public static Dictionary <int, List <Gene> > CalculateGenePairings(AnimalData female, AnimalData male, GeneType geneType)
{
byte[] femaleGene;
byte[] maleGene;
switch (geneType)
{
case GeneType.SIZE:
femaleGene = female.SizeGene.geneBytes;
maleGene = male.SizeGene.geneBytes;
break;
case GeneType.LONGEVITY:
femaleGene = female.LongevityGene.geneBytes;
maleGene = male.LongevityGene.geneBytes;
break;
case GeneType.UNKNOWN_1:
return(null);
case GeneType.FERTILITY:
femaleGene = female.FertilityGene.geneBytes;
maleGene = male.FertilityGene.geneBytes;
break;
case GeneType.IMMUNITY:
femaleGene = female.ImmunityGene.geneBytes;
maleGene = male.ImmunityGene.geneBytes;
break;
case GeneType.UNKNOWN_2:
return(null);
default:
return(null);
}
Dictionary <int, List <Gene> > pairings = new Dictionary <int, List <Gene> >();
Gene[] genes = new Gene[4];
genes[0] = new Gene(femaleGene.Take(6).Concat(maleGene.Take(6)).ToArray());
genes[1] = new Gene(femaleGene.Skip(6).Take(6).Concat(maleGene.Take(6)).ToArray());
genes[2] = new Gene(femaleGene.Take(6).Concat(maleGene.Skip(6).Take(6)).ToArray());
genes[3] = new Gene(femaleGene.Skip(6).Take(6).Concat(maleGene.Skip(6).Take(6)).ToArray());
switch (geneType)
{
case GeneType.SIZE:
case GeneType.LONGEVITY:
foreach (Gene gene in genes)
{
int value = (int)(gene.GetGeneValue(GeneValueType.HOMOGENEITY) * 100f);
if (!pairings.ContainsKey(value))
{
pairings.Add(value, new List <Gene>()
{
gene
});
}
else
{
pairings[value].Add(gene);
}
}
break;
case GeneType.FERTILITY:
case GeneType.IMMUNITY:
foreach (Gene gene in genes)
{
int value = (int)(gene.GetGeneValue(GeneValueType.DIVERSITY) * 100f);
if (!pairings.ContainsKey(value))
{
pairings.Add(value, new List <Gene>()
{
gene
});
}
else
{
pairings[value].Add(gene);
}
}
break;
default:
return(null);
}
return(pairings);
}
