Bone Tree Editor- development thread : Version 1.1 released

[TheShyGuy]

what kind of tourney?

[DarkPikachu]

SSB64
Melee
Brawl
Brawl+
Brawl-
etc.

[TheShyGuy]

F I N A L L Y...got the grid to accurately show each bone in there correct spots =p....now to code for when you rearrange everything and stuff 0.o

edit: thanks for the notes...they help =p

edit2:lol...im trying to figure out how to assign the parents,first,next, and previous offsets..(within a grid)I know how to figure out the parents and first offsets...but figuring out if it has previous or next offsets(basically opposites) is tough....  It would be easy if i just make it so that you can manually input them(which i can do....)but it would make the program less efficient...beats moveup/down buttons lol.  I might be able to figure it out later times to take eh behreeek.

So ive made:

-new .exe
-projects each bone representative(?) to a grid
- shows each bone by index(or name ->checkbox)
-you can move  bones around by just click the cell and choosing another cell
-you can change a bones attributes or w/e in txt boxes
-you can choose the file you want instead of the input/output thing


still not done though like i said above...

[DarkPikachu]

edit2:lol...im trying to figure out how to assign the parents,first,next, and previous offsets..(within a grid)I know how to figure out the parents and first offsets...but figuring out if it has previous or next offsets(basically opposites) is tough....  It would be easy if i just make it so that you can manually input them(which i can do....)but it would make the program less efficient...beats moveup/down buttons lol.  I might be able to figure it out later times to take eh behreeek.

the next/previous offset applies to the offset in the same group and blah...
(not sure how to state what they do...) :/

| 0, 0
.| +2, 0
..| 0, 0
.| 0, -2

the parent/child offsets simply push it up to the next level

may not have needed to state that :P

[TheShyGuy]

lol i know that the parent and child just push em up a lvl..thats why they were so easy...But within a grid it would be hard to know which bone SHOULD be a next and a previous after all the editing... ill give an ex in a sec...gotta open my exe

edit:
ex: the throw bone is a next of the hip bone which is sooo far away from eachother..(bad ex actually)...the toes are in the same column but  arent offseted to eachothere

edit2:
i can just figure out the next and prev if they are next to eachother(and if a child is between the two) but then the user would have to do the others. 

[DarkPikachu]

you know what...
just use the parent/child offsets...

don't worry about the next/prev offsets because-
*rethinks* wait a minute

next * 208 || prev * 208 (think about it in hex)

the parent/child will append the tree...
the next/prev offsets are to the bone data
(each bone is 208 bytes in length)

[TheShyGuy]

lol i don't think your getting what im trying to say....if you were to rearrange the WHOLE tree...so whatever was in hex before doesn't matter because right now they  are useless.  Based on a grid you cannot figure out the next/prev without them being more than two bones apart..


next * 208 || prev * 208 (think about it in hex)

the parent/child will append the tree...
the next/prev offsets are to the bone data
(each bone is 208 bytes in length)


i know what you said(already knew that?)...just not what your trying to say lol

[DarkPikachu]

I think I may understand actually...

"if you were to rearrange the table" (after loading)

you don't need the next/prev offsets right now, unless you're editing :/
build the table using the parent/child offsets
(the next/prev offsets have nothing to do with the table)

fist off though, what... or where are you at with this right now?? :/

[TheShyGuy]

this is how it(will) work

you open the mdl0...enter the topn and click a button to load the bones into a grid.
you move the cells with the indexes/names around until your done.
then you click a button that will check through every cell with an index to figure out there offsets.

i think that you thought that it was making the changes to the file as you edited the grid..which it doesnt.

[DarkPikachu]

this is how it(will) work

you open the mdl0...enter the topn and click a button to load the bones into a grid.
you move the cells with the indexes/names around until your done.
then you click a button that will check through every cell with an index to figure out there offsets.

i think that you thought that it was making the changes to the file as you edited the grid..which it doesnt.

actually...
you were ahead of what I was thinking :/

anyways...

so how-... you-...
you load a file into memory right??

how do you split the data??

[TheShyGuy]

-i load the file
-then I get each bones stuff/info
-and i put that info into each cell index(so if you move a bone/cell the data is still the same)
-when you click a bone/cell the data stored inside will appear into the  table at the right where you can edit its data manually

basically i store the memory into cells and lists

edit: ima take a break and do some animation lol.....look at this 0.o

https://www.youtube.com/watch?v=http://www.youtube.com/watch?v=Sdx1O9lhR1k&feature=player_profilepage

[DarkPikachu]

I mean...
IDK how to use internal mem :P

I kinda need that for converting formats...

as for animation...
I have to completely animate Pachirisu from scratch...
heh, at least it'll be easy with Brawlbox modset 4.1 :D
^you get to rotate the bones ^_^

[TheShyGuy]

i was messing with a mdl0...and i know how the relocation  table works now(thanks)...now i really see why adding/deleting bones would mean rewriting the mdl0 lol. If you were to add a bone you'd have to also add its relocation data....then change all the other relocation data after that one....loool after all the reloc data is found out...the person who attempts to make an .exe to add bones might have a hard(hmmm maybe) time =p

[DarkPikachu]

exactly :P

once I learn how to write the seperate portions to memory
(once I learn how to use memory) lol
I'll be able to write an MDL0 easily

but yea... need to learn how to use mem :(

[DarkPikachu]

hey...

template UD while at tourneys :P
finished type3 definitions:

Code Select Expand


<?xml version="1.0"?>
<!DOCTYPE binary_file_format SYSTEM "BinaryFileFormat.dtd">
<binary_file_format name="MDL0" type_name="" comment="" expr="" default_byte_order="big" default_read_only="false" default_char_set="ansi">
<define_struct type_name="offset_name" comment="" expr="">
<data type="int" name="str_len" format="unsigned" len="1" display=""/>
<data type="string" name="name" format="ascii" len="str_len" display=""/>
</define_struct>
<define_struct type_name="bounds" comment="" expr="">
<data type="int" name="min_X" format="unsigned" len="4" display=""/>
<data type="int" name="min_Y" format="unsigned" len="4" display=""/>
<data type="int" name="min_Z" format="unsigned" len="4" display=""/>
<data type="int" name="max_X" format="unsigned" len="4" display=""/>
<data type="int" name="max_Y" format="unsigned" len="4" display=""/>
<data type="int" name="max_Z" format="unsigned" len="4" display=""/>
<data type="none" name="pad" len="8"/>
</define_struct>
<define_struct type_name="relocation_group" comment="" expr="">
<data type="int" name="block_len" format="unsigned" len="4" display=""/>
<data type="int" name="num_offsets" format="unsigned" len="4" display=""/>
<data type="int" name="tag" format="unsigned" len="4" display="hex"/>
<data type="int" name="unk1" format="unsigned" len="2" display="hex"/>
<data type="int" name="unk2" format="unsigned" len="2" display="hex"/>
<data type="int" name="pad" format="unsigned" len="8" display="hex"/>
</define_struct>
<define_struct type_name="relocation_offset" comment="" expr="">
<data type="int" name="ID" format="unsigned" len="2" display=""/>
<data type="int" name="unk1" format="unsigned" len="2" display="hex"/>
<data type="int" name="unk2" format="unsigned" len="2" display="hex"/>
<data type="int" name="unk3" format="unsigned" len="2" display="hex"/>
<data type="int" name="string_offset" format="unsigned" len="4" display=""/>
<data type="int" name="data_offset" format="unsigned" len="4" display=""/>
</define_struct>
<define_struct type_name="Definitions" comment="" expr="">
<for name="type" count="" stop_test="this.type == 1" type_name="" comment="">
<struct name="" type_name="" comment="" expr="type{this.type}">
<data type="int" name="type" format="unsigned" len="1" display=""/>
<if test="type == 2" comment="">
<struct name="t2" type_name="" comment="" expr="({this.ID1},{this.ID2})">
<data type="int" name="ID1" format="unsigned" len="2" display=""/>
<data type="int" name="ID2" format="unsigned" len="2" display=""/>
</struct>
</if>
<if test="type == 3" comment="">
<struct name="t3" type_name="" comment="" expr="({this.ID}) ({this.count})">
<data type="int" name="ID" format="unsigned" len="2" display=""/>
<data type="int" name="count" format="unsigned" len="1" display=""/>
<for name="tmp" count="count || count - 1" stop_test="count == 0" type_name="" comment="">
<data type="none" name="" len="6"/>
</for>
</struct>
</if>
<if test="type == 4" comment="">
<struct name="t4" type_name="" comment="" expr="({this.ID1},{this.ID2},{this.ID3},{this.ID4})">
<data type="int" name="ID1" format="unsigned" len="2" display=""/>
<data type="int" name="ID2" format="unsigned" len="2" display=""/>
<data type="int" name="ID3" format="unsigned" len="2" display=""/>
<data type="int" name="ID4" format="unsigned" len="1" display=""/>
</struct>
</if>
<if test="type == 5" comment="">
<struct name="t5" type_name="" comment="" expr="({this.ID1},{this.ID2})">
<data type="int" name="ID1" format="unsigned" len="2" display=""/>
<data type="int" name="ID2" format="unsigned" len="2" display=""/>
</struct>
</if>
</struct>
</for>
</define_struct>
<define_struct type_name="Bones" comment="" expr="">
<struct name="bone_header" type_name="" comment="" expr="">
<data type="int" name="header_len" len="4" format="unsigned" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="string_offset" len="4" format="unsigned" display=""/>
<data type="int" name="bone_index" len="4" format="unsigned" display=""/>
<data type="int" name="node_ID" len="4" format="unsigned" display=""/>
<data type="int" name="flags" len="4" format="unsigned" display=""/>
<data type="int" name="pad" len="8" format="unsigned" display=""/>
<struct name="loc_rot_sca" type_name="" comment="" expr="">
<data type="int" name="sca_X" format="unsigned" len="4" display=""/>
<data type="int" name="sca_Y" len="4" format="unsigned" display=""/>
<data type="int" name="sca_Z" len="4" format="unsigned" display=""/>
<data type="int" name="rot_X" len="4" format="unsigned" display=""/>
<data type="int" name="rot_Y" len="4" format="unsigned" display=""/>
<data type="int" name="rot_Z" len="4" format="unsigned" display=""/>
<data type="int" name="loc_X" len="4" format="unsigned" display=""/>
<data type="int" name="loc_Y" len="4" format="unsigned" display=""/>
<data type="int" name="loc_Z" len="4" format="unsigned" display=""/>
</struct>
<struct name="bound" type_name="" comment="" expr="">
<data type="int" name="min_X" len="4" format="unsigned" display=""/>
<data type="int" name="min_Y" len="4" format="unsigned" display=""/>
<data type="int" name="min_Z" len="4" format="unsigned" display=""/>
<data type="int" name="max_X" len="4" format="unsigned" display=""/>
<data type="int" name="max_Y" len="4" format="unsigned" display=""/>
<data type="int" name="max_Z" len="4" format="unsigned" display=""/>
</struct>
<data type="int" name="parent" len="4" format="signed" display=""/>
<data type="int" name="child" len="4" format="unsigned" display=""/>
<data type="int" name="next" len="4" format="unsigned" display=""/>
<data type="int" name="prev" len="4" format="unsigned" display=""/>
<data type="int" name="part2" len="4" format="unsigned" display=""/>
</struct>
<struct name="frame_matrix" type_name="" comment="" expr="">
<data type="int" name="s_1_1" format="signed" len="4" display=""/>
<data type="int" name="s_2_1" format="signed" len="4" display=""/>
<data type="int" name="s_3_1" format="signed" len="4" display=""/>
<data type="int" name="s_4_1" format="signed" len="4" display=""/>
<data type="int" name="s_1_2" format="signed" len="4" display=""/>
<data type="int" name="s_2_2" format="signed" len="4" display=""/>
<data type="int" name="s_3_2" format="signed" len="4" display=""/>
<data type="int" name="s_4_2" format="signed" len="4" display=""/>
<data type="int" name="s_1_3" format="signed" len="4" display=""/>
<data type="int" name="s_2_3" format="signed" len="4" display=""/>
<data type="int" name="s_3_3" format="signed" len="4" display=""/>
<data type="int" name="s_4_3" format="signed" len="4" display=""/>
</struct>
<struct name="inverse_matrix" type_name="" comment="" expr="">
<data type="int" name="s_1_1" format="signed" len="4" display=""/>
<data type="int" name="s_2_1" format="signed" len="4" display=""/>
<data type="int" name="s_3_1" format="signed" len="4" display=""/>
<data type="int" name="s_4_1" format="signed" len="4" display=""/>
<data type="int" name="s_1_2" format="signed" len="4" display=""/>
<data type="int" name="s_2_2" format="signed" len="4" display=""/>
<data type="int" name="s_3_2" format="signed" len="4" display=""/>
<data type="int" name="s_4_2" format="signed" len="4" display=""/>
<data type="int" name="s_1_3" format="signed" len="4" display=""/>
<data type="int" name="s_2_3" format="signed" len="4" display=""/>
<data type="int" name="s_3_3" format="signed" len="4" display=""/>
<data type="int" name="s_4_3" format="signed" len="4" display=""/>
</struct>
</define_struct>
<define_struct type_name="Vertices" comment="" expr="">
<struct name="vertice_header" type_name="" comment="" expr="">
<data type="int" name="block_size" len="4" format="unsigned" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="data_offset" len="4" format="unsigned" display=""/>
<data type="int" name="string_offset" len="4" format="unsigned" display=""/>
<data type="int" name="ID" len="4" format="unsigned" display=""/>
<data type="int" name="isXYZ" len="4" format="unsigned" display=""/>
<data type="int" name="type" len="4" format="unsigned" display=""/>
<data type="int" name="modifier" len="1" format="unsigned" display=""/>
<data type="int" name="entry_stride" len="1" format="unsigned" display=""/>
<data type="int" name="num_vertices" len="2" format="unsigned" display=""/>
<if test="isXYZ == 1" comment="">
<use_struct name="bounds" expr="" type_name="bounds" comment=""/>
</if>
</struct>
<data type="string" name="vertices" len="vertice_header.entry_stride * vertice_header.num_vertices" format="default" display="vert structures" comment="I could've put a 'FOR' here,
but it'd take too long when loading the file"/>
<data type="none" name="pad" len="vertice_header.block_size - (vertice_header.entry_stride*vertice_header.num_vertices) - vertice_header.data_offset"/>
</define_struct>
<define_struct type_name="Normals" comment="" expr="">
<struct name="normal_header" type_name="" comment="" expr="">
<data type="int" name="block_size" len="4" format="unsigned" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="data_offset" len="4" format="unsigned" display=""/>
<data type="int" name="string_offset" len="4" format="unsigned" display=""/>
<data type="int" name="ID" len="4" format="unsigned" display=""/>
<data type="int" name="isXYZ" len="4" format="unsigned" display=""/>
<data type="int" name="type" len="4" format="unsigned" display=""/>
<data type="int" name="modifier" len="1" format="unsigned" display=""/>
<data type="int" name="entry_stride" len="1" format="unsigned" display=""/>
<data type="int" name="num_normals" len="2" format="unsigned" display=""/>
<if test="isXYZ == 1" comment="">
<use_struct name="bounds" expr="" type_name="bounds" comment=""/>
</if>
</struct>
<data type="string" name="normals" format="default" display="normal structures" len="normal_header.entry_stride*normal_header.num_normals" comment="I could've put a 'FOR' here,
but it'd take too long when loading the file"/>
<data type="none" name="pad" len="normal_header.block_size - (normal_header.entry_stride*normal_header.num_normals) - normal_header.data_offset"/>
</define_struct>
<define_struct type_name="Colors" comment="" expr="">
<struct name="color_header" type_name="" comment="" expr="">
<data type="int" name="block_size" len="4" format="signed" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="data_offset" len="4" format="signed" display=""/>
<data type="int" name="string_offset" len="4" format="signed" display=""/>
<data type="int" name="ID" len="4" format="signed" display=""/>
<data type="int" name="isRGBA" len="4" format="signed" display=""/>
<data type="int" name="type" len="4" format="signed" display=""/>
<data type="int" name="entry_stride" len="1" format="signed" display=""/>
<data type="int" name="modifier" len="1" format="signed" display=""/>
<data type="int" name="num_colors" len="2" format="signed" display=""/>
</struct>
<for name="color" count="color_header.num_colors || color_header.num_colors - 1" stop_test="color_header.num_colors == 0" type_name="" comment="">
<data type="none" name="color" len="color_header.entry_stride"/>
</for>
<data type="none" name="pad" len="color_header.block_size - (color_header.num_colors*color_header.entry_stride) - 32"/>
</define_struct>
<define_struct type_name="UV_Points" comment="" expr="">
<struct name="UV_header" type_name="" comment="" expr="">
<data type="int" name="block_size" len="4" format="unsigned" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="data_offset" len="4" format="unsigned" display=""/>
<data type="int" name="string_offset" len="4" format="unsigned" display=""/>
<data type="int" name="ID" len="4" format="unsigned" display=""/>
<data type="int" name="isXY" len="4" format="unsigned" display=""/>
<data type="int" name="type" len="4" format="unsigned" display=""/>
<data type="int" name="modifier" len="1" format="unsigned" display=""/>
<data type="int" name="entry_stride" len="1" format="unsigned" display=""/>
<data type="int" name="num_UVs" len="2" format="unsigned" display=""/>
<if test="isXY == 1" comment="">
<struct name="bounds" expr="" type_name="" comment="">
<data type="int" name="min_X" format="unsigned" len="4" display=""/>
<data type="int" name="min_Y" format="unsigned" len="4" display=""/>
<data type="int" name="max_X" format="unsigned" len="4" display=""/>
<data type="int" name="max_Y" format="unsigned" len="4" display=""/>
<data type="none" name="pad" len="16"/>
</struct>
</if>
</struct>
<data type="string" name="UVs" len="UV_header.entry_stride * UV_header.num_UVs" format="default" display="uv structures" comment="I could've put a 'FOR' here,
but it'd take too long when loading the file"/>
<data type="none" name="pad" len="UV_header.block_size - (UV_header.entry_stride*UV_header.num_UVs) - UV_header.data_offset"/>
</define_struct>
<define_struct type_name="Shaders" comment="" expr="">
<struct name="header" type_name="" comment="" expr="">
<data type="int" name="block_size" len="4" format="unsigned" display=""/>
<data type="int" name="MDL0_offset" len="4" format="signed" display=""/>
<data type="int" name="string_offset" len="4" format="unsigned" display=""/>
<data type="int" name="ID" len="4" format="unsigned" display=""/>
<data type="int" name="unk1" len="4" format="unsigned" display=""/>
<data type="int" name="textures" len="1" format="unsigned" display=""/>
<data type="int" name="num_layers" len="1" format="unsigned" display=""/>
<data type="int" name="Flag3" len="1" format="unsigned" display=""/>
<data type="int" name="Flag4" len="1" format="unsigned" display=""/>
<data type="int" name="type" len="4" format="unsigned" display=""/>
<data type="int" name="Flag5" len="1" format="unsigned" display=""/>
<data type="int" name="Flag6" len="1" format="unsigned" display=""/>
<data type="int" name="Flag7" len="1" format="unsigned" display=""/>
<data type="int" name="Flag8" len="1" format="unsigned" display=""/>
<data type="int" name="unk3" format="unsigned" len="4" display=""/>
<data type="int" name="unk4" format="signed" len="4" display=""/>
<data type="int" name="material_offset" format="signed" len="4" display=""/>
<data type="int" name="num_textures" format="signed" len="4" display=""/>
<data type="int" name="textures_offset" format="signed" len="4" display=""/>
<data type="int" name="P4_offset" format="signed" len="4" display=""/>
<data type="int" name="P5_offset" format="signed" len="4" display=""/>
<data type="int" name="P6_offset" format="signed" len="4" display=""/>
</struct>
<jump offset="header.material_offset+(header.MDL0_offset*-1)" comment="" origin="start">
<use_struct name="Material_Reference" expr="" type_name="Materials" comment=""/>
</jump>
<if test="header.textures_offset != 0" comment="">
<jump offset="header.textures_offset+(header.MDL0_offset*-1)" comment="" origin="start">
<for name="texture" count="header.textures || header.textures -1" stop_test="header.textures == 0" type_name="" comment="">
<struct name="texture" type_name="" comment="" expr="{this.offset_name.name}">
<data type="int" name="string_offset" format="signed" len="4" display=""/>
<data type="int" name="pad" len="4" format="signed" display=""/>
<data type="int" name="unk1" format="signed" len="4" display=""/>
<data type="int" name="unk2" format="signed" len="4" display=""/>
<data type="int" name="unk3" format="signed" len="4" display=""/>
<data type="int" name="unk4" format="signed" len="4" display=""/>
<data type="int" name="layerID1" format="signed" len="4" display=""/>
<data type="int" name="layerID2" format="signed" len="4" display=""/>
<data type="int" name="unk5" format="signed" len="4" display=""/>
<data type="int" name="unk6" format="signed" len="4" display=""/>
<data type="int" name="float" format="unsigned" len="4" display=""/>
<data type="int" name="unk7" format="signed" len="4" display=""/>
<data type="int" name="unk8" format="signed" len="4" display=""/>
<jump offset="string_offset -53" comment="" origin="current">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</jump>
</if>
<if test="header.P4_offset != 0" comment="">
<jump offset="header.P4_offset+(header.MDL0_offset*-1)" comment="" origin="start">
<struct name="P4" type_name="" comment="" expr="">
<data type="int" name="tmp" format="signed" len="4" display=""/>
</struct>
</jump>
</if>
<if test="header.P5_offset != 0" comment="">
<jump offset="header.P5_offset+(header.MDL0_offset*-1)" comment="" origin="start">
<struct name="P5" type_name="" comment="" expr="">
<data type="none" name="tmp" len="384"/>
</struct>
</jump>
</if>
<if test="header.P6_offset != 0" comment="">
<jump offset="header.P6_offset+(header.MDL0_offset*-1)" comment="" origin="start">
<struct name="P6" type_name="" comment="" expr="">
<data type="none" name="tmp" len="384"/>
</struct>
</jump>
</if>
</define_struct>
<define_struct type_name="Materials" comment="" expr="">
<struct name="header" type_name="" comment="" expr="">
<data type="int" name="block_length" format="signed" len="4" display=""/>
<data type="int" name="MDL0_offset" format="signed" len="4" display=""/>
<data type="int" name="ID" format="signed" len="4" display=""/>
<data type="int" name="unk" format="unsigned" len="1" display=""/>
</struct>
<data type="none" name="tmp" len="header.block_length - 13"/>
</define_struct>
<define_struct type_name="Polygons" comment="" expr="">
<struct name="header" type_name="" comment="" expr="">
<data type="none" name="tmp" len="4"/>
</struct>
</define_struct>
<define_struct type_name="Textures" comment="" expr="">
<data type="int" name="textures" format="signed" len="4" display=""/>
<for name="texture" count="textures || textures - 1" stop_test="textures == 0" type_name="" comment="">
<struct name="texture" type_name="" comment="" expr="X: {this.X}, Y: {this.Y}">
<data type="int" name="X" format="unsigned" len="4" display=""/>
<data type="int" name="Y" format="unsigned" len="4" display=""/>
</struct>
</for>
</define_struct>
<define_struct type_name="Pallets" comment="" expr="">
<data type="int" name="pallets" format="signed" len="4" display=""/>
<for name="pallet" count="pallets || pallets - 1" stop_test="pallets == 0" type_name="" comment="">
<struct name="texture" type_name="" comment="" expr="X: {this.X}, Y: {this.Y}">
<data type="int" name="X" format="unsigned" len="4" display=""/>
<data type="int" name="Y" format="unsigned" len="4" display=""/>
</struct>
</for>
</define_struct>
<struct name="header" type_name="" comment="" expr="">
<data type="string" name="magic" len="4" format="ascii" display=""/>
<data type="int" name="filesize" format="unsigned" len="4" display=""/>
<data type="int" name="sections" format="unsigned" len="4" display=""/>
<data type="int" name="nodes" format="signed" len="4" display=""/>
<struct name="lists" type_name="" comment="" expr="">
<data type="int" name="Definitions" format="unsigned" len="4" display=""/>
<data type="int" name="Bones" format="unsigned" len="4" display=""/>
<data type="int" name="Vertices" format="unsigned" len="4" display=""/>
<data type="int" name="Normals" format="unsigned" len="4" display=""/>
<data type="int" name="Colors" format="unsigned" len="4" display=""/>
<data type="int" name="UV_Points" format="unsigned" len="4" display=""/>
<data type="int" name="Shaders" format="unsigned" len="4" display=""/>
<data type="int" name="Materials" format="unsigned" len="4" display=""/>
<data type="int" name="Polygons" format="unsigned" len="4" display=""/>
<data type="int" name="Textures" format="unsigned" len="4" display=""/>
<data type="int" name="Pallets" format="unsigned" len="4" display=""/>
</struct>
<data type="int" name="name_offset" format="unsigned" len="4" display=""/>
<data type="int" name="header_len" format="unsigned" len="4" display=""/>
<data type="int" name="header_offset" format="signed" len="4" display=""/>
<data type="int" name="unk1" format="unsigned" len="4" display=""/>
<data type="int" name="unk2" format="unsigned" len="4" display=""/>
<data type="int" name="num_verticies" format="unsigned" len="4" display=""/>
<data type="int" name="num_faces" format="unsigned" len="4" display=""/>
<data type="int" name="unk3" format="unsigned" len="4" display=""/>
<data type="int" name="num_nodes" format="unsigned" len="4" display=""/>
<data type="int" name="version" format="unsigned" len="4" display=""/>
<data type="int" name="unk4" format="unsigned" len="2" display=""/>
<data type="int" name="unk5" format="unsigned" len="2" display=""/>
<struct name="bounds" type_name="" comment="" expr="">
<data type="int" name="min_X" format="unsigned" len="4" display=""/>
<data type="int" name="min_Y" format="unsigned" len="4" display=""/>
<data type="int" name="min_Z" format="unsigned" len="4" display=""/>
<data type="int" name="max_X" format="unsigned" len="4" display=""/>
<data type="int" name="max_Y" format="unsigned" len="4" display=""/>
<data type="int" name="max_Z" format="unsigned" len="4" display=""/>
</struct>
</struct>
<jump offset="header.nodes * -1" comment="" origin="start">
<struct name="nodes" type_name="" comment="" expr="">
<data type="int" name="num_nodes" format="signed" len="4" display=""/>
<for name="node" count="num_nodes || num_nodes - 1" stop_test="num_nodes == 0" type_name="" comment="">
<data type="int" name="node" format="signed" len="4" display=""/>
</for>
</struct>
</jump>
<if test="header.lists.Definitions != 0" comment="">
<jump offset="header.lists.Definitions" comment="" origin="start">
<struct name="Definitions" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Definitions" comment="" origin="start">
<use_struct name="Definitions" expr="" type_name="Definitions" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Definitions - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Bones != 0" comment="">
<jump offset="header.lists.Bones" comment="" origin="start">
<struct name="Bones" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Bones" comment="" origin="start">
<use_struct name="Bone_data" expr="" type_name="Bones" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Bones - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Vertices != 0" comment="">
<jump offset="header.lists.Vertices" comment="" origin="start">
<struct name="Vertices" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Vertices" comment="" origin="start">
<use_struct name="Vertices" expr="" type_name="Vertices" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Vertices - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Normals != 0" comment="">
<jump offset="header.lists.Normals" comment="" origin="start">
<struct name="Normals" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Normals" comment="" origin="start">
<use_struct name="Normals" expr="" type_name="Normals" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Normals - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Colors != 0" comment="">
<jump offset="header.lists.Colors" comment="" origin="start">
<struct name="Colors" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Colors" comment="" origin="start">
<use_struct name="Colors" expr="" type_name="Colors" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Colors - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.UV_Points != 0" comment="">
<jump offset="header.lists.UV_Points" comment="" origin="start">
<struct name="UV_Points" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.UV_Points" comment="" origin="start">
<use_struct name="UV_Points" expr="" type_name="UV_Points" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.UV_Points - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Shaders != 0" comment="">
<jump offset="header.lists. Shaders" comment="" origin="start">
<struct name="Shaders" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Shaders" comment="" origin="start">
<use_struct name="Shaders" expr="" type_name="Shaders" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Shaders - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Materials != 0" comment="">
<jump offset="header.lists.Materials" comment="" origin="start">
<struct name="Materials" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Materials" comment="" origin="start">
<use_struct name="Materials" expr="" type_name="Materials" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Materials - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Polygons != 0" comment="">
<jump offset="header.lists.Polygons" comment="" origin="start">
<struct name="Polygons" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Polygons" comment="" origin="start">
<use_struct name="Polygons" expr="" type_name="Polygons" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Polygons - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Textures != 0" comment="">
<jump offset="header.lists.Textures" comment="" origin="start">
<struct name="Textures" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Textures" comment="" origin="start">
<use_struct name="Textures" expr="" type_name="Textures" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Textures - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<if test="header.lists.Pallets != 0" comment="">
<jump offset="header.lists.Pallets" comment="" origin="start">
<struct name="Pallets" type_name="" comment="" expr="">
<use_struct name="relocation_group" expr="" type_name="relocation_group" comment=""/>
<for name="data" count="relocation_group.num_offsets || relocation_group.num_offsets - 1" stop_test="relocation_group.num_offsets == 0" type_name="" comment="">
<struct name="data" type_name="" comment="" expr="{this.offset_name.name}">
<use_struct name="relocation_offset" expr="" type_name="relocation_offset" comment=""/>
<jump offset="relocation_offset.data_offset + header.lists.Pallets" comment="" origin="start">
<use_struct name="Pallets" expr="" type_name="Pallets" comment=""/>
</jump>
<jump offset="relocation_offset.string_offset + header.lists.Pallets - 1" comment="" origin="start">
<use_struct name="offset_name" expr="" type_name="offset_name" comment=""/>
</jump>
</struct>
</for>
</struct>
</jump>
</if>
<data type="none" name="none"/>
</binary_file_format>


enjoy ;)