Age | Commit message (Collapse) | Author |
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About 11% overall encoder speedup with the sbsegment experiment enabled.
Change-Id: Iffb1bdba6932d9f11a6c791cda8697ccf9327183
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Adds RD integration for 32x16, 16x32, 64x32 and 32x64 rectangular blocks.
Derf almost +0.6%, HD a little over +1.0%, STDHD +1.3%.
Change-Id: Id651fdb6a655fdbb5c47009757e63317acfb88a5
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Enable recursive partition information coding from SB64X64 down to
MB16X16. The bit-stream syntax is now supporting rectangular block
sizes. It starts from SB64X64 and recursively describes the partition
type of the current block. If the partition type is PARTITION_NONE,
the block is coded as a single unit; if it is PARTITION_HORZ or
PARTITION_VERT, the block is segmented into two independently coded
rectangular units, with no further partition needed; otherwise, the
block is segmented into 4 square blocks. i.e., PARTITION_SPLIT case,
each can be potentially further partitioned.
Forward adaptive probability modeling is used for the partition
information coding, conditioned on the current block size.
Change-Id: I499365fb547839d555498e3bcc0387d8a3587d87
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experimental
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Also a little bit of code cleanup: replacing pbi->common with cm,
pbi->mb with xd.
Change-Id: I2f70a005704a2833d644dfaafc4cd354e6e8532b
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intra predictors." into experimental
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Change-Id: I7057ed8e2a13a3c5367e2923eb4b3260bd7cf546
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Change-Id: Ic795cf6fc202bf32c9b5b0b3cef9ac422af53cd0
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Scalar path is about 1.3x faster (2.1% overall encoder speedup).
SSE2 path is about 5.0x faster (8.4% overall encoder speedup).
Change-Id: I360d167b5ad6f387bba00406129323e2fe6e7dda
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predictors.
Change-Id: I8a4da6925f2d58a426c4d122df8b97bb69452e49
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experimental
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This flag was added to VP8 to allow a mode where MB-level skipping
was not allowed, saving a bit per mb. It was never used in practice,
and hasn't been tested in VP9, so remove it.
Change-Id: Id450ec6904c6d06c1919508e7efc52d05cde5631
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tx_type == DCT_DCT check is an implementation detail of iht_add. Also
adding dequant_add_y function with explicit DCT_DCT check inside.
Change-Id: Ia3cb0225601752cdef0ff6f0acd3a09d9dbd8938
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experimental
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In decoder, the scaling calculation, such as (mv * x_num / x_den),
is fairly time-consuming. In this patch, we check if the scaling
happens or not at frame level, and then decide which function to
call to skip scaling calculation when no scaling is needed. Tests
showed a 3% decoder performance gain.
Change-Id: I270901dd0331048e50368cfd51ce273dd82b8733
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functions." into experimental
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Now that the predictor is the dest, we do not need the
extra parameters.
Change-Id: I31e2c3d2015f4a1cd12e7f04536d8db478582a0a
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Using regular 0 and 1 constants now.
Change-Id: Ie763503cbb727847cc8f1d6506cd6f2ee607f056
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This is the first CL with vp9_reader changes. All another macro
definitions will be replaced after.
Change-Id: I1c6bd9c9a612ec1663d484d6adb4fb720af54063
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experimental
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into experimental
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Keyframes don't set this variable, so it would use the last set
values from inter frames.
Change-Id: Ie1ef45ece2c44b21b5d55f6cea9f7d6e7a445692
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With this, the RD loop properly supports rectangular blocks.
Change-Id: Iece79048fb4e84741ee1ada982da129a7bf00470
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Static threshold results slightly up (+0.1% on derf), probably b/c
we now take the filter (sharp/lowpass) into account for the breakout
decision.
Change-Id: I9f597601da434205142afd05f32690e7ba8fd690
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Change-Id: Ieaec2c48f3752b8558ba051caaf4ba2ab0e9e84d
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Using ROUND_POWER_OF_TWO macro, using array initialization syntax for
less code.
Change-Id: I661453a6b29a9046fcff0a3f18fccb452b5eb39d
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Now that the predictor is the dest, we do not need the
extra parameters.
Change-Id: I78db73d39b5aff62f15303f3d51ad2797eae74b6
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Change-Id: I697514efd6024e1b4153bbde58ae5e323b030981
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Change-Id: I1f2dbf04a0140a7cc2060b0a9efb4ed8e5270d3d
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This is work-in-progress, it implements multiple ARF
encoding behind an experimental flag.
It adds the ability to insert multiple ARF frames into a
single ARF group. This patch implements the reordering
of the coded frames, and implements a fixed-length coding
pattern. It applies a fixed quantizer strategy based on
where the frame is in the coding sequence.
Further work to modify the rate control strategy is
ongoing and will be submitted via a set of future patches.
In this first step, each ARF group is recursively
bisected and an ARF frame added at that position in the
sequence. The recursion continues until ARF frames are
within MIN_GF_INTERVAL frames.
The code sits behind the "multiple-arf" experimental
flag ("CONFIG_MULTIPLE_ARF"). The experimental flag
"oneshotq" ("CONFIG_ONESHOTQ") also needs to be enabled
for this patch to work correctly.
Change-Id: Ie473b05ebb43ac473c0cfb659b2b8042823085e2
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typedef." into experimental
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Removing redundant code.
Change-Id: I71bfc40a1fb06d8e3149ed5400aa4dfd87a51aac
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Change-Id: I7d3b2ef26aba3dfb1d5c83309aab2024e04ee819
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