internal frmNoiseDistribution(
LCMeasurementHeader header,
List<List<LCMeasurement>> allReadings,
List<frmLightCurve.BinnedValue>[] allBinnedReadings,
Brush[] allBrushes,
Color[] allColors,
Color background)
{
InitializeComponent();
m_Header = header;
m_AllReadings = allReadings;
m_AllBinnedReadings = allBinnedReadings;
m_AllBrushes = allBrushes;
m_AllColors = allColors;
m_BackgroundColor = background;
pictureBox.Image = new Bitmap(pictureBox.Width, pictureBox.Height);
pb1.BackColor = m_AllColors[0];
pb2.BackColor = m_AllColors[1];
pb3.BackColor = m_AllColors[2];
pb4.BackColor = m_AllColors[3];
rbTarget1.Enabled = header.ObjectCount > 0;
rbTarget2.Enabled = header.ObjectCount > 1;
rbTarget3.Enabled = header.ObjectCount > 2;
rbTarget4.Enabled = header.ObjectCount > 3;
if (header.ObjectCount > 0)
DisplayDistributionForObject(0);
}
internal frmNoiseDistribution(
LCMeasurementHeader header,
List <List <LCMeasurement> > allReadings,
List <frmLightCurve.BinnedValue>[] allBinnedReadings,
Brush[] allBrushes,
Color[] allColors,
Color background)
{
InitializeComponent();
m_Header = header;
m_AllReadings = allReadings;
m_AllBinnedReadings = allBinnedReadings;
m_AllBrushes = allBrushes;
m_AllColors = allColors;
m_BackgroundColor = background;
pictureBox.Image = new Bitmap(pictureBox.Width, pictureBox.Height);
pb1.BackColor = m_AllColors[0];
pb2.BackColor = m_AllColors[1];
pb3.BackColor = m_AllColors[2];
pb4.BackColor = m_AllColors[3];
rbTarget1.Enabled = header.ObjectCount > 0;
rbTarget2.Enabled = header.ObjectCount > 1;
rbTarget3.Enabled = header.ObjectCount > 2;
rbTarget4.Enabled = header.ObjectCount > 3;
if (header.ObjectCount > 0)
{
DisplayDistributionForObject(0);
}
}
private static bool TestWhetherVideoFileMatchesLcHeader(string fileName, LCMeasurementHeader header)
{
//using (FramePlayer player = new FramePlayer())
//{
// player.OpenVideo(fileName);
// if (header.FirstFrameInVideoFile == player.Video.FirstFrame &&
// header.CountFrames == player.Video.CountFrames)
// {
// return true;
// }
//}
return(true);
}
internal frmConfigureReprocessing(
LCMeasurementHeader header,
LCMeasurementFooter footer,
LightCurveContext context,
Color[] allColors,
Brush[] allBrushes,
Pen[] allPens)
{
InitializeComponent();
m_Context = context;
m_Header = header;
m_Footer = footer;
m_AllColors = allColors;
m_AllBrushes = allBrushes;
m_AllPens = allPens;
SetComboboxIndexFromBackgroundMethod(m_Context.BackgroundMethod);
SetComboboxIndexFromPhotometryReductionMethod(m_Context.SignalMethod);
SetComboboxIndexFromPsfQuadratureMethod(m_Context.PsfQuadratureMethod);
cbxDigitalFilter.SelectedIndex = (int)m_Context.Filter;
nudGamma.Value = (decimal)m_Context.EncodingGamma;
cbxKnownResponse.SetCBXIndex((int)m_Context.ReverseCameraResponse);
int maxApertureSize = m_Footer.ReductionContext.GetMaxApertureSize();
nudAperture1.Maximum = maxApertureSize;
nudAperture2.Maximum = maxApertureSize;
nudAperture3.Maximum = maxApertureSize;
nudAperture4.Maximum = maxApertureSize;
m_Saturation = TangraConfig.Settings.Photometry.Saturation.GetSaturationForBpp(context.BitPix, context.MaxPixelValue);
if (TangraContext.Current.CanProcessLightCurvePixels)
{
SetupControls();
}
}
internal frmConfigureReprocessing(
LCMeasurementHeader header,
LCMeasurementFooter footer,
LightCurveContext context,
Color[] allColors,
Brush[] allBrushes,
Pen[] allPens)
{
InitializeComponent();
m_Context = context;
m_Header = header;
m_Footer = footer;
m_AllColors = allColors;
m_AllBrushes = allBrushes;
m_AllPens = allPens;
SetComboboxIndexFromBackgroundMethod(m_Context.BackgroundMethod);
SetComboboxIndexFromPhotometryReductionMethod(m_Context.SignalMethod);
SetComboboxIndexFromPsfQuadratureMethod(m_Context.PsfQuadratureMethod);
cbxDigitalFilter.SelectedIndex = (int)m_Context.Filter;
nudGamma.Value = (decimal)m_Context.EncodingGamma;
cbxKnownResponse.SetCBXIndex((int)m_Context.ReverseCameraResponse);
int maxApertureSize = m_Footer.ReductionContext.GetMaxApertureSize();
nudAperture1.Maximum = maxApertureSize;
nudAperture2.Maximum = maxApertureSize;
nudAperture3.Maximum = maxApertureSize;
nudAperture4.Maximum = maxApertureSize;
m_Saturation = TangraConfig.Settings.Photometry.Saturation.GetSaturationForBpp(context.BitPix, context.MaxPixelValue);
if (TangraContext.Current.CanProcessLightCurvePixels)
SetupControls();
}
private void frmLightCurve_FormClosed(object sender, FormClosedEventArgs e)
{
if (!m_NoSendMessage)
NotificationManager.Instance.NotifyLightCurveFormClosed();
HideZoomedAreas();
if (m_frmZoomedPixels != null)
{
m_frmZoomedPixels.Close();
m_frmZoomedPixels.Dispose();
m_frmZoomedPixels = null;
}
HidePSFFits();
if (m_frmPSFFits != null)
{
m_frmPSFFits.Close();
m_frmPSFFits.Dispose();
m_frmPSFFits = null;
}
HideBackgroundHistograms();
if (m_frmBackgroundHistograms != null)
{
m_frmBackgroundHistograms.Close();
m_frmBackgroundHistograms.Dispose();
m_frmBackgroundHistograms = null;
}
if (m_LightCurveController.Context != null)
CleanUpAllReadings(m_LightCurveController.Context.AllReadings);
foreach(List<BinnedValue> list in m_AllBinnedReadings) list.Clear();
m_FrameTiming.Clear();
m_LCFile = null;
m_Header = new LCMeasurementHeader();
m_Footer = new LCMeasurementFooter();
m_FrameTiming = null;
m_LightCurveController.ClearContext();
GC.Collect();
}
private static bool TestWhetherVideoFileMatchesLcHeader(string fileName, LCMeasurementHeader header)
{
//using (FramePlayer player = new FramePlayer())
//{
// player.OpenVideo(fileName);
// if (header.FirstFrameInVideoFile == player.Video.FirstFrame &&
// header.CountFrames == player.Video.CountFrames)
// {
// return true;
// }
//}
return true;
}
internal LCFile FlushLightCurveFile()
{
var matrixSizes = new List<int>();
var apertures = new List<float>();
var fixedFlags = new List<bool>();
var psfGroupIds = new List<int>();
m_Tracker.TrackedObjects.ForEach(
delegate(ITrackedObject o)
{
matrixSizes.Add(o.OriginalObject.PsfFitMatrixSize);
apertures.Add(o.OriginalObject.ApertureInPixels);
fixedFlags.Add(o.OriginalObject.IsWeakSignalObject);
psfGroupIds.Add(o.OriginalObject.GroupId);
}
);
MeasurementTimingType measurementTimingType = MeasurementTimingType.UserEnteredFrameReferences;
if (m_VideoController.HasEmbeddedTimeStamps())
measurementTimingType = MeasurementTimingType.EmbeddedTimeForEachFrame;
else if (m_VideoController.HasTimestampOCR())
measurementTimingType = MeasurementTimingType.OCRedTimeForEachFrame;
SerUseTimeStamp serTimingType = SerUseTimeStamp.None;
if (m_VideoController.IsSerVideo)
serTimingType = m_VideoController.GetSerTimingType();
LCMeasurementHeader finalHeader = new LCMeasurementHeader(
m_VideoController.CurrentVideoFileName,
string.Format("Video ({0})", m_VideoController.CurrentVideoFileType),
m_VideoController.VideoFirstFrame,
m_VideoController.VideoCountFrames,
m_VideoController.VideoFrameRate,
m_MinFrame,
m_MaxFrame,
(uint)m_TotalFrames,
(uint)m_MeasurementInterval,
(byte)m_Tracker.TrackedObjects.Count,
LightCurveReductionContext.Instance.LightCurveReductionType,
measurementTimingType,
serTimingType,
(int)LightCurveReductionContext.Instance.NoiseMethod,
(int)LightCurveReductionContext.Instance.DigitalFilter,
matrixSizes.ToArray(), apertures.ToArray(), fixedFlags.ToArray(), psfGroupIds.ToArray(), (float)m_Tracker.PositionTolerance);
finalHeader.FirstTimedFrameTime = m_StartFrameTime;
finalHeader.SecondTimedFrameTime = m_EndFrameTime;
finalHeader.FirstTimedFrameNo = m_StartTimeFrame;
finalHeader.LastTimedFrameNo = m_EndTimeFrame;
if (m_AveragedFrame == null)
{
if (m_StackedAstroImage == null) EnsureStackedAstroImage();
m_AveragedFrame = new AveragedFrame(m_StackedAstroImage);
}
LCMeasurementFooter footer = new LCMeasurementFooter(
m_AveragedFrame.Pixelmap,
TangraConfig.Settings,
LightCurveReductionContext.Instance,
m_StateMachine.MeasuringStars,
m_Tracker,
m_VideoController.GetTimestampOCRNameAndVersion(),
null,
m_InstumentalDelaySelectedConfig,
m_InstumentalDelaySelectedCamera,
m_CameraName,
m_AavNativeVideoFormat,
m_AavFrameIntegration,
m_AavNtpTimestampError,
m_AavNtpFitOneSigmaError,
TangraConfig.Settings.AAV.NtpTimeUseDirectTimestamps,
PSFFit.BitPix,
PSFFit.NormVal,
m_AavStackedFrameRate);
return LCFile.FlushOnTheFlyOutputFile(finalHeader, footer, m_VideoController);
}
