def swampCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, swampCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, swampCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(1000, swampCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Swamp'
dummy.moveto(pos)
dummy.update()
dummy.say(
tr("* Strange green tendrils rise from the ground, whipping wildly! *"
))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
pos.soundeffect(0x2b0)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('whipping_vine', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
def swampCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, swampCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, swampCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(1000, swampCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Swamp'
dummy.moveto(pos)
dummy.update()
dummy.say(tr("* Strange green tendrils rise from the ground, whipping wildly! *"))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
pos.soundeffect(0x2b0)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('whipping_vine', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
def furrowsCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, furrowsCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, furrowsCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(4000, furrowsCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Swamp'
dummy.moveto(pos)
dummy.update()
dummy.say(
tr("* A magical bunny leaps out of its hole, disturbed by the thorn's effect! *"
))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('vorpal_bunny', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
# Start timer to dig away
npc.addtimer(3 * 60 * 1000, vorpalbunny_dig, [], True)
def furrowsCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, furrowsCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, furrowsCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(4000, furrowsCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Swamp'
dummy.moveto(pos)
dummy.update()
dummy.say(tr("* A magical bunny leaps out of its hole, disturbed by the thorn's effect! *"))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('vorpal_bunny', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
# Start timer to dig away
npc.addtimer(3 * 60 * 1000, vorpalbunny_dig, [], True)
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
if xdiff > ydiff:
positions = [ wolfpack.coord(target.x, target.y - 1, target.z, target.map), wolfpack.coord(target.x, target.y, target.z, target.map), wolfpack.coord(target.x, target.y + 1, target.z, target.map) ]
else:
positions = [ wolfpack.coord(target.x - 1, target.y, target.z, target.map), wolfpack.coord(target.x, target.y, target.z, target.map), wolfpack.coord(target.x + 1, target.y, target.z, target.map) ]
# At least one spell should look fancy
# Calculate the Angle here
serials = []
char.soundeffect(0x1f6)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = 0x80
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.update()
newitem.settag('dispellable_field', 1)
serials.append(newitem.serial)
wolfpack.effect(0x376a, pos, 9, 10)
wolfpack.addtimer(10000, field_expire, serials, 1)
def onLoad():
if enabled and backup_path:
if accountsdriver == 'mysql' or worlddriver == 'mysql':
wolfpack.addtimer(time, timer, [wolfpack.time.currenttime()])
wolfpack.registercommand("backupdb", cmdbackupdb)
return True
else:
return False
def onLoad(): if enabled and backup_path: if accountsdriver == 'mysql' or worlddriver == 'mysql': wolfpack.addtimer( time, timer, [ wolfpack.time.currenttime() ] ) wolfpack.registercommand( "backupdb", cmdbackupdb ) return True else: return False
def onDropOnItem( target, item ): if target.baseid == 'trashcan': target.settag( 'trash_timer', int( wolfpack.time.currenttime() + delete_time ) ) wolfpack.addtimer( delete_time, "trashcan.timerPass", [ target ] ) return False else: return False return False
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# North/South
if xdiff > ydiff:
itemid = 0x3922
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x, target.y + i, target.z, target.map))
# West/East
else:
itemid = 0x3915
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x + i, target.y, target.z, target.map))
serials = []
char.soundeffect(0x20c)
total = (char.skill[MAGERY] + char.skill[POISONING]) / 2.0
if total >= 1000:
level = 3
elif total > 850:
level = 2
elif total > 650:
level = 1
else:
level = 0
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
#newitem.direction = 29
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.settag('dispellable_field', 1)
newitem.settag('level', level)
newitem.addscript( 'magic.poisonfield' )
newitem.update()
serials.append(newitem.serial)
# Affect chars who are occupying the field cells
chars = wolfpack.chars( newitem.pos.x, newitem.pos.y, newitem.pos.map, 0 )
for affected in chars:
if affected.pos.z >= newitem.pos.z - 10 and affected.pos.z <= newitem.pos.z + 10:
newitem.callevent(EVENT_COLLIDE, (affected, newitem))
duration = int((3 + char.skill[MAGERY] / 25.0) * 1000)
wolfpack.addtimer(duration, field_expire, serials, 1)
def onLoad():
global magic
magic = random.random()
loadSettings()
global processthread
processthread = ProcessThread()
processthread.start()
wolfpack.addtimer(interval, generate, [magic])
def onLoad(): global magic magic = random.random() loadSettings() global processthread processthread = ProcessThread() processthread.start() wolfpack.addtimer(interval, generate, [magic])
def boom(socket, command, arguments): pos = socket.player.pos # Go boom for x in range(-12, 13): for y in range(-12, 13): dist = sqrt(x*x+y*y) if dist <= 12: delay = int(random.random() * 10000) wolfpack.addtimer(delay, boom_timer, [pos.x + x, pos.y + y, pos.map])
def timer( timer, args ): if enabled and backup_path and ( int( args[0] + time ) <= wolfpack.time.currenttime() ): if accountsdriver == 'mysql' or worlddriver == 'mysql': # Optimize and restart timer optimize_db() wolfpack.addtimer( time, timer, [] ) return True else: return False else: return False
def timer(timer, args):
if enabled and backup_path and (int(args[0] + time) <=
wolfpack.time.currenttime()):
if accountsdriver == 'mysql' or worlddriver == 'mysql':
# Optimize and restart timer
optimize_db()
wolfpack.addtimer(time, timer, [])
return True
else:
return False
else:
return False
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# West / East
if xdiff > ydiff:
itemid = 0x3996
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x, target.y + i, target.z,
target.map))
# North South
else:
itemid = 0x398c
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x + i, target.y, target.z,
target.map))
serials = []
char.soundeffect(0x20c)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
#newitem.direction = 29
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.settag('dispellable_field', 1)
newitem.settag('source', char.serial)
newitem.addscript('magic.firefield')
newitem.update()
serials.append(newitem.serial)
# Affect chars who are occupying the field cells
chars = wolfpack.chars(newitem.pos.x, newitem.pos.y,
newitem.pos.map, 0)
if len(chars) > 0:
for affected in chars:
if affected.pos.z >= newitem.pos.z - 10 and affected.pos.z <= newitem.pos.z + 10:
newitem.callevent(EVENT_COLLIDE, (affected, newitem))
duration = int((4 + char.skill[MAGERY] * 0.05) * 1000)
wolfpack.addtimer(duration, field_expire, serials, 1)
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not char.canreach(target, 10):
char.message(500237)
return
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# West / East
if xdiff > ydiff:
itemid = 0x3996
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x, target.y + i, target.z, target.map))
# North South
else:
itemid = 0x398C
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x + i, target.y, target.z, target.map))
serials = []
char.soundeffect(0x20C)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
# newitem.direction = 29
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.settag("dispellable_field", 1)
newitem.settag("source", char.serial)
newitem.addscript("magic.firefield")
newitem.update()
serials.append(newitem.serial)
# Affect chars who are occupying the field cells
chars = wolfpack.chars(newitem.pos.x, newitem.pos.y, newitem.pos.map, 0)
if len(chars) > 0:
for affected in chars:
if affected.pos.z >= newitem.pos.z - 10 and affected.pos.z <= newitem.pos.z + 10:
newitem.callevent(EVENT_COLLIDE, (affected, newitem))
duration = int((4 + char.skill[MAGERY] * 0.05) * 1000)
wolfpack.addtimer(duration, "magic.utilities.field_expire", serials, 1)
def dirtCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, dirtCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, dirtCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(5000, dirtCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Ground'
dummy.moveto(pos)
dummy.update()
dummy.say(tr("* The ground erupts with chaotic growth! *"))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(2000, dirtCallback, [pos, 4])
elif stroke == 4:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(2000, dirtCallback, [pos, 5])
elif stroke == 5:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(3000, dirtCallback, [pos, 6])
elif stroke == 6:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
def dirtCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, dirtCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, dirtCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(5000, dirtCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Ground'
dummy.moveto(pos)
dummy.update()
dummy.say(tr("* The ground erupts with chaotic growth! *"))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(2000, dirtCallback, [pos, 4])
elif stroke == 4:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(2000, dirtCallback, [pos, 5])
elif stroke == 5:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
player.addtimer(3000, dirtCallback, [pos, 6])
elif stroke == 6:
pos.soundeffect(0x12d)
spawnReagents(pos)
spawnReagents(pos)
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# West / East
if xdiff > ydiff:
itemid = 0x3967
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x, target.y + i, target.z, target.map))
# North South
else:
itemid = 0x3979
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x + i, target.y, target.z, target.map))
serials = []
char.soundeffect(0x20b)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.settag('dispellable_field', 1)
newitem.settag('strength', char.skill[self.damageskill])
newitem.addscript( 'magic.paralyzefield' )
newitem.update()
serials.append(newitem.serial)
wolfpack.effect(0x376A, newitem.pos, 9, 10)
# Affect chars who are occupying the field cells
chars = wolfpack.chars( newitem.pos.x, newitem.pos.y, newitem.pos.map, 0 )
for affected in chars:
if affected.pos.z >= newitem.pos.z - 10 and affected.pos.z <= newitem.pos.z + 10:
newitem.callevent(EVENT_COLLIDE, (affected, newitem))
duration = int((3 + char.skill[MAGERY] / 30.0) * 1000)
wolfpack.addtimer(duration, field_expire, serials, 1)
def activate(char, item):
bounded = bound(item)
if not item or not bounded:
return False
if not item.getoutmostchar() == char:
char.socket.clilocmessage(1042664) # You must have the object in your backpack to use it.
elif item.hastag('timer'):
char.socket.clilocmessage(1054013) # The bracelet is already attempting contact. You decide to wait a moment.
else:
char.soundeffect(0xF9)
char.message("* You concentrate on the bracelet to summon its power *", 0x5D)
char.frozen = True
item.settag('timer', 0)
wolfpack.addtimer( TRANSPORT_TIMER, transport_timer, [char.serial, item.serial, bounded] )
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# West / East
if xdiff > ydiff:
itemid = 0x3956
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x, target.y + i, target.z,
target.map))
# North South
else:
itemid = 0x3946
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x + i, target.y, target.z,
target.map))
serials = []
char.soundeffect(0x20b)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
newitem.moveto(pos)
newitem.decay = 0
#newitem.direction = 29
newitem.settag('dispellable_field', 1)
newitem.update()
serials.append(newitem.serial)
duration = int((15 + (char.skill[MAGERY] / 5)) / 0.007)
wolfpack.addtimer(duration, field_expire, serials, 1)
def onUse( char, item ): # char does not have it and distance > 2 if( char.distanceto( item ) > 2 and item.getoutmostchar() != char ): # "Target cannot be seen." char.socket.clilocmessage( 502400 ) return 1 # check use delay if item.hastag( "dclickdelay" ): # "This book needs time to recharge." char.socket.clilocmessage( 502403 ) return 1 sendGump( char, item ) # set use delay 2 sec item.settag( "dclickdelay", 1 ) wolfpack.addtimer( 2000, "magic.runebook.rmdelay", [ item.serial ] ) return True
def vorpalbunny_dig(npc, args):
if npc.pos.map == 0xFF:
return
# Spawn a bunny hole
hole = wolfpack.additem('913')
hole.decay = True
hole.movable = 3
hole.color = 1
hole.name = tr('a mysterious rabbit hole')
hole.moveto(npc.pos)
hole.update()
wolfpack.addtimer(40000, deleteCallback, [hole.serial], True) # Delete after 40 seconds
npc.say(tr("* The bunny begins to dig a tunnel back to its underground lair *"))
npc.frozen = True
npc.soundeffect(0x247)
# Delete in 5 seconds
npc.addtimer(5000, deleteNpc, [], True)
def snowCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, snowCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, snowCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(4000, snowCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Snow'
dummy.moveto(pos)
dummy.update()
dummy.say(
tr("* Slithering ice serpents rise to the surface to investigate the disturbance! *"
))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('giant_ice_worm', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
for i in range(0, 3):
npc = wolfpack.addnpc('ice_snake', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# West / East
if xdiff > ydiff:
itemid = 0x3956
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x, target.y + i, target.z, target.map))
# North South
else:
itemid = 0x3946
for i in range(-2, 3):
positions.append(wolfpack.coord(target.x + i, target.y, target.z, target.map))
serials = []
char.soundeffect(0x20b)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
newitem.moveto(pos)
newitem.decay = 0
#newitem.direction = 29
newitem.settag('dispellable_field', 1)
newitem.update()
serials.append(newitem.serial)
duration = int((15 + (char.skill[MAGERY] / 5)) / 0.007)
wolfpack.addtimer(duration, field_expire, serials, 1)
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
if xdiff > ydiff:
positions = [
wolfpack.coord(target.x, target.y - 1, target.z, target.map),
wolfpack.coord(target.x, target.y, target.z, target.map),
wolfpack.coord(target.x, target.y + 1, target.z, target.map)
]
else:
positions = [
wolfpack.coord(target.x - 1, target.y, target.z, target.map),
wolfpack.coord(target.x, target.y, target.z, target.map),
wolfpack.coord(target.x + 1, target.y, target.z, target.map)
]
# At least one spell should look fancy
# Calculate the Angle here
serials = []
char.soundeffect(0x1f6)
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = 0x80
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.update()
newitem.settag('dispellable_field', 1)
serials.append(newitem.serial)
wolfpack.effect(0x376a, pos, 9, 10)
wolfpack.addtimer(10000, field_expire, serials, 1)
def vorpalbunny_dig(npc, args):
if npc.pos.map == 0xFF:
return
# Spawn a bunny hole
hole = wolfpack.additem('913')
hole.decay = True
hole.movable = 3
hole.color = 1
hole.name = tr('a mysterious rabbit hole')
hole.moveto(npc.pos)
hole.update()
wolfpack.addtimer(40000, deleteCallback, [hole.serial],
True) # Delete after 40 seconds
npc.say(
tr("* The bunny begins to dig a tunnel back to its underground lair *")
)
npc.frozen = True
npc.soundeffect(0x247)
# Delete in 5 seconds
npc.addtimer(5000, deleteNpc, [], True)
def snowCallback(player, args):
(pos, stroke) = args
if stroke == 0:
pos.soundeffect(0x106)
pos.effect(0x3735, 1, 182)
player.addtimer(4000, snowCallback, [pos, 1])
elif stroke == 1:
pos.soundeffect(0x222)
player.addtimer(4000, snowCallback, [pos, 2])
elif stroke == 2:
pos.soundeffect(0x21f)
player.addtimer(4000, snowCallback, [pos, 3])
elif stroke == 3:
dummy = wolfpack.additem('1')
dummy.name = 'Snow'
dummy.moveto(pos)
dummy.update()
dummy.say(tr("* Slithering ice serpents rise to the surface to investigate the disturbance! *"))
wolfpack.addtimer(20000, deleteCallback, [dummy.serial], True)
# Spawn one giant ice worm and three ice snakes
npc = wolfpack.addnpc('giant_ice_worm', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
for i in range(0, 3):
npc = wolfpack.addnpc('ice_snake', pos)
if not spawnNpc(pos, npc):
npc.delete()
else:
npc.update()
def onLoad():
global magic_pets
magic_pets = random.random()
wolfpack.addtimer(CHECKINTERVAL, loyaltyexp, [magic_pets], False)
def onLoad():
global magic_farming
magic_farming = random.random()
wolfpack.addtimer(CHECKINTERVAL, gainresObject, [magic_farming], False)
exec templatemodule sys.stdout = savedstdout text = output.getvalue() output.close() # Collect data and pass it to the processing thread global processthread if processthread: processthread.mutex.acquire() processthread.data = text processthread.mutex.release() # Re-execute after interval miliseconds wolfpack.addtimer(interval, generate, [magic]) # # Initialization # def onLoad(): global magic magic = random.random() loadSettings() global processthread processthread = ProcessThread() processthread.start() wolfpack.addtimer(interval, generate, [magic])
def onUse( char, item ): # Either the dummy is swinging or we aren't assigned to a dummy if( item.id != 0x1070 and item.id != 0x1074 ): char.socket.sysmessage( 'Wait until the dummy stops swinging.' ) return True # Distance & Direction checks if( char.distanceto( item ) > 1 ): char.message( 'You must be standing in front of or behind the dummy to use it.' ) return True # Calculates the direction we'll have to look # to focus the dummy direction = char.directionto( item ) # For a n/s dummy we need to either face north or south if( item.id == 0x1070 and direction != 0 and direction != 4 ): char.message( 'You must be standing in front of or behind the dummy to use it.' ) return True # For a e/w dummy we need to either face eath or west elif( item.id == 0x1074 and direction != 2 and direction != 6 ): char.message( 'You must be standing in front of or behind the dummy to use it.' ) return True # Turn to the correct direction char.turnto( item ) # Determine the combat skill used by the character skill = weaponskill(char, char.getweapon()) # We can only train FENCING+MACEFIGHTING+SWORDSMANSHIP+WRESTLING if( skill != FENCING and skill != MACEFIGHTING and skill != SWORDSMANSHIP and skill != WRESTLING ): char.message( "You can't train with this weapon on this dummy." ) return True # If we've already learned all we can > cancel. if( char.skill[ skill ] >= 300 ): char.message( "You can learn much from a dummy but you have already learned it all." ) return True # We'll get revealed if successfully punching the dummy char.reveal() # This increases the users skill char.checkskill( skill, 0, 1000 ) # Display the char-action # (combat swing 1handed) char.action( 0x09 ) if( item.id == 0x1070 or item.id == 0x1074 ): item.id += 1 # Resend the item to surrounding clients after # changing the id and play the soundeffect # originating from the dummy item.update() item.soundeffect( 0x33 ) # Add a timer to reset the id (serializable!) wolfpack.addtimer( random.randint( 2000, 3000 ), "training_dummy.resetid", [ item.serial ], 1 ) return True
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
if not self.consumerequirements(char, mode, args, target, item):
return
xdiff = abs(target.x - char.pos.x)
ydiff = abs(target.y - char.pos.y)
positions = []
# North/South
if xdiff > ydiff:
itemid = 0x3922
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x, target.y + i, target.z,
target.map))
# West/East
else:
itemid = 0x3915
for i in range(-2, 3):
positions.append(
wolfpack.coord(target.x + i, target.y, target.z,
target.map))
serials = []
char.soundeffect(0x20c)
total = (char.skill[MAGERY] + char.skill[POISONING]) / 2.0
if total >= 1000:
level = 3
elif total > 850:
level = 2
elif total > 650:
level = 1
else:
level = 0
for pos in positions:
newitem = wolfpack.newitem(1)
newitem.id = itemid
#newitem.direction = 29
newitem.moveto(pos)
newitem.decay = 0 # Dont decay. TempEffect will take care of them
newitem.settag('dispellable_field', 1)
newitem.settag('level', level)
newitem.addscript('magic.poisonfield')
newitem.update()
serials.append(newitem.serial)
# Affect chars who are occupying the field cells
chars = wolfpack.chars(newitem.pos.x, newitem.pos.y,
newitem.pos.map, 0)
for affected in chars:
if affected.pos.z >= newitem.pos.z - 10 and affected.pos.z <= newitem.pos.z + 10:
newitem.callevent(EVENT_COLLIDE, (affected, newitem))
duration = int((3 + char.skill[MAGERY] / 25.0) * 1000)
wolfpack.addtimer(duration, field_expire, serials, 1)
def WritePage(status='Online'):
global processthread
console.log(LOG_MESSAGE, "Generating Shard Status Page.\n")
# Default/Static Information
if status != 'Online' and status != 'Offline':
status = "Unknown"
#Prepare Information
uptime = wolfpack.time.currenttime() / 1000
# Build an uptime:
upseconds = 0
upminutes = 0
uphours = 0
updays = 0
upseconds = uptime
upminutes = uptime / 60
upseconds -= upminutes * 60
if upseconds <= 9:
upseconds = '0%s' % upseconds
uphours = upminutes / 60
upminutes -= uphours * 60
if upminutes <= 9:
upminutes = '0%s' % upminutes
if uphours <= 9:
uphours = '0%s' % uphours
#Make a time string
timestring = '%s:%s:%s' % (uphours, upminutes, upseconds)
# Account Counting
accountcount = 0
admincount = 0
gmcount = 0
seercount = 0
counselorcount = 0
playercount = 0
players = ""
# ACC List
for i in accounts.list():
record = accounts.find(i)
if record.acl == 'admin':
admincount += 1
elif record.acl == 'gm':
gmcount += 1
elif record.acl == 'seer':
seercount += 1
elif record.acl == 'counselor':
counselorcount += 1
elif record.acl == 'player':
playercount += 1
#Write the page
file = open(output_file, 'w')
outputtext = "<div class='box' style='min-width:480px;width:90%;'>\n"
outputtext += "<table class='contentinfo' style='width:100%;' cellpadding='0' cellspacing='0'>\n"
outputtext += "<caption>Rayonnant Server Status [ <?=$phase?> ]</caption>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Address:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
address)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Status:</span> </td>"
if status == 'Online':
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
timestring)
elif status == 'Offline':
outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Previous Uptime:</span> </td>"
outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % (
timestring)
else:
outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>"
outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % (
timestring)
outputtext += "<tr><td style='width:90px;'>"
outputtext += "<span style='font-weight:bold;'>Server Version:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
wolfpack.serverversion())
if status == 'Online':
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Accounts:</span> </td><td></td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> / <span class='server_good'>%s</span></td>" % (
wolfpack.sockets.count(), wolfpack.accounts.count())
outputtext += "<td style='text-indent:1em;'> Online / Total Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
admincount)
outputtext += "<td style='text-indent:1em;'> Admin Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
gmcount)
outputtext += "<td style='text-indent:1em;'> GM Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
seercount)
outputtext += "<td style='text-indent:1em;'> Seer Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
counselorcount)
outputtext += "<td style='text-indent:1em;'> Counselor Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
playercount)
outputtext += "<td style='text-indent:1em;'> Player Accounts</td></tr>\n"
# Statistics Item/Char Totals
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Statistics:</span> </td><td></td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.playercount())
outputtext += "<td style='text-indent:1em;'> Total Players</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.itemcount())
outputtext += "<td style='text-indent:1em;'> Total Items</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.npccount())
outputtext += "<td style='text-indent:1em;'> Total NPCs</td></tr>\n"
outputtext += "</table>\n"
outputtext += "</div>\n"
file.write(outputtext)
file.close()
wolfpack.addtimer(1000, autostatuswrapper)
processthread.mutex.acquire()
processthread.processed = True
processthread.mutex.release()
return True
def onLoad(): global magic_farming magic_farming = random.random() wolfpack.addtimer(CHECKINTERVAL, gainresObject, [magic_farming], False)
object = wolfpack.findobject(objectlist[i])
if object:
if object.hastag("resourcecount") and object.gettag("resourcecount") >= actions[object.baseid][1]:
continue
else:
addresource(object)
except Exception, e:
console.log(
LOG_ERROR, "An error occured while checking farming object 0x%x: %s.\n" % (object.serial, str(e))
)
i = upperindex
# We're not finished yet
if i < len(OBJECTS):
wolfpack.addtimer(CHECKDELAY, processGainresObject, [objectlist, upperindex, magic_farming], False)
# We're done, so queue the next check
else:
wolfpack.addtimer(CHECKINTERVAL, gainresObject, [magic_farming], False)
#
# + 1 to resourcecount of object
#
def addresource(object):
if object.hastag("resourcecount"):
rescount = object.gettag("resourcecount")
object.settag("resourcecount", rescount + 1)
else:
object.settag("resourcecount", 1)
def loyaltyexp(obj, args):
if args[0] != magic_pets:
return # The scripts have been reloaded
wolfpack.addtimer(CHECKINTERVAL, loyaltyexp, [magic_pets], False)
iterator = wolfpack.chariterator()
char = iterator.first
while char:
if not char.npc:
# Do not forget the iteration step
char = iterator.next
continue
# Access char properties here
if char.tamed:
char.hunger = 20
if not char.hastag('loyalty'):
char.settag('loyalty', 11)
loyalty = char.gettag('loyalty')
owner = char.owner
if owner and owner.gm:
return False
if loyalty > 0 and char.pos.map != 0xFF:
torelease = False
loyalty_new = loyalty - 1
if loyalty_new < 1:
torelease = True
else:
char.settag('loyalty', loyalty_new)
if loyalty_new == 1: # Confused
char.say(1043270, unicode(
char.name)) # * ~1_NAME~ looks around desperately *
char.sound(SND_IDLE)
if torelease:
char.say(
1043255, unicode(char.name)
) # ~1_NAME~ appears to have decided that is better off without a master!
char.settag('loyalty', 11) # Wonderfully happy
# #c.IsBonded = false;
# #c.BondingBegin = DateTime.MinValue;
# #c.OwnerAbandonTime = DateTime.MinValue;
release(char)
# not tamed
else:
# Animals in houses/multis
if char.multi:
if not char.dead:
if char.hastag("removestep"):
if char.gettag("removestep") >= 20:
char.delete()
else:
char.settag("removestep",
char.gettag("removestep") + 1)
else:
char.settag("removestep", 1)
else:
if char.hastag("removestep"):
char.deltag("removestep")
char = iterator.next
return
console.log(LOG_PYTHON,
"Unable to parse python template file: %s\n" % str(e))
return
# Try to compile the file
try:
templatemodule = compile(blocks, htmltemplate, 'exec')
except Exception, e:
console.log(
LOG_PYTHON,
"Unable to compile python template file: %s\n" % str(e))
templatemodule = None
return
# Re-execute after interval miliseconds
wolfpack.addtimer(interval, generate, [magic])
# Try to execute the code
savedstdout = sys.stdout
sys.stdout = StringIO()
output = sys.stdout
exec templatemodule
sys.stdout = savedstdout
text = output.getvalue()
output.close()
# Collect data and pass it to the processing thread
global processthread
if processthread:
for i in range(index, upperindex):
try:
object = wolfpack.findobject(objectlist[i])
if object:
if object.hastag("resourcecount") and object.gettag("resourcecount") >= actions[ object.baseid ][1]:
continue
else:
addresource(object)
except Exception, e:
console.log(LOG_ERROR, "An error occured while checking farming object 0x%x: %s.\n" % (object.serial, str(e)))
i = upperindex
# We're not finished yet
if i < len(OBJECTS):
wolfpack.addtimer(CHECKDELAY, processGainresObject, [objectlist, upperindex, magic_farming], False)
# We're done, so queue the next check
else:
wolfpack.addtimer(CHECKINTERVAL, gainresObject, [magic_farming], False)
#
# + 1 to resourcecount of object
#
def addresource(object):
if object.hastag("resourcecount"):
rescount = object.gettag("resourcecount")
object.settag("resourcecount", rescount + 1)
else:
object.settag("resourcecount", 1)
return True
def onLoad():
global magic_pets
magic_pets = random.random()
wolfpack.addtimer(CHECKINTERVAL, loyaltyexp, [magic_pets], False)
def WritePage( status='Online' ): global processthread console.log(LOG_MESSAGE, "Generating Shard Status Page.\n") # Default/Static Information if status != 'Online' and status != 'Offline': status = "Unknown" #Prepare Information uptime = wolfpack.time.currenttime() / 1000 # Build an uptime: upseconds = 0 upminutes = 0 uphours = 0 updays = 0 upseconds = uptime upminutes = uptime / 60 upseconds -= upminutes * 60 if upseconds <= 9: upseconds = '0%s' % upseconds uphours = upminutes / 60 upminutes -= uphours * 60 if upminutes <= 9: upminutes = '0%s' % upminutes if uphours <= 9: uphours = '0%s' % uphours #Make a time string timestring = '%s:%s:%s' % ( uphours, upminutes, upseconds ) # Account Counting accountcount = 0 admincount = 0 gmcount = 0 seercount = 0 counselorcount = 0 playercount = 0 players = "" # ACC List for i in accounts.list(): record = accounts.find( i ) if record.acl == 'admin': admincount += 1 elif record.acl == 'gm': gmcount += 1 elif record.acl == 'seer': seercount += 1 elif record.acl == 'counselor': counselorcount += 1 elif record.acl == 'player': playercount += 1 #Write the page file = open( output_file, 'w' ) outputtext = "<div class='box' style='min-width:480px;width:90%;'>\n" outputtext += "<table class='contentinfo' style='width:100%;' cellpadding='0' cellspacing='0'>\n" outputtext += "<caption>Rayonnant Server Status [ <?=$phase?> ]</caption>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Server Address:</span> </td>" outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % ( address ) outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Server Status:</span> </td>" if status == 'Online': outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % ( status ) outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>" outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % ( timestring ) elif status == 'Offline': outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % ( status ) outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Previous Uptime:</span> </td>" outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % ( timestring ) else: outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % ( status ) outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>" outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % ( timestring ) outputtext += "<tr><td style='width:90px;'>" outputtext += "<span style='font-weight:bold;'>Server Version:</span> </td>" outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % ( wolfpack.serverversion() ) if status == 'Online': outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Accounts:</span> </td><td></td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> / <span class='server_good'>%s</span></td>" % ( wolfpack.sockets.count(), wolfpack.accounts.count() ) outputtext += "<td style='text-indent:1em;'> Online / Total Accounts</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( admincount ) outputtext += "<td style='text-indent:1em;'> Admin Accounts</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( gmcount ) outputtext += "<td style='text-indent:1em;'> GM Accounts</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( seercount ) outputtext += "<td style='text-indent:1em;'> Seer Accounts</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( counselorcount ) outputtext += "<td style='text-indent:1em;'> Counselor Accounts</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( playercount ) outputtext += "<td style='text-indent:1em;'> Player Accounts</td></tr>\n" # Statistics Item/Char Totals outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span style='font-weight:bold;'>Statistics:</span> </td><td></td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( wolfpack.playercount() ) outputtext += "<td style='text-indent:1em;'> Total Players</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( wolfpack.itemcount() ) outputtext += "<td style='text-indent:1em;'> Total Items</td></tr>\n" outputtext += "<tr><td style='width:90px;text-align:right;'>" outputtext += "<span class='server_neutral'>%s</span> </td>" % ( wolfpack.npccount() ) outputtext += "<td style='text-indent:1em;'> Total NPCs</td></tr>\n" outputtext += "</table>\n" outputtext += "</div>\n" file.write( outputtext ) file.close() wolfpack.addtimer( 1000, autostatuswrapper ) processthread.mutex.acquire() processthread.processed = True processthread.mutex.release() return True
def onUse( char, item ): if item.type != 1 or item.baseid != 'trashcan': return False item.settag( 'trash_timer', int( wolfpack.time.currenttime() + delete_time ) ) wolfpack.addtimer( delete_time, "trashcan.timerPass", [ item ] ) return False
planthash = hash('plant')
# Process the list of plants
for i in range(index, upperindex):
try:
plant = wolfpack.finditem(plantlist[i])
if plant and hash(plant.baseid) == planthash:
plants.plant.growthCheck(plant)
except Exception, e:
console.log(LOG_ERROR, "An error occured while checking plant 0x%x: %s.\n" % (plant.serial, str(e)))
i = upperindex
# We're not finished yet
if i < len(PLANTS):
wolfpack.addtimer(CHECKDELAY, processGrowthCheck, [plantlist, upperindex, magic], False)
# We're done, so queue the next check
else:
wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
#
# Add the timer for checking the plants
#
def onLoad():
global magic
magic = random.random()
wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
#
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
# Runebook recall support
runebook = magic.runebook.isRunebook(target) and len(args) == 1
# We can only recall from recall runes or via the runebook
if not runebook:
if not target.hasscript('magic.rune'):
char.message(502357)
return
if not target.hastag('marked') or target.gettag('marked') != 1:
char.message(502354)
return
location = target.gettag('location')
location = location.split(",")
location = wolfpack.coord(int(location[0]), int(location[1]), int(location[2]), int(location[3]))
char.log(LOG_MESSAGE, 'Tries to gate to %s using rune.\n' % str(location))
else:
location = args[0]
char.log(LOG_MESSAGE, 'Tries to gate to %s using runebook.\n' % str(location))
if not self.consumerequirements(char, mode, args, target, item):
return
region = wolfpack.region(char.pos.x, char.pos.y, char.pos.map)
if region.nogate:
char.message(501802)
fizzle(char)
return
region = wolfpack.region(location.x, location.y, location.map)
if not location.validspawnspot():
char.message(501942)
fizzle(char)
return
if region.nogate:
char.message(1019004)
fizzle(char)
return
if char.socket:
char.socket.clilocmessage(501024)
serials = []
# Create the two gates
gate1 = wolfpack.additem('f6c')
gate1.moveto(char.pos)
gate1.settag('dispellable_field', 1)
gate1.addscript( 'magic.gate' )
gate1.settag('target', str(location))
gate1.update()
gate1.soundeffect(0x20e)
serials.append(gate1.serial)
gate2 = wolfpack.additem('f6c')
gate2.moveto(location)
gate2.settag('target', '%u,%u,%d,%u' % (char.pos.x, char.pos.y, char.pos.z, char.pos.map))
gate2.settag('dispellable_field', 1)
gate2.addscript( 'magic.gate' )
gate2.update()
gate2.soundeffect(0x20e)
serials.append(gate2.serial)
gate1.settag('other_gate', gate2.serial)
gate2.settag('other_gate', gate1.serial)
wolfpack.addtimer(30000, field_expire, serials, 1)
def onLoad(): global magic magic = random.random() wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
def loyaltyexp(obj, args):
if args[0] != magic_pets:
return # The scripts have been reloaded
wolfpack.addtimer(CHECKINTERVAL, loyaltyexp, [magic_pets], False)
iterator = wolfpack.chariterator()
char = iterator.first
while char:
if not char.npc:
# Do not forget the iteration step
char = iterator.next
continue
# Access char properties here
if char.tamed:
char.hunger = 20
if not char.hastag("loyalty"):
char.settag("loyalty", 11)
loyalty = char.gettag("loyalty")
owner = char.owner
if owner and owner.gm:
return False
if loyalty > 0 and char.pos.map != 0xFF:
torelease = False
loyalty_new = loyalty - 1
if loyalty_new < 1:
torelease = True
else:
char.settag("loyalty", loyalty_new)
if loyalty_new == 1: # Confused
char.say(1043270, unicode(char.name)) # * ~1_NAME~ looks around desperately *
char.sound(SND_IDLE)
if torelease:
char.say(
1043255, unicode(char.name)
) # ~1_NAME~ appears to have decided that is better off without a master!
char.settag("loyalty", 11) # Wonderfully happy
# #c.IsBonded = false;
# #c.BondingBegin = DateTime.MinValue;
# #c.OwnerAbandonTime = DateTime.MinValue;
release(char)
# not tamed
else:
# Animals in houses/multis
if char.multi:
if not char.dead:
if char.hastag("removestep"):
if char.gettag("removestep") >= 20:
char.delete()
else:
char.settag("removestep", char.gettag("removestep") + 1)
else:
char.settag("removestep", 1)
else:
if char.hastag("removestep"):
char.deltag("removestep")
char = iterator.next
return
for i in range(index, upperindex):
try:
plant = wolfpack.finditem(plantlist[i])
if plant and hash(plant.baseid) == planthash:
plants.plant.growthCheck(plant)
except Exception, e:
console.log(
LOG_ERROR,
"An error occured while checking plant 0x%x: %s.\n" %
(plant.serial, str(e)))
i = upperindex
# We're not finished yet
if i < len(PLANTS):
wolfpack.addtimer(CHECKDELAY, processGrowthCheck,
[plantlist, upperindex, magic], False)
# We're done, so queue the next check
else:
wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
#
# Add the timer for checking the plants
#
def onLoad():
global magic
magic = random.random()
wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
def onLoad():
global magic
magic = random.random()
wolfpack.addtimer(CHECKINTERVAL, growthCheck, [magic], False)
def callback( char, args, target ): # close the book char.socket.closegump( 0x87654322 ) # error checkings - will be removed later if( len( args ) < 1 ): char.socket.sysmessage( "script error 1. contact GM." ) return False item = args[0] if not item: char.socket.sysmessage( "script error 2. contact GM." ) return False # distance check if( char.distanceto( item ) > 2 and item.getoutmostchar() != char ): char.socket.clilocmessage( 502400 ) return False button = int( target.button ) # rename book if( button == 1000 ): # "Please enter a title for the runebook:" char.socket.clilocmessage( 502414 ) # how do we request input and catch the response ? char.socket.sysmessage( "not implemented yet - will be added." ) return True runes = [ -1 ] * 16 for i in range( 0, 16 ): # should not occur - will be removed later if not item.hastag( "rune %i" % i ): item.settag( "rune %i" % i, -1 ) else: runes[ i ] = item.gettag( "rune %i" % i ) # selected rune number runenum = ( button - 1 ) % 100 if( runenum < 0 or runenum > 15 ): # "Request cancelled." char.socket.clilocmessage( 502415 ) return True # there's no rune if( runes[ runenum ] < 0 ): # "This place in the book is empty." char.socket.clilocmessage( 502411 ) return True # recall button - using charges : 1 - 16 if( button > 0 and button < 17 ): charges = item.gettag( "charges" ) if( charges < 1 ): # "There are no charges left on that item." char.socket.clilocmessage( 502412 ) return False else: # recall to the rune char.say( "Kal Ort Por", 5 ) wolfpack.addtimer( 2000, "magic.runebook.recall0", [ char.serial, runes[ runenum ], item.serial, charges ] ) return True # set default button : 101 - 116 elif( button > 100 and button < 117 ): item.settag( "default", int( runenum ) ) return True # drop button : 201 - 216 elif( button > 200 and button < 217 ): # will be added droprune( char, item, runenum ) return True # recall button - spell : 301 - 316 elif( button > 300 and button < 317 ): # char action / power word wolfpack.addtimer( 0, "magic.runebook.recall1", [ char.serial, runes[ runenum ] ] ) return True # gate button : 401 - 416 elif( button > 400 and button < 417 ): wolfpack.addtimer( 0, "magic.runebook.gate", [ char.serial, runes[ runenum ] ] ) return True # button number error - should not occur else: char.socket.sysmessage( "script error 4. contact GM" ) return False return True
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
# We can only recall from recall runes
if not target.hasscript("magic.rune"):
char.message(502357)
return
if not self.consumerequirements(char, mode, args, target, item):
return
if not target.hastag("marked") or target.gettag("marked") != 1:
char.message(502354)
fizzle(char)
return
region = wolfpack.region(char.pos.x, char.pos.y, char.pos.map)
if region.nogate:
char.message(501802)
fizzle(char)
return
location = target.gettag("location")
location = location.split(",")
location = wolfpack.coord(int(location[0]), int(location[1]), int(location[2]), int(location[3]))
region = wolfpack.region(location.x, location.y, location.map)
if not location.validspawnspot():
char.message(501942)
fizzle(char)
return
if region.nogate:
char.message(1019004)
fizzle(char)
return
if char.socket:
char.socket.clilocmessage(501024)
serials = []
# Create the two gates
gate = wolfpack.additem("f6c")
gate.moveto(char.pos)
gate.settag("dispellable_field", 1)
gate.addscript("magic.gate")
gate.settag("target", target.gettag("location"))
gate.update()
gate.soundeffect(0x20E)
serials.append(gate.serial)
gate = wolfpack.additem("f6c")
gate.moveto(location)
gate.settag("target", "%u,%u,%d,%u" % (char.pos.x, char.pos.y, char.pos.z, char.pos.map))
gate.settag("dispellable_field", 1)
gate.addscript("magic.gate")
gate.update()
gate.soundeffect(0x20E)
serials.append(gate.serial)
wolfpack.addtimer(30000, "magic.utilities.field_expire", serials, 1)
def target(self, char, mode, targettype, target, args, item):
char.turnto(target)
# Runebook recall support
runebook = magic.runebook.isRunebook(target) and len(args) == 1
# We can only recall from recall runes or via the runebook
if not runebook:
if not target.hasscript('magic.rune'):
char.message(502357)
return
if not target.hastag('marked') or target.gettag('marked') != 1:
char.message(502354)
return
location = target.gettag('location')
location = location.split(",")
location = wolfpack.coord(int(location[0]), int(location[1]),
int(location[2]), int(location[3]))
char.log(LOG_MESSAGE,
'Tries to gate to %s using rune.\n' % str(location))
else:
location = args[0]
char.log(LOG_MESSAGE,
'Tries to gate to %s using runebook.\n' % str(location))
if not self.consumerequirements(char, mode, args, target, item):
return
region = wolfpack.region(char.pos.x, char.pos.y, char.pos.map)
if region.nogate:
char.message(501802)
fizzle(char)
return
region = wolfpack.region(location.x, location.y, location.map)
if not location.validspawnspot():
char.message(501942)
fizzle(char)
return
if region.nogate:
char.message(1019004)
fizzle(char)
return
if char.socket:
char.socket.clilocmessage(501024)
serials = []
# Create the two gates
gate1 = wolfpack.additem('f6c')
gate1.moveto(char.pos)
gate1.settag('dispellable_field', 1)
gate1.addscript('magic.gate')
gate1.settag('target', str(location))
gate1.update()
gate1.soundeffect(0x20e)
serials.append(gate1.serial)
gate2 = wolfpack.additem('f6c')
gate2.moveto(location)
gate2.settag(
'target',
'%u,%u,%d,%u' % (char.pos.x, char.pos.y, char.pos.z, char.pos.map))
gate2.settag('dispellable_field', 1)
gate2.addscript('magic.gate')
gate2.update()
gate2.soundeffect(0x20e)
serials.append(gate2.serial)
gate1.settag('other_gate', gate2.serial)
gate2.settag('other_gate', gate1.serial)
wolfpack.addtimer(30000, field_expire, serials, 1)
