def roll_check(self, check_name, advantage=False, disadvantage=False):
is_stat = check_name in STAT_NAMES
is_skill = check_name in [skill.name for skill in self.skills]
modifier = 0
stat = None
if not is_stat and not is_skill:
return LookupError("%s is not a valid skill or stat")
elif is_stat:
modifier += self.stat.modifier(check_name)
stat = check_name
elif is_skill:
skill = list(
filter(lambda skill: skill['name'] == check_name,
self.skills))[0]
modifier += self.stat.modifier(skill.stat)
stat = skill.stat
if skill.trained and self.proficiency:
modifier += self.proficiency
modifier += get_bonuses(stat)
if advantage or disadvantage:
rolls = [roll("1d20") + modifier, roll("1d20") + modifier]
if advantage:
return max(rolls)
else:
return min(rolls)
return roll("1d20") + modifier
def validate(val_loader, model, cri, epoch, output_writers, device):
val_loss = AverageMeter()
# switch to evaluate mode
model.eval()
allrmse = []
allpsnr = []
allssim = []
i = 0
with torch.no_grad():
for kdata, mask, image, fully in val_loader:
kdata = kdata.float().to(device)
mask = mask.float().to(device)
image = image.float().to(device)
_, _, w, h = kdata.size()
# ifftshift
kdata = roll(kdata, int(w / 2), 2)
kdata = roll(kdata, int(h / 2), 3)
mask = roll(mask, int(w / 2), 2)
mask = roll(mask, int(h / 2), 3)
# model forward
reconsimage = model(kdata, mask)
# calculate loss
loss = cri(reconsimage[-1], image)
# calculate score
rmse = get_rmse(reconsimage[-1], image)
psnr = get_psnr(reconsimage[-1], image)
ssim = get_ssim(reconsimage[-1], image)
allrmse.append(rmse.item())
allpsnr.append(psnr)
allssim.append(ssim.item())
# record validation loss
val_loss.update(loss.item(), kdata.size(0))
# display results in tensorboard
if 1 < i < 4:
image = vutils.make_grid(image,
normalize=True,
scale_each=True)
output_writers[i].add_image('gt image', image, 0)
rec1 = vutils.make_grid(reconsimage[-1],
normalize=True,
scale_each=True)
output_writers[i].add_image('reconstruction image 1 ', rec1,
epoch)
i = i + 1
# print out average scores
print(' * Average Validation Loss {:.3f}'.format(val_loss.avg))
print(' * Average RMSE {:.4f}'.format(np.mean(np.asarray(allrmse))))
print(' * Average PSNR {:.4f}'.format(np.mean(np.asarray(allpsnr))))
print(' * Average SSIM {:.4f}'.format(np.mean(np.asarray(allssim))))
return val_loss.avg
def potion_drop(hero, room):
level = LEVEL
if room == ("battleroom"):
potion_types = ['small', 'medium']
chance = (level - 1) * 10
if roll() <= chance:
potion = random.choice(potion_types)
if potion == 'small':
hero.pots['small'] +=1
print('You pick up a small health potion')
return 1
elif potion == 'medium':
hero.pots['medium'] += 1
print('You pick up a medium health potion')
return 1
else:
return 0
if room == ("traproom"):
potion_types = ['medium', 'large']
chance = (level - 1) * 10
if roll() <= chance:
potion = random.choice(potion_types)
if potion == 'medium':
hero.pots['medium'] +=1
print('You pick up a medium health potion')
return 1
elif potion == 'large':
hero.pots['large'] += 1
print('You pick up a large health potion')
return 1
else:
return 0
def goldLoot(level):
'''A simple loot generator: creates random gold loot for a level.
'''
_trace = TRACE + 'goldLoot('+str(level)+') '
logging.info(_trace)
treasure = TREASURE[level-1]
logging.info(_trace+'treasure = '+str(treasure))
# Coins
coins_roll = roll(100, 1)
logging.info('VALUE:: coins_roll = '+str(coins_roll))
coins = treasure['coins']
gp = 0
for x in coins:
range_ = x['range']
if coins_roll <= range_ and not coins_roll > range_:
dice = x['dice']
die = x['die']
if dice > 0:
coin = x['coin']
base = x['base']
multiplier = roll(die, dice)
amount = multiplier*base
# Convert to gold
if coin == 'cp':
gp += amount/100
elif coin == 'sp':
gp += amount/10
elif coin == 'gp':
gp += amount
elif coin == 'pp':
gp += amount*10
logging.info('gp = '+str(gp))
return gp
def train(train_loader, model, cri, optimizer, epoch, train_writer, device):
global n_iter
batch_time = AverageMeter()
losses = AverageMeter()
epoch_size = len(train_loader)
# switch to train mode
model.train()
i = 0
for kdata, mask, image, fully in train_loader:
kdata = kdata.float().to(device)
image = image.float().to(device)
fully = fully.float().to(device)
_, _, w, h = kdata.size()
# generate undersampling mask on the fly
idx = gaussiansample(h, int(h / 4), np.int(np.floor(h * 0.125)))
randmask = torch.zeros((kdata.size(0), 1, w, h)).float().to(device)
randmask[:, :, :, idx] = 1
# ifftshift
randmask = roll(randmask, int(w / 2), 2)
randmask = roll(randmask, int(h / 2), 3)
# generate undersampled k-space data
randkdata = fully * randmask
# model forward
reconsimage = model(randkdata, randmask)
# calculate loss
loss = cri(reconsimage[-1], image)
# record loss
losses.update(loss.item(), kdata.size(0))
train_writer.add_scalar('train_loss', loss.item(), n_iter)
# compute gradient and do optimization step
optimizer.zero_grad()
loss.backward()
optimizer.step()
n_iter += 1
if i % 3 == 0:
print('Epoch: [{:02d}][{:04d}]\t Loss {:.5f}'.format(
epoch, i, losses.avg))
if i >= epoch_size:
break
i = i + 1
return losses.avg
def apply(self, state):
if self.character(state).is_small:
damage = utils.roll(1, 6, advantage=2)
elif self.character(state).is_large:
damage = utils.explode_roll(1, 20, disadvantage=1)
elif self.character(state).is_medium:
damage = utils.roll(1, 6)
else:
damage = 0
return self.damage(state, damage)
def rollAttack(self,
method: Union[Weapon, Spell],
target: 'Character',
advantage=0,
misc_mod: str = None) -> None:
types = {
'melee': self.abilities['str'].mod + self.pro_bonus,
'ranged': self.abilities['dex'] + self.pro_bonus
}
if isinstance(method, Spell):
try:
assert method.attack
except AssertionError:
print("Spell doesn't have attack attribute.")
rolled = roll('1d20') + self.abilities[
self.spellcasting_ability].mod + self.pro_bonus
if advantage != 0:
def _roll():
return roll('1d20') + self.abilities[
self.spellcasting_ability].mod + self.pro_bonus
rolls = [_roll(), _roll()]
rolled = (max(rolls) if advantage > 0 else min(rolls))
if rolled >= target.ac:
print("Attack succeeded!")
target.takeDamage(method.damage, method.damage_type)
if self.misc_damages:
for damage in self.misc_damages:
target.takeDamage(damage['roll'], damage['type'],
damage['multiplier'])
else:
print("Attack failed.")
elif isinstance(method, Weapon):
if not misc_mod:
misc_mod = types[method.reach]
rolled = roll('1d20') + misc_mod
if advantage != 0:
def _roll():
return roll('1d20') + misc_mod
rolls = [_roll(), _roll()]
rolled = (max(rolls) if advantage > 0 else min(rolls))
if rolled >= target.ac:
if self.misc_damages:
for damage in self.misc_damages:
target.takeDamage(damage['roll'], damage['type'],
damage['multiplier'])
for damage in method.damages:
target.takeDamage(damage['roll'], damage['type'],
damage['multiplier'])
print("Attack succeeded!")
else:
print("Attack failed.")
def coin_drop(enemy, hero):
level = LEVEL
if roll() <= int(enemy.lootchance_coins):
coin_drops_level = COIN_LIST.loc[COIN_LIST['Level'] == level] #gets all dropabble coins for the current level
coin_roll = roll() - hero.greed #rolls to see which drops you can get, factors greed
coin_drops = coin_drops_level.loc[coin_drops_level['Rarity'] >= coin_roll] #makes a df of all dropabble items
if coin_drops.empty:
return 0
coin_drops = coin_drops.sample() #takes a random drop from above dataframe
return int(coin_drops['Amount']) #adds coins to hero's inventory
return 0
def divergence1d(self, p0, ppred):
hder = 2*conf.hder
dp = ppred-p0
div = (utils.roll(dp, axis=0, shift=-1)-utils.roll(dp, axis=0, shift=1))/hder
# reset dictionaries
self.reset_dict()
return p0, ppred, dp, div
def wealth_drop(enemy, hero):
level = LEVEL
if roll() <= int(enemy.lootchance_wealth):
wealth_level = WEALTH_LIST.loc[WEALTH_LIST['Level'] == level] #gets all dropabble wealth for the current level
wealth_roll = roll() - hero.greed #rolls to see which drops you can get, factors greed
wealth_drops = wealth_level.loc[wealth_level['Rarity'] >= wealth_roll] #makes a df of all dropabble wealth
if wealth_drops.empty:
return 0
wealth_drop = wealth_drops.sample()
print(wealth_drop.iloc[0]["Name"])
return (wealth_drop.iloc[0]["Name"])
return 0
def weapon_drop(enemy, hero):
level = LEVEL
if roll() <= int(enemy.lootchance_gear):
weapon_drops_level = WEAPON_LIST.loc[WEAPON_LIST['Level'] == level]
weapon_roll = roll() - hero.greed #rolls to see which drops you can get, factors greed
weapon_drops = weapon_drops_level.loc[weapon_drops_level['Rarity'] >= weapon_roll] #makes a df of all dropabble items
if weapon_drops.empty:
return 0
weapon_drops = weapon_drops.sample() #takes a random drop from above dataframe
print(weapon_drops.iloc[0]["Name"], weapon_drops.iloc[0]["Category"])
hero.pick_up(weapon_drops.iloc[0]["Name"], weapon_drops.iloc[0]["Category"])
return (weapon_drops.iloc[0]["Name"])
return 0
def spawnLocation(location, meters=60):
"""Creates a new location within random meters of provided location.
Returns: a new location.
"""
_trace=TRACE+"spawnLocation() "
logging.info(_trace)
lat, lon = utils.parseGeoPt(location)
logging.info(_trace+'lat = '+lat)
logging.info(_trace+'lon = '+lon)
# Randomly determine distance of new lat/lon
ran_lat_meters = utils.roll(meters, 1)
ran_lon_meters = utils.roll(meters, 1)
logging.info(_trace+'ran_lat_meters = '+str(ran_lat_meters))
logging.info(_trace+'ran_lon_meters = '+str(ran_lon_meters))
lat_meters = ran_lat_meters*.00001
lon_meters = ran_lon_meters*.00001
logging.info(_trace+'lat_meters = '+str(lat_meters))
logging.info(_trace+'lon_meters = '+str(lon_meters))
# Randomly determine direction of new lat/lon
pos_lat_vector = random.choice([True, False])
pos_lon_vector = random.choice([True, False])
logging.info(_trace+'pos_lat_vector = '+str(pos_lat_vector))
logging.info(_trace+'pos_lon_vector = '+str(pos_lon_vector))
lat = utils.strToIntOrFloat(lat)
lon = utils.strToIntOrFloat(lon)
new_lat = lat
new_lon = lon
if pos_lat_vector == False:
new_lat = lat - lat_meters
logging.info(_trace+'False new_lat = '+str(new_lat))
else:
new_lat = lat + lat_meters
logging.info(_trace+'True new_lat = '+str(new_lat))
if pos_lon_vector == False:
new_lon = lon - lon_meters
logging.info(_trace+'False new_lon = '+str(new_lon))
else:
new_lon = lon + lon_meters
logging.info(_trace+'True new_lon = '+str(new_lon))
new_location = db.GeoPt(str(new_lat), str(new_lon))
return new_location
def divergence2d(self, p0, ppred):
hder = 2*conf.hder
p0 = p0.view(conf.num_U, conf.num_nf, 2)
ppred = ppred.view(conf.num_U, conf.num_nf, 2)
dp = ppred-p0
div = (utils.roll(dp[:, :, 0], axis=0, shift=-1)-utils.roll(dp[:, :, 0], axis=0, shift=1))/hder[0] + (
utils.roll(dp[:, :, 1], axis=1, shift=-1)-utils.roll(dp[:, :, 1], axis=1, shift=1))/hder[1]
# reset dictionaries
self.reset_dict()
return p0, ppred, dp, div
def odds(args):
# The input
welcome = '- You attempt to make a check of {}'.format(args.check)
welcome += ' by rolling a d{}'.format(', d'.join([str(die) for
die in args.dice[:-1]]))
if len(args.dice) > 1: welcome += ' and a d'
welcome += '{}.'.format(args.dice[-1])
if args.bonus:
welcome += '\n- Your bonus on the check is {}.'.format(args.bonus)
print(welcome)
hits, total, percent = make_check(args.check, args.dice,
args.bonus, args.strictly_greater)
# The odds
if not args.roll:
if percent % 1 == 0:
print("- The odds of winning are {} in {}, i.e. {} %.".
format(*map(int, (hits, total, percent))))
else:
print("- The odds of winning are {} in {}, i.e. roughly {:.0f} %.".
format(*map(int, (hits, total, percent))))
else: # Roll the dice
result = roll(args.dice) + args.bonus
if result >= args.check + args.strictly_greater:
print("- Rolling dice ... the result is {} ({} was required), "
"you win!" .format(result,
args.check + args.strictly_greater))
else:
print("- Rolling dice ... the result is {} ({} was required), "
"you lose!" .format(result,
args.check + args.strictly_greater))
def save(self, ability_check, dc):
rolled = roll('1d20') + self.abilities[ability_check].save
saved = (rolled >= dc)
if saved:
print("Save succeeded!")
else:
print("Save failed.")
return saved
def get_correlation(s1, s2):
start_date = '2016-03-01'
end_date = min(s1.index[-1], s2.index[-1])
s1 = s1[(s1.index >= start_date) & (s1.index <= end_date)]
s2 = s2[(s2.index >= start_date) & (s2.index <= end_date)]
df = pd.DataFrame({'s1': s1, 's2': s2}, index=s1.index)
rolled_df = utils.roll(df, 60)
corr = rolled_df.apply(lambda df: df['s1'].corr(df['s2']))
return corr
def __computeHP(self) -> int:
hp = 0
higher_class_dc = '1d0'
for key in self.classes.keys():
if int(self.classes[key].hit_dice.split('d')[1]) > int(
higher_class_dc.split('d')[1]):
higher_class_dc = self.classes[key].hit_dice
for _ in range(self.level):
hp += roll(higher_class_dc)
return hp
def create_generic(self, weather_filepath, interval=10):
self.interval = interval
if self.raw_data is None:
print("Error: no raw data. Use set_raw_data to set raw data.")
else:
formatted_data = util.merge_day_month(self.raw_data)
rolling_data = util.roll(formatted_data, self.interval)
merged_rolling = util.merge_rolling(formatted_data, rolling_data)
merged_weather = util.merge_weather(merged_rolling, weather_filepath)
self.weather_generic = merged_weather
def get_dataframe():
pnl = get_panel()
pnl.ix[:, :, 'return'] = pnl.minor_xs('close').pct_change()
df = pnl.minor_xs('return')
rolled_df = utils.roll(df, 60)
ratio = rolled_df.apply(lambda x: principal_ratio(x, 3))
res = pd.DataFrame({'con60': ratio})
res.index.name = 'date'
return res
def takeDamage(self, droll: str, dtype: str, multiplier: int = 1) -> None:
if (dtype in self.race.resistances or dtype in self.misc_resistances):
multiplier *= 0.5
if (dtype in self.vulnerabilities):
multiplier *= 2
### future condition-based code ###
damage = round(roll(droll) * multiplier)
self.current_hp -= damage
print(f"Took {damage} {dtype} damage!")
if self.current_hp < 0:
self.current_hp = 0
print("HP is now 0, death rolls are now active.")
def flee(hero, enemy):
t6 = "Trying to escape the room..."
print_slow(t6, 0.02)
flee_roll = 50 + hero.agility
if roll() < flee_roll:
print("You successfully escape from the " + enemy.name)
junction()
else:
print("You can't find a way out!")
enemy_hit = roll()
if enemy_hit < (
enemy.hit_chance - hero.defense
): # factors if the hit is successful based on hit chance and hero defense
crit_enemy = enemy.crit_check(
enemy
) # should have been a common function in parent class
enemy_damage = int(
random.randint(
int(0.8 * enemy.damage),
int((enemy.damage) * crit_enemy),
)
)
print(
"The "
+ enemy.name
+ " attack you for "
+ str(enemy_damage)
+ " damage"
)
hero.hp -= enemy_damage
hero.print_status()
battle_choices(hero, enemy)
if hero.hp <= 0:
hero.death()
else:
print("You dodge an incoming attack" + "\n")
battle_choices(hero, enemy)
def potion_drop(room):
level = LEVEL
if room == ("battleroom"):
potion_types = ["small", "medium"]
chance = (level - 1) * 10
if roll() <= chance:
potion = random.choice(potion_types)
if potion == "small":
hero.pots["small"] += 1
return 1
elif potion == "medium":
hero.pots["medium"] += 1
return 1
else:
return 0
def energy(self, x):
S = 0
for i in range(self.dims):
S += x * roll(x, [1], [i + 1])
#S += x*roll(x,[-1],[i+1])
term1 = x**2
term2 = (term1 - 1)**2
for _ in range(self.dims):
S = S.sum(-1)
term1 = term1.sum(-1)
term2 = term2.sum(-1)
S *= -2 * self.kappa
term2 *= self.lamb
S += term1 + term2
return S
def apply(self, state):
enemies = []
total_damage = 0
for enemy in state.scene.enemies:
raw_damage = utils.roll(1, 10, disadvantage=1) - 10
if raw_damage < 0:
damage = 0
elif raw_damage < 3:
damage = 3
else:
damage = raw_damage
enemy = enemy.set(health=enemy.health - damage)
total_damage += damage
if enemy.health < 0:
enemy = enemy.set(health=0)
enemies.append(enemy)
return state.set(
scene=state.scene.set(action=state.scene.action.set(
effect_description=f'Did {total_damage} Damage'),
enemies=pyrsistent.pvector(enemies)))
def cast(self, slot_level: int, target: 'Character' = None) -> None:
try:
assert self.caster
except:
raise Warning("No caster specified for the spell!")
if not self.dc:
self.dc = self.caster.dc
try:
assert slot_level >= self.level
assert self.caster.slots[slot_level].uses > 0
self.caster.slots[slot_level].consume()
if target:
saved = target.save(self.check, self.dc)
if self.damage_type:
multiplier = 1
if saved:
multiplier = 0.5
target.takeDamage(self.damage[str(slot_level)],
self.damage_type,
multiplier=multiplier)
if self.caster.misc_damages:
for damage in self.caster.misc_damages:
target.takeDamage(damage['roll'], damage['type'],
damage['multiplier'])
if self.condition:
if not saved:
target.setCondition(self.condition)
if self.heal_roll:
target.heal(roll(self.heal_roll))
if self.concentration:
self.caster.setCondition('concentrating')
if self.condition and not target:
self.caster.setCondition(self.condition)
except AssertionError:
print(
"No enough uses available for that slot or slot level is too low."
)
return None
def __init__(self,
name,
stats: Stats,
hp: Union[int, str],
speed: Union[int, List[int]],
alignment=None,
skills: List[Skill] = None,
bonuses: List[Bonus] = None):
self.name = name
self.stats = stats
if type(hp) is str:
self.hp = roll(hp)
else:
self.hp = hp
self.speed = {"land": 0, "flying": 0}
if type(speed) is int:
self.speed["land"] = speed
else:
self.speed["land"] = speed[0]
self.speed["flying"] = speed[1]
self.alignment = alignment
self.skills = skills
self.bonuses = bonuses
def loot(level):
"""Creates random loot for a level.
{
'coins': {'coin': 'gp', 'amount': 100},
'gems': [{'gp': 100, 'type': 'Ruby'}, {'gp': 1000, 'type': 'Diamond'}],
'item': item.json
}
"""
logging.info('METHOD:: loot()')
treasure = TREASURE[level]
loot = {'coins': None, 'gems': None, 'item': None}
# Coins
coins_roll = roll(100, 1)
logging.info('VALUE:: coins_roll = '+str(coins_roll))
coins = treasure['coins']
for x in coins:
range_ = x['range']
logging.info('VALUE:: coin range_ = '+str(range_))
if coins_roll <= range_:
dice = x['dice']
die = x['die']
if dice > 0:
coin = x['coin']
base = x['base']
multiplier = roll(die, dice)
amount = multiplier*base
loot['coins'] = {'coin': coin, 'amount': amount}
# Gems
gems_roll = roll(100, 1)
logging.info('VALUE:: gems_roll = '+str(gems_roll))
gems = treasure['gems']
for x in gems:
range_ = x['range']
logging.info('VALUE:: gem range_ = '+str(range_))
if gems_roll <= range_:
dice = x['dice']
die = x['die']
if dice > 0:
number_of_gems = roll(die, dice)
gems = []
for i in number_of_gems:
gem_type_roll = roll(100, 1)
for g in GEMS:
range_ = g['range']
if gem_type_roll <= range_:
gem_value = roll(g['dice'], g['die'])
gem_value = gem_value*g['base']
gem_type = choice(g['gem'])
gem = {'gp': gem_value, 'type': gem_type}
gems.append(gem)
loot['gems'] = gems
# Item
items_roll = roll(100, 1)
logging.info('VALUE:: items_roll = '+str(items_roll))
items = treasure['items']
for x in items:
range_ = x['range']
logging.info('VALUE:: items range_ = '+str(range_))
if items_roll <= range_:
dice = x['dice']
die = x['die']
if dice > 0:
item_level_mod = roll(die, dice)
item_level = item_level_mod + level - 1
item_class_roll = roll(100, 1)
item_class = None
if item_class_roll <= 30:
item_class = models.Weapon
elif item_class_roll <= 50:
item_class = models.Armor
elif item_class_roll <= 80:
item_class = models.Potion
elif item_class_roll <= 90:
item_class = models.Implement
elif item_class_roll <= 95:
item_class = models.Gear
elif item_class_roll <= 99:
item_class = models.Artifact
elif item_class_roll <= 100:
item_class = models.Ring
query = item_class.all()
query.filter('level =', item_level)
item_choices = query.fetch(1000)
random_item = choice(item_choices)
loot['item'] = random_item.json
return loot
def crit_check(self):
if roll() < self.crit_chance:
print("You unleash a critical strike")
return self.crit_multi
return 1
#code used for the variant: summon X monsters.
"""
This code takes in 3 command line arguments: the amount of monsters using this feature, the chance that it will summon a monster, and the die used to summon it
Monster amount: int
Summon chance: int, 1-100, it represents a percentage chance
Summon Die: string, described in a (x)d(y) where x is the number of dice used, and y is the type of die (1d4, 2d6, 3d20, etc.)
"""
import random
import sys
from utils import roll
monster_amount = int(sys.argv[1])
summon_chance = int(sys.argv[2])
summon_die_arg = sys.argv[3].split("d")
summon_die_amount = int(summon_die_arg[0])
summon_die = int(summon_die_arg[1])
sucesses = filter(lambda x: x<summon_chance, roll(1, 100, monster_amount))
summons = roll(summon_die_amount, summon_die, len(sucesses))
print("Total sucesses: {}".format(len(sucesses)))
print("Summon amounts: {}".format(summons))
print("Total summons: {}".format(sum(summons)))
def attackMonster(attacker, attack, monster):
'''Resolves an attack against a Monster. Returns the damage result as
a dictionary: {'damage': 10, 'keywords': ['Fire'], 'status': 'Hit'}, and
Returns a List of entities to be updated.
'''
_trace = TRACE+'rollAttack():: '
logging.info(_trace)
damage_keywords = attack.damage_keywords
json = {'key': str(monster.key()), 'name': monster.name,
'damage': 0, 'keywords': damage_keywords,
'status': 'Hit', 'hp': 0, 'xp': monster.experience}
entities = []
# Roll Attack, natural 20 is a Hit
#attack_roll = utils.roll(20, 1)
attack_roll = 19 # FOR TESTING
logging.info(_trace+'attack_roll = '+str(attack_roll))
if attack.class_name() == models.WPN:
# get attack mod using proficiency and ability
# if magic, add bonus
# get defense value
# compare values
# hit?
# assign damage
# TODO:: if magic, check for keywords
json_weapon = item.getJSONItem(models.WPN, attack)
logging.info(_trace+'Attack = Item.Weapon')
logging.info(_trace+'Weapon = '+str(json_weapon))
if attack.magic == True: pass
else: pass
# Get Proficiency and Ability Mod, add to attack roll
logging.info(_trace+'proficiency = '+str(attack.proficiency))
logging.info(_trace+'attack_mod = '+str(attack.attack_mod))
mod_attack_roll = attack_roll + attack.attack_mod + attack.proficiency
logging.info(_trace+'mod_attack_roll = '+str(mod_attack_roll))
# Get Defense Score
defense = 'AC'
defense_score = monster.scores['defenses'][defense]['score']
logging.info(_trace+'defense_score = '+str(defense_score))
# Evaluate Hit
if mod_attack_roll < defense_score:
logging.info(_trace+'Attack is a Miss!')
json['status'] = 'Miss'
# Roll Damage
else:
logging.info(_trace+'Attack is a Hit!')
damage_dice = attack.damage_dice
damage_die = attack.damage_die
damage = 0
if damage_die != 0:
damage = utils.roll(damage_die, damage_dice)
if attack.damage_mod:
damage += damage_mod
logging.info(_trace+'damage before defenses = '+str(damage))
# Calculate Defenses
immunities = monster.immunities
resist = monster.resist
vulnerable = monster.vulnerable
for d in damage_keywords:
# No Damage if Monster has immunity
if d in immunities:
json['status'] = 'Immune to '+d
return json
# Reduced Damage for resistence
if resist is not None:
resist_keys = resist.keys()
if d in resist_keys:
mod = resist[d]
damage -= mod
json['status'] = 'Resists '+d
# Increased Damage for vulnerability
if vulnerable is not None:
vulnerable_keys = vulnerable.keys()
if d in vulnerable_keys:
mod = vulnerable[d]
damage += mod
json['status'] = 'Vulnerable to '+d
# Damage cannot be less than 0
if damage < 0:
damage = 0
# Update damage to monster, determine kill, assign experience
hp = monster.hit_points['hp']
hp -= damage
if hp < 0:
hp = 0
monster.status = 'KIA'
attacker.experience += monster.experience
entities = [monster, attacker]
monster.hit_points['hp'] = 0
json['hp'] = hp
json['damage'] = damage
elif attack.class_name() == models.ATT:
# assign damage
# Weapon damage?
# -- get weapon
# dice damage?
# -- roll damage
# Ability bonus to damage?
# -- add to damage
# damange keywords?
# -- add/subtract
json_attack = power.getJSONPower(models.ATT, attack)
logging.info(_trace+'Attack = '+models.ATT)
logging.info(_trace+'Attack = '+str(json_attack))
# Get Attack Score
logging.info(_trace+'attack_mod = '+str(attack.attack_mod))
abil = attack.attack_ability
logging.info(_trace+'attack ability = '+abil)
ability_mod = attacker.scores['abilities'][abil]['mod']
mod_attack_roll = attack_roll + attack.attack_mod + ability_mod
logging.info(_trace+'mod_attack_roll = '+str(mod_attack_roll))
# Get Defense Score
def_abil = attack.defense_ability
defense_score = monster.scores['defenses'][def_abil]['score']
logging.info(_trace+'defense ability = '+def_abil)
logging.info(_trace+'defense score = '+str(defense_score))
# Evaluate Hit
if mod_attack_roll < defense_score:
logging.info(_trace+'Attack is a Miss!')
json['status'] = 'Miss'
# Roll Damage
else:
logging.info(_trace+'Attack is a Hit!')
damage_dice = attack.damage_dice
damage_die = attack.damage_die
ability = attack.damage_ability_type
damage = 0
# Check for mods and add Damage
if damage_die != 0:
damage_roll= utils.roll(damage_die, damage_dice)
logging.info(_trace+'damage_roll = '+str(damage_roll))
damage += damage_roll
if ability:
damage_mod = attacker.scores['abilities'][ability]['mod']
damage += damage_mod
if attack.damage_weapon_multiplier > 0:
# TODO: currenty the associated weapon/implement is not passed
# so a default is used ...
damage += utils.roll(10, 1)
logging.info(_trace+'damage before defenses = '+str(damage))
# Calculate Defenses
immunities = monster.immunities
resist = monster.resist
vulnerable = monster.vulnerable
for d in damage_keywords:
# No Damage if Monster has immunity
if d in immunities:
json['status'] = 'Immune to '+d
return json
# Reduced Damage for resistence
if resist is not None:
resist_keys = resist.keys()
if d in resist_keys:
mod = resist[d]
damage -= mod
json['status'] = 'Resists '+d
# Increased Damage for vulnerability
if vulnerable is not None:
vulnerable_keys = vulnerable.keys()
if d in vulnerable_keys:
mod = vulnerable[d]
damage += mod
json['status'] = 'Vulnerable to '+d
# Damage cannot be less than 0
if damage < 0:
damage = 0
json['damage'] = damage
return json, entities
def will_not_put(self):
return not roll(int(Spider.CHANCE_TO_PUT * 100))
def rollEncounter(player_party, geo_pt):
'''Creates a random monster encounter. Returns a NonPlayerParty of
monsters or None. The chance of encountering monsters is based on the
player_party's encounter log.
'''
_trace = TRACE+'rollEncounter():: '
logging.info(_trace)
logging.info(_trace+' player_party = '+str(player_party))
# Determine likelyhood of encounter ...
'''
{'encounter_log': {'total': 23, 'uniques': 2, 'start_time': POSIX
'last_encounter': {'time_since': POSIX, 'checks': 9}}}
'''
log = player_party.log
checks = log['encounter_log']['last_encounter']['checks']
player_party.log['encounter_log']['last_encounter']['checks'] = checks + 1
mod = checks*2
r = utils.roll(100, 1)
logging.info(_trace+'r = '+str(r))
if r > 97: unique = True
else: unique = False
r = r + mod
### TEST ROLL - uncomment to test a specific roll
r = 75
###
# There is an Encounter :)
if r >= 75:
# Update the Encounter Log ...
player_party.log['encounter_log']['total'] += 1
last_encounter = {'time_since': time.time(), 'checks': 0}
player_party.log['encounter_log']['last_encounter'] = last_encounter
# Get number of PCs and the average level of the Party ...
party_size = len(player_party.players)
members = db.get(player_party.players)
total = 0
for m in members:
total = total + m.level
avg_level = total/party_size
logging.info(_trace+'avg_level = '+str(avg_level))
monster_party = models.NonPlayerParty(location = geo_pt,
monsters = [],
json = {'monsters': []},
level = avg_level)
# Get the appropriate Monster table for the Party level ...
monster_level = MONSTER_XP_LEVELS[avg_level]
logging.info(_trace+'monster_level = '+str(monster_level))
# Get XP target for the encounter based on party level and size ...
party_xp = monster_level[models.STAN]*party_size
logging.info(_trace+'party_xp = '+str(party_xp))
# Roll Monster Encounter template
if unique:
r = 10
else:
# Change die sides to exclude results from monster generator
# Low level
if avg_level < 3:
r = utils.roll(8, 1)
# Higher level includes Solo encounters
else:
r = utils.roll(9, 1)
logging.info(_trace+'r = '+str(r))
### TEST ROLL - uncomment to test a specific roll
r = 1
###
entities = []
label = None
######################################################################
# Minions Minions Minions!
if r == 1 or r == 2:
logging.info(_trace+'Minions Minions Minions!')
# Randomly adjust level to create more variety ...
if avg_level > 3:
r = utils.roll(5, 1)
logging.info(_trace+'r = '+str(r))
level_mod = 0
if r == 1:
level_mod = +2
if r == 2:
level_mod = +1
if r == 3:
level_mod = 0
if r == 4:
level_mod = -1
if r == 5:
level_mod = -2
avg_level += level_mod
logging.info(_trace+'new avg_level = '+avg_level)
# Get Minion XP and # of Minions for this level ...
minion_xp = MONSTER_XP_LEVELS[avg_level][models.MIN]
npc_party_size = party_xp/minion_xp
logging.info(_trace+'npc_party_size = '+str(npc_party_size))
q = db.Query(models.NonPlayerCharacterTemplate, keys_only=True)
q.filter('role = ', models.MIN)
q.filter('challenge =', models.STAN)
q.filter('level =', avg_level)
q.filter('unique =', False)
npc_keys = q.fetch(100)
logging.info(_trace+'# npc_keys = '+str(len(npc_keys)))
r = utils.roll(len(npc_keys), 1)
logging.info(_trace+'r = '+str(r))
npc_key = npc_keys[r-1] # indexes start at 0
npc = db.get(npc_key)
for i in range(npc_party_size):
m = monster.createMonsterFromTemplate(npc)
monster_party.monsters.append(m.key())
entities.append(m)
label = str(npc_party_size) + ' ' + entities[0].name
if npc_party_size > 1:
label += 's'
######################################################################
# There's one for everyone.
elif r == 3 or r == 4:
logging.info(_trace+'There\'s one for everyone!')
logging.info(_trace+'monster_level = '+str(monster_level[models.STAN]))
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('challenge =', models.STAN)
q.filter('experience =', monster_level[models.STAN])
q.filter('level =', avg_level)
q.filter('unique =', False)
logging.info(_trace+'query = '+str(q))
npc_keys = q.fetch(100)
r = utils.roll(len(npc_keys), 1)
logging.info(_trace+'r = '+str(r))
npc_key = npc_keys[r-1]
npc = db.get(npc_key)
monster_party_size = party_size
for i in str(monster_party_size):
m = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(m)
######################################################################
# Minions plus Mini-boss - oh noze!
elif r == 5 or r == 6:
logging.info(_trace+'Minions + Mini-boss!')
boss_level = avg_level + 2
logging.info(_trace+'boss_level = '+boss_level)
# Get Mini-boss
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('challenge =', models.LEAD)
q.filter('level =', boss_level)
q.filter('unique =', False)
npc_keys = q.fetch(100)
logging.info(_trace+'# npc_keys = '+str(len(npc_keys)))
r = utils.roll(len(npc_keys), 1)
logging.info(_trace+'r = '+str(r))
npc_key = npc_keys[r]
npc = db.get(npc_key)
elite = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(elite)
# Get Minions
race = elite.race
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('role =', models.MIN)
q.filter('challenge =', models.STAN)
q.filter('level =', avg_level)
q.filter('unique =', False)
q.filter('race =', race)
npc_keys = q.fetch(100)
logging.info(_trace+'# npc_keys = '+str(len(npc_keys)))
r = utils.roll(len(npc_keys), 1)
logging.info(_trace+'r = '+str(r))
npc_key = npc_keys[r]
npc = db.get(npc_key)
# Get Minion XP and # of Minions for this level ...
minion_xp = MONSTER_XP_LEVELS[avg_level][models.MIN]
npc_party_size = party_xp/minion_xp
logging.info(_trace+'npc_party_size = '+str(npc_party_size))
for i in str(npc_party_size):
m = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(m)
######################################################################
# Dungeon Master party.
elif r == 7 or r == 8:
logging.info(_trace+'You made the DM angry!')
# Return a set monster party ...
######################################################################
# Solo boss - uh-oh.
elif r == 9:
logging.info(_trace+'Solo boss - uh-oh!')
# Randomly adjust level to create more variety ...
if avg_level > 1:
r = utils.roll(3, 1)
level_mod = 0
if r == 1:
level_mod = -1
if r == 2:
level_mod = 0
if r == 3:
level_mod = 1
avg_level += level_mod
logging.info(_trace+'new avg_level = '+avg_level)
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('challenge =', models.SOLO)
q.filter('level =', avg_level)
q.filter('unique =', False)
npc_keys = q.fetch(100)
r = utils.roll(len(npc_keys), 1)
npc_key = npc_keys[r]
npc = db.get(npc_key)
solo = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(solo)
######################################################################
elif r == 10: # Unique NPC.
logging.info(_trace+'Unique NPC')
player_party.log['encounters']['uniques'] += 1
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('level =', avg_level)
q.filter('unique =', True)
npc_keys = q.fetch(100)
logging.info(_trace+'# npc_keys = '+str(len(npc_keys)))
r = utils.roll(len(npc_keys), 1)
logging.info(_trace+'r = '+str(r))
npc_key = npc_keys[r]
npc = db.get(npc_key)
solo = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(solo)
# More than 1 Player? Throw in some Minions and make it a Party!
if party_size > 1:
q = db.Query(models.NonPlayerCharacter, keys_only=True)
q.filter('role =', models.MIN)
q.filter('challenge =', models.STAN)
q.filter('level =', avg_level)
q.filter('unique =', False)
npc_keys = q.fetch(100)
r = utils.roll(len(npc_keys), 1)
npc_key = npc_keys[r]
npc = db.get(npc_key)
minion_party_size = party_size*4
for i in minion_party_size:
m = models.Monster(npc = npc_key,
json = character.getJSONNonPlayer(npc))
entities.append(m)
else:
return None
db.put(entities) # IDs assigned
# Need a new loop to get monster JSON after IDs are created ...
for e in entities:
monster_json = monster.getJSONMonsterLite(e)
monster_party.json['monsters'].append(monster_json)
parties = [player_party, monster_party]
db.put(parties)
# Create pin
monster_loc = spawnLocation(player_party.location)
_pin = pin.createMonsterPartyPin(monster_loc, monster_party, entities)
monster_party.json['pin_key'] = str(_pin.key())
monster_party.json['location'] = str(monster_loc)
monster_party.json['label'] = label
return monster_party
import sys
from utils import roll
monster_amount = int(sys.argv[1])
attack_bonus = int(sys.argv[2])
average_damage = int(sys.argv[3])
ac = int(sys.argv[4])
attack_rolls = roll(1, 20, monster_amount)
add_attack_bonus = map(lambda x: x + attack_bonus, attack_rolls)
hits = filter(lambda x: x >= ac, add_attack_bonus)
damage = average_damage * len(hits)
print(attack_rolls)
print(add_attack_bonus)
print(hits)
print("Total damage: {}".format(damage))
def prov_roll_1(x):
return utils.roll(x, 1, np.random.randint(conf.dim))
def fight(hero, enemy):
initiative = roll() + hero.agility
hero.print_status()
print("\n" + "\n" + "--------battle-------")
print(
enemy.name
+ " health: "
+ str(enemy.health)
+ "/"
+ str(enemy.hp)
+ "\n"
)
if initiative > 50:
hero_hit = roll()
if hero_hit < (
hero.hit_chance - enemy.defense
): # factors if the hit is successful based on hit chance and monster defense
crit_proc = hero.crit_check()
attack_damage = int(
random.randint(
int(0.8 * hero.damage), int((hero.damage) * crit_proc)
)
)
print("You hit for {} damage".format(attack_damage))
enemy.health -= attack_damage
else:
print("You swing wildly and miss...")
enemy_hit = roll()
if enemy_hit < (
enemy.hit_chance - hero.defense
): # factors if the hit is successful based on hit chance and hero defense
# should have been a common function in parent class
crit_enemy = enemy.crit_check()
enemy_damage = int(
random.randint(
int(0.8 * enemy.damage),
int((enemy.damage) * crit_enemy),
)
)
print("You take {} damage".format(enemy_damage) + "\n")
hero.health -= enemy_damage
else:
print("You successfully dodge the attack" + "\n")
else:
enemy_hit = roll()
if enemy_hit < (enemy.hit_chance - hero.defense):
crit_enemy = enemy.crit_check()
enemy_damage = int(
random.randint(
int(0.8 * enemy.damage),
int((enemy.damage) * crit_enemy),
)
)
print("You take {} damage".format(enemy_damage) + "\n")
hero.health -= enemy_damage
else:
print("You successfully dodge the attack" + "\n")
hero_hit = roll()
if hero_hit < (
hero.hit_chance - enemy.defense
): # factors if the hit is successful based on hit chance and monster defense
crit_proc = hero.crit_check()
attack_damage = int(
random.randint(
int(0.8 * hero.damage), int((hero.damage) * crit_proc)
)
)
print("You hit for {} damage".format(attack_damage) + "\n")
enemy.health -= attack_damage
else:
print("You swing wildly and miss..." + "\n")
if hero.health <= 0:
hero.death() # handles death
elif enemy.health <= 0:
battle_room_success(
hero, enemy
)
else:
battle_choices(hero, enemy)
def attackMonster(attacker, attack, monster):
'''Resolves an attack against a Monster and returns the damage result as
a dictionary: {'damage': 10, 'keywords': ['Fire'], 'status': 'Hit'}
'''
_trace = TRACE+'rollAttack():: '
logging.info(_trace)
damage_keywords = attack.damage_keywords
json = {'monster': str(monster.key()),'damage': 0, 'keywords': damage_keywords, 'status': 'Hit'}
# Roll Attack, natural 20 is a Hit
attack_roll = utils.roll(20, 1)
if attack.class_name() == 'Weapon':
# get attack mod using proficiency and ability
# if magic, add bonus
# get defense value
# compare values
# hit?
# assign damage
# if magic, check for keywords
logging.info(_trace+'Attack = Item.Weapon')
if attack.magic == True: pass
else: pass
mod_attack_roll = attack_roll + attack.attack_mod
logging.info(_trace+'attack_roll = '+str(attack_roll))
logging.info(_trace+'mod_attack_roll = '+str(mod_attack_roll))
# Get Defense Score
defense = attack.defense_ability
defense_score = monster.scores['defenses'][defense]['score']
logging.info(_trace+'defense_score = '+str(defense_score))
# Evaluate Hit
if mod_attack_roll < defense_score:
logging.info(_trace+'Attack is a Miss!')
json['status'] = 'Miss'
# Roll Damage
else:
logging.info(_trace+'Attack is a Hit!')
damage_dice = attack.damage_dice
damage_die = attack.damage_die
ability = attack.damage_ability_mod
damage = 0
if damage_die != 0:
damage = utils.roll(damage_die, damage_dice)
ability_mod = attacker.scores['abilities'][ability]['mod']
damage += ability_mod
logging.info(_trace+'unmodified damage = '+str(damage))
# Calculate Defenses
immunities = monster.immunities
resist = monster.resist
vulnerable = monster.vulnerable
for d in damage_keywords:
# No Damage if Monster has immunity
if d in immunities:
json['status'] = 'Immune to '+d
return json
# Reduced Damage for resistence
if resist is not None:
resist_keys = resist.keys()
if d in resist_keys:
mod = resist[d]
damage -= mod
json['status'] = 'Resists '+d
# Increased Damage for vulnerability
if vulnerable is not None:
vulnerable_keys = vulnerable.keys()
if d in vulnerable_keys:
mod = vulnerable[d]
damage += mod
json['status'] = 'Vulnerable to '+d
# Damage cannot be less than 0
if damage < 0:
damage = 0
json['damage'] = damage
elif attack.class_name() == 'Attack':
logging.info(_trace+'Attack = Power.Attack')
# get attack ability mod
# get attack mod
# get defense value
# compare values
# hit?
# assign damage
# Weapon damage?
# -- get weapon
# dice damage?
# -- roll damage
# Ability bonus to damage?
# -- add to damage
# damange keywords?
# -- add/subtract
mod_attack_roll = attack_roll + attack.attack_mod
logging.info(_trace+'attack_roll = '+str(attack_roll))
logging.info(_trace+'mod_attack_roll = '+str(mod_attack_roll))
# Get Defense Score
defense = attack.defense_ability
defense_score = monster.scores['defenses'][defense]['score']
logging.info(_trace+'defense_score = '+str(defense_score))
# Evaluate Hit
if mod_attack_roll < defense_score:
logging.info(_trace+'Attack is a Miss!')
json['status'] = 'Miss'
# Roll Damage
else:
logging.info(_trace+'Attack is a Hit!')
damage_dice = attack.damage_dice
damage_die = attack.damage_die
ability = attack.damage_ability_mod
damage = 0
if damage_die != 0:
damage = utils.roll(damage_die, damage_dice)
ability_mod = attacker.scores['abilities'][ability]['mod']
damage += ability_mod
logging.info(_trace+'unmodified damage = '+str(damage))
# Calculate Defenses
immunities = monster.immunities
resist = monster.resist
vulnerable = monster.vulnerable
for d in damage_keywords:
# No Damage if Monster has immunity
if d in immunities:
json['status'] = 'Immune to '+d
return json
# Reduced Damage for resistence
if resist is not None:
resist_keys = resist.keys()
if d in resist_keys:
mod = resist[d]
damage -= mod
json['status'] = 'Resists '+d
# Increased Damage for vulnerability
if vulnerable is not None:
vulnerable_keys = vulnerable.keys()
if d in vulnerable_keys:
mod = vulnerable[d]
damage += mod
json['status'] = 'Vulnerable to '+d
# Damage cannot be less than 0
if damage < 0:
damage = 0
json['damage'] = damage
return json
def crit_check(self):
if roll() < self.crit_chance:
print("The {} attack you with a critical strike".format(self.name))
return self.crit_multi
return 1