CardiacProblem::FiberAligner Class Reference

Detailed Description

A functor that aligns conductivities along the fibers directions.

Definition at line 163 of file CardiacProblem.hpp.

#include <CardiacProblem.hpp>

Inheritance diagram for CardiacProblem::FiberAligner:

Public Member Functions
	FiberAligner (VectorSAFunc *fL, VectorSAFunc *fT, VectorSAFunc *fN, TensorSAFunc *sT=nullptr, VectorSAFunc *sV=nullptr)
	Constructor with a functor for each direction. Input conductivity can be either vector (diagonal) or tensorial. More...
CepsMathTensor	eval (CepsStandardArgs args) override
	Get the full tensor. More...
CepsEnum	getFlags () const override
	Combination of flags of all 3 arrays. More...
Public Member Functions inherited from SAFunc< _Result >
	SAFunc (const SAFunc &)=default
	We allow the copy from a functor to another. More...
SAFunc &	operator= (const SAFunc &)=default
	We allow the assignement from a functor to another. More...
virtual void	getLocalData ()
	Authorize access to data for solvecSAFunc, other derived classes : nothing. More...
virtual void	releaseLocalData ()
	Authorize access to data for solvecSAFunc, other derived classes : nothing. More...
CepsBool	hasOption (CepsFunctionFlag flag)
	Tells if option is activated. More...

Private Attributes
VectorSAFunc *	m_fL
	Pointer on dico function for longitudinal component of fibers. More...
VectorSAFunc *	m_fT
	Pointer on dico function for transverse component of fibers. More...
VectorSAFunc *	m_fN
	Pointer on dico function for "normal" component of fibers. More...
TensorSAFunc *	m_sT
	Pointer on dico function for tensorial reference conductivity. More...
VectorSAFunc *	m_sV
	Pointer on dico function for diagonal reference conductivity. More...

Additional Inherited Members
Public Types inherited from SAFunc< _Result >
using	BaseFunction = ceps::Function< _Result(CepsStandardArgs)>
	Typedef for the function type. More...

Constructor & Destructor Documentation

FiberAligner()

CardiacProblem::FiberAligner::FiberAligner	(	VectorSAFunc *	fL,
		VectorSAFunc *	fT,
		VectorSAFunc *	fN,
		TensorSAFunc *	sT = nullptr,
		VectorSAFunc *	sV = nullptr
	)

Constructor with a functor for each direction. Input conductivity can be either vector (diagonal) or tensorial.

Definition at line 493 of file CardiacProblem.cpp.

Member Function Documentation

eval()

CepsMathTensor CardiacProblem::FiberAligner::eval ( CepsStandardArgs  args )

override

Get the full tensor.

Definition at line 505 of file CardiacProblem.cpp.

getFlags()

CepsEnum CardiacProblem::FiberAligner::getFlags ( ) const

overridevirtual

Combination of flags of all 3 arrays.

Implements SAFunc< _Result >.

Definition at line 536 of file CardiacProblem.cpp.

Field Documentation

m_fL

VectorSAFunc* CardiacProblem::FiberAligner::m_fL

private

Pointer on dico function for longitudinal component of fibers.

Definition at line 188 of file CardiacProblem.hpp.

m_fN

VectorSAFunc* CardiacProblem::FiberAligner::m_fN

private

Pointer on dico function for "normal" component of fibers.

Definition at line 190 of file CardiacProblem.hpp.

m_fT

VectorSAFunc* CardiacProblem::FiberAligner::m_fT

private

Pointer on dico function for transverse component of fibers.

Definition at line 189 of file CardiacProblem.hpp.

m_sT

TensorSAFunc* CardiacProblem::FiberAligner::m_sT

private

Pointer on dico function for tensorial reference conductivity.

Definition at line 191 of file CardiacProblem.hpp.

m_sV

VectorSAFunc* CardiacProblem::FiberAligner::m_sV

private

Pointer on dico function for diagonal reference conductivity.

Definition at line 192 of file CardiacProblem.hpp.

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

• /builds/xxjFYZX3/0/carmen/ceps/src/cardiac/problem/CardiacProblem.hpp
• /builds/xxjFYZX3/0/carmen/ceps/src/cardiac/problem/CardiacProblem.cpp