def get_winner(self, last_move, current_player, row_size=4):
assert self.grid.at(last_move) is not DiscState.empty
if grid_utils.is_in_row_run(self.grid, last_move, row_size) or \
grid_utils.is_in_col_run(self.grid, last_move, row_size) or \
grid_utils.is_in_diag_down_run(self.grid, last_move, row_size) or \
grid_utils.is_in_diag_up_run(self.grid, last_move, row_size):
return current_player
return None
def get_winner(self, last_move, current_player, row_size=4):
assert self.grid.at(last_move) is not DiscState.empty
if grid_utils.is_in_row_run(self.grid, last_move, row_size) or \
grid_utils.is_in_col_run(self.grid, last_move, row_size) or \
grid_utils.is_in_diag_down_run(self.grid, last_move, row_size) or \
grid_utils.is_in_diag_up_run(self.grid, last_move, row_size):
return current_player
return None
def get_winning_move(grid, current_player):
for col_index in range(grid.width):
row_index = grid_utils.get_row_of_first(grid, col_index, DiscState.empty)
current_point = Point(row_index, col_index)
if not grid.is_inside(current_point):
continue
if grid_utils.is_in_row_run(grid, current_point, 4, current_player):
return col_index
if grid_utils.is_in_col_run(grid, current_point, 4, current_player):
return col_index
if grid_utils.is_in_diag_down_run(grid, current_point, 4, current_player):
return col_index
if grid_utils.is_in_diag_up_run(grid, current_point, 4, current_player):
return col_index
else:
return None
def get_winning_move(grid, current_player):
for col_index in range(grid.width):
row_index = grid_utils.get_row_of_first(grid, col_index,
DiscState.empty)
current_point = Point(row_index, col_index)
if not grid.is_inside(current_point):
continue
if grid_utils.is_in_row_run(grid, current_point, 4, current_player):
return col_index
if grid_utils.is_in_col_run(grid, current_point, 4, current_player):
return col_index
if grid_utils.is_in_diag_down_run(grid, current_point, 4,
current_player):
return col_index
if grid_utils.is_in_diag_up_run(grid, current_point, 4,
current_player):
return col_index
else:
return None
