Hi, everyone,

I've been trying to rip a Level-5 game model skeleton file, which comes separate from the mesh files. The way these files work is quite simple. There are:

• G4MG: Mesh data
• G4MD: Model data (textures, materials, skeletons, etc.)
• G4TX: Textures
• G4SK: Skeleton
• G4MT: Animations

So far, all files except the G4SK and G4MT have been successfully decrypted by other members of the Level-5 community, using this Noesis plugin code:
https://github.com/AFGRocha/Inazuma-Eleven-Victory-Road-Noesis-Script/blob/main/inazuma_switch.py

Any help would be greatly appreciated.

The attached files include:

• level5.zip (contains a G4MG, G4MD, G4TX, and G4SK file)
• animation.zip (contains a G4MT file)

animation.zip

level5.zip

Edited July 7, 2025Jul 7 by geringaWalker212
the file terminating in g4tx in the level5 zip file would not be able to be opened because the script linked only expects switch texture, not dds ones.

Hi, maybe start with the bone names, the easy part;

Quote

0 "c_global_0_0"
1 "c_c_1_0"
2 "c_c_1_1"
3 "l_s_1_0"
4 "l_a_1_0"
5 "l_a_1_1"
6 "l_w_1_0"
7 "l_wph_1_0"
8 "l_idx_1_0"
9 "l_idx_1_1"
10 "l_idx_1_2"
11 "l_mid_1_0"
12 "l_mid_1_1"
13 "l_mid_1_2"
14 "l_rng_1_0"
15 "l_rng_1_1"
16 "l_rng_1_2"
17 "l_thb_1_0"
18 "l_thb_1_1"
19 "l_thb_1_2"
20 "l_soh_1_0"
21 "l_pky_1_0"
22 "l_pky_1_1"
23 "l_pky_1_2"
24 "l_fa_1_0"
25 "l_slv2_1_0"
26 "l_slv1_1_0"
27 "c_n_1_0" 49
28 "c_head_1_0"
29 "c_hir1_1_0"
30 "c_hir2_1_0"
31 "c_hir2_1_1"
32 "c_hir2_1_2"
33 "c_hir3_1_0"
34 "c_hir3_1_1"
35 "c_hir4_1_0"
36 "l_hir1_1_0"
37 "l_hir1_1_1"
38 "l_hir2_1_0"
39 "l_hir2_1_1"
40 "l_hir2_1_2"
41 "l_hir3_1_0"
42 "l_hir3_1_1"
43 "l_hir4_1_0"
44 "r_hir1_1_0"
45 "r_hir1_1_1"
46 "r_hir2_1_0"
47 "r_hir2_1_1"
48 "r_hir2_1_2"
49 "r_hir3_1_0"
50 "r_hir3_1_1"
51 "r_hir4_1_0"
52 "r_s_1_0"
53 "r_a_1_0"
54 "r_a_1_1"
55 "r_w_1_0"
56 "r_wph_1_0"
57 "r_idx_1_0"
58 "r_idx_1_1"
59 "r_idx_1_2"
60 "r_mid_1_0"
61 "r_mid_1_1"
62 "r_mid_1_2"
63 "r_rng_1_0"
64 "r_rng_1_1"
65 "r_rng_1_2"
66 "r_thb_1_0"
67 "r_thb_1_1"
68 "r_thb_1_2"
69 "r_soh_1_0"
70 "r_pky_1_0"
71 "r_pky_1_1"
72 "r_pky_1_2"
73 "r_fa_1_0"
74 "r_slv2_1_0"
75 "r_slv1_1_0"
76 "r_mnt_1_0"
77 "r_mnt_1_1"
78 "l_mnt_1_0"
79 "l_mnt_1_1"
80 "c_mnt_1_0"
81 "c_mnt_1_1"
82 "c_nec_1_0"
83 "c_nec_1_1"
84 "c_nec_1_2"
85 "l_l_1_0"
86 "l_l_1_1"
87 "l_foot_1_0"
88 "l_foot_1_1"
89 "l_pnt_1_0"
90 "r_l_1_0"
91 "r_l_1_1"
92 "r_foot_1_0"
93 "r_foot_1_1"
94 "r_pnt_1_0"
95 "c_sht1_1_0"
96 "c_ball_1_0"

The matrices are harder to determine - didn't find fitting positions. This was my nearest hit:

Or this one:

Edited July 10, 2025Jul 10 by shak-otay