def _transform_attack(attack) -> Attack:
desc = html_to_md(attack['desc'])
if attack['saveDc'] is not None and attack['saveStat'] is not None:
stat = constants.STAT_ABBREVIATIONS[attack['saveStat'] - 1]
for_half = desc and 'half' in desc
the_attack = automation.Save(stat,
fail=[automation.Damage("{damage}")],
success=[] if not for_half else
[automation.Damage("{damage}/2")],
dc=str(attack['saveDc']))
# attack, then save
if attack['toHit'] is not None:
the_attack = automation.Attack(hit=[the_attack],
attackBonus=str(
attack['toHit']),
miss=[])
# target and damage meta
target = automation.Target('each', [the_attack])
damage_roll = automation.Roll(attack['damage'] or '0', 'damage')
effects = [damage_roll, target]
# description text
if desc:
effects.append(automation.Text(desc))
return Attack(attack['name'], automation.Automation(effects))
else:
return Attack.new(attack['name'], attack['toHit'], attack['damage']
or '0', desc)
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(name,
bonus_calc=parsed.join('b', '+'),
damage_calc=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)
async def attack_add(self, ctx, name, *args):
"""
Adds an attack to the active character.
__Valid 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.
-verb <verb> - The verb to use for this attack. (e.g. "Padellis <verb> a dagger!")
proper - This attack's name is a proper noun.
-criton <#> - This attack crits on a number other than a natural 20.
-phrase <text> - Some flavor text to add to each attack with this attack.
-thumb <image url> - The attack's image.
-c <extra crit damage> - How much extra damage (beyond doubling dice) this attack does on a crit.
"""
character: Character = await Character.from_ctx(ctx)
parsed = argparse(args)
attack = Attack.new(name,
bonus_calc=parsed.join('b', '+'),
damage_calc=parsed.join('d', '+'),
details=parsed.join('desc', '\n'),
verb=parsed.last('verb'),
proper=parsed.last('proper', False, bool),
criton=parsed.last('criton', type_=int),
phrase=parsed.join('phrase', '\n'),
thumb=parsed.last('thumb'),
extra_crit_damage=parsed.last('c'))
conflict = next((a for a in character.overrides.attacks
if a.name.lower() == attack.name.lower()), None)
if conflict:
if await confirm(
ctx,
"This will overwrite an attack with the same name. Continue? (Reply with yes/no)"
):
character.overrides.attacks.remove(conflict)
else:
return await ctx.send("Okay, aborting.")
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.value(name_index)
damage = wksht.value(damage_index)
bonus = wksht.value(bonus_index)
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()
if bonus:
try:
bonus = int(bonus)
except (TypeError, ValueError):
bonus = None
else:
bonus = None
attack = Attack.new(name, bonus, damage, details)
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_calc = atk_dict.get('damage', '')
damage = re.sub(r'{(.*?)}', damage_sub, damage_calc)
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.new(name, bonus, damage, details)
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 = []
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']
atk_bonus = None
dmgBonus = None
dice_size = max(monk_scale(), atkIn['dice']['diceValue'])
base_dice = f"{atkIn['dice']['diceCount']}d{dice_size}"
if atkIn["abilityModifierStatId"]:
atk_bonus = self.stat_from_id(atkIn['abilityModifierStatId'])
dmgBonus = self.stat_from_id(atkIn['abilityModifierStatId'])
if atkIn["isMartialArts"] and self.get_levels().get("Monk"):
atk_bonus = max(atk_bonus,
self.stat_from_id(2)) # allow using dex
dmgBonus = max(dmgBonus, self.stat_from_id(2))
if isProf and atk_bonus is not None:
atk_bonus += prof
if dmgBonus:
damage = f"{base_dice}+{dmgBonus}[{parse_dmg_type(atkIn)}]"
else:
damage = f"{base_dice}[{parse_dmg_type(atkIn)}]"
attack = Attack.new(atkIn['name'], atk_bonus, damage,
atkIn['snippet'])
out.append(attack)
elif atkType == 'customAction':
isProf = atkIn['isProficient']
dmgBonus = (atkIn['fixedValue'] or 0) + (atkIn['damageBonus'] or 0)
atk_bonus = None
if atkIn['statId']:
atk_bonus = 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 atk_bonus is not None:
atk_bonus += 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.new(atkIn['name'], atk_bonus, damage,
atkIn['snippet'])
out.append(attack)
elif atkType == 'item':
itemdef = atkIn['definition']
character_item_bonuses = self.get_specific_item_bonuses(
atkIn['id'])
item_specific_bonuses = self._item_modifiers(itemdef)
item_properties = itemdef['properties'] + [
collections.defaultdict(lambda: None, name=n)
for n in item_specific_bonuses['extraProperties']
]
isProf = self.get_prof(
itemdef['type']) or character_item_bonuses['isPact']
mod_bonus = self.get_relevant_atkmod(itemdef, item_properties)
if character_item_bonuses['isHex']:
mod_bonus = max(mod_bonus, self.stat_from_id(6))
if itemdef['magic'] and self.get_levels().get(
'Artificer') and "Battle Ready" in self._all_features:
mod_bonus = max(mod_bonus, self.stat_from_id(4))
magic_bonus = item_specific_bonuses['magicBonus']
item_dmg_bonus = self.get_stat(f"{itemdef['type'].lower()}-damage")
dmgBonus = mod_bonus + magic_bonus + character_item_bonuses[
'damage'] + item_dmg_bonus
toHitBonus = (
prof if isProf else
0) + magic_bonus + character_item_bonuses['attackBonus']
is_melee = not 'Range' in [p['name'] for p in item_properties]
is_one_handed = not 'Two-Handed' in [
p['name'] for p in item_properties
]
is_weapon = itemdef['filterType'] == 'Weapon'
has_gwf = "Great Weapon Fighting" in self._all_features
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 character_item_bonuses[
'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}"
damage_type = (item_specific_bonuses['replaceDamageType']
or itemdef['damageType'] or 'unknown').lower()
if base_dice and is_melee and has_gwf and not is_one_handed:
base_dice += "ro<3"
if base_dice:
damage = f"{base_dice}+{dmgBonus}[{damage_type}" \
f"{'^' if itemdef['magic'] or character_item_bonuses['isPact'] else ''}]"
else:
damage = None
atk_bonus = character_item_bonuses[
'attackBonusOverride'] or mod_bonus + toHitBonus
details = character_item_bonuses['note'] or html2text.html2text(
itemdef['description'], bodywidth=0).strip()
name = character_item_bonuses['name'] or itemdef['name']
attack = Attack.new(name, atk_bonus, damage, details)
out.append(attack)
if 'Versatile' in [p['name'] for p in item_properties]:
versDmg = next(p['notes'] for p in item_properties
if p['name'] == 'Versatile')
if has_gwf:
versDmg += "ro<3"
damage = f"{versDmg}+{dmgBonus}[{damage_type}" \
f"{'^' if itemdef['magic'] or character_item_bonuses['isPact'] else ''}]"
attack = Attack.new(f"2-Handed {name}", atk_bonus, 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))
character_item_bonuses = self.get_specific_item_bonuses(
1) # magic number: Unarmed Strike ID
if dice_size:
dmg = f"1d{dice_size}+{ability_mod}"
else:
dmg = 1 + ability_mod
atk_bonus = character_item_bonuses['attackBonusOverride'] or \
(prof + self.get_stat('natural-attacks') + character_item_bonuses['attackBonus'])
dmg_bonus = self.get_stat(
'natural-attacks-damage') + character_item_bonuses['damage']
if dmg_bonus:
dmg = f"{dmg}+{dmg_bonus}"
details = character_item_bonuses['note'] or None
name = character_item_bonuses['name'] or "Unarmed Strike"
attack = Attack.new(name, ability_mod + atk_bonus,
f"{dmg}[bludgeoning]", details)
out.append(attack)
return out
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.new(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.new(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.new(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.new(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.new("Unarmed Strike", ability_mod + atkBonus,
f"{dmg}[bludgeoning]")
out.append(attack)
return out