Overview_of_Colaboratory_Features.ipynb

{
  "cells": [
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "view-in-github",
        "colab_type": "text"
      },
      "source": [
        "<a href=\"https://colab.research.google.com/github/fjadidi2001/DataScienceJourney/blob/master/Overview_of_Colaboratory_Features.ipynb\" target=\"_parent\"><img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/></a>"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "JyG45Qk3qQLS"
      },
      "source": [
        "# Cells\n",
        "A notebook is a list of cells. Cells contain either explanatory text or executable code and its output. Click a cell to select it."
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "KR921S_OQSHG"
      },
      "source": [
        "## Code cells\n",
        "Below is a **code cell**. Once the toolbar button indicates CONNECTED, click in the cell to select it and execute the contents in the following ways:\n",
        "\n",
        "* Click the **Play icon** in the left gutter of the cell;\n",
        "* Type **Cmd/Ctrl+Enter** to run the cell in place;\n",
        "* Type **Shift+Enter** to run the cell and move focus to the next cell (adding one if none exists); or\n",
        "* Type **Alt+Enter** to run the cell and insert a new code cell immediately below it.\n",
        "\n",
        "There are additional options for running some or all cells in the **Runtime** menu.\n"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 6,
      "metadata": {
        "cellView": "both",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "WUtu4316QSHL",
        "outputId": "87b83cce-d1a9-428d-ded1-81165a525517"
      },
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "10"
            ]
          },
          "metadata": {},
          "execution_count": 6
        }
      ],
      "source": [
        "a = 10\n",
        "a"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "Id6tDF1HQSHD"
      },
      "source": [
        "## Text cells\n",
        "This is a **text cell**. You can **double-click** to edit this cell. Text cells\n",
        "use markdown syntax. To learn more, see our [markdown\n",
        "guide](/notebooks/markdown_guide.ipynb).\n",
        "\n",
        "You can also add math to text cells using [LaTeX](http://www.latex-project.org/)\n",
        "to be rendered by [MathJax](https://www.mathjax.org). Just place the statement\n",
        "within a pair of **\\$** signs.\n",
        "<br>\n",
        "For example `$\\sqrt{3x-1}+(1+x)^2$` becomes\n",
        "$\\sqrt{3x-1}+(1+x)^2.$\n"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "7bqjkGKwQSHW"
      },
      "source": [
        "## Adding and moving cells\n",
        "You can add new cells by using the **+ CODE** and **+ TEXT** buttons that show when you hover between cells. These buttons are also in the toolbar above the notebook where they can be used to add a cell below the currently selected cell.\n",
        "\n",
        "You can move a cell by selecting it and clicking **Cell Up** or **Cell Down** in the top toolbar.\n",
        "\n",
        "Consecutive cells can be selected by \"lasso selection\" by dragging from outside one cell and through the group.  Non-adjacent cells can be selected concurrently by clicking one and then holding down Ctrl while clicking another.  Similarly, using Shift instead of Ctrl will select all intermediate cells."
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "GOwlZRXEQSHZ"
      },
      "source": [
        "# Working with python\n",
        "Colaboratory is built on top of [Jupyter Notebook](https://jupyter.org/). Below are some examples of convenience functions provided."
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "RVuqWUXPQSHa"
      },
      "source": [
        "Long running python processes can be interrupted. Run the following cell and select **Runtime -> Interrupt execution** (*hotkey: Cmd/Ctrl-M I*) to stop execution."
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 9,
      "metadata": {
        "cellView": "both",
        "colab": {
          "height": 211,
          "base_uri": "https://localhost:8080/"
        },
        "id": "d-S-3nYLQSHb",
        "outputId": "1e05d8f3-de00-418c-e19a-e7cfae464517"
      },
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Sleeping\n"
          ]
        },
        {
          "output_type": "error",
          "ename": "KeyboardInterrupt",
          "evalue": "",
          "traceback": [
            "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
            "\u001b[0;31mKeyboardInterrupt\u001b[0m                         Traceback (most recent call last)",
            "\u001b[0;32m<ipython-input-9-fb6d98dc021a>\u001b[0m in \u001b[0;36m<cell line: 3>\u001b[0;34m()\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[0;32mimport\u001b[0m \u001b[0mtime\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m      2\u001b[0m \u001b[0mprint\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;34m\"Sleeping\"\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 3\u001b[0;31m \u001b[0mtime\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0msleep\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m30\u001b[0m\u001b[0;34m)\u001b[0m \u001b[0;31m# sleep for a while; interrupt me!\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m      4\u001b[0m \u001b[0mprint\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;34m\"Done Sleeping\"\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
            "\u001b[0;31mKeyboardInterrupt\u001b[0m: "
          ]
        }
      ],
      "source": [
        "import time\n",
        "print(\"Sleeping\")\n",
        "time.sleep(30) # sleep for a while; interrupt me!\n",
        "print(\"Done Sleeping\")"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "Wej_mEyXQSHc"
      },
      "source": [
        "## System aliases\n",
        "\n",
        "Jupyter includes shortcuts for common operations, such as ls:"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 10,
      "metadata": {
        "cellView": "both",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "5OCYEvK5QSHf",
        "outputId": "7f0e67a5-e6e9-4416-bcc8-a2b2fd72122d"
      },
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "'['\t\t\t\t      mkdir\n",
            " 7z\t\t\t\t      mkfifo\n",
            " 7za\t\t\t\t      mknod\n",
            " 7zr\t\t\t\t      mktemp\n",
            " aclocal\t\t\t      mm2gv\n",
            " aclocal-1.16\t\t\t      more\n",
            " acyclic\t\t\t      mount\n",
            " add-apt-repository\t\t      mountpoint\n",
            " addpart\t\t\t      mpexpand\n",
            " addr2line\t\t\t      mpic++\n",
            " aggregate_profile\t\t      mpicc\n",
            " apropos\t\t\t      mpiCC\n",
            " apt\t\t\t\t      mpicc.openmpi\n",
            " apt-add-repository\t\t      mpiCC.openmpi\n",
            " apt-cache\t\t\t      mpic++.openmpi\n",
            " apt-cdrom\t\t\t      mpicxx\n",
            " apt-config\t\t\t      mpicxx.openmpi\n",
            " apt-extracttemplates\t\t      mpiexec\n",
            " apt-ftparchive\t\t\t      mpiexec.openmpi\n",
            " apt-get\t\t\t      mpif77\n",
            " apt-key\t\t\t      mpif77.openmpi\n",
            " apt-mark\t\t\t      mpif90\n",
            " apt-sortpkgs\t\t\t      mpif90.openmpi\n",
            " ar\t\t\t\t      mpifort\n",
            " arch\t\t\t\t      mpifort.openmpi\n",
            " as\t\t\t\t      mpijavac\n",
            " asan_symbolize\t\t\t      mpijavac.pl\n",
            " asan_symbolize-14\t\t      mpirun\n",
            " autoconf\t\t\t      mpirun.openmpi\n",
            " autoheader\t\t\t      mv\n",
            " autom4te\t\t\t      mysql_config\n",
            " automake\t\t\t      namei\n",
            " automake-1.16\t\t\t      nawk\n",
            " autoreconf\t\t\t      nc-config\n",
            " autoscan\t\t\t      ncurses5-config\n",
            " autoupdate\t\t\t      ncurses6-config\n",
            " awk\t\t\t\t      ncursesw5-config\n",
            " b2\t\t\t\t      ncursesw6-config\n",
            " b2sum\t\t\t\t      neato\n",
            " base32\t\t\t\t      neqn\n",
            " base64\t\t\t\t      networkctl\n",
            " basename\t\t\t      newgrp\n",
            " basenc\t\t\t\t      nice\n",
            " bash\t\t\t\t      nisdomainname\n",
            " bashbug\t\t\t      nl\n",
            " bcomps\t\t\t\t      nm\n",
            " bcp\t\t\t\t      nns\n",
            " bjam\t\t\t\t      nnsd\n",
            " bootctl\t\t\t      nnslog\n",
            " browse\t\t\t\t      nohup\n",
            " bunzip2\t\t\t      nop\n",
            " busctl\t\t\t\t      nproc\n",
            " bzcat\t\t\t\t      nroff\n",
            " bzcmp\t\t\t\t      nsenter\n",
            " bzdiff\t\t\t\t      nstat\n",
            " bzegrep\t\t\t      numfmt\n",
            " bzexe\t\t\t\t      objcopy\n",
            " bzfgrep\t\t\t      objdump\n",
            " bzgrep\t\t\t\t      od\n",
            " bzip2\t\t\t\t      ogdi-config\n",
            " bzip2recover\t\t\t      ompi-clean\n",
            " bzless\t\t\t\t      ompi_info\n",
            " bzmore\t\t\t\t      ompi-server\n",
            " c++\t\t\t\t      opalc++\n",
            " c89\t\t\t\t      opalcc\n",
            " c89-gcc\t\t\t      opal_wrapper\n",
            " c99\t\t\t\t      open\n",
            " c99-gcc\t\t\t      opencv_annotation\n",
            " captoinfo\t\t\t      opencv_interactive-calibration\n",
            " cat\t\t\t\t      opencv_model_diagnostics\n",
            " catman\t\t\t\t      opencv_version\n",
            " cc\t\t\t\t      opencv_visualisation\n",
            " ccomps\t\t\t\t      opencv_waldboost_detector\n",
            " c++filt\t\t\t      openssl\n",
            " chage\t\t\t\t      ortecc\n",
            " chattr\t\t\t\t      orte-clean\n",
            " chcon\t\t\t\t      orted\n",
            " chfn\t\t\t\t      orte-info\n",
            " chgrp\t\t\t\t      orterun\n",
            " chmod\t\t\t\t      orte-server\n",
            " choom\t\t\t\t      osage\n",
            " chown\t\t\t\t      oshc++\n",
            " chronic\t\t\t      oshcc\n",
            " chrt\t\t\t\t      oshCC\n",
            " chsh\t\t\t\t      oshcxx\n",
            " circo\t\t\t\t      oshfort\n",
            " cksum\t\t\t\t      oshmem_info\n",
            " clang\t\t\t\t      oshrun\n",
            " clang++\t\t\t      p7zip\n",
            " clang++-14\t\t\t      pack200\n",
            " clang-14\t\t\t      page\n",
            " clang-cpp-14\t\t\t      pager\n",
            " clear\t\t\t\t      paperconf\n",
            " clear_console\t\t\t      parallel\n",
            " clinfo\t\t\t\t      partx\n",
            " cluster\t\t\t      passwd\n",
            " cmake\t\t\t\t      paste\n",
            " cmp\t\t\t\t      patch\n",
            " col\t\t\t\t      patchwork\n",
            " colcrt\t\t\t\t      pathchk\n",
            " colrm\t\t\t\t      pcre2-config\n",
            " column\t\t\t\t      pcre-config\n",
            " combine\t\t\t      pdb3\n",
            " comm\t\t\t\t      pdb3.10\n",
            " compile_et\t\t\t      pee\n",
            " corelist\t\t\t      peekfd\n",
            " cp\t\t\t\t      perl\n",
            " cpack\t\t\t\t      perl5.34.0\n",
            " cpan\t\t\t\t      perl5.34-x86_64-linux-gnu\n",
            " cpan5.34-x86_64-linux-gnu\t      perlbug\n",
            " cpp\t\t\t\t      perldoc\n",
            " cpp-11\t\t\t\t      perlivp\n",
            " c_rehash\t\t\t      perlthanks\n",
            " csplit\t\t\t\t      pg_config\n",
            " ctest\t\t\t\t      pgrep\n",
            " ctstat\t\t\t\t      pic\n",
            " curl\t\t\t\t      piconv\n",
            " curl-config\t\t\t      pidof\n",
            " cut\t\t\t\t      pidwait\n",
            " cvtsudoers\t\t\t      pinentry\n",
            " dash\t\t\t\t      pinentry-curses\n",
            " date\t\t\t\t      pinky\n",
            " dbus-cleanup-sockets\t\t      pkaction\n",
            " dbus-daemon\t\t\t      pkcheck\n",
            " dbus-monitor\t\t\t      pkexec\n",
            " dbus-run-session\t\t      pkgconf\n",
            " dbus-send\t\t\t      pkg-config\n",
            " dbus-update-activation-environment   pkgdata\n",
            " dbus-uuidgen\t\t\t      pkill\n",
            " dd\t\t\t\t      pkttyagent\n",
            " debconf\t\t\t      pl2pm\n",
            " debconf-apt-progress\t\t      pldd\n",
            " debconf-communicate\t\t      pmap\n",
            " debconf-copydb\t\t\t      pod2html\n",
            " debconf-escape\t\t\t      pod2man\n",
            " debconf-set-selections\t\t      pod2text\n",
            " debconf-show\t\t\t      pod2usage\n",
            " deb-systemd-helper\t\t      podchecker\n",
            " deb-systemd-invoke\t\t      pprof-symbolize\n",
            " delpart\t\t\t      pr\n",
            " derb\t\t\t\t      preconv\n",
            " df\t\t\t\t      prename\n",
            " dh_autotools-dev_restoreconfig       printenv\n",
            " dh_autotools-dev_updateconfig\t      printf\n",
            " diff\t\t\t\t      prlimit\n",
            " diff3\t\t\t\t      profile2mat\n",
            " diffimg\t\t\t      protoc\n",
            " dijkstra\t\t\t      prove\n",
            " dir\t\t\t\t      prtstat\n",
            " dircolors\t\t\t      prune\n",
            " dirmngr\t\t\t      ps\n",
            " dirmngr-client\t\t\t      pslog\n",
            " dirname\t\t\t      pstree\n",
            " dmesg\t\t\t\t      pstree.x11\n",
            " dnsdomainname\t\t\t      pt\n",
            " domainname\t\t\t      ptar\n",
            " dot\t\t\t\t      ptardiff\n",
            " dot2gxl\t\t\t      ptargrep\n",
            " dot_builtins\t\t\t      ptx\n",
            " dotty\t\t\t\t      pwd\n",
            " dpkg\t\t\t\t      pwdx\n",
            " dpkg-architecture\t\t      py3clean\n",
            " dpkg-buildflags\t\t      py3compile\n",
            " dpkg-buildpackage\t\t      py3versions\n",
            " dpkg-checkbuilddeps\t\t      pydoc3\n",
            " dpkg-deb\t\t\t      pydoc3.10\n",
            " dpkg-distaddfile\t\t      pygettext3\n",
            " dpkg-divert\t\t\t      pygettext3.10\n",
            " dpkg-genbuildinfo\t\t      python3\n",
            " dpkg-genchanges\t\t      python3.10\n",
            " dpkg-gencontrol\t\t      python3.10-config\n",
            " dpkg-gensymbols\t\t      python3-config\n",
            " dpkg-maintscript-helper\t      qt-faststart\n",
            " dpkg-mergechangelogs\t\t      quickbook\n",
            " dpkg-name\t\t\t      R\n",
            " dpkg-parsechangelog\t\t      ranlib\n",
            " dpkg-query\t\t\t      rbash\n",
            " dpkg-realpath\t\t\t      rcp\n",
            " dpkg-scanpackages\t\t      rdma\n",
            " dpkg-scansources\t\t      readelf\n",
            " dpkg-shlibdeps\t\t\t      readlink\n",
            " dpkg-source\t\t\t      realpath\n",
            " dpkg-split\t\t\t      rename\n",
            " dpkg-statoverride\t\t      renice\n",
            " dpkg-trigger\t\t\t      reset\n",
            " dpkg-vendor\t\t\t      resizepart\n",
            " dtplite\t\t\t      resolvectl\n",
            " du\t\t\t\t      rev\n",
            " dwp\t\t\t\t      rgrep\n",
            " echo\t\t\t\t      rlogin\n",
            " edgepaint\t\t\t      rm\n",
            " editor\t\t\t\t      rmdir\n",
            " egrep\t\t\t\t      rmic\n",
            " elfedit\t\t\t      rmid\n",
            " enc2xs\t\t\t\t      rmiregistry\n",
            " encguess\t\t\t      routef\n",
            " env\t\t\t\t      routel\n",
            " eqn\t\t\t\t      rpcgen\n",
            " errno\t\t\t\t      rrsync\n",
            " ex\t\t\t\t      Rscript\n",
            " expand\t\t\t\t      rsh\n",
            " expiry\t\t\t\t      rsync\n",
            " expr\t\t\t\t      rsync-ssl\n",
            " f77\t\t\t\t      rtstat\n",
            " f95\t\t\t\t      runcon\n",
            " factor\t\t\t\t      run-parts\n",
            " faillog\t\t\t      rview\n",
            " fallocate\t\t\t      rvim\n",
            " false\t\t\t\t      savelog\n",
            " fc-cache\t\t\t      sccmap\n",
            " fc-cat\t\t\t\t      scp\n",
            " fc-conflist\t\t\t      script\n",
            " fc-list\t\t\t      scriptlive\n",
            " fc-match\t\t\t      scriptreplay\n",
            " fc-pattern\t\t\t      sdiff\n",
            " fc-query\t\t\t      sed\n",
            " fc-scan\t\t\t      select-editor\n",
            " fc-validate\t\t\t      sensible-browser\n",
            " fdp\t\t\t\t      sensible-editor\n",
            " ffmpeg\t\t\t\t      sensible-pager\n",
            " ffplay\t\t\t\t      seq\n",
            " ffprobe\t\t\t      serialver\n",
            " fgrep\t\t\t\t      setarch\n",
            " file\t\t\t\t      setpriv\n",
            " file-rename\t\t\t      setsid\n",
            " fincore\t\t\t      setterm\n",
            " find\t\t\t\t      sfdp\n",
            " findmnt\t\t\t      sftp\n",
            " fio\t\t\t\t      sg\n",
            " fio2gnuplot\t\t\t      sh\n",
            " fio-btrace2fio\t\t\t      sha1sum\n",
            " fio-dedupe\t\t\t      sha224sum\n",
            " fio_generate_plots\t\t      sha256sum\n",
            " fio-genzipf\t\t\t      sha384sum\n",
            " fio_jsonplus_clat2csv\t\t      sha512sum\n",
            " fio-verify-state\t\t      shasum\n",
            " flock\t\t\t\t      shmemc++\n",
            " fmt\t\t\t\t      shmemcc\n",
            " fold\t\t\t\t      shmemCC\n",
            " free\t\t\t\t      shmemcxx\n",
            " funzip\t\t\t\t      shmemfort\n",
            " fuser\t\t\t\t      shmemrun\n",
            " fusermount\t\t\t      shred\n",
            " g++\t\t\t\t      shuf\n",
            " g++-11\t\t\t\t      size\n",
            " gapplication\t\t\t      skill\n",
            " gc\t\t\t\t      slabtop\n",
            " gcc\t\t\t\t      sleep\n",
            " gcc-11\t\t\t\t      slogin\n",
            " gcc-ar\t\t\t\t      snice\n",
            " gcc-ar-11\t\t\t      soelim\n",
            " gcc-nm\t\t\t\t      sort\n",
            " gcc-nm-11\t\t\t      splain\n",
            " gcc-ranlib\t\t\t      split\n",
            " gcc-ranlib-11\t\t\t      sponge\n",
            " gcov\t\t\t\t      ss\n",
            " gcov-11\t\t\t      ssh\n",
            " gcov-dump\t\t\t      ssh-add\n",
            " gcov-dump-11\t\t\t      ssh-agent\n",
            " gcov-tool\t\t\t      ssh-argv0\n",
            " gcov-tool-11\t\t\t      ssh-copy-id\n",
            " gdal-config\t\t\t      ssh-keygen\n",
            " gdbus\t\t\t\t      ssh-keyscan\n",
            " genbrk\t\t\t\t      stat\n",
            " gencat\t\t\t\t      stdbuf\n",
            " gencfu\t\t\t\t      streamzip\n",
            " gencnval\t\t\t      strings\n",
            " gendict\t\t\t      strip\n",
            " genfio\t\t\t\t      stty\n",
            " genrb\t\t\t\t      su\n",
            " geos-config\t\t\t      sudo\n",
            " geqn\t\t\t\t      sudoedit\n",
            " getconf\t\t\t      sudoreplay\n",
            " getent\t\t\t\t      sum\n",
            " getopt\t\t\t\t      sync\n",
            " gfortran\t\t\t      systemctl\n",
            " gfortran-11\t\t\t      systemd\n",
            " gio\t\t\t\t      systemd-analyze\n",
            " gio-querymodules\t\t      systemd-ask-password\n",
            " git\t\t\t\t      systemd-cat\n",
            " git-lfs\t\t\t      systemd-cgls\n",
            " git-receive-pack\t\t      systemd-cgtop\n",
            " git-shell\t\t\t      systemd-cryptenroll\n",
            " git-upload-archive\t\t      systemd-delta\n",
            " git-upload-pack\t\t      systemd-detect-virt\n",
            " glib-compile-schemas\t\t      systemd-escape\n",
            " gmake\t\t\t\t      systemd-id128\n",
            " gml2gv\t\t\t\t      systemd-inhibit\n",
            " gold\t\t\t\t      systemd-machine-id-setup\n",
            " google-pprof\t\t\t      systemd-mount\n",
            " gpasswd\t\t\t      systemd-notify\n",
            " gpg\t\t\t\t      systemd-path\n",
            " gpg2\t\t\t\t      systemd-run\n",
            " gpg-agent\t\t\t      systemd-socket-activate\n",
            " gpgcompose\t\t\t      systemd-stdio-bridge\n",
            " gpgconf\t\t\t      systemd-sysext\n",
            " gpg-connect-agent\t\t      systemd-sysusers\n",
            " gpgparsemail\t\t\t      systemd-tmpfiles\n",
            " gpgsm\t\t\t\t      systemd-tty-ask-password-agent\n",
            " gpgsplit\t\t\t      systemd-umount\n",
            " gpgtar\t\t\t\t      tabs\n",
            " gpgv\t\t\t\t      tac\n",
            " gpg-wks-server\t\t\t      tail\n",
            " gpg-zip\t\t\t      tar\n",
            " gpic\t\t\t\t      taskset\n",
            " gprof\t\t\t\t      tbl\n",
            " graphml2gv\t\t\t      tcldocstrip\n",
            " grep\t\t\t\t      tclsh\n",
            " gresource\t\t\t      tclsh8.6\n",
            " groff\t\t\t\t      tcltk-depends\n",
            " grog\t\t\t\t      tee\n",
            " grops\t\t\t\t      tempfile\n",
            " grotty\t\t\t\t      test\n",
            " groups\t\t\t\t      tic\n",
            " gsettings\t\t\t      timedatectl\n",
            " gtbl\t\t\t\t      timeout\n",
            " gtk-update-icon-cache\t\t      tload\n",
            " gunzip\t\t\t\t      tmux\n",
            " gv2gml\t\t\t\t      toe\n",
            " gv2gxl\t\t\t\t      top\n",
            " gvcolor\t\t\t      touch\n",
            " gvgen\t\t\t\t      tput\n",
            " gvmap\t\t\t\t      tr\n",
            " gvmap.sh\t\t\t      tred\n",
            " gvpack\t\t\t\t      troff\n",
            " gvpr\t\t\t\t      true\n",
            " gxl2dot\t\t\t      truncate\n",
            " gxl2gv\t\t\t\t      ts\n",
            " gzexe\t\t\t\t      tset\n",
            " gzip\t\t\t\t      tsort\n",
            " h2ph\t\t\t\t      tty\n",
            " h2xs\t\t\t\t      twopi\n",
            " h5c++\t\t\t\t      tzselect\n",
            " h5cc\t\t\t\t      ucf\n",
            " h5fc\t\t\t\t      ucfq\n",
            " hardlink\t\t\t      ucfr\n",
            " hd\t\t\t\t      uclampset\n",
            " head\t\t\t\t      uconv\n",
            " helpztags\t\t\t      ul\n",
            " hexdump\t\t\t      ulockmgr_server\n",
            " hostid\t\t\t\t      umount\n",
            " hostname\t\t\t      uname\n",
            " hostnamectl\t\t\t      uncompress\n",
            " i386\t\t\t\t      unexpand\n",
            " iconv\t\t\t\t      unflatten\n",
            " icuexportdata\t\t\t      uniq\n",
            " icuinfo\t\t\t      unlink\n",
            " id\t\t\t\t      unlzma\n",
            " ifdata\t\t\t\t      unpack200\n",
            " ifnames\t\t\t      unrar\n",
            " ifne\t\t\t\t      unrar-nonfree\n",
            " infocmp\t\t\t      unshare\n",
            " infotocap\t\t\t      unxz\n",
            " inspect\t\t\t      unzip\n",
            " install\t\t\t      unzipsfx\n",
            " instmodsh\t\t\t      update-alternatives\n",
            " ionice\t\t\t\t      update-mime-database\n",
            " ip\t\t\t\t      uptime\n",
            " ipcmk\t\t\t\t      users\n",
            " ipcrm\t\t\t\t      utmpdump\n",
            " ipcs\t\t\t\t      vdir\n",
            " ischroot\t\t\t      vi\n",
            " isutf8\t\t\t\t      vidir\n",
            " jaotc\t\t\t\t      view\n",
            " jar\t\t\t\t      vim\n",
            " jarsigner\t\t\t      vim.basic\n",
            " java\t\t\t\t      vimdiff\n",
            " javac\t\t\t\t      vimdot\n",
            " javadoc\t\t\t      vimtutor\n",
            " javap\t\t\t\t      vipe\n",
            " jcmd\t\t\t\t      vmstat\n",
            " jdb\t\t\t\t      w\n",
            " jdeprscan\t\t\t      wall\n",
            " jdeps\t\t\t\t      watch\n",
            " jexec\t\t\t\t      watchgnupg\n",
            " jfr\t\t\t\t      wc\n",
            " jhsdb\t\t\t\t      wdctl\n",
            " jimage\t\t\t\t      wget\n",
            " jinfo\t\t\t\t      whatis\n",
            " jjs\t\t\t\t      whereis\n",
            " jlink\t\t\t\t      which\n",
            " jmap\t\t\t\t      which.debianutils\n",
            " jmod\t\t\t\t      who\n",
            " join\t\t\t\t      whoami\n",
            " journalctl\t\t\t      wish\n",
            " jps\t\t\t\t      wish8.6\n",
            " jrunscript\t\t\t      write\n",
            " jshell\t\t\t\t      write.ul\n",
            " json_pp\t\t\t      X11\n",
            " jstack\t\t\t\t      x86_64\n",
            " jstat\t\t\t\t      x86_64-linux-gnu-addr2line\n",
            " jstatd\t\t\t\t      x86_64-linux-gnu-ar\n",
            " kbxutil\t\t\t      x86_64-linux-gnu-as\n",
            " kernel-install\t\t\t      x86_64-linux-gnu-c++filt\n",
            " keyring\t\t\t      x86_64-linux-gnu-cpp\n",
            " keytool\t\t\t      x86_64-linux-gnu-cpp-11\n",
            " kill\t\t\t\t      x86_64-linux-gnu-dwp\n",
            " killall\t\t\t      x86_64-linux-gnu-elfedit\n",
            " kmod\t\t\t\t      x86_64-linux-gnu-g++\n",
            " krb5-config\t\t\t      x86_64-linux-gnu-g++-11\n",
            " krb5-config.mit\t\t      x86_64-linux-gnu-gcc\n",
            " last\t\t\t\t      x86_64-linux-gnu-gcc-11\n",
            " lastb\t\t\t\t      x86_64-linux-gnu-gcc-ar\n",
            " lastlog\t\t\t      x86_64-linux-gnu-gcc-ar-11\n",
            " lcf\t\t\t\t      x86_64-linux-gnu-gcc-nm\n",
            " lckdo\t\t\t\t      x86_64-linux-gnu-gcc-nm-11\n",
            " ld\t\t\t\t      x86_64-linux-gnu-gcc-ranlib\n",
            " ld.bfd\t\t\t\t      x86_64-linux-gnu-gcc-ranlib-11\n",
            " ldd\t\t\t\t      x86_64-linux-gnu-gcov\n",
            " ld.gold\t\t\t      x86_64-linux-gnu-gcov-11\n",
            " lefty\t\t\t\t      x86_64-linux-gnu-gcov-dump\n",
            " less\t\t\t\t      x86_64-linux-gnu-gcov-dump-11\n",
            " lessecho\t\t\t      x86_64-linux-gnu-gcov-tool\n",
            " lessfile\t\t\t      x86_64-linux-gnu-gcov-tool-11\n",
            " lesskey\t\t\t      x86_64-linux-gnu-gfortran\n",
            " lesspipe\t\t\t      x86_64-linux-gnu-gfortran-11\n",
            " lexgrog\t\t\t      x86_64-linux-gnu-gold\n",
            " libnetcfg\t\t\t      x86_64-linux-gnu-gprof\n",
            " libpng16-config\t\t      x86_64-linux-gnu-ld\n",
            " libpng-config\t\t\t      x86_64-linux-gnu-ld.bfd\n",
            " link\t\t\t\t      x86_64-linux-gnu-ld.gold\n",
            " linux32\t\t\t      x86_64-linux-gnu-lto-dump-11\n",
            " linux64\t\t\t      x86_64-linux-gnu-nm\n",
            " ln\t\t\t\t      x86_64-linux-gnu-objcopy\n",
            " lneato\t\t\t\t      x86_64-linux-gnu-objdump\n",
            " lnstat\t\t\t\t      x86_64-linux-gnu-pkg-config\n",
            " locale\t\t\t\t      x86_64-linux-gnu-python3.10-config\n",
            " locale-check\t\t\t      x86_64-linux-gnu-python3-config\n",
            " localectl\t\t\t      x86_64-linux-gnu-ranlib\n",
            " localedef\t\t\t      x86_64-linux-gnu-readelf\n",
            " logger\t\t\t\t      x86_64-linux-gnu-size\n",
            " login\t\t\t\t      x86_64-linux-gnu-strings\n",
            " loginctl\t\t\t      x86_64-linux-gnu-strip\n",
            " logname\t\t\t      xargs\n",
            " look\t\t\t\t      xauth\n",
            " ls\t\t\t\t      xdg-desktop-icon\n",
            " lsattr\t\t\t\t      xdg-desktop-menu\n",
            " lsblk\t\t\t\t      xdg-email\n",
            " lsb_release\t\t\t      xdg-icon-resource\n",
            " lscpu\t\t\t\t      xdg-mime\n",
            " lsipc\t\t\t\t      xdg-open\n",
            " lslocks\t\t\t      xdg-screensaver\n",
            " lslogins\t\t\t      xdg-settings\n",
            " lsmem\t\t\t\t      xml2-config\n",
            " lsmod\t\t\t\t      xsubpp\n",
            " lsns\t\t\t\t      xxd\n",
            " lsof\t\t\t\t      xz\n",
            " lspgpot\t\t\t      xzcat\n",
            " lto-dump-11\t\t\t      xzcmp\n",
            " lzcat\t\t\t\t      xzdiff\n",
            " lzcmp\t\t\t\t      xzegrep\n",
            " lzdiff\t\t\t\t      xzfgrep\n",
            " lzegrep\t\t\t      xzgrep\n",
            " lzfgrep\t\t\t      xzless\n",
            " lzgrep\t\t\t\t      xzmore\n",
            " lzless\t\t\t\t      yes\n",
            " lzma\t\t\t\t      ypdomainname\n",
            " lzmainfo\t\t\t      zcat\n",
            " lzmore\t\t\t\t      zcmp\n",
            " m4\t\t\t\t      zdiff\n",
            " make\t\t\t\t      zdump\n",
            " makeconv\t\t\t      zegrep\n",
            " make-first-existing-target\t      zfgrep\n",
            " man\t\t\t\t      zforce\n",
            " mandb\t\t\t\t      zgrep\n",
            " manpath\t\t\t      zip\n",
            " man.REAL\t\t\t      zipcloak\n",
            " man-recode\t\t\t      zipdetails\n",
            " mawk\t\t\t\t      zipgrep\n",
            " mcookie\t\t\t      zipinfo\n",
            " md5sum\t\t\t\t      zipnote\n",
            " md5sum.textutils\t\t      zipsplit\n",
            " mesg\t\t\t\t      zless\n",
            " migrate-pubring-from-classic-gpg     zmore\n",
            " mingle\t\t\t\t      znew\n",
            " mispipe\t\t\t      zrun\n"
          ]
        }
      ],
      "source": [
        "!ls /bin"
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "!ls -la"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "j2n4doEfM1ll",
        "outputId": "39e3a575-3fa5-4fa0-eb8d-646017952da6"
      },
      "execution_count": 11,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "total 16\n",
            "drwxr-xr-x 1 root root 4096 Oct  3 13:24 .\n",
            "drwxr-xr-x 1 root root 4096 Oct  5 14:44 ..\n",
            "drwxr-xr-x 4 root root 4096 Oct  3 13:24 .config\n",
            "drwxr-xr-x 1 root root 4096 Oct  3 13:24 sample_data\n"
          ]
        }
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "y8Da6JWKQSHh"
      },
      "source": [
        "That `!ls` probably generated a large output. You can select the cell and clear the output by either:\n",
        "\n",
        "1. Clicking on the clear output button (x) in the toolbar above the cell; or\n",
        "2. Right clicking the left gutter of the output area and selecting \"Clear output\" from the context menu.\n",
        "\n",
        "Execute any other process using `!` with string interpolation from python variables, and note the result can be assigned to a variable:"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 12,
      "metadata": {
        "cellView": "both",
        "id": "zqGrv0blQSHj",
        "outputId": "6394470f-9107-4d6c-cb78-c43c54a5dd97",
        "colab": {
          "base_uri": "https://localhost:8080/"
        }
      },
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "['Colaboratory is great!',\n",
              " 'Colaboratory is great!',\n",
              " 'Colaboratory is great!',\n",
              " 'Colaboratory is great!']"
            ]
          },
          "metadata": {},
          "execution_count": 12
        }
      ],
      "source": [
        "# In https://github.com/ipython/ipython/pull/10545, single quote strings are ignored\n",
        "message = 'Colaboratory is great!'\n",
        "foo = !unset message && echo -e '{message}\\n{message}\\n'$message\"\\n$message\"\n",
        "foo"
      ]
    },
    {
      "cell_type": "markdown",
      "source": [
        "In the provided code snippet, there is a demonstration using IPython's shell command interface that illustrates how single-quoted strings are ignored in certain contexts.\n",
        "\n",
        "\n",
        "1. **Setting a Variable**: It initializes a variable named `message` with the string `'Colaboratory is great!'`.\n",
        "\n",
        "   ```python\n",
        "   message = 'Colaboratory is great!'\n",
        "   ```\n",
        "\n",
        "2. **Shell Command**: The next line uses the IPython shell (`!`) to execute a command.\n",
        "\n",
        "   ```python\n",
        "   foo = !unset message && echo -e '{message}\\n{message}\\n'$message\"\\n$message\"\n",
        "   ```\n",
        "\n",
        "   - `unset message` attempts to unset (remove) the variable `message`. However, since `message` is defined using a single-quoted string, it may not be recognized within this shell context.\n",
        "   \n",
        "   - `echo -e` is used to print text. The command aims to print the value of `message` in various formats:\n",
        "     - `{message}` represents a placeholder for the variable, but since single quotes are used in the definition, it won't substitute with the actual value.\n",
        "     - `$message` correctly references the `message` variable, so it would successfully print `'Colaboratory is great!'`.\n",
        "  \n",
        "3. **Output capture**: The result of the shell command execution is stored in the variable `foo`.\n",
        "\n",
        "In summary, the code is trying to demonstrate the effect of single quotes in a shell command context and attempts to unset the `message` variable while showing how variables can be referenced (or ignored) in such commands. The output (`foo`) will include the actual message from the variable due to the correct referencing with `$message`.\n"
      ],
      "metadata": {
        "id": "fJPmZQMMNQ8F"
      }
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "qM4myQGfQboQ"
      },
      "source": [
        "## Magics\n",
        "Colaboratory shares the notion of magics from Jupyter. There are shorthand annotations that change how a cell's text is executed. To learn more, see [Jupyter's magics page](http://nbviewer.jupyter.org/github/ipython/ipython/blob/1.x/examples/notebooks/Cell%20Magics.ipynb).\n"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 13,
      "metadata": {
        "cellView": "both",
        "colab": {
          "height": 39,
          "base_uri": "https://localhost:8080/"
        },
        "id": "odfM-_GxWbCy",
        "outputId": "3eca3a9f-d188-4b44-edc4-e5ca3a8ac3a2"
      },
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<IPython.core.display.HTML object>"
            ],
            "text/html": [
              "<marquee style='width: 30%; color: blue;'><b>Whee!</b></marquee>\n"
            ]
          },
          "metadata": {}
        }
      ],
      "source": [
        "%%html\n",
        "<marquee style='width: 30%; color: blue;'><b>Whee!</b></marquee>"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 14,
      "metadata": {
        "colab": {
          "height": 221,
          "base_uri": "https://localhost:8080/"
        },
        "id": "_YrTcK7k22Fp",
        "outputId": "cff3fde8-4e25-467e-9211-15dfa572a6ea"
      },
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<IPython.core.display.HTML object>"
            ],
            "text/html": [
              "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 450 400\" width=\"200\" height=\"200\">\n",
              "  <rect x=\"80\" y=\"60\" width=\"250\" height=\"250\" rx=\"20\" style=\"fill:red; stroke:black; fill-opacity:0.7\" />\n",
              "  <rect x=\"180\" y=\"110\" width=\"250\" height=\"250\" rx=\"40\" style=\"fill:blue; stroke:black; fill-opacity:0.5;\" />\n",
              "</svg>\n"
            ]
          },
          "metadata": {}
        }
      ],
      "source": [
        "%%html\n",
        "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 450 400\" width=\"200\" height=\"200\">\n",
        "  <rect x=\"80\" y=\"60\" width=\"250\" height=\"250\" rx=\"20\" style=\"fill:red; stroke:black; fill-opacity:0.7\" />\n",
        "  <rect x=\"180\" y=\"110\" width=\"250\" height=\"250\" rx=\"40\" style=\"fill:blue; stroke:black; fill-opacity:0.5;\" />\n",
        "</svg>"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "d4L9TOP9QSHn"
      },
      "source": [
        "## Automatic completions and exploring code\n",
        "\n",
        "Colab provides automatic completions to explore attributes of Python objects, as well as to quickly view documentation strings. As an example, first run the following cell to import the  [`numpy`](http://www.numpy.org) module."
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 15,
      "metadata": {
        "cellView": "both",
        "id": "Q0JKWcmtQSHp"
      },
      "outputs": [],
      "source": [
        "import numpy as np"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "1M890-bXeyYp"
      },
      "source": [
        "If you now insert your cursor after `np` and press **Period**(`.`), you will see the list of available completions within the `np` module. Completions can be opened again by using **Ctrl+Space**."
      ]
    },
    {
      "cell_type": "markdown",
      "source": [
        "This explanation refers to code autocompletion features available in certain coding environments"
      ],
      "metadata": {
        "id": "v26FN6HpQoXr"
      }
    },
    {
      "cell_type": "code",
      "execution_count": 22,
      "metadata": {
        "cellView": "both",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "j6QRIfUHQSHq",
        "outputId": "d3bb91b5-ff90-4f5a-e421-5a29a78eaa1f"
      },
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "<module 'numpy' from '/usr/local/lib/python3.10/dist-packages/numpy/__init__.py'>"
            ]
          },
          "metadata": {},
          "execution_count": 22
        }
      ],
      "source": [
        "np"
      ]
    },
    {
      "cell_type": "markdown",
      "source": [
        "\n",
        "\n",
        "1. **Cursor Positioning**: When you're writing code, if you have typed `np`, which is commonly used as an abbreviation for the NumPy library in Python, you can place your cursor directly after the `np`.\n",
        "\n",
        "   ```python\n",
        "   np|\n",
        "   ```\n",
        "\n",
        "   (Here, `|` indicates the position of your cursor.)\n",
        "\n",
        "2. **Using the Period (.)**: After placing your cursor after `np`, if you press the period (`.`) key on your keyboard, the coding environment will show a list of functions, methods, and attributes that belong to the NumPy module (or whatever module `np` refers to). This helps you see what options are available for use with `np`.\n",
        "\n",
        "   For example, you might see options like `np.array`, `np.mean`, etc.\n",
        "\n",
        "3. **Autocompletion Feature**: If you want to see the list of completions without inserting a period, you can also trigger the autocompletion feature by pressing `Ctrl + Space`. This command opens the list of available functions or variables related to whatever you have typed so far, whether you have typed a period or not.\n",
        "\n",
        "In summary, this functionality enables you to easily discover and use the available commands and functions in a specific module, assisting you in coding without needing to remember every single function or method. It enhances productivity and reduces errors when writing code.\n"
      ],
      "metadata": {
        "id": "klgv11EmRaEL"
      }
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "g6MfomFhQSHs"
      },
      "source": [
        "If you type an open parenthesis after any function or class in the module, you will see a pop-up of its documentation string:"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 23,
      "metadata": {
        "cellView": "both",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "SD0XnrVhQSHt",
        "outputId": "8385ef54-19ea-44f5-b0ae-6c00dfa5399e"
      },
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "numpy.ndarray"
            ]
          },
          "metadata": {},
          "execution_count": 23
        }
      ],
      "source": [
        "np.ndarray"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "GVIVDgdaRjPQ"
      },
      "source": [
        "The documentation can be opened again using **Ctrl+Shift+Space** or you can view the documentation for method by mouse hovering over the method name.\n",
        "\n",
        "When hovering over the method name the `Open in tab` link will open the documentation in a persistent pane. The `View source` link will navigate to the source code for the method."
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "TYTBdJXxfqiJ"
      },
      "source": [
        "## Exception Formatting"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "4bqAVK-aQSHx"
      },
      "source": [
        "Exceptions are formatted nicely in Colab outputs:"
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 24,
      "metadata": {
        "cellView": "both",
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 176
        },
        "id": "CrJf1PEmQSHx",
        "outputId": "32dfb679-5443-4cf6-a7c5-f33f1bbbaf0f"
      },
      "outputs": [
        {
          "output_type": "error",
          "ename": "ZeroDivisionError",
          "evalue": "division by zero",
          "traceback": [
            "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
            "\u001b[0;31mZeroDivisionError\u001b[0m                         Traceback (most recent call last)",
            "\u001b[0;32m<ipython-input-24-d93e730d8440>\u001b[0m in \u001b[0;36m<cell line: 3>\u001b[0;34m()\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[0mx\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m      2\u001b[0m \u001b[0my\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;36m4\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 3\u001b[0;31m \u001b[0mz\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0my\u001b[0m\u001b[0;34m/\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m1\u001b[0m\u001b[0;34m-\u001b[0m\u001b[0mx\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m",
            "\u001b[0;31mZeroDivisionError\u001b[0m: division by zero"
          ]
        }
      ],
      "source": [
        "x = 1\n",
        "y = 4\n",
        "z = y/(1-x)"
      ]
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "7cRnhv_7N4Pa"
      },
      "source": [
        "## Rich, interactive outputs\n",
        "Until now all of the generated outputs have been text, but they can be more interesting, like the chart below."
      ]
    },
    {
      "cell_type": "code",
      "execution_count": 25,
      "metadata": {
        "colab": {
          "height": 452,
          "base_uri": "https://localhost:8080/"
        },
        "id": "JVXnTqyE9RET",
        "outputId": "92914ac6-11b4-4839-a942-6bf7ff4082fb"
      },
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 640x480 with 1 Axes>"
            ],
            "image/png": 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\n"
          },
          "metadata": {}
        }
      ],
      "source": [
        "import numpy as np\n",
        "from matplotlib import pyplot as plt\n",
        "\n",
        "ys = 200 + np.random.randn(100)\n",
        "x = [x for x in range(len(ys))]\n",
        "\n",
        "plt.plot(x, ys, '-')\n",
        "plt.fill_between(x, ys, 195, where=(ys > 195), facecolor='g', alpha=0.6)\n",
        "\n",
        "plt.title(\"Fills and Alpha Example\")\n",
        "plt.show()"
      ]
    },
    {
      "cell_type": "markdown",
      "source": [
        "This Python code snippet demonstrates how to create a simple plot using the Matplotlib library, with a focus on filling areas under a line graph. Here’s a clear explanation of each part:\n",
        "\n",
        "1. **Import Libraries**:\n",
        "   ```python\n",
        "   import numpy as np\n",
        "   from matplotlib import pyplot as plt\n",
        "   ```\n",
        "   - `numpy` is imported as `np`, which is a popular library for numerical operations in Python.\n",
        "   - `pyplot` from the `matplotlib` library is imported as `plt`, which provides functions to create plots.\n",
        "\n",
        "2. **Generate Random Data**:\n",
        "   ```python\n",
        "   ys = 200 + np.random.randn(100)\n",
        "   ```\n",
        "   - `np.random.randn(100)` generates 100 random numbers from a standard normal distribution (mean = 0, standard deviation = 1).\n",
        "   - Adding 200 shifts this data up, resulting in a mean around 200. Thus, `ys` is an array of 100 values centered around 200.\n",
        "\n",
        "3. **Create X Values**:\n",
        "   ```python\n",
        "   x = [x for x in range(len(ys))]\n",
        "   ```\n",
        "   - This line generates a list of integers from 0 to 99 (the length of `ys`), which will serve as the x-coordinates for the plot.\n",
        "\n",
        "4. **Plot Data**:\n",
        "   ```python\n",
        "   plt.plot(x, ys, '-')\n",
        "   ```\n",
        "   - This plots the values in `ys` against `x` as a line graph using a solid line (`'-'`).\n",
        "\n",
        "5. **Fill Between the Graph and a Horizontal Line**:\n",
        "   ```python\n",
        "   plt.fill_between(x, ys, 195, where=(ys > 195), facecolor='g', alpha=0.6)\n",
        "   ```\n",
        "   - This fills the area between the line represented by `ys` and a horizontal line at `y=195`.\n",
        "   - The `where=(ys > 195)` condition indicates that filling occurs only where the `ys` values are greater than 195.\n",
        "   - `facecolor='g'` sets the fill color to green, and `alpha=0.6` adjusts the transparency of the fill to 60%.\n",
        "\n",
        "6. **Add a Title**:\n",
        "   ```python\n",
        "   plt.title(\"Fills and Alpha Example\")\n",
        "   ```\n",
        "   - This sets the title of the plot to \"Fills and Alpha Example\".\n",
        "\n",
        "7. **Display the Plot**:\n",
        "   ```python\n",
        "   plt.show()\n",
        "   ```\n",
        "   - This command renders and displays the plot visually.\n",
        "\n",
        "In summary, this code generates a line plot of random data and fills the area above a threshold (195) in green, demonstrating the use of area filling and transparency in plots.\n"
      ],
      "metadata": {
        "id": "9oAkV8SiSaOs"
      }
    },
    {
      "cell_type": "markdown",
      "metadata": {
        "id": "aro-UJgUQSH1"
      },
      "source": [
        "# Integration with Drive\n",
        "\n",
        "Colaboratory is integrated with Google Drive. It allows you to share, comment, and collaborate on the same document with multiple people:\n",
        "\n",
        "* The **SHARE** button (top-right of the toolbar) allows you to share the notebook and control permissions set on it.\n",
        "\n",
        "* **File->Make a Copy** creates a copy of the notebook in Drive.\n",
        "\n",
        "* **File->Save** saves the File to Drive. **File->Save and checkpoint** pins the version so it doesn't get deleted from the revision history.\n",
        "\n",
        "* **File->Revision history** shows the notebook's revision history."
      ]
    },
    {
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      "source": [
        "## Commenting on a cell\n",
        "You can comment on a Colaboratory notebook like you would on a Google Document. Comments are attached to cells, and are displayed next to the cell they refer to. If you have **comment-only** permissions, you will see a comment button on the top right of the cell when you hover over it.\n",
        "\n",
        "If you have edit or comment permissions you can comment on a cell in one of three ways:\n",
        "\n",
        "1. Select a cell and click the comment button in the toolbar above the top-right corner of the cell.\n",
        "1. Right click a text cell and select **Add a comment** from the context menu.\n",
        "3. Use the shortcut **Ctrl+Shift+M** to add a comment to the currently selected cell.\n",
        "\n",
        "You can resolve and reply to comments, and you can target comments to specific collaborators by typing *+[email address]* (e.g., `+user@domain.com`). Addressed collaborators will be emailed.\n",
        "\n",
        "The Comment button in the top-right corner of the page shows all comments attached to the notebook."
      ]
    }
  ],
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