// Start is called before the first frame update
void Start()
{
for (int i = 0; i < 303; i++)
{
Generation gen = SaveSys.LoadGeneration(i);
float aux = 0;
for (int j = 0; j < gen.population.Length; j++)
{
aux += gen.population[j].score;
}
aux = aux / gen.population.Length;
SaveSys.SaveToDataFrame(gen.generation, aux);
}
}
//Evaluate fitness and choose next generation
public void Draw()
{
this.undergoingDraw = true;
Individual bestOfGen = new Individual(shotQuantity);
//Sorting the array....
Array.Sort(population, delegate(Individual x, Individual y){
return(x.score.CompareTo(y.score));
});
bestOfGen = GetBestIndividual(population);//REDUNDANT
bool isCurrentGenBetter = false;
if (bestOfBest.score < bestOfGen.score)
{
predationCounter = 0;
SaveSys.SaveToDataFrame(currentGeneration, bestOfGen.score, mutationChance);
isCurrentGenBetter = true;
mutationChance = initital_mutationChance;
bestOfBest = bestOfGen;
}
else
{
predationCounter++;
SaveSys.SaveToDataFrame(currentGeneration, bestOfBest.score, mutationChance);
Debug.Log("Last Generation was better");
mutationChance += mutationIncreaseRate; //keep multiplying by 2, until it finds a better gen
}
SaveStatus(isCurrentGenBetter, currentGeneration);//Saving the result of this iteration
NextGeneration(bestOfBest);
this.undergoingDraw = false;
}