experiment.ipynb

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   "source": [
    "# Race Rest Time Analyis\n",
    "\n",
    "App for identifying, labeling and analysing rest/stop time in ultra endurance racing.\n",
    "\n",
    "### Context:\n",
    "\n",
    "In endurance sports such as cycling or running there are events that can take multiple days or even weeks to finish. Such events are often called ultra endurance events or ultras for short.\n",
    "\n",
    "The strategy in racing ultras is much more different than for events lasting minutes or a few hours. This also means that the performance metrics are different.\n",
    "One important metric is the rest/sleep/stop time. Basically any time spent not moving.\n",
    "\n",
    "Current race analysis tools do not provide detailed insight in this stop time. Typically only the total rest time is shown, but the context when each break occured, how long was it and why did it happen matters.\n",
    "This tool aims to change that and provide an intuitive interface for identifying, labeling and analyzing race rest time.\n",
    "\n",
    "**Note: This notebook is experimental!**"
   ]
  },
  {
   "attachments": {},
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   "source": [
    "## Install dependencies"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
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     "output_type": "stream",
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      "Collecting certifi>=2017.4.17\n",
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      "Collecting MarkupSafe>=2.0\n",
      "  Downloading MarkupSafe-2.1.2-cp311-cp311-win_amd64.whl (16 kB)\n",
      "Installing collected packages: webencodings, pytz, xyzservices, urllib3, uc-micro-py, tzdata, typing-extensions, tqdm, PyYAML, pillow, param, numpy, mdurl, MarkupSafe, markdown, idna, charset-normalizer, certifi, bleach, requests, pyviz-comms, pandas, markdown-it-py, linkify-it-py, Jinja2, contourpy, mdit-py-plugins, bokeh, panel\n",
      "Successfully installed Jinja2-3.1.2 MarkupSafe-2.1.2 PyYAML-6.0 bleach-6.0.0 bokeh-3.1.1 certifi-2023.5.7 charset-normalizer-3.1.0 contourpy-1.0.7 idna-3.4 linkify-it-py-2.0.2 markdown-3.4.3 markdown-it-py-2.2.0 mdit-py-plugins-0.3.5 mdurl-0.1.2 numpy-1.24.3 pandas-2.0.1 panel-1.0.0 param-1.13.0 pillow-9.5.0 pytz-2023.3 pyviz-comms-2.2.1 requests-2.30.0 tqdm-4.65.0 typing-extensions-4.5.0 tzdata-2023.3 uc-micro-py-1.0.2 urllib3-2.0.2 webencodings-0.5.1 xyzservices-2023.2.0\n"
     ]
    }
   ],
   "source": [
    "!pip install panel"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "'1.0.0'"
      ]
     },
     "execution_count": 4,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import panel as pn\n",
    "# Should be >= 1.0.0\n",
    "pn.__version__"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
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      "Requirement already satisfied: pure-eval in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from stack-data->ipython>=6.1.0->ipywidgets==8.*->jupyter_bokeh) (0.2.2)\n",
      "Requirement already satisfied: platformdirs>=2.5 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from jupyter-core!=5.0.*,>=4.12->jupyter-client>=6.1.12->ipykernel>=4.5.1->ipywidgets==8.*->jupyter_bokeh) (2.5.2)\n",
      "Requirement already satisfied: pywin32>=300 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from jupyter-core!=5.0.*,>=4.12->jupyter-client>=6.1.12->ipykernel>=4.5.1->ipywidgets==8.*->jupyter_bokeh) (305.1)\n",
      "Installing collected packages: widgetsnbextension, jupyterlab-widgets, ipywidgets, jupyter_bokeh\n",
      "Successfully installed ipywidgets-8.0.6 jupyter_bokeh-3.0.7 jupyterlab-widgets-3.0.7 widgetsnbextension-4.0.7\n"
     ]
    }
   ],
   "source": [
    "!pip install hvplot pandas numpy jupyter_bokeh"
   ]
  },
  {
   "attachments": {},
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Build a test app\n",
    "\n",
    "From tutorial available [here](https://panel.holoviz.org/getting_started/build_app.html)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
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       "      <th></th>\n",
       "      <th>Temperature</th>\n",
       "      <th>Humidity</th>\n",
       "      <th>Light</th>\n",
       "      <th>CO2</th>\n",
       "      <th>HumidityRatio</th>\n",
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       "    <tr>\n",
       "      <th>date</th>\n",
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       "      <th>2015-02-10 09:29:00</th>\n",
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       "                     Temperature  Humidity  Light         CO2  HumidityRatio   \n",
       "date                                                                           \n",
       "2015-02-10 09:29:00        21.05   36.0975  433.0  787.250000       0.005579  \\\n",
       "2015-02-10 09:29:59        21.05   35.9950  433.0  789.500000       0.005563   \n",
       "2015-02-10 09:30:59        21.10   36.0950  433.0  798.500000       0.005596   \n",
       "2015-02-10 09:32:00        21.10   36.2600  433.0  820.333333       0.005621   \n",
       "2015-02-10 09:33:00        21.10   36.2000  447.0  821.000000       0.005612   \n",
       "\n",
       "                     Occupancy  \n",
       "date                            \n",
       "2015-02-10 09:29:00          1  \n",
       "2015-02-10 09:29:59          1  \n",
       "2015-02-10 09:30:59          1  \n",
       "2015-02-10 09:32:00          1  \n",
       "2015-02-10 09:33:00          1  "
      ]
     },
     "execution_count": 2,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import panel as pn\n",
    "import hvplot.pandas\n",
    "import pandas as pd\n",
    "import numpy as np\n",
    "\n",
    "pn.extension()\n",
    "# pn.extension(design='material')\n",
    "\n",
    "csv_file = (\"https://raw.githubusercontent.com/holoviz/panel/main/examples/assets/occupancy.csv\")\n",
    "data = pd.read_csv(csv_file, parse_dates=[\"date\"], index_col=\"date\")\n",
    "\n",
    "data.tail()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "def view_hvplot(avg, highlight):\n",
    "    return avg.hvplot(height=300, width=400, legend=False) * highlight.hvplot.scatter(\n",
    "        color=\"orange\", padding=0.1, legend=False\n",
    "    )\n",
    "\n",
    "def find_outliers(variable=\"Temperature\", window=30, sigma=10, view_fn=view_hvplot):\n",
    "    avg = data[variable].rolling(window=window).mean()\n",
    "    residual = data[variable] - avg\n",
    "    std = residual.rolling(window=window).std()\n",
    "    outliers = np.abs(residual) > std * sigma\n",
    "    return view_fn(avg, avg[outliers])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {},
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
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sans-serif, Verdana\",\"axis_label_text_font_size\":\"1.25em\",\"axis_label_text_font_style\":\"normal\",\"major_label_policy\":{\"type\":\"object\",\"name\":\"AllLabels\",\"id\":\"6b0bf4e8-e541-46a2-addb-1ccbf04f52cb\"},\"major_label_text_font\":\"Roboto, sans-serif, Verdana\",\"major_label_text_font_size\":\"1.025em\"}}],\"center\":[{\"type\":\"object\",\"name\":\"Grid\",\"id\":\"d28581e1-60fc-428f-9e9c-c634b0c45807\",\"attributes\":{\"axis\":{\"id\":\"bdb4f0d2-5c24-4598-b57c-742b54b254fc\"},\"grid_line_color\":null}},{\"type\":\"object\",\"name\":\"Grid\",\"id\":\"55aca753-910f-4342-9b86-42a93f3a0f87\",\"attributes\":{\"dimension\":1,\"axis\":{\"id\":\"55ad4ca2-a858-4d69-851b-f0f357c4bd1e\"},\"grid_line_color\":null}}],\"min_border_top\":10,\"min_border_bottom\":10,\"min_border_left\":10,\"min_border_right\":10,\"output_backend\":\"webgl\"}}]}}],\"callbacks\":{\"type\":\"map\"}}};\n",
       "  var render_items = [{\"docid\":\"71bcf3e8-146f-45d9-a3dc-5d7464516eb2\",\"roots\":{\"8cf85a69-2cf1-443c-83d1-fe5e83193338\":\"d9bc98c2-3b84-4b93-95b4-415eaa542e3c\"},\"root_ids\":[\"8cf85a69-2cf1-443c-83d1-fe5e83193338\"]}];\n",
       "  var docs = Object.values(docs_json)\n",
       "  if (!docs) {\n",
       "    return\n",
       "  }\n",
       "  const py_version = docs[0].version.replace('rc', '-rc.')\n",
       "  const is_dev = py_version.indexOf(\"+\") !== -1 || py_version.indexOf(\"-\") !== -1\n",
       "  function embed_document(root) {\n",
       "    var Bokeh = get_bokeh(root)\n",
       "    Bokeh.embed.embed_items_notebook(docs_json, render_items);\n",
       "    for (const render_item of render_items) {\n",
       "      for (const root_id of render_item.root_ids) {\n",
       "\tconst id_el = document.getElementById(root_id)\n",
       "\tif (id_el.children.length && (id_el.children[0].className === 'bk-root')) {\n",
       "\t  const root_el = id_el.children[0]\n",
       "\t  root_el.id = root_el.id + '-rendered'\n",
       "\t}\n",
       "      }\n",
       "    }\n",
       "  }\n",
       "  function get_bokeh(root) {\n",
       "    if (root.Bokeh === undefined) {\n",
       "      return null\n",
       "    } else if (root.Bokeh.version !== py_version && !is_dev) {\n",
       "      if (root.Bokeh.versions === undefined || !root.Bokeh.versions.has(py_version)) {\n",
       "\treturn null\n",
       "      }\n",
       "      return root.Bokeh.versions.get(py_version);\n",
       "    } else if (root.Bokeh.version === py_version) {\n",
       "      return root.Bokeh\n",
       "    }\n",
       "    return null\n",
       "  }\n",
       "  function is_loaded(root) {\n",
       "    var Bokeh = get_bokeh(root)\n",
       "    return (Bokeh != null && Bokeh.Panel !== undefined)\n",
       "  }\n",
       "  if (is_loaded(root)) {\n",
       "    embed_document(root);\n",
       "  } else {\n",
       "    var attempts = 0;\n",
       "    var timer = setInterval(function(root) {\n",
       "      if (is_loaded(root)) {\n",
       "        clearInterval(timer);\n",
       "        embed_document(root);\n",
       "      } else if (document.readyState == \"complete\") {\n",
       "        attempts++;\n",
       "        if (attempts > 200) {\n",
       "          clearInterval(timer);\n",
       "          console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n",
       "        }\n",
       "      }\n",
       "    }, 25, root)\n",
       "  }\n",
       "})(window);</script>"
      ],
      "text/plain": [
       ":Overlay\n",
       "   .Curve.Temperature   :Curve   [date]   (Temperature)\n",
       "   .Scatter.Temperature :Scatter   [date]   (Temperature)"
      ]
     },
     "execution_count": 4,
     "metadata": {
      "application/vnd.holoviews_exec.v0+json": {
       "id": "8cf85a69-2cf1-443c-83d1-fe5e83193338"
      }
     },
     "output_type": "execute_result"
    }
   ],
   "source": [
    "find_outliers(variable='Temperature', window=20, sigma=10)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "variable_widget = pn.widgets.Select(name=\"variable\", value=\"Temperature\", options=list(data.columns))\n",
    "window_widget = pn.widgets.IntSlider(name=\"window\", value=30, start=1, end=60)\n",
    "sigma_widget = pn.widgets.IntSlider(name=\"sigma\", value=10, start=0, end=20)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "bound_plot = pn.bind(find_outliers, variable=variable_widget, window=window_widget, sigma=sigma_widget)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "da7e188513914b53bb3eb566c31606d0",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "BokehModel(combine_events=True, render_bundle={'docs_json': {'5c0812ba-29bd-43a4-bfac-ef567a1740a2': {'version…"
      ]
     },
     "execution_count": 7,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "first_app = pn.Column(variable_widget, window_widget, sigma_widget, bound_plot)\n",
    "\n",
    "first_app"
   ]
  },
  {
   "attachments": {},
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Basic map app\n",
    "\n",
    "Relevant tutorials:\n",
    "\n",
    "- [Displaying .gpx tracks in Folium](https://towardsdatascience.com/build-interactive-gps-activity-maps-from-gpx-files-using-folium-cf9eebba1fe7)\n",
    "- [Panel vs. Streamlit](https://medium.com/@pYdeas/panel-streamlit-3-key-differences-dc03e221bbb7)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Collecting folium\n",
      "  Downloading folium-0.14.0-py2.py3-none-any.whl (102 kB)\n",
      "     ---------------------------------------- 0.0/102.3 kB ? eta -:--:--\n",
      "     -------------------------------------- 102.3/102.3 kB 2.0 MB/s eta 0:00:00\n",
      "Collecting branca>=0.6.0\n",
      "  Downloading branca-0.6.0-py3-none-any.whl (24 kB)\n",
      "Requirement already satisfied: jinja2>=2.9 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from folium) (3.1.2)\n",
      "Requirement already satisfied: numpy in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from folium) (1.24.3)\n",
      "Requirement already satisfied: requests in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from folium) (2.30.0)\n",
      "Requirement already satisfied: MarkupSafe>=2.0 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from jinja2>=2.9->folium) (2.1.2)\n",
      "Requirement already satisfied: charset-normalizer<4,>=2 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from requests->folium) (3.1.0)\n",
      "Requirement already satisfied: idna<4,>=2.5 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from requests->folium) (3.4)\n",
      "Requirement already satisfied: urllib3<3,>=1.21.1 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from requests->folium) (2.0.2)\n",
      "Requirement already satisfied: certifi>=2017.4.17 in c:\\users\\davis.pazars\\appdata\\local\\miniconda3\\envs\\sandbox\\lib\\site-packages (from requests->folium) (2023.5.7)\n",
      "Installing collected packages: branca, folium\n",
      "Successfully installed branca-0.6.0 folium-0.14.0\n"
     ]
    }
   ],
   "source": [
    "!pip install folium"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [],
   "source": [
    "import folium\n",
    "import panel as pn"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 26,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "dda973cba9b84581ac44c9380965456d",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "BokehModel(combine_events=True, render_bundle={'docs_json': {'b5a5be90-7bc4-4e93-8ce3-e59b8fb51f51': {'version…"
      ]
     },
     "execution_count": 26,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "m = folium.Map(location=[56.945695, 24.120704], zoom_start=13, tiles='https://{s}.basemaps.cartocdn.com/rastertiles/voyager/{z}/{x}/{y}{r}.png', attr='<a href=\"https://carto.com/attributions\">CARTO</a>',)\n",
    "folium_pane = pn.pane.plot.Folium(m, height=600)\n",
    "\n",
    "folium_pane"
   ]
  },
  {
   "attachments": {},
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Reactive map center latitude and longitude adjustment"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 36,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Launching server at http://localhost:51886\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "<panel.io.server.Server at 0x22c8ffc0c90>"
      ]
     },
     "execution_count": 36,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import hvplot.pandas\n",
    "import numpy as np\n",
    "import panel as pn\n",
    "import pandas as pd\n",
    "\n",
    "xs = np.linspace(0, np.pi)\n",
    "\n",
    "lat = pn.widgets.FloatSlider(name=\"Latitude\", start=56, end=57, value=56.94, step=0.01)\n",
    "lon = pn.widgets.FloatSlider(name=\"Longitude\", start=24, end=25, value=24.12, step=0.01)\n",
    "\n",
    "\n",
    "# Instantiate the template with widgets displayed in the sidebar\n",
    "template = pn.template.MaterialTemplate(\n",
    "    title='MaterialTemplate',\n",
    "    sidebar=[lat, lon],\n",
    ")\n",
    "\n",
    "def get_map(lat, lon):\n",
    "    return folium.Map(location=[lat, lon], zoom_start=13, tiles='https://{s}.basemaps.cartocdn.com/rastertiles/voyager/{z}/{x}/{y}{r}.png', attr='<a href=\"https://carto.com/attributions\">CARTO</a>',)\n",
    "# folium_pane = pn.pane.plot.Folium(m, height=600)\n",
    "\n",
    "# Append a layout to the main area, to demonstrate the list-like API\n",
    "template.main.append(\n",
    "    pn.Row(\n",
    "        pn.pane.plot.Folium(pn.bind(get_map, lat, lon), height=600)\n",
    "    )\n",
    ")\n",
    "\n",
    "template.show()"
   ]
  },
  {
   "attachments": {},
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Component reactivity"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/javascript": "(function(root) {\n  function now() {\n    return new Date();\n  }\n\n  var force = true;\n  var py_version = '3.1.1'.replace('rc', '-rc.');\n  var is_dev = py_version.indexOf(\"+\") !== -1 || py_version.indexOf(\"-\") !== -1;\n  var reloading = false;\n  var Bokeh = root.Bokeh;\n  var bokeh_loaded = Bokeh != null && (Bokeh.version === py_version || (Bokeh.versions !== undefined && Bokeh.versions.has(py_version)));\n\n  if (typeof (root._bokeh_timeout) === \"undefined\" || force) {\n    root._bokeh_timeout = Date.now() + 5000;\n    root._bokeh_failed_load = false;\n  }\n\n  function run_callbacks() {\n    try {\n      root._bokeh_onload_callbacks.forEach(function(callback) {\n        if (callback != null)\n          callback();\n      });\n    } finally {\n      delete root._bokeh_onload_callbacks;\n    }\n    console.debug(\"Bokeh: all callbacks have finished\");\n  }\n\n  function load_libs(css_urls, js_urls, js_modules, js_exports, callback) {\n    if (css_urls == null) css_urls = [];\n    if (js_urls == null) js_urls = [];\n    if (js_modules == null) js_modules = [];\n    if (js_exports == null) js_exports = {};\n\n    root._bokeh_onload_callbacks.push(callback);\n\n    if (root._bokeh_is_loading > 0) {\n      console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n      return null;\n    }\n    if (js_urls.length === 0 && js_modules.length === 0 && Object.keys(js_exports).length === 0) {\n      run_callbacks();\n      return null;\n    }\n    if (!reloading) {\n      console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n    }\n\n    function on_load() {\n      root._bokeh_is_loading--;\n      if (root._bokeh_is_loading === 0) {\n        console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n        run_callbacks()\n      }\n    }\n    window._bokeh_on_load = on_load\n\n    function on_error() {\n      console.error(\"failed to load \" + url);\n    }\n\n    var skip = [];\n    if (window.requirejs) {\n      window.requirejs.config({'packages': {}, 'paths': {'tabulator': 'https://cdn.jsdelivr.net/npm/tabulator-tables@5.4.4/dist/js/tabulator', 'moment': 'https://cdn.jsdelivr.net/npm/luxon/build/global/luxon.min', 'gridstack': 'https://cdn.jsdelivr.net/npm/gridstack@7.2.3/dist/gridstack-all', 'notyf': 'https://cdn.jsdelivr.net/npm/notyf@3/notyf.min'}, 'shim': {'gridstack': {'exports': 'GridStack'}}});\n      require([\"tabulator\"], function(Tabulator) {\n\twindow.Tabulator = Tabulator\n\ton_load()\n      })\n      require([\"moment\"], function(moment) {\n\twindow.moment = moment\n\ton_load()\n      })\n      require([\"gridstack\"], function(GridStack) {\n\twindow.GridStack = GridStack\n\ton_load()\n      })\n      require([\"notyf\"], function() {\n\ton_load()\n      })\n      root._bokeh_is_loading = css_urls.length + 4;\n    } else {\n      root._bokeh_is_loading = css_urls.length + js_urls.length + js_modules.length + Object.keys(js_exports).length;\n    }\n\n    var existing_stylesheets = []\n    var links = document.getElementsByTagName('link')\n    for (var i = 0; i < links.length; i++) {\n      var link = links[i]\n      if (link.href != null) {\n\texisting_stylesheets.push(link.href)\n      }\n    }\n    for (var i = 0; i < css_urls.length; i++) {\n      var url = css_urls[i];\n      if (existing_stylesheets.indexOf(url) !== -1) {\n\ton_load()\n\tcontinue;\n      }\n      const element = document.createElement(\"link\");\n      element.onload = on_load;\n      element.onerror = on_error;\n      element.rel = \"stylesheet\";\n      element.type = \"text/css\";\n      element.href = url;\n      console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n      document.body.appendChild(element);\n    }    if (((window['Tabulator'] !== undefined) && (!(window['Tabulator'] instanceof HTMLElement))) || window.requirejs) {\n      var urls = ['https://cdn.holoviz.org/panel/1.0.0/dist/bundled/datatabulator/tabulator-tables@5.4.4/dist/js/tabulator.js'];\n      for (var i = 0; i < urls.length; i++) {\n        skip.push(urls[i])\n      }\n    }    if (((window['moment'] !== undefined) && (!(window['moment'] instanceof HTMLElement))) || window.requirejs) {\n      var urls = ['https://cdn.holoviz.org/panel/1.0.0/dist/bundled/datatabulator/luxon/build/global/luxon.min.js'];\n      for (var i = 0; i < urls.length; i++) {\n        skip.push(urls[i])\n      }\n    }    if (((window['jsPanel'] !== undefined) && (!(window['jsPanel'] instanceof HTMLElement))) || window.requirejs) {\n      var urls = ['https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/jspanel.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/modal/jspanel.modal.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/tooltip/jspanel.tooltip.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/hint/jspanel.hint.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/layout/jspanel.layout.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/contextmenu/jspanel.contextmenu.js', 'https://cdn.holoviz.org/panel/1.0.0/dist/bundled/floatpanel/jspanel4@4.12.0/dist/extensions/dock/jspanel.dock.js'];\n      for (var i = 0; i < urls.length; i++) {\n        skip.push(urls[i])\n      }\n    }    if (((window['GridStack'] !== undefined) && (!(window['GridStack'] instanceof HTMLElement))) || window.requirejs) {\n      var urls = ['https://cdn.holoviz.org/panel/1.0.0/dist/bundled/gridstack/gridstack@7.2.3/dist/gridstack-all.js'];\n      for (var i = 0; i < urls.length; i++) {\n        skip.push(urls[i])\n      }\n    }    if (((window['Notyf'] !== undefined) && (!(window['Notyf'] instanceof HTMLElement))) || window.requirejs) {\n      var urls = ['https://cdn.holoviz.org/panel/1.0.0/dist/bundled/notificationarea/notyf@3/notyf.min.js'];\n      for (var i = 0; i < urls.length; i++) {\n        skip.push(urls[i])\n      }\n    }    var existing_scripts = []\n    var scripts = document.getElementsByTagName('script')\n    for (var i = 0; i < scripts.length; i++) {\n      var script = scripts[i]\n      if (script.src != null) {\n\texisting_scripts.push(script.src)\n      }\n    }\n    for (var i = 0; i < js_urls.length; i++) {\n      var url = js_urls[i];\n      if (skip.indexOf(url) !== -1 || existing_scripts.indexOf(url) !== -1) {\n\tif (!window.requirejs) {\n\t  on_load();\n\t}\n\tcontinue;\n      }\n      var element = document.createElement('script');\n      element.onload = on_load;\n      element.onerror = on_error;\n      element.async = false;\n      element.src = url;\n      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n      document.head.appendChild(element);\n    }\n    for (var i = 0; i < js_modules.length; i++) {\n      var url = js_modules[i];\n      if (skip.indexOf(url) !== -1 || existing_scripts.indexOf(url) !== -1) {\n\tif (!window.requirejs) {\n\t  on_load();\n\t}\n\tcontinue;\n      }\n      var element = document.createElement('script');\n      element.onload = on_load;\n      element.onerror = on_error;\n      element.async = false;\n      element.src = url;\n      element.type = \"module\";\n      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n      document.head.appendChild(element);\n    }\n    for (const name in js_exports) {\n      var url = js_exports[name];\n      if (skip.indexOf(url) >= 0 || root[name] != null) {\n\tif (!window.requirejs) {\n\t  on_load();\n\t}\n\tcontinue;\n      }\n      var element = document.createElement('script');\n      element.onerror = on_error;\n      element.async = false;\n      element.type = \"module\";\n      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n      element.textContent = `\n      import ${name} from \"${url}\"\n      window.${name} = ${name}\n      window._bokeh_on_load()\n      `\n      document.head.appendChild(element);\n    }\n    if (!js_urls.length && !js_modules.length) {\n      on_load()\n    }\n  };\n\n  function inject_raw_css(css) {\n    const element = document.createElement(\"style\");\n    element.appendChild(document.createTextNode(css));\n    document.body.appendChild(element);\n  }\n\n  var js_urls = [\"https://cdn.holoviz.org/panel/1.0.0/dist/bundled/datatabulator/tabulator-tables@5.4.4/dist/js/tabulator.js\", \"https://cdn.holoviz.org/panel/1.0.0/dist/bundled/datatabulator/luxon/build/global/luxon.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-3.1.1.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.1.1.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.1.1.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.1.1.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.1.1.min.js\", \"https://cdn.holoviz.org/panel/1.0.0/dist/panel.min.js\"];\n  var js_modules = [];\n  var js_exports = {};\n  var css_urls = [\"https://cdn.holoviz.org/panel/1.0.0/dist/bundled/datatabulator/tabulator-tables@5.4.4/dist/css/tabulator_simple.min.css\"];\n  var inline_js = [    function(Bokeh) {\n      inject_raw_css(\".tabulator{position:relative;border:1px solid #999;font-size:14px;text-align:left;overflow:hidden;-webkit-transform:translateZ(0);-moz-transform:translateZ(0);-ms-transform:translateZ(0);-o-transform:translateZ(0);transform:translateZ(0)}.tabulator[tabulator-layout=fitDataFill] .tabulator-tableholder .tabulator-table{min-width:100%}.tabulator[tabulator-layout=fitDataTable]{display:inline-block}.tabulator.tabulator-block-select{user-select:none}.tabulator .tabulator-header{position:relative;box-sizing:border-box;width:100%;border-bottom:1px solid #999;background-color:#fff;color:#555;font-weight:700;white-space:nowrap;overflow:hidden;-moz-user-select:none;-khtml-user-select:none;-webkit-user-select:none;-o-user-select:none}.tabulator .tabulator-header.tabulator-header-hidden{display:none}.tabulator .tabulator-header .tabulator-header-contents{position:relative;overflow:hidden}.tabulator .tabulator-header .tabulator-header-contents .tabulator-headers{display:inline-block}.tabulator .tabulator-header .tabulator-col{display:inline-flex;position:relative;box-sizing:border-box;flex-direction:column;justify-content:flex-start;border-right:1px solid #ddd;background:#fff;text-align:left;vertical-align:bottom;overflow:hidden}.tabulator .tabulator-header .tabulator-col.tabulator-moving{position:absolute;border:1px solid #999;background:#e6e6e6;pointer-events:none}.tabulator .tabulator-header .tabulator-col .tabulator-col-content{box-sizing:border-box;position:relative;padding:4px}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-header-popup-button{padding:0 8px}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-header-popup-button:hover{cursor:pointer;opacity:.6}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-title-holder{position:relative}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-title{box-sizing:border-box;width:100%;white-space:nowrap;overflow:hidden;text-overflow:ellipsis;vertical-align:bottom}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-title.tabulator-col-title-wrap{white-space:normal;text-overflow:clip}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-title .tabulator-title-editor{box-sizing:border-box;width:100%;border:1px solid #999;padding:1px;background:#fff}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-title .tabulator-header-popup-button+.tabulator-title-editor{width:calc(100% - 22px)}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-sorter{display:flex;align-items:center;position:absolute;top:0;bottom:0;right:4px}.tabulator .tabulator-header .tabulator-col .tabulator-col-content .tabulator-col-sorter .tabulator-arrow{width:0;height:0;border-left:6px solid transparent;border-right:6px solid transparent;border-bottom:6px solid #bbb}.tabulator .tabulator-header .tabulator-col.tabulator-col-group .tabulator-col-group-cols{position:relative;display:flex;border-top:1px solid #ddd;overflow:hidden;margin-right:-1px}.tabulator .tabulator-header .tabulator-col .tabulator-header-filter{position:relative;box-sizing:border-box;margin-top:2px;width:100%;text-align:center}.tabulator .tabulator-header .tabulator-col .tabulator-header-filter textarea{height:auto!important}.tabulator .tabulator-header .tabulator-col .tabulator-header-filter svg{margin-top:3px}.tabulator .tabulator-header .tabulator-col .tabulator-header-filter input::-ms-clear{width:0;height:0}.tabulator .tabulator-header .tabulator-col.tabulator-sortable .tabulator-col-title{padding-right:25px}.tabulator .tabulator-header .tabulator-col.tabulator-sortable.tabulator-col-sorter-element:hover{cursor:pointer;background-color:#e6e6e6}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=none] .tabulator-col-content .tabulator-col-sorter{color:#bbb}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=none] .tabulator-col-content .tabulator-col-sorter.tabulator-col-sorter-element .tabulator-arrow:hover{cursor:pointer;border-bottom:6px solid #555}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=none] .tabulator-col-content .tabulator-col-sorter .tabulator-arrow{border-top:none;border-bottom:6px solid #bbb}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=ascending] .tabulator-col-content .tabulator-col-sorter{color:#666}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=ascending] .tabulator-col-content .tabulator-col-sorter.tabulator-col-sorter-element .tabulator-arrow:hover{cursor:pointer;border-bottom:6px solid #555}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=ascending] .tabulator-col-content .tabulator-col-sorter .tabulator-arrow{border-top:none;border-bottom:6px solid #666}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=descending] .tabulator-col-content .tabulator-col-sorter{color:#666}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=descending] .tabulator-col-content .tabulator-col-sorter.tabulator-col-sorter-element .tabulator-arrow:hover{cursor:pointer;border-top:6px solid #555}.tabulator .tabulator-header .tabulator-col.tabulator-sortable[aria-sort=descending] .tabulator-col-content .tabulator-col-sorter .tabulator-arrow{border-bottom:none;border-top:6px solid #666;color:#666}.tabulator .tabulator-header .tabulator-col.tabulator-col-vertical .tabulator-col-content .tabulator-col-title{writing-mode:vertical-rl;text-orientation:mixed;display:flex;align-items:center;justify-content:center}.tabulator .tabulator-header .tabulator-col.tabulator-col-vertical.tabulator-col-vertical-flip .tabulator-col-title{transform:rotate(180deg)}.tabulator .tabulator-header .tabulator-col.tabulator-col-vertical.tabulator-sortable .tabulator-col-title{padding-right:0;padding-top:20px}.tabulator .tabulator-header .tabulator-col.tabulator-col-vertical.tabulator-sortable.tabulator-col-vertical-flip .tabulator-col-title{padding-right:0;padding-bottom:20px}.tabulator .tabulator-header .tabulator-col.tabulator-col-vertical.tabulator-sortable .tabulator-col-sorter{justify-content:center;left:0;right:0;top:4px;bottom:auto}.tabulator .tabulator-header .tabulator-frozen{position:sticky;left:0;z-index:10}.tabulator .tabulator-header .tabulator-frozen.tabulator-frozen-left{border-right:2px solid #ddd}.tabulator .tabulator-header .tabulator-frozen.tabulator-frozen-right{border-left:2px solid #ddd}.tabulator .tabulator-header .tabulator-calcs-holder{box-sizing:border-box;background:#fff!important;border-top:1px solid #ddd;border-bottom:1px solid #ddd}.tabulator .tabulator-header .tabulator-calcs-holder .tabulator-row{background:#fff!important}.tabulator .tabulator-header .tabulator-calcs-holder .tabulator-row .tabulator-col-resize-handle,.tabulator .tabulator-header .tabulator-frozen-rows-holder:empty{display:none}.tabulator .tabulator-tableholder{position:relative;width:100%;white-space:nowrap;overflow:auto;-webkit-overflow-scrolling:touch}.tabulator .tabulator-tableholder:focus{outline:none}.tabulator .tabulator-tableholder .tabulator-placeholder{box-sizing:border-box;display:flex;align-items:center;justify-content:center;width:100%}.tabulator .tabulator-tableholder .tabulator-placeholder[tabulator-render-mode=virtual]{min-height:100%;min-width:100%}.tabulator .tabulator-tableholder .tabulator-placeholder .tabulator-placeholder-contents{display:inline-block;text-align:center;padding:10px;color:#ccc;font-weight:700;font-size:20px;white-space:normal}.tabulator .tabulator-tableholder .tabulator-table{position:relative;display:inline-block;background-color:#fff;white-space:nowrap;overflow:visible;color:#333}.tabulator .tabulator-tableholder .tabulator-table .tabulator-row.tabulator-calcs{font-weight:700;background:#f2f2f2!important}.tabulator .tabulator-tableholder .tabulator-table .tabulator-row.tabulator-calcs.tabulator-calcs-top{border-bottom:2px solid #ddd}.tabulator .tabulator-tableholder .tabulator-table .tabulator-row.tabulator-calcs.tabulator-calcs-bottom{border-top:2px solid #ddd}.tabulator .tabulator-footer{border-top:1px solid #999;background-color:#fff;color:#555;font-weight:700;white-space:nowrap;user-select:none;-moz-user-select:none;-khtml-user-select:none;-webkit-user-select:none;-o-user-select:none}.tabulator .tabulator-footer .tabulator-footer-contents{display:flex;flex-direction:row;align-items:center;justify-content:space-between;padding:5px 10px}.tabulator .tabulator-footer .tabulator-footer-contents:empty{display:none}.tabulator .tabulator-footer .tabulator-calcs-holder{box-sizing:border-box;width:100%;text-align:left;background:#fff!important;border-bottom:1px solid #ddd;border-top:1px solid #ddd;overflow:hidden}.tabulator .tabulator-footer .tabulator-calcs-holder .tabulator-row{display:inline-block;background:#fff!important}.tabulator .tabulator-footer .tabulator-calcs-holder .tabulator-row .tabulator-col-resize-handle{display:none}.tabulator .tabulator-footer .tabulator-calcs-holder:only-child{margin-bottom:-5px;border-bottom:none}.tabulator .tabulator-footer>*+.tabulator-page-counter{margin-left:10px}.tabulator .tabulator-footer .tabulator-page-counter{font-weight:400}.tabulator .tabulator-footer .tabulator-paginator{flex:1;text-align:right;color:#555;font-family:inherit;font-weight:inherit;font-size:inherit}.tabulator .tabulator-footer .tabulator-page-size{display:inline-block;margin:0 5px;padding:2px 5px;border:1px solid #aaa;border-radius:3px}.tabulator .tabulator-footer .tabulator-pages{margin:0 7px}.tabulator .tabulator-footer .tabulator-page{display:inline-block;margin:0 2px;padding:2px 5px;border:1px solid #aaa;border-radius:3px;background:hsla(0,0%,100%,.2)}.tabulator .tabulator-footer .tabulator-page.active{color:#d00}.tabulator .tabulator-footer .tabulator-page:disabled{opacity:.5}.tabulator .tabulator-footer .tabulator-page:not(.disabled):hover{cursor:pointer;background:rgba(0,0,0,.2);color:#fff}.tabulator .tabulator-col-resize-handle{position:relative;display:inline-block;width:6px;margin-left:-3px;margin-right:-3px;z-index:10;vertical-align:middle}.tabulator .tabulator-col-resize-handle:hover{cursor:ew-resize}.tabulator .tabulator-col-resize-handle:last-of-type{width:3px;margin-right:0}.tabulator .tabulator-alert{position:absolute;display:flex;align-items:center;top:0;left:0;z-index:100;height:100%;width:100%;background:rgba(0,0,0,.4);text-align:center}.tabulator .tabulator-alert .tabulator-alert-msg{display:inline-block;margin:0 auto;padding:10px 20px;border-radius:10px;background:#fff;font-weight:700;font-size:16px}.tabulator .tabulator-alert .tabulator-alert-msg.tabulator-alert-state-msg{border:4px solid #333;color:#000}.tabulator .tabulator-alert .tabulator-alert-msg.tabulator-alert-state-error{border:4px solid #d00;color:#590000}.tabulator-row{position:relative;box-sizing:border-box;min-height:22px}.tabulator-row,.tabulator-row.tabulator-row-even{background-color:#fff}.tabulator-row.tabulator-selectable:hover{background-color:#bbb;cursor:pointer}.tabulator-row.tabulator-selected{background-color:#9abcea}.tabulator-row.tabulator-selected:hover{background-color:#769bcc;cursor:pointer}.tabulator-row.tabulator-row-moving{border:1px solid #000;background:#fff}.tabulator-row.tabulator-moving{position:absolute;border-top:1px solid #ddd;border-bottom:1px solid #ddd;pointer-events:none;z-index:15}.tabulator-row .tabulator-row-resize-handle{position:absolute;right:0;bottom:0;left:0;height:5px}.tabulator-row .tabulator-row-resize-handle.prev{top:0;bottom:auto}.tabulator-row .tabulator-row-resize-handle:hover{cursor:ns-resize}.tabulator-row .tabulator-responsive-collapse{box-sizing:border-box;padding:5px;border-top:1px solid #ddd;border-bottom:1px solid #ddd}.tabulator-row .tabulator-responsive-collapse:empty{display:none}.tabulator-row .tabulator-responsive-collapse table{font-size:14px}.tabulator-row .tabulator-responsive-collapse table tr td{position:relative}.tabulator-row .tabulator-responsive-collapse table tr td:first-of-type{padding-right:10px}.tabulator-row .tabulator-cell{display:inline-block;position:relative;box-sizing:border-box;padding:4px;border-right:1px solid #ddd;vertical-align:middle;white-space:nowrap;overflow:hidden;text-overflow:ellipsis}.tabulator-row .tabulator-cell.tabulator-frozen{display:inline-block;position:sticky;left:0;background-color:inherit;z-index:10}.tabulator-row .tabulator-cell.tabulator-frozen.tabulator-frozen-left{border-right:2px solid #ddd}.tabulator-row .tabulator-cell.tabulator-frozen.tabulator-frozen-right{border-left:2px solid #ddd}.tabulator-row .tabulator-cell.tabulator-editing{border:1px solid #1d68cd;outline:none;padding:0}.tabulator-row .tabulator-cell.tabulator-editing input,.tabulator-row .tabulator-cell.tabulator-editing select{border:1px;background:transparent;outline:none}.tabulator-row .tabulator-cell.tabulator-validation-fail{border:1px solid #d00}.tabulator-row .tabulator-cell.tabulator-validation-fail input,.tabulator-row .tabulator-cell.tabulator-validation-fail select{border:1px;background:transparent;color:#d00}.tabulator-row .tabulator-cell.tabulator-row-handle{display:inline-flex;align-items:center;justify-content:center;-moz-user-select:none;-khtml-user-select:none;-webkit-user-select:none;-o-user-select:none}.tabulator-row .tabulator-cell.tabulator-row-handle .tabulator-row-handle-box{width:80%}.tabulator-row .tabulator-cell.tabulator-row-handle .tabulator-row-handle-box .tabulator-row-handle-bar{width:100%;height:3px;margin-top:2px;background:#666}.tabulator-row .tabulator-cell .tabulator-data-tree-branch{display:inline-block;vertical-align:middle;height:9px;width:7px;margin-top:-9px;margin-right:5px;border-bottom-left-radius:1px;border-left:2px solid #ddd;border-bottom:2px solid #ddd}.tabulator-row .tabulator-cell .tabulator-data-tree-control{display:inline-flex;justify-content:center;align-items:center;vertical-align:middle;height:11px;width:11px;margin-right:5px;border:1px solid #333;border-radius:2px;background:rgba(0,0,0,.1);overflow:hidden}.tabulator-row .tabulator-cell .tabulator-data-tree-control:hover{cursor:pointer;background:rgba(0,0,0,.2)}.tabulator-row .tabulator-cell .tabulator-data-tree-control .tabulator-data-tree-control-collapse{display:inline-block;position:relative;height:7px;width:1px;background:transparent}.tabulator-row .tabulator-cell .tabulator-data-tree-control .tabulator-data-tree-control-collapse:after{position:absolute;content:\\\"\\\";left:-3px;top:3px;height:1px;width:7px;background:#333}.tabulator-row .tabulator-cell .tabulator-data-tree-control .tabulator-data-tree-control-expand{display:inline-block;position:relative;height:7px;width:1px;background:#333}.tabulator-row .tabulator-cell .tabulator-data-tree-control .tabulator-data-tree-control-expand:after{position:absolute;content:\\\"\\\";left:-3px;top:3px;height:1px;width:7px;background:#333}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle{display:inline-flex;align-items:center;justify-content:center;-moz-user-select:none;-khtml-user-select:none;-webkit-user-select:none;-o-user-select:none;height:15px;width:15px;border-radius:20px;background:#666;color:#fff;font-weight:700;font-size:1.1em}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle:hover{opacity:.7;cursor:pointer}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle.open .tabulator-responsive-collapse-toggle-close{display:initial}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle.open .tabulator-responsive-collapse-toggle-open{display:none}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle svg{stroke:#fff}.tabulator-row .tabulator-cell .tabulator-responsive-collapse-toggle .tabulator-responsive-collapse-toggle-close{display:none}.tabulator-row .tabulator-cell .tabulator-traffic-light{display:inline-block;height:14px;width:14px;border-radius:14px}.tabulator-row.tabulator-group{box-sizing:border-box;border-bottom:1px solid #999;border-right:1px solid #ddd;border-top:1px solid #999;padding:5px 5px 5px 10px;background:#ccc;font-weight:700;min-width:100%}.tabulator-row.tabulator-group:hover{cursor:pointer;background-color:rgba(0,0,0,.1)}.tabulator-row.tabulator-group.tabulator-group-visible .tabulator-arrow{margin-right:10px;border-left:6px solid transparent;border-right:6px solid transparent;border-top:6px solid 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       "  var docs_json = {\"4c21f8b4-b096-4595-823d-917c64cfed4d\":{\"version\":\"3.1.1\",\"title\":\"Bokeh Application\",\"defs\":[{\"type\":\"model\",\"name\":\"ReactiveHTML1\"},{\"type\":\"model\",\"name\":\"FlexBox1\",\"properties\":[{\"name\":\"align_content\",\"kind\":\"Any\",\"default\":\"flex-start\"},{\"name\":\"align_items\",\"kind\":\"Any\",\"default\":\"flex-start\"},{\"name\":\"flex_direction\",\"kind\":\"Any\",\"default\":\"row\"},{\"name\":\"flex_wrap\",\"kind\":\"Any\",\"default\":\"wrap\"},{\"name\":\"justify_content\",\"kind\":\"Any\",\"default\":\"flex-start\"}]},{\"type\":\"model\",\"name\":\"FloatPanel1\",\"properties\":[{\"name\":\"config\",\"kind\":\"Any\",\"default\":{\"type\":\"map\"}},{\"name\":\"contained\",\"kind\":\"Any\",\"default\":true},{\"name\":\"position\",\"kind\":\"Any\",\"default\":\"right-top\"},{\"name\":\"offsetx\",\"kind\":\"Any\",\"default\":null},{\"name\":\"offsety\",\"kind\":\"Any\",\"default\":null},{\"name\":\"theme\",\"kind\":\"Any\",\"default\":\"primary\"},{\"name\":\"status\",\"kind\":\"Any\",\"default\":\"normalized\"}]},{\"type\":\"model\",\"name\":\"GridStack1\",\"properties\":[{\"name\":\"mode\",\"kind\":\"Any\",\"default\":\"warn\"},{\"name\":\"ncols\",\"kind\":\"Any\",\"default\":null},{\"name\":\"nrows\",\"kind\":\"Any\",\"default\":null},{\"name\":\"allow_resize\",\"kind\":\"Any\",\"default\":true},{\"name\":\"allow_drag\",\"kind\":\"Any\",\"default\":true},{\"name\":\"state\",\"kind\":\"Any\",\"default\":[]}]},{\"type\":\"model\",\"name\":\"drag1\",\"properties\":[{\"name\":\"slider_width\",\"kind\":\"Any\",\"default\":5},{\"name\":\"slider_color\",\"kind\":\"Any\",\"default\":\"black\"},{\"name\":\"value\",\"kind\":\"Any\",\"default\":50}]},{\"type\":\"model\",\"name\":\"click1\",\"properties\":[{\"name\":\"terminal_output\",\"kind\":\"Any\",\"default\":\"\"},{\"name\":\"debug_name\",\"kind\":\"Any\",\"default\":\"\"},{\"name\":\"clears\",\"kind\":\"Any\",\"default\":0}]},{\"type\":\"model\",\"name\":\"FastWrapper1\",\"properties\":[{\"name\":\"object\",\"kind\":\"Any\",\"default\":null},{\"name\":\"style\",\"kind\":\"Any\",\"default\":null}]},{\"type\":\"model\",\"name\":\"NotificationAreaBase1\",\"properties\":[{\"name\":\"position\",\"kind\":\"Any\",\"default\":\"bottom-right\"},{\"name\":\"_clear\",\"kind\":\"Any\",\"default\":0}]},{\"type\":\"model\",\"name\":\"NotificationArea1\",\"properties\":[{\"name\":\"notifications\",\"kind\":\"Any\",\"default\":[]},{\"name\":\"position\",\"kind\":\"Any\",\"default\":\"bottom-right\"},{\"name\":\"_clear\",\"kind\":\"Any\",\"default\":0},{\"name\":\"types\",\"kind\":\"Any\",\"default\":[{\"type\":\"map\",\"entries\":[[\"type\",\"warning\"],[\"background\",\"#ffc107\"],[\"icon\",{\"type\":\"map\",\"entries\":[[\"className\",\"fas fa-exclamation-triangle\"],[\"tagName\",\"i\"],[\"color\",\"white\"]]}]]},{\"type\":\"map\",\"entries\":[[\"type\",\"info\"],[\"background\",\"#007bff\"],[\"icon\",{\"type\":\"map\",\"entries\":[[\"className\",\"fas fa-info-circle\"],[\"tagName\",\"i\"],[\"color\",\"white\"]]}]]}]}]},{\"type\":\"model\",\"name\":\"Notification\",\"properties\":[{\"name\":\"background\",\"kind\":\"Any\",\"default\":null},{\"name\":\"duration\",\"kind\":\"Any\",\"default\":3000},{\"name\":\"icon\",\"kind\":\"Any\",\"default\":null},{\"name\":\"message\",\"kind\":\"Any\",\"default\":\"\"},{\"name\":\"notification_type\",\"kind\":\"Any\",\"default\":null},{\"name\":\"_destroyed\",\"kind\":\"Any\",\"default\":false}]},{\"type\":\"model\",\"name\":\"TemplateActions1\",\"properties\":[{\"name\":\"open_modal\",\"kind\":\"Any\",\"default\":0},{\"name\":\"close_modal\",\"kind\":\"Any\",\"default\":0}]},{\"type\":\"model\",\"name\":\"BootstrapTemplateActions1\",\"properties\":[{\"name\":\"open_modal\",\"kind\":\"Any\",\"default\":0},{\"name\":\"close_modal\",\"kind\":\"Any\",\"default\":0}]},{\"type\":\"model\",\"name\":\"MaterialTemplateActions1\",\"properties\":[{\"name\":\"open_modal\",\"kind\":\"Any\",\"default\":0},{\"name\":\"close_modal\",\"kind\":\"Any\",\"default\":0}]}],\"roots\":[{\"type\":\"object\",\"name\":\"panel.models.browser.BrowserInfo\",\"id\":\"e9148edd-651e-4e89-9ca0-3b5ac4a6b5bf\"},{\"type\":\"object\",\"name\":\"panel.models.comm_manager.CommManager\",\"id\":\"f276680a-5bb3-462b-a284-6778ed701c96\",\"attributes\":{\"plot_id\":\"e9148edd-651e-4e89-9ca0-3b5ac4a6b5bf\",\"comm_id\":\"d07db52ff234410fbaf76bf823917cfa\",\"client_comm_id\":\"fc9ccf2e43ae40f1bd60b1b2b1a9ed32\"}}],\"callbacks\":{\"type\":\"map\"}}};\n",
       "  var render_items = [{\"docid\":\"4c21f8b4-b096-4595-823d-917c64cfed4d\",\"roots\":{\"e9148edd-651e-4e89-9ca0-3b5ac4a6b5bf\":\"d0957349-8414-4e64-a16f-3ebeba177ccf\"},\"root_ids\":[\"e9148edd-651e-4e89-9ca0-3b5ac4a6b5bf\"]}];\n",
       "  var docs = Object.values(docs_json)\n",
       "  if (!docs) {\n",
       "    return\n",
       "  }\n",
       "  const py_version = docs[0].version.replace('rc', '-rc.')\n",
       "  const is_dev = py_version.indexOf(\"+\") !== -1 || py_version.indexOf(\"-\") !== -1\n",
       "  function embed_document(root) {\n",
       "    var Bokeh = get_bokeh(root)\n",
       "    Bokeh.embed.embed_items_notebook(docs_json, render_items);\n",
       "    for (const render_item of render_items) {\n",
       "      for (const root_id of render_item.root_ids) {\n",
       "\tconst id_el = document.getElementById(root_id)\n",
       "\tif (id_el.children.length && (id_el.children[0].className === 'bk-root')) {\n",
       "\t  const root_el = id_el.children[0]\n",
       "\t  root_el.id = root_el.id + '-rendered'\n",
       "\t}\n",
       "      }\n",
       "    }\n",
       "  }\n",
       "  function get_bokeh(root) {\n",
       "    if (root.Bokeh === undefined) {\n",
       "      return null\n",
       "    } else if (root.Bokeh.version !== py_version && !is_dev) {\n",
       "      if (root.Bokeh.versions === undefined || !root.Bokeh.versions.has(py_version)) {\n",
       "\treturn null\n",
       "      }\n",
       "      return root.Bokeh.versions.get(py_version);\n",
       "    } else if (root.Bokeh.version === py_version) {\n",
       "      return root.Bokeh\n",
       "    }\n",
       "    return null\n",
       "  }\n",
       "  function is_loaded(root) {\n",
       "    var Bokeh = get_bokeh(root)\n",
       "    return (Bokeh != null && Bokeh.Panel !== undefined && ( root['Tabulator'] !== undefined) && ( root['Tabulator'] !== undefined))\n",
       "  }\n",
       "  if (is_loaded(root)) {\n",
       "    embed_document(root);\n",
       "  } else {\n",
       "    var attempts = 0;\n",
       "    var timer = setInterval(function(root) {\n",
       "      if (is_loaded(root)) {\n",
       "        clearInterval(timer);\n",
       "        embed_document(root);\n",
       "      } else if (document.readyState == \"complete\") {\n",
       "        attempts++;\n",
       "        if (attempts > 200) {\n",
       "          clearInterval(timer);\n",
       "          console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n",
       "        }\n",
       "      }\n",
       "    }, 25, root)\n",
       "  }\n",
       "})(window);</script>"
      ]
     },
     "metadata": {
      "application/vnd.holoviews_exec.v0+json": {
       "id": "e9148edd-651e-4e89-9ca0-3b5ac4a6b5bf"
      }
     },
     "output_type": "display_data"
    },
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "0f6f80cf309f494e818f3663db4b6465",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "BokehModel(combine_events=True, render_bundle={'docs_json': {'1ada14f7-1ec5-4639-8f31-c1af13204bf0': {'version…"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import pandas as pd\n",
    "import panel as pn\n",
    "\n",
    "pn.extension(\"tabulator\")\n",
    "\n",
    "def object_creator(string, number):\n",
    "    return string * number\n",
    "\n",
    "slider = pn.widgets.IntSlider(value=5, start=1, end=10)\n",
    "select = pn.widgets.Select(value=\"⭐\", options=[\"⭐\", \"🐘\"])\n",
    "\n",
    "iobject = pn.bind(object_creator, select, slider)\n",
    "\n",
    "pn.Row(slider, select, pn.pane.Markdown(iobject))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pandas as pd\n",
    "\n",
    "data = [[1, 2, 3, 4], [0.1, 0.2, 0.3, 0.4]]\n",
    "df = pd.DataFrame(data, columns=[\"Haha\", \"Hehe\", \"Hihi\", \"Hoho\"])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "4.0\n",
      "0.4\n"
     ]
    }
   ],
   "source": [
    "for idx, row in df.iterrows():\n",
    "    print(row[3])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "4.0"
      ]
     },
     "execution_count": 16,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df.iloc[0][3]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "sandbox",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.11.3"
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 },
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