def check(
self,
caller: AbstractSkillWrapper,
reference_graph: NameIndexedGraph,
context=None,
) -> bool:
return reference_graph.get_element(self._checking_element_name).is_usable()
def check(
self,
caller: AbstractSkillWrapper,
reference_graph: NameIndexedGraph,
context=None,
) -> bool:
if not reference_graph.get_element(self._state_element_name).is_usable():
return True
return False
def check(
self,
caller: AbstractSkillWrapper,
reference_graph: NameIndexedGraph,
context=None,
) -> bool:
timer: AbstractSkillWrapper = reference_graph.get_element(self._timer_element)
if not timer.is_not_active():
if not timer.is_time_left(self.time, self.direction):
if not timer.is_time_left(caller.skill.cooltime, 1):
return False
return True
def check(
self,
caller: AbstractSkillWrapper,
reference_graph: NameIndexedGraph,
context=None,
) -> bool:
return self._check_function(
caller,
*[
reference_graph.get_element(name)
for name in self._checking_element_names
],
)
def get_related_elements(
self, reference_graph: NameIndexedGraph) -> List[GraphElement]:
return [reference_graph.get_element(self._state_element_name)]
def get_related_elements(
self, reference_graph: NameIndexedGraph) -> List[GraphElement]:
return reference_graph.filter_elements(lambda x: isinstance(
x, BuffSkillWrapper)) + reference_graph.filter_elements(
lambda x: isinstance(x, SummonSkillWrapper))
def get_related_elements(self, reference_graph: NameIndexedGraph):
return [reference_graph.get_element(self.target_element)]
