private void SexualReproduction(Organism mother)
{
int energyToReproduce = (int)(bodyEnergy * chromosome.Parameters.EnergyToSonRatio * 2);
int momEnergyToReproduce = (int)(mother.bodyEnergy * mother.chromosome.Parameters.EnergyToSonRatio * 2);
if (organismEnergy.Value > (1 + chromosome.Parameters.ExcessEnergyToReproduce) * energyToReproduce &&
mother.organismEnergy.Value > (1 + mother.chromosome.Parameters.ExcessEnergyToReproduce) * momEnergyToReproduce &&
sexualReproductionNeuron.Value >= 0.5 &&
mother.sexualReproductionNeuron.Value >= 0.5)
{
Chromosome newChromosome = GenesManager.CreateNewGenesForReproduction(this.chromosome, mother.chromosome);
int totalEnergy = energyToReproduce + momEnergyToReproduce;
OrganismSpawn.SpawnOrganism(newChromosome, ComputeChildPosition(), totalEnergy);
organismEnergy.Value -= energyToReproduce;
mother.organismEnergy.Value -= momEnergyToReproduce;
}
}
public void Mitosis()
{
if (!Hyperparameters.ALLOW_MITOSIS)
{
return;
}
int energyToReproduce = (int)(bodyEnergy * chromosome.Parameters.EnergyToSonRatio * 4);
if (organismEnergy.Value > energyToReproduce * (1 + chromosome.Parameters.ExcessEnergyToReproduce) && mitosisNeuron.Value >= 0.5)
{
Chromosome newChromosome = GenesManager.CreateNewGenesForReproduction(this.chromosome);
OrganismSpawn.SpawnOrganism(newChromosome, ComputeChildPosition(), energyToReproduce);
organismEnergy.Value -= energyToReproduce;
}
}