def create_new_deck(paths):
if len(paths) < 1:
raise ValueError("Unable to create deck: no packs given")
deck = Deck(paths)
header = None
category = None
for path in paths:
with open(path, 'r') as f:
for i, line in enumerate(f):
# Anything after a # is considered a comment and discarded.
line = line.split('#')[0].strip()
if not line:
continue
# "[-header-]" is the kind of line we're looking for here.
if line[0] == '[' and line[-1] == ']':
if line[1] == line[-2] == '-':
category = 'base'
elif line[1] == line[-2] == '^':
category = 'subs'
else:
print("error")
return
header = line[2:-2]
continue
# Watch out for formatting errors.
elif category is None or header is None:
# Found a card without any headers.
print("error")
return
if header not in deck.__dict__[category].keys():
deck.__dict__[category][header] = {}
(text, rating) = line.split(':')
# TODO: more elegant way of doing this
rating = rating.strip()
try:
r_value = util.rating_value(rating.strip())
except ValueError:
print("error")
return
else:
deck.__dict__[category][header][text.strip()] = r_value
compile_deck(deck)
shuffle_deck(deck)
return deck
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 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