/*
Free an UNDO struct
*/
void FreeUndo(UndoData *p_undo)
{
#define FREE_OBJECTS(name) \
if (p_undo->##name != NULL) \
FreeMemory (p_undo->##name); \
p_undo->Num##name = 0;
FREE_OBJECTS(Things);
FREE_OBJECTS(Vertexes);
FREE_OBJECTS(LineDefs);
FREE_OBJECTS(SideDefs);
FREE_OBJECTS(Sectors);
p_undo->MadeChanges = FALSE;
p_undo->MadeMapChanges = FALSE;
}
void blt_set_invariants::compute(int verbose_level)
{
int f_v = (verbose_level >= 1);
if (f_v) {
cout << "blt_set_invariants::compute" << endl;
}
longinteger_object *R;
Sos = NEW_OBJECT(set_of_sets);
Sos2 = NEW_OBJECT(set_of_sets);
Sos3 = NEW_OBJECT(set_of_sets);
D2 = NEW_OBJECT(decomposition);
D3 = NEW_OBJECT(decomposition);
if (f_v) {
cout << "blt_set::report before P->plane_intersections" << endl;
}
D->P->plane_intersections(D->G53,
the_set_in_PG, set_size, R, *Sos, verbose_level);
if (f_v) {
cout << "blt_set::report before intersection_matrix" << endl;
}
Sos->intersection_matrix(
intersection_type, highest_intersection_number,
intersection_matrix, nb_planes,
verbose_level);
if (f_v) {
cout << "blt_set::report before "
"extract_largest_sets" << endl;
}
Sos->extract_largest_sets(*Sos2,
Sos2_idx, verbose_level);
if (f_v) {
cout << "blt_set::report before "
"remove_sets_of_given_size" << endl;
}
Sos->remove_sets_of_given_size(3,
*Sos3, Sos3_idx, verbose_level);
if (f_v) {
cout << "blt_set::report before "
"Sos2->compute_tdo_decomposition" << endl;
}
Sos2->compute_tdo_decomposition(*D2, verbose_level);
D2->get_row_scheme(verbose_level);
D2->get_col_scheme(verbose_level);
if (Sos3->nb_sets) {
if (f_v) {
cout << "blt_set::report before "
"Sos3[h].compute_tdo_decomposition" << endl;
}
Sos3->compute_tdo_decomposition(*D3, verbose_level);
D3->get_row_scheme(verbose_level);
D3->get_col_scheme(verbose_level);
}
#if 0
P->plane_intersection_invariant(G,
data2, set_size,
intersection_type[h], highest_intersection_number[h],
intersection_matrix[h], nb_planes[h],
verbose_level);
#endif
FREE_OBJECTS(R);
if (f_v) {
cout << "blt_set_invariants::compute done" << endl;
}
}
