Change-Id: Ib105db0f3deeedf6a8402a292db3df1d77a3d7c1

Changing aq_mode type from int to AQ_MODE enum.

Change-Id: Ib7b5f0b70d02ded58a31dfade9c05a347f73beca

Change-Id: Iebd182d7aeebc0f8964b6fd35057449bb25b00c1

Adds a fast diamond search which is about 5% faster than FAST_HEX
with only a 0.1% drop in psnr when turned on for both speeds 5 and 7.
This search is turned on for speed 7.

Change-Id: I497630aa88a5148926086bb3038e7975e5f4eb98

Change-Id: Ia60352c7173b59f3f08920ba86096864d4e8250b

This commit allows the non-RD mode decision to skip mode RD modelling
check, if the motion vector associated with the current mode is
same as that of NEARESTMV mode. This makes speed -7 about 2% faster.
Previous change that converts cost metric from SAD to model based RD
value makes the codec 6% slower at speed -7.

Change-Id: I30cfec5452f606a671b8432a2f7f0c94fbb49fc8

Change-Id: Ib8c41829a4b5a618b6bda24d9b7df2d491d0fca0

Change-Id: I446fca8aa11a4d4fc2b23d4b32348b74d74d0202

The rate-distortion model in non-RD coding mode is only applied to
luma component. This commit removed a few redundant addition steps.

Change-Id: Id8edc0a47c2dbef8deba43debe2c95db39454de3

This commit replaces SAD cost with modeled rate-distortion cost
for non-RD mode decision. It translates the prediction residual
SSE into estimate rate and reconstruction distorion costs, hence
capturing the quantization setting effect. The compression
performance of speed -7 for rtc set is improved by 14.79%.

Change-Id: Ifda014eb0501d13109fe7f92680bf1410b463632

Change-Id: Ia94d757de1d1b24609128cd40e68558078f50a38

Change-Id: Ic535f0a1c2501c1af143237af3b2b51b4b4980f4

Change-Id: Id4c5b73ad747a8851969e9daf5bac40b4b9beefc

Change-Id: Ibd0892be1ddadd93b8a22fa2c2e2053001f2948f

Change-Id: I76e39f7c5545ba4e0cd537f530c574531356e94a

Removes some unused variables and assignments

Change-Id: I228f43d658ce50237d65ce8dc8ab2ccf0a0b21ca

clang reports gcc-4.2.1 in e.g., 3.3, 3.4; add a specific clang version
check for _mm256_broadcastsi128_si256

fixes issue #720

Change-Id: I5c8e3c27fdea05d8a5b050e8cb74894b595f4709

Change-Id: I03451c88536bc498edddbe0cd9773ff79da085c2

fixes a warning in vs9/x64 related to ceil()

Change-Id: Ic4bde9d0b7e961546dbe304de74aa37fc02fcf94

Change-Id: Ibabd8440ff5c9dd7f300f317e2c9d50e8e84aab9

Change-Id: I9717ef611ef9c39b109b2358c9771bf7fae2dd50

Change-Id: Ib4d850227cef35694c663feb157765a2cbf84699

Change-Id: If175d97990454b171b6abeddb76d142497484487

Change-Id: If90c1bc822873156d4e38fca1938e4907f6c95f0

Change-Id: Ie5f69d39b49a4169cc731d4487e4668fb5af4b4f

Change-Id: I3ed0a95645a66be069ce92a1fad8083a87d01001

Moving VP9Decompressor struct from vp9_onyxd_int.h to vp9_onyxd.h.

Change-Id: Ic86c15e44130541a7f692db43ef9109293f99ae8

Change-Id: I7f3bcca103f0b1f6b3c064b61472543de9a8288a

Properly set intra mode information entries.

Change-Id: Ie3a8992e415dcdd9087a55993bbca06087a0107a

The frame level transform size selection is done inside
encode_frame_internal().

Change-Id: Id7e5e417a3a3f88f875bf12b21bb8029bc6d0d82

Set speed features before running frame encoding. This avoids
redundant RD threshold calculation in key frame coding.

Change-Id: If8e3cf2c02976baa59b310c1c23af9eea0c46e36

* Remove all non-DC intra modes for BLOCK_32x32 and up
* Remove all intra modes for blocks bigger than BLOCK_32x32
* Remove ZEROMV for BLOCK_32x32 and up
* Only consider NEARESTMV for blocks bigger than BLOCK_32x32

Change-Id: Ia18351a238213e2f072f9e481d622949346a245f

Change-Id: Ib719a9f74924718715592e0238bc391ae239d026

Change-Id: Ib49d8dbc67c590f22a1a70251ff607c9f38febd7

Change-Id: Ibea71b22de898832320d9e49a711a0cb0092901b

The core motion estimation fucntions all return sad now consistently.
The only exception is vp9_full_pixel_diamond(), however the core diamond
and refining search routines called from vp9_full_pixel_diamond() also
return SAD. If variance of pred error + mv cost is desired it must be
calculated explicitly outside these functions. For very fast encoding,
hopefully this will eliminate some redundant computations.

Also suggests reimplementing FAST_HEX with the vp9_pattern_search
framework. It is not exactly the same as the existing FAST_HEX, but
performance is slightly better and speed is very similar. Enables
removing a lot of duplicate code.

Change-Id: I152736393438c25bdf7e96b37cbb8ce330f4f94a

Change-Id: I916944950deb22f4c2301d83a803b732bf3ecd77

Change-Id: Ib65fb0679156960305b10fbf590254ff6bf1bfe1

significantly speeds up file generation.

the goal of this change is to convert rtcd.sh to perl as directly as
possible to allow for simple comparison. future changes can make it more
perl-like.

---
Linux
    [CREATE] vpx_scale_rtcd.h
real    0m0.485s ->    0m0.022s
    [CREATE] vp8_rtcd.h
real    0m4.619s ->    0m0.060s
    [CREATE] vp9_rtcd.h
real    0m10.102s ->    0m0.087s

Windows
    [CREATE] vpx_scale_rtcd.h
real    0m8.360s ->    0m0.080s
    [CREATE] vp8_rtcd.h
real    1m8.083s ->    0m0.160s
    [CREATE] vp9_rtcd.h
real    2m6.489s ->    0m0.233s

Change-Id: Idfb71188206c91237d6a3c3a81dfe00d103f11ee

Change-Id: I16dd4d4aaae8ce6a482da3c9d142f41fe9155e82