Package-level declarations

Used by the grid methods. Specifies how the UV or UVW coordinates the user function receives are scaled.

A class that provides a simple Domain Specific Language to construct and deform triangle-based 3D meshes.

Vertex writer function interface

Generate a box of size width, height and depth. Specify the number of segments with widthSegments, heightSegments and depthSegments. Use flipNormals for an inside-out shape.

Returns a Box mesh

create a VertexWriter that writes into a java.nio.ByteBuffer through BufferWriter

Creates a triangle mesh builder

Generate a shape by rotating an envelope around a vertical axis.

A shape created by rotating an envelope around a vertical axis.

Writes quads to writer creating a surface that connects two displaced instances of linearContour. The positions and orientations of the two contours are defined by the frame0 and frame1 matrices.

Writes quads to writer creating a surface that connects linearContour0 with linearContour1. The positions and orientations of the two contours are defined by the frame0 and frame1 matrices.

Contour segment

Generate a cylinder

Creates a cylinder along the z-axis

Generate dodecahedron mesh

A dodecahedron mesh

Adds caps to an extruded shape

Extrude a contour along a path. The number of resulting steps along the path depends on the tolerance values.

Extrude a contour along a path. The number of resulting steps along the path depends on the tolerance values.

Extrude a contour along a path specifying the number of steps.

Extrude a contour along a path specifying the number of steps.

Extrude a contour along a path specifying the number of steps.

Extrude a contour along a path specifying the number of steps.

Extrude a contour along a path specifying the number of steps. The scale argument can be used to make variable width shapes. For example scale = { t: Double -> 0.5 - 0.5 * cos(t * 2 * PI) } produces an extruded shape that begins and ends with hairline thickness.

Extrude a contour along a path specifying the number of steps. The scale argument can be used to make variable width shapes. For example scale = { t: Double -> 0.5 - 0.5 * cos(t * 2 * PI) } produces an extruded shape that begins and ends with hairline thickness.

Extrudes a Shape from its triangulations

Extrudes a shape by triangulating it and creating side- and cap geometry.

Extrudes a Shape from its triangulations

Extrudes a Shape

Extrude a shape along a path. The number of resulting steps along the path depends on the tolerance values.

Extrude a shape along a path. The number of resulting steps along the path depends on the tolerance values.

Extrudes all shapes. Uses writer to write the resulting 3D meshes. The arguments are passed unmodified to extrudeShape.

Extrudes a list of Shape

Extrude a shape along a path specifying the number of steps.

Extrude a shape along a path specifying the number of steps.

Generate a box

Generate a shape by rotating an envelope around a vertical axis.

Generate a cylinder along the z-axis

Generate dodecahedron mesh

Generate hemisphere centered at the origin.

Generate plane centered at center, using the right, forward and up vectors for its orientation. width and height specify the dimensions of the plane. widthSegments and heightSegments control the plane's number of segments.

Generate a shape by rotating an envelope around a vertical axis.

Generate sphere centered at the origin.

Generate a tapered cylinder along the z-axis

Create a 2D grid of width x height 3D elements. The builder function will get called with the u and v coordinates of each grid cell, so you have an opportunity to add meshes to the scene using those coordinates. The coordinate values will be scaled according to coordinates. Use:

Create a 3D grid of width x height x depth 3D elements. The builder function will get called with the u, v and w coordinates of each grid cell, so you have an opportunity to add meshes to the scene using those coordinates. The coordinate values will be scaled according to coordinates. Use:

Generates a finite plane with its center at (0,0,0) and spanning the xz-plane.

Creates a group. Can be used to avoid leaking mesh properties like color and transform into following meshes or groups.

Add a hemisphere

Creates a VertexBuffer that is suited for holding meshes. Each vertex contains:

Creates a VertexBuffer that is suited for holding meshes. Each vertex contains:

Generate plane centered at center, using the right, forward and up vectors for its orientation. width and height specify the dimensions of the plane. widthSegments and heightSegments control the plane's number of segments.

Generate a finite plane centered at center, using the right, forward and up vectors for its orientation. width and height specify the dimensions of the plane. widthSegments and heightSegments control the plane's number of segments.

Writes two triangles to writer representing the quad formed by four vertices.

Generate a shape by rotating an envelope around a vertical axis.

A shape created by rotating an envelope around a vertical axis.

Add a sphere mesh

Returns a sphere mesh

Generate a tapered cylinder along the z-axis

Converts a Rectangle to a VertexBuffer 2D mesh matching its location and dimensions. resolution specifies the size in pixels of the triangles in the mesh.

Writes a list of triangles transformed by the frame transformation matrix into writer.

Twists a 3D mesh around an axis that starts at Vector3.ZERO and ends at axis. degreesPerUnit controls the amount of twist. start is currently unused.

Generates a finite plane with its center at (0,0,0) and spanning the xy-plane

Writes a triangle to writer.