| Interface | Description |
|---|---|
| AuxiliaryMaterial | |
| FemReader | |
| FemWriter |
| Class | Description |
|---|---|
| AbaqusReader |
Abaqus File reader, only supports the NODE, ELEMENT and INCLUDE keywords
|
| AbaqusWriter |
Abaqus File reader, only supports the NODE and ELEMENT keywords
|
| AbaqusWriter.ElemTypeList | |
| AnsysReader |
A class to read an FEM described in the ANSYS file format.
|
| AnsysReaderWriterTest | |
| AnsysWriter | |
| AutoFemReader |
Convenience routines for reading any FE file format
|
| AuxMaterialBundle | |
| AuxMaterialBundleList | |
| AuxMaterialElementDesc |
A class wrapping the description of each FEM element.
|
| AuxMaterialElementDescList | |
| FaceNodes3d | |
| FemCondTest | |
| FemElement | |
| FemElement3d | |
| FemElement3dList | |
| FemElementRenderer | |
| FemFactory | |
| FemGeometryTransformer |
Uses the piecewise smooth deformation field imported by a deformed FEM model
to effect a nonlinear geometric transformation.
|
| FemIntersector | |
| FemMarker | |
| FemMeshBase |
Describes a surface mesh that is "skinned" onto an FEM.
|
| FemMeshComp |
Describes a surface mesh that is "skinned" onto an FEM, such that its vertex
positions are determined by weighted combinations of FEM node positions.
|
| FemModel | |
| FemModel.ElementFilter | |
| FemModel3d | |
| FemModel3dTest | |
| FemModelFrame |
Instance of Frame for FemModels
|
| FemModelState | |
| FemMuscleModel | |
| FemMuscleStiffener |
Helper class to implement fem element stiffening with muscle activation
|
| FemNode | |
| FemNode3d | |
| FemNodeNeighbor | |
| FemUtilities |
Provides some general utilities for FEM computations.
|
| FemWriterBase | |
| FrameFem3dAttachment |
Class to attach a frame to a FEM and it's coordinate frame.
|
| FrameFem3dAttachmentTest |
Class to attach a frame to a FEM and it's coordinate frame.
|
| FrameFem3dConstraint |
Class to manage the constraint between an FEM and it's coordinate frame.
|
| HexElement | |
| IntegrationData3d |
This class stores element-specific information related to each integration
point within a 3D element.
|
| IntegrationPoint3d |
This class stores readonly and transient information for each integration
point within a 3D element.
|
| LinearMaterialCache |
Cached stiffness and initial force terms for faster
linear material computations.
|
| MuscleBundle | |
| MuscleBundleList | |
| MuscleElementDesc |
A class wrapping the description of each FEM element belonging to a
MuscleBundle.
|
| MuscleElementDescList | |
| NaturalCoordsComputeTest | |
| PointFem3dAttachment | |
| PointSkinAttachment |
A special attachment class that is used to update a point's position based on
the state of the controlling bodies (such as Frames and FemModels) in a
SkinMeshBody.
|
| PointToPointMuscle | |
| PyramidElement | |
| QuadhexElement | |
| QuadhexElementTest | |
| QuadpyramidElement | |
| QuadpyramidElementTest | |
| QuadtetElement | |
| QuadwedgeElement | |
| QuadwedgeElementTest | |
| SimpleFemReader | |
| SimpleFemWriter | |
| SkinMeshBody |
A MeshComponent that supports "skinning", in which the position of each mesh
vertex is controlled by the position of one or more "master" components
(such as Frames or FEM nodes).
|
| StiffnessTest |
Tests the stiffness matrix for a tet element.
|
| StiffnessWarper3d |
Implements stiffness warping for a particular 3D FEM element.
|
| TetElement |
Nodes are arranged clockwise WRT p0
|
| TetGenReader | |
| TetGenWriter | |
| UCDReader |
A class to read an FEM described as Unstructured Cell Data with a
uniform density.
|
| UCDWriter | |
| VtkAsciiReader |
Reads from ascii vtk format
|
| VtkInputOutput | |
| WedgeElement |
| Enum | Description |
|---|---|
| AbaqusReader.ElemType | |
| AbaqusWriter.ElemType | |
| AutoFemReader.FemFileType | |
| AuxMaterialBundle.FractionRenderType | |
| FemFactory.FemElementType | |
| FemFactory.FemShapingType | |
| FemModel.IncompMethod | |
| FemModel.Ranging | |
| FemModel.SurfaceRender | |
| FemWriter.DataFormat | |
| FemWriter.FloatType | |
| MuscleBundle.DirectionRenderType | |
| QuadtetElement.comp | |
| SkinMeshBody.FrameBlending |
Characterizes the blend mechanism used for the frame-based
portion of the skinning.
|