pretty much makes it faster, and buffer is now clumped together with all vertex data, since the other bytes from the normals, uv and colour information adds up, and since they don't change, this makes sense, at least to me.
Now that I've used the reference client to generate some glTF files, I've learned what I was doing wrong.
to be honest, rotating on X wasn't my first thought either.
Turns out the whole colour thing was because of colour spaces. I feel like I'm going to have a distaste for those in the future.
Has a few bugs, however:
* Doesn't support textures.
* Exports upside down, and attempting to fix it inverts geometry.
This is probably my last commit to this project from amaryllis.
At least for a while.
Also add helpers to exports (uncompress and bgr2rgb functions)
Still stuck on the whole oversaturation thing.
Considering writing something to convert icon objects to a more usable model format.
caveat: some icons aren't meant to do this and will be over-saturated. Some icons are meant to over-saturate, but I don't mind that as much as the one's that aren't. The criteria that allows this is unknown to me.
Long version:
Putting an SPS|XPS into the PSU input would read as if the file was very long, so added a 127-file limit (I think this is reasonable) to prevent prolonged stalling.
Added SPS|XPS support to the library, which is the third most common contained format besides PSU and PSV.
Updated demos.
Technical changes:
removed unused u16le definition from readEntryBlock(), since permissions are better read as a u32 instead
added PSV and SPS|XPS reader functions to c6 exports, since I forgot in 0.3.4
moved some stuff around in HTML demo, especially the old raw icon.sys and icon input boxes, since I'm finding parsing a collection of files more useful then the actual standalone files themselves.
HTML-demo: added an "show advanced options" checkbox that unhides features deemed too niche for conventional use
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