public void setColor(byte whihcLED, byte r, byte g, byte b)
{
lock (this)
{
ledVals[whihcLED] = new RGBVal(r, g, b);
hasUpdate = true;
manualMode = true;
}
}
public int sampleLessThan(byte[] array)
{
RGBVal sample = ColorSampler.Sample3Channels(array, VideoCaptureManager.Instance.ImageWidth, VideoCaptureManager.Instance.ImageHeight);
this.ColorAverage = sample;
if (sample.R < ColorThresh.R && sample.G < ColorThresh.G && sample.B < ColorThresh.B)
{
return(1);
}
return(0);
}
public int sampleGreaterThan(byte[] array)
{
RGBVal sample = ColorSampler.Sample3Channels(array, VideoCaptureManager.Instance.ImageWidth, VideoCaptureManager.Instance.ImageHeight);
this.ColorAverage = sample;
if (sample.R > ColorThresh.R && sample.G > ColorThresh.G && sample.B > ColorThresh.B)
{
VideoCaptureManager.Instance.RemoveCallback(sampleGreaterThan);
return(1);
}
return(0);
}
public LatencyTesterVM()
{
//captureControl = control;
stopwatch = new Stopwatch();
rectColor = Brushes.DarkGray;
colorThreshold = new RGBVal();
colorThreshold.R = 150;
colorThreshold.G = 0;
colorThreshold.B = 0;
colorAverage = new RGBVal();
colorAverage.R = 0;
colorAverage.G = 0;
colorAverage.B = 0;
BaseColor = Brushes.Black;
TestColor = Brushes.Red;
// VideoCaptureManager.Instance.AddCallback(sampleGreaterThan);
}
public LatencyTesterVM()
{
//captureControl = control;
stopwatch = new Stopwatch();
rectColor = Brushes.DarkGray;
colorThreshold = new RGBVal();
colorThreshold.R = 150;
colorThreshold.G = 0;
colorThreshold.B = 0;
colorAverage = new RGBVal();
colorAverage.R = 0;
colorAverage.G = 0;
colorAverage.B = 0;
BaseColor = Brushes.Black;
TestColor = Brushes.Red;
// VideoCaptureManager.Instance.AddCallback(sampleGreaterThan);
}
