def extract(self, dg, shallow=False, verbose=False):
# First get the common Node header
super(LGHTData, self).extract(dg, verbose)
# A load of mostly pointless nodes
self.standard_light_base = cStandardLightBase(dg)
self.sgres1 = cSGResource(dg)
# Got name so terminate early if shallow
if shallow:
return
self.light = cLightT(dg)
self.sgres2 = cSGResource(dg)
self.refer = cReferentNode(dg)
self.objgraphnode = cObjectGraphNode(dg)
# Name
self.light_name = ParseName(dg)
# Parameters
data = dg.get_floats(5)
self.far_attenuation = data[0]
self.near_attenuation = data[1]
self.red = data[2]
self.green = data[3]
self.blue = data[4]
def extract(self, dg, shallow=False, verbose=False):
# First get the common RCOLDataBlock header
super(CRESData, self).extract(dg)
# Now the Typecode, which radically changes the structure
self.typecode = dg.get_byte()
if verbose:
print("Typecode: %d" % self.typecode)
if self.typecode == 1:
# A couple of Nodes
self.sgres = cSGResource(dg)
# Got name so terminate early if shallow
if shallow:
return
self.comptreenode = cCompositionTreeNode(dg)
self.objgraphnode = cObjectGraphNode(dg)
# A section of Chains
self.chains = []
count = dg.get_dword()
for _ in range(0, count):
self.chains.append(Chain(dg))
# Subnode flag and purpose
self.subnode = ParseBool(dg)
self.purpose = struct.unpack('I', dg.read(4))[0]
elif self.typecode == 0:
self.objgraphnode = cObjectGraphNode(dg)
self.chains.append(Chain(dg))
self.objectcount = struct.unpack('I', dg.read(4))[0]
else:
raise ValueError("Invalid typecode: %s" %
format(self.typecode, '#010x'))
if verbose:
print("CRES name: %s" % self.get_name)
def extract(self, dg, shallow=False, verbose=False):
# First get the common RCOLDataBlock header
super(GMNDData, self).extract(dg)
# Some nodes
self.objgraphnode = cObjectGraphNode(dg)
self.sgres = cSGResource(dg)
# Got name so terminate early if shallow
if shallow:
return
# Forced relocation?
if self.version == 11:
tmp = dg.get_word()
if tmp == 2:
self.forced_relocation = True
elif tmp == 512:
self.forced_relocation = False
else:
raise ValueError("Unexpected forced relocation value %d" % tmp)
# Assisted geometry
if self.version == 11 or self.version == 12:
tmp = dg.get_word()
if tmp == 1:
self.assisted_geometry = True
elif tmp == 256:
self.assisted_geometry = False
else:
raise ValueError("Unexpected assisted geometry value %d" % tmp)
# Unknown
tmp = dg.get_byte()
if tmp != 1:
raise ValueError("Expected unknown parameter value 1, got %d" %
tmp)
# Attached RCOLs
count = dg.get_dword()
self.attached_RCOLs = []
for _ in range(count):
rcol_type = PackedFileType(dg.get_dword())
if rcol_type.is_rcol():
rcol_type.RCOLConstructor()(dg, verbose)
else:
raise ValueError("%s is not an RCOL type" % str(rcol_type))
def extract(self, dg, shallow=False, verbose=False):
# First get the common RCOLDataBlock header
super(SHPEData, self).extract(dg)
# Some nodes
self.sgres = cSGResource(dg)
# Got name so terminate early if shallow
if shallow:
return
self.refer = cReferentNode(dg)
self.objgraphnode = cObjectGraphNode(dg)
# LOD values, if version is at least 6
if self.version > 6:
count = dg.get_dword()
if verbose:
print("LOD value count = %d" % count)
#if count > 0:
self.lod_values = dg.get_dwords(count)
# Now get LOD blocks
count = dg.get_dword()
if verbose:
print("LOD count = %d" % count)
self.lods = []
for _ in range(count):
self.lods.append(LOD(dg, self.version))
# Material definitions
self.matdefs = []
count = dg.get_dword()
if verbose:
print("Matdef count = %d" % count)
for _ in range(count):
self.matdefs.append(MaterialDef(dg))