public FaceSearchController(
IFrameStream source,
IOperation<Frame> frameProcessor,
IConvertor<Frame, Portrait> convertor,
IOperation<Portrait> portraitProcessor)
{
_source = source;
_frameProcessor = frameProcessor;
_convertor = convertor;
_portraitProcessor = portraitProcessor;
_worker.DoWork = delegate
{
var frames = frameProcessor.Execute(null).ToList();
var portraits = _convertor.Execute(frames).ToList();
var portraitsAfterProcess = _portraitProcessor.Execute(portraits).ToList();
foreach (var portrait in portraitsAfterProcess)
{
portrait.Dispose();
}
};
_worker.OnExceptionRetry = () => _source.Connect();
}
public FaceSearchController(
IFrameStream source,
IOperation <Frame> frameProcessor,
IConvertor <Frame, Portrait> convertor,
IOperation <Portrait> portraitProcessor)
{
_source = source;
_frameProcessor = frameProcessor;
_convertor = convertor;
_portraitProcessor = portraitProcessor;
_worker.DoWork = delegate
{
var frames = frameProcessor.Execute(null).ToList();
var portraits = _convertor.Execute(frames).ToList();
var portraitsAfterProcess = _portraitProcessor.Execute(portraits).ToList();
foreach (var portrait in portraitsAfterProcess)
{
portrait.Dispose();
}
};
_worker.OnExceptionRetry = () => _source.Connect();
}
internal frmFileInformation(IFrameStream frameStream)
{
InitializeComponent();
m_FrameStream = frameStream;
PopulateInfo();
}
internal frmFileInformation(IFrameStream frameStream)
{
InitializeComponent();
m_FrameStream = frameStream;
PopulateInfo();
}
public static FaceSearchController CreateNewController(IFrameStream source,
IOperation<Frame> frameProcessor,
IConvertor<Frame, Portrait> convertor,
IOperation<Portrait> portraitProcessor)
{
var controller = new FaceSearchController(source, frameProcessor, convertor, portraitProcessor);
return controller;
}
public static FaceSearchController CreateNewController(IFrameStream source,
IOperation <Frame> frameProcessor,
IConvertor <Frame, Portrait> convertor,
IOperation <Portrait> portraitProcessor)
{
var controller = new FaceSearchController(source, frameProcessor, convertor, portraitProcessor);
return(controller);
}
private void EnsureClosed()
{
if (m_VideoStream != null)
{
IDisposable disp = m_VideoStream as IDisposable;
if (disp != null)
{
disp.Dispose();
}
m_VideoStream = null;
}
}
public void Initialize(IFrameStream videoStream, int currentFrameNo)
{
m_VideoStream = videoStream;
m_ReInterlacedStream = videoStream as ReInterlacingVideoStream;
SetFilterMode();
gbxInterlacedSettings.Enabled = m_ReInterlacedStream != null;
rbReInterlaceNon.Checked = true;
HotPixelCorrector.ConfigurePreProcessing(false);
tbDepth.Value = 20;
}
public void Initialize(IFrameStream videoStream, int currentFrameNo)
{
m_VideoStream = videoStream;
m_ReInterlacedStream = videoStream as ReInterlacingVideoStream;
SetFilterMode();
gbxInterlacedSettings.Enabled = m_ReInterlacedStream != null;
rbReInterlaceNon.Checked = true;
HotPixelCorrector.ConfigurePreProcessing(false);
tbDepth.Value = 20;
}
public void OpenVideo(IFrameStream frameStream)
{
EnsureClosed();
m_VideoStream = frameStream;
this.m_IsRunning = false;
this.m_StopRequestReceived = false;
m_MillisecondsPerFrame = (int)m_VideoStream.MillisecondsPerFrame;
m_CurrentFrameIndex = m_VideoStream.FirstFrame - 1;
m_FramesToIntegrate = 0;
m_FrameIntegration = FrameIntegratingMode.NoIntegration;
m_PlayBackwards = false;
}
public static FaceSearchController CreateNewController(IFrameStream source)
{
PortraitFinder finder = new PortraitFinder();
MotionDetector motionDetector = new MotionDetector();
motionDetector.MotionFrameCaptured += finder.HandleMotionFrame;
Damany.Util.PersistentWorker retriever = CreateDriver(source, motionDetector);
var controller = new FaceSearchController()
{
Worker = retriever,
PortraitFinder = finder,
MotionDetector = motionDetector
};
return controller;
}
public void Initialize(IFrameStream videoStream, int currentFrameNo)
{
m_VideoStream = videoStream;
m_DisplaySettings.Load();
m_DisplaySettings.Initialize();
if (m_VideoStream != null)
{
nudFrameNo.Minimum = m_VideoStream.FirstFrame;
nudFrameNo.Maximum = m_VideoStream.LastFrame;
nudFrameNo.SetNUDValue(currentFrameNo);
}
picHistogram.Image = new Bitmap(picHistogram.Width, picHistogram.Height);
picStretched.Image = new Bitmap(picStretched.Width, picStretched.Height);
m_HistogramData.Clear();
for (int i = 0; i < 256; i++)
{
m_HistogramData.Add(0);
}
m_DisplayData.Clear();
for (int i = 0; i < 256; i++)
{
m_DisplayData.Add(0);
}
m_DisplayWindowData.Clear();
for (int i = 0; i < 256; i++)
{
m_DisplayWindowData.Add(0);
}
m_FromByte = 0;
m_ToByte = 128;
UpdateFromToControls();
pnlClipStretch.Visible = true;
pnlBrightnessContrast.Visible = false;
EnsureWindowData();
}
public static FaceSearchController CreateNewController(IFrameStream source)
{
PortraitFinder finder = new PortraitFinder();
MotionDetector motionDetector = new MotionDetector();
motionDetector.MotionFrameCaptured += finder.HandleMotionFrame;
Damany.Util.PersistentWorker retriever = CreateDriver(source, motionDetector);
var controller = new FaceSearchController()
{
Worker = retriever,
PortraitFinder = finder,
MotionDetector = motionDetector
};
return(controller);
}
private static Damany.Util.PersistentWorker CreateDriver(IFrameStream source, MotionDetector motionDetector)
{
var retriever = new Damany.Util.PersistentWorker();
retriever.OnWorkItemIsDone += item =>
{
Console.Write("\r");
Frame f = item as Frame;
Console.Write(f.ToString());
};
retriever.DoWork = delegate
{
var frame = source.RetrieveFrame();
retriever.ReportWorkItem(frame);
motionDetector.DetectMotion(frame);
};
retriever.OnExceptionRetry = delegate { source.Connect(); };
return retriever;
}
private static Damany.Util.PersistentWorker CreateDriver(IFrameStream source, MotionDetector motionDetector)
{
var retriever = new Damany.Util.PersistentWorker();
retriever.OnWorkItemIsDone += item =>
{
Console.Write("\r");
Frame f = item as Frame;
Console.Write(f.ToString());
};
retriever.DoWork = delegate
{
var frame = source.RetrieveFrame();
retriever.ReportWorkItem(frame);
motionDetector.DetectMotion(frame);
};
retriever.OnExceptionRetry = delegate { source.Connect(); };
return(retriever);
}
public static Damany.Imaging.Common.IFrameStream NewFrameStream(Damany.PC.Domain.CameraInfo cameraInfo)
{
IFrameStream source = null;
switch (cameraInfo.Provider)
{
#if DEBUG
case Damany.PC.Domain.CameraProvider.LocalDirectory:
break;
#endif
case Damany.PC.Domain.CameraProvider.Sanyo:
var sanyo = new SanyoNetCamera();
sanyo.Uri = cameraInfo.Location;
sanyo.UserName = cameraInfo.LoginUserName ?? "guest";
sanyo.PassWord = cameraInfo.LoginPassword ?? "guest";
source = sanyo;
break;
#if DEBUG
case Damany.PC.Domain.CameraProvider.AipStar:
var aip = new Damany.Cameras.Wrappers.AipStarCamera(cameraInfo.Location.Host, cameraInfo.Location.Port, "", "");
aip.UserName = cameraInfo.LoginUserName ?? "system";
aip.PassWord = cameraInfo.LoginPassword ?? "system";
source = aip;
break;
#endif
default:
throw new NotSupportedException("camera type not supported");
break;
}
source.Id = cameraInfo.Id;
return(source);
}
public bool OpenVideo(string fileName)
{
string fileExtension = Path.GetExtension(fileName);
if (fileExtension != null)
{
fileExtension = fileExtension.ToLower();
}
IFrameStream frameStream = null;
if (fileExtension == ".adv" || fileExtension == ".aav")
{
AdvFileMetadataInfo fileMetadataInfo;
GeoLocationInfo geoLocation;
frameStream = AstroDigitalVideoStream.OpenFile(fileName, out fileMetadataInfo, out geoLocation);
}
else if (fileExtension == ".avi")
{
frameStream = VideoStream.OpenFileForAutomation(fileName, 0);
frameStream = ReInterlacingVideoStream.Create(frameStream, ReInterlaceMode.None);
}
else
{
Console.Error.WriteLine("{0} files are not supported.", fileExtension);
Console.WriteLine(string.Format("{0} files are not supported.", fileExtension));
return(false);
}
if (frameStream != null && m_FramePlayer != null)
{
m_FramePlayer.OpenVideo(frameStream);
return(true);
}
return(false);
}
public void Initialize(IFrameStream videoStream, int currentFrameNo)
{
m_VideoStream = videoStream;
m_DisplaySettings.Load();
m_DisplaySettings.Initialize();
if (m_VideoStream != null)
{
nudFrameNo.Minimum = m_VideoStream.FirstFrame;
nudFrameNo.Maximum = m_VideoStream.LastFrame;
nudFrameNo.SetNUDValue(currentFrameNo);
}
picHistogram.Image = new Bitmap(picHistogram.Width, picHistogram.Height);
picStretched.Image = new Bitmap(picStretched.Width, picStretched.Height);
m_HistogramData.Clear();
for (int i = 0; i < 256; i++)
m_HistogramData.Add(0);
m_DisplayData.Clear();
for (int i = 0; i < 256; i++)
m_DisplayData.Add(0);
m_DisplayWindowData.Clear();
for (int i = 0; i < 256; i++)
m_DisplayWindowData.Add(0);
m_FromByte = 0;
m_ToByte = 128;
UpdateFromToControls();
pnlClipStretch.Visible = true;
pnlBrightnessContrast.Visible = false;
EnsureWindowData();
}
private void EnsureClosed()
{
if (m_VideoStream != null)
{
IDisposable disp = m_VideoStream as IDisposable;
if (disp != null) disp.Dispose();
m_VideoStream = null;
}
}
public void RotateVideo(float angle)
{
// This is an experimental code
m_VideoStream = new RotatedVideoStream(m_VideoStream, angle);
}
public void OpenVideo(IFrameStream frameStream)
{
EnsureClosed();
m_VideoStream = frameStream;
this.m_IsRunning = false;
this.m_StopRequestReceived = false;
m_MillisecondsPerFrame = (int)m_VideoStream.MillisecondsPerFrame;
m_CurrentFrameIndex = m_VideoStream.FirstFrame - 1;
m_FramesToIntegrate = 0;
m_FrameIntegration = FrameIntegratingMode.NoIntegration;
m_PlayBackwards = false;
}
public FrameReader(IFrameStream source)
{
_source = source;
}
public RotatedVideoStream(IFrameStream originalVideo, double angleDegrees)
{
m_Video = originalVideo;
m_Angle = angleDegrees;
}
public static IFrameStream Create(IFrameStream baseStream, ReInterlaceMode mode)
{
return(new ReInterlacingVideoStream(baseStream, mode));
}
public void RotateVideo(float angle)
{
// This is an experimental code
m_VideoStream = new RotatedVideoStream(m_VideoStream, angle);
}
/// <summary>
/// Initializes an instance of this class.
/// </summary>
/// <param name="format">The format of the waveform.</param>
/// <param name="frameCount">The number of frames within the waveform.</param>
/// <param name="frameStream">The stream providing the waveform's frames.</param>
public StreamWaveform(WaveformFormat format, int frameCount, IFrameStream frameStream)
: base(format)
{
_frameCount = frameCount;
_frameStream = frameStream;
}
private ReInterlacingVideoStream(IFrameStream baseStream, ReInterlaceMode mode)
{
m_BaseStream = baseStream;
ChangeReInterlaceMode(mode);
}
public static IFrameStream Create(IFrameStream baseStream, ReInterlaceMode mode)
{
return new ReInterlacingVideoStream(baseStream, mode);
}
private ReInterlacingVideoStream(IFrameStream baseStream, ReInterlaceMode mode)
{
m_BaseStream = baseStream;
ChangeReInterlaceMode(mode);
}
public RotatedVideoStream(IFrameStream originalVideo, double angleDegrees)
{
m_Video = originalVideo;
m_Angle = angleDegrees;
}