NAME

       comskip - commercial detector

SYNOPSIS

       comskip
              [-h|--help]  [-w|--debugwindow]  [-n|--playnice]  [--zpcut]  [--zpchapter]  [--scf]
              [--videoredo]  [--videoredo3]   [--csvout]   [--quality]   [--plist]   [-m|--demux]
              [--hwassist]   [--cuvid]   [--vdpau]   [--dxva2]   [--decoders]   [--threads=<int>]
              [-p|--pid=<string>]   [-t|--ts]   [-d|--detectmethod=<int>]    [-v|--verbose=<int>]
              [-u|--dump=<int>]     [-s|--play]     [--timing]     [-q|--quiet]    [--ini=<file>]
              [--logo=<file>]   [--cut=<file>]    [--output=<file>]    [--output-filename=<file>]
              [--selftest=<int>] <file> [<file>]

DESCRIPTION

       -h, --help
              Display syntax

       -w, --debugwindow
              Show debug window

       -n, --playnice
              Slows detection down

       --zpcut
              Outputs a ZoomPlayer cutlist

       --zpchapter
              Outputs a ZoomPlayer chapter file

       --scf  Outputs a simple chapter file for mkvmerge

       --videoredo
              Outputs a VideoRedo cutlist

       --videoredo3
              Outputs a VideoRedo3 cutlist

       --csvout
              Outputs a csv of the frame array

       --quality
              Outputs a csv of false detection segments

       --plist
              Outputs  a  mac-style  plist  for  addition  to  an  EyeTV archive as the 'markers'
              property

       -m, --demux
              Demux the input into elementary streams

       --hwassist
              Activate Hardware Assisted video decoding

       --cuvid
              Use NVIDIA Video Decoder (CUVID), if available

       --vdpau
              Use NVIDIA Video Decode and Presentation API (VDPAU), if available

       --dxva2
              Use DXVA2 Video Decode and Presentation API (DXVA2), if available

       --decoders
              List all decoders and exit

       --threads=<int>
              The number of threads to use

       -p, --pid=<string>
              The PID of the video in the TS

       -t, --ts
              The input file is a Transport Stream

       -d, --detectmethod=<int>
              An integer sum of the detection methods to use

       -v, --verbose=<int>
              Verbose level

       -u, --dump=<int>
              Dump the cutscene at this frame number

       -s, --play
              Play the video

       --timing
              Dump the timing into a file

       -q, --quiet
              Not output logging to the console window

       --ini=<file>
              Ini file to use

       --logo=<file>
              Logo file to use

       --cut=<file>
              CutScene file to use

       --output=<file>
              Folder to use for all output files

       --output-filename=<file>
              Filename base to use for all output files

       --selftest=<int>
              Execute a selftest

       <file> Input file

       <file> Output folder for cutlist

       Detection Methods

              1 - Black Frame 2 - Logo 4 - Scene Change 8 - Resolution Change

              16 - Closed Captions 32 - Aspect Ratio 64 - Silence

              128 - CutScenes 255 - USE ALL AVAILABLE