def evolution2(self, board, player):
wmobility = bmobility = piecescore = 0
if (self.b.playercolor == "white"):
if (player > 0):
pawn_move = -1
else:
pawn_move = 1
else:
if (player < 0):
pawn_move = 1
else:
pawn_move = -1
MD = PA = MT = 0
for i in range(8):
for j in range(8):
if (board[i][j] > 0):
MD += PieceMap.getPoints(board[i][j])
MT += PieceMap.getPoints(board[i][j])
elif (board[i][j] < 0):
MD -= PieceMap.getPoints(board[i][j])
MT += PieceMap.getPoints(board[i][j])
if (board[i][j] * player < 0 and abs(board[i][j]) == 6):
PA += 1
if (player > 0):
f = PieceMap.getFun(board[i][j])
moves = []
if (abs(board[i][j]) == 6):
moves = f([i, j], board, pawn_move)
elif (abs(board[i][j] != 0)):
moves = f([i, j], board)
wmobility += len(moves)
else:
f = PieceMap.getFun(board[i][j])
moves = []
if (abs(board[i][j]) == 6):
moves = f([i, j], board, pawn_move)
elif (abs(board[i][j]) != 0):
moves = f([i, j], board)
bmobility += len(moves)
if (board[i][j] * player > 0):
piecescore += PieceMap.getPieceScore(
board[i][j], i, j, player)
MD = abs(MD)
MS = min(24000, MD) + ((MD * PA * (80000 - MT)) / (64000 * (PA + 1)))
materialscore = min(31000, MS)
mobilityscore = 0.1 * (wmobility - bmobility) * player
return (materialscore + mobilityscore) * player
def evolution3(self, board, player):
materialscore = wmobility = bmobility = piecescore = 0
if (self.b.playercolor == "white"):
if (player > 0):
pawn_move = -1
else:
pawn_move = 1
else:
if (player < 0):
pawn_move = 1
else:
pawn_move = -1
for i in range(8):
for j in range(8):
if (player > 0):
if (board[i][j] > 0):
materialscore += PieceMap.getPoints(board[i][j])
elif (board[i][j] < 0):
materialscore -= PieceMap.getPoints(board[i][j])
f = PieceMap.getFun(board[i][j])
moves = []
if (abs(board[i][j]) == 6):
moves = f([i, j], board, pawn_move)
elif (abs(board[i][j] != 0)):
moves = f([i, j], board)
wmobility += len(moves)
else:
if (board[i][j] > 0):
materialscore -= PieceMap.getPoints(board[i][j])
elif (board[i][j] < 0):
materialscore += PieceMap.getPoints(board[i][j])
f = PieceMap.getFun(board[i][j])
moves = []
if (abs(board[i][j]) == 6):
moves = f([i, j], board, pawn_move)
elif (abs(board[i][j]) != 0):
moves = f([i, j], board)
bmobility += len(moves)
if (board[i][j] * player > 0):
piecescore += PieceMap.getPieceScore(
board[i][j], i, j, player)
mobilityscore = 0.1 * (wmobility - bmobility) * player
return (materialscore + mobilityscore + piecescore) * player