def _change_player(game_state: namedtuple) -> namedtuple:
"""
This function changes the current player in the game state and returns it.
:rtype : othello namedtuple
:param game_state: othello namedtuple
"""
#print('_change_player)')
if game_state.current_player == BLACK:
game_state = game_state._replace(current_player=WHITE)
else:
game_state = game_state._replace(current_player=BLACK)
return game_state
def _change_player(game_state: namedtuple) -> namedtuple:
"""
This function changes the current player in the game state and returns it.
:rtype : othello namedtuple
:param game_state: othello namedtuple
"""
#print('_change_player)')
if game_state.current_player == BLACK:
game_state = game_state._replace(current_player=WHITE)
else:
game_state = game_state._replace(current_player=BLACK)
return game_state
def move(row:int, column:int, game_state: namedtuple) -> namedtuple:
"""
This function will perform the given move the for the current player
:rtype : othello namedtuple
:param row: int
:param column: int
:param game_state: othello namedtuple
"""
#print('move {},{} = {}'.format(row, column, game_state.game_board[row - 1][column - 1]))
if row > len(game_state.game_board) or row < 1:
raise InvalidMove
if column > len(game_state.game_board[0]) or column < 1:
raise InvalidMove
if not _check_move(row, column, game_state):
raise InvalidMove
for number in range(_find_north(row, column, game_state)):
game_state.game_board[(row - 1) - (number + 1)][(column - 1)] = game_state.current_player
for number in range(_find_south(row, column, game_state)):
game_state.game_board[(row - 1) + (number + 1)][(column - 1)] = game_state.current_player
for number in range(_find_west(row, column, game_state)):
game_state.game_board[(row - 1)][(column - 1) - (number + 1)] = game_state.current_player
for number in range(_find_east(row, column, game_state)):
game_state.game_board[(row - 1)][(column - 1) + (number + 1)] = game_state.current_player
for number in range(_find_northwest(row, column, game_state)):
game_state.game_board[(row - 1) - (number + 1)][(column - 1) - (number + 1)] = game_state.current_player
for number in range(_find_northeast(row, column, game_state)):
game_state.game_board[(row - 1) - (number + 1)][(column - 1) + (number + 1)] = game_state.current_player
for number in range(_find_southwest(row, column, game_state)):
game_state.game_board[(row - 1) + (number + 1)][(column - 1) - (number + 1)] = game_state.current_player
for number in range(_find_southeast(row, column, game_state)):
game_state.game_board[(row - 1) + (number + 1)][(column - 1) + (number + 1)] = game_state.current_player
game_state.game_board[row - 1][column - 1] = game_state.current_player
game_state = count_disk(game_state)
game_state = _change_player(game_state)
if not _check_player(game_state):
game_state = _change_player(game_state)
if _check_win(game_state):
game_state = game_state._replace(win_result=_find_winner(game_state))
return game_state
return game_state
def set_variable(var: namedtuple) -> namedtuple:
"""Sets the variable from the user input
Args:
var (namedtuple): namedtuple("Variable", ["name", "string", "content"])
Returns:
namedtuple: namedtuple with input set correcly.
"""
return var._replace(content=input(f"Set variable {var.name}: "))
def search_variable(var: namedtuple, vars: List[namedtuple], i: int,
session: sessionmaker):
while True:
show_variable(None)
print("Enter variable name:")
inp = input()
if inp == "exit":
break
db_var = session.query(Variable).filter(Variable.name == inp).first()
if db_var:
print()
print(f"Set {var.name} to {db_var.content}")
vars[i] = var._replace(content=db_var.content)
break
else:
print()
print("Variable name not found")
print("Enter new name or enter exit to leave")
print()
return vars
def count_disk(game_state: namedtuple) -> namedtuple:
"""
This function counts the disks on the game board and updates the game state and returns it.
:rtype : othello namedtuple
:param game_state: othello namedtuple
"""
#print('_count_disk')
black_count = 0
white_count = 0
for row in game_state.game_board:
for cell in row:
if cell == BLACK:
black_count += 1
if cell == WHITE:
white_count += 1
game_state = game_state._replace(black_score=black_count)
game_state = game_state._replace(white_score=white_count)
return game_state
def count_disk(game_state: namedtuple) -> namedtuple:
"""
This function counts the disks on the game board and updates the game state and returns it.
:rtype : othello namedtuple
:param game_state: othello namedtuple
"""
#print('_count_disk')
black_count = 0
white_count = 0
for row in game_state.game_board:
for cell in row:
if cell == BLACK:
black_count += 1
if cell == WHITE:
white_count += 1
game_state = game_state._replace(black_score=black_count)
game_state = game_state._replace(white_score=white_count)
return game_state
def avg_profit(company: namedtuple) -> namedtuple:
summ = company.quarter_profit_1 + company.quarter_profit_2 + company.quarter_profit_3 + company.quarter_profit_4
company = company._replace(avg=summ / 10)
return company
