Texturing is now automatic . Almost ready... still can't find weights or normals, but other than that it is ready to go....

There sure are a lot of link spammers around lately.

I am not quite done with the ripper yet.

By variations do you mean variations of crappy, half-ass implementations? Then yes, that's the one lol.

Wow, blender 2.61 crashes when trying to load that DAE and blender 2.59 loads it but doesn't load any textures. Man COLLADA support sucks everywhere.

Sure, here you go. Use the OpenCollada import.
http://www.mediafire.com/?2691p1oc5omk0wy

Hey guys, not good at MAX here, and my DAE code now only works with COLLADA importer from MAX so I'm forced now to use software I don't like. I have a ripper that exports models to DAE that only contains XYZ and UV data. Is there a way in MAX to make it compute smoothed vertex normals on import (as ...

b0ny wrote:

More detail! More detail! More detail!!!!!!!!!!!!

i wonder if this is the same guy that i was playing dead island with last night... the one who refused to skip the cutscenes.

lol, just load the u and v as signed 16-bit integers and use the following formula and voila!

yep yep yep, looks like the UVs are being wrapped around a little bit. It's funny though because it doesn't happen to all UVs in the same triangle group. For example, here is group #24 from Aya. For her bra, the bra is fine, but the straps are messed up! All I had to do to fix it so it looks like in...

Removing the second argument might work. I used 3.x. Sorry i had to temporarily give up on this one. The bone format was just strange. I may come back to it though after i finish up the easier ones.

You're genius ha ha ha! Gave me a good idea where to look. There was a part that I ignored that originally I thought was crap data. Not so! Right after the material section for pl_000_00, there is this data starting at 0x5E0, a sequence of unsigned short values. If you think of all data as shorts an...

Forgot to mention, when you display the material data without the bounding box data you get something like this: 0 6 1 face 0 0 0 0 6 4 1 eye 0 0 0 0 10 4 1 eye_ 0 0 0 0 14 4 1 eye_ 0 0 0 0 18 4 0 _mat 0 0 0 0 22 4 1 mout 0 0 0 0 26 4 1 wep_ 0 0 0 0 30 4 1 wep_ 0 0 0 0 34 4 1 body 0 0 0 0 38 4 0 _mu...

I didn't. I found material names (all names are 4 characters long) and I found the triangle groups section (how the index buffer is grouped). However, there usually are more groups than there are material names, and I couldn't find out how the groups are linked to the material names. So, in my model...