def task_menu(party, hotseat, card):
(task, points) = card
options = [
'yes',
'no',
'mercy',
'transfer name', # TODO: touch up
]
while True:
#malt.serve()
#malt.serve("### TASK ###")
#malt.line("#")
malt.serve("{}: {}.".format(hotseat, task))
response = malt.fill(options)
if response == 'yes':
malt.serve("You accept the task and have earned {} points.".format(points))
party.score(hotseat, points)
break
elif response == 'no':
if hotseat.immunities > 0:
if malt.confirm("Would you like to consume an immunity token? "):
hotseat.immunities -= 1
malt.serve("You do not lose any points.")
break
malt.serve("You reject the task, losing {} points.".format(points))
party.score(hotseat, -points)
break
elif response == 'mercy':
malt.serve("You will not lose points, but will be presented another task.")
return # don't rotate so the same player gets another
elif response == 'transfer':
recipient = response.name
if hotseat == recipient:
malt.serve("Naughty, naughty. You can't transfer a task to yourself.")
continue
try:
party.score(recipient, points*2)
except ValueError:
malt.serve("{} is not a registered player.".format(recipient))
else:
malt.serve("You send the task to {}, who earns {} points.".format(
recipient, points*2))
break
elif response == 'back':
malt.serve("You postpone the choice for later.")
hotseat.stored_task = (task, points)
return
progress_game(party)
def select_index(items):
while True:
malt.serve("Enter 'use [int n]' to select from the list.")
max_index = len(list(items))
for (i, (text, value)) in enumerate(items):
v_string = ('.'*(5-len(str(value)))) + str(value)
malt.serve("{:2}: ({}) {}".format(i+1, v_string, text))
response = malt.fill(["use n:int"])
if response != "use":
continue
n = response.n
if n < 1 or n > max_index:
continue
else:
return n-1
def deck_builder_menu(deck=None):
options = [
"add pack_file",
"remove pack_file",
"check",
"export"
]
pack_files = []
while True:
response = malt.fill(options)
if response == 'add':
pack_files.append(response.pack_file)
elif response == 'remove':
if response.pack_file in pack_files:
pack_files.remove(response.pack_file)
elif response == 'check':
malt.serve(pack_files)
elif response == 'export':
return
def perk_menu(party):
# NOTE: may change in the future
base_cost = util.points_value(2)
hot = party.hotseat()
options = [
'curse',
'shuffle',
'protection',
'skip',
'immunity',
]
while True:
response = malt.fill(options)
if response == 'curse':
malt.serve("Make an opponent's next turn extra hard.")
cost = base_cost*5
if malt.confirm("Purchase for {} points? ".format(cost)):
name = malt.freefill("Which player would you like to affect? ")
if not party.verify(name):
malt.serve("{} is not a registered player.".format(name))
malt.serve("Your cost has been refunded.")
continue
elif name == hot:
malt.serve("You may not curse yourself.")
malt.serve("Your cost has been refunded.")
continue
else:
p = party.lookup(name)
if not p.cursed:
if debit(hot, cost):
p.cursed = True
malt.serve("{}'s next task will be extra spicy.".format(p))
return
else:
malt.serve("{} has already been cursed.")
malt.serve("Your cost has been refunded.")
continue
elif response == 'shuffle':
malt.serve("Shuffle the turn order for everyone in the party.")
# for 2p games, as 50% chance to give double turn
cost = base_cost*20
if malt.confirm("Purchase for {} points? ".format(cost)):
if debit(hot, cost):
party.to_shuffle = True
malt.serve("Shuffled turn orders.")
return
elif response == 'protection':
malt.serve("Automatically skip your next turn.")
cost = base_cost*20
if malt.confirm("Purchase for {} points? ".format(cost)):
if debit(hot, cost):
hot.pending_protection = True
malt.serve("Your next turn will be skipped.")
return
elif response == 'skip':
malt.serve("Skip this turn.")
cost = base_cost*100
if malt.confirm("Purchase for {} points? ".format(cost)):
if debit(hot, cost):
hot.protected = True
return
elif response == 'immunity':
malt.serve("Reject any one task at no cost.")
malt.serve("More than one can be purchased at a time.")
cost = base_cost*50
if malt.confirm("Purchase for {} points? ".format(cost)):
if debit(hot, cost):
hot.immunities += 1
malt.serve("You have {} immunity tokens.".format(hot.immunities))
return
elif response == 'back':
break
def game_menu(deck, party):
options = [
"task",
"set difficulty",
#"manual",
"perks",
"scores",
"tools",
#"tip name amount:int",
"challenge name",
]
while True:
hotseat = party.hotseat()
if hotseat.protected:
hotseat.protected = False
malt.serve("{} skips their turn.".format(hotseat))
progress_game(party)
continue
malt.serve()
update_string = "It is {}'s turn.".format(hotseat)
malt.serve(update_string)
malt.serve("="*len(update_string))
response = malt.fill(options)
if response == "task":
if hotseat.stored_task:
(task, points) = hotseat.stored_task
hotseat.stored_task = None
else:
(task, points) = new_task(hotseat, deck, party)
with malt.indent():
task_menu(party, hotseat, (task, points))
elif response == "set":
try:
hotseat.mod = util.rating_value(response.difficulty)
except ValueError:
malt.serve("Task difficulty must be easy, normal, hard, or brutal.")
else:
malt.serve("Set difficulty to {}.".format(response.difficulty))
continue
elif response == "manual":
malt.serve("Manually creating new task.")
with malt.indent():
manual_task_creation_menu(deck)
elif response == "perks":
malt.serve("Entering perk shop.")
with malt.indent():
shop.perk_menu(party)
elif response == "scores":
for p in party.players:
malt.serve("{}: {} Points".format(p.name, p.points))
elif response == 'tools':
malt.serve("Entering gameplay utilities.")
with malt.indent():
sugar.game_tools_menu(party)
elif response == 'until':
n = response.winning_points
if n < 0:
party.points_win_condition = 0
malt.serve("Disabled win condition.")
else:
party.points_win_condition = n
malt.serve("First person to {} points wins.".format(n))
elif response == 'back':
break
def game_tools_menu(party):
"""Run the interface for non-essential gameplay tools."""
options = [
'timer seconds:str',
'countdown turns:int',
'flip',
'modify name amount:int',
'reject name',
'show name',
'intensity x:int',
]
while True:
response = malt.fill(options)
if response == 'timer':
with malt.indent():
timer(response.seconds)
elif response == 'countdown':
with malt.indent():
if response.turns < 1:
malt.serve("Can only countdown one or more turns in advance.")
continue
malt.serve("Scheduling an alert in {} turns.".format(response.turns))
party.alert_turns.append(party.turn_number + response.turns)
elif response == 'flip':
with malt.indent():
flip_coin()
elif response == 'back':
break
elif response == 'modify':
name = response.name
points = response.amount
if party.score(name, points):
malt.serve("Adding {} to {}'s score.".format(points, name))
del name
elif response == 'reject':
name = response.name
player = party.lookup(name)
if player:
player.reject()
malt.serve("Rejected {}'s last attempt.".format(name))
points = player.points
malt.serve("{} has been reverted to {} points.".format(name, points))
else:
malt.serve("{} is not a registered player.".format(name))
del name, player
elif response == "show":
name = response.name
p = party.lookup(name)
if p:
malt.serve("{}: {} Points".format(p.name, p.points))
else:
malt.serve("{} is not a registered player.".format(name))
del name, p
elif response == "intensity":
x = response.x
malt.serve("Setting intensity level to [{}].".format('X'*x))
party.intensity = x
del x
elif response == 'back':
break
def main_menu(args):
"""Run the main interactive menu.
In this menu, party can be added to or removed from the game, and both
the normal gameplay loop and the special debug loop can be accessed.
"""
try:
deck = setup_deck(args)
party = setup_party(args)
except SystemExit:
print("Aborting startup.")
return
# Immediately enter debug mode if --debug is given.
if args.debug:
malt.serve("entering debug mode...")
with malt.indent():
debug.debug_menu(deck, party, args)
options = [
'start',
'mercy',
'daily',
'debug',
'add name',
'remove name',
'save game_file',
'resume game_file',
'export deck_file',
'autosave toggle',
]
while True:
response = malt.fill(options)
if response == 'start':
if len(party.players) < 2:
malt.serve("Please register at least two players to begin the game.")
continue
# check if the users want to set a losing punishment
with malt.indent():
play.game_menu(deck, party)
elif response == 'debug':
malt.serve("Entering debug mode.")
with malt.indent():
debug.debug_menu(deck, party, args)
elif response == 'add':
name = response.name
if name in party.names():
malt.serve("{} is already registered!".format(name))
else:
malt.serve("Registering {} as a new player.".format(name))
party.add(name)
elif response == 'remove':
name = response.name
if name in party.names():
malt.serve("Removing {} from the game.".format(name))
party.kick(name)
else:
malt.serve("{} is not a registered player!".format(name))
elif response == 'save':
path = response.game_file
disk.yaml_dump(path, party)
elif response == 'resume':
path = response.game_file
new_party = disk.yaml_load(path)
if new_party is not None:
party = new_party
elif response == 'export':
path = response.deck_file
disk.yaml_dump(path, deck)
elif response == 'autosave':
toggle = response.toggle
if toggle == 'on':
filename = malt.freefill("filename: ")
if disk.yaml_dump(filename, party):
party.autosave = True
party.save_location = filename
malt.serve("Enabled autosave.")
else:
malt.serve("Cancelled autosave.")
elif toggle == 'off':
party.autosave = False
malt.serve("Disabled autosave.")
elif toggle == 'check':
malt.serve("Autosave is currently {}.".format(
'on' if party.autosave else 'off'))
else:
malt.serve("The only options for autosave are on, off, and check.")
elif response == 'back':
break
def debug_menu(deck, party, args):
"""Offer options for viewing and tweaking internal variables."""
options = [
'batch n:int',
#'level n:int',
'progress difficulty',
'np difficulty',
'dump level',
'intensity level:int',
'args',
]
while 1:
response = malt.fill(options)
if response == 'batch':
for i in range(response.n):
(text, value) = taskgen.random_task(deck)
print('[{}] '.format(i), end='')
display((text, value))
# Print out all tasks at a certain level.
elif response == 'level':
level = response.n
nested = taskgen.all_combinations(deck.base, deck.subs)
# remove all out-of-level tasks
nested = [[(t, v) for (t, v) in base if v==level] for base in nested]
# clean up empty lists
nested = [base for base in nested if len(base) > 0]
# sort tasks alphabetically
nested = sorted(nested, key=lambda x: x[0][0:5])
for base in nested:
# sort variations by point value
base = sorted(base, key=lambda x: x[1])
print("========================================")
for variation in base:
display(variation)
print("")
elif response == 'progress':
try:
mod = util.rating_value(response.difficulty)
except ValueError:
malt.serve("Invalid difficulty.")
continue
points = 0
turn_num = 0
while turn_num < 20:
turn_num += 1
target = util.target_rating(points, mod)
(text, rating) = taskgen.random_task(deck, target)
print("({}) {}".format(rating, text))
points += util.points_value(mod)
elif response == 'np':
# Take arguments.
try:
mod = util.rating_value(response.difficulty)
except ValueError:
malt.serve("Invalid difficulty.")
continue
#end = response.turns
points = 0
turn_num = 0
while turn_num < 20:
turn_num += 1
target = util.target_rating(points, mod)
print("[{}] (Level {})".format(util.format_number(points), target))
points += util.points_value(mod)
# Dump every possible complete task.
elif response == 'dump':
nested = taskgen.all_combinations(deck.base, deck.subs)
if response.level == 'all':
pass
else:
try:
rating = util.rating_value(response.level)
# remove all out-of-level tasks
nested = [
[(t, v) for (t, v) in base if v==rating] for base in nested]
# clean up empty lists
nested = [base for base in nested if len(base) > 0]
except ValueError:
malt.serve("Invalid difficulty.")
continue
# sort tasks alphabetically by the first five characters
nested = sorted(nested, key=lambda x: x[0][0:5])
for base in nested:
# sort variations by point value
base = sorted(base, key=lambda x: x[1])
print("========================================")
for variation in base:
display(variation)
#print("")
# Set the intensity level.
elif response == 'intensity':
malt.serve("setting flag -{}".format('x'*response.level))
party.intensity = response.level
elif response == 'args':
malt.serve(args)
elif response == 'back': break