public GaussianFilterViewModel(DoubleSliderViewModel sigma1, DoubleSliderViewModel sigma2)
: this()
{
Sigma1 = sigma1;
Sigma2 = sigma2;
InitializeSliders();
}
public MOGAlgorithmViewModel(IntegerSliderViewModel numberOfMixtures, DoubleSliderViewModel backgroundRatio, DoubleSliderViewModel noiseSigma)
: this()
{
NumberOfMixtures = numberOfMixtures;
BackgroundRatio = backgroundRatio;
NoiseSigma = noiseSigma;
InitializeSliders();
}
public ProbabilisticHoughTransformationAlgorithmViewModel(DoubleSliderViewModel rho, DoubleSliderViewModel theta,
IntegerSliderViewModel threshold, DoubleSliderViewModel minLineLength, DoubleSliderViewModel maxLineGap)
: this()
{
Rho = rho;
Theta = theta;
Threshold = threshold;
MinLineLength = minLineLength;
MaxLineGap = maxLineGap;
InitializeSliders();
}
public StandardHoughTransformationAlgorithmViewModel(DoubleSliderViewModel rho, DoubleSliderViewModel theta,
IntegerSliderViewModel threshold, IntegerSliderViewModel srn, IntegerSliderViewModel stn)
: this()
{
Rho = rho;
Theta = theta;
Threshold = threshold;
Srn = srn;
Stn = stn;
InitializeSliders();
}
private void LoadDesignTimeData()
{
Rho = new DoubleSliderViewModel();
Theta = new DoubleSliderViewModel();
Threshold = new IntegerSliderViewModel();
MinLineLength = new DoubleSliderViewModel();
MaxLineGap = new DoubleSliderViewModel();
}
private void LoadDesignTimeData()
{
NumberOfMixtures = new IntegerSliderViewModel();
BackgroundRatio = new DoubleSliderViewModel();
NoiseSigma = new DoubleSliderViewModel();
}
public FingerTrackingOptionsViewModel(DoubleSliderViewModel perimeterScalingFactor)
: this()
{
PerimeterScalingFactor = perimeterScalingFactor;
InitializeSliders();
}
private void LoadDesignTimeData()
{
Sigma1 = new DoubleSliderViewModel();
Sigma2 = new DoubleSliderViewModel();
}
private void LoadDesignTimeData()
{
Rho = new DoubleSliderViewModel();
Theta = new DoubleSliderViewModel();
Threshold = new IntegerSliderViewModel();
Srn = new IntegerSliderViewModel();
Stn = new IntegerSliderViewModel();
}
