GeometryAttributeFilter

GeometryAttributeFilter enum

If an object passes the geometry TYPE filter, then the geometry ATTRIBUTE filter is applied.

Derived Classes:

Namespace: Rhino.Input.Custom
GeometryAttributeFilter: references

Values (31)

WireCurve = 1<<0

3d wire curve If you want to accept only wire or edge curves, then specify wire_curve or edge_curve, otherwise both wire and edge curves will pass the attribute filter.

EdgeCurve = 1 << 1

3d curve of a surface edge If you want to accept only wire or edge curves, then specify wire_curve or edge_curve, otherwise both wire and edge curves will pass the attribute filter.

ClosedCurve = 1<<2

Closed Curves and Edges are acceptable If you want to accept only closed or open curves, then specify either closed_curve or open_curve. Otherwise both closed and open curves will pass the attribute filter.

OpenCurve = 1 << 3

Open Curves and Edges are acceptable If you want to accept only closed or open curves, then specify either closed_curve or open_curve. Otherwise both closed and open curves will pass the attribute filter.

SeamEdge = 1<<4

seam edges are acceptable attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

ManifoldEdge = 1 << 5

edges with 2 different surfaces pass attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

NonmanifoldEdge = 1 << 6

edges with 3 or more surfaces pass attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

MatedEdge = (1 << 4) |

any mated edge passes attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

SurfaceBoundaryEdge = 1 << 7

boundary edges on surface sides pass attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

TrimmingBoundaryEdge = 1 << 8

boundary edges that trim a surface pass attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

BoundaryEdge = (1 << 7) |

ant boundary edge passes attributes of acceptable trimming edge objects (associated with an ON_BrepTrim). If none of these attributes are explicitly specified, then any kind of trimming edge will pass the attribute filter.

ClosedSurface = 1 << 9

If you want to accept only closed or open surfaces, then specify either closed_surface or open_surface. Otherwise both closed and open surfaces will pass the attribute filter.

OpenSurface = 1 << 10

If you want to accept only closed or open surfaces, then specify either closed_surface or open_surface. Otherwise both closed and open surfaces will pass the attribute filter.

TrimmedSurface = 1 << 11

If you want to accept only trimmed or untrimmed surfaces, then specify either trimmed_surface or untrimmed_surface. Otherwise both trimmed and untrimmed surfaces will pass the attribute filter.

UntrimmedSurface = 1 << 12

If you want to accept only trimmed or untrimmed surfaces, then specify either trimmed_surface or untrimmed_surface. Otherwise both trimmed and untrimmed surfaces will pass the attribute filter.

SubSurface = 1 << 13

If you want to accept only sub-surfaces of (multi-surface) polysurface, then specify sub_surface. If you do not want to accept sub-surfaces, then specify top_surface. Otherwise sub-surfaces and top surfaces will pass the attribute filter.

TopSurface = 1 << 14

ManifoldPolysrf = 1 << 15

If you want to accept only manifold or non-manifold polysurfaces, then specify manifold_polysrf or nonmanifold_polysrf. Otherwise both manifold and non-manifold polysurfaces will pass the attribute filter.

NonmanifoldPolysrf = 1 << 16

ClosedPolysrf = 1 << 17

If you want to accept only closed or open polysurfaces, then specify either closed_polysrf or open_polysrf. Otherwise both closed and open polysurfaces will pass the attribute filter.

OpenPolysrf = 1 << 18

If you want to accept only closed or open polysurfaces, then specify either closed_polysrf or open_polysrf. Otherwise both closed and open polysurfaces will pass the attribute filter.

ClosedMesh = 1 << 19

If you want to accept only closed or open meshes, then specify either closed_mesh or open_mesh. Otherwise both closed and open meshes will pass the attribute filter.

OpenMesh = 1 << 20

If you want to accept only closed or open meshes, then specify either closed_mesh or open_mesh. Otherwise both closed and open meshes will pass the attribute filter.

BoundaryInnerLoop = 1 << 21

all trimming edges are boundary edges.

MatedInnerLoop = 1 << 22

all trimming edges are mated.

InnerLoop = (1 << 21) |

any inner loop is acceptable.

BoundaryOuterLoop = 1 << 23

all trimming edges are boundary edges.

MatedOuterLoop = 1 << 24

all trimming edges are mated.

OuterLoop = (1 << 23) |

any outer loop is acceptable.

SpecialLoop = (1 << 25)

slit, curve-on-surface, point-on-surface, etc.

AcceptAllAttributes = 0xffffffff

Nothing found