REIXSPhotonSource::REIXSPhotonSource(QObject *parent) :
AMCompositeControl("photonSource", "", parent, "EPU and Monochromator")
{
AMPVwStatusControl* directEnergy = new AMPVwStatusControl("beamlineEV", "REIXS:MONO1610-I20-01:user:energy:fbk", "REIXS:user:energy", "REIXS:status", "REIXS:energy:stop", 0, 1000);//, 2.0,new AMControlStatusCheckerDefault(1),-1)
directEnergy->setSettlingTime(0);
directEnergy_ = directEnergy;
directEnergy_->setDescription("Beamline Energy");
bypassEnergy_ = new AMPVControl("bypassBeamlineEV", "REIXS:user:energy", "REIXS:user:energy", "REIXS:energy:stop");
userEnergyOffset_ = new AMPVControl("userEnergyOffset", "REIXS:user:energy:offset", "REIXS:user:energy:offset", QString(), this);
userEnergyOffset_->setDescription("User Energy Offest");
energy_ = new REIXSBrokenMonoControl(directEnergy, 1.05, 3, 0.5, 0.5, 150, 1, 0.25, this);
energy_->setDescription("Beamline Energy");
monoSlit_ = new AMPVwStatusAndUnitConversionControl("monoSlit", "SMTR1610-I20-10:mm:fbk", "SMTR1610-I20-10:mm", "SMTR1610-I20-10:status", "SMTR1610-I20-10:stop", new AMScaleAndOffsetUnitConverter("um", 1000), 0, this); //DAVID changed tolerance from 0.1->0.5
monoSlit_->setDescription("Mono Slit Width");
M5Pitch_ = new AMPVwStatusControl("M5Pitch", "SMTR1610-4-I20-02:mm:fbk", "SMTR1610-4-I20-02:mm","SMTR1610-4-I20-02:status","SMTR1610-4-I20-02:stop",this,0.5); //DAVID ADDED
M5Pitch_->setDescription("M5 Mirror Pitch"); //DAVID ADDED
M5Yaw_ = new AMPVwStatusControl("M5Yaw", "SMTR1610-4-I20-04:mm:fbk", "SMTR1610-4-I20-04:mm","SMTR1610-4-I20-04:status","SMTR1610-4-I20-04:stop",this,0.5); //DAVID ADDED
M5Yaw_->setDescription("M5 Mirror Yaw"); //DAVID ADDED
monoGratingTranslation_ = new AMPVwStatusControl("monoGratingTranslation", "MONO1610-I20-01:grating:trans:mm:fbk", "MONO1610-I20-01:grating:trans:mm", "MONO1610-I20-01:grating:trans:status", "SMTR1610-I20-04:stop", this, 0.05);
monoGratingTranslation_->setDescription("Mono Grating Translation");
monoGratingSelector_ = new AMPVwStatusControl("monoGratingSelector", "MONO1610-I20-01:grating:select:fbk", "MONO1610-I20-01:grating:select", "MONO1610-I20-01:grating:trans:status", "SMTR1610-I20-04:stop", this, 1);
monoGratingSelector_->setDescription("Mono Grating");
monoMirrorTranslation_ = new AMPVwStatusControl("monoMirrorTranslation", "MONO1610-I20-01:mirror:trans:mm:fbk", "MONO1610-I20-01:mirror:trans:mm", "MONO1610-I20-01:mirror:trans:status", "SMTR1610-I20-02:stop", this, 0.05);
monoMirrorTranslation_->setDescription("Mono Mirror Translation");
monoMirrorSelector_ = new AMPVwStatusControl("monoMirrorSelector", "MONO1610-I20-01:mirror:select:fbk", "MONO1610-I20-01:mirror:select", "MONO1610-I20-01:mirror:trans:status", "SMTR1610-I20-02:stop", this, 1);
monoMirrorSelector_->setDescription("Mono Mirror");
monoMirrorAngleStatus_ = new AMReadOnlyPVControl("monoMirrorAngleStatus","MONO1610-I20-01:mirror:status",this,"Mono Mirror Angle Status");
monoGratingAngleStatus_ = new AMReadOnlyPVControl("monoGratingAngleStatus","MONO1610-I20-01:grating:status",this,"Mono Grating Angle Status");
epuPolarization_ = new AMPVwStatusControl("epuPolarization", "REIXS:UND1410-02:polarization", "REIXS:UND1410-02:polarization", "REIXS:UND1410-02:energy:status", QString(), this, 0.1);
epuPolarization_->setDescription("EPU Polarization");
epuPolarization_->enumNames() << "Circular Left";
epuPolarization_->enumNames() << "Circular Right";
epuPolarization_->enumNames() << "Linear Horizontal";
epuPolarization_->enumNames() << "Linear Vertical -";
epuPolarization_->enumNames() << "Linear Vertical +";
epuPolarization_->enumNames() << "Linear Inclined";
epuPolarizationAngle_ = new AMPVwStatusControl("epuPolarizationAngle", "REIXS:UND1410-02:polarAngle", "REIXS:UND1410-02:polarAngle", "REIXS:UND1410-02:energy:status", QString(), this, 0.5);
epuPolarizationAngle_->setDescription("EPU Polarization Angle");
ringCurrent_ = new AMReadOnlyPVControl("ringCurrent","PCT1402-01:mA:fbk", this, "Storage Ring Current");
}
void SXRMBEXAFSScanConfigurationView::updateBeamlineSettingWarning()
{
SXRMBBeamline *sxrmbBL = SXRMBBeamline::sxrmb();
AMPVwStatusControl* sampleStageXControl = sxrmbBL->endstationSampleStageX(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageYControl = sxrmbBL->endstationSampleStageY(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageZControl = sxrmbBL->endstationSampleStageZ(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageRControl = sxrmbBL->endstationSampleStageR(sxrmbBL->currentEndstation());
bool showWarningLabel = false;
if (sampleStageXControl) {
showWarningLabel = showWarningLabel || !sampleStageXControl->withinTolerance(sampleStageXSpinBox_->value());
}
if (sampleStageYControl) {
showWarningLabel = showWarningLabel || !sampleStageYControl->withinTolerance(sampleStageNormalSpinBox_->value());
}
if (sampleStageZControl) {
showWarningLabel = showWarningLabel || !sampleStageZControl->withinTolerance(sampleStageZSpinBox_->value());
}
if (sampleStageRControl) {
showWarningLabel = showWarningLabel || !sampleStageRControl->withinTolerance(sampleStageRotationSpinBox_->value());
}
sampleStageWarningLabel_->setVisible(showWarningLabel);
}
void SXRMBEXAFSScanConfigurationView::onSetSampleStageFromBeamlineButtonClicked(){
SXRMBBeamline *sxrmbBL = SXRMBBeamline::sxrmb();
AMPVwStatusControl* sampleStageXControl = sxrmbBL->endstationSampleStageX(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageYControl = sxrmbBL->endstationSampleStageY(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageZControl = sxrmbBL->endstationSampleStageZ(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageRControl = sxrmbBL->endstationSampleStageR(sxrmbBL->currentEndstation());
if (sampleStageXControl) {
sampleStageXSpinBox_->setValue(sampleStageXControl->value());
onSampleStageXSpinBoxEditingFinished();
}
if (sampleStageZControl) {
sampleStageZSpinBox_->setValue(sampleStageZControl->value());
onSampleStageZSpinBoxEditingFinished();
}
if (sampleStageYControl) {
sampleStageNormalSpinBox_->setValue(sampleStageYControl->value());
onSampleStageNormalSpinBoxEditingFinished();
}
if (sampleStageRControl) {
sampleStageRotationSpinBox_->setValue(sampleStageRControl->value());
onSampleStageRotationSpinBoxEditingFinished();
}
}
void SXRMBEXAFSScanConfigurationView::createAndLayoutSampleStageSpinBox(QFormLayout *formLayout)
{
// reinitialize the variables and clear the layout
clearLayout(formLayout);
sampleStageXSpinBox_ = 0;
sampleStageZSpinBox_ = 0;
sampleStageNormalSpinBox_ = 0;
sampleStageRotationSpinBox_ = 0;
// recreate the spinboxes and signal/slot connections
SXRMBBeamline *sxrmbBL = SXRMBBeamline::sxrmb();
AMPVwStatusControl* sampleStageXControl = sxrmbBL->endstationSampleStageX(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageYControl = sxrmbBL->endstationSampleStageY(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageZControl = sxrmbBL->endstationSampleStageZ(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageRControl = sxrmbBL->endstationSampleStageR(sxrmbBL->currentEndstation());
if (sampleStageXControl) {
sampleStageXSpinBox_ = createSampleStageSpinBox("mm", sampleStageXControl->minimumValue(), sampleStageXControl->maximumValue(), configuration_->x());
formLayout->addRow("X Position", sampleStageXSpinBox_);
connect(sampleStageXSpinBox_, SIGNAL(editingFinished()), this, SLOT(onSampleStageXSpinBoxEditingFinished()));
connect(sampleStageXControl, SIGNAL(valueChanged(double)), this, SLOT(onEndstationSampleStagePositionChanged(double)));
}
if (sampleStageZControl) {
sampleStageZSpinBox_ = createSampleStageSpinBox("mm", sampleStageZControl->minimumValue(), sampleStageZControl->maximumValue(), configuration_->z());
formLayout->addRow("Z Position", sampleStageZSpinBox_);
connect(sampleStageZSpinBox_, SIGNAL(editingFinished()), this, SLOT(onSampleStageZSpinBoxEditingFinished()));
connect(sampleStageZControl, SIGNAL(valueChanged(double)), this, SLOT(onEndstationSampleStagePositionChanged(double)));
}
if (sampleStageYControl) {
sampleStageNormalSpinBox_ = createSampleStageSpinBox("mm", sampleStageYControl->minimumValue(), sampleStageYControl->maximumValue(), configuration_->y());
formLayout->addRow("Normal Position", sampleStageNormalSpinBox_);
connect(sampleStageNormalSpinBox_, SIGNAL(editingFinished()), this, SLOT(onSampleStageNormalSpinBoxEditingFinished()));
connect(sampleStageYControl, SIGNAL(valueChanged(double)), this, SLOT(onEndstationSampleStagePositionChanged(double)));
}
if (sampleStageRControl) {
sampleStageRotationSpinBox_ = createSampleStageSpinBox("deg", sampleStageRControl->minimumValue(), sampleStageRControl->maximumValue(), configuration_->rotation());
formLayout->addRow("Rotation Position", sampleStageRotationSpinBox_);
connect(sampleStageRotationSpinBox_, SIGNAL(editingFinished()), this, SLOT(onSampleStageRotationSpinBoxEditingFinished()));
connect(sampleStageRControl, SIGNAL(valueChanged(double)), this, SLOT(onEndstationSampleStagePositionChanged(double)));
}
}
void SXRMBEXAFSScanConfigurationView::updateSampleStageControlRange()
{
SXRMBBeamline *sxrmbBL = SXRMBBeamline::sxrmb();
AMPVwStatusControl* sampleStageXControl = sxrmbBL->endstationSampleStageX(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageYControl = sxrmbBL->endstationSampleStageY(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageZControl = sxrmbBL->endstationSampleStageZ(sxrmbBL->currentEndstation());
AMPVwStatusControl* sampleStageRControl = sxrmbBL->endstationSampleStageR(sxrmbBL->currentEndstation());
if (sampleStageXControl && sampleStageXControl->isConnected()) {
sampleStageXSpinBox_->setRange(sampleStageXControl->minimumValue(), sampleStageXControl->maximumValue());
}
if (sampleStageYControl && sampleStageYControl->isConnected()) {
sampleStageNormalSpinBox_->setRange(sampleStageYControl->minimumValue(), sampleStageYControl->maximumValue());
}
if (sampleStageZControl && sampleStageZControl->isConnected()) {
sampleStageZSpinBox_->setRange(sampleStageZControl->minimumValue(), sampleStageZControl->maximumValue());
}
if (sampleStageRControl && sampleStageRControl->isConnected()) {
sampleStageRotationSpinBox_->setRange(sampleStageRControl->minimumValue(), sampleStageRControl->maximumValue());
}
}
bool VESPERSEnergyDacqScanController::startImplementation()
{
currentRegionIndex_ = 0;
if (VESPERSBeamline::vespers()->experimentConfiguration()->sampleStageChoice()) {
scan_->scanInitialConditions()->append(VESPERSBeamline::vespers()->sampleStageHorizontal()->toInfo());
scan_->scanInitialConditions()->append(VESPERSBeamline::vespers()->sampleStageVertical()->toInfo());
}
else {
scan_->scanInitialConditions()->append(VESPERSBeamline::vespers()->sampleStageX()->toInfo());
scan_->scanInitialConditions()->append(VESPERSBeamline::vespers()->sampleStageZ()->toInfo());
}
// Setup the real config.
switch(config_->ccdDetector()) {
case VESPERS::Roper:
if (!setupRoperScan()) {
AMErrorMon::alert(this,
VESPERSENERGYDACQSCANCONTROLLER_CANT_START_NO_CFG_FILE,
"Error, VESPERS Energy DACQ Scan Controller failed to start (the config file failed to load). Please report this bug to the Acquaman developers.");
return false;
}
break;
case VESPERS::Mar:
if (!setupMarScan()) {
AMErrorMon::alert(this,
VESPERSENERGYDACQSCANCONTROLLER_CANT_START_NO_CFG_FILE,
"Error, VESPERS Energy DACQ Scan Controller failed to start (the config file failed to load). Please report this bug to the Acquaman developers.");
return false;
}
break;
case VESPERS::Pilatus:
if (!setupPilatusScan()) {
AMErrorMon::alert(this,
VESPERSENERGYDACQSCANCONTROLLER_CANT_START_NO_CFG_FILE,
"Error, VESPERS Energy DACQ Scan Controller failed to start (the config file failed to load). Please report this bug to the Acquaman developers.");
return false;
}
break;
default:
AMErrorMon::alert(this,
VESPERSENERGYDACQSCANCONTROLLER_CANT_START_NO_CFG_FILE,
"Error, VESPERS EXAFS DACQ Scan Controller failed to start (Invalid Fluorescence Detector chosen). Please report this bug to the Acquaman developers.");
return false;
}
for (int i = 0; i < config_->regionCount(); i++) {
if (advAcq_->getNumRegions() == i) {
AMPVwStatusControl *control = 0;
control = qobject_cast<AMPVwStatusControl *>(config_->regions()->defaultControl());
if (i == 0)
advAcq_->addRegion(i, control->writePVName(), config_->regionStart(i), config_->regionDelta(i), config_->regionEnd(i), 1);
else
advAcq_->addRegion(i, control->writePVName(), config_->regionStart(i)+config_->regionDelta(i), config_->regionDelta(i), config_->regionEnd(i), 1);
}
else {
if (i == 0)
advAcq_->setStart(i, config_->regionStart(i));
else
advAcq_->setStart(i, config_->regionStart(i)+config_->regionDelta(i));
advAcq_->setDelta(i, config_->regionDelta(i));
advAcq_->setEnd(i, config_->regionEnd(i));
}
}
advAcq_->saveConfigFile("/home/hunterd/Desktop/writeTest.cfg");
return AMDacqScanController::startImplementation();
}
