void SdDurationCanvas::cut_internal(int py) {
Q3PtrListIterator<SdDurationCanvas> itd(durations);
for (; itd.current(); ++itd)
itd.current()->cut_internal(py);
QRect r = rect();
resize(width(), py - r.top());
SdDurationCanvas * newone = 0;
Q3PtrList<SdMsgBaseCanvas> ms(msgs);
Q3PtrListIterator<SdMsgBaseCanvas> it(ms);
for ( ; it.current(); ++it ) {
if (it.current()->rect().center().y() > py) {
// on the new duration
if (newone == 0) {
// width and height to 0 on creation to not have
// a round error because of the zoom
newone = new SdDurationCanvas(the_canvas(), support, r.x(), py, 0, 0, 0, coregion);
newone->resize(width(), r.bottom() - py);
newone->itscolor = itscolor;
newone->setZ(z());
newone->show();
}
remove(it.current());
newone->add(it.current());
it.current()->change_duration(this, newone);
}
}
Q3PtrList<SdDurationCanvas> durs(durations);
Q3PtrListIterator<SdDurationCanvas> itdur(durs);
for (itdur.toFirst() ; itdur.current(); ++itdur) {
if (itdur.current()->rect().center().y() > py) {
// on the new duration
if (newone == 0) {
// width and height to 0 on creation to not have
// a round error because of the zoom
newone = new SdDurationCanvas(the_canvas(), support, r.x(), py, 0, 0, 0, coregion);
newone->resize(width(), r.bottom() - py);
newone->itscolor = itscolor;
newone->setZ(z());
newone->show();
}
remove(itdur.current());
newone->add(itdur.current());
itdur.current()->support = newone;
}
itdur.current()->update_v_to_contain(itdur.current(), TRUE);
}
}
int main(int argc, char **argv) {
wxInitializer wx_initializer;
if ( !wx_initializer ) {
fprintf(stderr, "Failed to initialize the wxWidgets library, aborting.");
return -1;
}
wxCmdLineParser cmd_parser(cmdLineDesc, argc, argv);
long run_count = 10;
wxString grid_path, dict_path;
bool is_rand = false;
bool is_verbose = false;
switch ( cmd_parser.Parse() ) {
case -1:
return 0;
case 0:
cmd_parser.Found(wxT("count"), &run_count);
is_rand = cmd_parser.Found(wxT("rand"));
is_verbose = cmd_parser.Found(wxT("verbose"));
grid_path = cmd_parser.GetParam(0);
dict_path = cmd_parser.GetParam(1);
wxLogDebug(wxT("grid_path = ") + grid_path + wxT("\n"));
wxLogDebug(wxT("dict_path = ") + dict_path + wxT("\n"));
wxLogDebug(wxT("run_count = %d\n"), run_count);
break;
default:
return 0;
}
std::vector< wxLongLong > durs(run_count); // durations
std::vector< wxString > words_out;
DictType dict;
GridType grid;
AllWordsType all_words;
CharsTransType trans_type;
readDict(dict_path, dict);
generateAllWords(dict, all_words, trans_type);
readGrid(grid_path, grid);
if ( is_rand )
srand(time(NULL));
for (long i = 0; i < run_count; ++i) {
if ( !is_rand )
srand(42);
words_out.clear();
durs.at(i) = wxGetLocalTimeMillis();
generateCross(grid,all_words,trans_type,words_out);
if ( words_out.size() == 0 )
wxPrintf(wxT("Error in creating #%-2i!\n"),i+1);
durs.at(i) = wxGetLocalTimeMillis() - durs.at(i);
if ( is_verbose )
wxPrintf(wxT("Time to generate #%-2i is ")
+ durs.at(i).ToString() + wxT(" ms\n"), i+1);
}
wxLongLong tm_total = std::accumulate(durs.begin(),durs.end(), wxLongLong(0,0));
wxLongLong tm_mean = (tm_total + run_count/2) / run_count;
wxPrintf(wxT("Total time = ") + tm_total.ToString() + wxT(" ms.\nMean time = ")
+ tm_mean.ToString() + wxT(" ms.\n"));
return 0;
}