HYBRIDPluginBuilder Namespace Reference

Python API for the HYBRID meshing plug-in module. More...

Data Structures
class	HYBRID_Algorithm
	MG-Hybrid 3D algorithm. More...

Variables
int	noHYBRIDPlugin = 0
	None_Optimization
	Light_Optimization
	Medium_Optimization
	Strong_Optimization
	Standard_Optimization
	StandardPlus_Optimization
	Decrease_Collision_Mode
	Stop_Collision_Mode
	Layer_Growth_Inward
	Layer_Growth_Outward
	Generation_Tetra_Dominant
	Generation_Hexa_Dominant
	Generation_Cartesian_Core
string	MG_Hybrid = "HYBRID_3D"
	Algorithm type: HYBRID tetra-hexahedron 3D algorithm, see HYBRID_Algorithm. More...
string	HYBRID = MG_Hybrid

Detailed Description

Python API for the HYBRID meshing plug-in module.

Variable Documentation

noHYBRIDPlugin

int noHYBRIDPlugin = 0

None_Optimization

None_Optimization

Light_Optimization

Light_Optimization

Medium_Optimization

Medium_Optimization

Strong_Optimization

Strong_Optimization

Standard_Optimization

Standard_Optimization

StandardPlus_Optimization

StandardPlus_Optimization

Decrease_Collision_Mode

Decrease_Collision_Mode

Stop_Collision_Mode

Stop_Collision_Mode

Layer_Growth_Inward

Layer_Growth_Inward

Layer_Growth_Outward

Layer_Growth_Outward

Generation_Tetra_Dominant

Generation_Tetra_Dominant

Generation_Hexa_Dominant

Generation_Hexa_Dominant

Generation_Cartesian_Core

Generation_Cartesian_Core

MG_Hybrid

string MG_Hybrid = "HYBRID_3D"

Algorithm type: HYBRID tetra-hexahedron 3D algorithm, see HYBRID_Algorithm.

HYBRID

string HYBRID = MG_Hybrid