def quit(data):
check_win(data)
print "exiting level"
printer.royal_rainbow()
data["playing_level"] = False
data["level"] = {}
data["katamari"] = {}
def quit(data):
announce_win(data)
print("exiting level")
printer.royal_rainbow()
data["playing_level"] = False
data["level"] = {}
data["katamari"] = {}
def quit(data):
announce_win(data)
print("exiting level")
printer.royal_rainbow()
data["playing_level"] = False
data["level"] = {}
data["katamari"] = {}
def quit(data):
check_win(data)
print "exiting level"
printer.royal_rainbow()
data["playing_level"] = False
data["level"] = {}
data["katamari"] = {}
def try_level(data):
levels = [level for level in data["levels"] if level["number"] <= data["progress"]]
names = [level["name"] for level in levels]
print "available levels are: {0}".format(", ".join(names))
inp = input("which level would you like to play? ").lower()
if inp in names:
level = [level for level in levels if level["name"] == inp][0]
data["level"] = load_level(inp)
print "Transporting you to {0}".format(inp)
printer.royal_rainbow()
play.play_level(level, data)
else:
print "I'm sorry that's not an available level"
def try_level(data):
levels = [level for level in data["levels"] if level["number"] <= data["progress"]]
names = [level["name"] for level in levels]
data["completer"].set_actions(names)
print("available levels are: {0}".format(", ".join(names)))
inp = input("which level would you like to play? ").lower().strip()
if inp in names:
level = [level for level in levels if level["name"] == inp][0]
data["level"] = load_level(inp)
print("Transporting you to {0}".format(inp))
printer.royal_rainbow()
play.play_level(level, data)
else:
print("I'm sorry that's not an available level")