#include <va_mesh_options.hxx>
Public Types | |
| enum | GENERATION_MESH_SHAPE { SURFMESH_SHAPETRI, SURFMESH_SHAPEQUAD } |
| Specifies the shape of generated elements. More... | |
| enum | MESH_ORDER { MESH_LINEAR = 2, MESH_PARABOLIC = 3 } |
| Order of mesh elements to be generated. More... | |
Public Member Functions | |
| logical | getAcceptNonManifold () |
| Returns whether non-manifold input geometry is accepted. | |
| logical | getEnableEntityFaceting () |
| Returns whether a new mesh is to be produced by refaceting the input ENTITYs. | |
| logical | getEnableIntSurfBack () |
| Returns whether a mesh has been marked to be "tetrahedralized" when input body has internal faces. | |
| double | getGrowthRate () const |
| Returns the Maximum Growth Rate. | |
| double | getMaxSpanningAngle () const |
| Returns the Maximum Spanning Angle. | |
| GENERATION_MESH_SHAPE | getMeshShape () const |
| Returns the shape of generated elements. | |
| double | getMinEdgeLength () const |
| Returns the Minimum Edge Length. | |
| MESH_ORDER | getOrder (void) const |
| Returns the order of generated elements. | |
| double | getTargetEdgeLength () const |
| Returns the Target Edge Length. | |
| va_surface_mesh_options & | operator= (const va_surface_mesh_options &rhs) |
| Assignment operator. | |
| void | setAcceptNonManifold (logical value) |
| The SurfMesh module supports the surface meshing of non-manifold geometries, in which more than two input triangles share a common edge. | |
| void | setEnableEntityFaceting (logical value) |
| Enables faceting mesh when attempting to generate a mesh. | |
| void | setEnableIntSurfBack (logical value) |
| Facilitates generation of triangulations on the boundaries of solids which are to be subsequently tetrahedralized by the TetMesh module. | |
| void | setGrowthRate (double value) |
| Sets the Maximum Growth Rate. | |
| void | setMaxSpanningAngle (double value) |
| Sets the Maximum Spanning Angle. | |
| void | setMeshShape (GENERATION_MESH_SHAPE shape) |
| Sets the shape of generated elements. | |
| void | setMinEdgeLength (double value) |
| Sets the Minimum Edge Length. | |
| void | setOrder (MESH_ORDER order) |
| Sets the order of generated elements. | |
| void | setTargetEdgeLength (double value) |
| Sets the Target Edge Length. | |
| va_surface_mesh_options (const va_surface_mesh_options &rhs) | |
| Copy constructor. | |
| va_surface_mesh_options () | |
| Default constructor. | |
| virtual | ~va_surface_mesh_options () |
| Destructor. | |
Private Attributes | |
| logical | m_acceptNonManifold |
| Enable support for non-manifold geometries. | |
| logical | m_enableEntityFaceting |
| Facet entities, thus creating surfmesh input. | |
| logical | m_enableIntSurfBack |
| Enable mesh to be tetrahedralized if internal faces exist. | |
| double | m_GrowthRate |
| Maximum growth rate. | |
| double | m_MaxSpanningAngle |
| Maximum spanning angle in degrees for generated elements. | |
| GENERATION_MESH_SHAPE | m_MeshShape |
| Shape of generated elements (i.e., Triangular, Quadrilateral). | |
| double | m_MinEdgeLength |
| Minimum edge length of generated elements. | |
| MESH_ORDER | m_Order |
| Order of mesh to be generated (ie. MESH_LINEAR, MESH_PARABOLIC). | |
| va_surface_mesh_options::va_surface_mesh_options | ( | ) |
Default constructor.
| va_surface_mesh_options::va_surface_mesh_options | ( | const va_surface_mesh_options & | rhs | ) |
Copy constructor.
| virtual va_surface_mesh_options::~va_surface_mesh_options | ( | ) | [virtual] |
Destructor.
| logical va_surface_mesh_options::getAcceptNonManifold | ( | ) | [inline] |
Returns whether non-manifold input geometry is accepted.
TRUE or FALSE | logical va_surface_mesh_options::getEnableEntityFaceting | ( | ) | [inline] |
Returns whether a new mesh is to be produced by refaceting the input ENTITYs.
TRUE or FALSE | logical va_surface_mesh_options::getEnableIntSurfBack | ( | ) | [inline] |
Returns whether a mesh has been marked to be "tetrahedralized" when input body has internal faces.
TRUE or FALSE | double va_surface_mesh_options::getGrowthRate | ( | ) | const [inline, virtual] |
| double va_surface_mesh_options::getMaxSpanningAngle | ( | ) | const [inline] |
Returns the Maximum Spanning Angle.
| GENERATION_MESH_SHAPE va_surface_mesh_options::getMeshShape | ( | ) | const [inline] |
Returns the shape of generated elements.
| double va_surface_mesh_options::getMinEdgeLength | ( | ) | const [inline] |
Returns the Minimum Edge Length.
| MESH_ORDER va_surface_mesh_options::getOrder | ( | void | ) | const [inline] |
Returns the order of generated elements.
| double va_base_mesh_options::getTargetEdgeLength | ( | ) | const [inline, inherited] |
Returns the Target Edge Length.
| va_surface_mesh_options& va_surface_mesh_options::operator= | ( | const va_surface_mesh_options & | rhs | ) |
Assignment operator.
| rhs | va_surface_mesh_options object |
| void va_surface_mesh_options::setAcceptNonManifold | ( | logical | value | ) | [inline] |
The SurfMesh module supports the surface meshing of non-manifold geometries, in which more than two input triangles share a common edge.
Such geometries are common when modeling branched shell structures, assemblies of solids, multiple material solids, regions with baffles, etc. By default, however, for historical reasons, the EDA Mesher assumes that non-manifold geometry is a modeling error and attempts to remove non-manifold input triangles from the geometry. This option controls SURFMESH_NONMANIFOLD to enable support for non-manifold geometries. The default in ACIS is TRUE.
| value | TRUE/FALSE (set to TRUE by default). |
| void va_surface_mesh_options::setEnableEntityFaceting | ( | logical | value | ) | [inline] |
Enables faceting mesh when attempting to generate a mesh.
TRUE, otherwise the mesher will no have input geometry to work with.| value | TRUE/FALSE (set to TRUE by default). |
| void va_surface_mesh_options::setEnableIntSurfBack | ( | logical | value | ) | [inline] |
Facilitates generation of triangulations on the boundaries of solids which are to be subsequently tetrahedralized by the TetMesh module.
In this case all internal triangles are replicated by a coincident triangle with opposite sense, that is, the internal triangles are "double backed". This is the convention used by the TetMesh module for flagging boundary triangles which are internal. This option enables SURFMESH_INTSURFBACK. The default value is FALSE.
| value | TRUE/FALSE (set to FALSE by default). |
| void va_surface_mesh_options::setGrowthRate | ( | double | value | ) | [inline, virtual] |
Sets the Maximum Growth Rate.
| value | the maximum element growth rate |
Implements va_base_mesh_options.
| void va_surface_mesh_options::setMaxSpanningAngle | ( | double | value | ) | [inline] |
Sets the Maximum Spanning Angle.
| value | maximum spanning angle for each mesh element. |
| void va_surface_mesh_options::setMeshShape | ( | GENERATION_MESH_SHAPE | shape | ) | [inline] |
Sets the shape of generated elements.
| shape | shape of mesh elements. |
| void va_surface_mesh_options::setMinEdgeLength | ( | double | value | ) | [inline] |
Sets the Minimum Edge Length.
| value | minimum length value of mesh elements. |
| void va_surface_mesh_options::setOrder | ( | MESH_ORDER | order | ) |
Sets the order of generated elements.
This is the order of the generated elements by specifying the number of nodes to generate along an edge. A value of LINEAR generates linear elements, a value of PARABOLIC generates parabolic elements. The default order value is LINEAR.
| order | MESH_ORDER of a VA_SURFMESH or a VA_TETMESH element |
| void va_base_mesh_options::setTargetEdgeLength | ( | double | value | ) | [inline, inherited] |
Sets the Target Edge Length.
| value | new target edge length value |
logical va_surface_mesh_options::m_acceptNonManifold [private] |
Enable support for non-manifold geometries.
logical va_surface_mesh_options::m_enableEntityFaceting [private] |
Facet entities, thus creating surfmesh input.
logical va_surface_mesh_options::m_enableIntSurfBack [private] |
Enable mesh to be tetrahedralized if internal faces exist.
double va_surface_mesh_options::m_GrowthRate [private] |
Maximum growth rate.
double va_surface_mesh_options::m_MaxSpanningAngle [private] |
Maximum spanning angle in degrees for generated elements.
Shape of generated elements (i.e., Triangular, Quadrilateral).
double va_surface_mesh_options::m_MinEdgeLength [private] |
Minimum edge length of generated elements.
MESH_ORDER va_surface_mesh_options::m_Order [private] |
Order of mesh to be generated (ie. MESH_LINEAR, MESH_PARABOLIC).