Split Form Class #3

abtin98 · 2019-07-09T19:06:46Z

Still need to figure out what variables I need and how/where to store them, so this is very rough and subject to change.

Use FEValues as done in deal.II tutorials

Goal is to derive DGStrong and DGWeak from DGBase. The loop over the cells will be the same. The volume, boundary and internal face integrals will differ.

No need to manually destruct the pointer anymore

Use weak form by default

To see the difference, try using vim -d dg/weak_dg.cpp dg/strong_dg.cpp

Using a ChartManifold to create the bump that decays.

Added test case. TODO: Code up wall and inlet/outlet boundary conditions Non-dimensionalize initial conditions to use Mach number Check entropy convergence.

Faster compilation times. Used to recompile everything anytime physics.h was touched.

Instead of p+1 for entropy

Getting vortex to work. I can see it move and it diffuses super quickly

Change some of the longer test to use MPI. All the tests pass Use cmake ../ -DMPIMAX to set the default number of processor in those tests. Not the same as ctest -jX. Test project /home/ddong/Codes/PHiLiP_temp/PHiLiP/build_release Start 1: 1D_numerical_flux_conservation 1/39 Test dougshidong#1: 1D_numerical_flux_conservation .................................. Passed 0.26 sec Start 2: 2D_numerical_flux_conservation 2/39 Test dougshidong#2: 2D_numerical_flux_conservation .................................. Passed 0.22 sec Start 3: 3D_numerical_flux_conservation 3/39 Test dougshidong#3: 3D_numerical_flux_conservation .................................. Passed 0.27 sec Start 4: 1D_jacobian_matrix_regression 4/39 Test dougshidong#4: 1D_jacobian_matrix_regression ................................... Passed 0.69 sec Start 5: 2D_jacobian_matrix_regression 5/39 Test dougshidong#5: 2D_jacobian_matrix_regression ................................... Passed 0.74 sec Start 6: 3D_jacobian_matrix_regression 6/39 Test dougshidong#6: 3D_jacobian_matrix_regression ................................... Passed 3.27 sec Start 7: 1D_euler_convert_primitive_conservative 7/39 Test dougshidong#7: 1D_euler_convert_primitive_conservative ......................... Passed 0.19 sec Start 8: 2D_euler_convert_primitive_conservative 8/39 Test dougshidong#8: 2D_euler_convert_primitive_conservative ......................... Passed 0.22 sec Start 9: 3D_euler_convert_primitive_conservative 9/39 Test dougshidong#9: 3D_euler_convert_primitive_conservative ......................... Passed 0.57 sec Start 10: 1D_euler_manufactured_solution_source 10/39 Test dougshidong#10: 1D_euler_manufactured_solution_source ........................... Passed 0.27 sec Start 11: 2D_euler_manufactured_solution_source 11/39 Test dougshidong#11: 2D_euler_manufactured_solution_source ........................... Passed 0.24 sec Start 12: 3D_euler_manufactured_solution_source 12/39 Test dougshidong#12: 3D_euler_manufactured_solution_source ........................... Passed 0.61 sec Start 13: 1D_euler_convective_jacobian 13/39 Test dougshidong#13: 1D_euler_convective_jacobian .................................... Passed 0.20 sec Start 14: 2D_euler_convective_jacobian 14/39 Test dougshidong#14: 2D_euler_convective_jacobian .................................... Passed 0.24 sec Start 15: 3D_euler_convective_jacobian 15/39 Test dougshidong#15: 3D_euler_convective_jacobian .................................... Passed 1.04 sec Start 16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 16/39 Test dougshidong#16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.79 sec Start 17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 17/39 Test dougshidong#17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 7.34 sec Start 18: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 18/39 Test dougshidong#18: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 3.57 sec Start 19: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 19/39 Test dougshidong#19: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 7.67 sec Start 20: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 20/39 Test dougshidong#20: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 0.82 sec Start 21: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 21/39 Test dougshidong#21: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 10.93 sec Start 22: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 22/39 Test dougshidong#22: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .......... Passed 37.31 sec Start 23: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 23/39 Test dougshidong#23: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.80 sec Start 24: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 24/39 Test dougshidong#24: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 2.56 sec Start 25: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 25/39 Test dougshidong#25: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 21.02 sec Start 26: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 26/39 Test dougshidong#26: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 0.91 sec Start 27: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 27/39 Test dougshidong#27: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 2.62 sec Start 28: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 28/39 Test dougshidong#28: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 19.84 sec Start 29: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 29/39 Test dougshidong#29: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 0.83 sec Start 30: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 30/39 Test dougshidong#30: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 12.23 sec Start 31: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 31/39 Test dougshidong#31: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 12.63 sec Start 32: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION 32/39 Test dougshidong#32: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.84 sec Start 33: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 33/39 Test dougshidong#33: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 1.64 sec Start 34: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 34/39 Test dougshidong#34: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 38.39 sec Start 35: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 35/39 Test dougshidong#35: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION ................ Passed 15.22 sec Start 36: 1D_EULER_ROE_MANUFACTURED_SOLUTION 36/39 Test dougshidong#36: 1D_EULER_ROE_MANUFACTURED_SOLUTION .............................. Passed 1.69 sec Start 37: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION 37/39 Test dougshidong#37: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION .......................... Passed 10.56 sec Start 38: MPI_2D_EULER_INTEGRATION_CYLINDER 38/39 Test dougshidong#38: MPI_2D_EULER_INTEGRATION_CYLINDER ............................... Passed 120.18 sec Start 39: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP 39/39 Test dougshidong#39: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP .......................... Passed 312.47 sec 100% tests passed, 0 tests failed out of 39 Total Test time (real) = 652.82 sec

Very slow... 600 seconds instead of 3 seconds.

I would suggest searching the word 'Passed' to see the orders retrieved.

Test project /home/abtinameri/Desktop/thesis/PHiLiP/build Start 1: 1D_numerical_flux_conservation 1/42 Test dougshidong#1: 1D_numerical_flux_conservation .................................. Passed 0.42 sec Start 2: 2D_numerical_flux_conservation 2/42 Test dougshidong#2: 2D_numerical_flux_conservation .................................. Passed 0.45 sec Start 3: 3D_numerical_flux_conservation 3/42 Test dougshidong#3: 3D_numerical_flux_conservation .................................. Passed 0.40 sec Start 4: 1D_jacobian_matrix_regression 4/42 Test dougshidong#4: 1D_jacobian_matrix_regression ................................... Passed 0.42 sec Start 5: 2D_jacobian_matrix_regression 5/42 Test dougshidong#5: 2D_jacobian_matrix_regression ................................... Passed 0.47 sec Start 6: 3D_jacobian_matrix_regression 6/42 Test dougshidong#6: 3D_jacobian_matrix_regression ................................... Passed 2.48 sec Start 7: 1D_euler_convert_primitive_conservative 7/42 Test dougshidong#7: 1D_euler_convert_primitive_conservative ......................... Passed 0.22 sec Start 8: 2D_euler_convert_primitive_conservative 8/42 Test dougshidong#8: 2D_euler_convert_primitive_conservative ......................... Passed 0.21 sec Start 9: 3D_euler_convert_primitive_conservative 9/42 Test dougshidong#9: 3D_euler_convert_primitive_conservative ......................... Passed 0.48 sec Start 10: 1D_euler_manufactured_solution_source 10/42 Test dougshidong#10: 1D_euler_manufactured_solution_source ........................... Passed 0.21 sec Start 11: 2D_euler_manufactured_solution_source 11/42 Test dougshidong#11: 2D_euler_manufactured_solution_source ........................... Passed 0.25 sec Start 12: 3D_euler_manufactured_solution_source 12/42 Test dougshidong#12: 3D_euler_manufactured_solution_source ........................... Passed 0.51 sec Start 13: 1D_euler_convective_jacobian 13/42 Test dougshidong#13: 1D_euler_convective_jacobian .................................... Passed 0.21 sec Start 14: 2D_euler_convective_jacobian 14/42 Test dougshidong#14: 2D_euler_convective_jacobian .................................... Passed 0.23 sec Start 15: 3D_euler_convective_jacobian 15/42 Test dougshidong#15: 3D_euler_convective_jacobian .................................... Passed 0.87 sec Start 16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 16/42 Test dougshidong#16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.52 sec Start 17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 17/42 Test dougshidong#17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 4.98 sec Start 18: MPI_2D_ADVECTION_EXPLICIT_MANUFACTURED_SOLUTION 18/42 Test dougshidong#18: MPI_2D_ADVECTION_EXPLICIT_MANUFACTURED_SOLUTION ................. Passed 284.29 sec Start 19: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 19/42 Test dougshidong#19: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 3.93 sec Start 20: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 20/42 Test dougshidong#20: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 9.86 sec Start 21: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 21/42 Test dougshidong#21: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 0.59 sec Start 22: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 22/42 Test dougshidong#22: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 7.40 sec Start 23: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 23/42 Test dougshidong#23: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .......... Passed 41.23 sec Start 24: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 24/42 Test dougshidong#24: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.53 sec Start 25: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 25/42 Test dougshidong#25: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 1.86 sec Start 26: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 26/42 Test dougshidong#26: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 29.47 sec Start 27: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 27/42 Test dougshidong#27: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 0.58 sec Start 28: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 28/42 Test dougshidong#28: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 1.94 sec Start 29: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 29/42 Test dougshidong#29: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 28.02 sec Start 30: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 30/42 Test dougshidong#30: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 0.57 sec Start 31: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 31/42 Test dougshidong#31: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 9.53 sec Start 32: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 32/42 Test dougshidong#32: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 17.23 sec Start 33: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION 33/42 Test dougshidong#33: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.54 sec Start 34: 1D_burgers_energy_stability 34/42 Test dougshidong#34: 1D_burgers_energy_stability ..................................... Passed 211.12 sec Start 35: 2D_advection_explicit_periodic 35/42 Test dougshidong#35: 2D_advection_explicit_periodic .................................. Passed 170.45 sec Start 36: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 36/42 Test dougshidong#36: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 1.13 sec Start 37: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 37/42 Test dougshidong#37: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 29.69 sec Start 38: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 38/42 Test dougshidong#38: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION ................ Passed 22.17 sec Start 39: 1D_EULER_ROE_MANUFACTURED_SOLUTION 39/42 Test dougshidong#39: 1D_EULER_ROE_MANUFACTURED_SOLUTION .............................. Passed 1.13 sec Start 40: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION 40/42 Test dougshidong#40: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION .......................... Passed 14.58 sec Start 41: MPI_2D_EULER_INTEGRATION_CYLINDER 41/42 Test dougshidong#41: MPI_2D_EULER_INTEGRATION_CYLINDER ............................... Passed 167.23 sec Start 42: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP 42/42 Test dougshidong#42: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP .......................... Passed 245.55 sec 100% tests passed, 0 tests failed out of 42

Physics and numerical fluxes are now computed outside of the DG discretization. Partial implementation of vector-valued problems by adding the std::array structures Diffusive terms require a function that will evaluate the solution numerical flux and the viscous numerical flux. Current implementation of SIPG is working to recover optimal convergence orders of the solution but not of the output functional Suboptimal output error is perceived for diffusion (maybe, I get 2p) and convection-diffusion (definitely) TODO: Find the adjoint consistent boundary condition for the diffusion problem and convection-diffusion problem TODO: Find out why the linear solver is soooo much slower for the diffusion problems Start 1: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 1/12 Test #1: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.53 sec Start 2: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 2/12 Test #2: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 5.84 sec Start 3: 3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 3/12 Test #3: 3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 47.98 sec Start 4: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 4/12 Test #4: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.64 sec Start 5: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 5/12 Test #5: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 3.23 sec Start 6: 3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 6/12 Test #6: 3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 237.84 sec Start 7: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 7/12 Test #7: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 0.75 sec Start 8: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 8/12 Test #8: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 3.45 sec Start 9: 3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 9/12 Test #9: 3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 266.84 sec Start 10: 1D_numerical_flux_conservation 10/12 Test #10: 1D_numerical_flux_conservation ........................... Passed 0.27 sec Start 11: 2D_numerical_flux_conservation 11/12 Test #11: 2D_numerical_flux_conservation ........................... Passed 0.25 sec Start 12: 3D_numerical_flux_conservation 12/12 Test #12: 3D_numerical_flux_conservation ........................... Passed 0.24 sec 100% tests passed, 0 tests failed out of 12 Total Test time (real) = 567.87 sec

Checks source term against a finite-difference of the convective fluxes. Since the source term is analytically derived for the manufactured solution, it also checks for the physical flux in a way. Also, new test for grid convegence of Euler. Not supposed to pass Test project /home/ddong/Codes/PHiLiP/build_release Start 1: 1D_numerical_flux_conservation 1/27 Test #1: 1D_numerical_flux_conservation .............................. Passed 0.17 sec Start 2: 2D_numerical_flux_conservation 2/27 Test #2: 2D_numerical_flux_conservation .............................. Passed 0.17 sec Start 3: 3D_numerical_flux_conservation 3/27 Test #3: 3D_numerical_flux_conservation .............................. Passed 0.16 sec Start 4: 1D_jacobian_matrix_regression 4/27 Test #4: 1D_jacobian_matrix_regression ............................... Passed 0.45 sec Start 5: 2D_jacobian_matrix_regression 5/27 Test #5: 2D_jacobian_matrix_regression ............................... Passed 0.50 sec Start 6: 3D_jacobian_matrix_regression 6/27 Test #6: 3D_jacobian_matrix_regression ............................... Passed 1.57 sec Start 7: 1D_euler_convert_primitive_conservative 7/27 Test #7: 1D_euler_convert_primitive_conservative ..................... Passed 0.16 sec Start 8: 2D_euler_convert_primitive_conservative 8/27 Test #8: 2D_euler_convert_primitive_conservative ..................... Passed 0.20 sec Start 9: 3D_euler_convert_primitive_conservative 9/27 Test #9: 3D_euler_convert_primitive_conservative ..................... Passed 0.44 sec Start 10: 1D_euler_manufactured_solution_source 10/27 Test #10: 1D_euler_manufactured_solution_source ....................... Passed 0.16 sec Start 11: 2D_euler_manufactured_solution_source 11/27 Test #11: 2D_euler_manufactured_solution_source ....................... Passed 0.21 sec Start 12: 3D_euler_manufactured_solution_source 12/27 Test #12: 3D_euler_manufactured_solution_source ....................... Passed 0.54 sec Start 13: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 13/27 Test #13: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 0.49 sec Start 14: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 14/27 Test #14: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 2.38 sec Start 15: 3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 15/27 Test #15: 3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 25.05 sec Start 16: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 16/27 Test #16: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 0.58 sec Start 17: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 17/27 Test #17: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 1.49 sec Start 18: 3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 18/27 Test #18: 3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 48.04 sec Start 19: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 19/27 Test #19: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 0.51 sec Start 20: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 20/27 Test #20: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 1.50 sec Start 21: 3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 21/27 Test #21: 3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 43.90 sec Start 22: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 22/27 Test #22: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 0.49 sec Start 23: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 23/27 Test #23: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 6.13 sec Start 24: 3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 24/27 Test #24: 3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 20.49 sec Start 25: 1D_EULER_IMPLICIT_MANUFACTURED_SOLUTION 25/27 Test #25: 1D_EULER_IMPLICIT_MANUFACTURED_SOLUTION .....................***Failed 0.42 sec Start 26: 2D_EULER_IMPLICIT_MANUFACTURED_SOLUTION 26/27 Test #26: 2D_EULER_IMPLICIT_MANUFACTURED_SOLUTION .....................***Failed 0.41 sec Start 27: 3D_EULER_IMPLICIT_MANUFACTURED_SOLUTION 27/27 Test #27: 3D_EULER_IMPLICIT_MANUFACTURED_SOLUTION .....................***Failed 0.41 sec 89% tests passed, 3 tests failed out of 27 Total Test time (real) = 157.22 sec The following tests FAILED: 25 - 1D_EULER_IMPLICIT_MANUFACTURED_SOLUTION (Failed) 26 - 2D_EULER_IMPLICIT_MANUFACTURED_SOLUTION (Failed) 27 - 3D_EULER_IMPLICIT_MANUFACTURED_SOLUTION (Failed) Errors while running CTest

Change some of the longer test to use MPI. All the tests pass Use cmake ../ -DMPIMAX to set the default number of processor in those tests. Not the same as ctest -jX. Test project /home/ddong/Codes/PHiLiP_temp/PHiLiP/build_release Start 1: 1D_numerical_flux_conservation 1/39 Test #1: 1D_numerical_flux_conservation .................................. Passed 0.26 sec Start 2: 2D_numerical_flux_conservation 2/39 Test #2: 2D_numerical_flux_conservation .................................. Passed 0.22 sec Start 3: 3D_numerical_flux_conservation 3/39 Test #3: 3D_numerical_flux_conservation .................................. Passed 0.27 sec Start 4: 1D_jacobian_matrix_regression 4/39 Test #4: 1D_jacobian_matrix_regression ................................... Passed 0.69 sec Start 5: 2D_jacobian_matrix_regression 5/39 Test #5: 2D_jacobian_matrix_regression ................................... Passed 0.74 sec Start 6: 3D_jacobian_matrix_regression 6/39 Test #6: 3D_jacobian_matrix_regression ................................... Passed 3.27 sec Start 7: 1D_euler_convert_primitive_conservative 7/39 Test #7: 1D_euler_convert_primitive_conservative ......................... Passed 0.19 sec Start 8: 2D_euler_convert_primitive_conservative 8/39 Test #8: 2D_euler_convert_primitive_conservative ......................... Passed 0.22 sec Start 9: 3D_euler_convert_primitive_conservative 9/39 Test #9: 3D_euler_convert_primitive_conservative ......................... Passed 0.57 sec Start 10: 1D_euler_manufactured_solution_source 10/39 Test #10: 1D_euler_manufactured_solution_source ........................... Passed 0.27 sec Start 11: 2D_euler_manufactured_solution_source 11/39 Test #11: 2D_euler_manufactured_solution_source ........................... Passed 0.24 sec Start 12: 3D_euler_manufactured_solution_source 12/39 Test #12: 3D_euler_manufactured_solution_source ........................... Passed 0.61 sec Start 13: 1D_euler_convective_jacobian 13/39 Test #13: 1D_euler_convective_jacobian .................................... Passed 0.20 sec Start 14: 2D_euler_convective_jacobian 14/39 Test #14: 2D_euler_convective_jacobian .................................... Passed 0.24 sec Start 15: 3D_euler_convective_jacobian 15/39 Test #15: 3D_euler_convective_jacobian .................................... Passed 1.04 sec Start 16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 16/39 Test #16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.79 sec Start 17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 17/39 Test #17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 7.34 sec Start 18: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 18/39 Test #18: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 3.57 sec Start 19: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 19/39 Test #19: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 7.67 sec Start 20: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 20/39 Test #20: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 0.82 sec Start 21: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 21/39 Test #21: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 10.93 sec Start 22: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 22/39 Test #22: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .......... Passed 37.31 sec Start 23: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 23/39 Test #23: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.80 sec Start 24: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 24/39 Test #24: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 2.56 sec Start 25: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 25/39 Test #25: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 21.02 sec Start 26: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 26/39 Test #26: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 0.91 sec Start 27: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 27/39 Test #27: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 2.62 sec Start 28: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 28/39 Test #28: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 19.84 sec Start 29: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 29/39 Test #29: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 0.83 sec Start 30: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 30/39 Test #30: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 12.23 sec Start 31: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 31/39 Test #31: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 12.63 sec Start 32: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION 32/39 Test #32: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.84 sec Start 33: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 33/39 Test #33: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 1.64 sec Start 34: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 34/39 Test #34: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 38.39 sec Start 35: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 35/39 Test #35: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION ................ Passed 15.22 sec Start 36: 1D_EULER_ROE_MANUFACTURED_SOLUTION 36/39 Test #36: 1D_EULER_ROE_MANUFACTURED_SOLUTION .............................. Passed 1.69 sec Start 37: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION 37/39 Test #37: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION .......................... Passed 10.56 sec Start 38: MPI_2D_EULER_INTEGRATION_CYLINDER 38/39 Test #38: MPI_2D_EULER_INTEGRATION_CYLINDER ............................... Passed 120.18 sec Start 39: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP 39/39 Test #39: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP .......................... Passed 312.47 sec 100% tests passed, 0 tests failed out of 39 Total Test time (real) = 652.82 sec

Test project /home/abtinameri/Desktop/thesis/PHiLiP/build Start 1: 1D_numerical_flux_conservation 1/42 Test #1: 1D_numerical_flux_conservation .................................. Passed 0.42 sec Start 2: 2D_numerical_flux_conservation 2/42 Test #2: 2D_numerical_flux_conservation .................................. Passed 0.45 sec Start 3: 3D_numerical_flux_conservation 3/42 Test #3: 3D_numerical_flux_conservation .................................. Passed 0.40 sec Start 4: 1D_jacobian_matrix_regression 4/42 Test #4: 1D_jacobian_matrix_regression ................................... Passed 0.42 sec Start 5: 2D_jacobian_matrix_regression 5/42 Test #5: 2D_jacobian_matrix_regression ................................... Passed 0.47 sec Start 6: 3D_jacobian_matrix_regression 6/42 Test #6: 3D_jacobian_matrix_regression ................................... Passed 2.48 sec Start 7: 1D_euler_convert_primitive_conservative 7/42 Test #7: 1D_euler_convert_primitive_conservative ......................... Passed 0.22 sec Start 8: 2D_euler_convert_primitive_conservative 8/42 Test #8: 2D_euler_convert_primitive_conservative ......................... Passed 0.21 sec Start 9: 3D_euler_convert_primitive_conservative 9/42 Test #9: 3D_euler_convert_primitive_conservative ......................... Passed 0.48 sec Start 10: 1D_euler_manufactured_solution_source 10/42 Test #10: 1D_euler_manufactured_solution_source ........................... Passed 0.21 sec Start 11: 2D_euler_manufactured_solution_source 11/42 Test #11: 2D_euler_manufactured_solution_source ........................... Passed 0.25 sec Start 12: 3D_euler_manufactured_solution_source 12/42 Test #12: 3D_euler_manufactured_solution_source ........................... Passed 0.51 sec Start 13: 1D_euler_convective_jacobian 13/42 Test #13: 1D_euler_convective_jacobian .................................... Passed 0.21 sec Start 14: 2D_euler_convective_jacobian 14/42 Test #14: 2D_euler_convective_jacobian .................................... Passed 0.23 sec Start 15: 3D_euler_convective_jacobian 15/42 Test #15: 3D_euler_convective_jacobian .................................... Passed 0.87 sec Start 16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 16/42 Test #16: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.52 sec Start 17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 17/42 Test #17: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 4.98 sec Start 18: MPI_2D_ADVECTION_EXPLICIT_MANUFACTURED_SOLUTION 18/42 Test #18: MPI_2D_ADVECTION_EXPLICIT_MANUFACTURED_SOLUTION ................. Passed 284.29 sec Start 19: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 19/42 Test #19: MPI_2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 3.93 sec Start 20: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION 20/42 Test #20: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 9.86 sec Start 21: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 21/42 Test #21: 1D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 0.59 sec Start 22: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 22/42 Test #22: 2D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .............. Passed 7.40 sec Start 23: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG 23/42 Test #23: MPI_3D_ADVECTION_IMPLICIT_MANUFACTURED_SOLUTION_STRONG .......... Passed 41.23 sec Start 24: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 24/42 Test #24: 1D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 0.53 sec Start 25: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 25/42 Test #25: 2D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ..................... Passed 1.86 sec Start 26: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 26/42 Test #26: MPI_3D_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ................. Passed 29.47 sec Start 27: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 27/42 Test #27: 1D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 0.58 sec Start 28: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 28/42 Test #28: 2D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION .......... Passed 1.94 sec Start 29: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION 29/42 Test #29: MPI_3D_CONVECTION_DIFFUSION_IMPLICIT_MANUFACTURED_SOLUTION ...... Passed 28.02 sec Start 30: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 30/42 Test #30: 1D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 0.57 sec Start 31: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 31/42 Test #31: 2D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ....... Passed 9.53 sec Start 32: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION 32/42 Test #32: MPI_3D_ADVECTION_VECTOR_VALUED_IMPLICIT_MANUFACTURED_SOLUTION ... Passed 17.23 sec Start 33: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION 33/42 Test #33: 1D_BURGERS_INVISCID_IMPLICIT_MANUFACTURED_SOLUTION .............. Passed 0.54 sec Start 34: 1D_burgers_energy_stability 34/42 Test #34: 1D_burgers_energy_stability ..................................... Passed 211.12 sec Start 35: 2D_advection_explicit_periodic 35/42 Test #35: 2D_advection_explicit_periodic .................................. Passed 170.45 sec Start 36: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 36/42 Test #36: 1D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 1.13 sec Start 37: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 37/42 Test #37: 2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION .................... Passed 29.69 sec Start 38: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION 38/42 Test #38: MPI_2D_EULER_LAXFRIEDRICHS_MANUFACTURED_SOLUTION ................ Passed 22.17 sec Start 39: 1D_EULER_ROE_MANUFACTURED_SOLUTION 39/42 Test #39: 1D_EULER_ROE_MANUFACTURED_SOLUTION .............................. Passed 1.13 sec Start 40: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION 40/42 Test #40: MPI_2D_EULER_ROE_MANUFACTURED_SOLUTION .......................... Passed 14.58 sec Start 41: MPI_2D_EULER_INTEGRATION_CYLINDER 41/42 Test #41: MPI_2D_EULER_INTEGRATION_CYLINDER ............................... Passed 167.23 sec Start 42: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP 42/42 Test #42: MPI_2D_EULER_INTEGRATION_GAUSSIAN_BUMP .......................... Passed 245.55 sec 100% tests passed, 0 tests failed out of 42

* ESFR Split forms. Contains all unsteady unit and integration tests. Makes use of operators in DG strong. Provides weight-adjusted curvilinear Mass matrices. Includes free-stream preserving metric terms. * Removed the accidentally pushed mesh file. Will rebase last 4 commits into 1. * Cleaning up the accidental added line at end of some files and removed #if 0 #endif commented blocks. * And this file deleted last line. * Finished removing #if 0 #endif blocks, added some comments and included new numerical fluxes in the numerical_flux_conservation test. * Apply suggestions from code review dg.cpp minor edits * Implemented sum factorization in operators class. All operations can be written as a combination of matrix-vector products and inner products. A unit test verifies by testing the cputime for A*u and also M*u where M is a mass matrix--uses both matrix-vector product and inner product forms. All that is left is to clean up the unit test a bit to fail at wrong orders. * Apply suggestions from code review * Apply suggestions from code review * Apply suggestions from code review * Update src/parameters/all_parameters.cpp * Update with all changes requested from pull request. Only missing merge conflict with ode solver base then pull request changes complete. * Small cleanup changes before I merge upstream master in my branch. * Made corrections to explicit ode solver with Butcher tableau c values. Updated unsteady tests. Continued to clean up and removed deprecated Burgers Rewienski lines. * Cleaned up last few comments on pull request wrt Flux reconstruction operators and flags. * Removed old references to Runge-Kutta order. * Cleaned up re-used code in operators, and other comments from PR. * Removed collection tuple from dg. Removed finite element and quadrature collections from DG. Made consistent throughout the code to call operators finite element and quadrature collections from the operators collection tuple. * Fixed typos in error messages. * Created initial condition base class with interpolate and projection capabilities for different initial condition functions. This generalizes the initial condition class. * Turned axuiliary mass matrix into a single rather than array of dim because we use the same mass matrix for each dim direction. This reduces memory consumption. * Templated initial condition base by nstate and the functions therein. * Added a strong form Navier-Stokes integration test. * Made mapping support points arrays instead of vectors. Added flag in dg allocate system for the implicit matrix/vectors to allocate to reduce memory costs. * Fix minor changes from Pranshul. * Small update. Switching branch for other work. * Auxiliary variable correctly computed for NAvier-Stokes equation now. Verified through viscous TGV test strong. * Fixed small compiling error. * Fix TGV viscous strong control file * Strong viscous TGV energy check test confirmed pass. * Added definitions for projection. * Changed initial condition base to just initial condition since nothing is derived from it. * Current status of new operators backup * Made entropy conserving flux work for all physics types. Will return to my other branch with restructuring operators class for efficiency now. * Recent version, new operators quarter done. * For energy tests, only initializes ode solver on first iteration now. * For Julien to debug his flow solver case. I will revert these changes after so that the test case is mroe reasonable when using ctests. * Fixed the Burgers' energy inviscid initial condition. * Fixed stash error * Apply suggestions from code review * cleaning up InitialCondition; changed to SetInitialCondition * removing commented lines from previous commit * fixing bug that would run two tgv energy check quick tests * cleaning up src/parameter/ files; fixing comments marked as fixed that were not actually fixed * minor editorial changes * correcting all_parameters.cpp from last commit; indentation and doxygen fixes * indentation clean up in unit tests and euler split tgv * cleaning up src/testing/ files * removing unused CurvManifold class declaration in advection_explicit_periodic.h * changing tabs to spaces in burgers_stability.cpp * cleaning up ConvectionDiffusionPeriodic class files in src/testing/ * reducing code repetition in CMakeList for flow_variable_tests * reviewing src/dg, src/numerical_flux, and src/ode_solver/ files; moving all convective num fluxes to convective_numerical_flux.<cpp/hpp>; converting tabs to spaces in convective_numerical_flux.cpp; general clean up in numerical flux directory; indentation fixes * New operators class completed with passing unit tests. Only unit tests to change atm are sum factorization, metric splitting and weight adjusted inverse. Next step is to deprecate the previous operators class and make respective changes throughout dg, tests etc. * reviewing src/mesh/grids files * making repeated constants class members in NonsymmetricCurvedGridManifold * correcting "set test_type = flow_solver" to "set run_type = flow_simulation" in prm files * The sum factorization test. * Changed mapping shape functions class so metric operators less variables pass to construct. * fixing time refinement study parameter file * New operators class complete with top-nothc efficiency :) * adding print statements for operators allocation status * adding forgotten print statements * comment fix * resolving a PR comment * Implemented new operators class throughout DG/DG strong. All that is left is having it pass the tests. It currently compiles. * I have DG strong conservative working, now need to tweak split forms and pass all tests. * Conservative DG works 2D curvilinear. Now need cuvilinear split form to work properly, then will do auxtesting/tgv and finito. * Got curvilinear stability and weight-adjusted curvilinear working perfectly. Now only needs to pass auxiliary/conv_diff explicit and it's all done! * 3D TGV works. Now just auxiliary. * bug fix for writing pvtu files in subdirectory * setting default value for WALE model constant to that recommended by literature * Auxiliary and conv diffusion passes. * Inverse mass on the fly and mass evaluated on the fly in application per cell done. Only doesnt work for curvilinear at the moment. Has flag to use. For curvilinear, do not use inverse on the fly yet. Works perfectly for linear grids. * 2pt flux Hadamard sum after the Hadamard product now O n^d+1. All is finished. * Made mass matrix computation more efficient. FINALLY PASSES NACA 0012 OPTIMIZATION I'm so happy! * compiles. Have not yet tested since the merge. * Fixed TGV Euler split form test that got stuff deleted during the merge. Also, in mass matrix DG, changed condition of factoring out det of Jac by Cartesian element rather than linear. This is because unstructured linear meshes do NOT have a constant metric Jacobian determinant, only Cartesian meshes do. Will run ctest and clean up documentation now. * Moved the entropy consevring, entropy stable split, and central numerical fluxes into convective numerical flux. * Changed tabs to spaces in burgers epxlicit test. * Added documentation equations to DG strong. * Modified TGV split test to use initial condition TGV function. * Fixed Polynomial degree ramping issue. * Run curvilinear mesh on Narval. Also, made 3D periodic nonsymm curv grid. * Added energy file declaration from control file. Also increased warping of grid. * small clean up * fixing pde_type flag in strong dg * correcting initial condition setting in split tgv * Finished with curv TGV work for conference * 1D_BURGERS_STABILITY_ORDERS_OF_ACCURACY_LONG passing * 1D_TIME_REFINEMENT_STUDY_ADVECTION_EXPLICIT now passes and behaves as supposed to. * 1D periodic now CONFIRMED to work with dealii matched faces. Thus, the hardcoded 1D periodic was removed. All tests that are affected by this pass. * Viscous TGV energy check quick STRONG passing. * Smoothed out auxiliary test to reach asymptotic convergence in L infinity norm in a reasonable time/grid level. * Unit test verifying DG Strong Auxiliary equations' right-hand-side for d\in[1,3], for Navier-Stokes equations. * Fixed CMake files and cleaned up the include header files in unit test. * Resolved conflicts from merge that caused the tests to fail. Tests are passing now. * Removed use_strong_form flag in dg.cpp. Instead uses polymorphism to build operators needed for strong or fevalues needed for weak and assembles the residual functions therein. Also, corrected parameter files for advection unsteady weight adjusted curvilinear tests. * Made a few small minor changes to operators. * Small bug fix I saw. * fixing Gaussian bump flow case merge commit; related tests now passing * adding physics_model to use_aux_equation flag * Refactoring NumericalFluxConvective * introducing has_nonzero_diffusion bool in physics * assigning has_nonzero_diffusion to use_auxiliary_eqn * bug fix * Added viscous pseudotime to converge the diffusion with explicit steady state (both weak and strong needed this). Added the max_dt_cell for strong form calculation. Verified the boundary integrals in strong form. Fully verified viscous strong form, with energy tests recovering the exact provable stability bound to machine precision. Added a central viscous flux to achieve the exact provable stability condition. * Fixed 3D periodic nonsymmetric grid. Setup TGV for curvilinear grid. Fixed bug in weight-adjusted on-the-fly for curvilinear and now passes both 2D and 3D tests. Added condition for sum-factorization tests for cpu orders of convergence. * improving MPI_VISCOUS_TAYLOR_GREEN_VORTEX_RESTART_FROM_PARAMETER_FILE_CHECK * Update. Switching branches. * Added check for convergence in Hadamard product sum-factorized test. The test is still the same but it checks if the computed error was off because it didn't consider enough polynomial points. * This always passes. * Speed up TGV run. * Fixed bug with diffusion implicit convergence times. * Cleaned up TGV test for curvilinear grid. * Fix nonsymmetric grid for 2D advection, the 1/5 was too much warping, changed back to 1/10. * Adding Ismail-Roe split form convective numerical flux; introducing parameter 'two_point_num_flux_type'. * FlowSolver using set_initial_condition; can be used for curvilinear grids now * adding safeguard for parameter: number_of_grid_elements_per_dimension * Fixed projection IC for multi-state. * The test parameter file for multi-state curvilinear projection. * renaming "entropy_conserving_flux" to "two_point_flux" * using pcout in ODE factory * adding output_high_order_grid parameter * adding constant_time_step parameter for TGV DNS verification * minor merge fix * bug fix in parameters for constant_time_step * updating ode_solver_type in missed prm files from explicit to runge_kutta; all tests expected to pass are passing * allowing for negative grid bounds; needed for verifying viscous TGV * Fixing bug which adds dissipation to Euler * Test to confirm conservation of entropy * PR comments re: entropy check test * Changing physics per PR comments; using isothermal TGV initialization * Adding comment re: MPI behaviour of dot product. * Move entropy calculation into physics * Fixing an accidental change * Addressing final PR comments * fixing ctest command for TGV restart tests when MPIMAX is not a power of 2 * setting output_high_order_grid to false by default * removing commented code in tgv shell script * Bug fixed for auxiliary rhs test to work with general processors. * Small fix from last commit. * Sum-factorized Hadamard product works with general diagonal weights for other tensor directions. This enables the use of general matrices for 2pt fluxes (stiffness operator rather than derivative). * Setup volume skew-symmetric form for DG solver. Setup surface Hadamard products using sum-factorization type algorithms with corresponding unit tests. Hadamard products handle basis of variable sizes with arbitrary diagonal products. * Put surface two point flux in dg strong. Uncollocated updated version works perfectly for Burgers' and curvilinear. Exploring why not yet machine precision entropy conservation for Euler TGV uncollocated IR. * PeriodicTurbulence Adaptive Time Step MPI Bug Fix (#3) * flipping sign on viscous flux * reverting sign flip on viscous flux * renaming mean_specific_energy and trying equivalent pressure gradient method * unused var fix * removing misleading compute_dimensional_temperature * const member initialization for sutherlands law temperatures * bug fix for adaptive time step; using MPI max * making temperature_inf an input parameter that must be consistent with the Prandtl number * removing commented code in header * doxygen fix * Added Chandrashekar flux. General uncollocated two-point fluxes works perfectly. Verified with 3D TGV curvilinear FR c+ uncollocated entropy conservation. Found a bug with weight-adjusted curvilinear mass inverse with uncollocated and overintegration. To be fixed in future only overintegration doesn't work as expected with uncollocated curvilinear weight-adjusted. * Clean up. Giong to merge. * Deleted commented out debugging code. * Cleaned up euler/physics_model as per comments. Added in strong DG to interpolate the conservative variables to the face for the numerical flux if conservative to pass the TGV quick tets. In the future, I think that it should be the interpolation of the entropy variables to the face even for conservative DG. * Added Ranocha entropy conserving, KEP and PEP numerical flux. Added mapping support points extraction that scales on order (grid_degre+1)^dim to alleviate previous bottleneck of computing the mapping support nodes that prevnted total scaling from (p+1)^dim. * Added test verifying that the global inverse mass matrix and global mass matrix on the fly recover same vector for multi state and any FR scheme fully veryfing the mass matrix application. * Integrated quantities for periodic turbulence now uses sum-factorization algorithms to reduce round-off error build up and provide scaling speed-up. * improvements and addressing PR comments * using constexpr where possible in operators.cpp * editorial changes * adding abort condition for aux equation * Replacing exit(1) by std::abort(), editorial changes to weak_dg.hpp * correcting abort for non-diffusive problems * cleaning up added polymorphism to DGBase (functions that are not called in DGBase and only in the derived DGStrong class); 1D, 2D, 3D_AUXILIARY_RHS_TEST are passing * Unifying the two versions of compute_entropy_variables in Euler physics * moving allocate_auxiliary_equation() definition to DGBase * Changing auxiliary explicit timestepping check to NOT-implicit. This will allow ODE solvers such as rrk_explicit to solve diffusive terms. --------- Co-authored-by: Alexander <alexander@localhost.localdomain> Co-authored-by: Julien Brillon <43619715+jbrillon@users.noreply.github.com> Co-authored-by: Carolyn <c.pethrick@gmail.com>

* ESFR Split forms. Contains all unsteady unit and integration tests. Makes use of operators in DG strong. Provides weight-adjusted curvilinear Mass matrices. Includes free-stream preserving metric terms. * Removed the accidentally pushed mesh file. Will rebase last 4 commits into 1. * Cleaning up the accidental added line at end of some files and removed #if 0 #endif commented blocks. * And this file deleted last line. * Finished removing #if 0 #endif blocks, added some comments and included new numerical fluxes in the numerical_flux_conservation test. * Apply suggestions from code review dg.cpp minor edits * Implemented sum factorization in operators class. All operations can be written as a combination of matrix-vector products and inner products. A unit test verifies by testing the cputime for A*u and also M*u where M is a mass matrix--uses both matrix-vector product and inner product forms. All that is left is to clean up the unit test a bit to fail at wrong orders. * Apply suggestions from code review * Apply suggestions from code review * Apply suggestions from code review * Update src/parameters/all_parameters.cpp * Update with all changes requested from pull request. Only missing merge conflict with ode solver base then pull request changes complete. * Small cleanup changes before I merge upstream master in my branch. * Made corrections to explicit ode solver with Butcher tableau c values. Updated unsteady tests. Continued to clean up and removed deprecated Burgers Rewienski lines. * Cleaned up last few comments on pull request wrt Flux reconstruction operators and flags. * Removed old references to Runge-Kutta order. * Cleaned up re-used code in operators, and other comments from PR. * Removed collection tuple from dg. Removed finite element and quadrature collections from DG. Made consistent throughout the code to call operators finite element and quadrature collections from the operators collection tuple. * Fixed typos in error messages. * Created initial condition base class with interpolate and projection capabilities for different initial condition functions. This generalizes the initial condition class. * Turned axuiliary mass matrix into a single rather than array of dim because we use the same mass matrix for each dim direction. This reduces memory consumption. * Templated initial condition base by nstate and the functions therein. * Added a strong form Navier-Stokes integration test. * Made mapping support points arrays instead of vectors. Added flag in dg allocate system for the implicit matrix/vectors to allocate to reduce memory costs. * Fix minor changes from Pranshul. * Small update. Switching branch for other work. * Auxiliary variable correctly computed for NAvier-Stokes equation now. Verified through viscous TGV test strong. * Fixed small compiling error. * Fix TGV viscous strong control file * Strong viscous TGV energy check test confirmed pass. * Added definitions for projection. * Changed initial condition base to just initial condition since nothing is derived from it. * Current status of new operators backup * Made entropy conserving flux work for all physics types. Will return to my other branch with restructuring operators class for efficiency now. * Recent version, new operators quarter done. * For energy tests, only initializes ode solver on first iteration now. * For Julien to debug his flow solver case. I will revert these changes after so that the test case is mroe reasonable when using ctests. * Fixed the Burgers' energy inviscid initial condition. * Fixed stash error * Apply suggestions from code review * cleaning up InitialCondition; changed to SetInitialCondition * removing commented lines from previous commit * fixing bug that would run two tgv energy check quick tests * cleaning up src/parameter/ files; fixing comments marked as fixed that were not actually fixed * minor editorial changes * correcting all_parameters.cpp from last commit; indentation and doxygen fixes * indentation clean up in unit tests and euler split tgv * cleaning up src/testing/ files * removing unused CurvManifold class declaration in advection_explicit_periodic.h * changing tabs to spaces in burgers_stability.cpp * cleaning up ConvectionDiffusionPeriodic class files in src/testing/ * reducing code repetition in CMakeList for flow_variable_tests * reviewing src/dg, src/numerical_flux, and src/ode_solver/ files; moving all convective num fluxes to convective_numerical_flux.<cpp/hpp>; converting tabs to spaces in convective_numerical_flux.cpp; general clean up in numerical flux directory; indentation fixes * New operators class completed with passing unit tests. Only unit tests to change atm are sum factorization, metric splitting and weight adjusted inverse. Next step is to deprecate the previous operators class and make respective changes throughout dg, tests etc. * reviewing src/mesh/grids files * making repeated constants class members in NonsymmetricCurvedGridManifold * correcting "set test_type = flow_solver" to "set run_type = flow_simulation" in prm files * The sum factorization test. * Changed mapping shape functions class so metric operators less variables pass to construct. * fixing time refinement study parameter file * New operators class complete with top-nothc efficiency :) * adding print statements for operators allocation status * adding forgotten print statements * comment fix * resolving a PR comment * Implemented new operators class throughout DG/DG strong. All that is left is having it pass the tests. It currently compiles. * I have DG strong conservative working, now need to tweak split forms and pass all tests. * Conservative DG works 2D curvilinear. Now need cuvilinear split form to work properly, then will do auxtesting/tgv and finito. * Got curvilinear stability and weight-adjusted curvilinear working perfectly. Now only needs to pass auxiliary/conv_diff explicit and it's all done! * 3D TGV works. Now just auxiliary. * bug fix for writing pvtu files in subdirectory * setting default value for WALE model constant to that recommended by literature * Auxiliary and conv diffusion passes. * Inverse mass on the fly and mass evaluated on the fly in application per cell done. Only doesnt work for curvilinear at the moment. Has flag to use. For curvilinear, do not use inverse on the fly yet. Works perfectly for linear grids. * 2pt flux Hadamard sum after the Hadamard product now O n^d+1. All is finished. * Made mass matrix computation more efficient. FINALLY PASSES NACA 0012 OPTIMIZATION I'm so happy! * compiles. Have not yet tested since the merge. * Fixed TGV Euler split form test that got stuff deleted during the merge. Also, in mass matrix DG, changed condition of factoring out det of Jac by Cartesian element rather than linear. This is because unstructured linear meshes do NOT have a constant metric Jacobian determinant, only Cartesian meshes do. Will run ctest and clean up documentation now. * Moved the entropy consevring, entropy stable split, and central numerical fluxes into convective numerical flux. * Changed tabs to spaces in burgers epxlicit test. * Added documentation equations to DG strong. * Modified TGV split test to use initial condition TGV function. * Fixed Polynomial degree ramping issue. * Run curvilinear mesh on Narval. Also, made 3D periodic nonsymm curv grid. * Added energy file declaration from control file. Also increased warping of grid. * small clean up * fixing pde_type flag in strong dg * correcting initial condition setting in split tgv * Finished with curv TGV work for conference * 1D_BURGERS_STABILITY_ORDERS_OF_ACCURACY_LONG passing * 1D_TIME_REFINEMENT_STUDY_ADVECTION_EXPLICIT now passes and behaves as supposed to. * 1D periodic now CONFIRMED to work with dealii matched faces. Thus, the hardcoded 1D periodic was removed. All tests that are affected by this pass. * Viscous TGV energy check quick STRONG passing. * Smoothed out auxiliary test to reach asymptotic convergence in L infinity norm in a reasonable time/grid level. * Unit test verifying DG Strong Auxiliary equations' right-hand-side for d\in[1,3], for Navier-Stokes equations. * Fixed CMake files and cleaned up the include header files in unit test. * Resolved conflicts from merge that caused the tests to fail. Tests are passing now. * Removed use_strong_form flag in dg.cpp. Instead uses polymorphism to build operators needed for strong or fevalues needed for weak and assembles the residual functions therein. Also, corrected parameter files for advection unsteady weight adjusted curvilinear tests. * Made a few small minor changes to operators. * Small bug fix I saw. * fixing Gaussian bump flow case merge commit; related tests now passing * adding physics_model to use_aux_equation flag * Refactoring NumericalFluxConvective * introducing has_nonzero_diffusion bool in physics * assigning has_nonzero_diffusion to use_auxiliary_eqn * bug fix * Added viscous pseudotime to converge the diffusion with explicit steady state (both weak and strong needed this). Added the max_dt_cell for strong form calculation. Verified the boundary integrals in strong form. Fully verified viscous strong form, with energy tests recovering the exact provable stability bound to machine precision. Added a central viscous flux to achieve the exact provable stability condition. * Fixed 3D periodic nonsymmetric grid. Setup TGV for curvilinear grid. Fixed bug in weight-adjusted on-the-fly for curvilinear and now passes both 2D and 3D tests. Added condition for sum-factorization tests for cpu orders of convergence. * improving MPI_VISCOUS_TAYLOR_GREEN_VORTEX_RESTART_FROM_PARAMETER_FILE_CHECK * Update. Switching branches. * Added check for convergence in Hadamard product sum-factorized test. The test is still the same but it checks if the computed error was off because it didn't consider enough polynomial points. * This always passes. * Speed up TGV run. * Fixed bug with diffusion implicit convergence times. * Cleaned up TGV test for curvilinear grid. * Fix nonsymmetric grid for 2D advection, the 1/5 was too much warping, changed back to 1/10. * Adding Ismail-Roe split form convective numerical flux; introducing parameter 'two_point_num_flux_type'. * FlowSolver using set_initial_condition; can be used for curvilinear grids now * adding safeguard for parameter: number_of_grid_elements_per_dimension * Fixed projection IC for multi-state. * The test parameter file for multi-state curvilinear projection. * renaming "entropy_conserving_flux" to "two_point_flux" * using pcout in ODE factory * adding set_initial_condition_method parameter * progress on reading the file * adding read_values_from_file_and_project to SetInitialCondition class; code compiles -- ready to be tested for reading in serial * dhit test files * successfully reading DHIT flow setup file and projecting values to initialize solution; need to clean up this commit * reading files in parallel; MPI test passing * cleaning up set_initial_condition constructor, adding parameters for reading files and DHIT flow case, cleaning up test file, adding gdown script to get files * adding output_velocity_field() * bug fixes * setter/getter for time_step in FlowSolverCaseBase, outputting velocity field at hard-coded times for DHIT case * Outputting velocity field at a general set of times via input parameters * fixing seg fault * successfully preparing velocity field output files * adding output_high_order_grid parameter * interpolating velocity field to equidistant nodes for output * introducing parameter output_velocity_at_equidistant_nodes * adding constant_time_step parameter for TGV DNS verification * minor merge fix * bug fix in parameters for constant_time_step * updating ode_solver_type in missed prm files from explicit to runge_kutta; all tests expected to pass are passing * allowing for negative grid bounds; needed for verifying viscous TGV * Fixing bug which adds dissipation to Euler * Test to confirm conservation of entropy * PR comments re: entropy check test * Changing physics per PR comments; using isothermal TGV initialization * Adding comment re: MPI behaviour of dot product. * Move entropy calculation into physics * Fixing an accidental change * Addressing final PR comments * fixing ctest command for TGV restart tests when MPIMAX is not a power of 2 * setting output_high_order_grid to false by default * removing commented code in tgv shell script * Bug fixed for auxiliary rhs test to work with general processors. * Small fix from last commit. * Modify vtk output to write higher-order on straight grids * Add time data in unsteady flow solver * PeriodicTurbulence Adaptive Time Step MPI Bug Fix (#3) * flipping sign on viscous flux * reverting sign flip on viscous flux * renaming mean_specific_energy and trying equivalent pressure gradient method * unused var fix * removing misleading compute_dimensional_temperature * const member initialization for sutherlands law temperatures * bug fix for adaptive time step; using MPI max * making temperature_inf an input parameter that must be consistent with the Prandtl number * removing commented code in header * doxygen fix * renaming parameter set_initial_condition_method to apply_initial_condition_method * adding strain rate based dissipation rate to the integrated quantities * writing vorticity field * updating job_compile_PHiLiP for faster queue times * adding script for getting flow initialization files on cluster * adding documentation for getting the flow initialization files * fixing initialization of adaptive time step * error fix in last commit * adding data table for storing the exact output times for the velocity field files * adding output_flow_field_files_directory_name parameter * adding option to use constant viscosity * Printing message when negative pressure, density, or entropy is encountered * bug fix for outputting at equidistant nodes * adding option to output the solution files (.vtu) at the velocity field output times * changing int to unsigned int for file indexing in flow solver * setting proper index of current desired time for output velocity field when restarting the computation * adding timer to flow solver unsteady component * correcting LES filter width * closing issue 72 * additional merge fix * minor edit * fixing DHIT prm files; all tests passing that should be * adding timer start/stop message * addressing comment on src/dg/artificial_dissipation.h * adding check_positive functions in euler.cpp * merge fix * correcting comment header * removing mpi comment for table handler * addressing PR comments * adding DHIT test case files input files to gitignore * Correction to `output_flow_field` (#7) * Initial progress towards fixing the way soln_grad was computed at equidistant nodes * cleaning up code, removing output_velocity_field_at_equidistant_nodes parameter since always will be true * writing vorticity for mpi test as well --------- Co-authored-by: Alexander <alexander@localhost.localdomain> Co-authored-by: AlexanderCicchino <alexander.cicchino@mail.mcgill.ca> Co-authored-by: A. Cicchino <39313421+AlexanderCicchino@users.noreply.github.com> Co-authored-by: Carolyn <c.pethrick@gmail.com>

* flipping sign on viscous flux * reverting sign flip on viscous flux * renaming mean_specific_energy and trying equivalent pressure gradient method * unused var fix * removing misleading compute_dimensional_temperature * const member initialization for sutherlands law temperatures * bug fix for adaptive time step; using MPI max * making temperature_inf an input parameter that must be consistent with the Prandtl number * removing commented code in header * doxygen fix

dougshidong and others added 23 commits June 26, 2019 21:18

Update regression tests before strong form.

207f65d

Avoid FEValues pointer.

0e4a103

Use FEValues as done in deal.II tutorials

Move assemble_system to DGBase.

e501ca4

Goal is to derive DGStrong and DGWeak from DGBase. The loop over the cells will be the same. The volume, boundary and internal face integrals will differ.

Change Physics to return a std::shared_ptr

ef6bbf8

No need to manually destruct the pointer anymore

Add parameter flag to switch to strong form

8910ff6

Use weak form by default

Copy weak form into strong form for the interface.

7b365ba

Working strong form for convective term

1b9d303

To see the difference, try using vim -d dg/weak_dg.cpp dg/strong_dg.cpp

Add TODO point

7159aff

test_manifold.cpp generates a gaussian bump grid

139b4ba

Using a ChartManifold to create the bump that decays.

Merge branch 'master' of https://github.com/dougshidong/PHiLiP

5a3bfa5

Confirmed gaussian bump by integrating area.

f38409f

Setup gaussian bump test case in PHiLiP

a649c06

Added test case. TODO: Code up wall and inlet/outlet boundary conditions Non-dimensionalize initial conditions to use Mach number Check entropy convergence.

Dummy function for computing entropy.

5e675b5

Starting to non-dimensionalize Euler

bb339dd

Move physics into different header files.

2bf7529

Faster compilation times. Used to recompile everything anytime physics.h was touched.

Add various internal flow boundary conditions to Euler

ecab6ab

Fix Euler initialization with side_slip_angle=1

3bad8b1

Pass boundary_id to assemble_boundary

4f58e73

[Broken commit] Getting close for gaussian bump

eeddc2b

[Broken commit] Kinda working Gaussian bump. Convergence p

3dd0ade

Instead of p+1 for entropy

[Broken commit] Add cylinder test case

086e2fd

Commit before trying advecting vortex

8b018ee

Add Euler vortex interface.

3496b6a

abtin98 force-pushed the master branch from dea37af to 5a3bfa5 Compare July 16, 2019 12:34

abtin98 and others added 6 commits July 16, 2019 09:20

Added SplitFormBase, SplitForm, and factory.

9a8ac6d

Add gamma as parameter and working p0 cylinder

5565222

split form class implemented.

9547a1b

fixed some bugs

ca22170

Changed ODE solver structure

1a1e31f

Getting vortex to work. I can see it move and it diffuses super quickly

incorporated split form in dg

7267768

dougshidong and others added 21 commits August 20, 2019 10:13

Print only from MPI_RANK=0

1610423

Add explicit time-stepping to unit test

7749a98

Very slow... 600 seconds instead of 3 seconds.

Fix MPI error in num flux test

57cda5b

Add log of all the passing test 40/40 passed.

53a40f4

I would suggest searching the word 'Passed' to see the orders retrieved.

periodic bc test case

b12cc2a

Taylor Green Vortex

e89094e

debugged periodic bc

bbbbd8e

turned off stabilization for test

3901e05

added split flux

1edc19d

small changes

de4a804

merged with hp, MPI additions

3bf23fa

mhd added (not complete)

4ae0a4f

merged with upstream

d6398fc

changed tests to comply with mpi

4c0d709

debugged some periodic bc but not finalized

13bd993

modified some test param values

5e523e4

Merge branch 'merge-brance'

c813cd0

fixed bug with explicit ode solver

d5c4090

fixed burgers test case

594ef3d

dougshidong closed this Sep 12, 2019

abtin98 mentioned this pull request Oct 10, 2019

Euler Cylinder Test Case fails in Debug Mode #27

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abtin98 commented Jul 9, 2019

Split Form Class #3

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abtin98 commented Jul 9, 2019