393.6489390 Mflops
+ wsmp: back substitution time: 0.2353959 s
+ wsmp: from b to rhs vector: 0.0085781 s
+ ---------------------------------
+ wsmp: total solve time: 16.8700600 s
+ =================================
+ u : -0.10173E+01 0.15535E+00
+ v : -0.37740E-01 0.11834E+00
+ w : -0.74702E+00 0.23147E+00
+ =================================
+ Calculate pressures 49223.3209 24.9123 16.9047
+ raw pressures : -0.13714E+01 0.31422E+00
+ Smoothing pressures 49223.5466 25.1381 0.2258
+ do leaf measurements 49223.5485 25.1399 0.0019
+ compute convergence criterion 49223.6104 25.2019 0.0619
+ velocity_diff_norm = 0.0360955 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49223.6177
+ -----------------------------------
+ build system 49223.6239 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49231.6123 7.9946 7.9884
+ =================================
+ wsmp: initialisation time: 0.0585589 s
+ wsmp: ordering time: 4.3120410 s
+ wsmp: symbolic fact. time: 0.7931471 s
+ wsmp: Cholesky fact. time: 11.4657900 s
+ wsmp: Factorisation 14370.7222438 Mflops
+ wsmp: back substitution time: 0.2362320 s
+ wsmp: from b to rhs vector: 0.0085161 s
+ ---------------------------------
+ wsmp: total solve time: 16.8747461 s
+ =================================
+ u : -0.10174E+01 0.17565E+00
+ v : -0.38062E-01 0.12308E+00
+ w : -0.73782E+00 0.22902E+00
+ =================================
+ Calculate pressures 49248.5211 24.9034 16.9088
+ raw pressures : -0.14699E+01 0.36027E+00
+ Smoothing pressures 49248.7493 25.1316 0.2282
+ do leaf measurements 49248.7511 25.1334 0.0018
+ compute convergence criterion 49248.8125 25.1948 0.0614
+ velocity_diff_norm = 0.0156885 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49248.8196
+ -----------------------------------
+ build system 49248.8256 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49256.7606 7.9409 7.9349
+ =================================
+ wsmp: initialisation time: 0.0592239 s
+ wsmp: ordering time: 4.3472660 s
+ wsmp: symbolic fact. time: 0.7998741 s
+ wsmp: Cholesky fact. time: 11.4748130 s
+ wsmp: Factorisation 14359.4221621 Mflops
+ wsmp: back substitution time: 0.2351310 s
+ wsmp: from b to rhs vector: 0.0085599 s
+ ---------------------------------
+ wsmp: total solve time: 16.9252980 s
+ =================================
+ u : -0.10172E+01 0.19312E+00
+ v : -0.40757E-01 0.12565E+00
+ w : -0.73321E+00 0.22802E+00
+ =================================
+ Calculate pressures 49273.7208 24.9012 16.9602
+ raw pressures : -0.15126E+01 0.36767E+00
+ Smoothing pressures 49273.9451 25.1255 0.2243
+ do leaf measurements 49273.9469 25.1273 0.0018
+ compute convergence criterion 49274.0083 25.1887 0.0615
+ velocity_diff_norm = 0.0106734 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49274.0155
+ -----------------------------------
+ build system 49274.0215 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49281.9951 7.9796 7.9736
+ =================================
+ wsmp: initialisation time: 0.0583920 s
+ wsmp: ordering time: 4.3252339 s
+ wsmp: symbolic fact. time: 0.7996559 s
+ wsmp: Cholesky fact. time: 11.4463799 s
+ wsmp: Factorisation 14395.0913140 Mflops
+ wsmp: back substitution time: 0.2353871 s
+ wsmp: from b to rhs vector: 0.0085392 s
+ ---------------------------------
+ wsmp: total solve time: 16.8740551 s
+ =================================
+ u : -0.10170E+01 0.20859E+00
+ v : -0.43153E-01 0.12565E+00
+ w : -0.72871E+00 0.22751E+00
+ =================================
+ Calculate pressures 49298.9036 24.8882 16.9085
+ raw pressures : -0.15337E+01 0.36479E+00
+ Smoothing pressures 49299.1289 25.1134 0.2252
+ do leaf measurements 49299.1308 25.1153 0.0019
+ compute convergence criterion 49299.1900 25.1746 0.0593
+ velocity_diff_norm = 0.0080134 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49299.1932 25.1777 0.0031
+Compute isostasy and adjust vertical 49299.1933 25.1779 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -207657225909286.09 389326829449881.25
+ def in m -7.9976415634155273 0.71436607837677002
+ dimensionless def -1.81877459798540375E-6 2.28504044669015096E-5
+ Isostatic velocity range = -0.0179152 0.2280106
+ Compute divergence 49299.4672 25.4517 0.2738
+ wsmp_cleanup 49299.5077 25.4922 0.0405
+ Reset surface geometry 49299.5167 25.5013 0.0090
+ -----------------------------------------------------------------------
+ Temperature calculations 49299.5246 25.5092 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49299.5415 25.5260 0.0168
+ Advect surface 1 49299.5417 25.5262 0.0002
+ removing 2 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49299.7614 25.7459 0.2198
+ removing 3 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49299.9987 25.9832 0.2373
+ removing 1 particle from surface
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49300.2690 26.2536 0.2703
+ Advect the cloud 49300.4445 26.4290 0.1755
+ Write output 49301.3363 27.3208 0.8918
+ End of time step 49302.2448 28.2293 0.9085
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 304 49302.2450
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49302.2450 0.0001 0.0001
+ surface 01 49302.2451 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 49302.2451 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 49302.2786 0.0336 0.0335
+ S. 1: 1 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 49302.3095 0.0646 0.0309
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49302.3433 0.0984 0.0338
+ S. 1: 0 flips in delaunay2
+ S. 1: 17036points
+ surface 02 49302.3658 0.1208 0.0224
+ S. 2: 17025points
+ refine surface 49302.3659 0.1209 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 49302.4027 0.1577 0.0368
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49302.4328 0.1878 0.0301
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49302.4702 0.2252 0.0374
+ S. 2: 0 flips in delaunay2
+ S. 2: 17027points
+ surface 03 49302.4939 0.2489 0.0237
+ S. 3: 17038points
+ refine surface 49302.4940 0.2491 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 49302.5341 0.2891 0.0400
+ S. 3: 6 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 49302.5675 0.3225 0.0334
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49302.6047 0.3597 0.0372
+ S. 3: 0 flips in delaunay2
+ S. 3: 17041points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49302.6359
+ -----------------------------------------------------------------------
+ Create octree solve 49302.6361 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49302.6522 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 49302.6761 0.0402 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49302.6772 0.0413 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49302.6915 0.0556 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 49302.8149 0.1791 0.1234
+ Imbed surface in osolve 49303.1122 0.4763 0.2972
+ embedding surface 1 49303.1123 0.4765 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49305.2379 2.6020 2.1256
+ osolve%nleaves= 59424
+ embedding surface 3 49307.4611 4.8252 2.2232
+ osolve%nleaves= 64128
+ Assessing octree stability 49311.1657 8.5298 3.7046
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49311.1749 8.5391 0.0093
+ Interpolate velo onto osolve 49311.7027 9.0668 0.5277
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49311.7854 9.1495 0.0827
+ Find void 49312.0525 9.4166 0.2671
+ whole leaf in fluid 32992
+ Define boundary conditions 49312.0908 9.4550 0.0384
+ wsmp setup1 49312.1038 9.4679 0.0129
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49313.2472 10.6113 1.1434
+ -----------------------------------
+ start of non-linear iteratio 1 49313.3074
+ -----------------------------------
+ build system 49313.3075 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49321.1172 7.8099 7.8097
+ =================================
+ wsmp: initialisation time: 0.0625880 s
+ wsmp: ordering time: 4.3191319 s
+ wsmp: symbolic fact. time: 0.7976010 s
+ wsmp: Cholesky fact. time: 11.4527199 s
+ wsmp: Factorisation 14387.1224415 Mflops
+ wsmp: back substitution time: 0.2351222 s
+ wsmp: from b to rhs vector: 0.0085280 s
+ ---------------------------------
+ wsmp: total solve time: 16.8761549 s
+ =================================
+ u : -0.10205E+01 0.18463E+00
+ v : -0.94144E-01 0.11368E+00
+ w : -0.76266E+00 0.24381E+00
+ =================================
+ Calculate pressures 49338.0283 24.7210 16.9111
+ raw pressures : -0.35074E+00 0.00000E+00
+ Smoothing pressures 49338.2535 24.9462 0.2252
+ do leaf measurements 49338.2553 24.9480 0.0018
+ compute convergence criterion 49338.3156 25.0083 0.0603
+ velocity_diff_norm = 0.5901050 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49338.3226
+ -----------------------------------
+ build system 49338.3287 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73805E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49346.2647 7.9421 7.9360
+ =================================
+ wsmp: initialisation time: 0.0595398 s
+ wsmp: ordering time: 4.3089101 s
+ wsmp: symbolic fact. time: 0.7964289 s
+ wsmp: Cholesky fact. time: 11.5181541 s
+ wsmp: Factorisation 14305.3897188 Mflops
+ wsmp: back substitution time: 0.2353592 s
+ wsmp: from b to rhs vector: 0.0085061 s
+ ---------------------------------
+ wsmp: total solve time: 16.9273639 s
+ =================================
+ u : -0.10153E+01 0.13734E+00
+ v : -0.49046E-01 0.10196E+00
+ w : -0.76797E+00 0.22481E+00
+ =================================
+ Calculate pressures 49363.2267 24.9041 16.9620
+ raw pressures : -0.12360E+01 0.17987E+00
+ Smoothing pressures 49363.4510 25.1284 0.2243
+ do leaf measurements 49363.4527 25.1301 0.0018
+ compute convergence criterion 49363.5121 25.1896 0.0594
+ velocity_diff_norm = 0.0719184 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49363.5191
+ -----------------------------------
+ build system 49363.5251 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49371.4821 7.9630 7.9570
+ =================================
+ wsmp: initialisation time: 0.0597310 s
+ wsmp: ordering time: 4.3202500 s
+ wsmp: symbolic fact. time: 0.7975080 s
+ wsmp: Cholesky fact. time: 11.4431479 s
+ wsmp: Factorisation 14399.1570631 Mflops
+ wsmp: back substitution time: 0.2349849 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.8645880 s
+ =================================
+ u : -0.10175E+01 0.15516E+00
+ v : -0.37967E-01 0.11852E+00
+ w : -0.74684E+00 0.23099E+00
+ =================================
+ Calculate pressures 49388.3810 24.8619 16.8989
+ raw pressures : -0.13710E+01 0.31344E+00
+ Smoothing pressures 49388.6061 25.0870 0.2251
+ do leaf measurements 49388.6079 25.0888 0.0018
+ compute convergence criterion 49388.6673 25.1483 0.0595
+ velocity_diff_norm = 0.0362543 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49388.6743
+ -----------------------------------
+ build system 49388.6803 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49396.6972 8.0229 8.0169
+ =================================
+ wsmp: initialisation time: 0.0578361 s
+ wsmp: ordering time: 4.3212740 s
+ wsmp: symbolic fact. time: 0.7957079 s
+ wsmp: Cholesky fact. time: 11.4563649 s
+ wsmp: Factorisation 14382.5450519 Mflops
+ wsmp: back substitution time: 0.2358460 s
+ wsmp: from b to rhs vector: 0.0085340 s
+ ---------------------------------
+ wsmp: total solve time: 16.8759799 s
+ =================================
+ u : -0.10175E+01 0.17560E+00
+ v : -0.38180E-01 0.12317E+00
+ w : -0.73769E+00 0.22884E+00
+ =================================
+ Calculate pressures 49413.6077 24.9334 16.9105
+ raw pressures : -0.14699E+01 0.35946E+00
+ Smoothing pressures 49413.8349 25.1606 0.2272
+ do leaf measurements 49413.8367 25.1623 0.0018
+ compute convergence criterion 49413.8964 25.2220 0.0597
+ velocity_diff_norm = 0.0157144 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49413.9032
+ -----------------------------------
+ build system 49413.9092 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49421.8430 7.9397 7.9338
+ =================================
+ wsmp: initialisation time: 0.0567300 s
+ wsmp: ordering time: 4.3423140 s
+ wsmp: symbolic fact. time: 0.7942100 s
+ wsmp: Cholesky fact. time: 11.5388949 s
+ wsmp: Factorisation 14279.6762966 Mflops
+ wsmp: back substitution time: 0.2353270 s
+ wsmp: from b to rhs vector: 0.0084751 s
+ ---------------------------------
+ wsmp: total solve time: 16.9764011 s
+ =================================
+ u : -0.10173E+01 0.19307E+00
+ v : -0.40762E-01 0.12571E+00
+ w : -0.73309E+00 0.22794E+00
+ =================================
+ Calculate pressures 49438.8544 24.9511 17.0114
+ raw pressures : -0.15126E+01 0.36696E+00
+ Smoothing pressures 49439.0784 25.1752 0.2241
+ do leaf measurements 49439.0802 25.1770 0.0017
+ compute convergence criterion 49439.1397 25.2365 0.0595
+ velocity_diff_norm = 0.0106730 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49439.1466
+ -----------------------------------
+ build system 49439.1527 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49447.1542 8.0075 8.0015
+ =================================
+ wsmp: initialisation time: 0.0616119 s
+ wsmp: ordering time: 4.3147609 s
+ wsmp: symbolic fact. time: 0.7981331 s
+ wsmp: Cholesky fact. time: 11.4460330 s
+ wsmp: Factorisation 14395.5275912 Mflops
+ wsmp: back substitution time: 0.2351410 s
+ wsmp: from b to rhs vector: 0.0086279 s
+ ---------------------------------
+ wsmp: total solve time: 16.8647599 s
+ =================================
+ u : -0.10170E+01 0.20854E+00
+ v : -0.43138E-01 0.12578E+00
+ w : -0.72859E+00 0.22760E+00
+ =================================
+ Calculate pressures 49464.0537 24.9071 16.8995
+ raw pressures : -0.15334E+01 0.36414E+00
+ Smoothing pressures 49464.2783 25.1317 0.2246
+ do leaf measurements 49464.2801 25.1335 0.0018
+ compute convergence criterion 49464.3377 25.1911 0.0576
+ velocity_diff_norm = 0.0080026 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49464.3409 25.1943 0.0032
+Compute isostasy and adjust vertical 49464.3412 25.1946 0.0003
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -207928498497266.13 390353197063139.44
+ def in m -7.993903636932373 0.71607828140258789
+ dimensionless def -1.80423276765005923E-6 2.28397246769496359E-5
+ Isostatic velocity range = -0.0177739 0.2278906
+ Compute divergence 49464.6164 25.4697 0.2752
+ wsmp_cleanup 49464.6558 25.5091 0.0394
+ Reset surface geometry 49464.6656 25.5190 0.0098
+ -----------------------------------------------------------------------
+ Temperature calculations 49464.6736 25.5270 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49464.6907 25.5441 0.0171
+ Advect surface 1 49464.6908 25.5442 0.0001
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49464.8990 25.7524 0.2082
+ removing 2 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49465.1205 25.9739 0.2215
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49465.3807 26.2341 0.2602
+ Advect the cloud 49465.5586 26.4120 0.1779
+ Write output 49466.4469 27.3003 0.8883
+ End of time step 49467.3471 28.2004 0.9002
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 305 49467.3472
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49467.3473 0.0001 0.0001
+ surface 01 49467.3473 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 49467.3474 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 49467.3834 0.0362 0.0360
+ S. 1: 4 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 49467.4160 0.0688 0.0326
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49467.4508 0.1036 0.0347
+ S. 1: 0 flips in delaunay2
+ S. 1: 17037points
+ surface 02 49467.4739 0.1267 0.0231
+ S. 2: 17025points
+ refine surface 49467.4741 0.1268 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 49467.5105 0.1632 0.0364
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49467.5394 0.1922 0.0289
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49467.5752 0.2280 0.0358
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 49467.5979 0.2507 0.0227
+ S. 3: 17041points
+ refine surface 49467.5980 0.2508 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 49467.6346 0.2874 0.0366
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 49467.6630 0.3158 0.0284
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49467.6998 0.3526 0.0368
+ S. 3: 0 flips in delaunay2
+ S. 3: 17042points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49467.7307
+ -----------------------------------------------------------------------
+ Create octree solve 49467.7310 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49467.7470 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 49467.7710 0.0403 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49467.7721 0.0414 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49467.7863 0.0555 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 49467.9085 0.1778 0.1223
+ Imbed surface in osolve 49468.2069 0.4762 0.2984
+ embedding surface 1 49468.2071 0.4763 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49470.3136 2.5829 2.1066
+ osolve%nleaves= 59424
+ embedding surface 3 49472.5065 4.7758 2.1929
+ osolve%nleaves= 64128
+ Assessing octree stability 49476.1919 8.4611 3.6853
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49476.1974 8.4667 0.0055
+ Interpolate velo onto osolve 49476.7166 8.9858 0.5192
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49476.7997 9.0690 0.0832
+ Find void 49477.0706 9.3399 0.2709
+ whole leaf in fluid 32992
+ Define boundary conditions 49477.1107 9.3800 0.0401
+ wsmp setup1 49477.1232 9.3924 0.0124
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49478.2730 10.5423 1.1499
+ -----------------------------------
+ start of non-linear iteratio 1 49478.3334
+ -----------------------------------
+ build system 49478.3336 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49486.1549 7.8214 7.8213
+ =================================
+ wsmp: initialisation time: 0.0593479 s
+ wsmp: ordering time: 4.3123701 s
+ wsmp: symbolic fact. time: 0.7945979 s
+ wsmp: Cholesky fact. time: 11.4869261 s
+ wsmp: Factorisation 14344.2799879 Mflops
+ wsmp: back substitution time: 0.2355311 s
+ wsmp: from b to rhs vector: 0.0085452 s
+ ---------------------------------
+ wsmp: total solve time: 16.8977749 s
+ =================================
+ u : -0.10251E+01 0.18456E+00
+ v : -0.94647E-01 0.11433E+00
+ w : -0.76247E+00 0.24863E+00
+ =================================
+ Calculate pressures 49503.0870 24.7536 16.9322
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 49503.3116 24.9781 0.2245
+ do leaf measurements 49503.3133 24.9799 0.0017
+ compute convergence criterion 49503.3738 25.0403 0.0605
+ velocity_diff_norm = 0.5892583 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49503.3810
+ -----------------------------------
+ build system 49503.3869 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71431E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49511.3743 7.9934 7.9874
+ =================================
+ wsmp: initialisation time: 0.0596089 s
+ wsmp: ordering time: 4.3142450 s
+ wsmp: symbolic fact. time: 0.7994621 s
+ wsmp: Cholesky fact. time: 11.4707279 s
+ wsmp: Factorisation 14364.5359751 Mflops
+ wsmp: back substitution time: 0.2361529 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.8891630 s
+ =================================
+ u : -0.10151E+01 0.13710E+00
+ v : -0.48632E-01 0.10204E+00
+ w : -0.76780E+00 0.22807E+00
+ =================================
+ Calculate pressures 49528.2988 24.9179 16.9245
+ raw pressures : -0.12359E+01 0.18010E+00
+ Smoothing pressures 49528.5266 25.1457 0.2278
+ do leaf measurements 49528.5283 25.1474 0.0017
+ compute convergence criterion 49528.5883 25.2074 0.0600
+ velocity_diff_norm = 0.0713003 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49528.5954
+ -----------------------------------
+ build system 49528.6014 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49536.5319 7.9365 7.9305
+ =================================
+ wsmp: initialisation time: 0.0608151 s
+ wsmp: ordering time: 4.3423860 s
+ wsmp: symbolic fact. time: 0.8046949 s
+ wsmp: Cholesky fact. time: 11.4883251 s
+ wsmp: Factorisation 14342.5331515 Mflops
+ wsmp: back substitution time: 0.2347121 s
+ wsmp: from b to rhs vector: 0.0085309 s
+ ---------------------------------
+ wsmp: total solve time: 16.9399042 s
+ =================================
+ u : -0.10172E+01 0.15489E+00
+ v : -0.38156E-01 0.11841E+00
+ w : -0.74678E+00 0.23249E+00
+ =================================
+ Calculate pressures 49553.5065 24.9111 16.9746
+ raw pressures : -0.13704E+01 0.31338E+00
+ Smoothing pressures 49553.7307 25.1353 0.2242
+ do leaf measurements 49553.7324 25.1370 0.0017
+ compute convergence criterion 49553.7920 25.1966 0.0596
+ velocity_diff_norm = 0.0361295 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49553.7991
+ -----------------------------------
+ build system 49553.8052 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49561.7814 7.9823 7.9762
+ =================================
+ wsmp: initialisation time: 0.0613680 s
+ wsmp: ordering time: 4.3259799 s
+ wsmp: symbolic fact. time: 0.7987220 s
+ wsmp: Cholesky fact. time: 11.4580781 s
+ wsmp: Factorisation 14380.3944934 Mflops
+ wsmp: back substitution time: 0.2350421 s
+ wsmp: from b to rhs vector: 0.0085680 s
+ ---------------------------------
+ wsmp: total solve time: 16.8882101 s
+ =================================
+ u : -0.10173E+01 0.17532E+00
+ v : -0.38292E-01 0.12301E+00
+ w : -0.73756E+00 0.22964E+00
+ =================================
+ Calculate pressures 49578.7042 24.9050 16.9228
+ raw pressures : -0.14686E+01 0.35897E+00
+ Smoothing pressures 49578.9291 25.1300 0.2249
+ do leaf measurements 49578.9308 25.1317 0.0017
+ compute convergence criterion 49578.9910 25.1919 0.0602
+ velocity_diff_norm = 0.0157064 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49578.9982
+ -----------------------------------
+ build system 49579.0043 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49586.9404 7.9423 7.9362
+ =================================
+ wsmp: initialisation time: 0.0600021 s
+ wsmp: ordering time: 4.3122160 s
+ wsmp: symbolic fact. time: 0.7963419 s
+ wsmp: Cholesky fact. time: 11.5205231 s
+ wsmp: Factorisation 14302.4481489 Mflops
+ wsmp: back substitution time: 0.2347291 s
+ wsmp: from b to rhs vector: 0.0085399 s
+ ---------------------------------
+ wsmp: total solve time: 16.9328060 s
+ =================================
+ u : -0.10172E+01 0.19282E+00
+ v : -0.40630E-01 0.12548E+00
+ w : -0.73298E+00 0.22843E+00
+ =================================
+ Calculate pressures 49603.9083 24.9101 16.9678
+ raw pressures : -0.15114E+01 0.36658E+00
+ Smoothing pressures 49604.1325 25.1343 0.2242
+ do leaf measurements 49604.1342 25.1360 0.0017
+ compute convergence criterion 49604.1940 25.1958 0.0598
+ velocity_diff_norm = 0.0106868 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49604.2011
+ -----------------------------------
+ build system 49604.2072 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49612.1524 7.9513 7.9452
+ =================================
+ wsmp: initialisation time: 0.0605180 s
+ wsmp: ordering time: 4.3209751 s
+ wsmp: symbolic fact. time: 0.8033221 s
+ wsmp: Cholesky fact. time: 11.4479301 s
+ wsmp: Factorisation 14393.1420327 Mflops
+ wsmp: back substitution time: 0.2346301 s
+ wsmp: from b to rhs vector: 0.0085721 s
+ ---------------------------------
+ wsmp: total solve time: 16.8763771 s
+ =================================
+ u : -0.10170E+01 0.20827E+00
+ v : -0.43050E-01 0.12559E+00
+ w : -0.72849E+00 0.22781E+00
+ =================================
+ Calculate pressures 49629.0632 24.8620 16.9108
+ raw pressures : -0.15323E+01 0.36364E+00
+ Smoothing pressures 49629.2880 25.0869 0.2249
+ do leaf measurements 49629.2898 25.0886 0.0017
+ compute convergence criterion 49629.3471 25.1460 0.0573
+ velocity_diff_norm = 0.0079895 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49629.3502 25.1491 0.0031
+Compute isostasy and adjust vertical 49629.3504 25.1493 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -208198604895341.94 391380370189144.13
+ def in m -7.9934496879577637 0.71730011701583862
+ dimensionless def -1.7984310218266078E-6 2.28384276798793251E-5
+ Isostatic velocity range = -0.0177194 0.2278673
+ Compute divergence 49629.6249 25.4238 0.2745
+ wsmp_cleanup 49629.6644 25.4632 0.0395
+ Reset surface geometry 49629.6744 25.4733 0.0101
+ -----------------------------------------------------------------------
+ Temperature calculations 49629.6825 25.4814 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49629.6995 25.4983 0.0169
+ Advect surface 1 49629.6996 25.4985 0.0001
+ removing 2 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49629.9176 25.7165 0.2180
+ S. 2: 12 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49630.1232 25.9220 0.2055
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49630.4017 26.2006 0.2786
+ Advect the cloud 49630.5765 26.3754 0.1748
+ Write output 49631.4739 27.2728 0.8974
+ End of time step 49632.3754 28.1742 0.9014
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 306 49632.3756
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49632.3756 0.0001 0.0001
+ surface 01 49632.3757 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 49632.3757 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49632.4084 0.0328 0.0326
+ S. 1: 0 flips in delaunay2
+ S. 1: 17035points
+ surface 02 49632.4310 0.0555 0.0227
+ S. 2: 17026points
+ refine surface 49632.4312 0.0556 0.0001
+ S. 2: 5 added ptcls in refine_surface
+ check delaunay 49632.4695 0.0940 0.0384
+ S. 2: 8 flips in delaunay2
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49632.5020 0.1265 0.0325
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49632.5361 0.1605 0.0340
+ S. 2: 0 flips in delaunay2
+ S. 2: 17031points
+ surface 03 49632.5598 0.1842 0.0237
+ S. 3: 17041points
+ refine surface 49632.5599 0.1843 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 49632.5985 0.2230 0.0386
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 49632.6286 0.2530 0.0301
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49632.6655 0.2900 0.0369
+ S. 3: 0 flips in delaunay2
+ S. 3: 17043points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49632.6972
+ -----------------------------------------------------------------------
+ Create octree solve 49632.6975 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49632.7135 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 49632.7376 0.0403 0.0241
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49632.7387 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49632.7529 0.0556 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 49632.8751 0.1778 0.1222
+ Imbed surface in osolve 49633.1721 0.4748 0.2970
+ embedding surface 1 49633.1722 0.4750 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49635.2946 2.5974 2.1224
+ osolve%nleaves= 59424
+ embedding surface 3 49637.5091 4.8119 2.2145
+ osolve%nleaves= 64128
+ Assessing octree stability 49641.2081 8.5109 3.6990
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49641.2136 8.5164 0.0055
+ Interpolate velo onto osolve 49641.7508 9.0535 0.5371
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49641.8349 9.1377 0.0841
+ Find void 49642.1048 9.4076 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 49642.1462 9.4489 0.0414
+ wsmp setup1 49642.1582 9.4610 0.0120
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49643.3043 10.6071 1.1461
+ -----------------------------------
+ start of non-linear iteratio 1 49643.3620
+ -----------------------------------
+ build system 49643.3622 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49651.1592 7.7972 7.7970
+ =================================
+ wsmp: initialisation time: 0.0644739 s
+ wsmp: ordering time: 4.3193281 s
+ wsmp: symbolic fact. time: 0.7951200 s
+ wsmp: Cholesky fact. time: 11.4396610 s
+ wsmp: Factorisation 14403.5460055 Mflops
+ wsmp: back substitution time: 0.2345350 s
+ wsmp: from b to rhs vector: 0.0087070 s
+ ---------------------------------
+ wsmp: total solve time: 16.8622639 s
+ =================================
+ u : -0.10215E+01 0.18523E+00
+ v : -0.95204E-01 0.11479E+00
+ w : -0.76252E+00 0.24735E+00
+ =================================
+ Calculate pressures 49668.0554 24.6934 16.8962
+ raw pressures : -0.35119E+00 0.00000E+00
+ Smoothing pressures 49668.2809 24.9189 0.2255
+ do leaf measurements 49668.2827 24.9207 0.0018
+ compute convergence criterion 49668.3425 24.9805 0.0598
+ velocity_diff_norm = 0.5898491 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49668.3495
+ -----------------------------------
+ build system 49668.3556 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71503E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49676.3763 8.0267 8.0207
+ =================================
+ wsmp: initialisation time: 0.0572681 s
+ wsmp: ordering time: 4.3229270 s
+ wsmp: symbolic fact. time: 0.7947731 s
+ wsmp: Cholesky fact. time: 11.4575560 s
+ wsmp: Factorisation 14381.0498278 Mflops
+ wsmp: back substitution time: 0.2362821 s
+ wsmp: from b to rhs vector: 0.0089900 s
+ ---------------------------------
+ wsmp: total solve time: 16.8782542 s
+ =================================
+ u : -0.10151E+01 0.13764E+00
+ v : -0.48797E-01 0.10183E+00
+ w : -0.76791E+00 0.22733E+00
+ =================================
+ Calculate pressures 49693.2889 24.9393 16.9126
+ raw pressures : -0.12363E+01 0.18114E+00
+ Smoothing pressures 49693.5187 25.1692 0.2299
+ do leaf measurements 49693.5205 25.1709 0.0017
+ compute convergence criterion 49693.5802 25.2306 0.0597
+ velocity_diff_norm = 0.0718357 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49693.5872
+ -----------------------------------
+ build system 49693.5933 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49701.5332 7.9460 7.9400
+ =================================
+ wsmp: initialisation time: 0.0576119 s
+ wsmp: ordering time: 4.3451979 s
+ wsmp: symbolic fact. time: 0.7987180 s
+ wsmp: Cholesky fact. time: 11.5337520 s
+ wsmp: Factorisation 14286.0436379 Mflops
+ wsmp: back substitution time: 0.2352309 s
+ wsmp: from b to rhs vector: 0.0086741 s
+ ---------------------------------
+ wsmp: total solve time: 16.9796250 s
+ =================================
+ u : -0.10173E+01 0.15526E+00
+ v : -0.37594E-01 0.11824E+00
+ w : -0.74701E+00 0.23213E+00
+ =================================
+ Calculate pressures 49718.5477 24.9605 17.0145
+ raw pressures : -0.13713E+01 0.31442E+00
+ Smoothing pressures 49718.7731 25.1859 0.2254
+ do leaf measurements 49718.7749 25.1877 0.0018
+ compute convergence criterion 49718.8349 25.2477 0.0600
+ velocity_diff_norm = 0.0360576 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49718.8419
+ -----------------------------------
+ build system 49718.8480 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49726.8546 8.0127 8.0066
+ =================================
+ wsmp: initialisation time: 0.0591650 s
+ wsmp: ordering time: 4.3197260 s
+ wsmp: symbolic fact. time: 0.7970979 s
+ wsmp: Cholesky fact. time: 11.4439380 s
+ wsmp: Factorisation 14398.1629079 Mflops
+ wsmp: back substitution time: 0.2351959 s
+ wsmp: from b to rhs vector: 0.0085781 s
+ ---------------------------------
+ wsmp: total solve time: 16.8641441 s
+ =================================
+ u : -0.10173E+01 0.17554E+00
+ v : -0.37895E-01 0.12296E+00
+ w : -0.73783E+00 0.22944E+00
+ =================================
+ Calculate pressures 49743.7544 24.9124 16.8997
+ raw pressures : -0.14693E+01 0.36001E+00
+ Smoothing pressures 49743.9800 25.1381 0.2256
+ do leaf measurements 49743.9818 25.1399 0.0018
+ compute convergence criterion 49744.0419 25.2000 0.0601
+ velocity_diff_norm = 0.0157096 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49744.0491
+ -----------------------------------
+ build system 49744.0553 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49752.0490 7.9999 7.9937
+ =================================
+ wsmp: initialisation time: 0.0604911 s
+ wsmp: ordering time: 4.3137748 s
+ wsmp: symbolic fact. time: 0.7966261 s
+ wsmp: Cholesky fact. time: 11.4729390 s
+ wsmp: Factorisation 14361.7676053 Mflops
+ wsmp: back substitution time: 0.2359560 s
+ wsmp: from b to rhs vector: 0.0085809 s
+ ---------------------------------
+ wsmp: total solve time: 16.8888409 s
+ =================================
+ u : -0.10172E+01 0.19301E+00
+ v : -0.40761E-01 0.12548E+00
+ w : -0.73321E+00 0.22849E+00
+ =================================
+ Calculate pressures 49768.9727 24.9236 16.9237
+ raw pressures : -0.15123E+01 0.36766E+00
+ Smoothing pressures 49769.2007 25.1516 0.2280
+ do leaf measurements 49769.2025 25.1534 0.0018
+ compute convergence criterion 49769.2625 25.2134 0.0600
+ velocity_diff_norm = 0.0107039 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49769.2695
+ -----------------------------------
+ build system 49769.2756 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49777.2137 7.9441 7.9380
+ =================================
+ wsmp: initialisation time: 0.0584009 s
+ wsmp: ordering time: 4.3458099 s
+ wsmp: symbolic fact. time: 0.7987330 s
+ wsmp: Cholesky fact. time: 11.4834979 s
+ wsmp: Factorisation 14348.5622510 Mflops
+ wsmp: back substitution time: 0.2348881 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.9302919 s
+ =================================
+ u : -0.10169E+01 0.20845E+00
+ v : -0.43151E-01 0.12559E+00
+ w : -0.72871E+00 0.22782E+00
+ =================================
+ Calculate pressures 49794.1792 24.9097 16.9656
+ raw pressures : -0.15338E+01 0.36474E+00
+ Smoothing pressures 49794.4050 25.1355 0.2258
+ do leaf measurements 49794.4068 25.1372 0.0018
+ compute convergence criterion 49794.4643 25.1947 0.0575
+ velocity_diff_norm = 0.0079852 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49794.4674 25.1978 0.0031
+Compute isostasy and adjust vertical 49794.4675 25.1980 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -208476341932516.78 392399252087350.38
+ def in m -7.9964537620544434 0.71707040071487427
+ dimensionless def -1.80951969964163634E-6 2.28470107487269817E-5
+ Isostatic velocity range = -0.0178357 0.2279478
+ Compute divergence 49794.7406 25.4711 0.2731
+ wsmp_cleanup 49794.7799 25.5104 0.0393
+ Reset surface geometry 49794.7894 25.5198 0.0095
+ -----------------------------------------------------------------------
+ Temperature calculations 49794.7972 25.5276 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49794.8142 25.5447 0.0170
+ Advect surface 1 49794.8143 25.5448 0.0001
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49795.0228 25.7533 0.2085
+ removing 1 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49795.2386 25.9690 0.2157
+ removing 2 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49795.5217 26.2522 0.2832
+ Advect the cloud 49795.6980 26.4285 0.1763
+ Write output 49796.5834 27.3138 0.8853
+ End of time step 49797.4840 28.2145 0.9007
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 307 49797.4842
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49797.4843 0.0001 0.0001
+ surface 01 49797.4843 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 49797.4844 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 49797.5196 0.0354 0.0352
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 49797.5480 0.0637 0.0284
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49797.5825 0.0983 0.0346
+ S. 1: 0 flips in delaunay2
+ S. 1: 17036points
+ surface 02 49797.6061 0.1218 0.0235
+ S. 2: 17030points
+ refine surface 49797.6062 0.1220 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 49797.6428 0.1586 0.0366
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49797.6722 0.1879 0.0293
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49797.7071 0.2228 0.0349
+ S. 2: 0 flips in delaunay2
+ S. 2: 17032points
+ surface 03 49797.7315 0.2473 0.0245
+ S. 3: 17041points
+ refine surface 49797.7316 0.2474 0.0001
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 49797.7714 0.2872 0.0398
+ S. 3: 3 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 49797.8053 0.3211 0.0339
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49797.8424 0.3582 0.0371
+ S. 3: 0 flips in delaunay2
+ S. 3: 17043points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49797.8739
+ -----------------------------------------------------------------------
+ Create octree solve 49797.8742 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49797.8901 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 49797.9147 0.0407 0.0245
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49797.9158 0.0418 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49797.9299 0.0560 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 49798.0521 0.1782 0.1222
+ Imbed surface in osolve 49798.3506 0.4767 0.2985
+ embedding surface 1 49798.3508 0.4768 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49800.4491 2.5751 2.0983
+ osolve%nleaves= 59424
+ embedding surface 3 49802.6835 4.8096 2.2344
+ osolve%nleaves= 64128
+ Assessing octree stability 49806.4117 8.5377 3.7282
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49806.4198 8.5459 0.0082
+ Interpolate velo onto osolve 49806.9829 9.1090 0.5631
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49807.0712 9.1973 0.0883
+ Find void 49807.3400 9.4661 0.2688
+ whole leaf in fluid 32992
+ Define boundary conditions 49807.3784 9.5045 0.0384
+ wsmp setup1 49807.3906 9.5167 0.0122
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49808.5327 10.6587 1.1421
+ -----------------------------------
+ start of non-linear iteratio 1 49808.5926
+ -----------------------------------
+ build system 49808.5927 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49816.3668 7.7743 7.7741
+ =================================
+ wsmp: initialisation time: 0.0650299 s
+ wsmp: ordering time: 4.3427701 s
+ wsmp: symbolic fact. time: 0.8030400 s
+ wsmp: Cholesky fact. time: 11.4861579 s
+ wsmp: Factorisation 14345.2393214 Mflops
+ wsmp: back substitution time: 0.2345369 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.9405348 s
+ =================================
+ u : -0.10287E+01 0.18532E+00
+ v : -0.94463E-01 0.11521E+00
+ w : -0.76262E+00 0.24568E+00
+ =================================
+ Calculate pressures 49833.3419 24.7493 16.9750
+ raw pressures : -0.35129E+00 0.00000E+00
+ Smoothing pressures 49833.5672 24.9747 0.2254
+ do leaf measurements 49833.5690 24.9765 0.0018
+ compute convergence criterion 49833.6306 25.0381 0.0616
+ velocity_diff_norm = 0.5899882 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49833.6384
+ -----------------------------------
+ build system 49833.6446 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72956E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49841.6217 7.9833 7.9771
+ =================================
+ wsmp: initialisation time: 0.0609779 s
+ wsmp: ordering time: 4.3235571 s
+ wsmp: symbolic fact. time: 0.7948480 s
+ wsmp: Cholesky fact. time: 11.4542580 s
+ wsmp: Factorisation 14385.1905883 Mflops
+ wsmp: back substitution time: 0.2350650 s
+ wsmp: from b to rhs vector: 0.0086389 s
+ ---------------------------------
+ wsmp: total solve time: 16.8778110 s
+ =================================
+ u : -0.10152E+01 0.13779E+00
+ v : -0.48872E-01 0.10199E+00
+ w : -0.76792E+00 0.22634E+00
+ =================================
+ Calculate pressures 49858.5347 24.8962 16.9129
+ raw pressures : -0.12362E+01 0.17987E+00
+ Smoothing pressures 49858.7602 25.1218 0.2255
+ do leaf measurements 49858.7621 25.1236 0.0019
+ compute convergence criterion 49858.8240 25.1856 0.0619
+ velocity_diff_norm = 0.0717185 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 49858.8311
+ -----------------------------------
+ build system 49858.8373 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49866.7742 7.9431 7.9369
+ =================================
+ wsmp: initialisation time: 0.0616002 s
+ wsmp: ordering time: 4.3135400 s
+ wsmp: symbolic fact. time: 0.7944961 s
+ wsmp: Cholesky fact. time: 11.5169821 s
+ wsmp: Factorisation 14306.8455565 Mflops
+ wsmp: back substitution time: 0.2354999 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.9311450 s
+ =================================
+ u : -0.10173E+01 0.15530E+00
+ v : -0.37847E-01 0.11850E+00
+ w : -0.74706E+00 0.23202E+00
+ =================================
+ Calculate pressures 49883.7399 24.9088 16.9657
+ raw pressures : -0.13713E+01 0.31404E+00
+ Smoothing pressures 49883.9639 25.1328 0.2240
+ do leaf measurements 49883.9657 25.1346 0.0018
+ compute convergence criterion 49884.0272 25.1961 0.0615
+ velocity_diff_norm = 0.0361987 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 49884.0343
+ -----------------------------------
+ build system 49884.0404 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49891.9880 7.9538 7.9476
+ =================================
+ wsmp: initialisation time: 0.0579190 s
+ wsmp: ordering time: 4.3168521 s
+ wsmp: symbolic fact. time: 0.8031938 s
+ wsmp: Cholesky fact. time: 11.4426341 s
+ wsmp: Factorisation 14399.8036076 Mflops
+ wsmp: back substitution time: 0.2347000 s
+ wsmp: from b to rhs vector: 0.0085630 s
+ ---------------------------------
+ wsmp: total solve time: 16.8643091 s
+ =================================
+ u : -0.10174E+01 0.17556E+00
+ v : -0.38079E-01 0.12311E+00
+ w : -0.73785E+00 0.22935E+00
+ =================================
+ Calculate pressures 49908.8876 24.8533 16.8995
+ raw pressures : -0.14700E+01 0.36000E+00
+ Smoothing pressures 49909.1116 25.0774 0.2241
+ do leaf measurements 49909.1135 25.0792 0.0018
+ compute convergence criterion 49909.1749 25.1406 0.0614
+ velocity_diff_norm = 0.0157152 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 49909.1820
+ -----------------------------------
+ build system 49909.1879 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49917.2052 8.0232 8.0173
+ =================================
+ wsmp: initialisation time: 0.0612361 s
+ wsmp: ordering time: 4.3213849 s
+ wsmp: symbolic fact. time: 0.7953281 s
+ wsmp: Cholesky fact. time: 11.4551339 s
+ wsmp: Factorisation 14384.0905832 Mflops
+ wsmp: back substitution time: 0.2357180 s
+ wsmp: from b to rhs vector: 0.0085621 s
+ ---------------------------------
+ wsmp: total solve time: 16.8778682 s
+ =================================
+ u : -0.10172E+01 0.19297E+00
+ v : -0.40633E-01 0.12560E+00
+ w : -0.73322E+00 0.22829E+00
+ =================================
+ Calculate pressures 49934.1176 24.9357 16.9124
+ raw pressures : -0.15129E+01 0.36756E+00
+ Smoothing pressures 49934.3457 25.1638 0.2281
+ do leaf measurements 49934.3476 25.1656 0.0018
+ compute convergence criterion 49934.4089 25.2269 0.0613
+ velocity_diff_norm = 0.0106806 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 49934.4159
+ -----------------------------------
+ build system 49934.4220 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49942.3619 7.9460 7.9400
+ =================================
+ wsmp: initialisation time: 0.0616660 s
+ wsmp: ordering time: 4.3437209 s
+ wsmp: symbolic fact. time: 0.7949760 s
+ wsmp: Cholesky fact. time: 11.5313332 s
+ wsmp: Factorisation 14289.0402091 Mflops
+ wsmp: back substitution time: 0.2348189 s
+ wsmp: from b to rhs vector: 0.0085490 s
+ ---------------------------------
+ wsmp: total solve time: 16.9755230 s
+ =================================
+ u : -0.10170E+01 0.20840E+00
+ v : -0.43043E-01 0.12566E+00
+ w : -0.72874E+00 0.22778E+00
+ =================================
+ Calculate pressures 49959.3723 24.9564 17.0104
+ raw pressures : -0.15340E+01 0.36473E+00
+ Smoothing pressures 49959.5970 25.1811 0.2247
+ do leaf measurements 49959.5988 25.1829 0.0018
+ compute convergence criterion 49959.6578 25.2419 0.0590
+ velocity_diff_norm = 0.0079822 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 49959.6609 25.2450 0.0031
+Compute isostasy and adjust vertical 49959.6611 25.2452 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -208745998340274.06 393427912767661.06
+ def in m -7.9948239326477051 0.71812057495117187
+ dimensionless def -1.79733446666172587E-6 2.28423540932791586E-5
+ Isostatic velocity range = -0.0177170 0.2278953
+ Compute divergence 49959.9376 25.5217 0.2766
+ wsmp_cleanup 49959.9780 25.5621 0.0403
+ Reset surface geometry 49959.9883 25.5724 0.0104
+ -----------------------------------------------------------------------
+ Temperature calculations 49959.9967 25.5808 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 49960.0138 25.5979 0.0171
+ Advect surface 1 49960.0140 25.5981 0.0001
+ removing 1 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 49960.2322 25.8163 0.2183
+ removing 2 particle from surface
+ S. 2: 10 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 49960.4586 26.0427 0.2264
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 49960.7423 26.3264 0.2837
+ Advect the cloud 49960.9192 26.5033 0.1769
+ Write output 49961.8166 27.4007 0.8974
+ End of time step 49962.7220 28.3061 0.9054
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 308 49962.7221
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 49962.7222 0.0001 0.0001
+ surface 01 49962.7223 0.0001 0.0000
+ S. 1: 17035points
+ refine surface 49962.7223 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 49962.7564 0.0343 0.0341
+ S. 1: 0 flips in delaunay2
+ S. 1: 17035points
+ surface 02 49962.7822 0.0600 0.0258
+ S. 2: 17030points
+ refine surface 49962.7823 0.0602 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 49962.8192 0.0971 0.0369
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 49962.8473 0.1251 0.0280
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 49962.8800 0.1579 0.0328
+ S. 2: 0 flips in delaunay2
+ S. 2: 17031points
+ surface 03 49962.9049 0.1828 0.0249
+ S. 3: 17041points
+ refine surface 49962.9051 0.1829 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 49962.9374 0.2152 0.0323
+ S. 3: 0 flips in delaunay2
+ S. 3: 17041points
+ -----------------------------------------------------------------------
+ Start of iteration 1 49962.9700
+ -----------------------------------------------------------------------
+ Create octree solve 49962.9703 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 49962.9862 0.0162 0.0160
+ osolve%nleaves= 32768
+ improve osolve for criterion 49963.0107 0.0407 0.0245
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 49963.0119 0.0419 0.0012
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 49963.0261 0.0561 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 49963.1483 0.1783 0.1222
+ Imbed surface in osolve 49963.4468 0.4768 0.2985
+ embedding surface 1 49963.4469 0.4769 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 49965.5764 2.6064 2.1295
+ osolve%nleaves= 59424
+ embedding surface 3 49967.7627 4.7927 2.1863
+ osolve%nleaves= 64128
+ Assessing octree stability 49971.3859 8.4159 3.6231
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 49971.3930 8.4230 0.0072
+ Interpolate velo onto osolve 49971.8731 8.9031 0.4801
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 49972.0755 9.1055 0.2024
+ Find void 49972.3424 9.3724 0.2669
+ whole leaf in fluid 32992
+ Define boundary conditions 49972.3804 9.4104 0.0380
+ wsmp setup1 49972.3915 9.4214 0.0111
+ n = 128799
+ nz= 4957209
+ wsmp setup2 49973.5385 10.5685 1.1470
+ -----------------------------------
+ start of non-linear iteratio 1 49973.5979
+ -----------------------------------
+ build system 49973.5980 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 49981.3737 7.7759 7.7757
+ =================================
+ wsmp: initialisation time: 0.0595150 s
+ wsmp: ordering time: 4.3403699 s
+ wsmp: symbolic fact. time: 0.8005810 s
+ wsmp: Cholesky fact. time: 11.5397801 s
+ wsmp: Factorisation 14278.5808635 Mflops
+ wsmp: back substitution time: 0.2349560 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.9842188 s
+ =================================
+ u : -0.10299E+01 0.18551E+00
+ v : -0.94515E-01 0.11407E+00
+ w : -0.76291E+00 0.24580E+00
+ =================================
+ Calculate pressures 49998.3930 24.7951 17.0192
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 49998.6207 25.0228 0.2277
+ do leaf measurements 49998.6224 25.0245 0.0018
+ compute convergence criterion 49998.6832 25.0853 0.0608
+ velocity_diff_norm = 0.5900580 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 49998.6902
+ -----------------------------------
+ build system 49998.6963 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72954E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50006.7053 8.0151 8.0090
+ =================================
+ wsmp: initialisation time: 0.0607500 s
+ wsmp: ordering time: 4.3211470 s
+ wsmp: symbolic fact. time: 0.7961459 s
+ wsmp: Cholesky fact. time: 11.4537110 s
+ wsmp: Factorisation 14385.8775031 Mflops
+ wsmp: back substitution time: 0.2350309 s
+ wsmp: from b to rhs vector: 0.0085678 s
+ ---------------------------------
+ wsmp: total solve time: 16.8758130 s
+ =================================
+ u : -0.10151E+01 0.13796E+00
+ v : -0.48829E-01 0.10187E+00
+ w : -0.76804E+00 0.22654E+00
+ =================================
+ Calculate pressures 50023.6156 24.9254 16.9103
+ raw pressures : -0.12368E+01 0.18074E+00
+ Smoothing pressures 50023.8419 25.1517 0.2263
+ do leaf measurements 50023.8437 25.1535 0.0018
+ compute convergence criterion 50023.9052 25.2150 0.0615
+ velocity_diff_norm = 0.0720237 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50023.9121
+ -----------------------------------
+ build system 50023.9184 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50031.9078 7.9957 7.9894
+ =================================
+ wsmp: initialisation time: 0.0575628 s
+ wsmp: ordering time: 4.3145201 s
+ wsmp: symbolic fact. time: 0.7955630 s
+ wsmp: Cholesky fact. time: 11.4711671 s
+ wsmp: Factorisation 14363.9860371 Mflops
+ wsmp: back substitution time: 0.2359672 s
+ wsmp: from b to rhs vector: 0.0085402 s
+ ---------------------------------
+ wsmp: total solve time: 16.8837810 s
+ =================================
+ u : -0.10174E+01 0.15544E+00
+ v : -0.38170E-01 0.11843E+00
+ w : -0.74747E+00 0.23207E+00
+ =================================
+ Calculate pressures 50048.8264 24.9143 16.9186
+ raw pressures : -0.13718E+01 0.31476E+00
+ Smoothing pressures 50049.0564 25.1443 0.2300
+ do leaf measurements 50049.0582 25.1461 0.0018
+ compute convergence criterion 50049.1193 25.2072 0.0611
+ velocity_diff_norm = 0.0361761 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50049.1262
+ -----------------------------------
+ build system 50049.1323 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50057.0690 7.9429 7.9368
+ =================================
+ wsmp: initialisation time: 0.0632160 s
+ wsmp: ordering time: 4.3424950 s
+ wsmp: symbolic fact. time: 0.8028309 s
+ wsmp: Cholesky fact. time: 11.4807041 s
+ wsmp: Factorisation 14352.0539231 Mflops
+ wsmp: back substitution time: 0.2346342 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.9328849 s
+ =================================
+ u : -0.10173E+01 0.17563E+00
+ v : -0.38285E-01 0.12312E+00
+ w : -0.73818E+00 0.22942E+00
+ =================================
+ Calculate pressures 50074.0361 24.9099 16.9670
+ raw pressures : -0.14705E+01 0.36077E+00
+ Smoothing pressures 50074.2628 25.1366 0.2267
+ do leaf measurements 50074.2646 25.1384 0.0018
+ compute convergence criterion 50074.3256 25.1994 0.0610
+ velocity_diff_norm = 0.0157438 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50074.3325
+ -----------------------------------
+ build system 50074.3387 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50082.3204 7.9879 7.9817
+ =================================
+ wsmp: initialisation time: 0.0571680 s
+ wsmp: ordering time: 4.3199458 s
+ wsmp: symbolic fact. time: 0.7972441 s
+ wsmp: Cholesky fact. time: 11.4497299 s
+ wsmp: Factorisation 14390.8795259 Mflops
+ wsmp: back substitution time: 0.2349091 s
+ wsmp: from b to rhs vector: 0.0085621 s
+ ---------------------------------
+ wsmp: total solve time: 16.8680270 s
+ =================================
+ u : -0.10172E+01 0.19303E+00
+ v : -0.40641E-01 0.12558E+00
+ w : -0.73349E+00 0.22834E+00
+ =================================
+ Calculate pressures 50099.2229 24.8904 16.9026
+ raw pressures : -0.15134E+01 0.36831E+00
+ Smoothing pressures 50099.4492 25.1167 0.2263
+ do leaf measurements 50099.4510 25.1185 0.0018
+ compute convergence criterion 50099.5125 25.1800 0.0615
+ velocity_diff_norm = 0.0106977 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50099.5194
+ -----------------------------------
+ build system 50099.5255 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50107.4722 7.9528 7.9466
+ =================================
+ wsmp: initialisation time: 0.0611968 s
+ wsmp: ordering time: 4.3125150 s
+ wsmp: symbolic fact. time: 0.7967389 s
+ wsmp: Cholesky fact. time: 11.5062399 s
+ wsmp: Factorisation 14320.2023802 Mflops
+ wsmp: back substitution time: 0.2350841 s
+ wsmp: from b to rhs vector: 0.0085020 s
+ ---------------------------------
+ wsmp: total solve time: 16.9207499 s
+ =================================
+ u : -0.10170E+01 0.20844E+00
+ v : -0.43051E-01 0.12568E+00
+ w : -0.72894E+00 0.22780E+00
+ =================================
+ Calculate pressures 50124.4273 24.9079 16.9551
+ raw pressures : -0.15348E+01 0.36526E+00
+ Smoothing pressures 50124.6545 25.1352 0.2273
+ do leaf measurements 50124.6563 25.1369 0.0018
+ compute convergence criterion 50124.7147 25.1953 0.0584
+ velocity_diff_norm = 0.0079806 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50124.7177 25.1984 0.0031
+Compute isostasy and adjust vertical 50124.7179 25.1985 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -209012478331560.28 394461984219327.06
+ def in m -7.9948410987854004 0.71923923492431641
+ dimensionless def -1.79856845310756137E-6 2.28424031393868557E-5
+ Isostatic velocity range = -0.0177332 0.2278894
+ Compute divergence 50124.9935 25.4741 0.2756
+ wsmp_cleanup 50125.0334 25.5141 0.0400
+ Reset surface geometry 50125.0433 25.5240 0.0099
+ -----------------------------------------------------------------------
+ Temperature calculations 50125.0518 25.5324 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50125.0696 25.5502 0.0178
+ Advect surface 1 50125.0697 25.5504 0.0001
+ removing 2 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50125.2943 25.7749 0.2246
+ removing 1 particle from surface
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50125.5192 25.9999 0.2250
+ removing 3 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50125.8179 26.2985 0.2986
+ Advect the cloud 50125.9988 26.4795 0.1810
+ Write output 50126.8932 27.3739 0.8944
+ End of time step 50151.5699 52.0505 24.6766
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 309 50151.5701
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 50151.5701 0.0001 0.0001
+ surface 01 50151.5702 0.0001 0.0000
+ S. 1: 17033points
+ refine surface 50151.5702 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 50151.6003 0.0302 0.0300
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 50151.6284 0.0584 0.0281
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 50151.6587 0.0886 0.0303
+ S. 1: 0 flips in delaunay2
+ S. 1: 17034points
+ surface 02 50151.6825 0.1124 0.0238
+ S. 2: 17030points
+ refine surface 50151.6826 0.1125 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 50151.7152 0.1451 0.0326
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 50151.7481 0.1780 0.0329
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 50151.7788 0.2087 0.0307
+ S. 2: 0 flips in delaunay2
+ S. 2: 17032points
+ surface 03 50151.8024 0.2324 0.0237
+ S. 3: 17038points
+ refine surface 50151.8026 0.2325 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 50151.8357 0.2656 0.0331
+ S. 3: 0 flips in delaunay2
+ S. 3: 17038points
+ -----------------------------------------------------------------------
+ Start of iteration 1 50151.8672
+ -----------------------------------------------------------------------
+ Create octree solve 50151.8675 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 50151.8834 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 50151.9078 0.0406 0.0244
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 50151.9090 0.0417 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 50151.9231 0.0559 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 50152.0453 0.1781 0.1222
+ Imbed surface in osolve 50152.3406 0.4734 0.2953
+ embedding surface 1 50152.3408 0.4736 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 50154.4644 2.5972 2.1236
+ osolve%nleaves= 59424
+ embedding surface 3 50156.6937 4.8265 2.2293
+ osolve%nleaves= 64128
+ Assessing octree stability 50160.3837 8.5165 3.6900
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 50160.3892 8.5220 0.0055
+ Interpolate velo onto osolve 50160.9678 9.1006 0.5786
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 50161.0501 9.1828 0.0822
+ Find void 50161.3213 9.4541 0.2712
+ whole leaf in fluid 32992
+ Define boundary conditions 50161.3623 9.4951 0.0410
+ wsmp setup1 50161.3743 9.5071 0.0120
+ n = 128799
+ nz= 4957209
+ wsmp setup2 50162.5144 10.6472 1.1402
+ -----------------------------------
+ start of non-linear iteratio 1 50162.5780
+ -----------------------------------
+ build system 50162.5781 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50170.3812 7.8033 7.8031
+ =================================
+ wsmp: initialisation time: 0.0626941 s
+ wsmp: ordering time: 4.3167219 s
+ wsmp: symbolic fact. time: 0.7949510 s
+ wsmp: Cholesky fact. time: 11.4565549 s
+ wsmp: Factorisation 14382.3065015 Mflops
+ wsmp: back substitution time: 0.2344289 s
+ wsmp: from b to rhs vector: 0.0085120 s
+ ---------------------------------
+ wsmp: total solve time: 16.8743069 s
+ =================================
+ u : -0.10201E+01 0.18495E+00
+ v : -0.94757E-01 0.11473E+00
+ w : -0.76314E+00 0.24827E+00
+ =================================
+ Calculate pressures 50187.2908 24.7128 16.9096
+ raw pressures : -0.35121E+00 0.00000E+00
+ Smoothing pressures 50187.5152 24.9372 0.2244
+ do leaf measurements 50187.5170 24.9390 0.0018
+ compute convergence criterion 50187.5766 24.9987 0.0596
+ velocity_diff_norm = 0.5894774 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 50187.5835
+ -----------------------------------
+ build system 50187.5897 0.0063 0.0063
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71726E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50195.6079 8.0244 8.0182
+ =================================
+ wsmp: initialisation time: 0.0614219 s
+ wsmp: ordering time: 4.3189170 s
+ wsmp: symbolic fact. time: 0.6153021 s
+ wsmp: Cholesky fact. time: 11.4580281 s
+ wsmp: Factorisation 14380.4573311 Mflops
+ wsmp: back substitution time: 0.2360899 s
+ wsmp: from b to rhs vector: 0.0085011 s
+ ---------------------------------
+ wsmp: total solve time: 16.6986849 s
+ =================================
+ u : -0.10151E+01 0.13747E+00
+ v : -0.48657E-01 0.10188E+00
+ w : -0.76810E+00 0.22804E+00
+ =================================
+ Calculate pressures 50212.3413 24.7578 16.7334
+ raw pressures : -0.12362E+01 0.18118E+00
+ Smoothing pressures 50212.5687 24.9853 0.2275
+ do leaf measurements 50212.5704 24.9870 0.0017
+ compute convergence criterion 50212.6304 25.0469 0.0599
+ velocity_diff_norm = 0.0716439 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50212.6372
+ -----------------------------------
+ build system 50212.6433 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50220.5791 7.9419 7.9358
+ =================================
+ wsmp: initialisation time: 0.0609140 s
+ wsmp: ordering time: 4.3426359 s
+ wsmp: symbolic fact. time: 0.8027501 s
+ wsmp: Cholesky fact. time: 11.5357320 s
+ wsmp: Factorisation 14283.5914907 Mflops
+ wsmp: back substitution time: 0.2352650 s
+ wsmp: from b to rhs vector: 0.0085509 s
+ ---------------------------------
+ wsmp: total solve time: 16.9862940 s
+ =================================
+ u : -0.10174E+01 0.15511E+00
+ v : -0.38141E-01 0.11832E+00
+ w : -0.74714E+00 0.23263E+00
+ =================================
+ Calculate pressures 50237.6005 24.9633 17.0214
+ raw pressures : -0.13711E+01 0.31412E+00
+ Smoothing pressures 50237.8260 25.1888 0.2255
+ do leaf measurements 50237.8277 25.1906 0.0018
+ compute convergence criterion 50237.8875 25.2503 0.0598
+ velocity_diff_norm = 0.0360200 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50237.8944
+ -----------------------------------
+ build system 50237.9005 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50245.9051 8.0107 8.0046
+ =================================
+ wsmp: initialisation time: 0.0596759 s
+ wsmp: ordering time: 4.3214889 s
+ wsmp: symbolic fact. time: 0.7975070 s
+ wsmp: Cholesky fact. time: 11.4518540 s
+ wsmp: Factorisation 14388.2103292 Mflops
+ wsmp: back substitution time: 0.2347929 s
+ wsmp: from b to rhs vector: 0.0085630 s
+ ---------------------------------
+ wsmp: total solve time: 16.8743160 s
+ =================================
+ u : -0.10174E+01 0.17540E+00
+ v : -0.38388E-01 0.12306E+00
+ w : -0.73790E+00 0.22960E+00
+ =================================
+ Calculate pressures 50262.8138 24.9194 16.9087
+ raw pressures : -0.14696E+01 0.35976E+00
+ Smoothing pressures 50263.0395 25.1451 0.2257
+ do leaf measurements 50263.0413 25.1469 0.0018
+ compute convergence criterion 50263.1022 25.2078 0.0609
+ velocity_diff_norm = 0.0156842 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50263.1091
+ -----------------------------------
+ build system 50263.1153 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50271.0954 7.9862 7.9800
+ =================================
+ wsmp: initialisation time: 0.0590332 s
+ wsmp: ordering time: 4.3117599 s
+ wsmp: symbolic fact. time: 0.7960699 s
+ wsmp: Cholesky fact. time: 11.4687231 s
+ wsmp: Factorisation 14367.0470576 Mflops
+ wsmp: back substitution time: 0.2361751 s
+ wsmp: from b to rhs vector: 0.0085580 s
+ ---------------------------------
+ wsmp: total solve time: 16.8807821 s
+ =================================
+ u : -0.10172E+01 0.19283E+00
+ v : -0.40640E-01 0.12559E+00
+ w : -0.73325E+00 0.22837E+00
+ =================================
+ Calculate pressures 50288.0106 24.9015 16.9152
+ raw pressures : -0.15127E+01 0.36724E+00
+ Smoothing pressures 50288.2383 25.1292 0.2277
+ do leaf measurements 50288.2401 25.1309 0.0018
+ compute convergence criterion 50288.2998 25.1907 0.0598
+ velocity_diff_norm = 0.0106654 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50288.3066
+ -----------------------------------
+ build system 50288.3127 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50296.2469 7.9403 7.9342
+ =================================
+ wsmp: initialisation time: 0.0593050 s
+ wsmp: ordering time: 4.3479929 s
+ wsmp: symbolic fact. time: 0.8038809 s
+ wsmp: Cholesky fact. time: 11.4703500 s
+ wsmp: Factorisation 14365.0092182 Mflops
+ wsmp: back substitution time: 0.2348480 s
+ wsmp: from b to rhs vector: 0.0085759 s
+ ---------------------------------
+ wsmp: total solve time: 16.9253809 s
+ =================================
+ u : -0.10170E+01 0.20823E+00
+ v : -0.43056E-01 0.12566E+00
+ w : -0.72876E+00 0.22778E+00
+ =================================
+ Calculate pressures 50313.2070 24.9004 16.9601
+ raw pressures : -0.15338E+01 0.36456E+00
+ Smoothing pressures 50313.4322 25.1256 0.2252
+ do leaf measurements 50313.4340 25.1273 0.0018
+ compute convergence criterion 50313.4912 25.1846 0.0573
+ velocity_diff_norm = 0.0079747 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50313.4943 25.1877 0.0031
+Compute isostasy and adjust vertical 50313.4945 25.1879 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -209276673447358.06 395499696996417.69
+ def in m -7.9720721244812012 0.72450971603393555
+ dimensionless def -1.79811716079711918E-6 2.27773489270891491E-5
+ Isostatic velocity range = -0.0177337 0.2272843
+ Compute divergence 50313.7687 25.4621 0.2742
+ wsmp_cleanup 50313.8079 25.5013 0.0393
+ Reset surface geometry 50313.8165 25.5099 0.0085
+ -----------------------------------------------------------------------
+ Temperature calculations 50313.8242 25.5176 0.0077
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50313.8415 25.5349 0.0174
+ Advect surface 1 50313.8417 25.5351 0.0001
+ removing 1 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50314.0567 25.7501 0.2150
+ removing 3 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50314.2943 25.9877 0.2376
+ removing 3 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50314.5900 26.2834 0.2957
+ Advect the cloud 50314.7690 26.4624 0.1790
+ Write output 50315.6740 27.3673 0.9050
+ End of time step 50316.5877 28.2811 0.9138
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 310 50316.5880
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 50316.5880 0.0001 0.0001
+ surface 01 50316.5881 0.0001 0.0000
+ S. 1: 17033points
+ refine surface 50316.5881 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 50316.6249 0.0369 0.0368
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 50316.6539 0.0659 0.0290
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 50316.6895 0.1016 0.0357
+ S. 1: 0 flips in delaunay2
+ S. 1: 17035points
+ surface 02 50316.7157 0.1278 0.0262
+ S. 2: 17029points
+ refine surface 50316.7159 0.1279 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 50316.7527 0.1647 0.0368
+ S. 2: 0 flips in delaunay2
+ S. 2: 17029points
+ surface 03 50316.7783 0.1904 0.0256
+ S. 3: 17035points
+ refine surface 50316.7785 0.1905 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 50316.8199 0.2319 0.0414
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 50316.8495 0.2616 0.0297
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 50316.8866 0.2987 0.0371
+ S. 3: 0 flips in delaunay2
+ S. 3: 17038points
+ -----------------------------------------------------------------------
+ Start of iteration 1 50316.9205
+ -----------------------------------------------------------------------
+ Create octree solve 50316.9208 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 50316.9367 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 50316.9608 0.0403 0.0241
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 50316.9619 0.0414 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 50316.9761 0.0556 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 50317.0983 0.1778 0.1222
+ Imbed surface in osolve 50317.3946 0.4741 0.2963
+ embedding surface 1 50317.3947 0.4742 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 50319.5133 2.5928 2.1186
+ osolve%nleaves= 59424
+ embedding surface 3 50321.7153 4.7949 2.2020
+ osolve%nleaves= 64128
+ Assessing octree stability 50325.3849 8.4644 3.6696
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 50325.3906 8.4701 0.0057
+ Interpolate velo onto osolve 50325.9594 9.0389 0.5687
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 50326.0519 9.1314 0.0925
+ Find void 50326.3205 9.4000 0.2686
+ whole leaf in fluid 32992
+ Define boundary conditions 50326.3608 9.4403 0.0403
+ wsmp setup1 50326.3723 9.4518 0.0115
+ n = 128799
+ nz= 4957209
+ wsmp setup2 50327.5177 10.5973 1.1454
+ -----------------------------------
+ start of non-linear iteratio 1 50327.5758
+ -----------------------------------
+ build system 50327.5759 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50335.3417 7.7659 7.7657
+ =================================
+ wsmp: initialisation time: 0.0639260 s
+ wsmp: ordering time: 4.3433361 s
+ wsmp: symbolic fact. time: 0.8032792 s
+ wsmp: Cholesky fact. time: 11.4608190 s
+ wsmp: Factorisation 14376.9554156 Mflops
+ wsmp: back substitution time: 0.2347710 s
+ wsmp: from b to rhs vector: 0.0085180 s
+ ---------------------------------
+ wsmp: total solve time: 16.9151349 s
+ =================================
+ u : -0.10276E+01 0.18435E+00
+ v : -0.94197E-01 0.11410E+00
+ w : -0.76286E+00 0.24589E+00
+ =================================
+ Calculate pressures 50352.2918 24.7161 16.9502
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 50352.5188 24.9431 0.2270
+ do leaf measurements 50352.5207 24.9449 0.0018
+ compute convergence criterion 50352.5808 25.0051 0.0602
+ velocity_diff_norm = 0.5897229 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 50352.5881
+ -----------------------------------
+ build system 50352.5941 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72967E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50360.5752 7.9872 7.9811
+ =================================
+ wsmp: initialisation time: 0.0611348 s
+ wsmp: ordering time: 4.3217320 s
+ wsmp: symbolic fact. time: 0.7976501 s
+ wsmp: Cholesky fact. time: 11.4519131 s
+ wsmp: Factorisation 14388.1360409 Mflops
+ wsmp: back substitution time: 0.2351401 s
+ wsmp: from b to rhs vector: 0.0085690 s
+ ---------------------------------
+ wsmp: total solve time: 16.8765862 s
+ =================================
+ u : -0.10152E+01 0.13704E+00
+ v : -0.48932E-01 0.10212E+00
+ w : -0.76797E+00 0.22625E+00
+ =================================
+ Calculate pressures 50377.4870 24.8989 16.9117
+ raw pressures : -0.12355E+01 0.17992E+00
+ Smoothing pressures 50377.7137 25.1256 0.2267
+ do leaf measurements 50377.7155 25.1275 0.0018
+ compute convergence criterion 50377.7760 25.1879 0.0605
+ velocity_diff_norm = 0.0716758 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50377.7833
+ -----------------------------------
+ build system 50377.7895 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50385.7225 7.9393 7.9331
+ =================================
+ wsmp: initialisation time: 0.0578620 s
+ wsmp: ordering time: 4.3184922 s
+ wsmp: symbolic fact. time: 0.7965000 s
+ wsmp: Cholesky fact. time: 11.5280869 s
+ wsmp: Factorisation 14293.0640005 Mflops
+ wsmp: back substitution time: 0.2350719 s
+ wsmp: from b to rhs vector: 0.0085940 s
+ ---------------------------------
+ wsmp: total solve time: 16.9450579 s
+ =================================
+ u : -0.10174E+01 0.15489E+00
+ v : -0.37828E-01 0.11854E+00
+ w : -0.74681E+00 0.23151E+00
+ =================================
+ Calculate pressures 50402.7026 24.9193 16.9800
+ raw pressures : -0.13709E+01 0.31376E+00
+ Smoothing pressures 50402.9282 25.1449 0.2256
+ do leaf measurements 50402.9299 25.1467 0.0018
+ compute convergence criterion 50402.9903 25.2071 0.0604
+ velocity_diff_norm = 0.0361894 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50402.9975
+ -----------------------------------
+ build system 50403.0036 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50410.9660 7.9685 7.9624
+ =================================
+ wsmp: initialisation time: 0.0616910 s
+ wsmp: ordering time: 4.3220949 s
+ wsmp: symbolic fact. time: 0.7936361 s
+ wsmp: Cholesky fact. time: 11.4461739 s
+ wsmp: Factorisation 14395.3503785 Mflops
+ wsmp: back substitution time: 0.2345672 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.8671761 s
+ =================================
+ u : -0.10174E+01 0.17527E+00
+ v : -0.38118E-01 0.12312E+00
+ w : -0.73766E+00 0.22902E+00
+ =================================
+ Calculate pressures 50427.8681 24.8706 16.9021
+ raw pressures : -0.14695E+01 0.35895E+00
+ Smoothing pressures 50428.0952 25.0976 0.2270
+ do leaf measurements 50428.0970 25.0995 0.0018
+ compute convergence criterion 50428.1573 25.1597 0.0603
+ velocity_diff_norm = 0.0156808 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50428.1645
+ -----------------------------------
+ build system 50428.1706 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50436.1867 8.0221 8.0161
+ =================================
+ wsmp: initialisation time: 0.0592690 s
+ wsmp: ordering time: 4.3220360 s
+ wsmp: symbolic fact. time: 0.7942131 s
+ wsmp: Cholesky fact. time: 11.4652400 s
+ wsmp: Factorisation 14371.4116626 Mflops
+ wsmp: back substitution time: 0.2360132 s
+ wsmp: from b to rhs vector: 0.0085430 s
+ ---------------------------------
+ wsmp: total solve time: 16.8857801 s
+ =================================
+ u : -0.10172E+01 0.19273E+00
+ v : -0.40724E-01 0.12563E+00
+ w : -0.73305E+00 0.22797E+00
+ =================================
+ Calculate pressures 50453.1075 24.9429 16.9208
+ raw pressures : -0.15123E+01 0.36664E+00
+ Smoothing pressures 50453.3363 25.1718 0.2289
+ do leaf measurements 50453.3381 25.1736 0.0018
+ compute convergence criterion 50453.3986 25.2340 0.0605
+ velocity_diff_norm = 0.0106641 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50453.4057
+ -----------------------------------
+ build system 50453.4118 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50461.3488 7.9431 7.9370
+ =================================
+ wsmp: initialisation time: 0.0616820 s
+ wsmp: ordering time: 4.3478651 s
+ wsmp: symbolic fact. time: 0.8033390 s
+ wsmp: Cholesky fact. time: 11.5442710 s
+ wsmp: Factorisation 14273.0263336 Mflops
+ wsmp: back substitution time: 0.2353921 s
+ wsmp: from b to rhs vector: 0.0085411 s
+ ---------------------------------
+ wsmp: total solve time: 17.0015521 s
+ =================================
+ u : -0.10171E+01 0.20818E+00
+ v : -0.43115E-01 0.12570E+00
+ w : -0.72861E+00 0.22767E+00
+ =================================
+ Calculate pressures 50478.3845 24.9787 17.0357
+ raw pressures : -0.15336E+01 0.36383E+00
+ Smoothing pressures 50478.6122 25.2064 0.2277
+ do leaf measurements 50478.6139 25.2082 0.0018
+ compute convergence criterion 50478.6717 25.2660 0.0578
+ velocity_diff_norm = 0.0079770 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50478.6749 25.2691 0.0031
+Compute isostasy and adjust vertical 50478.6750 25.2693 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -209569247795665.34 396512205588875.5
+ def in m -7.9846968650817871 0.72400438785552979
+ dimensionless def -1.80221182959420347E-6 2.28134196145193906E-5
+ Isostatic velocity range = -0.0177798 0.2276345
+ Compute divergence 50478.9486 25.5428 0.2735
+ wsmp_cleanup 50478.9874 25.5817 0.0389
+ Reset surface geometry 50478.9972 25.5914 0.0097
+ -----------------------------------------------------------------------
+ Temperature calculations 50479.0055 25.5998 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50479.0231 25.6173 0.0175
+ Advect surface 1 50479.0232 25.6175 0.0001
+ removing 2 particle from surface
+ S. 1: 13 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50479.2433 25.8375 0.2201
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50479.4491 26.0434 0.2058
+ S. 3: 12 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50479.7154 26.3097 0.2663
+ Advect the cloud 50479.8966 26.4908 0.1812
+ Write output 50480.7903 27.3846 0.8938
+ End of time step 50481.7013 28.2955 0.9109
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 311 50481.7015
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 50481.7015 0.0001 0.0001
+ surface 01 50481.7016 0.0001 0.0000
+ S. 1: 17033points
+ refine surface 50481.7016 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 50481.7383 0.0368 0.0367
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 50481.7690 0.0675 0.0307
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 50481.8062 0.1047 0.0372
+ S. 1: 0 flips in delaunay2
+ S. 1: 17034points
+ surface 02 50481.8322 0.1308 0.0260
+ S. 2: 17029points
+ refine surface 50481.8324 0.1309 0.0002
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 50481.8724 0.1709 0.0400
+ S. 2: 4 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 50481.9074 0.2059 0.0350
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 50481.9445 0.2431 0.0372
+ S. 2: 0 flips in delaunay2
+ S. 2: 17031points
+ surface 03 50481.9704 0.2689 0.0258
+ S. 3: 17038points
+ refine surface 50481.9705 0.2691 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 50482.0095 0.3080 0.0390
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 50482.0438 0.3424 0.0343
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 50482.0798 0.3783 0.0360
+ S. 3: 0 flips in delaunay2
+ S. 3: 17039points
+ -----------------------------------------------------------------------
+ Start of iteration 1 50482.1120
+ -----------------------------------------------------------------------
+ Create octree solve 50482.1123 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 50482.1283 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 50482.1531 0.0411 0.0248
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 50482.1542 0.0422 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 50482.1684 0.0564 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 50482.2906 0.1786 0.1222
+ Imbed surface in osolve 50482.5868 0.4748 0.2962
+ embedding surface 1 50482.5870 0.4750 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 50484.7152 2.6031 2.1282
+ osolve%nleaves= 59424
+ embedding surface 3 50486.9268 4.8148 2.2116
+ osolve%nleaves= 64128
+ Assessing octree stability 50490.5612 8.4491 3.6344
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 50490.5665 8.4545 0.0054
+ Interpolate velo onto osolve 50491.0697 8.9577 0.5032
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 50491.2237 9.1117 0.1540
+ Find void 50491.4942 9.3822 0.2705
+ whole leaf in fluid 32992
+ Define boundary conditions 50491.5305 9.4184 0.0363
+ wsmp setup1 50491.5413 9.4293 0.0108
+ n = 128799
+ nz= 4957209
+ wsmp setup2 50492.6874 10.5754 1.1462
+ -----------------------------------
+ start of non-linear iteratio 1 50492.7461
+ -----------------------------------
+ build system 50492.7463 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50500.5146 7.7685 7.7684
+ =================================
+ wsmp: initialisation time: 0.0646181 s
+ wsmp: ordering time: 4.3405230 s
+ wsmp: symbolic fact. time: 0.8022909 s
+ wsmp: Cholesky fact. time: 11.5196090 s
+ wsmp: Factorisation 14303.5830678 Mflops
+ wsmp: back substitution time: 0.2351770 s
+ wsmp: from b to rhs vector: 0.0085690 s
+ ---------------------------------
+ wsmp: total solve time: 16.9712648 s
+ =================================
+ u : -0.10182E+01 0.18435E+00
+ v : -0.94466E-01 0.11484E+00
+ w : -0.76266E+00 0.24702E+00
+ =================================
+ Calculate pressures 50517.5208 24.7747 17.0061
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 50517.7459 24.9997 0.2251
+ do leaf measurements 50517.7476 25.0015 0.0017
+ compute convergence criterion 50517.8090 25.0628 0.0614
+ velocity_diff_norm = 0.5901317 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 50517.8159
+ -----------------------------------
+ build system 50517.8220 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72311E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50525.8332 8.0173 8.0112
+ =================================
+ wsmp: initialisation time: 0.0582061 s
+ wsmp: ordering time: 4.3191769 s
+ wsmp: symbolic fact. time: 0.7941470 s
+ wsmp: Cholesky fact. time: 11.4452500 s
+ wsmp: Factorisation 14396.5123856 Mflops
+ wsmp: back substitution time: 0.2347300 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.8604970 s
+ =================================
+ u : -0.10152E+01 0.13690E+00
+ v : -0.48341E-01 0.10163E+00
+ w : -0.76788E+00 0.22716E+00
+ =================================
+ Calculate pressures 50542.7277 24.9118 16.8945
+ raw pressures : -0.12347E+01 0.17951E+00
+ Smoothing pressures 50542.9541 25.1382 0.2264
+ do leaf measurements 50542.9559 25.1400 0.0018
+ compute convergence criterion 50543.0182 25.2023 0.0623
+ velocity_diff_norm = 0.0718386 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50543.0251
+ -----------------------------------
+ build system 50543.0313 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50551.0098 7.9847 7.9786
+ =================================
+ wsmp: initialisation time: 0.0596700 s
+ wsmp: ordering time: 4.3078618 s
+ wsmp: symbolic fact. time: 0.7954001 s
+ wsmp: Cholesky fact. time: 11.4582131 s
+ wsmp: Factorisation 14380.2251335 Mflops
+ wsmp: back substitution time: 0.2357590 s
+ wsmp: from b to rhs vector: 0.0085461 s
+ ---------------------------------
+ wsmp: total solve time: 16.8659210 s
+ =================================
+ u : -0.10174E+01 0.15478E+00
+ v : -0.38142E-01 0.11827E+00
+ w : -0.74646E+00 0.23243E+00
+ =================================
+ Calculate pressures 50567.9103 24.8853 16.9005
+ raw pressures : -0.13705E+01 0.31354E+00
+ Smoothing pressures 50568.1372 25.1121 0.2268
+ do leaf measurements 50568.1389 25.1138 0.0017
+ compute convergence criterion 50568.2001 25.1750 0.0612
+ velocity_diff_norm = 0.0361557 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50568.2069
+ -----------------------------------
+ build system 50568.2129 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50576.1439 7.9370 7.9309
+ =================================
+ wsmp: initialisation time: 0.0567870 s
+ wsmp: ordering time: 4.3410680 s
+ wsmp: symbolic fact. time: 0.8015370 s
+ wsmp: Cholesky fact. time: 11.4846539 s
+ wsmp: Factorisation 14347.1178667 Mflops
+ wsmp: back substitution time: 0.2338500 s
+ wsmp: from b to rhs vector: 0.0085130 s
+ ---------------------------------
+ wsmp: total solve time: 16.9268758 s
+ =================================
+ u : -0.10175E+01 0.17521E+00
+ v : -0.38310E-01 0.12295E+00
+ w : -0.73737E+00 0.22966E+00
+ =================================
+ Calculate pressures 50593.1050 24.8981 16.9611
+ raw pressures : -0.14689E+01 0.35838E+00
+ Smoothing pressures 50593.3302 25.1233 0.2252
+ do leaf measurements 50593.3319 25.1250 0.0017
+ compute convergence criterion 50593.3930 25.1861 0.0611
+ velocity_diff_norm = 0.0156556 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50593.3999
+ -----------------------------------
+ build system 50593.4061 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50601.3778 7.9778 7.9717
+ =================================
+ wsmp: initialisation time: 0.0583980 s
+ wsmp: ordering time: 4.3208082 s
+ wsmp: symbolic fact. time: 0.7967749 s
+ wsmp: Cholesky fact. time: 11.4482229 s
+ wsmp: Factorisation 14392.7739410 Mflops
+ wsmp: back substitution time: 0.2348089 s
+ wsmp: from b to rhs vector: 0.0085299 s
+ ---------------------------------
+ wsmp: total solve time: 16.8680100 s
+ =================================
+ u : -0.10174E+01 0.19269E+00
+ v : -0.40572E-01 0.12547E+00
+ w : -0.73286E+00 0.22853E+00
+ =================================
+ Calculate pressures 50618.2809 24.8810 16.9031
+ raw pressures : -0.15119E+01 0.36583E+00
+ Smoothing pressures 50618.5071 25.1071 0.2262
+ do leaf measurements 50618.5088 25.1089 0.0017
+ compute convergence criterion 50618.5705 25.1706 0.0617
+ velocity_diff_norm = 0.0106584 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50618.5774
+ -----------------------------------
+ build system 50618.5836 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50626.5155 7.9380 7.9318
+ =================================
+ wsmp: initialisation time: 0.0580750 s
+ wsmp: ordering time: 4.3096728 s
+ wsmp: symbolic fact. time: 0.7913420 s
+ wsmp: Cholesky fact. time: 11.5341439 s
+ wsmp: Factorisation 14285.5581611 Mflops
+ wsmp: back substitution time: 0.2352271 s
+ wsmp: from b to rhs vector: 0.0085580 s
+ ---------------------------------
+ wsmp: total solve time: 16.9374781 s
+ =================================
+ u : -0.10171E+01 0.20811E+00
+ v : -0.43024E-01 0.12556E+00
+ w : -0.72842E+00 0.22791E+00
+ =================================
+ Calculate pressures 50643.4875 24.9101 16.9721
+ raw pressures : -0.15327E+01 0.36314E+00
+ Smoothing pressures 50643.7123 25.1348 0.2247
+ do leaf measurements 50643.7140 25.1366 0.0017
+ compute convergence criterion 50643.7729 25.1954 0.0589
+ velocity_diff_norm = 0.0079661 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50643.7760 25.1986 0.0031
+Compute isostasy and adjust vertical 50643.7762 25.1987 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -209844779158583.88 397541615147403.
+ def in m -7.9868359565734863 0.72485482692718506
+ dimensionless def -1.80064746311732706E-6 2.28195313044956751E-5
+ Isostatic velocity range = -0.0177705 0.2276847
+ Compute divergence 50644.0548 25.4774 0.2786
+ wsmp_cleanup 50644.0944 25.5170 0.0396
+ Reset surface geometry 50644.1047 25.5272 0.0102
+ -----------------------------------------------------------------------
+ Temperature calculations 50644.1129 25.5355 0.0082
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50644.1301 25.5527 0.0172
+ Advect surface 1 50644.1303 25.5528 0.0001
+ removing 3 particle from surface
+ S. 1: 17 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50644.3655 25.7881 0.2352
+ removing 3 particle from surface
+ S. 2: 13 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50644.6094 26.0319 0.2439
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50644.8754 26.2980 0.2661
+ Advect the cloud 50645.0599 26.4824 0.1844
+ Write output 50645.9593 27.3818 0.8994
+ End of time step 50646.8701 28.2927 0.9108
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 312 50646.8703
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 50646.8704 0.0001 0.0001
+ surface 01 50646.8704 0.0001 0.0000
+ S. 1: 17031points
+ refine surface 50646.8704 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 50646.9008 0.0305 0.0304
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 50646.9316 0.0613 0.0308
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 50646.9615 0.0912 0.0299
+ S. 1: 0 flips in delaunay2
+ S. 1: 17034points
+ surface 02 50646.9830 0.1127 0.0214
+ S. 2: 17028points
+ refine surface 50646.9831 0.1128 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 50647.0154 0.1451 0.0323
+ S. 2: 3 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 50647.0474 0.1771 0.0320
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 50647.0794 0.2091 0.0321
+ S. 2: 0 flips in delaunay2
+ S. 2: 17030points
+ surface 03 50647.1100 0.2397 0.0306
+ S. 3: 17039points
+ refine surface 50647.1102 0.2399 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 50647.1437 0.2734 0.0336
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 50647.1721 0.3019 0.0284
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 50647.2056 0.3353 0.0335
+ S. 3: 0 flips in delaunay2
+ S. 3: 17040points
+ -----------------------------------------------------------------------
+ Start of iteration 1 50647.2361
+ -----------------------------------------------------------------------
+ Create octree solve 50647.2364 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 50647.2530 0.0169 0.0166
+ osolve%nleaves= 32768
+ improve osolve for criterion 50647.2768 0.0407 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 50647.2779 0.0418 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 50647.2920 0.0559 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 50647.4142 0.1781 0.1222
+ Imbed surface in osolve 50647.7089 0.4727 0.2946
+ embedding surface 1 50647.7090 0.4729 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 50649.8304 2.5943 2.1213
+ osolve%nleaves= 59424
+ embedding surface 3 50652.0433 4.8072 2.2130
+ osolve%nleaves= 64128
+ Assessing octree stability 50655.7232 8.4871 3.6799
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 50655.7325 8.4964 0.0093
+ Interpolate velo onto osolve 50656.2674 9.0312 0.5348
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 50656.3905 9.1544 0.1231
+ Find void 50656.6598 9.4237 0.2693
+ whole leaf in fluid 32992
+ Define boundary conditions 50656.7013 9.4652 0.0415
+ wsmp setup1 50656.7133 9.4772 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 50657.8687 10.6326 1.1554
+ -----------------------------------
+ start of non-linear iteratio 1 50657.9242
+ -----------------------------------
+ build system 50657.9243 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50665.6761 7.7519 7.7517
+ =================================
+ wsmp: initialisation time: 0.0646272 s
+ wsmp: ordering time: 4.3149068 s
+ wsmp: symbolic fact. time: 0.7956059 s
+ wsmp: Cholesky fact. time: 11.5127690 s
+ wsmp: Factorisation 14312.0811428 Mflops
+ wsmp: back substitution time: 0.2353530 s
+ wsmp: from b to rhs vector: 0.0084991 s
+ ---------------------------------
+ wsmp: total solve time: 16.9322262 s
+ =================================
+ u : -0.10168E+01 0.18460E+00
+ v : -0.94450E-01 0.11404E+00
+ w : -0.76255E+00 0.24654E+00
+ =================================
+ Calculate pressures 50682.6424 24.7182 16.9663
+ raw pressures : -0.35090E+00 0.00000E+00
+ Smoothing pressures 50682.8672 24.9430 0.2248
+ do leaf measurements 50682.8690 24.9449 0.0018
+ compute convergence criterion 50682.9305 25.0063 0.0615
+ velocity_diff_norm = 0.5893172 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 50682.9376
+ -----------------------------------
+ build system 50682.9437 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72260E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50690.9022 7.9645 7.9585
+ =================================
+ wsmp: initialisation time: 0.0584350 s
+ wsmp: ordering time: 4.3231990 s
+ wsmp: symbolic fact. time: 0.7955689 s
+ wsmp: Cholesky fact. time: 11.4497869 s
+ wsmp: Factorisation 14390.8079070 Mflops
+ wsmp: back substitution time: 0.2347701 s
+ wsmp: from b to rhs vector: 0.0085089 s
+ ---------------------------------
+ wsmp: total solve time: 16.8707490 s
+ =================================
+ u : -0.10153E+01 0.13713E+00
+ v : -0.48940E-01 0.10216E+00
+ w : -0.76785E+00 0.22671E+00
+ =================================
+ Calculate pressures 50707.8076 24.8700 16.9055
+ raw pressures : -0.12360E+01 0.18007E+00
+ Smoothing pressures 50708.0326 25.0950 0.2250
+ do leaf measurements 50708.0344 25.0968 0.0018
+ compute convergence criterion 50708.0961 25.1585 0.0617
+ velocity_diff_norm = 0.0714298 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50708.1033
+ -----------------------------------
+ build system 50708.1093 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50716.1244 8.0211 8.0151
+ =================================
+ wsmp: initialisation time: 0.0585520 s
+ wsmp: ordering time: 4.3185430 s
+ wsmp: symbolic fact. time: 0.7926791 s
+ wsmp: Cholesky fact. time: 11.4523749 s
+ wsmp: Factorisation 14387.5558396 Mflops
+ wsmp: back substitution time: 0.2357540 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.8669040 s
+ =================================
+ u : -0.10175E+01 0.15484E+00
+ v : -0.38274E-01 0.11853E+00
+ w : -0.74699E+00 0.23157E+00
+ =================================
+ Calculate pressures 50733.0256 24.9223 16.9012
+ raw pressures : -0.13711E+01 0.31427E+00
+ Smoothing pressures 50733.2533 25.1500 0.2277
+ do leaf measurements 50733.2551 25.1519 0.0018
+ compute convergence criterion 50733.3165 25.2133 0.0614
+ velocity_diff_norm = 0.0360401 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50733.3236
+ -----------------------------------
+ build system 50733.3296 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50741.2641 7.9405 7.9345
+ =================================
+ wsmp: initialisation time: 0.0617950 s
+ wsmp: ordering time: 4.3382919 s
+ wsmp: symbolic fact. time: 0.8005762 s
+ wsmp: Cholesky fact. time: 11.5311210 s
+ wsmp: Factorisation 14289.3031521 Mflops
+ wsmp: back substitution time: 0.2355969 s
+ wsmp: from b to rhs vector: 0.0084770 s
+ ---------------------------------
+ wsmp: total solve time: 16.9763291 s
+ =================================
+ u : -0.10175E+01 0.17518E+00
+ v : -0.38386E-01 0.12314E+00
+ w : -0.73776E+00 0.22916E+00
+ =================================
+ Calculate pressures 50758.2761 24.9525 17.0120
+ raw pressures : -0.14693E+01 0.35917E+00
+ Smoothing pressures 50758.5006 25.1770 0.2245
+ do leaf measurements 50758.5024 25.1788 0.0018
+ compute convergence criterion 50758.5639 25.2403 0.0615
+ velocity_diff_norm = 0.0156818 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50758.5710
+ -----------------------------------
+ build system 50758.5770 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50766.5799 8.0089 8.0029
+ =================================
+ wsmp: initialisation time: 0.0579622 s
+ wsmp: ordering time: 4.3253431 s
+ wsmp: symbolic fact. time: 0.7926650 s
+ wsmp: Cholesky fact. time: 11.4467559 s
+ wsmp: Factorisation 14394.6184853 Mflops
+ wsmp: back substitution time: 0.2353098 s
+ wsmp: from b to rhs vector: 0.0084870 s
+ ---------------------------------
+ wsmp: total solve time: 16.8670211 s
+ =================================
+ u : -0.10173E+01 0.19258E+00
+ v : -0.40703E-01 0.12566E+00
+ w : -0.73317E+00 0.22811E+00
+ =================================
+ Calculate pressures 50783.4829 24.9120 16.9031
+ raw pressures : -0.15121E+01 0.36677E+00
+ Smoothing pressures 50783.7081 25.1372 0.2252
+ do leaf measurements 50783.7100 25.1391 0.0019
+ compute convergence criterion 50783.7719 25.2010 0.0619
+ velocity_diff_norm = 0.0106671 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50783.7791
+ -----------------------------------
+ build system 50783.7853 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50791.7727 7.9936 7.9874
+ =================================
+ wsmp: initialisation time: 0.0608571 s
+ wsmp: ordering time: 4.3102551 s
+ wsmp: symbolic fact. time: 0.7972560 s
+ wsmp: Cholesky fact. time: 11.4775090 s
+ wsmp: Factorisation 14356.0491708 Mflops
+ wsmp: back substitution time: 0.2363050 s
+ wsmp: from b to rhs vector: 0.0084879 s
+ ---------------------------------
+ wsmp: total solve time: 16.8911121 s
+ =================================
+ u : -0.10171E+01 0.20799E+00
+ v : -0.43095E-01 0.12574E+00
+ w : -0.72869E+00 0.22766E+00
+ =================================
+ Calculate pressures 50808.6983 24.9191 16.9256
+ raw pressures : -0.15332E+01 0.36417E+00
+ Smoothing pressures 50808.9258 25.1467 0.2276
+ do leaf measurements 50808.9277 25.1485 0.0018
+ compute convergence criterion 50808.9865 25.2074 0.0589
+ velocity_diff_norm = 0.0079608 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50808.9896 25.2105 0.0031
+Compute isostasy and adjust vertical 50808.9898 25.2107 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -210123639060551.44 398567787204969.56
+ def in m -7.9895925521850586 0.725380539894104
+ dimensionless def -1.80610554558890204E-6 2.28274072919573086E-5
+ Isostatic velocity range = -0.0178303 0.2277545
+ Compute divergence 50809.2658 25.4866 0.2760
+ wsmp_cleanup 50809.3055 25.5263 0.0397
+ Reset surface geometry 50809.3161 25.5369 0.0106
+ -----------------------------------------------------------------------
+ Temperature calculations 50809.3247 25.5456 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50809.3423 25.5631 0.0175
+ Advect surface 1 50809.3424 25.5632 0.0001
+ removing 6 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50809.6053 25.8261 0.2629
+ removing 4 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50809.8493 26.0702 0.2441
+ removing 2 particle from surface
+ S. 3: 13 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50810.1328 26.3536 0.2835
+ Advect the cloud 50810.3159 26.5367 0.1831
+ Write output 50811.2108 27.4316 0.8949
+ End of time step 50835.4922 51.7131 24.2815
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 313 50835.4924
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 50835.4925 0.0001 0.0001
+ surface 01 50835.4925 0.0001 0.0000
+ S. 1: 17028points
+ refine surface 50835.4925 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 50835.5251 0.0327 0.0326
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 50835.5531 0.0608 0.0280
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 50835.5872 0.0948 0.0341
+ S. 1: 0 flips in delaunay2
+ S. 1: 17029points
+ surface 02 50835.6086 0.1162 0.0214
+ S. 2: 17026points
+ refine surface 50835.6088 0.1164 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 50835.6416 0.1492 0.0328
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 50835.6652 0.1728 0.0236
+ S. 3: 17038points
+ refine surface 50835.6653 0.1729 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 50835.7024 0.2100 0.0370
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 50835.7329 0.2405 0.0305
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 50835.7701 0.2777 0.0372
+ S. 3: 0 flips in delaunay2
+ S. 3: 17039points
+ -----------------------------------------------------------------------
+ Start of iteration 1 50835.8026
+ -----------------------------------------------------------------------
+ Create octree solve 50835.8029 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 50835.8188 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 50835.8431 0.0405 0.0243
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 50835.8441 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 50835.8583 0.0557 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 50835.9805 0.1779 0.1222
+ Imbed surface in osolve 50836.2772 0.4746 0.2968
+ embedding surface 1 50836.2774 0.4748 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 50838.3825 2.5799 2.1051
+ osolve%nleaves= 59424
+ embedding surface 3 50840.6297 4.8271 2.2472
+ osolve%nleaves= 64128
+ Assessing octree stability 50844.3500 8.5474 3.7203
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 50844.3585 8.5559 0.0085
+ Interpolate velo onto osolve 50844.9371 9.1345 0.5787
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 50845.0264 9.2238 0.0893
+ Find void 50845.2971 9.4945 0.2707
+ whole leaf in fluid 32992
+ Define boundary conditions 50845.3382 9.5356 0.0411
+ wsmp setup1 50845.3502 9.5476 0.0120
+ n = 128799
+ nz= 4957209
+ wsmp setup2 50846.4933 10.6907 1.1431
+ -----------------------------------
+ start of non-linear iteratio 1 50846.5535
+ -----------------------------------
+ build system 50846.5537 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50854.3181 7.7646 7.7644
+ =================================
+ wsmp: initialisation time: 0.0613191 s
+ wsmp: ordering time: 4.3274519 s
+ wsmp: symbolic fact. time: 0.8015878 s
+ wsmp: Cholesky fact. time: 11.4505570 s
+ wsmp: Factorisation 14389.8400723 Mflops
+ wsmp: back substitution time: 0.2346530 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.8845730 s
+ =================================
+ u : -0.10408E+01 0.18516E+00
+ v : -0.94185E-01 0.11406E+00
+ w : -0.76315E+00 0.24535E+00
+ =================================
+ Calculate pressures 50871.2371 24.6836 16.9190
+ raw pressures : -0.35136E+00 0.00000E+00
+ Smoothing pressures 50871.4622 24.9087 0.2251
+ do leaf measurements 50871.4640 24.9105 0.0018
+ compute convergence criterion 50871.5234 24.9699 0.0594
+ velocity_diff_norm = 0.5890922 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 50871.5303
+ -----------------------------------
+ build system 50871.5363 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73318E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50879.5247 7.9944 7.9884
+ =================================
+ wsmp: initialisation time: 0.0603130 s
+ wsmp: ordering time: 4.3160071 s
+ wsmp: symbolic fact. time: 0.7978041 s
+ wsmp: Cholesky fact. time: 11.4528539 s
+ wsmp: Factorisation 14386.9541211 Mflops
+ wsmp: back substitution time: 0.2355671 s
+ wsmp: from b to rhs vector: 0.0085640 s
+ ---------------------------------
+ wsmp: total solve time: 16.8715601 s
+ =================================
+ u : -0.10153E+01 0.13770E+00
+ v : -0.48789E-01 0.10221E+00
+ w : -0.76819E+00 0.22598E+00
+ =================================
+ Calculate pressures 50896.4311 24.9008 16.9064
+ raw pressures : -0.12363E+01 0.18205E+00
+ Smoothing pressures 50896.6562 25.1259 0.2252
+ do leaf measurements 50896.6581 25.1278 0.0018
+ compute convergence criterion 50896.7181 25.1878 0.0601
+ velocity_diff_norm = 0.0712018 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 50896.7251
+ -----------------------------------
+ build system 50896.7313 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50904.6616 7.9365 7.9303
+ =================================
+ wsmp: initialisation time: 0.0588470 s
+ wsmp: ordering time: 4.3386869 s
+ wsmp: symbolic fact. time: 0.7964041 s
+ wsmp: Cholesky fact. time: 11.5365279 s
+ wsmp: Factorisation 14282.6061448 Mflops
+ wsmp: back substitution time: 0.2349701 s
+ wsmp: from b to rhs vector: 0.0085239 s
+ ---------------------------------
+ wsmp: total solve time: 16.9744031 s
+ =================================
+ u : -0.10174E+01 0.15520E+00
+ v : -0.38021E-01 0.11854E+00
+ w : -0.74738E+00 0.23148E+00
+ =================================
+ Calculate pressures 50921.6703 24.9451 17.0086
+ raw pressures : -0.13716E+01 0.31505E+00
+ Smoothing pressures 50921.8956 25.1704 0.2253
+ do leaf measurements 50921.8974 25.1723 0.0019
+ compute convergence criterion 50921.9568 25.2316 0.0594
+ velocity_diff_norm = 0.0360441 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 50921.9636
+ -----------------------------------
+ build system 50921.9697 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50929.9412 7.9775 7.9715
+ =================================
+ wsmp: initialisation time: 0.0583029 s
+ wsmp: ordering time: 4.3206432 s
+ wsmp: symbolic fact. time: 0.7960031 s
+ wsmp: Cholesky fact. time: 11.4516952 s
+ wsmp: Factorisation 14388.4098330 Mflops
+ wsmp: back substitution time: 0.2345181 s
+ wsmp: from b to rhs vector: 0.0085101 s
+ ---------------------------------
+ wsmp: total solve time: 16.8701279 s
+ =================================
+ u : -0.10175E+01 0.17539E+00
+ v : -0.38184E-01 0.12315E+00
+ w : -0.73813E+00 0.22902E+00
+ =================================
+ Calculate pressures 50946.8458 24.8821 16.9046
+ raw pressures : -0.14700E+01 0.36025E+00
+ Smoothing pressures 50947.0707 25.1070 0.2249
+ do leaf measurements 50947.0725 25.1089 0.0018
+ compute convergence criterion 50947.1319 25.1683 0.0594
+ velocity_diff_norm = 0.0156425 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 50947.1388
+ -----------------------------------
+ build system 50947.1448 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50955.1597 8.0209 8.0148
+ =================================
+ wsmp: initialisation time: 0.4170711 s
+ wsmp: ordering time: 4.3196161 s
+ wsmp: symbolic fact. time: 0.7959719 s
+ wsmp: Cholesky fact. time: 11.4613678 s
+ wsmp: Factorisation 14376.2669601 Mflops
+ wsmp: back substitution time: 0.2358520 s
+ wsmp: from b to rhs vector: 0.0085621 s
+ ---------------------------------
+ wsmp: total solve time: 17.2388952 s
+ =================================
+ u : -0.10173E+01 0.19275E+00
+ v : -0.40690E-01 0.12564E+00
+ w : -0.73351E+00 0.22802E+00
+ =================================
+ Calculate pressures 50972.4330 25.2942 17.2733
+ raw pressures : -0.15132E+01 0.36784E+00
+ Smoothing pressures 50972.6613 25.5225 0.2283
+ do leaf measurements 50972.6631 25.5243 0.0018
+ compute convergence criterion 50972.7231 25.5843 0.0599
+ velocity_diff_norm = 0.0106447 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 50972.7298
+ -----------------------------------
+ build system 50972.7358 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 50980.6694 7.9396 7.9336
+ =================================
+ wsmp: initialisation time: 0.3920009 s
+ wsmp: ordering time: 4.3459170 s
+ wsmp: symbolic fact. time: 0.8022671 s
+ wsmp: Cholesky fact. time: 11.5344732 s
+ wsmp: Factorisation 14285.1503742 Mflops
+ wsmp: back substitution time: 0.2347939 s
+ wsmp: from b to rhs vector: 0.0088100 s
+ ---------------------------------
+ wsmp: total solve time: 17.3187060 s
+ =================================
+ u : -0.10171E+01 0.20812E+00
+ v : -0.43095E-01 0.12570E+00
+ w : -0.72900E+00 0.22765E+00
+ =================================
+ Calculate pressures 50998.0228 25.2929 17.3533
+ raw pressures : -0.15344E+01 0.36531E+00
+ Smoothing pressures 50998.2477 25.5179 0.2250
+ do leaf measurements 50998.2496 25.5197 0.0018
+ compute convergence criterion 50998.3065 25.5767 0.0570
+ velocity_diff_norm = 0.0079560 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 50998.3097 25.5798 0.0031
+Compute isostasy and adjust vertical 50998.3098 25.5800 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -210389072959610.19 399599915959237.94
+ def in m -7.9706134796142578 0.73045510053634644
+ dimensionless def -1.79874403136117123E-6 2.27731813703264489E-5
+ Isostatic velocity range = -0.0177623 0.2272468
+ Compute divergence 50998.5868 25.8570 0.2770
+ wsmp_cleanup 50998.6253 25.8954 0.0384
+ Reset surface geometry 50998.6359 25.9061 0.0107
+ -----------------------------------------------------------------------
+ Temperature calculations 50998.6445 25.9147 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 50998.6630 25.9332 0.0185
+ Advect surface 1 50998.6632 25.9333 0.0001
+ removing 3 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 50998.8937 26.1638 0.2305
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 50999.1092 26.3793 0.2155
+ removing 3 particle from surface
+ S. 3: 14 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 50999.4011 26.6712 0.2919
+ Advect the cloud 50999.5923 26.8625 0.1912
+ Write output 51000.4892 27.7594 0.8969
+ End of time step 51020.2189 47.4891 19.7297
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 314 51020.2191
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51020.2192 0.0001 0.0001
+ surface 01 51020.2192 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 51020.2193 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51020.2536 0.0345 0.0343
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 51020.2765 0.0574 0.0229
+ S. 2: 17025points
+ refine surface 51020.2766 0.0575 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 51020.3135 0.0944 0.0368
+ S. 2: 2 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 51020.3493 0.1302 0.0359
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51020.3869 0.1678 0.0376
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 51020.4113 0.1922 0.0244
+ S. 3: 17036points
+ refine surface 51020.4115 0.1924 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51020.4491 0.2300 0.0377
+ S. 3: 0 flips in delaunay2
+ S. 3: 17036points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51020.4805
+ -----------------------------------------------------------------------
+ Create octree solve 51020.4808 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51020.4969 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 51020.5209 0.0404 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51020.5220 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51020.5363 0.0558 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 51020.6597 0.1792 0.1234
+ Imbed surface in osolve 51020.9547 0.4742 0.2950
+ embedding surface 1 51020.9548 0.4743 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 51023.0913 2.6107 2.1364
+ osolve%nleaves= 59424
+ embedding surface 3 51025.2889 4.8083 2.1976
+ osolve%nleaves= 64128
+ Assessing octree stability 51028.9584 8.4779 3.6696
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51028.9639 8.4834 0.0054
+ Interpolate velo onto osolve 51029.5303 9.0498 0.5664
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51029.6127 9.1321 0.0824
+ Find void 51029.8840 9.4035 0.2714
+ whole leaf in fluid 32992
+ Define boundary conditions 51029.9251 9.4446 0.0411
+ wsmp setup1 51029.9372 9.4566 0.0120
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51031.0850 10.6045 1.1479
+ -----------------------------------
+ start of non-linear iteratio 1 51031.1438
+ -----------------------------------
+ build system 51031.1440 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51038.9665 7.8227 7.8225
+ =================================
+ wsmp: initialisation time: 0.0601439 s
+ wsmp: ordering time: 4.3161259 s
+ wsmp: symbolic fact. time: 0.7950599 s
+ wsmp: Cholesky fact. time: 11.4484329 s
+ wsmp: Factorisation 14392.5098738 Mflops
+ wsmp: back substitution time: 0.2360821 s
+ wsmp: from b to rhs vector: 0.0085771 s
+ ---------------------------------
+ wsmp: total solve time: 16.8648992 s
+ =================================
+ u : -0.10176E+01 0.18479E+00
+ v : -0.94618E-01 0.11562E+00
+ w : -0.76292E+00 0.24587E+00
+ =================================
+ Calculate pressures 51055.8661 24.7223 16.8996
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 51056.0938 24.9500 0.2277
+ do leaf measurements 51056.0956 24.9518 0.0018
+ compute convergence criterion 51056.1564 25.0126 0.0608
+ velocity_diff_norm = 0.5891023 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51056.1635
+ -----------------------------------
+ build system 51056.1696 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72515E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51064.1109 7.9474 7.9414
+ =================================
+ wsmp: initialisation time: 0.0613410 s
+ wsmp: ordering time: 4.3312731 s
+ wsmp: symbolic fact. time: 0.7953050 s
+ wsmp: Cholesky fact. time: 11.5318549 s
+ wsmp: Factorisation 14288.3938241 Mflops
+ wsmp: back substitution time: 0.2351570 s
+ wsmp: from b to rhs vector: 0.0084682 s
+ ---------------------------------
+ wsmp: total solve time: 16.9638560 s
+ =================================
+ u : -0.10153E+01 0.13746E+00
+ v : -0.48874E-01 0.10172E+00
+ w : -0.76810E+00 0.22651E+00
+ =================================
+ Calculate pressures 51081.1087 24.9452 16.9977
+ raw pressures : -0.12351E+01 0.18059E+00
+ Smoothing pressures 51081.3360 25.1725 0.2273
+ do leaf measurements 51081.3377 25.1742 0.0017
+ compute convergence criterion 51081.3988 25.2352 0.0610
+ velocity_diff_norm = 0.0714205 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51081.4057
+ -----------------------------------
+ build system 51081.4118 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51089.3918 7.9862 7.9801
+ =================================
+ wsmp: initialisation time: 0.0594239 s
+ wsmp: ordering time: 4.3194232 s
+ wsmp: symbolic fact. time: 0.7972591 s
+ wsmp: Cholesky fact. time: 11.4432280 s
+ wsmp: Factorisation 14399.0562613 Mflops
+ wsmp: back substitution time: 0.2353220 s
+ wsmp: from b to rhs vector: 0.0085959 s
+ ---------------------------------
+ wsmp: total solve time: 16.8637049 s
+ =================================
+ u : -0.10174E+01 0.15519E+00
+ v : -0.37796E-01 0.11827E+00
+ w : -0.74699E+00 0.23182E+00
+ =================================
+ Calculate pressures 51106.2903 24.8846 16.8984
+ raw pressures : -0.13717E+01 0.31506E+00
+ Smoothing pressures 51106.5168 25.1111 0.2265
+ do leaf measurements 51106.5186 25.1129 0.0018
+ compute convergence criterion 51106.5796 25.1739 0.0610
+ velocity_diff_norm = 0.0360396 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51106.5867
+ -----------------------------------
+ build system 51106.5928 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51114.6142 8.0275 8.0214
+ =================================
+ wsmp: initialisation time: 0.0590131 s
+ wsmp: ordering time: 4.3186469 s
+ wsmp: symbolic fact. time: 0.7931600 s
+ wsmp: Cholesky fact. time: 11.4523051 s
+ wsmp: Factorisation 14387.6436006 Mflops
+ wsmp: back substitution time: 0.2361331 s
+ wsmp: from b to rhs vector: 0.0085211 s
+ ---------------------------------
+ wsmp: total solve time: 16.8682511 s
+ =================================
+ u : -0.10175E+01 0.17541E+00
+ v : -0.38097E-01 0.12296E+00
+ w : -0.73787E+00 0.22918E+00
+ =================================
+ Calculate pressures 51131.5174 24.9307 16.9032
+ raw pressures : -0.14698E+01 0.35944E+00
+ Smoothing pressures 51131.7461 25.1594 0.2287
+ do leaf measurements 51131.7479 25.1612 0.0017
+ compute convergence criterion 51131.8093 25.2226 0.0614
+ velocity_diff_norm = 0.0156448 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51131.8163
+ -----------------------------------
+ build system 51131.8224 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51139.7594 7.9431 7.9370
+ =================================
+ wsmp: initialisation time: 0.0599329 s
+ wsmp: ordering time: 4.3356869 s
+ wsmp: symbolic fact. time: 0.8026581 s
+ wsmp: Cholesky fact. time: 11.5160751 s
+ wsmp: Factorisation 14307.9722869 Mflops
+ wsmp: back substitution time: 0.2350919 s
+ wsmp: from b to rhs vector: 0.0085289 s
+ ---------------------------------
+ wsmp: total solve time: 16.9584370 s
+ =================================
+ u : -0.10173E+01 0.19282E+00
+ v : -0.40702E-01 0.12554E+00
+ w : -0.73328E+00 0.22844E+00
+ =================================
+ Calculate pressures 51156.7517 24.9353 16.9923
+ raw pressures : -0.15128E+01 0.36709E+00
+ Smoothing pressures 51156.9768 25.1605 0.2251
+ do leaf measurements 51156.9785 25.1622 0.0017
+ compute convergence criterion 51157.0397 25.2234 0.0612
+ velocity_diff_norm = 0.0106515 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51157.0467
+ -----------------------------------
+ build system 51157.0529 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51165.0594 8.0127 8.0065
+ =================================
+ wsmp: initialisation time: 0.0611601 s
+ wsmp: ordering time: 4.3141909 s
+ wsmp: symbolic fact. time: 0.7918460 s
+ wsmp: Cholesky fact. time: 11.4499180 s
+ wsmp: Factorisation 14390.6430962 Mflops
+ wsmp: back substitution time: 0.2346201 s
+ wsmp: from b to rhs vector: 0.0085590 s
+ ---------------------------------
+ wsmp: total solve time: 16.8607681 s
+ =================================
+ u : -0.10170E+01 0.20819E+00
+ v : -0.43098E-01 0.12563E+00
+ w : -0.72880E+00 0.22773E+00
+ =================================
+ Calculate pressures 51181.9542 24.9075 16.8948
+ raw pressures : -0.15340E+01 0.36452E+00
+ Smoothing pressures 51182.1808 25.1340 0.2266
+ do leaf measurements 51182.1825 25.1358 0.0018
+ compute convergence criterion 51182.2419 25.1952 0.0594
+ velocity_diff_norm = 0.0079588 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 51182.2451 25.1983 0.0031
+Compute isostasy and adjust vertical 51182.2452 25.1985 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -210675688555139.91 400612381638232.
+ def in m -7.9138040542602539 0.77321469783782959
+ dimensionless def -1.78608042853219173E-6 2.2610868726457868E-5
+ Isostatic velocity range = -0.0176373 0.2257283
+ Compute divergence 51182.5189 25.4722 0.2737
+ wsmp_cleanup 51182.5586 25.5118 0.0396
+ Reset surface geometry 51182.5666 25.5199 0.0080
+ -----------------------------------------------------------------------
+ Temperature calculations 51182.5744 25.5276 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 51182.5917 25.5449 0.0173
+ Advect surface 1 51182.5918 25.5451 0.0002
+ removing 2 particle from surface
+ S. 1: 12 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 51182.8107 25.7640 0.2189
+ S. 2: 11 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 51183.0181 25.9714 0.2074
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 51183.2913 26.2445 0.2731
+ Advect the cloud 51183.4780 26.4313 0.1867
+ Write output 51184.3797 27.3330 0.9017
+ End of time step 51185.2957 28.2490 0.9160
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 315 51185.2960
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51185.2960 0.0001 0.0001
+ surface 01 51185.2961 0.0001 0.0000
+ S. 1: 17024points
+ refine surface 51185.2961 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 51185.3343 0.0384 0.0382
+ S. 1: 6 flips in delaunay2
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 51185.3679 0.0719 0.0336
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51185.4031 0.1072 0.0352
+ S. 1: 0 flips in delaunay2
+ S. 1: 17027points
+ surface 02 51185.4275 0.1316 0.0244
+ S. 2: 17026points
+ refine surface 51185.4277 0.1317 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51185.4634 0.1674 0.0357
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 51185.4886 0.1926 0.0252
+ S. 3: 17035points
+ refine surface 51185.4888 0.1928 0.0002
+ S. 3: 2 added ptcls in refine_surface
+ check delaunay 51185.5273 0.2314 0.0386
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 51185.5596 0.2636 0.0322
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51185.5909 0.2949 0.0313
+ S. 3: 0 flips in delaunay2
+ S. 3: 17037points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51185.6231
+ -----------------------------------------------------------------------
+ Create octree solve 51185.6233 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51185.6394 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 51185.6638 0.0407 0.0243
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51185.6649 0.0418 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51185.6792 0.0561 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 51185.8025 0.1795 0.1234
+ Imbed surface in osolve 51186.0979 0.4748 0.2954
+ embedding surface 1 51186.0981 0.4750 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 51188.2217 2.5986 2.1236
+ osolve%nleaves= 59424
+ embedding surface 3 51190.4447 4.8216 2.2230
+ osolve%nleaves= 64128
+ Assessing octree stability 51194.1226 8.4995 3.6779
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51194.1281 8.5050 0.0055
+ Interpolate velo onto osolve 51194.7074 9.0843 0.5793
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51194.7889 9.1659 0.0815
+ Find void 51195.0622 9.4391 0.2733
+ whole leaf in fluid 32992
+ Define boundary conditions 51195.1048 9.4817 0.0426
+ wsmp setup1 51195.1172 9.4941 0.0124
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51196.2548 10.6317 1.1376
+ -----------------------------------
+ start of non-linear iteratio 1 51196.3114
+ -----------------------------------
+ build system 51196.3116 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51204.1310 7.8195 7.8193
+ =================================
+ wsmp: initialisation time: 0.0607901 s
+ wsmp: ordering time: 4.3076839 s
+ wsmp: symbolic fact. time: 0.7931809 s
+ wsmp: Cholesky fact. time: 11.4524419 s
+ wsmp: Factorisation 14387.4716738 Mflops
+ wsmp: back substitution time: 0.2347250 s
+ wsmp: from b to rhs vector: 0.0085599 s
+ ---------------------------------
+ wsmp: total solve time: 16.8578420 s
+ =================================
+ u : -0.10289E+01 0.18503E+00
+ v : -0.94323E-01 0.11648E+00
+ w : -0.76295E+00 0.24661E+00
+ =================================
+ Calculate pressures 51221.0234 24.7119 16.8924
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 51221.2482 24.9367 0.2248
+ do leaf measurements 51221.2500 24.9386 0.0018
+ compute convergence criterion 51221.3098 24.9983 0.0598
+ velocity_diff_norm = 0.5898663 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51221.3168
+ -----------------------------------
+ build system 51221.3229 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72150E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51229.2841 7.9673 7.9612
+ =================================
+ wsmp: initialisation time: 0.0583851 s
+ wsmp: ordering time: 4.3199358 s
+ wsmp: symbolic fact. time: 0.7947891 s
+ wsmp: Cholesky fact. time: 11.4810860 s
+ wsmp: Factorisation 14351.5764667 Mflops
+ wsmp: back substitution time: 0.2347028 s
+ wsmp: from b to rhs vector: 0.0085030 s
+ ---------------------------------
+ wsmp: total solve time: 16.8978560 s
+ =================================
+ u : -0.10152E+01 0.13748E+00
+ v : -0.48938E-01 0.10166E+00
+ w : -0.76813E+00 0.22713E+00
+ =================================
+ Calculate pressures 51246.2156 24.8989 16.9316
+ raw pressures : -0.12357E+01 0.18025E+00
+ Smoothing pressures 51246.4441 25.1273 0.2285
+ do leaf measurements 51246.4459 25.1291 0.0018
+ compute convergence criterion 51246.5051 25.1884 0.0592
+ velocity_diff_norm = 0.0717348 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51246.5120
+ -----------------------------------
+ build system 51246.5179 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51254.4516 7.9396 7.9337
+ =================================
+ wsmp: initialisation time: 0.0601470 s
+ wsmp: ordering time: 4.3348079 s
+ wsmp: symbolic fact. time: 0.7956219 s
+ wsmp: Cholesky fact. time: 11.4510629 s
+ wsmp: Factorisation 14389.2043087 Mflops
+ wsmp: back substitution time: 0.2345769 s
+ wsmp: from b to rhs vector: 0.0084798 s
+ ---------------------------------
+ wsmp: total solve time: 16.8851409 s
+ =================================
+ u : -0.10174E+01 0.15509E+00
+ v : -0.37667E-01 0.11820E+00
+ w : -0.74700E+00 0.23231E+00
+ =================================
+ Calculate pressures 51271.3702 24.8582 16.9186
+ raw pressures : -0.13717E+01 0.31479E+00
+ Smoothing pressures 51271.5949 25.0829 0.2247
+ do leaf measurements 51271.5967 25.0847 0.0018
+ compute convergence criterion 51271.6558 25.1439 0.0591
+ velocity_diff_norm = 0.0361173 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51271.6627
+ -----------------------------------
+ build system 51271.6687 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51279.6557 7.9930 7.9870
+ =================================
+ wsmp: initialisation time: 0.0600162 s
+ wsmp: ordering time: 4.3158090 s
+ wsmp: symbolic fact. time: 0.7916090 s
+ wsmp: Cholesky fact. time: 11.4527972 s
+ wsmp: Factorisation 14387.0254022 Mflops
+ wsmp: back substitution time: 0.2349260 s
+ wsmp: from b to rhs vector: 0.0085001 s
+ ---------------------------------
+ wsmp: total solve time: 16.8641291 s
+ =================================
+ u : -0.10175E+01 0.17533E+00
+ v : -0.38018E-01 0.12293E+00
+ w : -0.73781E+00 0.22957E+00
+ =================================
+ Calculate pressures 51296.5536 24.8909 16.8979
+ raw pressures : -0.14698E+01 0.35951E+00
+ Smoothing pressures 51296.7788 25.1161 0.2251
+ do leaf measurements 51296.7806 25.1179 0.0018
+ compute convergence criterion 51296.8402 25.1775 0.0596
+ velocity_diff_norm = 0.0156193 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51296.8472
+ -----------------------------------
+ build system 51296.8533 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51304.7878 7.9406 7.9345
+ =================================
+ wsmp: initialisation time: 0.0572550 s
+ wsmp: ordering time: 4.3204801 s
+ wsmp: symbolic fact. time: 0.7939291 s
+ wsmp: Cholesky fact. time: 11.5378349 s
+ wsmp: Factorisation 14280.9882053 Mflops
+ wsmp: back substitution time: 0.2349889 s
+ wsmp: from b to rhs vector: 0.0084751 s
+ ---------------------------------
+ wsmp: total solve time: 16.9533932 s
+ =================================
+ u : -0.10173E+01 0.19266E+00
+ v : -0.40841E-01 0.12548E+00
+ w : -0.73324E+00 0.22858E+00
+ =================================
+ Calculate pressures 51321.7747 24.9276 16.9869
+ raw pressures : -0.15125E+01 0.36728E+00
+ Smoothing pressures 51321.9995 25.1524 0.2248
+ do leaf measurements 51322.0014 25.1542 0.0019
+ compute convergence criterion 51322.0604 25.2133 0.0590
+ velocity_diff_norm = 0.0106318 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51322.0673
+ -----------------------------------
+ build system 51322.0733 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51330.0405 7.9732 7.9672
+ =================================
+ wsmp: initialisation time: 0.0582290 s
+ wsmp: ordering time: 4.3158181 s
+ wsmp: symbolic fact. time: 0.7942450 s
+ wsmp: Cholesky fact. time: 11.4474199 s
+ wsmp: Factorisation 14393.7835404 Mflops
+ wsmp: back substitution time: 0.2346718 s
+ wsmp: from b to rhs vector: 0.0085270 s
+ ---------------------------------
+ wsmp: total solve time: 16.8593900 s
+ =================================
+ u : -0.10171E+01 0.20802E+00
+ v : -0.43223E-01 0.12554E+00
+ w : -0.72878E+00 0.22802E+00
+ =================================
+ Calculate pressures 51346.9336 24.8663 16.8931
+ raw pressures : -0.15340E+01 0.36444E+00
+ Smoothing pressures 51347.1586 25.0913 0.2250
+ do leaf measurements 51347.1604 25.0932 0.0018
+ compute convergence criterion 51347.2175 25.1502 0.0570
+ velocity_diff_norm = 0.0079478 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 51347.2206 25.1533 0.0031
+Compute isostasy and adjust vertical 51347.2208 25.1535 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -211042302797276.19 401544947638034.44
+ def in m -7.8460040092468262 0.84627097845077515
+ dimensionless def -1.77272456032889223E-6 2.24171543121337894E-5
+ Isostatic velocity range = -0.0175036 0.2237454
+ Compute divergence 51347.4939 25.4266 0.2731
+ wsmp_cleanup 51347.5330 25.4657 0.0391
+ Reset surface geometry 51347.5420 25.4747 0.0090
+ -----------------------------------------------------------------------
+ Temperature calculations 51347.5496 25.4823 0.0076
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 51347.5671 25.4998 0.0174
+ Advect surface 1 51347.5672 25.4999 0.0001
+ removing 3 particle from surface
+ S. 1: 11 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 51347.8043 25.7370 0.2371
+ removing 2 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 51348.0332 25.9659 0.2289
+ removing 3 particle from surface
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 51348.3313 26.2640 0.2981
+ Advect the cloud 51348.5152 26.4479 0.1839
+ Write output 51349.4110 27.3437 0.8958
+ End of time step 51350.3241 28.2568 0.9131
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 316 51350.3243
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51350.3244 0.0001 0.0001
+ surface 01 51350.3245 0.0001 0.0000
+ S. 1: 17024points
+ refine surface 51350.3245 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51350.3528 0.0284 0.0283
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 51350.3768 0.0525 0.0241
+ S. 2: 17024points
+ refine surface 51350.3770 0.0526 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51350.4066 0.0822 0.0296
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 51350.4305 0.1062 0.0239
+ S. 3: 17034points
+ refine surface 51350.4306 0.1063 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51350.4599 0.1355 0.0292
+ S. 3: 0 flips in delaunay2
+ S. 3: 17034points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51350.4910
+ -----------------------------------------------------------------------
+ Create octree solve 51350.4913 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51350.5072 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 51350.5317 0.0406 0.0245
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51350.5328 0.0418 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51350.5470 0.0559 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 51350.6692 0.1781 0.1222
+ Imbed surface in osolve 51350.9636 0.4725 0.2944
+ embedding surface 1 51350.9637 0.4727 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 51353.0886 2.5976 2.1249
+ osolve%nleaves= 59424
+ embedding surface 3 51355.2832 4.7921 2.1945
+ osolve%nleaves= 64128
+ Assessing octree stability 51358.9724 8.4814 3.6892
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51358.9787 8.4876 0.0063
+ Interpolate velo onto osolve 51359.5663 9.0752 0.5876
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51359.6503 9.1593 0.0840
+ Find void 51359.9130 9.4220 0.2627
+ whole leaf in fluid 32992
+ Define boundary conditions 51359.9490 9.4579 0.0360
+ wsmp setup1 51359.9599 9.4688 0.0109
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51361.1115 10.6204 1.1516
+ -----------------------------------
+ start of non-linear iteratio 1 51361.1722
+ -----------------------------------
+ build system 51361.1724 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51368.9888 7.8166 7.8164
+ =================================
+ wsmp: initialisation time: 0.0653121 s
+ wsmp: ordering time: 4.3098488 s
+ wsmp: symbolic fact. time: 0.7956951 s
+ wsmp: Cholesky fact. time: 11.4385071 s
+ wsmp: Factorisation 14404.9990721 Mflops
+ wsmp: back substitution time: 0.2353640 s
+ wsmp: from b to rhs vector: 0.0086770 s
+ ---------------------------------
+ wsmp: total solve time: 16.8538318 s
+ =================================
+ u : -0.10169E+01 0.18565E+00
+ v : -0.93995E-01 0.11656E+00
+ w : -0.76292E+00 0.24488E+00
+ =================================
+ Calculate pressures 51385.8765 24.7043 16.8877
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 51386.1021 24.9299 0.2256
+ do leaf measurements 51386.1039 24.9317 0.0018
+ compute convergence criterion 51386.1658 24.9936 0.0620
+ velocity_diff_norm = 0.5898413 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51386.1731
+ -----------------------------------
+ build system 51386.1793 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73347E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51394.1937 8.0206 8.0144
+ =================================
+ wsmp: initialisation time: 0.0576589 s
+ wsmp: ordering time: 4.3141680 s
+ wsmp: symbolic fact. time: 0.7934961 s
+ wsmp: Cholesky fact. time: 11.4516280 s
+ wsmp: Factorisation 14388.4943093 Mflops
+ wsmp: back substitution time: 0.2355700 s
+ wsmp: from b to rhs vector: 0.0085869 s
+ ---------------------------------
+ wsmp: total solve time: 16.8615460 s
+ =================================
+ u : -0.10152E+01 0.13801E+00
+ v : -0.48629E-01 0.10166E+00
+ w : -0.76814E+00 0.22599E+00
+ =================================
+ Calculate pressures 51411.0886 24.9156 16.8949
+ raw pressures : -0.12362E+01 0.18134E+00
+ Smoothing pressures 51411.3174 25.1443 0.2287
+ do leaf measurements 51411.3191 25.1460 0.0017
+ compute convergence criterion 51411.3807 25.2076 0.0616
+ velocity_diff_norm = 0.0716256 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51411.3878
+ -----------------------------------
+ build system 51411.3937 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51419.3277 7.9399 7.9339
+ =================================
+ wsmp: initialisation time: 0.0585461 s
+ wsmp: ordering time: 4.3367822 s
+ wsmp: symbolic fact. time: 0.8015049 s
+ wsmp: Cholesky fact. time: 11.5124860 s
+ wsmp: Factorisation 14312.4329660 Mflops
+ wsmp: back substitution time: 0.2343240 s
+ wsmp: from b to rhs vector: 0.0085499 s
+ ---------------------------------
+ wsmp: total solve time: 16.9526169 s
+ =================================
+ u : -0.10174E+01 0.15543E+00
+ v : -0.37957E-01 0.11838E+00
+ w : -0.74741E+00 0.23210E+00
+ =================================
+ Calculate pressures 51436.3140 24.9262 16.9863
+ raw pressures : -0.13728E+01 0.31597E+00
+ Smoothing pressures 51436.5387 25.1509 0.2248
+ do leaf measurements 51436.5405 25.1527 0.0018
+ compute convergence criterion 51436.6021 25.2143 0.0616
+ velocity_diff_norm = 0.0361057 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51436.6092
+ -----------------------------------
+ build system 51436.6153 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51444.6173 8.0081 8.0020
+ =================================
+ wsmp: initialisation time: 0.0575712 s
+ wsmp: ordering time: 4.3108840 s
+ wsmp: symbolic fact. time: 0.7897620 s
+ wsmp: Cholesky fact. time: 11.4428611 s
+ wsmp: Factorisation 14399.5179807 Mflops
+ wsmp: back substitution time: 0.2345371 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.8445930 s
+ =================================
+ u : -0.10174E+01 0.17552E+00
+ v : -0.38167E-01 0.12313E+00
+ w : -0.73814E+00 0.22950E+00
+ =================================
+ Calculate pressures 51461.4966 24.8874 16.8793
+ raw pressures : -0.14706E+01 0.36047E+00
+ Smoothing pressures 51461.7225 25.1133 0.2259
+ do leaf measurements 51461.7243 25.1151 0.0018
+ compute convergence criterion 51461.7863 25.1771 0.0621
+ velocity_diff_norm = 0.0156665 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51461.7936
+ -----------------------------------
+ build system 51461.7998 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51469.7649 7.9713 7.9651
+ =================================
+ wsmp: initialisation time: 0.0609910 s
+ wsmp: ordering time: 4.3017230 s
+ wsmp: symbolic fact. time: 0.7907441 s
+ wsmp: Cholesky fact. time: 11.4744670 s
+ wsmp: Factorisation 14359.8550864 Mflops
+ wsmp: back substitution time: 0.2357149 s
+ wsmp: from b to rhs vector: 0.0085502 s
+ ---------------------------------
+ wsmp: total solve time: 16.8726470 s
+ =================================
+ u : -0.10173E+01 0.19282E+00
+ v : -0.40626E-01 0.12559E+00
+ w : -0.73354E+00 0.22835E+00
+ =================================
+ Calculate pressures 51486.6713 24.8777 16.9064
+ raw pressures : -0.15138E+01 0.36817E+00
+ Smoothing pressures 51486.8985 25.1049 0.2272
+ do leaf measurements 51486.9002 25.1066 0.0017
+ compute convergence criterion 51486.9618 25.1683 0.0616
+ velocity_diff_norm = 0.0106556 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51486.9689
+ -----------------------------------
+ build system 51486.9750 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51494.9057 7.9368 7.9307
+ =================================
+ wsmp: initialisation time: 0.0598099 s
+ wsmp: ordering time: 4.3248410 s
+ wsmp: symbolic fact. time: 0.7998590 s
+ wsmp: Cholesky fact. time: 11.4508691 s
+ wsmp: Factorisation 14389.4478816 Mflops
+ wsmp: back substitution time: 0.2342191 s
+ wsmp: from b to rhs vector: 0.0085721 s
+ ---------------------------------
+ wsmp: total solve time: 16.8786061 s
+ =================================
+ u : -0.10170E+01 0.20814E+00
+ v : -0.43051E-01 0.12565E+00
+ w : -0.72903E+00 0.22790E+00
+ =================================
+ Calculate pressures 51511.8178 24.8489 16.9122
+ raw pressures : -0.15350E+01 0.36545E+00
+ Smoothing pressures 51512.0509 25.0820 0.2330
+ do leaf measurements 51512.0526 25.0837 0.0018
+ compute convergence criterion 51512.1116 25.1427 0.0590
+ velocity_diff_norm = 0.0079402 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 51512.1147 25.1458 0.0031
+Compute isostasy and adjust vertical 51512.1149 25.1460 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -211533381657633.94 402359295741496.63
+ def in m -7.9214367866516113 0.81732761859893799
+ dimensionless def -1.77317006247384193E-6 2.26326765332903193E-5
+ Isostatic velocity range = -0.0175038 0.2259182
+ Compute divergence 51512.3865 25.4176 0.2716
+ wsmp_cleanup 51512.4268 25.4578 0.0402
+ Reset surface geometry 51512.4349 25.4660 0.0081
+ -----------------------------------------------------------------------
+ Temperature calculations 51512.4424 25.4735 0.0075
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 51512.4598 25.4908 0.0173
+ Advect surface 1 51512.4599 25.4910 0.0001
+ removing 2 particle from surface
+ S. 1: 9 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 51512.6874 25.7185 0.2275
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 51512.9052 25.9362 0.2178
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 51513.1740 26.2051 0.2689
+ Advect the cloud 51513.3620 26.3931 0.1880
+ Write output 51514.2635 27.2946 0.9015
+ End of time step 51515.1740 28.2051 0.9105
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 317 51515.1742
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51515.1743 0.0001 0.0001
+ surface 01 51515.1744 0.0001 0.0000
+ S. 1: 17022points
+ refine surface 51515.1744 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 51515.2055 0.0313 0.0311
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 51515.2347 0.0605 0.0292
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51515.2662 0.0920 0.0315
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 51515.2899 0.1157 0.0237
+ S. 2: 17023points
+ refine surface 51515.2901 0.1158 0.0001
+ S. 2: 2 added ptcls in refine_surface
+ check delaunay 51515.3212 0.1470 0.0312
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 51515.3507 0.1764 0.0294
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51515.3818 0.2075 0.0311
+ S. 2: 0 flips in delaunay2
+ S. 2: 17025points
+ surface 03 51515.4054 0.2312 0.0236
+ S. 3: 17034points
+ refine surface 51515.4055 0.2313 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51515.4404 0.2661 0.0349
+ S. 3: 0 flips in delaunay2
+ S. 3: 17034points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51515.4716
+ -----------------------------------------------------------------------
+ Create octree solve 51515.4719 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51515.4878 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 51515.5121 0.0404 0.0243
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51515.5132 0.0416 0.0012
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51515.5274 0.0558 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 51515.6496 0.1779 0.1222
+ Imbed surface in osolve 51515.9440 0.4723 0.2944
+ embedding surface 1 51515.9441 0.4725 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 51518.0731 2.6014 2.1289
+ osolve%nleaves= 59424
+ embedding surface 3 51520.3097 4.8381 2.2367
+ osolve%nleaves= 64128
+ Assessing octree stability 51524.0051 8.5335 3.6954
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51524.0121 8.5405 0.0070
+ Interpolate velo onto osolve 51524.5818 9.1102 0.5697
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51524.6811 9.2094 0.0993
+ Find void 51524.9510 9.4794 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 51524.9919 9.5203 0.0409
+ wsmp setup1 51525.0038 9.5322 0.0119
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51526.1512 10.6796 1.1474
+ -----------------------------------
+ start of non-linear iteratio 1 51526.2092
+ -----------------------------------
+ build system 51526.2095 0.0003 0.0003
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51533.9746 7.7654 7.7651
+ =================================
+ wsmp: initialisation time: 0.0637310 s
+ wsmp: ordering time: 4.3238111 s
+ wsmp: symbolic fact. time: 0.8011601 s
+ wsmp: Cholesky fact. time: 11.4450450 s
+ wsmp: Factorisation 14396.7703016 Mflops
+ wsmp: back substitution time: 0.2349019 s
+ wsmp: from b to rhs vector: 0.0085449 s
+ ---------------------------------
+ wsmp: total solve time: 16.8776410 s
+ =================================
+ u : -0.10203E+01 0.18526E+00
+ v : -0.94064E-01 0.11680E+00
+ w : -0.76312E+00 0.24868E+00
+ =================================
+ Calculate pressures 51550.8859 24.6768 16.9113
+ raw pressures : -0.35092E+00 0.00000E+00
+ Smoothing pressures 51551.1112 24.9020 0.2252
+ do leaf measurements 51551.1130 24.9038 0.0018
+ compute convergence criterion 51551.1722 24.9630 0.0592
+ velocity_diff_norm = 0.5896684 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51551.1790
+ -----------------------------------
+ build system 51551.1851 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.71554E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51559.1769 7.9978 7.9918
+ =================================
+ wsmp: initialisation time: 0.0574460 s
+ wsmp: ordering time: 4.3325779 s
+ wsmp: symbolic fact. time: 0.7927260 s
+ wsmp: Cholesky fact. time: 11.4479430 s
+ wsmp: Factorisation 14393.1258459 Mflops
+ wsmp: back substitution time: 0.2356160 s
+ wsmp: from b to rhs vector: 0.0085738 s
+ ---------------------------------
+ wsmp: total solve time: 16.8753469 s
+ =================================
+ u : -0.10151E+01 0.13765E+00
+ v : -0.48606E-01 0.10174E+00
+ w : -0.76817E+00 0.22828E+00
+ =================================
+ Calculate pressures 51576.0862 24.9072 16.9093
+ raw pressures : -0.12362E+01 0.18164E+00
+ Smoothing pressures 51576.3138 25.1348 0.2276
+ do leaf measurements 51576.3156 25.1366 0.0018
+ compute convergence criterion 51576.3752 25.1962 0.0596
+ velocity_diff_norm = 0.0714942 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51576.3822
+ -----------------------------------
+ build system 51576.3883 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51584.3191 7.9369 7.9308
+ =================================
+ wsmp: initialisation time: 0.0564458 s
+ wsmp: ordering time: 4.3254111 s
+ wsmp: symbolic fact. time: 0.7895100 s
+ wsmp: Cholesky fact. time: 11.5294969 s
+ wsmp: Factorisation 14291.3160207 Mflops
+ wsmp: back substitution time: 0.2351279 s
+ wsmp: from b to rhs vector: 0.0086122 s
+ ---------------------------------
+ wsmp: total solve time: 16.9450700 s
+ =================================
+ u : -0.10173E+01 0.15515E+00
+ v : -0.38023E-01 0.11791E+00
+ w : -0.74727E+00 0.23250E+00
+ =================================
+ Calculate pressures 51601.2983 24.9162 16.9792
+ raw pressures : -0.13720E+01 0.31533E+00
+ Smoothing pressures 51601.5234 25.1412 0.2250
+ do leaf measurements 51601.5252 25.1430 0.0018
+ compute convergence criterion 51601.5844 25.2022 0.0592
+ velocity_diff_norm = 0.0360793 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51601.5912
+ -----------------------------------
+ build system 51601.5972 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51609.5777 7.9866 7.9805
+ =================================
+ wsmp: initialisation time: 0.0609510 s
+ wsmp: ordering time: 4.3133280 s
+ wsmp: symbolic fact. time: 0.7957442 s
+ wsmp: Cholesky fact. time: 11.4432769 s
+ wsmp: Factorisation 14398.9947610 Mflops
+ wsmp: back substitution time: 0.2359660 s
+ wsmp: from b to rhs vector: 0.0085471 s
+ ---------------------------------
+ wsmp: total solve time: 16.8582649 s
+ =================================
+ u : -0.10174E+01 0.17529E+00
+ v : -0.38282E-01 0.12270E+00
+ w : -0.73802E+00 0.22962E+00
+ =================================
+ Calculate pressures 51626.4698 24.8787 16.8921
+ raw pressures : -0.14702E+01 0.36022E+00
+ Smoothing pressures 51626.6943 25.1032 0.2245
+ do leaf measurements 51626.6961 25.1050 0.0018
+ compute convergence criterion 51626.7553 25.1641 0.0591
+ velocity_diff_norm = 0.0156331 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51626.7622
+ -----------------------------------
+ build system 51626.7682 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51634.7837 8.0216 8.0156
+ =================================
+ wsmp: initialisation time: 0.0600581 s
+ wsmp: ordering time: 4.3192608 s
+ wsmp: symbolic fact. time: 0.7943499 s
+ wsmp: Cholesky fact. time: 11.4508679 s
+ wsmp: Factorisation 14389.4493796 Mflops
+ wsmp: back substitution time: 0.2355981 s
+ wsmp: from b to rhs vector: 0.0086319 s
+ ---------------------------------
+ wsmp: total solve time: 16.8692319 s
+ =================================
+ u : -0.10172E+01 0.19260E+00
+ v : -0.40666E-01 0.12529E+00
+ w : -0.73342E+00 0.22854E+00
+ =================================
+ Calculate pressures 51651.6860 24.9238 16.9023
+ raw pressures : -0.15136E+01 0.36788E+00
+ Smoothing pressures 51651.9135 25.1513 0.2275
+ do leaf measurements 51651.9153 25.1531 0.0018
+ compute convergence criterion 51651.9745 25.2124 0.0593
+ velocity_diff_norm = 0.0106531 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51651.9814
+ -----------------------------------
+ build system 51651.9873 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51659.9209 7.9396 7.9336
+ =================================
+ wsmp: initialisation time: 0.0598888 s
+ wsmp: ordering time: 4.3402700 s
+ wsmp: symbolic fact. time: 0.8018301 s
+ wsmp: Cholesky fact. time: 11.5125239 s
+ wsmp: Factorisation 14312.3858379 Mflops
+ wsmp: back substitution time: 0.2344251 s
+ wsmp: from b to rhs vector: 0.0085521 s
+ ---------------------------------
+ wsmp: total solve time: 16.9579411 s
+ =================================
+ u : -0.10170E+01 0.20792E+00
+ v : -0.43084E-01 0.12547E+00
+ w : -0.72891E+00 0.22801E+00
+ =================================
+ Calculate pressures 51676.9121 24.9308 16.9912
+ raw pressures : -0.15344E+01 0.36527E+00
+ Smoothing pressures 51677.1378 25.1564 0.2256
+ do leaf measurements 51677.1395 25.1582 0.0018
+ compute convergence criterion 51677.1965 25.2151 0.0569
+ velocity_diff_norm = 0.0079425 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 51677.1996 25.2182 0.0031
+Compute isostasy and adjust vertical 51677.1998 25.2184 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -211948492926087.91 403238741084535.
+ def in m -7.9515891075134277 0.80013298988342285
+ dimensionless def -1.78649050848824657E-6 2.27188260214669366E-5
+ Isostatic velocity range = -0.0176434 0.2267974
+ Compute divergence 51677.4757 25.4944 0.2760
+ wsmp_cleanup 51677.5140 25.5326 0.0382
+ Reset surface geometry 51677.5233 25.5419 0.0093
+ -----------------------------------------------------------------------
+ Temperature calculations 51677.5318 25.5504 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 51677.5502 25.5689 0.0185
+ Advect surface 1 51677.5504 25.5690 0.0001
+ removing 1 particle from surface
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 51677.7672 25.7859 0.2168
+ removing 4 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 51678.0164 26.0350 0.2492
+ removing 2 particle from surface
+ S. 3: 9 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 51678.3026 26.3212 0.2862
+ Advect the cloud 51678.4879 26.5065 0.1853
+ Write output 51679.3843 27.4029 0.8964
+ End of time step 51680.2971 28.3157 0.9127
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 318 51680.2973
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51680.2973 0.0001 0.0001
+ surface 01 51680.2974 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 51680.2974 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 51680.3318 0.0345 0.0344
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 51680.3607 0.0634 0.0289
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51680.3962 0.0989 0.0355
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 51680.4207 0.1234 0.0245
+ S. 2: 17021points
+ refine surface 51680.4208 0.1236 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51680.4571 0.1598 0.0363
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 51680.4818 0.1846 0.0248
+ S. 3: 17032points
+ refine surface 51680.4820 0.1847 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 51680.5209 0.2237 0.0389
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 51680.5507 0.2535 0.0298
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51680.5867 0.2894 0.0359
+ S. 3: 0 flips in delaunay2
+ S. 3: 17033points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51680.6191
+ -----------------------------------------------------------------------
+ Create octree solve 51680.6193 0.0002 0.0002
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51680.6353 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 51680.6599 0.0408 0.0246
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51680.6610 0.0419 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51680.6751 0.0560 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 51680.7974 0.1783 0.1222
+ Imbed surface in osolve 51681.0909 0.4718 0.2935
+ embedding surface 1 51681.0910 0.4719 0.0001
+ osolve%nleaves= 54720
+ embedding surface 2 51683.2033 2.5842 2.1123
+ osolve%nleaves= 59424
+ embedding surface 3 51685.4432 4.8242 2.2399
+ osolve%nleaves= 64128
+ Assessing octree stability 51689.1436 8.5246 3.7004
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51689.1493 8.5302 0.0056
+ Interpolate velo onto osolve 51689.6668 9.0477 0.5175
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51689.7953 9.1763 0.1285
+ Find void 51690.0657 9.4467 0.2704
+ whole leaf in fluid 32992
+ Define boundary conditions 51690.1068 9.4878 0.0411
+ wsmp setup1 51690.1185 9.4994 0.0116
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51691.2609 10.6418 1.1424
+ -----------------------------------
+ start of non-linear iteratio 1 51691.3168
+ -----------------------------------
+ build system 51691.3170 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51699.0833 7.7665 7.7663
+ =================================
+ wsmp: initialisation time: 0.0661430 s
+ wsmp: ordering time: 4.3374729 s
+ wsmp: symbolic fact. time: 0.8005569 s
+ wsmp: Cholesky fact. time: 11.5050540 s
+ wsmp: Factorisation 14321.6784482 Mflops
+ wsmp: back substitution time: 0.2342689 s
+ wsmp: from b to rhs vector: 0.0085540 s
+ ---------------------------------
+ wsmp: total solve time: 16.9525180 s
+ =================================
+ u : -0.10168E+01 0.18574E+00
+ v : -0.93685E-01 0.11537E+00
+ w : -0.76316E+00 0.24550E+00
+ =================================
+ Calculate pressures 51716.0698 24.7530 16.9865
+ raw pressures : -0.35095E+00 0.00000E+00
+ Smoothing pressures 51716.2958 24.9790 0.2260
+ do leaf measurements 51716.2976 24.9807 0.0018
+ compute convergence criterion 51716.3586 25.0418 0.0611
+ velocity_diff_norm = 0.5894398 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51716.3658
+ -----------------------------------
+ build system 51716.3718 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73099E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51724.3792 8.0135 8.0074
+ =================================
+ wsmp: initialisation time: 0.0581081 s
+ wsmp: ordering time: 4.3090370 s
+ wsmp: symbolic fact. time: 0.7949450 s
+ wsmp: Cholesky fact. time: 11.4486730 s
+ wsmp: Factorisation 14392.2080518 Mflops
+ wsmp: back substitution time: 0.2352631 s
+ wsmp: from b to rhs vector: 0.0085590 s
+ ---------------------------------
+ wsmp: total solve time: 16.8550382 s
+ =================================
+ u : -0.10151E+01 0.13813E+00
+ v : -0.49080E-01 0.10230E+00
+ w : -0.76823E+00 0.22620E+00
+ =================================
+ Calculate pressures 51741.2684 24.9026 16.8891
+ raw pressures : -0.12368E+01 0.19293E+00
+ Smoothing pressures 51741.4962 25.1304 0.2278
+ do leaf measurements 51741.4980 25.1322 0.0018
+ compute convergence criterion 51741.5594 25.1936 0.0614
+ velocity_diff_norm = 0.0716475 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51741.5666
+ -----------------------------------
+ build system 51741.5728 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51749.5358 7.9692 7.9631
+ =================================
+ wsmp: initialisation time: 0.0569079 s
+ wsmp: ordering time: 4.3030779 s
+ wsmp: symbolic fact. time: 0.7957840 s
+ wsmp: Cholesky fact. time: 11.4743512 s
+ wsmp: Factorisation 14360.0000965 Mflops
+ wsmp: back substitution time: 0.2355039 s
+ wsmp: from b to rhs vector: 0.0085242 s
+ ---------------------------------
+ wsmp: total solve time: 16.8746140 s
+ =================================
+ u : -0.10173E+01 0.15548E+00
+ v : -0.38022E-01 0.11854E+00
+ w : -0.74765E+00 0.23161E+00
+ =================================
+ Calculate pressures 51766.4439 24.8773 16.9081
+ raw pressures : -0.13726E+01 0.31607E+00
+ Smoothing pressures 51766.6743 25.1077 0.2304
+ do leaf measurements 51766.6761 25.1094 0.0018
+ compute convergence criterion 51766.7371 25.1705 0.0610
+ velocity_diff_norm = 0.0360697 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51766.7442
+ -----------------------------------
+ build system 51766.7502 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51774.6852 7.9410 7.9350
+ =================================
+ wsmp: initialisation time: 0.0581350 s
+ wsmp: ordering time: 4.3265650 s
+ wsmp: symbolic fact. time: 0.8011432 s
+ wsmp: Cholesky fact. time: 11.4581749 s
+ wsmp: Factorisation 14380.2730087 Mflops
+ wsmp: back substitution time: 0.2339611 s
+ wsmp: from b to rhs vector: 0.0085509 s
+ ---------------------------------
+ wsmp: total solve time: 16.8869839 s
+ =================================
+ u : -0.10173E+01 0.17546E+00
+ v : -0.38270E-01 0.12316E+00
+ w : -0.73836E+00 0.22905E+00
+ =================================
+ Calculate pressures 51791.6064 24.8622 16.9212
+ raw pressures : -0.14708E+01 0.36102E+00
+ Smoothing pressures 51791.8324 25.0882 0.2260
+ do leaf measurements 51791.8342 25.0900 0.0018
+ compute convergence criterion 51791.8951 25.1509 0.0609
+ velocity_diff_norm = 0.0156607 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51791.9023
+ -----------------------------------
+ build system 51791.9083 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51799.8931 7.9908 7.9848
+ =================================
+ wsmp: initialisation time: 0.0579009 s
+ wsmp: ordering time: 4.3148820 s
+ wsmp: symbolic fact. time: 0.7981999 s
+ wsmp: Cholesky fact. time: 11.4528069 s
+ wsmp: Factorisation 14387.0131226 Mflops
+ wsmp: back substitution time: 0.2350039 s
+ wsmp: from b to rhs vector: 0.0085781 s
+ ---------------------------------
+ wsmp: total solve time: 16.8678241 s
+ =================================
+ u : -0.10172E+01 0.19272E+00
+ v : -0.40810E-01 0.12567E+00
+ w : -0.73371E+00 0.22819E+00
+ =================================
+ Calculate pressures 51816.7942 24.8920 16.9012
+ raw pressures : -0.15140E+01 0.36885E+00
+ Smoothing pressures 51817.0217 25.1194 0.2274
+ do leaf measurements 51817.0234 25.1211 0.0018
+ compute convergence criterion 51817.0848 25.1825 0.0613
+ velocity_diff_norm = 0.0106533 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51817.0920
+ -----------------------------------
+ build system 51817.0981 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51825.0293 7.9373 7.9312
+ =================================
+ wsmp: initialisation time: 0.0596859 s
+ wsmp: ordering time: 4.3170829 s
+ wsmp: symbolic fact. time: 0.7899311 s
+ wsmp: Cholesky fact. time: 11.5319362 s
+ wsmp: Factorisation 14288.2930902 Mflops
+ wsmp: back substitution time: 0.2347369 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.9423721 s
+ =================================
+ u : -0.10170E+01 0.20801E+00
+ v : -0.43198E-01 0.12571E+00
+ w : -0.72918E+00 0.22751E+00
+ =================================
+ Calculate pressures 51842.0059 24.9139 16.9766
+ raw pressures : -0.15352E+01 0.36600E+00
+ Smoothing pressures 51842.2321 25.1402 0.2263
+ do leaf measurements 51842.2339 25.1419 0.0018
+ compute convergence criterion 51842.2924 25.2004 0.0585
+ velocity_diff_norm = 0.0079327 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 51842.2955 25.2035 0.0031
+Compute isostasy and adjust vertical 51842.2957 25.2037 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -212332503958203.72 404139819766567.81
+ def in m -7.9696817398071289 0.78790611028671265
+ dimensionless def -1.80101292473929276E-6 2.2770519256591796E-5
+ Isostatic velocity range = -0.0177980 0.2273375
+ Compute divergence 51842.5711 25.4791 0.2754
+ wsmp_cleanup 51842.6104 25.5184 0.0393
+ Reset surface geometry 51842.6194 25.5274 0.0091
+ -----------------------------------------------------------------------
+ Temperature calculations 51842.6279 25.5359 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 51842.6472 25.5552 0.0193
+ Advect surface 1 51842.6473 25.5554 0.0001
+ removing 1 particle from surface
+ S. 1: 10 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 51842.8624 25.7704 0.2150
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 51843.0665 25.9745 0.2041
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 51843.3537 26.2617 0.2872
+ Advect the cloud 51843.5292 26.4372 0.1755
+ Write output 51844.4235 27.3316 0.8944
+ End of time step 51845.3305 28.2385 0.9070
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 319 51845.3307
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 51845.3308 0.0001 0.0001
+ surface 01 51845.3308 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 51845.3309 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 51845.3638 0.0332 0.0330
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 51845.3880 0.0573 0.0242
+ S. 2: 17021points
+ refine surface 51845.3881 0.0575 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 51845.4292 0.0985 0.0411
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 51845.4566 0.1259 0.0274
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 51845.4928 0.1621 0.0362
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 51845.5169 0.1862 0.0241
+ S. 3: 17031points
+ refine surface 51845.5171 0.1864 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 51845.5547 0.2240 0.0376
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 51845.5855 0.2548 0.0308
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 51845.6225 0.2918 0.0370
+ S. 3: 0 flips in delaunay2
+ S. 3: 17032points
+ -----------------------------------------------------------------------
+ Start of iteration 1 51845.6537
+ -----------------------------------------------------------------------
+ Create octree solve 51845.6539 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 51845.6699 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 51845.6949 0.0412 0.0250
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 51845.6959 0.0423 0.0010
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 51845.7101 0.0564 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 51845.8323 0.1786 0.1222
+ Imbed surface in osolve 51846.1284 0.4747 0.2961
+ embedding surface 1 51846.1285 0.4749 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 51848.2409 2.5872 2.1123
+ osolve%nleaves= 59424
+ embedding surface 3 51850.4365 4.7829 2.1956
+ osolve%nleaves= 64128
+ Assessing octree stability 51854.1102 8.4565 3.6736
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 51854.1162 8.4626 0.0061
+ Interpolate velo onto osolve 51854.5855 8.9319 0.4693
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 51854.7360 9.0824 0.1505
+ Find void 51855.0083 9.3547 0.2723
+ whole leaf in fluid 32992
+ Define boundary conditions 51855.0503 9.3966 0.0420
+ wsmp setup1 51855.0620 9.4084 0.0117
+ n = 128799
+ nz= 4957209
+ wsmp setup2 51856.1970 10.5434 1.1350
+ -----------------------------------
+ start of non-linear iteratio 1 51856.2581
+ -----------------------------------
+ build system 51856.2582 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51864.0305 7.7724 7.7723
+ =================================
+ wsmp: initialisation time: 0.0595610 s
+ wsmp: ordering time: 4.3222959 s
+ wsmp: symbolic fact. time: 0.7915618 s
+ wsmp: Cholesky fact. time: 11.5398099 s
+ wsmp: Factorisation 14278.5439881 Mflops
+ wsmp: back substitution time: 0.2346749 s
+ wsmp: from b to rhs vector: 0.0084629 s
+ ---------------------------------
+ wsmp: total solve time: 16.9568450 s
+ =================================
+ u : -0.10381E+01 0.18586E+00
+ v : -0.93689E-01 0.11555E+00
+ w : -0.76353E+00 0.24652E+00
+ =================================
+ Calculate pressures 51881.0209 24.7629 16.9905
+ raw pressures : -0.35120E+00 0.00000E+00
+ Smoothing pressures 51881.2470 24.9890 0.2261
+ do leaf measurements 51881.2487 24.9907 0.0017
+ compute convergence criterion 51881.3096 25.0516 0.0609
+ velocity_diff_norm = 0.5899050 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 51881.3168
+ -----------------------------------
+ build system 51881.3229 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72911E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51889.3061 7.9893 7.9832
+ =================================
+ wsmp: initialisation time: 0.0610058 s
+ wsmp: ordering time: 4.3175941 s
+ wsmp: symbolic fact. time: 0.7939320 s
+ wsmp: Cholesky fact. time: 11.4504941 s
+ wsmp: Factorisation 14389.9191722 Mflops
+ wsmp: back substitution time: 0.2356241 s
+ wsmp: from b to rhs vector: 0.0085268 s
+ ---------------------------------
+ wsmp: total solve time: 16.8676279 s
+ =================================
+ u : -0.10152E+01 0.13822E+00
+ v : -0.48951E-01 0.10228E+00
+ w : -0.76840E+00 0.22717E+00
+ =================================
+ Calculate pressures 51906.2078 24.8910 16.9017
+ raw pressures : -0.12367E+01 0.18184E+00
+ Smoothing pressures 51906.4336 25.1168 0.2258
+ do leaf measurements 51906.4353 25.1185 0.0017
+ compute convergence criterion 51906.4966 25.1798 0.0613
+ velocity_diff_norm = 0.0716648 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 51906.5037
+ -----------------------------------
+ build system 51906.5098 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51914.5296 8.0259 8.0198
+ =================================
+ wsmp: initialisation time: 0.0609009 s
+ wsmp: ordering time: 4.3112001 s
+ wsmp: symbolic fact. time: 0.7960918 s
+ wsmp: Cholesky fact. time: 11.4615879 s
+ wsmp: Factorisation 14375.9909384 Mflops
+ wsmp: back substitution time: 0.2350762 s
+ wsmp: from b to rhs vector: 0.0085039 s
+ ---------------------------------
+ wsmp: total solve time: 16.8738639 s
+ =================================
+ u : -0.10174E+01 0.15547E+00
+ v : -0.38217E-01 0.11853E+00
+ w : -0.74762E+00 0.23209E+00
+ =================================
+ Calculate pressures 51931.4376 24.9339 16.9080
+ raw pressures : -0.13734E+01 0.31655E+00
+ Smoothing pressures 51931.6662 25.1625 0.2286
+ do leaf measurements 51931.6679 25.1642 0.0017
+ compute convergence criterion 51931.7289 25.2252 0.0610
+ velocity_diff_norm = 0.0361353 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 51931.7360
+ -----------------------------------
+ build system 51931.7420 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51939.6779 7.9419 7.9358
+ =================================
+ wsmp: initialisation time: 0.0566390 s
+ wsmp: ordering time: 4.3372540 s
+ wsmp: symbolic fact. time: 0.7987301 s
+ wsmp: Cholesky fact. time: 11.5140572 s
+ wsmp: Factorisation 14310.4799285 Mflops
+ wsmp: back substitution time: 0.2369480 s
+ wsmp: from b to rhs vector: 0.0084691 s
+ ---------------------------------
+ wsmp: total solve time: 16.9525580 s
+ =================================
+ u : -0.10175E+01 0.17549E+00
+ v : -0.38433E-01 0.12316E+00
+ w : -0.73836E+00 0.22953E+00
+ =================================
+ Calculate pressures 51956.6637 24.9277 16.9858
+ raw pressures : -0.14715E+01 0.36138E+00
+ Smoothing pressures 51956.8903 25.1543 0.2266
+ do leaf measurements 51956.8920 25.1560 0.0017
+ compute convergence criterion 51956.9530 25.2170 0.0611
+ velocity_diff_norm = 0.0156397 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 51956.9602
+ -----------------------------------
+ build system 51956.9663 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51964.9720 8.0118 8.0057
+ =================================
+ wsmp: initialisation time: 0.0582981 s
+ wsmp: ordering time: 4.3220470 s
+ wsmp: symbolic fact. time: 0.7933562 s
+ wsmp: Cholesky fact. time: 11.4439471 s
+ wsmp: Factorisation 14398.1515092 Mflops
+ wsmp: back substitution time: 0.2346141 s
+ wsmp: from b to rhs vector: 0.0084929 s
+ ---------------------------------
+ wsmp: total solve time: 16.8612480 s
+ =================================
+ u : -0.10173E+01 0.19274E+00
+ v : -0.40738E-01 0.12563E+00
+ w : -0.73372E+00 0.22841E+00
+ =================================
+ Calculate pressures 51981.8681 24.9080 16.8962
+ raw pressures : -0.15146E+01 0.36906E+00
+ Smoothing pressures 51982.0944 25.1342 0.2263
+ do leaf measurements 51982.0962 25.1360 0.0018
+ compute convergence criterion 51982.1575 25.1973 0.0613
+ velocity_diff_norm = 0.0106569 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 51982.1647
+ -----------------------------------
+ build system 51982.1709 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 51990.1416 7.9769 7.9707
+ =================================
+ wsmp: initialisation time: 0.0580368 s
+ wsmp: ordering time: 4.3040202 s
+ wsmp: symbolic fact. time: 0.7938018 s
+ wsmp: Cholesky fact. time: 11.4724329 s
+ wsmp: Factorisation 14362.4012451 Mflops
+ wsmp: back substitution time: 0.2353508 s
+ wsmp: from b to rhs vector: 0.0085070 s
+ ---------------------------------
+ wsmp: total solve time: 16.8726599 s
+ =================================
+ u : -0.10171E+01 0.20803E+00
+ v : -0.43123E-01 0.12568E+00
+ w : -0.72917E+00 0.22784E+00
+ =================================
+ Calculate pressures 52007.0483 24.8836 16.9067
+ raw pressures : -0.15356E+01 0.36614E+00
+ Smoothing pressures 52007.2763 25.1116 0.2280
+ do leaf measurements 52007.2780 25.1133 0.0017
+ compute convergence criterion 52007.3368 25.1721 0.0588
+ velocity_diff_norm = 0.0079348 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52007.3399 25.1752 0.0031
+Compute isostasy and adjust vertical 52007.3400 25.1753 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -212674273429148.97 405068997831242.69
+ def in m -7.9586777687072754 0.7952074408531189
+ dimensionless def -1.79015398025512692E-6 2.27390793391636436E-5
+ Isostatic velocity range = -0.0176982 0.2270299
+ Compute divergence 52007.6149 25.4502 0.2749
+ wsmp_cleanup 52007.6569 25.4922 0.0420
+ Reset surface geometry 52007.6660 25.5013 0.0091
+ -----------------------------------------------------------------------
+ Temperature calculations 52007.6739 25.5092 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52007.6914 25.5267 0.0175
+ Advect surface 1 52007.6916 25.5269 0.0002
+ removing 2 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52007.9178 25.7531 0.2262
+ removing 3 particle from surface
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52008.1533 25.9886 0.2355
+ removing 1 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52008.4306 26.2659 0.2774
+ Advect the cloud 52008.6120 26.4473 0.1814
+ Write output 52009.5137 27.3490 0.9017
+ End of time step 52010.4184 28.2537 0.9047
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 320 52010.4186
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52010.4187 0.0001 0.0001
+ surface 01 52010.4187 0.0001 0.0000
+ S. 1: 17021points
+ refine surface 52010.4188 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 52010.4503 0.0317 0.0316
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 52010.4803 0.0617 0.0300
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52010.5122 0.0936 0.0319
+ S. 1: 0 flips in delaunay2
+ S. 1: 17022points
+ surface 02 52010.5368 0.1182 0.0246
+ S. 2: 17021points
+ refine surface 52010.5369 0.1183 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52010.5692 0.1505 0.0322
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 52010.5942 0.1756 0.0251
+ S. 3: 17031points
+ refine surface 52010.5944 0.1758 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52010.6295 0.2109 0.0351
+ S. 3: 0 flips in delaunay2
+ S. 3: 17031points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52010.6608
+ -----------------------------------------------------------------------
+ Create octree solve 52010.6612 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52010.6771 0.0163 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 52010.7018 0.0409 0.0247
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52010.7029 0.0420 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52010.7170 0.0562 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 52010.8392 0.1784 0.1222
+ Imbed surface in osolve 52011.1313 0.4705 0.2921
+ embedding surface 1 52011.1315 0.4707 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52013.2288 2.5679 2.0972
+ osolve%nleaves= 59424
+ embedding surface 3 52015.4560 4.7951 2.2272
+ osolve%nleaves= 64128
+ Assessing octree stability 52019.1874 8.5266 3.7315
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52019.1967 8.5359 0.0093
+ Interpolate velo onto osolve 52019.7096 9.0487 0.5129
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52019.7926 9.1317 0.0830
+ Find void 52020.0645 9.4037 0.2720
+ whole leaf in fluid 32992
+ Define boundary conditions 52020.1076 9.4468 0.0431
+ wsmp setup1 52020.1195 9.4587 0.0119
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52021.2709 10.6101 1.1514
+ -----------------------------------
+ start of non-linear iteratio 1 52021.3278
+ -----------------------------------
+ build system 52021.3280 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52029.0998 7.7720 7.7718
+ =================================
+ wsmp: initialisation time: 0.0599458 s
+ wsmp: ordering time: 4.3022602 s
+ wsmp: symbolic fact. time: 0.7908442 s
+ wsmp: Cholesky fact. time: 11.4846060 s
+ wsmp: Factorisation 14347.1777333 Mflops
+ wsmp: back substitution time: 0.2345541 s
+ wsmp: from b to rhs vector: 0.0085781 s
+ ---------------------------------
+ wsmp: total solve time: 16.8812451 s
+ =================================
+ u : -0.10237E+01 0.18488E+00
+ v : -0.93986E-01 0.11520E+00
+ w : -0.76330E+00 0.24546E+00
+ =================================
+ Calculate pressures 52046.0148 24.6870 16.9151
+ raw pressures : -0.35106E+00 0.00000E+00
+ Smoothing pressures 52046.2397 24.9119 0.2248
+ do leaf measurements 52046.2414 24.9136 0.0017
+ compute convergence criterion 52046.3011 24.9732 0.0596
+ velocity_diff_norm = 0.5900594 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52046.3081
+ -----------------------------------
+ build system 52046.3141 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72792E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52054.2563 7.9482 7.9422
+ =================================
+ wsmp: initialisation time: 0.0558710 s
+ wsmp: ordering time: 4.3195870 s
+ wsmp: symbolic fact. time: 0.8001170 s
+ wsmp: Cholesky fact. time: 11.4492531 s
+ wsmp: Factorisation 14391.4788756 Mflops
+ wsmp: back substitution time: 0.2342730 s
+ wsmp: from b to rhs vector: 0.0085990 s
+ ---------------------------------
+ wsmp: total solve time: 16.8681710 s
+ =================================
+ u : -0.10152E+01 0.13750E+00
+ v : -0.49025E-01 0.10194E+00
+ w : -0.76838E+00 0.22591E+00
+ =================================
+ Calculate pressures 52071.1579 24.8498 16.9016
+ raw pressures : -0.12350E+01 0.17958E+00
+ Smoothing pressures 52071.3820 25.0739 0.2241
+ do leaf measurements 52071.3837 25.0756 0.0017
+ compute convergence criterion 52071.4433 25.1353 0.0596
+ velocity_diff_norm = 0.0721066 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52071.4504
+ -----------------------------------
+ build system 52071.4565 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52079.4446 7.9942 7.9881
+ =================================
+ wsmp: initialisation time: 0.0584490 s
+ wsmp: ordering time: 4.3140721 s
+ wsmp: symbolic fact. time: 0.7919528 s
+ wsmp: Cholesky fact. time: 11.4554539 s
+ wsmp: Factorisation 14383.6888269 Mflops
+ wsmp: back substitution time: 0.2355781 s
+ wsmp: from b to rhs vector: 0.0086930 s
+ ---------------------------------
+ wsmp: total solve time: 16.8646841 s
+ =================================
+ u : -0.10174E+01 0.15515E+00
+ v : -0.37601E-01 0.11845E+00
+ w : -0.74697E+00 0.23165E+00
+ =================================
+ Calculate pressures 52096.3426 24.8922 16.8980
+ raw pressures : -0.13725E+01 0.31541E+00
+ Smoothing pressures 52096.5670 25.1166 0.2244
+ do leaf measurements 52096.5687 25.1183 0.0017
+ compute convergence criterion 52096.6288 25.1784 0.0601
+ velocity_diff_norm = 0.0362004 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52096.6360
+ -----------------------------------
+ build system 52096.6422 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52104.5745 7.9384 7.9323
+ =================================
+ wsmp: initialisation time: 0.0609410 s
+ wsmp: ordering time: 4.3206811 s
+ wsmp: symbolic fact. time: 0.7949429 s
+ wsmp: Cholesky fact. time: 11.5323761 s
+ wsmp: Factorisation 14287.7480883 Mflops
+ wsmp: back substitution time: 0.2347682 s
+ wsmp: from b to rhs vector: 0.0085599 s
+ ---------------------------------
+ wsmp: total solve time: 16.9527450 s
+ =================================
+ u : -0.10174E+01 0.17533E+00
+ v : -0.37990E-01 0.12303E+00
+ w : -0.73789E+00 0.22923E+00
+ =================================
+ Calculate pressures 52121.5617 24.9256 16.9872
+ raw pressures : -0.14704E+01 0.35956E+00
+ Smoothing pressures 52121.7861 25.1500 0.2244
+ do leaf measurements 52121.7878 25.1517 0.0017
+ compute convergence criterion 52121.8474 25.2113 0.0596
+ velocity_diff_norm = 0.0156036 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52121.8544
+ -----------------------------------
+ build system 52121.8605 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52129.8257 7.9712 7.9652
+ =================================
+ wsmp: initialisation time: 0.0611720 s
+ wsmp: ordering time: 4.3166759 s
+ wsmp: symbolic fact. time: 0.7922571 s
+ wsmp: Cholesky fact. time: 11.4463129 s
+ wsmp: Factorisation 14395.1755689 Mflops
+ wsmp: back substitution time: 0.2344930 s
+ wsmp: from b to rhs vector: 0.0085831 s
+ ---------------------------------
+ wsmp: total solve time: 16.8599811 s
+ =================================
+ u : -0.10173E+01 0.19261E+00
+ v : -0.40835E-01 0.12558E+00
+ w : -0.73336E+00 0.22833E+00
+ =================================
+ Calculate pressures 52146.7200 24.8656 16.8943
+ raw pressures : -0.15135E+01 0.36746E+00
+ Smoothing pressures 52146.9436 25.0892 0.2236
+ do leaf measurements 52146.9453 25.0909 0.0017
+ compute convergence criterion 52147.0050 25.1505 0.0597
+ velocity_diff_norm = 0.0106187 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52147.0121
+ -----------------------------------
+ build system 52147.0181 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52155.0343 8.0223 8.0162
+ =================================
+ wsmp: initialisation time: 0.0569782 s
+ wsmp: ordering time: 4.3179891 s
+ wsmp: symbolic fact. time: 0.7947981 s
+ wsmp: Cholesky fact. time: 11.4575779 s
+ wsmp: Factorisation 14381.0222966 Mflops
+ wsmp: back substitution time: 0.2354498 s
+ wsmp: from b to rhs vector: 0.0085399 s
+ ---------------------------------
+ wsmp: total solve time: 16.8718131 s
+ =================================
+ u : -0.10171E+01 0.20788E+00
+ v : -0.43219E-01 0.12562E+00
+ w : -0.72891E+00 0.22780E+00
+ =================================
+ Calculate pressures 52171.9403 24.9283 16.9060
+ raw pressures : -0.15344E+01 0.36484E+00
+ Smoothing pressures 52172.1671 25.1551 0.2268
+ do leaf measurements 52172.1689 25.1568 0.0017
+ compute convergence criterion 52172.2261 25.2141 0.0573
+ velocity_diff_norm = 0.0079182 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52172.2292 25.2172 0.0031
+Compute isostasy and adjust vertical 52172.2294 25.2174 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -213034325593123.06 405983600867947.38
+ def in m -7.974858283996582 0.78645145893096924
+ dimensionless def -1.79346697671072811E-6 2.27853093828473774E-5
+ Isostatic velocity range = -0.0177392 0.2274722
+ Compute divergence 52172.5076 25.4956 0.2782
+ wsmp_cleanup 52172.5457 25.5336 0.0381
+ Reset surface geometry 52172.5549 25.5429 0.0092
+ -----------------------------------------------------------------------
+ Temperature calculations 52172.5634 25.5513 0.0085
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52172.5828 25.5707 0.0194
+ Advect surface 1 52172.5829 25.5709 0.0001
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52172.7884 25.7763 0.2054
+ removing 1 particle from surface
+ S. 2: 9 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52173.0091 25.9971 0.2208
+ removing 2 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52173.2947 26.2827 0.2856
+ Advect the cloud 52173.4724 26.4604 0.1777
+ Write output 52174.3655 27.3535 0.8931
+ End of time step 52175.2794 28.2674 0.9139
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 321 52175.2796
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52175.2797 0.0001 0.0001
+ surface 01 52175.2797 0.0001 0.0000
+ S. 1: 17022points
+ refine surface 52175.2798 0.0002 0.0000
+ S. 1: 3 added ptcls in refine_surface
+ check delaunay 52175.3207 0.0411 0.0409
+ S. 1: 6 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 52175.3560 0.0764 0.0353
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52175.3933 0.1137 0.0373
+ S. 1: 0 flips in delaunay2
+ S. 1: 17025points
+ surface 02 52175.4196 0.1400 0.0263
+ S. 2: 17020points
+ refine surface 52175.4198 0.1401 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 52175.4590 0.1793 0.0392
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 52175.4909 0.2113 0.0319
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52175.5283 0.2487 0.0374
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 52175.5556 0.2759 0.0273
+ S. 3: 17029points
+ refine surface 52175.5557 0.2761 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 52175.5946 0.3149 0.0388
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 52175.6287 0.3491 0.0342
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52175.6650 0.3853 0.0363
+ S. 3: 0 flips in delaunay2
+ S. 3: 17030points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52175.6980
+ -----------------------------------------------------------------------
+ Create octree solve 52175.6983 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52175.7142 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 52175.7384 0.0404 0.0242
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52175.7395 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52175.7537 0.0557 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 52175.8759 0.1779 0.1222
+ Imbed surface in osolve 52176.1675 0.4695 0.2916
+ embedding surface 1 52176.1677 0.4697 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52178.2955 2.5975 2.1278
+ osolve%nleaves= 59424
+ embedding surface 3 52180.5113 4.8133 2.2159
+ osolve%nleaves= 64128
+ Assessing octree stability 52184.2053 8.5073 3.6939
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52184.2108 8.5128 0.0056
+ Interpolate velo onto osolve 52184.7291 9.0311 0.5182
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52184.8115 9.1135 0.0824
+ Find void 52185.0852 9.3872 0.2737
+ whole leaf in fluid 32992
+ Define boundary conditions 52185.1283 9.4303 0.0432
+ wsmp setup1 52185.1405 9.4425 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52186.2872 10.5892 1.1468
+ -----------------------------------
+ start of non-linear iteratio 1 52186.3431
+ -----------------------------------
+ build system 52186.3434 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52194.1827 7.8396 7.8394
+ =================================
+ wsmp: initialisation time: 0.0637100 s
+ wsmp: ordering time: 4.3136239 s
+ wsmp: symbolic fact. time: 0.7931061 s
+ wsmp: Cholesky fact. time: 11.4592900 s
+ wsmp: Factorisation 14378.8736892 Mflops
+ wsmp: back substitution time: 0.2353649 s
+ wsmp: from b to rhs vector: 0.0085652 s
+ ---------------------------------
+ wsmp: total solve time: 16.8741291 s
+ =================================
+ u : -0.10178E+01 0.18526E+00
+ v : -0.94200E-01 0.11599E+00
+ w : -0.76316E+00 0.24740E+00
+ =================================
+ Calculate pressures 52211.0904 24.7472 16.9076
+ raw pressures : -0.35116E+00 0.00000E+00
+ Smoothing pressures 52211.3169 24.9737 0.2265
+ do leaf measurements 52211.3187 24.9755 0.0018
+ compute convergence criterion 52211.3779 25.0347 0.0592
+ velocity_diff_norm = 0.5901606 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52211.3848
+ -----------------------------------
+ build system 52211.3908 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72027E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52219.3270 7.9422 7.9362
+ =================================
+ wsmp: initialisation time: 0.0590320 s
+ wsmp: ordering time: 4.3352940 s
+ wsmp: symbolic fact. time: 0.7994120 s
+ wsmp: Cholesky fact. time: 11.5053871 s
+ wsmp: Factorisation 14321.2638483 Mflops
+ wsmp: back substitution time: 0.2352428 s
+ wsmp: from b to rhs vector: 0.0086350 s
+ ---------------------------------
+ wsmp: total solve time: 16.9434741 s
+ =================================
+ u : -0.10152E+01 0.13770E+00
+ v : -0.48620E-01 0.10177E+00
+ w : -0.76820E+00 0.22774E+00
+ =================================
+ Calculate pressures 52236.3041 24.9194 16.9771
+ raw pressures : -0.12353E+01 0.18137E+00
+ Smoothing pressures 52236.5283 25.1436 0.2242
+ do leaf measurements 52236.5302 25.1454 0.0018
+ compute convergence criterion 52236.5895 25.2047 0.0594
+ velocity_diff_norm = 0.0717567 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52236.5964
+ -----------------------------------
+ build system 52236.6025 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52244.6078 8.0113 8.0053
+ =================================
+ wsmp: initialisation time: 0.0584412 s
+ wsmp: ordering time: 4.3108661 s
+ wsmp: symbolic fact. time: 0.7937310 s
+ wsmp: Cholesky fact. time: 11.4438009 s
+ wsmp: Factorisation 14398.3353903 Mflops
+ wsmp: back substitution time: 0.2343469 s
+ wsmp: from b to rhs vector: 0.0085850 s
+ ---------------------------------
+ wsmp: total solve time: 16.8502352 s
+ =================================
+ u : -0.10173E+01 0.15515E+00
+ v : -0.38236E-01 0.11837E+00
+ w : -0.74715E+00 0.23268E+00
+ =================================
+ Calculate pressures 52261.4913 24.8949 16.8835
+ raw pressures : -0.13715E+01 0.31487E+00
+ Smoothing pressures 52261.7165 25.1201 0.2252
+ do leaf measurements 52261.7184 25.1219 0.0019
+ compute convergence criterion 52261.7781 25.1817 0.0597
+ velocity_diff_norm = 0.0360666 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52261.7851
+ -----------------------------------
+ build system 52261.7912 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52269.7557 7.9706 7.9645
+ =================================
+ wsmp: initialisation time: 0.0591140 s
+ wsmp: ordering time: 4.3082030 s
+ wsmp: symbolic fact. time: 0.7928660 s
+ wsmp: Cholesky fact. time: 11.4801660 s
+ wsmp: Factorisation 14352.7266480 Mflops
+ wsmp: back substitution time: 0.2354848 s
+ wsmp: from b to rhs vector: 0.0085371 s
+ ---------------------------------
+ wsmp: total solve time: 16.8848369 s
+ =================================
+ u : -0.10174E+01 0.17522E+00
+ v : -0.38466E-01 0.12300E+00
+ w : -0.73800E+00 0.22977E+00
+ =================================
+ Calculate pressures 52286.6740 24.8889 16.9183
+ raw pressures : -0.14702E+01 0.35958E+00
+ Smoothing pressures 52286.9016 25.1166 0.2276
+ do leaf measurements 52286.9035 25.1184 0.0018
+ compute convergence criterion 52286.9627 25.1776 0.0592
+ velocity_diff_norm = 0.0156269 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52286.9695
+ -----------------------------------
+ build system 52286.9755 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52294.9114 7.9419 7.9359
+ =================================
+ wsmp: initialisation time: 0.0601990 s
+ wsmp: ordering time: 4.3279810 s
+ wsmp: symbolic fact. time: 0.8001351 s
+ wsmp: Cholesky fact. time: 11.4553940 s
+ wsmp: Factorisation 14383.7639673 Mflops
+ wsmp: back substitution time: 0.2345431 s
+ wsmp: from b to rhs vector: 0.0085800 s
+ ---------------------------------
+ wsmp: total solve time: 16.8872960 s
+ =================================
+ u : -0.10173E+01 0.19247E+00
+ v : -0.40582E-01 0.12557E+00
+ w : -0.73339E+00 0.22857E+00
+ =================================
+ Calculate pressures 52311.8318 24.8623 16.9204
+ raw pressures : -0.15133E+01 0.36745E+00
+ Smoothing pressures 52312.0565 25.0870 0.2247
+ do leaf measurements 52312.0583 25.0888 0.0018
+ compute convergence criterion 52312.1174 25.1478 0.0591
+ velocity_diff_norm = 0.0106365 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52312.1243
+ -----------------------------------
+ build system 52312.1307 0.0064 0.0064
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52320.1134 7.9891 7.9828
+ =================================
+ wsmp: initialisation time: 0.0575960 s
+ wsmp: ordering time: 4.3131070 s
+ wsmp: symbolic fact. time: 0.7944028 s
+ wsmp: Cholesky fact. time: 11.4617898 s
+ wsmp: Factorisation 14375.7376538 Mflops
+ wsmp: back substitution time: 0.2346981 s
+ wsmp: from b to rhs vector: 0.0086281 s
+ ---------------------------------
+ wsmp: total solve time: 16.8706770 s
+ =================================
+ u : -0.10171E+01 0.20776E+00
+ v : -0.43022E-01 0.12567E+00
+ w : -0.72893E+00 0.22798E+00
+ =================================
+ Calculate pressures 52337.0173 24.8930 16.9038
+ raw pressures : -0.15341E+01 0.36470E+00
+ Smoothing pressures 52337.2413 25.1170 0.2240
+ do leaf measurements 52337.2431 25.1188 0.0018
+ compute convergence criterion 52337.3004 25.1761 0.0573
+ velocity_diff_norm = 0.0079183 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52337.3036 25.1793 0.0032
+Compute isostasy and adjust vertical 52337.3038 25.1795 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -213372462480158.91 406916863449498.81
+ def in m -7.9654607772827148 0.79414957761764526
+ dimensionless def -1.78364719663347504E-6 2.27584593636648988E-5
+ Isostatic velocity range = -0.0176467 0.2272111
+ Compute divergence 52337.5815 25.4572 0.2777
+ wsmp_cleanup 52337.6201 25.4958 0.0386
+ Reset surface geometry 52337.6294 25.5051 0.0094
+ -----------------------------------------------------------------------
+ Temperature calculations 52337.6380 25.5137 0.0086
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52337.6563 25.5320 0.0184
+ Advect surface 1 52337.6565 25.5322 0.0002
+ removing 2 particle from surface
+ S. 1: 8 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52337.8851 25.7608 0.2286
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52338.0913 25.9670 0.2063
+ removing 1 particle from surface
+ S. 3: 10 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52338.3696 26.2453 0.2783
+ Advect the cloud 52338.5496 26.4253 0.1800
+ Write output 52339.4458 27.3215 0.8962
+ End of time step 52340.3562 28.2319 0.9104
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 322 52340.3564
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52340.3565 0.0001 0.0001
+ surface 01 52340.3565 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 52340.3566 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52340.3934 0.0370 0.0368
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 52340.4177 0.0613 0.0243
+ S. 2: 17021points
+ refine surface 52340.4178 0.0614 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 52340.4588 0.1024 0.0410
+ S. 2: 6 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 52340.4936 0.1373 0.0349
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52340.5305 0.1741 0.0368
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 52340.5559 0.1995 0.0254
+ S. 3: 17029points
+ refine surface 52340.5561 0.1997 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52340.5922 0.2358 0.0362
+ S. 3: 0 flips in delaunay2
+ S. 3: 17029points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52340.6249
+ -----------------------------------------------------------------------
+ Create octree solve 52340.6252 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52340.6413 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 52340.6653 0.0404 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52340.6664 0.0415 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52340.6807 0.0558 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 52340.8048 0.1799 0.1241
+ Imbed surface in osolve 52341.0974 0.4724 0.2926
+ embedding surface 1 52341.0975 0.4726 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52343.2323 2.6074 2.1348
+ osolve%nleaves= 59424
+ embedding surface 3 52345.4388 4.8139 2.2064
+ osolve%nleaves= 64128
+ Assessing octree stability 52349.1387 8.5138 3.6999
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52349.1481 8.5232 0.0094
+ Interpolate velo onto osolve 52349.6768 9.0519 0.5287
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52349.7599 9.1350 0.0831
+ Find void 52350.0314 9.4065 0.2715
+ whole leaf in fluid 32992
+ Define boundary conditions 52350.0729 9.4480 0.0415
+ wsmp setup1 52350.0846 9.4597 0.0117
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52351.2275 10.6026 1.1429
+ -----------------------------------
+ start of non-linear iteratio 1 52351.2866
+ -----------------------------------
+ build system 52351.2867 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52359.1169 7.8303 7.8302
+ =================================
+ wsmp: initialisation time: 0.0635030 s
+ wsmp: ordering time: 4.3190649 s
+ wsmp: symbolic fact. time: 0.7923820 s
+ wsmp: Cholesky fact. time: 11.4536831 s
+ wsmp: Factorisation 14385.9125393 Mflops
+ wsmp: back substitution time: 0.2356181 s
+ wsmp: from b to rhs vector: 0.0085280 s
+ ---------------------------------
+ wsmp: total solve time: 16.8732340 s
+ =================================
+ u : -0.10309E+01 0.18543E+00
+ v : -0.93738E-01 0.11619E+00
+ w : -0.76326E+00 0.24499E+00
+ =================================
+ Calculate pressures 52376.0230 24.7364 16.9061
+ raw pressures : -0.35088E+00 0.00000E+00
+ Smoothing pressures 52376.2521 24.9656 0.2292
+ do leaf measurements 52376.2539 24.9673 0.0017
+ compute convergence criterion 52376.3141 25.0276 0.0603
+ velocity_diff_norm = 0.5904458 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52376.3213
+ -----------------------------------
+ build system 52376.3275 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73360E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52384.2659 7.9446 7.9384
+ =================================
+ wsmp: initialisation time: 0.0613930 s
+ wsmp: ordering time: 4.3430521 s
+ wsmp: symbolic fact. time: 0.7943611 s
+ wsmp: Cholesky fact. time: 11.5371609 s
+ wsmp: Factorisation 14281.8225110 Mflops
+ wsmp: back substitution time: 0.2350550 s
+ wsmp: from b to rhs vector: 0.0085480 s
+ ---------------------------------
+ wsmp: total solve time: 16.9800150 s
+ =================================
+ u : -0.10153E+01 0.13780E+00
+ v : -0.48586E-01 0.10153E+00
+ w : -0.76839E+00 0.22587E+00
+ =================================
+ Calculate pressures 52401.2795 24.9582 17.0136
+ raw pressures : -0.12351E+01 0.18060E+00
+ Smoothing pressures 52401.5064 25.1852 0.2270
+ do leaf measurements 52401.5081 25.1868 0.0017
+ compute convergence criterion 52401.5680 25.2468 0.0599
+ velocity_diff_norm = 0.0722064 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52401.5751
+ -----------------------------------
+ build system 52401.5812 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52409.5558 7.9807 7.9746
+ =================================
+ wsmp: initialisation time: 0.0568061 s
+ wsmp: ordering time: 4.3147671 s
+ wsmp: symbolic fact. time: 0.7943361 s
+ wsmp: Cholesky fact. time: 11.4457891 s
+ wsmp: Factorisation 14395.8343504 Mflops
+ wsmp: back substitution time: 0.2339630 s
+ wsmp: from b to rhs vector: 0.0085399 s
+ ---------------------------------
+ wsmp: total solve time: 16.8546450 s
+ =================================
+ u : -0.10175E+01 0.15530E+00
+ v : -0.38310E-01 0.11829E+00
+ w : -0.74713E+00 0.23197E+00
+ =================================
+ Calculate pressures 52426.4439 24.8688 16.8881
+ raw pressures : -0.13723E+01 0.31556E+00
+ Smoothing pressures 52426.6696 25.0945 0.2257
+ do leaf measurements 52426.6713 25.0962 0.0017
+ compute convergence criterion 52426.7312 25.1561 0.0599
+ velocity_diff_norm = 0.0360357 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52426.7383
+ -----------------------------------
+ build system 52426.7444 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52434.7678 8.0295 8.0235
+ =================================
+ wsmp: initialisation time: 0.0602260 s
+ wsmp: ordering time: 4.3127370 s
+ wsmp: symbolic fact. time: 0.7897069 s
+ wsmp: Cholesky fact. time: 11.4563448 s
+ wsmp: Factorisation 14382.5701945 Mflops
+ wsmp: back substitution time: 0.2351131 s
+ wsmp: from b to rhs vector: 0.0085490 s
+ ---------------------------------
+ wsmp: total solve time: 16.8631248 s
+ =================================
+ u : -0.10175E+01 0.17537E+00
+ v : -0.38537E-01 0.12304E+00
+ w : -0.73805E+00 0.22947E+00
+ =================================
+ Calculate pressures 52451.6650 24.9267 16.8972
+ raw pressures : -0.14708E+01 0.36008E+00
+ Smoothing pressures 52451.8937 25.1554 0.2287
+ do leaf measurements 52451.8954 25.1570 0.0017
+ compute convergence criterion 52451.9555 25.2172 0.0602
+ velocity_diff_norm = 0.0155938 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52451.9626
+ -----------------------------------
+ build system 52451.9686 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52459.9046 7.9420 7.9360
+ =================================
+ wsmp: initialisation time: 0.0624399 s
+ wsmp: ordering time: 4.3384960 s
+ wsmp: symbolic fact. time: 0.7997432 s
+ wsmp: Cholesky fact. time: 11.5128820 s
+ wsmp: Factorisation 14311.9406555 Mflops
+ wsmp: back substitution time: 0.2346520 s
+ wsmp: from b to rhs vector: 0.0085680 s
+ ---------------------------------
+ wsmp: total solve time: 16.9572270 s
+ =================================
+ u : -0.10173E+01 0.19260E+00
+ v : -0.40581E-01 0.12564E+00
+ w : -0.73348E+00 0.22852E+00
+ =================================
+ Calculate pressures 52476.8954 24.9328 16.9908
+ raw pressures : -0.15137E+01 0.36791E+00
+ Smoothing pressures 52477.1223 25.1597 0.2269
+ do leaf measurements 52477.1240 25.1613 0.0017
+ compute convergence criterion 52477.1839 25.2213 0.0599
+ velocity_diff_norm = 0.0106136 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52477.1910
+ -----------------------------------
+ build system 52477.1970 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52485.2005 8.0096 8.0035
+ =================================
+ wsmp: initialisation time: 0.0592921 s
+ wsmp: ordering time: 4.3153040 s
+ wsmp: symbolic fact. time: 0.7956910 s
+ wsmp: Cholesky fact. time: 11.4455340 s
+ wsmp: Factorisation 14396.1552171 Mflops
+ wsmp: back substitution time: 0.2346921 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.8594761 s
+ =================================
+ u : -0.10171E+01 0.20788E+00
+ v : -0.43024E-01 0.12568E+00
+ w : -0.72904E+00 0.22795E+00
+ =================================
+ Calculate pressures 52502.0944 24.9034 16.8939
+ raw pressures : -0.15350E+01 0.36513E+00
+ Smoothing pressures 52502.3202 25.1293 0.2258
+ do leaf measurements 52502.3220 25.1310 0.0017
+ compute convergence criterion 52502.3796 25.1886 0.0577
+ velocity_diff_norm = 0.0079195 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52502.3827 25.1918 0.0031
+Compute isostasy and adjust vertical 52502.3829 25.1920 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -213725714648654.59 407834570082240.38
+ def in m -7.9818911552429199 0.78571116924285889
+ dimensionless def -1.78860477038792188E-6 2.28054033006940587E-5
+ Isostatic velocity range = -0.0177026 0.2276514
+ Compute divergence 52502.6549 25.4640 0.2720
+ wsmp_cleanup 52502.6946 25.5036 0.0397
+ Reset surface geometry 52502.7027 25.5118 0.0081
+ -----------------------------------------------------------------------
+ Temperature calculations 52502.7109 25.5199 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52502.7283 25.5374 0.0175
+ Advect surface 1 52502.7285 25.5375 0.0002
+ removing 2 particle from surface
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52502.9588 25.7678 0.2303
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52503.1704 25.9794 0.2116
+ removing 2 particle from surface
+ S. 3: 7 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52503.4594 26.2685 0.2891
+ Advect the cloud 52503.6377 26.4468 0.1783
+ Write output 52504.5376 27.3466 0.8999
+ End of time step 52505.4528 28.2618 0.9152
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 323 52505.4530
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52505.4530 0.0001 0.0001
+ surface 01 52505.4531 0.0001 0.0000
+ S. 1: 17021points
+ refine surface 52505.4531 0.0002 0.0001
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 52505.4909 0.0379 0.0377
+ S. 1: 4 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 52505.5202 0.0673 0.0294
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52505.5559 0.1029 0.0357
+ S. 1: 0 flips in delaunay2
+ S. 1: 17023points
+ surface 02 52505.5809 0.1279 0.0250
+ S. 2: 17024points
+ refine surface 52505.5810 0.1281 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52505.6178 0.1648 0.0367
+ S. 2: 0 flips in delaunay2
+ S. 2: 17024points
+ surface 03 52505.6430 0.1901 0.0253
+ S. 3: 17027points
+ refine surface 52505.6432 0.1902 0.0002
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 52505.6853 0.2324 0.0421
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 52505.7132 0.2602 0.0279
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52505.7498 0.2968 0.0366
+ S. 3: 0 flips in delaunay2
+ S. 3: 17030points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52505.7832
+ -----------------------------------------------------------------------
+ Create octree solve 52505.7834 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52505.7995 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 52505.8238 0.0406 0.0243
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52505.8249 0.0418 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52505.8392 0.0561 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 52505.9627 0.1796 0.1235
+ Imbed surface in osolve 52506.2560 0.4728 0.2933
+ embedding surface 1 52506.2561 0.4730 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52508.3887 2.6055 2.1325
+ osolve%nleaves= 59424
+ embedding surface 3 52510.6107 4.8275 2.2220
+ osolve%nleaves= 64128
+ Assessing octree stability 52514.3091 8.5260 3.6984
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52514.3163 8.5331 0.0072
+ Interpolate velo onto osolve 52514.8765 9.0934 0.5602
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52514.9588 9.1756 0.0823
+ Find void 52515.2303 9.4471 0.2715
+ whole leaf in fluid 32992
+ Define boundary conditions 52515.2717 9.4885 0.0414
+ wsmp setup1 52515.2832 9.5000 0.0115
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52516.4272 10.6441 1.1441
+ -----------------------------------
+ start of non-linear iteratio 1 52516.4871
+ -----------------------------------
+ build system 52516.4873 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52524.3026 7.8154 7.8153
+ =================================
+ wsmp: initialisation time: 0.0603590 s
+ wsmp: ordering time: 4.3099539 s
+ wsmp: symbolic fact. time: 0.7926290 s
+ wsmp: Cholesky fact. time: 11.4510820 s
+ wsmp: Factorisation 14389.1803414 Mflops
+ wsmp: back substitution time: 0.2342241 s
+ wsmp: from b to rhs vector: 0.0085361 s
+ ---------------------------------
+ wsmp: total solve time: 16.8572400 s
+ =================================
+ u : -0.10452E+01 0.18434E+00
+ v : -0.93867E-01 0.11633E+00
+ w : -0.76313E+00 0.24741E+00
+ =================================
+ Calculate pressures 52541.1934 24.7063 16.8909
+ raw pressures : -0.35091E+00 0.00000E+00
+ Smoothing pressures 52541.4190 24.9318 0.2255
+ do leaf measurements 52541.4207 24.9336 0.0018
+ compute convergence criterion 52541.4813 24.9941 0.0606
+ velocity_diff_norm = 0.5898575 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52541.4885
+ -----------------------------------
+ build system 52541.4947 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72258E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52549.4582 7.9697 7.9635
+ =================================
+ wsmp: initialisation time: 0.0580411 s
+ wsmp: ordering time: 4.3018608 s
+ wsmp: symbolic fact. time: 0.7929089 s
+ wsmp: Cholesky fact. time: 11.4756541 s
+ wsmp: Factorisation 14358.3696474 Mflops
+ wsmp: back substitution time: 0.2354088 s
+ wsmp: from b to rhs vector: 0.0084720 s
+ ---------------------------------
+ wsmp: total solve time: 16.8728039 s
+ =================================
+ u : -0.10152E+01 0.13691E+00
+ v : -0.48681E-01 0.10159E+00
+ w : -0.76814E+00 0.22743E+00
+ =================================
+ Calculate pressures 52566.3645 24.8760 16.9063
+ raw pressures : -0.12342E+01 0.17985E+00
+ Smoothing pressures 52566.5938 25.1053 0.2293
+ do leaf measurements 52566.5955 25.1070 0.0017
+ compute convergence criterion 52566.6563 25.1678 0.0608
+ velocity_diff_norm = 0.0719007 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52566.6634
+ -----------------------------------
+ build system 52566.6695 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52574.6036 7.9402 7.9341
+ =================================
+ wsmp: initialisation time: 0.0551000 s
+ wsmp: ordering time: 4.3216431 s
+ wsmp: symbolic fact. time: 0.7994750 s
+ wsmp: Cholesky fact. time: 11.4610770 s
+ wsmp: Factorisation 14376.6318153 Mflops
+ wsmp: back substitution time: 0.2342100 s
+ wsmp: from b to rhs vector: 0.0084991 s
+ ---------------------------------
+ wsmp: total solve time: 16.8804491 s
+ =================================
+ u : -0.10174E+01 0.15475E+00
+ v : -0.38209E-01 0.11814E+00
+ w : -0.74652E+00 0.23229E+00
+ =================================
+ Calculate pressures 52591.5183 24.8549 16.9148
+ raw pressures : -0.13711E+01 0.31441E+00
+ Smoothing pressures 52591.7448 25.0814 0.2265
+ do leaf measurements 52591.7465 25.0831 0.0017
+ compute convergence criterion 52591.8067 25.1433 0.0602
+ velocity_diff_norm = 0.0360049 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52591.8138
+ -----------------------------------
+ build system 52591.8199 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52599.8044 7.9905 7.9845
+ =================================
+ wsmp: initialisation time: 0.0581250 s
+ wsmp: ordering time: 4.3149970 s
+ wsmp: symbolic fact. time: 0.7946548 s
+ wsmp: Cholesky fact. time: 11.4470899 s
+ wsmp: Factorisation 14394.1984525 Mflops
+ wsmp: back substitution time: 0.2349222 s
+ wsmp: from b to rhs vector: 0.0084939 s
+ ---------------------------------
+ wsmp: total solve time: 16.8587201 s
+ =================================
+ u : -0.10174E+01 0.17495E+00
+ v : -0.38484E-01 0.12282E+00
+ w : -0.73753E+00 0.22951E+00
+ =================================
+ Calculate pressures 52616.6966 24.8827 16.8922
+ raw pressures : -0.14695E+01 0.35864E+00
+ Smoothing pressures 52616.9221 25.1083 0.2255
+ do leaf measurements 52616.9239 25.1100 0.0018
+ compute convergence criterion 52616.9845 25.1707 0.0607
+ velocity_diff_norm = 0.0155916 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52616.9917
+ -----------------------------------
+ build system 52616.9979 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52624.9339 7.9421 7.9360
+ =================================
+ wsmp: initialisation time: 0.0609050 s
+ wsmp: ordering time: 4.3125420 s
+ wsmp: symbolic fact. time: 0.7930079 s
+ wsmp: Cholesky fact. time: 11.5361278 s
+ wsmp: Factorisation 14283.1014574 Mflops
+ wsmp: back substitution time: 0.2343750 s
+ wsmp: from b to rhs vector: 0.0084682 s
+ ---------------------------------
+ wsmp: total solve time: 16.9458830 s
+ =================================
+ u : -0.10173E+01 0.19224E+00
+ v : -0.40696E-01 0.12540E+00
+ w : -0.73301E+00 0.22851E+00
+ =================================
+ Calculate pressures 52641.9128 24.9211 16.9789
+ raw pressures : -0.15122E+01 0.36634E+00
+ Smoothing pressures 52642.1394 25.1477 0.2266
+ do leaf measurements 52642.1411 25.1494 0.0017
+ compute convergence criterion 52642.2014 25.2097 0.0603
+ velocity_diff_norm = 0.0106126 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52642.2085
+ -----------------------------------
+ build system 52642.2147 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52650.1851 7.9766 7.9705
+ =================================
+ wsmp: initialisation time: 0.0582869 s
+ wsmp: ordering time: 4.3119550 s
+ wsmp: symbolic fact. time: 0.7934270 s
+ wsmp: Cholesky fact. time: 11.4435611 s
+ wsmp: Factorisation 14398.6371694 Mflops
+ wsmp: back substitution time: 0.2339180 s
+ wsmp: from b to rhs vector: 0.0084481 s
+ ---------------------------------
+ wsmp: total solve time: 16.8500500 s
+ =================================
+ u : -0.10171E+01 0.20753E+00
+ v : -0.43119E-01 0.12549E+00
+ w : -0.72860E+00 0.22793E+00
+ =================================
+ Calculate pressures 52667.0682 24.8597 16.8831
+ raw pressures : -0.15332E+01 0.36372E+00
+ Smoothing pressures 52667.2940 25.0855 0.2258
+ do leaf measurements 52667.2958 25.0872 0.0017
+ compute convergence criterion 52667.3537 25.1452 0.0580
+ velocity_diff_norm = 0.0079098 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52667.3569 25.1483 0.0031
+Compute isostasy and adjust vertical 52667.3570 25.1485 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -214058475081282.34 408772478614326.63
+ def in m -7.9773659706115723 0.78626543283462524
+ dimensionless def -1.78390741348266593E-6 2.27924742017473488E-5
+ Isostatic velocity range = -0.0176612 0.2275107
+ Compute divergence 52667.6301 25.4216 0.2731
+ wsmp_cleanup 52667.6686 25.4601 0.0386
+ Reset surface geometry 52667.6774 25.4689 0.0088
+ -----------------------------------------------------------------------
+ Temperature calculations 52667.6864 25.4779 0.0089
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52667.7058 25.4972 0.0194
+ Advect surface 1 52667.7059 25.4974 0.0001
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52667.9113 25.7028 0.2054
+ removing 2 particle from surface
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52668.1427 25.9342 0.2314
+ removing 2 particle from surface
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52668.4304 26.2218 0.2877
+ Advect the cloud 52668.6130 26.4044 0.1826
+ Write output 52669.5091 27.3006 0.8962
+ End of time step 52670.4107 28.2021 0.9015
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 324 52670.4109
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52670.4109 0.0001 0.0001
+ surface 01 52670.4110 0.0001 0.0000
+ S. 1: 17023points
+ refine surface 52670.4110 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 52670.4483 0.0374 0.0373
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 52670.4764 0.0656 0.0281
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52670.5126 0.1017 0.0362
+ S. 1: 0 flips in delaunay2
+ S. 1: 17024points
+ surface 02 52670.5371 0.1262 0.0245
+ S. 2: 17022points
+ refine surface 52670.5372 0.1264 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 52670.5756 0.1647 0.0383
+ S. 2: 1 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 52670.6107 0.1999 0.0351
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52670.6484 0.2376 0.0377
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 52670.6732 0.2623 0.0247
+ S. 3: 17028points
+ refine surface 52670.6733 0.2625 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52670.7108 0.2999 0.0375
+ S. 3: 0 flips in delaunay2
+ S. 3: 17028points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52670.7453
+ -----------------------------------------------------------------------
+ Create octree solve 52670.7455 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52670.7614 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 52670.7854 0.0401 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52670.7865 0.0413 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52670.8007 0.0554 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 52670.9231 0.1778 0.1224
+ Imbed surface in osolve 52671.2159 0.4706 0.2928
+ embedding surface 1 52671.2160 0.4708 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52673.3401 2.5948 2.1241
+ osolve%nleaves= 59424
+ embedding surface 3 52675.5372 4.7919 2.1971
+ osolve%nleaves= 64128
+ Assessing octree stability 52679.2178 8.4725 3.6806
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52679.2242 8.4789 0.0064
+ Interpolate velo onto osolve 52679.7711 9.0258 0.5469
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52679.8644 9.1192 0.0933
+ Find void 52680.1343 9.3890 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 52680.1747 9.4295 0.0404
+ wsmp setup1 52680.1871 9.4418 0.0124
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52681.3311 10.5858 1.1440
+ -----------------------------------
+ start of non-linear iteratio 1 52681.3907
+ -----------------------------------
+ build system 52681.3908 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52689.2056 7.8149 7.8148
+ =================================
+ wsmp: initialisation time: 0.0622940 s
+ wsmp: ordering time: 4.3144510 s
+ wsmp: symbolic fact. time: 0.7935340 s
+ wsmp: Cholesky fact. time: 11.4498692 s
+ wsmp: Factorisation 14390.7045252 Mflops
+ wsmp: back substitution time: 0.2345150 s
+ wsmp: from b to rhs vector: 0.0085540 s
+ ---------------------------------
+ wsmp: total solve time: 16.8636651 s
+ =================================
+ u : -0.10299E+01 0.18483E+00
+ v : -0.94259E-01 0.11649E+00
+ w : -0.76292E+00 0.24652E+00
+ =================================
+ Calculate pressures 52706.1036 24.7129 16.8980
+ raw pressures : -0.35081E+00 0.00000E+00
+ Smoothing pressures 52706.3279 24.9372 0.2242
+ do leaf measurements 52706.3297 24.9390 0.0019
+ compute convergence criterion 52706.3899 24.9992 0.0602
+ velocity_diff_norm = 0.5893776 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52706.3971
+ -----------------------------------
+ build system 52706.4031 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72528E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52714.4226 8.0256 8.0195
+ =================================
+ wsmp: initialisation time: 0.0581300 s
+ wsmp: ordering time: 4.3165572 s
+ wsmp: symbolic fact. time: 0.7921531 s
+ wsmp: Cholesky fact. time: 11.4550819 s
+ wsmp: Factorisation 14384.1558482 Mflops
+ wsmp: back substitution time: 0.2355170 s
+ wsmp: from b to rhs vector: 0.0085649 s
+ ---------------------------------
+ wsmp: total solve time: 16.8664548 s
+ =================================
+ u : -0.10152E+01 0.13720E+00
+ v : -0.48623E-01 0.10183E+00
+ w : -0.76808E+00 0.22712E+00
+ =================================
+ Calculate pressures 52731.3225 24.9255 16.8999
+ raw pressures : -0.12355E+01 0.18085E+00
+ Smoothing pressures 52731.5499 25.1528 0.2273
+ do leaf measurements 52731.5518 25.1547 0.0019
+ compute convergence criterion 52731.6122 25.2152 0.0605
+ velocity_diff_norm = 0.0713074 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52731.6193
+ -----------------------------------
+ build system 52731.6253 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52739.5613 7.9420 7.9360
+ =================================
+ wsmp: initialisation time: 0.0576410 s
+ wsmp: ordering time: 4.3382070 s
+ wsmp: symbolic fact. time: 0.7997231 s
+ wsmp: Cholesky fact. time: 11.5029259 s
+ wsmp: Factorisation 14324.3280620 Mflops
+ wsmp: back substitution time: 0.2343681 s
+ wsmp: from b to rhs vector: 0.0085402 s
+ ---------------------------------
+ wsmp: total solve time: 16.9418111 s
+ =================================
+ u : -0.10174E+01 0.15473E+00
+ v : -0.38133E-01 0.11833E+00
+ w : -0.74713E+00 0.23258E+00
+ =================================
+ Calculate pressures 52756.5364 24.9171 16.9751
+ raw pressures : -0.13715E+01 0.31528E+00
+ Smoothing pressures 52756.7610 25.1417 0.2246
+ do leaf measurements 52756.7629 25.1436 0.0019
+ compute convergence criterion 52756.8232 25.2039 0.0603
+ velocity_diff_norm = 0.0359804 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52756.8302
+ -----------------------------------
+ build system 52756.8363 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52764.8373 8.0071 8.0010
+ =================================
+ wsmp: initialisation time: 0.0591621 s
+ wsmp: ordering time: 4.3117018 s
+ wsmp: symbolic fact. time: 0.7940841 s
+ wsmp: Cholesky fact. time: 11.4446790 s
+ wsmp: Factorisation 14397.2306747 Mflops
+ wsmp: back substitution time: 0.2347488 s
+ wsmp: from b to rhs vector: 0.0085280 s
+ ---------------------------------
+ wsmp: total solve time: 16.8533711 s
+ =================================
+ u : -0.10174E+01 0.17478E+00
+ v : -0.38400E-01 0.12293E+00
+ w : -0.73800E+00 0.22973E+00
+ =================================
+ Calculate pressures 52781.7235 24.8933 16.8862
+ raw pressures : -0.14696E+01 0.35939E+00
+ Smoothing pressures 52781.9485 25.1182 0.2250
+ do leaf measurements 52781.9504 25.1201 0.0019
+ compute convergence criterion 52782.0116 25.1814 0.0613
+ velocity_diff_norm = 0.0156058 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52782.0189
+ -----------------------------------
+ build system 52782.0251 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52789.9927 7.9738 7.9676
+ =================================
+ wsmp: initialisation time: 0.0556061 s
+ wsmp: ordering time: 4.3044679 s
+ wsmp: symbolic fact. time: 0.7922890 s
+ wsmp: Cholesky fact. time: 11.4746442 s
+ wsmp: Factorisation 14359.6333996 Mflops
+ wsmp: back substitution time: 0.2359509 s
+ wsmp: from b to rhs vector: 0.0084980 s
+ ---------------------------------
+ wsmp: total solve time: 16.8719060 s
+ =================================
+ u : -0.10173E+01 0.19201E+00
+ v : -0.40660E-01 0.12544E+00
+ w : -0.73340E+00 0.22852E+00
+ =================================
+ Calculate pressures 52806.8975 24.8786 16.9048
+ raw pressures : -0.15125E+01 0.36736E+00
+ Smoothing pressures 52807.1245 25.1057 0.2271
+ do leaf measurements 52807.1264 25.1075 0.0019
+ compute convergence criterion 52807.1868 25.1679 0.0604
+ velocity_diff_norm = 0.0106026 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52807.1939
+ -----------------------------------
+ build system 52807.1999 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52815.1352 7.9413 7.9353
+ =================================
+ wsmp: initialisation time: 0.0602560 s
+ wsmp: ordering time: 4.3342521 s
+ wsmp: symbolic fact. time: 0.7989659 s
+ wsmp: Cholesky fact. time: 11.4552121 s
+ wsmp: Factorisation 14383.9923873 Mflops
+ wsmp: back substitution time: 0.2342401 s
+ wsmp: from b to rhs vector: 0.0085299 s
+ ---------------------------------
+ wsmp: total solve time: 16.8918951 s
+ =================================
+ u : -0.10171E+01 0.20727E+00
+ v : -0.43074E-01 0.12557E+00
+ w : -0.72898E+00 0.22800E+00
+ =================================
+ Calculate pressures 52832.0603 24.8664 16.9251
+ raw pressures : -0.15338E+01 0.36476E+00
+ Smoothing pressures 52832.2855 25.0916 0.2252
+ do leaf measurements 52832.2874 25.0935 0.0019
+ compute convergence criterion 52832.3453 25.1515 0.0579
+ velocity_diff_norm = 0.0078941 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 52832.3484 25.1545 0.0031
+Compute isostasy and adjust vertical 52832.3486 25.1547 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -214392280936939.63 409697512795454.75
+ def in m -7.9952187538146973 0.77728760242462158
+ dimensionless def -1.79123895508902407E-6 2.28434821537562766E-5
+ Isostatic velocity range = -0.0177412 0.2279923
+ Compute divergence 52832.6252 25.4313 0.2766
+ wsmp_cleanup 52832.6645 25.4706 0.0393
+ Reset surface geometry 52832.6731 25.4792 0.0086
+ -----------------------------------------------------------------------
+ Temperature calculations 52832.6820 25.4881 0.0089
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 52832.7006 25.5068 0.0186
+ Advect surface 1 52832.7008 25.5069 0.0002
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 52832.9060 25.7122 0.2053
+ removing 3 particle from surface
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 52833.1468 25.9529 0.2408
+ removing 2 particle from surface
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 52833.4329 26.2390 0.2861
+ Advect the cloud 52833.6155 26.4216 0.1826
+ Write output 52834.5117 27.3178 0.8962
+ End of time step 52858.5734 51.3795 24.0617
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 325 52858.5736
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 52858.5736 0.0001 0.0001
+ surface 01 52858.5737 0.0001 0.0000
+ S. 1: 17024points
+ refine surface 52858.5737 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 52858.6123 0.0387 0.0386
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 52858.6415 0.0679 0.0292
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 52858.6784 0.1049 0.0369
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 52858.7039 0.1303 0.0255
+ S. 2: 17020points
+ refine surface 52858.7041 0.1305 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 52858.7418 0.1682 0.0377
+ S. 2: 0 flips in delaunay2
+ S. 2: 17020points
+ surface 03 52858.7671 0.1935 0.0253
+ S. 3: 17026points
+ refine surface 52858.7673 0.1937 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 52858.8053 0.2317 0.0380
+ S. 3: 2 flips in delaunay2
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 52858.8415 0.2680 0.0363
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 52858.8792 0.3056 0.0377
+ S. 3: 0 flips in delaunay2
+ S. 3: 17027points
+ -----------------------------------------------------------------------
+ Start of iteration 1 52858.9115
+ -----------------------------------------------------------------------
+ Create octree solve 52858.9118 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 52858.9279 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 52858.9523 0.0408 0.0244
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 52858.9534 0.0419 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 52858.9677 0.0562 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 52859.0913 0.1798 0.1236
+ Imbed surface in osolve 52859.3843 0.4728 0.2930
+ embedding surface 1 52859.3844 0.4729 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 52861.5168 2.6053 2.1324
+ osolve%nleaves= 59424
+ embedding surface 3 52863.6945 4.7830 2.1777
+ osolve%nleaves= 64128
+ Assessing octree stability 52867.3334 8.4218 3.6388
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 52867.3389 8.4274 0.0056
+ Interpolate velo onto osolve 52867.8200 8.9085 0.4811
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 52867.9004 8.9889 0.0804
+ Find void 52868.1746 9.2631 0.2742
+ whole leaf in fluid 32992
+ Define boundary conditions 52868.2134 9.3019 0.0388
+ wsmp setup1 52868.2255 9.3140 0.0122
+ n = 128799
+ nz= 4957209
+ wsmp setup2 52869.3615 10.4499 1.1359
+ -----------------------------------
+ start of non-linear iteratio 1 52869.4197
+ -----------------------------------
+ build system 52869.4199 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52877.2892 7.8695 7.8693
+ =================================
+ wsmp: initialisation time: 0.0644381 s
+ wsmp: ordering time: 4.3127038 s
+ wsmp: symbolic fact. time: 0.7926819 s
+ wsmp: Cholesky fact. time: 11.4556911 s
+ wsmp: Factorisation 14383.3909669 Mflops
+ wsmp: back substitution time: 0.2403469 s
+ wsmp: from b to rhs vector: 0.0085599 s
+ ---------------------------------
+ wsmp: total solve time: 16.8749080 s
+ =================================
+ u : -0.10240E+01 0.18475E+00
+ v : -0.94261E-01 0.11629E+00
+ w : -0.76323E+00 0.24684E+00
+ =================================
+ Calculate pressures 52894.1969 24.7772 16.9077
+ raw pressures : -0.35083E+00 0.00000E+00
+ Smoothing pressures 52894.4246 25.0049 0.2277
+ do leaf measurements 52894.4263 25.0066 0.0018
+ compute convergence criterion 52894.4878 25.0681 0.0615
+ velocity_diff_norm = 0.5900230 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 52894.4947
+ -----------------------------------
+ build system 52894.5008 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72217E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52902.4419 7.9471 7.9411
+ =================================
+ wsmp: initialisation time: 0.0597999 s
+ wsmp: ordering time: 4.3337059 s
+ wsmp: symbolic fact. time: 0.7937050 s
+ wsmp: Cholesky fact. time: 11.5325139 s
+ wsmp: Factorisation 14287.5773591 Mflops
+ wsmp: back substitution time: 0.2346411 s
+ wsmp: from b to rhs vector: 0.0085649 s
+ ---------------------------------
+ wsmp: total solve time: 16.9634008 s
+ =================================
+ u : -0.10152E+01 0.13722E+00
+ v : -0.48737E-01 0.10188E+00
+ w : -0.76814E+00 0.22729E+00
+ =================================
+ Calculate pressures 52919.4389 24.9442 16.9971
+ raw pressures : -0.12355E+01 0.18029E+00
+ Smoothing pressures 52919.6640 25.1692 0.2251
+ do leaf measurements 52919.6658 25.1710 0.0018
+ compute convergence criterion 52919.7268 25.2321 0.0611
+ velocity_diff_norm = 0.0718268 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 52919.7338
+ -----------------------------------
+ build system 52919.7400 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52927.7338 7.9999 7.9938
+ =================================
+ wsmp: initialisation time: 0.0594130 s
+ wsmp: ordering time: 4.3054979 s
+ wsmp: symbolic fact. time: 0.7897251 s
+ wsmp: Cholesky fact. time: 11.4491899 s
+ wsmp: Factorisation 14391.5582932 Mflops
+ wsmp: back substitution time: 0.2343931 s
+ wsmp: from b to rhs vector: 0.0085311 s
+ ---------------------------------
+ wsmp: total solve time: 16.8472290 s
+ =================================
+ u : -0.10174E+01 0.15474E+00
+ v : -0.38478E-01 0.11840E+00
+ w : -0.74712E+00 0.23215E+00
+ =================================
+ Calculate pressures 52944.6148 24.8810 16.8810
+ raw pressures : -0.13718E+01 0.31524E+00
+ Smoothing pressures 52944.8403 25.1065 0.2256
+ do leaf measurements 52944.8421 25.1083 0.0018
+ compute convergence criterion 52944.9037 25.1699 0.0616
+ velocity_diff_norm = 0.0360488 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 52944.9107
+ -----------------------------------
+ build system 52944.9170 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52952.9182 8.0074 8.0012
+ =================================
+ wsmp: initialisation time: 0.0604138 s
+ wsmp: ordering time: 4.3294721 s
+ wsmp: symbolic fact. time: 0.7883499 s
+ wsmp: Cholesky fact. time: 11.4639711 s
+ wsmp: Factorisation 14373.0023298 Mflops
+ wsmp: back substitution time: 0.2352011 s
+ wsmp: from b to rhs vector: 0.0085540 s
+ ---------------------------------
+ wsmp: total solve time: 16.8864388 s
+ =================================
+ u : -0.10175E+01 0.17488E+00
+ v : -0.38655E-01 0.12309E+00
+ w : -0.73792E+00 0.22949E+00
+ =================================
+ Calculate pressures 52969.8383 24.9276 16.9201
+ raw pressures : -0.14698E+01 0.35931E+00
+ Smoothing pressures 52970.0661 25.1554 0.2278
+ do leaf measurements 52970.0679 25.1572 0.0018
+ compute convergence criterion 52970.1292 25.2185 0.0613
+ velocity_diff_norm = 0.0156174 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 52970.1362
+ -----------------------------------
+ build system 52970.1422 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 52978.0779 7.9417 7.9357
+ =================================
+ wsmp: initialisation time: 0.0598819 s
+ wsmp: ordering time: 4.3414540 s
+ wsmp: symbolic fact. time: 0.7967579 s
+ wsmp: Cholesky fact. time: 11.4926279 s
+ wsmp: Factorisation 14337.1634316 Mflops
+ wsmp: back substitution time: 0.2339721 s
+ wsmp: from b to rhs vector: 0.0085552 s
+ ---------------------------------
+ wsmp: total solve time: 16.9337440 s
+ =================================
+ u : -0.10173E+01 0.19211E+00
+ v : -0.40598E-01 0.12560E+00
+ w : -0.73333E+00 0.22843E+00
+ =================================
+ Calculate pressures 52995.0454 24.9092 16.9675
+ raw pressures : -0.15124E+01 0.36719E+00
+ Smoothing pressures 52995.2696 25.1334 0.2242
+ do leaf measurements 52995.2713 25.1352 0.0018
+ compute convergence criterion 52995.3324 25.1962 0.0611
+ velocity_diff_norm = 0.0106162 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 52995.3393
+ -----------------------------------
+ build system 52995.3454 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53003.3347 7.9954 7.9893
+ =================================
+ wsmp: initialisation time: 0.0573621 s
+ wsmp: ordering time: 4.3007390 s
+ wsmp: symbolic fact. time: 0.7907779 s
+ wsmp: Cholesky fact. time: 11.4438169 s
+ wsmp: Factorisation 14398.3152921 Mflops
+ wsmp: back substitution time: 0.2346871 s
+ wsmp: from b to rhs vector: 0.0087941 s
+ ---------------------------------
+ wsmp: total solve time: 16.8366351 s
+ =================================
+ u : -0.10172E+01 0.20736E+00
+ v : -0.43020E-01 0.12564E+00
+ w : -0.72887E+00 0.22788E+00
+ =================================
+ Calculate pressures 53020.2052 24.8658 16.8705
+ raw pressures : -0.15335E+01 0.36458E+00
+ Smoothing pressures 53020.4300 25.0907 0.2248
+ do leaf measurements 53020.4318 25.0924 0.0018
+ compute convergence criterion 53020.4909 25.1516 0.0592
+ velocity_diff_norm = 0.0078924 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53020.4940 25.1547 0.0031
+Compute isostasy and adjust vertical 53020.4942 25.1549 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -214703152559719.19 410642352328366.06
+ def in m -8.0030536651611328 0.76836496591567993
+ dimensionless def -1.79392882755824506E-6 2.28658676147460915E-5
+ Isostatic velocity range = -0.0177727 0.2281868
+ Compute divergence 53020.7682 25.4289 0.2740
+ wsmp_cleanup 53020.8083 25.4690 0.0401
+ Reset surface geometry 53020.8156 25.4762 0.0072
+ -----------------------------------------------------------------------
+ Temperature calculations 53020.8233 25.4840 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53020.8407 25.5013 0.0173
+ Advect surface 1 53020.8408 25.5015 0.0001
+ removing 1 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53021.0509 25.7116 0.2101
+ removing 2 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53021.2804 25.9410 0.2294
+ removing 3 particle from surface
+ S. 3: 16 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53021.5766 26.2373 0.2962
+ Advect the cloud 53021.7600 26.4207 0.1834
+ Write output 53022.6648 27.3254 0.9047
+ End of time step 53023.5769 28.2375 0.9121
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 326 53023.5771
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53023.5771 0.0001 0.0001
+ surface 01 53023.5772 0.0001 0.0000
+ S. 1: 17025points
+ refine surface 53023.5772 0.0002 0.0000
+ S. 1: 2 added ptcls in refine_surface
+ check delaunay 53023.6065 0.0294 0.0292
+ S. 1: 3 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 53023.6378 0.0607 0.0313
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53023.6673 0.0902 0.0295
+ S. 1: 0 flips in delaunay2
+ S. 1: 17027points
+ surface 02 53023.6880 0.1109 0.0207
+ S. 2: 17018points
+ refine surface 53023.6881 0.1110 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 53023.7191 0.1420 0.0310
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 53023.7572 0.1802 0.0381
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53023.7898 0.2127 0.0325
+ S. 2: 0 flips in delaunay2
+ S. 2: 17019points
+ surface 03 53023.8123 0.2352 0.0225
+ S. 3: 17024points
+ refine surface 53023.8124 0.2353 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53023.8465 0.2694 0.0341
+ S. 3: 0 flips in delaunay2
+ S. 3: 17024points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53023.8764
+ -----------------------------------------------------------------------
+ Create octree solve 53023.8767 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53023.8928 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 53023.9172 0.0407 0.0244
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53023.9182 0.0418 0.0010
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53023.9325 0.0561 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 53024.0560 0.1796 0.1235
+ Imbed surface in osolve 53024.3489 0.4725 0.2929
+ embedding surface 1 53024.3490 0.4726 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53026.4596 2.5832 2.1106
+ osolve%nleaves= 59424
+ embedding surface 3 53028.7042 4.8278 2.2446
+ osolve%nleaves= 64128
+ Assessing octree stability 53032.3812 8.5048 3.6770
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53032.3898 8.5134 0.0086
+ Interpolate velo onto osolve 53032.9420 9.0656 0.5523
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53033.0287 9.1523 0.0867
+ Find void 53033.3004 9.4240 0.2717
+ whole leaf in fluid 32992
+ Define boundary conditions 53033.3408 9.4644 0.0404
+ wsmp setup1 53033.3528 9.4764 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 53034.4972 10.6208 1.1444
+ -----------------------------------
+ start of non-linear iteratio 1 53034.5563
+ -----------------------------------
+ build system 53034.5564 0.0001 0.0001
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53042.3602 7.8040 7.8038
+ =================================
+ wsmp: initialisation time: 0.0624101 s
+ wsmp: ordering time: 4.3070660 s
+ wsmp: symbolic fact. time: 0.7937250 s
+ wsmp: Cholesky fact. time: 11.4582288 s
+ wsmp: Factorisation 14380.2053851 Mflops
+ wsmp: back substitution time: 0.2346771 s
+ wsmp: from b to rhs vector: 0.0085590 s
+ ---------------------------------
+ wsmp: total solve time: 16.8651109 s
+ =================================
+ u : -0.10174E+01 0.18494E+00
+ v : -0.94161E-01 0.11699E+00
+ w : -0.76323E+00 0.24643E+00
+ =================================
+ Calculate pressures 53059.2592 24.7030 16.8990
+ raw pressures : -0.35084E+00 0.00000E+00
+ Smoothing pressures 53059.4848 24.9285 0.2255
+ do leaf measurements 53059.4866 24.9303 0.0018
+ compute convergence criterion 53059.5466 24.9903 0.0600
+ velocity_diff_norm = 0.5898898 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53059.5538
+ -----------------------------------
+ build system 53059.5600 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72614E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53067.5047 7.9510 7.9448
+ =================================
+ wsmp: initialisation time: 0.0577970 s
+ wsmp: ordering time: 4.3010950 s
+ wsmp: symbolic fact. time: 0.7942040 s
+ wsmp: Cholesky fact. time: 11.5183191 s
+ wsmp: Factorisation 14305.1848118 Mflops
+ wsmp: back substitution time: 0.2347322 s
+ wsmp: from b to rhs vector: 0.0085521 s
+ ---------------------------------
+ wsmp: total solve time: 16.9151371 s
+ =================================
+ u : -0.10151E+01 0.13736E+00
+ v : -0.48959E-01 0.10183E+00
+ w : -0.76821E+00 0.22683E+00
+ =================================
+ Calculate pressures 53084.4535 24.8997 16.9487
+ raw pressures : -0.12352E+01 0.18206E+00
+ Smoothing pressures 53084.6790 25.1252 0.2255
+ do leaf measurements 53084.6807 25.1269 0.0017
+ compute convergence criterion 53084.7404 25.1866 0.0597
+ velocity_diff_norm = 0.0719753 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53084.7475
+ -----------------------------------
+ build system 53084.7536 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53092.6458 7.8982 7.8922
+ =================================
+ wsmp: initialisation time: 0.0577822 s
+ wsmp: ordering time: 4.3127809 s
+ wsmp: symbolic fact. time: 0.8021681 s
+ wsmp: Cholesky fact. time: 11.4551291 s
+ wsmp: Factorisation 14384.0965708 Mflops
+ wsmp: back substitution time: 0.2352469 s
+ wsmp: from b to rhs vector: 0.0085180 s
+ ---------------------------------
+ wsmp: total solve time: 16.8720522 s
+ =================================
+ u : -0.10174E+01 0.15487E+00
+ v : -0.38045E-01 0.11828E+00
+ w : -0.74700E+00 0.23201E+00
+ =================================
+ Calculate pressures 53109.5525 24.8050 16.9067
+ raw pressures : -0.13720E+01 0.31551E+00
+ Smoothing pressures 53109.7784 25.0309 0.2259
+ do leaf measurements 53109.7801 25.0326 0.0017
+ compute convergence criterion 53109.8398 25.0923 0.0597
+ velocity_diff_norm = 0.0359025 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53109.8469
+ -----------------------------------
+ build system 53109.8530 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53117.8628 8.0159 8.0098
+ =================================
+ wsmp: initialisation time: 0.0596240 s
+ wsmp: ordering time: 4.3152761 s
+ wsmp: symbolic fact. time: 0.7939031 s
+ wsmp: Cholesky fact. time: 11.4599190 s
+ wsmp: Factorisation 14378.0845417 Mflops
+ wsmp: back substitution time: 0.2364030 s
+ wsmp: from b to rhs vector: 0.0085380 s
+ ---------------------------------
+ wsmp: total solve time: 16.8741100 s
+ =================================
+ u : -0.10174E+01 0.17493E+00
+ v : -0.38356E-01 0.12296E+00
+ w : -0.73785E+00 0.22941E+00
+ =================================
+ Calculate pressures 53134.7713 24.9244 16.9085
+ raw pressures : -0.14699E+01 0.35955E+00
+ Smoothing pressures 53134.9995 25.1526 0.2282
+ do leaf measurements 53135.0012 25.1543 0.0017
+ compute convergence criterion 53135.0612 25.2143 0.0599
+ velocity_diff_norm = 0.0156183 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53135.0682
+ -----------------------------------
+ build system 53135.0742 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53143.0126 7.9444 7.9383
+ =================================
+ wsmp: initialisation time: 0.0587070 s
+ wsmp: ordering time: 4.3343940 s
+ wsmp: symbolic fact. time: 0.7951941 s
+ wsmp: Cholesky fact. time: 11.5450270 s
+ wsmp: Factorisation 14272.0916654 Mflops
+ wsmp: back substitution time: 0.2351429 s
+ wsmp: from b to rhs vector: 0.0085039 s
+ ---------------------------------
+ wsmp: total solve time: 16.9774249 s
+ =================================
+ u : -0.10173E+01 0.19213E+00
+ v : -0.40776E-01 0.12552E+00
+ w : -0.73334E+00 0.22841E+00
+ =================================
+ Calculate pressures 53160.0244 24.9562 17.0118
+ raw pressures : -0.15127E+01 0.36718E+00
+ Smoothing pressures 53160.2497 25.1815 0.2253
+ do leaf measurements 53160.2514 25.1832 0.0017
+ compute convergence criterion 53160.3112 25.2430 0.0598
+ velocity_diff_norm = 0.0106114 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 53160.3183
+ -----------------------------------
+ build system 53160.3243 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53168.3198 8.0015 7.9955
+ =================================
+ wsmp: initialisation time: 0.0606589 s
+ wsmp: ordering time: 4.3167000 s
+ wsmp: symbolic fact. time: 0.7955120 s
+ wsmp: Cholesky fact. time: 11.4483352 s
+ wsmp: Factorisation 14392.6327643 Mflops
+ wsmp: back substitution time: 0.2352109 s
+ wsmp: from b to rhs vector: 0.0086279 s
+ ---------------------------------
+ wsmp: total solve time: 16.8654709 s
+ =================================
+ u : -0.10171E+01 0.20738E+00
+ v : -0.43171E-01 0.12558E+00
+ w : -0.72888E+00 0.22775E+00
+ =================================
+ Calculate pressures 53185.2201 24.9018 16.9003
+ raw pressures : -0.15337E+01 0.36461E+00
+ Smoothing pressures 53185.4458 25.1275 0.2257
+ do leaf measurements 53185.4476 25.1292 0.0017
+ compute convergence criterion 53185.5050 25.1867 0.0574
+ velocity_diff_norm = 0.0079010 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53185.5081 25.1898 0.0031
+Compute isostasy and adjust vertical 53185.5083 25.1900 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -214997021984694. 411598199481824.56
+ def in m -7.9954123497009277 0.77129882574081421
+ dimensionless def -1.79382818085806707E-6 2.2844035284859795E-5
+ Isostatic velocity range = -0.0177779 0.2279669
+ Compute divergence 53185.7790 25.4607 0.2707
+ wsmp_cleanup 53185.8180 25.4997 0.0390
+ Reset surface geometry 53185.8254 25.5071 0.0074
+ -----------------------------------------------------------------------
+ Temperature calculations 53185.8332 25.5149 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53185.8505 25.5321 0.0172
+ Advect surface 1 53185.8506 25.5323 0.0002
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53186.0494 25.7311 0.1988
+ removing 1 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53186.2631 25.9448 0.2137
+ removing 1 particle from surface
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53186.5398 26.2215 0.2767
+ Advect the cloud 53186.7195 26.4012 0.1797
+ Write output 53187.6128 27.2945 0.8933
+ End of time step 53188.5183 28.2000 0.9055
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 327 53188.5185
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53188.5186 0.0001 0.0001
+ surface 01 53188.5186 0.0001 0.0000
+ S. 1: 17027points
+ refine surface 53188.5187 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 53188.5488 0.0303 0.0301
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 53188.5814 0.0629 0.0326
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53188.6120 0.0935 0.0306
+ S. 1: 0 flips in delaunay2
+ S. 1: 17028points
+ surface 02 53188.6349 0.1164 0.0229
+ S. 2: 17018points
+ refine surface 53188.6351 0.1165 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 53188.6657 0.1472 0.0306
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 53188.6983 0.1797 0.0326
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53188.7289 0.2104 0.0307
+ S. 2: 0 flips in delaunay2
+ S. 2: 17019points
+ surface 03 53188.7524 0.2339 0.0235
+ S. 3: 17023points
+ refine surface 53188.7525 0.2340 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53188.7831 0.2646 0.0306
+ S. 3: 0 flips in delaunay2
+ S. 3: 17023points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53188.8145
+ -----------------------------------------------------------------------
+ Create octree solve 53188.8148 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53188.8307 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 53188.8546 0.0400 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53188.8557 0.0412 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53188.8699 0.0553 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 53188.9922 0.1777 0.1224
+ Imbed surface in osolve 53189.2874 0.4729 0.2952
+ embedding surface 1 53189.2876 0.4730 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53191.4171 2.6026 2.1296
+ osolve%nleaves= 59424
+ embedding surface 3 53193.6255 4.8110 2.2084
+ osolve%nleaves= 64128
+ Assessing octree stability 53197.3315 8.5170 3.7060
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53197.3374 8.5229 0.0059
+ Interpolate velo onto osolve 53197.8878 9.0733 0.5504
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53197.9854 9.1708 0.0976
+ Find void 53198.2587 9.4441 0.2733
+ whole leaf in fluid 32992
+ Define boundary conditions 53198.3004 9.4859 0.0417
+ wsmp setup1 53198.3121 9.4976 0.0117
+ n = 128799
+ nz= 4957209
+ wsmp setup2 53199.4572 10.6426 1.1450
+ -----------------------------------
+ start of non-linear iteratio 1 53199.5167
+ -----------------------------------
+ build system 53199.5169 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53207.3381 7.8214 7.8212
+ =================================
+ wsmp: initialisation time: 0.0621591 s
+ wsmp: ordering time: 4.3119881 s
+ wsmp: symbolic fact. time: 0.7935982 s
+ wsmp: Cholesky fact. time: 11.4593561 s
+ wsmp: Factorisation 14378.7908216 Mflops
+ wsmp: back substitution time: 0.2348599 s
+ wsmp: from b to rhs vector: 0.0084801 s
+ ---------------------------------
+ wsmp: total solve time: 16.8708959 s
+ =================================
+ u : -0.10174E+01 0.18450E+00
+ v : -0.94173E-01 0.11670E+00
+ w : -0.76292E+00 0.24635E+00
+ =================================
+ Calculate pressures 53224.2435 24.7268 16.9055
+ raw pressures : -0.35080E+00 0.00000E+00
+ Smoothing pressures 53224.4686 24.9520 0.2251
+ do leaf measurements 53224.4704 24.9537 0.0017
+ compute convergence criterion 53224.5307 25.0140 0.0603
+ velocity_diff_norm = 0.5904806 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53224.5381
+ -----------------------------------
+ build system 53224.5443 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72589E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53232.5439 8.0058 7.9996
+ =================================
+ wsmp: initialisation time: 0.0598052 s
+ wsmp: ordering time: 4.3174462 s
+ wsmp: symbolic fact. time: 0.7946210 s
+ wsmp: Cholesky fact. time: 11.4652910 s
+ wsmp: Factorisation 14371.3477086 Mflops
+ wsmp: back substitution time: 0.2358010 s
+ wsmp: from b to rhs vector: 0.0084951 s
+ ---------------------------------
+ wsmp: total solve time: 16.8819261 s
+ =================================
+ u : -0.10152E+01 0.13690E+00
+ v : -0.48795E-01 0.10168E+00
+ w : -0.76810E+00 0.22709E+00
+ =================================
+ Calculate pressures 53249.4601 24.9220 16.9162
+ raw pressures : -0.12348E+01 0.17998E+00
+ Smoothing pressures 53249.6866 25.1484 0.2265
+ do leaf measurements 53249.6883 25.1501 0.0017
+ compute convergence criterion 53249.7481 25.2100 0.0599
+ velocity_diff_norm = 0.0723062 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53249.7551
+ -----------------------------------
+ build system 53249.7611 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53257.6964 7.9413 7.9353
+ =================================
+ wsmp: initialisation time: 0.0607610 s
+ wsmp: ordering time: 4.3374560 s
+ wsmp: symbolic fact. time: 0.7983170 s
+ wsmp: Cholesky fact. time: 11.4956350 s
+ wsmp: Factorisation 14333.4129352 Mflops
+ wsmp: back substitution time: 0.2347579 s
+ wsmp: from b to rhs vector: 0.0085301 s
+ ---------------------------------
+ wsmp: total solve time: 16.9359219 s
+ =================================
+ u : -0.10175E+01 0.15452E+00
+ v : -0.38189E-01 0.11813E+00
+ w : -0.74670E+00 0.23218E+00
+ =================================
+ Calculate pressures 53274.6661 24.9111 16.9698
+ raw pressures : -0.13720E+01 0.31523E+00
+ Smoothing pressures 53274.8911 25.1361 0.2250
+ do leaf measurements 53274.8928 25.1377 0.0017
+ compute convergence criterion 53274.9527 25.1976 0.0599
+ velocity_diff_norm = 0.0360495 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53274.9598
+ -----------------------------------
+ build system 53274.9658 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53282.9493 7.9896 7.9835
+ =================================
+ wsmp: initialisation time: 0.0586691 s
+ wsmp: ordering time: 4.3165460 s
+ wsmp: symbolic fact. time: 0.7941971 s
+ wsmp: Cholesky fact. time: 11.4590240 s
+ wsmp: Factorisation 14379.2075624 Mflops
+ wsmp: back substitution time: 0.2378819 s
+ wsmp: from b to rhs vector: 0.0085058 s
+ ---------------------------------
+ wsmp: total solve time: 16.8752892 s
+ =================================
+ u : -0.10175E+01 0.17463E+00
+ v : -0.38455E-01 0.12286E+00
+ w : -0.73763E+00 0.22937E+00
+ =================================
+ Calculate pressures 53299.8592 24.8994 16.9099
+ raw pressures : -0.14697E+01 0.35882E+00
+ Smoothing pressures 53300.0840 25.1243 0.2248
+ do leaf measurements 53300.0858 25.1260 0.0017
+ compute convergence criterion 53300.1462 25.1864 0.0604
+ velocity_diff_norm = 0.0155846 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53300.1533
+ -----------------------------------
+ build system 53300.1594 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53308.1077 7.9544 7.9483
+ =================================
+ wsmp: initialisation time: 0.0606670 s
+ wsmp: ordering time: 4.3070650 s
+ wsmp: symbolic fact. time: 0.7972510 s
+ wsmp: Cholesky fact. time: 11.5037959 s
+ wsmp: Factorisation 14323.2447662 Mflops
+ wsmp: back substitution time: 0.2353799 s
+ wsmp: from b to rhs vector: 0.0085442 s
+ ---------------------------------
+ wsmp: total solve time: 16.9131551 s
+ =================================
+ u : -0.10174E+01 0.19184E+00
+ v : -0.40748E-01 0.12546E+00
+ w : -0.73314E+00 0.22845E+00
+ =================================
+ Calculate pressures 53325.0556 24.9023 16.9479
+ raw pressures : -0.15119E+01 0.36662E+00
+ Smoothing pressures 53325.2806 25.1273 0.2250
+ do leaf measurements 53325.2823 25.1291 0.0017
+ compute convergence criterion 53325.3420 25.1888 0.0597
+ velocity_diff_norm = 0.0105874 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 53325.3491
+ -----------------------------------
+ build system 53325.3552 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53333.2927 7.9436 7.9375
+ =================================
+ wsmp: initialisation time: 0.0591700 s
+ wsmp: ordering time: 4.3226209 s
+ wsmp: symbolic fact. time: 0.8017521 s
+ wsmp: Cholesky fact. time: 11.4559851 s
+ wsmp: Factorisation 14383.0218771 Mflops
+ wsmp: back substitution time: 0.2347131 s
+ wsmp: from b to rhs vector: 0.0085258 s
+ ---------------------------------
+ wsmp: total solve time: 16.8832231 s
+ =================================
+ u : -0.10171E+01 0.20709E+00
+ v : -0.43166E-01 0.12553E+00
+ w : -0.72873E+00 0.22787E+00
+ =================================
+ Calculate pressures 53350.2098 24.8607 16.9171
+ raw pressures : -0.15327E+01 0.36407E+00
+ Smoothing pressures 53350.4343 25.0852 0.2245
+ do leaf measurements 53350.4360 25.0869 0.0017
+ compute convergence criterion 53350.4934 25.1443 0.0574
+ velocity_diff_norm = 0.0078832 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53350.4965 25.1474 0.0031
+Compute isostasy and adjust vertical 53350.4967 25.1476 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -215290310395531.06 412548359547555.94
+ def in m -7.9967155456542969 0.76782512664794922
+ dimensionless def -1.78360172680446072E-6 2.28477587018694201E-5
+ Isostatic velocity range = -0.0176821 0.2279887
+ Compute divergence 53350.7695 25.4204 0.2728
+ wsmp_cleanup 53350.8088 25.4597 0.0393
+ Reset surface geometry 53350.8187 25.4696 0.0099
+ -----------------------------------------------------------------------
+ Temperature calculations 53350.8271 25.4780 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53350.8441 25.4950 0.0170
+ Advect surface 1 53350.8442 25.4951 0.0001
+ removing 1 particle from surface
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53351.0592 25.7101 0.2150
+ removing 1 particle from surface
+ S. 2: 6 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53351.2767 25.9276 0.2175
+ removing 3 particle from surface
+ S. 3: 11 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53351.5719 26.2228 0.2952
+ Advect the cloud 53351.7528 26.4037 0.1809
+ Write output 53352.6470 27.2979 0.8942
+ End of time step 53353.5542 28.2051 0.9072
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 328 53353.5544
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53353.5545 0.0001 0.0001
+ surface 01 53353.5545 0.0001 0.0000
+ S. 1: 17027points
+ refine surface 53353.5546 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 53353.5902 0.0357 0.0356
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 53353.6189 0.0645 0.0288
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53353.6537 0.0992 0.0348
+ S. 1: 0 flips in delaunay2
+ S. 1: 17028points
+ surface 02 53353.6767 0.1223 0.0230
+ S. 2: 17018points
+ refine surface 53353.6768 0.1224 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53353.7106 0.1561 0.0337
+ S. 2: 0 flips in delaunay2
+ S. 2: 17018points
+ surface 03 53353.7346 0.1802 0.0240
+ S. 3: 17020points
+ refine surface 53353.7348 0.1803 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 53353.7724 0.2180 0.0376
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 53353.8085 0.2541 0.0362
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53353.8458 0.2913 0.0372
+ S. 3: 0 flips in delaunay2
+ S. 3: 17021points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53353.8785
+ -----------------------------------------------------------------------
+ Create octree solve 53353.8788 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53353.8947 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 53353.9188 0.0403 0.0241
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53353.9199 0.0414 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53353.9341 0.0556 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 53354.0564 0.1779 0.1223
+ Imbed surface in osolve 53354.3511 0.4726 0.2947
+ embedding surface 1 53354.3513 0.4728 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53356.4661 2.5876 2.1148
+ osolve%nleaves= 59424
+ embedding surface 3 53358.6718 4.7933 2.2057
+ osolve%nleaves= 64128
+ Assessing octree stability 53362.4005 8.5220 3.7287
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53362.4079 8.5294 0.0073
+ Interpolate velo onto osolve 53362.9419 9.0634 0.5340
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53363.0283 9.1498 0.0864
+ Find void 53363.2979 9.4194 0.2696
+ whole leaf in fluid 32992
+ Define boundary conditions 53363.3388 9.4603 0.0409
+ wsmp setup1 53363.3509 9.4724 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 53364.4999 10.6214 1.1489
+ -----------------------------------
+ start of non-linear iteratio 1 53364.5606
+ -----------------------------------
+ build system 53364.5608 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53372.3381 7.7775 7.7773
+ =================================
+ wsmp: initialisation time: 0.0635939 s
+ wsmp: ordering time: 4.3177612 s
+ wsmp: symbolic fact. time: 0.7996972 s
+ wsmp: Cholesky fact. time: 11.4336421 s
+ wsmp: Factorisation 14411.1282939 Mflops
+ wsmp: back substitution time: 0.2346201 s
+ wsmp: from b to rhs vector: 0.0084841 s
+ ---------------------------------
+ wsmp: total solve time: 16.8582511 s
+ =================================
+ u : -0.10175E+01 0.18483E+00
+ v : -0.93569E-01 0.11589E+00
+ w : -0.76311E+00 0.24503E+00
+ =================================
+ Calculate pressures 53389.2316 24.6710 16.8935
+ raw pressures : -0.35099E+00 0.00000E+00
+ Smoothing pressures 53389.4559 24.8953 0.2243
+ do leaf measurements 53389.4576 24.8971 0.0018
+ compute convergence criterion 53389.5169 24.9563 0.0592
+ velocity_diff_norm = 0.5901270 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53389.5238
+ -----------------------------------
+ build system 53389.5298 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73875E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53397.5441 8.0203 8.0143
+ =================================
+ wsmp: initialisation time: 0.0592201 s
+ wsmp: ordering time: 4.3225298 s
+ wsmp: symbolic fact. time: 0.7944441 s
+ wsmp: Cholesky fact. time: 11.4670210 s
+ wsmp: Factorisation 14369.1795838 Mflops
+ wsmp: back substitution time: 0.2358179 s
+ wsmp: from b to rhs vector: 0.0084670 s
+ ---------------------------------
+ wsmp: total solve time: 16.8879659 s
+ =================================
+ u : -0.10149E+01 0.13726E+00
+ v : -0.48970E-01 0.10178E+00
+ w : -0.76826E+00 0.22580E+00
+ =================================
+ Calculate pressures 53414.4670 24.9432 16.9228
+ raw pressures : -0.12353E+01 0.18120E+00
+ Smoothing pressures 53414.6940 25.1703 0.2271
+ do leaf measurements 53414.6958 25.1720 0.0018
+ compute convergence criterion 53414.7551 25.2313 0.0593
+ velocity_diff_norm = 0.0720412 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53414.7620
+ -----------------------------------
+ build system 53414.7679 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53422.7061 7.9441 7.9381
+ =================================
+ wsmp: initialisation time: 0.0634391 s
+ wsmp: ordering time: 4.3388312 s
+ wsmp: symbolic fact. time: 0.7960758 s
+ wsmp: Cholesky fact. time: 11.5255508 s
+ wsmp: Factorisation 14296.2090168 Mflops
+ wsmp: back substitution time: 0.2350850 s
+ wsmp: from b to rhs vector: 0.0085220 s
+ ---------------------------------
+ wsmp: total solve time: 16.9679661 s
+ =================================
+ u : -0.10171E+01 0.15477E+00
+ v : -0.38147E-01 0.11837E+00
+ w : -0.74696E+00 0.23175E+00
+ =================================
+ Calculate pressures 53439.7091 24.9472 17.0031
+ raw pressures : -0.13720E+01 0.31572E+00
+ Smoothing pressures 53439.9345 25.1725 0.2253
+ do leaf measurements 53439.9362 25.1742 0.0017
+ compute convergence criterion 53439.9955 25.2335 0.0593
+ velocity_diff_norm = 0.0360960 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53440.0023
+ -----------------------------------
+ build system 53440.0084 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53448.0033 8.0009 7.9949
+ =================================
+ wsmp: initialisation time: 0.0572040 s
+ wsmp: ordering time: 4.3195069 s
+ wsmp: symbolic fact. time: 0.7948999 s
+ wsmp: Cholesky fact. time: 11.4469640 s
+ wsmp: Factorisation 14394.3567489 Mflops
+ wsmp: back substitution time: 0.2350740 s
+ wsmp: from b to rhs vector: 0.0085330 s
+ ---------------------------------
+ wsmp: total solve time: 16.8626330 s
+ =================================
+ u : -0.10173E+01 0.17475E+00
+ v : -0.38463E-01 0.12305E+00
+ w : -0.73786E+00 0.22923E+00
+ =================================
+ Calculate pressures 53464.9006 24.8983 16.8974
+ raw pressures : -0.14696E+01 0.35956E+00
+ Smoothing pressures 53465.1250 25.1227 0.2244
+ do leaf measurements 53465.1268 25.1245 0.0018
+ compute convergence criterion 53465.1865 25.1842 0.0597
+ velocity_diff_norm = 0.0155594 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53465.1935
+ -----------------------------------
+ build system 53465.1999 0.0064 0.0064
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53473.2028 8.0093 8.0029
+ =================================
+ wsmp: initialisation time: 0.0619421 s
+ wsmp: ordering time: 4.3273180 s
+ wsmp: symbolic fact. time: 0.7912278 s
+ wsmp: Cholesky fact. time: 11.4636130 s
+ wsmp: Factorisation 14373.4513191 Mflops
+ wsmp: back substitution time: 0.2355869 s
+ wsmp: from b to rhs vector: 0.0085390 s
+ ---------------------------------
+ wsmp: total solve time: 16.8886490 s
+ =================================
+ u : -0.10172E+01 0.19189E+00
+ v : -0.40760E-01 0.12558E+00
+ w : -0.73338E+00 0.22835E+00
+ =================================
+ Calculate pressures 53490.1256 24.9322 16.9228
+ raw pressures : -0.15126E+01 0.36732E+00
+ Smoothing pressures 53490.3532 25.1597 0.2276
+ do leaf measurements 53490.3550 25.1615 0.0018
+ compute convergence criterion 53490.4142 25.2207 0.0592
+ velocity_diff_norm = 0.0105949 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 53490.4210
+ -----------------------------------
+ build system 53490.4269 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53498.3602 7.9392 7.9333
+ =================================
+ wsmp: initialisation time: 0.3524189 s
+ wsmp: ordering time: 4.3429699 s
+ wsmp: symbolic fact. time: 0.7980499 s
+ wsmp: Cholesky fact. time: 11.4957969 s
+ wsmp: Factorisation 14333.2110890 Mflops
+ wsmp: back substitution time: 0.2347860 s
+ wsmp: from b to rhs vector: 0.0085101 s
+ ---------------------------------
+ wsmp: total solve time: 17.2331040 s
+ =================================
+ u : -0.10171E+01 0.20716E+00
+ v : -0.43156E-01 0.12572E+00
+ w : -0.72894E+00 0.22777E+00
+ =================================
+ Calculate pressures 53515.6275 25.2065 17.2673
+ raw pressures : -0.15333E+01 0.36498E+00
+ Smoothing pressures 53515.8521 25.4311 0.2246
+ do leaf measurements 53515.8539 25.4329 0.0018
+ compute convergence criterion 53515.9109 25.4899 0.0570
+ velocity_diff_norm = 0.0078843 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53515.9140 25.4930 0.0031
+Compute isostasy and adjust vertical 53515.9142 25.4932 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -215582149910830.94 413500195786682.06
+ def in m -7.999213695526123 0.7642444372177124
+ dimensionless def -1.78292240415300641E-6 2.28548962729317824E-5
+ Isostatic velocity range = -0.0176827 0.2280439
+ Compute divergence 53516.1870 25.7660 0.2728
+ wsmp_cleanup 53516.2262 25.8052 0.0392
+ Reset surface geometry 53516.2352 25.8142 0.0090
+ -----------------------------------------------------------------------
+ Temperature calculations 53516.2429 25.8219 0.0077
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53516.2603 25.8393 0.0174
+ Advect surface 1 53516.2604 25.8395 0.0001
+ removing 4 particle from surface
+ S. 1: 7 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53516.4984 26.0774 0.2380
+ S. 2: 7 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53516.7023 26.2813 0.2039
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53516.9685 26.5475 0.2662
+ Advect the cloud 53517.1513 26.7304 0.1828
+ Write output 53518.0485 27.6275 0.8971
+ End of time step 53540.8214 50.4004 22.7729
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 329 53540.8216
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53540.8217 0.0001 0.0001
+ surface 01 53540.8217 0.0001 0.0001
+ S. 1: 17024points
+ refine surface 53540.8218 0.0002 0.0001
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 53540.8565 0.0349 0.0347
+ S. 1: 2 flips in delaunay2
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 53540.8903 0.0687 0.0338
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53540.9262 0.1046 0.0359
+ S. 1: 0 flips in delaunay2
+ S. 1: 17025points
+ surface 02 53540.9522 0.1306 0.0260
+ S. 2: 17018points
+ refine surface 53540.9523 0.1307 0.0001
+ S. 2: 3 added ptcls in refine_surface
+ check delaunay 53540.9941 0.1725 0.0418
+ S. 2: 6 flips in delaunay2
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 53541.0283 0.2067 0.0341
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53541.0658 0.2442 0.0375
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 53541.0901 0.2685 0.0243
+ S. 3: 17021points
+ refine surface 53541.0902 0.2686 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 53541.1297 0.3081 0.0395
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 53541.1603 0.3387 0.0306
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53541.1978 0.3762 0.0375
+ S. 3: 0 flips in delaunay2
+ S. 3: 17022points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53541.2319
+ -----------------------------------------------------------------------
+ Create octree solve 53541.2322 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53541.2483 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 53541.2721 0.0401 0.0237
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53541.2732 0.0412 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53541.2875 0.0555 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 53541.4111 0.1791 0.1236
+ Imbed surface in osolve 53541.6507 0.4187 0.2396
+ embedding surface 1 53541.6508 0.4189 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53543.7710 2.5390 2.1201
+ osolve%nleaves= 59424
+ embedding surface 3 53546.0512 4.8192 2.2802
+ osolve%nleaves= 64128
+ Assessing octree stability 53549.8131 8.5811 3.7619
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53549.8237 8.5917 0.0106
+ Interpolate velo onto osolve 53550.3631 9.1312 0.5394
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53550.4458 9.2139 0.0827
+ Find void 53550.7187 9.4867 0.2729
+ whole leaf in fluid 32992
+ Define boundary conditions 53550.7602 9.5283 0.0416
+ wsmp setup1 53550.7719 9.5400 0.0117
+ n = 128799
+ nz= 4957209
+ wsmp setup2 53551.9165 10.6846 1.1446
+ -----------------------------------
+ start of non-linear iteratio 1 53551.9753
+ -----------------------------------
+ build system 53551.9754 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53559.7957 7.8204 7.8202
+ =================================
+ wsmp: initialisation time: 0.0643160 s
+ wsmp: ordering time: 4.3188841 s
+ wsmp: symbolic fact. time: 0.7924869 s
+ wsmp: Cholesky fact. time: 11.4457641 s
+ wsmp: Factorisation 14395.8658367 Mflops
+ wsmp: back substitution time: 0.2356141 s
+ wsmp: from b to rhs vector: 0.0085061 s
+ ---------------------------------
+ wsmp: total solve time: 16.8660140 s
+ =================================
+ u : -0.10390E+01 0.18522E+00
+ v : -0.93894E-01 0.11667E+00
+ w : -0.76301E+00 0.24650E+00
+ =================================
+ Calculate pressures 53576.6962 24.7209 16.9005
+ raw pressures : -0.35079E+00 0.00000E+00
+ Smoothing pressures 53576.9222 24.9469 0.2260
+ do leaf measurements 53576.9240 24.9487 0.0018
+ compute convergence criterion 53576.9850 25.0097 0.0610
+ velocity_diff_norm = 0.5907329 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53576.9920
+ -----------------------------------
+ build system 53576.9981 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.72961E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53584.9347 7.9427 7.9366
+ =================================
+ wsmp: initialisation time: 0.0580690 s
+ wsmp: ordering time: 4.3230820 s
+ wsmp: symbolic fact. time: 0.7962501 s
+ wsmp: Cholesky fact. time: 11.5401721 s
+ wsmp: Factorisation 14278.0958937 Mflops
+ wsmp: back substitution time: 0.2353969 s
+ wsmp: from b to rhs vector: 0.0085080 s
+ ---------------------------------
+ wsmp: total solve time: 16.9619651 s
+ =================================
+ u : -0.10150E+01 0.13751E+00
+ v : -0.48904E-01 0.10161E+00
+ w : -0.76825E+00 0.22683E+00
+ =================================
+ Calculate pressures 53601.9310 24.9390 16.9963
+ raw pressures : -0.12363E+01 0.18018E+00
+ Smoothing pressures 53602.1558 25.1638 0.2248
+ do leaf measurements 53602.1576 25.1656 0.0018
+ compute convergence criterion 53602.2181 25.2261 0.0605
+ velocity_diff_norm = 0.0723869 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53602.2250
+ -----------------------------------
+ build system 53602.2311 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53610.2010 7.9760 7.9699
+ =================================
+ wsmp: initialisation time: 0.0606890 s
+ wsmp: ordering time: 4.3201232 s
+ wsmp: symbolic fact. time: 0.7962332 s
+ wsmp: Cholesky fact. time: 11.4493940 s
+ wsmp: Factorisation 14391.3017626 Mflops
+ wsmp: back substitution time: 0.2346001 s
+ wsmp: from b to rhs vector: 0.0084629 s
+ ---------------------------------
+ wsmp: total solve time: 16.8699710 s
+ =================================
+ u : -0.10174E+01 0.15488E+00
+ v : -0.38012E-01 0.11842E+00
+ w : -0.74709E+00 0.23212E+00
+ =================================
+ Calculate pressures 53627.1068 24.8819 16.9058
+ raw pressures : -0.13728E+01 0.31634E+00
+ Smoothing pressures 53627.3314 25.1064 0.2246
+ do leaf measurements 53627.3332 25.1082 0.0018
+ compute convergence criterion 53627.3935 25.1685 0.0603
+ velocity_diff_norm = 0.0361450 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53627.4005
+ -----------------------------------
+ build system 53627.4065 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53635.4259 8.0255 8.0195
+ =================================
+ wsmp: initialisation time: 0.0616260 s
+ wsmp: ordering time: 4.3192539 s
+ wsmp: symbolic fact. time: 0.7935991 s
+ wsmp: Cholesky fact. time: 11.4523001 s
+ wsmp: Factorisation 14387.6498907 Mflops
+ wsmp: back substitution time: 0.2358902 s
+ wsmp: from b to rhs vector: 0.0085139 s
+ ---------------------------------
+ wsmp: total solve time: 16.8716688 s
+ =================================
+ u : -0.10175E+01 0.17485E+00
+ v : -0.38346E-01 0.12306E+00
+ w : -0.73799E+00 0.22949E+00
+ =================================
+ Calculate pressures 53652.3321 24.9317 16.9062
+ raw pressures : -0.14708E+01 0.36008E+00
+ Smoothing pressures 53652.5595 25.1590 0.2273
+ do leaf measurements 53652.5613 25.1608 0.0018
+ compute convergence criterion 53652.6217 25.2212 0.0604
+ velocity_diff_norm = 0.0155484 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53652.6286
+ -----------------------------------
+ build system 53652.6346 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53660.5724 7.9438 7.9378
+ =================================
+ wsmp: initialisation time: 0.0609431 s
+ wsmp: ordering time: 4.3459380 s
+ wsmp: symbolic fact. time: 0.8008459 s
+ wsmp: Cholesky fact. time: 11.5275588 s
+ wsmp: Factorisation 14293.7187902 Mflops
+ wsmp: back substitution time: 0.2350008 s
+ wsmp: from b to rhs vector: 0.0085011 s
+ ---------------------------------
+ wsmp: total solve time: 16.9792290 s
+ =================================
+ u : -0.10174E+01 0.19198E+00
+ v : -0.40725E-01 0.12563E+00
+ w : -0.73346E+00 0.22852E+00
+ =================================
+ Calculate pressures 53677.5856 24.9570 17.0133
+ raw pressures : -0.15130E+01 0.36791E+00
+ Smoothing pressures 53677.8114 25.1827 0.2257
+ do leaf measurements 53677.8132 25.1846 0.0018
+ compute convergence criterion 53677.8736 25.2450 0.0604
+ velocity_diff_norm = 0.0105926 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 53677.8805
+ -----------------------------------
+ build system 53677.8866 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53685.8985 8.0179 8.0119
+ =================================
+ wsmp: initialisation time: 0.0573280 s
+ wsmp: ordering time: 4.3222480 s
+ wsmp: symbolic fact. time: 0.7958550 s
+ wsmp: Cholesky fact. time: 11.4401081 s
+ wsmp: Factorisation 14402.9831710 Mflops
+ wsmp: back substitution time: 0.2346311 s
+ wsmp: from b to rhs vector: 0.0085471 s
+ ---------------------------------
+ wsmp: total solve time: 16.8591862 s
+ =================================
+ u : -0.10172E+01 0.20730E+00
+ v : -0.43124E-01 0.12571E+00
+ w : -0.72900E+00 0.22789E+00
+ =================================
+ Calculate pressures 53702.7921 24.9116 16.8937
+ raw pressures : -0.15339E+01 0.36524E+00
+ Smoothing pressures 53703.0215 25.1410 0.2294
+ do leaf measurements 53703.0234 25.1429 0.0019
+ compute convergence criterion 53703.0818 25.2013 0.0584
+ velocity_diff_norm = 0.0078785 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53703.0850 25.2044 0.0032
+Compute isostasy and adjust vertical 53703.0852 25.2046 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -215863537652691.72 414458925744527.44
+ def in m -7.9993791580200195 0.7609856128692627
+ dimensionless def -1.77793894495282861E-6 2.28553690229143418E-5
+ Isostatic velocity range = -0.0176377 0.2280331
+ Compute divergence 53703.3574 25.4769 0.2723
+ wsmp_cleanup 53703.3975 25.5170 0.0401
+ Reset surface geometry 53703.4059 25.5254 0.0084
+ -----------------------------------------------------------------------
+ Temperature calculations 53703.4139 25.5334 0.0079
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53703.4312 25.5506 0.0173
+ Advect surface 1 53703.4313 25.5508 0.0002
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53703.6367 25.7562 0.2054
+ removing 1 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53703.8508 25.9703 0.2141
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53704.1162 26.2357 0.2654
+ Advect the cloud 53704.2979 26.4174 0.1817
+ Write output 53705.1917 27.3111 0.8937
+ End of time step 53706.1048 28.2242 0.9131
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 330 53706.1050
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53706.1050 0.0001 0.0001
+ surface 01 53706.1051 0.0001 0.0000
+ S. 1: 17025points
+ refine surface 53706.1051 0.0002 0.0000
+ S. 1: 1 added ptcls in refine_surface
+ check delaunay 53706.1413 0.0363 0.0362
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ refine surface 53706.1708 0.0659 0.0295
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53706.2081 0.1031 0.0373
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 53706.2322 0.1272 0.0241
+ S. 2: 17020points
+ refine surface 53706.2323 0.1274 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 53706.2700 0.1650 0.0377
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 53706.3041 0.1991 0.0341
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53706.3400 0.2350 0.0359
+ S. 2: 0 flips in delaunay2
+ S. 2: 17021points
+ surface 03 53706.3640 0.2591 0.0240
+ S. 3: 17022points
+ refine surface 53706.3642 0.2592 0.0002
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 53706.4026 0.2976 0.0384
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 53706.4331 0.3281 0.0305
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53706.4700 0.3650 0.0369
+ S. 3: 0 flips in delaunay2
+ S. 3: 17023points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53706.5039
+ -----------------------------------------------------------------------
+ Create octree solve 53706.5042 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53706.5201 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 53706.5440 0.0401 0.0239
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53706.5451 0.0413 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53706.5593 0.0554 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 53706.6815 0.1776 0.1222
+ Imbed surface in osolve 53706.9750 0.4711 0.2935
+ embedding surface 1 53706.9752 0.4713 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53709.0956 2.5918 2.1205
+ osolve%nleaves= 59424
+ embedding surface 3 53711.2950 4.7911 2.1994
+ osolve%nleaves= 64128
+ Assessing octree stability 53714.9714 8.4675 3.6764
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53714.9769 8.4731 0.0055
+ Interpolate velo onto osolve 53715.4876 8.9837 0.5106
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53715.6018 9.0979 0.1143
+ Find void 53715.8750 9.3711 0.2732
+ whole leaf in fluid 32992
+ Define boundary conditions 53715.9181 9.4142 0.0431
+ wsmp setup1 53715.9302 9.4263 0.0121
+ n = 128799
+ nz= 4957209
+ wsmp setup2 53717.0735 10.5696 1.1433
+ -----------------------------------
+ start of non-linear iteratio 1 53717.1368
+ -----------------------------------
+ build system 53717.1370 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38935E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53724.9570 7.8202 7.8200
+ =================================
+ wsmp: initialisation time: 0.0663731 s
+ wsmp: ordering time: 4.3139780 s
+ wsmp: symbolic fact. time: 0.7949679 s
+ wsmp: Cholesky fact. time: 11.4516079 s
+ wsmp: Factorisation 14388.5194727 Mflops
+ wsmp: back substitution time: 0.2348800 s
+ wsmp: from b to rhs vector: 0.0086000 s
+ ---------------------------------
+ wsmp: total solve time: 16.8708611 s
+ =================================
+ u : -0.10175E+01 0.18439E+00
+ v : -0.93940E-01 0.11526E+00
+ w : -0.76333E+00 0.24490E+00
+ =================================
+ Calculate pressures 53741.8616 24.7248 16.9046
+ raw pressures : -0.35130E+00 0.00000E+00
+ Smoothing pressures 53742.0870 24.9501 0.2253
+ do leaf measurements 53742.0887 24.9519 0.0018
+ compute convergence criterion 53742.1488 25.0119 0.0600
+ velocity_diff_norm = 0.5899393 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53742.1557
+ -----------------------------------
+ build system 53742.1618 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.73525E-04 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53750.1305 7.9748 7.9687
+ =================================
+ wsmp: initialisation time: 0.0570581 s
+ wsmp: ordering time: 4.3039920 s
+ wsmp: symbolic fact. time: 0.7902639 s
+ wsmp: Cholesky fact. time: 11.4717200 s
+ wsmp: Factorisation 14363.2937483 Mflops
+ wsmp: back substitution time: 0.2366021 s
+ wsmp: from b to rhs vector: 0.0086000 s
+ ---------------------------------
+ wsmp: total solve time: 16.8686979 s
+ =================================
+ u : -0.10153E+01 0.13708E+00
+ v : -0.48656E-01 0.10174E+00
+ w : -0.76826E+00 0.22576E+00
+ =================================
+ Calculate pressures 53767.0340 24.8783 16.9035
+ raw pressures : -0.12358E+01 0.18196E+00
+ Smoothing pressures 53767.2610 25.1053 0.2270
+ do leaf measurements 53767.2628 25.1071 0.0017
+ compute convergence criterion 53767.3221 25.1664 0.0594
+ velocity_diff_norm = 0.0718383 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53767.3290
+ -----------------------------------
+ build system 53767.3350 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53775.2642 7.9352 7.9292
+ =================================
+ wsmp: initialisation time: 0.0557780 s
+ wsmp: ordering time: 4.3334889 s
+ wsmp: symbolic fact. time: 0.7997072 s
+ wsmp: Cholesky fact. time: 11.4547510 s
+ wsmp: Factorisation 14384.5714030 Mflops
+ wsmp: back substitution time: 0.2346489 s
+ wsmp: from b to rhs vector: 0.0086150 s
+ ---------------------------------
+ wsmp: total solve time: 16.8874290 s
+ =================================
+ u : -0.10175E+01 0.15463E+00
+ v : -0.38078E-01 0.11817E+00
+ w : -0.74707E+00 0.23189E+00
+ =================================
+ Calculate pressures 53792.1860 24.8570 16.9217
+ raw pressures : -0.13718E+01 0.31563E+00
+ Smoothing pressures 53792.4104 25.0814 0.2245
+ do leaf measurements 53792.4122 25.0832 0.0018
+ compute convergence criterion 53792.4714 25.1424 0.0592
+ velocity_diff_norm = 0.0359535 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53792.4783
+ -----------------------------------
+ build system 53792.4843 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53800.4597 7.9814 7.9754
+ =================================
+ wsmp: initialisation time: 0.0612919 s
+ wsmp: ordering time: 4.3181639 s
+ wsmp: symbolic fact. time: 0.7941821 s
+ wsmp: Cholesky fact. time: 11.4566600 s
+ wsmp: Factorisation 14382.1745091 Mflops
+ wsmp: back substitution time: 0.2351761 s
+ wsmp: from b to rhs vector: 0.0085640 s
+ ---------------------------------
+ wsmp: total solve time: 16.8744960 s
+ =================================
+ u : -0.10174E+01 0.17464E+00
+ v : -0.38441E-01 0.12291E+00
+ w : -0.73793E+00 0.22939E+00
+ =================================
+ Calculate pressures 53817.3690 24.8907 16.9093
+ raw pressures : -0.14699E+01 0.35940E+00
+ Smoothing pressures 53817.5931 25.1148 0.2241
+ do leaf measurements 53817.5948 25.1166 0.0017
+ compute convergence criterion 53817.6548 25.1766 0.0600
+ velocity_diff_norm = 0.0155491 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53817.6618
+ -----------------------------------
+ build system 53817.6679 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53825.6002 7.9384 7.9323
+ =================================
+ wsmp: initialisation time: 0.0585439 s
+ wsmp: ordering time: 4.3105700 s
+ wsmp: symbolic fact. time: 0.7958319 s
+ wsmp: Cholesky fact. time: 11.5229449 s
+ wsmp: Factorisation 14299.4421058 Mflops
+ wsmp: back substitution time: 0.2349310 s
+ wsmp: from b to rhs vector: 0.0086060 s
+ ---------------------------------
+ wsmp: total solve time: 16.9318738 s
+ =================================
+ u : -0.10173E+01 0.19176E+00
+ v : -0.40676E-01 0.12546E+00
+ w : -0.73343E+00 0.22836E+00
+ =================================
+ Calculate pressures 53842.5666 24.9048 16.9664
+ raw pressures : -0.15126E+01 0.36756E+00
+ Smoothing pressures 53842.7905 25.1287 0.2239
+ do leaf measurements 53842.7922 25.1304 0.0017
+ compute convergence criterion 53842.8520 25.1902 0.0598
+ velocity_diff_norm = 0.0105659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 53842.8588
+ -----------------------------------
+ build system 53842.8648 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37088
+ wsmp solve 53850.8257 7.9669 7.9609
+ =================================
+ wsmp: initialisation time: 0.0585580 s
+ wsmp: ordering time: 4.3140719 s
+ wsmp: symbolic fact. time: 0.7953141 s
+ wsmp: Cholesky fact. time: 11.4364719 s
+ wsmp: Factorisation 14407.5624679 Mflops
+ wsmp: back substitution time: 0.2343378 s
+ wsmp: from b to rhs vector: 0.0085700 s
+ ---------------------------------
+ wsmp: total solve time: 16.8477809 s
+ =================================
+ u : -0.10171E+01 0.20710E+00
+ v : -0.43103E-01 0.12552E+00
+ w : -0.72903E+00 0.22781E+00
+ =================================
+ Calculate pressures 53867.7085 24.8496 16.8827
+ raw pressures : -0.15336E+01 0.36500E+00
+ Smoothing pressures 53867.9329 25.0741 0.2245
+ do leaf measurements 53867.9347 25.0759 0.0017
+ compute convergence criterion 53867.9918 25.1330 0.0571
+ velocity_diff_norm = 0.0078731 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 53867.9949 25.1361 0.0032
+Compute isostasy and adjust vertical 53867.9951 25.1363 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -216144942138494.28 415416246078989.94
+ def in m -7.9991660118103027 0.75832259654998779
+ dimensionless def -1.77589723042079382E-6 2.28547600337437198E-5
+ Isostatic velocity range = -0.0176201 0.2280109
+ Compute divergence 53868.2669 25.4081 0.2718
+ wsmp_cleanup 53868.3059 25.4471 0.0390
+ Reset surface geometry 53868.3137 25.4549 0.0078
+ -----------------------------------------------------------------------
+ Temperature calculations 53868.3215 25.4627 0.0078
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 53868.3388 25.4799 0.0172
+ Advect surface 1 53868.3389 25.4801 0.0002
+ S. 1: 1 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 53868.5441 25.6853 0.2052
+ S. 2: 4 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 53868.7499 25.8910 0.2057
+ S. 3: 3 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 53869.0166 26.1578 0.2668
+ Advect the cloud 53869.1983 26.3395 0.1817
+ Write output 53870.1014 27.2426 0.9031
+ End of time step 53871.0036 28.1448 0.9022
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 331 53871.0038
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 53871.0040 0.0002 0.0002
+ surface 01 53871.0040 0.0002 0.0001
+ S. 1: 17026points
+ refine surface 53871.0041 0.0003 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 53871.0403 0.0365 0.0362
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 53871.0655 0.0617 0.0252
+ S. 2: 17021points
+ refine surface 53871.0656 0.0618 0.0001
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 53871.1037 0.0999 0.0381
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 53871.1369 0.1331 0.0332
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 53871.1730 0.1692 0.0361
+ S. 2: 0 flips in delaunay2
+ S. 2: 17022points
+ surface 03 53871.1979 0.1941 0.0250
+ S. 3: 17023points
+ refine surface 53871.1981 0.1943 0.0001
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 53871.2354 0.2316 0.0374
+ S. 3: 0 flips in delaunay2
+ S. 3: 17023points
+ -----------------------------------------------------------------------
+ Start of iteration 1 53871.2695
+ -----------------------------------------------------------------------
+ Create octree solve 53871.2698 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 53871.2857 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 53871.3095 0.0400 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 53871.3106 0.0411 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 53871.3248 0.0553 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 53871.4471 0.1776 0.1223
+ Imbed surface in osolve 53871.7438 0.4743 0.2967
+ embedding surface 1 53871.7440 0.4745 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 53873.8797 2.6102 2.1357
+ osolve%nleaves= 59424
+ embedding surface 3 53876.0976 4.8281 2.2179
+ osolve%nleaves= 64128
+ Assessing octree stability 53879.7905 8.5210 3.6929
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 53879.7992 8.5297 0.0087
+ Interpolate velo onto osolve 53880.3277 9.0581 0.5285
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 53880.4142 9.1447 0.0866
+ Find void 53880.6849 9.4154 0.2707
+ whole leaf in fluid 32992
+ Define boundary conditions 53880.7258 9.4563 0.0409
+ wsmp setup1 53880.7377 9.4682 0.0119
+ n = 128817
+ nz= 4957596
+ wsmp setup2 53881.8845 10.6150 1.1468
+ -----------------------------------
+ start of non-linear iteratio 1 53881.9440
+ -----------------------------------
+ build system 53881.9442 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.02136E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 53889.7524 7.8084 7.8082
+ =================================
+ wsmp: initialisation time: 0.0626800 s
+ wsmp: ordering time: 4.1370149 s
+ wsmp: symbolic fact. time: 0.7915821 s
+ wsmp: Cholesky fact. time: 13.1050069 s
+ wsmp: Factorisation 12318.5492690 Mflops
+ wsmp: back substitution time: 0.2496099 s
+ wsmp: from b to rhs vector: 0.0086100 s
+ ---------------------------------
+ wsmp: total solve time: 18.3549240 s
+ =================================
+ u : -0.10164E+01 0.18708E+00
+ v : -0.94952E-01 0.11663E+00
+ w : -0.76445E+00 0.24634E+00
+ =================================
+ Calculate pressures 53908.1406 26.1966 18.3882
+ raw pressures : -0.35125E+00 0.00000E+00
+ Smoothing pressures 53908.3656 26.4216 0.2250
+ do leaf measurements 53908.3674 26.4234 0.0017
+ compute convergence criterion 53908.4278 26.4838 0.0604
+ velocity_diff_norm = 0.5910193 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 53908.4348
+ -----------------------------------
+ build system 53908.4408 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.02136E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 53916.4555 8.0207 8.0147
+ =================================
+ wsmp: initialisation time: 0.0570521 s
+ wsmp: ordering time: 4.1681700 s
+ wsmp: symbolic fact. time: 0.7955620 s
+ wsmp: Cholesky fact. time: 13.1347599 s
+ wsmp: Factorisation 12290.6451865 Mflops
+ wsmp: back substitution time: 0.2498488 s
+ wsmp: from b to rhs vector: 0.0085430 s
+ ---------------------------------
+ wsmp: total solve time: 18.4143469 s
+ =================================
+ u : -0.10149E+01 0.13907E+00
+ v : -0.48882E-01 0.10207E+00
+ w : -0.76941E+00 0.22768E+00
+ =================================
+ Calculate pressures 53934.9029 26.4681 18.4474
+ raw pressures : -0.12424E+01 0.18750E+00
+ Smoothing pressures 53935.1315 26.6968 0.2287
+ do leaf measurements 53935.1333 26.6985 0.0018
+ compute convergence criterion 53935.1939 26.7591 0.0606
+ velocity_diff_norm = 0.0726103 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 53935.2008
+ -----------------------------------
+ build system 53935.2067 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 53943.1374 7.9367 7.9307
+ =================================
+ wsmp: initialisation time: 0.0587289 s
+ wsmp: ordering time: 4.1483459 s
+ wsmp: symbolic fact. time: 0.7952631 s
+ wsmp: Cholesky fact. time: 13.0884950 s
+ wsmp: Factorisation 12334.0898536 Mflops
+ wsmp: back substitution time: 0.2483490 s
+ wsmp: from b to rhs vector: 0.0085430 s
+ ---------------------------------
+ wsmp: total solve time: 18.3481340 s
+ =================================
+ u : -0.10172E+01 0.15576E+00
+ v : -0.38484E-01 0.11889E+00
+ w : -0.74873E+00 0.23330E+00
+ =================================
+ Calculate pressures 53961.5187 26.3179 18.3812
+ raw pressures : -0.13794E+01 0.32067E+00
+ Smoothing pressures 53961.7452 26.5444 0.2265
+ do leaf measurements 53961.7469 26.5462 0.0017
+ compute convergence criterion 53961.8076 26.6068 0.0607
+ velocity_diff_norm = 0.0355742 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 53961.8145
+ -----------------------------------
+ build system 53961.8206 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 53969.7931 7.9786 7.9725
+ =================================
+ wsmp: initialisation time: 0.0577569 s
+ wsmp: ordering time: 4.1426151 s
+ wsmp: symbolic fact. time: 0.7973981 s
+ wsmp: Cholesky fact. time: 13.1039820 s
+ wsmp: Factorisation 12319.5127958 Mflops
+ wsmp: back substitution time: 0.2490170 s
+ wsmp: from b to rhs vector: 0.0085559 s
+ ---------------------------------
+ wsmp: total solve time: 18.3597310 s
+ =================================
+ u : -0.10173E+01 0.17557E+00
+ v : -0.38576E-01 0.12349E+00
+ w : -0.73910E+00 0.23062E+00
+ =================================
+ Calculate pressures 53988.1859 26.3714 18.3928
+ raw pressures : -0.14771E+01 0.36593E+00
+ Smoothing pressures 53988.4109 26.5964 0.2250
+ do leaf measurements 53988.4127 26.5982 0.0018
+ compute convergence criterion 53988.4728 26.6583 0.0601
+ velocity_diff_norm = 0.0154832 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 53988.4798
+ -----------------------------------
+ build system 53988.4858 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 53996.5007 8.0209 8.0149
+ =================================
+ wsmp: initialisation time: 0.0575678 s
+ wsmp: ordering time: 4.1685791 s
+ wsmp: symbolic fact. time: 0.7959080 s
+ wsmp: Cholesky fact. time: 13.1640241 s
+ wsmp: Factorisation 12263.3225351 Mflops
+ wsmp: back substitution time: 0.2501230 s
+ wsmp: from b to rhs vector: 0.0085511 s
+ ---------------------------------
+ wsmp: total solve time: 18.4451659 s
+ =================================
+ u : -0.10171E+01 0.19265E+00
+ v : -0.40571E-01 0.12599E+00
+ w : -0.73434E+00 0.22951E+00
+ =================================
+ Calculate pressures 54014.9791 26.4993 18.4784
+ raw pressures : -0.15195E+01 0.37310E+00
+ Smoothing pressures 54015.2070 26.7272 0.2279
+ do leaf measurements 54015.2088 26.7290 0.0018
+ compute convergence criterion 54015.2691 26.7894 0.0604
+ velocity_diff_norm = 0.0105900 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54015.2760
+ -----------------------------------
+ build system 54015.2820 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54023.2173 7.9413 7.9353
+ =================================
+ wsmp: initialisation time: 0.0607052 s
+ wsmp: ordering time: 4.1462610 s
+ wsmp: symbolic fact. time: 0.7973032 s
+ wsmp: Cholesky fact. time: 13.1031601 s
+ wsmp: Factorisation 12320.2854744 Mflops
+ wsmp: back substitution time: 0.2486110 s
+ wsmp: from b to rhs vector: 0.0084989 s
+ ---------------------------------
+ wsmp: total solve time: 18.3649361 s
+ =================================
+ u : -0.10169E+01 0.20811E+00
+ v : -0.43012E-01 0.12606E+00
+ w : -0.72973E+00 0.22887E+00
+ =================================
+ Calculate pressures 54041.6163 26.3403 18.3990
+ raw pressures : -0.15404E+01 0.36965E+00
+ Smoothing pressures 54041.8417 26.5657 0.2254
+ do leaf measurements 54041.8434 26.5674 0.0017
+ compute convergence criterion 54041.9014 26.6254 0.0580
+ velocity_diff_norm = 0.0078854 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54041.9046 26.6286 0.0032
+Compute isostasy and adjust vertical 54041.9047 26.6287 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -216421026526884.75 416377338654195.94
+ def in m -7.9986777305603027 0.75882065296173096
+ dimensionless def -1.76890816007341666E-6 2.2853364944458008E-5
+ Isostatic velocity range = -0.0175524 0.2279832
+ Compute divergence 54042.1808 26.9048 0.2761
+ wsmp_cleanup 54042.2196 26.9436 0.0387
+ Reset surface geometry 54042.2299 26.9539 0.0103
+ -----------------------------------------------------------------------
+ Temperature calculations 54042.2387 26.9627 0.0088
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54042.2564 26.9804 0.0178
+ Advect surface 1 54042.2566 26.9806 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54042.4598 27.1838 0.2032
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54042.6648 27.3888 0.2050
+ S. 3: 4 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54042.9281 27.6521 0.2633
+ Advect the cloud 54043.1065 27.8306 0.1785
+ Write output 54043.9981 28.7221 0.8916
+ End of time step 54044.9020 29.6260 0.9039
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 332 54044.9022
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54044.9023 0.0001 0.0001
+ surface 01 54044.9023 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54044.9024 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54044.9384 0.0362 0.0360
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54044.9630 0.0608 0.0246
+ S. 2: 17022points
+ refine surface 54044.9632 0.0610 0.0002
+ S. 2: 1 added ptcls in refine_surface
+ check delaunay 54045.0001 0.0979 0.0369
+ S. 2: 2 flips in delaunay2
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 54045.0341 0.1319 0.0340
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54045.0700 0.1678 0.0359
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 54045.0948 0.1927 0.0248
+ S. 3: 17023points
+ refine surface 54045.0950 0.1928 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 54045.1331 0.2309 0.0381
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 54045.1635 0.2613 0.0303
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54045.2005 0.2983 0.0371
+ S. 3: 0 flips in delaunay2
+ S. 3: 17024points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54045.2340
+ -----------------------------------------------------------------------
+ Create octree solve 54045.2343 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54045.2503 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 54045.2743 0.0402 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54045.2754 0.0414 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54045.2895 0.0555 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 54045.4117 0.1777 0.1222
+ Imbed surface in osolve 54045.7073 0.4733 0.2956
+ embedding surface 1 54045.7075 0.4734 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54047.8211 2.5871 2.1137
+ osolve%nleaves= 59424
+ embedding surface 3 54050.0108 4.7768 2.1896
+ osolve%nleaves= 64128
+ Assessing octree stability 54053.6644 8.4304 3.6536
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54053.6734 8.4394 0.0090
+ Interpolate velo onto osolve 54054.1498 8.9158 0.4764
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54054.3328 9.0988 0.1830
+ Find void 54054.6027 9.3687 0.2699
+ whole leaf in fluid 32992
+ Define boundary conditions 54054.6433 9.4093 0.0406
+ wsmp setup1 54054.6548 9.4208 0.0115
+ n = 128817
+ nz= 4957596
+ wsmp setup2 54055.8031 10.5691 1.1483
+ -----------------------------------
+ start of non-linear iteratio 1 54055.8625
+ -----------------------------------
+ build system 54055.8627 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.28385E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54063.6271 7.7646 7.7645
+ =================================
+ wsmp: initialisation time: 0.0627310 s
+ wsmp: ordering time: 4.1434660 s
+ wsmp: symbolic fact. time: 0.7953880 s
+ wsmp: Cholesky fact. time: 13.0815480 s
+ wsmp: Factorisation 12340.6399517 Mflops
+ wsmp: back substitution time: 0.2519450 s
+ wsmp: from b to rhs vector: 0.0085731 s
+ ---------------------------------
+ wsmp: total solve time: 18.3440762 s
+ =================================
+ u : -0.10162E+01 0.18783E+00
+ v : -0.95084E-01 0.11818E+00
+ w : -0.76502E+00 0.24909E+00
+ =================================
+ Calculate pressures 54082.0048 26.1423 18.3777
+ raw pressures : -0.35112E+00 0.00000E+00
+ Smoothing pressures 54082.2311 26.3686 0.2263
+ do leaf measurements 54082.2329 26.3704 0.0018
+ compute convergence criterion 54082.2922 26.4296 0.0592
+ velocity_diff_norm = 0.5908531 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 54082.2990
+ -----------------------------------
+ build system 54082.3050 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.28385E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54090.2767 7.9778 7.9718
+ =================================
+ wsmp: initialisation time: 0.0634120 s
+ wsmp: ordering time: 4.1425400 s
+ wsmp: symbolic fact. time: 0.7939630 s
+ wsmp: Cholesky fact. time: 13.0960619 s
+ wsmp: Factorisation 12326.9631936 Mflops
+ wsmp: back substitution time: 0.2493980 s
+ wsmp: from b to rhs vector: 0.0085981 s
+ ---------------------------------
+ wsmp: total solve time: 18.3543730 s
+ =================================
+ u : -0.10145E+01 0.13986E+00
+ v : -0.49629E-01 0.10208E+00
+ w : -0.76989E+00 0.22956E+00
+ =================================
+ Calculate pressures 54108.6645 26.3655 18.3878
+ raw pressures : -0.12410E+01 0.18603E+00
+ Smoothing pressures 54108.8906 26.5916 0.2261
+ do leaf measurements 54108.8924 26.5934 0.0018
+ compute convergence criterion 54108.9518 26.6528 0.0594
+ velocity_diff_norm = 0.0726290 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 54108.9586
+ -----------------------------------
+ build system 54108.9648 0.0062 0.0062
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54116.9772 8.0186 8.0124
+ =================================
+ wsmp: initialisation time: 0.0598860 s
+ wsmp: ordering time: 4.1691899 s
+ wsmp: symbolic fact. time: 0.7960439 s
+ wsmp: Cholesky fact. time: 13.1220181 s
+ wsmp: Factorisation 12302.5797070 Mflops
+ wsmp: back substitution time: 0.2498651 s
+ wsmp: from b to rhs vector: 0.0085511 s
+ ---------------------------------
+ wsmp: total solve time: 18.4059820 s
+ =================================
+ u : -0.10168E+01 0.15642E+00
+ v : -0.38287E-01 0.11898E+00
+ w : -0.74877E+00 0.23416E+00
+ =================================
+ Calculate pressures 54135.4159 26.4573 18.4387
+ raw pressures : -0.13810E+01 0.32133E+00
+ Smoothing pressures 54135.6451 26.6865 0.2292
+ do leaf measurements 54135.6470 26.6883 0.0018
+ compute convergence criterion 54135.7066 26.7480 0.0597
+ velocity_diff_norm = 0.0354716 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 54135.7135
+ -----------------------------------
+ build system 54135.7195 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54143.6569 7.9434 7.9374
+ =================================
+ wsmp: initialisation time: 0.0624969 s
+ wsmp: ordering time: 4.1474521 s
+ wsmp: symbolic fact. time: 0.7937000 s
+ wsmp: Cholesky fact. time: 13.0808930 s
+ wsmp: Factorisation 12341.2578244 Mflops
+ wsmp: back substitution time: 0.2488370 s
+ wsmp: from b to rhs vector: 0.0085919 s
+ ---------------------------------
+ wsmp: total solve time: 18.3424020 s
+ =================================
+ u : -0.10169E+01 0.17608E+00
+ v : -0.38468E-01 0.12363E+00
+ w : -0.73927E+00 0.23102E+00
+ =================================
+ Calculate pressures 54162.0325 26.3190 18.3756
+ raw pressures : -0.14791E+01 0.36652E+00
+ Smoothing pressures 54162.2582 26.5447 0.2258
+ do leaf measurements 54162.2600 26.5465 0.0018
+ compute convergence criterion 54162.3191 26.6057 0.0591
+ velocity_diff_norm = 0.0154702 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 54162.3259
+ -----------------------------------
+ build system 54162.3320 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54170.3037 7.9777 7.9717
+ =================================
+ wsmp: initialisation time: 0.0619729 s
+ wsmp: ordering time: 4.1541250 s
+ wsmp: symbolic fact. time: 0.7975662 s
+ wsmp: Cholesky fact. time: 13.0911660 s
+ wsmp: Factorisation 12331.5733172 Mflops
+ wsmp: back substitution time: 0.2488110 s
+ wsmp: from b to rhs vector: 0.0085540 s
+ ---------------------------------
+ wsmp: total solve time: 18.3626261 s
+ =================================
+ u : -0.10168E+01 0.19318E+00
+ v : -0.40581E-01 0.12612E+00
+ w : -0.73446E+00 0.22973E+00
+ =================================
+ Calculate pressures 54188.7000 26.3740 18.3963
+ raw pressures : -0.15218E+01 0.37366E+00
+ Smoothing pressures 54188.9261 26.6002 0.2261
+ do leaf measurements 54188.9279 26.6020 0.0018
+ compute convergence criterion 54188.9869 26.6610 0.0590
+ velocity_diff_norm = 0.0106175 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54188.9937
+ -----------------------------------
+ build system 54188.9997 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54197.0129 8.0192 8.0133
+ =================================
+ wsmp: initialisation time: 0.0615239 s
+ wsmp: ordering time: 4.1656120 s
+ wsmp: symbolic fact. time: 0.7931550 s
+ wsmp: Cholesky fact. time: 13.1128969 s
+ wsmp: Factorisation 12311.1372392 Mflops
+ wsmp: back substitution time: 0.2498789 s
+ wsmp: from b to rhs vector: 0.0085850 s
+ ---------------------------------
+ wsmp: total solve time: 18.3920798 s
+ =================================
+ u : -0.10166E+01 0.20859E+00
+ v : -0.43050E-01 0.12618E+00
+ w : -0.72983E+00 0.22907E+00
+ =================================
+ Calculate pressures 54215.4382 26.4446 18.4253
+ raw pressures : -0.15426E+01 0.37025E+00
+ Smoothing pressures 54215.6667 26.6730 0.2285
+ do leaf measurements 54215.6685 26.6748 0.0018
+ compute convergence criterion 54215.7255 26.7318 0.0569
+ velocity_diff_norm = 0.0078903 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54215.7286 26.7349 0.0031
+Compute isostasy and adjust vertical 54215.7288 26.7351 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -216720047558793.66 417324145010105.94
+ def in m -8.0146570205688477 0.75805294513702393
+ dimensionless def -1.78611431803022128E-6 2.28990200587681354E-5
+ Isostatic velocity range = -0.0177242 0.2284351
+ Compute divergence 54216.0087 27.0150 0.2799
+ wsmp_cleanup 54216.0469 27.0533 0.0383
+ Reset surface geometry 54216.0569 27.0633 0.0100
+ -----------------------------------------------------------------------
+ Temperature calculations 54216.0658 27.0721 0.0088
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54216.0845 27.0908 0.0187
+ Advect surface 1 54216.0847 27.0910 0.0002
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54216.2896 27.2959 0.2049
+ S. 2: 3 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54216.4973 27.5036 0.2077
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54216.7671 27.7734 0.2698
+ Advect the cloud 54216.9527 27.9591 0.1856
+ Write output 54217.8552 28.8615 0.9024
+ End of time step 54218.7658 29.7722 0.9107
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 333 54218.7660
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54218.7661 0.0001 0.0001
+ surface 01 54218.7662 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54218.7662 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54218.8026 0.0366 0.0364
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54218.8277 0.0616 0.0250
+ S. 2: 17023points
+ refine surface 54218.8278 0.0618 0.0002
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54218.8636 0.0975 0.0358
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 54218.8881 0.1221 0.0245
+ S. 3: 17024points
+ refine surface 54218.8883 0.1222 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54218.9247 0.1586 0.0364
+ S. 3: 0 flips in delaunay2
+ S. 3: 17024points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54218.9570
+ -----------------------------------------------------------------------
+ Create octree solve 54218.9573 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54218.9735 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 54218.9973 0.0402 0.0238
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54218.9984 0.0414 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54219.0127 0.0557 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 54219.1360 0.1790 0.1233
+ Imbed surface in osolve 54219.4315 0.4745 0.2955
+ embedding surface 1 54219.4317 0.4747 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54221.5672 2.6101 2.1355
+ osolve%nleaves= 59424
+ embedding surface 3 54223.7822 4.8252 2.2151
+ osolve%nleaves= 64128
+ Assessing octree stability 54227.4657 8.5086 3.6834
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54227.4713 8.5143 0.0056
+ Interpolate velo onto osolve 54227.9962 9.0392 0.5249
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54228.0780 9.1209 0.0817
+ Find void 54228.3476 9.3906 0.2696
+ whole leaf in fluid 32992
+ Define boundary conditions 54228.3883 9.4312 0.0407
+ wsmp setup1 54228.4007 9.4437 0.0124
+ n = 128817
+ nz= 4957596
+ wsmp setup2 54229.5400 10.5830 1.1393
+ -----------------------------------
+ start of non-linear iteratio 1 54229.6017
+ -----------------------------------
+ build system 54229.6019 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.79283E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54237.4566 7.8549 7.8547
+ =================================
+ wsmp: initialisation time: 0.0612891 s
+ wsmp: ordering time: 4.1732402 s
+ wsmp: symbolic fact. time: 0.7953730 s
+ wsmp: Cholesky fact. time: 13.1160171 s
+ wsmp: Factorisation 12308.2085291 Mflops
+ wsmp: back substitution time: 0.2499771 s
+ wsmp: from b to rhs vector: 0.0086849 s
+ ---------------------------------
+ wsmp: total solve time: 18.4050200 s
+ =================================
+ u : -0.10159E+01 0.18674E+00
+ v : -0.95306E-01 0.11829E+00
+ w : -0.76541E+00 0.24967E+00
+ =================================
+ Calculate pressures 54255.8951 26.2933 18.4385
+ raw pressures : -0.35120E+00 0.00000E+00
+ Smoothing pressures 54256.1245 26.5228 0.2294
+ do leaf measurements 54256.1264 26.5247 0.0019
+ compute convergence criterion 54256.1856 26.5838 0.0592
+ velocity_diff_norm = 0.5904868 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 54256.1923
+ -----------------------------------
+ build system 54256.1983 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.92813E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54264.1348 7.9425 7.9365
+ =================================
+ wsmp: initialisation time: 0.0581129 s
+ wsmp: ordering time: 4.1489470 s
+ wsmp: symbolic fact. time: 0.7952311 s
+ wsmp: Cholesky fact. time: 13.0812540 s
+ wsmp: Factorisation 12340.9172783 Mflops
+ wsmp: back substitution time: 0.2484310 s
+ wsmp: from b to rhs vector: 0.0086861 s
+ ---------------------------------
+ wsmp: total solve time: 18.3410790 s
+ =================================
+ u : -0.10144E+01 0.13901E+00
+ v : -0.49551E-01 0.10208E+00
+ w : -0.76990E+00 0.23004E+00
+ =================================
+ Calculate pressures 54282.5092 26.3168 18.3743
+ raw pressures : -0.12397E+01 0.18631E+00
+ Smoothing pressures 54282.7349 26.5425 0.2257
+ do leaf measurements 54282.7367 26.5444 0.0018
+ compute convergence criterion 54282.7957 26.6033 0.0590
+ velocity_diff_norm = 0.0721537 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 54282.8025
+ -----------------------------------
+ build system 54282.8086 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54290.7704 7.9679 7.9618
+ =================================
+ wsmp: initialisation time: 0.0623391 s
+ wsmp: ordering time: 4.1385529 s
+ wsmp: symbolic fact. time: 0.7970390 s
+ wsmp: Cholesky fact. time: 13.0920959 s
+ wsmp: Factorisation 12330.6974989 Mflops
+ wsmp: back substitution time: 0.2493260 s
+ wsmp: from b to rhs vector: 0.0085890 s
+ ---------------------------------
+ wsmp: total solve time: 18.3483670 s
+ =================================
+ u : -0.10168E+01 0.15599E+00
+ v : -0.38234E-01 0.11880E+00
+ w : -0.74837E+00 0.23464E+00
+ =================================
+ Calculate pressures 54309.1521 26.3496 18.3817
+ raw pressures : -0.13795E+01 0.31962E+00
+ Smoothing pressures 54309.3772 26.5747 0.2251
+ do leaf measurements 54309.3790 26.5765 0.0018
+ compute convergence criterion 54309.4381 26.6356 0.0590
+ velocity_diff_norm = 0.0355317 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 54309.4449
+ -----------------------------------
+ build system 54309.4510 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54317.4588 8.0138 8.0078
+ =================================
+ wsmp: initialisation time: 0.0590470 s
+ wsmp: ordering time: 4.1652081 s
+ wsmp: symbolic fact. time: 0.7952960 s
+ wsmp: Cholesky fact. time: 13.1180530 s
+ wsmp: Factorisation 12306.2983566 Mflops
+ wsmp: back substitution time: 0.2498281 s
+ wsmp: from b to rhs vector: 0.0086370 s
+ ---------------------------------
+ wsmp: total solve time: 18.3965111 s
+ =================================
+ u : -0.10168E+01 0.17593E+00
+ v : -0.38394E-01 0.12345E+00
+ w : -0.73893E+00 0.23140E+00
+ =================================
+ Calculate pressures 54335.8887 26.4438 18.4300
+ raw pressures : -0.14786E+01 0.36470E+00
+ Smoothing pressures 54336.1170 26.6721 0.2283
+ do leaf measurements 54336.1189 26.6739 0.0018
+ compute convergence criterion 54336.1780 26.7331 0.0592
+ velocity_diff_norm = 0.0154659 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 54336.1848
+ -----------------------------------
+ build system 54336.1908 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54344.1224 7.9376 7.9317
+ =================================
+ wsmp: initialisation time: 0.0595138 s
+ wsmp: ordering time: 4.1451199 s
+ wsmp: symbolic fact. time: 0.7947869 s
+ wsmp: Cholesky fact. time: 13.0843048 s
+ wsmp: Factorisation 12338.0398062 Mflops
+ wsmp: back substitution time: 0.2486641 s
+ wsmp: from b to rhs vector: 0.0086629 s
+ ---------------------------------
+ wsmp: total solve time: 18.3414638 s
+ =================================
+ u : -0.10168E+01 0.19311E+00
+ v : -0.40541E-01 0.12597E+00
+ w : -0.73418E+00 0.23014E+00
+ =================================
+ Calculate pressures 54362.4970 26.3122 18.3746
+ raw pressures : -0.15212E+01 0.37199E+00
+ Smoothing pressures 54362.7220 26.5372 0.2250
+ do leaf measurements 54362.7238 26.5390 0.0018
+ compute convergence criterion 54362.7828 26.5980 0.0590
+ velocity_diff_norm = 0.0106256 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54362.7896
+ -----------------------------------
+ build system 54362.7956 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54370.7571 7.9675 7.9615
+ =================================
+ wsmp: initialisation time: 0.0602851 s
+ wsmp: ordering time: 4.1359489 s
+ wsmp: symbolic fact. time: 0.7975349 s
+ wsmp: Cholesky fact. time: 13.0908802 s
+ wsmp: Factorisation 12331.8426002 Mflops
+ wsmp: back substitution time: 0.2490849 s
+ wsmp: from b to rhs vector: 0.0085938 s
+ ---------------------------------
+ wsmp: total solve time: 18.3427742 s
+ =================================
+ u : -0.10165E+01 0.20846E+00
+ v : -0.43011E-01 0.12610E+00
+ w : -0.72957E+00 0.22934E+00
+ =================================
+ Calculate pressures 54389.1332 26.3436 18.3761
+ raw pressures : -0.15421E+01 0.36873E+00
+ Smoothing pressures 54389.3587 26.5691 0.2255
+ do leaf measurements 54389.3605 26.5709 0.0019
+ compute convergence criterion 54389.4173 26.6277 0.0568
+ velocity_diff_norm = 0.0078751 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54389.4204 26.6308 0.0031
+Compute isostasy and adjust vertical 54389.4206 26.6310 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -217008651216839.28 418274625641150.06
+ def in m -8.0250263214111328 0.75748825073242187
+ dimensionless def -1.8039233343941826E-6 2.29286466326032381E-5
+ Isostatic velocity range = -0.0179066 0.2287304
+ Compute divergence 54389.6949 26.9053 0.2743
+ wsmp_cleanup 54389.7338 26.9442 0.0389
+ Reset surface geometry 54389.7440 26.9544 0.0102
+ -----------------------------------------------------------------------
+ Temperature calculations 54389.7520 26.9624 0.0080
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54389.7691 26.9795 0.0171
+ Advect surface 1 54389.7692 26.9796 0.0001
+ S. 1: 3 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54389.9658 27.1762 0.1966
+ S. 2: 2 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54390.1730 27.3834 0.2071
+ S. 3: 8 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54390.4426 27.6530 0.2696
+ Advect the cloud 54390.6281 27.8385 0.1855
+ Write output 54391.5273 28.7377 0.8992
+ End of time step 54392.5173 29.7277 0.9900
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 334 54392.5174
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54392.5175 0.0001 0.0001
+ surface 01 54392.5176 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54392.5176 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54392.5532 0.0358 0.0356
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54392.5772 0.0598 0.0240
+ S. 2: 17023points
+ refine surface 54392.5774 0.0599 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54392.6133 0.0959 0.0359
+ S. 2: 0 flips in delaunay2
+ S. 2: 17023points
+ surface 03 54392.6377 0.1203 0.0244
+ S. 3: 17024points
+ refine surface 54392.6379 0.1205 0.0001
+ S. 3: 3 added ptcls in refine_surface
+ check delaunay 54392.6783 0.1608 0.0404
+ S. 3: 6 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 54392.7074 0.1900 0.0291
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54392.7436 0.2262 0.0363
+ S. 3: 0 flips in delaunay2
+ S. 3: 17027points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54392.7761
+ -----------------------------------------------------------------------
+ Create octree solve 54392.7763 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54392.7923 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 54392.8163 0.0402 0.0240
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54392.8174 0.0413 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54392.8315 0.0555 0.0141
+ osolve%nleaves= 50016
+ Build osolve icon 54392.9538 0.1777 0.1222
+ Imbed surface in osolve 54393.2487 0.4726 0.2949
+ embedding surface 1 54393.2488 0.4728 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54395.3597 2.5836 2.1109
+ osolve%nleaves= 59424
+ embedding surface 3 54397.5632 4.7871 2.2035
+ osolve%nleaves= 64128
+ Assessing octree stability 54401.2547 8.4787 3.6916
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54401.2602 8.4841 0.0054
+ Interpolate velo onto osolve 54401.8143 9.0382 0.5541
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54401.9140 9.1380 0.0997
+ Find void 54402.1867 9.4106 0.2727
+ whole leaf in fluid 32992
+ Define boundary conditions 54402.2285 9.4524 0.0418
+ wsmp setup1 54402.2401 9.4641 0.0117
+ n = 128817
+ nz= 4957596
+ wsmp setup2 54403.3877 10.6116 1.1475
+ -----------------------------------
+ start of non-linear iteratio 1 54403.4466
+ -----------------------------------
+ build system 54403.4468 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54411.2337 7.7871 7.7869
+ =================================
+ wsmp: initialisation time: 0.0646472 s
+ wsmp: ordering time: 4.1430869 s
+ wsmp: symbolic fact. time: 0.7937939 s
+ wsmp: Cholesky fact. time: 13.0951610 s
+ wsmp: Factorisation 12327.8113233 Mflops
+ wsmp: back substitution time: 0.2491710 s
+ wsmp: from b to rhs vector: 0.0085690 s
+ ---------------------------------
+ wsmp: total solve time: 18.3548350 s
+ =================================
+ u : -0.10158E+01 0.18673E+00
+ v : -0.94102E-01 0.11686E+00
+ w : -0.76528E+00 0.24662E+00
+ =================================
+ Calculate pressures 54429.6219 26.1753 18.3882
+ raw pressures : -0.35112E+00 0.00000E+00
+ Smoothing pressures 54429.8467 26.4001 0.2249
+ do leaf measurements 54429.8486 26.4020 0.0019
+ compute convergence criterion 54429.9078 26.4612 0.0592
+ velocity_diff_norm = 0.5909693 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 54429.9148
+ -----------------------------------
+ build system 54429.9208 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.63568E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54437.9279 8.0131 8.0071
+ =================================
+ wsmp: initialisation time: 0.0579579 s
+ wsmp: ordering time: 4.1640861 s
+ wsmp: symbolic fact. time: 0.7941539 s
+ wsmp: Cholesky fact. time: 13.1678319 s
+ wsmp: Factorisation 12259.7763118 Mflops
+ wsmp: back substitution time: 0.2495811 s
+ wsmp: from b to rhs vector: 0.0085542 s
+ ---------------------------------
+ wsmp: total solve time: 18.4425809 s
+ =================================
+ u : -0.10146E+01 0.13901E+00
+ v : -0.48683E-01 0.10251E+00
+ w : -0.76992E+00 0.22792E+00
+ =================================
+ Calculate pressures 54456.4039 26.4891 18.4759
+ raw pressures : -0.12391E+01 0.18490E+00
+ Smoothing pressures 54456.6295 26.7147 0.2257
+ do leaf measurements 54456.6314 26.7166 0.0019
+ compute convergence criterion 54456.6912 26.7764 0.0598
+ velocity_diff_norm = 0.0726253 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 54456.6983
+ -----------------------------------
+ build system 54456.7044 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54464.6378 7.9395 7.9334
+ =================================
+ wsmp: initialisation time: 0.0615861 s
+ wsmp: ordering time: 4.1436429 s
+ wsmp: symbolic fact. time: 0.7962830 s
+ wsmp: Cholesky fact. time: 13.0793409 s
+ wsmp: Factorisation 12342.7223422 Mflops
+ wsmp: back substitution time: 0.2489109 s
+ wsmp: from b to rhs vector: 0.0085351 s
+ ---------------------------------
+ wsmp: total solve time: 18.3387141 s
+ =================================
+ u : -0.10169E+01 0.15602E+00
+ v : -0.38166E-01 0.11920E+00
+ w : -0.74835E+00 0.23347E+00
+ =================================
+ Calculate pressures 54483.0098 26.3114 18.3719
+ raw pressures : -0.13793E+01 0.31936E+00
+ Smoothing pressures 54483.2353 26.5370 0.2255
+ do leaf measurements 54483.2371 26.5388 0.0018
+ compute convergence criterion 54483.2963 26.5980 0.0591
+ velocity_diff_norm = 0.0355407 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 54483.3033
+ -----------------------------------
+ build system 54483.3093 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54491.2665 7.9632 7.9572
+ =================================
+ wsmp: initialisation time: 0.0596259 s
+ wsmp: ordering time: 4.1453898 s
+ wsmp: symbolic fact. time: 0.7964971 s
+ wsmp: Cholesky fact. time: 13.0909479 s
+ wsmp: Factorisation 12331.7788157 Mflops
+ wsmp: back substitution time: 0.2492399 s
+ wsmp: from b to rhs vector: 0.0085690 s
+ ---------------------------------
+ wsmp: total solve time: 18.3507030 s
+ =================================
+ u : -0.10169E+01 0.17590E+00
+ v : -0.38328E-01 0.12379E+00
+ w : -0.73892E+00 0.23083E+00
+ =================================
+ Calculate pressures 54509.6508 26.3475 18.3843
+ raw pressures : -0.14783E+01 0.36442E+00
+ Smoothing pressures 54509.8760 26.5727 0.2251
+ do leaf measurements 54509.8778 26.5745 0.0018
+ compute convergence criterion 54509.9370 26.6337 0.0592
+ velocity_diff_norm = 0.0154632 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 54509.9439
+ -----------------------------------
+ build system 54509.9498 0.0059 0.0059
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54517.9533 8.0094 8.0035
+ =================================
+ wsmp: initialisation time: 0.0610590 s
+ wsmp: ordering time: 4.1805210 s
+ wsmp: symbolic fact. time: 0.7953122 s
+ wsmp: Cholesky fact. time: 13.1653891 s
+ wsmp: Factorisation 12262.0511121 Mflops
+ wsmp: back substitution time: 0.2495420 s
+ wsmp: from b to rhs vector: 0.0085199 s
+ ---------------------------------
+ wsmp: total solve time: 18.4607720 s
+ =================================
+ u : -0.10167E+01 0.19307E+00
+ v : -0.40684E-01 0.12624E+00
+ w : -0.73421E+00 0.22968E+00
+ =================================
+ Calculate pressures 54536.4485 26.5046 18.4951
+ raw pressures : -0.15213E+01 0.37190E+00
+ Smoothing pressures 54536.6741 26.7302 0.2256
+ do leaf measurements 54536.6760 26.7321 0.0019
+ compute convergence criterion 54536.7357 26.7918 0.0597
+ velocity_diff_norm = 0.0105934 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54536.7427
+ -----------------------------------
+ build system 54536.7488 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54544.6814 7.9386 7.9325
+ =================================
+ wsmp: initialisation time: 0.0585439 s
+ wsmp: ordering time: 4.1484849 s
+ wsmp: symbolic fact. time: 0.7962711 s
+ wsmp: Cholesky fact. time: 13.1020851 s
+ wsmp: Factorisation 12321.2963569 Mflops
+ wsmp: back substitution time: 0.2489231 s
+ wsmp: from b to rhs vector: 0.0085840 s
+ ---------------------------------
+ wsmp: total solve time: 18.3632979 s
+ =================================
+ u : -0.10166E+01 0.20844E+00
+ v : -0.43131E-01 0.12627E+00
+ w : -0.72961E+00 0.22919E+00
+ =================================
+ Calculate pressures 54563.0785 26.3358 18.3971
+ raw pressures : -0.15422E+01 0.36872E+00
+ Smoothing pressures 54563.3038 26.5610 0.2253
+ do leaf measurements 54563.3056 26.5629 0.0018
+ compute convergence criterion 54563.3625 26.6198 0.0569
+ velocity_diff_norm = 0.0078782 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54563.3657 26.6230 0.0032
+Compute isostasy and adjust vertical 54563.3659 26.6231 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -217293668959003.97 419228886120318.06
+ def in m -8.03411865234375 0.75676214694976807
+ dimensionless def -1.82701655796595983E-6 2.29546247209821435E-5
+ Isostatic velocity range = -0.0181477 0.2289873
+ Compute divergence 54563.6423 26.8996 0.2765
+ wsmp_cleanup 54563.6806 26.9379 0.0383
+ Reset surface geometry 54563.6913 26.9485 0.0106
+ -----------------------------------------------------------------------
+ Temperature calculations 54563.6996 26.9569 0.0084
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54563.7169 26.9742 0.0173
+ Advect surface 1 54563.7171 26.9744 0.0001
+ S. 1: 6 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54563.9210 27.1783 0.2039
+ removing 1 particle from surface
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54564.1384 27.3957 0.2174
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54564.4061 27.6634 0.2677
+ Advect the cloud 54564.5917 27.8490 0.1856
+ Write output 54565.4938 28.7511 0.9021
+ End of time step 54566.4079 29.6652 0.9141
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 335 54566.4081
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54566.4082 0.0001 0.0001
+ surface 01 54566.4082 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54566.4083 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54566.4444 0.0363 0.0362
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54566.4681 0.0600 0.0236
+ S. 2: 17022points
+ refine surface 54566.4682 0.0601 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54566.5033 0.0952 0.0351
+ S. 2: 0 flips in delaunay2
+ S. 2: 17022points
+ surface 03 54566.5290 0.1209 0.0257
+ S. 3: 17027points
+ refine surface 54566.5291 0.1210 0.0002
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54566.5668 0.1587 0.0377
+ S. 3: 0 flips in delaunay2
+ S. 3: 17027points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54566.5976
+ -----------------------------------------------------------------------
+ Create octree solve 54566.5979 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54566.6138 0.0162 0.0159
+ osolve%nleaves= 32768
+ improve osolve for criterion 54566.6387 0.0411 0.0249
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54566.6398 0.0422 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54566.6540 0.0564 0.0142
+ osolve%nleaves= 50016
+ Build osolve icon 54566.7761 0.1786 0.1222
+ Imbed surface in osolve 54567.0697 0.4721 0.2935
+ embedding surface 1 54567.0699 0.4723 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54569.1757 2.5781 2.1058
+ osolve%nleaves= 59424
+ embedding surface 3 54571.4054 4.8078 2.2297
+ osolve%nleaves= 64128
+ Assessing octree stability 54575.0980 8.5004 3.6926
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54575.1073 8.5097 0.0093
+ Interpolate velo onto osolve 54575.6121 9.0145 0.5047
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54575.7554 9.1578 0.1433
+ Find void 54576.0228 9.4252 0.2674
+ whole leaf in fluid 32992
+ Define boundary conditions 54576.0625 9.4649 0.0397
+ wsmp setup1 54576.0740 9.4764 0.0115
+ n = 128817
+ nz= 4957596
+ wsmp setup2 54577.2328 10.6352 1.1588
+ -----------------------------------
+ start of non-linear iteratio 1 54577.2884
+ -----------------------------------
+ build system 54577.2886 0.0002 0.0002
+ nelem per proc (min/max) 4630 5593
+ viscosity range 2.38934E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54585.0357 7.7474 7.7472
+ =================================
+ wsmp: initialisation time: 0.0642312 s
+ wsmp: ordering time: 4.1465449 s
+ wsmp: symbolic fact. time: 0.7963960 s
+ wsmp: Cholesky fact. time: 13.0858359 s
+ wsmp: Factorisation 12336.5961789 Mflops
+ wsmp: back substitution time: 0.2488580 s
+ wsmp: from b to rhs vector: 0.0087001 s
+ ---------------------------------
+ wsmp: total solve time: 18.3509722 s
+ =================================
+ u : -0.10158E+01 0.18741E+00
+ v : -0.94104E-01 0.11728E+00
+ w : -0.76540E+00 0.24858E+00
+ =================================
+ Calculate pressures 54603.4202 26.1318 18.3844
+ raw pressures : -0.35111E+00 0.00000E+00
+ Smoothing pressures 54603.6466 26.3582 0.2264
+ do leaf measurements 54603.6483 26.3600 0.0017
+ compute convergence criterion 54603.7082 26.4198 0.0598
+ velocity_diff_norm = 0.5906730 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 54603.7150
+ -----------------------------------
+ build system 54603.7211 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 3.29022E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54611.6771 7.9621 7.9560
+ =================================
+ wsmp: initialisation time: 0.0608091 s
+ wsmp: ordering time: 4.1469829 s
+ wsmp: symbolic fact. time: 0.7950289 s
+ wsmp: Cholesky fact. time: 13.0801320 s
+ wsmp: Factorisation 12341.9758672 Mflops
+ wsmp: back substitution time: 0.2490630 s
+ wsmp: from b to rhs vector: 0.0085430 s
+ ---------------------------------
+ wsmp: total solve time: 18.3409681 s
+ =================================
+ u : -0.10143E+01 0.13953E+00
+ v : -0.49213E-01 0.10272E+00
+ w : -0.77000E+00 0.22923E+00
+ =================================
+ Calculate pressures 54630.0522 26.3372 18.3751
+ raw pressures : -0.12388E+01 0.18391E+00
+ Smoothing pressures 54630.2781 26.5631 0.2258
+ do leaf measurements 54630.2798 26.5648 0.0017
+ compute convergence criterion 54630.3392 26.6242 0.0594
+ velocity_diff_norm = 0.0724825 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 54630.3461
+ -----------------------------------
+ build system 54630.3521 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54638.3521 8.0060 7.9999
+ =================================
+ wsmp: initialisation time: 0.0618191 s
+ wsmp: ordering time: 4.1701779 s
+ wsmp: symbolic fact. time: 0.7964220 s
+ wsmp: Cholesky fact. time: 13.1627669 s
+ wsmp: Factorisation 12264.4938099 Mflops
+ wsmp: back substitution time: 0.2490509 s
+ wsmp: from b to rhs vector: 0.0085042 s
+ ---------------------------------
+ wsmp: total solve time: 18.4491470 s
+ =================================
+ u : -0.10165E+01 0.15629E+00
+ v : -0.37973E-01 0.11926E+00
+ w : -0.74859E+00 0.23375E+00
+ =================================
+ Calculate pressures 54656.8353 26.4892 18.4832
+ raw pressures : -0.13793E+01 0.31946E+00
+ Smoothing pressures 54657.0613 26.7152 0.2260
+ do leaf measurements 54657.0630 26.7169 0.0017
+ compute convergence criterion 54657.1230 26.7769 0.0600
+ velocity_diff_norm = 0.0354611 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 54657.1299
+ -----------------------------------
+ build system 54657.1359 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54665.0653 7.9354 7.9293
+ =================================
+ wsmp: initialisation time: 0.0604391 s
+ wsmp: ordering time: 4.1436141 s
+ wsmp: symbolic fact. time: 0.7960932 s
+ wsmp: Cholesky fact. time: 13.0928650 s
+ wsmp: Factorisation 12329.9731340 Mflops
+ wsmp: back substitution time: 0.2488961 s
+ wsmp: from b to rhs vector: 0.0085690 s
+ ---------------------------------
+ wsmp: total solve time: 18.3508968 s
+ =================================
+ u : -0.10166E+01 0.17601E+00
+ v : -0.38248E-01 0.12381E+00
+ w : -0.73913E+00 0.23096E+00
+ =================================
+ Calculate pressures 54683.4501 26.3202 18.3849
+ raw pressures : -0.14785E+01 0.36468E+00
+ Smoothing pressures 54683.6759 26.5460 0.2258
+ do leaf measurements 54683.6776 26.5477 0.0017
+ compute convergence criterion 54683.7374 26.6075 0.0598
+ velocity_diff_norm = 0.0154757 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 54683.7444
+ -----------------------------------
+ build system 54683.7505 0.0061 0.0061
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54691.7040 7.9596 7.9535
+ =================================
+ wsmp: initialisation time: 0.0620999 s
+ wsmp: ordering time: 4.1405580 s
+ wsmp: symbolic fact. time: 0.7963290 s
+ wsmp: Cholesky fact. time: 13.0972860 s
+ wsmp: Factorisation 12325.8111452 Mflops
+ wsmp: back substitution time: 0.2498002 s
+ wsmp: from b to rhs vector: 0.0085158 s
+ ---------------------------------
+ wsmp: total solve time: 18.3550260 s
+ =================================
+ u : -0.10166E+01 0.19313E+00
+ v : -0.40674E-01 0.12626E+00
+ w : -0.73433E+00 0.22976E+00
+ =================================
+ Calculate pressures 54710.0932 26.3487 18.3892
+ raw pressures : -0.15215E+01 0.37241E+00
+ Smoothing pressures 54710.3188 26.5744 0.2256
+ do leaf measurements 54710.3205 26.5761 0.0017
+ compute convergence criterion 54710.3800 26.6356 0.0595
+ velocity_diff_norm = 0.0105946 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54710.3870
+ -----------------------------------
+ build system 54710.3930 0.0060 0.0060
+ nelem per proc (min/max) 4630 5593
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37090
+ wsmp solve 54718.3926 8.0057 7.9996
+ =================================
+ wsmp: initialisation time: 0.0612178 s
+ wsmp: ordering time: 4.1681590 s
+ wsmp: symbolic fact. time: 0.7949719 s
+ wsmp: Cholesky fact. time: 13.1869771 s
+ wsmp: Factorisation 12241.9771995 Mflops
+ wsmp: back substitution time: 0.2491751 s
+ wsmp: from b to rhs vector: 0.0085809 s
+ ---------------------------------
+ wsmp: total solve time: 18.4694960 s
+ =================================
+ u : -0.10164E+01 0.20851E+00
+ v : -0.43132E-01 0.12624E+00
+ w : -0.72973E+00 0.22918E+00
+ =================================
+ Calculate pressures 54736.8955 26.5085 18.5028
+ raw pressures : -0.15425E+01 0.36912E+00
+ Smoothing pressures 54737.1213 26.7344 0.2258
+ do leaf measurements 54737.1231 26.7361 0.0018
+ compute convergence criterion 54737.1810 26.7941 0.0579
+ velocity_diff_norm = 0.0078787 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54737.1842 26.7972 0.0032
+Compute isostasy and adjust vertical 54737.1844 26.7974 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -217562163213504.66 420196016488998.25
+ def in m -8.0384759902954102 0.75717586278915405
+ dimensionless def -1.84160573141915448E-6 2.29670742579868874E-5
+ Isostatic velocity range = -0.0183060 0.2291055
+ Compute divergence 54737.4602 27.0733 0.2758
+ wsmp_cleanup 54737.4995 27.1126 0.0393
+ Reset surface geometry 54737.5088 27.1219 0.0093
+ -----------------------------------------------------------------------
+ Temperature calculations 54737.5170 27.1300 0.0081
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54737.5347 27.1477 0.0177
+ Advect surface 1 54737.5348 27.1479 0.0002
+ S. 1: 5 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54737.7425 27.3555 0.2076
+ S. 2: 5 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54737.9522 27.5652 0.2097
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54738.2118 27.8249 0.2596
+ Advect the cloud 54738.3942 28.0072 0.1824
+ Write output 54739.2898 28.9029 0.8956
+ End of time step 54740.2028 29.8158 0.9130
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 336 54740.2030
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54740.2031 0.0001 0.0001
+ surface 01 54740.2031 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54740.2032 0.0002 0.0001
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54740.2336 0.0306 0.0304
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54740.2590 0.0560 0.0254
+ S. 2: 17022points
+ refine surface 54740.2592 0.0562 0.0001
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54740.2901 0.0871 0.0309
+ S. 2: 0 flips in delaunay2
+ S. 2: 17022points
+ surface 03 54740.3149 0.1119 0.0248
+ S. 3: 17027points
+ refine surface 54740.3150 0.1120 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 54740.3529 0.1499 0.0379
+ S. 3: 2 flips in delaunay2
+ S. 3: 1 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 54740.3854 0.1824 0.0326
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54740.4203 0.2173 0.0348
+ S. 3: 0 flips in delaunay2
+ S. 3: 17028points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54740.4526
+ -----------------------------------------------------------------------
+ Create octree solve 54740.4529 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54740.4690 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 54740.4932 0.0406 0.0242
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54740.4943 0.0417 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54740.5086 0.0560 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 54740.6320 0.1794 0.1234
+ Imbed surface in osolve 54740.9274 0.4748 0.2954
+ embedding surface 1 54740.9276 0.4750 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54743.0526 2.6000 2.1250
+ osolve%nleaves= 59424
+ embedding surface 3 54745.2732 4.8206 2.2207
+ osolve%nleaves= 64128
+ Assessing octree stability 54748.9693 8.5167 3.6961
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54748.9786 8.5260 0.0093
+ Interpolate velo onto osolve 54749.5057 9.0531 0.5270
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54749.5885 9.1359 0.0828
+ Find void 54749.8610 9.4084 0.2725
+ whole leaf in fluid 32992
+ Define boundary conditions 54749.9023 9.4497 0.0413
+ wsmp setup1 54749.9142 9.4616 0.0119
+ n = 128826
+ nz= 4957884
+ wsmp setup2 54751.0585 10.6059 1.1443
+ -----------------------------------
+ start of non-linear iteratio 1 54751.1160
+ -----------------------------------
+ build system 54751.1162 0.0002 0.0002
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.01735E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54758.9450 7.8290 7.8288
+ =================================
+ wsmp: initialisation time: 0.0608191 s
+ wsmp: ordering time: 4.1823931 s
+ wsmp: symbolic fact. time: 0.7955942 s
+ wsmp: Cholesky fact. time: 11.6405690 s
+ wsmp: Factorisation 14938.0910362 Mflops
+ wsmp: back substitution time: 0.2434568 s
+ wsmp: from b to rhs vector: 0.0083709 s
+ ---------------------------------
+ wsmp: total solve time: 16.9316618 s
+ =================================
+ u : -0.10157E+01 0.17244E+00
+ v : -0.96164E-01 0.11306E+00
+ w : -0.76309E+00 0.26186E+00
+ =================================
+ Calculate pressures 54775.9145 24.7985 16.9694
+ raw pressures : -0.35151E+00 0.00000E+00
+ Smoothing pressures 54776.1394 25.0234 0.2249
+ do leaf measurements 54776.1412 25.0252 0.0018
+ compute convergence criterion 54776.2024 25.0864 0.0612
+ velocity_diff_norm = 0.5807052 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 2 54776.2093
+ -----------------------------------
+ build system 54776.2153 0.0060 0.0060
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.01735E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54784.1548 7.9455 7.9395
+ =================================
+ wsmp: initialisation time: 0.0572760 s
+ wsmp: ordering time: 4.2024710 s
+ wsmp: symbolic fact. time: 0.7965112 s
+ wsmp: Cholesky fact. time: 11.7283289 s
+ wsmp: Factorisation 14826.3132670 Mflops
+ wsmp: back substitution time: 0.2422302 s
+ wsmp: from b to rhs vector: 0.0083191 s
+ ---------------------------------
+ wsmp: total solve time: 17.0355840 s
+ =================================
+ u : -0.10174E+01 0.12714E+00
+ v : -0.49107E-01 0.10403E+00
+ w : -0.76554E+00 0.23700E+00
+ =================================
+ Calculate pressures 54801.2280 25.0186 17.0731
+ raw pressures : -0.12343E+01 0.18978E+00
+ Smoothing pressures 54801.4514 25.2420 0.2234
+ do leaf measurements 54801.4531 25.2438 0.0018
+ compute convergence criterion 54801.5141 25.3047 0.0609
+ velocity_diff_norm = 0.0639150 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 3 54801.5210
+ -----------------------------------
+ build system 54801.5271 0.0061 0.0061
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54809.5076 7.9866 7.9805
+ =================================
+ wsmp: initialisation time: 0.0607650 s
+ wsmp: ordering time: 4.1819799 s
+ wsmp: symbolic fact. time: 0.7970331 s
+ wsmp: Cholesky fact. time: 11.6521330 s
+ wsmp: Factorisation 14923.2659111 Mflops
+ wsmp: back substitution time: 0.2428200 s
+ wsmp: from b to rhs vector: 0.0084119 s
+ ---------------------------------
+ wsmp: total solve time: 16.9437590 s
+ =================================
+ u : -0.10194E+01 0.14679E+00
+ v : -0.39627E-01 0.11925E+00
+ w : -0.74413E+00 0.23698E+00
+ =================================
+ Calculate pressures 54826.4893 24.9683 16.9818
+ raw pressures : -0.13618E+01 0.30481E+00
+ Smoothing pressures 54826.7168 25.1958 0.2275
+ do leaf measurements 54826.7186 25.1976 0.0018
+ compute convergence criterion 54826.7795 25.2585 0.0609
+ velocity_diff_norm = 0.0357109 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 4 54826.7865
+ -----------------------------------
+ build system 54826.7925 0.0061 0.0061
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54834.8147 8.0282 8.0221
+ =================================
+ wsmp: initialisation time: 0.0627069 s
+ wsmp: ordering time: 4.1794610 s
+ wsmp: symbolic fact. time: 0.7964709 s
+ wsmp: Cholesky fact. time: 11.6475892 s
+ wsmp: Factorisation 14929.0875498 Mflops
+ wsmp: back substitution time: 0.2427120 s
+ wsmp: from b to rhs vector: 0.0082769 s
+ ---------------------------------
+ wsmp: total solve time: 16.9376600 s
+ =================================
+ u : -0.10191E+01 0.16872E+00
+ v : -0.39799E-01 0.12313E+00
+ w : -0.73442E+00 0.23314E+00
+ =================================
+ Calculate pressures 54851.7887 25.0023 16.9741
+ raw pressures : -0.14565E+01 0.34541E+00
+ Smoothing pressures 54852.0148 25.2284 0.2261
+ do leaf measurements 54852.0166 25.2301 0.0018
+ compute convergence criterion 54852.0776 25.2911 0.0610
+ velocity_diff_norm = 0.0155780 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 5 54852.0844
+ -----------------------------------
+ build system 54852.0904 0.0060 0.0060
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54860.0263 7.9419 7.9359
+ =================================
+ wsmp: initialisation time: 0.0593710 s
+ wsmp: ordering time: 4.2221901 s
+ wsmp: symbolic fact. time: 0.8018019 s
+ wsmp: Cholesky fact. time: 11.7074771 s
+ wsmp: Factorisation 14852.7199869 Mflops
+ wsmp: back substitution time: 0.2424781 s
+ wsmp: from b to rhs vector: 0.0082760 s
+ ---------------------------------
+ wsmp: total solve time: 17.0420380 s
+ =================================
+ u : -0.10186E+01 0.18658E+00
+ v : -0.39717E-01 0.12570E+00
+ w : -0.72974E+00 0.23170E+00
+ =================================
+ Calculate pressures 54877.1057 25.0213 17.0794
+ raw pressures : -0.14966E+01 0.35254E+00
+ Smoothing pressures 54877.3294 25.2450 0.2237
+ do leaf measurements 54877.3312 25.2468 0.0018
+ compute convergence criterion 54877.3920 25.3075 0.0608
+ velocity_diff_norm = 0.0106666 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level -> 6
+ -----------------------------------
+ start of non-linear iteratio 6 54877.3990
+ -----------------------------------
+ build system 54877.4050 0.0061 0.0061
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.00000E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54885.4129 8.0140 8.0079
+ =================================
+ wsmp: initialisation time: 0.0610039 s
+ wsmp: ordering time: 4.1860690 s
+ wsmp: symbolic fact. time: 0.7980988 s
+ wsmp: Cholesky fact. time: 11.6452429 s
+ wsmp: Factorisation 14932.0954543 Mflops
+ wsmp: back substitution time: 0.2428699 s
+ wsmp: from b to rhs vector: 0.0084012 s
+ ---------------------------------
+ wsmp: total solve time: 16.9421220 s
+ =================================
+ u : -0.10183E+01 0.20215E+00
+ v : -0.42240E-01 0.12583E+00
+ w : -0.72534E+00 0.23085E+00
+ =================================
+ Calculate pressures 54902.3938 24.9948 16.9808
+ raw pressures : -0.15161E+01 0.35010E+00
+ Smoothing pressures 54902.6191 25.2201 0.2253
+ do leaf measurements 54902.6209 25.2219 0.0018
+ compute convergence criterion 54902.6800 25.2810 0.0592
+ velocity_diff_norm = 0.0079836 (tol = 0.0100000)
+
+ convergence on this octree reached
+ increase_current_level -> T
+ current_level -> 6
+ slicing the cube 54902.6832 25.2842 0.0032
+Compute isostasy and adjust vertical 54902.6834 25.2844 0.0002
+ hx,dh,xk,d 2800000. 5479.4520547945203 29430. 7.11111111111111176E+22
+ poids -217821693607935.31 421163179642217.5
+ def in m -8.0415849685668945 0.75767004489898682
+ dimensionless def -1.85565028871808738E-6 2.2975957053048268E-5
+ Isostatic velocity range = -0.0184594 0.2291900
+ Compute divergence 54902.9553 25.5563 0.2719
+ wsmp_cleanup 54902.9954 25.5964 0.0401
+ Reset surface geometry 54903.0038 25.6048 0.0084
+ -----------------------------------------------------------------------
+ Temperature calculations 54903.0114 25.6125 0.0077
+ -----------------------------------------------------------------------
+ =================================
+ skip temperature calculation
+ =================================
+ Advect the surfaces 54903.0287 25.6297 0.0172
+ Advect surface 1 54903.0288 25.6298 0.0001
+ S. 1: 2 flips in delaunay2
+ S. 1: 0 flips in delaunay2
+ Advect surface 2 54903.2337 25.8347 0.2049
+ S. 2: 1 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ Advect surface 3 54903.4392 26.0402 0.2055
+ S. 3: 5 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ Update cloud fields 54903.7064 26.3074 0.2672
+ Advect the cloud 54903.8891 26.4902 0.1828
+ Write output 54904.7998 27.4009 0.9107
+ End of time step 54905.7129 28.3140 0.9131
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Start of Step 337 54905.7131
+ -----------------------------------------------------------------------
+ -----------------------------------------------------------------------
+ Loop over surfaces 54905.7132 0.0001 0.0001
+ surface 01 54905.7133 0.0001 0.0000
+ S. 1: 17026points
+ refine surface 54905.7133 0.0002 0.0000
+ S. 1: 0 added ptcls in refine_surface
+ check delaunay 54905.7493 0.0362 0.0360
+ S. 1: 0 flips in delaunay2
+ S. 1: 17026points
+ surface 02 54905.7738 0.0607 0.0245
+ S. 2: 17022points
+ refine surface 54905.7740 0.0608 0.0001
+ S. 2: 4 added ptcls in refine_surface
+ check delaunay 54905.8164 0.1033 0.0424
+ S. 2: 8 flips in delaunay2
+ S. 2: 0 flips in delaunay2
+ refine surface 54905.8446 0.1315 0.0282
+ S. 2: 0 added ptcls in refine_surface
+ check delaunay 54905.8815 0.1683 0.0368
+ S. 2: 0 flips in delaunay2
+ S. 2: 17026points
+ surface 03 54905.9063 0.1932 0.0249
+ S. 3: 17028points
+ refine surface 54905.9065 0.1933 0.0001
+ S. 3: 1 added ptcls in refine_surface
+ check delaunay 54905.9454 0.2322 0.0389
+ S. 3: 2 flips in delaunay2
+ S. 3: 0 flips in delaunay2
+ refine surface 54905.9731 0.2599 0.0277
+ S. 3: 0 added ptcls in refine_surface
+ check delaunay 54906.0062 0.2930 0.0331
+ S. 3: 0 flips in delaunay2
+ S. 3: 17029points
+ -----------------------------------------------------------------------
+ Start of iteration 1 54906.0391
+ -----------------------------------------------------------------------
+ Create octree solve 54906.0394 0.0003 0.0003
+ (1) params%griditer < 0 T
+ (2) current_level==params%levelmax_oct T
+ (3) increase_current_level T
+ converge = (1) & (2) & (3) -> T
+ +++++++++++++++++
+ grid conv reached
+ +++++++++++++++++
+ compute ref. criterion on ov 54906.0555 0.0164 0.0161
+ osolve%nleaves= 32768
+ improve osolve for criterion 54906.0798 0.0408 0.0244
+ max(crit) = 0.000000E+00
+ max(crit,w_l_i_f)= 0.000000E+00
+ osolve%nleaves= 32768
+ Improve osolve for imposed boxes 54906.0810 0.0419 0.0011
+ osolve%nleaves= 50016
+ Smoothen octree after refinement 54906.0953 0.0562 0.0143
+ osolve%nleaves= 50016
+ Build osolve icon 54906.2188 0.1797 0.1235
+ Imbed surface in osolve 54906.5132 0.4741 0.2944
+ embedding surface 1 54906.5133 0.4742 0.0002
+ osolve%nleaves= 54720
+ embedding surface 2 54908.6261 2.5870 2.1128
+ osolve%nleaves= 59424
+ embedding surface 3 54910.8485 4.8094 2.2224
+ osolve%nleaves= 64128
+ Assessing octree stability 54914.5292 8.4901 3.6808
+ current refine level 6
+ After criterion based refinement:
+ nleaves_old= 50016 leaves
+ nleaves_new= 50016 leaves
+ After surfaces embedding:
+ nleaves_old= 64128 leaves
+ nleaves_new= 64128 leaves
+ C2: authorise increase of refine level = T
+ Change 3D cloud 54914.5348 8.4957 0.0056
+ Interpolate velo onto osolve 54915.0700 9.0309 0.5352
+ ov%pressure: 0.0000E+00 0.0000E+00
+ osolve%pressure: 0.0000E+00 0.0000E+00
+ Find bad faces 54915.1924 9.1533 0.1224
+ Find void 54915.4640 9.4249 0.2716
+ whole leaf in fluid 32992
+ Define boundary conditions 54915.5049 9.4658 0.0409
+ wsmp setup1 54915.5174 9.4783 0.0125
+ n = 128826
+ nz= 4957884
+ wsmp setup2 54916.6659 10.6269 1.1486
+ -----------------------------------
+ start of non-linear iteratio 1 54916.7240
+ -----------------------------------
+ build system 54916.7242 0.0002 0.0002
+ nelem per proc (min/max) 4630 5592
+ viscosity range 1.11548E-05 1.00000E+01
+ viscosity capped in 37092
+ wsmp solve 54924.5440 7.8200 7.8198
+ =================================
+ wsmp: initialisation time: 0.0641510 s
+ wsmp: ordering time: 4.1777081 s
+ wsmp: symbolic fact. time: 0.7970669 s
+ wsmp: Cholesky fact. time: 11.6481650 s
+ wsmp: Factorisation 14928.3495895 Mflops
+ wsmp: back substitution time: 0.2431569 s
+ wsmp: from b to rhs vector: 0.0083001 s
+ ---------------------------------
+ wsmp: total solve time: 16.9389858 s
+ =================================
+ u : -0.10153E+01 0.16764E+00
+ v : -0.95247E-01 0.11283E+00
+ w : -0.75874E+00 0.26303E+00
+ =================================
+ Calculate pressures 54941.5214 24.7973 16.9773
+ raw pressures : -0.35145E+00 0.00000E+00
+ Smoothing pressures 54941.7457 25.0217 0.2244
+ do leaf measurements 54941.7476 25.0236 0.0019
+ compute convergence criterion 54941.8098 25.0857 0.0621
+ velocity_diff_norm = 0.5801474 (tol = 0.0100000)
+ increase_current_level -> T
+ current_level ->