kray/raylib/Mesh/Companion

Companion

object Companion

Generates various standard 3D meshes.

When generating a mesh using these functions, the mesh data is automatically uploaded to the GPU. Therefore, there is no need to call upload manually. As a result, the generated meshes are ready for rendering immediately after creation. However, you should not call this method in the Window.lifecycle block, as it will repeatedly generate and upload the mesh on every frame, leading to performance issues. Instead, generate the mesh once outside the lifecycle block and reuse it as needed.

Functions

fun add(a: Mesh, b: Mesh): Mesh

Concatenates two meshes into a single mesh.

fun cone(radius: Float, height: Float, slices: Int = 16): Mesh

Generates a cone mesh.

fun cube(size: Float): Mesh

Generates a cube mesh.

fun cubicMap(cubicMap: Image, cubeSize: ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>): Mesh

fun cubicMap(cubicMap: Image, cubeSize: Float): Mesh

fun cubicMap(cubicMap: Image, width: Float, height: Float, depth: Float): Mesh

Generates a cubicmap mesh from an image.

fun cylinder(radius: Float, height: Float, slices: Int = 16): Mesh

Generates a cylinder mesh.

fun heightMap(heightMap: Image, size: ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>): Mesh

fun heightMap(heightMap: Image, width: Float = 1.0f, height: Float = 1.0f, depth: Float = 1.0f): Mesh

Generates a heightmap mesh from an image.

fun hemiSphere(radius: Float, rings: Int, slices: Int = 16): Mesh

Generates a hemisphere mesh.

fun knot(radius: Float, size: Float, radSeg: Int, sides: Int): Mesh

Generates a knot mesh.

fun plane(width: Float, length: Float, resX: Int, resZ: Int): Mesh

Generates a plane mesh.

fun poly(sides: Int, radius: Float): Mesh

Generates a polygonal mesh.

fun rectPrism(width: Float, height: Float, length: Float): Mesh

Generates a rectangular prism mesh.

fun sphere(radius: Float, rings: Int, slices: Int = 16): Mesh

Generates a sphere mesh.

fun torus(radius: Float, size: Float, radSeg: Int, sides: Int): Mesh

Generates a torus mesh.