main ()
{
int edge[MAX_PIECES],
i,
e = EMPTY;
#ifdef DEBUG
if (!(Debug_Fp = fopen ("debug.out", "w")))
quit(-1,"Couldn't open debug.out for writing\n");
#endif
for (i = 0; i < 10; i++)
edge[i] = EMPTY;
compute_edge (edge, &Edge_Table[e][e][e][e][e][e][e][e][e][e]);
process_all ();
fprintf (stderr, "Average iterations = %f, Maximum = %d\n",
(double) Total_Iters/Converged, Max_Num_Times);
print_result (Edge_Table);
return 0;
}
void Viewer::compute_elements()
{
LCC &lcc = *scene->lcc;
pos_facets.clear();
flat_normals.clear();
smooth_normals.clear();
colors.clear();
pos_lines.clear();
pos_points.clear();
if ( lcc.is_empty() )
{
bb = LCC::Point(CGAL::ORIGIN).bbox();
bb = bb + LCC::Point(1,1,1).bbox(); // To avoid a warning from Qglviewer
return;
}
LCC::size_type markvertex = lcc.get_new_mark();
LCC::size_type markedge = lcc.get_new_mark();
LCC::size_type markface = lcc.get_new_mark();
bool empty = true;
for (LCC::Attribute_range<3>::type::iterator it=lcc.attributes<3>().begin(),
itend=lcc.attributes<3>().end(); it!=itend; ++it )
{
if ( it->info().is_visible() )
{
for(LCC::Dart_of_cell_range<3>::iterator
dartIter=lcc.darts_of_cell<3>(lcc.dart_of_attribute<3>(it)).begin();
dartIter.cont(); ++dartIter)
{
if ( it->info().is_filled() && !lcc.is_marked(dartIter, markface) )
compute_face(dartIter, markface);
if ( !lcc.is_marked(dartIter, markedge) )
compute_edge(dartIter, markedge);
if ( !lcc.is_marked(dartIter, markvertex) )
compute_vertex(dartIter, markvertex, empty);
}
}
}
if ( empty )
{
bb = LCC::Point(CGAL::ORIGIN).bbox();
bb = bb + LCC::Point(1,1,1).bbox(); // To avoid a warning from Qglviewer
}
for (LCC::Dart_range::iterator it=lcc.darts().begin(),
itend=lcc.darts().end(); it!=itend; ++it )
{
lcc.unmark(it, markvertex);
lcc.unmark(it, markedge);
lcc.unmark(it, markface);
}
lcc.free_mark(markvertex);
lcc.free_mark(markedge);
lcc.free_mark(markface);
}
