public string Encode(GammonInterface game)
{
string result = BitStringPatternToStringPattern(NumberPatternToBitStringPattern(BoardToNumberPattern(game)));
result += game.GetDiceValue(0).ToString() + game.GetDiceValue(1).ToString();
return(result);
}
public MoveRepresentationGenerator(GammonInterface game)
{
m_BgGame = game;
m_MoveList = new BgMoveList();
m_MoveGenerator = new BgMoveGenerator(game);
m_PatternEncoder = new PatternEncoder();
m_CurrentGeneratedMoves = new MoveRepresentationList();
}
public Agent(GammonInterface game)
{
m_GUI = new AgentGUI("Agent " + (++m_InstanceCounter));
m_Rand = new Random();
m_BgGame = game;
m_MoveRepresentationList = new MoveRepresentationList();
if (m_MoveRepresentationGenerator == null)
{
m_MoveRepresentationGenerator = new MoveRepresentationGenerator(game);
}
LoadPlugins();
OutputMovesAndScore = true;
}
public int[] BoardToNumberPattern(GammonInterface game)
{
int[] result = new int[26];
for (int i = 0; i < game.BoardSquareCount; i++)
{
if (game.SquareOwner(i) == game.CurrentPlayer)
{
result[i] = game.SquareCheckerCount(i);
}
else if (game.SquareOwner(i) == game.CurrentOpponentPlayer)
{
result[i] = -(game.SquareCheckerCount(i));
}
else
{
result[i] = 0;
}
}
return(result);
}
public MoveRepresentation(GammonInterface game, BgMove move) : base(game)
{
m_Score = 0.0;
m_Move = move;
BgMove m = m_Move.FirstMove;
while (m != null)
{
if (m.To != 26 && m_BoardPattern[m.To] == -1)
{
m_BoardPattern[m.To] = 0;
m_BoardPattern[0]--;
}
m_BoardPattern[m.From]--;
if (m.To != 26)
{
m_BoardPattern[m.To]++;
}
m = m.NextMove;
}
}
public BgMoveGenerator(GammonInterface game)
{
m_BgGame = game;
}
private MoveRepresentation(GammonInterface game) : base(game)
{
}