void Tuning::updateParameters()
{
if (!tuning() || signalsBlocked()) return;
auto& _p = tuning()->projector();
_p.setYaw(getParamAsFloat("Yaw"));
_p.setPitch(getParamAsFloat("Pitch"));
_p.setRoll(getParamAsFloat("Roll"));
switch(_p.setup()) {
/// Handle free projector setup
case Projector::FREE:
_p.setPos(
getParamAsFloat("X"),
getParamAsFloat("Y"),
getParamAsFloat("Z"));
break;
/// Handle Peripheral projector setup
case Projector::PERIPHERAL:
_p.setDeltaYaw(getParamAsFloat("Delta Yaw"));
_p.setDistanceCenter(getParamAsFloat("Distance"));
_p.setTowerHeight(getParamAsFloat("Tower Height"));
_p.setShift(getParamAsFloat("Shift"));
break;
}
tuning()->setColor(titleBar_->color());
glView_->update();
updateViews();
emit projectorSetupChanged();
}
/// Reset to peripheral projector setup (discards previous projectorsetup)
void Tuning::resetToPeripheralSetup() {
if (!tuning()) return;
tuning()->projector().setSetup(Projector::PERIPHERAL);
sessionModeChange();
emit projectorSetupChanged();
}
/// Reset to free projector setup (discards previous projector setup)
void Tuning::resetToFreeSetup() {
if (!tuning()) return;
tuning()->projector().setSetup(Projector::FREE);
sessionModeChange();
emit projectorSetupChanged();
}
void Tuning::setKeyStone() {
if (!tuning() || signalsBlocked()) return;
tuning()->projector().setKeystone(getParamAsFloat("Keystone"));
updateViews();
emit projectorSetupChanged();
}
/// Set Throw Ratio to projector from slider
void Tuning::setThrowRatio()
{
if (!tuning() || signalsBlocked()) return;
tuning()->projector().setThrowRatio(getParamAsFloat("Throw Ratio"));
setParamAsFloat("FOV", tuning()->projector().fov().degrees());
updateViews();
emit projectorSetupChanged();
}
void Tuning::setFov()
{
if (!tuning() || isLocked()) return;
tuning()->projector().setFov(getParamAsFloat("FOV"));
setParamAsFloat("Throw Ratio",tuning()->projector().throwRatio());
updateViews();
emit projectorSetupChanged();
}
void Tuning::updateParameters()
{
if (!tuning() || isLocked()) return;
auto* _projSetup = tuning()->projector().setup();
if (!_projSetup) return;
/// Handle free projector setup
if (_projSetup->getTypeId() == "FreeSetup")
{
auto* _p = static_cast<omni::proj::FreeSetup*>(_projSetup);
_p->setYaw(getParamAsFloat("Yaw"));
_p->setPitch(getParamAsFloat("Pitch"));
_p->setRoll(getParamAsFloat("Roll"));
_p->setPos(
getParamAsFloat("X"),
getParamAsFloat("Y"),
getParamAsFloat("Z"));
}
/// Handle Peripheral projector setup
if (_projSetup->getTypeId() == "PeripheralSetup")
{
auto* _p = static_cast<omni::proj::PeripheralSetup*>(_projSetup);
_p->setYaw(getParamAsFloat("Yaw"));
_p->setPitch(getParamAsFloat("Pitch"));
_p->setRoll(getParamAsFloat("Roll"));
_p->setDeltaYaw(getParamAsFloat("Delta Yaw"));
_p->setDistanceCenter(getParamAsFloat("Distance"));
_p->setTowerHeight(getParamAsFloat("Tower Height"));
_p->setShift(getParamAsFloat("Shift"));
}
tuning()->projector().setup();
updateViews();
emit projectorSetupChanged();
}
void Tuning::detachScreen()
{
tuning()->setScreen(nullptr, 0);
emit projectorSetupChanged();
layout()->update();
}
void Tuning::attachScreen(QScreen const *_screen, int _subScreenIndex)
{
tuning()->setScreen(_screen, _subScreenIndex);
emit projectorSetupChanged();
layout()->update();
}
