from skadi import enum
from skadi.io import unpacker
try:
from skadi.io.unpacker import cProp as pu
except ImportError:
from skadi.io.unpacker import prop as pu
PVS = enum(Leaving=1, Entering=2, Deleting=4)
def construct(*args):
return Unpacker(*args)
class Unpacker(unpacker.Unpacker):
def __init__(self, bitstream, base_index, count, delta, class_bits, world):
super(Unpacker, self).__init__(bitstream)
self.base_index = base_index
self.count = count
self.is_delta = delta
self.class_bits = class_bits
self.world = world
self._index = -1
self._entities_read = 0
def unpack(self):
if self._entities_read == self.count:
if not self.is_delta:
raise unpacker.UnpackComplete()
try:
from skadi import enum
Flag = enum(Unsigned=1 << 0,
Coord=1 << 1,
NoScale=1 << 2,
RoundDown=1 << 3,
RoundUp=1 << 4,
Normal=1 << 5,
Exclude=1 << 6,
XYZE=1 << 7,
InsideArray=1 << 8,
ProxyAlways=1 << 9,
VectorElem=1 << 10,
Collapsible=1 << 11,
CoordMP=1 << 12,
CoordMPLowPrecision=1 << 13,
CoordMPIntegral=1 << 14,
CellCoord=1 << 15,
CellCoordLowPrecision=1 << 16,
CellCoordIntegral=1 << 17,
ChangesOften=1 << 18,
EncodedAgainstTickcount=1 << 19)
Type = enum(Int=0,
Float=1,
Vector=2,
VectorXY=3,
String=4,
Array=5,
DataTable=6,
Int64=7)
from skadi import enum Flag = enum( Unsigned = 1 << 0, Coord = 1 << 1, NoScale = 1 << 2, RoundDown = 1 << 3, RoundUp = 1 << 4, Normal = 1 << 5, Exclude = 1 << 6, XYZE = 1 << 7, InsideArray = 1 << 8, ProxyAlways = 1 << 9, VectorElem = 1 << 10, Collapsible = 1 << 11, CoordMP = 1 << 12, CoordMPLowPrecision = 1 << 13, CoordMPIntegral = 1 << 14, CellCoord = 1 << 15, CellCoordLowPrecision = 1 << 16, CellCoordIntegral = 1 << 17, ChangesOften = 1 << 18, EncodedAgainstTickcount = 1 << 19 ) Type = enum( Int = 0, Float = 1, Vector = 2, VectorXY = 3, String = 4, Array = 5, DataTable = 6, Int64 = 7 )
from skadi import enum
from skadi.io import unpacker
try:
from skadi.io.unpacker import cProp as pu
except ImportError:
from skadi.io.unpacker import prop as pu
PVS = enum(Leaving=1, Entering=2, Deleting=4)
def construct(*args):
return Unpacker(*args)
class Unpacker(unpacker.Unpacker):
def __init__(self, bitstream, base_index, count, delta, class_bits, world):
super(Unpacker, self).__init__(bitstream)
self.base_index = base_index
self.count = count
self.is_delta = delta
self.class_bits = class_bits
self.world = world
self._index = -1
self._entities_read = 0
def unpack(self):
if self._entities_read == self.count:
if not self.is_delta:
raise unpacker.UnpackComplete()
