public Phenotype GenotypeToPhenotype()
{
Phenotype phenotype = new Phenotype(numberOfFurniture, maxCountOfOneKindOfFurniture+1);
int[,] matrixOfPhenotype = phenotype.getPhenotype();
for (int allele=0; allele<genotype.Count;allele++)
{
matrixOfPhenotype[allele,genotype[allele]] = 1;
}
phenotype.setPhenotype(matrixOfPhenotype);
return phenotype;
}
public Individual(int _numberOfFurniture, int _maxCountOfOneKindOfFurniture,
List<AdditionalInformation> _additionalInformationAboutIndividual,Random _randomCount,double _maxVolume,double _maxCost)
{
numberOfFurniture = _numberOfFurniture;
maxCountOfOneKindOfFurniture = _maxCountOfOneKindOfFurniture;
additionalInformationAboutIndividual = _additionalInformationAboutIndividual;
randomCount = _randomCount;
maxVolume = _maxVolume;
maxCost = _maxCost;
do
{
genotypeOfIndividual = new Genotype(numberOfFurniture, maxCountOfOneKindOfFurniture, randomCount);
individual = genotypeOfIndividual.FormRandomGenotype();
}
while (checkForAllowabilityInVolume() || checkForAllowabilityInCost());
phenotypeOfIndividual = genotypeOfIndividual.GenotypeToPhenotype();
CountPCommon();
CountSCommon();
}
