def main():
inFileName, outFileName, depth = sys.argv[1], sys.argv[2], int(sys.argv[3])
root = MorrisGame.readFromFile(inFileName)
result = MaxMinABMidEnd(root, depth, float('-inf'), float('inf'))
print('Initial position:', root.position, 'Output position: ', result.position)
print('Position evaluated by static estimation: ', MorrisGame.numEvaluate)
print('MINIMAX estimate: ', result.value)
MorrisGame.write2File(outFileName, result.position)
def main():
inFileName, outFileName, depth = sys.argv[1], sys.argv[2], int(sys.argv[3])
root = MorrisGame.readFromFile(inFileName)
result = MiniMaxOpeningBlack(root, depth)
print('Initial position:', root.position, 'Output position: ',
result.position)
print('Position evaluated by static estimation: ', MorrisGame.numEvaluate)
print('MINIMAX estimate: ', result.value)
MorrisGame.write2File(outFileName, result.position)
def main():
# inFileName, outFileName, depth = 'board1.txt', 'board2.txt', 5 # for test
inFileName, outFileName, depth = sys.argv[1], sys.argv[2], int(sys.argv[3])
root = MorrisGame.readFromFile(inFileName)
result = MaxMinOpening(root, depth)
print('Initial position:', root.position, 'Output position: ',
result.position)
print('Position evaluated by static estimation: ', MorrisGame.numEvaluate)
print('MINIMAX estimate: ', result.value)
MorrisGame.write2File(outFileName, result.position)
def main():
inFileName, outFileName, depth = sys.argv[1], sys.argv[2], int(sys.argv[3])
# inFileName, outFileName, depth = 'board3.txt', '1.txt', 1
root = MorrisGame.readFromFile(inFileName)
# print(MorrisGame.staticMidEnd(root.position))
result = MaxMinMidEnd(root, depth)
# result = MinMaxMidEnd(root, depth)
print('Initial position:', root.position, 'Output position: ',
result.position)
print('Position evaluated by static estimation: ', MorrisGame.numEvaluate)
print('MINIMAX estimate: ', result.value)
MorrisGame.write2File(outFileName, result.position)
