public override double GetValue(double x, double y, double z)
{
var currentPoint = rescaler.Scale(z);
//Debug.Log("Current point scaled:" + currentPoint);
double input1 = -0.4;
double output1 = -0.3;
double input2 = 0.0f;
double output2 = 1;
double input3 = .4f;
double output3 = -0.3;
if (currentPoint <= input1)
{
rescale newScale = new rescale(domainMin, input1, domainMin, output1);
return(newScale.Scale(currentPoint));
}
if (currentPoint >= input1 && currentPoint <= input2)
{
rescale newScale = new rescale(input1, input2, output1, output2);
return(newScale.Scale(currentPoint));
}
if (currentPoint >= input2 && currentPoint <= input3)
{
rescale newScale = new rescale(input2, input3, output2, output3);
return(newScale.Scale(currentPoint));
}
if (currentPoint >= input3)
{
rescale newScale = new rescale(input3, domainMax, output3, domainMin);
return(newScale.Scale(currentPoint));
}
return(-1.0);
/*
*
* if (currentPoint<=point1)
* {
* return Utils.InterpolateLinear(domainMin, .6, currentPoint);
* }
* if (currentPoint>=point1 && currentPoint<=point2)
* {
* return Utils.InterpolateLinear(.6, domainMax, currentPoint);
* }
* if (currentPoint>=point2 && currentPoint<=point3)
* {
* return Utils.InterpolateLinear(domainMax, .6, currentPoint);
* }
* if (currentPoint >= point3 && currentPoint <= domainMax)
* {
* return Utils.InterpolateLinear(domainMax, domainMin, currentPoint);
* }
*
*
*/
//return currentPoint;
}
public gradientHack(double min, double max) : base(0)
{
this.min = min;
this.max = max;
this.rescaler = new rescale(this.min, this.max, domainMin, domainMax);
}
