def __init__(self, size, empty_spot):
self.size = size
self.empty_spot = empty_spot
self.m = Matrix(self.size, self.size, self.empty_spot)
self.musashi = Musashi(self.m, self.COMPUTER)
class Gomoku(object):
COMPUTER = 'C'
def __init__(self, size, empty_spot):
self.size = size
self.empty_spot = empty_spot
self.m = Matrix(self.size, self.size, self.empty_spot)
self.musashi = Musashi(self.m, self.COMPUTER)
# Check for a spot to be placed a move
def check_spot(self, row, col):
return self.m[row,col] == self.empty_spot
# Do the move
def do_move(self, row, col, player):
self.m[row,col] = player
return self.copy_matrix()
# Copy the matrix
def copy_matrix(self):
return self.m[(0,0):]
# Show the matrix
def show_matrix(self):
return str(self.m)
# TODO: Computer turn
def computer_turn(self):
comp_move = self.musashi.domove(self.m)
return self.do_move(comp_move[0], comp_move[1], self.COMPUTER)
# Check for a final state of the game
def is_over(self):
r = False
for direction in directions:
r = (r or self.check_over(direction))
return r
# Check if its over on one direction
def check_over(self, direction):
# mes(direction)
if direction == 'H':
return self.iterate_over('row')
elif direction == 'V':
return self.iterate_over('col')
elif direction == 'D':
return self.iterate_diagonal()
else:
return False
# Iterate over a line to search a sequence of 5
def iterate_over(self, where):
sequence = 0
sym_list = []
for line in range(0,self.size):
if where == 'row':
sym_list = self.m.row(line)
elif where == 'col':
sym_list = self.m.col(line)
else:
return False
back_pos = 0
for symbol in sym_list:
if symbol != self.empty_spot:
if symbol == sym_list[back_pos]:
sequence += 1
else:
sequence = 0
else:
sequence = 0
if sequence == SEQUENCE:
return True
back_pos += 1
sequence = 0
return False
# Iterate over the diagonals to search a sequence of 5
def iterate_diagonal(self):
sequence = 0
sym_list = []
for diagonal in range(-((self.size*2)-1),self.size*2):
back_pos = 0
sym_list = self.m.diagonal(diagonal)
for symbol in sym_list:
if symbol != self.empty_spot:
if symbol == sym_list[back_pos]:
sequence += 1
else:
sequence = 0
else:
sequence = 0
if sequence == SEQUENCE:
return True
back_pos += 1
sequence = 0
return False
