def decoration( socket, command, arguments ):
if len(arguments) > 0:
args = str(arguments)
if args == 'save':
saveObject = DecorationSaveHandler(socket)
socket.sysmessage("Sorting items, please wait...")
saveObject.sort()
socket.sysmessage("Writting file...")
saveObject.save()
else:
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
if wolfpack.hasmap(0):
socket.sysmessage("Decorating map 0, please wait...")
parser.parse("data/decoration.0.xml")
if wolfpack.hasmap(1):
socket.sysmessage("Decorating map 1, please wait...")
parser.parse("data/decoration.1.xml")
if wolfpack.hasmap(2):
socket.sysmessage("Decorating map 2, please wait...")
parser.parse("data/decoration.2.xml")
if wolfpack.hasmap(3):
socket.sysmessage("Decorating map 2, please wait...")
parser.parse("data/decoration.3.xml")
def decoration( socket, command, arguments ):
if len(arguments) > 0:
args = str(arguments)
if args == 'save':
saveObject = DecorationSaveHandler(socket)
socket.sysmessage(tr("Sorting items, please wait..."))
saveObject.sort()
socket.sysmessage(tr("Writting file..."))
saveObject.save()
return
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
maps = []
try:
maponly = int(arguments)
maps.append(maponly)
except ValueError:
maps = [0, 1, 2, 3]
pass
for map in maps:
if wolfpack.hasmap(map):
socket.sysmessage(tr("Decorating map %i, please wait...") % map)
parser.parse("definitions/decoration/decoration.%i.xml" % map)
def isValidPosition( pos ): # Check if the map is valid. if wolfpack.hasmap( pos.map ): # Z Checking if pos.z > 127 or pos.z < -127: return False # X & Y Checking # Felucca & Trammel if pos.map == 0 or pos.map == 1: if pos.x >= 6144 or pos.x < 0: return False if pos.y >= 4096 or pos.y < 0: return False # Ilshenar elif pos.map == 2: if pos.x >= 2304 or pos.x < 0: return False if pos.y >= 1600 or pos.y < 0: return False # Malas elif pos.map == 3: if pos.x >= 2560 or pos.x < 0: return False if pos.y >= 2048 or pos.y < 0: return False # Tokuno Islands elif pos.map == 4: if pos.x >= 1448 or pos.x < 0: return False if pos.y >= 1448 or pos.y < 0: return False else: return False return True
def commandMove( socket, cmd, args ): char = socket.player args = args.strip() if len(args) == 0: socket.sysmessage( "Moves an object relative to its current position." ) socket.sysmessage( "Usage: move [x]" ) socket.sysmessage( "Usage: move [x],[y]" ) socket.sysmessage( "Usage: move [x],[y],[z]" ) socket.sysmessage( "Usage: move [x],[y],[z],[map]" ) return False else: args = args.split( "," ) for i in args: try: i = int(i) except: socket.sysmessage( "'%s' must be a number." % i ) return True if len( args ) >= 1 and len( args ) <= 4: if len( args ) == 4: xmod = int( args[0] ) ymod = int( args[1] ) zmod = int( args[2] ) newmap = int( args[3] ) if not wolfpack.hasmap( newmap ): newmap = None elif len( args ) == 3: xmod = int( args[0] ) ymod = int( args[1] ) zmod = int( args[2] ) newmap = None elif len( args ) == 2: xmod = int( args[0] ) ymod = int( args[1] ) zmod = 0 newmap = None elif len( args ) == 1: xmod = int( args[0] ) ymod = 0 zmod = 0 newmap = None if newmap != None: socket.sysmessage( "Please select a target to move %i,%i,%i,%i" % ( xmod, ymod, zmod, newmap ) ) else: socket.sysmessage( "Please select a target to move %i,%i,%i" % ( xmod, ymod, zmod ) ) socket.attachtarget( "commands.move.response", [ int(xmod), int(ymod), int(zmod), newmap ] ) return True else: socket.sysmessage( "Moves an object relative to its current position." ) socket.sysmessage( "Usage: move [x]" ) socket.sysmessage( "Usage: move [x],[y]" ) socket.sysmessage( "Usage: move [x],[y],[z]" ) socket.sysmessage( "Usage: move [x],[y],[z],[map]" ) return False
def Format( char ): map = char.pos.map if not wolfpack.hasmap(map): return False x = char.pos.x y = char.pos.y if not ComputeMapDetails( map, x, y ): return False else: (xCenter, yCenter, xWidth, yHeight) = ComputeMapDetails(map, x, y) absLong = float(((x - xCenter) * 360) / xWidth) absLat = float(((y - yCenter) * 360) / yHeight) if absLong > 180.0: absLong = -180.0 + (absLong % 180.0) if absLat > 180.0: absLat = -180.0 + (absLat % 180.0) east = (absLong >= 0) south = (absLat >= 0) if absLong < 0.0: absLong = -absLong if absLat < 0.0: absLat = -absLat xLong = int(absLong) yLat = int(absLat) #char.socket.sysmessage(str(absLong)) xMins = int((absLong % 1.0) * 60) yMins = int((absLat % 1.0) * 60) #char.socket.sysmessage(str(xMins)) return (yLat, yMins, xLong, xMins, east, south)
def Format(char):
map = char.pos.map
if not wolfpack.hasmap(map):
return False
x = char.pos.x
y = char.pos.y
if not ComputeMapDetails(map, x, y):
return False
else:
(xCenter, yCenter, xWidth, yHeight) = ComputeMapDetails(map, x, y)
absLong = float(((x - xCenter) * 360) / xWidth)
absLat = float(((y - yCenter) * 360) / yHeight)
if absLong > 180.0:
absLong = -180.0 + (absLong % 180.0)
if absLat > 180.0:
absLat = -180.0 + (absLat % 180.0)
east = (absLong >= 0)
south = (absLat >= 0)
if absLong < 0.0:
absLong = -absLong
if absLat < 0.0:
absLat = -absLat
xLong = int(absLong)
yLat = int(absLat)
#char.socket.sysmessage(str(absLong))
xMins = int((absLong % 1.0) * 60)
yMins = int((absLat % 1.0) * 60)
#char.socket.sysmessage(str(xMins))
return (yLat, yMins, xLong, xMins, east, south)
def decoration(socket, command, arguments):
if len(arguments) > 0:
args = str(arguments.split()[0])
if args == 'save':
saveObject = DecorationSaveHandler()
socket.sysmessage(tr("Sorting items, please wait..."))
saveObject.sort()
socket.sysmessage(tr("Writing file..."))
saveObject.save()
socket.sysmessage(tr("Done."))
elif args == 'savedoors':
saveObject = DoorSaveHandler()
socket.sysmessage(tr("Sorting doors, please wait..."))
saveObject.sort()
socket.sysmessage(tr("Writing file..."))
saveObject.save()
socket.sysmessage(tr("Done."))
elif args == 'load':
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
maps = []
try:
maponly = int(arguments.split()[1])
maps.append(maponly)
except ValueError:
maps = [0, 1, 2, 3, 4]
pass
for map in maps:
if wolfpack.hasmap(map):
socket.sysmessage(
tr("Decorating map %i, please wait...") % map)
parser.parse("definitions/decoration/decoration.%i.xml" %
map)
else:
socket.sysmessage(tr('Usage: decoration save|savedoors|load'))
else:
socket.sysmessage(tr('Usage: decoration save|savedoors|load'))
def isValidPosition( pos ): # Check if the map is valid. if wolfpack.hasmap( pos.map ): # Z Checking if pos.z > 127 or pos.z < -128: return False # X & Y Checking # Felucca & Trammel if pos.map == 0 or pos.map == 1: if usesMondaingsLegacyMap: if pos.x >= 7168 or pos.x < 0: return False else: if pos.x >= 6144 or pos.x < 0: return False if pos.y >= 4096 or pos.y < 0: return False # Ilshenar elif pos.map == 2: if pos.x >= 2304 or pos.x < 0: return False if pos.y >= 1600 or pos.y < 0: return False # Malas elif pos.map == 3: if pos.x >= 2560 or pos.x < 0: return False if pos.y >= 2048 or pos.y < 0: return False # Tokuno Islands elif pos.map == 4: if pos.x >= 1448 or pos.x < 0: return False if pos.y >= 1448 or pos.y < 0: return False else: return False return True
def decoration( socket, command, arguments ):
if len(arguments) > 0:
args = str(arguments.split()[0])
if args == 'save':
saveObject = DecorationSaveHandler()
socket.sysmessage(tr("Sorting items, please wait..."))
saveObject.sort()
socket.sysmessage(tr("Writing file..."))
saveObject.save()
socket.sysmessage(tr("Done."))
elif args == 'savedoors':
saveObject = DoorSaveHandler()
socket.sysmessage(tr("Sorting doors, please wait..."))
saveObject.sort()
socket.sysmessage(tr("Writing file..."))
saveObject.save()
socket.sysmessage(tr("Done."))
elif args == 'load':
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
maps = []
try:
maponly = int(arguments.split()[1])
maps.append(maponly)
except ValueError:
maps = [0, 1, 2, 3, 4]
pass
for map in maps:
if wolfpack.hasmap(map):
socket.sysmessage(tr("Decorating map %i, please wait...") % map)
parser.parse("definitions/decoration/decoration.%i.xml" % map)
else:
socket.sysmessage( tr('Usage: decoration save|savedoors|load') )
else:
socket.sysmessage( tr('Usage: decoration save|savedoors|load') )
def commandMove( socket, cmd, args ): moveself = cmd.upper() == 'SMOVE' char = socket.player args = args.strip() if len(args) == 0: socket.sysmessage( "Moves an object relative to its current position." ) socket.sysmessage( "Usage: move [x]" ) socket.sysmessage( "Usage: move [x],[y]" ) socket.sysmessage( "Usage: move [x],[y],[z]" ) socket.sysmessage( "Usage: move [x],[y],[z],[map]" ) return False else: args = args.split( "," ) for i in args: try: i = int(i) except: socket.sysmessage( "'%s' must be a number." % i ) return True if len( args ) >= 1 and len( args ) <= 4: if len( args ) == 4: xmod = int( args[0] ) ymod = int( args[1] ) zmod = int( args[2] ) newmap = int( args[3] ) if not wolfpack.hasmap( newmap ): newmap = None elif len( args ) == 3: xmod = int( args[0] ) ymod = int( args[1] ) zmod = int( args[2] ) newmap = None elif len( args ) == 2: xmod = int( args[0] ) ymod = int( args[1] ) zmod = 0 newmap = None elif len( args ) == 1: xmod = int( args[0] ) ymod = 0 zmod = 0 newmap = None if moveself: pos = char.pos if newmap != None: newposition = wolfpack.coord( (pos.x + xmod) , (pos.y + ymod ), (pos.z + zmod), newmap ) else: newposition = wolfpack.coord( (pos.x + xmod) , (pos.y + ymod ), (pos.z + zmod), pos.map ) if not( utilities.isValidPosition(newposition) ): char.socket.sysmessage( "Error: Destination invalid!" ) return False char.removefromview() char.moveto( newposition ) char.update() if char.socket: char.socket.resendworld() return True else: if newmap != None: socket.sysmessage( "Please select a target to move %i,%i,%i,%i" % ( xmod, ymod, zmod, newmap ) ) else: socket.sysmessage( "Please select a target to move %i,%i,%i" % ( xmod, ymod, zmod ) ) socket.attachtarget( "commands.move.response", [ int(xmod), int(ymod), int(zmod), newmap ] ) return True else: socket.sysmessage( "Moves an object relative to its current position." ) socket.sysmessage( "Usage: move [x]" ) socket.sysmessage( "Usage: move [x],[y]" ) socket.sysmessage( "Usage: move [x],[y],[z]" ) socket.sysmessage( "Usage: move [x],[y],[z],[map]" ) return False
def commandTileMove(socket, command, arguments):
arguments = arguments.strip()
if( len(arguments) == 0 or arguments.count(" ") > 1 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
mode = MODE_NONE
z0 = 0
if arguments.count(' ') >= 1:
(z0, arguments) = arguments.split(" ")
try:
if z0.startswith('<='):
mode = MODE_LESSEREQUAL
z0 = int(z0[2:])
elif z0.startswith('>='):
mode = MODE_GREATEREQUAL
z0 = int(z0[2:])
elif z0.startswith('>'):
mode = MODE_GREATER
z0 = int(z0[1:])
elif z0.startswith('<'):
mode = MODE_LESSER
z0 = int(z0[1:])
elif z0.startswith('!='):
mode = MODE_NOTEQUAL
z0 = int(z0[2:])
else:
mode = MODE_EQUAL
z0 = int(z0)
except:
socket.sysmessage( "'%s' must be a number." % z0 )
return True
socket.sysmessage('MODE: %u' % mode)
socket.sysmessage('Z0: %u' % z0)
arguments = arguments.split( "," )
for i in arguments:
try:
i = int( i )
except:
socket.sysmessage( "'%s' must be a number." % i )
return True
if( len(arguments) < 1 or len(arguments) > 4 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
if len( arguments ) == 4:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = int( arguments[3] )
if not wolfpack.hasmap( newmap ):
newmap = None
elif len( arguments ) == 3:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = None
elif len( arguments ) == 2:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = 0
newmap = None
elif len( arguments ) == 1:
xmod = int( arguments[0] )
ymod = 0
zmod = 0
newmap = None
if newmap:
socket.sysmesage( "Please select the first corner. [Move: %i,%i,%i,%i]" % ( xmod, ymod, zmod, newmap ) )
else:
socket.sysmessage( "Please select the first corner. [Move: %i,%i,%i]" % ( xmod, ymod, zmod ) )
socket.attachtarget( "commands.tilemove.tileResponse", [ xmod, ymod, zmod, newmap, mode, z0 ] )
return True
def commandTileMove(socket, command, arguments):
arguments = arguments.strip()
if( len(arguments) == 0 or arguments.count(" ") > 1 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
if( arguments.count(" ") == 0 ):
z0 = None
else:
(z0, arguments) = arguments.split( " " )
try:
z0 = int( z0 )
except:
socket.sysmessage( "'%s' must be a number." % z0 )
return True
arguments = arguments.split( "," )
for i in arguments:
try:
i = int( i )
except:
socket.sysmessage( "'%s' must be a number." % i )
return True
if( len(arguments) < 1 or len(arguments) > 4 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
if len( arguments ) == 4:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = int( arguments[3] )
if not wolfpack.hasmap( newmap ):
newmap = None
elif len( arguments ) == 3:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = None
elif len( arguments ) == 2:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = 0
newmap = None
elif len( arguments ) == 1:
xmod = int( arguments[0] )
ymod = 0
zmod = 0
newmap = None
if newmap:
socket.sysmesage( "Please select the first corner. [Move: %i,%i,%i,%i]" % ( xmod, ymod, zmod, newmap ) )
else:
socket.sysmessage( "Please select the first corner. [Move: %i,%i,%i]" % ( xmod, ymod, zmod ) )
socket.attachtarget( "commands.tilemove.tileResponse", [ xmod, ymod, zmod, newmap, z0 ] )
return True
def commandTileMove(socket, command, arguments):
arguments = arguments.strip()
if( len(arguments) == 0 or arguments.count(" ") > 1 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
mode = MODE_NONE
z0 = 0
if arguments.count(' ') >= 1:
(z0, arguments) = arguments.split(" ")
try:
if z0.startswith('<='):
mode = MODE_LESSEREQUAL
z0 = int(z0[2:])
elif z0.startswith('>='):
mode = MODE_GREATEREQUAL
z0 = int(z0[2:])
elif z0.startswith('>'):
mode = MODE_GREATER
z0 = int(z0[1:])
elif z0.startswith('<'):
mode = MODE_LESSER
z0 = int(z0[1:])
elif z0.startswith('!='):
mode = MODE_NOTEQUAL
z0 = int(z0[2:])
else:
mode = MODE_EQUAL
z0 = int(z0)
except:
socket.sysmessage( "'%s' must be a number." % z0 )
return True
socket.sysmessage('MODE: %u' % mode)
socket.sysmessage('Z0: %u' % z0)
arguments = arguments.split( "," )
for i in arguments:
try:
i = int( i )
except:
socket.sysmessage( "'%s' must be a number." % i )
return True
if( len(arguments) < 1 or len(arguments) > 4 ):
socket.sysmessage( "Usage: tilemove [z0] x" )
socket.sysmessage( "Usage: tilemove [z0] x[,y]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z]" )
socket.sysmessage( "Usage: tilemove [z0] x[,y][,z][,map]" )
return False
if len( arguments ) == 4:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = int( arguments[3] )
if not wolfpack.hasmap( newmap ):
newmap = None
elif len( arguments ) == 3:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = int( arguments[2] )
newmap = None
elif len( arguments ) == 2:
xmod = int( arguments[0] )
ymod = int( arguments[1] )
zmod = 0
newmap = None
elif len( arguments ) == 1:
xmod = int( arguments[0] )
ymod = 0
zmod = 0
newmap = None
if newmap:
socket.sysmessage( "Please select the first corner. [Move: %i,%i,%i,%i]" % ( xmod, ymod, zmod, newmap ) )
else:
socket.sysmessage( "Please select the first corner. [Move: %i,%i,%i]" % ( xmod, ymod, zmod ) )
socket.attachtarget( "commands.tilemove.tileResponse", [ xmod, ymod, zmod, newmap, mode, z0 ] )
return True
def commandMove(socket, cmd, args):
moveself = cmd.upper() == 'SMOVE'
char = socket.player
args = args.strip()
if len(args) == 0:
socket.sysmessage("Moves an object relative to its current position.")
socket.sysmessage("Usage: move [x]")
socket.sysmessage("Usage: move [x],[y]")
socket.sysmessage("Usage: move [x],[y],[z]")
socket.sysmessage("Usage: move [x],[y],[z],[map]")
return False
else:
args = args.split(",")
for i in args:
try:
i = int(i)
except:
socket.sysmessage("'%s' must be a number." % i)
return True
if len(args) >= 1 and len(args) <= 4:
if len(args) == 4:
xmod = int(args[0])
ymod = int(args[1])
zmod = int(args[2])
newmap = int(args[3])
if not wolfpack.hasmap(newmap):
newmap = None
elif len(args) == 3:
xmod = int(args[0])
ymod = int(args[1])
zmod = int(args[2])
newmap = None
elif len(args) == 2:
xmod = int(args[0])
ymod = int(args[1])
zmod = 0
newmap = None
elif len(args) == 1:
xmod = int(args[0])
ymod = 0
zmod = 0
newmap = None
if moveself:
pos = char.pos
if newmap != None:
newposition = wolfpack.coord(
(pos.x + xmod), (pos.y + ymod), (pos.z + zmod), newmap)
else:
newposition = wolfpack.coord(
(pos.x + xmod), (pos.y + ymod), (pos.z + zmod),
pos.map)
if not (utilities.isValidPosition(newposition)):
char.socket.sysmessage("Error: Destination invalid!")
return False
char.removefromview()
char.moveto(newposition)
char.update()
if char.socket:
char.socket.resendworld()
return True
else:
if newmap != None:
socket.sysmessage(
"Please select a target to move %i,%i,%i,%i" %
(xmod, ymod, zmod, newmap))
else:
socket.sysmessage(
"Please select a target to move %i,%i,%i" %
(xmod, ymod, zmod))
socket.attachtarget(
"commands.move.response",
[int(xmod), int(ymod),
int(zmod), newmap])
return True
else:
socket.sysmessage(
"Moves an object relative to its current position.")
socket.sysmessage("Usage: move [x]")
socket.sysmessage("Usage: move [x],[y]")
socket.sysmessage("Usage: move [x],[y],[z]")
socket.sysmessage("Usage: move [x],[y],[z],[map]")
return False