def OnControlKey(ki, controlKey, activeFlag):
if not xxConfig.hasAdminLevel(): return
global isForward
global isBackward
global isLeft
global isRight
global isUp
global isDown
global isRun
global isAccel
global isRotLeft
global isRotRight
global spaceBarDown
# keep these status keysalways up-to-date
if (controlKey == PlasmaControlKeys.kKeyModFast):
isRun = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyAlwaysRun):
isAccel = activeFlag
# enable/disable flymode via "Esc" key
elif (controlKey == PlasmaControlKeys.kKeyExitMode):
if activeFlag:
if len(flyingObjects): DisableFlymode()
else: EnableFlymode([PtGetLocalAvatar()], ki)
# movement keys
elif (controlKey == PlasmaControlKeys.kKeyMoveForward):
isForward = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyMoveBackward):
isBackward = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyStrafeLeft):
isLeft = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyStrafeRight):
isRight = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyRotateLeft):
isRotLeft = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyRotateRight):
isRotRight = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyCamZoomIn):
isDown = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyCamZoomOut):
isUp = activeFlag
elif (controlKey == PlasmaControlKeys.kKeyJump):
if spaceBarDown: isDown = activeFlag
else: isUp = activeFlag
if not activeFlag: spaceBarDown = not spaceBarDown # toggle down/up move on key up
# online we update the position others see on key down & up only
if xxConfig.isOnline():
for object in flyingObjects: # this will only do something if there are objects in this array
object.netForce(1)
object.physics.warp(object.getLocalToWorld())
def OnTimer(ki, id):
if not xxConfig.hasAdminLevel(): return False
# due to this check, you can only use FLymode if you have the admin rights on startup already - on the other hand, it saves all the others from needlessly running this timer
if id == xUserKI.kFlyModeTimer:
if not len(flyingObjects):
global flyTimerRunning
flyTimerRunning = False
return
doStep()
PtAtTimeCallback(ki.key, callbackRate, xUserKI.kFlyModeTimer)
return True
elif id == xUserKI.kReposTimer:
for object in flyingObjects:
object.netForce(1)
object.physics.disable()
object.physics.warp(object.getLocalToWorld())
if flyIsHidden: object.draw.disable()
return True
return False
def OnDefaultKey(ki, isShift, isCtrl, keycode):
if not xxConfig.hasAdminLevel(): return
if (not isCtrl) and (not isShift):
global currentLinearSpeed
global currentRotationSpeed
global callbackRate
global currentStrafeMotion
global lastJumpUp
if (keycode == 120): # F9
if (currentStrafeMotion == 'd'):
currentStrafeMotion = 'x'
elif (currentStrafeMotion == 'x'):
currentStrafeMotion = 'y'
else:
currentStrafeMotion = 'd'
return
elif (keycode == 121): # F10
for object in flyingObjects:
newMat = ptMatrix44()
pos = object.position()
newMat.translate(ptVector3(pos.getX(), pos.getY(), pos.getZ()))
object.netForce(1)
object.physics.warp(newMat)
return
elif (keycode == 122): # F11
currentLinearSpeed = defaultLinearSpeed
currentRotationSpeed = defaultRotationSpeed
callbackRate = defaultCallbackRate
return
elif (keycode == 123): # F12
callbackRate = (0.9 * callbackRate)
if (callbackRate < 0.005):
callbackRate = 0.005
return
elif (keycode == 45): # Insert
currentLinearSpeed = (0.8 * currentLinearSpeed)
return
elif (keycode == 145): # Scroll lock
currentRotationSpeed = (0.8 * currentRotationSpeed)
return
def OnCommand(ki, arg, cmnd, args, playerList, KIContent, silent):
if not xxConfig.hasAdminLevel(): return
global loopInterval, loopCount, loopCmd, loopTimerActive # loop variables
global tourName, tourInterval, tourStep, tourCam, tourTimerActive # tour variables
# developer commands
if (cmnd == 'console' or (xxConfig.isOnline() and cmnd == 'consolenet')):
(valid, null) = xUserKI.GetArg(ki, cmnd, args, 'UruConsole command',
lambda args: len(args) > 0)
if not valid: return True
if cmnd == 'consolenet':
PtConsoleNet(arg, 1)
if not silent: ki.IAddRTChat(None, 'UruConsoleNet: %s' % arg, 0)
else:
PtConsole(arg)
if not silent: ki.IAddRTChat(None, 'UruConsole: %s' % arg, 0)
return True
if (cmnd == 'loadpage'):
(valid, null) = xUserKI.GetArg(ki, cmnd, args, 'page name',
lambda args: len(args) > 0)
if not valid: return True
PtPageInNode(arg)
if not silent: ki.IAddRTChat(None, 'Loaded page %s' % arg, 0)
return True
if (cmnd == 'exec'):
(valid, null) = xUserKI.GetArg(ki, cmnd, args, 'Python command',
lambda args: len(args) > 0)
if not valid: return True
ExecPython(arg)
return True
if (cmnd == 'getchron'):
(valid, name) = xUserKI.GetArg(ki, cmnd, args, 'chronicle name',
lambda args: len(args) == 1,
lambda args: args[0])
if not valid: return True
value = xUserKI.GetChronicle(name)
if (value != None):
if not silent: ki.IAddRTChat(None, '%s = %s' % (name, value), 0)
else:
ki.IDoErrorChatMessage("Chronicle '%s' doesn't exist." % name)
return True
if (cmnd == 'getversion'):
(valid, player) = xUserKI.GetArg(
ki, cmnd, args, 'player', lambda args: len(args) == 1,
lambda args: xUserKI.GetPlayer(ki, args[0], playerList))
if not valid or not player: return True
if isinstance(player, ptPlayer):
if not silent:
ki.IAddRTChat(
None,
'Requesting KI version from %s' % player.getPlayerName(),
0)
xUserKI.SendRemoteCall(ki, 'getversion', [player])
return True
if (cmnd == 'about'):
(valid, object) = xUserKI.GetArg(
ki, cmnd, args, 'object to analyze', lambda args: len(args) == 1,
lambda args: xUserKI.GetObject(
ki, args[0], playerList, mustHaveCoord=False))
if not valid or not object: return True
if object.isAvatar():
curBrainMode = object.avatar.getCurrentMode()
if (curBrainMode == PtBrainModes.kAFK):
avmode = 'afk'
elif (curBrainMode == PtBrainModes.kSit):
avmode = 'sitting'
elif (curBrainMode == PtBrainModes.kLadder):
avmode = 'climbing a ladder'
elif (curBrainMode == PtBrainModes.kNonGeneric):
avmode = 'idle'
else:
avmode = 'in unknown state %d' % curBrainMode
if not silent:
ki.IAddRTChat(
None, '%s is an avatar and currently %s' %
(xUserKI.GetObjectName(object), avmode), 0)
else:
if object.isLocallyOwned():
ownstr = 'locally owned'
else:
ownstr = 'not locally owned'
if not silent:
ki.IAddRTChat(
None, '%s is an object and %s' %
(xUserKI.GetObjectName(object), ownstr), 0)
return True
if (cmnd == 'autolink'):
(valid, age) = xUserKI.GetArg(ki, cmnd, args, 'age filename|disable',
lambda args: len(args) == 1,
lambda args: args[0])
if not valid: return True
if age.lower() == 'disable':
xUserKI.SetChronicle(kAutoLinkChronicle, '')
ki.IAddRTChat(None, 'Disabled auto-linking on startup', 0)
else:
# verify auto-link age
als = xUserKI.GetAgeLinkStruct(ki, age)
if not als: return True
xUserKI.SetChronicle(kAutoLinkChronicle, age)
ki.IAddRTChat(
None, 'On next startup, you will be auto-linked to %s' %
als.getAgeInfo().getAgeInstanceName(), 0)
return True
# linking commands
if (cmnd in ['link', 'linksp']):
if cmnd == 'link':
(valid, data) = xUserKI.GetArg(
ki, cmnd, args, 'age filename> <[list of players]',
lambda args: len(args) >= 1, lambda args: ((args[
0], None), xUserKI.GetPlayers(ki, args[1:], playerList)))
else:
(valid, data) = xUserKI.GetArg(
ki, cmnd, args,
'age filename> <spawn point name> <[list of players]',
lambda args: len(args) >= 2, lambda args: ((args[0], args[
1]), xUserKI.GetPlayers(ki, args[2:], playerList)))
if not valid or not data[1]: return True
# find out where to link
onlyMe = len(
data[1]) == 1 and data[1][0].getPlayerID() == PtGetLocalClientID()
als = xUserKI.GetAgeLinkStruct(
ki, data[0][0], data[0][1], needFullInfo=not onlyMe
) # if a player was manually specified, we need the full UUID
if type(als) == type(None): return True
# link the players
linkMgr = ptNetLinkingMgr()
linkMgr.setEnabled(1)
for player in data[1]:
if not silent:
ki.IAddRTChat(
None, 'Linking %s to %s' %
(player.getPlayerName(),
als.getAgeInfo().getAgeInstanceName()), 0)
if onlyMe:
linkMgr.linkToAge(
als
) # we have an incomplete linking struct, so we need to use this linking function
else:
linkMgr.linkPlayerToAge(als, player.getPlayerID())
return True
if (cmnd == 'linkto'):
(valid, player) = xUserKI.GetArg(
ki, cmnd, args, 'player', lambda args: len(args) == 1,
lambda args: xUserKI.GetPlayer(ki, args[0], playerList))
if not valid or not player: return True
# link the player
linkMgr = ptNetLinkingMgr()
linkMgr.setEnabled(1)
linkMgr.linkToPlayersAge(player.getPlayerID())
if not silent:
ki.IAddRTChat(None, 'Linking you to %s' % player.getPlayerName(),
0)
return True
if (cmnd == 'linkhere'):
(valid, players) = xUserKI.GetArg(
ki, cmnd, args, 'list of players', lambda args: len(args) >= 1,
lambda args: xUserKI.GetPlayers(ki, args, playerList))
if not valid or not players: return True
# link the players
linkMgr = ptNetLinkingMgr()
linkMgr.setEnabled(1)
for player in players:
linkMgr.linkPlayerHere(
player.getPlayerID()) # thanks to DarkFalkon for this line
if not silent:
ki.IAddRTChat(None,
'Linking %s to you' % player.getPlayerName(), 0)
return True
# loop commands
if (cmnd == 'loopstart'):
loopCmd = ''
(valid, data) = xUserKI.GetArg(
ki, cmnd, args, 'interval> <command>|<interval> <count> <command',
lambda args: xUserKI.IsFloat(args[0]) and
(args[1].startswith('/') or
(xUserKI.IsInt(args[1]) and args[2].startswith('/'))))
if not valid: return True
# get data
loopInterval = float(args[0])
loopCount = -1
loopCmd = string.join(args[1:], " ")
if not args[1].startswith(
'/'): # due to the GetArg args[1] must be an int in this case
loopCount = int(args[1])
loopCmd = string.join(args[2:], " ")
# start timer
OnTimer(ki, xUserKI.kLoopTimer)
return True
if (cmnd == 'loopstop'):
loopCmd = ''
return True
if (cmnd == 'm'):
(valid, data) = xUserKI.GetArg(
ki, cmnd, args, 'command 1> & <command 2> & ... & <command n',
lambda args: args[0].startswith('/') and string.join(args).find(
'&') >= 0)
if not valid: return True
commands = arg.split('&')
for command in commands:
if (ki.ICheckChatCommands(command.strip(), silent) != None):
ki.IDoErrorChatMessage(
"'%s' does not seem to be a KI command" % command.strip())
return True
# General age and SDL control
if (cmnd == 'set'):
(valid, data) = xUserKI.GetArg(
ki, cmnd, args, 'option to be set> <value',
lambda args: len(args) == 2, lambda args: (args[0], int(args[1])),
lambda args: len(args) == 1 and args[0] in ['list', 'listall'],
lambda args: (args[0], -1))
if not valid: return True
(option, value) = data
# get the option data
if option == 'listall':
ki.IAddRTChat(
None, 'The following options are available: %s' %
xUserKI.JoinListRec(setData), 0)
return True
age = PtGetAgeName()
if not age in setData:
ki.IDoErrorChatMessage(
'There\'s nothing to be set in this age. Options are available in: %s'
% xUserKI.JoinList(setData))
return True
ageData = setData[age]
if option == 'list':
ki.IAddRTChat(
None, 'The following options are available in this age: %s' %
xUserKI.JoinList(ageData), 0)
return True
if not option in ageData:
ki.IDoErrorChatMessage(
'There is no option called \'%s\' in this age. Use one of the following: %s'
% (option, xUserKI.JoinList(ageData)))
return True
# apply option
if len(ageData[option]):
# it's a stanard boolean option
if value not in [0, 1]:
ki.IDoErrorChatMessage(
'Invalid value, allowed values are 0 and 1')
return True
for sdl in ageData[option]:
xUserKI.SetSDL(sdl, 0, value)
else:
# one of the special options
if age == 'city' and option == 'stage':
if value not in [0, 1, 2]:
ki.IDoErrorChatMessage(
'Invalid value %d - must be 0 to 2' % value)
return True
xUserKI.SetSDL('islmDRCStageState', 0, value)
elif age == 'Neighborhood' and option in [
'gzglass', 'delinglass', 'tsogalglass'
]:
if value not in [1, 2, 3]:
ki.IDoErrorChatMessage(
'Invalid value %d - must be 1 to 3' % value)
return True
values = [0, 0, 0]
values[
value -
1] = 1 # everything is 0 except for the one we are speaking about
# these are the prefices
prefices = {
'gzglass': 'nb01GZStainGlass0',
'delinglass': 'nb01EderDelinStainedGlass0',
'tsogalglass': 'nb01EderTsogalGlass0'
}
# set values
for i in range(1, 4):
SDLName = '%s%dVis' % (prefices[option], i)
xUserKI.SetSDL(SDLName, 0, values[i - 1])
elif age == 'Neighborhood' and option == 'heek':
if value not in [0, 1, 2, 3]:
ki.IDoErrorChatMessage(
'Invalid value %d - must be 0 to 3' % value)
return True
xUserKI.SetSDL('nb01Ayhoheek5Man1State', 0, value)
else:
ki.IDoErrorChatMessage(
'Unexpected error - unknown special option %s' % option)
return True
if not silent: ki.IAddRTChat(None, 'Set %s to %d' % (option, value), 0)
return True
if (cmnd == 'listsdl'):
(valid, grep) = xUserKI.GetArg(ki, cmnd, args, '[filter]',
lambda args: len(args) == 0,
lambda args: (''),
lambda args: len(args) == 1,
lambda args: (args[0].lower()))
if not valid: return True
sdl = ptAgeVault().getAgeSDL()
vars = sdl.getVarList()
if len(grep): vars = filter(lambda s: s.lower().find(grep) >= 0, vars)
if len(vars) == 0:
ki.IAddRTChat(None, 'No SDL Variable found', 0)
else:
ki.IAddRTChat(None, '%d SDL Variable(s) found:' % len(vars), 0)
line = ''
for var in vars:
if len(line): line += ', '
line += var
ki.IAddRTChat(None, line, 0)
return True
if (cmnd == 'setsdl'):
(valid, data) = xUserKI.GetArg(ki, cmnd, args,
'SDL var name> <integer value',
lambda args: len(args) == 2,
lambda args: (args[0], int(args[1])))
if not valid: return True
try:
oldval = xUserKI.GetSDL(data[0], 0)
xUserKI.SetSDL(data[0], 0, data[1])
if not silent:
ki.IAddRTChat(
None, 'Set SDL var %s to %d (old value: %s)' %
(data[0], data[1], oldval), 0)
except Exception, detail:
ki.IDoErrorChatMessage('Unable to set SDL var %s: %s' %
(data[0], detail))
return True
def OnTimer(ki, id): # called by xUserKI
if not xxConfig.hasAdminLevel(): return
global loopInterval, loopCount, loopCmd, loopTimerActive # loop variables
global tourName, tourInterval, tourStep, tourCam, tourTimerActive # tour variables
if id == xUserKI.kLoopTimer:
loopTimerActive = False
if not len(loopCmd):
ki.IAddRTChat(None, 'Loop stopped', 0)
return
if (ki.ICheckChatCommands(loopCmd.strip(), silent=True) != None):
ki.IDoErrorChatMessage("'%s' does not seem to be a KI command" %
loopCmd.strip())
if loopCount > 0:
loopCount = loopCount - 1
if loopCount == 0:
ki.IAddRTChat(None, 'Loop count reached, stopped it', 0)
return
PtAtTimeCallback(ki.key, loopInterval, xUserKI.kLoopTimer)
loopTimerActive = True
return True
if id == xUserKI.kAutoLinkPrepareTimer:
# this will only be called once age loading is finished, so start the actual timer now!
PtAtTimeCallback(ki.key, 2.5, xUserKI.kAutoLinkTimer)
return True
if id == xUserKI.kAutoLinkTimer:
autoLinkAge = xUserKI.GetChronicle(kAutoLinkChronicle, '')
if not len(autoLinkAge): return True
als = xUserKI.GetAgeLinkStruct(ki, autoLinkAge)
if not als: return True
# link us
ki.IAddRTChat(
None,
'Linking you automatically to %s (type "/autolink disable" to disable this)'
% als.getAgeInfo().getAgeInstanceName(), 0)
linkMgr = ptNetLinkingMgr()
linkMgr.linkToAge(als)
return True
if id == xUserKI.kTourTimer:
tourTimerActive = False
if not len(tourName): return
# preparation
age = PtGetAgeName()
try:
tourList = xUserKIData.CameraTours[age][tourName]
except:
tourName = '' # tour not found, or data module missing
ki.IDoErrorChatMessage('Specified tour not found')
return
# let's go
if tourStep >= len(tourList):
ki.IAddRTChat(None, 'Tour %s has completed!' % tourName, 0)
tourName = ''
else:
try:
SetCamera(tourCam, tourList[tourStep])
tourStep = tourStep + 1
PtAtTimeCallback(ki.key, tourInterval, xUserKI.kTourTimer)
tourTimerActive = True
except:
ki.IDoErrorChatMessage('Could not continue tour')
tourName = ''
return True
return False
def OnCommand(ki, arg, cmnd, args, playerList, KIContent, silent):
if not xxConfig.hasAdminLevel(): return
global flyingObjects, flyIsHidden
if (cmnd == 'flymode'):
(valid, objects) = xUserKI.GetArg(ki, cmnd, args, '[list of objects]',
lambda args: len(args) >= 1, lambda args: xUserKI.GetObjects(ki, args, playerList),
lambda args: len(args) == 0, lambda args: xUserKI.GetObjects(ki, ['me'], playerList)) # default to local player ("me")
if not valid or not objects: return True
# release previously bound objects
if len(flyingObjects): ki.IDoErrorChatMessage('You are already flying!')
else:
EnableFlymode(objects, ki)
if not silent: ki.IAddRTChat(None, 'Enabled Flymode', 0)
return True
if (cmnd == 'noflymode'):
if not len(flyingObjects): ki.IDoErrorChatMessage('You are not flying curretnly!')
else:
if flyIsHidden:
ki.IAddRTChat(None, 'Disabled permanent hiding of objects without showing these objects to you - they are now just normally hidden', 0)
DisableFlymode() # this is put in a helper function to be able to provide other ways of controling flymode
if not silent: ki.IAddRTChat(None, 'Disabled Flymode', 0)
return True
# object manipulation commands needing arguments
if (cmnd == 'xyz'):
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'relative x coordinate> <relative y coordinate> <relative z coordinate> <[list of objects]',
lambda args: len(args) >= 3, lambda args: (float(args[0]), float(args[1]), float(args[2]), xUserKI.GetObjects(ki, args[3:], playerList)))
if not valid or not data[3]: return True
# warp them
for object in data[3]:
xUserKI.WarpObjectRelative(object, data[0], data[1], data[2])
if not silent: ki.IAddRTChat(None, 'Moved %s by (%1.2f|%1.2f|%1.2f)' % (xUserKI.GetObjectName(object), data[0], data[1], data[2]), 0)
return True
if (cmnd in ['x', 'y', 'z']):
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'relative %s coordinate> <[list of objects]' % cmnd,
lambda arg: len(args) >= 1, lambda arg: (float(args[0]), xUserKI.GetObjects(ki, args[1:], playerList)))
if not valid or not data[1]: return True
# warp them
for object in data[1]:
if (cmnd == 'x'):
xUserKI. WarpObjectRelative(object, data[0], 0, 0)
elif (cmnd == 'y'):
xUserKI.WarpObjectRelative(object, 0, data[0], 0)
elif (cmnd == 'z'):
xUserKI.WarpObjectRelative(object, 0, 0, data[0])
if not silent: ki.IAddRTChat(None, 'Moved %s by %1.2f along the %s-axis' % (xUserKI.GetObjectName(object), data[0], cmnd), 0)
return True
# object manipulation commands which don't need further arguments
if (cmnd in ['hide', 'show']):
(valid, objects) = xUserKI.GetArg(ki, cmnd, args, '[list of objects]',
lambda args: True, lambda args: xUserKI.GetObjects(ki, args, playerList, mustHaveCoord = False))
if not valid or not objects: return True
# hide/show them
for object in objects:
object.netForce(1)
if (cmnd == 'hide'):
object.draw.disable()
if not silent: ki.IAddRTChat(None, 'Successfully hid %s' % xUserKI.GetObjectName(object), 0)
elif (cmnd == 'show'):
object.draw.enable()
if not silent: ki.IAddRTChat(None, 'Successfully showed %s' % xUserKI.GetObjectName(object), 0)
if (not len(args)) and len(flyingObjects):
flyIsHidden = (cmnd == 'hide')
if not silent:
if flyIsHidden:
ki.IAddRTChat(None, 'These objects are now permanently hidden, even new players joining will not see them', 0)
else:
ki.IAddRTChat(None, 'Permanent hiding is now disabled', 0)
elif flyIsHidden and cmnd == 'show' and not silent:
ki.IAddRTChat(None, 'You just showed an object while permanent hiding of controlled objects was enabled, so you might be faced to strange happenings', 0)
return True
if (cmnd in ['normalize', 'repos', 'location', 'ghost', 'unghost']):
(valid, objects) = xUserKI.GetArg(ki, cmnd, args, '[list of objects]',
lambda args: True, lambda args: xUserKI.GetObjects(ki, args, playerList))
if not valid or not objects: return True
# do with them what we want to do
for object in objects:
object.netForce(1)
if (cmnd == 'normalize'):
newMat = ptMatrix44()
pos = object.position()
newMat.translate(ptVector3(pos.getX(), pos.getY(), pos.getZ()))
object.physics.warp(newMat)
if not silent: ki.IAddRTChat(None, 'Successfully normalized %s' % xUserKI.GetObjectName(object), 0)
elif (cmnd == 'repos'):
object.physics.warp(object.getLocalToWorld())
if not silent: ki.IAddRTChat(None, 'Successfully repositioned %s' % xUserKI.GetObjectName(object), 0)
elif (cmnd == 'location' and not silent):
pos = object.position()
at = object.view()
up = object.up()
ki.IAddRTChat(None, ('%s is at the position (%1.2f|%1.2f|%1.2f)' % (xUserKI.GetObjectName(object), pos.getX(), pos.getY(), pos.getZ())), 0)
ki.IAddRTChat(None, ('%s is looking at (%1.2f|%1.2f|%1.2f)' % (xUserKI.GetObjectName(object), at.getX(), at.getY(), at.getZ())), 0)
ki.IAddRTChat(None, ('%s has (%1.2f|%1.2f|%1.2f) above its head' % (xUserKI.GetObjectName(object), up.getX(), up.getY(), up.getZ())), 0)
elif (cmnd == 'ghost'):
object.physics.suppress(True)
if not silent: ki.IAddRTChat(None, 'Successfully ghostified %s' % xUserKI.GetObjectName(object), 0)
elif (cmnd == 'unghost'):
object.physics.suppress(False)
if not silent: ki.IAddRTChat(None, 'Successfully de-ghostified %s' % xUserKI.GetObjectName(object), 0)
return True
# extended object manipulation commands needing arguments
if (cmnd == 'warp'):
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'x coordinate> <y coordinate> <z coordinate> <[list of objects]>|<warp location> <[list of objects]>|<target object> <[list of objects]',
# manually set location
lambda args: len(args) >= 3 and xUserKI.IsInt(args[0]) and xUserKI.IsInt(args[1]) and xUserKI.IsInt(args[2]),
lambda args: ((float(args[0]), float(args[1]), float(args[2])), xUserKI.GetObjects(ki, args[3:], playerList)),
# used warp point or target object
lambda args: len(args) >= 1,
lambda args: (args[0], xUserKI.GetObjects(ki, args[1:], playerList)))
if not valid or not data[1]: return True
(location, objects) = data
if type(location) == type(''): # a warp point or a target object
try:
import xUserKIData
location = xUserKIData.WarpPoints[PtGetAgeName()][location]
except: # Warp point does not exist, or data module is missing
object = xUserKI.GetObject(ki, location, playerList)
if not object: return True
location = (object.position(), 'to %s' % xUserKI.GetObjectName(object), None) # same format as WarpPoints
else: # a manually set location
location = (ptPoint3(location[0], location[1], location[2]), 'to (%1.2f|%1.2f|%1.2f)' % (location[0], location[1], location[2]), None) # same format as WarpPoints
# warp them
for object in objects:
xUserKI.WarpObjectToPos(object, location[0].getX(), location[0].getY(), location[0].getZ())
if location[2] == True: # disable physics
object.physics.disable()
elif location[2] == False: # enable physics
if not object in xUserKIFlymode.flyingObjects:
object.physics.enable()
if not silent: ki.IAddRTChat(None, 'Warped %s %s' % (xUserKI.GetObjectName(object), location[1]), 0)
return True
if (cmnd == 'scale'):
# determine scale vector - if the first three arguments are numbers, use them for the three dimensions, othewise use only one for all
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'scale factor> <[list of objects]>|<scale x> <scale y> <scale z> <[list of objects]',
# all three dimeniosn defined
lambda args: len(args) >= 3 and xUserKI.IsFloat(args[1]) and xUserKI.IsFloat(args[2]),
lambda args: (float(args[0]), float(args[1]), float(args[2]), xUserKI.GetObjects(ki, args[3:], playerList)),
# only one dimeniosn defined
lambda args: len(args) >= 1,
lambda args: (float(args[0]), float(args[0]), float(args[0]), xUserKI.GetObjects(ki, args[1:], playerList)))
if not valid or not data[3]: return True
# scale them
for object in data[3]:
if object.isAvatar():
ki.IDoErrorChatMessage('%s is an avatar and can\'t be scaled' % xUserKI.GetObjectName(object))
continue
MainMatrix = object.getLocalToWorld()
scaleMatrix = ptMatrix44()
scaleMatrix.makeScaleMat(ptVector3(data[0], data[1], data[2]))
object.netForce(1)
object.physics.warp(MainMatrix * scaleMatrix)
if not silent: ki.IAddRTChat(None, 'Scaled %s by (%1.2f|%1.2f|%1.2f)' % (xUserKI.GetObjectName(object), data[0], data[1], data[2]), 0)
return True
if (cmnd == 'rot'):
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'angle> <[axis (x|y|z)]> <[list of objects]',
# axis defined
lambda args: len(args) >= 2 and (args[1] in kAxisNames.keys()),
lambda args: (float(args[0]), args[1], xUserKI.GetObjects(ki, args[2:], playerList)),
# axis not defined
lambda args: len(args) >= 1,
lambda args: (float(args[0]), 'z', xUserKI.GetObjects(ki, args[1:], playerList)))
if not valid or not data[2]: return True
# rotate them
for object in data[2]:
rotMatrix = ptMatrix44()
rotMatrix.makeRotateMat(kAxisNames[data[1]], data[0]/180.0*3.1415926535897932384626)
object.physics.warp(object.getLocalToWorld() * rotMatrix)
if not silent: ki.IAddRTChat(None, 'Rotated %s by %d degrees around the %s-axis' % (xUserKI.GetObjectName(object), data[0], data[1]), 0)
return True
if (xxConfig.isOffline() and cmnd in ['attach', 'detach']): # this does not seem to be broadcasted via network :( so it's offline only
(valid, data) = xUserKI.GetArg(ki, cmnd, args, 'parent object> <list of child objects',
lambda args: len(args) >= 2, lambda args: (xUserKI.GetObject(ki, args[0], playerList), xUserKI.GetObjects(ki, args[1:], playerList)))
if not valid or not data[0] or not data[1]: return True
# attach or detach objects
for object in data[1]:
if cmnd == 'attach':
PtAttachObject(object, data[0])
if not silent: ki.IAddRTChat(None, 'Attached %s to %s' % (xUserKI.GetObjectName(object), xUserKI.GetObjectName(data[0])), 0)
else:
PtDetachObject(object, data[0])
if not silent: ki.IAddRTChat(None, 'Detached %s from %s' % (xUserKI.GetObjectName(object), xUserKI.GetObjectName(data[0])), 0)
return True
return False