slide::Model_SPM Struct Reference

#include <Model_SPM.hpp>

Public Member Functions
	Model_SPM ()

Static Public Member Functions
static Model_SPM *	makeModel ()

Public Attributes
std::array< double, 4 >	Input
	array with the input parameters of the MATLAB files More...
std::array< double, nch >	xch
	location of the Chebyshev nodes in the positive domain EXCLUDING centre and surface More...
std::array< double, nch >	Ap
	< cn = Cn*zpos + Dn*jn More...
std::array< double, nch >	An
	only main diagonal is non-zero, so only store those values More...
std::array< double, nch >	Bp
std::array< double, nch >	Bn
slide::Matrix< double, nch+1, nch >	Cp
slide::Matrix< double, nch+1, nch >	Cn
std::array< double, nch+1 >	Cc
std::array< double, nch+1 >	Dp
std::array< double, nch+1 >	Dn
	matrix to get the concentration at the centre node More...
slide::Matrix< double, nch, nch >	Vp
slide::Matrix< double, nch, nch >	Vn
	inverse of the eigenvectors for the positive/negative electrode More...
slide::Matrix< double, 2 *nch+3, 2 *nch+3 >	Q
	Matrix for Chebyshev integration. More...

Static Public Attributes
static constexpr auto	nch = settings::nch

Detailed Description

< Define a structure with the matrices of the spatial discretisation of the solid diffusion PDE See the matlab script modelSetup.m This class has 326 elements. So it should be allocated in heap once.

Constructor & Destructor Documentation

Model_SPM()

slide::Model_SPM::Model_SPM ( )

inline

< Read the data which have one column (arrays)

< Read the data which have multiple columns (matrices)

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Member Function Documentation

makeModel()

static Model_SPM * slide::Model_SPM::makeModel ( )

inlinestatic

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Member Data Documentation

An

std::array<double, nch> slide::Model_SPM::An

only main diagonal is non-zero, so only store those values

Ap

std::array<double, nch> slide::Model_SPM::Ap

< cn = Cn*zpos + Dn*jn

Bn

std::array<double, nch> slide::Model_SPM::Bn

Bp

std::array<double, nch> slide::Model_SPM::Bp

Cc

std::array<double, nch + 1> slide::Model_SPM::Cc

Cn

slide::Matrix<double, nch + 1, nch> slide::Model_SPM::Cn

Cp

slide::Matrix<double, nch + 1, nch> slide::Model_SPM::Cp

Dn

std::array<double, nch + 1> slide::Model_SPM::Dn

matrix to get the concentration at the centre node

Dp

std::array<double, nch + 1> slide::Model_SPM::Dp

Input

std::array<double, 4> slide::Model_SPM::Input

array with the input parameters of the MATLAB files

nch

constexpr auto slide::Model_SPM::nch = settings::nch

staticconstexpr

Q

slide::Matrix<double, 2 * nch + 3, 2 * nch + 3> slide::Model_SPM::Q

Matrix for Chebyshev integration.

Vn

slide::Matrix<double, nch, nch> slide::Model_SPM::Vn

inverse of the eigenvectors for the positive/negative electrode

Vp

slide::Matrix<double, nch, nch> slide::Model_SPM::Vp

xch

std::array<double, nch> slide::Model_SPM::xch

location of the Chebyshev nodes in the positive domain EXCLUDING centre and surface

state space model

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

• src/cells/Cell_SPM/Model_SPM.hpp