def __init__(self, owner: str, upstream: str, active: bool,
sheet_type: str, import_version: int, name: str,
description: str, image: str, stats: dict, levels: dict,
attacks: list, skills: dict, resistances: dict, saves: dict,
ac: int, max_hp: int, hp: int, temp_hp: int, cvars: dict,
options: dict, overrides: dict, consumables: list,
death_saves: dict, spellbook: dict, live, race: str,
background: str, **kwargs):
if kwargs:
log.warning(f"Unused kwargs: {kwargs}")
# sheet metadata
self._owner = owner
self._upstream = upstream
self._active = active
self._sheet_type = sheet_type
self._import_version = import_version
# main character info
self.name = name
self._description = description
self._image = image
self.stats = BaseStats.from_dict(stats)
self.levels = Levels.from_dict(levels)
self._attacks = [Attack.from_dict(atk) for atk in attacks]
self.skills = Skills.from_dict(skills)
self.resistances = Resistances.from_dict(resistances)
self.saves = Saves.from_dict(saves)
# hp/ac
self.ac = ac
self.max_hp = max_hp
self._hp = hp
self._temp_hp = temp_hp
# customization
self.cvars = cvars
self.options = CharOptions.from_dict(options)
self.overrides = ManualOverrides.from_dict(overrides)
# ccs
self.consumables = [
CustomCounter.from_dict(self, cons) for cons in consumables
]
self.death_saves = DeathSaves.from_dict(death_saves)
# spellbook
spellbook = Spellbook.from_dict(spellbook)
super(Character, self).__init__(spellbook)
# live sheet integrations
self._live = live
integration = INTEGRATION_MAP.get(live)
if integration:
self._live_integration = integration(self)
else:
self._live_integration = None
# misc research things
self.race = race
self.background = background
async def attack_add(self, ctx, name, *args):
"""
Adds an attack to the active character.
__Arguments__
-d [damage]: How much damage the attack should do.
-b [to-hit]: The to-hit bonus of the attack.
-desc [description]: A description of the attack.
"""
character: Character = await Character.from_ctx(ctx)
parsed = argparse(args)
attack = Attack.new(character,
name,
bonus_calc=parsed.join('b', '+'),
damage=parsed.join('d', '+'),
details=parsed.join('desc', '\n'))
conflict = next((a for a in character.overrides.attacks
if a.name.lower() == attack.name.lower()), None)
if conflict:
character.overrides.attacks.remove(conflict)
character.overrides.attacks.append(attack)
await character.commit(ctx)
out = f"Created attack {attack.name}!"
if conflict:
out += f" Removed a duplicate attack."
await ctx.send(out)
def parse_attack(self, name_index, bonus_index, damage_index, sheet=None):
"""Calculates and returns a dict."""
if self.character_data is None:
raise Exception('You must call get_character() first.')
wksht = sheet or self.character_data
name = wksht.cell(name_index).value
damage = wksht.cell(damage_index).value
bonus = wksht.cell(bonus_index).value
details = None
if not name:
return None
if not damage:
damage = None
else:
details = None
if '|' in damage:
damage, details = damage.split('|', 1)
dice, comment = get_roll_comment(damage)
if details:
details = details.strip()
if any(d in comment.lower() for d in DAMAGE_TYPES):
damage = "{}[{}]".format(dice, comment)
else:
damage = dice
if comment.strip() and not details:
damage = comment.strip()
bonus_calc = None
if bonus:
try:
bonus = int(bonus)
except (TypeError, ValueError):
bonus_calc = bonus
bonus = None
else:
bonus = None
attack = Attack(name, bonus, damage, details, bonus_calc)
return attack
def parse_attack(self, atk_dict) -> Attack:
"""Calculates and returns a dict."""
if self.character_data is None:
raise Exception('You must call get_character() first.')
log.debug(f"Processing attack {atk_dict.get('name')}")
# setup temporary local vars
temp_names = {}
if atk_dict.get('parent', {}).get('collection') == 'Spells':
spellParentID = atk_dict.get('parent', {}).get('id')
try:
spellObj = next(s
for s in self.character_data.get('spells', [])
if s.get('_id') == spellParentID)
except StopIteration:
pass
else:
spellListParentID = spellObj.get('parent', {}).get('id')
try:
spellListObj = next(
s for s in self.character_data.get('spellLists', [])
if s.get('_id') == spellListParentID)
except StopIteration:
pass
else:
try:
temp_names['attackBonus'] = int(
self.evaluator.eval(
spellListObj.get('attackBonus')))
temp_names['DC'] = int(
self.evaluator.eval(spellListObj.get('saveDC')))
except Exception as e:
log.debug(f"Exception parsing spellvars: {e}")
temp_names['rageDamage'] = self.calculate_stat('rageDamage')
old_names = self.evaluator.names.copy()
self.evaluator.names.update(temp_names)
log.debug(f"evaluator tempnames: {temp_names}")
# attack bonus
bonus_calc = atk_dict.get('attackBonus',
'').replace('{', '').replace('}', '')
if not bonus_calc:
bonus = None
else:
try:
bonus = int(self.evaluator.eval(bonus_calc))
except:
bonus = None
# damage
def damage_sub(match):
out = match.group(1)
try:
log.debug(f"damage_sub: evaluating {out}")
return str(self.evaluator.eval(out))
except Exception as ex:
log.debug(f"exception in damage_sub: {ex}")
return match.group(0)
damage = re.sub(r'{(.*?)}', damage_sub, atk_dict.get('damage', ''))
damage = damage.replace('{', '').replace('}', '')
if not damage:
damage = None
else:
damage += ' [{}]'.format(atk_dict.get('damageType'))
# details
details = atk_dict.get('details', None)
if details:
details = re.sub(r'{([^{}]*)}', damage_sub, details)
# build attack
name = atk_dict['name']
attack = Attack(name, bonus, damage, details, bonus_calc)
self.evaluator.names = old_names
return attack
def parse_attack(self, atkIn, atkType):
"""Calculates and returns a list of dicts."""
if self.character_data is None:
raise Exception('You must call get_character() first.')
prof = self.get_stats().prof_bonus
out = []
if atkType == 'action':
if atkIn['dice'] is None:
return [] # thanks DDB
isProf = atkIn['isProficient']
atkBonus = None
dmgBonus = ""
if atkIn["abilityModifierStatId"]:
atkBonus = self.stat_from_id(
atkIn['abilityModifierStatId']) + (prof if isProf else 0)
dmgBonus = f"+{self.stat_from_id(atkIn['abilityModifierStatId'])}"
attack = Attack(
atkIn['name'], atkBonus,
f"{atkIn['dice']['diceString']}{dmgBonus}[{parse_dmg_type(atkIn)}]",
atkIn['snippet'])
out.append(attack)
elif atkType == 'customAction':
isProf = atkIn['isProficient']
dmgBonus = (atkIn['fixedValue'] or 0) + (atkIn['damageBonus'] or 0)
atkBonus = None
if atkIn['statId']:
atkBonus = self.stat_from_id(atkIn['statId']) + (
prof if isProf else 0) + (atkIn['toHitBonus'] or 0)
dmgBonus = (atkIn['fixedValue'] or 0) + self.stat_from_id(
atkIn['statId']) + (atkIn['damageBonus'] or 0)
if atkIn['attackSubtype'] == 3: # natural weapons
if atkBonus is not None:
atkBonus += self.get_stat('natural-attacks')
dmgBonus += self.get_stat('natural-attacks-damage')
damage = f"{atkIn['diceCount']}d{atkIn['diceType']}+{dmgBonus}[{parse_dmg_type(atkIn)}]"
attack = Attack(atkIn['name'], atkBonus, damage, atkIn['snippet'])
out.append(attack)
elif atkType == 'item':
itemdef = atkIn['definition']
weirdBonuses = self.get_specific_item_bonuses(atkIn['id'])
isProf = self.get_prof(itemdef['type']) or weirdBonuses['isPact']
magicBonus = sum(
m['value'] for m in itemdef['grantedModifiers']
if m['type'] == 'bonus' and m['subType'] == 'magic')
modBonus = self.get_relevant_atkmod(
itemdef) if not weirdBonuses['isHex'] else self.stat_from_id(6)
dmgBonus = modBonus + magicBonus + weirdBonuses['damage']
toHitBonus = (prof if isProf else
0) + magicBonus + weirdBonuses['attackBonus']
is_melee = not 'Range' in [
p['name'] for p in itemdef['properties']
]
is_one_handed = not 'Two-Handed' in [
p['name'] for p in itemdef['properties']
]
is_weapon = itemdef['filterType'] == 'Weapon'
if is_melee and is_one_handed:
dmgBonus += self.get_stat('one-handed-melee-attacks-damage')
if not is_melee and is_weapon:
toHitBonus += self.get_stat('ranged-weapon-attacks')
damage = None
if itemdef['fixedDamage'] or itemdef['damage']:
damage = f"{itemdef['fixedDamage'] or itemdef['damage']['diceString']}+{dmgBonus}" \
f"[{itemdef['damageType'].lower()}" \
f"{'^' if itemdef['magic'] or weirdBonuses['isPact'] else ''}]"
atkBonus = weirdBonuses[
'attackBonusOverride'] or modBonus + toHitBonus
details = html2text.html2text(itemdef['description'],
bodywidth=0).strip()
attack = Attack(itemdef['name'], atkBonus, damage, details)
out.append(attack)
if 'Versatile' in [p['name'] for p in itemdef['properties']]:
versDmg = next(p['notes'] for p in itemdef['properties']
if p['name'] == 'Versatile')
damage = f"{versDmg}+{dmgBonus}[{itemdef['damageType'].lower()}" \
f"{'^' if itemdef['magic'] or weirdBonuses['isPact'] else ''}]"
attack = Attack(f"2-Handed {itemdef['name']}", atkBonus,
damage, details)
out.append(attack)
elif atkType == 'unarmed':
monk_level = self.get_levels().get('Monk')
ability_mod = self.stat_from_id(1) if not monk_level else max(
self.stat_from_id(1), self.stat_from_id(2))
if not monk_level:
dmg = 1 + ability_mod
elif monk_level < 5:
dmg = f"1d4+{ability_mod}"
elif monk_level < 11:
dmg = f"1d6+{ability_mod}"
elif monk_level < 17:
dmg = f"1d8+{ability_mod}"
else:
dmg = f"1d10+{ability_mod}"
atkBonus = self.get_stats().prof_bonus
atkBonus += self.get_stat('natural-attacks')
natural_bonus = self.get_stat('natural-attacks-damage')
if natural_bonus:
dmg = f"{dmg}+{natural_bonus}"
attack = Attack("Unarmed Strike", ability_mod + atkBonus,
f"{dmg}[bludgeoning]")
out.append(attack)
return [a.to_dict() for a in out]
async def monster_atk(self, ctx, monster_name, atk_name=None, *, args=''):
"""Rolls a monster's attack.
__Valid Arguments__
adv/dis
-ac [target ac]
-b [to hit bonus]
-d [damage bonus]
-d# [applies damage to the first # hits]
-rr [times to reroll]
-t [target]
-phrase [flavor text]
crit (automatically crit)
-h (hides monster name, image, and attack details)"""
if atk_name is None or atk_name == 'list':
return await ctx.invoke(self.monster_atk_list, monster_name)
try:
await ctx.message.delete()
except:
pass
monster = await select_monster_full(ctx, monster_name)
attacks = monster.attacks
monster_name = monster.get_title_name()
attack = await search_and_select(ctx, attacks, atk_name,
lambda a: a['name'])
args = await scripting.parse_snippets(args, ctx)
args = argparse(args)
if not args.last('h', type_=bool):
name = monster_name
image = args.get('image') or monster.get_image_url()
else:
name = "An unknown creature"
image = None
attack = Attack.from_old(attack)
embed = discord.Embed()
if args.last('title') is not None:
embed.title = args.last('title') \
.replace('[name]', name) \
.replace('[aname]', attack.name)
else:
embed.title = '{} attacks with {}!'.format(name,
a_or_an(attack.name))
if image:
embed.set_thumbnail(url=image)
caster, targets, combat = await targetutils.maybe_combat(
ctx, monster, args.get('t'))
await Automation.from_attack(attack).run(ctx,
embed,
caster,
targets,
args,
combat=combat,
title=embed.title)
if combat:
await combat.final()
_fields = args.get('f')
embeds.add_fields_from_args(embed, _fields)
embed.colour = random.randint(0, 0xffffff)
if monster.source == 'homebrew':
embeds.add_homebrew_footer(embed)
await ctx.send(embed=embed)
def parse_attack(self, atkIn, atkType):
"""Calculates and returns a list of dicts."""
if self.character_data is None: raise Exception('You must call get_character() first.')
prof = self.get_stats().prof_bonus
out = []
def monk_scale():
monk_level = self.get_levels().get('Monk')
if not monk_level:
monk_dice_size = 0
elif monk_level < 5:
monk_dice_size = 4
elif monk_level < 11:
monk_dice_size = 6
elif monk_level < 17:
monk_dice_size = 8
else:
monk_dice_size = 10
return monk_dice_size
if atkType == 'action':
if atkIn['dice'] is None:
return [] # thanks DDB
isProf = atkIn['isProficient']
atkBonus = None
dmgBonus = None
dice_size = max(monk_scale(), atkIn['dice']['diceValue'])
base_dice = f"{atkIn['dice']['diceCount']}d{dice_size}"
if atkIn["abilityModifierStatId"]:
atkBonus = self.stat_from_id(atkIn['abilityModifierStatId'])
dmgBonus = self.stat_from_id(atkIn['abilityModifierStatId'])
if atkIn["isMartialArts"] and self.get_levels().get("Monk"):
atkBonus = max(atkBonus, self.stat_from_id(2)) # allow using dex
dmgBonus = max(dmgBonus, self.stat_from_id(2))
if isProf:
atkBonus += prof
if dmgBonus:
damage = f"{base_dice}+{dmgBonus}[{parse_dmg_type(atkIn)}]"
else:
damage = f"{base_dice}[{parse_dmg_type(atkIn)}]"
attack = Attack(
atkIn['name'], atkBonus, damage,
atkIn['snippet']
)
out.append(attack)
elif atkType == 'customAction':
isProf = atkIn['isProficient']
dmgBonus = (atkIn['fixedValue'] or 0) + (atkIn['damageBonus'] or 0)
atkBonus = None
if atkIn['statId']:
atkBonus = self.stat_from_id(atkIn['statId']) + (prof if isProf else 0) + (atkIn['toHitBonus'] or 0)
dmgBonus = (atkIn['fixedValue'] or 0) + self.stat_from_id(atkIn['statId']) + (atkIn['damageBonus'] or 0)
if atkIn['attackSubtype'] == 3: # natural weapons
if atkBonus is not None:
atkBonus += self.get_stat('natural-attacks')
dmgBonus += self.get_stat('natural-attacks-damage')
damage = f"{atkIn['diceCount']}d{atkIn['diceType']}+{dmgBonus}[{parse_dmg_type(atkIn)}]"
attack = Attack(
atkIn['name'], atkBonus, damage, atkIn['snippet']
)
out.append(attack)
elif atkType == 'item':
itemdef = atkIn['definition']
weirdBonuses = self.get_specific_item_bonuses(atkIn['id'])
isProf = self.get_prof(itemdef['type']) or weirdBonuses['isPact']
magicBonus = self._item_magic_bonus(itemdef)
modBonus = self.get_relevant_atkmod(itemdef) if not weirdBonuses['isHex'] else self.stat_from_id(6)
item_dmg_bonus = self.get_stat(f"{itemdef['type'].lower()}-damage")
dmgBonus = modBonus + magicBonus + weirdBonuses['damage'] + item_dmg_bonus
toHitBonus = (prof if isProf else 0) + magicBonus + weirdBonuses['attackBonus']
is_melee = not 'Range' in [p['name'] for p in itemdef['properties']]
is_one_handed = not 'Two-Handed' in [p['name'] for p in itemdef['properties']]
is_weapon = itemdef['filterType'] == 'Weapon'
if is_melee and is_one_handed:
dmgBonus += self.get_stat('one-handed-melee-attacks-damage')
if not is_melee and is_weapon:
toHitBonus += self.get_stat('ranged-weapon-attacks')
if weirdBonuses['isPact'] and self._improved_pact_weapon_applies(itemdef):
dmgBonus += 1
toHitBonus += 1
base_dice = None
if itemdef['fixedDamage']:
base_dice = itemdef['fixedDamage']
elif itemdef['damage']:
if not itemdef['isMonkWeapon']:
base_dice = f"{itemdef['damage']['diceCount']}d{itemdef['damage']['diceValue']}"
else:
dice_size = max(monk_scale(), itemdef['damage']['diceValue'])
base_dice = f"{itemdef['damage']['diceCount']}d{dice_size}"
if base_dice:
damage = f"{base_dice}+{dmgBonus}" \
f"[{itemdef['damageType'].lower()}" \
f"{'^' if itemdef['magic'] or weirdBonuses['isPact'] else ''}]"
else:
damage = None
atkBonus = weirdBonuses['attackBonusOverride'] or modBonus + toHitBonus
details = html2text.html2text(itemdef['description'], bodywidth=0).strip()
attack = Attack(
itemdef['name'], atkBonus, damage, details
)
out.append(attack)
if 'Versatile' in [p['name'] for p in itemdef['properties']]:
versDmg = next(p['notes'] for p in itemdef['properties'] if p['name'] == 'Versatile')
damage = f"{versDmg}+{dmgBonus}[{itemdef['damageType'].lower()}" \
f"{'^' if itemdef['magic'] or weirdBonuses['isPact'] else ''}]"
attack = Attack(
f"2-Handed {itemdef['name']}", atkBonus, damage, details
)
out.append(attack)
elif atkType == 'unarmed':
dice_size = monk_scale()
ability_mod = self.stat_from_id(1) if not self.get_levels().get('Monk') else max(self.stat_from_id(1),
self.stat_from_id(2))
atkBonus = prof
if dice_size:
dmg = f"1d{dice_size}+{ability_mod}"
else:
dmg = 1 + ability_mod
atkBonus += self.get_stat('natural-attacks')
natural_bonus = self.get_stat('natural-attacks-damage')
if natural_bonus:
dmg = f"{dmg}+{natural_bonus}"
attack = Attack(
"Unarmed Strike", ability_mod + atkBonus, f"{dmg}[bludgeoning]"
)
out.append(attack)
return [a.to_dict() for a in out]
