The current flag did not work because float shader flags are not
supported. It was also not very useful because it was per-shader
and did not use the alpha cutoff property of glTF materials.
Instead, let's turn the shader flag into an enable/disable boolean,
and add a scalar material property named "alphacutoff" that gets
read by the glTF importer.
When the alphaCutoff flag is enabled, the material property will be
compared against the pixel's alpha value to decide whether it should
get discarded.
- Previously, animate was converting from oculus basis to lovr basis.
- Not all hand models are animated.
- Instead, apply the compensation in newModel.
- This means that both animated and non-animated models have correct orientation.
- Verified that regular getPose is returning correct rotation as well.
Audio currently stutters on the wasm build. It is much more severe
in Chrome than in Firefox (very rare/subtle in Firefox). miniaudio
is currently using ScriptProcessorNode, which is deprecated because
it processes audio on the main thread. There's a new API that lets
you programmatically process audio on a thread called AudioWorklet,
but it's hella complicated. miniaudio doesn't want to support this
because it's complicated and requires a separate JavaScript request
but it seems like it would be possible to work around using a Blob.
In the meantime, miniaudio bumps up the buffer size on WebAudio, so
let's just use that in hope that it helps.
- Sources without converters always read into the beginning of the
raw buffer, overwriting previous frames if the source was rewound
due to looping. This resulted in an audible click whenever the
source was rewound.
- After looping, Sources without converters would try to read too
many frames -- they would read a full buffer instead of only the
necessary number of frames.
- A list or map of effects can be provided to newSource.
- false can be used to bypass effects.
- All effects are enabled by default.
- Occlusion-y effects should only take effect when setGeometry is called
- Spatializer is responsible for ensuring this.
ODE errors, debugs and messages are redirected into LOVR's log system
by a callback mechanism for each.
The ODE submodule is updated to revision that does not crash when error
or debug occurs.