QString VESPERS2DScanConfiguration::detailedDescription() const
{
if (ccdDetector() != VESPERS::NoCCD)
return "Spatial x-ray fluorescence 2D map using a CCD for x-ray diffraction.";
return "Spatial x-ray fluorescence 2D map";
}
QString VESPERS2DScanConfiguration::headerText() const
{
QString header("Configuration of the Scan\n\n");
header.append(fluorescenceHeaderString(fluorescenceDetector()));
header.append(incomingChoiceHeaderString(incomingChoice()));
header.append(regionsOfInterestHeaderString(regionsOfInterest()) % "\n");
header.append(motorHeaderString(motor()));
header.append(ccdDetectorHeaderString(ccdDetector()));
header.append("\n");
header.append("Map Dimensions\n");
header.append("X Axis\n");
header.append(QString("Start:\t%1 mm\tEnd:\t%2 mm\n").arg(double(scanAxisAt(0)->regionAt(0)->regionStart())).arg(double(scanAxisAt(0)->regionAt(0)->regionEnd())));
header.append(QString("Step Size:\t%1 mm\n").arg(double(scanAxisAt(0)->regionAt(0)->regionStep())));
header.append("Y Axis\n");
header.append(QString("Start:\t%1 mm\tEnd:\t%2 mm\n").arg(double(scanAxisAt(1)->regionAt(0)->regionStart())).arg(double(scanAxisAt(1)->regionAt(0)->regionEnd())));
header.append(QString("Step Size:\t%1 mm\n").arg(double(scanAxisAt(1)->regionAt(0)->regionStep())));
if (normalPosition() != 888888.88){
header.append("\n");
header.append(QString("Focus position:\t%1 mm\n").arg(normalPosition()));
}
return header;
}
QString VESPERSSpatialLineScanConfiguration::headerText() const
{
QString header("Configuration of the Scan\n\n");
header.append(fluorescenceHeaderString(fluorescenceDetector()));
header.append(incomingChoiceHeaderString(incomingChoice()));
header.append(regionsOfInterestHeaderString(regionsOfInterest()) % "\n");
header.append(motorHeaderString(motor()));
header.append(ccdDetectorHeaderString(ccdDetector()));
header.append("\n");
header.append("Line Dimensions\n");
header.append(QString("Start:\t%1 mm\tEnd:\t%2 mm\n").arg(start()).arg(end()));
header.append(QString("Step Size:\t%1 mm\n").arg(step()));
if (normalPosition() != 888888.88){
header.append("\n");
header.append(QString("Focus position:\t%1 mm\n").arg(normalPosition()));
}
if (hasOtherPosition())
header.append(QString("%1 position: %2 mm\n").arg(otherMotorString(motor())).arg(otherPosition()));
return header;
}
QString VESPERSTimeScanConfiguration::detailedDescription() const
{
if (ccdDetector() != VESPERS::NoCCD)
return "Timed x-ray fluorescence scan using a CCD for x-ray diffraction.";
return "Timed x-ray fluorescence scan";
}
void VESPERSTimeScanConfiguration::computeTotalTimeImplementation()
{
double totalTime = 0;
// Factor in the time per point. There is an extra 6 seconds for CCD images for the Roper and Mar.
if (ccdDetector() == VESPERS::Roper)
totalTime += timePerAcquisition() + timeOffset_ + 6.0;
else if (ccdDetector() == VESPERS::Mar)
totalTime += timePerAcquisition() + timeOffset_ + 3.0;
else
totalTime += timePerAcquisition() + timeOffset_;
totalTime_ = iterations_*totalTime;
setExpectedDuration(totalTime_);
emit totalTimeChanged(totalTime_);
}
void VESPERS2DScanConfiguration::computeTotalTimeImplementation()
{
double time = 0;
// Get the number of points.
time = scanAxisAt(0)->numberOfPoints() * scanAxisAt(1)->numberOfPoints();
// Factor in the time per point. There is an extra 6 seconds for CCD images for the Roper and Mar.
if (ccdDetector() == VESPERS::Roper)
time *= double(scanAxisAt(0)->regionAt(0)->regionTime()) + timeOffset_ + 6.0;
else if (ccdDetector() == VESPERS::Mar)
time *= double(scanAxisAt(0)->regionAt(0)->regionTime()) + timeOffset_ + 3.0;
else
time *= double(scanAxisAt(0)->regionAt(0)->regionTime()) + timeOffset_;
totalTime_ = time + 9;
setExpectedDuration(totalTime_);
emit totalTimeChanged(totalTime_);
}
void VESPERSSpatialLineScanConfiguration::computeTotalTimeImplementation()
{
double totalTime = 0;
// Get the number of points. Using 0 for the index because this will only have one region per scan.
totalTime = scanAxisAt(0)->regionAt(0)->numberOfPoints();
// Factor in the time per point. There is an extra 6 seconds for CCD images for the Roper and Mar.
if (ccdDetector() == VESPERS::Roper)
totalTime *= time() + timeOffset_ + 6.0;
else if (ccdDetector() == VESPERS::Mar)
totalTime *= time() + timeOffset_ + 3.0;
else
totalTime *= time() + timeOffset_;
totalTime_ = totalTime + 9;
setExpectedDuration(totalTime_);
emit totalTimeChanged(totalTime_);
}
QString VESPERSTimeScanConfiguration::headerText() const
{
QString header("Configuration of the Scan\n\n");
header.append(fluorescenceHeaderString(fluorescenceDetector()));
header.append(incomingChoiceHeaderString(incomingChoice()));
header.append(regionsOfInterestHeaderString(regionsOfInterest()) % "\n");
header.append(ccdDetectorHeaderString(ccdDetector()));
header.append("\n");
header.append(QString("Acquired for %1 seconds every %2 seconds %3 times.\n").arg(time()).arg(timePerAcquisition()).arg(iterations()));
return header;
}