public InteractResult interactWithZoa(Protozoa zoa, double toxicity)
{
double[] input = new double[]
{
zoa.fire,
zoa.grass,
zoa.ocean,
toxicity,
fear,
energy
};
double[] res = genome.interactZoaNet.calc(input);
double toEat = res[0];
double toLove = res[1];
if (toEat < 0 && toLove < 0)
{
return(InteractResult.Nothing);
}
if (toLove > toEat)
{
return(InteractResult.Love);
}
eat(zoa.fire, zoa.grass, zoa.ocean, toxicity);
return(InteractResult.Eat);
}
public Protozoa love(Random rnd, Protozoa zoa)
{
Protozoa newZoa = new Protozoa(rnd, this, zoa);
fetus = newZoa;
cooldown += cooldownLove;
return(newZoa);
}
public void addZoa(Protozoa zoa)
{
zoa.id = counter;
protozoas.Add(zoa.id, zoa);
pointsManager.addDinamicPoint(
zoa.centerP, zoa.viewDepth * zoa.radius, zoa.id, ZoaType, new KeyValuePair <object, object>(WorldObjectType, zoa)
);
counter++;
}
genome; //container for constructor and control nets
public Protozoa(Random rnd, Protozoa primaryParent, Protozoa secondaryParent, long id = 0)
{
this.id = id;
centerP = primaryParent.centerP;
genome = new Genome(rnd, primaryParent.genome, secondaryParent.genome);
applyConstructor(genome.constructor);
moveVector.setStart(centerP);
}
private void moveZoa(Protozoa zoa, double time)
{
double viscosity = surface.getEffectAtPoint(zoa.centerP, SourceType.Viscosity);
zoa.move(viscosity, time);
}
