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Change-Id: I512f2a287dd8765879a2d1144e2f028dc65f71ff

These functions do nothing about rate control.

Change-Id: I714e80b1c1f4f9aa157a56df705247fce6db138d

Change-Id: If1b0a2d6603ce24f5dd99855e8dfe459e7a2835a

Change-Id: Ib3886cb7cafc211581f4f9e7f76782d9d1984434

Change-Id: I6371ef7301c6bc3138552bd349e9bd154dee3e08

Turns off the DISABLE_RC_LONG_TERM_MEM macro and makes other changes
in the way the bits are updated, to make 2-pass rate control track
target bitrates closer.

Change-Id: I5f3be4b11c2908e6a9a9a1dd4fcf4e65531c44d8

Parameterize the frame level quantization index used in non-RD
coding flow with cbr.

Change-Id: I79cfbd9c32c0d0fc33ad720d2180432e910baf7a

This commit reduces the frequency of frames using finer quantizer
in non-RD coding flow, and slightly tune up the quantizer resolution
when used. It provides 1.7% compression gains in speed -5 at no speed
difference.

Change-Id: I430249a51260a841a0402666e5ec1566e4f7d5a6

The new tolerance is a little higher than before (especially
for kf/gf/arf) so this change gives an encode speed up
for some clips up for speeds 0-2.

Change-Id: I63f7d6c9cc11c7f58742f41e250dcd3eab1741eb

Change-Id: I1d8c312a599db505a023e5cd0cc4ba2b8f696a2e

This code/setting was actually not used (since speed features were not set on first frame,
until a recent change) and should be removed.

In CBR mode, the q value for the first frame can be controlled by setting
the target size via the parameters rc_buf_initial_sz (and max_intra_size_pct).

Change-Id: I65afc64972b36c449bd5a8c25800e65da5389066

Use a crude correction factor to correct for
lower compression efficiency at higher encode
speeds when estimating the max Q for the
clip.

Change-Id: I5ae377647f4adf5e91d700a8791fb3b8f70efc73

This commit optimizes the bit allocation for the non-RD coding flow.
It applies slightly better quantizer to the frames, where all blocks
run a non-RD partition search. Such frames typically have better
rate-distortion trade off, thus improving the reconstruction quality
for next few frames reference at reasonably low increment in rate
cost.

The coding performance for rtc set at speed -5 with error-resilient
tuned on and rate control set as cbr is improved by 19.58%. It improved
the coding speed by about 10% for a portion of local test clips.

Change-Id: I9d56696cd4359dc8136ca10aff10fff05aaa2686

Change-Id: I366850015004644c4fc7feabe27a782fdd8d8718

Change-Id: I47a8b4bf9a6cc0063d1a6785eaaad641d0659e24

Change-Id: I044e393438c7b58a6393e20efa38fd03d745ad33

Change-Id: Ibfccee5e35c235c02843e1c1fbd3c39034619cf5

Change-Id: Ib9e27298c575afc02a98b593bc6ad60762064d9b

Change-Id: I0d39bdbb8166ee44561f1008d1a2e76e70b36f30

Change-Id: Ib719a9f74924718715592e0238bc391ae239d026

Change-Id: Id1ec41275cc35565e522a1b2ac252ea3ec05638f

Change-Id: Ia79f975f54829b8ae6b568ca5c05f4f1f541706f

Adds a method for determining a fixed size partition based on
variance of a 64x64 SB. This method is added to rtc speed 6.
Also fixes a bug in rtc_use_partition() and includes some
refactoring related to partitioning search, and some cosmetics.

Currently compared to speed 5, the coding efficiency of speed 6
is -19% and that of speed 7 is -55%, in cbr mode.

Change-Id: I057e04125a8b765906bb7d4bf7a36d1e575de7c6

Removed the comment "// __asm emms;" from all calls
to vp9_clear_system_state.

Change-Id: Ib4dae69c1cdf3f185b04184a870cd70c4d703f10

This was inadvertently left out in a previous refactoring step.

Change-Id: Idf3350e95152f876a1a1a4591dd30c8981856c96

Change-Id: Ifd6b2d36d91237b5f38853a3a8a529d8be38ba09

Only use layered average size if number_temporal_layers > 1.

Also removed unneeded commented-out line, and change some parameter
setting in vpx_temporal_scalable_patterns.c

Change-Id: Ic86e43e7daf0313e8c5a4aba1497299158111955

Change-Id: I8aa3dd068d9a7225b3e8b24392a7b4a54b9435dd

Removes certain cases of feedback of active_worst_quality,
and removes it from the RATE_CONTROL structure. Now active
worst quality is expected to be computed locally in the
q picking function during the encode.
Making temporal filter strength depend on avg_frame_qindex
rather than on active_worst_quality actually improves
performance esp. for yt.
derf: +0.038%
yt: +0.359%

Change-Id: I1fe5a343034b55af9322289165321f00ac0827b1

Use frame_parameter_update to precisely describe the functionality.

Change-Id: Ia9a55ba8efef7b987e30d949dd00ac716189bdb9

Some parameter changes and fixes on one-pass rate control.
derfraw300 is now only 10% below 2-pass speed 0 rate control.

Change-Id: I1940eef8a5a035dc18e71b880d5e00cabd1f01b9

-Properly set the average frame size for each layer.

-Allow each layer to update its average/last Q stats after encoding.

-Initialize for some layer context variables.

Change-Id: Iaa37d144fcf4f30ff4283a4e8db8b9ca8bf4c815

Change-Id: I13738ef1f307cc5f563126bc7a92beaa01fde3bd

Fixes some of the parameters for 1-pass non-cbr mode.
Also includes some cleanups, inlcuding refactoring of the
recode_loop options.

Results on derfraw300 improve by about 5-6%, so that the one-pass
mode is now 13% below the 2-pass mode in speed 0.

Change-Id: I844cc2638694c7574f3be00d41d60b23dc1016f0

This patch adds a buffer-based rate control for temporal layers,
under CBR mode.

Added vpx_temporal_scalable_patters.c encoder for testing temporal
layers, for both vp9 and vp8 (replaces the old vp8_scalable_patterns).

Updated datarate unittest with tests for temporal layer rate-targeting.

Change-Id: I8900a854288b9354d9c697cfeb0243a9fd6790b1

Inlcudes a number cleanups:
1. Moves the one-pass pre-encode parameter setting functions
to vp9_ratectrl.c
2. Deprecates per_frame_bandwidth in RATE_CONTROL structure
3. Removes target_bandwidth in cpi structure since it is not used.
4. Various renaming of functions

There is no bit-stream change in 2-pass, one-pass cbr and one-pass
vbr modes.

Change-Id: Ifd9916bf4d485b7d04c5f52044ffe6703254ccbd

Fixes rate control partially in one-pass non-cbr case to achieve a
bitrate close to the one desired. Previous version was way off at
the high bitrate end.

Also includes several one-pass rate control cleanups and refactoring.

On derfraw300, one-pass encoding is now 19% off from two-pass speed
0 encoding, down from 35%.

Change-Id: I6f0dcdb7f8aa85a7e7cd3a3155d4f9d2a4d2f4f4

This reverts commit 6be2b750

Change-Id: Ic52acd98b37c3ba49d4999b463389eb564f49c4b

This patch adds a buffer-based rate control for temporal layers,
under CBR mode.

Added vpx_temporal_scalable_patters.c encoder for testing temporal
layers, for both vp9 and vp8 (replaces the old vp8_scalable_patterns).

Updated datarate unittest with tests for temporal layer rate-targeting.

Change-Id: I9cb6cce2494390ae6096ee17774af7fb9308bde7

silences warnings about declarations not matching prototype

Change-Id: I30b9a24f78ebe3b9cc2bbfcd3a7363ba7c328e4d