internal override void GenerateCurve()
{
//create the senseCurve, the start of the curve and start populating it with random values
List <SensitivityPoint> sensCurve = new List <SensitivityPoint>();
SensitivityPoint firstPoint = new SensitivityPoint(0, sensMean);
sensCurve.Add(firstPoint);
Random rnd = new Random();
for (double timecode = curveTimestep; timecode < this.lenght; timecode += curveTimestep)
{
double sensDirection = rnd.NextDouble(); //create a random double to determine if sense is going to be faster or slower
if (sensDirection >= 0.5) //sens will be faster
{
double randomSens = sensMean + rnd.NextDouble() * (sensMax - sensMean); //generates a random value in the range of (basesens:maxsens)
SensitivityPoint sensPoint = new SensitivityPoint(timecode, randomSens);
sensCurve.Add(sensPoint);
}
else // sensDirection <0.5 -> sens will be slower
{
double randomSens = sensMin + rnd.NextDouble() * (sensMean - sensMin);
SensitivityPoint sensPoint = new SensitivityPoint(timecode, randomSens);
sensCurve.Add(sensPoint);
}
}
SensitivityPoint finalSensPoint = new SensitivityPoint(this.lenght, 1);//Make sure the curve ends at base sens
sensCurve.Add(finalSensPoint);
base.sensCurve = sensCurve;
}
public void InterpolateCurvePchip()
{
List <SensitivityPoint> smoothCurve = new List <SensitivityPoint>();
double[] timestamp = sensCurve.Select(sensCurve => sensCurve.timeStamp).ToArray();
double[] randomsense = sensCurve.Select(sensCurve => sensCurve.sensitivity).ToArray();
CubicSpline spline = CubicSpline.InterpolatePchip(timestamp, randomsense);
for (double timecode = 0; timecode < this.lenght; timecode += timestep)
{
SensitivityPoint sensPoint = new SensitivityPoint(timecode, spline.Interpolate(timecode));
smoothCurve.Add(sensPoint);
}
sensCurve = smoothCurve;
}
