void FindResultsTab::OnSearchStart(wxCommandEvent& e)
{
m_searchInProgress = true;
SearchData* data = (SearchData*)e.GetClientData();
wxString label = data ? data->GetFindString() : wxT("");
if(e.GetInt() != 0 || m_sci == NULL) {
if(m_book) {
clWindowUpdateLocker locker(this);
MySTC* sci = new MySTC(m_book);
SetStyles(sci);
sci->Connect(wxEVT_STC_STYLENEEDED, wxStyledTextEventHandler(FindResultsTab::OnStyleNeeded), NULL, this);
m_book->AddPage(sci, label, true);
#ifdef __WXMAC__
m_book->GetSizer()->Layout();
#endif
size_t where = m_book->GetPageCount() - 1;
// keep the search data used for this tab
wxWindow* tab = m_book->GetPage(where);
if(tab) {
tab->SetClientData(data);
}
m_matchInfo.push_back(MatchInfo());
m_sci = sci;
}
} else if(m_book) {
// using current tab, update the tab title and the search data
int where = m_book->GetPageIndex(m_sci);
if(where != wxNOT_FOUND) {
m_book->SetPageText(where, label);
// delete the old search data
wxWindow* tab = m_book->GetPage(where);
SearchData* oldData = (SearchData*)tab->GetClientData();
if(oldData) {
delete oldData;
}
// set the new search data
tab->SetClientData(data);
}
}
// This is needed in >=wxGTK-2.9, otherwise the 'Search' pane doesn't fully expand
SendSizeEvent(wxSEND_EVENT_POST);
m_recv = m_sci;
Clear();
if(data) {
m_searchData = *data;
wxString message;
message << _("====== Searching for: '") << data->GetFindString() << _("'; Match case: ")
<< (data->IsMatchCase() ? _("true") : _("false")) << _(" ; Match whole word: ")
<< (data->IsMatchWholeWord() ? _("true") : _("false")) << _(" ; Regular expression: ")
<< (data->IsRegularExpression() ? _("true") : _("false")) << wxT(" ======\n");
AppendText(message);
}
}
/*****************************************************************************
* Private Functions
*****************************************************************************/
static void
CheckFreePrivInfo(_DtCvSegment *seg)
{
/*
* free the match information
*/
if (NULL != MatchInfo(seg))
{
SdlMatchData *m = (SdlMatchData *)(MatchInfo(seg));
if (NULL != m->ssi)
free(m->ssi);
free(m);
}
/*
* free any abbreviation
*/
if (NULL != AbbrevStr(seg))
free(AbbrevStr(seg));
}
void BundlerMatcher::matchSiftFeature(int fileIndexA, int fileIndexB)
{
SiftKeyPoints pointsA = mFeatureInfos[fileIndexA].points;
SiftKeyDescriptors descriptorsA = mFeatureInfos[fileIndexA].descriptors;
SiftKeyPoints pointsB = mFeatureInfos[fileIndexB].points;
SiftKeyDescriptors descriptorsB = mFeatureInfos[fileIndexB].descriptors;
mMatcher->SetDescriptors(0, (int) pointsA.size(), &descriptorsA[0]);
mMatcher->SetDescriptors(1, (int) pointsB.size(), &descriptorsB[0]);
int (*matchBuffer)[2] = new int[pointsA.size()][2];
int nbMatch = mMatcher->GetSiftMatch((int)pointsA.size(), matchBuffer, mMatchThreshold);
//Save Match in RAM
std::vector<Match> matches(nbMatch);
for (int i=0; i<nbMatch; ++i)
matches[i] = Match(matchBuffer[i][0], matchBuffer[i][1]);
mMatchInfos.push_back(MatchInfo(fileIndexA, fileIndexB, matches));
delete[] matchBuffer;
}