public void RecalculateNeuroevolution(newPool xPool)
{
//RECALCULATE NEUROEVOLUTION
int spcies = xPool.species.Count;
//PANEL
PanelTop = new float[] { Start, Panel.Height - Start * 1.8f, Panel.Height - Start * 1.2f };
PanelLeft = new float[] { Start, Start * 1.5f, Start * 2f };
PanelMax = Panel.Width - (PanelLeft.Last() * 2 + Start);
//CALCULATE LINE WIDTH
float height = PanelTop[1] - PanelTop[0];
PenPositive = new Pen(Colors.MainRecessive, height / spcies);
PenNegative = new Pen(Colors.getLighter(Colors.MainRecessive, 0.5f), PenPositive.Width);
PenText = new Pen(Colors.getColor(COLOR.BLACK), PenPositive.Width);
//GET HIGHSCORE
HighScore = (float)xPool.maxFitness;
}
private void initializePool(bool xLoad = false)
{
//INITIALIZE POOL
Pool = new newPool();
//ABBRUCH
if (xLoad)
{
return;
}
for (int i = 0; i < Population; i++)
{
newGenome basic = newGenome.basicGenome(this);
addToSpecies(basic);
}
//INITIALIZE RUN
initializeRun();
}
public void Plot(Graphics g)
{
Pool = Main.Mario.Pool;
//ABBRUCH
if (Pool == null)
{
return;
}
//RECALCULATE NEUROEVOLUTION
RecalculateNeuroevolution(Pool);
//GET SPCIES LIST
List <newSpecies> spciesList = Pool.species;
for (int i = 0; i < spciesList.Count; i++)
{
float width = PanelLeft[2] + getScoreWidth(spciesList[i].topFitness);
float average = PanelLeft[2] + getScoreWidth(spciesList[i].averageFitness);
float height = PanelTop[0] + i * PenPositive.Width;
//DRAW NUMBER
g.DrawString((i + 1) + ".", Mod_Convert.FontSize(Fonts.MainFont, PenText.Width), PenText.Brush, new PointF(PanelLeft[1], height - PenPositive.Width / 2));
//DRAW SCORE
if (Mod_Check.isEven(i))
{
g.DrawLine(PenNegative, new PointF(PanelLeft[2], height), new PointF(width, height));
}
else
{
g.DrawLine(PenPositive, new PointF(PanelLeft[2], height), new PointF(width, height));
}
//DRAW STALE
for (int l = 0; l < Pool.species[i].staleness; l++)
{
g.FillEllipse(new SolidBrush(Colors.MainLight), PanelLeft[2] + 1f + l * PenPositive.Width, height, PenPositive.Width / 2, PenPositive.Width / 2);
}
//DRAW AVERAGE
g.DrawLine(new Pen(Colors.MainDominant, 1), new PointF(average, height), new PointF(average, height + PenPositive.Width / 2));
}
//INFORMATIONS
newSpecies currSpecies = Pool.species[Pool.currentSpecies]; //GET CURRENT SPECIES
newGenome currGenome = currSpecies.genomes[Pool.currentGenome]; //GET CURRENT GENOME
float left = PanelLeft[0];
Font infoFont = Mod_Convert.FontSize(Fonts.MainFont, 9);
g.DrawString("Generation:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString(Pool.generation.ToString(), infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
left += PanelLeft[0] * 2.5f;
g.DrawString("Species:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString((Pool.currentSpecies + 1) + "/" + Pool.species.Count, infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
left += PanelLeft[0] * 2.5f;
g.DrawString("Genome:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString((Pool.currentGenome + 1) + "/" + currSpecies.genomes.Count, infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
left += PanelLeft[0] * 2.5f;
g.DrawString("Stale:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString(currSpecies.staleness + "/" + (NetMario.StaleSpecies - 1), infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
left += PanelLeft[0] * 2.5f;
g.DrawString("Fitness:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString(currGenome.fitness + " (" + Pool.maxFitness + ", " + currSpecies.averageFitness + ")", infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
left += PanelLeft[0] * 2.5f;
g.DrawString("Measure:", infoFont, PenNegative.Brush, new PointF(left, PanelTop[1]));
g.DrawString(Pool.measured + " %", infoFont, PenText.Brush, new PointF(left, PanelTop[2]));
}
public int newInnovation(newPool xPool)
{
//NEW INNOVATION
xPool.innovation = xPool.innovation + 1;
return(xPool.innovation);
}
