def attacks(self):
a = AttackList()
seen = set()
for c in self.get_combatants():
for atk in c.attacks:
if atk in seen:
continue
seen.add(atk)
atk_copy = Attack.copy(atk)
atk_copy.name = f"{atk.name} ({c.name})"
a.append(atk_copy)
return a
def get_attacks(self):
"""Returns a list of dicts of all of the character's attacks."""
if self.character_data is None: raise Exception('You must call get_character() first.')
character = self.character_data
attacks = AttackList()
atk_names = set()
for attack in character.get('attacks', []):
if attack.get('enabled') and not attack.get('removed'):
atk = self.parse_attack(attack)
# unique naming
atk_num = 2
if atk.name in atk_names:
while f"{atk.name}{atk_num}" in atk_names:
atk_num += 1
atk.name = f"{atk.name}{atk_num}"
atk_names.add(atk.name)
attacks.append(atk)
return attacks
def get_attacks(self):
"""Returns an attack list."""
if self.character_data is None: raise Exception('You must call get_character() first.')
attacks = AttackList()
for rownum in range(32, 37): # sht1, R32:R36
a = self.parse_attack(f"R{rownum}", f"Y{rownum}", f"AC{rownum}")
if a is not None:
attacks.append(a)
if self.additional:
for rownum in range(3, 14): # sht2, B3:B13; W3:W13
additional = self.parse_attack(f"B{rownum}", f"I{rownum}", f"M{rownum}", self.additional)
other = self.parse_attack(f"W{rownum}", f"AD{rownum}", f"AH{rownum}", self.additional)
if additional is not None:
attacks.append(additional)
if other is not None:
attacks.append(other)
return attacks