cep Namespace Reference

Functions
void	b_cep (ComMod &com_mod, const int eNoN, const double w, const Vector< double > &N, const double h, Array< double > &lR)
void	cep_1d (ComMod &com_mod, CepMod &cep_mod, const int eNoN, const int nFn, const double w, const Vector< double > &N, const Array< double > &Nx, const Array< double > &al, const Array< double > &yl, Array< double > &lR, Array3< double > &lK)
	This is for solving 1D electrophysiology diffusion equation for Purkinje fibers. More...
void	cep_2d (ComMod &com_mod, CepMod &cep_mod, const int eNoN, const int nFn, const double w, const Vector< double > &N, const Array< double > &Nx, const Array< double > &al, const Array< double > &yl, const Array< double > &dl, const Array< double > &fN, Array< double > &lR, Array3< double > &lK)
void	cep_3d (ComMod &com_mod, CepMod &cep_mod, const int eNoN, const int nFn, const double w, const Vector< double > &N, const Array< double > &Nx, const Array< double > &al, const Array< double > &yl, const Array< double > &dl, const Array< double > &fN, Array< double > &lR, Array3< double > &lK)
void	construct_cep (ComMod &com_mod, CepMod &cep_mod, const mshType &lM, const Array< double > &Ag, const Array< double > &Yg, const Array< double > &Dg)

Detailed Description

Copyright (c) Stanford University, The Regents of the University of California, and others.

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See Copyright-SimVascular.txt for additional details.

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Function Documentation

cep_1d()

void cep::cep_1d	(	ComMod &	com_mod,
		CepMod &	cep_mod,
		const int	eNoN,
		const int	nFn,
		const double	w,
		const Vector< double > &	N,
		const Array< double > &	Nx,
		const Array< double > &	al,
		const Array< double > &	yl,
		Array< double > &	lR,
		Array3< double > &	lK
	)

This is for solving 1D electrophysiology diffusion equation for Purkinje fibers.

Reproduces Fortran 'CEP1D' subroutine.