XeNTaX

Posted: **Sat Sep 15, 2012 12:45 pm**

hello all
can any of you know where they are vertices, faces and so on in .model files?
link to demo:
http://www.gamefront.com/files/Pure+Dem ... einfo.html

the download will take some time

Posted: **Thu Sep 20, 2012 8:37 am**

does anyone answer me?
please

Posted: **Thu Sep 20, 2012 10:33 pm**

I'm not downloading 2 gigs just send some models I mean, it's clearly free to obtain.

Posted: **Fri Sep 21, 2012 7:30 am**

ok
this i will give sample files

http://www.sendspace.com/file/sk6vrx

Posted: **Fri Sep 21, 2012 10:53 am**

You should upload at least 10 samples of varying sizes and not all LOD's of basically the same model.

Posted: **Fri Sep 21, 2012 12:42 pm**

ok
next sample files

http://www.sendspace.com/file/ku3l3p

Posted: **Mon Sep 24, 2012 8:45 am**

some progress?
unless hard is crack this format

Posted: **Tue Sep 25, 2012 11:55 am**

maybe packed vertices?

This is a dump of SWINGARM_01_LOD3.model:

Code: Select all

# SWINGARM_01_LOD3.model
# 16 (18) verts
# 1.       0x08: hex dump
# D0 B6 03 34 6D B9 00 3C AA 17 54 B9 F8 B9 E0 C1 BF B2 9D 32 09 39 00 00 
# D0 B6 FC 33 3A B9 00 3C 97 17 F8 B9 54 39 E0 C1 BB 39 1A 32 0B 39 00 00 
# E8 36 08 34 6A B9 00 3C AA 17 54 B9 F8 B9 A8 43 CA B6 94 32 9E 38 00 00 
# E8 36 03 34 3C B9 00 3C 97 17 F8 B9 54 39 A8 43 68 3B 11 32 9F 38 00 00 
# D0 B6 FC 33 3A B9 00 3C 97 17 F8 B9 54 39 E0 C1 8A 34 1A 32 0B 39 00 00 
# D0 B6 64 34 37 B9 00 3C AA 17 54 39 F8 39 E0 C1 D8 3C 97 31 0C 39 00 00 
# E8 36 03 34 3C B9 00 3C 97 17 F8 B9 54 39 A8 43 C0 2C 11 32 9F 38 00 00 
# E8 36 5F 34 39 B9 00 3C AA 17 54 39 F8 39 A8 43 B3 3D 8E 31 A0 38 00 00 
# D0 B6 64 34 37 B9 00 3C AA 17 54 39 F8 39 E0 C1 BF B2 97 31 0C 39 00 00 
# D0 B6 69 34 69 B9 00 3C 97 17 F8 39 54 B9 E0 C1 BB 39 1A 32 0B 39 00 00 
# E8 36 5F 34 39 B9 00 3C AA 17 54 39 F8 39 A8 43 CA B6 8E 31 A0 38 00 00 
# E8 36 64 34 67 B9 00 3C 97 17 F8 39 54 B9 A8 43 68 3B 11 32 9F 38 00 00 
# D0 B6 69 34 69 B9 00 3C 97 17 F8 39 54 B9 E0 C1 8A 34 1A 32 0B 39 00 00 
# D0 B6 03 34 6D B9 00 3C AA 17 54 B9 F8 B9 E0 C1 D8 3C 9D 32 09 39 00 00 
# E8 36 64 34 67 B9 00 3C 97 17 F8 39 54 B9 A8 43 C0 2C 11 32 9F 38 00 00 
# E8 36 08 34 6A B9 00 3C AA 17 54 B9 F8 B9 A8 43 B3 3D 94 32 9E 38 00 00 

# D0 B6 FC 33 3A B9 00 3C E8 36 08 34 6A B9 00 3C D0 B6 03 34 6D B9 00 3C 
# E8 36 64 34 67 B9 00 3C D0 B6 69 34 69 B9 00 3C E8 36 5F 34 39 B9 00 3C 

# 0x08: as integers
v 46800 13315 47469 15360 6058 47444 47608 49632 45759 12957 14601 0 
v 46800 13308 47418 15360 6039 47608 14676 49632 14779 12826 14603 0 
v 14056 13320 47466 15360 6058 47444 47608 17320 46794 12948 14494 0 
v 14056 13315 47420 15360 6039 47608 14676 17320 15208 12817 14495 0 
v 46800 13308 47418 15360 6039 47608 14676 49632 13450 12826 14603 0 
v 46800 13412 47415 15360 6058 14676 14840 49632 15576 12695 14604 0 
v 14056 13315 47420 15360 6039 47608 14676 17320 11456 12817 14495 0 
v 14056 13407 47417 15360 6058 14676 14840 17320 15795 12686 14496 0 
v 46800 13412 47415 15360 6058 14676 14840 49632 45759 12695 14604 0 
v 46800 13417 47465 15360 6039 14840 47444 49632 14779 12826 14603 0 
v 14056 13407 47417 15360 6058 14676 14840 17320 46794 12686 14496 0 
v 14056 13412 47463 15360 6039 14840 47444 17320 15208 12817 14495 0 
v 46800 13417 47465 15360 6039 14840 47444 49632 13450 12826 14603 0 
v 46800 13315 47469 15360 6058 47444 47608 49632 15576 12957 14601 0 
v 14056 13412 47463 15360 6039 14840 47444 17320 11456 12817 14495 0 
v 14056 13320 47466 15360 6058 47444 47608 17320 15795 12948 14494 0 

# 2.     1C8:
f 1 2 3 
f 2 4 3 
f 5 6 7 
f 6 8 7 
f 9 10 11 
f 10 12 11 
f 13 14 15 
f 14 16 15 
f 1 2 3 
f 2 4 3 
f 3 4 5 
f 4 6 5 
f 5 6 7 
f 6 8 7 
f 7 8 1 
f 8 2 1 
# face index min/max: 1 / 16

choosing columns 6 to 8 gives you some kind of cubus:

Code: Select all

# D:\SWINGARM_01_LOD3.model
# 16 verts
# 1.       8:
v 47444 47608 49632 
v 47608 14676 49632 
v 47444 47608 17320 
v 47608 14676 17320 
v 47608 14676 49632 
v 14676 14840 49632 
v 47608 14676 17320 
v 14676 14840 17320 
v 14676 14840 49632 
v 14840 47444 49632 
v 14676 14840 17320 
v 14840 47444 17320 
v 14840 47444 49632 
v 47444 47608 49632 
v 14840 47444 17320 
v 47444 47608 17320 

# 2.     1b8:
f 1 2 3 
f 2 4 3 
f 5 6 7 
f 6 8 7 
f 9 10 11 
f 10 12 11 
f 13 14 15 
f 14 16 15 
f 1 2 3 
f 2 4 3 
f 3 4 5 
f 4 6 5 
f 5 6 7 
f 6 8 7 
f 7 8 1 
f 8 2 1 
# face index min/max: 1 / 16

From BRAKE_01_LOD1.model I extracted a plane.

Code: Select all

# D:\BRAKE_01_LOD1.model
# 16 verts ?

# 1.       0x8: hex dump
# B0 2E 57 35 E1 B9 00 3C 00 3C 00 00 00 00 E7 3B 56 22 D3 35 E6 33 00 00 5C 5C 5C 7F 
# B0 2E FF 31 E1 B9 00 3C 00 3C 00 00 00 00 E7 3B E7 3B D3 35 68 35 00 00 5C 5C 5C 7F 
# B0 2E 57 35 B6 B8 00 3C 00 3C 00 00 00 00 56 22 56 22 5D 34 E6 33 00 00 5C 5C 5C 7F 
# B0 2E FF 31 B6 B8 00 3C 00 3C 00 00 00 00 56 22 E7 3B 5D 34 68 35 00 00 5C 5C 5C 7F 
# B2 2E FF 31 B6 B8 00 3C 00 BC 01 00 00 00 56 22 E7 3B 5D 34 68 35 00 00 5C 5C 5C 7F 
# B2 2E FF 31 E1 B9 00 3C 00 BC 01 00 00 00 E7 3B E7 3B D3 35 68 35 00 00 5C 5C 5C 7F 
# B2 2E 57 35 B6 B8 00 3C 00 BC 01 00 00 00 56 22 56 22 5D 34 E6 33 00 00 5C 5C 5C 7F 
# B2 2E 57 35 E1 B9 00 3C 00 BC 01 00 00 00 E7 3B 56 22 D3 35 E6 33 00 00 5C 5C 5C 7F 
# A9 2E 57 35 B6 B8 00 3C 00 BC 00 00 00 00 56 22 56 22 5D 34 E6 33 00 00 5C 5C 5C 7F 
# A9 2E FF 31 B6 B8 00 3C 00 BC 00 00 00 00 56 22 E7 3B 5D 34 68 35 00 00 5C 5C 5C 7F 
# A9 2E 57 35 E1 B9 00 3C 00 BC 00 00 00 00 E7 3B 56 22 D3 35 E6 33 00 00 5C 5C 5C 7F 
# A9 2E FF 31 E1 B9 00 3C 00 BC 00 00 00 00 E7 3B E7 3B D3 35 68 35 00 00 5C 5C 5C 7F 
# A8 2E FF 31 E1 B9 00 3C 00 3C 01 00 00 00 E7 3B E7 3B D3 35 68 35 00 00 5C 5C 5C 7F 
# A8 2E FF 31 B6 B8 00 3C 00 3C 01 00 00 00 56 22 E7 3B 5D 34 68 35 00 00 5C 5C 5C 7F 
# A8 2E 57 35 E1 B9 00 3C 00 3C 01 00 00 00 E7 3B 56 22 D3 35 E6 33 00 00 5C 5C 5C 7F 
# A8 2E 57 35 B6 B8 00 3C 00 3C 01 00 00 00 56 22 56 22 5D 34 E6 33 00 00 5C 5C 5C 7F 

# B0 2E 57 35 E1 B9 00 3C   B0 2E FF 31 E1 B9 00 3C 
# B0 2E 57 35 B6 B8 00 3C   B0 2E FF 31 B6 B8 00 3C 
# B2 2E FF 31 B6 B8 00 3C   B2 2E FF 31 E1 B9 00 3C 
# B2 2E 57 35 B6 B8 00 3C   B2 2E 57 35 E1 B9 00 3C 

# A9 2E 57 35 B6 B8 00 3C   A9 2E FF 31 B6 B8 00 3C 
# A9 2E 57 35 E1 B9 00 3C   A9 2E FF 31 E1 B9 00 3C
# A8 2E FF 31 E1 B9 00 3C   A8 2E FF 31 B6 B8 00 3C 
# A8 2E 57 35 E1 B9 00 3C   A8 2E 57 35 B6 B8 00 3C 

# 1.       0x8: some integers selected
v 15335 8790 13779
v 15335 15335 13779
v 8790 8790 13405
v 8790 15335 13405
v 8790 15335 13405
v 15335 15335 13779
v 8790 8790 13405
v 15335 8790 13779
v 8790 8790 13405
v 8790 15335 13405
v 15335 8790 13779
v 15335 15335 13779
v 15335 15335 13779
v 8790 15335 13405
v 15335 8790 13779
v 8790 8790 13405

#11952 13655 47585 15360 
#11952 12799 47585 15360 
#11952 13655 47286 15360 
#11952 12799 47286 15360 
#11954 12799 47286 15360 
#11954 12799 47585 15360 
#11954 13655 47286 15360 
#11954 13655 47585 15360 
#11945 13655 47286 15360 
#11945 12799 47286 15360 
#11945 13655 47585 15360 
#11945 12799 47585 15360 
#11944 12799 47585 15360 
#11944 12799 47286 15360 
#11944 13655 47585 15360 
#11944 13655 47286 15360 

# 2.     0x248:
f 1 2 3 
f 2 4 3 
f 5 6 7 
f 6 8 7 
f 9 10 11 
f 10 12 11 
f 13 14 15 
f 14 16 15 
f 1 2 3 
f 2 4 3 
f 5 6 7 
f 6 8 7 
f 9 10 11 
f 10 12 11 
f 13 14 15 
f 14 16 15 
# face index min/max: 1 / 16

Posted: **Tue Sep 25, 2012 5:19 pm**

shakotay2
I checked and the vertices are not displayed
don't know why
do not know should look like script on vertices
with msh files was easily

Posted: **Tue Sep 25, 2012 10:42 pm**

Sounds like a bunch of cars, not really interested.

Anyways this is how you would probably parse it

Code: Select all

int32 unk # 5?
int32 meshOfs

Read meshOfs, add 8, then seek to it.
You'll then come to

Code: Select all

int32 numMesh
numMesh {
   byte nameLen
   char[nameLen] mesh name
}
...

Figure out how to parse the struct, and then somewhere near the bottom you'll get vert Counts and face Counts amongst other things.

Posted: **Wed Sep 26, 2012 1:08 am**

Bogus wrote:shakotay2
I checked and the vertices are not displayed

Did you import the cubus thingie using blender's wavefront obj importer?
Anyway my method does not seem to be a solution so far.
With Faring_01_parts_01_LOD1.model I'm getting a tangle of planes.

finale00 wrote:Figure out how to parse the struct, [...]

Seems this doesn't really help.

I made a comparison between the "struct" parts of FARING_01_PARTS_01_LOD1.model and BRAKE_01_LOD1.model.
The highlighted bytes mark the differences to the Brake-model; mainly three (rotation?) matrices.

comparison_Brake_Faring.JPG

Posted: **Wed Sep 26, 2012 1:14 am**

I couldn't figure out how to determine how many vertices/indices to read so I figured it should just be grabbed from the bottom.

Posted: **Wed Sep 26, 2012 1:40 am**

finale00 wrote:I couldn't figure out how to determine how many vertices/indices to read so I figured it should just be grabbed from the bottom.

Ok.

(I used the max face index before you gave this info.)

Any idea on the "packed" vertices?
(They are packed, aren't they?)

I think you need a factor for packed vertices but this will not unravel the tangle for sure...

Posted: **Wed Sep 26, 2012 2:16 am**

Maybe they're just half-floats.

Posted: **Wed Sep 26, 2012 12:38 pm**

this format is difficult but I'll try to write an importer

XeNTaX

Pure demo .model files

Pure demo .model files

Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files

Re: Pure demo .model files