def Chunk0x1000(hndl):
print("Chunk 0x1000: Decals")
num = read4u(hndl)
for i in range(num):
read4u(hndl) #SKIP
readNstr(hndl) #SKIP
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl) #SKIP
read1u(hndl) #SKIP
readflt(hndl)
readflt(hndl)
readflt(hndl)
readNstr(hndl)
read4u(hndl)
read1u(hndl)
if (LVLVersion >= 265 ):
read1u(hndl)
if (LVLVersion >= 294 ):
read1u(hndl)
if (LVLVersion >= 280 ):
read1u(hndl)
read1u(hndl)
read4u(hndl)
readflt(hndl)
if (LVLVersion >= 261 ):
read4u(hndl)
if (LVLVersion >= 262 ):
read4u(hndl)
def Chunk0x7680(hndl):
print("Chunk 0x7680: Related to effects??")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
read4u(hndl)
read4u(hndl) #SKIP
read4u(hndl)
if (LVLVersion >= 260):
read4u(hndl)
read4u(hndl)
read4u(hndl)
if (LVLVersion >= 228):
read4u(hndl)
read1u(hndl)
read1u(hndl)
if (LVLVersion >= 240):
readflt(hndl)
readflt(hndl)
readNstr(hndl)
read1u(hndl)
def Chunk0x400(hndl): ##Cutscene and camera related
print("Chunk 0x400: Cutscene and camera related")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
def Chunk0xD00(hndl):
print("Chunk 0xD00:")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
read4u(hndl)
readXYZ(hndl)
def Chunk0x7677(hndl):
print("Chunk 0x7677: ??")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
readXYZ(hndl)
readflt(hndl)
read1u(hndl)
readflt(hndl)
read1u(hndl)
def Chunk0x2000(hndl):
print("Chunk 0x2000: Level Geometry")
num = read4u(hndl)
tmp = list()
for i in range(num):
mvr = MoverBrush()
mvr.ID = read4u(hndl)
mvr.Pos = readXYZ(hndl)
mvr.Mt33 = readMt33(hndl)
mvr.Geom = GeomReader(hndl)
tmp.append(mvr)
v5 = read4u(hndl)
read4u(hndl)
read4u(hndl)
if (v5 & 8):
read4u(hndl)
read4u(hndl)
read4u(hndl)
read4u(hndl)
readflt(hndl)
readflt(hndl)
readflt(hndl)
readflt(hndl)
read4u(hndl)
readflt(hndl)
read1u(hndl)
### i in range(num)
return tmp
def Chunk0x7678(hndl):
print("Chunk 0x7678: Lights glare/corona/beams")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
read4u(hndl)
if (LVLVersion >= 259 ):
read1u(hndl)
if (LVLVersion >= 288 ):
read1u(hndl)
if (LVLVersion >= 289 ):
read1u(hndl)
if (LVLVersion >= 292 ):
read1u(hndl)
if (LVLVersion < 232 ):
read4u(hndl)
if (LVLVersion >= 232 ):
read1u(hndl)
s = readNstr(hndl)
if (s != ""):
readflt(hndl)
readflt(hndl)
readflt(hndl)
readflt(hndl)
readflt(hndl)
s = readNstr(hndl)
if (s != ""):
readflt(hndl)
readflt(hndl)
readflt(hndl)
if (LVLVersion >= 276 ):
read1u(hndl)
for j in range( read4u(hndl) ):
read4u(hndl)
def Chunk0x1100(hndl):
print("Chunk 0x1100: Push Region???")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
a = read4u(hndl)
if (a == 3):
readXYZ(hndl)
elif (a == 2):
readXYZ(hndl)
else:
readflt(hndl)
readflt(hndl)
read4u(hndl)
def Chunk0x7777(hndl):
print("Chunk 0x7777: Event - conversation")
num = read4u(hndl)
for i in range(num):
read4u(hndl)
readNstr(hndl)
readXYZ(hndl)
readMt33(hndl)
readNstr(hndl)
read1u(hndl)
for j in range(read4u(hndl)):
read4u(hndl)
read4u(hndl)
readflt(hndl)
readFixNstr(hndl, 0x18)
read4u(hndl)
read4u(hndl)
read4u(hndl)
readFixNstr(hndl, 0x10)
readflt(hndl)
def Chunk0x30000(hndl):
print("Chunk 0x30000: Entities")
EntLst = list()
num = read4u(hndl)
for i in range(num):
ent = Entity()
EntLst.append(ent)
read4u(hndl)
ent.Tp = readNstr(hndl) # Type
ent.Pos = readXYZ(hndl)
ent.Mt33 = readMt33(hndl)
readNstr(hndl) # Name
read1u(hndl)
read4u(hndl)
read4u(hndl)
if (LVLVersion >= 274):
read4u(hndl)
read4u(hndl)
readNstr(hndl)
readNstr(hndl)
v65 = 0
### Read flags
if (LVLVersion >= 248):
flg = read4u(hndl)
if (LVLVersion >= 263):
read4u(hndl)
if (flg & (1 << 17)) != 0:
v65 = 1
else:
read1u(hndl) ##SKIP
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl) ##SKIP
read1u(hndl)
read4u(hndl)
read4u(hndl)
if (LVLVersion < 248):
read1u(hndl)
read1u(hndl)
read1u(hndl)
readflt(hndl)
readflt(hndl)
if (LVLVersion >= 242):
readflt(hndl)
readflt(hndl)
read4u(hndl)
readNstr(hndl)
readNstr(hndl)
readNstr(hndl)
readNstr(hndl)
readNstr(hndl)
readNstr(hndl)
readNstr(hndl)
if (LVLVersion >= 254):
readNstr(hndl)
read1u(hndl)
read1u(hndl)
if (LVLVersion < 232):
for j in range( read4u(hndl) ):
readNstr(hndl)
read4u(hndl)
read4u(hndl)
read4u(hndl)
read4u(hndl) #SKIP
if (LVLVersion < 248):
read1u(hndl)
read1u(hndl)
read1u(hndl) #SKIP
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
read1u(hndl)
if (LVLVersion >= 246):
read1u(hndl)
read1u(hndl)
read1u(hndl)
v65 = read1u(hndl)
if (v65):
readflt(hndl)
if (LVLVersion >= 214):
readflt(hndl)
if (LVLVersion < 254):
readNstr(hndl)
readNstr(hndl)
if (LVLVersion >= 218):
read4u(hndl)
read1u(hndl)
if (LVLVersion >= 253):
readflt(hndl)
if (LVLVersion >= 255):
readflt(hndl)
if (LVLVersion >= 281):
readflt(hndl)
if (LVLVersion >= 241 and LVLVersion < 248):
read1u(hndl)
n = 18
if (LVLVersion >= 267):
n = 19
for j in range(n):
readNstr(hndl)
readNstr(hndl)
return EntLst
def LoadRfc(fname):
global FVER
rfc = RFC()
fl = open(fname, "rb")
fl.seek(0, 2)
SZ = fl.tell()
fl.seek(0, 0)
if (read4u(fl) != 0x87128712):
print("Not a RFC")
exit(-1)
pegname = fname
if (pegname.rfind(".") >= 0):
if pegname.rfind(".rfc") >= 0:
pegname = pegname[:pegname.rfind(".")] + "_vcm.peg"
else:
pegname = pegname[:pegname.rfind(".")] + "_v3d.peg"
if os.path.exists(pegname):
rfc.Peg = ReadPeg(pegname)
FVER = read4u(fl) # RFC valid version == 0x114
flg1 = read1u(fl)
num = read4u(fl)
for i in range(num):
sub = RFC_s1()
sub.Name = readCstr(fl)
sub.field_18 = read4u(fl)
sub.pos = readXYZ(fl)
sub.field_28 = readflt(fl)
rfc.Lst1.append(sub)
num = read4u(fl)
for i in range(num):
sub = RFC_s2()
sub.Name = readCstr(fl)
sub.field_40 = read4u(fl)
sub.pos = readXYZ(fl)
sub.field_50 = readFLT4(fl)
rfc.Lst2.append(sub)
#print(sub.Name)
num = read4u(fl)
if flg1:
for i in range(num):
bon = Bone()
bon.Name = readCstr(fl)
bon.field_4C = read4u(fl)
bon.mtx = readMt33(fl)
bon.pos = readXYZ(fl)
rfc.Bones.append(bon)
rfc.ObjNum = read4u(fl)
### Pre allocate
for i in range(rfc.ObjNum):
rfc.ObjList.append(Object())
LodNum = read4u(fl)
rfc.rfc4num = LodNum * rfc.ObjNum
### Pre allocate
for i in range(rfc.rfc4num):
rfc.LodHeap.append(LodObj())
jj = 0
for i in range(rfc.ObjNum):
obj = rfc.ObjList[i]
obj.numFlt = read4u(fl) # Seems always == LodNum
for j in range(obj.numFlt):
obj.LodList.append(rfc.LodHeap[jj])
obj.flts.append(readflt(fl))
jj += 1
for i in range(rfc.ObjNum):
obj = rfc.ObjList[i]
for j in range(LodNum):
lodObj = obj.LodList[j]
lodObj.name1 = readCstr(fl)
lodObj.name2 = readCstr(fl)
lodObj.dword1 = read4u(fl)
lodObj.dword2 = read4u(fl)
for i in range(rfc.rfc4num): ## Load LODs
sub = rfc.LodHeap[i]
num = read4u(fl)
for j in range(num):
sub.skin.Textures.append(readCstr(fl))
sub.dword2 = read4u(fl)
for j in range(sub.dword2):
t42 = RFC_s42()
sub.t42lst.append(t42)
read4u(fl) #SKIP
read4u(fl) #SKIP
t42.Bt1 = read1u(fl)
read1u(fl) #SKIP
read1u(fl) #SKIP
read1u(fl) #SKIP
read1u(fl) #SKIP
read4u(fl) #SKIP
for k in range(2):
if (read1u(fl)):
read4u(fl) #SKIP
readNstr(fl) #SKIP
read4u(fl) #SKIP
readflt(fl) #SKIP
read4u(fl) #SKIP
read4u(fl) #SKIP
for k in range(read4u(fl)):
readflt(fl) #SKIP
readflt(fl) #SKIP
readflt(fl) #SKIP
readflt(fl) #SKIP
t42.nstr = readNstr(fl)
read4u(fl) #SKIP
for k in range(read4u(fl)):
readflt(fl) #SKIP
readflt(fl) #SKIP
for k in range(read4u(fl)):
readflt(fl) #SKIP
sub.numGeom = read4u(fl)
for j in range(sub.numGeom):
g = Geom()
sub.skin.GeomList.append(g)
if (len(rfc.Bones) == 0): #In some RFM only?
g.numSimpleVertex = read4u(fl)
for k in range(g.numSimpleVertex):
sv = SimpleVertex()
sv.pos = readXYZ(fl)
sv.normal = readXYZ(fl)
g.SimpleVertexes.append(sv)
g.TrianglesCount = read4u(fl)
for k in range(g.TrianglesCount):
FCvtxEs = (FaceVtx(read4u(fl), readflt(fl), readflt(fl)),
FaceVtx(read4u(fl), readflt(fl), readflt(fl)),
FaceVtx(read4u(fl), readflt(fl), readflt(fl)))
g.Triangles.append(FCvtxEs)
g.TexID = read4u(fl) #TexID
g.unk = read4u(fl)
g.fl1 = readflt(fl)
if (len(rfc.Bones) != 0):
g.bts = (read1u(fl), read1u(fl), read1u(fl), read1u(fl))
sub.skin.Pos = readXYZ(fl)
sub.skin.fl1 = readflt(fl)
sub.skin.Bounds = (readXYZ(fl), readXYZ(fl))
if (len(rfc.Bones) != 0):
sub.skin.vtxCount = read4u(fl)
sub.skin.field_40 = read4S(fl) #Signed!
for k in range(sub.skin.vtxCount):
vtx = Vertex()
sub.skin.vtxList.append(vtx)
vtx.pos = readXYZ(fl) ## Vertex
vtx.normal = readXYZ(fl) ## Normal
#print("v {:f} {:f} {:f}".format(vtx.pos.x, vtx.pos.y, vtx.pos.z))
if (sub.skin.field_40 > 0):
vtx.sh1 = read2u(fl)
for l in range(4):
wght = VtxWeights()
vtx.Weights.append(wght)
wght.boneID = read4u(
fl) #Really it's 1 Signed BYTE, so 255 == -1
wght.w = readflt(fl)
if (wght.boneID & 0x80): # Fix it
wght.boneID = -128 + (wght.boneID & 0x7F
) # (255 -> -1)
return rfc
