def get_spellbook(self):
if self.character_data is None: raise Exception('You must call get_character() first.')
# max slots
slots = {
'1': int(self.character_data.value("AK101") or 0),
'2': int(self.character_data.value("E107") or 0),
'3': int(self.character_data.value("AK113") or 0),
'4': int(self.character_data.value("E119") or 0),
'5': int(self.character_data.value("AK124") or 0),
'6': int(self.character_data.value("E129") or 0),
'7': int(self.character_data.value("AK134") or 0),
'8': int(self.character_data.value("E138") or 0),
'9': int(self.character_data.value("AK142") or 0)
}
# spells C96:AH143
potential_spells = self.character_data.value_range("D96:AH143")
if self.additional:
potential_spells.extend(self.additional.value_range("D17:AH64"))
spells = []
for value in potential_spells:
value = value.strip()
if len(value) > 2 and value not in IGNORED_SPELL_VALUES:
log.debug(f"Searching for spell {value}")
result, strict = search(compendium.spells, value, lambda sp: sp.name, strict=True)
if result and strict:
spells.append(SpellbookSpell(result.name, True))
else:
spells.append(SpellbookSpell(value.strip()))
# dc
try:
dc = int(self.character_data.value("AB91") or 0)
except ValueError:
dc = None
# sab
try:
sab = int(self.character_data.value("AI91") or 0)
except ValueError:
sab = None
# spellcasting mod
spell_mod_value = self.character_data.value("U91")
spell_mod = None
if spell_mod_value: # it might be in the form of a ability name, or an int, wjdk
try:
spell_mod = self.get_stats().get_mod(spell_mod_value)
except ValueError:
try:
spell_mod = int(spell_mod_value)
except (TypeError, ValueError):
spell_mod = None
spellbook = Spellbook(slots, slots, spells, dc, sab, self.total_level, spell_mod)
return spellbook
def add_known_spell(self, spell, dc: int = None, sab: int = None, mod: int = None):
"""Adds a spell to the character's known spell list."""
if spell.name in self.spellbook:
raise InvalidArgument("You already know this spell.")
sbs = SpellbookSpell.from_spell(spell, dc, sab, mod)
self.spellbook.spells.append(sbs)
self.overrides.spells.append(sbs)
def extract_spells(text):
extracted = []
spell_names = text.split(', ')
for name in spell_names:
# remove any (parenthetical stuff) except (UA)
name = re.sub(r'\((?!ua\)).+\)', '', name.lower())
s = name.strip('* _').replace('.', '').replace('$', '')
try:
real_name = next(sp for sp in gd.compendium.spells
if sp.name.lower() == s).name
strict = True
except StopIteration:
real_name = s
strict = False
extracted.append(
SpellbookSpell(real_name,
strict=strict,
dc=type_dc,
sab=type_sab,
mod=type_casting_ability))
type_spells.extend(extracted)
return extracted
def get_spellbook(self):
if self.character_data is None: raise Exception('You must call get_character() first.')
potential_spells = [s for s in self.character_data.get('spells', []) if not s.get('removed', False)]
slots = {}
for lvl in range(1, 10):
num_slots = int(self.calculate_stat(f"level{lvl}SpellSlots"))
slots[str(lvl)] = num_slots
spell_lists = {} # list_id: (ab, dc, scam)
for sl in self.character_data.get('spellLists', []):
try:
ab_calc = sl.get('attackBonus')
ab = int(self.evaluator.eval(ab_calc))
dc = int(self.evaluator.eval(sl.get('saveDC')))
try:
scam = self.get_stats().get_mod(next(m for m in STAT_NAMES if m in ab_calc))
except StopIteration:
scam = 0
spell_lists[sl['_id']] = (ab, dc, scam)
except:
pass
sab, dc, scam = sorted(spell_lists.values(), key=lambda k: k[0], reverse=True)[0] if spell_lists else (0, 0, 0)
spells = []
for spell in potential_spells:
spell_list_id = spell['parent']['id']
spell_ab, spell_dc, spell_mod = spell_lists.get(spell_list_id, (None, None, None))
if spell_ab == sab:
spell_ab = None
if spell_dc == dc:
spell_dc = None
if spell_mod == scam:
spell_mod = None
result, strict = search(compendium.spells, spell['name'].strip(), lambda sp: sp.name, strict=True)
if result and strict:
spells.append(SpellbookSpell.from_spell(result, sab=spell_ab, dc=spell_dc, mod=spell_mod))
else:
spells.append(SpellbookSpell(spell['name'].strip(), sab=spell_ab, dc=spell_dc, mod=spell_mod))
spellbook = Spellbook(slots, slots, spells, dc, sab, self.get_levels().total_level, scam)
log.debug(f"Completed parsing spellbook: {spellbook.to_dict()}")
return spellbook
def add_known_spell(self, spell):
"""Adds a spell to the character's known spell list.
:param spell (Spell) - the Spell.
:returns self"""
if spell.name in self.spellbook:
raise InvalidArgument("You already know this spell.")
sbs = SpellbookSpell.from_spell(spell)
self.spellbook.spells.append(sbs)
self.overrides.spells.append(sbs)
def get_spellbook(self):
if self.character_data is None:
raise Exception('You must call get_character() first.')
spellnames = [
s.get('name', '') for s in self.character_data.get('spells', [])
if not s.get('removed', False)
]
slots = {}
for lvl in range(1, 10):
num_slots = int(self.calculate_stat(f"level{lvl}SpellSlots"))
slots[str(lvl)] = num_slots
spells = []
for spell in spellnames:
result = search(compendium.spells, spell.strip(),
lambda sp: sp.name)
if result and result[0] and result[1]:
spells.append(SpellbookSpell.from_spell(result[0]))
else:
spells.append(SpellbookSpell(spell.strip()))
spell_lists = [(0, 0, 0)] # ab, dc, scam
for sl in self.character_data.get('spellLists', []):
try:
ab_calc = sl.get('attackBonus')
ab = int(self.evaluator.eval(ab_calc))
dc = int(self.evaluator.eval(sl.get('saveDC')))
scam = self.get_stats().get_mod(
next(m for m in STAT_NAMES if m in ab_calc))
spell_lists.append((ab, dc, scam))
except:
pass
sab, dc, scam = sorted(spell_lists, key=lambda k: k[0],
reverse=True)[0]
spellbook = Spellbook(slots, slots, spells, dc, sab,
self.get_levels().total_level, scam)
log.debug(f"Completed parsing spellbook: {spellbook.to_dict()}")
return spellbook
def _get_spellbook(self):
spellbook = self.character_data['spellbook']
max_slots = {'1': 0, '2': 0, '3': 0, '4': 0, '5': 0, '6': 0, '7': 0, '8': 0, '9': 0}
slots = {'1': 0, '2': 0, '3': 0, '4': 0, '5': 0, '6': 0, '7': 0, '8': 0, '9': 0}
for slot in spellbook['slots']:
slots[str(slot['level'])] = slot['remaining']
max_slots[str(slot['level'])] = slot['available']
dcs = []
sabs = []
mods = []
spells = []
for spell in spellbook['spells']:
spell_ab = spell['sab']
spell_dc = spell['dc']
spell_mod = spell['mod']
if spell_ab is not None:
sabs.append(spell_ab)
if spell_dc is not None:
dcs.append(spell_dc)
if spell_mod is not None:
mods.append(spell_mod)
result = next((s for s in compendium.spells if s.entity_id == spell['id']), None)
if result:
spells.append(SpellbookSpell.from_spell(result, sab=spell_ab, dc=spell_dc, mod=spell_mod))
else:
spells.append(SpellbookSpell(spell['name'].strip(), sab=spell_ab, dc=spell_dc, mod=spell_mod))
dc = max(dcs, key=dcs.count, default=None)
sab = max(sabs, key=sabs.count, default=None)
smod = max(mods, key=mods.count, default=None)
return Spellbook(slots, max_slots, spells, dc, sab, self._get_levels().total_level, smod)
def extract_spells(text):
extracted = []
spell_names = text.split(', ')
for name in spell_names:
s = name.strip('* _')
try:
real_name = next(sp for sp in compendium.spells if sp.name.lower() == s).name
strict = True
except StopIteration:
real_name = s
strict = False
extracted.append(
SpellbookSpell(real_name, strict=strict, dc=type_dc, sab=type_sab, mod=type_casting_ability))
type_spells.extend(extracted)
return extracted
def migrate_monster(old_monster):
def spaced_to_camel(spaced):
return re.sub(r"\s+(\w)", lambda m: m.group(1).upper(), spaced.lower())
for old_key in ('raw_saves', 'raw_skills'):
if old_key in old_monster:
del old_monster[old_key]
if 'spellcasting' in old_monster and old_monster['spellcasting']:
old_spellcasting = old_monster.pop('spellcasting')
old_monster['spellbook'] = Spellbook(
{}, {}, [SpellbookSpell(s) for s in old_spellcasting['spells']],
old_spellcasting['dc'], old_spellcasting['attackBonus'],
old_spellcasting['casterLevel']).to_dict()
else:
old_monster['spellbook'] = Spellbook({}, {}, []).to_dict()
base_stats = BaseStats(0, old_monster.pop('strength'),
old_monster.pop('dexterity'),
old_monster.pop('constitution'),
old_monster.pop('intelligence'),
old_monster.pop('wisdom'),
old_monster.pop('charisma'))
old_monster['ability_scores'] = base_stats.to_dict()
old_saves = old_monster.pop('saves')
saves = Saves.default(base_stats)
save_updates = {}
for save, value in old_saves.items():
if value != saves[save]:
save_updates[save] = value
saves.update(save_updates)
old_monster['saves'] = saves.to_dict()
old_skills = old_monster.pop('skills')
skills = Skills.default(base_stats)
skill_updates = {}
for skill, value in old_skills.items():
name = spaced_to_camel(skill)
if value != skills[name]:
skill_updates[name] = value
skills.update(skill_updates)
old_monster['skills'] = skills.to_dict()
new_monster = Monster.from_bestiary(old_monster)
return new_monster
def parse_critterdb_spellcasting(traits):
known_spells = []
usual_dc = (0, 0) # dc, number of spells using dc
usual_sab = (0, 0) # same thing
caster_level = 1
for trait in traits:
if not 'Spellcasting' in trait.name:
continue
desc = trait.desc
level_match = re.search(r"is a (\d+)[stndrh]{2}-level", desc)
ab_dc_match = re.search(r"spell save DC (\d+), [+-](\d+) to hit", desc)
spells = []
for spell_match in re.finditer(
r"(?:(?:(?:\d[stndrh]{2}\slevel)|(?:Cantrip))\s(?:\(.+\))|(?:At will)|(?:\d/day)): (.+)$",
desc, re.MULTILINE):
spell_texts = spell_match.group(1).split(', ')
for spell_text in spell_texts:
s = spell_text.strip('* _')
spells.append(s.lower())
if level_match:
caster_level = max(caster_level, int(level_match.group(1)))
if ab_dc_match:
ab = int(ab_dc_match.group(2))
dc = int(ab_dc_match.group(1))
if len(spells) > usual_dc[1]:
usual_dc = (dc, len(spells))
if len(spells) > usual_sab[1]:
usual_sab = (ab, len(spells))
known_spells.extend(s for s in spells if s not in known_spells)
dc = usual_dc[0]
sab = usual_sab[0]
log.debug(
f"Lvl {caster_level}; DC: {dc}; SAB: {sab}; Spells: {known_spells}")
spells = [SpellbookSpell(s) for s in known_spells]
spellbook = Spellbook({}, {}, spells, dc, sab, caster_level)
return spellbook
def _get_spellbook(self):
spellbook = self.character_data['spellbook']
max_slots = {
'1': 0,
'2': 0,
'3': 0,
'4': 0,
'5': 0,
'6': 0,
'7': 0,
'8': 0,
'9': 0
}
slots = {
'1': 0,
'2': 0,
'3': 0,
'4': 0,
'5': 0,
'6': 0,
'7': 0,
'8': 0,
'9': 0
}
for slot in spellbook['slots']:
slots[str(slot['level'])] = slot['remaining']
max_slots[str(slot['level'])] = slot['available']
dcs = []
sabs = []
mods = []
spells = []
for spell in spellbook['spells']:
spell_ab = spell['sab']
spell_dc = spell['dc']
spell_mod = spell['mod']
spell_prepared = spell['prepared'] or 'noprep' in self.args
if spell_ab is not None:
sabs.append(spell_ab)
if spell_dc is not None:
dcs.append(spell_dc)
if spell_mod is not None:
mods.append(spell_mod)
result = compendium.lookup_entity(gamedata.Spell.entity_type,
spell['id'])
if result:
spells.append(
SpellbookSpell.from_spell(result,
sab=spell_ab,
dc=spell_dc,
mod=spell_mod,
prepared=spell_prepared))
else:
spells.append(
SpellbookSpell(spell['name'].strip(),
sab=spell_ab,
dc=spell_dc,
mod=spell_mod,
prepared=spell_prepared))
dc = max(dcs, key=dcs.count, default=None)
sab = max(sabs, key=sabs.count, default=None)
smod = max(mods, key=mods.count, default=None)
# assumption: a character will only ever have one pact slot level, with a given number of slots of that level
pact_slot_level = None
num_pact_slots = None
max_pact_slots = None
if spellbook['pactSlots']:
pact_info = spellbook['pactSlots'][0]
pact_slot_level = pact_info['level']
max_pact_slots = pact_info['available']
num_pact_slots = max_pact_slots - pact_info['used']
return Spellbook(slots,
max_slots,
spells,
dc,
sab,
self._get_levels().total_level,
smod,
pact_slot_level=pact_slot_level,
num_pact_slots=num_pact_slots,
max_pact_slots=max_pact_slots)
def from_data(cls, data):
# print(f"Parsing {data['name']}")
_type = parse_type(data['type'])
alignment = parse_alignment(data['alignment'])
speed = parse_speed(data['speed'])
ac = data['ac']['ac']
armortype = data['ac'].get('armortype') or None
if not 'special' in data['hp']:
hp = data['hp']['average']
hitdice = data['hp']['formula']
else:
hp = 0
hitdice = data['hp']['special']
scores = BaseStats(0, data['str'] or 10, data['dex'] or 10, data['con']
or 10, data['int'] or 10, data['wis'] or 10,
data['cha'] or 10)
if isinstance(data['cr'], dict):
cr = data['cr']['cr']
else:
cr = data['cr']
# resistances
vuln = parse_resists(data['vulnerable'],
notated=False) if 'vulnerable' in data else None
resist = parse_resists(data['resist'],
notated=False) if 'resist' in data else None
immune = parse_resists(data['immune'],
notated=False) if 'immune' in data else None
display_resists = Resistances(*[
parse_resists(data.get(r))
for r in ('resist', 'immune', 'vulnerable')
])
condition_immune = data.get('conditionImmune',
[]) if 'conditionImmune' in data else None
languages = data.get('languages',
'').split(', ') if 'languages' in data else None
traits = [Trait(t['name'], t['text']) for t in data.get('trait', [])]
actions = [Trait(t['name'], t['text']) for t in data.get('action', [])]
legactions = [
Trait(t['name'], t['text']) for t in data.get('legendary', [])
]
reactions = [
Trait(t['name'], t['text']) for t in data.get('reaction', [])
]
skills = Skills.default(scores)
skills.update(data['skill'])
saves = Saves.default(scores)
saves.update(data['save'])
scores.prof_bonus = _calc_prof(scores, saves, skills)
source = data['source']
proper = bool(data.get('isNamedCreature') or data.get('isNPC'))
attacks = AttackList.from_dict(data.get('attacks', []))
spellcasting = data.get('spellcasting', {})
spells = [SpellbookSpell(s) for s in spellcasting.get('spells', [])]
spellbook = Spellbook({}, {}, spells, spellcasting.get('dc'),
spellcasting.get('attackBonus'),
spellcasting.get('casterLevel', 1))
return cls(data['name'],
parsesize(data['size']),
_type,
alignment,
ac,
armortype,
hp,
hitdice,
speed,
scores,
cr,
xp_by_cr(cr),
data['passive'],
data.get('senses', ''),
vuln,
resist,
immune,
condition_immune,
saves,
skills,
languages,
traits,
actions,
reactions,
legactions,
3,
data.get('srd', False),
source,
attacks,
spellcasting=spellbook,
page=data.get('page'),
proper=proper,
display_resists=display_resists)
def get_spellbook(self):
if self.character_data is None:
raise Exception('You must call get_character() first.')
spellcasterLevel = 0
castingClasses = 0
spell_mod = 0
pactSlots = 0
pactLevel = 1
hasSpells = False
for _class in self.character_data['classes']:
castingAbility = _class['definition']['spellCastingAbilityId'] or \
(_class['subclassDefinition'] or {}).get('spellCastingAbilityId')
if castingAbility:
casterMult = CASTER_TYPES.get(_class['definition']['name'], 1)
spellcasterLevel += _class['level'] * casterMult
castingClasses += 1 if casterMult else 0 # warlock multiclass fix
spell_mod = max(spell_mod, self.stat_from_id(castingAbility))
class_features = {
cf['name']
for cf in _class['definition']['classFeatures']
if cf['requiredLevel'] <= _class['level']
}
if _class['subclassDefinition']:
class_features.update({
cf['name']
for cf in _class['subclassDefinition']['classFeatures']
if cf['requiredLevel'] <= _class['level']
})
hasSpells = 'Spellcasting' in class_features or hasSpells
if _class['definition']['name'] == 'Warlock':
pactSlots = pact_slots_by_level(_class['level'])
pactLevel = pact_level_by_level(_class['level'])
if castingClasses > 1:
spellcasterLevel = floor(spellcasterLevel)
else:
if hasSpells:
spellcasterLevel = ceil(spellcasterLevel)
else:
spellcasterLevel = 0
log.debug(f"Caster level: {spellcasterLevel}")
slots = {}
for lvl in range(1, 10):
slots[str(lvl)] = SLOTS_PER_LEVEL[lvl](spellcasterLevel)
slots[str(pactLevel)] += pactSlots
prof = self.get_stats().prof_bonus
save_dc_bonus = max(self.get_stat("spell-save-dc"),
self.get_stat("warlock-spell-save-dc"))
attack_bonus_bonus = max(self.get_stat("spell-attacks"),
self.get_stat("warlock-spell-attacks"))
dc = 8 + spell_mod + prof + save_dc_bonus
sab = spell_mod + prof + attack_bonus_bonus
spellnames = []
for src in self.character_data['classSpells']:
spellnames.extend(s['definition']['name'].replace('\u2019', "'")
for s in src['spells'])
for src in self.character_data['spells'].values():
spellnames.extend(s['definition']['name'].replace('\u2019', "'")
for s in src)
spells = []
for value in spellnames:
result = search(compendium.spells,
value,
lambda sp: sp.name,
strict=True)
if result and result[0] and result[1]:
spells.append(SpellbookSpell(result[0].name, True))
elif len(value) > 2:
spells.append(SpellbookSpell(value))
spellbook = Spellbook(slots, slots, spells, dc, sab,
self.get_levels().total_level, spell_mod or None)
return spellbook
def migrate(character):
name = character['stats']['name']
sheet_type = character.get('type')
import_version = character.get('version')
print(f"Migrating {name} - {sheet_type} v{import_version}")
owner = character['owner']
upstream = character['upstream']
active = character['active']
description = character['stats'].get('description', "No description")
image = character['stats']['image']
stats = {
"prof_bonus": character['stats']['proficiencyBonus'],
"strength": character['stats']['strength'],
"dexterity": character['stats']['dexterity'],
"constitution": character['stats']['constitution'],
"intelligence": character['stats']['intelligence'],
"wisdom": character['stats']['wisdom'],
"charisma": character['stats']['charisma']
}
# classes
classes = {}
for c, l in character['levels'].items():
if c.endswith("Level"):
classes[c[:-5]] = l
for cls, lvl in list(classes.items())[:]:
if any(inv in cls for inv in ".$"):
classes.pop(cls)
levels = {"total_level": character['levels']['level'], "classes": classes}
# attacks
attacks = []
for a in character['attacks']:
try:
bonus = int(a['attackBonus'])
bonus_calc = None
except (ValueError, TypeError):
bonus = None
bonus_calc = a['attackBonus']
atk = {
"name": a['name'],
"bonus": bonus,
"damage": a['damage'],
"details": a.get('details'),
"bonus_calc": bonus_calc
}
attacks.append(atk)
# skills and saves
skills = {}
for skill_name in SKILL_NAMES:
value = character['skills'][skill_name]
skefct = character.get('skill_effects', {}).get(skill_name)
adv = True if skefct == 'adv' else False if skefct == 'dis' else None
skl = Skill(value, 0, 0, adv)
skills[skill_name] = skl.to_dict()
saves = {}
for save_name in SAVE_NAMES:
value = character['saves'][save_name]
skefct = character.get('skill_effects', {}).get(save_name)
adv = True if skefct == 'adv' else False if skefct == 'dis' else None
skl = Skill(value, 0, 0, adv)
saves[save_name] = skl.to_dict()
# combat
resistances = {
"resist": character.get('resist', []),
"immune": character.get('immune', []),
"vuln": character.get('vuln', [])
}
ac = character.get('armor', 10)
max_hp = character.get('hp',
4) # you get 4 hp if your character is that old
hp = character.get('consumables', {}).get('hp', {}).get('value', max_hp)
temp_hp = character.get('consumables', {}).get('temphp',
{}).get('value', 0)
cvars = character.get('cvars', {})
options = {"options": character.get('settings', {})}
# overrides
override_attacks = []
for a in character.get('overrides', {}).get('attacks', []):
try:
bonus = int(a['attackBonus'])
bonus_calc = None
except (ValueError, TypeError):
bonus = None
bonus_calc = a['attackBonus']
atk = {
"name": a['name'],
"bonus": bonus,
"damage": a['damage'],
"details": a['details'],
"bonus_calc": bonus_calc
}
override_attacks.append(atk)
override_spells = []
for old_spell in character.get('overrides', {}).get('spells', []):
if isinstance(old_spell, dict):
spl = SpellbookSpell(old_spell['name'], old_spell['strict'])
else:
spl = SpellbookSpell(old_spell, True)
override_spells.append(spl.to_dict())
overrides = {
"desc": character.get('overrides', {}).get('desc'),
"image": character.get('overrides', {}).get('image'),
"attacks": override_attacks,
"spells": override_spells
}
# other things
consumables = []
for cname, cons in character.get('consumables', {}).get('custom',
{}).items():
value = cons['value']
minv = cons.get('min')
maxv = cons.get('max')
reset = cons.get('reset')
display_type = cons.get('type')
live_id = cons.get('live')
counter = CustomCounter(None, cname, value, minv, maxv, reset,
display_type, live_id)
consumables.append(counter.to_dict())
death_saves = {
"successes":
character.get('consumables', {}).get('deathsaves',
{}).get('success',
{}).get('value', 0),
"fails":
character.get('consumables', {}).get('deathsaves',
{}).get('fail',
{}).get('value', 0)
}
# spellcasting
slots = {}
max_slots = {}
for l in range(1, 10):
slots[str(l)] = character.get('consumables',
{}).get('spellslots',
{}).get(str(l),
{}).get('value', 0)
max_slots[str(l)] = character.get('spellbook',
{}).get('spellslots',
{}).get(str(l), 0)
spells = []
for old_spell in character.get('spellbook', {}).get('spells', []):
if isinstance(old_spell, dict):
spl = SpellbookSpell(old_spell['name'], old_spell['strict'])
else:
spl = SpellbookSpell(old_spell, True)
spells.append(spl.to_dict())
spellbook = {
"slots": slots,
"max_slots": max_slots,
"spells": spells,
"dc": character.get('spellbook', {}).get('dc'),
"sab": character.get('spellbook', {}).get('attackBonus'),
"caster_level": character['levels']['level']
}
live = 'dicecloud' if character.get('live') else None
race = character.get('race')
background = character.get('background')
char = Character(owner, upstream, active, sheet_type, import_version, name,
description, image, stats, levels, attacks, skills,
resistances, saves, ac, max_hp, hp, temp_hp, cvars,
options, overrides, consumables, death_saves, spellbook,
live, race, background)
return char