static void geracao2d(object sender, GaEventArgs e)
{
var sol = e.Population.GetTop(1)[0];
tagg = sol.Tag as tag;
if (tagg != null)
{
// tagg2 = sol2.Tag as tag;
tagg.generation = e.Generation;
mevolution[e.Generation, 1] = tagg.generation.ToString("F4");
mevolution[e.Generation, 2] = tagg.fobj.ToString("F4");
mevolution[e.Generation, 3] = tagg.angle.ToString("F4");
mevolution[e.Generation, 4] = tagg.tol.ToString("F4");
mevolution[e.Generation, 5] = tagg.bwh.ToString("F4");
mevolution[e.Generation, 6] = tagg.lsd.ToString("F4");
mevolution[e.Generation, 7] = tagg.nl.ToString();
mevolution[e.Generation, 8] = tagg.C0.ToString("F4");
mevolution[e.Generation, 9] = tagg.C.ToString("F4");
mevolution[e.Generation, 10] = tagg.a.ToString("F4");
mevolution[e.Generation, 11] = tagg.ns.ToString("F4");
mevolution[e.Generation, 12] = tagg.curve.ToString();
mevolution[e.Generation, 13] = tagg.floss.ToString("F4");
string stx = "";
string sty = "";
int lvar = tagg.vx.Length;
for (int i = 1; i <= lvar - 1; i++)
{
string sep = "";
if (i < lvar - 1)
{
sep = "-";
}
else
{
sep = " ";
}
stx += tagg.vx[i].ToString("F4") + sep;
sty += tagg.vy[i].ToString("F4") + sep;
}
mevolution[e.Generation, 14] = stx;
mevolution[e.Generation, 15] = sty;
t2 = DateTime.Now;
var duracao = (t2 - t1).Minutes;
Console.WriteLine("Generation: {0}", tagg.generation);
Console.WriteLine("Objective Function: {0}", tagg.fobj);
Console.WriteLine("Angle - Tolerance - BandWidth: {0} - {1} - {2}", tagg.angle, tagg.tol, tagg.bwh);
Console.WriteLine("Lag - Nlag: {0} - {1}", tagg.lsd, tagg.nl);
Console.WriteLine("Nugget - Sill - Range: {0} - {1} - {2}", tagg.C0, tagg.C, tagg.a);
Console.WriteLine("Nugget/Sill: {0}", tagg.ns);
Console.WriteLine("Curve: {0}", tagg.curve);
Console.WriteLine("Loss Function: {0}", tagg.floss);
Console.WriteLine("Total Time (min): {0}", duracao);
Console.WriteLine("--------------------------");
}
else
{
Console.WriteLine("Generation: {0}", e.Generation);
Console.WriteLine("Not Viable Solution");
}
}
static double fapt2d(Chromosome sol)
{
string[] vcurve = { "shp", "exp", "gaus" };
double[] vsol = bintoreal2D(sol);
double[,] mvar = variograma2D(vsol);
int nvar = Convert.ToInt32(mvar[0, 0]);
double[] vvarx = new double[nvar + 1];
double[] vvary = new double[nvar + 1];
double r = 0;
for (int i = 1; i <= nvar; i++)
{
vvarx[i] = mvar[i, 1];
vvary[i] = mvar[i, 2];
}
double soma = 0;
bool vario = true;
double somavar = vvary.Sum();
if (somavar < 0.1)
{
vario = false;
}
int cont = 0;
for (int i = 2; i <= nvar; i++)
{
if (vvary[i] == 0)
{
cont++;
}
}
if (cont > 0)
{
vario = false;
}
if (vario == false)
{
r = 0;
goto fim;
}
double[] param = sa.simulated(vvarx, vvary);
int tipo = Convert.ToInt32(param[0]);
double floss = param[1];
double C0 = param[2];
double C = param[3];
double a = param[4];
//--------penalty 1
double fp1 = 1;
if (C0 / C > p.ga_ns)
{
fp1 = System.Math.Exp(2 * p.ga_ns);
}
//--------penalty 2
double fp2 = 1;
double R = System.Math.Abs((2 * vsol[4] * (int)vsol[5] - maxdim) / maxdim);
if (R > rp)
{
fp2 = 2 * System.Math.Log(30 * R);
}
//--------penalty 3
//double fp3 = System.Math.Sqrt(floss / nvar);
//------------------------
for (int i = 1; i <= npontos; i++)
{
double x = mpontos[i, 1];
double y = mpontos[i, 2];
double z = mpontos[i, 3];
double zest = krigagem.krigagem2D(x, y, mpontos, tipo, C0, C, a);
soma = soma + (z - zest) * (z - zest);
//soma2 = soma2 + (z - mediaobs)* (z - mediaobs);
}
soma = soma / npontos;
soma = soma * fp1 * fp2;
//string st = vsol[1].ToString("F2")+"/"+ vsol[2].ToString("F2") + "/" + vsol[3].ToString("F2") + "/" + vsol[4].ToString("F2") + "/" + Convert.ToInt32(vsol[5]).ToString() + "/" +C0.ToString("F2")+"/"+C.ToString("F2")+ "/" + a.ToString("F2")+ "/"+vcurve[tipo-1]+"/" +floss.ToString("F2")+"/"+soma.ToString("F2");
//string st = soma.ToString("F4") + "/" + tipo.ToString() + "/" + C0.ToString("F4") + "/" + C.ToString("F4") + "/" + a.ToString("F4");
tag Tag = new tag();
Tag.ns = C0 / C;
Tag.angle = vsol[1]; Tag.tol = vsol[2]; Tag.bwh = vsol[3]; Tag.lsd = vsol[4];
Tag.nl = (int)vsol[5]; Tag.C0 = C0; Tag.C = C; Tag.a = a;
Tag.curve = vcurve[tipo - 1]; Tag.floss = floss; Tag.fobj = soma;
Tag.vx = vvarx; Tag.vy = vvary; Tag.curvetipo = tipo;
sol.Tag = Tag;
double gama = 0.1;
double aux1 = 1 / (1 + System.Math.Exp(-gama * soma));
r = 2 * (1 - aux1);
fim:
if (r < 0)
{
r = 0;
}
//Console.WriteLine(r.ToString());
return(r);
}
