def play_level(level, data):
data["katamari"] = {"size": level["katamari"],
"items": []}
data["playing_level"] = True
data["level"] = level
actions = {"north": north,
"south": south,
"east": east,
"west": west,
"look": look,
"roll up": roll,
"quit": quit}
alt_actions = {"n": north,
"s": south,
"e": east,
"w": west,
"roll": roll,
"r": roll,
"l": look,
"examine": look}
printer.welcome_level(level)
while data["playing_level"]:
inp = input("> ").lower()
if inp in actions.keys():
actions[inp](data)
continue
elif inp in alt_actions.keys():
alt_actions[inp](data)
continue
else:
printer.prompt(actions.keys())
def main():
"""Main game function."""
try:
data = load_data()
data = update.update(data)
except:
# print(sys.exc_info())
data_constructor.build_data()
data = load_data()
data["want_to_play"] = True
data["start"] = time.time()
actions = {"quit": quit,
"look": check_status,
"shop": buy_menu.menu,
"yard": placement.menu,
"collect money": collect_money,
"check food": placement.check_food,
"help": print_help}
banner()
data["prefix"] = "{.BLUE}[Welcome!]{.ENDC}".format(
printer.PColors, printer.PColors)
check_status(data)
data["prefix"] = "[Main Menu]"
while data["want_to_play"] is True:
data["prefix"] = "{.MAIN}[Main Menu]{.ENDC}".format(
printer.PColors, printer.PColors)
printer.prompt(data["prefix"], actions.keys())
inp = input("{0} Choose an action! ".format(data["prefix"]))
# pdb.set_trace()
if inp in actions:
actions[inp](data)
continue
else:
printer.invalid(data["prefix"])
def play_level(level, data):
data["katamari"] = {"size": level["katamari"], "items": []}
data["playing_level"] = True
data["level"] = level
actions = {
"north": north,
"south": south,
"east": east,
"west": west,
"look": look,
"roll up": roll,
"quit": quit
}
alt_actions = {
"n": north,
"s": south,
"e": east,
"w": west,
"roll": roll,
"r": roll,
"l": look,
"examine": look
}
printer.welcome_level(level)
while data["playing_level"]:
inp = input("> ").lower()
if inp in actions.keys():
actions[inp](data)
continue
elif inp in alt_actions.keys():
alt_actions[inp](data)
continue
else:
printer.prompt(actions.keys())
def main():
data = load_game()
data["playing"] = True
printer.welcome()
actions = {
"play": try_level,
"progress": progress,
"save": save,
"quit": quit
}
print "Time to start playing, what would you like to do? Valid commands are {0}".format(
", ".join(actions.keys()))
while data["playing"]:
inp = input("> ").lower()
if inp in actions.keys():
actions[inp](data)
continue
else:
printer.prompt(actions.keys())
def main():
data = load_game()
data["playing"] = True
printer.welcome()
actions = {"play": try_level,
"progress": progress,
"save": save,
"quit": quit}
print "Time to start playing, what would you like to do? Valid commands are {0}".format(", ".join(actions.keys()))
while data["playing"]:
try:
inp = input("> ").lower()
if inp in actions.keys():
actions[inp](data)
continue
else:
printer.prompt(actions.keys())
except EOFError:
quit(data)
def menu(data):
"""Display item shop menu."""
data["prefix"] = "[Item Shop]"
printer.shop(
data["prefix"], "you have {0} silver fish and {1} gold fish to spend"
.format(data["s_fish"], data["g_fish"]))
list_items(data)
data["want_to_buy"] = True
actions = {"buy": buy_item,
"examine": ex_item,
"check wallet": wallet,
"list items": list_items,
"leave shop": exit_buy}
while data["want_to_buy"]:
printer.prompt("{.SHOP}{}{.ENDC}".format(
printer.PColors, data["prefix"], printer.PColors), actions.keys())
inp = input("{.SHOP}{}{.ENDC} What do you want to do? ".format(
printer.PColors, data["prefix"], printer.PColors))
if inp in actions:
actions[inp](data)
continue
else:
printer.invalid(data["prefix"])
def main():
data = load_game()
data["playing"] = True
printer.welcome()
data["completer"] = actionCompleter()
readline.set_completer(data["completer"].complete)
readline.parse_and_bind('tab: complete')
actions = {"play": try_level,
"progress": progress,
"save": save,
"quit": quit}
print("Time to start playing, what would you like to do? Valid commands are {0}".format(", ".join(actions.keys())))
while data["playing"]:
data["completer"].set_actions(actions.keys())
try:
inp = input("> ").lower().strip()
if inp in actions.keys():
actions[inp](data)
continue
else:
printer.prompt(actions.keys())
except EOFError:
quit(data)
def menu(data):
"""Display yard menu."""
data["prefix"] = "[The Yard]".format(printer.PColors, printer.PColors)
# printer.p(data["prefix"], "You have {0} spaces open in your yard"
# .format(compute_space(data)))
list_yard_items(data)
data["placing"] = True
actions = {"list owned items": list_owned_items,
"examine yard": list_yard_items,
"cats": cats,
"place toy": place,
"place food": food,
"leave yard": exit}
while data["placing"]:
# FIXME: with printer.prompt here and printer.invalid on unknown
# input, the options are doubled up after an unknown input
printer.prompt(data["prefix"], actions.keys())
inp = input("{.YARD}{}{.ENDC} What do you want to do? ".format(
printer.PColors, data["prefix"], printer.PColors))
if inp in actions:
actions[inp](data)
continue
else:
printer.invalid(data["prefix"])
