Constructs a tessellated face, which, may be, have holes. Face data
is always set, even if the input data are invalid (e.g., describes
a wildly non-planar face). A TessellatedShepeBuilder's function is
used to check the data and heal them if possible.
Namespace: Autodesk.Revit.DBAssembly: RevitAPI (in RevitAPI.dll) Version: 21.0.0.0 (21.1.1.109)
Since:
2015
Syntax
| C# |
|---|
public TessellatedFace(
IList<IList<XYZ>> allLoopVertices,
ElementId materialId
) |
| Visual Basic |
|---|
Public Sub New ( _
allLoopVertices As IList(Of IList(Of XYZ)), _
materialId As ElementId _
) |
| Visual C++ |
|---|
public:
TessellatedFace(
IList<IList<XYZ^>^>^ allLoopVertices,
ElementId^ materialId
) |
Parameters
- allLoopVertices
- Type: System.Collections.Generic..::..IList<(Of <(<'IList<(Of <(<'XYZ>)>)>>)>)>
Boundary vertices without duplication of the ends - i.e., a
boundary of a triangular face consists of 3 (and NOT 4) vertices.
The first array describes the outer loop, the following arrays,
if any - inner loops.
It is expected that vertices of outer boundary are listed in CCW
order with respect to the face normal in the solid, while the
vertices of inner loops - in CW order. The vertices listed in the
wrong order will still be handled by TessellatedShapeBuilder, but
performance may deteriorate. Contents of this parameter will be
changed while constructing the face.
- materialId
- Type: Autodesk.Revit.DB..::..ElementId
Material of the face to be used when the result is a Solid or a Sheet.
If the result is a Mesh, a material will be assigned to the entire Mesh.
Exceptions
See Also
