SIM Directory Reference

Directory dependency graph for SIM:

Files
	AdaptiveSetup.C
	Adaptive solution setup for linear and nonlinear FEM simulators.
	AdaptiveSetup.h
	Adaptive solution setup for linear and nonlinear FEM simulators.
	AdaptiveSIM.C
	Adaptive solution driver for linear static FEM simulators.
	AdaptiveSIM.h
	Adaptive solution driver for linear static FEM simulators.
	EigenModeSIM.C
	Driver for computing a time history from a set of eigen modes.
	EigenModeSIM.h
	Driver for computing a time history from a set of eigen modes.
	ForceIntegrator.C
	Driver for integration of boundary and nodal forces.
	ForceIntegrator.h
	Driver for integration of boundary and nodal forces.
	FunctionSum.C
	Unary spatial function as a sum of other spatial functions.
	FunctionSum.h
	Unary spatial function as a sum of other spatial functions.
	GenAlphaSIM.C
	Generalized-alpha driver for isogeometric dynamic FEM simulators.
	GenAlphaSIM.h
	Generalized-alpha driver for isogeometric dynamic FEM simulators.
	HHTSIM.C
	Newmark solution driver for isogeometric dynamic FEM simulators.
	HHTSIM.h
	Nonlinear solution driver for isogeometric dynamic FEM simulators.
	ModelGenerator.C
	Base class for model generators for NURBS-based FEM simulators.
	ModelGenerator.h
	Base class for model generators for NURBS-based FEM simulators.
	MultiStepSIM.C
	Base class for multi-step solution drivers.
	MultiStepSIM.h
	Base class for multi-step solution drivers.
	NewmarkNLSIM.C
	Newmark solution driver for isogeometric dynamic FEM simulators.
	NewmarkNLSIM.h
	Nonlinear solution driver for isogeometric dynamic FEM simulators.
	NewmarkSIM.C
	Newmark solution driver for isogeometric dynamic FEM simulators.
	NewmarkSIM.h
	Newmark solution driver for isogeometric dynamic FEM simulators.
	NodeVecFunc.C
	Vector function wrapper for a nodal field.
	NodeVecFunc.h
	Vector function wrapper for a nodal field.
	NonLinSIM.C
	Nonlinear solution driver for isogeometric FEM simulators.
	NonLinSIM.h
	Nonlinear solution driver for isogeometric FEM simulators.
	Property.h
	Representation of a distributed physical property.
	SIM1D.C
	Solution driver for 1D NURBS-based FEM analysis.
	SIM1D.h
	Solution driver for 1D NURBS-based FEM analysis.
	SIM2D.C
	Solution driver for 2D NURBS-based FEM analysis.
	SIM2D.h
	Solution driver for 2D NURBS-based FEM analysis.
	SIM3D.C
	Solution driver for 3D NURBS-based FEM analysis.
	SIM3D.h
	Solution driver for 3D NURBS-based FEM analysis.
	SIMadmin.C
	Administration base class for FEM simulators.
	SIMadmin.h
	Administration base class for FEM simulators.
	SIMargsBase.C
	Base class for pre-parsing of XML input files for simulators.
	SIMargsBase.h
	Base class for pre-parsing of XML input files for simulators.
	SIMbase.C
	Base class for NURBS-based FEM simulators.
	SIMbase.h
	Base class for NURBS-based FEM simulators.
	SIMdependency.C
	Administration of simulators with dependencies to other simulators.
	SIMdependency.h
	Administration of simulators with dependencies to other simulators.
	SIMdummy.h
	Dummy SIM template class for drivers not associated with a FE model.
	SIMenums.h
	Various enums for simulation scope.
	SIMgeneric.C
	Generic SIM class with some added functionalities.
	SIMgeneric.h
	Generic SIM class with some added functionalities.
	SIMinput.C
	Sub-class with functionality for model input and setup.
	SIMinput.h
	Sub-class with functionality for model input and setup.
	SIMmodal.C
	Assembly of modal FEM system.
	SIMmodal.h
	Assembly of modal FEM system.
	SIMmultiCpl.C
	Monolithic coupling of multiple simulators.
	SIMmultiCpl.h
	Monolithic coupling of multiple simulators.
	SIMoptions.C
	Class for encapsulation of general simulation options.
	SIMoptions.h
	Class for encapsulation of general simulation options.
	SIMoutput.C
	Sub-class with functionality for result output to VTF and terminal.
	SIMoutput.h
	Sub-class with functionality for result output to VTF and terminal.
	SIMsolution.C
	General solution vector container for simulator drivers.
	SIMsolution.h
	General solution vector container for simulator drivers.
	SIMsupel.C
	Solution driver for general superelement FEM analysis.
	SIMsupel.h
	Solution driver for general superelement FEM analysis.
	TimeStep.C
	Class for encapsulation of general time stepping parameters.
	TimeStep.h
	Class for encapsulation of general time stepping parameters.
	TopologySet.h
	Representation of topological entities.
	XMLInputBase.C
	Base class for XML input parsing functionality.
	XMLInputBase.h
	Base class for XML input parsing functionality.