def ab(self):
full_ab = list(super().ab)
ex_set = set()
max_coabs = CharaBase.MAX_COAB
coabs = list(self.coabs.items())
self.coabs = {}
self.coab_list = []
for key, coab in coabs:
# alt check
if key not in CharaBase.NON_UNIQUE_COABS:
key_base_id = get_icon(key).split('_')
self_base_id = self.icon.split('_')
if key_base_id[0] == self_base_id[0] and key_base_id[1] != self_base_id[1]:
continue
self.coabs[key] = coab
if key != self.coab_qual:
self.coab_list.append(key)
max_coabs -= 1
chain, ex = coab
if ex:
ex_set.add(('ex', ex))
if chain:
full_ab.append(tuple(chain))
if max_coabs == 0:
break
full_ab.extend(ex_set)
if self.wt == 'axe':
full_ab.append(('cc', 0.04))
else:
full_ab.append(('cc', 0.02))
return full_ab
def slots_csv(adv, web):
padded_coab = adv.slots.c.coab_list.copy()
if len(padded_coab) < 3:
padded_coab.extend([''] * (3 - len(padded_coab)))
padded_share = adv.skillshare_list.copy()
if len(padded_share) < 2:
padded_share.extend([''] * (2 - len(padded_share)))
if not web:
return (str(adv.slots), *padded_coab, *padded_share)
icon_lst = []
for name in chain(padded_coab, padded_share):
if not name:
icon_lst.extend(('', ''))
else:
icon_lst.extend((get_fullname(name), get_icon(name)))
return (adv.slots.full_slot_icons(), *icon_lst)
def ab(self):
full_ab = list(super().ab)
ex_ab = {}
max_coabs = CharaBase.MAX_COAB
coabs = list(self.coabs.items())
self.coabs = {}
self.coab_list = []
seen_base_id = {self.icon.split("_")[0]}
for key, coab in coabs:
# alt check
if key != self.coab_qual:
icon = get_icon(key)
if icon:
key_base_id = icon.split("_")[0]
if key_base_id in seen_base_id:
continue
seen_base_id.add(key_base_id)
self.coabs[key] = coab
if key != self.coab_qual:
self.coab_list.append(key)
max_coabs -= 1
if coab["ex"] and (
coab["category"] not in ex_ab
or coab["ex"][0][1] > ex_ab[coab["category"]][0][1]):
ex_ab[coab["category"]] = coab["ex"]
for chain in coab["chain"]:
full_ab.append(tuple(chain))
if key != self.coab_qual:
if chain[0] == "ctime":
self._chain_ctime += chain[1]
self._ctime_coabs.append((chain[1], key, coab))
if chain[0] in ("hp", "rcv"):
self._healing_coabs.append((key, coab))
if chain[0].endswith("regen") or chain[0].endswith("heal"):
self._regen_coabs.append((key, coab))
if chain[0] == "bt":
self._bufftime_coabs.append((key, coab))
if max_coabs == 0:
break
for ex_list in ex_ab.values():
full_ab.extend(map(tuple, ex_list))
if self.wt == "axe":
full_ab.append(("cc", 0.04))
else:
full_ab.append(("cc", 0.02))
self.coab_list = sorted(self.coab_list)
return full_ab
