public Flou x(Double val)
{
if (val <= minInterval)
{
return(new Flou(minIntervalValue));
}
if (val >= maxInterval)
{
return(new Flou(maxIntervalValue));
}
for (int i = 1; i < this.nbPointsInArray; i++)
{
if (val < this.points[i, 0])
{
return(new Flou(Flou.extrapolate(this.points[i - 1, 0], this.points[i - 1, 1], this.points[i, 0], this.points[i, 1], val)));
}
}
throw new Exception("Internal error");
}
static public void findStabilityAndAddValueToList(List <Double> listUsedToFindStability, List <Double> stabilityListToBeModified, int sizeOfStabilityList)
{
//start with max over 5 values
if (listUsedToFindStability.Count <= 5)
{
ToolBox.insertInListWithMax(stabilityListToBeModified, 0, sizeOfStabilityList);
return;
}
List <Double> compareList = new List <Double>();
for (int i = 0; i < 5; i++)
{
compareList.Add(Math.Abs(listUsedToFindStability[i] - listUsedToFindStability[i + 1]));
}
Flou result = new Flou(BusinessConf.isExtremelySmall.x(compareList.Max()));
ToolBox.insertInListWithMax(stabilityListToBeModified, result.y, sizeOfStabilityList);
}
public Flou(Flou f)
{
this.y = f.y;
}
