void SegmentListVIIRSM::ComposeGVProjection(int inputchannel)
{
qDebug() << "SegmentListVIIRSM::ComposeGVProjection()";
QList<Segment *>::iterator segit = segsselected.begin();
while ( segit != segsselected.end() )
{
(*segit)->ComposeSegmentGVProjection(inputchannel);
emit segmentprojectionfinished(false);
++segit;
}
initBrightnessTemp();
//the following code calculates a new LUT that only takes
//the pixels in the projection into account and not the complete segment(s).
// CalculateProjectionLUT();
// segit = segsselected.begin();
// while ( segit != segsselected.end() )
// {
// (*segit)->RecalculateProjection();
// emit segmentprojectionfinished(false);
// ++segit;
// }
}
void SegmentListVIIRSDNB::finishedviirs()
{
qDebug() << "=============>SegmentListVIIRSDNB::readfinishedviirs()";
emit progressCounter(100);
opts.texture_changed = true;
QApplication::restoreOverrideCursor();
delete watcherviirs;
emit segmentprojectionfinished(true);
}
void SegmentListOLCI::ComposeSGProjection(int inputchannel)
{
qDebug() << "SegmentListOLCIefr::ComposeSGProjection()";
QList<Segment *>::iterator segit = segsselected.begin();
while ( segit != segsselected.end() )
{
(*segit)->ComposeSegmentSGProjection(inputchannel);
emit segmentprojectionfinished(false);
++segit;
}
}
void SegmentListVIIRSM::ComposeLCCProjection(int inputchannel)
{
qDebug() << "SegmentListVIIRSM::ComposeLCCProjection()";
QList<Segment *>::iterator segit = segsselected.begin();
while ( segit != segsselected.end() )
{
(*segit)->ComposeSegmentLCCProjection(inputchannel);
emit segmentprojectionfinished(false);
++segit;
}
initBrightnessTemp();
}
