void VESPERSBeamline::setupExposedControls()
{
addExposedControl(pseudoSampleStage()->horiz());
addExposedControl(pseudoSampleStage()->vert());
addExposedControl(pseudoSampleStage()->norm());
addExposedControl(realSampleStage()->horiz());
addExposedControl(realSampleStage()->vert());
addExposedControl(realSampleStage()->norm());
}
void SXRMBBeamline::setupExposedControls()
{
addExposedControl(energy_);
}
void REIXSBeamline::setupExposedControls(){
addExposedControl(photonSource()->energy());
addExposedControl(photonSource()->userEnergyOffset());
addExposedControl(photonSource()->monoSlit());
addExposedControl(sampleChamber()->beamNormalTranslation());
addExposedControl(sampleChamber()->beamHorizontalTranslation());
addExposedControl(sampleChamber()->beamVerticalTranslation());
addExposedControl(sampleChamber()->beamVerticalRotation());
addExposedControl(sampleChamber()->horizontal());
addExposedControl(sampleChamber()->normal());
addExposedControl(spectrometer()->gratingMask());
addExposedControl(spectrometer());
if(QApplication::instance()->arguments().contains("--admin"))
{
addExposedControl(photonSource()->monoGratingSelector());
addExposedControl(photonSource()->monoMirrorSelector());
addExposedControl(spectrometer()->spectrometerRotationDrive());
addExposedControl(spectrometer()->detectorTranslation());
addExposedControl(spectrometer()->detectorTiltDrive());
addExposedControl(spectrometer()->hexapod()->x());
addExposedControl(spectrometer()->hexapod()->y());
addExposedControl(spectrometer()->hexapod()->z());
addExposedControl(spectrometer()->hexapod()->u());
addExposedControl(spectrometer()->hexapod()->v());
addExposedControl(spectrometer()->hexapod()->w());
addExposedControl(spectrometer()->hexapod()->r());
addExposedControl(spectrometer()->hexapod()->s());
addExposedControl(spectrometer()->hexapod()->t());
addExposedControl(spectrometer()->endstationTranslation());
addExposedControl(photonSource()->M5Pitch());
addExposedControl(photonSource()->M5Yaw());
}
}
void SXRMBBeamline::switchEndstation(SXRMB::Endstation endstation)
{
if (currentEndstation_ != endstation) {
switch (currentEndstation_){
case SXRMB::SolidState:
removeExposedControl(solidStateSampleStageX_);
removeExposedControl(solidStateSampleStageY_);
removeExposedControl(solidStateSampleStageZ_);
removeExposedControl(solidStateSampleStageR_);
removeExposedControl(jjSlits_->horizontalGapControl());
removeExposedDetector(beamlineI0Detector_);
removeExposedDetector(teyDetector_);
break;
case SXRMB::AmbiantWithGasChamber:
removeExposedControl(ambiantSampleHolderZ_);
removeExposedControl(ambiantSampleHolderR_);
removeExposedControl(jjSlits_->horizontalGapControl());
removeExposedDetector(beamlineI0Detector_);
removeExposedDetector(i0Detector_);
removeExposedDetector(transmissionDetector_);
break;
case SXRMB::AmbiantWithoutGasChamber:
removeExposedControl(ambiantSampleStageX_);
removeExposedControl(ambiantSampleStageZ_);
removeExposedControl(jjSlits_->horizontalGapControl());
removeExposedDetector(beamlineI0Detector_);
removeExposedDetector(i0Detector_);
removeExposedDetector(transmissionDetector_);
break;
case SXRMB::Microprobe:
removeExposedControl(microprobeSampleStageX_);
removeExposedControl(microprobeSampleStageY_);
removeExposedControl(microprobeSampleStageZ_);
removeExposedDetector(i0Detector_);
removeExposedDetector(teyDetector_);
break;
default:
break;
}
switch (endstation){
case SXRMB::SolidState:
addExposedControl(solidStateSampleStageX_);
addExposedControl(solidStateSampleStageY_);
addExposedControl(solidStateSampleStageZ_);
addExposedControl(solidStateSampleStageR_);
addExposedControl(jjSlits_->horizontalGapControl());
addExposedDetector(beamlineI0Detector_);
addExposedDetector(teyDetector_);
break;
case SXRMB::AmbiantWithGasChamber:
addExposedControl(ambiantSampleStageX_);
addExposedControl(ambiantSampleHolderZ_);
addExposedControl(ambiantSampleHolderR_);
addExposedControl(jjSlits_->horizontalGapControl());
addExposedDetector(beamlineI0Detector_);
addExposedDetector(i0Detector_);
addExposedDetector(transmissionDetector_);
break;
case SXRMB::AmbiantWithoutGasChamber:
addExposedControl(ambiantSampleStageX_);
addExposedControl(ambiantSampleStageZ_);
addExposedControl(jjSlits_->horizontalGapControl());
addExposedDetector(beamlineI0Detector_);
addExposedDetector(i0Detector_);
addExposedDetector(transmissionDetector_);
break;
case SXRMB::Microprobe:
addExposedControl(microprobeSampleStageX_);
addExposedControl(microprobeSampleStageY_);
addExposedControl(microprobeSampleStageZ_);
addExposedDetector(i0Detector_);
addExposedDetector(teyDetector_);
break;
default:
break;
}
SXRMB::Endstation fromEndstation = currentEndstation_;
currentEndstation_ = endstation;
emit endstationChanged(fromEndstation, currentEndstation_);
endstationControl_->move(currentEndstation_);
}
}
void IDEASBeamline::setupExposedControls()
{
addExposedControl(ringCurrent_);
addExposedControl(i0Current_);
addExposedControl(sampleTemp_);
addExposedControl(monoEnergy_);
addExposedControl(monoDirectEnergy_);
addExposedControl(monoCrystal_);
addExposedControl(monoAngleOffset_);
if (ge13Element_)
addExposedControl(ge13ElementRealTimeControl_);
addExposedControl(ketekRealTimeControl_);
addExposedControl(ketekPeakingTime_);
addExposedControl(ketekTriggerLevel_);
addExposedControl(ketekBaselineThreshold_);
addExposedControl(ketekPreampGain_);
addExposedControl(samplePlatformHorizontal_);
addExposedControl(samplePlatformVertical_);
addExposedControl(vacuumSampleStage_);
addExposedControl(jjSlitHGap_);
addExposedControl(jjSlitHCenter_);
addExposedControl(jjSlitVGap_);
addExposedControl(jjSlitVCenter_);
}
