The compound inter prediction could potentially run with initial
motion vectors of invalid value and check the mv_cost, which triggers
overheap read. This commit resolves this issue by forcing a motion
vector value check for compound inter modes of both superblock and
sub8x8 block sizes.
Change-Id: I4f4fc19ce83c8272782bc382f12c82a3f03212fc
We only update partition_probs for inter frames but they are constant
for key frames. It is not necessary to have constants inside frame
context and copy them every time. This change reduces FRAME_CONTEXT size
by at least 48 bytes.
Change-Id: If70a53be51043f37fe7d113853217937710932a7
Removed:
goldfreq, avg_encode_time, avg_pick_mode_time,
cpu_freq, interquantizer
member variables from VP9_COMP since they are no longer
used in the code.
Change-Id: I010a82c217d0da03c3f53d1858d3462190c12dcf
Removed three members from the VP9_COMP data structure:
inter_zz_count, gf_bad_count, gf_update_recommended.
These were part of the VP8 real-time mode implementation
that was removed from the initial VP9 codecbase.
Change-Id: I866b083b88ef02c74837277d50ce532ca88492f3
This commit fixes the use case of plane_block_idx, which determines
the plane (Y/U/V) index based on block index. When block idx >= 4 in
sub8x8 block loop, it should be of chroma components.
Change-Id: I072705aa7b35445524ac607089ca8ce54b7ba478
We don't have to calculate 'new' probability in convert_distribution()
because it is enough to calculate only 'new' counters which could be used
to calculate probability if necessary. That's why removing a lot of unused
temporary probability arrays and reducing number of get_binary_prob()
calls.
Change-Id: I4e14eb7203d1ace61bbddefd6b9b6326be83ba63
When a frame is dropped due to |buffer_level| < 0 for a given temporal layer,
the buffer level for the upper temporal layers was not updated (in calc_pframe_target_size()).
This change fixes that.
Also, use the layer per-frame-bandwidth for updating the buffer level
of the higher layers when a frame is dropped.
Change-Id: I660c23f3229b47e9d124a950b480314b4307c5a8
1. Reduced the size memset based on eob for 32x32 transform. The reset
of non-zero coefficient should probably go into where they are read in
inverse transform functions. (TODO)
2. Removed a redundant level of indirection.
vp9_iht4x4_add() checks transform type and call vp9_iht4x4_16_add()
for tranforms other than DCT_DCT. In this case, the DCT_DCT case
has been already handled here.
Change-Id: Iacbc77da761f0b308df5acea0f20c9add9f33d20
The change doesn't affect the bitstream. It changes the order or function
calls and affects how we reconstruct intra- and inter-blocks. Speed up is
about 1...1.5%.
For intra-blocks:
Before:
for each transform block read tokens
for each transform block do prediction
for each transform block do inverse transform
Now:
for each transform block
read tokens
do prediction
do inverse transform
For inter-blocks:
Before:
for each transform block read tokens
for each transform block do inverse transform
Now:
for each transform block
read tokens
do inverse transform
Change-Id: I12a79bf1aa5a18c351b8010369bd3ff1deae1570
This CL contains two AVX2 optimized loop filter functions,
mb_lpf_horizontal_edge_w_avx2_8 and mb_lpf_horizontal_edge_w_avx2_16.
Change-Id: I604e4fe6e99752b7800c2ea98721d97f7e0b931b
-Don't reduce maxQ for gold/alt in CBR mode.
-Fix to min/maxQ for first/initial key frame.
-Add more speeds to datarate test and reduce the starting bitrate for test.
Change-Id: Id2a333d76dd3f6a51b322ca984588e2a22159c58
This commit makes zcoeff_blk cache the case where the entire block
is quantized to be zero (without applying zero-forcing) in the rate-
distortion optimization loop, and skip the forward DCT, quantization,
inverse DCT, and reconstruction process in the encode_block stage.
It now works for all the block sizes, including sub8x8 blocks.
Change-Id: I5ae60a9c436ba3637d11666733554bec4580ef98
Both decode_modes_sb and decode_modes_b had conditions to immediately
return at the beginning. Eliminating these conditions here and calling
these functions only to do a real work. Also unrolling loop for
PARTITION_SPLIT.
Change-Id: I2fc41cb74ac491f045a2f04fe68d30ff4aaa555d
"<< SUBPEL_BITS" needs to be added in the calculation. Call
set_scaled_offsets() to calculate x_offset_q4 and y_offset_q4.
Change-Id: Ied130ea771510e918f51cd1dc3abe57f4c0962b5
