PolyederExtensions Methods

Creates a 1D rectangle by adding 4 new vertices and 1 face to the polyeder which together form a rectangle of a given width and height.

Creates a 1D square by adding 4 new points and 1 face to the polyeder which together from a square of given size. The square will always be in the Z = 0 plane

Create a 3D circle around the origin of the provided coordinate system with given radius thickness.

Generate a 3D cube with a given size (width, height and length) from the origin of the provided coordinate system. The origin of the coordinate system will be at the center of the cube

Adds a 3D cylinder to the polyeder.

Create a 3D pyramid from a provided coordinate system and tip point and given width.

Adds 4 faces to the Polyeder, following a predefined order using the provided vertexIndexes (counter-clockwise). These 4 faces are the remaining "side" faces of 3D pyramid. Each face consists out of 3 vertex indexes.

Generate a 3D rectangle with a given length, width and height from the origin of the provided coordinate system The origin of the coordinate system will be at the center of the rectangle

Generate a 3D rectangle with given width and height, based on the provided line. The line represents the X-axis and runs through the center of the rectangle

Adds 4 faces to the Polyeder, following a predefined order using the provided vertexIndexes (counter-clockwise). These 4 faces are the remaining faces of a 3D rectangle, of which 2 opposite facing faces have already been added to the polyeder.

Generate 3D rectangles between the provided points, with given width and height. At least 2 points must be provided.

Generate a 3D square "frame" in which the sides of the frames are created using 3D rectangles with the given thickness (width & length). The size determines how big the square will be (height and/ width)

Create a 3D "zigzag" / lightning-ish bolt