public void LoadBestPathDNA()
{
this.DNA = new Chromosome[_dnaStrandLength];
var shortestPathStrategy = new ChutesAndLadders.Strategy.ShortestPath.Engine();
var board = new Entities.GameBoard();
int index = 0;
for (int startingPoint = 0; startingPoint < 100; startingPoint++)
{
for (byte spin = 1; spin <= 6; spin++)
{
var legalEndpoints = board.GetLegalEndpoints(startingPoint, spin);
if ((legalEndpoints.Count() > 1) && (!legalEndpoints.Contains(100)))
{
var situation = new Entities.GameSituation()
{
BoardLocation = startingPoint, Spin = spin, LegalMoves = legalEndpoints, PlayerLocations = new int[] { }
};
var selectedEndpoint = shortestPathStrategy.GetMove(situation);
this.DNA[index] = new Chromosome(startingPoint, spin, legalEndpoints, selectedEndpoint);
index++;
}
}
}
LoadRulesFromDNA();
}
public void LoadLinearDNA()
{
this.DNA = new Chromosome[_dnaStrandLength];
var board = new Entities.GameBoard();
int index = 0;
for (int startingPoint = 0; startingPoint < 100; startingPoint++)
{
for (byte spin = 1; spin <= 6; spin++)
{
var legalEndpoints = board.GetLegalEndpoints(startingPoint, spin);
if ((legalEndpoints.Count() > 1) && (!legalEndpoints.Contains(100)))
{
int selectedEndpoint = startingPoint + spin;
if (!legalEndpoints.Contains(selectedEndpoint))
{
selectedEndpoint = legalEndpoints.ClosestTo(selectedEndpoint);
}
this.DNA[index] = new Chromosome(startingPoint, spin, legalEndpoints, selectedEndpoint);
index++;
}
}
}
LoadRulesFromDNA();
}
private void Load()
{
var board = new Entities.GameBoard();
for (int startingPoint = 0; startingPoint < 100; startingPoint++)
{
for (byte spin = 1; spin <= 6; spin++)
{
var legalEndpoints = board.GetLegalEndpoints(startingPoint, spin);
if (legalEndpoints.Count() > 1)
{
// Capture variables for lambda
int sPoint = startingPoint;
int sValue = spin;
int bestEndpoint = legalEndpoints.Max();
string name = $"Start:{sPoint} Spin:{sValue} End:{bestEndpoint}";
Func <int, byte, bool> conditionsFunction = (st, sp) => { return(st == sPoint && sp == sValue); };
Func <int, byte, int> resultsFunction = (st, sp) => { return(bestEndpoint); };
base.AddRule(name, conditionsFunction, resultsFunction);
}
}
}
}
public void LoadRandomDNA()
{
this.DNA = new Chromosome[_dnaStrandLength];
var board = new Entities.GameBoard();
int index = 0;
for (int startingPoint = 0; startingPoint < 100; startingPoint++)
{
for (byte spin = 1; spin <= 6; spin++)
{
var legalEndpoints = board.GetLegalEndpoints(startingPoint, spin);
if ((legalEndpoints.Count() > 1) && (!legalEndpoints.Contains(100)))
{
int selectedEndpoint = legalEndpoints.GetRandom();
System.Diagnostics.Debug.Assert(legalEndpoints.Contains(selectedEndpoint));
this.DNA[index] = new Chromosome(startingPoint, spin, legalEndpoints, selectedEndpoint);
index++;
}
}
}
LoadRulesFromDNA();
}
