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This extends the denoiser to work for temporally scalable
coding.
I believe this also fixes a very rare but really bad bug in the original
implementation.
Change-Id: I8b3593a8c54b86eb76f785af1970935f7d56262a
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Preserved the prior names for compatibility, will remove in the future.
Change-Id: I8773f959ebce72f60168a2972f7a8ffe6642b9b2
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Fix code for following warnings:
-Wimplicit-function-declaration
-Wuninitialized
-Wunused-but-set-variable
-Wunused-variable
Change-Id: I2be434f22fdecb903198e8b0711255b4c1a2947a
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The 5-layer encode must have a keyframe every 16 frames.
The KF flag was being reset after the encode of the first
frame, which it should not do for the 5-layer case
(mode=6).
Change-Id: I207d6e689d347fe3fd1075b97a817e82f7ad53b9
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Added new 2 and 3 layer prediction frame patterns to
vp8_scalable_patterns.c and modified the coding
parameters.
Change-Id: I18798fd7326a79d2ad1e1d5b6c26f5516b6d247f
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When running multi-layer (ML) encodes and dynamically
changing coding parameters on the fly (e.g. frame
duration/rate, bandwidths allocated to each layer)
the encoder would not produce sensible output.
In certain cases the rate targeting would be
hideously inaccurate.
These fixes make it possible to change these coding
parameters correctly and to maintain accurate control
of the rate targeting.
I also added the specification of the input timebase
into the test program, vp8_scalable_patterns.c.
Patch 2: Moved declaration to appease MS compiler)
Change-Id: Ic8bb5a16daa924bb64974e740696e040d07ae363
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Added the ability to create rate-targeted, temporally
scalable, VP8 compatible bitstreams.
The application vp8_scalable_patterns.c demonstrates how
to use this capability. Users can create output bitstreams
containing upto 5 temporally separable streams encoded
as a single VP8 bitstream.
(previously abandoned as:
I92d1483e887adb274d07ce9e567e4d0314881b0a)
Change-Id: I156250a3fe930be57c069d508c41b6a7a4ea8d6a
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