#include "tfMesh.h"
#include <vector>

Include dependency graph for tf_mesh_create.h:

This graph shows which files directly or indirectly include this file:

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.

namespace	TissueForge::models
	Application-specific Tissue Forge models and methods.

Functions
std::vector< std::vector< SurfaceHandle > >	TissueForge::models::vertex::createQuadMesh (SurfaceType stype, const FVector3 &startPos, const unsigned int &num_1, const unsigned int &num_2, const FloatP_t &len_1, const FloatP_t &len_2, const char ax_1="x", const char *ax_2="y")
	Populate the mesh with quadrilateral surfaces.

std::vector< std::vector< std::vector< BodyHandle > > >	TissueForge::models::vertex::createPLPDMesh (BodyType btype, SurfaceType stype, const FVector3 &startPos, const unsigned int &num_1, const unsigned int &num_2, const unsigned int &num_3, const FloatP_t &len_1, const FloatP_t &len_2, const FloatP_t &len_3, const char ax_1="x", const char ax_2="y")
	Populate the mesh with parallelepiped bodies.

std::vector< std::vector< SurfaceHandle > >	TissueForge::models::vertex::createHex2DMesh (SurfaceType stype, const FVector3 &startPos, const unsigned int &num_1, const unsigned int &num_2, const FloatP_t &hexRad, const char ax_1="x", const char *ax_2="y")
	Populate the mesh with hexagonal surfaces.

std::vector< std::vector< std::vector< BodyHandle > > >	TissueForge::models::vertex::createHex3DMesh (BodyType btype, SurfaceType stype, const FVector3 &startPos, const unsigned int &num_1, const unsigned int &num_2, const unsigned int &num_3, const FloatP_t &hexRad, const FloatP_t &hex_height, const char ax_1="x", const char ax_2="y")
	Populate the mesh with bodies from extruded hexagonal surfaces.

Function Documentation

◆ createHex2DMesh()

std::vector< std::vector< SurfaceHandle > > TissueForge::models::vertex::createHex2DMesh	(	SurfaceType *	stype,
		const FVector3 &	startPos,
		const unsigned int &	num_1,
		const unsigned int &	num_2,
		const FloatP_t &	hexRad,
		const char *	ax_1 = "x",
		const char *	ax_2 = "y" )

Populate the mesh with hexagonal surfaces.

Requires an initialized solver.

Parameters

stype	surface type
startPos	starting position
num_1	number of elements in the first direction
num_2	number of elements in the second direction
hexRad	radius of hexagon vertices
ax_1	axis name of the first direction (e.g., "x")
ax_2	axis name of the second direction

std::vector< std::vector< std::vector< BodyHandle > > > TissueForge::models::vertex::createHex3DMesh	(	BodyType *	btype,
		SurfaceType *	stype,
		const FVector3 &	startPos,
		const unsigned int &	num_1,
		const unsigned int &	num_2,
		const unsigned int &	num_3,
		const FloatP_t &	hexRad,
		const FloatP_t &	hex_height,
		const char *	ax_1 = "x",
		const char *	ax_2 = "y" )

Populate the mesh with bodies from extruded hexagonal surfaces.

Requires an initialized solver.

Surfaces are placed in the plane of the first and second directions, and extruded along the third direction.

Parameters

btype	body type
stype	surface type
startPos	starting position
num_1	number of elements in the first direction
num_2	number of elements in the second direction
num_3	number of elements in the third directionnumber of elements in the third direction
hexRad	radius of hexagon vertices
hex_height	extrusion length per body
ax_1	axis name of the first direction (e.g., "x")
ax_2	axis name of the second direction

std::vector< std::vector< std::vector< BodyHandle > > > TissueForge::models::vertex::createPLPDMesh	(	BodyType *	btype,
		SurfaceType *	stype,
		const FVector3 &	startPos,
		const unsigned int &	num_1,
		const unsigned int &	num_2,
		const unsigned int &	num_3,
		const FloatP_t &	len_1,
		const FloatP_t &	len_2,
		const FloatP_t &	len_3,
		const char *	ax_1 = "x",
		const char *	ax_2 = "y" )

Populate the mesh with parallelepiped bodies.

Requires an initialized solver.

Parameters

btype	body type
stype	surface type
startPos	starting position
num_1	number of elements in the first direction
num_2	number of elements in the second direction
num_3	number of elements in the third direction
len_1	length of each element in the first direction
len_2	length of each element in the second direction
len_3	length of each element in the third direction
ax_1	axis name of the first direction (e.g., "x")
ax_2	axis name of the second direction

std::vector< std::vector< SurfaceHandle > > TissueForge::models::vertex::createQuadMesh	(	SurfaceType *	stype,
		const FVector3 &	startPos,
		const unsigned int &	num_1,
		const unsigned int &	num_2,
		const FloatP_t &	len_1,
		const FloatP_t &	len_2,
		const char *	ax_1 = "x",
		const char *	ax_2 = "y" )

Populate the mesh with quadrilateral surfaces.

Requires an initialized solver.

Parameters

stype	surface type
startPos	starting position
num_1	number of elements in the first direction
num_2	number of elements in the second direction
len_1	length of each element in the first direction
len_2	length of each element in the second direction
ax_1	axis name of the first direction (e.g., "x")
ax_2	axis name of the second direction