Equation system that contains R(u, u') + M u'' = 0 with R = Gradient dR/du = Hessian0 dR/du' = Hessian1 M = Hessian2. More...

Public Types
using	GradientFunction = std::function< DofVector< double >(const CellIpData &, double t, double dt)>

using	HessianFunction = std::function< DofMatrix< double >(const CellIpData &, double t, double dt)>

using	UpdateFunction = std::function< void(const CellIpData &, double t, double dt)>

Public Member Functions
	TimeDependentProblem (MeshFem *rMesh)

DofVector< double >	RenumberDofs (Constraint::Constraints constraints, std::vector< DofType > dofTypes, DofVector< double > oldDofValues)

void	AddGradientFunction (Group< CellInterface > group, GradientFunction f)

void	AddHessian0Function (Group< CellInterface > group, HessianFunction f)

void	AddUpdateFunction (Group< CellInterface > group, UpdateFunction f)

DofVector< double >	Gradient (const DofVector< double > &dofValues, std::vector< DofType > dofs, double t, double dt)

DofMatrixSparse< double >	Hessian0 (const DofVector< double > &dofValues, std::vector< DofType > dofs, double t, double dt)

void	UpdateHistory (const DofVector< double > &dofValues, std::vector< DofType > dofs, double t, double dt)

Static Public Member Functions
template<typename TObject , typename TReturn >
static auto	Bind_dt (TObject &object, TReturn(TObject::*f)(const CellIpData &, double dt))
	binds a dt dependent integrand to a time dependent function More...

template<typename TObject , typename TReturn >
static auto	Bind_t (TObject &object, TReturn(TObject::*f)(const NuTo::CellIpData &, double t))
	binds a t dependent integrand to a time dependent function More...

template<typename TObject , typename TReturn >
static auto	Bind (TObject &object, TReturn(TObject::*f)(const NuTo::CellIpData &))
	binds nothing More...

Detailed Description

Equation system that contains R(u, u') + M u'' = 0 with R = Gradient dR/du = Hessian0 dR/du' = Hessian1 M = Hessian2.

Member Typedef Documentation

using NuTo::TimeDependentProblem::HessianFunction = std::function<DofMatrix<double>(const CellIpData&, double t, double dt)>

using NuTo::TimeDependentProblem::UpdateFunction = std::function<void(const CellIpData&, double t, double dt)>

TimeDependentProblem::TimeDependentProblem ( MeshFem * rMesh )

void TimeDependentProblem::AddGradientFunction	(	Group< CellInterface >	group,
		GradientFunction	f
	)

void TimeDependentProblem::AddHessian0Function	(	Group< CellInterface >	group,
		HessianFunction	f
	)

void TimeDependentProblem::AddUpdateFunction	(	Group< CellInterface >	group,
		UpdateFunction	f
	)

template<typename TObject , typename TReturn >

static auto NuTo::TimeDependentProblem::Bind	(	TObject &	object,
		TReturn(TObject::*)(const NuTo::CellIpData &)	f
	)

inlinestatic

binds nothing

template<typename TObject , typename TReturn >

static auto NuTo::TimeDependentProblem::Bind_dt	(	TObject &	object,
		TReturn(TObject::*)(const CellIpData &, double dt)	f
	)

inlinestatic

binds a dt dependent integrand to a time dependent function

template<typename TObject , typename TReturn >

static auto NuTo::TimeDependentProblem::Bind_t	(	TObject &	object,
		TReturn(TObject::*)(const NuTo::CellIpData &, double t)	f
	)

inlinestatic

binds a t dependent integrand to a time dependent function

DofVector< double > TimeDependentProblem::Gradient	(	const DofVector< double > &	dofValues,
		std::vector< DofType >	dofs,
		double	t,
		double	dt
	)

DofMatrixSparse< double > TimeDependentProblem::Hessian0	(	const DofVector< double > &	dofValues,
		std::vector< DofType >	dofs,
		double	t,
		double	dt
	)

DofVector< double > TimeDependentProblem::RenumberDofs	(	Constraint::Constraints	constraints,
		std::vector< DofType >	dofTypes,
		DofVector< double >	oldDofValues
	)

void TimeDependentProblem::UpdateHistory	(	const DofVector< double > &	dofValues,
		std::vector< DofType >	dofs,
		double	t,
		double	dt
	)

The documentation for this class was generated from the following files: