internal void SetIsTracked(bool isMeasured, NotMeasuredReasons reason)
{
foreach (ITrackedObject obj in m_ObjectGroup)
{
TrackedObjectLight trackedObject = (TrackedObjectLight)obj;
trackedObject.SetIsTracked(isMeasured, reason);
}
}
protected static void DecodeByteFlags(
byte flags,
out NotMeasuredReasons firstFlags,
out NotMeasuredReasons secondFlags,
out NotMeasuredReasons thirdFlags)
{
int firstLevel = (int)flags & 0x7;
int secondLevel = ((int)flags >> 3) & 0x7;
int thirdLevel = ((int)flags >> 6) & 0x3;
firstFlags = (NotMeasuredReasons)firstLevel;
secondFlags = (NotMeasuredReasons)(secondLevel << 8);
thirdFlags = (NotMeasuredReasons)((thirdLevel != 0 ? thirdLevel + 1 : thirdLevel) /* We don't save NoPixelsToMeasure, this is why we add 1 */ << 16);
}
public void SetIsLocated(bool isLocated, NotMeasuredReasons reason)
{
IsLocated = isLocated;
// Overwrite only the same level reason and keep the other level so we can have 2 reasons
if (reason <= NotMeasuredReasons.LAST_FIRST_LEVEL_REASON)
{
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0xFF00) | reason;
}
else
{
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0xFF00FF) | reason;
}
}
public virtual void SetIsTracked(bool isMeasured, NotMeasuredReasons reason)
{
IsLocated = isMeasured;
if (isMeasured)
{
NotMeasuredReasons = NotMeasuredReasons.TrackedSuccessfully;
}
else
{
// Remove the Tracked Successfully flag if set
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & ~(int)NotMeasuredReasons.TrackedSuccessfully);
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0x00FFFF) | reason;
}
}
private static string TranslateFlags(NotMeasuredReasons firstFlags, NotMeasuredReasons secondFlags, NotMeasuredReasons thirdFlags)
{
StringBuilder output = new StringBuilder();
output.AppendLine(GetNotMeasuredReasonsDisplayValue(firstFlags));
if (secondFlags != 0)
{
output.AppendLine(GetNotMeasuredReasonsDisplayValue(secondFlags));
}
if (thirdFlags != 0)
{
output.AppendLine(GetNotMeasuredReasonsDisplayValue(thirdFlags));
}
return(output.ToString());
}
public virtual void SetIsTracked(bool isMeasured, NotMeasuredReasons reason, IImagePixel estimatedCenter, double?psfCertainty)
{
IsLocated = isMeasured;
// Remove the Tracked Successfully flag if set
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & ~(int)NotMeasuredReasons.TrackedSuccessfully);
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0x00FFFF) | reason;
if (estimatedCenter != null)
{
Center = estimatedCenter;
LastKnownGoodPosition = estimatedCenter;
}
if (psfCertainty != null)
{
LastKnownGoodPsfCertainty = psfCertainty.Value;
}
}
public virtual void SetIsTracked(bool isMeasured, NotMeasuredReasons reason, IImagePixel estimatedCenter, double? psfCertainty)
{
IsLocated = isMeasured;
// Remove the Tracked Successfully flag if set
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & ~(int)NotMeasuredReasons.TrackedSuccessfully);
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0x00FFFF) | reason;
if (estimatedCenter != null)
{
Center = estimatedCenter;
LastKnownGoodPosition = estimatedCenter;
}
if (psfCertainty != null)
LastKnownGoodPsfCertainty = psfCertainty.Value;
}
public virtual void SetIsMeasured(bool isMeasured, NotMeasuredReasons reason)
{
IsLocated = isMeasured;
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0x00FFFF) | reason;
}
public void SetIsLocated(bool isLocated, NotMeasuredReasons reason)
{
IsLocated = isLocated;
// Overwrite only the same level reason and keep the other level so we can have 2 reasons
if (reason <= NotMeasuredReasons.LAST_FIRST_LEVEL_REASON)
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0xFF00) | reason;
else
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0xFF00FF) | reason;
}
private LCMeasurement ProcessSingleUnit(
LCMeasurement reading,
bool useLowPass,
bool useLowPassDiff,
int newFitMatrixSize,
float newSignalAperture,
bool fixedAperture,
MeasurementsHelper measurer,
IImagePixel[] groupCenters,
float[] aperturesInGroup)
{
reading.ReProcessingPsfFitMatrixSize = newFitMatrixSize;
TrackedObjectConfig objConfig = Footer.TrackedObjects[reading.TargetNo];
ImagePixel center = new ImagePixel(reading.X0, reading.Y0);
int areaSize = groupCenters != null && groupCenters.Length > 1 ? 35 : 17;
if (Context.Filter != LightCurveContext.FilterType.NoFilter)
{
areaSize += 2;
}
uint[,] data = BitmapFilter.CutArrayEdges(reading.PixelData, (35 - areaSize) / 2);
var filter = TangraConfig.PreProcessingFilter.NoFilter;
if (useLowPassDiff)
{
filter = TangraConfig.PreProcessingFilter.LowPassDifferenceFilter;
}
else if (useLowPass)
{
filter = TangraConfig.PreProcessingFilter.LowPassFilter;
}
NotMeasuredReasons rv = ReduceLightCurveOperation.MeasureObject(
center,
data,
reading.PixelData,
Context.BitPix,
measurer,
filter,
Context.SignalMethod,
Context.PsfQuadratureMethod,
Context.PsfFittingMethod,
newSignalAperture,
objConfig.RefinedFWHM,
Footer.RefinedAverageFWHM,
reading,
groupCenters,
aperturesInGroup,
Footer.ReductionContext.FullDisappearance);
reading.SetIsMeasured(rv);
reading.TotalReading = (uint)measurer.TotalReading;
reading.TotalBackground = (uint)measurer.TotalBackground;
reading.ApertureX = measurer.XCenter;
reading.ApertureY = measurer.YCenter;
reading.ApertureSize = measurer.Aperture;
return(reading);
}
public void SetIsTracked(bool isMeasured, NotMeasuredReasons reason, IImagePixel estimatedCenter, double? certainty)
{
Center = estimatedCenter;
IsLocated = isMeasured;
}
protected static string GetNotMeasuredReasonsDisplayValue(NotMeasuredReasons reason)
{
switch (reason)
{
case NotMeasuredReasons.UnknownReason:
return null; //"Tracking has failed for unknown reason";
case NotMeasuredReasons.TrackedSuccessfully:
return null;
case NotMeasuredReasons.FixedObject:
return "W:Tracking:Object with fixed manually positioned aperture";
case NotMeasuredReasons.GuidingStarBrightnessFluctoationTooHigh:
return "W:Tracking:Tracking was unsuccessful because the brightness fluctoation was out of the expected range";
case NotMeasuredReasons.PSFFittingFailed:
return "W:Tracking:Tracking was unsuccessful because a PSF could not be fitted";
case NotMeasuredReasons.FoundObjectNotWithInExpectedPositionTolerance:
return "W:Tracking:Tracking was unsuccessful because the center of the PSF fit was too far from the expected location";
case NotMeasuredReasons.FullyDisappearingStarMarkedTrackedWithoutBeingFound:
return "I:Tracking:A fully disappearing object was marked tracked without being detected (assuming it has disappeared)";
case NotMeasuredReasons.FitSuspectAsNoGuidingStarsAreLocated:
return "W:Tracking:No guiding stars have been reliably located, all objects are marked as suspect";
case NotMeasuredReasons.ObjectExpectedPositionIsOffScreen:
return "W:Tracking:The expected object position is outside the FOV";
case NotMeasuredReasons.TrackedSuccessfullyAfterDistanceCheck:
return "I:Recovering:The object was recovered after a distance alignment";
case NotMeasuredReasons.TrackedSuccessfullyAfterWiderAreaSearch:
return "I:Recovering:The object was recovered after searching in a wider area";
case NotMeasuredReasons.TrackedSuccessfullyAfterStarRecognition:
return "I:Recovering:The object was recovered after using pattern recognition";
case NotMeasuredReasons.FailedToLocateAfterDistanceCheck:
return "W:Recovering:Failed to recover the object after a distance alignment";
case NotMeasuredReasons.FailedToLocateAfterWiderAreaSearch:
return "W:Recovering:Failed to recover the object after searching in a wider area";
case NotMeasuredReasons.FailedToLocateAfterStarRecognition:
return "W:Recovering:Failed to recover the object after using pattern recognition";
case NotMeasuredReasons.NoPixelsToMeasure:
return "W:Measuring:Aperture contains no pixels";
case NotMeasuredReasons.MeasurementPSFFittingFailed:
return "W:Measuring:The PSF fitting failed";
case NotMeasuredReasons.DistanceToleranceTooHighForNonFullDisappearingOccultedStar:
return "W:Measuring:The object apeared too far from the expected position";
case NotMeasuredReasons.FWHMOutOfRange:
return "W:Measuring:The FWHM of the PSF fit was out of the expected range";
case NotMeasuredReasons.ObjectCertaintyTooSmall:
return "W:Measuring:The certainty of the located object is too small";
case NotMeasuredReasons.ObjectTooElongated:
return "W:Measuring:The object was rejected as being too elongated";
}
return null;
}
internal void SetIsTracked(bool isMeasured, NotMeasuredReasons reason)
{
foreach (ITrackedObject obj in m_ObjectGroup)
{
TrackedObjectLight trackedObject = (TrackedObjectLight)obj;
trackedObject.SetIsTracked(isMeasured, reason);
}
}
public virtual void SetIsMeasured(bool isMeasured, NotMeasuredReasons reason)
{
IsLocated = isMeasured;
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & 0x00FFFF) | reason;
}
protected static string GetNotMeasuredReasonsDisplayValue(NotMeasuredReasons reason)
{
switch (reason)
{
case NotMeasuredReasons.UnknownReason:
return(null); //"Tracking has failed for unknown reason";
case NotMeasuredReasons.TrackedSuccessfully:
return(null);
case NotMeasuredReasons.FixedObject:
return("W:Tracking:Object with fixed manually positioned aperture");
case NotMeasuredReasons.GuidingStarBrightnessFluctoationTooHigh:
return("W:Tracking:Tracking was unsuccessful because the brightness fluctoation was out of the expected range");
case NotMeasuredReasons.PSFFittingFailed:
return("W:Tracking:Tracking was unsuccessful because a PSF could not be fitted");
case NotMeasuredReasons.FoundObjectNotWithInExpectedPositionTolerance:
return("W:Tracking:Tracking was unsuccessful because the center of the PSF fit was too far from the expected location");
case NotMeasuredReasons.FullyDisappearingStarMarkedTrackedWithoutBeingFound:
return("I:Tracking:A fully disappearing object was marked tracked without being detected (assuming it has disappeared)");
case NotMeasuredReasons.FitSuspectAsNoGuidingStarsAreLocated:
return("W:Tracking:No guiding stars have been reliably located, all objects are marked as suspect");
case NotMeasuredReasons.ObjectExpectedPositionIsOffScreen:
return("W:Tracking:The expected object position is outside the FOV");
case NotMeasuredReasons.TrackedSuccessfullyAfterDistanceCheck:
return("I:Recovering:The object was recovered after a distance alignment");
case NotMeasuredReasons.TrackedSuccessfullyAfterWiderAreaSearch:
return("I:Recovering:The object was recovered after searching in a wider area");
case NotMeasuredReasons.TrackedSuccessfullyAfterStarRecognition:
return("I:Recovering:The object was recovered after using pattern recognition");
case NotMeasuredReasons.FailedToLocateAfterDistanceCheck:
return("W:Recovering:Failed to recover the object after a distance alignment");
case NotMeasuredReasons.FailedToLocateAfterWiderAreaSearch:
return("W:Recovering:Failed to recover the object after searching in a wider area");
case NotMeasuredReasons.FailedToLocateAfterStarRecognition:
return("W:Recovering:Failed to recover the object after using pattern recognition");
case NotMeasuredReasons.NoPixelsToMeasure:
return("W:Measuring:Aperture contains no pixels");
case NotMeasuredReasons.MeasurementPSFFittingFailed:
return("W:Measuring:The PSF fitting failed");
case NotMeasuredReasons.DistanceToleranceTooHighForNonFullDisappearingOccultedStar:
return("W:Measuring:The object apeared too far from the expected position");
case NotMeasuredReasons.FWHMOutOfRange:
return("W:Measuring:The FWHM of the PSF fit was out of the expected range");
case NotMeasuredReasons.ObjectCertaintyTooSmall:
return("W:Measuring:The certainty of the located object is too small");
case NotMeasuredReasons.ObjectTooElongated:
return("W:Measuring:The object was rejected as being too elongated");
}
return(null);
}
public virtual void SetIsTracked(bool isMeasured, NotMeasuredReasons reason)
{
IsLocated = isMeasured;
if (isMeasured)
NotMeasuredReasons = NotMeasuredReasons.TrackedSuccessfully;
else
{
// Remove the Tracked Successfully flag if set
NotMeasuredReasons = (NotMeasuredReasons)((int)NotMeasuredReasons & ~(int)NotMeasuredReasons.TrackedSuccessfully);
NotMeasuredReasons = (NotMeasuredReasons) ((int) NotMeasuredReasons & 0x00FFFF) | reason;
}
}
protected static void DecodeByteFlags(
byte flags,
out NotMeasuredReasons firstFlags,
out NotMeasuredReasons secondFlags,
out NotMeasuredReasons thirdFlags)
{
int firstLevel = (int)flags & 0x7;
int secondLevel = ((int)flags >> 3) & 0x7;
int thirdLevel = ((int)flags >> 6) & 0x3;
firstFlags = (NotMeasuredReasons)firstLevel;
secondFlags = (NotMeasuredReasons)(secondLevel << 8);
thirdFlags = (NotMeasuredReasons)((thirdLevel != 0 ? thirdLevel + 1 : thirdLevel) /* We don't save NoPixelsToMeasure, this is why we add 1 */ << 16);
}
private void MeasureCurrentPSF()
{
if (m_PSFFit == null)
{
return;
}
float aperture = (float)nudMeasuringAperture.Value;
using (Graphics g = Graphics.FromImage(picPixels.Image))
{
m_PSFFit.DrawDataPixels(g, new Rectangle(0, 0, picPixels.Width, picPixels.Height), aperture, Pens.Lime, m_Bpp, m_NormVal);
g.Save();
}
picPixels.Invalidate();
int centerX = (int)Math.Round(m_PSFFit.XCenter);
int centerY = (int)Math.Round(m_PSFFit.YCenter);
uint[,] data = m_VideoController.GetCurrentAstroImage(false).GetMeasurableAreaPixels(centerX, centerY, 17);
uint[,] bagPixels = m_VideoController.GetCurrentAstroImage(false).GetMeasurableAreaPixels(centerX, centerY, 35);
NotMeasuredReasons rv = MeasureObject(
new ImagePixel(m_PSFFit.XCenter, m_PSFFit.YCenter),
data,
bagPixels,
m_VideoController.VideoBitPix,
m_Measurer,
TangraConfig.PreProcessingFilter.NoFilter,
m_SignalMethod,
TangraConfig.PsfQuadrature.NumericalInAperture,
TangraConfig.Settings.Photometry.PsfFittingMethod,
aperture,
m_PSFFit.FWHM,
(float)m_PSFFit.FWHM,
new FakeIMeasuredObject(m_PSFFit),
null,
null,
false);
double reading = m_Measurer.TotalReading;
double bgReading = m_Measurer.TotalBackground;
if (rv == NotMeasuredReasons.MeasuredSuccessfully)
{
tbxSmBG.Text = (reading - bgReading).ToString("0.000");
tbxBg.Text = bgReading.ToString("0.000");
}
else
{
Trace.WriteLine("TargetPSFViewer.NotMeasuredReasons: " + rv.ToString());
tbxBg.Text = "ERR";
tbxSmBG.Text = "ERR";
}
// Show the apertures in the main view
m_Aperture = aperture;
m_InnerRadius = (float)(TangraConfig.Settings.Photometry.AnnulusInnerRadius * aperture);
m_OuterRadius = (float)Math.Sqrt(TangraConfig.Settings.Photometry.AnnulusMinPixels / Math.PI + m_InnerRadius * m_InnerRadius);
//m_VideoController.RefreshCurrentFrame();
}
private static string TranslateFlags(NotMeasuredReasons firstFlags, NotMeasuredReasons secondFlags, NotMeasuredReasons thirdFlags)
{
StringBuilder output = new StringBuilder();
output.AppendLine(GetNotMeasuredReasonsDisplayValue(firstFlags));
if (secondFlags != 0)
output.AppendLine(GetNotMeasuredReasonsDisplayValue(secondFlags));
if (thirdFlags != 0)
output.AppendLine(GetNotMeasuredReasonsDisplayValue(thirdFlags));
return output.ToString();
}
public void SetIsTracked(bool isMeasured, NotMeasuredReasons reason, IImagePixel estimatedCenter, double?certainty)
{
Center = estimatedCenter;
IsLocated = isMeasured;
}
