sofa::component::odesolver::backward Namespace Reference

Namespaces
	newton_raphson

Classes
struct	ResidualFunction
class	BaseLinearMultiStepMethod
class	BDFOdeSolver
class	AbsoluteConvergenceMeasure
class	AbsoluteEstimateDifferenceMeasure
struct	NewtonRaphsonConvergenceMeasure
struct	NewtonRaphsonConvergenceMeasureWithSquaredParameter
class	RelativeEstimateDifferenceMeasure
class	RelativeInitialConvergenceMeasure
class	RelativeSuccessiveConvergenceMeasure
class	EulerImplicitSolver
class	NewmarkImplicitSolver
struct	NewtonIterationRAII
class	NewtonRaphsonSolver
struct	StaticResidualFunction
class	StaticSolver
class	VariationalSymplecticSolver

Functions
void	registerBDFOdeSolver (sofa::core::ObjectFactory *factory)
void	registerEulerImplicitSolver (sofa::core::ObjectFactory *factory)
void	registerNewmarkImplicitSolver (sofa::core::ObjectFactory *factory)
void	registerStaticSolver (sofa::core::ObjectFactory *factory)
void	registerVariationalSymplecticSolver (sofa::core::ObjectFactory *factory)
void	registerNewtonRaphsonSolver (sofa::core::ObjectFactory *factory)
SOFA_EXPORT_DYNAMIC_LIBRARY void	initExternalModule ()
SOFA_EXPORT_DYNAMIC_LIBRARY const char *	getModuleName ()
SOFA_EXPORT_DYNAMIC_LIBRARY const char *	getModuleVersion ()
SOFA_EXPORT_DYNAMIC_LIBRARY void	registerObjects (sofa::core::ObjectFactory *factory)
void	init ()
	MAKE_SELECTABLE_ITEMS (NewtonStatus, sofa::helper::Item{"Undefined", "The solver has not been called yet"}, sofa::helper::Item{"Running", "The solver is still running and/or did not finish"}, sofa::helper::Item{"ConvergedEquilibrium", "Converged: the iterations did not start because the system is already at equilibrium"}, sofa::helper::Item{"DivergedLineSearch", "Diverged: line search failed"}, sofa::helper::Item{"DivergedMaxIterations", "Diverged: Reached the maximum number of iterations"}, sofa::helper::Item{"ConvergedResidualSuccessiveRatio", "Converged: Residual successive ratio is smaller than the threshold"}, sofa::helper::Item{"ConvergedResidualInitialRatio", "Converged: Residual initial ratio is smaller than the threshold"}, sofa::helper::Item{"ConvergedAbsoluteResidual", "Converged: Absolute residual is smaller than the threshold"}, sofa::helper::Item{"ConvergedRelativeEstimateDifference", "Converged: Relative estimate difference is smaller than the threshold"}, sofa::helper::Item{"ConvergedAbsoluteEstimateDifference", "Converged: Absolute estimate difference is smaller than the threshold"})

Function Documentation

getModuleName()

const char * sofa::component::odesolver::backward::getModuleName

(

)

getModuleVersion()

const char * sofa::component::odesolver::backward::getModuleVersion

(

)

init()

SOFA_COMPONENT_ODESOLVER_BACKWARD_API void sofa::component::odesolver::backward::init

(

)

initExternalModule()

void sofa::component::odesolver::backward::initExternalModule

(

)

MAKE_SELECTABLE_ITEMS()

sofa::component::odesolver::backward::MAKE_SELECTABLE_ITEMS	(	NewtonStatus	,
		sofa::helper::Item{"Undefined", "The solver has not been called yet"}	,
		sofa::helper::Item{"Running", "The solver is still running and/or did not finish"}	,
		sofa::helper::Item{"ConvergedEquilibrium", "Converged: the iterations did not start because the system is already at equilibrium"}	,
		sofa::helper::Item{"DivergedLineSearch", "Diverged: line search failed"}	,
		sofa::helper::Item{"DivergedMaxIterations", "Diverged: Reached the maximum number of iterations"}	,
		sofa::helper::Item{"ConvergedResidualSuccessiveRatio", "Converged: Residual successive ratio is smaller than the threshold"}	,
		sofa::helper::Item{"ConvergedResidualInitialRatio", "Converged: Residual initial ratio is smaller than the threshold"}	,
		sofa::helper::Item{"ConvergedAbsoluteResidual", "Converged: Absolute residual is smaller than the threshold"}	,
		sofa::helper::Item{"ConvergedRelativeEstimateDifference", "Converged: Relative estimate difference is smaller than the threshold"}	,
		sofa::helper::Item{"ConvergedAbsoluteEstimateDifference", "Converged: Absolute estimate difference is smaller than the threshold"}
	)

registerBDFOdeSolver()

void sofa::component::odesolver::backward::registerBDFOdeSolver

(

sofa::core::ObjectFactory *

factory

)

registerEulerImplicitSolver()

void sofa::component::odesolver::backward::registerEulerImplicitSolver

(

sofa::core::ObjectFactory *

factory

)

registerNewmarkImplicitSolver()

void sofa::component::odesolver::backward::registerNewmarkImplicitSolver

(

sofa::core::ObjectFactory *

factory

)

registerNewtonRaphsonSolver()

void sofa::component::odesolver::backward::registerNewtonRaphsonSolver

(

sofa::core::ObjectFactory *

factory

)

registerObjects()

void sofa::component::odesolver::backward::registerObjects

(

sofa::core::ObjectFactory *

factory

)

registerStaticSolver()

void sofa::component::odesolver::backward::registerStaticSolver

(

sofa::core::ObjectFactory *

factory

)

registerVariationalSymplecticSolver()

void sofa::component::odesolver::backward::registerVariationalSymplecticSolver

(

sofa::core::ObjectFactory *

factory

)