MarchingCubesRenderer
A renderer that implements the marching cubes algorithm to create a 3D mesh from voxel data.
class MarchingCubesRendererA renderer that implements the marching cubes algorithm to create a 3D mesh from voxel data.
class MarchingCubesRendererimport VoxelsA Swift library for storage, manipulation, export, and 3D rendering of Voxel data.
class BlockMeshRendererA renderer for creating block 3D meshes of opaque voxels.
protocol VoxelBlockRenderableA type that can be rendered as opaque blocks.
class SurfaceNetRendererA renderer for creating smooth 3D meshes of the surface of signed distance value (SDF) data.
protocol VoxelSurfaceRenderableA type that can be rendered as a surface.
init() static func normalizedOffset(_ f0: Float, _ f1: Float) -> Float Determines a normalized offset value for linear interpolation from two values on either side of 0, with 0 being the point to interpolate towards. The provided values are required to have opposite signs (one negative, one positive) in order to use 0 as the marker for the interpolation direction.
func edge_to_boundary_vertex(edge: Int, cornerValues: [Float], index: VoxelIndex, adaptive: Bool = false, homeworkMode: Bool = false) -> Vector Returns a vertex in the middle of the specified edge of a voxel cube.
func render<VOXEL>(_ data: any VoxelAccessible<VOXEL>, scale: VoxelScale<Float>, within bounds: VoxelBounds, adaptive: Bool = false) -> MeshBuffer where VOXEL : VoxelSurfaceRenderable