If --psnr option is enabled vpxenc will output PSNR values for the
entire file. Added a \n before final output to make sure the output
is on its own line. Overall and Avg psnr matches the values written
to opsnr.stt file.
Change-Id: I869268b704fe8b0c8389d318cceb6072fea102f8
Use mpsadbw, and calculate 8 sad at once. Function list:
vp8_sad16x16x8_sse4
vp8_sad16x8x8_sse4
vp8_sad8x16x8_sse4
vp8_sad8x8x8_sse4
vp8_sad4x4x8_sse4
(test clip: tulip)
For best quality mode, this gave encoder a 5% performance boost.
For good quality mode with speed=1, this gave encoder a 3%
performance boost.
Change-Id: I083b5a39d39144f88dcbccbef95da6498e490134
This patch fixes the system dependent entries for the half-pixel
variance functions in both the RTCD and non-RTCD cases:
- The generic C versions of these functions are now correct.
Before all three cases called the hv code.
- Wire up the ARM functions in RTCD mode
- Created stubs for x86 to call the optimized subpixel functions
with the correct parameters, rather than falling back to C
code.
Change-Id: I1d937d074d929e0eb93aacb1232cc5e0ad1c6184
MKV requires a unique(ish) TrackID element in the track info header.
Instead of the current hard-coded ID, take a hash of the video track
and use that. This value is not written in the deterministic output
mode, despite being a deterministic value itself, to give flexibility
to change the hash algorithm and not affect bisecting across the
change.
Change-Id: I807fc3ea6d1427a151c3ef703269b67e80aef860
This allows multiple post processor debug levels to be overlayed.
i.e. can show colored reference blocks and visual motion vectors.
Change-Id: Ic4a1df438445b9f5780fe73adb3126e803472e53
ARM used to explicitly remove this file from the build. With the RTCD
changes, that's no longer possible. These errors also exist for x86 w/o
RTCD, but that's not the default configuration
Change-Id: I3e10e5553ddf3278e8d3c9365ca6fb84f52f5066
NEON has optimized 16x16 half-pixel variance functions, but they
were not part of the RTCD framework. Add these functions to RTCD,
so that other platforms can make use of this optimization in the
future and special-case ARM code can be removed.
A number of functions were taking two variance functions as
parameters. These functions were changed to take a single
parameter, a pointer to a struct containing all the variance
functions for that block size. This provides additional flexibility
for calling additional variance functions (the half-pixel special
case, for example) and by initializing the table for all block sizes,
we don't have to construct this function pointer table for each
macroblock.
Change-Id: I78289ff36b2715f9a7aa04d5f6fbe3d23acdc29c
Post process option to color the block for either the mode
of the macro block, or the frame that the macro block references.
Change-Id: Ie498175497f2d20e3319924d352dc4ddc16f4134
By baking the version number into the output file, a hash of the file
will vary from commit to commit, even if the output is otherwise bit
exact. Add a -D option to suppress this behavior, for use when
bisecting or other debugging.
Change-Id: I5089a8ce5719920ffaf47620fa9069b81fa15673
ARM NEON has a platform specific version of vp8_recon16x16mb, though
it's just a stub to extract the various parameters from the
MACROBLOCKD struct and pass them to vp8_recon16x16mb_neon(). Using
that function's prototype directly will be a better long term solution,
but it's quite an invasive change.
Change-Id: I04273149e2ade34749e2d09e7edb0c396e1dd620
The ARM version of vp8_hex_search() is a faster implementation
of the same algorithm. Since it doesn't use any ARM specific
code, it can be made the default implementation. This removes
a linking error.
Change-Id: I77d10f2c16b2515bff4522c350004e03b7659934
Some of the ARM functions differed from their generic counterparts
only by unrolling their loops. Since this change may be useful
on other platforms, or might even supercede the looped version
in the generic case, move it back to the generic file.
This code is left under #if ARCH_ARM for now, but it may be worth
considering a different (possibly new) conditional for these. If
it turns out that this should be runtime selectable, these
functions will have to move to the RTCD infrastructure. Don't want
to take that step at this time without more profile data.
Change-Id: I4612fdbc606fbebba4971a690fb743ad184ff15f
These functions were true duplicates of functions present in the
generic code. This fixes some of the link errors when building
with --enable-shared --enable-pic.
Change-Id: Idff26599d510d954e439207883607ad6b74df20c
These functions made global references but did not set up the GOT,
causing compilation failures in PIC mode.
Change-Id: Iac473bf46733f87eb2e001cd736af4acf73fa51d
Requiring the output file to be specified with the -o option opens up
the possibility of supporting multiple input files in the future.
Change-Id: I14c9b75e9b21184b47081e1ccf30cf4c91315964
This patch reworks the default behavior of the tool to output Y4M
instead of writing individual raw frames. The relevant controls are
now:
--yv12, --i420 - These options change the output format to be
raw planar data. The output will be Y4M unless
one of these options is specified.
--flipuv - Swaps the chroma planes. Works with Y4M output.
-o, --output - Sets the output filename. Defaults to stdout if
not specified. Supports escape character
expansion for frame width (%w) height (%h) and
sequence number (%1..%9). The --prefix option
has been removed in favor of this escape
expansion.
Since the output defaults to stdout if -o is not specified, an
error will be thrown if stdout is not connected to a pipe. This
can be overridden by specifying '-o -'.
Change-Id: I94e42c57ca75721fdd57a6129e79bcdb2afe5d4d
When showing the command usage information for vpxenc and vpxdec,
options with both a short and long version that do not take an
argument were not properly aligned.
Change-Id: I8d65b5ab85bcb5a5dc8bc0d4b293b5189d56dedb
The new WebM output support should be preferred to IVF, but we can't
change the default behavior of the ivf* tools. There are a few other
default behaviors for these tools that are counterintuitive for
historical reasons, and changing the binary name provides the
opportunity to clean those up as well. This patch takes the first
step by renaming the binaries.
Change-Id: I647008ae37cc352dd27ec1da7ed13489e0609b24
This patch adds the --webm option, to allow the creation of WebM streams
without having to remux ivf into webm.
Change-Id: Ief93c114a6913c55a04cf51bce38f594372d0ad0
Initial import of the libmkv directory from the webmquicktime[1]
project, at commit fedbda1.
[1]: git://review.webmproject.org/webmquicktime.git
commit fedbda18de899ff94855cb334de7e471036fbf1d
Change-Id: I1564a0ebfa72293fc296ee02178196530dfd90e4
Ivfenc will use timebase if it is set. If it is not set ivfenc will
still double the timebase so altref frames will have a unique pts.
Patch Set #3: Use integer math to generate source pts. Added a
framerate parameter. Increased the default timebase to milliseconds to
remove the *2 everywhere.
Change-Id: I8d25b5b2cb26deef7eb72d74b5f76c98cafaf4db
The width and height needed to write the Y4M header can be found by
probing the stream with vpx_codec_peek_stream_info(). This also
has the consequence of supporting multiple codecs from raw files
with automatic detections, should we add additional codecs in the
future.
Change-Id: I7522a8f4c7577b6ed9876d744c59cd86d30c6049
This patch enables ivfdec to decode WebM files. WebM demuxing is
provided by the Matthew Gregan's Nestegg library.
This patch also makes minor changes to the timebase->framerate
handling when doing Y4M output. For WebM files, the framerate is
guessed by looking at the first second of video. For IVF files,
the timebase=1/(2*fps) hack is still in place, but is only used
if the timebase denominator is less than 1000. This is in anticipation
of change I8d25b5b, which introduces the distinction between
framerate and timebase to ivfenc. In the case of high resolution
timebases, like 100ns, we would have to guess the framerate
like we do for WebM, but since WebM support in ivfenc will
deprecate IVF output, we just assume 30fps rather than writing the
lookahead code.
Change-Id: I1dd8600f13bf6071533d2816f005da9ede4f60a2
Postproc level that uses Bresenham's line algorithm
to draw motion vectors onto the postproc buffer.
Change-Id: I34c7daa324f2bdfee71e84fcb1c50b90fa06f6fb
