A triangular mesh face element used in the membrane model. More...

#include <Face.hpp>

Public Member Functions
	Face ()
	Generate a new Face object with all member variable set to default.

Public Attributes
int	index = 0
	Index of face that is used in adjacentFaces.

int	layerIndex = 0
	Default to 0 for single layer membrane model; +1 for upper and -1 for lower layer.

bool	isBoundary = false
	Face on boundary of the membrane; determined by boundary condition.

bool	isGhost = false
	Ghost face outside boundary of the membrane; determined by boundary condition.

bool	isInsertionPatch = false
	True if there is an insertion on this face.

std::vector< int >	adjacentVertices {0, 0, 0}
	The indices of 3 vertices of the triangle.

std::vector< int >	oneRingVertices
	AdjacentVertices + the vertices that are 1 edge away from the face.

std::vector< int >	adjacentFaces
	Faces that are adjacent to this face. There should be 12 or 11 faces.

double	spontCurvature = 0.0
	Spontaneous curvature of this face.

double	meanCurvature = 0.0
	Mean curvature of this face.

Matrix	normVector
	Outward pointing normal vector of this face element.

double	elementArea = 0.0
	Local area of this face.

double	elementVolume = 0.0
	Local volume of this face.

Energy	energyPrev
	Energy of this face in previous iteration.

Energy	energy
	Current energy of this face.

Detailed Description

A triangular mesh face element used in the membrane model.

This class represents a triangular face element in a mesh used in a membrane model. It contains information about the vertices and faces adjacent to this face, as well as other geometric properties like curvature and area.

Constructor & Destructor Documentation

◆ Face()

Face::Face ( )

Generate a new Face object with all member variable set to default.

Member Data Documentation

◆ adjacentFaces

std::vector<int> Face::adjacentFaces

Faces that are adjacent to this face. There should be 12 or 11 faces.

◆ adjacentVertices

std::vector<int> Face::adjacentVertices {0, 0, 0}

The indices of 3 vertices of the triangle.

◆ elementArea

double Face::elementArea = 0.0

Local area of this face.

◆ elementVolume

double Face::elementVolume = 0.0

Local volume of this face.

◆ energy

Energy Face::energy

Current energy of this face.

◆ energyPrev

Energy Face::energyPrev

Energy of this face in previous iteration.

◆ index

int Face::index = 0

Index of face that is used in adjacentFaces.

◆ isBoundary

bool Face::isBoundary = false

Face on boundary of the membrane; determined by boundary condition.

◆ isGhost

bool Face::isGhost = false

Ghost face outside boundary of the membrane; determined by boundary condition.

◆ isInsertionPatch

bool Face::isInsertionPatch = false

True if there is an insertion on this face.

◆ layerIndex

int Face::layerIndex = 0

Default to 0 for single layer membrane model; +1 for upper and -1 for lower layer.

◆ meanCurvature

double Face::meanCurvature = 0.0

Mean curvature of this face.

◆ normVector

Matrix Face::normVector

Outward pointing normal vector of this face element.

◆ oneRingVertices

std::vector<int> Face::oneRingVertices

AdjacentVertices + the vertices that are 1 edge away from the face.

◆ spontCurvature

double Face::spontCurvature = 0.0

Spontaneous curvature of this face.

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

include/mesh/Face.hpp

Public Member Functions

Public Attributes