Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12]
CCrossSectionDummy | This class is a dummy for cross-section, used when no cross-section is specified in the input file |
CDataHolder | |
CFEAFormat | |
CFEBeam | |
CFECoordSys | This class represents a coordinate system |
CFEEccentricity | This class represents a FE eccentricity element |
CFEIsoMaterial | This class represents an isotropic material |
CFELoadComb | This class represents a load combination |
CFENode | |
CFENodeLoad | This class represents a FE node load element |
CFEPipe | This class represents a pipe-shaped cross-section |
CFEQuadshell | |
CFETrishell | |
CFETsection | This class represents a T-profile cross-sections, used by for instance BEAM elements |
CFEVector | This class represents a (normalized) vector used to define element orientation |
CGenericCompSection | This is the base class for all composite section classes (NB: Not to be interchanged with GenericCrossSection) |
CGenericCrossSection | This is the base class for all cross-section classes |
CGenericFE | This is the base class for all element classes |
CGenericMaterial | This is the base class for all materials classes |
CIdentifiable | This is the base class for all types with an external identifier attribute. Used when reference to an arbitrary identifiable type is required |
CParser | This is the top-level parser class |
▼CPLComp | This class represents a plate composite. That is, a composite cross section for shell elements |
CPly | |
CPLThick | This class defines the thickness for plate/shell elements |
CStructure | This class represents the entire FE structure in which the FE data instances are members. The FE data types are grouped and stored in a list and a map for each data instance |
CWriter | |