nico-lab

Encoder av1_qsv [AV1 (Intel Quick Sync Video acceleration)]:
    General capabilities: delay hybrid 
    Threading capabilities: none
    Supported hardware devices: qsv qsv qsv 
    Supported pixel formats: nv12 p010le qsv
av1_qsv encoder AVOptions:
  -async_depth       <int>        E..V....... Maximum processing parallelism (from 1 to INT_MAX) (default 4)
  -preset            <int>        E..V....... (from 0 to 7) (default 0)
     veryfast        7            E..V.......
     faster          6            E..V.......

nico-lab

Encoder vp9_qsv [VP9 video (Intel Quick Sync Video acceleration)]:
    General capabilities: delay hybrid 
    Threading capabilities: none
    Supported hardware devices: qsv qsv qsv 
    Supported pixel formats: nv12 p010le vuyx qsv xv30le
vp9_qsv encoder AVOptions:
  -async_depth       <int>        E..V....... Maximum processing parallelism (from 1 to INT_MAX) (default 4)
  -preset            <int>        E..V....... (from 0 to 7) (default 0)
     veryfast        7            E..V.......
     faster          6            E..V.......

nico-lab

[FORMAT]
TAG:major_brand=isom
TAG:minor_version=1
TAG:compatible_brands=isom
TAG:creation_time=2016-12-06T06:06:38.000000Z
TAG:copyright=
TAG:copyright-eng=
[/FORMAT]

nico-lab

Usage: SvtAv1EncApp <options> <-b dst_filename> -i src_filename

Examples:
Multi-pass encode (VBR):
    SvtAv1EncApp <--stats svtav1_2pass.log> --passes 2 --rc 1 --tbr 1000 -b dst_filename -i src_filename
Multi-pass encode (CRF):
    SvtAv1EncApp <--stats svtav1_2pass.log> --passes 2 --rc 0 --crf 43 -b dst_filename -i src_filename
Single-pass encode (VBR):
    SvtAv1EncApp --passes 1 --rc 1 --tbr 1000 -b dst_filename -i src_filename

nico-lab

Usage: aomenc <options> -o dst_filename src_filename

Options:
            --help                      Show usage options and exit
  -c <arg>, --cfg=<arg>                 Config file to use
  -D,       --debug                     Debug mode (makes output deterministic)
  -o <arg>, --output=<arg>              Output filename
            --codec=<arg>               Codec to use
  -p <arg>, --passes=<arg>              Number of passes (1/2/3)
            --pass=<arg>                Pass to execute (1/2/3)

nico-lab

Encoder libaom-av1 [libaom AV1]:
    General capabilities: dr1 delay threads 
    Threading capabilities: other
    Supported pixel formats: yuv420p yuv422p yuv444p gbrp yuv420p10le yuv422p10le yuv444p10le yuv420p12le yuv422p12le yuv444p12le gbrp10le gbrp12le gray gray10le gray12le
libaom-av1 encoder AVOptions:
  -cpu-used          <int>        E..V....... Quality/Speed ratio modifier (from 0 to 8) (default 1)
  -auto-alt-ref      <int>        E..V....... Enable use of alternate reference frames (2-pass only) (from -1 to 2) (default -1)
  -lag-in-frames     <int>        E..V....... Number of frames to look ahead at for alternate reference frame selection (from -1 to INT_MAX) (default -1)
  -arnr-max-frames   <int>        E..V....... altref noise reduction max frame count (from -1 to INT_MAX) (default -1)
  -arnr-strength     <int>        E..V....... altref noise reduction filter strength (from -1 to 6) (default -1)

nico-lab

Encoder libsvtav1 [SVT-AV1(Scalable Video Technology for AV1) encoder]:
    General capabilities: delay threads 
    Threading capabilities: other
    Supported pixel formats: yuv420p yuv420p10le
libsvtav1 AVOptions:
  -preset            <int>        E..V....... Encoding preset (from -2 to 13) (default -2)
  -crf               <int>        E..V....... Constant Rate Factor value (from 0 to 63) (default 0)
  -qp                <int>        E..V....... Initial Quantizer level value (from 0 to 63) (default 0)
  -svtav1-params     <dictionary> E..V....... Set the SVT-AV1 configuration using a :-separated list of key=value parameters
  -dolbyvision       <boolean>    E..V....... Enable Dolby Vision RPU coding (default auto)

nico-lab

0,0
0,-1
0,-1
0,0
0,0

nico-lab

import re

chapters = list()

with open('chapters.txt', 'r') as f:
   for line in f:
      x = re.match(r"(\d):(\d{2}):(\d{2}) (.*)", line)
      hrs = int(x.group(1))
      mins = int(x.group(2))
      secs = int(x.group(3))

nico-lab

Filter libplacebo
  Apply various GPU filters from libplacebo
    Inputs:
        dynamic (depending on the options)
    Outputs:
       #0: default (video)
libplacebo AVOptions:
   inputs            <int>        ..FV....... Number of inputs (from 1 to INT_MAX) (default 1)
   w                 <string>     ..FV....... Output video frame width (default "iw")
   h                 <string>     ..FV....... Output video frame height (default "ih")