def ChaseMember(partyMembers):
#members is a list of party char ids from lowest to highest
for member in partyMembers:
clientid = FindClientID(member)
if Party.IsPartyMember(member):
while Terminal.GetLocalUser(clientid).mapid != startingMap:
Terminal.SetFollowID(FindClientID(member))
time.sleep(1)
print("Completed")
Terminal.Rush(450001000)
RushAndComplete(450001000, 34129, 3003104)
SCLib.UpdateVar("VJDone" + CharName, True)
RestoreEvasion()
if VJ_Daily \
and Quest.GetQuestState(34129)==2 and not SCLib.GetVar("Completed"+CharName):
RestoreEvasion()
# Help party member quests
if usingParty and leader and len(Party.GetPartyMembers()) > 1:
print("Start helping party members first")
ChaseMember(partyMembers)
print("Done with helping")
Terminal.SetFollowID(0)
print("Completed VJ daily")
##########################
# Chuchu daily
##########################
class Ingredient:
name = ""
mobID = 0
itemID = 0
def __init__(self, nm, mid, iid):
self.name = nm
Terminal.SetCheckBox("Summon Kishin", False)
Terminal.SetCheckBox("MonkeySpiritsNDcheck", True)
Terminal.SetCheckBox("Skill Injection", False)
Terminal.SetCheckBox("Auto Attack", True)
Terminal.SetSpinBox("autoattack_spin", 7500)
Terminal.SetComboBox("AttackKey", 36)
Key.Set(0x47, 1, 42111003) #kishin
else:
Terminal.SetCheckBox("Kami Vac", False)
Terminal.SetCheckBox("Rush By Level", False)
Terminal.SetCheckBox("MonkeySpiritsNDcheck", False)
#Terminal.SetCheckBox("Mob Falldown",False)
Terminal.SetCheckBox("Auto Attack", False)
Terminal.SetCheckBox("Auto Rune", False)
if Inventory.GetItemCount(5040004) != 0:
for user in Terminal.GetLocalUsers():
user = Terminal.GetLocalUser(user.clientid) # dynamic update
if CheckIdFilter(user) and CheckMapFilter(
user) and user.channel > 0:
location = (user.mapid, user.channel)
startTime = time.time()
if location not in visited:
visited.append(location)
print("Kishin for {0} at {1} Ch{2}".format(
user.charname, user.mapid, user.channel),
flush=True)
Terminal.SetFollowID(user.clientid)
WaitForFollow(user, startTime)
Kishin(kishinPump)
while time.time() - startTime < timeout and wait:
time.sleep(1)
