[Kratos] Kratos Nigthly Report - gcc

Kratos Benchmarking kratos-no-reply en cimne.upc.edu
Jue Abr 3 02:06:46 CEST 2014


--- Kratos Benchmarking Tests ---
This is an automatically generated e-mail with the nightly tests of 03-04-14.0000.

### This is a GCC compilation/benchmarking ###

--------------------GCC Compiling Status--------------------- 

Failed Applications : 0
Compiling Errors    : 0
Compiling Warnings  : 22
/data0/auto-test/kratos-code/kratos/containers/array_1d.h:325: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/kratos/containers/array_1d.h:325: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/kratos/containers/array_1d.h:325: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/kratos/containers/array_1d.h:325: warning: array subscript is above array bounds
/data0/compiled_libraries/boost/include/boost/numeric/ublas/functional.hpp:694: warning: ‘dxprim12’ may be used uninitialized in this function
/data0/compiled_libraries/boost/include/boost/numeric/ublas/functional.hpp:694: warning: ‘dxprim32’ may be used uninitialized in this function
/data0/compiled_libraries/boost/include/boost/numeric/ublas/functional.hpp:694: warning: ‘dvprim12’ may be used uninitialized in this function
/usr/include/python2.6/pyconfig-64.h:1034:1: warning: "_POSIX_C_SOURCE" redefined
/usr/include/features.h:162:1: warning: this is the location of the previous definition
/usr/include/python2.6/pyconfig-64.h:1043:1: warning: "_XOPEN_SOURCE" redefined
/usr/include/features.h:164:1: warning: this is the location of the previous definition
/data0/auto-test/kratos-code/applications/incompressible_fluid_application/custom_utilities/embedded_utilities.h:105: warning: ‘IntersectionVel.Kratos::array_1d<double, 3ul>::data_.boost::array<double, 3ul>::elems[0u]’ may be used uninitialized in this function
/data0/auto-test/kratos-code/applications/incompressible_fluid_application/custom_utilities/embedded_utilities.h:105: warning: ‘IntersectionVel.Kratos::array_1d<double, 3ul>::data_.boost::array<double, 3ul>::elems[2u]’ may be used uninitialized in this function
/data0/auto-test/kratos-code/applications/incompressible_fluid_application/custom_utilities/embedded_utilities.h:105: warning: ‘IntersectionVel.Kratos::array_1d<double, 3ul>::data_.boost::array<double, 3ul>::elems[1u]’ may be used uninitialized in this function
/data0/auto-test/kratos-code/applications/ALEapplication/custom_elements/structural_meshmoving_element_2d.cpp:200: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/applications/ALEapplication/custom_elements/structural_meshmoving_element_2d.cpp:206: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/applications/ALEapplication/custom_elements/laplacian_componentwise_meshmoving_element_2d_strainbased.cpp:169: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/applications/OpenCLapplication/spatial_containers/bins_object_static_OCL.h:980: warning: comparison between signed and unsigned integer expressions
/data0/auto-test/kratos-code/applications/ThermoMechanicalApplication/custom_utilities/biphasic_filling_utilities.h:428: warning: unused variable ‘net_input’
/data0/auto-test/kratos-code/applications/ThermoMechanicalApplication/custom_processes/DPG_copy_to_vulcan_post_variables_process.h:214: warning: unused variable ‘slip_falg’
/data0/auto-test/kratos-code/applications/ALEapplication/custom_elements/structural_meshmoving_element_2d.cpp:200: warning: array subscript is above array bounds
/data0/auto-test/kratos-code/applications/ALEapplication/custom_elements/structural_meshmoving_element_2d.cpp:206: warning: array subscript is above array bounds
Linking Error       : 0
Running Patch_Test_Total_Lagrangian_3D_8N...
Patch_Test_Total_Lagrangian_3D_8N_benchmarking example succesful
Running Patch_Test_Total_Lagrangian_4N...
Patch_Test_Total_Lagrangian_4N_benchmarking example succesful
Running cantilever2ddynamic
cantilever2dynamic succesful
Running cantilever2dstatic using MKLPardisoSolver
cantilever2dstatic using MKLPardisoSolver succesful
Running cantilever2dstatic witdh SuperLUSolver
cantilever2dstatic witdh SuperLUSolver example succesful
Running cantilever2dstatic with classical solver
cantilever2dstatic with classical solver example succesful
Running cantilever2dstatic_parallel using ParallelSkylineLUFactorizationSolver
cantilever2dstatic_parallel using ParallelSkylineLUFactorizationSolver  example succesful
Running cantilever2dstatic using ParallelMKLPardisoSolver
cantilever2dstatic using ParallelMKLPardisoSolver  example succesful
Running cantilever3dstatic
cantilever3dstatic example succesful
Running cantilever3dynamic
cantilever3ddynamic example succesful
Running balken contact benchmark...
balken contact benchmark example successful
Running arc length desplacement  benchmark...
arc_length_des benchmark example successful
Running arc length  benchmark...
arc_length benchmark example successful
Pendulo Kratos Length benchmark...
Pendulo Kratos benchmark example successful
PlasticitJ2 with EBST TENSION benchmarks...
PlasticitJ2 with EBST TENSION benchmarks successful
PlasticitJ2 with EBST TORSION benchmarks...
PlasticitJ2 with EBST TORSION benchmarks successful
PlasticitJ2 with EBST VERTICAL benchmarks...
PlasticitJ2 with EBST VERTICAL benchmarks successful
PlasticitJ2 with EBST FORCE benchmarks...
PlasticitJ2 with EBST FORCE benchmarks successful
Resume of all of the examples for the structural application :
========== Structural Aplication ==========
Patch_Test_Total_Lagrangian_3D_8N: OK
Patch_Test_Total_Lagrangian_4N: OK
cantilever2dDynamic:OK
cantilever2dstatic using MKLPardisoSolver: OK
cantilever2dstatic_superlu: OK
cantilever2dstatic: OK
cantilever2dstatic_parallel:OK
cantilever2dstatic using ParallelMKLPardisoSolver: OK
cantilever3dstatic: OK
cantilever3ddynamic: OK
balken contact benchmark: OK
arc length desplacement benchmark: OK
arc length benchmark: OK
Pendulo Kratos Length benchmark: OK
PlasticitJ2 with EBST collection benchmarks: OK
OK
OK
OK

running the benchmark for naca3d test...
naca3d test example succesful
running the benchmark for mass_conservation test...
mass_conservation test example succesful
verifying  test_fractstep_cont_laplacian.py...
test_fractstep_cont_laplacian example succesful
verifying  test_fractstep_discrete_laplacian.py...
test_fractstep_discrete_laplacian example succesful
verifying  test_fractstep_cont_laplacian.py...3D
test_fractstep_cont_laplacian 3D example succesful
Running cylinder.py...
cylinder example succesful
Running Cilinder GLS example with explicit Runge-Kutta and FRAC STEP...
cilinderGLS example succesful
Running StillWater_Edgebased...
StillWater_Edgebased example succesful
Running StillWater_Edgebased_halfPorous...
StillWater_Edgebased_halfPorous example succesful
Running StillWater_Elembased_halfPorous...
StillWater_Elembased_halfPorous example succesful
Running script.py...
cavity_monolithic_3d example succesful
running the benchmark for edgebased_fixed_press test...
edgebased_fixed_press test example succesful
resume of all of the examples for the fluid application :
== Incompressible_Fluid ==========
naca3d test: OK
mass conservation test: OK
cavity2D: OK
OK
cavity3D: OK
cylinder: OK
cilinderGLS: OK
StillWater_Edgebased: OK
StillWater_Edgebased_halfPorous: OK
StillWater_Elembased_halfPorous: OK
cavity_monolithic_3d: OK
edgebased fixed press test: OK

Running Adaptive Mesher 2d benchmark...
Adaptive_mesher2d benchmarking example succesful
Running Adaptive Mesher 3d benchmark...
Adaptive_mesher2d benchmarking example succesful
Running Mapping_2d benchmark...
Mapping_2d benchmarking example succesful
Running Mapping_3d benchmark...
Mapping_3d benchmarking example succesful
Running Mapping_2d_BinBased benchmark...
Mapping_2d_BinWarning: couldn't find xdpyinfo to determine GLX availability. 
Configuring GiD for Software Rendering
Based benchmarking example succesful
Running Mapping_3d_BinBased benchmark...
Mapping_3d_BinBased benchmarking example succesful
verifying  connectivity_preserve_modeler benchmark...
connectivity_preserve_modeler benchmark succesful
resume of all of the examples for the meshing application :
========== Meshing Aplication ==========
adaptive_mesher2d: OK
adaptive_mesher3d: OK
Mapping_2d: OK
Mapping_3d: OK
Mapping_2d_BinBased: OK
Mapping_3d_BinBased: OK
connectivity_preserve_modeler benchmark: OK

Running edgebased_PureConvection.py...
testConvectionEdgebased example succesful
Running testPureConvection.py...
testPureConvection example succesful
resume of all of the examples for the fluid application :
== Convection_Diffusion ==========
square_edgebased: OK
pure_convection: OK

Running mesh.py...
non-conformant mesh example successful
resume of all of the examples for the FSI application :
== FSI_application ==========
meshtest: OK

Running mesh.py...
non-conformant mesh example successful
resume of all of the examples for the FSI application :
== FSI_application ==========
meshtest: OK

running the vms2d_test benchmark test...
VMS2D element test succesful
Running VMS test: parabolic flow in a trapezoidal domain solved using OSS
oss_trapezoid test succesful
Running slip condition test...
slip condition test succesful
Running Fractional step element test: 2D cavity flow
Fractional step 2D cavity test succesful
Running test of cylinder with slip BC, wall law and outlet close to the cylinder
cylinder with slip BC, wall law and outlet test succesful
resume of all of the examples for the Fluid Dynamics application :
== Fluid Dynamics ==========
VMS2D element test: OK
Parabolic flow OSS test: OK
Slip condition and wall law test: OK
Fractional step element test: 2D cavity flow: OK
test of cylinder with slip BC, wall law and outlet close to the cylinder: OK

running the benchmark for the Activation_test ...
Activation_test  example succesful
resume of all of the examples for the ThermoMechanical Application  :
== ThermoMechanical Application ==========
Activation_test : OK

running the benchmark for the Activation_test ...
Activation_test  example succesful
resume of all of the examples for the ThermoMechanical Application  :
== ThermoMechanical Application ==========
Activation_test : OK

---start solid mechanics application tests---
running the Scordelis Low Roof benchmark test...
Scordelis Low Roof test succesful
running the Shell Q4 Thick Bending RollUp benchmark test...
Shell Q4 Thick Bending RollUp test succesful
running the Shell Q4 Thick Drilling RollUp benchmark test...
Shell Q4 Thick Drilling RollUp test succesful
running the Shell T3 Thin Bending RollUp benchmark test...
Shell T3 Thin Bending RollUp test succesful
running the Shell T3 Thin Drilling RollUp benchmark test...
Shell T3 Thin Drilling RollUp test succesful
---end solid mechanics application tests---
resume of all of the examples for the SolidMechanicsApplication :
===== Solid Mechanics Application =====
Shell T3 Isotropic  Scordelis  test: OK
Shell Q4 Thick Bending  RollUp test: OK
Shell Q4 Thick Drilling RollUp test: OK
Shell T3 Thin  Bending  RollUp test: OK
Shell T3 Thin  Drilling RollUp test: OK

Problem updated...
Python script updated...
running the DEM two_balls_no_damp test...
two_balls_no_damp test succesful
resume of all of the examples for the DEM application :
========== DEM ==========
DEM element no damp test: OK

Running Trilinos -- Cantilever_Amesos...

Benchmarking:

Benchmarking:
### Process ended. ###
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