Convert Mesh to Triangle Mesh and Primitive Shape to Mesh

Convert Mesh to Triangle Mesh with Custom Memory Layout of Vertex

Aspose.3D for Java API has support to convert mesh to triangle mesh with custom memory layout of the vertex. The custom memory layout of the Vertex is defined dynamically by VertexDeclaration class in the code examples.

This help topic creates meshes from the box and sphere to keep the code comprehensive and short. Developers may construct a mesh manually as narrated in this help topic: Create 3D Cube Mesh.

Developers may convert mesh to triangle mesh because any complex (surface) structure can be represented as a bunch of triangles. The triangle is the most atomic geometry. Thus it is used as base for almost anything. This code example converts a Box to triangle mesh with custom memory layout.

Convert Primitive Shape to Mesh

Aspose.3D for Java API has support of converting any primitive shape to mesh. Primitive shapes include most basic and used objects like box, sphere, plane, cylinder, and torus.

Any class that implements an interface IMeshConvertible can be converted to mesh while exporting to any 3D file format.

Convert Sphere Primitive to Mesh

A sphere is a perfectly round geometrical object in three-dimensional space that appear everywhere from sports balls to planets in space. Let’s use the Sphere primitive to create a mesh. The code example below converts a Sphere to mesh.

Convert Box to Mesh

A Box describes a variety of containers and receptacles for permanent use as storage, or for temporary use, often for transporting contents. Let’s use the Box primitive to create a mesh. The code example below converts a Box to mesh.

Convert a Plane to Mesh

A plane extends infinitely without thickness. An example of a plane is a coordinate plane. Lets use the Plane primitive to create a mesh. The code example below converts a Plane to mesh.

Convert a Cylinder to Mesh

A cylinder is one of the most basic curvilinear geometric shapes, the surface formed by the points at a fixed distance from a given straight line, the axis of the cylinder. It can be used in many places, for example as a pillar in front of a home or as a car driveshaft. Lets use the Cylinder primitive to create a mesh. The code example below converts a Cylinder to mesh.

Convert a Torus to Mesh

A torus is a surface of revolution generated by revolving a circle in three-dimensional space about an axis coplanar with the circle. If the axis of revolution does not touch the circle, the surface has a ring shape and is called a torus of revolution. Let’s use the Torus primitive to create a mesh. The code example below converts a Torus to mesh.