This is the container for a mesh or NURBS patch, those specific to NURBS are noted. More...

#include <ComMod.h>

Public Attributes
std::string	dname = ""

bool	lShpF = false
	Whether the shape function is linear. More...

bool	lShl = false
	Whether the mesh is shell. More...

bool	lFib = false
	Whether the mesh is fibers (Purkinje) More...

consts::ElementType	eType = consts::ElementType::NA
	Element type. More...

int	eNoN = 0
	Number of nodes (control points) in a single element. More...

int	gnEl = 0
	Global number of elements (knot spans) More...

int	gnNo = 0
	Global number of nodes (control points) on a single mesh. More...

int	nEf = 0
	Number of element face. Used for reading Gambit mesh files. More...

int	nEl = 0
	Number of elements (knot spans) More...

int	nFa = 0
	Number of faces. More...

int	nFs = 0
	Number of function spaces. More...

int	nG = 0
	Number of Gauss points for integration. More...

int	nNo = 0
	Number of nodes (control points) for 2D elements? More...

int	nSl = 0
	Number of elements sample points to be outputs (NURBS) More...

int	vtkType = 0
	The element type recognized by VTK format. More...

int	nFn = 0
	Number of fiber directions. More...

double	scF = 0.0
	Mesh scale factor. More...

double	dx = 0.0
	IB: Mesh size parameter. More...

std::vector< std::vector< int > >	ordering
	@breif ordering: node ordering for boundaries More...

Vector< int >	eDist
	Element distribution between processors. More...

Vector< int >	eId
	Element domain ID number. More...

Vector< int >	gN
	Global nodes maping nNo --> tnNo. More...

Vector< int >	gpN
	GLobal projected nodes mapping projected -> unprojected mapping. More...

Array< int >	gIEN
	Global connectivity array mappig eNoN,nEl --> gnNo. More...

Array< int >	IEN
	The connectivity array mapping eNoN,nEl --> nNo. More...

Vector< int >	otnIEN
	gIEN mapper from old to new More...

Array< int >	INN
	Local knot pointer (NURBS) More...

Vector< int >	lN
	Global to local maping tnNo --> nNo. More...

Array< int >	eIEN
	Shells: extended IEN array with neighboring nodes. More...

Array< int >	sbc
	Shells: boundary condition variable. More...

Vector< int >	iGC
	IB: Whether a cell is a ghost cell or not. More...

Vector< double >	nW
	Control points weights (NURBS) More...

Vector< double >	w
	Gauss weights. More...

Array< double >	xi
	Gauss integration points in parametric space. More...

Array< double >	xib
	Bounds on parameteric coordinates. More...

Array< double >	x
	Position coordinates (not always, however, as they get overwritten by read_vtu_pdata()) More...

Array< double >	N
	Parent shape function. More...

Array< double >	Nb
	Shape function bounds. More...

Array< double >	nV
	Normal vector to each nodal point (for Shells) More...

Array< double >	fN
	Fiber orientations stored at the element level - used for electrophysiology and solid mechanics. More...

Array3< double >	Nx
	Parent shape functions gradient double Nx(:,:,:) More...

Array3< double >	Nxx
	Second derivatives of shape functions - used for shells & IGA davep double Nxx(:,:,:) More...

Array3< double >	Ys
	Solution field (displacement, velocity, pressure, etc.) for a known, potentially time-varying, quantity of interest across a mesh. More...

std::string	name
	Mesh Name. More...

adjType	nAdj
	Mesh nodal adjacency. More...

adjType	eAdj
	Mesh element adjacency. More...

std::vector< fsType >	fs
	Function spaces (basis) More...

std::vector< bsType >	bs
	BSpline in different directions (NURBS) More...

std::vector< faceType >	fa
	Faces are stored in this variable. More...

traceType	trc
	IB: tracers. More...

double	qmTET4 = (5.0+3.0*sqrt(5.0))/20.0
	TET4 quadrature modifier. More...

Detailed Description

This is the container for a mesh or NURBS patch, those specific to NURBS are noted.

Member Data Documentation

◆ bs

std::vector<bsType> mshType::bs

BSpline in different directions (NURBS)

◆ dx

double mshType::dx = 0.0

IB: Mesh size parameter.

◆ eAdj

adjType mshType::eAdj

Mesh element adjacency.

◆ eDist

Vector<int> mshType::eDist

Element distribution between processors.

◆ eId

Vector<int> mshType::eId

Element domain ID number.

◆ eIEN

Array<int> mshType::eIEN

Shells: extended IEN array with neighboring nodes.

◆ eNoN

int mshType::eNoN = 0

Number of nodes (control points) in a single element.

◆ eType

consts::ElementType mshType::eType = consts::ElementType::NA

Element type.

◆ fa

std::vector<faceType> mshType::fa

Faces are stored in this variable.

◆ fN

Array<double> mshType::fN

Fiber orientations stored at the element level - used for electrophysiology and solid mechanics.

◆ fs

std::vector<fsType> mshType::fs

Function spaces (basis)

◆ gIEN

Array<int> mshType::gIEN

Global connectivity array mappig eNoN,nEl --> gnNo.

◆ gN

Vector<int> mshType::gN

Global nodes maping nNo --> tnNo.

◆ gnEl

int mshType::gnEl = 0

Global number of elements (knot spans)

◆ gnNo

int mshType::gnNo = 0

Global number of nodes (control points) on a single mesh.

◆ gpN

Vector<int> mshType::gpN

GLobal projected nodes mapping projected -> unprojected mapping.

◆ IEN

Array<int> mshType::IEN

The connectivity array mapping eNoN,nEl --> nNo.

◆ iGC

Vector<int> mshType::iGC

IB: Whether a cell is a ghost cell or not.

◆ INN

Array<int> mshType::INN

Local knot pointer (NURBS)

◆ lFib

bool mshType::lFib = false

Whether the mesh is fibers (Purkinje)

◆ lN

Vector<int> mshType::lN

Global to local maping tnNo --> nNo.

◆ lShl

bool mshType::lShl = false

Whether the mesh is shell.

◆ lShpF

bool mshType::lShpF = false

Whether the shape function is linear.

◆ N

Array<double> mshType::N

Parent shape function.

◆ nAdj

adjType mshType::nAdj

Mesh nodal adjacency.

◆ name

std::string mshType::name

Mesh Name.

◆ Nb

Array<double> mshType::Nb

Shape function bounds.

◆ nEf

int mshType::nEf = 0

Number of element face. Used for reading Gambit mesh files.

◆ nEl

int mshType::nEl = 0

Number of elements (knot spans)

◆ nFa

int mshType::nFa = 0

Number of faces.

◆ nFn

int mshType::nFn = 0

Number of fiber directions.

◆ nFs

int mshType::nFs = 0

Number of function spaces.

◆ nG

int mshType::nG = 0

Number of Gauss points for integration.

◆ nNo

int mshType::nNo = 0

Number of nodes (control points) for 2D elements?

◆ nSl

int mshType::nSl = 0

Number of elements sample points to be outputs (NURBS)

◆ nV

Array<double> mshType::nV

Normal vector to each nodal point (for Shells)

◆ nW

Vector<double> mshType::nW

Control points weights (NURBS)

◆ Nx

Array3<double> mshType::Nx

Parent shape functions gradient double Nx(:,:,:)

◆ Nxx

Array3<double> mshType::Nxx

Second derivatives of shape functions - used for shells & IGA davep double Nxx(:,:,:)

◆ ordering

std::vector<std::vector<int> > mshType::ordering

@breif ordering: node ordering for boundaries

◆ otnIEN

Vector<int> mshType::otnIEN

gIEN mapper from old to new

◆ qmTET4

double mshType::qmTET4 = (5.0+3.0*sqrt(5.0))/20.0

TET4 quadrature modifier.

◆ sbc

Array<int> mshType::sbc

Shells: boundary condition variable.

◆ scF

double mshType::scF = 0.0

Mesh scale factor.

◆ trc

traceType mshType::trc

IB: tracers.

◆ vtkType

int mshType::vtkType = 0

The element type recognized by VTK format.

◆ w

Vector<double> mshType::w

Gauss weights.

◆ x

Array<double> mshType::x

Position coordinates (not always, however, as they get overwritten by read_vtu_pdata())

◆ xi

Array<double> mshType::xi

Gauss integration points in parametric space.

◆ xib

Array<double> mshType::xib

Bounds on parameteric coordinates.

◆ Ys

Array3<double> mshType::Ys

Solution field (displacement, velocity, pressure, etc.) for a known, potentially time-varying, quantity of interest across a mesh.

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

solver/ComMod.h
solver/ComMod.cpp

Public Attributes