klampt/krislibrary_docs/MarchingCubes_8h_source.html

 #ifndef MESHING_MARCHING_CUBES_H
 #define MESHING_MARCHING_CUBES_H

 #include "TriMesh.h"
 #include <KrisLibrary/structs/array3d.h>

 namespace Math {
   class ScalarFieldFunction;
 } //namespace Math

 namespace Meshing {


 void MarchingCubes(ScalarFieldFunction& f,Real isoval,const AABB3D& bb,const int dims[3],TriMesh& m);

 void MarchingCubes(Real (*f)(Real,Real,Real),Real isoval,const AABB3D& bb,const int dims[3],TriMesh& m);

 template <class T>
 void MarchingCubes(const Array3D<T>& input,T isoval,const AABB3D& bb,TriMesh& m);

 void CubeToMesh(const Real vals[8],Real isoval,const AABB3D& bb,TriMesh& m);

 } //namespace Meshing

 #endif
Meshing
The namespace for all classes/functions in the Meshing package.
Definition: AnyGeometry.h:10

Meshing::MarchingCubes
void MarchingCubes(ScalarFieldFunction &input, Real isoLevel, const AABB3D &bb, const int dims[3], TriMesh &m)
Takes a 3D function as input, meshes the isosurface at f(x)=isoval.
Definition: MarchingCubes.cpp:377

Meshing::CubeToMesh
void CubeToMesh(const Real origvals[8], Real isoLevel, const AABB3D &bb, TriMesh &m)
Definition: MarchingCubes.cpp:850

Math
Contains all definitions in the Math package.
Definition: WorkspaceBound.h:12

Array3D
A three-dimensional m x n x parray.
Definition: array3d.h:31