se::algorithms Namespace Reference

Functions
template<typename OctreeT , typename = std::enable_if_t<OctreeT::res_ == se::Res::Single>>
OctreeT::SurfaceMesh	marching_cube_kernel (const OctreeT &octree, const std::vector< const typename OctreeT::BlockType * > &block_ptrs)
template<typename OctreeT , typename = std::enable_if_t<OctreeT::res_ == se::Res::Multi>>
OctreeT::SurfaceMesh	dual_marching_cube_kernel (const OctreeT &octree, const std::vector< const typename OctreeT::BlockType * > &block_ptrs, const int min_desired_scale)
template<typename OctreeT >
std::vector< meshing::VertexIndexMesh< 3 > >	dual_marching_cube_kernel_new (const OctreeT &octree, const std::vector< const typename OctreeT::BlockType * > &block_ptrs)
template<typename OctreeT >
meshing::VertexIndexMesh< 3 >	dual_marching_cube_new (const OctreeT &octree, const std::vector< const typename OctreeT::BlockType * > &block_ptrs)
template<typename OctreeT >
meshing::VertexIndexMesh< 3 >	dual_marching_cube_new (const OctreeT &octree)
template<typename OctreeT >
OctreeT::SurfaceMesh	marching_cube (const OctreeT &octree, const int min_desired_scale=0)
	Return a triangle mesh of the surface in octree.

Function Documentation

marching_cube_kernel()

template<typename OctreeT , typename = std::enable_if_t<OctreeT::res_ == se::Res::Single>>

OctreeT::SurfaceMesh se::algorithms::marching_cube_kernel	(	const OctreeT &	octree,
		const std::vector< const typename OctreeT::BlockType * > &	block_ptrs
	)

dual_marching_cube_kernel()

template<typename OctreeT , typename = std::enable_if_t<OctreeT::res_ == se::Res::Multi>>

OctreeT::SurfaceMesh se::algorithms::dual_marching_cube_kernel	(	const OctreeT &	octree,
		const std::vector< const typename OctreeT::BlockType * > &	block_ptrs,
		const int	min_desired_scale
	)

dual_marching_cube_kernel_new()

template<typename OctreeT >

std::vector< meshing::VertexIndexMesh< 3 > > se::algorithms::dual_marching_cube_kernel_new	(	const OctreeT &	octree,
		const std::vector< const typename OctreeT::BlockType * > &	block_ptrs
	)

dual_marching_cube_new() [1/2]

template<typename OctreeT >

meshing::VertexIndexMesh< 3 > se::algorithms::dual_marching_cube_new	(	const OctreeT &	octree,
		const std::vector< const typename OctreeT::BlockType * > &	block_ptrs
	)

dual_marching_cube_new() [2/2]

template<typename OctreeT >

meshing::VertexIndexMesh< 3 > se::algorithms::dual_marching_cube_new

(

const OctreeT &

octree

)

marching_cube()

template<typename OctreeT >

OctreeT::SurfaceMesh se::algorithms::marching_cube	(	const OctreeT &	octree,
		const int	min_desired_scale = 0
	)

Return a triangle mesh of the surface in octree.

For se::Res::Multi octrees a minimum desired scale min_desired_scale can be specified in order to obtain a coarser surface mesh. The value of min_desired_scale is ignored for se::Res::Single octrees.