#include "../src/Genetics/Genetics.h"

#include <iostream>
class S: public Shin::Genetics::Individual
{
	public:
		S(const double &a, const double &b) :Sa(a),Q(b)
		{
		};
		void mutate()
		{
			if(rand()%2==1)
			{
				Sa=(Sa*(double)(80.0+(double)(rand()%61)))/100.0+(40-rand()%80);
			}
			if(rand()%2==1)
			{
				Sa=-Sa;
			}
			if(rand()%2==1)
			{
				Q=(Q*(double)(60.0+(double)(rand()%81)))/100.0+(40-rand()%80);
			}
			if(rand()%2==1)
			{
				Q=-Q;
			}
		};
		S combine(S &s)
		{
			double a;
			double b;
			if( rand()%2)
				a=s.Sa;
			else
				a=Sa;
			if( rand()%2)
				b=s.Q;
			else
				b=Q;
			return S(a,b);
		}

		double getFitness()
		{
//			return fit;
			return abs(Sa-98545)+abs(Q+85);
			return (double)1.0/(double)(Sa);
			//return Sa*100-Q*5;
			//return 985258-s;
			//return s < 0?0:s;
		}
		double Sa;
		double Q;
		void dump()
		{
			std::cout<< " Sa: " << Sa <<" Q: " << Q << " fitness: " <<getFitness() << "\n";
		}
		
};

int main()
{
	Shin::Genetics::Genetics<S> g;
	g.getCreator().setMaxGenerationSize(30);
	g.addIndividual(S(1,0));
	g.addIndividual(S(1,50));
	g.addIndividual(S(50,50));
	S &s=g.getSolution(10000,99999999);
	s.dump();
}