from pandac.PandaModules import * from direct.showbase.PythonUtil import reduceAngle, randFloat, normalDistrib from direct.showbase import DirectObject from toontown.pets.PetChase import PetChase from toontown.pets import PetConstants class PetWander(PetChase, DirectObject.DirectObject): def __init__(self, minDist = 5.0, moveAngle = 20.0): self.movingTarget = hidden.attachNewNode('petWanderTarget') PetChase.__init__(self, self.movingTarget, minDist, moveAngle) self.targetMoveCountdown = 0 self.collEvent = None self.gotCollision = False return def isCpp(self): return 0 def __ignoreCollisions(self): if self.collEvent is not None: self.ignore(self.collEvent) self.collEvent = None return def _setMover(self, mover): PetChase._setMover(self, mover) self.mover = mover self.__ignoreCollisions() self.collEvent = mover.getCollisionEventName() self.accept(self.collEvent, self._handleCollision) def _clearMover(self, mover): PetChase._clearMover(self, mover) self.__ignoreCollisions() def _handleCollision(self, collEntry): self.gotCollision = True self.movingTarget.setPos(self.getNodePath().getPos()) self.targetMoveCountdown *= 0.5 def destroy(self): self.__ignoreCollisions() self.movingTarget.removeNode() del self.movingTarget def _process(self, dt): self.targetMoveCountdown -= dt if self.targetMoveCountdown <= 0.0: distance = normalDistrib(3.0, 30.0) heading = normalDistrib(-(90 + 45), 90 + 45) if self.gotCollision: self.gotCollision = False heading = heading + 180 target = self.getTarget() target.setPos(self.getNodePath().getPos()) target.setH(target, heading) target.setY(target, distance) duration = distance / self.mover.getFwdSpeed() self.targetMoveCountdown = duration * randFloat(1.2, 3.0) PetChase._process(self, dt)