Wpt_list
SWEEP_DISK::get_fold_pts() const
{
CEdgeStrip * strip = _boundary.cur_strip();
if ( strip ) {
return fold_points(strip->verts().pts(), sweep_vec(), true);
}
return Wpt_list();
}
void
UVdata::split(CEdgeStrip& strip)
{
ARRAY<Bvert_list> chains;
strip.get_chains(chains);
for (int i=0; i<chains.num(); i++)
split_chain(chains[i]);
}
inline void
add_to_strip(Bvert* v, CEdgeStrip& source, EdgeStrip& ret)
{
assert(v);
CBvert_list& verts = source.verts();
CBedge_list& edges = source.edges();
int k = verts.get_index(v);
assert(verts.valid_index(k) && edges[k]->flag());
while (verts.valid_index(k) && edges[k]->flag()) {
edges[k]->clear_flag();
ret.add(verts[k], edges[k]);
if (source.has_break(k+1)) {
k = verts.get_index(source.next_vert(k));
} else {
k++;
}
}
}
bool
OVERSKETCH::compute_offsets(CPIXEL_list& pts, CEdgeStrip& sils)
{
double yardstick = compute_yardstick(sils.edges(), debug);
assert(sils.num_line_strips() == 1);
Bvert_list chain;
int k = 0;
sils.get_chain(k, chain);
int count = 0;
vector<double> offsets;
Wpt_list new_locs = chain.pts();
for (Bvert_list::size_type i=0; i<chain.size(); i++) {
offsets.push_back(compute_offset(chain[i], pts, yardstick));
if (offsets.back() > 0) {
count++;
}
}
err_adv(debug, "found %d/%d offsets", count, chain.size());
apply_offsets(chain, offsets);
return true;
}
bool
OVERSKETCH::find_matching_sil(CPIXEL_list& pts, CEdgeStrip& sils)
{
err_adv(debug, " checking %d edges", sils.num());
_selected_sils.reset();
for (int i=0; i<sils.num(); i++)
if (do_match(pts, sils.edge(i)))
_selected_sils.add(sils.vert(i), sils.edge(i));
_mesh = dynamic_pointer_cast<LMESH>(_selected_sils.mesh());
if (_mesh) {
int n = _selected_sils.num_line_strips();
_selected_sils = _selected_sils.get_unified();
err_adv(debug, " found %d edges, (%d pieces, was %d)",
_selected_sils.num(), _selected_sils.num_line_strips(), n);
activate();
select_faces();
check_primitive();
return true;
}
_selected_sils.reset();
err_adv(debug, " failed");
return false;
}
