static public Gen Parse(string FormatedString)
{
var b = FormatedString.Split(' ');
if (b[0] == "rsid" || b.Length != 4)
{
return(null);
}
Chromosone TryP;
TryP = Chromosone.TryParse(b[1], out TryP) ? TryP : Chromosone.NaC;
var Gtype = (from Geenon in b[3]
select Geenon == 'A' ? GenomType.A : (
Geenon == 'C' ? GenomType.C : (
Geenon == 'G' ? GenomType.G :
Geenon == 'T' ? GenomType.T : GenomType.NaG))).ToList();
if (Gtype.Count == 1)
{
Gtype.Add(GenomType.NaG);
}
int numb;
if (!int.TryParse(b[2], out numb))
{
numb = 0;
}
return(new Gen(b[0], TryP, numb, Gtype.ToArray()));
}
public Gen(string Rsid, Chromosone Chromo, int Position, GenomType[] GeenoTypes)
{
this.Rsid = Rsid;
this.Chromosone = Chromo;
this.Position = Position;
this.GeenoTypes = GeenoTypes;
}
public Solution(bool init = true)
{
Moves = new Chromosone[Chromosones * 2];
if (init)
{
for (int i = 0; i < Chromosones * 2; i++)
{
Moves[i] = new Chromosone();
Mutate(i, true);
}
}
Score = -1;
}
internal static void Output(Chromosone chromosone, Wizard wizard)
{
int power = 150;
if (wizard.Carrying)
{
chromosone.Action = "THROW";
power = MaxPower;
}
else
{
chromosone.Action = "MOVE";
power = MaxThrust;
}
var a = chromosone.Angle * Math.PI / 180;
double px = wizard.X + Math.Cos(a) * 10000;
double py = wizard.X + Math.Sin(a) * 10000;
Console.WriteLine(string.Format("{0} {1} {2} {3}", chromosone.Action, Math.Round(px), Math.Round(py), power));
}
public ChromosoneWithFitness(Chromosone chromosone, double rating)
{
Rating = rating;
Chromosone = chromosone;
}