Simulate with complex geometries and complex physics
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| IDENT | how to handle the geometry part during point cloud organization |
| IDENT_PASSON | for deactivated/disappearing boundary elements: give IDENT-information to released MESHFREE points |
| IDENT_PASSON | (optional) for deactivated/disappearing boundary elements: give IDENT-information to released MESHFREE points |
| IDENT | (experimental) defines ident flags for boundary aliases |
| IDENT | (required) how to handle the geometry part during point cloud organization |
| IDENT | |
| IGES_Accuracy | relative accuracy for consistency checks of IGES-faces (CV) |
| IGES_Accuracy | relative accuracy for consistency checks of IGES-faces (UCVO) |
| IGES_Accuracy | relative accuracy for consistency checks of IGES-faces (UCV) |
| IGES_HealCorruptFaces | allow a certain depth of healing triangulation of IGES faces by refinement (CV) |
| IGES_HealCorruptFaces | allow a certain depth of healing triangulation of IGES faces by refinement (UCVO) |
| IGES_HealCorruptFaces | allow a certain depth of healing triangulation of IGES faces by refinement (UCV) |
| IGNORE | ignore this geometry item upon reading from geometry file |
| IGNORE | (optional) ignore this geometry item when reading from geometry file |
| INITDATA | prescribe initial data conditions |
| INITDATA | |
| INTEGRATION | integration of the simulation results |
| INTEGRATION_ReopenTimestpFilesAfterHowManyCycles | *.timestep-Files close and reopen again after how many cycles (debug reasons) |
| INTEGRATION | |
| IPC_ReadMultipleFramesDuringRuntime | (experimental) switch to enable read in of multiple frames for ReadInPointCloud |
| ISOLATEDPOINTS_ClusterOnResultingVolume | threshold to cluster two isolated points into one |
| ISOLATEDPOINTS_ProduceVolumePackage | threshold to turn isolated points into volume packages |
| ITERATION_EstimatedFutureStressTensor | |
| ITERATION_evoid | |
| ITWMESI_PressureMapping_Filter | coupling ITWMESI filter for mapping the pressure solution to the boundary elements |
| ITWMESI_PressureMapping_WeightPdyn | coupling ITWMESI weight for mapping dynamic pressure |
| ITWMESI_PressureMapping_WeightPhyd | coupling ITWMESI weight for mapping hydrostatic pressure |
| ITWMESI_ShearForceMapping_BasedOnStresses | coupling ITWMESI: decide whether the shear forces be projected as stress values (N/m^2) or as forces (N) |
| ITWMESI_ShearForceMapping_Filter | coupling ITWMESI filter for mapping the shear force solution to the VPS boundary elements |
| ITWMESI_ShearForceMapping_Weight | coupling ITWMESI weight for mapping the shear forces |
| Illustration | illustrate the idea of boundary point activation |
| ImplicitEuler | |
| InDom() | check if a point is inside a closed domain |
| IncreasingNumberOfPoints | simple box driving through a channel of water, after a number of time cycles, the point cloud becomes denser |
| InputExample | produce reference solutions in 1D: input example ready to run |
| InputFiles | Input files used for steering MESHFREE |
| InstallationGuide | Installation of MESHFREE |
| IntegrationArea | list of flags tagging the region with respect to which the integration is performed |
| IntegrationType | Numerical Scheme used for time integration |
| Introduction | basic concepts and general workflow of MESHFREE |
| iFPM_process_ID | A maximum 64-character string for the MESHFREE simulation ID. |
| if-then-else | logical branching in an equation |
| ignore{ | ignore listed aliases from a geometry file |
| include_CCC_curves | define the geometry file containing cutting curves for clustering |
| include_CCC_curves | |
| include_CCC_curves{ | define the geometry file containing cutting curves for clustering |
| include_CCC_seeds2D | include 2D seeds for CuttingCurveCluster from file (optional) |
| include_CCC_seeds2D | |
| include_CCC_seeds3D | include 3D seeds for CuttingCurveCluster from file (optional) |
| include_CCC_seeds3D | |
| include_CCC_seeds6D | include 6D seeds for CuttingCurveCluster from file (optional) |
| include_CCC_seeds6D | |
| include_Ucv | include a file in UCV-format (UCV) |
| include_Ucv{ | include a file in UCV-format (UCVO) |
| include{ | definition of a geometry file to be read by MESHFREE |
| include{ | |
| include{ | definition of a geometry file to be read by MESHFREE |
| include{} | read in more geometry elements |
| indBA() | integer index of boundary alias |
| indexA() | integer index of a given alias |
| int() | integer part of a real value |
| int_BND_part_add | boundary point addition interval |
| int_BND_part_remove | boundary point removal interval |
| int_part_add | interior point addition interval |
| int_part_cross_BND | |
| int_part_remove | interior point removal interval |
| int_part_smooth | |
| integ() | incorporate integration results in an equation |
| isCID() | characteristic function for a CuttingCurveCluster |