void SGMFastScanConfigurationView::onParametersEndPositionChanged(){
disconnect(&endPositionCopy_, 0);
endPositionCopy_ = cfg_->currentParameters()->scanInfo().end();
if(endPositionView_)
endPositionView_->setEnergyPosition(&endPositionCopy_);
connect(&endPositionCopy_, SIGNAL(energyPositionChanged()), this, SLOT(onEndPositionCopyChanged()));
}
void SGMFastScanConfigurationView::onParametersStartPositionChanged(){
disconnect(&startPositionCopy_, 0);
startPositionCopy_ = cfg_->currentParameters()->scanInfo().start();
if(startPositionView_)
startPositionView_->setEnergyPosition(&startPositionCopy_);
connect(&startPositionCopy_, SIGNAL(energyPositionChanged()), this, SLOT(onStartPositionCopyChanged()));
}
void SGMFastScanConfigurationView::onParametersMiddlePositionChanged(){
disconnect(&middlePositionCopy_, 0);
middlePositionCopy_ = cfg_->currentParameters()->scanInfo().middle();
if(middlePositionView_)
middlePositionView_->setEnergyPosition(&middlePositionCopy_);
connect(&middlePositionCopy_, SIGNAL(energyPositionChanged()), this, SLOT(onMiddlePositionCopyChanged()));
}
void SGMEnergyPosition::setEnergy(double energy) {
if(energy_ != energy){
energy_ = energy;
setModified(true);
emit energyChanged(energy_);
emit energyPositionChanged();
}
}
void SGMEnergyPosition::setSGMGrating(int sgmGrating) {
if(sgmGrating_ != sgmGrating){
sgmGrating_ = sgmGrating;
setModified(true);
emit sgmGratingChanged(sgmGrating_);
emit energyPositionChanged();
}
}
void SGMEnergyPosition::setExitSlitDistance(double exitSlitDistance) {
if(exitSlitDistance_ != exitSlitDistance){
exitSlitDistance_ = exitSlitDistance;
setModified(true);
emit exitSlitDistanceChanged(exitSlitDistance_);
emit energyPositionChanged();
}
}
void SGMEnergyPosition::setUndulatorStepSetpoint(int undulatorStepSetpoint) {
if(undulatorStepSetpoint_ != undulatorStepSetpoint){
undulatorStepSetpoint_ = undulatorStepSetpoint;
setModified(true);
emit undulatorStepSetpointChanged(undulatorStepSetpoint_);
emit energyPositionChanged();
}
}
void SGMEnergyPosition::setMonoEncoderTarget(int monoEncoderTarget) {
if(monoEncoderTarget_ != monoEncoderTarget){
monoEncoderTarget_ = monoEncoderTarget;
setModified(true);
emit monoEncoderTargetChanged(monoEncoderTarget_);
emit energyPositionChanged();
}
}
