static void Main(string[] args)
{
DNA firstStep = new DNA();
spark = firstStep.Strand;
bool t = false;
int iteration = 0;
ConsoleKeyInfo end = new ConsoleKeyInfo();
Console.WriteLine("AI solver will attempt equations after GA designs them");
NaturalSelection ns = new NaturalSelection();
IntellegentDesign id = new IntellegentDesign();
id.initialize();
ns.darwin(spark);
do
{
if (t==false)
{
t = true;
Root(ns,id);
}
ns.darwin(id.dueronomy(ns.vA));
Root(ns, id);
if (iteration>100||novelAns>=cap)
{
end = Console.ReadKey();
iteration = 0;
novelAns = 0;
}
iteration++;
} while (end.Key != ConsoleKey.Escape);
}
static void Main(string[] args)
{
DNA firstStep = new DNA();
spark = firstStep.Strand;
bool t = false;
int iteration = 0;
ConsoleKeyInfo end = new ConsoleKeyInfo();
Console.WriteLine("AI solver will attempt equations after GA designs them");
NaturalSelection ns = new NaturalSelection();
IntellegentDesign id = new IntellegentDesign();
id.initialize();
ns.darwin(spark);
do
{
if (t == false)
{
t = true;
Root(ns, id);
}
ns.darwin(id.dueronomy(ns.vA));
Root(ns, id);
if (iteration > 100 || novelAns >= cap)
{
end = Console.ReadKey();
iteration = 0;
novelAns = 0;
}
iteration++;
} while (end.Key != ConsoleKey.Escape);
}
private DNA[] populate()
{
motherNature = new IntellegentDesign();
motherNature.initialize();
this.Equation();
organism = new DNA[pop];
for (int c = 0; c < pop; c++)
{
organism[c] = new DNA();
}
return(organism);
}