public Cycle(GenePair[] genes, BioClock bioClock)
{
for (int i = 0; i < genes.Length; i++)
{
var g = genes[i];
switch (g.trait.name)
{
case "CyclePeriodK":
cycleK = (g.trait as TimeK).K(g);
break;
case "CyclePeriodP":
cycleP = (g.trait as TimeP).P(g);
break;
case "OvulationTimeK":
ovulationK = (g.trait as TimeK).K(g);
break;
case "OvulationTimeP":
ovulationP = (g.trait as TimeP).P(g);
break;
}
}
cycleL = bioClock.CyclePeriod;
ovulationL = bioClock.OvulationTime;
}
public BioClock(GenePair[] genes)
{
for (int i = 0; i < genes.Length; i++)
{
var g = genes[i];
switch (g.trait.name)
{
case "BioClockTC":
bioClockTC = g;
break;
case "BioClockInverse":
bioClockInverse = g;
break;
case "MaturationTimeK":
maturationK = (g.trait as TimeK).K(g);
break;
case "MaturationTimeP":
maturationP = (g.trait as TimeP).P(g);
break;
case "AgingTimeK":
agingK = (g.trait as TimeK).K(g);
break;
case "AgingTimeP":
agingP = (g.trait as TimeP).P(g);
break;
}
}
bc_trait = bioClockTC.trait as BioClockTC;
}
public Gamete(GenePair[] genes, bool isFemale, BioClock bioClock)
{
for (int i = 0; i < genes.Length; i++)
{
var g = genes[i];
switch (g.trait.name)
{
case "GameteLifeK":
gameteK = (g.trait as TimeK).K(g);
break;
case "GameteLifeP":
gameteP = (g.trait as TimeP).P(g);
break;
}
}
if (isFemale)
{
gameteL = bioClock.EggLife;
}
else
{
gameteL = bioClock.SpermLife;
}
}
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));
}
