public Handetector_Threading(KinectSensor kinectSensor, int mode, Boolean isDebug)
{
this.kinectSensor = kinectSensor;
colorList = new List<Color>();
maskPlayerPos = new List<Int32>();
dotDetector = new DotDetectorAlgorithm_Counter(detectionColor);
r = new DotDetector_ResultObject();
this.mode = mode;
isDebugMode = isDebug;
}
public HandDotDetector(Rectangle redDotDetectionArea, KinectSensor k)
{
this.kinectSensor = k;
this.redDotDetectionArea = redDotDetectionArea;
results = new DotDetector_ResultObject[2];
results[0] = new DotDetector_ResultObject();
results[1] = new DotDetector_ResultObject();
handPositions = new Vector2[2];
colorList = new List<Color>();
dotDetector = new DotDetectorAlgorithm_Counter(detectionColor);
neededPixels = redDotDetectionArea.Width * redDotDetectionArea.Height;
this.ready = false;
hand_bolterValue.Add(0, 0);
hand_bolterValue.Add(1, 0);
}
private void algoChangeCheck()
{
KeyboardState k = Keyboard.GetState();
if (k.IsKeyDown(Keys.Q))
{
double oldThreshold = this.dotDetector.colorDiffrenceThreshold;
this.dotDetector = new DotDetectorAlgorithm_Counter(detectionColor);
this.dotDetector.colorDiffrenceThreshold = oldThreshold;
Console.WriteLine("Dotdetectroalgorithm: Counter");
}
else if (k.IsKeyDown(Keys.W))
{
this.dotDetector = new DotDetectorAlgorithm_Average(detectionColor);
Console.WriteLine("Dotdetectroalgorithm: Average");
}
else if (k.IsKeyDown(Keys.Y))
{
detectionColor = AbstractDotDetector.detectRedDot;
this.dotDetector.changeDetectionColor(detectionColor);
}
else if (k.IsKeyDown(Keys.X))
{
detectionColor = AbstractDotDetector.detectGreenDot;
this.dotDetector.changeDetectionColor(detectionColor);
}
else if (k.IsKeyDown(Keys.C))
{
detectionColor = AbstractDotDetector.detectBlueDot;
this.dotDetector.changeDetectionColor(detectionColor);
}
}
