class Vertex:
pos = xyz()
normal = xyz()
sh1 = 0
Weights = None #weights
def __init__(self):
self.Weights = list()
class Skin:
Textures = None
fl1 = 0.
Pos = xyz()
Bounds = (xyz(), xyz())
field_40 = 0
vtxCount = 0
vtxList = None
numGeom = 0
GeomList = None
def __init__(self):
self.Textures = list()
self.vtxList = list()
self.GeomList = list()
def WriteLvlGeom(out, g, pos = xyz(), rot = None, vtxOff = 0):
global tuID
i = 0
for vtx in g.Verticies:
v = vtx.TransformBy(rot) + pos
#out.write("# VtxID {:d}\n".format(vtxOff + i))
out.write("v {:f} {:f} {:f}\n".format(-v.x, v.y, v.z))
i += 1
for f in g.Faces:
if (f.Flags & (FFLAGS.NOTRENDER.value | FFLAGS.NOTRENDER1.value)) == 0 and f.TexID != -1: ### Do not export invisible?
if (f.TexID != -1):
out.write("usemtl {:s}\n".format( TexDict[g.Textures[f.TexID].lower()] ))
for v in f.Vtx:
out.write("vt {:f} {:f}\n".format(v.U, 1.0 - v.V))
#out.write("# Flags {:X} unk1 {:X} unk2 {:d}\n".format(f.Flags, f.unk1, f.unk2))
out.write("f ")
i = 0
for v in f.Vtx:
out.write(" {:d}/{:d}".format(v.ID + vtxOff, tuID + i))
i += 1
out.write("\n")
tuID += len(f.Vtx)
return vtxOff + len(g.Verticies)
class Face: N = xyz() D = 0. TexID = -1 Flags = 0 unk1 = -1 unk2 = -1 Vtx = None RoomID = -1 def __init__(self): self.Vtx = list()
def WriteRfcGeom(out, model, pos = xyz(), rot = None, vtxOff = 0):
global tuID
if len(model.Bones) > 0:
for obj in model.ObjList:
lod = obj.LodList[0]
for vtx in lod.skin.vtxList:
v = vtx.pos.TransformBy(rot) + pos
out.write("v {:f} {:f} {:f}\n".format(-v.x, v.y, v.z))
for geom in lod.skin.GeomList:
out.write("usemtl {:s}\n".format( TexDict[ lod.skin.Textures[ geom.TexID ].lower() ] ) )
for tr in geom.Triangles:
out.write("vt {:f} {:f}\nvt {:f} {:f}\nvt {:f} {:f}\n".format(tr[0].u, 1.0 - tr[0].v, tr[1].u, 1.0 - tr[1].v, tr[2].u, 1.0 - tr[2].v))
out.write("f {0:d}/{3:d} {1:d}/{4:d} {2:d}/{5:d}\n".format(tr[0].VtxID + vtxOff, tr[1].VtxID + vtxOff, tr[2].VtxID + vtxOff,
tuID, tuID + 1, tuID + 2 ))
tuID += 3
vtxOff += len(lod.skin.vtxList)
else:
for obj in model.ObjList:
lod = obj.LodList[0]
for geom in lod.skin.GeomList:
for vtx in geom.SimpleVertexes:
v = (vtx.pos + lod.skin.Pos).TransformBy(rot) + pos
out.write("v {:f} {:f} {:f}\n".format(-v.x, v.y, v.z))
out.write("usemtl {:s}\n".format( TexDict[ lod.skin.Textures[ geom.TexID ].lower() ] ) )
for tr in geom.Triangles:
out.write("vt {:f} {:f}\nvt {:f} {:f}\nvt {:f} {:f}\n".format(tr[0].u, 1.0 - tr[0].v, tr[1].u, 1.0 - tr[1].v, tr[2].u, 1.0 - tr[2].v))
out.write("f {0:d}/{3:d} {1:d}/{4:d} {2:d}/{5:d}\n".format(tr[0].VtxID + vtxOff, tr[1].VtxID + vtxOff, tr[2].VtxID + vtxOff,
tuID, tuID + 1, tuID + 2 ))
tuID += 3
vtxOff += geom.numSimpleVertex
return vtxOff
class Entity: Pos = xyz() Mt33 = [] Tp = ""
class MoverBrush: Pos = xyz() Mt33 = [] Geom = None ID = -1 Flags = 0
def main():
global MTL
if (len(sys.argv) < 2):
print("Usage: rfl_read.py level.rfl outName.obj")
exit(0)
path = os.path.dirname(sys.argv[1])
lvl = ReadRFL(sys.argv[1])
numvtx = 1
MTL = None
OBJ = None
if (len(sys.argv) > 2):
OBJ = open(sys.argv[2], "w")
MTL = open(sys.argv[2] + ".mtl", "w")
OBJ.write("mtllib {:s}\n".format(sys.argv[2] + ".mtl"))
else:
OBJ = open("out.obj", "w")
MTL = open("out.mtl", "w")
OBJ.write("mtllib out.mtl\n")
if not os.path.exists("outtex"):
os.mkdir("outtex")
texID = 0
##Write misc-static.tga (from Permanent_data/perma.peg)
MTL.write("newmtl Tex{:d}\n\tmap_Kd outtex/{:s}.png\n".format(texID, "misc-static.tga"))
TexDict[ "misc-static.tga" ] = "Tex{:d}".format(texID)
texID += 1
##Missing textures!
TexDict[ "mtl_122_grate2.tga" ] = TexDict[ "misc-static.tga" ]
TexDict[ "building1.tga" ] = TexDict[ "misc-static.tga" ]
TexDict[ "gls_smoked01_a.tga" ] = TexDict[ "misc-static.tga" ]
TexDict[ "green_grime.tga" ] = TexDict[ "misc-static.tga" ]
## Write level textures
if (lvl.Peg):
for pg in lvl.Peg.Texturies:
pg.img.save("outtex/{:s}.png".format(pg.Name))
MTL.write("newmtl Tex{:d}\n\tmap_Kd outtex/{:s}.png\n".format(texID, pg.Name))
TexDict[ pg.Name.lower() ] = "Tex{:d}".format(texID)
texID += 1
#Write static mesh
OBJ.write("o Lvl static\n")
numvtx = WriteLvlGeom(OBJ, lvl.Geom, xyz(), None, numvtx)
#Write mover mesh
i = 0
for movr in lvl.Movers:
OBJ.write("o Lvl Mover Brush {:d}\n".format(i))
numvtx = WriteLvlGeom(OBJ, movr.Geom, movr.Pos, movr.Mt33, numvtx)
i += 1
#Write entities
i = 0
for ent in lvl.Entities:
if not (ent.Tp.lower() in EntityDict):
print("Entity \"{:s}\" not in dict".format(ent.Tp))
continue
filename = GetFileName(path, EntityDict[ent.Tp.lower()])
if filename == "" or (not os.path.isfile(filename)):
print("Can't open entity object {:s}".format(filename))
continue
print("Loading Entity file :", filename)
model = LoadRfc(filename)
## Write Entity textures
if (model.Peg):
for pg in model.Peg.Texturies:
if not pg.Name.lower() in TexDict:
pg.img.save("outtex/{:s}.png".format(pg.Name))
MTL.write("newmtl Tex{:d}\n\tmap_Kd outtex/{:s}.png\n".format(texID, pg.Name))
TexDict[ pg.Name.lower() ] = "Tex{:d}".format(texID)
texID += 1
OBJ.write("o Entity {:d}\n".format(i))
numvtx = WriteRfcGeom(OBJ, model, ent.Pos, ent.Mt33, numvtx)
i += 1
OBJ.close()
MTL.close()
class SimpleVertex:
pos = xyz()
normal = xyz()
class Bone:
Name = ""
field_4C = 0
pos = xyz()
mtx = None
class RFC_s2:
Name = ""
field_40 = 0
pos = xyz()
field_50 = FLT4()
class RFC_s1:
Name = ""
field_18 = 0
pos = xyz()
field_28 = 0.