def make_move(self, move):
'''
Make a move. If no colors are removed, unmake the move.
Arguments:
move -- a 2-tuple of locations
Return value: none
'''
assert u.is_move(move)
(loc1, loc2) = move
if not ls.is_adjacent(loc1, loc2):
msg = f'Invalid move: non-adjacent locations: {loc1}, {loc2}'
raise InvalidMove(msg)
if not loc1 in self.rep:
msg = f'Invalid move: unoccupied location: {loc1}'
raise InvalidMove(msg)
if not loc2 in self.rep:
msg = f'Invalid move: unoccupied location: {loc2}'
raise InvalidMove(msg)
# Save previous representation in history.
self.history.append(self.rep.copy())
# Make the move.
self.rep = dr.swap_locations(self.rep, loc1, loc2)
(self.rep, self.removed) = dr.remove_connected_groups(self.rep)
# Unmake the move if nothing was removed.
if self.removed == {}:
self.undo()
def display_moves(moves):
'''
Print the set of possible moves in a readable form.
Arguments:
moves -- a list of possible moves
Return value: none
'''
assert type(moves) is set
for move in moves:
assert u.is_move(move)
# Convert the moves into a list.
moves = list(moves)
moves.sort()
if moves == []:
print('No moves are available!')
else:
print('Possible moves:\n')
for i in range(len(moves)):
s = f'{i}: '
((r1, c1), (r2, c2)) = moves[i]
s += f'({r1}, {c1}) -- ({r2}, {c2})'
print(s)
print()
def display_moves(game, moves):
global moveslist
'''
Print the set of possible moves in a readable form.
Arguments:
moves -- a list of possible moves
Return value: none
'''
assert type(moves) is set
for move in moves:
assert u.is_move(move)
# Convert the moves into a list.
moves = list(moves)
moves.sort()
moveslist = moves
for text in game.movetexts:
game.cm.delete(text)
game.movetexts = []
t = game.cm.create_text(50, 30, text='Possible Moves:')
game.movetexts.append(t)
if moves == []:
messagebox.showwarning('Error', 'No moves are available!')
t = game.cm.create_text(50, 50, text='None')
game.movetexts.append(t)
else:
for i in range(len(moves)):
s = f'{i}: '
((r1, c1), (r2, c2)) = moves[i]
s += f'({r1}, {c1}) -- ({r2}, {c2})'
t = game.cm.create_text(50 + 100 * divmod(i, 15)[0], \
50 + 20 * divmod(i, 15)[1], text=s)
game.movetexts.append(t)