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[BlackJax96]

NOTE: This thread is no longer updated as of 1/1/2014!
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[Eternal Yoshi]

I'm pretty sure we would have to define EVERYTHING in .mdl0 first.
SO start there.

[BlackJax96]

Yep, I'm looking for offsets for everything now.
I'm going to update the main post as things progress.

[TheShyGuy]

lol if you need info on mdl0 ..look at the bone tree editor thread and material collab...tcll is doing mostly everything. He made a template which has lots of offsets done

[BlackJax96]

Awesome.

[DarkPikachu]

here: ^_^

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>



you'll need HexEdit for this to work...
http://www.smashboards.com/showpost.php?p=11656041&postcount=2778

copy the template, and paste it in:
C:\Documents and Settings\*user*\Application Data\ECSoftware\HexEdit\_mdl0.xml
and open an mdl0 file in HexEdit...

now, the template doesn't initiate automatically :/
when you open the mdl0,
go to 'view'-'template'-'split window'
and be sure to turn the auto sync on as well (looks like 3 red arrows "back, forth, back")

also, be sure to R-Click 'MDL0' and click 'Allow Editing'.
(it takes a while to load, but there's no errors with it this way)

heh...
the more help I get in learning the format, the faster I'll be able to build a 2-way (complete) converter. :D
Will's is uncomplete, but returns a working mesh (verts, normals, uv's, and faces)
AIS returns alot more, but is glitchy and still doesn't cover everything.

also...
dae is ascii (text)
mdl0 is binary (hex)

I'm trying to convert between collada 140 and 141

glad to have some help :D
FINALLY

there's currently alot to be known before a perfect mdl0 can be written from scratch...

also, I have the AIS src...
but... I can't read C codes :/
I progg in Py, or HTML/JS >_>

[BlackJax96]

I know a little C#, or is AiS in C/C++? I have a couple friends who are good at C/C++ coding too. ;)

I have no clue how the daes are made, but I do know that they are in ascii (xml), and I'm pretty good with looking over binary. I think I found a thread somewhere that listed all the parts of an mdl0, I'll try to find it

[DarkPikachu]

I know a little C#, or is AiS in C/C++? I have a couple friends who are good at C/C++ coding too. ;)

nice :D
here's the src: http://www.filefactory.com/file/b29fah4/n/ais_rar
took me FOREVER to find btw D:>

I have no clue how the daes are made, but I do know that they are in ascii (xml), and I'm pretty good with looking over binary. I think I found a thread somewhere that listed all the parts of an mdl0, I'll try to find it

ah... I see...
do you have any 140 or 141 files that import perfectly into blender??
I need a template to tell me how it works :/
140 has a VGroup prob, and 141 has a UV and bone prob on my end...
can't build a template out of files that don't work :/

I could look online too, so it's ok if you don't have any ;)

and yea, can't wait for that thread :D
*waits patiently* :P

[BlackJax96]

I have blender, but it never works properly for me... I use 3ds max 8 and 2010 instead. I just tried to import a dae into it, and 1.4 had a script error :(

I couldn't find the exact thread, but Brawlbox does have a file for mdl0s, it's in C#:
http://code.google.com/p/brawltools/source/browse/trunk/BrawlLib/SSBB/Types/MDL0.cs

I'll take a look at the AiS source.

[DarkPikachu]

heh...
can't afford 3DS and don't wanna deal with dreaded blue screen again
here I thought 3DS was good, but after it destroyed my cpu twice... yea...

btw, I've got a copy of every src from brbx saved...

brawllib contains the structures... (I can read vars) :P

EDIT:
well today was kinda a blowoff day for me :P
I'm not getting help with either of the MDL0 or DAT formats... DX
so I've been on YT and random sites, just doin... stuff...

[BlackJax96]

You dont happen to have a file called Dae.h, do you? I need it to build the source :-\

Lately I've been working on Nel.
...and trying to convert a model I have in PMD and X format to any other format that's importable with 3ds max... no luck yet with that, I've tried everything :notimp:

[DarkPikachu]

You dont happen to have a file called Dae.h, do you? I need it to build the source :-\

lol...
I just deleted it (the entire DOM) XD
I'll retrieve it right now

Lately I've been working on Nel.
...and trying to convert a model I have in PMD and X format to any other format that's importable with 3ds max... no luck yet with that, I've tried everything :notimp:

O.O did you say PMD...
there's a blender importer for that you know...
it may, or may not work for your file :/

roo525 wanted me to import a pmd of Flandre

[BlackJax96]

Like I said, blender is stupid for me :( I got a script error importing it, I think I have to switch Blender to Japanese but I have no clue how to do that 0_o figured out how to switch it, but I still get an error  >:(

Could you try and export it as a DAE for me? lol and thanks for getting dae.h for me

It's Yoko Littner
http://www.mediafire.com/?kekova24i5nei61

[DarkPikachu]

KK...
here's dae.h:

Code Select Expand

/*
* Copyright 2006 Sony Computer Entertainment Inc.
*
* Licensed under the MIT Open Source License, for details please see license.txt or the website
* http://www.opensource.org/licenses/mit-license.php
*
*/

#ifndef __DAE__
#define __DAE__

// We use the boost filesystem library for cross-platform file system support. You'll need
// to have boost on your machine for this to work. For the Windows build boost is provided
// in the external-libs folder, but for Linux it's expected that you'll install a boost
// obtained via your distro's package manager. For example on Debian/Ubuntu, you can run
//   apt-get install libboost-filesystem-dev
// to install the boost filesystem library on your machine.
//
// Disable the warnings we get from Boost
// warning C4180: qualifier applied to function type has no meaning; ignored
// warning C4245: 'argument' : conversion from 'int' to 'boost::filesystem::system_error_type',
//   signed/unsigned mismatch
#ifdef _MSC_VER
#pragma warning(push)
#pragma warning(disable: 4180 4245)
#endif
#ifndef NO_BOOST
#include <boost/filesystem/convenience.hpp>       // THIS WAS NOT COMMENTED.
#endif
#ifdef _MSC_VER
#pragma warning(pop)
#endif

#include <dae/daeTypes.h>
#include <dae/daeError.h>
#include <dae/daeDatabase.h>
#include <dae/daeIOPlugin.h>
#include <dae/daeAtomicType.h>
#include <dae/daeMetaElement.h>
#include <dae/daeIDRef.h>
#include <dae/daeURI.h>
#include <dae/daeUtils.h>
#include <dae/daeRawResolver.h>
#include <dae/daeSIDResolver.h>

class domCOLLADA;
typedef daeSmartRef<domCOLLADA> domCOLLADARef;
class daeDatabase;

// The DAE class is the core interface via which you interact with the DOM. It
// has methods to load/save documents, get the root element of each document,
// etc. Although internally the DOM works exclusively with URIs, the methods of
// the DAE class that take document paths can take URIs or OS-specific file
// paths.
class DLLSPEC DAE
{
public:
// Constructor. If no database or IO plugin are provided, a default database and
// IO plugin will be used.
DAE(daeDatabase* database = NULL, daeIOPlugin* ioPlugin = NULL)
  : atomicTypes(*this),
    baseUri(*this, cdom::getCurrentDirAsUri().c_str())
{
// See the end of the thread linked below for an explanation of why we have the DAE
// constructor set up this way. Basically, I'm going to be changing the build output
// location, and when this happens people sometimes continue to link against the old
// libraries by accident (e.g. if they just do an svn update). By introducing a new
// function that gets called from a function in a header file, I'm ensuring that someone
// who tries linking against old libraries will get a link error. This may not sound
// very nice, but it's certainly better than getting bizarre runtime crashes.
// https://collada.org/public_forum/viewtopic.php?t=771&sid=f13c34f2d17ca720c5021bccbe5128b7
init(database, ioPlugin);
dummyFunction1();
}

virtual ~DAE();

// Release all memory used by the DOM. You never need to call this explicitly. It's
// called automatically when all DAE objects go out of scope.
    // Deletes directory returned by cdom::getSafeTmpDir().
static void cleanup();

public:
// Database setup
virtual daeDatabase* getDatabase();
virtual daeInt setDatabase(daeDatabase* database);

// IO Plugin setup
virtual daeIOPlugin* getIOPlugin();
virtual daeInt setIOPlugin(daeIOPlugin* plugin);

// Creates a new document, returning null on failure.
virtual domCOLLADA* add(const std::string& path);
// Opens an existing document, returning null on failure.
virtual domCOLLADA* open(const std::string& path);
// Opens a document from memory, returning null on failure.
virtual domCOLLADA* openFromMemory(const std::string& path, daeString buffer);
// Write a document to the path specified by the document's URI, returning false on failure.
virtual bool write(const std::string& path);
// Write a document to the path specified in the second parameter, returning false on failure.
virtual bool writeTo(const std::string& docPath, const std::string& pathToWriteTo);
// Writes all documents, returning false if any document failed to write.
virtual bool writeAll();
// Close a specific document, unloading all memory used by the document. Returns false on failure.
virtual void close(const std::string& path);
// Remove all loaded documents. Always returns DAE_OK.
virtual daeInt clear();

// Returns the total number of documents.
virtual int getDocCount();
// Returns the i'th document .
virtual daeDocument* getDoc(int i);
// Returns a document matching the path.
virtual daeDocument* getDoc(const std::string& path);

// Get the root domCOLLADA object corresponding to a particular document.
virtual domCOLLADA* getRoot(const std::string& path);
// Set the root domCOLLADA object corresponding to a particular document, returning false on failure.
virtual bool        setRoot(const std::string& path, domCOLLADA* root);

// Returns the Collada version, i.e. 1.4, 1.5, etc. Note that this _isn't_ the
// same as the DOM version (1.3, 2.0, ...).
virtual daeString getDomVersion();

// Returns the (modifiable) list of atomic type objects.
daeAtomicTypeList& getAtomicTypes();

// Get/set a daeMetaElement object given the meta object's type ID.
daeMetaElement* getMeta(daeInt typeID);
void setMeta(daeInt typeID, daeMetaElement& meta);

// Get all daeMetaElement objects.
daeMetaElementRefArray& getAllMetas();

// Returns the list of URI resolvers. You can modify the list to add new resolvers.
daeURIResolverList& getURIResolvers();

// The base URI used for resolving relative URI references.
daeURI& getBaseURI();
void setBaseURI(const daeURI& uri);
void setBaseURI(const std::string& uri);

// Returns the list of ID reference resolvers. You can modify the list to add new
// resolvers.
daeIDRefResolverList& getIDRefResolvers();

// Meant for internal DOM use only.
daeRawRefCache& getRawRefCache();
daeSidRefCache& getSidRefCache();

// These functions specify the client's character encoding for the DOM. The
// default is Utf8, but if you specify Latin1 then the DOM will use libxml's
// character conversion functions to convert to Utf8 when writing data and
// convert to Latin1 when reading data. This can help with the handling of
// non-ASCII characters on Windows. Only when using libxml for xml I/O does
// any character conversion occur.
//
// Most people can probably just ignore this completely. If you have trouble
// with non-ASCII characters on Windows, try setting the char encoding to
// Latin1 to see if that helps.
//
// Frankly this certainly isn't the best way of handling non-ASCII character
// support on Windows, so this interface is a likely target for significant
// changes in the future.
//
// See this Sourceforge thread for more info:
// http://sourceforge.net/tracker/index.php?func=detail&aid=1818473&group_id=157838&atid=805426
//
enum charEncoding {
Utf8,
Latin1
};

// Global encoding setting. Defaults to Utf8. Set this if you want to make a
// char encoding change and apply it to all DAE objects.
static charEncoding getGlobalCharEncoding();
static void setGlobalCharEncoding(charEncoding encoding);

// Local encoding setting. If set, overrides the global setting. Useful for setting
// a specific char encoding for a single DAE object but not for all DAE objects.
charEncoding getCharEncoding();
void setCharEncoding(charEncoding encoding);

// Deprecated. Alternative methods are given.
virtual daeInt load(daeString uri, daeString docBuffer = NULL); // Use open
virtual daeInt save(daeString uri, daeBool replace=true); // Use write
virtual daeInt save(daeUInt documentIndex, daeBool replace=true); // Use write
virtual daeInt saveAs(daeString uriToSaveTo, daeString docUri, daeBool replace=true); // Use writeTo
virtual daeInt saveAs(daeString uriToSaveTo, daeUInt documentIndex=0, daeBool replace=true); // Use writeTo
virtual daeInt unload(daeString uri); // Use close
virtual domCOLLADA* getDom(daeString uri); // use getRoot
virtual daeInt      setDom(daeString uri, domCOLLADA* dom); // use setRoot

private:
void init(daeDatabase* database, daeIOPlugin* ioPlugin);
void dummyFunction1();
std::string makeFullUri(const std::string& path);
domCOLLADA* openCommon(const std::string& path, daeString buffer);
bool writeCommon(const std::string& docPath, const std::string& pathToWriteTo, bool replace);

daeDatabase *database;
daeIOPlugin *plugin;
bool defaultDatabase;
bool defaultPlugin;
daeAtomicTypeList atomicTypes;
daeMetaElementRefArray metas;
daeURI baseUri;
daeURIResolverList uriResolvers;
daeIDRefResolverList idRefResolvers;
daeRawRefCache rawRefCache;
daeSidRefCache sidRefCache;

std::auto_ptr<charEncoding> localCharEncoding;
static charEncoding globalCharEncoding;
};


template <typename T>
inline T *daeSafeCast(daeElement *element)
{
if (element  &&  element->typeID() == T::ID())
return (T*)element;
return NULL;
}


#endif // __DAE_INTERFACE__

didn't feel like UL-ing it :P

[BlackJax96]

Still won't build

*cough*
#include <dae/daeTypes.h>
#include <dae/daeError.h>
#include <dae/daeDatabase.h>
#include <dae/daeIOPlugin.h>
#include <dae/daeAtomicType.h>
#include <dae/daeMetaElement.h>
#include <dae/daeIDRef.h>
#include <dae/daeURI.h>
#include <dae/daeUtils.h>
#include <dae/daeRawResolver.h>
#include <dae/daeSIDResolver.h>
#include <dom/domCOLLADA.h>
#include <dom/domProfile_COMMON.h>
*cough*

Need those .h files too >.> Might want to upload them lol