parser.add_argument('-a', help='roll width advantage', action='store_true')
parser.add_argument('-d', help='roll width disadvantage', action='store_true')
args = parser.parse_args()
repeats = 1
if args.c is not None:
if args.c >= 1:
repeats = args.c
try:
for i in range(repeats):
target_ac = int(args.target_ac)
attack_dice, attack_bonus = du.parse_roll_line(args.attack_roll)
attack_result = du.roll_batch(attack_dice[0])
if args.a:
attack_result = max(attack_result, du.roll_batch(attack_dice[0]))
elif args.d:
attack_result = max(attack_result, du.roll_batch(attack_dice[0]))
attack_roll = attack_result + attack_bonus
print("Attack roll: {} vs AC {}".format(attack_roll, target_ac))
damage_dice, damage_bonus = du.parse_roll_line(args.damage_roll)
damage = du.roll_all(damage_dice) + damage_bonus
if attack_result == 20:
damage += du.roll_all(damage_dice)
if attack_result == 20:
print("CRITICAL HIT!")
parser.add_argument('-a', help='roll width advantage', action='store_true')
parser.add_argument('-d', help='roll width disadvantage', action='store_true')
args = parser.parse_args()
repeats = 1
if args.c is not None:
if args.c >= 1:
repeats = args.c
try:
for i in range(repeats):
target_ac = int(args.target_ac)
attack_dice, attack_bonus = du.parse_roll_line(args.attack_roll)
attack_result = du.roll_batch(attack_dice[0])
if args.a:
attack_result = max(attack_result, du.roll_batch(attack_dice[0]))
elif args.d:
attack_result = max(attack_result, du.roll_batch(attack_dice[0]))
attack_roll = attack_result + attack_bonus
print("Attack roll: {} vs AC {}".format(attack_roll, target_ac))
damage_dice, damage_bonus = du.parse_roll_line(args.damage_roll)
damage = du.roll_all(damage_dice) + damage_bonus
if attack_result == 20:
damage += du.roll_all(damage_dice)
if attack_result == 20:
print("CRITICAL HIT!")
die, bonus = du.parse_roll_line(die_code)
parsed_dice.append((die, bonus))
rolls = []
for i in range(repeats):
rolls.append([])
for dice, bonus in parsed_dice:
if len(dice) == 0:
rolls[i].append(bonus)
elif args.advantage:
if dice[0][1] > 1 or dice[0][2] != 20:
raise DiceArgumentException(
"Can only do a 1d20+x type of roll with advantage.")
rolls[i].append(
max(du.roll_batch(dice[0]), du.roll_batch(dice[0])) +
bonus)
elif args.disadvantage:
if dice[0][1] > 1 or dice[0][2] != 20:
raise DiceArgumentException(
"Can only do a 1d20+x type of roll with disadvantage.")
rolls[i].append(
max(du.roll_batch(dice[0]), du.roll_batch(dice[0])) +
bonus)
elif args.best is not None:
if len(dice) > 1:
raise DiceArgumentException(
"You can use only one type of die.")
elif dice[0][1] < int(args.best):
raise DiceArgumentException(
parsed_dice = []
for die_code in args.die_code:
die, bonus = du.parse_roll_line(die_code)
parsed_dice.append((die, bonus))
rolls = []
for i in range(repeats):
rolls.append([])
for dice, bonus in parsed_dice:
if len(dice) == 0:
rolls[i].append(bonus)
elif args.advantage:
if dice[0][1] > 1 or dice[0][2] != 20:
raise DiceArgumentException("Can only do a 1d20+x type of roll with advantage.")
rolls[i].append(max(du.roll_batch(dice[0]), du.roll_batch(dice[0])) + bonus)
elif args.disadvantage:
if dice[0][1] > 1 or dice[0][2] != 20:
raise DiceArgumentException("Can only do a 1d20+x type of roll with disadvantage.")
rolls[i].append(max(du.roll_batch(dice[0]), du.roll_batch(dice[0])) + bonus)
elif args.best is not None:
if len(dice) > 1:
raise DiceArgumentException("You can use only one type of die.")
elif dice[0][1] < int(args.best):
raise DiceArgumentException("You can't pick out more dice than you roll.")
rolls[i].append(
sum(sorted(du.roll_batch(dice[0], sumup=False), reverse=True)[: int(args.best)]) + bonus
)
elif args.worst is not None: