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This would be the easiest thing to do, probably. And it'd be the best looking too...
Blue Ribbon>Crown
No way, there's a reason King and Mango are so ****.Blue Ribbon>Crown
Making an entirely new model from scratch really isnt that hard. It takes me about 3 - 7 days (depending on its specs) of working hard to get a very nice model made (including rig, textures and everything).This would be the easiest thing to do, probably. And it'd be the best looking too...
...Unless someone actually wanted to make an entirely new model from scratch...
Exactly, but then how do we convert it.
Thanks, hope it works out, I'm not starting my free trial until the .dae to .mdl0 comes out.
{b} means bitwise operations must be done to get the data
{c #} means that the value is always constant (from my experience)
{u} means the value isn't used by SSBB and can be zeroed out
Positions, Normals, UVs:
0x00: Size of block [4]
0x04: Offset to MDL0 start [4]
0x08: Offset to data portion of the block [4]
0x0C: Pointer to name [4]
0x10: Number [4]
0x14: Is there a bounding box? (1 for yes) [4]
0x18: Type of data: [4]
0 = 8 bit unsigned int
1 = 8 bit signed int
2 = 16 bit unsigned int
3 = 16 bit signed int
4 = float
0x1C: Size of each element in the data portion [2]
0x1E: Number of elements in the data portion [2]
If there is a bounding box
0x20: Bounding box [0x20]
Data section:
0x00: Element data
Polygons
0x00: Size of block
0x04: Offset to MDL0 start [4]
0x08: The bone that controls this polygon (0xFFFFFFFF for multiple) [4]
0x0C: Data section format {b} [4]
0x10: Data section UV format {b} [4]
0x14: Unknown {c 0x15} [4]
0x18: Format of source section {b} [4]
0x1C: Format of UV source section {b} [4]
0x20: Pointer format list [4]
0x24: Length of data section [4]
0x28: Length of data section [4]
0x2C: Pointer to data section [4]
0x30: Data section format (doesn't include vertex weights) {b} [4]
0x34: Unknown {c 0} [4]
0x38: Offset to name [4]
0x3C: Number [4]
0x40: Unknown {u} [4]
0x44: Number of faces [4]
0x48: Number of the position array to be used [2]
0x4A: Number of the normal array to be used [2]
0x4C: Number of the 1st color array to be used [2]
0x4C: Number of the 2nd color array to be used [2]
0x50: Number of the 1st uv array to be used [2]
0x52: Number of the 2nd uv array to be used [2]
0x54: Number of the 3rd uv array to be used [2]
0x56: Number of the 4th uv array to be used [2]
0x58: Number of the 5th uv array to be used [2]
0x5A: Number of the 6th uv array to be used [2]
0x5C: Number of the 7th uv array to be used [2]
0x5E: Number of the 8th uv array to be used [2]
0x60: Unknown (Pointer here?) {c 0x64} [4]
0x64: Number weights applied to this polygon [4]
For as many weights as are applied:
0x00: Weight ID [2]
Format section:
0x02: Identifier {c 0x0850} [2]
0x04: Data section format {b} [4]
0x08: Identifier {c 0x0860} [2]
0x0A: Data section UV format {b} [4]
0x0E: Unknown {c 0x10000010} [4]
0x12: Unknown (Identifier?) {c 0x0800} [2]
0x14: Unknown {c 0x00001500} [4]
0x18: Identifier {c 0x0870} [2]
0x1A: Unknown (float) {c 0x41377009} [4]
0x1E: Identifier {c 0x0880} [2]
0x20: Unknown {c 0xc8241209} [4]
0x24: Identifier {c 0x0890} [2]
0x20: Unknown {c 0x04824120} [4]
Data section:
0x00: Element type
Element type 0x20:
0x00: Weight ID [2]
0x02: 0xb000 + 0x0c * active weights array index [2]
Element type 0x28:
0x00: Weight ID [2]
0x02: 0x8400 + 0x09 * active weights array index [2]
Element type 0x30:
0x00: Weight ID [2]
0x02: 0xb078 + 0x0c * active weights array index [2]
Element types 0x80 (quads), 0x90 (tris), 0x98 (tristrips), 0xa0 (trifans)
0x00: Number of vertecies [2]
Notes: the format for each vertex will be: weight, position, normal, color1, color2, UV1,
UV2, UV3, UV4, UV5, UV6, UV7, UV8. How long each part is is determined by the
format identifiers. In most cases of weights, the weight is found by subtracting 0x1e
then dividing by 0x303. This is an index to the active weights, and the weight applied
to the vertex is the weight ID stared at that index. If only one bone affects the
entire polygon, there will be no weight listed.
I thank you guys for working hard for this project.
Not in their T-Pose, but here's a pack that I put together with all of the character's .brres files with the ASH 3d Model Extractor.
What about those who don't have the iso on there computer?Or you can just extract the files using SSBExtract and the Williams converter yourself.... Or Pharrox's. I can't wait for this to come out
Hmm, I guess I didn't see that. Oh well, my bad.
Yeah I did a lot of work creating that.
This isn't a complete ISO, and its very loose. It's so far impossible to reconstruct an ISO with the files I gave them, it just has every useful file downloadable 1 by 1 from the data partition. IE, you can pirate much easier than finding what files I didn't give you, finding a completely separate and rare or impossible to find download, finding a way to compile files into an ISO that has never been done before, so writing your own program to compile an ISO, and doing that less than it takes to download 7.9 gigs from a torrent site. IE, its worthless to a pirater. Kinda the point why I made it so loose. I don't condone piracy.
For the sole purpose of custom material being created, and considering this copyrighted material is almost impossible to use without separate software, which can most easily be acquired by buying the game or by torrenting the game, neither of which I aide or endorse. I also have the upload very loose so it would take forever to download it all and then compile it, which is hard and not even practical, and I did not upload files so it would be missing files, IE, making a separate site required for Nintendo to lose money. There are much more efficient ways, including many torrents, to get this software free, and it requires outside sources to use this for Nintendo to lose money. Sound good??
Not in their T-Pose, but here's a pack that I put together with all of the character's .brres files with the ASH 3d Model Extractor.
Made for anyone who wants it: http://www.mediafire.com/?sharekey=decc58dfd48938bc0de4fc1039a01674e04e75f6e8ebb871
Edit: Turns out that the pack is sorta messed up. All files are in the "Brawl Models" folder except 3. I messed up when I was replacing some files and such and I'll probably fix this sometime in the future, but right now I can't. Just deal with it until I can bother fixing it
hmmm sure about that? it just works fine for me
Wonderful. Thanks so much for this. I only have 1 final question, is the UV data created from .UVW files that can be saved or from the data set to the model (i assumed they where the same, but i got mixed answers when i asked, some said i was right, some said i was wrong).
This is the best I can get in 3ds Max, in Maya it just crashes when I import with colladamaya.
How do I fix this?
This is metaknight.
Thanks for that but how do I convert them to dae format? Cheers
