def MiniMaxBlack(depth, gameBoard, flag):
out = BoardLogic.output_Class()
inp = BoardLogic.output_Class()
boardList = list()
if (depth == 0):
total_Count_final = staticEstimateOpeningBlack(gameBoard)
out = BoardLogic.output_Class(total_Count_final, out.count + 1,
gameBoard)
return out
if (flag == 1):
boardList = BoardLogic.gen_MoveOpening_Black(gameBoard)
out.value = minimum_Value
else:
boardList = BoardLogic.gen_Move_Opening(gameBoard)
out.value = maximum_Value
for bpos in boardList:
if (flag == 1):
inp = MiniMaxBlack(depth - 1, bpos, 0)
if (inp.value > out.value):
out.value = inp.value
out.boardState = bpos
out.count = out.count + inp.count
else:
inp = MiniMaxBlack(depth - 1, bpos, 1)
if (inp.value < out.value):
out.value = inp.value
out.boardState = bpos
out.count = out.count + inp.count
return out
def ABOpening(depth, board, alpha, beta, flag):
inp = BoardLogic.output_Class()
out = BoardLogic.output_Class()
boardPositionList = list()
total_Count_final = 0
if (depth == 0):
total_Count_final = openingStaticEstimate(board)
out.value = total_Count_final
out.count = out.count + 1
return out
if (flag == 1):
boardPositionList = BoardLogic.gen_Move_Opening(board)
else:
boardPositionList = BoardLogic.gen_MoveOpening_Black(board)
for bposition in boardPositionList:
if (flag == 1):
inp = ABOpening(depth - 1, bposition, alpha, beta, 0)
if (inp.value > alpha):
alpha = inp.value
out.boardState = bposition
out.count = out.count + inp.count
else:
inp = ABOpening(depth - 1, bposition, alpha, beta, 1)
if (inp.value < beta):
beta = inp.value
out.boardState = bposition
out.count = out.count + inp.count
if (alpha >= beta):
break
if (flag == 1):
out.value = alpha
else:
out.value = beta
return out