VESPERS2DScanConfiguration::VESPERS2DScanConfiguration(QObject *parent)
: AMStepScanConfiguration(parent), VESPERSScanConfiguration()
{
setName("2D Map");
setUserScanName("2D Map");
dbObject_->setParent(this);
setIncomingChoice(VESPERS::Imini);
setFluorescenceDetector(VESPERS::SingleElement);
setMotor(VESPERS::Motors(VESPERS::H | VESPERS::V));
setCCDDetector(VESPERS::NoCCD);
setCCDFileName("");
setExportAsAscii(true);
setExportSpectraSources(true);
setExportSpectraInRows(true);
setCloseFastShutter(true);
setReturnToOriginalPosition(false);
AMScanAxisRegion *region = new AMScanAxisRegion;
AMScanAxis *axis = new AMScanAxis(AMScanAxis::StepAxis, region);
appendScanAxis(axis);
region = new AMScanAxisRegion;
axis = new AMScanAxis(AMScanAxis::StepAxis, region);
appendScanAxis(axis);
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionTimeChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(dbObject_, SIGNAL(ccdDetectorChanged(int)), this, SLOT(computeTotalTime()));
}
SXRMB2DMapScanConfiguration::SXRMB2DMapScanConfiguration(QObject *parent)
: AMStepScanConfiguration(parent), SXRMBScanConfiguration()
{
timeOffset_ = 0.8;
setName("2D Map");
setUserScanName("2D Map");
setEnergy(3000.0);
exportAsAscii_ = false;
AMScanAxisRegion *region = new AMScanAxisRegion;
AMScanAxis *axis = new AMScanAxis(AMScanAxis::StepAxis, region);
appendScanAxis(axis);
region = new AMScanAxisRegion;
axis = new AMScanAxis(AMScanAxis::StepAxis, region);
appendScanAxis(axis);
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionTimeChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
}
SXRMB2DMapScanConfiguration::SXRMB2DMapScanConfiguration(const SXRMB2DMapScanConfiguration &original)
: AMStepScanConfiguration(original), SXRMBScanConfiguration(original)
{
setName(original.name());
setUserScanName(original.userScanName());
exportAsAscii_ = original.exportAsAscii();
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionTimeChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
}
void qAnimationDlg::onTotalTimeChanged(double newTime_sec)
{
double previousTime_sec = computeTotalTime();
if (previousTime_sec != newTime_sec)
{
assert(previousTime_sec != 0);
double scale = newTime_sec / previousTime_sec;
size_t vp1 = 0, vp2 = 0;
while (getNextSegment(vp1, vp2))
{
assert(vp1 < stepSelectionList->count());
m_videoSteps[vp1].duration_sec *= scale;
if (vp2 == 0)
{
//loop case
break;
}
vp1 = vp2;
}
//update current step
updateCurrentStepDuration();
}
}
VESPERSEXAFSScanConfiguration::VESPERSEXAFSScanConfiguration(QObject *parent)
: AMEXAFSScanConfiguration(parent), VESPERSScanConfiguration()
{
regions_->setSensibleRange(-30, 40);
exafsRegions()->setDefaultEdgeEnergy(0); // Everything for XAS related scans on VESPERS is done using relative energy to the edge on a PV level.
exafsRegions()->setEnergyControl(VESPERSBeamline::vespers()->energyRelative());
exafsRegions()->setTimeControl(VESPERSBeamline::vespers()->masterDwellTime());
exafsRegions()->setKControl(VESPERSBeamline::vespers()->kControl());
exafsRegions()->setDefaultIsRelative(true);
regions_->setDefaultUnits(" eV");
regions_->setDefaultTimeUnits(" s");
setName("XAS Scan");
setUserScanName("XAS Scan");
dbObject_->setParent(this);
setFluorescenceDetector(VESPERS::NoXRF);
setTransmissionChoice(VESPERS::Ipost);
setIncomingChoice(VESPERS::Imini);
edge_ = "";
energy_ = 0.0;
useFixedTime_ = false;
numberOfScans_ = 1;
goToPosition_ = false;
position_ = qMakePair(0.0, 0.0);
setExportSpectraSources(true);
connect(regions_, SIGNAL(regionsChanged()), this, SLOT(computeTotalTime()));
connect(regions_, SIGNAL(regionsChanged()), this, SLOT(onEXAFSRegionsChanged()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a0Changed(double)), this, SLOT(computeTotalTime()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a1Changed(double)), this, SLOT(computeTotalTime()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a2Changed(double)), this, SLOT(computeTotalTime()));
}
void qAnimationDlg::updateTotalDuration()
{
double totalDuration_sec = computeTotalTime();
totalTimeDoubleSpinBox->blockSignals(true);
totalTimeDoubleSpinBox->setValue(totalDuration_sec);
totalTimeDoubleSpinBox->blockSignals(false);
}
void VESPERSEXAFSScanConfiguration::setUseFixedTime(bool fixed)
{
if (useFixedTime_ != fixed){
useFixedTime_ = fixed;
emit useFixedTimeChanged(useFixedTime_);
computeTotalTime();
setModified(true);
}
}
VESPERSEXAFSScanConfiguration::VESPERSEXAFSScanConfiguration(const VESPERSEXAFSScanConfiguration &original)
: AMEXAFSScanConfiguration(original), VESPERSScanConfiguration(original)
{
regions_->setSensibleStart(original.regions()->sensibleStart());
regions_->setSensibleEnd(original.regions()->sensibleEnd());
exafsRegions()->setDefaultEdgeEnergy(original.exafsRegions()->defaultEdgeEnergy());
exafsRegions()->setEnergyControl(VESPERSBeamline::vespers()->energyRelative());
exafsRegions()->setTimeControl(VESPERSBeamline::vespers()->masterDwellTime());
exafsRegions()->setKControl(VESPERSBeamline::vespers()->kControl());
regions_->setDefaultUnits(original.regions()->defaultUnits());
regions_->setDefaultTimeUnits(original.regions()->defaultTimeUnits());
exafsRegions()->setDefaultIsRelative(original.exafsRegions()->defaultIsRelative());
for (int i = 0; i < original.regionCount(); i++){
// Because I store the values in energy space, I need to ask for them explicitly with no converstion. Otherwise, the k-space values will be converted twice.
regions_->addRegion(i, original.regionStartByType(i, AMEXAFSRegion::Energy), original.regionDelta(i), original.regionEndByType(i, AMEXAFSRegion::Energy), original.regionTime(i));
exafsRegions()->setType(i, original.regionType(i));
exafsRegions()->setEdgeEnergy(i, original.regionEdgeEnergy(i));
}
setName(original.name());
setUserScanName(original.userScanName());
dbObject_->setParent(this);
edge_ = original.edge();
energy_ = original.energy();
useFixedTime_ = original.useFixedTime();
numberOfScans_ = original.numberOfScans();
goToPosition_ = original.goToPosition();
position_ = original.position();
setExportSpectraSources(original.exportSpectraSources());
computeTotalTime();
connect(regions_, SIGNAL(regionsChanged()), this, SLOT(computeTotalTime()));
connect(regions_, SIGNAL(regionsChanged()), this, SLOT(onEXAFSRegionsChanged()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a0Changed(double)), this, SLOT(computeTotalTime()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a1Changed(double)), this, SLOT(computeTotalTime()));
connect(VESPERSBeamline::vespers()->variableIntegrationTime(), SIGNAL(a2Changed(double)), this, SLOT(computeTotalTime()));
}
VESPERSTimeScanConfiguration::VESPERSTimeScanConfiguration(const VESPERSTimeScanConfiguration &original)
: AMTimedRegionScanConfiguration(original), VESPERSScanConfiguration(original)
{
setName(original.name());
setUserScanName(original.name());
dbObject_->setParent(this);
setExportSpectraSources(original.exportSpectraSources());
computeTotalTime();
connect(this, SIGNAL(timeChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(timePerAcquisitionChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(iterationsChanged(int)), this, SLOT(computeTotalTime()));
connect(dbObject_, SIGNAL(ccdDetectorChanged(int)), this, SLOT(computeTotalTime()));
}
void qAnimationDlg::onTotalTimeChanged(double newTime_sec)
{
double previousTime_sec = computeTotalTime();
if (previousTime_sec != newTime_sec)
{
assert(previousTime_sec != 0);
double scale = newTime_sec / previousTime_sec;
//scale all the steps
for ( size_t i=0; i<m_videoSteps.size(); ++i )
{
m_videoSteps[i].duration_sec *= scale;
}
//update current step
updateCurrentStepDuration();
}
}
VESPERSSpatialLineScanConfiguration::VESPERSSpatialLineScanConfiguration(const VESPERSSpatialLineScanConfiguration &original)
: AMStepScanConfiguration(original), VESPERSScanConfiguration(original)
{
setName(original.name());
setUserScanName(original.name());
dbObject_->setParent(this);
setOtherPosition(original.otherPosition());
setExportSpectraSources(original.exportSpectraSources());
setCloseFastShutter(original.closeFastShutter());
setReturnToOriginalPosition(original.returnToOriginalPosition());
computeTotalTime();
connect(this, SIGNAL(startChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(stepChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(endChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(timeChanged(double)), this, SLOT(computeTotalTime()));
connect(dbObject_, SIGNAL(ccdDetectorChanged(int)), this, SLOT(computeTotalTime()));
}
VESPERSTimeScanConfiguration::VESPERSTimeScanConfiguration(QObject *parent)
: AMTimedRegionScanConfiguration(parent), VESPERSScanConfiguration()
{
setName("Timed Scan");
setUserScanName("Timed Scan");
dbObject_->setParent(this);
setIncomingChoice(VESPERS::Imini);
setFluorescenceDetector(VESPERS::SingleElement);
setCCDDetector(VESPERS::NoCCD);
setCCDFileName("");
setExportSpectraSources(true);
setExportSpectraInRows(true);
setTime(1);
setTimePerAcquisition(10);
setIterations(1);
computeTotalTime();
connect(this, SIGNAL(timeChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(timePerAcquisitionChanged(double)), this, SLOT(computeTotalTime()));
connect(this, SIGNAL(iterationsChanged(int)), this, SLOT(computeTotalTime()));
connect(dbObject_, SIGNAL(ccdDetectorChanged(int)), this, SLOT(computeTotalTime()));
}
VESPERS2DScanConfiguration::VESPERS2DScanConfiguration(const VESPERS2DScanConfiguration &original)
: AMStepScanConfiguration(original), VESPERSScanConfiguration(original)
{
setName(original.name());
setUserScanName(original.name());
dbObject_->setParent(this);
setExportAsAscii(original.exportAsAscii());
setExportSpectraSources(original.exportSpectraSources());
setExportSpectraInRows(original.exportSpectraInRows());
setCloseFastShutter(original.closeFastShutter());
setReturnToOriginalPosition(original.returnToOriginalPosition());
computeTotalTime();
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(0)->regionAt(0), SIGNAL(regionTimeChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStartChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionStepChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(scanAxisAt(1)->regionAt(0), SIGNAL(regionEndChanged(AMNumber)), this, SLOT(computeTotalTime()));
connect(dbObject_, SIGNAL(ccdDetectorChanged(int)), this, SLOT(computeTotalTime()));
}
