def __init__(self, ability_default=10):
super(Character, self).__init__()
self.equipment = Registry()
self.slots = BodySlots()
# adding abilities
self.registry.set(Strength(ability_default))
self.registry.set(Dexterity(ability_default))
self.registry.set(Constitution(ability_default))
self.registry.set(Intelligence(ability_default))
self.registry.set(Wisdom(ability_default))
self.registry.set(Charisma(ability_default))
# adding saving throws
self.registry.set(Fortitude())
self.registry.set(Reflex())
self.registry.set(Will())
# basic stuff
self.registry.set(HitPoints(8))
self.registry.set(Initiative())
self.registry.set(Size.MEDIUM)
# attacks
self.attack = AttackModifierGroup()
self.attack.base = self.registry.set(BaseAttack(0))
self.attack.melee = self.registry.set(BaseMeleeAttack(0))
self.attack.ranged = self.registry.set(BaseRangedAttack(0))
self.attack.grapple = self.registry.set(GrappleAttack(0))
# armor
self.registry.set(ArmorClass(10))
self.registry.set(NaturalArmor(0))
self.registry.set(Touch())
self.registry.set(FlatFooted())
# skills, adding all found in the skill module
for cls in self._base_skills():
self.registry.set(cls())
class Character(Actor):
def __init__(self, ability_default=10):
super(Character, self).__init__()
self.equipment = Registry()
self.slots = BodySlots()
# adding abilities
self.registry.set(Strength(ability_default))
self.registry.set(Dexterity(ability_default))
self.registry.set(Constitution(ability_default))
self.registry.set(Intelligence(ability_default))
self.registry.set(Wisdom(ability_default))
self.registry.set(Charisma(ability_default))
# adding saving throws
self.registry.set(Fortitude())
self.registry.set(Reflex())
self.registry.set(Will())
# basic stuff
self.registry.set(HitPoints(8))
self.registry.set(Initiative())
self.registry.set(Size.MEDIUM)
# attacks
self.attack = AttackModifierGroup()
self.attack.base = self.registry.set(BaseAttack(0))
self.attack.melee = self.registry.set(BaseMeleeAttack(0))
self.attack.ranged = self.registry.set(BaseRangedAttack(0))
self.attack.grapple = self.registry.set(GrappleAttack(0))
# armor
self.registry.set(ArmorClass(10))
self.registry.set(NaturalArmor(0))
self.registry.set(Touch())
self.registry.set(FlatFooted())
# skills, adding all found in the skill module
for cls in self._base_skills():
self.registry.set(cls())
def configure(self, id, value):
component = self.registry.get(id)
if component.is_modifiable():
component.value = value
else:
self.linker.remove(component)
self.registry.set(value)
self.connect_links()
def add_component(self, component):
self.registry.set(component)
self.connect_links()
def remove_component(self, thing):
component = (thing if isinstance(thing, Component)
else self.registry.get(thing))
if component.is_destroyable():
for item in component.subcomponents:
self.remove_component(item)
self.linker.remove(component)
self.registry.remove(component.id)
def add_equipment(self, equipment):
self.equipment.set(equipment)
def remove_equipment(self, id):
self.equipment.remove(id)
def activate_equipment(self, id):
item = self.equipment.get(id)
if item.can_be_added(self.slots):
self.slots.add(item)
self.linker.apply(item)
self.linker.process_all()
return True
return False
def deactivate_equipment(self, id):
item = self.equipment.get(id)
self.slots.remove(item)
self.linker.remove(self.equipment.get(id))
self.linker.process_all()
def connect_links(self):
self.linker.process_all()
def __getattr__(self, name):
if name in self.__dict__:
return self.__dict__[name]
component_id = self._attribute_to_id(name)
if self.registry.has(component_id):
return self.registry.get(component_id)
raise AttributeError(
"Unknown attribute '%s' on Character object" % name
)
def __setattr__(self, name, value):
# need to check for registry like this to prevent recursion in lookup
component_id = self._attribute_to_id(name)
registry = self.__dict__.get("registry")
if not registry or not registry.has(component_id):
super(Character, self).__setattr__(name, value)
else:
self.configure(component_id, value)
def _attribute_to_id(self, name):
return name.lower().replace("_", "-")
def _base_skills(self):
is_simple = lambda cls: cls not in (Craft, Perform, Profession)
return filter(is_simple, get_all_skill_classes())