def display(self):
print(nl*5)
for n, word in enumerate1(self.words):
print(lettertpl % n, space, word, nl)
lnumbers = sjoin(range1(len(word)), space * word.spacing(), lettertpl)
print(space*4, lnumbers, nl*2)
print(self.stattpl % (self.random_reveals, self.guesses), nl)
def draw(self):
print(nl*5)
def ljoin(L): return sjoin(L, space, tiletpl)
print( space*4, ljoin((1,2,3)), space, ljoin((4,5,6)), space, ljoin((7,8,9)), nl )
for n, row in enumerate1(self.board):
print(tiletpl % n, space,
ljoin(row[:3]), space, ljoin(row[3:6]), space, ljoin(row[6:9]),
nl)
if n in (3,6): print()
def get_move(self, valid_moves):
"""Get player's choice of move."""
moves = [space] * (length + 6)
for n, (loc, _) in enumerate1(valid_moves):
moves[loc] = n
print(sjoin(moves))
while True:
try:
return valid_moves[ self.textinput.getval() ]
except IndexError:
print(self.textinput.invalid_move)
def get_move(self, valid_moves):
"""Get player's choice of move."""
moves = [space] * (length + 6)
for n, (loc, _) in enumerate1(valid_moves):
moves[loc] = n
print(sjoin(moves))
while True:
val = self.term.getch()
if val=='q':
sys.exit()
try:
return valid_moves[int(val)-1]
except (ValueError, IndexError):
print("Invalid move")
def draw(self):
print(nl*5)
def ljoin(L):
return sjoin(L, space, tiletpl)
for n, row in enumerate1(self.board):
print(space,
ljoin(row[:3]),
space,
ljoin(row[3:6]),
space,
ljoin(row[6:9]),
nl)
if n in (3,6):
print()
def draw(self, pause=None):
pause = pause or self.pause_time
print(nl * self.screen_sep)
if self.num_grid:
print(space, space*(self.xpad + 1), ujoin( range1(self.width), space, self.tiletpl ), nl * self.ypad)
for n, row in enumerate1(self.board):
args = [self.tiletpl % n] if self.num_grid else []
if self.stackable:
row = (tile[-1] for tile in row)
args = [space] + args + [ujoin(row, space, self.tiletpl), nl * self.ypad]
print(*args)
self.status()
sleep(pause)
def play(self):
print(nl * 2)
for section_num, section in enumerate1(self.sections):
if re.match(cmdpat, section):
section = section.split()
cmd, arg = section[0], getitem(section, 1)
if cmd == ":pause": self.pause(arg, section_num)
elif cmd == ":clear": print(nl * screensep)
elif cmd == ":type": self.typeblock = True
else:
self.display(section.lstrip(nl))
print(nl * 2, "----- END -----", nl * 2)
def play(self):
print(nl * 2)
for section_num, section in enumerate1(self.sections):
if re.match(cmdpat, section):
section = section.split()
cmd, arg = section[0], getitem(section, 1)
if cmd == ":pause" : self.pause(arg, section_num)
elif cmd == ":clear" : print(nl * screensep)
elif cmd == ":type" : self.typeblock = True
else:
self.display(section.lstrip(nl))
print(nl*2, "----- END -----", nl*2)
def draw(self, pause=None):
pause = pause or self.pause_time
print(nl * self.screen_sep)
if self.num_grid:
print(space, space * (self.xpad + 1),
ujoin(range1(self.width), space, self.tiletpl),
nl * self.ypad)
for n, row in enumerate1(self.board):
args = [self.tiletpl % n] if self.num_grid else []
if self.stackable:
row = (tile[-1] for tile in row)
args = [space] + args + [
ujoin(row, space, self.tiletpl), nl * self.ypad
]
print(*args)
self.status()
sleep(pause)
def draw(self):
print( ujoin((n+1 for n in range(self.maxx), tpl=tiletpl)), nl )
for n, row in enumerate1(self.board):
print( str(n), ujoin(row, tpl=tiletpl), nl)