public double MaturationTime(double p)
{
double lambda = bc_trait.MaturationTime(bioClockTC, bioClockInverse);
p = maturationP.P(p);
return(MathUtil.WeibullQF(lambda, maturationK, p));
}
public double AgingTime(double p)
{
double lambda = bc_trait.AgingTime(bioClockTC, bioClockInverse);
p = agingP.P(p);
return(MathUtil.WeibullQF(lambda, agingK, p));
}
double CalcBirth()
{
double k = 1;
PRange pRange = null;
for (int i = 0; i < genes.Length; i++)
{
switch (genes[i].trait.name)
{
case "GestationPeriodK":
k = (genes[i].trait as TimeK).K(genes[i]);
break;
case "GestationPeriodP":
pRange = (genes[i].trait as TimeP).P(genes[i]);
break;
}
}
var p = pRange.P(subp);
var l = bioClock.GestationPeriod;
return(MathUtil.WeibullQF(l, k, p));
}
double CalcOvulationTime(double p)
{
p = ovulationP.P(p);
return(MathUtil.WeibullQF(ovulationL, ovulationK, p));
}
double CalcCyclePeriod(double p)
{
p = cycleP.P(p);
return(MathUtil.WeibullQF(cycleL, cycleK, p));
}
public double Life(double p)
{
p = gameteP.P(p);
return(MathUtil.WeibullQF(gameteL, gameteK, p));
}
