def roll_damage(attack, target, critical=False):
if critical:
log.info("Rolling critical damage.")
damage = (2 *
roll_dice(attack["damage_dice"])) + attack["damage_bonus"]
else:
log.info("Rolling normal damage.")
damage = roll_dice(attack["damage_dice"]) + attack["damage_bonus"]
log.info(
"Dealing {} damage to {}, reducing their hit points from {} to {}.".
format(damage, target.name, target.hit_points,
target.hit_points - damage))
target.hit_points -= damage
def initialize_hit_points(self):
if self.stats["max_hit_points"]["method"] == "exact":
self.state["current_hit_points"] = int(self.stats["max_hit_points"]["value"])
elif self.stats["max_hit_points"]["method"] == "average":
dice_vals = utils.evaluate_dice_string(self.stats["max_hit_points"]["value"])
self.state["current_hit_points"] = math.floor(dice_vals[0] * (dice_vals[1] + 1)/2) + dice_vals[2]
elif self.stats["max_hit_points"]["method"] == "roll":
dice_vals = utils.evaluate_dice_string(self.stats["max_hit_points"]["value"])
self.state["current_hit_points"] = utils.roll_dice(dice_vals[0],dice_vals[1])[0] + dice_vals[2]
def roll_attack(attacker, attack, target):
log.info("Making attack: " + attack['name'])
# Make attack roll
natural_attack_roll = roll_dice("1d20")
# Check for natural 1
if natural_attack_roll == 1:
log.info("{} rolled a natural 1!".format(attacker.name))
# Check for natural 20
elif natural_attack_roll == 20:
log.info("{} rolled a critical hit!".format(attacker.name))
roll_damage(attack, target, critical=True)
else:
attack_roll = natural_attack_roll + attack['attack_bonus']
log.info("{} rolled {} against {}'s AC {}".format(
attacker.name, attack_roll, target.name, target.armour_class))
if attack_roll >= target.armour_class:
log.info("Attack hit!")
roll_damage(attack, target)
else:
log.info("Attack missed!")
def add_skills(hero, monster):
hero.skills = {
# Basic attack
1:
Skill(hero,
name='Atack',
energy=0,
min_level=1,
action=(lambda: hero.attack(hero.atk, monster))),
# Heals 1d8 life points per level
2:
Skill(hero,
name='Heal (1)',
energy=1,
min_level=1,
action=(lambda: hero.heal())),
# A stronger attack +5
3:
Skill(hero,
name='Charged Attack (1)',
energy=1,
min_level=2,
action=(lambda: hero.attack(hero.atk + 5, monster))),
# Adds another dice roll to the charged attack
4:
Skill(
hero,
name='Double tap (2)',
energy=2,
min_level=3,
action=(lambda: hero.attack(hero.atk + 5 + roll_dice(8), monster)))
}
def main():
# Create object with players
players = utils.get_players(config.N_PLAYERS)
# Create board with properties
board = utils.get_board(config.BOARD_FILENAME)
# Continue playing as long as more than one player remains in game
while len(players) > 1:
# Take turns
for turn in range(config.N_PLAYERS):
# Define current player
curr_player = players[turn]
# Double roll counter
n_double_roll = 0
# Continue turn until player rolls no doubles or goes to jail
while True:
# Roll dice
roll, rolled_double = utils.roll_dice()
# Update double roll counter
n_double_roll += int(rolled_double)
# If player is in jail
if players[turn].jail_turns > 0:
# Select jail strategy
curr_player.choose_jail_strategy(rolled_double)
# If player is still in jail
if curr_player.jail_turns > 0:
break
# If player rolled less than 3 doubles
if n_double_roll < 3:
# Move player
curr_player.move(roll)
# Define current board space
curr_space = board[curr_player.position]
for case in classes.Switch(type(curr_space).__name__):
if case('Street'):
curr_player.evaluate_buy(curr_space, players)
# If no double rolled, end turn
if not rolled_double:
break
# Otherwise, send player to jail and end turn
elif n_double_roll == 3:
curr_player.go_to_jail()
break
def _calculate_hit_points(self):
result = roll_dice(self.hit_dice) + (get_bonus(self.constitution) *
self.number_of_hit_dice)
# Make sure the HP is at least 1
return result if result > 1 else 1
import utils print(utils.roll_dice(6)) numbers = [10, 2, 5, 7] maximum_number = utils.find_max_number(numbers) print(maximum_number) # how to install external module # pip install python-docx # it will be in Externnal Libraries/site-packages # import docx and you can use it # uninstall by pip uninstall python-docx