XeNTaX

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header:
footer offset (absolute)
count

footer (for header->count)
chunk type
chunk offset (absolute)

chunks:
varying structures  - and there are ~20 chunk types

chunk ids
0: main model definition
1: ??
2: initial pose ?? 
5: ??
7: texture headers
9: flags ??

the main model info is further split into chunks. named this time, but also varying structures :(

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            } skele_info <bgcolor=0x22ddff>;

            uint un1, un2;
            uint res_hdrs; // incorrect count? 
            uint pool[7];

            struct res_head
            {
                uint a, b, c, d;
                uint offset, size;
                Printf("%u, %u\n", d, offset);
            } res[res_hdrs +1] <optimize=false>;

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About rare models:

For each model we have 2 files:
1.file info - with name "aid_model_ghoulies_actor_" + model name
2.file data - with name model name + "_resource_pool"

and about 1.
this file has sections which are joint together.
 - each section have header:	offset to section name int32+64
								chunk int16
								unk int16
								offset1 int32
								offset2 int32
								offset3 int32
								offset4 to next section int32+64 - if 0 than stop make sections joint
								unk int32
								unk int32
								offset5 int32
								counter int32
	example:							
		section with chunk 21 joints with section 18	
		section with chunk 18 joints with 11 and 20	
		section with chunk 17 joints with 21	
		section with chunk 12 joints with 17

and about 2.
	- access to this data has only section 19 - ndVertexBuffer
		go to offset5+64 in 1.file
		stream count=counter
		we have stream types:
			2316 - vertex position
			....
			....
			....
			
about faces:
	- access to this data has section 20 and if offset5 is eqal 1 than we have tristrips else we have quads.
about meshes:
	- access to this data have sections 19 and 23
		if section is 23 than all next section 19 joint in one mesh 

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unsigned int gbtgHash(const char* str)
{
  unsigned int hash = 0;

  // Skip "aid_" prefix
  str += 4;
  for (; *str; ++str)
  {
    hash = 16 * hash + (*str & 0xDF);

    unsigned int hiBit = hash & 0xF0000000;

    if (hiBit) {
      hash ^= hiBit | (hiBit >> 24);
    }
  }

  return hash;
}