void OBJMeshFileWriter::write(const IMeshWalker& walker)
{
if (m_file == 0)
{
// Open the file for writing.
m_file = fopen(m_filename.c_str(), "wt");
if (m_file == 0)
throw ExceptionIOError();
// Write the file header.
fprintf(
m_file,
"# File generated by %s.\n",
Appleseed::get_synthetic_version_string());
}
// Write the mesh object name.
fprintf(m_file, "o %s\n", walker.get_name());
// Write the mesh data.
write_vertices(walker);
write_vertex_normals(walker);
write_texture_coordinates(walker);
write_faces(walker);
// Update base indices.
m_base_vertex_index += walker.get_vertex_count();
m_base_vertex_normal_index += walker.get_vertex_normal_count();
m_base_tex_coords_index += walker.get_tex_coords_count();
}
void write_file0(const char* fn) {
FILE* fd = safe_fopen(fn, "w");
write_file_version(fd);
write_header(fd);
write_format(fd);
write_vertices(fd);
write_cells(fd);
write_cells_attributes(fd);
fclose(fd);
}
void xrLC_GlobalData :: write_lm_data ( IWriter &w )const
{
write_vertices( w );
write_deflectors = xr_new< twrite_deflectors >( &_g_deflectors );
//create_write_faces();
write_deflectors->write( w );
//destroy_write_faces();
xr_delete( ::write_vertices );
xr_delete( write_deflectors );
}
inline ErrorCode WriteDamsel::write_subrange(RangeSeqIntersectIter &rsi)
{
ErrorCode rval = MB_SUCCESS;
if (MBVERTEX == mbImpl->type_from_handle(rsi.get_start_handle()))
rval = write_vertices(rsi);
else if (MBENTITYSET > mbImpl->type_from_handle(rsi.get_start_handle()))
rval = write_entities(rsi);
//else
// rval = write_sets(rsi);
return rval;
}
void PLYDataWriter::write ( const char * filename )
{
assert ( mesh != NULL );
p_ply oply;
oply = ply_create( filename, PLY_ASCII, NULL, 0, NULL );
if ( oply == NULL )
{
throw std::runtime_error( "Access to output file was impossible." );
}
write_header ( oply );
write_vertices ( oply );
write_faces ( oply );
ply_close ( oply );
}
/* write piecewise polynomial molecular surface to output file */
int write_surface (struct surface *srf, FILE *fp_surface)
{
/* writing */
write_header (srf, srf -> mol -> name, fp_surface); if (error()) return(0);
write_varieties (srf, fp_surface); if (error()) return(0);
write_vertices (srf, fp_surface); if (error()) return(0);
write_circles (srf, fp_surface); if (error()) return(0);
write_arcs (srf, fp_surface); if (error()) return(0);
write_faces (srf, fp_surface); if (error()) return(0);
write_cycles (srf, fp_surface); if (error()) return(0);
write_edges (srf, fp_surface); if (error()) return(0);
write_components (srf, fp_surface); if (error()) return(0);
fclose (fp_surface);
return (1);
}
