public UDPSenderCameraDevice(string IpAddress, int Port, string aCameraName, string aMonikerString, int aCameraID)
: base(aCameraName, aMonikerString, aCameraID)
{
//register callback on BitmapAcquired
RegisterBitmapAcquiredCB(BitmapAcquiredCBHandler);
//Create a socket connection for data to go out.
aUDPSender = new UDPSender(IpAddress, Port);
stopwatch = new Stopwatch();
converter = new ImageConverter();
aUDPStatistics = new LocalUDPStatistics(aUDPSender, 1000);
aCodecUtility = new CodecUtility();
}
public UDPSenderCameraDevice(string IpAddress, int Port, string aCameraName, string aMonikerString, int aCameraID)
: base(aCameraName, aMonikerString, aCameraID)
{
//register callback on BitmapAcquired
RegisterBitmapAcquiredCB(BitmapAcquiredCBHandler);
//Create a socket connection for data to go out.
aUDPSender = new UDPSender(IpAddress, Port);
stopwatch = new Stopwatch();
converter = new ImageConverter();
aUDPStatistics = new LocalUDPStatistics(aUDPSender, 1000);
aCodecUtility = new CodecUtility();
}
public void PacketReconstructedCBHandler(int FileID, byte[] filebyte, int bytesRead)
{
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
CodecUtility aCodec = new CodecUtility();
LatestFrame = aCodec.DecompressJPEGArrayToBpm(filebyte);
//Call the callback
if (aNewBitmapReceivedEvent != null)
{
aNewBitmapReceivedEvent(LatestFrame);
}
PacketReconstructors.GetReconstructedPackets().Clear();
stopwatch.Stop();
// Write result
//Console.WriteLine("Time elapsed ms: {0}", stopwatch.ElapsedMilliseconds);
}
public void PacketReconstructedCBHandler(int FileID, byte[] filebyte, int bytesRead)
{
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
CodecUtility aCodec = new CodecUtility();
LatestFrame = aCodec.DecompressJPEGArrayToBpm(filebyte);
//Call the callback
if (aNewBitmapReceivedEvent != null)
{
aNewBitmapReceivedEvent(LatestFrame);
}
PacketReconstructors.GetReconstructedPackets().Clear();
stopwatch.Stop();
// Write result
//Console.WriteLine("Time elapsed ms: {0}", stopwatch.ElapsedMilliseconds);
}
