private void graphTimer_Tick(object sender, EventArgs e)
{
rtbInfo.AppendText(nog_count + ") Xavg: " + Math.Round(myGA.chromoValue.Average(), 2) + "\tFxavg " + Math.Round(Equation.F3x(myGA.chromoValue.Average()), 2) + "\tFitness " + Math.Round(myGA.chromoFitness.Average(), 2) + "\n");
GAPointsRPPL.Clear();
for (int i = 0; i < myGA.populationSize; i++)
{
GAPointsRPPL.Add(myGA.chromoValue[i], Equation.set(myGA.functionType, myGA.chromoValue[i]));
}
PCavgPointsRPPL.Add(nog_count, myGA.chromoValue.Average());
PCmaxPointsRPPL.Add(nog_count, myGA.chromoValue.Max());
//PCavgPointsRPPL.Add(nog_count, myGA.chromoFitness.Average());
//PCmaxPointsRPPL.Add(nog_count, myGA.chromoFitness.Max());
zgcFunction.Invalidate();
zgcPerformance.Invalidate();
}
/*Creates the curve for the equation type 1*/
public void setGraphFunction()
{
setGraphSettings();
EqPointsRPPL.Clear();
double i = myGA.rangeMin;
double j;
while (i < myGA.rangeMax)
{
j = Equation.set(myGA.functionType, i);
EqPointsRPPL.Add(i, j);
i = i + 0.05;
}
zgcFunction.Invalidate();
//for (double i = myGA.rangeMin; i < myGA.rangeMax; i=i+0.05)
//{
// EqPointsRPPL.Add(i, Equation.set(myGA.functionType, i));
//}
}
