GitLab

To reduce pulsing we now allow an arf just before forced key frames
and at the end of a clip or section (which may be stitched to
another clip or section). However, this does not make sense for
key frames arising from real scene cuts.

Change from original patch reflects other recent changes in regard
to alignment of gf/arf and kf groups.

Change-Id: I074a91d1207e9b3e28085af982f6718aa599775f

Further fixes regarding min and max rate.
Bug fixes re kf group bits and last kf group.

Change-Id: Iaafd719d30a489e135a3c55851ce8c632091a436

Added comments to explain what the various speed features do, and removed
1 that was clearly unused.

Change-Id: Icd37a536072ddafedbfaefcecbe48979f6d10faf

This funtion initializes buffer pointers and first stage motion vector
prediction. It will be needed by both regular rate-distortion
optimization loop and the non-RD mode decision. Hence move its
declaration in vp9_rdopt.h

Change-Id: I64e8b6316c9d05f20756a62721533a2e4d158235

Change-Id: I1f0ae2edc3a96b33c0494d165ae756a8feba6184

Filter out files ending in _neon.c and append .neon so the Android build
system knows to apply -mfpu=neon

Change-Id: Ib67277e5920bfcaeda7c4aa16cd1001b11d59305

Change-Id: I6a0dfb95c55ee6cadc7b1675782c7830e5c7caaf

Change-Id: I02e44c10660fdb9201a802ad19ceb64756feeebe

Change-Id: I5df6abceb0a2a69706feadeb820b593cae88f573

Fix the valgrind error due to access uninitialized
memory in loopfilter.

Change-Id: I52fccf5ede845ee1f4c13d3bd909b8f220c0bdff

This reverts commit 511d218c.

In current form intrinsics break borg build.

Change-Id: Ied37936af841250ecff449802e69a3d3761c91b9

This commit allows encoder to compare the SAD cost associated with
the best motion vector predictor, per frame. If one reference frame
has this cost more than 4 times of the best SAD cost given by other
reference frames, skip NEARESTMV, NEARMV, ZEROMV mode check of this
reference frame.

This setting is turned on in speed 2 and above. Compression quality
change in speed 2:
derf  -0.014%
yt    -0.097%
hd    -0.023%
stdhd  0.046%

It reduces the speed 2 runtime of test sequences:
pedestrian_area_1080p 4000 kbps 310763 ms -> 303595 ms
bluesky_1080p 6000 kbps         259852 ms -> 251920 ms

Change-Id: I7f59cf79503d51836d61d56d50dc5bdf0e502e22

Cleanups on frame refresh flags and external overrides.

Change-Id: Ia6a56fe1bde906b1dc3fcbf4ef1c7b207cd2df2d

Under a configuration change, where the bitrate suddenly decreases,
the buffer level may be larger than maximum allowed (for that first frame to be encoded after change_config).
This change keeps it clipped to its maximum level.

Change-Id: I4d0b5b3d1fd8148600dd39e02bd630c9464baba5

1. Made speed choices to be progressive
2. Adjusted rt speed settings to achieve better speed/quality

Overall, rt-5 gained 2.5% in compression/quality, encoding time of 720p
niklas clip goes from 137,052ms to 121,874ms

Change-Id: Ia6e7e1e15225395a868a2f1059c3db8e266e1600

This commit further optimizes SSE2 operations in the second 1-D
inverse 16x16 DCT, with (<10) non-zero coefficients. The average
runtime of this module goes down from 779 cycles -> 725 cycles.

Change-Id: Iac31b123640d9b1e8f906e770702936b71f0ba7f

Optimizing all SSSE3 assembly for convolution:
1. vp9_filter_block1d4_h8_sse2
2. vp9_filter_block1d8_h8_sse2
3. vp9_filter_block1d16_h8_sse2
4. vp9_filter_block1d4_v8_sse2
5. vp9_filter_block1d8_v8_sse2
6. vp9_filter_block1d16_v8_sse2
my optimization include:
-processing 2x8 elements in one 128 bit register instead of processing
8 elements in one 128 bit register.
-removing unecessary loads.
This optimization gives between 2.4% user level gain for 480p input
and 1.6% user level gain for 720p.
This Optimization done only for 64bit.

Change-Id: Icb586dc0c938b56699864fcee6c52fd43b36b969

Add bilinearpredict_neon_intrinsics.c
- vp8_bilinear_predict4x4_neon
- vp8_bilinear_predict8x4_neon
- vp8_bilinear_predict8x8_neon
- vp8_bilinear_predict16x16_neon

Change-Id: I33dfa502881219841b442dda32b73220e51b716b
Signed-off-by: James Yu <james.yu@linaro.org>