def chooseFromEvents(self,
char: Character,
events: list[Event] = None,
state: State = None) -> Optional[Event]:
if not events:
events = self.events.values()
possibleEvents: list[Event] = []
totalChance = 0
defaultEvent: Optional[Event] = None
for event in events:
if event.prepare(char, self.tributes, state):
if event.getChance() == 0:
defaultEvent = event
continue
totalChance += event.getChance()
possibleEvents.append(event)
print(f"Character: {char}")
print(f" alive:\t{char.alive}")
print(f" age:\t{char.age}")
print(f" location:\t{char.location}")
print(f" status:\t{char.status}")
print(f" tags:")
[print(f" {tag}") for tag in char.tags]
print(f" inventory:\t{char.items}")
print(f" alliance:\t{char.alliance}")
print(f"Possible events: {possibleEvents}")
print(f"Default event: {defaultEvent}\n")
if not possibleEvents:
if defaultEvent:
return defaultEvent
else:
raise Exception("No events matched when choosing from events")
choice = randint(0, totalChance - 1)
count = 0
for event in possibleEvents:
if choice >= count and choice < (count + event.getChance()):
return event
count = count + event.getChance()
if not char.isAlive():
return None
raise Exception(
f"Invalid choice when choosing from events ({choice} out of {totalChance})"
)
def check(self, char: Character, state: State) -> bool:
if self.aState == AliveCheck.ALIVE:
return char.isAlive()
else:
return not char.isAlive()