Constructor required by deserialization

Overrides Clone()()()()

Checks whether the provided 2d point in the parameter space of the surface is inside the bounds of this face. If the surface is periodic then it will also be checked whether the point with its periodic offset is contained in the face. In this case, the 2d coordinates of the point are updated to reflect the correct period in which it is inside the face

Overrides CopyGeometry(IGeoObject)

Returns the smallest distance from the provided point to the face. It will be the distance to a perpendicular footpoint on the face. If there is no such perpendicular footpoint double.MaxValue will be returned. This method does not compute the distance to edges or vertices. If you need those distances use PositionOf(GeoPoint) and PointAt(Double).

Overrides FindSnapPoint(SnapPointFinder)

Overrides Get2DRepresentation(Projection, GDIResources)

Overrides GetBoundingCube()()()()

Overrides GetExtent(Double)

Overrides GetExtent(Projection, ExtentPrecision)

Internal use only

Implements GetObjectData(SerializationInfo, StreamingContext)

Returns the curves that result from a planar intersection of this face with the provided plane. The curves are clipped to the outline (and holes) of the face.

Overrides GetQuadTreeItem(Projection, ExtentPrecision)

Overrides GetShowProperties(IFrame)

Returns the triangulation of this face to the provided precision. trianglePoint and triangleUVPoint are two arrays of the same length specifying the vertices of the triangle in 3d or 2d surface coordinates. triangleIndex is a list of indizes to trianglePoint and triangleUVPoint where each triple of indices describes one triangle. The length of triangleIndex is a multiple of 3.

Returnes the minimum and maximum values of coordinates in the parametric space used by this face.

Returnes the minimum and maximum values of coordinates in the parametric space used by this face.

Overrides HitTest(BoundingCube%, Double)

Overrides HitTest(Projection..::..PickArea, Boolean)

Overrides HitTest(Projection, BoundingRect, Boolean)

Returns all edges that belong to the hole with the provided index. The order of the edges is counterclockwise when you look at the face from the outside.

Creates a face by specification of the geometrical surface and the outline in the parametric space on that surface.

Creates a face by connecting curves. The objects in bounds must describe a closed border which may contain some holes.

PRELIMINARY! Tries to use a more simple surface for this face. E.g. a NurbsSurface will be reduced to a torodial surface if the data allows it. The followind replacements are currently performed NurbsSurface -> PlanarSurfaceNurbsSurface -> TorodialSurfacein work:NurbsSurface -> CylindricalSurfaceNurbsSurface -> SphericalSurfaceNurbsSurface -> ConicalSurfaceSurfaceOfRevolution -> CylindricalSurfaceSurfaceOfRevolution -> TorodialSurfaceSurfaceOfRevolution -> ConicalSurfaceSurfaceOfLinearExtrusion -> PlanarSurfaceSurfaceOfLinearExtrusion -> CylindricalSurface

Overrides Modify(ModOp)

Overrides PaintTo3D(IPaintTo3D)

Overrides PaintTo3DList(IPaintTo3D, ICategorizedDislayLists)

Overrides Position(GeoPoint, GeoVector, Double)

Overrides PrepareDisplayList(Double)

Returns all edges that surround this face (also the holes in this face)

Returns the twodimensional shape of the outline of this face in the parametric (u/v) space of the surface.

Gets the number of holes in this face.

Returns the orientation of this face. this is only meaningful if this face is part of a closed shell which defines a solid. If true, the normal vector of the surface of this face points outward of the solid, if false it points into the inside.

Gets all edges that represent the outline of this face (not the holes). The order of the edges is counterclockwise when you look at the face from the outside.

Returns the geometrical surface on which this face resides.