def CheckChangeLocation(self):
currLevel = player.GetStatus(player.LEVEL)
resultLoc = 0
for loc in self.locations:
if loc.level > currLevel:
continue
if resultLoc == 0:
resultLoc = loc
continue
if loc.level > resultLoc.level:
resultLoc = loc
if resultLoc != 0 and (
int(resultLoc.locationX) != int(self.startPosition[0])
or int(resultLoc.locationY) != int(self.startPosition[1])
or background.GetCurrentMapName() != resultLoc.map):
chat.AppendChat(
3, "Going to " + str(resultLoc.map) + " X:" +
str(resultLoc.locationX) + " Y:" + str(resultLoc.locationY))
self.SetStateWait()
Movement.GoToPositionAvoidingObjects(
resultLoc.locationX,
resultLoc.locationY,
callback=self._PositionArriveCallback,
mapName=resultLoc.map)
self.startPosition = (resultLoc.locationX, resultLoc.locationY)
return True
return False
def TeleportToDest(self, aimx, aimy):
global TeleportHackMode, timerrBlock
val, timerrBlock = OpenLib.timeSleep(
timerrBlock, 2) #Avoid multiple calls on same keypress
if val == False:
return
if TeleportHackMode == "Walk":
chat.AppendChat(3, str(aimx) + " " + str(aimy))
Movement.GoToPositionAvoidingObjects(aimx, aimy)
else:
Movement.TeleportToPosition(aimx, aimy)
def Frame(self):
if self.levelState == self.STATE_LEVELING:
if self.allowLocChanger and self.CheckChangeLocation():
return
monster = self.GetNextMonster()
if monster != 0:
OpenLib.AttackTarget(monster)
elif self.goToCenter:
Movement.GoToPositionAvoidingObjects(self.startPosition[0],
self.startPosition[1])
elif self.levelState == self.STATE_WAIT:
return
def OnUpdate(self):
val, self.lastTime = OpenLib.timeSleep(self.lastTime, 0.1)
if (val and self.enableButton.isOn and OpenLib.IsInGamePhase()):
if self.state == self.STATE_WAITING:
valWaitState, self.lastTimeWaitState = OpenLib.timeSleep(
self.lastTimeWaitState,
self.WaitDelaySlider.GetSliderPos() * 10)
if valWaitState:
if self.CheckInv() == False:
return
net_packet.SendStartFishing(2)
chat.AppendChat(
3, "[Fishing-Bot] Using bait, and start fishing")
self.SetState(self.STATE_FISHING)
self.lastTimeFishState = OpenLib.GetTime()
self.isRodDown = True
self.isMoving = False
if self.state == self.STATE_FISHING:
valFishState, self.lastTimeFishState = OpenLib.timeSleep(
self.lastTimeFishState,
self.StartStopDelaySlider.GetSliderPos() * 10)
if valFishState:
chat.AppendChat(3, "[Fishing-Bot] Pulling Rod")
net_packet.SendStopFishing(
net_packet.SUCCESS_FISHING,
self.ServerDelaySlider.GetSliderPos() * 10)
self.lastTimeWaitState = OpenLib.GetTime()
self.SetState(self.STATE_WAITING)
self.isRodDown = False
if self.state == self.STATE_GOING_TO_SHOP:
#The callback will take care of leaving the state
pass
if self.state == self.STATE_IMPROVING_ROD:
val, self.lastTimeImprove = OpenLib.timeSleep(
self.lastTimeImprove, 0.5)
if not val:
return
self.LevelUpRod()
if self.state == self.STATE_PLACE_FIRE:
val, self.lastTimeFire = OpenLib.timeSleep(self.lastTimeFire, 0.2)
if not val:
return
for vid in net_packet.InstancesList:
chr.SelectInstance(vid)
race = chr.GetRace()
if race == self.campFireRace:
self.GrillFishes(vid)
if self.enableButton.isOn:
Movement.GoToPositionAvoidingObjects(
self.startPosition[0],
self.startPosition[1],
callback=_PositionRestoreCallback,
maxDist=250)
self.SetState(self.STATE_GOING_TO_SHOP)
else:
self.SetState(self.STATE_WAITING)
def GoToPosition(self, callback=None):
return Movement.GoToPositionAvoidingObjects(self.position[0],
self.position[1],
mapName=self.mapName,
callback=callback)
def _ReturnToPositionCallBack():
#global originalFunctionCallback
chat.AppendChat(3, "Going Back")
Movement.GoToPositionAvoidingObjects(originalPosition[0],
originalPosition[1],
callback=originalFunctionCallback)