def draft(args):
create_tts_mtg_decks(
decks=get_limited_pool(set_code=args.code, number_of_packs=3),
path=args.out,
card_size_text=args.size,
name=f'Draft Pool {args.code.upper()} ({date.today()})'
)
def main(out, name, size):
deck_dict = {
cardname: 1
for cardname in cardname_identifier_overrides.keys()
}
decklist = get_collection(deck_dict)
create_tts_mtg_decks({name: decklist}, out, card_size_text=size)
def sealed(args):
create_tts_mtg_decks(
decks=get_limited_pool(set_code=args.code,
number_of_players=args.players,
packs_per_player=args.packs),
path=args.out,
card_size_text=args.size,
name=f'Sealed Pool {args.code.upper()} ({date.today()})',
packs_per_player=args.packs,
log_card_names=False)
def decklist(args):
decks = parse_decklist(args.file)
collected_decks = {}
for deckname, decklist in decks.items():
collected_decks[deckname] = get_collection(decklist)
create_tts_mtg_decks(
decks=collected_decks,
path=args.out,
card_size_text=args.size,
)
def random_commander(args):
deck_list, deck_name = create_random_commander_deck(verbose=args.verbose,
query=' '.join(
args.query),
deck_name=args.name)
if not deck_list:
return
create_tts_mtg_decks(
decks={deck_name: deck_list},
path=args.out,
card_size_text=args.size,
)
def decklist(args):
# Handle sideboards, sets
deck_name = os.path.splitext(os.path.basename(args.file.name))[0]
decklist_array = args.file.readlines()
# Flip decklist_array ['[amount] [cardname]']
# to {[cardname]: [amount]}
deck_dict = {
' '.join(entry.split(' ')[1:]).strip()
: int(entry.split(' ')[0])
for entry in decklist_array
if entry.strip() and not entry.startswith('//')
}
create_tts_mtg_decks(
decks={deck_name: get_collection(deck_dict)},
path=args.out,
card_size_text=args.size,
)
def main(out, name, size, etched, lands, sld, sta):
deck_array = [({
'name': cardname
}, 1) for cardname in cardname_identifier_overrides.keys()]
if etched:
name += ' - Etched'
control_array = [({
'name': card['name']
}, 1) for card in search_for_cards('frame:etched')]
elif lands:
name += ' - Lands'
control_array = [({
'name': card['name']
}, 1) for card in search_for_cards('t:basic order:color')]
control_array += [({
'name': card['name']
}, 1) for card in search_for_cards('Pathway t:land')]
control_array += [({
'name': card['name']
}, 1) for card in search_for_cards('Triome t:land')]
control_array += [({
'name': card['name']
}, 1) for card in search_for_cards('s:zne order:set')]
# TODO: Add tests for these land types
# when overrides for them get added.
# control_array += [
# ({'name': card['name']}, 1)
# for card in search_for_cards('is:checkland')
# ]
# control_array += [
# ({'name': card['name']}, 1)
# for card in search_for_cards('is:dual')
# ]
# control_array += [
# ({'name': card['name']}, 1)
# for card in search_for_cards('is:shockland')
# ]
elif sld:
name += ' - SLD'
control_array = [({
'name': card['name']
}, 1) for card in search_for_cards('set:sld')]
elif sta:
name += ' - STA'
control_array = [({
'name': card['name']
}, 1) for card in search_for_cards('set:sta')]
else:
control_array = []
for control in control_array:
if control not in deck_array:
print(control[0])
decklist = get_collection(control_array)
create_tts_mtg_decks({name: decklist}, out, card_size_text=size)
