Similar to NuTo::CellData. More...

#include <CellIpData.h>

Public Member Functions
	CellIpData (const CellData &cellData, NuTo::Jacobian jacobian, NaturalCoords ipCoords, int ipId)
	ctor More...

Eigen::VectorXd	GlobalCoordinates () const
	Caluclate the global integration point coordinates. More...

CellIds	Ids () const
	Access to the cellId and ipId, compressed in CellIds. More...

Eigen::VectorXd	Value (DofType dofType, int instance=0) const
	Calculates the value of a dof at the integration point. More...

const NuTo::Jacobian &	GetJacobian () const

double	Value (ScalarDofType dofType, int instance=0) const

Eigen::VectorXd	Apply (DofType dofType, const Nabla::Interface &b, int instance=0) const
	Calculates the gradient (derivative of the value with respect to x) for a given dof type at the integration point. More...

const Eigen::MatrixXd &	N (DofType dofType) const
	Returns a memoized copy of the N matrix for a given dof type. More...

const Eigen::MatrixXd &	B (DofType dofType, const Nabla::Interface &b) const
	Returns a memoized copy of the B matrix for a given dof type. More...

const Eigen::VectorXd &	NodeValueVector (DofType dofType, int instance=0) const
	Returns memoized nodal values. More...

Detailed Description

Similar to NuTo::CellData.

Memoizes N and B and allows access to the values and gradients of a dof at this integration point

Constructor & Destructor Documentation

NuTo::CellIpData::CellIpData	(	const CellData &	cellData,
		NuTo::Jacobian	jacobian,
		NaturalCoords	ipCoords,
		int	ipId
	)

inline

ctor

Parameters

cellData	cell data that is constant for all integration points of a cell (cellId, node values)
jacobian	transformation from the natural (xi, eta,...) system to the global system (x,y,..)
ipCoords	coordinates of the current integration point
ipId	id of the current integration point

Member Function Documentation

Eigen::VectorXd NuTo::CellIpData::Apply	(	DofType	dofType,
		const Nabla::Interface &	b,
		int	instance = `0`
	)		const

inline

Calculates the gradient (derivative of the value with respect to x) for a given dof type at the integration point.

Parameters

dofType	dof type that is evaluated
b	gradient operator that determines how to calculate the derivative (e.g. B::Gradient() for scalars or
instance	id of the dof instance B::Strain() for engineering strains)

Returns: gradient of the dof

const Eigen::MatrixXd& NuTo::CellIpData::B	(	DofType	dofType,
		const Nabla::Interface &	b
	)		const

inline

Returns a memoized copy of the B matrix for a given dof type.

Parameters

b	gradient operator that determines how to calculate the derivative (e.g. B::Gradient() for scalars or B::Strain() for engineering strains)

Returns: B matrix

const NuTo::Jacobian& NuTo::CellIpData::GetJacobian ( ) const

inline

Eigen::VectorXd NuTo::CellIpData::GlobalCoordinates ( ) const

inline

Caluclate the global integration point coordinates.

Returns: global integration point coordinates

CellIds NuTo::CellIpData::Ids ( ) const

inline

Access to the cellId and ipId, compressed in CellIds.

Returns: named pair of cellId and ipId

const Eigen::MatrixXd& NuTo::CellIpData::N ( DofType dofType ) const

inline

Returns a memoized copy of the N matrix for a given dof type.

Returns: N matrix

const Eigen::VectorXd& NuTo::CellIpData::NodeValueVector	(	DofType	dofType,
		int	instance = `0`
	)		const

inline

Returns memoized nodal values.

Returns: nodal values for dofType

Parameters

instance id of the dof instance

Eigen::VectorXd NuTo::CellIpData::Value	(	DofType	dofType,
		int	instance = `0`
	)		const

inline

Calculates the value of a dof at the integration point.

Parameters

dofType	dof type that is interpolated
instance	id of the dof instance

Returns: interpolated dof value

double NuTo::CellIpData::Value	(	ScalarDofType	dofType,
		int	instance = `0`
	)		const

inline

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

nuto/mechanics/cell/CellIpData.h

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation