class Game:
def __init__(self, generate=False, solve=False):
self.generate = generate
self.solve = solve
self.data_manager = DataManager() if solve else None
self.data = self.data_manager.read_data(
) if self.data_manager else None
self.board = Board(data=self.data)
self.solver = Solver(self.board) if solve else None
def run(self):
if self.solve:
# Solve existing SuDoKu
self.board.display()
input('\n<enter> to solve...\n')
self.solve_board()
self.board.display()
elif self.generate:
# Generate random SuDoKu
raise NotImplementedError(
'SuDoKu generator is not implemented yed.')
def solve_board(self):
try:
while not self.solver.is_solved():
self.solver.place_next()
except ImpossibleToSolveError:
print(
'\nThis SuDoKu is impossible to solve with any of the implemented techniques.'
)
print('\nPencil marks:\n')
self.solver.display_pencil_marks()
def __init__(self, generate=False, solve=False):
self.generate = generate
self.solve = solve
self.data_manager = DataManager() if solve else None
self.data = self.data_manager.read_data(
) if self.data_manager else None
self.board = Board(data=self.data)
self.solver = Solver(self.board) if solve else None
class Game:
def __init__(self):
"""
Constructor. Create new game board.
"""
self.__board = Board()
self.__movement = {
Direction.up: self.__board.move_up,
Direction.down: self.__board.move_down,
Direction.left: self.__board.move_left,
Direction.right: self.__board.move_right
}
def restart(self):
"""
Restarts game board.
"""
self.__board = Board()
def get_tiles(self):
"""
Defensive copy of current board tiles.
"""
return self.__board.get_tiles()
def print_tiles(self):
print(self.__board)
def attempt_movement(self):
"""
Tries all possible movements. Returns a list of (direction, tiles after movement) tuples.
"""
movement_list = list()
for direction in [Direction.left, Direction.down, Direction.right, Direction.up]:
movable, tiles = self.__board.try_move(direction)
if movable:
movement_list.append((direction, tiles))
return movement_list if len(movement_list) != 0 else None
def move(self, direction):
"""
Move tiles towards a specific redirection.
Returns True if win. Otherwise, returns None.
"""
self.__movement[direction]()
if self.__board.is_win():
return True
self.__board.generate_new_tile()
def __init__(self):
"""
Constructor. Create new game board.
"""
self.__board = Board()
self.__movement = {
Direction.up: self.__board.move_up,
Direction.down: self.__board.move_down,
Direction.left: self.__board.move_left,
Direction.right: self.__board.move_right
}
def restart(self):
"""
Restarts game board.
"""
self.__board = Board()
from main.board import Board
__author__ = 'jeremy'
if __name__ == '__main__':
game_board = Board()
game_board.generate_new_tile()
game_board.generate_new_tile()
game_board.generate_new_tile()
game_board.generate_new_tile()
game_board.generate_new_tile()
game_board.generate_new_tile()
print(game_board)
game_board.move_left()
print(game_board)
game_board.move_right()
print(game_board)
copy_game_board = game_board.get_tiles()
print(copy_game_board)