parameters: (self, xyz_min=(-10,-10,-10), xyz_max=(10,10,10),
                   resolution=10)
return_statement: return verts, tris
docstring: Converts this Shape into a mesh, and returns that mesh in
              the form of a face-vertex mesh.
  
          Options are the same as in save_stl().
  
          Returns:
          verts - List of (x, y, z) vertices
          tris - List of (a, b, c) indices into verts
docstring_summary: Converts this Shape into a mesh, and returns that mesh in
              the form of a face-vertex mesh.
docstring_tokens: Converts this Shape into a mesh and returns that mesh in the form of a face - vertex mesh .
function: def get_mesh(self, xyz_min=(-10,-10,-10), xyz_max=(10,10,10),
                   resolution=10):
          ''' Converts this Shape into a mesh, and returns that mesh in
              the form of a face-vertex mesh.
  
          Options are the same as in save_stl().
  
          Returns:
          verts - List of (x, y, z) vertices
          tris - List of (a, b, c) indices into verts
          '''
          region = libfive_region_t(*[libfive_interval_t(a, b) for a, b
                                      in zip(xyz_min, xyz_max)])
          mesh_p = lib.libfive_tree_render_mesh(self.ptr, region, resolution)
          mesh = mesh_p[0]
          tris = []
          for i in range(mesh.tri_count):
              f = mesh.tris[i]
              tris.append((f.a, f.b, f.c))
          verts = []
          for i in range(mesh.vert_count):
              v = mesh.verts[i]
              verts.append((v.x, v.y, v.z))
          lib.libfive_mesh_delete(mesh_p)
          return verts, tris
function_tokens: def get_mesh ( self , xyz_min = ( - 10 , - 10 , - 10 ) , xyz_max = ( 10 , 10 , 10 ) , resolution = 10 ) : region = libfive_region_t ( * [ libfive_interval_t ( a , b ) for a , b in zip ( xyz_min , xyz_max ) ] ) mesh_p = lib . libfive_tree_render_mesh ( self . ptr , region , resolution ) mesh = mesh_p [ 0 ] tris = [ ] for i in range ( mesh . tri_count ) : f = mesh . tris [ i ] tris . append ( ( f . a , f . b , f . c ) ) verts = [ ] for i in range ( mesh . vert_count ) : v = mesh . verts [ i ] verts . append ( ( v . x , v . y , v . z ) ) lib . libfive_mesh_delete ( mesh_p ) return verts , tris