Computation times#
19:09.764 total execution time for 101 files from all galleries:
Example |
Time |
Mem (MB) |
|---|---|---|
Plot and animate mode shapes with DPF ( |
02:02.355 |
0.0 |
Create a plug-in package that has third-party dependencies ( |
01:21.543 |
0.0 |
Split a mesh ( |
01:02.562 |
0.0 |
Animate data over time ( |
00:55.437 |
0.0 |
Review of available animation commands ( |
00:45.244 |
0.0 |
RBF-based workflow mapping ( |
00:32.506 |
0.0 |
Results extraction and analysis from LS-DYNA sources ( |
00:30.403 |
0.0 |
Solid-to-skin mapping ( |
00:29.079 |
0.0 |
Translate Result Files to VTU Format ( |
00:26.232 |
0.0 |
Average across bodies ( |
00:23.678 |
0.0 |
Post-processing element erosion (projectile-plate impact) ( |
00:23.121 |
0.0 |
Get a mesh from a result file ( |
00:20.478 |
0.0 |
Explore Fluids results ( |
00:20.266 |
0.0 |
Review of available plotting commands ( |
00:20.117 |
0.0 |
Extract a mesh in split parts ( |
00:19.992 |
0.0 |
Exchange data between servers ( |
00:18.869 |
0.0 |
Manage the DPF licensing logic using the server context ( |
00:18.591 |
0.0 |
Expand harmonic modal superposition with DPF ( |
00:16.893 |
0.0 |
Working with a result file ( |
00:16.586 |
0.0 |
Explore Fluids mesh ( |
00:16.523 |
0.0 |
Plot contours ( |
00:15.068 |
0.0 |
Warp the mesh by a field for plotting ( |
00:14.588 |
0.0 |
Distributed MSUP distributed modal response ( |
00:13.723 |
0.0 |
Distributed mode superposition (MSUP) ( |
00:13.648 |
0.0 |
Multi-harmonic response example ( |
00:13.367 |
0.0 |
Scope results over custom space domains ( |
00:13.341 |
0.0 |
Convert nodal coordinates field to local coordinate system ( |
00:12.944 |
0.0 |
Compute and plot 3D streamlines ( |
00:12.914 |
0.0 |
Plot mesh scopings ( |
00:12.878 |
0.0 |
Extrapolation method for stress result of a 3D element ( |
00:12.241 |
0.0 |
Custom operators ( |
00:12.227 |
0.0 |
Read results from distributed files ( |
00:12.219 |
0.0 |
Extrapolation method for strain result of a 2D element ( |
00:12.065 |
0.0 |
Create a custom workflow on distributed processes ( |
00:11.617 |
0.0 |
Plot with mesh deformation ( |
00:11.465 |
0.0 |
Plot a mesh ( |
00:11.245 |
0.0 |
HDF5 export and import operations ( |
00:11.185 |
0.0 |
Postprocessing of displacement on distributed processes ( |
00:10.687 |
0.0 |
Basic DPF-Core usage ( |
00:10.330 |
0.0 |
Average elemental stress on a given volume ( |
00:10.041 |
0.0 |
Use Result Helpers to compare mode shapes for solids and then shells ( |
00:10.032 |
0.0 |
Beam results manipulations ( |
00:09.898 |
0.0 |
Explore Fluids models ( |
00:09.016 |
0.0 |
Operator License Requirements ( |
00:07.997 |
0.0 |
Get reduced matrices and make export ( |
00:07.839 |
0.0 |
Get base and duplicate sectors (real and imaginary) results for modal cyclic symmetry ( |
00:07.723 |
0.0 |
Plot on geometry elements ( |
00:07.330 |
0.0 |
Create a plug-in package with multiple operators ( |
00:07.194 |
0.0 |
Create your own entities using DPF operators ( |
00:07.142 |
0.0 |
DPF Collections ( |
00:07.118 |
0.0 |
Compute iso-surfaces on fluid models ( |
00:07.065 |
0.0 |
Use incremental evaluation helper ( |
00:06.972 |
0.0 |
Use result helpers to load custom data ( |
00:06.489 |
0.0 |
Explore a mesh ( |
00:06.314 |
0.0 |
Create a basic operator plugin ( |
00:06.244 |
0.0 |
Data Arrays ( |
00:06.142 |
0.0 |
Extract the skin from a mesh ( |
00:05.398 |
0.0 |
Bring a field’s data locally to improve performance ( |
00:05.049 |
0.0 |
Reduced coordinates mapping ( |
00:04.222 |
0.0 |
Compute and plot 2D streamlines ( |
00:04.186 |
0.0 |
Averaging order ( |
00:04.173 |
0.0 |
Interpolation at coordinates ( |
00:03.928 |
0.0 |
Working with DPF server configurations ( |
00:03.804 |
0.0 |
Speed up data requests from files using streams ( |
00:03.165 |
0.0 |
Add nodal labels on plots ( |
00:03.099 |
0.0 |
Calculate the number of cycles to fatigue failure ( |
00:02.950 |
0.0 |
Expand mesh and results for modal cyclic symmetry ( |
00:02.719 |
0.0 |
Multi-stage cyclic symmetry example ( |
00:02.644 |
0.0 |
Multi-stage cyclic symmetry using advanced customization ( |
00:02.471 |
0.0 |
Operators overview ( |
00:02.300 |
0.0 |
Stress gradient normal to a defined node ( |
00:02.118 |
0.0 |
Pressure vessel analysis according to an ASME standard ( |
00:02.026 |
0.0 |
Explore a mesh metadata ( |
00:01.897 |
0.0 |
Plot a graph using matplotlib ( |
00:01.792 |
0.0 |
Create a mesh from scratch ( |
00:01.741 |
0.0 |
Plot results on a specific path ( |
00:01.646 |
0.0 |
Convert DPF data to PyVista objects ( |
00:01.571 |
0.0 |
Read CFX .res files ( |
00:01.562 |
0.0 |
Compare results using the plotter ( |
00:01.501 |
0.0 |
Postprocessing main steps ( |
00:01.489 |
0.0 |
Create and display a mesh with polygon and polyhedron elements ( |
00:01.479 |
0.0 |
Load case combination for principal stress ( |
00:01.466 |
0.0 |
Scope results over custom time domains ( |
00:01.072 |
0.0 |
Transient analysis result example ( |
00:01.048 |
0.0 |
Choose a time scoping for a transient analysis ( |
00:00.976 |
0.0 |
Server Context ( |
00:00.677 |
0.0 |
HDF5 export and compare precision ( |
00:00.596 |
0.0 |
Field and field containers overview ( |
00:00.542 |
0.0 |
Export DPF Objects to VTU ( |
00:00.531 |
0.0 |
Solve harmonic problem (with damping) using matrix inverse ( |
00:00.520 |
0.0 |
Extract and explore results data ( |
00:00.516 |
0.0 |
Extract and explore results metadata ( |
00:00.500 |
0.0 |
Narrow down data ( |
00:00.492 |
0.0 |
Basic maths ( |
00:00.488 |
0.0 |
Matrix Operations ( |
00:00.475 |
0.0 |
Mathematical Operations ( |
00:00.441 |
0.0 |
Load custom data in DPF ( |
00:00.436 |
0.0 |
Get material properties from the result file ( |
00:00.430 |
0.0 |
Import a result file in DPF ( |
00:00.425 |
0.0 |
Load plugin ( |
00:00.414 |
0.0 |
Add logging to custom operators and plugins ( |
00:00.006 |
0.0 |