void ExportATileset( const pmd2::level_info & lvlinf, const filetypes::LevelBgEntry & entry, const std::string & destdir )
{
Tileset tset( LoadTileset(m_mapbgdir, entry, lvlinf) );
ExportTilesetToRaw(destdir, lvlinf.name, tset);
//PrintAssembledTilesetPreviewToPNG(utils::TryAppendSlash(destdir) + "preview", tset );
DumpCellsToPNG( destdir, tset );
}
void CoreRequest()
{
extern int IsBatchMode();
if (IsBatchMode()) /* added by Greg Hood, PSC, May 1996 */
abort();
printf("Dump core (y/n)[n]? ");
normal_tty();
if (getchar() == 'y'){
signal(SIGQUIT, SIG_DFL);
kill(getpid(), SIGQUIT);
}
tset();
}
TracePointVector
Trace::get_trace_points(const unsigned max_points) const
{
TracePointSet tset(begin(), end());
if (tset.empty())
return TracePointVector();
TracePointList tlist(tset.begin(), tset.end());
unsigned mrange = 3;
while (tlist.size() > max_points) {
thin_trace(tlist, mrange);
mrange = (mrange * 4) / 3;
}
return TracePointVector(tlist.begin(), tlist.end());
}
TracePointVector
Trace::get_trace_points(const unsigned max_points) const
{
if (max_points == 2) {
if (trace_tree.size()<2) {
return TracePointVector();
}
// special case - just look for points within time range
TracePoint p;
unsigned tmin = (unsigned)-1;
for (TraceTree::const_iterator tr = trace_tree.begin();
tr != trace_tree.end(); ++tr) {
if (inside_time_window(tr->time) && (tr->time< tmin)) {
p = *tr;
tmin = tr->time;
}
}
TracePointVector v;
v.push_back(p);
v.push_back(m_last_point);
return v;
}
TracePointSet tset(begin(), end());
if (tset.empty())
return TracePointVector();
TracePointList tlist(tset.begin(), tset.end());
unsigned mrange = 3;
while (tlist.size() > max_points) {
thin_trace(tlist, mrange);
mrange = (mrange * 4) / 3;
}
return TracePointVector(tlist.begin(), tlist.end());
}
void _push_CNT(threaded* e)
{
threaded ** p = tget(_CNT_) - 1;
tset(_CNT_, p);
*p = e;
}
void _push_EXP(Optr e)
{
Optr * p = tget(_EXP_) + 1;
tset(_EXP_, p);
*p = e;
}
Optr pop_EXP()
{
Optr * p = tget(_EXP_);
tset(_EXP_, p - 1);
return *p;
}
