def tableNUNV(filedata,tablestart):
    tablelen = struct.unpack('>I',filedata[tablestart+0x8:tablestart+0xc])[0]
    table = ''

    for i in range(tablestart,tablestart+0x8,0x4):
        table += filedata[i+0x3:i+0x4] + filedata[i+0x2:i+0x3] + filedata[i+0x1:i+0x2] + filedata[i:i+0x1]
    #table += 'VNUN0100'

    table += struct.pack('<I',tablelen)
    entrycount = struct.unpack('>I',filedata[tablestart+0xc:tablestart+0x10])[0]
    table += struct.pack('<I',entrycount)

    pos = tablestart+0x10
    for i in range(0,entrycount):
        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])
        entrycount2 = struct.unpack('>I',filedata[pos+0x8:pos+0xc])[0]
        table += struct.pack('<I',entrycount2)
        pos += 0xc

        for a in range(0,entrycount2):
            for b in range(0,25): #64 bytes in total
                if b == 0x1:
                    entrycount3 = struct.unpack('>I',filedata[pos:pos+0x4])[0]
                elif b == 0x2:
                    entrycount4 = struct.unpack('>I',filedata[pos:pos+0x4])[0]
                elif b == 0x3:
                    entrycount5 = struct.unpack('>I',filedata[pos:pos+0x4])[0]

                if b == 24:
                    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

            tmpcount1 = entrycount3 * 0x10
            tmpcount1 /= 0x4
            for b in range(0,tmpcount1):
                table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                pos += 0x4

            tmpcount1 = (entrycount3*0x2)+entrycount3
            tmpcount1 += tmpcount1
            tmpcount1 += tmpcount1
            tmpcount1 += tmpcount1
            tmpcount1 /= 0x4
            for b in range(0,tmpcount1):
                table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                pos += 0x4

            tmpcount1 = (entrycount4*0x2)+entrycount4
            tmpcount1 *= 0x10
            tmpcount1 /= 0x4
            lenmoved = 0
            for b in range(0,tmpcount1):
                if lenmoved == 0x24:
                    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
                if lenmoved == 0x30:
                    lenmoved = 0


            tmpcount1 = entrycount5
            tmpcount1 += tmpcount1
            tmpcount1 += tmpcount1
            tmpcount1 /= 0x4
            for b in range(0,tmpcount1):
                table += struct.pack('<I',struct.unpack('>I',filedata[pos:pos+0x4])[0])
                pos += 0x4

    return table