void RawCellmlViewWidget::initialize(const QString &pFileName,
const bool &pUpdate)
{
// Retrieve the editing widget associated with the given file, if any
CoreCellMLEditing::CoreCellmlEditingWidget *newEditingWidget = mEditingWidgets.value(pFileName);
if (!newEditingWidget) {
// No editing widget exists for the given file, so create one
QString fileContents;
Core::readTextFromFile(pFileName, fileContents);
newEditingWidget = new CoreCellMLEditing::CoreCellmlEditingWidget(fileContents,
!Core::FileManager::instance()->isReadableAndWritable(pFileName),
new QsciLexerXML(this),
parentWidget());
// Update our viewer whenever necessary
connect(newEditingWidget->editor(), SIGNAL(textChanged()),
this, SLOT(updateViewer()));
connect(newEditingWidget->editor(), SIGNAL(cursorPositionChanged(const int &, const int &)),
this, SLOT(updateViewer()));
// Keep track of our editing widget and add it to ourselves
mEditingWidgets.insert(pFileName, newEditingWidget);
layout()->addWidget(newEditingWidget);
}
void PVImageViewer::updateData(QVariant &data)
{
if(!data.isNull() && data.isValid())
{
QString path = data.toString();
setFilePath(path);
updateViewer();
}
}
void ViewerConfiguration::eyeDistanceSliderCallback(GLMotif::TextFieldSlider::ValueChangedCallbackData* cbData)
{
/* Update the eye distance: */
eyeDist=cbData->value/unitScale;
/* Re-position the left and right eyes: */
Vector eyeOffset=eyePos[2]-eyePos[1];
eyeOffset.normalize();
eyeOffset*=eyeDist*Scalar(0.5);
eyePos[1]=eyePos[0]-eyeOffset;
eyePos[2]=eyePos[0]+eyeOffset;
/* Update the GUI: */
for(int eyeIndex=1;eyeIndex<3;++eyeIndex)
for(int i=0;i<3;++i)
eyePosSliders[eyeIndex][i]->setValue(eyePos[eyeIndex][i]*unitScale);
/* Update the controlled viewer: */
updateViewer();
}
void ViewerConfiguration::eyePosSliderCallback(GLMotif::TextFieldSlider::ValueChangedCallbackData* cbData,const int& sliderIndex)
{
/* Determine which eye position has changed: */
int eyeIndex=sliderIndex/3;
int component=sliderIndex%3;
/* Update the changed eye: */
eyePos[eyeIndex][component]=cbData->value/unitScale;
/* Update dependent state: */
switch(eyeIndex)
{
case 0: // Mono eye
{
/* Re-position the left and right eyes: */
Scalar offset=(eyePos[2][component]-eyePos[1][component])*Scalar(0.5);
eyePos[1][component]=eyePos[0][component]-offset;
eyePos[2][component]=eyePos[0][component]+offset;
/* Update the GUI: */
for(int updateEyeIndex=1;updateEyeIndex<3;++updateEyeIndex)
eyePosSliders[updateEyeIndex][component]->setValue(eyePos[updateEyeIndex][component]*unitScale);
break;
}
case 1: // Left eye
case 2: // Right eye
/* Recalculate the mono eye position and the eye distance: */
eyePos[0][component]=Math::mid(eyePos[1][component],eyePos[2][component]);
eyeDist=Geometry::dist(eyePos[1],eyePos[2]);
/* Update the GUI: */
eyePosSliders[0][component]->setValue(eyePos[0][component]*unitScale);
eyeDistanceSlider->setValue(eyeDist*unitScale);
break;
}
/* Update the controlled viewer: */
updateViewer();
}
void TriangulationTab::on_doBundleAdjustment_clicked() {
sfmapp->doBundleAdjustment();
updateViewer();
}
void TriangulationTab::on_removeLastCamera_clicked() {
sfmapp->removeLastCamera();
updateViewer();
}
void TriangulationTab::on_runNextReconstruction_clicked() {
sfmapp->reconstructNextImagePair();
updateViewer();
}
void TriangulationTab::on_runInitialReconstruction_clicked() {
sfmapp->reconstructInitialImagePair();
updateViewer();
}
