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/petsc/src/ts/tutorials/output/
H A Dex20opt_ic_4.out1 MATSHELL and matrix-free multiple appear to produce the same results
2 MATSHELL transpose and matrix-free multiple appear to produce the same results
3 MATSHELL and matrix-free multiple appear to produce the same results
4 MATSHELL transpose and matrix-free multiple appear to produce the same results
5 MATSHELL and matrix-free multiple appear to produce the same results
6 MATSHELL transpose and matrix-free multiple appear to produce the same results
7 MATSHELL and matrix-free multiple appear to produce the same results
8 MATSHELL transpose and matrix-free multiple appear to produce the same results
13 MATSHELL and matrix-free multiple appear to produce the same results
14 MATSHELL transpose and matrix-free multiple appear to produce the same results
[all …]
/petsc/src/ts/tests/
H A Dex17.c114 PetscScalar results[3][10]; in main() local
139 for (PetscInt j = 0; j < 10; j++) results[i][j] = 0; in main()
140 PetscCall(TSMonitorSet(ts, Monitor, results[i], NULL)); in main()
158 err = PetscAbsScalar(results[0][i] - results[1][i]); in main()
163 err = PetscAbsScalar(results[0][i] - results[2][i]); in main()
170 PetscCall(PetscScalarView(10, results[0], PETSC_VIEWER_STDOUT_WORLD)); in main()
171 PetscCall(PetscScalarView(10, results[1], PETSC_VIEWER_STDOUT_WORLD)); in main()
172 PetscCall(PetscScalarView(10, results[2], PETSC_VIEWER_STDOUT_WORLD)); in main()
/petsc/src/tao/leastsquares/tutorials/matlab/
H A DTestingFinalize.m4 % Store the results matrix to a file called results.mat
5 save results Results;
H A DTestingPlot.m2 % TestingPlot is called after taopounders completes. It reads the results
3 % from results.mat and produces a performance profile comparing
10 % Initialize the problems that are being solved and retrieve the results
12 load results Results;
H A DProblemFinalize.m13 % Store the history and results for taopounders
46 % Store the history and results for taopounders
H A DTestingInitialize.m11 % Initialize the problems that are being solved and the storage of the results
/petsc/src/mat/tests/output/
H A Dex218_1.out1 MATSHELL and matrix-free multiple appear to produce the same results
2 MATSHELL transpose and matrix-free multiple appear to produce the same results
/petsc/src/vec/vec/tests/
H A Dex28.c22 PetscScalar two = 2.0, result1, result2, results[40], value, ten = 10.0; in main() local
141 for (i = 0; i < 39; i++) PetscCall(VecDotBegin(vecs[i], vecs[i + 1], results + i)); in main()
144 PetscCall(VecDotEnd(vecs[i], vecs[i + 1], results + i)); in main()
145 CheckErrorScalar(results[i], expected, tol); in main()
/petsc/doc/manual/
H A Dstreams.md50 …bandwidth. Different cores may be more closely connected to different memory units. This results in
80 …values may be crucial to high performance; the defaults may produce poor results. The best binding…
127 The Fortran routine `cpu_time()` can sometimes produce misleading results when run with multiple th…
160 Requesting the `spread` binding produces better results for small core counts but poorer ones for l…
197 …c we reran it with the highest optimization level that produced the same results as gcc and icx: `…
198 The results are displayed in Fig. {any}`fig_icc_O1_streams`; sure enough, the results now match tha…
207 Next we display the STREAMS results using gcc with parallel efficiency instead of speedup in {any}`…
218 - For MPI, the default binding and mapping on this system produces results that are as good as prov…
225 Fig. {any}`fig_m2_gcc_streams` provides the results. Based on the plateau in the middle of the plot…
235 OpenMPI (installed via Homebrew) produced similar results.
[all …]
H A Dperformance.md27 results in order to provide quantitative results on typical performance
41 :::{figure} /images/manual/stream-results-intel.*
97 Following the results from the above run of `make streams`, we
240 the results obtained by passing `--bind-to core --map-by socket`:
304 speedup number increases again. In contrast, the results of
407 # To get timing results run configure #
464 important to verify that these do not cause erroneous results with
696 the timing results are essentially meaningless.
699 slow; this skews all of the flop rates and timing results. The file
/petsc/config/
H A Dquery_tests.py132 results=set(setlist[i])
136 results=results.intersection(set(setlist[i]))
137 allresults+=list(results)
H A Dpetsc_harness.sh52 -m ................ Update results using petscdiff
/petsc/lib/petsc/bin/maint/petsclinter/petsclinter/classes/
H A D_linter.py674 for results in self.find_lintable_expressions(tu, set(func_map.keys())):
676 if isinstance(results, clx.Cursor):
677 func = Cursor.cast(results)
678 docs_map[results.kind](self, func)
680 func, parent, scope = results
/petsc/src/benchmarks/results/
H A Dlap2d.m2 % Performance results for PETSc on the 2d Laplacian 5 pt stencil using GMRES(30) and no
/petsc/src/sys/objects/device/tests/output/
H A Dex12_device_enable-eager_cuda_env_set_empty_device_enable_cuda-eager.out6 [0]PETSC ERROR: Cannot eagerly initialize cuda, as doing so results in cuda error 100 (cudaErrorNoD…
H A Dex12_device_enable-none_cuda_env_set_empty_device_enable_cuda-eager.out6 [0]PETSC ERROR: Cannot eagerly initialize cuda, as doing so results in cuda error 100 (cudaErrorNoD…
H A Dex12_device_enable-lazy_cuda_env_set_empty_device_enable_cuda-eager.out6 [0]PETSC ERROR: Cannot eagerly initialize cuda, as doing so results in cuda error 100 (cudaErrorNoD…
/petsc/doc/developers/
H A Dtesting.md48 - An output file that represents the *expected results*. It is also possible -- though unusual -- t…
175 to compare to expected results.
232 results in
247 results in
262 results in
602 -m ................ Update results using petscdiff
621 $ runex1_basic_1.sh -m # If need to update results
687 To filter results from other searches, use searchin
774 - Filters results of above searches. Example:
798 - Use GNU make's own filter capability to search in previous results. Example:
H A Dbuildsystem.md41 the test results. Thus results are accessed using normal Python
60 can then use this object to access the results of the tests run by the
283 initiates the run, compiles the results, and handles the final output.
/petsc/src/vec/vec/impls/seq/cupm/
H A Dvecseqcupm_impl.hpp1046 …alar *PETSC_RESTRICT x, const PetscInt size, PetscScalar *PETSC_RESTRICT results, ConstPetscScalar… in MDot_kernel() argument
1090 if (tx < N) results[bx + tx * gdx] = shmem[tx * MDOT_WORKGROUP_SIZE]; in MDot_kernel()
1097 PETSC_KERNEL_DECL void sum_kernel(const PetscInt size, PetscScalar *PETSC_RESTRICT results) in sum_kernel() argument
1119 …for (auto j = i * MDOT_WORKGROUP_SIZE; j < (i + 1) * MDOT_WORKGROUP_SIZE; ++j) z_sum += results[j]; in sum_kernel()
1129 if (j >= 0) results[i] = local_results[j]; in sum_kernel()
1152 …m, const PetscScalar *xarr, const Vec yin[], PetscInt size, PetscScalar *results, util::index_sequ… in MDot_kernel_dispatch_() argument
1162 xarr, size, results, DeviceArrayRead(dctx, yin[Idx]).data()... in MDot_kernel_dispatch_()
1171 …m, const PetscScalar *xarr, const Vec yin[], PetscInt size, PetscScalar *results, PetscInt &yidx) … in MDot_kernel_dispatch_() argument
1174 …PetscCall(MDot_kernel_dispatch_(dctx, stream, xarr, yin + yidx, size, results + yidx * MDOT_WORKGR… in MDot_kernel_dispatch_()
/petsc/src/vec/vec/impls/seq/kokkos/
H A Dveckok.kokkos.cxx365 …auto results = Kokkos::subview(zv, Kokkos::pair<PetscInt, PetscInt>(cur, c… in VecMultiDot_Private() local
369 …licy, MDotFunctor<1>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
370 …licy, MDotFunctor<2>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
371 …licy, MDotFunctor<3>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
372 …licy, MDotFunctor<4>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
373 …licy, MDotFunctor<5>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
374 …licy, MDotFunctor<6>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
375 …licy, MDotFunctor<7>(xv, yv[0], yv[1], yv[2], yv[3], yv[4], yv[5], yv[6], yv[7]), results)); break; in VecMultiDot_Private()
/petsc/doc/community/meetings/2023/
H A Dindex.md181 architectures. I will also show some results using the Kokkos and Kokkos
218 the nonhydrostatic pressure. Numerical results comparing the solutions of
335 and mesh and nodal boxes to identify nodes to constrain and store results
373 general. Simulation results of a shallow water system on a Mississippi
409 factorization on the separate fields. The numerical results confirm the
510 effectiveness of these advanced solvers. The results demonstrate speed-up
751 results, recent efforts to extend to 3D, and implications for modeling GPS
761 the original development of the 2D hybrid simulation, previous results, recently
788 results using up to the full system (27,648 GPUs) of the Oak Ridge National
/petsc/src/tao/leastsquares/tutorials/
H A DtomographyGenerateData.m60 % show results
/petsc/src/binding/petsc4py/docs/source/
H A Ddocumentation_standards.rst5 include `type annotations <python:typing>` for function parameters and results,
/petsc/lib/petsc/bin/maint/
H A Dxclude113 petsc-dist/src/benchmarks/results

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