cadex::ModelAlgo::MeshGenerator Class Reference

Generates a polygonal mesh for a B-Rep body. More...

Inheritance diagram for cadex::ModelAlgo::MeshGenerator:

Public Member Functions
	MeshGenerator (const MeshGeneratorParameters &theParameters)
const MeshGeneratorParameters &	Parameters ()
void	SetParameters (const MeshGeneratorParameters &theParameters)
void	Generate (const ModelData::Model &theModel, bool theEnforceGeneration=true) const
void	Generate (const ModelData::Part &thePart, bool theEnforceGeneration=true) const
void	Generate (const ModelData::Body &theBody, bool theEnforceGeneration=true) const
ModelData::MeshShape	Generate (const ModelData::Shape &theShape, bool theEnforceGeneration=true) const
void	SetProgressStatus (ProgressStatus &theStatus) const
const cadex::ProgressStatus &	ProgressStatus () const
Public Member Functions inherited from cadex::BaseObject
size_t	Id () const
	Return unique identifier of public object.
internal::BaseObjectImpl *	Impl () const
bool	IsNull () const
	operator bool () const
template<typename T >
bool	IsOfType () const
template<typename T >
T *	Impl () const
	Reserved for internal use.

Additional Inherited Members
Public Types inherited from cadex::BaseObject
typedef std::shared_ptr< internal::BaseObjectImpl >	ImplType
Protected Member Functions inherited from cadex::BaseObject
	BaseObject (const ImplType &theImpl)

Detailed Description

Generates a polygonal mesh for a B-Rep body.

The mesh generator can operate on an entire model, a subtree of a model element, or a particular B-Rep body/shape and can generate only a visualization mesh.

The following example demonstrates how to use the mesh generator.

Compute tessellation for all B-Rep bodies in the model using the mesh generator:

ModelData::Model aModel = ...;
MeshGenerator aMeshGenerator;
aMeshGenerator.Generate (aModel);

See also

Mesh Generation.

Examples

meshing/mesh_generation/Program.cs, meshing/mesh_generation/main.cxx, and utilities/progress_bar/main.cxx.