Before this change, the timestamps output from composition playback is offset
with the renderer offset. After this change, the offset is removed and the
timestamp behaviour converges with Transformer, that is, the timestamps of
video/images frames will follow that of the composition. For example, with a
composition of two 10-s items, clipping the first with 2s at the start, the
timestamp of the first frame in the second item, will be 8s.
PiperOrigin-RevId: 641121358
Add SeparableConvolution.configure(inputSize) to allow effect configuration
depending on input dimensions.
Add LanczosResample.scaleToFit method to scale input images to fit inside
given dimensions.
PiperOrigin-RevId: 640498008
Switch from 4-channel RGBA_16F lookup texture to 1-channel R_16F.
Do not use a bitmap when creating the lookup table texture.
Instead, fill the texture directly.
Do not manually convert 32-bit float to 16-bit. Instead, let OpenGL
libraries do this for us.
PiperOrigin-RevId: 639717235
Degammaing has been removed in cb4b2ea55c. The goldens for
TransformerHdrTest (previously TransformerSequenceEffectTestWithHdr)
were not regenerated because the test wasn't running due to its name
(fixed in e41a966237).
PiperOrigin-RevId: 638645635
Add DefaultVideosFrameProcessor experimental flag that controls
whether input Bitmaps are sampled once for a repeating sequence of
output frames with the same contents, or once for each output frame.
PiperOrigin-RevId: 637921350
Only sample from input bitmap when the input image has changed.
Introduce GainmapShaderProgram.newImmutableBitmap API that signals
input bitmap changes to GainmapShaderProgram (DefaultShaderProgram).
PiperOrigin-RevId: 637920207
PQ and HLG have different luminance ranges (max 10k nits and max 1k nits resp). In GL, colors work in a normalised 0 to 1 scale, so for PQ content, 1=10k nits and and for HLG content, 1=1k nits.
This cl scales and normalises PQ content appropriately so that all HDR content works in the HLG luminance range. This fixes two things
1. Conversions between HLG and PQ are "fixed" (before the output colors looked too bright or too dark depending on which way you are converting)
2. color-altering effects will be able to work consistently across HLG and PQ content
1 is tested in this cl. 2 will be tested when ultra HDR overlays are implemented, both cases have been manually tested to ensure the output looks correct on a screen.
PiperOrigin-RevId: 636851701
Remove redundant test logic to add file size to ExportResult because
the file size is already added to export result as part of an export
finishing.
PiperOrigin-RevId: 636499236
Fragment shaders in OpenGL ES shader language aren't guaranteed
to support highp, required to correctly represent pixel coordinates
inside large images (e.g. 1920x1080).
This change moves coordinate mirroring for images out of fragment shader.
Fixes http://Issue: androidx/media#1331
PiperOrigin-RevId: 635732208
If MediaCodec allocates passes an image buffer with a cropped region,
SurfaceTexture.getTransformMatrix will cut off 2 pixels from each dimensions.
The resulting videos will appear a little stretched.
This patch inspects the SurfaceTexture transform matrix, and guesses what the
unscaled transform matrix should be.
Behind experimentalAdjustSurfaceTextureTransformationMatrix flag
PiperOrigin-RevId: 635721267
For each item, AudioGraphInput now pads the input audio track with silence
to the duration given in onMediaItemChanged.
Possibly resolves Issue: androidx/media#921 .
PiperOrigin-RevId: 634753721
This class is not ready for production app usage yet, so it is still
marked `@RestrictTo(LIBRARY_GROUP)` for now. Apps can experiment with it
in a non-prod context by suppressing the associated lint error.
* Issue: androidx/media#1014
* Issue: androidx/media#1185
* Issue: androidx/media#816
PiperOrigin-RevId: 633921353
The process crashes unexpectedly on these devices.
The new changes skips running these tests instead of marking them pass, when
the device needs to be skipped.
PiperOrigin-RevId: 633183638
Two devices were producing B-frames earlier and were causing
frame mismatch. So we had added a workaround for them.
Those devices does not produce B-frames now
after disabling high profile on them, so we don't need workaround now.
PiperOrigin-RevId: 633127755
Use different textures in calls to queueInputTexture(). Allows the texture to be deleted one it is used in transformer and effect.
PiperOrigin-RevId: 632430866
After this CL, DVFP waits for flushing until all frames registered previously
arrives.
Previously, ETM records the difference between the number of registered frames,
and the number of frames arrivd on the SurfaceTexture, when flushing. (Note
that ETM is flushed the last in the chain, as flushing is done backwards from
FinalShaderProgramWrapper). ETM then waits until the number of frames arrive
after flush.
The normal flow is, MediaCodecVideoRenderer (MCVR) registers a new decoded
frame, in `processOutputBuffer()` to DVFP, MCVR call `codec.releaseOutputBuffer()`
to have MediaCodec render the frame, and then the frame arrives in DVFP's ETM.
However there might be a discrepancy. When registering the frame, ETM records
the frame on the calling thread, ~instantly. Later when the rendered frame
arrive, ETM records a frame is available on the task executor thread (or
commonly known as the GL thread). More specifically, when a frame arrives
in `onFrameAvailableListener`, ETM posts all subsequent processing to
the task executor. When seeking, the task executor is flushed as the first
step. It might be a frame that has already arrived on ETM, and the processing
of such frame has already been queued into the task executor; only to be
flushed as a result of flushing the task executor. If this happens, the frame
is considered to be never have arrived. This causes a freeze on the app,
because ETM'll wait until this frame arrives to declare flushing has completed.
PiperOrigin-RevId: 631524332
The second stage of the changes remove the conversion to linear colors in the SDR effects pipeline by default.
also resolves Issue: androidx/media#1050
PiperOrigin-RevId: 630108296
Also adds first frame rendered test for playing back compositions.
- This test checks the output pixels using an `ImageReader` to retrieve the
output bitmap
PiperOrigin-RevId: 630100817
Part of a two stage change to remove the conversion to linear colors in the SDR effects pipeline by default. Changes the boolean to an intdef, introducing a third option that gets all sdr input into the same colorspace.
This is a planned API breaking change, but this change should not change the behavior of the pipeline.
PiperOrigin-RevId: 629013747
also makes the setter more flexible by ignoring the value of the setter when the output is hdr rather than throwing (since all HDR content must be have a linear color space)
PiperOrigin-RevId: 627388436
Instead of initializing the video sink outside the renderer with an
empty format for composition preview, we initialize it in the renderer
with the input format for video.
PiperOrigin-RevId: 627313708
