public ICandidate mate(ICandidate other)
{
valueCanidate child = new valueCanidate(obj.mate(myVal, ((valueCanidate)other).myVal), obj);
child.toOptimze = toOptimze;
return(child);
}
public ICandidate clone()
{
valueCanidate cloned = new valueCanidate(obj);
cloned.toOptimze = toOptimze;
cloned.myVal = new double[myVal.Length];
myVal.CopyTo(cloned.myVal, 0);
return(cloned);
}
public static Simulator getOptimizer(Info inObj, int popCount, Func <double[], double> func)
{
Simulator ret = new Simulator(popCount);
//ret.population = new List<ICandidate>(popCount);
for (int i = 0; i < popCount; i++)
{
valueCanidate canidate = new valueCanidate(inObj);
canidate.toOptimze = func;
ret.population.Add(canidate);
}
return(ret);
}
public static Simulator getOptimizer(double[] mins, double[] maxs, int num, double skewMating, int popCount, Func <double[], double> func)
{
Info infoObj = new Info();
infoObj.minGuesses = mins;
infoObj.maxGuesses = maxs;
infoObj.numIn = num;
infoObj.skewMating = skewMating;
Simulator sim = new Simulator(popCount);
//sim.population = new List<ICandidate>(popCount);
for (int i = 0; i < popCount; i++)
{
valueCanidate canidate = new valueCanidate(infoObj);
canidate.toOptimze = func;
sim.population.Add(canidate);
}
return(sim);
}
