class Reel(object):
def __init__(self, rotations, max_cycle):
self.reel = Loop(symbols.keys(), name="symbol")
self.rotations = rotations
self.max_cycle = max_cycle
def symbol(self, cycle=0):
if cycle and cycle <= self.max_cycle:
self.rotate()
return self.reel.symbol
def rotate(self): self.reel.next(self.rotations)
class BlockyBlocks(object):
winmsg = "player %s wins!"
counter = Loop(range(check_moves))
def __init__(self):
self.term = Term()
def check_end(self, player):
"""Check if game is finished."""
return all(tile.player==player for tile in board)
def end(self, player):
board.draw()
print(nl, self.winmsg % player)
sleep(2)
sys.exit()
def run(self):
for p in cycle(players.keys()):
board.draw()
tile = board.ai_move(p) if p in ai_players else self.get_move(p)
tile.increment(p)
if self.check_end(p):
self.end(p)
def get_move(self, player):
commands.player = player
while True:
cmd = self.term.getch()
try:
val = commands[cmd]()
if val:
return val
except KeyError:
print("unknown command:", cmd)
def __init__(self, *args, **kwargs):
super(BlocksBoard, self).__init__(*args, **kwargs)
neighbours = self.neighbour_cross_locs
for tile in self:
tile.maxnum = len( [self.valid(nbloc) for nbloc in neighbours(tile)] )
tile.num = Loop(range1(tile.maxnum))
class BlockyBlocks(object):
winmsg = "player %s wins!"
counter = Loop(range(check_moves))
def check_end(self, player):
"""Check if game is finished."""
if all(tile.player == player for tile in board):
board.draw()
print(nl, self.winmsg % player)
sys.exit()
def __init__(self, *args, **kwargs):
super(BlocksBoard, self).__init__(*args, **kwargs)
self.current = Loc(0,0)
self.hl_visible = False
neighbours = self.neighbour_cross_locs
for tile in self:
tile.maxnum = len( [self.valid(nbloc) for nbloc in neighbours(tile)] )
tile.num = Loop(range1(tile.maxnum))
if randomize_option:
for _ in range(randrange(0, tile.maxnum)):
tile.num.next()
def viswrap_draw(self):
print(nl*5)
# print("self.vtopleft.y", self.vtopleft.y)
rows = Loop(self.board, "row", index=self.vtopleft.y)
for _ in range(self.vheight):
cols = Loop(rows.row, index=self.vtopleft.x)
print(space, ujoin( topitems(cols.n_items(self.vwidth)) ))
rows.next()
sleep(pause_time)
def center_on(self, item_loc):
loc = self.ploc(item_loc)
halfwidth = iround(self.vwidth / 2)
halfheight = iround(self.vheight / 2)
if self.viswrap:
x = Loop(range(self.width), index=loc.x)
y = Loop(range(self.height), index=loc.y)
x = x.prev(halfwidth)
y = y.prev(halfheight)
else:
x, y = loc.x - self.halfwidth, loc.y - self.halfheight
x, y = max(0, x), max(0, y)
writeln(self.vtopleft, loc)
self.vtopleft = Loc(x, y)
writeln(self.vtopleft); writeln()
def __init__(self, loc=None, direction=None):
super(Mobile, self).__init__(loc)
self.direction = direction or Loop(board.dirlist2, name="dir")
self.program = []
def __init__(self, rotations, max_cycle):
self.reel = Loop(symbols.keys(), name="symbol")
self.rotations = rotations
self.max_cycle = max_cycle
