Mesh::Ptr from_draco_point_cloud(std::unique_ptr<draco::PointCloud> draco_pc) {
assert(draco_pc);
size_t dim;
VectorF vertices = extract_vertices(draco_pc, dim);
VectorI faces;
VectorI voxels;
auto mesh = MeshFactory().load_data(vertices, faces, voxels, dim, 3, 4).create();
copy_metadata(draco_pc, mesh);
return mesh;
}
model* extract_model_adjacency(struct aiMesh mesh)
{
model* res = malloc(sizeof(model));
extract_vertices(mesh, res);
extract_normals(mesh, res);
extract_texture_coords(mesh, res);
extract_colors(mesh, res);
initialize_adjacency_table(mesh);
calculate_indices(mesh, res);
return res;
}
void MeshEditHandler::mesh_updated(const surface_mesh::Surface_mesh& mesh) {
mesh_ = &mesh;
extract_vertices();
}
TetgenMeshConverter::TetgenMeshConverter(const tetgenio& mesh) {
extract_vertices(mesh);
extract_faces(mesh);
extract_tets(mesh);
}
void MeshEditHandler::set_enabled(bool enabled) {
enabled_ = enabled;
extract_vertices();
}
