OpenCV_working_with_videos.ipynb

{
  "nbformat": 4,
  "nbformat_minor": 0,
  "metadata": {
    "colab": {
      "name": "OpenCV - working with videos.ipynb",
      "provenance": [],
      "collapsed_sections": [],
      "include_colab_link": true
    },
    "kernelspec": {
      "name": "python3",
      "display_name": "Python 3"
    },
    "language_info": {
      "name": "python"
    }
  },
  "cells": [
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "view-in-github",
        "colab_type": "text"
      },
      "source": [
        "<a href=\"https://colab.research.google.com/github/Adarsh-Saurabh/AI-Champ-/blob/main/OpenCV_working_with_videos.ipynb\" target=\"_parent\"><img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/></a>"
      ]
    },
    {
      "cell_type": "code",
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "nQd2DvhOCWJo",
        "outputId": "ece9f04e-1256-4f0d-ff71-9d6643031431"
      },
      "source": [
        "!gdown --id 1AJtqXHtNI16gvt7qESsvzSOBPMNdzAWH"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "text": [
            "Downloading...\n",
            "From: https://drive.google.com/uc?id=1AJtqXHtNI16gvt7qESsvzSOBPMNdzAWH\n",
            "To: /content/stock_video.mp4\n",
            "\r0.00B [00:00, ?B/s]\r5.71MB [00:00, 50.3MB/s]\n"
          ],
          "name": "stdout"
        }
      ]
    },
    {
      "cell_type": "code",
      "metadata": {
        "id": "kuPLom1ZBmcr"
      },
      "source": [
        "import numpy as np\n",
        "import cv2\n",
        "import matplotlib.pyplot as plt\n",
        "\n",
        "%matplotlib inline"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 240
        },
        "id": "VIzDigNiChXD",
        "outputId": "31a5419c-cf9e-4340-89d8-2c00f497b4c2"
      },
      "source": [
        "video = cv2.VideoCapture(\"stock_video.mp4\")\n",
        "size = (int(video.get(3)), int(video.get(4)))\n",
        "\n",
        "fourcc = cv2.VideoWriter_fourcc(*'VP90')\n",
        "\n",
        "out = cv2.VideoWriter(\n",
        "    \"output.webm\", fourcc, 25.0, size, 0)\n",
        "\n",
        "\n",
        "def process_frame(frame):\n",
        "    return cv2.Canny(frame, 20, 100)\n",
        "\n",
        "\n",
        "while True:\n",
        "    ret, frame = video.read()\n",
        "\n",
        "    if not ret:\n",
        "        break\n",
        "\n",
        "    frame = process_frame(frame)\n",
        "\n",
        "    plt.imshow(frame, cmap='gray')\n",
        "    plt.show()\n",
        "\n",
        "    break\n",
        "\n",
        "    out.write(frame)\n",
        "\n",
        "\n",
        "video.release()\n",
        "out.release()"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "image/png": 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\n",
            "text/plain": [
              "<Figure size 432x288 with 1 Axes>"
            ]
          },
          "metadata": {
            "tags": [],
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "7zEZjL70Iwm5",
        "outputId": "47cc7c5c-1f13-4a46-f210-3c5abdffb83e"
      },
      "source": [
        "!ffmpeg -codecs"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "text": [
            "ffmpeg version 3.4.8-0ubuntu0.2 Copyright (c) 2000-2020 the FFmpeg developers\n",
            "  built with gcc 7 (Ubuntu 7.5.0-3ubuntu1~18.04)\n",
            "  configuration: --prefix=/usr --extra-version=0ubuntu0.2 --toolchain=hardened --libdir=/usr/lib/x86_64-linux-gnu --incdir=/usr/include/x86_64-linux-gnu --enable-gpl --disable-stripping --enable-avresample --enable-avisynth --enable-gnutls --enable-ladspa --enable-libass --enable-libbluray --enable-libbs2b --enable-libcaca --enable-libcdio --enable-libflite --enable-libfontconfig --enable-libfreetype --enable-libfribidi --enable-libgme --enable-libgsm --enable-libmp3lame --enable-libmysofa --enable-libopenjpeg --enable-libopenmpt --enable-libopus --enable-libpulse --enable-librubberband --enable-librsvg --enable-libshine --enable-libsnappy --enable-libsoxr --enable-libspeex --enable-libssh --enable-libtheora --enable-libtwolame --enable-libvorbis --enable-libvpx --enable-libwavpack --enable-libwebp --enable-libx265 --enable-libxml2 --enable-libxvid --enable-libzmq --enable-libzvbi --enable-omx --enable-openal --enable-opengl --enable-sdl2 --enable-libdc1394 --enable-libdrm --enable-libiec61883 --enable-chromaprint --enable-frei0r --enable-libopencv --enable-libx264 --enable-shared\n",
            "  libavutil      55. 78.100 / 55. 78.100\n",
            "  libavcodec     57.107.100 / 57.107.100\n",
            "  libavformat    57. 83.100 / 57. 83.100\n",
            "  libavdevice    57. 10.100 / 57. 10.100\n",
            "  libavfilter     6.107.100 /  6.107.100\n",
            "  libavresample   3.  7.  0 /  3.  7.  0\n",
            "  libswscale      4.  8.100 /  4.  8.100\n",
            "  libswresample   2.  9.100 /  2.  9.100\n",
            "  libpostproc    54.  7.100 / 54.  7.100\n",
            "Codecs:\n",
            " D..... = Decoding supported\n",
            " .E.... = Encoding supported\n",
            " ..V... = Video codec\n",
            " ..A... = Audio codec\n",
            " ..S... = Subtitle codec\n",
            " ...I.. = Intra frame-only codec\n",
            " ....L. = Lossy compression\n",
            " .....S = Lossless compression\n",
            " -------\n",
            " D.VI.S 012v                 Uncompressed 4:2:2 10-bit\n",
            " D.V.L. 4xm                  4X Movie\n",
            " D.VI.S 8bps                 QuickTime 8BPS video\n",
            " .EVIL. a64_multi            Multicolor charset for Commodore 64 (encoders: a64multi )\n",
            " .EVIL. a64_multi5           Multicolor charset for Commodore 64, extended with 5th color (colram) (encoders: a64multi5 )\n",
            " D.V..S aasc                 Autodesk RLE\n",
            " D.VIL. aic                  Apple Intermediate Codec\n",
            " DEVI.S alias_pix            Alias/Wavefront PIX image\n",
            " DEVIL. amv                  AMV Video\n",
            " D.V.L. anm                  Deluxe Paint Animation\n",
            " D.V.L. ansi                 ASCII/ANSI art\n",
            " DEV..S apng                 APNG (Animated Portable Network Graphics) image\n",
            " DEVIL. asv1                 ASUS V1\n",
            " DEVIL. asv2                 ASUS V2\n",
            " D.VIL. aura                 Auravision AURA\n",
            " D.VIL. aura2                Auravision Aura 2\n",
            " ..V.L. av1                  Alliance for Open Media AV1\n",
            " D.V... avrn                 Avid AVI Codec\n",
            " DEVI.S avrp                 Avid 1:1 10-bit RGB Packer\n",
            " D.V.L. avs                  AVS (Audio Video Standard) video\n",
            " DEVI.S avui                 Avid Meridien Uncompressed\n",
            " DEVI.S ayuv                 Uncompressed packed MS 4:4:4:4\n",
            " D.V.L. bethsoftvid          Bethesda VID video\n",
            " D.V.L. bfi                  Brute Force & Ignorance\n",
            " D.V.L. binkvideo            Bink video\n",
            " D.VI.. bintext              Binary text\n",
            " D.VI.S bitpacked            Bitpacked\n",
            " DEVI.S bmp                  BMP (Windows and OS/2 bitmap)\n",
            " D.V..S bmv_video            Discworld II BMV video\n",
            " D.VI.S brender_pix          BRender PIX image\n",
            " D.V.L. c93                  Interplay C93\n",
            " D.V.L. cavs                 Chinese AVS (Audio Video Standard) (AVS1-P2, JiZhun profile)\n",
            " D.V.L. cdgraphics           CD Graphics video\n",
            " D.VIL. cdxl                 Commodore CDXL video\n",
            " D.V.L. cfhd                 Cineform HD\n",
            " DEV.L. cinepak              Cinepak\n",
            " D.V.L. clearvideo           Iterated Systems ClearVideo\n",
            " DEVIL. cljr                 Cirrus Logic AccuPak\n",
            " D.VI.S cllc                 Canopus Lossless Codec\n",
            " D.V.L. cmv                  Electronic Arts CMV video (decoders: eacmv )\n",
            " D.V... cpia                 CPiA video format\n",
            " D.V..S cscd                 CamStudio (decoders: camstudio )\n",
            " D.VIL. cyuv                 Creative YUV (CYUV)\n",
            " ..V.LS daala                Daala\n",
            " D.VILS dds                  DirectDraw Surface image decoder\n",
            " D.V.L. dfa                  Chronomaster DFA\n",
            " DEV.LS dirac                Dirac (encoders: vc2 )\n",
            " DEVIL. dnxhd                VC3/DNxHD\n",
            " DEVI.S dpx                  DPX (Digital Picture Exchange) image\n",
            " D.V.L. dsicinvideo          Delphine Software International CIN video\n",
            " DEVIL. dvvideo              DV (Digital Video)\n",
            " D.V..S dxa                  Feeble Files/ScummVM DXA\n",
            " D.VI.S dxtory               Dxtory\n",
            " D.VIL. dxv                  Resolume DXV\n",
            " D.V.L. escape124            Escape 124\n",
            " D.V.L. escape130            Escape 130\n",
            " D.VILS exr                  OpenEXR image\n",
            " DEV..S ffv1                 FFmpeg video codec #1\n",
            " DEVI.S ffvhuff              Huffyuv FFmpeg variant\n",
            " D.V.L. fic                  Mirillis FIC\n",
            " DEVI.S fits                 FITS (Flexible Image Transport System)\n",
            " DEV..S flashsv              Flash Screen Video v1\n",
            " DEV.L. flashsv2             Flash Screen Video v2\n",
            " D.V..S flic                 Autodesk Animator Flic video\n",
            " DEV.L. flv1                 FLV / Sorenson Spark / Sorenson H.263 (Flash Video) (decoders: flv ) (encoders: flv )\n",
            " D.V..S fmvc                 FM Screen Capture Codec\n",
            " D.VI.S fraps                Fraps\n",
            " D.VI.S frwu                 Forward Uncompressed\n",
            " D.V.L. g2m                  Go2Meeting\n",
            " D.V.L. gdv                  Gremlin Digital Video\n",
            " DEV..S gif                  GIF (Graphics Interchange Format)\n",
            " DEV.L. h261                 H.261\n",
            " DEV.L. h263                 H.263 / H.263-1996, H.263+ / H.263-1998 / H.263 version 2 (decoders: h263 h263_v4l2m2m ) (encoders: h263 h263_v4l2m2m )\n",
            " D.V.L. h263i                Intel H.263\n",
            " DEV.L. h263p                H.263+ / H.263-1998 / H.263 version 2\n",
            " DEV.LS h264                 H.264 / AVC / MPEG-4 AVC / MPEG-4 part 10 (decoders: h264 h264_crystalhd h264_v4l2m2m h264_vdpau h264_cuvid ) (encoders: libx264 libx264rgb h264_nvenc h264_omx h264_v4l2m2m h264_vaapi nvenc nvenc_h264 )\n",
            " DEVIL. hap                  Vidvox Hap\n",
            " DEV.L. hevc                 H.265 / HEVC (High Efficiency Video Coding) (decoders: hevc hevc_cuvid ) (encoders: libx265 nvenc_hevc hevc_nvenc hevc_vaapi )\n",
            " D.V.L. hnm4video            HNM 4 video\n",
            " D.VIL. hq_hqa               Canopus HQ/HQA\n",
            " D.VIL. hqx                  Canopus HQX\n",
            " DEVI.S huffyuv              HuffYUV\n",
            " D.V.L. idcin                id Quake II CIN video (decoders: idcinvideo )\n",
            " D.VI.. idf                  iCEDraw text\n",
            " D.V.L. iff_ilbm             IFF ACBM/ANIM/DEEP/ILBM/PBM/RGB8/RGBN (decoders: iff )\n",
            " D.V.L. indeo2               Intel Indeo 2\n",
            " D.V.L. indeo3               Intel Indeo 3\n",
            " D.V.L. indeo4               Intel Indeo Video Interactive 4\n",
            " D.V.L. indeo5               Intel Indeo Video Interactive 5\n",
            " D.V.L. interplayvideo       Interplay MVE video\n",
            " DEVILS jpeg2000             JPEG 2000 (decoders: jpeg2000 libopenjpeg ) (encoders: jpeg2000 libopenjpeg )\n",
            " DEVILS jpegls               JPEG-LS\n",
            " D.VIL. jv                   Bitmap Brothers JV video\n",
            " D.V.L. kgv1                 Kega Game Video\n",
            " D.V.L. kmvc                 Karl Morton's video codec\n",
            " D.VI.S lagarith             Lagarith lossless\n",
            " .EVI.S ljpeg                Lossless JPEG\n",
            " D.VI.S loco                 LOCO\n",
            " D.VI.S m101                 Matrox Uncompressed SD\n",
            " D.V.L. mad                  Electronic Arts Madcow Video (decoders: eamad )\n",
            " D.VI.S magicyuv             MagicYUV video\n",
            " D.VIL. mdec                 Sony PlayStation MDEC (Motion DECoder)\n",
            " D.V.L. mimic                Mimic\n",
            " DEVIL. mjpeg                Motion JPEG (decoders: mjpeg mjpeg_cuvid ) (encoders: mjpeg mjpeg_vaapi )\n",
            " D.VIL. mjpegb               Apple MJPEG-B\n",
            " D.V.L. mmvideo              American Laser Games MM Video\n",
            " D.V.L. motionpixels         Motion Pixels video\n",
            " DEV.L. mpeg1video           MPEG-1 video (decoders: mpeg1video mpeg1video_vdpau mpeg1_v4l2m2m mpeg1_cuvid )\n",
            " DEV.L. mpeg2video           MPEG-2 video (decoders: mpeg2video mpegvideo mpegvideo_vdpau mpeg2_crystalhd mpeg2_v4l2m2m mpeg2_cuvid ) (encoders: mpeg2video mpeg2_vaapi )\n",
            " DEV.L. mpeg4                MPEG-4 part 2 (decoders: mpeg4 mpeg4_crystalhd mpeg4_v4l2m2m mpeg4_vdpau mpeg4_cuvid ) (encoders: mpeg4 libxvid mpeg4_v4l2m2m )\n",
            " D.V.L. mpegvideo_xvmc       MPEG-1/2 video XvMC (X-Video Motion Compensation)\n",
            " D.V.L. msa1                 MS ATC Screen\n",
            " D.VI.S mscc                 Mandsoft Screen Capture Codec\n",
            " D.V.L. msmpeg4v1            MPEG-4 part 2 Microsoft variant version 1\n",
            " DEV.L. msmpeg4v2            MPEG-4 part 2 Microsoft variant version 2\n",
            " DEV.L. msmpeg4v3            MPEG-4 part 2 Microsoft variant version 3 (decoders: msmpeg4 msmpeg4_crystalhd ) (encoders: msmpeg4 )\n",
            " D.V..S msrle                Microsoft RLE\n",
            " D.V.L. mss1                 MS Screen 1\n",
            " D.VIL. mss2                 MS Windows Media Video V9 Screen\n",
            " DEV.L. msvideo1             Microsoft Video 1\n",
            " D.VI.S mszh                 LCL (LossLess Codec Library) MSZH\n",
            " D.V.L. mts2                 MS Expression Encoder Screen\n",
            " D.VIL. mvc1                 Silicon Graphics Motion Video Compressor 1\n",
            " D.VIL. mvc2                 Silicon Graphics Motion Video Compressor 2\n",
            " D.V.L. mxpeg                Mobotix MxPEG video\n",
            " D.V.L. nuv                  NuppelVideo/RTJPEG\n",
            " D.V.L. paf_video            Amazing Studio Packed Animation File Video\n",
            " DEVI.S pam                  PAM (Portable AnyMap) image\n",
            " DEVI.S pbm                  PBM (Portable BitMap) image\n",
            " DEVI.S pcx                  PC Paintbrush PCX image\n",
            " DEVI.S pgm                  PGM (Portable GrayMap) image\n",
            " DEVI.S pgmyuv               PGMYUV (Portable GrayMap YUV) image\n",
            " D.VIL. pictor               Pictor/PC Paint\n",
            " D.VIL. pixlet               Apple Pixlet\n",
            " DEV..S png                  PNG (Portable Network Graphics) image\n",
            " DEVI.S ppm                  PPM (Portable PixelMap) image\n",
            " DEVIL. prores               Apple ProRes (iCodec Pro) (decoders: prores prores_lgpl ) (encoders: prores prores_aw prores_ks )\n",
            " D.VI.S psd                  Photoshop PSD file\n",
            " D.VIL. ptx                  V.Flash PTX image\n",
            " D.VI.S qdraw                Apple QuickDraw\n",
            " D.V.L. qpeg                 Q-team QPEG\n",
            " DEV..S qtrle                QuickTime Animation (RLE) video\n",
            " DEVI.S r10k                 AJA Kona 10-bit RGB Codec\n",
            " DEVI.S r210                 Uncompressed RGB 10-bit\n",
            " DEVI.S rawvideo             raw video\n",
            " D.VIL. rl2                  RL2 video\n",
            " DEV.L. roq                  id RoQ video (decoders: roqvideo ) (encoders: roqvideo )\n",
            " D.V.L. rpza                 QuickTime video (RPZA)\n",
            " D.V..S rscc                 innoHeim/Rsupport Screen Capture Codec\n",
            " DEV.L. rv10                 RealVideo 1.0\n",
            " DEV.L. rv20                 RealVideo 2.0\n",
            " D.V.L. rv30                 RealVideo 3.0\n",
            " D.V.L. rv40                 RealVideo 4.0\n",
            " D.V.L. sanm                 LucasArts SANM/SMUSH video\n",
            " D.V.LS scpr                 ScreenPressor\n",
            " D.V..S screenpresso         Screenpresso\n",
            " DEVI.S sgi                  SGI image\n",
            " D.VI.S sgirle               SGI RLE 8-bit\n",
            " D.VI.S sheervideo           BitJazz SheerVideo\n",
            " D.V.L. smackvideo           Smacker video (decoders: smackvid )\n",
            " D.V.L. smc                  QuickTime Graphics (SMC)\n",
            " D.V... smvjpeg              Sigmatel Motion Video\n",
            " DEV.LS snow                 Snow\n",
            " D.VIL. sp5x                 Sunplus JPEG (SP5X)\n",
            " D.VIL. speedhq              NewTek SpeedHQ\n",
            " D.VI.S srgc                 Screen Recorder Gold Codec\n",
            " DEVI.S sunrast              Sun Rasterfile image\n",
            " D.V..S svg                  Scalable Vector Graphics (decoders: librsvg )\n",
            " DEV.L. svq1                 Sorenson Vector Quantizer 1 / Sorenson Video 1 / SVQ1\n",
            " D.V.L. svq3                 Sorenson Vector Quantizer 3 / Sorenson Video 3 / SVQ3\n",
            " DEVI.S targa                Truevision Targa image\n",
            " D.VI.S targa_y216           Pinnacle TARGA CineWave YUV16\n",
            " D.V.L. tdsc                 TDSC\n",
            " D.V.L. tgq                  Electronic Arts TGQ video (decoders: eatgq )\n",
            " D.V.L. tgv                  Electronic Arts TGV video (decoders: eatgv )\n",
            " DEV.L. theora               Theora (encoders: libtheora )\n",
            " D.VIL. thp                  Nintendo Gamecube THP video\n",
            " D.V.L. tiertexseqvideo      Tiertex Limited SEQ video\n",
            " DEVI.S tiff                 TIFF image\n",
            " D.VIL. tmv                  8088flex TMV\n",
            " D.V.L. tqi                  Electronic Arts TQI video (decoders: eatqi )\n",
            " D.V.L. truemotion1          Duck TrueMotion 1.0\n",
            " D.V.L. truemotion2          Duck TrueMotion 2.0\n",
            " D.V.L. truemotion2rt        Duck TrueMotion 2.0 Real Time\n",
            " D.V..S tscc                 TechSmith Screen Capture Codec (decoders: camtasia )\n",
            " D.V.L. tscc2                TechSmith Screen Codec 2\n",
            " D.VIL. txd                  Renderware TXD (TeXture Dictionary) image\n",
            " D.V.L. ulti                 IBM UltiMotion (decoders: ultimotion )\n",
            " DEVI.S utvideo              Ut Video\n",
            " DEVI.S v210                 Uncompressed 4:2:2 10-bit\n",
            " D.VI.S v210x                Uncompressed 4:2:2 10-bit\n",
            " DEVI.S v308                 Uncompressed packed 4:4:4\n",
            " DEVI.S v408                 Uncompressed packed QT 4:4:4:4\n",
            " DEVI.S v410                 Uncompressed 4:4:4 10-bit\n",
            " D.V.L. vb                   Beam Software VB\n",
            " D.VI.S vble                 VBLE Lossless Codec\n",
            " D.V.L. vc1                  SMPTE VC-1 (decoders: vc1 vc1_crystalhd vc1_vdpau vc1_v4l2m2m vc1_cuvid )\n",
            " D.V.L. vc1image             Windows Media Video 9 Image v2\n",
            " D.VIL. vcr1                 ATI VCR1\n",
            " D.VIL. vixl                 Miro VideoXL (decoders: xl )\n",
            " D.V.L. vmdvideo             Sierra VMD video\n",
            " D.V..S vmnc                 VMware Screen Codec / VMware Video\n",
            " D.V.L. vp3                  On2 VP3\n",
            " D.V.L. vp5                  On2 VP5\n",
            " D.V.L. vp6                  On2 VP6\n",
            " D.V.L. vp6a                 On2 VP6 (Flash version, with alpha channel)\n",
            " D.V.L. vp6f                 On2 VP6 (Flash version)\n",
            " D.V.L. vp7                  On2 VP7\n",
            " DEV.L. vp8                  On2 VP8 (decoders: vp8 vp8_v4l2m2m libvpx vp8_cuvid ) (encoders: libvpx vp8_v4l2m2m vp8_vaapi )\n",
            " DEV.L. vp9                  Google VP9 (decoders: vp9 vp9_v4l2m2m libvpx-vp9 vp9_cuvid ) (encoders: libvpx-vp9 vp9_vaapi )\n",
            " DEVILS webp                 WebP (encoders: libwebp_anim libwebp )\n",
            " DEV.L. wmv1                 Windows Media Video 7\n",
            " DEV.L. wmv2                 Windows Media Video 8\n",
            " D.V.L. wmv3                 Windows Media Video 9 (decoders: wmv3 wmv3_crystalhd wmv3_vdpau )\n",
            " D.V.L. wmv3image            Windows Media Video 9 Image\n",
            " D.VIL. wnv1                 Winnov WNV1\n",
            " DEV..S wrapped_avframe      AVFrame to AVPacket passthrough\n",
            " D.V.L. ws_vqa               Westwood Studios VQA (Vector Quantized Animation) video (decoders: vqavideo )\n",
            " D.V.L. xan_wc3              Wing Commander III / Xan\n",
            " D.V.L. xan_wc4              Wing Commander IV / Xxan\n",
            " D.VI.. xbin                 eXtended BINary text\n",
            " DEVI.S xbm                  XBM (X BitMap) image\n",
            " DEVIL. xface                X-face image\n",
            " D.VI.S xpm                  XPM (X PixMap) image\n",
            " DEVI.S xwd                  XWD (X Window Dump) image\n",
            " DEVI.S y41p                 Uncompressed YUV 4:1:1 12-bit\n",
            " D.VI.S ylc                  YUY2 Lossless Codec\n",
            " D.V.L. yop                  Psygnosis YOP Video\n",
            " DEVI.S yuv4                 Uncompressed packed 4:2:0\n",
            " D.V..S zerocodec            ZeroCodec Lossless Video\n",
            " DEVI.S zlib                 LCL (LossLess Codec Library) ZLIB\n",
            " DEV..S zmbv                 Zip Motion Blocks Video\n",
            " ..A.L. 4gv                  4GV (Fourth Generation Vocoder)\n",
            " D.A.L. 8svx_exp             8SVX exponential\n",
            " D.A.L. 8svx_fib             8SVX fibonacci\n",
            " DEA.L. aac                  AAC (Advanced Audio Coding) (decoders: aac aac_fixed )\n",
            " D.A.L. aac_latm             AAC LATM (Advanced Audio Coding LATM syntax)\n",
            " DEA.L. ac3                  ATSC A/52A (AC-3) (decoders: ac3 ac3_fixed ) (encoders: ac3 ac3_fixed )\n",
            " D.A.L. adpcm_4xm            ADPCM 4X Movie\n",
            " DEA.L. adpcm_adx            SEGA CRI ADX ADPCM\n",
            " D.A.L. adpcm_afc            ADPCM Nintendo Gamecube AFC\n",
            " D.A.L. adpcm_aica           ADPCM Yamaha AICA\n",
            " D.A.L. adpcm_ct             ADPCM Creative Technology\n",
            " D.A.L. adpcm_dtk            ADPCM Nintendo Gamecube DTK\n",
            " D.A.L. adpcm_ea             ADPCM Electronic Arts\n",
            " D.A.L. adpcm_ea_maxis_xa    ADPCM Electronic Arts Maxis CDROM XA\n",
            " D.A.L. adpcm_ea_r1          ADPCM Electronic Arts R1\n",
            " D.A.L. adpcm_ea_r2          ADPCM Electronic Arts R2\n",
            " D.A.L. adpcm_ea_r3          ADPCM Electronic Arts R3\n",
            " D.A.L. adpcm_ea_xas         ADPCM Electronic Arts XAS\n",
            " DEA.L. adpcm_g722           G.722 ADPCM (decoders: g722 ) (encoders: g722 )\n",
            " DEA.L. adpcm_g726           G.726 ADPCM (decoders: g726 ) (encoders: g726 )\n",
            " DEA.L. adpcm_g726le         G.726 ADPCM little-endian (decoders: g726le ) (encoders: g726le )\n",
            " D.A.L. adpcm_ima_amv        ADPCM IMA AMV\n",
            " D.A.L. adpcm_ima_apc        ADPCM IMA CRYO APC\n",
            " D.A.L. adpcm_ima_dat4       ADPCM IMA Eurocom DAT4\n",
            " D.A.L. adpcm_ima_dk3        ADPCM IMA Duck DK3\n",
            " D.A.L. adpcm_ima_dk4        ADPCM IMA Duck DK4\n",
            " D.A.L. adpcm_ima_ea_eacs    ADPCM IMA Electronic Arts EACS\n",
            " D.A.L. adpcm_ima_ea_sead    ADPCM IMA Electronic Arts SEAD\n",
            " D.A.L. adpcm_ima_iss        ADPCM IMA Funcom ISS\n",
            " D.A.L. adpcm_ima_oki        ADPCM IMA Dialogic OKI\n",
            " DEA.L. adpcm_ima_qt         ADPCM IMA QuickTime\n",
            " D.A.L. adpcm_ima_rad        ADPCM IMA Radical\n",
            " D.A.L. adpcm_ima_smjpeg     ADPCM IMA Loki SDL MJPEG\n",
            " DEA.L. adpcm_ima_wav        ADPCM IMA WAV\n",
            " D.A.L. adpcm_ima_ws         ADPCM IMA Westwood\n",
            " DEA.L. adpcm_ms             ADPCM Microsoft\n",
            " D.A.L. adpcm_mtaf           ADPCM MTAF\n",
            " D.A.L. adpcm_psx            ADPCM Playstation\n",
            " D.A.L. adpcm_sbpro_2        ADPCM Sound Blaster Pro 2-bit\n",
            " D.A.L. adpcm_sbpro_3        ADPCM Sound Blaster Pro 2.6-bit\n",
            " D.A.L. adpcm_sbpro_4        ADPCM Sound Blaster Pro 4-bit\n",
            " DEA.L. adpcm_swf            ADPCM Shockwave Flash\n",
            " D.A.L. adpcm_thp            ADPCM Nintendo THP\n",
            " D.A.L. adpcm_thp_le         ADPCM Nintendo THP (Little-Endian)\n",
            " D.A.L. adpcm_vima           LucasArts VIMA audio\n",
            " D.A.L. adpcm_xa             ADPCM CDROM XA\n",
            " DEA.L. adpcm_yamaha         ADPCM Yamaha\n",
            " DEAI.S alac                 ALAC (Apple Lossless Audio Codec)\n",
            " D.A.L. amr_nb               AMR-NB (Adaptive Multi-Rate NarrowBand) (decoders: amrnb )\n",
            " D.A.L. amr_wb               AMR-WB (Adaptive Multi-Rate WideBand) (decoders: amrwb )\n",
            " D.A..S ape                  Monkey's Audio\n",
            " D.A.L. atrac1               ATRAC1 (Adaptive TRansform Acoustic Coding)\n",
            " D.A.L. atrac3               ATRAC3 (Adaptive TRansform Acoustic Coding 3)\n",
            " D.A..S atrac3al             ATRAC3 AL (Adaptive TRansform Acoustic Coding 3 Advanced Lossless)\n",
            " D.A.L. atrac3p              ATRAC3+ (Adaptive TRansform Acoustic Coding 3+) (decoders: atrac3plus )\n",
            " D.A..S atrac3pal            ATRAC3+ AL (Adaptive TRansform Acoustic Coding 3+ Advanced Lossless) (decoders: atrac3plusal )\n",
            " D.A.L. avc                  On2 Audio for Video Codec (decoders: on2avc )\n",
            " D.A.L. binkaudio_dct        Bink Audio (DCT)\n",
            " D.A.L. binkaudio_rdft       Bink Audio (RDFT)\n",
            " D.A.L. bmv_audio            Discworld II BMV audio\n",
            " ..A.L. celt                 Constrained Energy Lapped Transform (CELT)\n",
            " DEA.L. comfortnoise         RFC 3389 Comfort Noise\n",
            " D.A.L. cook                 Cook / Cooker / Gecko (RealAudio G2)\n",
            " D.A.L. dolby_e              Dolby E\n",
            " D.A.L. dsd_lsbf             DSD (Direct Stream Digital), least significant bit first\n",
            " D.A.L. dsd_lsbf_planar      DSD (Direct Stream Digital), least significant bit first, planar\n",
            " D.A.L. dsd_msbf             DSD (Direct Stream Digital), most significant bit first\n",
            " D.A.L. dsd_msbf_planar      DSD (Direct Stream Digital), most significant bit first, planar\n",
            " D.A.L. dsicinaudio          Delphine Software International CIN audio\n",
            " D.A.L. dss_sp               Digital Speech Standard - Standard Play mode (DSS SP)\n",
            " D.A..S dst                  DST (Direct Stream Transfer)\n",
            " DEA.LS dts                  DCA (DTS Coherent Acoustics) (decoders: dca ) (encoders: dca )\n",
            " D.A.L. dvaudio              DV audio\n",
            " DEA.L. eac3                 ATSC A/52B (AC-3, E-AC-3)\n",
            " D.A.L. evrc                 EVRC (Enhanced Variable Rate Codec)\n",
            " DEAI.S flac                 FLAC (Free Lossless Audio Codec)\n",
            " DEA.L. g723_1               G.723.1\n",
            " D.A.L. g729                 G.729\n",
            " D.A.L. gremlin_dpcm         DPCM Gremlin\n",
            " DEA.L. gsm                  GSM (decoders: gsm libgsm ) (encoders: libgsm )\n",
            " DEA.L. gsm_ms               GSM Microsoft variant (decoders: gsm_ms libgsm_ms ) (encoders: libgsm_ms )\n",
            " D.A.L. iac                  IAC (Indeo Audio Coder)\n",
            " ..A.L. ilbc                 iLBC (Internet Low Bitrate Codec)\n",
            " D.A.L. imc                  IMC (Intel Music Coder)\n",
            " D.A.L. interplay_dpcm       DPCM Interplay\n",
            " D.A.L. interplayacm         Interplay ACM\n",
            " D.A.L. mace3                MACE (Macintosh Audio Compression/Expansion) 3:1\n",
            " D.A.L. mace6                MACE (Macintosh Audio Compression/Expansion) 6:1\n",
            " D.A.L. metasound            Voxware MetaSound\n",
            " DEA..S mlp                  MLP (Meridian Lossless Packing)\n",
            " D.A.L. mp1                  MP1 (MPEG audio layer 1) (decoders: mp1 mp1float )\n",
            " DEA.L. mp2                  MP2 (MPEG audio layer 2) (decoders: mp2 mp2float ) (encoders: mp2 mp2fixed libtwolame )\n",
            " DEA.L. mp3                  MP3 (MPEG audio layer 3) (decoders: mp3 mp3float ) (encoders: libmp3lame libshine )\n",
            " D.A.L. mp3adu               ADU (Application Data Unit) MP3 (MPEG audio layer 3) (decoders: mp3adu mp3adufloat )\n",
            " D.A.L. mp3on4               MP3onMP4 (decoders: mp3on4 mp3on4float )\n",
            " D.A..S mp4als               MPEG-4 Audio Lossless Coding (ALS) (decoders: als )\n",
            " D.A.L. musepack7            Musepack SV7 (decoders: mpc7 )\n",
            " D.A.L. musepack8            Musepack SV8 (decoders: mpc8 )\n",
            " DEA.L. nellymoser           Nellymoser Asao\n",
            " DEA.L. opus                 Opus (Opus Interactive Audio Codec) (decoders: opus libopus ) (encoders: opus libopus )\n",
            " D.A.L. paf_audio            Amazing Studio Packed Animation File Audio\n",
            " DEA.L. pcm_alaw             PCM A-law / G.711 A-law\n",
            " D.A..S pcm_bluray           PCM signed 16|20|24-bit big-endian for Blu-ray media\n",
            " D.A..S pcm_dvd              PCM signed 20|24-bit big-endian\n",
            " D.A..S pcm_f16le            PCM 16.8 floating point little-endian\n",
            " D.A..S pcm_f24le            PCM 24.0 floating point little-endian\n",
            " DEA..S pcm_f32be            PCM 32-bit floating point big-endian\n",
            " DEA..S pcm_f32le            PCM 32-bit floating point little-endian\n",
            " DEA..S pcm_f64be            PCM 64-bit floating point big-endian\n",
            " DEA..S pcm_f64le            PCM 64-bit floating point little-endian\n",
            " D.A..S pcm_lxf              PCM signed 20-bit little-endian planar\n",
            " DEA.L. pcm_mulaw            PCM mu-law / G.711 mu-law\n",
            " DEA..S pcm_s16be            PCM signed 16-bit big-endian\n",
            " DEA..S pcm_s16be_planar     PCM signed 16-bit big-endian planar\n",
            " DEA..S pcm_s16le            PCM signed 16-bit little-endian\n",
            " DEA..S pcm_s16le_planar     PCM signed 16-bit little-endian planar\n",
            " DEA..S pcm_s24be            PCM signed 24-bit big-endian\n",
            " DEA..S pcm_s24daud          PCM D-Cinema audio signed 24-bit\n",
            " DEA..S pcm_s24le            PCM signed 24-bit little-endian\n",
            " DEA..S pcm_s24le_planar     PCM signed 24-bit little-endian planar\n",
            " DEA..S pcm_s32be            PCM signed 32-bit big-endian\n",
            " DEA..S pcm_s32le            PCM signed 32-bit little-endian\n",
            " DEA..S pcm_s32le_planar     PCM signed 32-bit little-endian planar\n",
            " DEA..S pcm_s64be            PCM signed 64-bit big-endian\n",
            " DEA..S pcm_s64le            PCM signed 64-bit little-endian\n",
            " DEA..S pcm_s8               PCM signed 8-bit\n",
            " DEA..S pcm_s8_planar        PCM signed 8-bit planar\n",
            " DEA..S pcm_u16be            PCM unsigned 16-bit big-endian\n",
            " DEA..S pcm_u16le            PCM unsigned 16-bit little-endian\n",
            " DEA..S pcm_u24be            PCM unsigned 24-bit big-endian\n",
            " DEA..S pcm_u24le            PCM unsigned 24-bit little-endian\n",
            " DEA..S pcm_u32be            PCM unsigned 32-bit big-endian\n",
            " DEA..S pcm_u32le            PCM unsigned 32-bit little-endian\n",
            " DEA..S pcm_u8               PCM unsigned 8-bit\n",
            " D.A.L. pcm_zork             PCM Zork\n",
            " D.A.L. qcelp                QCELP / PureVoice\n",
            " D.A.L. qdm2                 QDesign Music Codec 2\n",
            " D.A.L. qdmc                 QDesign Music\n",
            " DEA.L. ra_144               RealAudio 1.0 (14.4K) (decoders: real_144 ) (encoders: real_144 )\n",
            " D.A.L. ra_288               RealAudio 2.0 (28.8K) (decoders: real_288 )\n",
            " D.A..S ralf                 RealAudio Lossless\n",
            " DEA.L. roq_dpcm             DPCM id RoQ\n",
            " DEA..S s302m                SMPTE 302M\n",
            " D.A.L. sdx2_dpcm            DPCM Squareroot-Delta-Exact\n",
            " D.A..S shorten              Shorten\n",
            " D.A.L. sipr                 RealAudio SIPR / ACELP.NET\n",
            " D.A.L. smackaudio           Smacker audio (decoders: smackaud )\n",
            " ..A.L. smv                  SMV (Selectable Mode Vocoder)\n",
            " D.A.L. sol_dpcm             DPCM Sol\n",
            " DEA... sonic                Sonic\n",
            " .EA... sonicls              Sonic lossless\n",
            " DEA.L. speex                Speex (decoders: libspeex ) (encoders: libspeex )\n",
            " D.AI.S tak                  TAK (Tom's lossless Audio Kompressor)\n",
            " DEA..S truehd               TrueHD\n",
            " D.A.L. truespeech           DSP Group TrueSpeech\n",
            " DEAI.S tta                  TTA (True Audio)\n",
            " D.A.L. twinvq               VQF TwinVQ\n",
            " D.A.L. vmdaudio             Sierra VMD audio\n",
            " DEA.L. vorbis               Vorbis (decoders: vorbis libvorbis ) (encoders: vorbis libvorbis )\n",
            " ..A.L. voxware              Voxware RT29 Metasound\n",
            " D.A... wavesynth            Wave synthesis pseudo-codec\n",
            " DEAILS wavpack              WavPack (encoders: wavpack libwavpack )\n",
            " D.A.L. westwood_snd1        Westwood Audio (SND1) (decoders: ws_snd1 )\n",
            " D.A..S wmalossless          Windows Media Audio Lossless\n",
            " D.A.L. wmapro               Windows Media Audio 9 Professional\n",
            " DEA.L. wmav1                Windows Media Audio 1\n",
            " DEA.L. wmav2                Windows Media Audio 2\n",
            " D.A.L. wmavoice             Windows Media Audio Voice\n",
            " D.A.L. xan_dpcm             DPCM Xan\n",
            " D.A.L. xma1                 Xbox Media Audio 1\n",
            " D.A.L. xma2                 Xbox Media Audio 2\n",
            " ..D... bin_data             binary data\n",
            " ..D... dvd_nav_packet       DVD Nav packet\n",
            " ..D... klv                  SMPTE 336M Key-Length-Value (KLV) metadata\n",
            " ..D... otf                  OpenType font\n",
            " ..D... scte_35              SCTE 35 Message Queue\n",
            " ..D... timed_id3            timed ID3 metadata\n",
            " ..D... ttf                  TrueType font\n",
            " DES... ass                  ASS (Advanced SSA) subtitle (decoders: ssa ass ) (encoders: ssa ass )\n",
            " DES... dvb_subtitle         DVB subtitles (decoders: dvbsub ) (encoders: dvbsub )\n",
            " D.S... dvb_teletext         DVB teletext (decoders: libzvbi_teletextdec )\n",
            " DES... dvd_subtitle         DVD subtitles (decoders: dvdsub ) (encoders: dvdsub )\n",
            " D.S... eia_608              EIA-608 closed captions (decoders: cc_dec )\n",
            " D.S... hdmv_pgs_subtitle    HDMV Presentation Graphic Stream subtitles (decoders: pgssub )\n",
            " ..S... hdmv_text_subtitle   HDMV Text subtitle\n",
            " D.S... jacosub              JACOsub subtitle\n",
            " D.S... microdvd             MicroDVD subtitle\n",
            " DES... mov_text             MOV text\n",
            " D.S... mpl2                 MPL2 subtitle\n",
            " D.S... pjs                  PJS (Phoenix Japanimation Society) subtitle\n",
            " D.S... realtext             RealText subtitle\n",
            " D.S... sami                 SAMI subtitle\n",
            " ..S... srt                  SubRip subtitle with embedded timing\n",
            " ..S... ssa                  SSA (SubStation Alpha) subtitle\n",
            " D.S... stl                  Spruce subtitle format\n",
            " DES... subrip               SubRip subtitle (decoders: srt subrip ) (encoders: srt subrip )\n",
            " D.S... subviewer            SubViewer subtitle\n",
            " D.S... subviewer1           SubViewer v1 subtitle\n",
            " DES... text                 raw UTF-8 text\n",
            " D.S... vplayer              VPlayer subtitle\n",
            " DES... webvtt               WebVTT subtitle\n",
            " DES... xsub                 XSUB\n"
          ],
          "name": "stdout"
        }
      ]
    },
    {
      "cell_type": "code",
      "metadata": {
        "id": "8Fe4XSjIknHg"
      },
      "source": [
        ""
      ],
      "execution_count": null,
      "outputs": []
    }
  ]
}