void
KnobSerialization::restoreTracks(const boost::shared_ptr<KnobI> & knob,
const std::vector<boost::shared_ptr<Natron::Node> > & allNodes)
{
Double_Knob* isDouble = dynamic_cast<Double_Knob*>( knob.get() );
if ( isDouble && (isDouble->getName() == "center") && (isDouble->getDimension() == 2) ) {
isDouble->restoreTracks(slavedTracks,allNodes);
}
}
bool KnobSerialization::restoreTracks(const boost::shared_ptr<KnobI>& knob,const std::vector<boost::shared_ptr<Natron::Node> >& allNodes)
{
Double_Knob* isDouble = dynamic_cast<Double_Knob*>(knob.get());
if (!isDouble) {
return false;
}
if (isDouble->getName() != "center" || isDouble->getDimension() != 2) {
return false;
}
isDouble->restoreTracks(slavedTracks,allNodes);
return !slavedTracks.empty();
}
std::pair<double,double> Curve::getCurveYRange() const
{
QReadLocker l(&_imp->_lock);
if (!mustClamp()) {
throw std::logic_error("Curve::getCurveYRange() called for a curve without owner or Y range");
}
if (_imp->owner) {
Double_Knob* isDouble = dynamic_cast<Double_Knob*>(_imp->owner);
Int_Knob* isInt = dynamic_cast<Int_Knob*>(_imp->owner);
if (isDouble) {
return isDouble->getMinMaxForCurve(this);
} else if(isInt) {
return isInt->getMinMaxForCurve(this);
} else {
return std::make_pair((double)INT_MIN, (double)INT_MAX);
}
}
assert(hasYRange());
return std::make_pair(_imp->yMin, _imp->yMax);
}
void MultiInstancePanelPrivate::addTableRow(Node* node)
{
int newRowIndex = table->rowCount();
table->insertRow(newRowIndex);
std::list<boost::shared_ptr<KnobI> > instanceSpecificKnobs;
getInstanceSpecificKnobs(node, &instanceSpecificKnobs);
///first add the enabled column
{
QWidget* enabledContainer = createCheckBoxForTable(true);
table->setCellWidget(newRowIndex, 0, enabledContainer);
}
int columnIndex = 1;
for (std::list<boost::shared_ptr<KnobI> >::iterator it = instanceSpecificKnobs.begin();it!=instanceSpecificKnobs.end();++it) {
Int_Knob* isInt = dynamic_cast<Int_Knob*>(it->get());
Bool_Knob* isBool = dynamic_cast<Bool_Knob*>(it->get());
Double_Knob* isDouble = dynamic_cast<Double_Knob*>(it->get());
Color_Knob* isColor = dynamic_cast<Color_Knob*>(it->get());
String_Knob* isString = dynamic_cast<String_Knob*>(it->get());
if (!isInt || !isBool || !isDouble || !isColor || !isString) {
continue;
}
bool createCheckBox = false;
bool createSpinBox = false;
if (isBool) {
createCheckBox = true;
} else if (isInt || isDouble || isColor) {
createSpinBox = true;
}
for (int i = 0; i < (*it)->getDimension(); ++it) {
if (createCheckBox) {
assert(isBool);
bool checked = isBool->getValue();
QWidget* enabledContainer = createCheckBoxForTable(checked);
table->setCellWidget(newRowIndex, columnIndex, enabledContainer);
} else if (createSpinBox) {
double mini = INT_MIN,maxi = INT_MAX;
SpinBox::SPINBOX_TYPE type = SpinBox::DOUBLE_SPINBOX;
if (isInt) {
mini = isInt->getMinimums()[i];
maxi = isInt->getMaximums()[i];
type = SpinBox::INT_SPINBOX;
} else if (isDouble) {
mini = isDouble->getMinimums()[i];
maxi = isDouble->getMaximums()[i];
}
SpinBox* sb = new SpinBox(NULL,type);
sb->setMinimum(mini);
sb->setMaximum(maxi);
table->setCellWidget(newRowIndex, columnIndex, sb);
} else {
assert(isString);
std::string value = isString->getValue();
LineEdit* le = new LineEdit(NULL);
le->setText(value.c_str());
table->setCellWidget(newRowIndex, columnIndex, le);
}
++columnIndex;
}
}
}