#CHUNK 4
    pos = chunks[3][0]
    table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
    table += struct.pack('<I',struct.unpack('>I',filedata[pos+0x4:pos+0x8])[0])
    tablecount = struct.unpack('>I',filedata[pos+0x8:pos+0xc])[0]
    table += struct.pack('<I',tablecount)
    pos += 0xc

    for i in range(0,tablecount):
        table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
        vertexsize = struct.unpack('>I',filedata[pos+0x4:pos+0x8])[0]
        table += struct.pack('<I',vertexsize)
        vertexcount = struct.unpack('>I',filedata[pos+0x8:pos+0xc])[0]
        table += struct.pack('<I',vertexcount)
        #table += struct.pack('<I',struct.unpack('>I',filedata[pos+0xc:pos+0x10])[0])
        table += struct.pack('<I',0x0) #should always be 0 or the game jumps out of loading model?
        pos += 0x10

        if vertexsize == 0x20:
            for a in range(0,vertexcount):
                lenmoved = 0
                for b in range(0,vertexsize,0x4):
                    if lenmoved == 0x10:
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos:pos+0x1])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x1:pos+0x2])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x2:pos+0x3])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x3:pos+0x4])[0])
                    else:
                        table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                    pos += 0x4
                    lenmoved += 0x4

        elif vertexsize == 0x30:
            for a in range(0,vertexcount):
                lenmoved = 0
                for b in range(0,vertexsize,0x4):
                    if lenmoved == 0x10 or lenmoved == 0xc:
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos:pos+0x1])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x1:pos+0x2])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x2:pos+0x3])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x3:pos+0x4])[0])
                    else:
                        table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                    pos += 0x4
                    lenmoved += 0x4

        elif vertexsize == 0x70:
            for a in range(0,vertexcount):
                lenmoved = 0
                for b in range(0,vertexsize,0x4):
                    if lenmoved == 0x40 or lenmoved == 0x44 or lenmoved == 0x48 or lenmoved == 0x4c:
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos:pos+0x1])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x1:pos+0x2])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x2:pos+0x3])[0])
                        table += struct.pack('>B',struct.unpack('>B',filedata[pos+0x3:pos+0x4])[0])
                    else:
                        table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                    pos += 0x4
                    lenmoved += 0x4

        else:
            if vertexsize != 0x8 and vertexsize != 0x18:
                print 'Unknown vertex size %x at loc %x\nNot sure if this will affect the game.' % (vertexsize,pos)

            for a in range(0,vertexcount):
                for b in range(0,vertexsize,0x4):
                    table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                    pos += 0x4