void R3DComputeMatchesThread::prepareResultStrings(const R3DComputeMatches::R3DComputeMatchesStatistics &statistics,
wxTimeSpan runTime)
{
resultStrings_.Clear();
const std::vector<int> &numberOfKeypoints = statistics.numberOfKeypoints_;
if(!numberOfKeypoints.empty())
{
accumulator_set<int, stats<tag::median, tag::min, tag::max, tag::mean> > acc;
for(size_t i = 0; i < numberOfKeypoints.size(); i++)
{
acc(numberOfKeypoints[i]);
}
resultStrings_.Add(wxT("Keypoints per image (min/max/avg/median)"));
resultStrings_.Add(wxString::Format(wxT("%d/%d/%d/%d"),
(min)(acc), (max)(acc),
static_cast<int>(mean(acc)),
static_cast<int>(median(acc))));
}
pComputeMatches_->numberOfKeypoints_ = numberOfKeypoints;
wxString runTimeStr;
if(runTime.GetHours() > 0)
runTimeStr = runTime.Format(wxT("%H:%M:%S.%l"));
else
runTimeStr = runTime.Format(wxT("%M:%S.%l"));
resultStrings_.Add(wxT("Elapsed time"));
resultStrings_.Add(runTimeStr);
pComputeMatches_->runningTime_ = runTimeStr;
}
void serverPage::EnableCaching(wxTimeSpan expire_span) {
wxDateTime expire_date = wxDateTime::Now() + expire_span;
D(debug("serverPage::EnableCaching(%s)\n", expire_span.Format(wxDefaultTimeSpanFormat).c_str()));
m_bEnableCaching = true;
m_sCacheExpires = expire_date.Format(wxT("%a, %d %b %Y %T GMT") , wxDateTime::UTC );
return;
}
bool wxTimeSpinCtrl::SetValue(const wxTimeSpan &span)
{
m_txt->SetValue(span.Format(m_format));
spinValue = span.GetSeconds().GetLo();
return true;
}