public void ProcessFrame(VideoFrameWrapper frame, Bitmap bmp)
{
// TODO: Make this processing Asynchronous so the painting is not delayed unnecessary (is this actually possible?)
m_TargetSignalMonitor.ProcessFrame(frame);
m_PlateSolveManager.ProcessFrameAsync(frame, bmp);
}
public void ProcessFrame(VideoFrameWrapper frame, LastTrackedPosition locatedGuidingStar)
{
if (m_RunAutoFocusNow && locatedGuidingStar != null && locatedGuidingStar.IsLocated && m_ObservatoryController.IsConnectedToTelescope())
{
// TODO: Start the auto focusing and monitor it. Do we want to use a state machine for this??
}
else if (m_IsAutoFocusing && m_ObservatoryController.IsConnectedToTelescope())
{
// TODO: Check the effect of the last focuser movement and issue a correction or end the focusing
// TODO: Use a state machine to manage this.
}
}
internal override void ProcessFrame(VideoFrameWrapper frame, LastTrackedPosition locatedGuidingStar)
{
if (!m_FirstFrameReceived)
{
// TODO: Record the starting position
m_FirstFrameReceived = true;
m_StateMachine.ObservatoryController.TelescopePulseGuide(GuideDirections.guideEast, PulseRate.Fast, CallType.Async, m_ObservatoryControlLock, ObservatoryController_SlewCompleted);
m_PulseIssued = true;
}
else if (m_PulseFinished)
{
// TODO: Recod last position
}
}
public MinimalVideoFrame(VideoFrameWrapper source, Bitmap previewBitmap)
{
FrameNumber = source.FrameNumber;
ExposureDuration = double.NaN;
ExposureStartTime = null;
ImageInfo = source.ImageInfo;
MaxSignalValue = (uint)(source.IntegrationRate.HasValue ? 255 * source.IntegrationRate.Value : 255);
if (source.ImageArray is int[,])
{
ImageArray = source.ImageArray;
}
else if (source.ImageArray != null)
throw new NotSupportedException("Unsupported ImageArray Format.");
else if (source.ImageArray == null)
{
if (previewBitmap != null)
ConstructFromBitmap(previewBitmap);
else
throw new NotSupportedException("Both ImageArray and PreviewBitmap are null!");
}
}
public void ProcessFrameAsync(VideoFrameWrapper frame, Bitmap bmp)
{
lock (m_SyncLock)
{
if (m_WaitingForFrameToSolve && m_TelescopeIsConnected && m_TelescopePositionIsKnown)
{
var mvf = new MinimalVideoFrame(frame, bmp);
m_CurrentFramePixels = mvf.ImageArray as int[,];
if (!m_FOVKnown)
{
// http://www.wilmslowastro.com/software/formulae.htm
// arc sec per pixel = pixel size [um] * 206.3 / focal length [mm]
int width = m_CurrentFramePixels.GetLength(0);
int height = m_CurrentFramePixels.GetLength(1);
m_FieldOfViewDegrees = (Math.Sqrt(width * width + height * height) * 206.3 * ASSUMED_MAX_PIXEL_SIZE_MICRONS / m_FocalLengthMillimeters) / 3600;
}
m_WaitingForFrameToSolve = false;
}
}
}
public void ProcessFrame(VideoFrameWrapper frame)
{
if (TrackingContext.Current.TargetStar != null &&
TrackingContext.Current.GuidingStar != null)
{
if (TrackingContext.Current.TargetStar.IsLocated &&
TrackingContext.Current.GuidingStar.IsLocated)
{
float normalizedMeasurement = TrackingContext.Current.TargetStar.Measurement / TrackingContext.Current.GuidingStar.Measurement;
while (m_AllMeasurements.Count > 200)
{
m_AllMeasurements.RemoveAt(0);
}
var mea = new TargetMeasurement()
{
NormalizedMeasurement = normalizedMeasurement,
FrameNumber = frame.IntegratedFrameNo
};
m_AllMeasurements.Add(mea);
}
if (TrackingContext.Current.GuidingStar.IsLocated)
{
if (m_AutoPulseGuiding)
{
// m_PositionTimeStamps
// TODO: Check the average value and error during the past 5 seconds. Make sure wind doesn't trigger auto guiding corrections
// If the postion in the past 5 sec is consistent and check if it is too far away from the expected position and issue a
// pulse guiding command
// TODO: Check if a correction needs to be made in the current thread
// TODO: Issue any pulse guiding commands on a seaprate thread (or asynchronously)
// TODO: There will ne an issue with the orientation of the video camera field
// Will need to find the correct directions (would have found the correct directions) this current session
// Probably a button on the Telescope Control screen??
}
m_AutoFocusingManager.ProcessFrame(frame, TrackingContext.Current.GuidingStar);
}
}
else if (m_AllMeasurements.Count > 0)
{
m_AllMeasurements.Clear();
}
}
internal abstract void ProcessFrame(VideoFrameWrapper frame, LastTrackedPosition locatedGuidingStar);
internal override void ProcessFrame(VideoFrameWrapper frame, LastTrackedPosition locatedGuidingStar)
{
// This is the idle state. Nothing to do.
}
public void ProcessFrame(VideoFrameWrapper frame, LastTrackedPosition locatedGuidingStar)
{
m_CurrentState.ProcessFrame(frame, locatedGuidingStar);
}
internal void PaintVideoFrame(VideoFrameWrapper frame, Bitmap bmp)
{
bool isEmptyFrame = frame == null || bmp == null;
if (isEmptyFrame)
{
if (picVideoFrame.Image != null)
{
using (Graphics g = Graphics.FromImage(picVideoFrame.Image))
{
if (bmp == null)
g.Clear(Color.Green);
else
g.DrawImage(bmp, 0, 0);
if (m_OverlayManager != null)
m_OverlayManager.ProcessFrame(g, frame);
g.Save();
}
}
picVideoFrame.Invalidate();
return;
}
currentFrameNo = frame.FrameNumber;
UpdateState(frame);
renderedFrameCounter++;
if (renderedFrameCounter == 20)
{
renderedFrameCounter = 0;
endTicks = DateTime.Now.Ticks;
if (startTicks != 0)
{
renderFps = 20.0 / new TimeSpan(endTicks - startTicks).TotalSeconds;
}
startTicks = DateTime.Now.Ticks;
}
if (picVideoFrame.Image != null)
{
using (Graphics g = Graphics.FromImage(picVideoFrame.Image))
{
g.DrawImage(bmp, 0, 0);
if (m_OverlayManager != null)
m_OverlayManager.ProcessFrame(g, frame);
g.Save();
}
}
picVideoFrame.Invalidate();
bmp.Dispose();
if (framesBeforeUpdatingCameraVideoFormat >= 0)
framesBeforeUpdatingCameraVideoFormat--;
if (framesBeforeUpdatingCameraVideoFormat == 0)
{
lblVideoFormat.Text = videoObject.CameraVideoFormat;
}
if (m_StateManager.ProvidesOcredTimestamps)
{
if (m_StateManager.OcrErrors > 0)
{
if (tssOcrErr.Tag == null || (int)tssOcrErr.Tag != 2)
{
tssOcrErr.ForeColor = Color.Red;
tssOcrErr.Tag = (int) 2;
}
tssOcrErr.Text = string.Format("OCR ERR {0}", m_StateManager.OcrErrors);
}
else
{
if (tssOcrErr.Tag == null || (int) tssOcrErr.Tag != 1)
{
tssOcrErr.Text = "OCR";
tssOcrErr.ForeColor = Color.Green;
tssOcrErr.Tag = (int)1;
}
}
if (!tssOcrErr.Visible)
tssOcrErr.Visible = true;
}
else
{
if (tssOcrErr.Visible)
tssOcrErr.Visible = false;
}
if (m_StateManager.DroppedFrames != 0)
{
tssDroppedFrames.Text = string.Format("{0} Dropped", m_StateManager.DroppedFrames);
if (!tssDroppedFrames.Visible)
tssDroppedFrames.Visible = true;
}
else
{
if (tssDroppedFrames.Visible)
tssDroppedFrames.Visible = false;
}
if (frame.PerformedAction.HasValue && frame.PerformedAction.Value > 0 &&
frame.PerformedActionProgress.HasValue)
{
ttsProgressBar.Value = (int) Math.Max(0, Math.Min(100, 100*frame.PerformedActionProgress.Value));
ttsProgressBar.Visible = true;
}
else
ttsProgressBar.Visible = false;
}
private void UpdateState(VideoFrameWrapper frame)
{
if (IsDisposed)
// It is possible this method to be called during Disposing and we don't need to do anything in that case
return;
// TODO: Many of things below only change their state when something changes. Rather than always resetting their state with each rendered frame, we should really
// use events to update the state!
if (ChangedToDisconnectedState())
{
tssCameraState.Text = "Disconnected";
tssFrameNo.Text = string.Empty;
tssDisplayRate.Text = string.Empty;
tssFrameNo.Visible = false;
tssDisplayRate.Visible = false;
tssIntegrationRate.Visible = false;
tssDroppedFrames.Visible = false;
tssOcrErr.Visible = false;
tsbConnectDisconnect.ToolTipText = "Connect";
tsbConnectDisconnect.Image = imageListToolbar.Images[0];
tbsAddTarget.Visible = false;
tsbAddGuidingStar.Visible = false;
tbsInsertSpectra.Visible = false;
tbsClearTargets.Visible = false;
tssToolBorder.Visible = false;
//tsbCamControl.Enabled = false;
}
else if (ChangedToConnectedState())
{
tbsAddTarget.Visible = videoObject.SupportsTargetTracking;
tbsClearTargets.Visible = videoObject.SupportsTargetTracking;
tsbAddGuidingStar.Visible = videoObject.SupportsTargetTracking;
tbsInsertSpectra.Visible = videoObject.SupportsTargetTracking && Settings.Default.SpectraUseAid;
tssToolBorder.Visible = videoObject.SupportsTargetTracking;
tbsAddTarget.Enabled = false;
tbsClearTargets.Enabled = false;
tsbAddGuidingStar.Enabled = true;
tbsInsertSpectra.Enabled = true;
TrackingContext.Current.Reset();
TrackingContext.Current.ReConfigureNativeTracking(videoObject.Width, videoObject.Height);
//tsbCamControl.Enabled = CameraSupportsSoftwareControl();
tsbConnectDisconnect.ToolTipText = "Disconnect";
tsbConnectDisconnect.Image = imageListToolbar.Images[1];
}
if (videoObject != null)
{
UpdateApplicationStateFromCameraState();
if (frame != null)
{
if (!tssFrameNo.Visible) tssFrameNo.Visible = true;
if (m_StateManager.IsIntegrationLocked)
tssFrameNo.Text = frame.IntegratedFrameNo.ToString("Integrated Frame: 0", CultureInfo.InvariantCulture);
else
tssFrameNo.Text = frame.FrameNumber.ToString("Current Frame: 0", CultureInfo.InvariantCulture);
if (m_StateManager.IsIntegrationLocked)
{
if (!string.IsNullOrEmpty(frame.ImageInfo))
{
if (frame.IntegrationRate != null)
tssIntegrationRate.Text = string.Format("Integration Rate: x{0}", frame.IntegrationRate);
else
tssIntegrationRate.Text = "Integration Rate: ...";
if (!tssIntegrationRate.Visible) tssIntegrationRate.Visible = true;
}
else
{
if (tssIntegrationRate.Visible) tssIntegrationRate.Visible = false;
}
}
else
{
if (tssIntegrationRate.Visible) tssIntegrationRate.Visible = false;
}
}
tbsAddTarget.Enabled = TrackingContext.Current.GuidingStar != null;
tbsClearTargets.Enabled = TrackingContext.Current.GuidingStar != null;
tsbAddGuidingStar.Enabled = true;
tbsInsertSpectra.Enabled = true;
#if DEBUG
if (!double.IsNaN(renderFps))
{
if (!tssDisplayRate.Visible) tssDisplayRate.Visible = true;
tssDisplayRate.Text = renderFps.ToString("Display Rate: 0 fps");
}
else
tssDisplayRate.Text = "Display Rate: N/A";
#endif
if (videoObject.State == VideoCameraState.videoCameraRecording && File.Exists(recordingfileName))
{
var fi = new FileInfo(recordingfileName);
tssRecordingFile.Text = string.Format("{0} ({1:0.0} Mb)", fi.Name, 1.0 * fi.Length / (1024 * 1024));
if (Settings.Default.WarnForFileSystemIssues && Settings.Default.WarnOnFreeDiskSpaceLeft && fi.Directory != null)
{
ulong freeBytes;
NativeHelpers.GetDriveFreeBytes(fi.Directory.FullName, out freeBytes);
if (freeBytes < ((ulong)1024 * (ulong)1024 * (ulong)1024 * (ulong)Settings.Default.WarnMinDiskFreeSpaceGb))
{
tssFreeDiskSpace.Visible = true;
tssFreeDiskSpace.Text = string.Format("{0:0.0} Gb free", 1.0 * freeBytes / (1024 * 1024 * 1024));
}
else
tssFreeDiskSpace.Visible = false;
}
else
tssFreeDiskSpace.Visible = false;
tssRecordingFile.Visible = true;
btnStopRecording.Enabled = true;
btnRecord.Enabled = false;
}
else if (
videoObject.State == VideoCameraState.videoCameraRunning &&
lbSchedule.Items.Count == 0 &&
(m_StateManager.CanStartRecording || Settings.Default.IntegrationDetectionTuning))
{
tssRecordingFile.Visible = false;
tssFreeDiskSpace.Visible = false;
btnStopRecording.Enabled = false;
btnRecord.Enabled = true;
}
else
{
tssRecordingFile.Visible = false;
tssFreeDiskSpace.Visible = false;
btnRecord.Enabled = false;
btnStopRecording.Enabled = false;
}
if (videoObject.State == VideoCameraState.videoCameraRunning && OccuRecContext.Current.IsAAV)
{
if (m_StateManager.VtiOsdPositionUnknown)
{
if (pnlAAV.Visible) pnlAAV.Visible = false;
if (!pnlVtiOsd.Visible)
{
pnlVtiOsd.Visible = true;
if (!Settings.Default.PreserveVTIUserSpecifiedValues)
{
Settings.Default.PreserveVTIFirstRow = videoObject.Height - 28;
Settings.Default.PreserveVTILastRow = videoObject.Height;
}
}
if (tssVTIOSD.Visible ^ !Settings.Default.PreserveVTIUserSpecifiedValues)
tssVTIOSD.Visible = !Settings.Default.PreserveVTIUserSpecifiedValues;
}
else
{
if (!pnlAAV.Visible) pnlAAV.Visible = true;
if (pnlVtiOsd.Visible) pnlVtiOsd.Visible = false;
if (tssVTIOSD.Visible) tssVTIOSD.Visible = false;
}
if (btnConfirmUserVtiOsd.Enabled ^ Settings.Default.PreserveVTIUserSpecifiedValues)
{
btnConfirmUserVtiOsd.Enabled = Settings.Default.PreserveVTIUserSpecifiedValues;
}
}
else
{
if (pnlAAV.Visible) pnlAAV.Visible = false;
if (pnlVtiOsd.Visible) pnlVtiOsd.Visible = false;
if (tssVTIOSD.Visible) tssVTIOSD.Visible = false;
}
btnLockIntegration.Enabled =
(
m_StateManager.CanLockIntegrationNow &&
m_StateManager.IntegrationRate > 0 &&
m_StateManager.IsValidIntegrationRate &&
(frame == null || !frame.PerformedAction.HasValue || frame.PerformedAction.Value == 0)
)
|| m_StateManager.IsIntegrationLocked;
btnCalibrateIntegration.Visible = !m_StateManager.IsIntegrationLocked;
btnManualIntegration.Visible = !m_StateManager.IsIntegrationLocked;
if (!m_StateManager.IsIntegrationLocked && m_StateManager.PercentDoneDetectingIntegration < 100)
{
pbarIntDetPercentDone.Value = m_StateManager.PercentDoneDetectingIntegration;
if (!pbarIntDetPercentDone.Visible) pbarIntDetPercentDone.Visible = true;
}
else if (pbarIntDetPercentDone.Visible) pbarIntDetPercentDone.Visible = false;
pnlOneStacking.Visible = m_StateManager.IsIntegrationLocked && m_ManualIntegration == 1;
if (frame != null && frame.PerformedAction.HasValue && frame.PerformedAction.Value > 0)
{
// When there is an action in progress, then don't show anything
btnLockIntegration.Text = "Busy ...";
}
else if (m_StateManager.IntegrationRate > 0 && m_StateManager.IsValidIntegrationRate && !m_StateManager.IsIntegrationLocked && m_StateManager.CanLockIntegrationNow)
btnLockIntegration.Text = string.Format("Lock at x{0} Frames", m_StateManager.IntegrationRate);
else if (m_StateManager.IsIntegrationLocked)
btnLockIntegration.Text = "Unlock";
else
btnLockIntegration.Text = "Checking Integration ...";
if (m_StateManager.IsCalibratingIntegration)
{
btnCalibrateIntegration.Text = "Cancel Calibration";
tssCameraState.Text = "Calibrating";
EnsureSchedulesState(false);
}
else if (frame != null && frame.PerformedAction.HasValue)
{
if (frame.PerformedAction.Value == 2)
{
// Checking Manually Entered Integration
tssCameraState.Text = "Busy";
}
}
else
{
btnCalibrateIntegration.Text = "Calibrate";
btnOcrTesting.Text = "Run OCR Testing";
UpdateApplicationStateFromCameraState();
EnsureSchedulesState(true);
}
if (m_StateManager.IsUsingManualIntegration)
btnManualIntegration.Text = "Automatic";
else
btnManualIntegration.Text = "Manual";
}
}
private void PaintVideoFrameCallback(VideoFrameWrapper frame, Bitmap bmp)
{
if (m_VideoFrameCopyRequested)
{
try
{
m_LastRenderedFrame = new MinimalVideoFrame(frame, new Bitmap(bmp));
}
catch (Exception ex)
{
Trace.WriteLine(ex.GetFullStackTrace());
}
finally
{
m_VideoFrameCopyRequested = false;
m_GetNextVideoFrameSignal.Set();
}
}
m_MainForm.PaintVideoFrame(frame, bmp);
}
private void DisplayVideoFrames(object state)
{
while (running)
{
if (videoObject != null &&
videoObject.IsConnected &&
previewOn)
{
try
{
IVideoFrame frame = videoObject.LastVideoFrame;
if (frame != null)
{
var frameWrapper = new VideoFrameWrapper(frame);
if (frameWrapper.UniqueFrameId == -1 || frameWrapper.UniqueFrameId != lastDisplayedVideoFrameNumber)
{
lastDisplayedVideoFrameNumber = frameWrapper.UniqueFrameId;
Bitmap bmp = frame.PreviewBitmap;
if (bmp == null)
{
cameraImage.SetImageArray(
frame.ImageArray,
imageWidth,
imageHeight,
videoObject.SensorType);
bmp = cameraImage.GetDisplayBitmap();
}
if (frame.ImageArray == null)
{
frameWrapper.ImageArray = cameraImage.GetImageArray(bmp, SensorType.Monochrome, LumaConversionMode.R, Settings.Default.HorizontalFlip, Settings.Default.VerticalFlip);
}
stateManager.ProcessFrame(frameWrapper);
analysisManager.ProcessFrame(frameWrapper, bmp);
if (m_DisplayIntensifyMode != DisplayIntensifyMode.Off || m_DisplayInvertedMode || m_DisplayHueIntensityMode)
{
using (var memStr = new MemoryStream())
{
bmp.Save(memStr, ImageFormat.Bmp);
memStr.Seek(0, SeekOrigin.Begin);
bmp = new Bitmap(memStr);
}
// For display purposes only we apply display gamma and/or invert when requested by the user
if (m_DisplayIntensifyMode != DisplayIntensifyMode.Off)
BitmapFilter.ApplyGamma(bmp, m_DisplayIntensifyMode == DisplayIntensifyMode.Hi, m_DisplayInvertedMode, m_DisplayHueIntensityMode);
else if (m_DisplayInvertedMode || m_DisplayHueIntensityMode)
BitmapFilter.ProcessInvertAndHueIntensity(bmp, m_DisplayInvertedMode, m_DisplayHueIntensityMode);
}
try
{
m_MainForm.Invoke(new PaintVideoFrameDelegate(PaintVideoFrameCallback), new object[] {frameWrapper, bmp});
}
catch (InvalidOperationException)
{ }
catch (IndexOutOfRangeException)
{ }
}
}
}
catch (Exception ex)
{
Trace.WriteLine(ex.GetFullStackTrace());
Bitmap errorBmp = new Bitmap(m_MainForm.picVideoFrame.Width, m_MainForm.picVideoFrame.Height);
using (Graphics g = Graphics.FromImage(errorBmp))
{
g.Clear(Color.MidnightBlue);
//g.DrawString(ex.Message, debugTextFont, Brushes.Black, 10, 10);
g.Save();
}
try
{
m_MainForm.Invoke(new PaintVideoFrameDelegate(m_MainForm.PaintVideoFrame), new object[] { null, errorBmp });
}
catch (InvalidOperationException)
{ }
catch (IndexOutOfRangeException)
{ }
}
}
Thread.Sleep(1);
Application.DoEvents();
}
}
public void ProcessFrame(VideoFrameWrapper frame)
{
if (currentState != null)
currentState.ProcessFrame(this, frame);
if ((Settings.Default.SimulatorRunOCR && Settings.Default.OcrSimulatorNativeCode) ||
Settings.Default.AavOcrEnabled)
{
if (frame.OcrErrorsSinceReset.HasValue)
{
ocrErrors = frame.OcrErrorsSinceReset.Value;
providesOcredTimestamps = true;
}
else
{
ocrErrors = 0;
providesOcredTimestamps = false;
}
}
isUsingManualIntegration = frame.ManualIntegrationRateHint > 0;
}
