07_question-answering.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Uncomment and run this cell if you're on Colab or Kaggle\n",
    "# !git clone https://github.com/nlp-with-transformers/notebooks.git\n",
    "# %cd notebooks\n",
    "# from install import *\n",
    "# install_requirements(is_chapter7=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Using transformers v4.6.1\n",
      "Using datasets v1.11.0\n",
      "Using accelerate v0.5.1\n"
     ]
    }
   ],
   "source": [
    "#hide\n",
    "from utils import *\n",
    "setup_chapter()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide\n",
    "%env TOKENIZERS_PARALLELISM=false"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide\n",
    "# Suppress Haystack logging\n",
    "import logging\n",
    "for module in [\"farm.utils\", \"farm.infer\", \"haystack.reader.farm.FARMReader\",\n",
    "              \"farm.modeling.prediction_head\", \"elasticsearch\", \"haystack.eval\",\n",
    "               \"haystack.document_store.base\", \"haystack.retriever.base\", \n",
    "              \"farm.data_handler.dataset\"]:\n",
    "    module_logger = logging.getLogger(module)\n",
    "    module_logger.setLevel(logging.ERROR)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Question Answering"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"Marie Curie\" width=\"500\" caption=\"A Google search query and corresponding answer snippet\" src=\"images/chapter07_marie-curie.png\" id=\"marie-curie\"/>"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Building a Review-Based QA System"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### The Dataset"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"Phone with Query\" width=\"400\" caption=\"A question about a product and the corresponding review (the answer span is underlined)\" src=\"images/chapter07_phone.png\" id=\"phone\"/>"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "['books', 'electronics', 'grocery', 'movies', 'restaurants', 'tripadvisor']"
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "from datasets import get_dataset_config_names\n",
    "\n",
    "domains = get_dataset_config_names(\"subjqa\")\n",
    "domains"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "from datasets import load_dataset\n",
    "\n",
    "subjqa = load_dataset(\"subjqa\", name=\"electronics\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'text': ['Bass is weak as expected', 'Bass is weak as expected, even with EQ\n",
      "adjusted up'], 'answer_start': [1302, 1302], 'answer_subj_level': [1, 1],\n",
      "'ans_subj_score': [0.5083333253860474, 0.5083333253860474], 'is_ans_subjective':\n",
      "[True, True]}\n"
     ]
    }
   ],
   "source": [
    "print(subjqa[\"train\"][\"answers\"][1])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Number of questions in train: 1295\n",
      "Number of questions in test: 358\n",
      "Number of questions in validation: 255\n"
     ]
    }
   ],
   "source": [
    "import pandas as pd\n",
    "\n",
    "dfs = {split: dset.to_pandas() for split, dset in subjqa.flatten().items()}\n",
    "\n",
    "for split, df in dfs.items():\n",
    "    print(f\"Number of questions in {split}: {df['id'].nunique()}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<div>\n",
       "<style scoped>\n",
       "    .dataframe tbody tr th:only-of-type {\n",
       "        vertical-align: middle;\n",
       "    }\n",
       "\n",
       "    .dataframe tbody tr th {\n",
       "        vertical-align: top;\n",
       "    }\n",
       "\n",
       "    .dataframe thead th {\n",
       "        text-align: right;\n",
       "    }\n",
       "</style>\n",
       "<table border=\"1\" class=\"dataframe\">\n",
       "  <thead>\n",
       "    <tr style=\"text-align: right;\">\n",
       "      <th></th>\n",
       "      <th>title</th>\n",
       "      <th>question</th>\n",
       "      <th>answers.text</th>\n",
       "      <th>answers.answer_start</th>\n",
       "      <th>context</th>\n",
       "    </tr>\n",
       "  </thead>\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>791</th>\n",
       "      <td>B005DKZTMG</td>\n",
       "      <td>Does the keyboard lightweight?</td>\n",
       "      <td>[this keyboard is compact]</td>\n",
       "      <td>[215]</td>\n",
       "      <td>I really like this keyboard.  I give it 4 star...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>1159</th>\n",
       "      <td>B00AAIPT76</td>\n",
       "      <td>How is the battery?</td>\n",
       "      <td>[]</td>\n",
       "      <td>[]</td>\n",
       "      <td>I bought this after the first spare gopro batt...</td>\n",
       "    </tr>\n",
       "  </tbody>\n",
       "</table>\n",
       "</div>"
      ],
      "text/plain": [
       "           title                        question                answers.text  \\\n",
       "791   B005DKZTMG  Does the keyboard lightweight?  [this keyboard is compact]   \n",
       "1159  B00AAIPT76             How is the battery?                          []   \n",
       "\n",
       "     answers.answer_start                                            context  \n",
       "791                 [215]  I really like this keyboard.  I give it 4 star...  \n",
       "1159                   []  I bought this after the first spare gopro batt...  "
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "#hide_output\n",
    "qa_cols = [\"title\", \"question\", \"answers.text\", \n",
    "           \"answers.answer_start\", \"context\"]\n",
    "sample_df = dfs[\"train\"][qa_cols].sample(2, random_state=7)\n",
    "sample_df"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "'this keyboard is compact'"
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "start_idx = sample_df[\"answers.answer_start\"].iloc[0][0]\n",
    "end_idx = start_idx + len(sample_df[\"answers.text\"].iloc[0][0])\n",
    "sample_df[\"context\"].iloc[0][start_idx:end_idx]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"266.6095pt\" version=\"1.1\" viewBox=\"0 0 385.824217 266.6095\" width=\"385.824217pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:26:50.779200</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 266.6095 \nL 385.824217 266.6095 \nL 385.824217 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 42.206875 241.3095 \nL 377.006875 241.3095 \nL 377.006875 23.8695 \nL 42.206875 23.8695 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 234.5145 \nL 47.11237 234.5145 \nL 47.11237 220.9245 \nL 42.206875 220.9245 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 207.3345 \nL 50.79149 207.3345 \nL 50.79149 193.7445 \nL 42.206875 193.7445 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 180.1545 \nL 53.653029 180.1545 \nL 53.653029 166.5645 \nL 42.206875 166.5645 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 152.9745 \nL 60.602479 152.9745 \nL 60.602479 139.3845 \nL 42.206875 139.3845 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_7\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 125.7945 \nL 76.136545 125.7945 \nL 76.136545 112.2045 \nL 42.206875 112.2045 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 98.6145 \nL 83.085996 98.6145 \nL 83.085996 85.0245 \nL 42.206875 85.0245 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_9\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 71.4345 \nL 138.6816 71.4345 \nL 138.6816 57.8445 \nL 42.206875 57.8445 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path clip-path=\"url(#p6402e794cc)\" d=\"M 42.206875 44.2545 \nL 361.064018 44.2545 \nL 361.064018 30.6645 \nL 42.206875 30.6645 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m5ba6d701ff\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- 0 -->\n      <g transform=\"translate(38.996875 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"83.085996\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- 100 -->\n      <g transform=\"translate(74.938183 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"82.299973\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_3\">\n     <g id=\"line2d_3\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"123.965117\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 200 -->\n      <g transform=\"translate(114.995117 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.999969\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_4\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"164.844238\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 300 -->\n      <g transform=\"translate(155.89205 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-33\"/>\n       <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.699982\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_5\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"205.723359\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 400 -->\n      <g transform=\"translate(196.458984 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-34\"/>\n       <use x=\"47.399994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"100.899979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_6\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"246.602479\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- 500 -->\n      <g transform=\"translate(237.656854 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n       <use x=\"42.099991\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.599976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_7\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"287.4816\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 600 -->\n      <g transform=\"translate(278.127225 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1632 384 \nC 1082 384 845 915 845 1837 \nL 845 2054 \nC 992 2150 1254 2278 1594 2278 \nC 2086 2278 2323 1984 2323 1357 \nC 2323 742 2086 384 1632 384 \nz\nM 1632 -70 \nC 2438 -70 2886 544 2886 1408 \nC 2886 2234 2490 2746 1754 2746 \nC 1363 2746 1056 2611 845 2445 \nC 877 3853 1440 4038 2029 4038 \nC 2291 4038 2554 3974 2688 3930 \nL 2688 4352 \nC 2547 4442 2272 4499 1958 4499 \nC 1043 4499 275 3981 275 2208 \nL 275 1843 \nC 275 691 717 -70 1632 -70 \nz\n\" id=\"GuardianSansCond-Regular-36\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-36\"/>\n       <use x=\"48.899994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"102.399979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_8\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"328.360721\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 700 -->\n      <g transform=\"translate(319.606346 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 461 0 \nL 1018 0 \nL 2387 3994 \nL 2387 4435 \nL 109 4435 \nL 109 3974 \nL 1850 3974 \nL 1850 3949 \nL 461 0 \nz\n\" id=\"GuardianSansCond-Regular-37\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-37\"/>\n       <use x=\"38.899994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"92.399979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_9\">\n     <g id=\"line2d_9\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"369.239842\" xlink:href=\"#m5ba6d701ff\" y=\"241.3095\"/>\n      </g>\n     </g>\n     <g id=\"text_9\">\n      <!-- 800 -->\n      <g transform=\"translate(359.855467 257.11825)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1581 -64 \nC 2445 -64 2931 467 2931 1139 \nC 2931 1760 2592 2074 2106 2330 \nC 2490 2541 2822 2899 2822 3424 \nC 2822 4077 2394 4499 1606 4499 \nC 819 4499 384 4013 384 3398 \nC 384 2848 678 2509 1069 2285 \nC 602 2054 230 1683 230 1082 \nC 230 384 710 -64 1581 -64 \nz\nM 1587 390 \nC 1082 390 768 678 768 1126 \nC 768 1581 1037 1894 1414 2080 \nC 2029 1792 2387 1574 2387 1082 \nC 2387 614 2054 390 1587 390 \nz\nM 1754 2522 \nC 1210 2778 928 3021 928 3430 \nC 928 3821 1171 4051 1606 4051 \nC 2067 4051 2285 3782 2285 3398 \nC 2285 3008 2099 2765 1754 2522 \nz\n\" id=\"GuardianSansCond-Regular-38\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-38\"/>\n       <use x=\"49.399994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"102.899979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_10\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m82e4126d2d\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"227.7195\"/>\n      </g>\n     </g>\n     <g id=\"text_10\">\n      <!-- Was -->\n      <g transform=\"translate(17.386875 232.123875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 992 0 \nL 1574 0 \nL 2208 2842 \nC 2266 3123 2342 3539 2342 3539 \nL 2355 3539 \nC 2355 3539 2432 3123 2483 2835 \nL 3104 0 \nL 3680 0 \nL 4576 4435 \nL 4064 4435 \nL 3488 1382 \nC 3437 1107 3398 806 3398 806 \nL 3386 806 \nC 3386 806 3302 1229 3270 1376 \nL 2618 4435 \nL 2118 4435 \nL 1434 1363 \nC 1395 1184 1331 813 1331 813 \nL 1312 813 \nC 1312 813 1248 1222 1222 1363 \nL 646 4435 \nL 102 4435 \nL 992 0 \nz\n\" id=\"GuardianSansCond-Regular-57\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 992 -51 \nC 1658 -51 2054 307 2054 947 \nC 2054 1485 1818 1709 1306 1888 \nL 1050 1978 \nC 768 2074 659 2195 659 2451 \nC 659 2771 864 2893 1222 2893 \nC 1517 2893 1760 2810 1914 2739 \nL 1914 3168 \nC 1773 3251 1568 3334 1197 3334 \nC 531 3334 160 2982 160 2406 \nC 160 1901 422 1658 826 1517 \nL 1082 1427 \nC 1408 1312 1536 1184 1536 896 \nC 1536 582 1370 390 934 390 \nC 582 390 358 480 154 563 \nL 154 141 \nC 358 19 640 -51 992 -51 \nz\n\" id=\"GuardianSansCond-Regular-73\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-57\"/>\n       <use x=\"73.099991\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n       <use x=\"113.999985\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_11\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"200.5395\"/>\n      </g>\n     </g>\n     <g id=\"text_11\">\n      <!-- Why -->\n      <g transform=\"translate(15.935625 204.943875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2336 3334 1805 3334 \nC 1440 3334 1126 3200 896 3034 \nL 870 3034 \nL 870 4698 \nL 346 4698 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-68\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 570 -1261 \nC 1082 -1261 1306 -960 1485 -365 \nL 2592 3283 \nL 2067 3283 \nL 1485 1197 \nC 1421 992 1376 787 1376 787 \nL 1363 787 \nC 1363 787 1331 928 1248 1203 \nL 621 3283 \nL 51 3283 \nL 1120 13 \nL 1018 -294 \nC 896 -698 749 -826 480 -826 \nC 384 -826 262 -813 186 -800 \nL 186 -1171 \nC 282 -1222 435 -1261 570 -1261 \nz\n\" id=\"GuardianSansCond-Regular-79\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-57\"/>\n       <use x=\"73.099991\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"119.199982\" xlink:href=\"#GuardianSansCond-Regular-79\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_12\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"173.3595\"/>\n      </g>\n     </g>\n     <g id=\"text_12\">\n      <!-- Where -->\n      <g transform=\"translate(7.2 177.763875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-57\"/>\n       <use x=\"73.099991\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"119.199982\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n       <use x=\"161.899979\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n       <use x=\"190.699966\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_13\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"146.1795\"/>\n      </g>\n     </g>\n     <g id=\"text_13\">\n      <!-- Does -->\n      <g transform=\"translate(13.92 150.583875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 1498 0 \nC 2714 0 3270 813 3270 2163 \nL 3270 2400 \nC 3270 3802 2637 4435 1491 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 461 \nL 954 3974 \nL 1446 3974 \nC 2234 3974 2694 3603 2694 2400 \nL 2694 2074 \nC 2694 941 2323 461 1510 461 \nL 954 461 \nz\n\" id=\"GuardianSansCond-Regular-44\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-44\"/>\n       <use x=\"54.599991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"100.199982\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n       <use x=\"142.899979\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_14\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"118.9995\"/>\n      </g>\n     </g>\n     <g id=\"text_14\">\n      <!-- Do -->\n      <g transform=\"translate(23.184375 123.403875)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-44\"/>\n       <use x=\"54.599991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_15\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"91.8195\"/>\n      </g>\n     </g>\n     <g id=\"text_15\">\n      <!-- Is -->\n      <g transform=\"translate(28.4625 96.223875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 429 0 \nL 966 0 \nL 966 4435 \nL 429 4435 \nL 429 0 \nz\n\" id=\"GuardianSansCond-Regular-49\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-49\"/>\n       <use x=\"21.699997\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_7\">\n     <g id=\"line2d_16\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"64.6395\"/>\n      </g>\n     </g>\n     <g id=\"text_16\">\n      <!-- What -->\n      <g transform=\"translate(12.515625 69.043875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-57\"/>\n       <use x=\"73.099991\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"119.199982\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n       <use x=\"160.099976\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_8\">\n     <g id=\"line2d_17\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"42.206875\" xlink:href=\"#m82e4126d2d\" y=\"37.4595\"/>\n      </g>\n     </g>\n     <g id=\"text_17\">\n      <!-- How -->\n      <g transform=\"translate(15.54 41.863875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 2067 \nL 2637 2067 \nL 2637 0 \nL 3174 0 \nL 3174 4435 \nL 2637 4435 \nL 2637 2528 \nL 954 2528 \nL 954 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-48\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 858 0 \nL 1402 0 \nL 1818 1696 \nC 1920 2099 1984 2426 1984 2426 \nL 2003 2426 \nC 2003 2426 2074 2093 2170 1696 \nL 2586 0 \nL 3136 0 \nL 3898 3283 \nL 3398 3283 \nL 3002 1344 \nC 2931 966 2874 704 2874 704 \nL 2854 704 \nC 2854 704 2803 954 2707 1350 \nL 2253 3283 \nL 1773 3283 \nL 1325 1350 \nC 1242 979 1178 704 1178 704 \nL 1158 704 \nC 1158 704 1107 973 1030 1350 \nL 627 3283 \nL 83 3283 \nL 858 0 \nz\n\" id=\"GuardianSansCond-Regular-77\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-48\"/>\n       <use x=\"56.099991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"101.699982\" xlink:href=\"#GuardianSansCond-Regular-77\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_11\">\n    <path d=\"M 42.206875 241.3095 \nL 42.206875 23.8695 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_12\">\n    <path d=\"M 377.006875 241.3095 \nL 377.006875 23.8695 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_13\">\n    <path d=\"M 42.206875 241.3095 \nL 377.006875 241.3095 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_14\">\n    <path d=\"M 42.206875 23.8695 \nL 377.006875 23.8695 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"text_18\">\n    <!-- Frequency of Question Types -->\n    <g transform=\"translate(135.952 17.8695)scale(0.144 -0.144)\">\n     <defs>\n      <path d=\"M 416 0 \nL 954 0 \nL 954 1984 \nL 2227 1984 \nL 2227 2445 \nL 954 2445 \nL 954 3974 \nL 2573 3974 \nL 2573 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-46\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 2118 179 \nL 2118 -1222 \nL 2637 -1222 \nL 2637 3130 \nC 2419 3238 2067 3334 1600 3334 \nC 762 3334 198 2861 198 1664 \nL 198 1453 \nC 198 294 749 -51 1331 -51 \nC 1677 -51 1946 77 2093 179 \nL 2118 179 \nz\nM 1568 2906 \nC 1811 2906 1997 2861 2118 2822 \nL 2118 589 \nC 1997 493 1786 384 1504 384 \nC 1005 384 742 646 742 1466 \nL 742 1728 \nC 742 2624 1075 2906 1568 2906 \nz\n\" id=\"GuardianSansCond-Regular-71\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n      <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 493 0 \nL 1018 0 \nL 1018 2848 \nL 1626 2848 \nL 1626 3283 \nL 1018 3283 \nL 1018 3712 \nC 1018 4115 1146 4307 1478 4307 \nC 1632 4307 1754 4282 1837 4262 \nL 1837 4640 \nC 1747 4685 1587 4742 1363 4742 \nC 826 4742 493 4429 493 3757 \nL 493 3283 \nL 96 3283 \nL 96 2848 \nL 493 2848 \nL 493 0 \nz\n\" id=\"GuardianSansCond-Regular-66\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 3462 -742 \nL 3610 -243 \nL 2400 83 \nC 3053 307 3398 954 3398 2061 \nL 3398 2374 \nC 3398 3814 2835 4499 1818 4499 \nC 768 4499 237 3725 237 2362 \nL 237 2080 \nC 237 781 640 224 1325 -13 \nL 3462 -742 \nz\nM 1824 365 \nC 1056 365 806 1024 806 2067 \nL 806 2477 \nC 806 3405 1094 4058 1805 4058 \nC 2566 4051 2829 3418 2829 2374 \nL 2829 1958 \nC 2829 998 2534 365 1824 365 \nz\n\" id=\"GuardianSansCond-Regular-51\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 1152 0 \nL 1690 0 \nL 1690 3974 \nL 2746 3974 \nL 2746 4435 \nL 90 4435 \nL 90 3974 \nL 1152 3974 \nL 1152 0 \nz\n\" id=\"GuardianSansCond-Regular-54\" transform=\"scale(0.015625)\"/>\n      <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n     </defs>\n     <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n     <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n     <use x=\"71.299973\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     <use x=\"113.999969\" xlink:href=\"#GuardianSansCond-Regular-71\"/>\n     <use x=\"160.399963\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n     <use x=\"205.899948\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     <use x=\"248.599945\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n     <use x=\"294.699936\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n     <use x=\"332.499924\" xlink:href=\"#GuardianSansCond-Regular-79\"/>\n     <use x=\"373.899918\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n     <use x=\"389.699905\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n     <use x=\"435.299896\" xlink:href=\"#GuardianSansCond-Regular-66\"/>\n     <use x=\"461.999893\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n     <use x=\"477.799881\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n     <use x=\"534.799866\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n     <use x=\"580.29985\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     <use x=\"622.999847\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n     <use x=\"657.499832\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n     <use x=\"686.499817\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n     <use x=\"705.799805\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n     <use x=\"751.399796\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n     <use x=\"797.499786\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n     <use x=\"813.299774\" xlink:href=\"#GuardianSansCond-Regular-54\"/>\n     <use x=\"857.799759\" xlink:href=\"#GuardianSansCond-Regular-79\"/>\n     <use x=\"899.199753\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n     <use x=\"945.799744\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     <use x=\"988.499741\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p6402e794cc\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"42.206875\" y=\"23.8695\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "counts = {}\n",
    "question_types = [\"What\", \"How\", \"Is\", \"Does\", \"Do\", \"Was\", \"Where\", \"Why\"]\n",
    "\n",
    "for q in question_types:\n",
    "    counts[q] = dfs[\"train\"][\"question\"].str.startswith(q).value_counts()[True]\n",
    "\n",
    "pd.Series(counts).sort_values().plot.barh()\n",
    "plt.title(\"Frequency of Question Types\")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "How is the camera?\n",
      "How do you like the control?\n",
      "How fast is the charger?\n",
      "What is direction?\n",
      "What is the quality of the construction of the bag?\n",
      "What is your impression of the product?\n",
      "Is this how zoom works?\n",
      "Is sound clear?\n",
      "Is it a wireless keyboard?\n"
     ]
    }
   ],
   "source": [
    "for question_type in [\"How\", \"What\", \"Is\"]:\n",
    "    for question in (\n",
    "        dfs[\"train\"][dfs[\"train\"].question.str.startswith(question_type)]\n",
    "        .sample(n=3, random_state=42)['question']):\n",
    "        print(question)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Sidebar: The Stanford Question Answering Dataset"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"SQuAD SotA\" width=\"600\" caption=\"Progress on the SQuAD 2.0 benchmark (image from Papers with Code)\" src=\"images/chapter07_squad-sota.png\" id=\"squad-sota\"/>"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### End sidebar"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Extracting Answers from Text"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Span classification"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"QA Head\" caption=\"The span classification head for QA tasks\" src=\"images/chapter07_qa-head.png\" id=\"qa-head\"/>"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"SQuAD models\" width=\"600\" caption=\"A selection of extractive QA models on the Hugging Face Hub\" src=\"images/chapter07_squad-models.png\" id=\"squad-models\"/> "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Tokenizing text for QA"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "from transformers import AutoTokenizer\n",
    "\n",
    "model_ckpt = \"deepset/minilm-uncased-squad2\"\n",
    "tokenizer = AutoTokenizer.from_pretrained(model_ckpt)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "question = \"How much music can this hold?\"\n",
    "context = \"\"\"An MP3 is about 1 MB/minute, so about 6000 hours depending on \\\n",
    "file size.\"\"\"\n",
    "inputs = tokenizer(question, context, return_tensors=\"pt\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<table border=\"1\" class=\"dataframe\">\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>input_ids</th>\n",
       "      <td>101</td>\n",
       "      <td>2129</td>\n",
       "      <td>2172</td>\n",
       "      <td>2189</td>\n",
       "      <td>2064</td>\n",
       "      <td>2023</td>\n",
       "      <td>...</td>\n",
       "      <td>5834</td>\n",
       "      <td>2006</td>\n",
       "      <td>5371</td>\n",
       "      <td>2946</td>\n",
       "      <td>1012</td>\n",
       "      <td>102</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>token_type_ids</th>\n",
       "      <td>0</td>\n",
       "      <td>0</td>\n",
       "      <td>0</td>\n",
       "      <td>0</td>\n",
       "      <td>0</td>\n",
       "      <td>0</td>\n",
       "      <td>...</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>attention_mask</th>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>...</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "      <td>1</td>\n",
       "    </tr>\n",
       "  </tbody>\n",
       "</table>"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#hide_input\n",
    "input_df = pd.DataFrame.from_dict(tokenizer(question, context), orient=\"index\")\n",
    "input_df"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[CLS] how much music can this hold? [SEP] an mp3 is about 1 mb / minute, so\n",
      "about 6000 hours depending on file size. [SEP]\n"
     ]
    }
   ],
   "source": [
    "print(tokenizer.decode(inputs[\"input_ids\"][0]))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "QuestionAnsweringModelOutput(loss=None, start_logits=tensor([[-0.9862, -4.7750,\n",
      "-5.4025, -5.2378, -5.2863, -5.5117, -4.9819, -6.1880,\n",
      "         -0.9862,  0.2596, -0.2144, -1.7136,  3.7806,  4.8561, -1.0546, -3.9097,\n",
      "         -1.7374, -4.5944, -1.4278,  3.9949,  5.0390, -0.2018, -3.0193, -4.8549,\n",
      "         -2.3107, -3.5110, -3.5713, -0.9862]]), end_logits=tensor([[-0.9623,\n",
      "-5.4733, -5.0326, -5.1639, -5.4278, -5.5151, -5.1749, -4.6233,\n",
      "         -0.9623, -3.7855, -0.8715, -3.7745, -3.0161, -1.1780,  0.1758, -2.7365,\n",
      "          4.8934,  0.3046, -3.1761, -3.2762,  0.8937,  5.6606, -0.3623, -4.9554,\n",
      "         -3.2531, -0.0914,  1.6211, -0.9623]]), hidden_states=None,\n",
      "attentions=None)\n"
     ]
    }
   ],
   "source": [
    "import torch\n",
    "from transformers import AutoModelForQuestionAnswering\n",
    "\n",
    "model = AutoModelForQuestionAnswering.from_pretrained(model_ckpt)\n",
    "\n",
    "with torch.no_grad():\n",
    "    outputs = model(**inputs)\n",
    "print(outputs)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "start_logits = outputs.start_logits\n",
    "end_logits = outputs.end_logits"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Input IDs shape: torch.Size([1, 28])\n",
      "Start logits shape: torch.Size([1, 28])\n",
      "End logits shape: torch.Size([1, 28])\n"
     ]
    }
   ],
   "source": [
    "print(f\"Input IDs shape: {inputs.input_ids.size()}\")\n",
    "print(f\"Start logits shape: {start_logits.size()}\")\n",
    "print(f\"End logits shape: {end_logits.size()}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"284.365pt\" version=\"1.1\" viewBox=\"0 0 381.62 284.365\" width=\"381.62pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:26:58.057417</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 284.365 \nL 381.62 284.365 \nL 381.62 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 39.62 106.036364 \nL 374.42 106.036364 \nL 374.42 7.2 \nL 39.62 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 54.838182 52.020518 \nL 64.275814 52.020518 \nL 64.275814 59.913245 \nL 54.838182 59.913245 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 66.635222 52.020518 \nL 76.072854 52.020518 \nL 76.072854 90.235269 \nL 66.635222 90.235269 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 78.432262 52.020518 \nL 87.869894 52.020518 \nL 87.869894 95.257463 \nL 78.432262 95.257463 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 90.229302 52.020518 \nL 99.666934 52.020518 \nL 99.666934 93.93882 \nL 90.229302 93.93882 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_7\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 102.026342 52.020518 \nL 111.463975 52.020518 \nL 111.463975 94.327089 \nL 102.026342 94.327089 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 113.823383 52.020518 \nL 123.261015 52.020518 \nL 123.261015 96.131423 \nL 113.823383 96.131423 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_9\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 125.620423 52.020518 \nL 135.058055 52.020518 \nL 135.058055 91.891483 \nL 125.620423 91.891483 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 137.417463 52.020518 \nL 146.855095 52.020518 \nL 146.855095 101.543802 \nL 137.417463 101.543802 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_11\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 149.214503 52.020518 \nL 158.652135 52.020518 \nL 158.652135 59.913305 \nL 149.214503 59.913305 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_12\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 161.011543 52.020518 \nL 170.449175 52.020518 \nL 170.449175 49.943015 \nL 161.011543 49.943015 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_13\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 172.808584 52.020518 \nL 182.246216 52.020518 \nL 182.246216 53.736094 \nL 172.808584 53.736094 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_14\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 184.605624 52.020518 \nL 194.043256 52.020518 \nL 194.043256 65.734365 \nL 184.605624 65.734365 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_15\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 196.402664 52.020518 \nL 205.840296 52.020518 \nL 205.840296 21.763684 \nL 196.402664 21.763684 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_16\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 208.199704 52.020518 \nL 217.637336 52.020518 \nL 217.637336 13.156651 \nL 208.199704 13.156651 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_17\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 219.996744 52.020518 \nL 229.434376 52.020518 \nL 229.434376 60.460879 \nL 219.996744 60.460879 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_18\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 231.793784 52.020518 \nL 241.231416 52.020518 \nL 241.231416 83.310144 \nL 231.793784 83.310144 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_19\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 243.590825 52.020518 \nL 253.028457 52.020518 \nL 253.028457 65.925077 \nL 243.590825 65.925077 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_20\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 255.387865 52.020518 \nL 264.825497 52.020518 \nL 264.825497 88.789589 \nL 255.387865 88.789589 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_21\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 267.184905 52.020518 \nL 276.622537 52.020518 \nL 276.622537 63.447597 \nL 267.184905 63.447597 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_22\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 196.402664 52.020518 \nL 205.840296 52.020518 \nL 205.840296 20.048913 \nL 196.402664 20.048913 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_23\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 278.981945 52.020518 \nL 288.419577 52.020518 \nL 288.419577 11.692562 \nL 278.981945 11.692562 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_24\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 290.778985 52.020518 \nL 300.216617 52.020518 \nL 300.216617 53.63556 \nL 290.778985 53.63556 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_25\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 302.576025 52.020518 \nL 312.013658 52.020518 \nL 312.013658 76.184156 \nL 302.576025 76.184156 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_26\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 314.373066 52.020518 \nL 323.810698 52.020518 \nL 323.810698 90.874829 \nL 314.373066 90.874829 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_27\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 326.170106 52.020518 \nL 335.607738 52.020518 \nL 335.607738 70.513646 \nL 326.170106 70.513646 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_28\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 337.967146 52.020518 \nL 347.404778 52.020518 \nL 347.404778 80.119366 \nL 337.967146 80.119366 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_29\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 349.764186 52.020518 \nL 359.201818 52.020518 \nL 359.201818 80.601842 \nL 349.764186 80.601842 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_30\">\n    <path clip-path=\"url(#pe84e642b4a)\" d=\"M 149.214503 52.020518 \nL 158.652135 52.020518 \nL 158.652135 59.913233 \nL 149.214503 59.913233 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"mfaa54891d2\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"59.556998\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"71.354038\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_3\">\n     <g id=\"line2d_3\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"83.151078\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_4\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"94.948118\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_5\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"106.745159\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_6\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"118.542199\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_7\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"130.339239\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_8\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"142.136279\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_9\">\n     <g id=\"line2d_9\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"153.933319\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_10\">\n     <g id=\"line2d_10\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"165.730359\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_11\">\n     <g id=\"line2d_11\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"177.5274\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_12\">\n     <g id=\"line2d_12\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"189.32444\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_13\">\n     <g id=\"line2d_13\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"201.12148\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_14\">\n     <g id=\"line2d_14\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"212.91852\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_15\">\n     <g id=\"line2d_15\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"224.71556\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_16\">\n     <g id=\"line2d_16\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"236.5126\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_17\">\n     <g id=\"line2d_17\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"248.309641\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_18\">\n     <g id=\"line2d_18\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"260.106681\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_19\">\n     <g id=\"line2d_19\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"271.903721\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_20\">\n     <g id=\"line2d_20\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"283.700761\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_21\">\n     <g id=\"line2d_21\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"295.497801\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_22\">\n     <g id=\"line2d_22\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"307.294841\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_23\">\n     <g id=\"line2d_23\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"319.091882\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_24\">\n     <g id=\"line2d_24\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"330.888922\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_25\">\n     <g id=\"line2d_25\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"342.685962\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_26\">\n     <g id=\"line2d_26\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"354.483002\" xlink:href=\"#mfaa54891d2\" y=\"106.036364\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_27\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m9d224c3eb3\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"92.035959\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- −5 -->\n      <g transform=\"translate(22.3 96.440334)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 262 2010 \nL 2554 2010 \nL 2554 2477 \nL 262 2477 \nL 262 2010 \nz\n\" id=\"GuardianSansCond-Regular-2212\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-2212\"/>\n       <use x=\"43.899994\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_28\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"52.020518\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- 0 -->\n      <g transform=\"translate(26.2 56.424893)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_29\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"12.005076\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 5 -->\n      <g transform=\"translate(27.56875 16.409451)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_4\">\n     <!-- Start Scores -->\n     <g transform=\"translate(16.00875 81.655994)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1184 -70 \nC 2138 -70 2509 499 2509 1248 \nC 2509 2029 2112 2259 1562 2502 \nL 1242 2643 \nC 858 2810 730 2970 730 3360 \nC 730 3808 986 4038 1459 4038 \nC 1843 4038 2144 3936 2336 3840 \nL 2336 4301 \nC 2157 4397 1914 4499 1466 4499 \nC 653 4499 198 4058 198 3322 \nC 198 2637 544 2349 1024 2138 \nL 1344 1997 \nC 1760 1811 1958 1677 1958 1197 \nC 1958 659 1702 397 1146 397 \nC 794 397 442 512 166 646 \nL 166 186 \nC 390 51 723 -70 1184 -70 \nz\n\" id=\"GuardianSansCond-Regular-53\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 992 -51 \nC 1658 -51 2054 307 2054 947 \nC 2054 1485 1818 1709 1306 1888 \nL 1050 1978 \nC 768 2074 659 2195 659 2451 \nC 659 2771 864 2893 1222 2893 \nC 1517 2893 1760 2810 1914 2739 \nL 1914 3168 \nC 1773 3251 1568 3334 1197 3334 \nC 531 3334 160 2982 160 2406 \nC 160 1901 422 1658 826 1517 \nL 1082 1427 \nC 1408 1312 1536 1184 1536 896 \nC 1536 582 1370 390 934 390 \nC 582 390 358 480 154 563 \nL 154 141 \nC 358 19 640 -51 992 -51 \nz\n\" id=\"GuardianSansCond-Regular-73\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"71.199982\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"112.099976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"140.899963\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"169.899948\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"185.699936\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"227.899933\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"265.699921\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"311.299911\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"340.099899\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"382.799896\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_31\">\n    <path d=\"M 39.62 106.036364 \nL 39.62 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_32\">\n    <path d=\"M 374.42 106.036364 \nL 374.42 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_33\">\n    <path d=\"M 39.62 106.036364 \nL 374.42 106.036364 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_34\">\n    <path d=\"M 39.62 7.2 \nL 374.42 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n  </g>\n  <g id=\"axes_2\">\n   <g id=\"patch_35\">\n    <path d=\"M 39.62 224.64 \nL 374.42 224.64 \nL 374.42 125.803636 \nL 39.62 125.803636 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_36\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 54.838182 175.806409 \nL 64.275814 175.806409 \nL 64.275814 183.542801 \nL 54.838182 183.542801 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_37\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 66.635222 175.806409 \nL 76.072854 175.806409 \nL 76.072854 219.811237 \nL 66.635222 219.811237 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_38\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 78.432262 175.806409 \nL 87.869894 175.806409 \nL 87.869894 216.267642 \nL 78.432262 216.267642 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_39\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 90.229302 175.806409 \nL 99.666934 175.806409 \nL 99.666934 217.323385 \nL 90.229302 217.323385 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_40\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 102.026342 175.806409 \nL 111.463975 175.806409 \nL 111.463975 219.445589 \nL 102.026342 219.445589 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_41\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 113.823383 175.806409 \nL 123.261015 175.806409 \nL 123.261015 220.147438 \nL 113.823383 220.147438 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_42\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 125.620423 175.806409 \nL 135.058055 175.806409 \nL 135.058055 217.412127 \nL 125.620423 217.412127 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_43\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 137.417463 175.806409 \nL 146.855095 175.806409 \nL 146.855095 212.977087 \nL 137.417463 212.977087 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_44\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 149.214503 175.806409 \nL 158.652135 175.806409 \nL 158.652135 183.543018 \nL 149.214503 183.543018 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_45\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 161.011543 175.806409 \nL 170.449175 175.806409 \nL 170.449175 206.241477 \nL 161.011543 206.241477 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_46\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 172.808584 175.806409 \nL 182.246216 175.806409 \nL 182.246216 182.812927 \nL 172.808584 182.812927 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_47\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 184.605624 175.806409 \nL 194.043256 175.806409 \nL 194.043256 206.152861 \nL 184.605624 206.152861 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_48\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 196.402664 175.806409 \nL 205.840296 175.806409 \nL 205.840296 200.05587 \nL 196.402664 200.05587 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_49\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 208.199704 175.806409 \nL 217.637336 175.806409 \nL 217.637336 185.277062 \nL 208.199704 185.277062 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_50\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 219.996744 175.806409 \nL 229.434376 175.806409 \nL 229.434376 174.393077 \nL 219.996744 174.393077 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_51\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 231.793784 175.806409 \nL 241.231416 175.806409 \nL 241.231416 197.807479 \nL 231.793784 197.807479 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_52\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 243.590825 175.806409 \nL 253.028457 175.806409 \nL 253.028457 136.464199 \nL 243.590825 136.464199 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_53\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 255.387865 175.806409 \nL 264.825497 175.806409 \nL 264.825497 173.357104 \nL 255.387865 173.357104 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_54\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 267.184905 175.806409 \nL 276.622537 175.806409 \nL 276.622537 201.341977 \nL 267.184905 201.341977 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_55\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 196.402664 175.806409 \nL 205.840296 175.806409 \nL 205.840296 202.146589 \nL 196.402664 202.146589 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_56\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 278.981945 175.806409 \nL 288.419577 175.806409 \nL 288.419577 168.621454 \nL 278.981945 168.621454 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_57\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 290.778985 175.806409 \nL 300.216617 175.806409 \nL 300.216617 130.296198 \nL 290.778985 130.296198 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_58\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 302.576025 175.806409 \nL 312.013658 175.806409 \nL 312.013658 178.719017 \nL 302.576025 178.719017 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_59\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 314.373066 175.806409 \nL 323.810698 175.806409 \nL 323.810698 215.647294 \nL 314.373066 215.647294 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_60\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 326.170106 175.806409 \nL 335.607738 175.806409 \nL 335.607738 201.961292 \nL 326.170106 201.961292 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_61\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 337.967146 175.806409 \nL 347.404778 175.806409 \nL 347.404778 176.54119 \nL 337.967146 176.54119 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_62\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 349.764186 175.806409 \nL 359.201818 175.806409 \nL 359.201818 162.772722 \nL 349.764186 162.772722 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_63\">\n    <path clip-path=\"url(#pf17aad68ce)\" d=\"M 149.214503 175.806409 \nL 158.652135 175.806409 \nL 158.652135 183.542911 \nL 149.214503 183.542911 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"matplotlib.axis_3\">\n    <g id=\"xtick_27\">\n     <g id=\"line2d_30\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"59.556998\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- [CLS] -->\n      <g transform=\"translate(62.815748 254.2975)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 -768 \nL 1664 -768 \nL 1664 -352 \nL 928 -352 \nL 928 4282 \nL 1664 4282 \nL 1664 4698 \nL 416 4698 \nL 416 -768 \nz\n\" id=\"GuardianSansCond-Regular-5b\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1882 -64 \nC 2304 -64 2637 38 2874 186 \nL 2874 640 \nC 2643 518 2342 397 1946 397 \nC 1114 397 806 986 806 2042 \nL 806 2445 \nC 806 3648 1267 4038 1920 4038 \nC 2278 4038 2541 3955 2822 3840 \nL 2822 4288 \nC 2618 4410 2336 4499 1952 4499 \nC 1005 4499 237 3994 237 2387 \nL 237 2042 \nC 237 563 851 -64 1882 -64 \nz\n\" id=\"GuardianSansCond-Regular-43\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 2541 0 \nL 2541 461 \nL 954 461 \nL 954 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4c\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 179 -768 \nL 1421 -768 \nL 1421 4698 \nL 179 4698 \nL 179 4282 \nL 909 4282 \nL 909 -352 \nL 179 -352 \nL 179 -768 \nz\n\" id=\"GuardianSansCond-Regular-5d\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-5b\"/>\n       <use x=\"28.699997\" xlink:href=\"#GuardianSansCond-Regular-43\"/>\n       <use x=\"76.099991\" xlink:href=\"#GuardianSansCond-Regular-4c\"/>\n       <use x=\"117.899979\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n       <use x=\"160.099976\" xlink:href=\"#GuardianSansCond-Regular-5d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_28\">\n     <g id=\"line2d_31\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"71.354038\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- how -->\n      <g transform=\"translate(74.612788 250.106875)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2336 3334 1805 3334 \nC 1440 3334 1126 3200 896 3034 \nL 870 3034 \nL 870 4698 \nL 346 4698 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-68\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 858 0 \nL 1402 0 \nL 1818 1696 \nC 1920 2099 1984 2426 1984 2426 \nL 2003 2426 \nC 2003 2426 2074 2093 2170 1696 \nL 2586 0 \nL 3136 0 \nL 3898 3283 \nL 3398 3283 \nL 3002 1344 \nC 2931 966 2874 704 2874 704 \nL 2854 704 \nC 2854 704 2803 954 2707 1350 \nL 2253 3283 \nL 1773 3283 \nL 1325 1350 \nC 1242 979 1178 704 1178 704 \nL 1158 704 \nC 1158 704 1107 973 1030 1350 \nL 627 3283 \nL 83 3283 \nL 858 0 \nz\n\" id=\"GuardianSansCond-Regular-77\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"46.099991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"91.699982\" xlink:href=\"#GuardianSansCond-Regular-77\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_29\">\n     <g id=\"line2d_32\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"83.151078\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- much -->\n      <g transform=\"translate(86.409828 255.506875)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1050 2790 1267 2886 1523 2886 \nC 1856 2886 1971 2758 1971 2464 \nL 1971 0 \nL 2490 0 \nL 2490 2688 \nC 2682 2797 2912 2886 3136 2886 \nC 3488 2886 3590 2746 3590 2464 \nL 3590 0 \nL 4115 0 \nL 4115 2528 \nC 4115 3104 3821 3334 3347 3334 \nC 2995 3334 2688 3187 2419 2995 \nL 2394 2995 \nC 2266 3226 2061 3334 1722 3334 \nC 1395 3334 1088 3181 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6d\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n       <use x=\"69.499985\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n       <use x=\"114.999969\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n       <use x=\"152.799957\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_30\">\n     <g id=\"line2d_33\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"94.948118\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- music -->\n      <g transform=\"translate(98.206868 256.43125)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n       <use x=\"69.499985\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n       <use x=\"114.999969\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n       <use x=\"149.499954\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"168.799942\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_31\">\n     <g id=\"line2d_34\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"106.745159\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_9\">\n      <!-- can -->\n      <g transform=\"translate(110.003909 246.615625)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-63\"/>\n       <use x=\"37.799988\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n       <use x=\"78.699982\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_32\">\n     <g id=\"line2d_35\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"118.542199\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_10\">\n      <!-- this -->\n      <g transform=\"translate(121.800949 247.106875)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-74\"/>\n       <use x=\"28.999985\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"94.399963\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_33\">\n     <g id=\"line2d_36\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"130.339239\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_11\">\n      <!-- hold -->\n      <g transform=\"translate(133.597989 250.549375)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 358 0 \nL 877 0 \nL 877 4698 \nL 358 4698 \nL 358 0 \nz\n\" id=\"GuardianSansCond-Regular-6c\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1357 -51 \nC 1690 -51 1965 77 2125 243 \nL 2150 243 \nL 2195 0 \nL 2637 0 \nL 2637 4698 \nL 2118 4698 \nL 2118 3174 \nC 1978 3264 1734 3334 1466 3334 \nC 634 3334 198 2739 198 1670 \nL 198 1523 \nC 198 339 723 -51 1357 -51 \nz\nM 1504 378 \nC 992 378 742 749 742 1542 \nL 742 1728 \nC 742 2541 979 2893 1536 2893 \nC 1779 2893 2003 2835 2118 2758 \nL 2118 595 \nC 1984 493 1773 378 1504 378 \nz\n\" id=\"GuardianSansCond-Regular-64\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"46.099991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"91.699982\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n       <use x=\"110.999969\" xlink:href=\"#GuardianSansCond-Regular-64\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_34\">\n     <g id=\"line2d_37\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"142.136279\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_12\">\n      <!-- ? -->\n      <g transform=\"translate(145.395029 235.875625)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 634 1280 \nL 1126 1280 \nL 1126 1600 \nC 1126 1914 1235 2016 1530 2304 \nC 1952 2714 2099 2931 2099 3443 \nC 2099 4173 1638 4499 966 4499 \nC 627 4499 346 4442 141 4352 \nL 141 3923 \nC 339 3987 518 4045 832 4045 \nC 1261 4045 1536 3898 1536 3424 \nC 1536 3053 1446 2886 1190 2637 \nC 806 2259 634 2106 634 1651 \nL 634 1280 \nz\nM 595 0 \nL 1184 0 \nL 1184 621 \nL 595 621 \nL 595 0 \nz\n\" id=\"GuardianSansCond-Regular-3f\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-3f\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_35\">\n     <g id=\"line2d_38\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"153.933319\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_13\">\n      <!-- [SEP] -->\n      <g transform=\"translate(157.192069 254.621875)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 2650 0 \nL 2650 461 \nL 954 461 \nL 954 2067 \nL 2266 2067 \nL 2266 2522 \nL 954 2522 \nL 954 3974 \nL 2630 3974 \nL 2630 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-45\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 1766 \nL 1555 1766 \nC 2362 1766 2854 2246 2854 3117 \nC 2854 4026 2413 4435 1536 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 2221 \nL 954 3974 \nL 1478 3974 \nC 2061 3974 2285 3750 2285 3098 \nC 2285 2496 2054 2221 1472 2221 \nL 954 2221 \nz\n\" id=\"GuardianSansCond-Regular-50\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-5b\"/>\n       <use x=\"28.699997\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n       <use x=\"70.899994\" xlink:href=\"#GuardianSansCond-Regular-45\"/>\n       <use x=\"115.799988\" xlink:href=\"#GuardianSansCond-Regular-50\"/>\n       <use x=\"162.799973\" xlink:href=\"#GuardianSansCond-Regular-5d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_36\">\n     <g id=\"line2d_39\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"165.730359\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_14\">\n      <!-- an -->\n      <g transform=\"translate(168.989109 242.08)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-61\"/>\n       <use x=\"40.899994\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_37\">\n     <g id=\"line2d_40\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"177.5274\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_15\">\n      <!-- mp3 -->\n      <g transform=\"translate(180.78615 250.635625)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n       <use x=\"69.499985\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n       <use x=\"116.099976\" xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_38\">\n     <g id=\"line2d_41\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"189.32444\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_16\">\n      <!-- is -->\n      <g transform=\"translate(192.58319 238.095625)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"19.299988\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_39\">\n     <g id=\"line2d_42\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"201.12148\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_17\">\n      <!-- about -->\n      <g transform=\"translate(204.38023 256.55125)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1382 -64 \nC 2317 -64 2784 531 2784 1619 \nL 2784 1843 \nC 2784 2995 2285 3334 1702 3334 \nC 1338 3334 1075 3219 896 3104 \nL 870 3104 \nL 870 4698 \nL 346 4698 \nL 346 102 \nC 557 19 1005 -64 1382 -64 \nz\nM 1408 378 \nC 1165 378 979 416 870 454 \nL 870 2733 \nC 992 2790 1216 2893 1491 2893 \nC 2003 2893 2246 2650 2246 1818 \nL 2246 1549 \nC 2246 627 1875 378 1408 378 \nz\n\" id=\"GuardianSansCond-Regular-62\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-61\"/>\n       <use x=\"40.899994\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n       <use x=\"87.499985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"133.099976\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n       <use x=\"178.59996\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_40\">\n     <g id=\"line2d_43\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"212.91852\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_18\">\n      <!-- 1 -->\n      <g transform=\"translate(216.17727 235.095625)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_41\">\n     <g id=\"line2d_44\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"224.71556\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_19\">\n      <!-- mb -->\n      <g transform=\"translate(227.97431 245.57125)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n       <use x=\"69.499985\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_42\">\n     <g id=\"line2d_45\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"236.5126\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_20\">\n      <!-- / -->\n      <g transform=\"translate(239.77135 235.22875)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 13 -768 \nL 474 -768 \nL 1786 4698 \nL 1325 4698 \nL 13 -768 \nz\n\" id=\"GuardianSansCond-Regular-2f\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-2f\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_43\">\n     <g id=\"line2d_46\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"248.309641\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_21\">\n      <!-- minute -->\n      <g transform=\"translate(251.568391 261.89125)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n       <use x=\"69.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"88.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n       <use x=\"134.899963\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n       <use x=\"180.399948\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n       <use x=\"209.399933\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_44\">\n     <g id=\"line2d_47\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"260.106681\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_22\">\n      <!-- , -->\n      <g transform=\"translate(263.365431 234.17125)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 314 -589 \nL 755 -589 \nL 1018 640 \nL 422 640 \nL 314 -589 \nz\n\" id=\"GuardianSansCond-Regular-2c\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-2c\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_45\">\n     <g id=\"line2d_48\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"271.903721\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_23\">\n      <!-- so -->\n      <g transform=\"translate(275.162471 241.25125)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-73\"/>\n       <use x=\"34.499985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_46\">\n     <g id=\"line2d_49\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"283.700761\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_24\">\n      <!-- 6000 -->\n      <g transform=\"translate(286.959511 256.76875)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1632 384 \nC 1082 384 845 915 845 1837 \nL 845 2054 \nC 992 2150 1254 2278 1594 2278 \nC 2086 2278 2323 1984 2323 1357 \nC 2323 742 2086 384 1632 384 \nz\nM 1632 -70 \nC 2438 -70 2886 544 2886 1408 \nC 2886 2234 2490 2746 1754 2746 \nC 1363 2746 1056 2611 845 2445 \nC 877 3853 1440 4038 2029 4038 \nC 2291 4038 2554 3974 2688 3930 \nL 2688 4352 \nC 2547 4442 2272 4499 1958 4499 \nC 1043 4499 275 3981 275 2208 \nL 275 1843 \nC 275 691 717 -70 1632 -70 \nz\n\" id=\"GuardianSansCond-Regular-36\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-36\"/>\n       <use x=\"48.899994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"102.399979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"155.899963\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_47\">\n     <g id=\"line2d_50\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"295.497801\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_25\">\n      <!-- hours -->\n      <g transform=\"translate(298.756551 255.698125)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-68\"/>\n       <use x=\"46.099991\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"91.699982\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n       <use x=\"137.199966\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n       <use x=\"165.999954\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_48\">\n     <g id=\"line2d_51\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"307.294841\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_26\">\n      <!-- depending -->\n      <g transform=\"translate(310.541404 277.165)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1325 -1235 \nC 2240 -1235 2675 -787 2675 -179 \nC 2675 416 2336 704 1696 704 \nL 1069 704 \nC 858 704 774 806 774 966 \nC 774 1069 826 1178 890 1242 \nC 1018 1197 1171 1178 1331 1178 \nC 1939 1178 2413 1530 2413 2208 \nL 2413 2304 \nC 2413 2560 2336 2739 2234 2874 \nL 2682 2874 \nL 2682 3283 \nL 1747 3283 \nC 1626 3315 1485 3334 1325 3334 \nC 704 3334 250 2944 250 2278 \nL 250 2182 \nC 250 1786 429 1510 634 1376 \nC 422 1210 294 1024 294 787 \nC 294 544 442 403 627 333 \nL 627 307 \nC 320 192 64 -38 64 -422 \nC 64 -915 506 -1235 1325 -1235 \nz\nM 1312 -819 \nC 832 -819 595 -640 595 -326 \nC 595 -51 762 141 966 218 \nL 1632 218 \nC 2022 218 2150 45 2150 -237 \nC 2150 -602 1926 -819 1312 -819 \nz\nM 1331 1581 \nC 998 1581 762 1773 762 2189 \nL 762 2323 \nC 762 2726 973 2931 1331 2931 \nC 1670 2931 1901 2746 1901 2310 \nL 1901 2176 \nC 1901 1779 1683 1581 1331 1581 \nz\n\" id=\"GuardianSansCond-Regular-67\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-64\"/>\n       <use x=\"46.599991\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n       <use x=\"89.299988\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n       <use x=\"135.899979\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n       <use x=\"178.599976\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n       <use x=\"224.699966\" xlink:href=\"#GuardianSansCond-Regular-64\"/>\n       <use x=\"271.299957\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"290.599945\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n       <use x=\"336.699936\" xlink:href=\"#GuardianSansCond-Regular-67\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_49\">\n     <g id=\"line2d_52\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"319.091882\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_27\">\n      <!-- on -->\n      <g transform=\"translate(322.350632 242.6425)rotate(-90)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n       <use x=\"45.599991\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_50\">\n     <g id=\"line2d_53\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"330.888922\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_28\">\n      <!-- file -->\n      <g transform=\"translate(334.147672 244.6)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 493 0 \nL 1018 0 \nL 1018 2848 \nL 1626 2848 \nL 1626 3283 \nL 1018 3283 \nL 1018 3712 \nC 1018 4115 1146 4307 1478 4307 \nC 1632 4307 1754 4282 1837 4262 \nL 1837 4640 \nC 1747 4685 1587 4742 1363 4742 \nC 826 4742 493 4429 493 3757 \nL 493 3283 \nL 96 3283 \nL 96 2848 \nL 493 2848 \nL 493 0 \nz\n\" id=\"GuardianSansCond-Regular-66\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-66\"/>\n       <use x=\"26.699997\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"45.999985\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n       <use x=\"65.299973\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_51\">\n     <g id=\"line2d_54\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"342.685962\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_29\">\n      <!-- size -->\n      <g transform=\"translate(345.944712 247.804375)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 179 0 \nL 2246 0 \nL 2246 435 \nL 794 435 \nL 794 454 \nL 2259 2918 \nL 2259 3283 \nL 256 3283 \nL 256 2854 \nL 1626 2854 \nL 1626 2835 \nL 179 384 \nL 179 0 \nz\n\" id=\"GuardianSansCond-Regular-7a\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-73\"/>\n       <use x=\"34.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n       <use x=\"53.799973\" xlink:href=\"#GuardianSansCond-Regular-7a\"/>\n       <use x=\"91.999969\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_52\">\n     <g id=\"line2d_55\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"354.483002\" xlink:href=\"#mfaa54891d2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_30\">\n      <!-- . -->\n      <g transform=\"translate(357.741752 234.23125)rotate(-90)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_4\">\n    <g id=\"ytick_4\">\n     <g id=\"line2d_56\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"216.005784\"/>\n      </g>\n     </g>\n     <g id=\"text_31\">\n      <!-- −5 -->\n      <g transform=\"translate(22.3 220.410159)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-2212\"/>\n       <use x=\"43.899994\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_57\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"175.806409\"/>\n      </g>\n     </g>\n     <g id=\"text_32\">\n      <!-- 0 -->\n      <g transform=\"translate(26.2 180.210784)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_58\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"39.62\" xlink:href=\"#m9d224c3eb3\" y=\"135.607035\"/>\n      </g>\n     </g>\n     <g id=\"text_33\">\n      <!-- 5 -->\n      <g transform=\"translate(27.56875 140.01141)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_34\">\n     <!-- End Scores -->\n     <g transform=\"translate(16.00875 198.320881)rotate(-90)scale(0.12 -0.12)\">\n      <use xlink:href=\"#GuardianSansCond-Regular-45\"/>\n      <use x=\"44.899994\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"90.999985\" xlink:href=\"#GuardianSansCond-Regular-64\"/>\n      <use x=\"137.599976\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"153.399963\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"195.59996\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"233.399948\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"278.999939\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"307.799927\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"350.499924\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_64\">\n    <path d=\"M 39.62 224.64 \nL 39.62 125.803636 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_65\">\n    <path d=\"M 374.42 224.64 \nL 374.42 125.803636 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_66\">\n    <path d=\"M 39.62 224.64 \nL 374.42 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_67\">\n    <path d=\"M 39.62 125.803636 \nL 374.42 125.803636 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"pe84e642b4a\">\n   <rect height=\"98.836364\" width=\"334.8\" x=\"39.62\" y=\"7.2\"/>\n  </clipPath>\n  <clipPath id=\"pf17aad68ce\">\n   <rect height=\"98.836364\" width=\"334.8\" x=\"39.62\" y=\"125.803636\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "#hide_input\n",
    "#id qa-scores\n",
    "#caption Predicted logits for the start and end tokens; the token with the highest score is colored in orange\n",
    "\n",
    "# The idea for this visualisation comes from https://mccormickml.com/2020/03/10/question-answering-with-a-fine-tuned-BERT\n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "s_scores = start_logits.detach().numpy().flatten()\n",
    "e_scores = end_logits.detach().numpy().flatten()\n",
    "tokens = tokenizer.convert_ids_to_tokens(inputs[\"input_ids\"][0])\n",
    "\n",
    "fig, (ax1, ax2) = plt.subplots(nrows=2, sharex=True)\n",
    "colors = [\"C0\" if s != np.max(s_scores) else \"C1\" for s in s_scores]\n",
    "ax1.bar(x=tokens, height=s_scores, color=colors)\n",
    "ax1.set_ylabel(\"Start Scores\")\n",
    "colors = [\"C0\" if s != np.max(e_scores) else \"C1\" for s in e_scores]\n",
    "ax2.bar(x=tokens, height=e_scores, color=colors)\n",
    "ax2.set_ylabel(\"End Scores\")\n",
    "plt.xticks(rotation=\"vertical\")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Question: How much music can this hold?\n",
      "Answer: 6000 hours\n"
     ]
    }
   ],
   "source": [
    "import torch \n",
    "\n",
    "start_idx = torch.argmax(start_logits)  \n",
    "end_idx = torch.argmax(end_logits) + 1  \n",
    "answer_span = inputs[\"input_ids\"][0][start_idx:end_idx]\n",
    "answer = tokenizer.decode(answer_span)\n",
    "print(f\"Question: {question}\")\n",
    "print(f\"Answer: {answer}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[{'score': 0.26516005396842957,\n",
       "  'start': 38,\n",
       "  'end': 48,\n",
       "  'answer': '6000 hours'},\n",
       " {'score': 0.2208300083875656,\n",
       "  'start': 16,\n",
       "  'end': 48,\n",
       "  'answer': '1 MB/minute, so about 6000 hours'},\n",
       " {'score': 0.10253632068634033,\n",
       "  'start': 16,\n",
       "  'end': 27,\n",
       "  'answer': '1 MB/minute'}]"
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "from transformers import pipeline\n",
    "\n",
    "pipe = pipeline(\"question-answering\", model=model, tokenizer=tokenizer)\n",
    "pipe(question=question, context=context, topk=3)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "{'score': 0.9068416357040405, 'start': 0, 'end': 0, 'answer': ''}"
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "pipe(question=\"Why is there no data?\", context=context, \n",
    "     handle_impossible_answer=True)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Dealing with long passages"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"265.1225pt\" version=\"1.1\" viewBox=\"0 0 389.24 265.1225\" width=\"389.24pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:27:10.327237</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M -0 265.1225 \nL 389.24 265.1225 \nL 389.24 0 \nL -0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 47.24 224.64 \nL 382.04 224.64 \nL 382.04 7.2 \nL 47.24 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 62.458182 224.64 \nL 65.501818 224.64 \nL 65.501818 17.554286 \nL 62.458182 17.554286 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 65.501818 224.64 \nL 68.545455 224.64 \nL 68.545455 38.817551 \nL 65.501818 38.817551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 68.545455 224.64 \nL 71.589091 224.64 \nL 71.589091 64.703265 \nL 68.545455 64.703265 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 71.589091 224.64 \nL 74.632727 224.64 \nL 74.632727 113.701224 \nL 71.589091 113.701224 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_7\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 74.632727 224.64 \nL 77.676364 224.64 \nL 77.676364 134.04 \nL 74.632727 134.04 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 77.676364 224.64 \nL 80.72 224.64 \nL 80.72 164.548163 \nL 77.676364 164.548163 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_9\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 80.72 224.64 \nL 83.763636 224.64 \nL 83.763636 169.170612 \nL 80.72 169.170612 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 83.763636 224.64 \nL 86.807273 224.64 \nL 86.807273 188.584898 \nL 83.763636 188.584898 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_11\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 86.807273 224.64 \nL 89.850909 224.64 \nL 89.850909 186.735918 \nL 86.807273 186.735918 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_12\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 89.850909 224.64 \nL 92.894545 224.64 \nL 92.894545 191.358367 \nL 89.850909 191.358367 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_13\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 92.894545 224.64 \nL 95.938182 224.64 \nL 95.938182 204.301224 \nL 92.894545 204.301224 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_14\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 95.938182 224.64 \nL 98.981818 224.64 \nL 98.981818 200.603265 \nL 95.938182 200.603265 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_15\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 98.981818 224.64 \nL 102.025455 224.64 \nL 102.025455 207.999184 \nL 98.981818 207.999184 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_16\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 102.025455 224.64 \nL 105.069091 224.64 \nL 105.069091 204.301224 \nL 102.025455 204.301224 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_17\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 105.069091 224.64 \nL 108.112727 224.64 \nL 108.112727 214.470612 \nL 105.069091 214.470612 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_18\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 108.112727 224.64 \nL 111.156364 224.64 \nL 111.156364 205.225714 \nL 108.112727 205.225714 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_19\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 111.156364 224.64 \nL 114.2 224.64 \nL 114.2 209.848163 \nL 111.156364 209.848163 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_20\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 114.2 224.64 \nL 117.243636 224.64 \nL 117.243636 212.621633 \nL 114.2 212.621633 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_21\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 117.243636 224.64 \nL 120.287273 224.64 \nL 120.287273 218.168571 \nL 117.243636 218.168571 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_22\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 120.287273 224.64 \nL 123.330909 224.64 \nL 123.330909 218.168571 \nL 120.287273 218.168571 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_23\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 123.330909 224.64 \nL 126.374545 224.64 \nL 126.374545 220.942041 \nL 123.330909 220.942041 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_24\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 126.374545 224.64 \nL 129.418182 224.64 \nL 129.418182 220.017551 \nL 126.374545 220.017551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_25\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 129.418182 224.64 \nL 132.461818 224.64 \nL 132.461818 220.017551 \nL 129.418182 220.017551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_26\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 132.461818 224.64 \nL 135.505455 224.64 \nL 135.505455 220.942041 \nL 132.461818 220.942041 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_27\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 135.505455 224.64 \nL 138.549091 224.64 \nL 138.549091 217.244082 \nL 135.505455 217.244082 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_28\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 138.549091 224.64 \nL 141.592727 224.64 \nL 141.592727 220.017551 \nL 138.549091 220.017551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_29\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 141.592727 224.64 \nL 144.636364 224.64 \nL 144.636364 221.866531 \nL 141.592727 221.866531 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_30\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 144.636364 224.64 \nL 147.68 224.64 \nL 147.68 224.64 \nL 144.636364 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_31\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 147.68 224.64 \nL 150.723636 224.64 \nL 150.723636 220.942041 \nL 147.68 220.942041 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_32\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 150.723636 224.64 \nL 153.767273 224.64 \nL 153.767273 220.017551 \nL 150.723636 220.017551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_33\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 153.767273 224.64 \nL 156.810909 224.64 \nL 156.810909 221.866531 \nL 153.767273 221.866531 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_34\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 156.810909 224.64 \nL 159.854545 224.64 \nL 159.854545 222.79102 \nL 156.810909 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_35\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 159.854545 224.64 \nL 162.898182 224.64 \nL 162.898182 223.71551 \nL 159.854545 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_36\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 162.898182 224.64 \nL 165.941818 224.64 \nL 165.941818 224.64 \nL 162.898182 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_37\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 165.941818 224.64 \nL 168.985455 224.64 \nL 168.985455 224.64 \nL 165.941818 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_38\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 168.985455 224.64 \nL 172.029091 224.64 \nL 172.029091 223.71551 \nL 168.985455 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_39\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 172.029091 224.64 \nL 175.072727 224.64 \nL 175.072727 223.71551 \nL 172.029091 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_40\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 175.072727 224.64 \nL 178.116364 224.64 \nL 178.116364 224.64 \nL 175.072727 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_41\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 178.116364 224.64 \nL 181.16 224.64 \nL 181.16 223.71551 \nL 178.116364 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_42\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 181.16 224.64 \nL 184.203636 224.64 \nL 184.203636 224.64 \nL 181.16 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_43\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 184.203636 224.64 \nL 187.247273 224.64 \nL 187.247273 222.79102 \nL 184.203636 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_44\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 187.247273 224.64 \nL 190.290909 224.64 \nL 190.290909 222.79102 \nL 187.247273 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_45\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 190.290909 224.64 \nL 193.334545 224.64 \nL 193.334545 223.71551 \nL 190.290909 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_46\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 193.334545 224.64 \nL 196.378182 224.64 \nL 196.378182 222.79102 \nL 193.334545 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_47\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 196.378182 224.64 \nL 199.421818 224.64 \nL 199.421818 224.64 \nL 196.378182 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_48\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 199.421818 224.64 \nL 202.465455 224.64 \nL 202.465455 223.71551 \nL 199.421818 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_49\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 202.465455 224.64 \nL 205.509091 224.64 \nL 205.509091 223.71551 \nL 202.465455 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_50\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 205.509091 224.64 \nL 208.552727 224.64 \nL 208.552727 224.64 \nL 205.509091 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_51\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 208.552727 224.64 \nL 211.596364 224.64 \nL 211.596364 224.64 \nL 208.552727 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_52\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 211.596364 224.64 \nL 214.64 224.64 \nL 214.64 224.64 \nL 211.596364 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_53\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 214.64 224.64 \nL 217.683636 224.64 \nL 217.683636 224.64 \nL 214.64 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_54\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 217.683636 224.64 \nL 220.727273 224.64 \nL 220.727273 222.79102 \nL 217.683636 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_55\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 220.727273 224.64 \nL 223.770909 224.64 \nL 223.770909 223.71551 \nL 220.727273 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_56\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 223.770909 224.64 \nL 226.814545 224.64 \nL 226.814545 224.64 \nL 223.770909 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_57\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 226.814545 224.64 \nL 229.858182 224.64 \nL 229.858182 222.79102 \nL 226.814545 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_58\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 229.858182 224.64 \nL 232.901818 224.64 \nL 232.901818 223.71551 \nL 229.858182 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_59\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 232.901818 224.64 \nL 235.945455 224.64 \nL 235.945455 224.64 \nL 232.901818 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_60\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 235.945455 224.64 \nL 238.989091 224.64 \nL 238.989091 223.71551 \nL 235.945455 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_61\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 238.989091 224.64 \nL 242.032727 224.64 \nL 242.032727 224.64 \nL 238.989091 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_62\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 242.032727 224.64 \nL 245.076364 224.64 \nL 245.076364 223.71551 \nL 242.032727 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_63\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 245.076364 224.64 \nL 248.12 224.64 \nL 248.12 222.79102 \nL 245.076364 222.79102 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_64\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 248.12 224.64 \nL 251.163636 224.64 \nL 251.163636 224.64 \nL 248.12 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_65\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 251.163636 224.64 \nL 254.207273 224.64 \nL 254.207273 223.71551 \nL 251.163636 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_66\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 254.207273 224.64 \nL 257.250909 224.64 \nL 257.250909 224.64 \nL 254.207273 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_67\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 257.250909 224.64 \nL 260.294545 224.64 \nL 260.294545 223.71551 \nL 257.250909 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_68\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 260.294545 224.64 \nL 263.338182 224.64 \nL 263.338182 224.64 \nL 260.294545 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_69\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 263.338182 224.64 \nL 266.381818 224.64 \nL 266.381818 224.64 \nL 263.338182 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_70\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 266.381818 224.64 \nL 269.425455 224.64 \nL 269.425455 224.64 \nL 266.381818 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_71\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 269.425455 224.64 \nL 272.469091 224.64 \nL 272.469091 224.64 \nL 269.425455 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_72\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 272.469091 224.64 \nL 275.512727 224.64 \nL 275.512727 224.64 \nL 272.469091 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_73\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 275.512727 224.64 \nL 278.556364 224.64 \nL 278.556364 224.64 \nL 275.512727 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_74\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 278.556364 224.64 \nL 281.6 224.64 \nL 281.6 224.64 \nL 278.556364 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_75\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 281.6 224.64 \nL 284.643636 224.64 \nL 284.643636 224.64 \nL 281.6 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_76\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 284.643636 224.64 \nL 287.687273 224.64 \nL 287.687273 224.64 \nL 284.643636 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_77\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 287.687273 224.64 \nL 290.730909 224.64 \nL 290.730909 224.64 \nL 287.687273 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_78\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 290.730909 224.64 \nL 293.774545 224.64 \nL 293.774545 224.64 \nL 290.730909 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_79\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 293.774545 224.64 \nL 296.818182 224.64 \nL 296.818182 224.64 \nL 293.774545 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_80\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 296.818182 224.64 \nL 299.861818 224.64 \nL 299.861818 224.64 \nL 296.818182 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_81\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 299.861818 224.64 \nL 302.905455 224.64 \nL 302.905455 224.64 \nL 299.861818 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_82\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 302.905455 224.64 \nL 305.949091 224.64 \nL 305.949091 224.64 \nL 302.905455 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_83\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 305.949091 224.64 \nL 308.992727 224.64 \nL 308.992727 224.64 \nL 305.949091 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_84\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 308.992727 224.64 \nL 312.036364 224.64 \nL 312.036364 224.64 \nL 308.992727 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_85\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 312.036364 224.64 \nL 315.08 224.64 \nL 315.08 224.64 \nL 312.036364 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_86\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 315.08 224.64 \nL 318.123636 224.64 \nL 318.123636 224.64 \nL 315.08 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_87\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 318.123636 224.64 \nL 321.167273 224.64 \nL 321.167273 224.64 \nL 318.123636 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_88\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 321.167273 224.64 \nL 324.210909 224.64 \nL 324.210909 224.64 \nL 321.167273 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_89\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 324.210909 224.64 \nL 327.254545 224.64 \nL 327.254545 223.71551 \nL 324.210909 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_90\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 327.254545 224.64 \nL 330.298182 224.64 \nL 330.298182 224.64 \nL 327.254545 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_91\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 330.298182 224.64 \nL 333.341818 224.64 \nL 333.341818 224.64 \nL 330.298182 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_92\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 333.341818 224.64 \nL 336.385455 224.64 \nL 336.385455 224.64 \nL 333.341818 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_93\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 336.385455 224.64 \nL 339.429091 224.64 \nL 339.429091 224.64 \nL 336.385455 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_94\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 339.429091 224.64 \nL 342.472727 224.64 \nL 342.472727 224.64 \nL 339.429091 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_95\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 342.472727 224.64 \nL 345.516364 224.64 \nL 345.516364 224.64 \nL 342.472727 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_96\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 345.516364 224.64 \nL 348.56 224.64 \nL 348.56 224.64 \nL 345.516364 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_97\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 348.56 224.64 \nL 351.603636 224.64 \nL 351.603636 224.64 \nL 348.56 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_98\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 351.603636 224.64 \nL 354.647273 224.64 \nL 354.647273 224.64 \nL 351.603636 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_99\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 354.647273 224.64 \nL 357.690909 224.64 \nL 357.690909 224.64 \nL 354.647273 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_100\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 357.690909 224.64 \nL 360.734545 224.64 \nL 360.734545 224.64 \nL 357.690909 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_101\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 360.734545 224.64 \nL 363.778182 224.64 \nL 363.778182 224.64 \nL 360.734545 224.64 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"patch_102\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 363.778182 224.64 \nL 366.821818 224.64 \nL 366.821818 223.71551 \nL 363.778182 223.71551 \nz\n\" style=\"fill:#0071bc;stroke:#0071bc;stroke-linejoin:miter;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m8f5d2dec71\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"60.683275\" xlink:href=\"#m8f5d2dec71\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- 0 -->\n      <g transform=\"translate(57.473275 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"126.420562\" xlink:href=\"#m8f5d2dec71\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- 1000 -->\n      <g transform=\"translate(115.062749 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"82.299973\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"135.799957\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_3\">\n     <g id=\"line2d_3\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"192.157848\" xlink:href=\"#m8f5d2dec71\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 2000 -->\n      <g transform=\"translate(179.977848 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.999969\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"149.499954\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_4\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"257.895134\" xlink:href=\"#m8f5d2dec71\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 3000 -->\n      <g transform=\"translate(245.732947 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-33\"/>\n       <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.699982\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"149.199966\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_5\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"323.632421\" xlink:href=\"#m8f5d2dec71\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 4000 -->\n      <g transform=\"translate(311.158046 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-34\"/>\n       <use x=\"47.399994\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"100.899979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"154.399963\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_6\">\n     <!-- Number of tokens in question-context pair -->\n     <g transform=\"translate(125.3825 255.63125)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 909 0 \nL 909 2912 \nC 909 3424 877 3757 877 3757 \nL 896 3757 \nC 896 3757 1050 3322 1274 2822 \nL 2547 0 \nL 3155 0 \nL 3155 4435 \nL 2662 4435 \nL 2662 1568 \nC 2662 1114 2694 762 2694 762 \nL 2682 762 \nC 2682 762 2502 1254 2330 1626 \nL 1094 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1050 2790 1267 2886 1523 2886 \nC 1856 2886 1971 2758 1971 2464 \nL 1971 0 \nL 2490 0 \nL 2490 2688 \nC 2682 2797 2912 2886 3136 2886 \nC 3488 2886 3590 2746 3590 2464 \nL 3590 0 \nL 4115 0 \nL 4115 2528 \nC 4115 3104 3821 3334 3347 3334 \nC 2995 3334 2688 3187 2419 2995 \nL 2394 2995 \nC 2266 3226 2061 3334 1722 3334 \nC 1395 3334 1088 3181 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1382 -64 \nC 2317 -64 2784 531 2784 1619 \nL 2784 1843 \nC 2784 2995 2285 3334 1702 3334 \nC 1338 3334 1075 3219 896 3104 \nL 870 3104 \nL 870 4698 \nL 346 4698 \nL 346 102 \nC 557 19 1005 -64 1382 -64 \nz\nM 1408 378 \nC 1165 378 979 416 870 454 \nL 870 2733 \nC 992 2790 1216 2893 1491 2893 \nC 2003 2893 2246 2650 2246 1818 \nL 2246 1549 \nC 2246 627 1875 378 1408 378 \nz\n\" id=\"GuardianSansCond-Regular-62\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 493 0 \nL 1018 0 \nL 1018 2848 \nL 1626 2848 \nL 1626 3283 \nL 1018 3283 \nL 1018 3712 \nC 1018 4115 1146 4307 1478 4307 \nC 1632 4307 1754 4282 1837 4262 \nL 1837 4640 \nC 1747 4685 1587 4742 1363 4742 \nC 826 4742 493 4429 493 3757 \nL 493 3283 \nL 96 3283 \nL 96 2848 \nL 493 2848 \nL 493 0 \nz\n\" id=\"GuardianSansCond-Regular-66\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 870 4698 \nL 346 4698 \nL 346 0 \nL 870 0 \nL 870 4698 \nz\nM 973 1696 \nL 1984 0 \nL 2592 0 \nL 1549 1741 \nL 2515 3283 \nL 1939 3283 \nL 973 1696 \nz\n\" id=\"GuardianSansCond-Regular-6b\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 992 -51 \nC 1658 -51 2054 307 2054 947 \nC 2054 1485 1818 1709 1306 1888 \nL 1050 1978 \nC 768 2074 659 2195 659 2451 \nC 659 2771 864 2893 1222 2893 \nC 1517 2893 1760 2810 1914 2739 \nL 1914 3168 \nC 1773 3251 1568 3334 1197 3334 \nC 531 3334 160 2982 160 2406 \nC 160 1901 422 1658 826 1517 \nL 1082 1427 \nC 1408 1312 1536 1184 1536 896 \nC 1536 582 1370 390 934 390 \nC 582 390 358 480 154 563 \nL 154 141 \nC 358 19 640 -51 992 -51 \nz\n\" id=\"GuardianSansCond-Regular-73\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 2118 179 \nL 2118 -1222 \nL 2637 -1222 \nL 2637 3130 \nC 2419 3238 2067 3334 1600 3334 \nC 762 3334 198 2861 198 1664 \nL 198 1453 \nC 198 294 749 -51 1331 -51 \nC 1677 -51 1946 77 2093 179 \nL 2118 179 \nz\nM 1568 2906 \nC 1811 2906 1997 2861 2118 2822 \nL 2118 589 \nC 1997 493 1786 384 1504 384 \nC 1005 384 742 646 742 1466 \nL 742 1728 \nC 742 2624 1075 2906 1568 2906 \nz\n\" id=\"GuardianSansCond-Regular-71\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 83 0 \nL 634 0 \nL 1056 813 \nC 1203 1069 1293 1248 1293 1248 \nL 1299 1248 \nC 1299 1248 1376 1114 1523 819 \nL 1939 0 \nL 2515 0 \nL 1613 1670 \nL 2451 3283 \nL 1920 3283 \nL 1549 2515 \nL 1350 2086 \nL 1338 2086 \nC 1338 2086 1274 2208 1120 2509 \nL 717 3283 \nL 128 3283 \nL 1011 1658 \nL 83 0 \nz\n\" id=\"GuardianSansCond-Regular-78\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-4e\"/>\n      <use x=\"55.799988\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"101.299973\" xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n      <use x=\"170.799957\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n      <use x=\"217.399948\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"260.099945\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"288.899933\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"304.699921\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"350.299911\" xlink:href=\"#GuardianSansCond-Regular-66\"/>\n      <use x=\"376.999908\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"392.799896\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"421.799881\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"467.399872\" xlink:href=\"#GuardianSansCond-Regular-6b\"/>\n      <use x=\"508.899857\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"551.599854\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"597.699844\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      <use x=\"632.199829\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"647.999817\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"667.299805\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"713.399796\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"729.199783\" xlink:href=\"#GuardianSansCond-Regular-71\"/>\n      <use x=\"775.599777\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"821.099762\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"863.799759\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      <use x=\"898.299744\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"927.299728\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"946.599716\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"992.199707\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"1038.299698\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"1065.499695\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"1103.299683\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"1148.899673\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"1194.999664\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"1223.999649\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"1266.699646\" xlink:href=\"#GuardianSansCond-Regular-78\"/>\n      <use x=\"1307.299637\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"1336.299622\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"1352.099609\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"1398.6996\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"1439.599594\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"1458.899582\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_6\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m9530e5f00d\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"47.24\" xlink:href=\"#m9530e5f00d\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0 -->\n      <g transform=\"translate(33.82 229.044375)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"47.24\" xlink:href=\"#m9530e5f00d\" y=\"178.41551\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 50 -->\n      <g transform=\"translate(28.76875 182.819885)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n       <use x=\"42.099991\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"47.24\" xlink:href=\"#m9530e5f00d\" y=\"132.19102\"/>\n      </g>\n     </g>\n     <g id=\"text_9\">\n      <!-- 100 -->\n      <g transform=\"translate(23.944375 136.595395)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"82.299973\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_9\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"47.24\" xlink:href=\"#m9530e5f00d\" y=\"85.966531\"/>\n      </g>\n     </g>\n     <g id=\"text_10\">\n      <!-- 150 -->\n      <g transform=\"translate(25.313125 90.370906)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n       <use x=\"70.899979\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_10\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"47.24\" xlink:href=\"#m9530e5f00d\" y=\"39.742041\"/>\n      </g>\n     </g>\n     <g id=\"text_11\">\n      <!-- 200 -->\n      <g transform=\"translate(22.3 44.146416)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"95.999969\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_12\">\n     <!-- Count -->\n     <g transform=\"translate(16.00875 128.735625)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1882 -64 \nC 2304 -64 2637 38 2874 186 \nL 2874 640 \nC 2643 518 2342 397 1946 397 \nC 1114 397 806 986 806 2042 \nL 806 2445 \nC 806 3648 1267 4038 1920 4038 \nC 2278 4038 2541 3955 2822 3840 \nL 2822 4288 \nC 2618 4410 2336 4499 1952 4499 \nC 1005 4499 237 3994 237 2387 \nL 237 2042 \nC 237 563 851 -64 1882 -64 \nz\n\" id=\"GuardianSansCond-Regular-43\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-43\"/>\n      <use x=\"47.399994\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"92.999985\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"138.499969\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"184.59996\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"line2d_11\">\n    <path clip-path=\"url(#p8ebb8f6b89)\" d=\"M 94.340766 224.64 \nL 94.340766 7.2 \n\" style=\"fill:none;stroke:#f7931e;stroke-dasharray:5.55,2.4;stroke-dashoffset:0;stroke-width:1.5;\"/>\n   </g>\n   <g id=\"patch_103\">\n    <path d=\"M 47.24 224.64 \nL 47.24 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_104\">\n    <path d=\"M 382.04 224.64 \nL 382.04 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_105\">\n    <path d=\"M 47.24 224.64 \nL 382.04 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_106\">\n    <path d=\"M 47.24 7.2 \nL 382.04 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_107\">\n     <path d=\"M 221.373125 33.924375 \nL 373.64 33.924375 \nQ 376.04 33.924375 376.04 31.524375 \nL 376.04 15.6 \nQ 376.04 13.2 373.64 13.2 \nL 221.373125 13.2 \nQ 218.973125 13.2 218.973125 15.6 \nL 218.973125 31.524375 \nQ 218.973125 33.924375 221.373125 33.924375 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"line2d_12\">\n     <path d=\"M 223.773125 22.60875 \nL 247.773125 22.60875 \n\" style=\"fill:none;stroke:#f7931e;stroke-dasharray:5.55,2.4;stroke-dashoffset:0;stroke-width:1.5;\"/>\n    </g>\n    <g id=\"line2d_13\"/>\n    <g id=\"text_13\">\n     <!-- Maximum sequence length -->\n     <g transform=\"translate(257.373125 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 877 0 \nL 877 4698 \nL 358 4698 \nL 358 0 \nz\n\" id=\"GuardianSansCond-Regular-6c\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1325 -1235 \nC 2240 -1235 2675 -787 2675 -179 \nC 2675 416 2336 704 1696 704 \nL 1069 704 \nC 858 704 774 806 774 966 \nC 774 1069 826 1178 890 1242 \nC 1018 1197 1171 1178 1331 1178 \nC 1939 1178 2413 1530 2413 2208 \nL 2413 2304 \nC 2413 2560 2336 2739 2234 2874 \nL 2682 2874 \nL 2682 3283 \nL 1747 3283 \nC 1626 3315 1485 3334 1325 3334 \nC 704 3334 250 2944 250 2278 \nL 250 2182 \nC 250 1786 429 1510 634 1376 \nC 422 1210 294 1024 294 787 \nC 294 544 442 403 627 333 \nL 627 307 \nC 320 192 64 -38 64 -422 \nC 64 -915 506 -1235 1325 -1235 \nz\nM 1312 -819 \nC 832 -819 595 -640 595 -326 \nC 595 -51 762 141 966 218 \nL 1632 218 \nC 2022 218 2150 45 2150 -237 \nC 2150 -602 1926 -819 1312 -819 \nz\nM 1331 1581 \nC 998 1581 762 1773 762 2189 \nL 762 2323 \nC 762 2726 973 2931 1331 2931 \nC 1670 2931 1901 2746 1901 2310 \nL 1901 2176 \nC 1901 1779 1683 1581 1331 1581 \nz\n\" id=\"GuardianSansCond-Regular-67\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2336 3334 1805 3334 \nC 1440 3334 1126 3200 896 3034 \nL 870 3034 \nL 870 4698 \nL 346 4698 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-68\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      <use x=\"67.699982\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"108.599976\" xlink:href=\"#GuardianSansCond-Regular-78\"/>\n      <use x=\"149.199966\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"168.499954\" xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n      <use x=\"237.999939\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"283.499924\" xlink:href=\"#GuardianSansCond-Regular-6d\"/>\n      <use x=\"352.999908\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"368.799896\" xlink:href=\"#GuardianSansCond-Regular-73\"/>\n      <use x=\"403.299881\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"445.999878\" xlink:href=\"#GuardianSansCond-Regular-71\"/>\n      <use x=\"492.399872\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"537.899857\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"580.599854\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"626.699844\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"664.499832\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"707.199829\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"722.999817\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n      <use x=\"742.299805\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"784.999802\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"831.099792\" xlink:href=\"#GuardianSansCond-Regular-67\"/>\n      <use x=\"873.799789\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"902.799774\" xlink:href=\"#GuardianSansCond-Regular-68\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p8ebb8f6b89\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"47.24\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "#hide_input\n",
    "#id subjqa-dist\n",
    "#caption Distribution of tokens for each question-context pair in the SubjQA training set\n",
    "def compute_input_length(row):\n",
    "    inputs = tokenizer(row[\"question\"], row[\"context\"])\n",
    "    return len(inputs[\"input_ids\"])\n",
    "\n",
    "dfs[\"train\"][\"n_tokens\"] = dfs[\"train\"].apply(compute_input_length, axis=1)\n",
    "\n",
    "fig, ax = plt.subplots()\n",
    "dfs[\"train\"][\"n_tokens\"].hist(bins=100, grid=False, ec=\"C0\", ax=ax)\n",
    "plt.xlabel(\"Number of tokens in question-context pair\")\n",
    "ax.axvline(x=512, ymin=0, ymax=1, linestyle=\"--\", color=\"C1\", \n",
    "           label=\"Maximum sequence length\")\n",
    "plt.legend()\n",
    "plt.ylabel(\"Count\")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"Sliding window\" caption=\"How the sliding window creates multiple question-context pairs for long documents—the first bar corresponds to the question, while the second bar is the context captured in each window\" src=\"images/chapter07_sliding-window.png\" id=\"sliding-window\"/>"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "example = dfs[\"train\"].iloc[0][[\"question\", \"context\"]]\n",
    "tokenized_example = tokenizer(example[\"question\"], example[\"context\"], \n",
    "                              return_overflowing_tokens=True, max_length=100, \n",
    "                              stride=25)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Window #0 has 100 tokens\n",
      "Window #1 has 88 tokens\n"
     ]
    }
   ],
   "source": [
    "for idx, window in enumerate(tokenized_example[\"input_ids\"]):\n",
    "    print(f\"Window #{idx} has {len(window)} tokens\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[CLS] how is the bass? [SEP] i have had koss headphones in the past, pro 4aa and\n",
      "qz - 99. the koss portapro is portable and has great bass response. the work\n",
      "great with my android phone and can be \" rolled up \" to be carried in my\n",
      "motorcycle jacket or computer bag without getting crunched. they are very light\n",
      "and don't feel heavy or bear down on your ears even after listening to music\n",
      "with them on all day. the sound is [SEP]\n",
      "\n",
      "[CLS] how is the bass? [SEP] and don't feel heavy or bear down on your ears even\n",
      "after listening to music with them on all day. the sound is night and day better\n",
      "than any ear - bud could be and are almost as good as the pro 4aa. they are \"\n",
      "open air \" headphones so you cannot match the bass to the sealed types, but it\n",
      "comes close. for $ 32, you cannot go wrong. [SEP]\n",
      "\n"
     ]
    }
   ],
   "source": [
    "for window in tokenized_example[\"input_ids\"]:\n",
    "    print(f\"{tokenizer.decode(window)} \\n\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Using Haystack to Build a QA Pipeline"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"QA Architecture\" caption=\"The retriever-reader architecture for modern QA systems\" src=\"images/chapter07_retriever-reader.png\" id=\"retriever-reader\"/>"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Initializing a document store"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "url = \"\"\"https://artifacts.elastic.co/downloads/elasticsearch/\\\n",
    "elasticsearch-7.9.2-linux-x86_64.tar.gz\"\"\"\n",
    "!wget -nc -q {url}\n",
    "!tar -xzf elasticsearch-7.9.2-linux-x86_64.tar.gz"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "import os\n",
    "from subprocess import Popen, PIPE, STDOUT\n",
    "\n",
    "# Run Elasticsearch as a background process\n",
    "!chown -R daemon:daemon elasticsearch-7.9.2\n",
    "es_server = Popen(args=['elasticsearch-7.9.2/bin/elasticsearch'],\n",
    "                  stdout=PIPE, stderr=STDOUT, preexec_fn=lambda: os.setuid(1))\n",
    "# Wait until Elasticsearch has started\n",
    "!sleep 30"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:27:27 - INFO - haystack.utils -   Starting Elasticsearch ...\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "96938eee37cd4964cc37abf5a43992c851243661d72f42feaddbbc225160b442\n"
     ]
    }
   ],
   "source": [
    "#hide\n",
    "# Alternative if Docker is installed\n",
    "from haystack.utils import launch_es\n",
    "\n",
    "launch_es()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{\n",
      "  \"name\" : \"96938eee37cd\",\n",
      "  \"cluster_name\" : \"docker-cluster\",\n",
      "  \"cluster_uuid\" : \"ABGDdvbbRWmMb9Umz79HbA\",\n",
      "  \"version\" : {\n",
      "    \"number\" : \"7.9.2\",\n",
      "    \"build_flavor\" : \"default\",\n",
      "    \"build_type\" : \"docker\",\n",
      "    \"build_hash\" : \"d34da0ea4a966c4e49417f2da2f244e3e97b4e6e\",\n",
      "    \"build_date\" : \"2020-09-23T00:45:33.626720Z\",\n",
      "    \"build_snapshot\" : false,\n",
      "    \"lucene_version\" : \"8.6.2\",\n",
      "    \"minimum_wire_compatibility_version\" : \"6.8.0\",\n",
      "    \"minimum_index_compatibility_version\" : \"6.0.0-beta1\"\n",
      "  },\n",
      "  \"tagline\" : \"You Know, for Search\"\n",
      "}\n"
     ]
    }
   ],
   "source": [
    "!curl -X GET \"localhost:9200/?pretty\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "from haystack.document_store.elasticsearch import ElasticsearchDocumentStore\n",
    "\n",
    "# Return the document embedding for later use with dense retriever \n",
    "document_store = ElasticsearchDocumentStore(return_embedding=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide\n",
    "# It's a good idea to flush Elasticsearch with each notebook restart\n",
    "if len(document_store.get_all_documents()) or len(document_store.get_all_labels()) > 0:\n",
    "    document_store.delete_documents(\"document\")\n",
    "    document_store.delete_documents(\"label\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Loaded 1615 documents\n"
     ]
    }
   ],
   "source": [
    "for split, df in dfs.items():\n",
    "    # Exclude duplicate reviews\n",
    "    docs = [{\"text\": row[\"context\"], \n",
    "             \"meta\":{\"item_id\": row[\"title\"], \"question_id\": row[\"id\"], \n",
    "                     \"split\": split}} \n",
    "        for _,row in df.drop_duplicates(subset=\"context\").iterrows()]\n",
    "    document_store.write_documents(docs, index=\"document\")\n",
    "    \n",
    "print(f\"Loaded {document_store.get_document_count()} documents\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Initializing a retriever"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "from haystack.retriever.sparse import ElasticsearchRetriever\n",
    "\n",
    "es_retriever = ElasticsearchRetriever(document_store=document_store)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "item_id = \"B0074BW614\"\n",
    "query = \"Is it good for reading?\"\n",
    "retrieved_docs = es_retriever.retrieve(\n",
    "    query=query, top_k=3, filters={\"item_id\":[item_id], \"split\":[\"train\"]})"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'text': 'This is a gift to myself.  I have been a kindle user for 4 years and\n",
      "this is my third one.  I never thought I would want a fire for I mainly use it\n",
      "for book reading.  I decided to try the fire for when I travel I take my laptop,\n",
      "my phone and my iPod classic.  I love my iPod but watching movies on the plane\n",
      "with it can be challenging because it is so small. Laptops battery life is not\n",
      "as good as the Kindle.  So the Fire combines for me what I needed all three to\n",
      "do. So far so good.', 'score': 6.243799, 'probability': 0.6857824513476455,\n",
      "'question': None, 'meta': {'item_id': 'B0074BW614', 'question_id':\n",
      "'868e311275e26dbafe5af70774a300f3', 'split': 'train'}, 'embedding': None, 'id':\n",
      "'252e83e25d52df7311d597dc89eef9f6'}\n"
     ]
    }
   ],
   "source": [
    "print(retrieved_docs[0])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Initializing a reader"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:34:28 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:34:28 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:34:28 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:34:28 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "Some weights of the model checkpoint at deepset/minilm-uncased-squad2 were not used when initializing BertModel: ['qa_outputs.weight', 'qa_outputs.bias']\n",
      "- This IS expected if you are initializing BertModel from the checkpoint of a model trained on another task or with another architecture (e.g. initializing a BertForSequenceClassification model from a BertForPreTraining model).\n",
      "- This IS NOT expected if you are initializing BertModel from the checkpoint of a model that you expect to be exactly identical (initializing a BertForSequenceClassification model from a BertForSequenceClassification model).\n",
      "10/27/2021 20:34:43 - WARNING - farm.utils -   ML Logging is turned off. No parameters, metrics or artifacts will be logged to MLFlow.\n",
      "10/27/2021 20:34:43 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:34:43 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:34:43 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:34:43 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "10/27/2021 20:34:45 - INFO - farm.infer -   Got ya 35 parallel workers to do inference ...\n",
      "10/27/2021 20:34:45 - INFO - farm.infer -    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0 \n",
      "10/27/2021 20:34:45 - INFO - farm.infer -   /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /|\\  /|\\  /|\\  /|\\  /w\\  /w\\  /|\\  /|\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /|\\  /|\\  /w\\\n",
      "10/27/2021 20:34:45 - INFO - farm.infer -   /'\\  / \\  /'\\  /'\\  / \\  / \\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  / \\  /'\\  /'\\  / \\  /'\\  /'\\  /'\\  /'\\  / \\  / \\  /'\\  /'\\  / \\  / \\  / \\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\\n",
      "10/27/2021 20:34:45 - INFO - farm.infer -                                                                       \n"
     ]
    }
   ],
   "source": [
    "#hide_output\n",
    "from haystack.reader.farm import FARMReader\n",
    "\n",
    "model_ckpt = \"deepset/minilm-uncased-squad2\"\n",
    "max_seq_length, doc_stride = 384, 128\n",
    "reader = FARMReader(model_name_or_path=model_ckpt, progress_bar=False,\n",
    "                    max_seq_len=max_seq_length, doc_stride=doc_stride, \n",
    "                    return_no_answer=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'query': 'How much music can this hold?', 'no_ans_gap': 12.648084878921509,\n",
      "'answers': [{'answer': '6000 hours', 'score': 10.69961929321289, 'probability':\n",
      "0.3988136053085327, 'context': 'An MP3 is about 1 MB/minute, so about 6000 hours\n",
      "depending on file size.', 'offset_start': 38, 'offset_end': 48,\n",
      "'offset_start_in_doc': 38, 'offset_end_in_doc': 48, 'document_id':\n",
      "'e344757014e804eff50faa3ecf1c9c75'}]}\n"
     ]
    }
   ],
   "source": [
    "print(reader.predict_on_texts(question=question, texts=[context], top_k=1))"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Putting it all together"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "from haystack.pipeline import ExtractiveQAPipeline\n",
    "\n",
    "pipe = ExtractiveQAPipeline(reader, es_retriever)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Question: Is it good for reading?\n",
      "\n",
      "Answer 1: I mainly use it for book reading\n",
      "Review snippet: ... is my third one.  I never thought I would want a fire for I\n",
      "mainly use it for book reading.  I decided to try the fire for when I travel I\n",
      "take my la...\n",
      "\n",
      "\n",
      "\n",
      "Answer 2: the larger screen compared to the Kindle makes for easier reading\n",
      "Review snippet: ...ght enough that I can hold it to read, but the larger screen\n",
      "compared to the Kindle makes for easier reading. I love the color, something I\n",
      "never thou...\n",
      "\n",
      "\n",
      "\n",
      "Answer 3: it is great for reading books when no light is available\n",
      "Review snippet: ...ecoming addicted to hers! Our son LOVES it and it is great\n",
      "for reading books when no light is available. Amazing sound but I suggest good\n",
      "headphones t...\n",
      "\n",
      "\n",
      "\n"
     ]
    }
   ],
   "source": [
    "n_answers = 3\n",
    "preds = pipe.run(query=query, top_k_retriever=3, top_k_reader=n_answers,\n",
    "                 filters={\"item_id\": [item_id], \"split\":[\"train\"]})\n",
    "\n",
    "print(f\"Question: {preds['query']} \\n\")\n",
    "for idx in range(n_answers):\n",
    "    print(f\"Answer {idx+1}: {preds['answers'][idx]['answer']}\")\n",
    "    print(f\"Review snippet: ...{preds['answers'][idx]['context']}...\")\n",
    "    print(\"\\n\\n\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Improving Our QA Pipeline"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Evaluating the Retriever"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "from haystack.pipeline import Pipeline\n",
    "from haystack.eval import EvalDocuments\n",
    "\n",
    "class EvalRetrieverPipeline:\n",
    "    def __init__(self, retriever):\n",
    "        self.retriever = retriever\n",
    "        self.eval_retriever = EvalDocuments()\n",
    "        pipe = Pipeline()\n",
    "        pipe.add_node(component=self.retriever, name=\"ESRetriever\", \n",
    "                      inputs=[\"Query\"])\n",
    "        pipe.add_node(component=self.eval_retriever, name=\"EvalRetriever\", \n",
    "                      inputs=[\"ESRetriever\"])\n",
    "        self.pipeline = pipe\n",
    "\n",
    "\n",
    "pipe = EvalRetrieverPipeline(es_retriever)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "from haystack import Label\n",
    "\n",
    "labels = []\n",
    "for i, row in dfs[\"test\"].iterrows():\n",
    "    # Metadata used for filtering in the Retriever\n",
    "    meta = {\"item_id\": row[\"title\"], \"question_id\": row[\"id\"]}\n",
    "    # Populate labels for questions with answers\n",
    "    if len(row[\"answers.text\"]):\n",
    "        for answer in row[\"answers.text\"]:\n",
    "            label = Label(\n",
    "                question=row[\"question\"], answer=answer, id=i, origin=row[\"id\"],\n",
    "                meta=meta, is_correct_answer=True, is_correct_document=True,\n",
    "                no_answer=False)\n",
    "            labels.append(label)\n",
    "    # Populate labels for questions without answers\n",
    "    else:\n",
    "        label = Label(\n",
    "            question=row[\"question\"], answer=\"\", id=i, origin=row[\"id\"],\n",
    "            meta=meta, is_correct_answer=True, is_correct_document=True,\n",
    "            no_answer=True)  \n",
    "        labels.append(label)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'id': 'e28f5e62-85e8-41b2-8a34-fbff63b7a466', 'created_at': None, 'updated_at':\n",
      "None, 'question': 'What is the tonal balance of these headphones?', 'answer': 'I\n",
      "have been a headphone fanatic for thirty years', 'is_correct_answer': True,\n",
      "'is_correct_document': True, 'origin': 'd0781d13200014aa25860e44da9d5ea7',\n",
      "'document_id': None, 'offset_start_in_doc': None, 'no_answer': False,\n",
      "'model_id': None, 'meta': {'item_id': 'B00001WRSJ', 'question_id':\n",
      "'d0781d13200014aa25860e44da9d5ea7'}}\n"
     ]
    }
   ],
   "source": [
    "print(labels[0])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Loaded 358 question-answer pairs\n"
     ]
    }
   ],
   "source": [
    "document_store.write_labels(labels, index=\"label\")\n",
    "print(f\"\"\"Loaded {document_store.get_label_count(index=\"label\")} \\\n",
    "question-answer pairs\"\"\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "330\n"
     ]
    }
   ],
   "source": [
    "labels_agg = document_store.get_all_labels_aggregated(\n",
    "    index=\"label\",\n",
    "    open_domain=True,\n",
    "    aggregate_by_meta=[\"item_id\"]\n",
    ")\n",
    "print(len(labels_agg))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'question': 'How does the fan work?', 'multiple_answers': ['the fan is really\n",
      "really good', \"the fan itself isn't super loud. There is an adjustable dial to\n",
      "change fan speed\"], 'is_correct_answer': True, 'is_correct_document': True,\n",
      "'origin': '5a9b7616541f700f103d21f8ad41bc4b', 'multiple_document_ids': [None,\n",
      "None], 'multiple_offset_start_in_docs': [None, None], 'no_answer': False,\n",
      "'model_id': None, 'meta': {'item_id': 'B002MU1ZRS'}}\n"
     ]
    }
   ],
   "source": [
    "print(labels_agg[109])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "def run_pipeline(pipeline, top_k_retriever=10, top_k_reader=4):\n",
    "    for l in labels_agg:\n",
    "        _ = pipeline.pipeline.run(\n",
    "            query=l.question,\n",
    "            top_k_retriever=top_k_retriever,\n",
    "            top_k_reader=top_k_reader,\n",
    "            top_k_eval_documents=top_k_retriever,    \n",
    "            labels=l,\n",
    "            filters={\"item_id\": [l.meta[\"item_id\"]], \"split\": [\"test\"]})"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Recall@3: 0.95\n"
     ]
    }
   ],
   "source": [
    "run_pipeline(pipe, top_k_retriever=3)\n",
    "print(f\"Recall@3: {pipe.eval_retriever.recall:.2f}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "def evaluate_retriever(retriever, topk_values = [1,3,5,10,20]):\n",
    "    topk_results = {}\n",
    "\n",
    "    for topk in topk_values:\n",
    "        # Create Pipeline\n",
    "        p = EvalRetrieverPipeline(retriever)\n",
    "        # Loop over each question-answers pair in test set\n",
    "        run_pipeline(p, top_k_retriever=topk)\n",
    "        # Get metrics\n",
    "        topk_results[topk] = {\"recall\": p.eval_retriever.recall}\n",
    "        \n",
    "    return pd.DataFrame.from_dict(topk_results, orient=\"index\")\n",
    "\n",
    "\n",
    "es_topk_df = evaluate_retriever(es_retriever)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"265.04pt\" version=\"1.1\" viewBox=\"0 0 392.6 265.04\" width=\"392.6pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:43:10.636577</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 265.04 \nL 392.6 265.04 \nL 392.6 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 50.6 224.64 \nL 385.4 224.64 \nL 385.4 7.2 \nL 50.6 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"mc6bedf18da\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"65.818182\" xlink:href=\"#mc6bedf18da\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- 1 -->\n      <g transform=\"translate(64.090369 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"97.856459\" xlink:href=\"#mc6bedf18da\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- 3 -->\n      <g transform=\"translate(95.324272 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_3\">\n     <g id=\"line2d_3\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"129.894737\" xlink:href=\"#mc6bedf18da\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 5 -->\n      <g transform=\"translate(127.369112 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_4\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"209.990431\" xlink:href=\"#mc6bedf18da\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 10 -->\n      <g transform=\"translate(205.052618 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_5\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"370.181818\" xlink:href=\"#mc6bedf18da\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 20 -->\n      <g transform=\"translate(364.421818 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_6\">\n     <!-- k -->\n     <g transform=\"translate(215.51 255.54875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 870 4698 \nL 346 4698 \nL 346 0 \nL 870 0 \nL 870 4698 \nz\nM 973 1696 \nL 1984 0 \nL 2592 0 \nL 1549 1741 \nL 2515 3283 \nL 1939 3283 \nL 973 1696 \nz\n\" id=\"GuardianSansCond-Regular-6b\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-6b\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_6\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m5261c18e6f\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#m5261c18e6f\" y=\"196.786116\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.90 -->\n      <g transform=\"translate(22.3 201.190491)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1171 -70 \nC 2176 -70 2854 448 2854 2221 \nL 2854 2586 \nC 2854 3795 2432 4499 1523 4499 \nC 691 4499 243 3917 243 3021 \nC 243 2202 653 1683 1389 1683 \nC 1766 1683 2074 1818 2285 1984 \nC 2266 608 1798 397 1107 397 \nC 851 397 563 467 429 518 \nL 429 96 \nC 563 0 858 -70 1171 -70 \nz\nM 1542 2150 \nC 1056 2150 806 2445 806 3072 \nC 806 3712 1043 4045 1523 4045 \nC 2048 4045 2285 3558 2285 2592 \nL 2285 2374 \nC 2138 2272 1882 2150 1542 2150 \nz\n\" id=\"GuardianSansCond-Regular-39\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#m5261c18e6f\" y=\"157.25157\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.92 -->\n      <g transform=\"translate(23.62 161.655945)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#m5261c18e6f\" y=\"117.717025\"/>\n      </g>\n     </g>\n     <g id=\"text_9\">\n      <!-- 0.94 -->\n      <g transform=\"translate(23.03125 122.1214)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_9\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#m5261c18e6f\" y=\"78.182479\"/>\n      </g>\n     </g>\n     <g id=\"text_10\">\n      <!-- 0.96 -->\n      <g transform=\"translate(22.85125 82.586854)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1632 384 \nC 1082 384 845 915 845 1837 \nL 845 2054 \nC 992 2150 1254 2278 1594 2278 \nC 2086 2278 2323 1984 2323 1357 \nC 2323 742 2086 384 1632 384 \nz\nM 1632 -70 \nC 2438 -70 2886 544 2886 1408 \nC 2886 2234 2490 2746 1754 2746 \nC 1363 2746 1056 2611 845 2445 \nC 877 3853 1440 4038 2029 4038 \nC 2291 4038 2554 3974 2688 3930 \nL 2688 4352 \nC 2547 4442 2272 4499 1958 4499 \nC 1043 4499 275 3981 275 2208 \nL 275 1843 \nC 275 691 717 -70 1632 -70 \nz\n\" id=\"GuardianSansCond-Regular-36\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-36\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_10\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#m5261c18e6f\" y=\"38.647934\"/>\n      </g>\n     </g>\n     <g id=\"text_11\">\n      <!-- 0.98 -->\n      <g transform=\"translate(22.79125 43.052309)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1581 -64 \nC 2445 -64 2931 467 2931 1139 \nC 2931 1760 2592 2074 2106 2330 \nC 2490 2541 2822 2899 2822 3424 \nC 2822 4077 2394 4499 1606 4499 \nC 819 4499 384 4013 384 3398 \nC 384 2848 678 2509 1069 2285 \nC 602 2054 230 1683 230 1082 \nC 230 384 710 -64 1581 -64 \nz\nM 1587 390 \nC 1082 390 768 678 768 1126 \nC 768 1581 1037 1894 1414 2080 \nC 2029 1792 2387 1574 2387 1082 \nC 2387 614 2054 390 1587 390 \nz\nM 1754 2522 \nC 1210 2778 928 3021 928 3430 \nC 928 3821 1171 4051 1606 4051 \nC 2067 4051 2285 3782 2285 3398 \nC 2285 3008 2099 2765 1754 2522 \nz\n\" id=\"GuardianSansCond-Regular-38\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_12\">\n     <!-- Top-k Recall -->\n     <g transform=\"translate(16.00875 141.713438)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1152 0 \nL 1690 0 \nL 1690 3974 \nL 2746 3974 \nL 2746 4435 \nL 90 4435 \nL 90 3974 \nL 1152 3974 \nL 1152 0 \nz\n\" id=\"GuardianSansCond-Regular-54\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 954 0 \nL 954 1888 \nL 1574 1888 \nL 2483 0 \nL 3066 0 \nL 2093 1990 \nL 2093 2022 \nC 2528 2182 2810 2502 2810 3168 \nC 2810 4058 2400 4435 1485 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 2330 \nL 954 3974 \nL 1446 3974 \nC 2035 3974 2240 3744 2240 3149 \nC 2240 2586 2016 2330 1472 2330 \nL 954 2330 \nz\n\" id=\"GuardianSansCond-Regular-52\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 877 0 \nL 877 4698 \nL 358 4698 \nL 358 0 \nz\n\" id=\"GuardianSansCond-Regular-6c\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-54\"/>\n      <use x=\"44.499985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"90.099976\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"136.699966\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"163.899963\" xlink:href=\"#GuardianSansCond-Regular-6b\"/>\n      <use x=\"205.399948\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"221.199936\" xlink:href=\"#GuardianSansCond-Regular-52\"/>\n      <use x=\"269.899933\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"312.59993\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"350.399918\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"391.299911\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n      <use x=\"410.599899\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"line2d_11\">\n    <path clip-path=\"url(#pbf97d53d03)\" d=\"M 65.818182 214.756364 \nL 97.856459 88.964628 \nL 129.894737 35.053884 \nL 209.990431 17.083636 \nL 370.181818 17.083636 \n\" style=\"fill:none;stroke:#0071bc;stroke-linecap:square;stroke-width:1.5;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path d=\"M 50.6 224.64 \nL 50.6 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path d=\"M 385.4 224.64 \nL 385.4 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path d=\"M 50.6 224.64 \nL 385.4 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path d=\"M 50.6 7.2 \nL 385.4 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_7\">\n     <path d=\"M 59 33.9 \nL 121.555625 33.9 \nQ 123.955625 33.9 123.955625 31.5 \nL 123.955625 15.6 \nQ 123.955625 13.2 121.555625 13.2 \nL 59 13.2 \nQ 56.6 13.2 56.6 15.6 \nL 56.6 31.5 \nQ 56.6 33.9 59 33.9 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"line2d_12\">\n     <path d=\"M 61.4 22.60875 \nL 85.4 22.60875 \n\" style=\"fill:none;stroke:#0071bc;stroke-linecap:square;stroke-width:1.5;\"/>\n    </g>\n    <g id=\"line2d_13\"/>\n    <g id=\"text_13\">\n     <!-- BM25 -->\n     <g transform=\"translate(95 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 1562 0 \nC 2528 0 2944 493 2944 1254 \nC 2944 1965 2618 2253 2112 2323 \nL 2112 2349 \nC 2605 2483 2790 2842 2790 3334 \nC 2790 4026 2464 4435 1517 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 454 \nL 954 2074 \nL 1517 2074 \nC 2086 2074 2381 1875 2381 1293 \nC 2381 736 2157 454 1517 454 \nL 954 454 \nz\nM 954 2515 \nL 954 3974 \nL 1453 3974 \nC 1978 3974 2240 3814 2240 3264 \nC 2240 2707 1920 2515 1402 2515 \nL 954 2515 \nz\n\" id=\"GuardianSansCond-Regular-42\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-42\"/>\n      <use x=\"48.999985\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      <use x=\"116.699966\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      <use x=\"159.199951\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"pbf97d53d03\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"50.6\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "def plot_retriever_eval(dfs, retriever_names):\n",
    "    fig, ax = plt.subplots()\n",
    "    for df, retriever_name in zip(dfs, retriever_names):\n",
    "        df.plot(y=\"recall\", ax=ax, label=retriever_name)\n",
    "    plt.xticks(df.index)\n",
    "    plt.ylabel(\"Top-k Recall\")\n",
    "    plt.xlabel(\"k\")\n",
    "    plt.show()\n",
    "    \n",
    "plot_retriever_eval([es_topk_df], [\"BM25\"])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Dense Passage Retrieval"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"DPR Architecture\" caption=\"DPR's bi-encoder architecture for computing the relevance of a document and query\" src=\"images/chapter07_dpr.png\" id=\"dpr\"/>"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "from haystack.retriever.dense import DensePassageRetriever\n",
    "\n",
    "dpr_retriever = DensePassageRetriever(document_store=document_store,\n",
    "    query_embedding_model=\"facebook/dpr-question_encoder-single-nq-base\",\n",
    "    passage_embedding_model=\"facebook/dpr-ctx_encoder-single-nq-base\",\n",
    "    embed_title=False)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:45:58 - INFO - haystack.document_store.elasticsearch -   Updating embeddings for all 1615 docs ...\n"
     ]
    },
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "5245cc0df66e4785a91e71fb0f7c4ada",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "Updating embeddings:   0%|          | 0/1615 [00:00<?, ? Docs/s]"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "Create embeddings:   0%|          | 0/1616 [00:00<?, ? Docs/s]"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#hide_output\n",
    "document_store.update_embeddings(retriever=dpr_retriever)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"265.04pt\" version=\"1.1\" viewBox=\"0 0 392.6 265.04\" width=\"392.6pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:46:51.747271</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 265.04 \nL 392.6 265.04 \nL 392.6 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 50.6 224.64 \nL 385.4 224.64 \nL 385.4 7.2 \nL 50.6 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"mbce75d5165\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"65.818182\" xlink:href=\"#mbce75d5165\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- 1 -->\n      <g transform=\"translate(64.090369 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"97.856459\" xlink:href=\"#mbce75d5165\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- 3 -->\n      <g transform=\"translate(95.324272 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_3\">\n     <g id=\"line2d_3\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"129.894737\" xlink:href=\"#mbce75d5165\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 5 -->\n      <g transform=\"translate(127.369112 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_4\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"209.990431\" xlink:href=\"#mbce75d5165\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 10 -->\n      <g transform=\"translate(205.052618 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"28.799988\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_5\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"370.181818\" xlink:href=\"#mbce75d5165\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 20 -->\n      <g transform=\"translate(364.421818 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_6\">\n     <!-- k -->\n     <g transform=\"translate(215.51 255.54875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 870 4698 \nL 346 4698 \nL 346 0 \nL 870 0 \nL 870 4698 \nz\nM 973 1696 \nL 1984 0 \nL 2592 0 \nL 1549 1741 \nL 2515 3283 \nL 1939 3283 \nL 973 1696 \nz\n\" id=\"GuardianSansCond-Regular-6b\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-6b\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_6\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"ma0c0cbf955\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"202.821407\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.84 -->\n      <g transform=\"translate(22.97125 207.225782)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1581 -64 \nC 2445 -64 2931 467 2931 1139 \nC 2931 1760 2592 2074 2106 2330 \nC 2490 2541 2822 2899 2822 3424 \nC 2822 4077 2394 4499 1606 4499 \nC 819 4499 384 4013 384 3398 \nC 384 2848 678 2509 1069 2285 \nC 602 2054 230 1683 230 1082 \nC 230 384 710 -64 1581 -64 \nz\nM 1587 390 \nC 1082 390 768 678 768 1126 \nC 768 1581 1037 1894 1414 2080 \nC 2029 1792 2387 1574 2387 1082 \nC 2387 614 2054 390 1587 390 \nz\nM 1754 2522 \nC 1210 2778 928 3021 928 3430 \nC 928 3821 1171 4051 1606 4051 \nC 2067 4051 2285 3782 2285 3398 \nC 2285 3008 2099 2765 1754 2522 \nz\n\" id=\"GuardianSansCond-Regular-38\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n       <use x=\"124.499969\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"178.205557\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.86 -->\n      <g transform=\"translate(22.79125 182.609932)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1632 384 \nC 1082 384 845 915 845 1837 \nL 845 2054 \nC 992 2150 1254 2278 1594 2278 \nC 2086 2278 2323 1984 2323 1357 \nC 2323 742 2086 384 1632 384 \nz\nM 1632 -70 \nC 2438 -70 2886 544 2886 1408 \nC 2886 2234 2490 2746 1754 2746 \nC 1363 2746 1056 2611 845 2445 \nC 877 3853 1440 4038 2029 4038 \nC 2291 4038 2554 3974 2688 3930 \nL 2688 4352 \nC 2547 4442 2272 4499 1958 4499 \nC 1043 4499 275 3981 275 2208 \nL 275 1843 \nC 275 691 717 -70 1632 -70 \nz\n\" id=\"GuardianSansCond-Regular-36\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n       <use x=\"124.499969\" xlink:href=\"#GuardianSansCond-Regular-36\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"153.589708\"/>\n      </g>\n     </g>\n     <g id=\"text_9\">\n      <!-- 0.88 -->\n      <g transform=\"translate(22.73125 157.994083)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n       <use x=\"124.499969\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_9\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"128.973859\"/>\n      </g>\n     </g>\n     <g id=\"text_10\">\n      <!-- 0.90 -->\n      <g transform=\"translate(22.3 133.378234)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1171 -70 \nC 2176 -70 2854 448 2854 2221 \nL 2854 2586 \nC 2854 3795 2432 4499 1523 4499 \nC 691 4499 243 3917 243 3021 \nC 243 2202 653 1683 1389 1683 \nC 1766 1683 2074 1818 2285 1984 \nC 2266 608 1798 397 1107 397 \nC 851 397 563 467 429 518 \nL 429 96 \nC 563 0 858 -70 1171 -70 \nz\nM 1542 2150 \nC 1056 2150 806 2445 806 3072 \nC 806 3712 1043 4045 1523 4045 \nC 2048 4045 2285 3558 2285 2592 \nL 2285 2374 \nC 2138 2272 1882 2150 1542 2150 \nz\n\" id=\"GuardianSansCond-Regular-39\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_10\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"104.35801\"/>\n      </g>\n     </g>\n     <g id=\"text_11\">\n      <!-- 0.92 -->\n      <g transform=\"translate(23.62 108.762385)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_11\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"79.742161\"/>\n      </g>\n     </g>\n     <g id=\"text_12\">\n      <!-- 0.94 -->\n      <g transform=\"translate(23.03125 84.146536)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_7\">\n     <g id=\"line2d_12\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"55.126312\"/>\n      </g>\n     </g>\n     <g id=\"text_13\">\n      <!-- 0.96 -->\n      <g transform=\"translate(22.85125 59.530687)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-36\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_8\">\n     <g id=\"line2d_13\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"50.6\" xlink:href=\"#ma0c0cbf955\" y=\"30.510463\"/>\n      </g>\n     </g>\n     <g id=\"text_14\">\n      <!-- 0.98 -->\n      <g transform=\"translate(22.79125 34.914838)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-39\"/>\n       <use x=\"123.999969\" xlink:href=\"#GuardianSansCond-Regular-38\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_15\">\n     <!-- Top-k Recall -->\n     <g transform=\"translate(16.00875 141.713438)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1152 0 \nL 1690 0 \nL 1690 3974 \nL 2746 3974 \nL 2746 4435 \nL 90 4435 \nL 90 3974 \nL 1152 3974 \nL 1152 0 \nz\n\" id=\"GuardianSansCond-Regular-54\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 954 0 \nL 954 1888 \nL 1574 1888 \nL 2483 0 \nL 3066 0 \nL 2093 1990 \nL 2093 2022 \nC 2528 2182 2810 2502 2810 3168 \nC 2810 4058 2400 4435 1485 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 2330 \nL 954 3974 \nL 1446 3974 \nC 2035 3974 2240 3744 2240 3149 \nC 2240 2586 2016 2330 1472 2330 \nL 954 2330 \nz\n\" id=\"GuardianSansCond-Regular-52\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 877 0 \nL 877 4698 \nL 358 4698 \nL 358 0 \nz\n\" id=\"GuardianSansCond-Regular-6c\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-54\"/>\n      <use x=\"44.499985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"90.099976\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"136.699966\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"163.899963\" xlink:href=\"#GuardianSansCond-Regular-6b\"/>\n      <use x=\"205.399948\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"221.199936\" xlink:href=\"#GuardianSansCond-Regular-52\"/>\n      <use x=\"269.899933\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"312.59993\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"350.399918\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"391.299911\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n      <use x=\"410.599899\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"line2d_14\">\n    <path clip-path=\"url(#p1e256a82b6)\" d=\"M 65.818182 140.162882 \nL 97.856459 61.839726 \nL 129.894737 28.272659 \nL 209.990431 17.083636 \nL 370.181818 17.083636 \n\" style=\"fill:none;stroke:#0071bc;stroke-linecap:square;stroke-width:1.5;\"/>\n   </g>\n   <g id=\"line2d_15\">\n    <path clip-path=\"url(#p1e256a82b6)\" d=\"M 65.818182 214.756364 \nL 97.856459 61.839726 \nL 129.894737 32.002333 \nL 209.990431 17.083636 \nL 370.181818 17.083636 \n\" style=\"fill:none;stroke:#f7931e;stroke-linecap:square;stroke-width:1.5;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path d=\"M 50.6 224.64 \nL 50.6 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path d=\"M 385.4 224.64 \nL 385.4 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path d=\"M 50.6 224.64 \nL 385.4 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path d=\"M 50.6 7.2 \nL 385.4 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_7\">\n     <path d=\"M 314.444375 218.64 \nL 377 218.64 \nQ 379.4 218.64 379.4 216.24 \nL 379.4 183.24 \nQ 379.4 180.84 377 180.84 \nL 314.444375 180.84 \nQ 312.044375 180.84 312.044375 183.24 \nL 312.044375 216.24 \nQ 312.044375 218.64 314.444375 218.64 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"line2d_16\">\n     <path d=\"M 316.844375 190.24875 \nL 340.844375 190.24875 \n\" style=\"fill:none;stroke:#0071bc;stroke-linecap:square;stroke-width:1.5;\"/>\n    </g>\n    <g id=\"line2d_17\"/>\n    <g id=\"text_16\">\n     <!-- BM25 -->\n     <g transform=\"translate(350.444375 194.44875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 1562 0 \nC 2528 0 2944 493 2944 1254 \nC 2944 1965 2618 2253 2112 2323 \nL 2112 2349 \nC 2605 2483 2790 2842 2790 3334 \nC 2790 4026 2464 4435 1517 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 454 \nL 954 2074 \nL 1517 2074 \nC 2086 2074 2381 1875 2381 1293 \nC 2381 736 2157 454 1517 454 \nL 954 454 \nz\nM 954 2515 \nL 954 3974 \nL 1453 3974 \nC 1978 3974 2240 3814 2240 3264 \nC 2240 2707 1920 2515 1402 2515 \nL 954 2515 \nz\n\" id=\"GuardianSansCond-Regular-42\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-42\"/>\n      <use x=\"48.999985\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      <use x=\"116.699966\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      <use x=\"159.199951\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n     </g>\n    </g>\n    <g id=\"line2d_18\">\n     <path d=\"M 316.844375 207.34875 \nL 340.844375 207.34875 \n\" style=\"fill:none;stroke:#f7931e;stroke-linecap:square;stroke-width:1.5;\"/>\n    </g>\n    <g id=\"line2d_19\"/>\n    <g id=\"text_17\">\n     <!-- DPR -->\n     <g transform=\"translate(350.444375 211.54875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 1498 0 \nC 2714 0 3270 813 3270 2163 \nL 3270 2400 \nC 3270 3802 2637 4435 1491 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 461 \nL 954 3974 \nL 1446 3974 \nC 2234 3974 2694 3603 2694 2400 \nL 2694 2074 \nC 2694 941 2323 461 1510 461 \nL 954 461 \nz\n\" id=\"GuardianSansCond-Regular-44\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 954 0 \nL 954 1766 \nL 1555 1766 \nC 2362 1766 2854 2246 2854 3117 \nC 2854 4026 2413 4435 1536 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 2221 \nL 954 3974 \nL 1478 3974 \nC 2061 3974 2285 3750 2285 3098 \nC 2285 2496 2054 2221 1472 2221 \nL 954 2221 \nz\n\" id=\"GuardianSansCond-Regular-50\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-44\"/>\n      <use x=\"54.599991\" xlink:href=\"#GuardianSansCond-Regular-50\"/>\n      <use x=\"101.599976\" xlink:href=\"#GuardianSansCond-Regular-52\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p1e256a82b6\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"50.6\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "dpr_topk_df = evaluate_retriever(dpr_retriever)\n",
    "plot_retriever_eval([es_topk_df, dpr_topk_df], [\"BM25\", \"DPR\"])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Evaluating the Reader"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "EM: 0\n",
      "F1: 0.8\n"
     ]
    }
   ],
   "source": [
    "from farm.evaluation.squad_evaluation import compute_f1, compute_exact\n",
    "\n",
    "pred = \"about 6000 hours\"\n",
    "label = \"6000 hours\"\n",
    "print(f\"EM: {compute_exact(label, pred)}\")\n",
    "print(f\"F1: {compute_f1(label, pred)}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "EM: 0\n",
      "F1: 0.4\n"
     ]
    }
   ],
   "source": [
    "pred = \"about 6000 dollars\"\n",
    "print(f\"EM: {compute_exact(label, pred)}\")\n",
    "print(f\"F1: {compute_f1(label, pred)}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "from haystack.eval import EvalAnswers\n",
    "\n",
    "def evaluate_reader(reader):\n",
    "    score_keys = ['top_1_em', 'top_1_f1']\n",
    "    eval_reader = EvalAnswers(skip_incorrect_retrieval=False)\n",
    "    pipe = Pipeline()\n",
    "    pipe.add_node(component=reader, name=\"QAReader\", inputs=[\"Query\"])\n",
    "    pipe.add_node(component=eval_reader, name=\"EvalReader\", inputs=[\"QAReader\"])\n",
    "\n",
    "    for l in labels_agg:\n",
    "        doc = document_store.query(l.question, \n",
    "                                   filters={\"question_id\":[l.origin]})\n",
    "        _ = pipe.run(query=l.question, documents=doc, labels=l)\n",
    "                \n",
    "    return {k:v for k,v in eval_reader.__dict__.items() if k in score_keys}\n",
    "\n",
    "reader_eval = {}\n",
    "reader_eval[\"Fine-tune on SQuAD\"] = evaluate_reader(reader)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"249.94pt\" version=\"1.1\" viewBox=\"0 0 393.15125 249.94\" width=\"393.15125pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:47:31.070052</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 249.94 \nL 393.15125 249.94 \nL 393.15125 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 51.15125 224.64 \nL 385.95125 224.64 \nL 385.95125 7.2 \nL 51.15125 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#pc1dddd7476)\" d=\"M 93.00125 224.64 \nL 176.70125 224.64 \nL 176.70125 174.105918 \nL 93.00125 174.105918 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#pc1dddd7476)\" d=\"M 260.40125 224.64 \nL 344.10125 224.64 \nL 344.10125 17.554286 \nL 260.40125 17.554286 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m0845c60992\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"134.85125\" xlink:href=\"#m0845c60992\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- EM -->\n      <g transform=\"translate(128.094687 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 2650 0 \nL 2650 461 \nL 954 461 \nL 954 2067 \nL 2266 2067 \nL 2266 2522 \nL 954 2522 \nL 954 3974 \nL 2630 3974 \nL 2630 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-45\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-45\"/>\n       <use x=\"44.899994\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"302.25125\" xlink:href=\"#m0845c60992\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- F1 -->\n      <g transform=\"translate(297.973438 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 1984 \nL 2227 1984 \nL 2227 2445 \nL 954 2445 \nL 954 3974 \nL 2573 3974 \nL 2573 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-46\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_3\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"mb4ef56b08e\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 0.00 -->\n      <g transform=\"translate(22.3 229.044375)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"128.59996\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"182.528265\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 0.05 -->\n      <g transform=\"translate(23.66875 186.93264)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"128.59996\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"140.41653\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 0.10 -->\n      <g transform=\"translate(25.264375 144.820905)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"103.899963\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"98.304794\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- 0.15 -->\n      <g transform=\"translate(26.633125 102.709169)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n       <use x=\"103.899963\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"56.193059\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.20 -->\n      <g transform=\"translate(23.62 60.597434)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"117.59996\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"51.15125\" xlink:href=\"#mb4ef56b08e\" y=\"14.081324\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.25 -->\n      <g transform=\"translate(24.98875 18.485699)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n       <use x=\"117.59996\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_9\">\n     <!-- Score -->\n     <g transform=\"translate(16.00875 127.745625)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1184 -70 \nC 2138 -70 2509 499 2509 1248 \nC 2509 2029 2112 2259 1562 2502 \nL 1242 2643 \nC 858 2810 730 2970 730 3360 \nC 730 3808 986 4038 1459 4038 \nC 1843 4038 2144 3936 2336 3840 \nL 2336 4301 \nC 2157 4397 1914 4499 1466 4499 \nC 653 4499 198 4058 198 3322 \nC 198 2637 544 2349 1024 2138 \nL 1344 1997 \nC 1760 1811 1958 1677 1958 1197 \nC 1958 659 1702 397 1146 397 \nC 794 397 442 512 166 646 \nL 166 186 \nC 390 51 723 -70 1184 -70 \nz\n\" id=\"GuardianSansCond-Regular-53\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"79.999985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"125.599976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"154.399963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_5\">\n    <path d=\"M 51.15125 224.64 \nL 51.15125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path d=\"M 385.95125 224.64 \nL 385.95125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_7\">\n    <path d=\"M 51.15125 224.64 \nL 385.95125 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path d=\"M 51.15125 7.2 \nL 385.95125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_9\">\n     <path d=\"M 59.55125 33.9 \nL 183.723125 33.9 \nQ 186.123125 33.9 186.123125 31.5 \nL 186.123125 15.6 \nQ 186.123125 13.2 183.723125 13.2 \nL 59.55125 13.2 \nQ 57.15125 13.2 57.15125 15.6 \nL 57.15125 31.5 \nQ 57.15125 33.9 59.55125 33.9 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"patch_10\">\n     <path d=\"M 61.95125 26.80875 \nL 85.95125 26.80875 \nL 85.95125 18.40875 \nL 61.95125 18.40875 \nz\n\" style=\"fill:#0071bc;\"/>\n    </g>\n    <g id=\"text_10\">\n     <!-- Fine-tune on SQuAD -->\n     <g transform=\"translate(95.55125 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 3462 -742 \nL 3610 -243 \nL 2400 83 \nC 3053 307 3398 954 3398 2061 \nL 3398 2374 \nC 3398 3814 2835 4499 1818 4499 \nC 768 4499 237 3725 237 2362 \nL 237 2080 \nC 237 781 640 224 1325 -13 \nL 3462 -742 \nz\nM 1824 365 \nC 1056 365 806 1024 806 2067 \nL 806 2477 \nC 806 3405 1094 4058 1805 4058 \nC 2566 4051 2829 3418 2829 2374 \nL 2829 1958 \nC 2829 998 2534 365 1824 365 \nz\n\" id=\"GuardianSansCond-Regular-51\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 70 0 \nL 576 0 \nL 909 1222 \nL 2310 1222 \nL 2656 0 \nL 3206 0 \nL 1933 4435 \nL 1338 4435 \nL 70 0 \nz\nM 1619 3776 \nC 1619 3776 1696 3430 1754 3213 \nL 2176 1677 \nL 1043 1677 \nL 1466 3213 \nC 1530 3437 1600 3776 1600 3776 \nL 1619 3776 \nz\n\" id=\"GuardianSansCond-Regular-41\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 1498 0 \nC 2714 0 3270 813 3270 2163 \nL 3270 2400 \nC 3270 3802 2637 4435 1491 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 461 \nL 954 3974 \nL 1446 3974 \nC 2234 3974 2694 3603 2694 2400 \nL 2694 2074 \nC 2694 941 2323 461 1510 461 \nL 954 461 \nz\n\" id=\"GuardianSansCond-Regular-44\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"563.599854\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"609.099838\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"660.199829\" xlink:href=\"#GuardianSansCond-Regular-44\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"pc1dddd7476\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"51.15125\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "def plot_reader_eval(reader_eval):\n",
    "    fig, ax = plt.subplots()\n",
    "    df = pd.DataFrame.from_dict(reader_eval)\n",
    "    df.plot(kind=\"bar\", ylabel=\"Score\", rot=0, ax=ax)\n",
    "    ax.set_xticklabels([\"EM\", \"F1\"])\n",
    "    plt.legend(loc='upper left')\n",
    "    plt.show()\n",
    "\n",
    "plot_reader_eval(reader_eval)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Domain Adaptation"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"SQuAD Schema\" caption=\"Visualization of the SQuAD JSON format\" src=\"images/chapter07_squad-schema.png\" id=\"squad-schema\"/>"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "def create_paragraphs(df):\n",
    "    paragraphs = []\n",
    "    id2context = dict(zip(df[\"review_id\"], df[\"context\"]))\n",
    "    for review_id, review in id2context.items():\n",
    "        qas = []\n",
    "        # Filter for all question-answer pairs about a specific context\n",
    "        review_df = df.query(f\"review_id == '{review_id}'\")\n",
    "        id2question = dict(zip(review_df[\"id\"], review_df[\"question\"]))\n",
    "        # Build up the qas array\n",
    "        for qid, question in id2question.items():\n",
    "            # Filter for a single question ID\n",
    "            question_df = df.query(f\"id == '{qid}'\").to_dict(orient=\"list\")\n",
    "            ans_start_idxs = question_df[\"answers.answer_start\"][0].tolist()\n",
    "            ans_text = question_df[\"answers.text\"][0].tolist()\n",
    "            # Fill answerable questions\n",
    "            if len(ans_start_idxs):\n",
    "                answers = [\n",
    "                    {\"text\": text, \"answer_start\": answer_start}\n",
    "                    for text, answer_start in zip(ans_text, ans_start_idxs)]\n",
    "                is_impossible = False\n",
    "            else:\n",
    "                answers = []\n",
    "                is_impossible = True\n",
    "            # Add question-answer pairs to qas\n",
    "            qas.append({\"question\": question, \"id\": qid, \n",
    "                        \"is_impossible\": is_impossible, \"answers\": answers})\n",
    "        # Add context and question-answer pairs to paragraphs\n",
    "        paragraphs.append({\"qas\": qas, \"context\": review})\n",
    "    return paragraphs"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[{'qas': [{'question': 'How is the bass?',\n",
       "    'id': '2543d296da9766d8d17d040ecc781699',\n",
       "    'is_impossible': True,\n",
       "    'answers': []}],\n",
       "  'context': 'I have had Koss headphones in the past, Pro 4AA and QZ-99.  The Koss Portapro is portable AND has great bass response.  The work great with my Android phone and can be \"rolled up\" to be carried in my motorcycle jacket or computer bag without getting crunched.  They are very light and do not feel heavy or bear down on your ears even after listening to music with them on all day.  The sound is night and day better than any ear-bud could be and are almost as good as the Pro 4AA.  They are \"open air\" headphones so you cannot match the bass to the sealed types, but it comes close. For $32, you cannot go wrong.'},\n",
       " {'qas': [{'question': 'Is this music song have a goo bass?',\n",
       "    'id': 'd476830bf9282e2b9033e2bb44bbb995',\n",
       "    'is_impossible': False,\n",
       "    'answers': [{'text': 'Bass is weak as expected', 'answer_start': 1302},\n",
       "     {'text': 'Bass is weak as expected, even with EQ adjusted up',\n",
       "      'answer_start': 1302}]}],\n",
       "  'context': 'To anyone who hasn\\'t tried all the various types of headphones, it is important to remember exactly what these are: cheap portable on-ear headphones. They give a totally different sound then in-ears or closed design phones, but for what they are I would say they\\'re good. I currently own six pairs of phones, from stock apple earbuds to Sennheiser HD 518s. Gave my Portapros a run on both my computer\\'s sound card and mp3 player, using 256 kbps mp3s or better. The clarity is good and they\\'re very lightweight. The folding design is simple but effective. The look is certainly retro and unique, although I didn\\'t find it as comfortable as many have claimed. Earpads are *very* thin and made my ears sore after 30 minutes of listening, although this can be remedied to a point by adjusting the \"comfort zone\" feature (tightening the temple pads while loosening the ear pads). The cord seems to be an average thickness, but I wouldn\\'t get too rough with these. The steel headband adjusts smoothly and easily, just watch out that the slider doesn\\'t catch your hair. Despite the sore ears, the phones are very lightweight overall.Back to the sound: as you would expect, it\\'s good for a portable phone, but hardly earth shattering. At flat EQ the clarity is good, although the highs can sometimes be harsh. Bass is weak as expected, even with EQ adjusted up. To be fair, a portable on-ear would have a tough time comparing to the bass of an in-ear with a good seal or a pair with larger drivers. No sound isolation offered if you\\'re into that sort of thing. Cool 80s phones, though I\\'ve certainly owned better portable on-ears (Sony makes excellent phones in this category). Soundstage is very narrow and lacks body. A good value if you can get them for under thirty, otherwise I\\'d rather invest in a nicer pair of phones. If we\\'re talking about value, they\\'re a good buy compared to new stock apple buds. If you\\'re trying to compare the sound quality of this product to serious headphones, there\\'s really no comparison at all.Update: After 100 hours of burn-in time the sound has not been affected in any appreciable way. Highs are still harsh, and bass is still underwhelming. I sometimes use these as a convenience but they have been largely replaced in my collection.'},\n",
       " {'qas': [{'question': 'How is the bass?',\n",
       "    'id': '455575557886d6dfeea5aa19577e5de4',\n",
       "    'is_impossible': False,\n",
       "    'answers': [{'text': 'The only fault in the sound is the bass',\n",
       "      'answer_start': 650}]}],\n",
       "  'context': \"I have had many sub-$100 headphones from $5 Panasonic to $100 Sony, with Sennheiser HD 433, 202, PX100 II (I really wanted to like these PX100-II, they were so very well designed), and even a Grado SR60 for awhile.  And what it basically comes down to is value.  I have never heard sound as good as these headphones in the $35 range, easily the best under $75.  I can't believe they're over 25 years old.It's hard to describe how much detail these headphones bring out without making it too harsh or dull.  I listen to every type of music from classical to hip hop to electronic to country, and these headphones are suitable for all types of music.  The only fault in the sound is the bass.  It's just a *slight* bit boomy, but you get to like it after a while to be honest.The design is from the 80s as you all have probably figured out.  It could use a update but it seems like Koss has tried to perfect this formula and failed in the past.  I don't really care about the looks or the way it folds up or the fact that my hair gets caught up in it (I have very short hair, even for a male).But despite it's design flaws, it's the most comfortable headphones I have ever worn, and the best part is that it's also the best sounding pair of headphones I have ever heard under $75.If you can get over the design flaws or if sound is the most important feature of headphones for you, there is nothing even close to this at this price range.This one is an absolute GEM.  I loved these so much I ordered two of the 25th Anniversary ones for a bit more.Update: I read some reviews about the PX100-II being much improved and better sounding than the PortaPro.  Since the PX100-II is relatively new, I thought I'd give it another listen.  This time I noticed something different.  The sound is warm, mellow, and neutral, but it loses a lot of detail at the expense of these attributes.  I still prefer higher-detail Portapro, but some may prefer the more mellow sound of the PX100-II.Oh by the way the Portapro comes in the straight plug now, not the angled plug anymore.  It's supposed to be for better compatibility with the iPods and iPhones out there.\"}]"
      ]
     },
     "execution_count": null,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "#hide_output\n",
    "product = dfs[\"train\"].query(\"title == 'B00001P4ZH'\")\n",
    "create_paragraphs(product)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "```python\n",
    "[{'qas': [{'question': 'How is the bass?',\n",
    "    'id': '2543d296da9766d8d17d040ecc781699',\n",
    "    'is_impossible': True,\n",
    "    'answers': []}],\n",
    "  'context': 'I have had Koss headphones ...',\n",
    "    'id': 'd476830bf9282e2b9033e2bb44bbb995',\n",
    "    'is_impossible': False,\n",
    "    'answers': [{'text': 'Bass is weak as expected', 'answer_start': 1302},\n",
    "     {'text': 'Bass is weak as expected, even with EQ adjusted up',\n",
    "      'answer_start': 1302}]}],\n",
    "  'context': 'To anyone who hasn\\'t tried all ...'},\n",
    " {'qas': [{'question': 'How is the bass?',\n",
    "    'id': '455575557886d6dfeea5aa19577e5de4',\n",
    "    'is_impossible': False,\n",
    "    'answers': [{'text': 'The only fault in the sound is the bass',\n",
    "      'answer_start': 650}]}],\n",
    "  'context': \"I have had many sub-$100 headphones ...\"}]\n",
    "```"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "import json\n",
    "\n",
    "def convert_to_squad(dfs):\n",
    "    for split, df in dfs.items():\n",
    "        subjqa_data = {}\n",
    "        # Create `paragraphs` for each product ID\n",
    "        groups = (df.groupby(\"title\").apply(create_paragraphs)\n",
    "            .to_frame(name=\"paragraphs\").reset_index())\n",
    "        subjqa_data[\"data\"] = groups.to_dict(orient=\"records\")\n",
    "        # Save the result to disk\n",
    "        with open(f\"electronics-{split}.json\", \"w+\", encoding=\"utf-8\") as f:\n",
    "            json.dump(subjqa_data, f)\n",
    "            \n",
    "convert_to_squad(dfs)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:47:36 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:47:36 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:47:36 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:47:36 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "Preprocessing Dataset electronics-train.json:   6%|███▏                                                   | 72/1265 [00:00<00:06, 194.71 Dicts/s]10/27/2021 20:47:39 - WARNING - farm.data_handler.processor -   Answer using start/end indices is '  Operation of the menus and contro' while gold label text is 'Operation of the menus and controls'.\n",
      "Example will not be converted for training/evaluation.\n",
      "10/27/2021 20:47:39 - WARNING - farm.data_handler.processor -   Answer using start/end indices is '  This camera performs like the pros.  Fast accurate and easy to operat' while gold label text is 'This camera performs like the pros.  Fast accurate and easy to operated'.\n",
      "Example will not be converted for training/evaluation.\n",
      "Preprocessing Dataset electronics-train.json: 100%|█████████████████████████████████████████████████████| 1265/1265 [00:01<00:00, 735.87 Dicts/s]\n",
      "10/27/2021 20:47:40 - ERROR - farm.data_handler.processor -   Unable to convert 2 samples to features. Their ids are : 595-0-0, 572-0-0\n",
      "Preprocessing Dataset electronics-validation.json: 100%|██████████████████████████████████████████████████| 252/252 [00:00<00:00, 467.06 Dicts/s]\n",
      "10/27/2021 20:47:43 - INFO - farm.modeling.optimization -   Loading optimizer `TransformersAdamW`: '{'correct_bias': False, 'weight_decay': 0.01, 'lr': 1e-05}'\n",
      "10/27/2021 20:47:43 - INFO - farm.modeling.optimization -   Using scheduler 'get_linear_schedule_with_warmup'\n",
      "10/27/2021 20:47:43 - INFO - farm.modeling.optimization -   Loading schedule `get_linear_schedule_with_warmup`: '{'num_training_steps': 164, 'num_warmup_steps': 32}'\n",
      "10/27/2021 20:48:15 - INFO - haystack.reader.farm -   Saving reader model to ../../saved_models/deepset/minilm-uncased-squad2\n"
     ]
    }
   ],
   "source": [
    "#hide_output\n",
    "train_filename = \"electronics-train.json\"\n",
    "dev_filename = \"electronics-validation.json\"\n",
    "\n",
    "reader.train(data_dir=\".\", use_gpu=True, n_epochs=1, batch_size=16,\n",
    "             train_filename=train_filename, dev_filename=dev_filename)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"249.94pt\" version=\"1.1\" viewBox=\"0 0 386.73125 249.94\" width=\"386.73125pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:48:41.942856</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 249.94 \nL 386.73125 249.94 \nL 386.73125 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \nL 379.53125 7.2 \nL 44.73125 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#p397104a494)\" d=\"M 86.58125 224.64 \nL 128.43125 224.64 \nL 128.43125 200.641513 \nL 86.58125 200.641513 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#p397104a494)\" d=\"M 253.98125 224.64 \nL 295.83125 224.64 \nL 295.83125 126.295604 \nL 253.98125 126.295604 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#p397104a494)\" d=\"M 128.43125 224.64 \nL 170.28125 224.64 \nL 170.28125 93.981572 \nL 128.43125 93.981572 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#p397104a494)\" d=\"M 295.83125 224.64 \nL 337.68125 224.64 \nL 337.68125 17.554286 \nL 295.83125 17.554286 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m5a89afef46\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"128.43125\" xlink:href=\"#m5a89afef46\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- EM -->\n      <g transform=\"translate(121.674688 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 2650 0 \nL 2650 461 \nL 954 461 \nL 954 2067 \nL 2266 2067 \nL 2266 2522 \nL 954 2522 \nL 954 3974 \nL 2630 3974 \nL 2630 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-45\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-45\"/>\n       <use x=\"44.899994\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"295.83125\" xlink:href=\"#m5a89afef46\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- F1 -->\n      <g transform=\"translate(291.553438 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 1984 \nL 2227 1984 \nL 2227 2445 \nL 954 2445 \nL 954 3974 \nL 2573 3974 \nL 2573 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-46\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_3\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m20c95eb8cd\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 0.0 -->\n      <g transform=\"translate(22.3 229.044375)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"184.642522\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 0.1 -->\n      <g transform=\"translate(25.264375 189.046897)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"144.645044\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 0.2 -->\n      <g transform=\"translate(23.62 149.049419)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"104.647566\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- 0.3 -->\n      <g transform=\"translate(23.655625 109.051941)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"64.650088\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.4 -->\n      <g transform=\"translate(23.03125 69.054463)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m20c95eb8cd\" y=\"24.65261\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.5 -->\n      <g transform=\"translate(23.66875 29.056985)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_9\">\n     <!-- Score -->\n     <g transform=\"translate(16.00875 127.745625)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1184 -70 \nC 2138 -70 2509 499 2509 1248 \nC 2509 2029 2112 2259 1562 2502 \nL 1242 2643 \nC 858 2810 730 2970 730 3360 \nC 730 3808 986 4038 1459 4038 \nC 1843 4038 2144 3936 2336 3840 \nL 2336 4301 \nC 2157 4397 1914 4499 1466 4499 \nC 653 4499 198 4058 198 3322 \nC 198 2637 544 2349 1024 2138 \nL 1344 1997 \nC 1760 1811 1958 1677 1958 1197 \nC 1958 659 1702 397 1146 397 \nC 794 397 442 512 166 646 \nL 166 186 \nC 390 51 723 -70 1184 -70 \nz\n\" id=\"GuardianSansCond-Regular-53\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"79.999985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"125.599976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"154.399963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_7\">\n    <path d=\"M 44.73125 224.64 \nL 44.73125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path d=\"M 379.53125 224.64 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_9\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path d=\"M 44.73125 7.2 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_11\">\n     <path d=\"M 53.13125 51.073125 \nL 217.754375 51.073125 \nQ 220.154375 51.073125 220.154375 48.673125 \nL 220.154375 15.6 \nQ 220.154375 13.2 217.754375 13.2 \nL 53.13125 13.2 \nQ 50.73125 13.2 50.73125 15.6 \nL 50.73125 48.673125 \nQ 50.73125 51.073125 53.13125 51.073125 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"patch_12\">\n     <path d=\"M 55.53125 26.80875 \nL 79.53125 26.80875 \nL 79.53125 18.40875 \nL 55.53125 18.40875 \nz\n\" style=\"fill:#0071bc;\"/>\n    </g>\n    <g id=\"text_10\">\n     <!-- Fine-tune on SQuAD -->\n     <g transform=\"translate(89.13125 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 3462 -742 \nL 3610 -243 \nL 2400 83 \nC 3053 307 3398 954 3398 2061 \nL 3398 2374 \nC 3398 3814 2835 4499 1818 4499 \nC 768 4499 237 3725 237 2362 \nL 237 2080 \nC 237 781 640 224 1325 -13 \nL 3462 -742 \nz\nM 1824 365 \nC 1056 365 806 1024 806 2067 \nL 806 2477 \nC 806 3405 1094 4058 1805 4058 \nC 2566 4051 2829 3418 2829 2374 \nL 2829 1958 \nC 2829 998 2534 365 1824 365 \nz\n\" id=\"GuardianSansCond-Regular-51\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 70 0 \nL 576 0 \nL 909 1222 \nL 2310 1222 \nL 2656 0 \nL 3206 0 \nL 1933 4435 \nL 1338 4435 \nL 70 0 \nz\nM 1619 3776 \nC 1619 3776 1696 3430 1754 3213 \nL 2176 1677 \nL 1043 1677 \nL 1466 3213 \nC 1530 3437 1600 3776 1600 3776 \nL 1619 3776 \nz\n\" id=\"GuardianSansCond-Regular-41\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 1498 0 \nC 2714 0 3270 813 3270 2163 \nL 3270 2400 \nC 3270 3802 2637 4435 1491 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 461 \nL 954 3974 \nL 1446 3974 \nC 2234 3974 2694 3603 2694 2400 \nL 2694 2074 \nC 2694 941 2323 461 1510 461 \nL 954 461 \nz\n\" id=\"GuardianSansCond-Regular-44\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"563.599854\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"609.099838\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"660.199829\" xlink:href=\"#GuardianSansCond-Regular-44\"/>\n     </g>\n    </g>\n    <g id=\"patch_13\">\n     <path d=\"M 55.53125 43.90875 \nL 79.53125 43.90875 \nL 79.53125 35.50875 \nL 55.53125 35.50875 \nz\n\" style=\"fill:#f7931e;\"/>\n    </g>\n    <g id=\"text_11\">\n     <!-- Fine-tune on SQuAD + SubjQA -->\n     <g transform=\"translate(89.13125 43.90875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1165 1030 \nL 1645 1030 \nL 1645 2010 \nL 2554 2010 \nL 2554 2477 \nL 1645 2477 \nL 1645 3443 \nL 1165 3443 \nL 1165 2477 \nL 262 2477 \nL 262 2010 \nL 1165 2010 \nL 1165 1030 \nz\n\" id=\"GuardianSansCond-Regular-2b\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1382 -64 \nC 2317 -64 2784 531 2784 1619 \nL 2784 1843 \nC 2784 2995 2285 3334 1702 3334 \nC 1338 3334 1075 3219 896 3104 \nL 870 3104 \nL 870 4698 \nL 346 4698 \nL 346 102 \nC 557 19 1005 -64 1382 -64 \nz\nM 1408 378 \nC 1165 378 979 416 870 454 \nL 870 2733 \nC 992 2790 1216 2893 1491 2893 \nC 2003 2893 2246 2650 2246 1818 \nL 2246 1549 \nC 2246 627 1875 378 1408 378 \nz\n\" id=\"GuardianSansCond-Regular-62\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 83 -1261 \nC 666 -1261 870 -870 870 -352 \nL 870 3283 \nL 352 3283 \nL 352 -326 \nC 352 -678 218 -826 -58 -826 \nC -160 -826 -262 -806 -339 -794 \nL -339 -1158 \nC -237 -1222 -109 -1261 83 -1261 \nz\nM 346 3910 \nL 877 3910 \nL 877 4474 \nL 346 4474 \nL 346 3910 \nz\n\" id=\"GuardianSansCond-Regular-6a\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"563.599854\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"609.099838\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"660.199829\" xlink:href=\"#GuardianSansCond-Regular-44\"/>\n      <use x=\"714.79982\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"730.599808\" xlink:href=\"#GuardianSansCond-Regular-2b\"/>\n      <use x=\"774.499802\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"790.299789\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"832.499786\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"877.999771\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n      <use x=\"924.599762\" xlink:href=\"#GuardianSansCond-Regular-6a\"/>\n      <use x=\"943.799759\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"1000.799744\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p397104a494\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"44.73125\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "reader_eval[\"Fine-tune on SQuAD + SubjQA\"] = evaluate_reader(reader)\n",
    "plot_reader_eval(reader_eval)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:48:42 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:48:42 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:48:42 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:48:42 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "Some weights of BertForQuestionAnswering were not initialized from the model checkpoint at microsoft/MiniLM-L12-H384-uncased and are newly initialized: ['qa_outputs.weight', 'qa_outputs.bias']\n",
      "You should probably TRAIN this model on a down-stream task to be able to use it for predictions and inference.\n",
      "10/27/2021 20:48:46 - WARNING - farm.utils -   ML Logging is turned off. No parameters, metrics or artifacts will be logged to MLFlow.\n",
      "10/27/2021 20:48:46 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:48:46 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:48:46 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:48:46 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "10/27/2021 20:48:48 - INFO - farm.infer -   Got ya 35 parallel workers to do inference ...\n",
      "10/27/2021 20:48:48 - INFO - farm.infer -    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0    0 \n",
      "10/27/2021 20:48:48 - INFO - farm.infer -   /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /|\\  /|\\  /|\\  /|\\  /w\\  /w\\  /|\\  /|\\  /w\\  /w\\  /w\\  /w\\  /w\\  /w\\  /|\\  /w\\  /|\\  /|\\  /w\\\n",
      "10/27/2021 20:48:48 - INFO - farm.infer -   /'\\  / \\  /'\\  /'\\  / \\  / \\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  / \\  /'\\  /'\\  / \\  /'\\  /'\\  /'\\  /'\\  / \\  / \\  /'\\  /'\\  / \\  / \\  / \\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\  /'\\\n",
      "10/27/2021 20:48:48 - INFO - farm.infer -                                                                       \n"
     ]
    }
   ],
   "source": [
    "#hide_output\n",
    "minilm_ckpt = \"microsoft/MiniLM-L12-H384-uncased\"\n",
    "minilm_reader = FARMReader(model_name_or_path=minilm_ckpt, progress_bar=False,\n",
    "                           max_seq_len=max_seq_length, doc_stride=doc_stride,\n",
    "                           return_no_answer=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "10/27/2021 20:48:49 - INFO - farm.utils -   Using device: CUDA \n",
      "10/27/2021 20:48:49 - INFO - farm.utils -   Number of GPUs: 1\n",
      "10/27/2021 20:48:49 - INFO - farm.utils -   Distributed Training: False\n",
      "10/27/2021 20:48:49 - INFO - farm.utils -   Automatic Mixed Precision: None\n",
      "Preprocessing Dataset electronics-train.json:   6%|███▏                                                   | 72/1265 [00:00<00:04, 246.81 Dicts/s]10/27/2021 20:48:51 - WARNING - farm.data_handler.processor -   Answer using start/end indices is '  Operation of the menus and contro' while gold label text is 'Operation of the menus and controls'.\n",
      "Example will not be converted for training/evaluation.\n",
      "10/27/2021 20:48:51 - WARNING - farm.data_handler.processor -   Answer using start/end indices is '  This camera performs like the pros.  Fast accurate and easy to operat' while gold label text is 'This camera performs like the pros.  Fast accurate and easy to operated'.\n",
      "Example will not be converted for training/evaluation.\n",
      "Preprocessing Dataset electronics-train.json: 100%|█████████████████████████████████████████████████████| 1265/1265 [00:01<00:00, 798.33 Dicts/s]\n",
      "10/27/2021 20:48:52 - ERROR - farm.data_handler.processor -   Unable to convert 2 samples to features. Their ids are : 595-0-0, 572-0-0\n",
      "Preprocessing Dataset electronics-validation.json: 100%|██████████████████████████████████████████████████| 252/252 [00:00<00:00, 414.51 Dicts/s]\n",
      "10/27/2021 20:48:56 - INFO - farm.modeling.optimization -   Loading optimizer `TransformersAdamW`: '{'correct_bias': False, 'weight_decay': 0.01, 'lr': 1e-05}'\n",
      "10/27/2021 20:48:56 - INFO - farm.modeling.optimization -   Using scheduler 'get_linear_schedule_with_warmup'\n",
      "10/27/2021 20:48:56 - INFO - farm.modeling.optimization -   Loading schedule `get_linear_schedule_with_warmup`: '{'num_training_steps': 164, 'num_warmup_steps': 32}'\n",
      "10/27/2021 20:49:27 - INFO - haystack.reader.farm -   Saving reader model to ../../saved_models/microsoft/MiniLM-L12-H384-uncased\n"
     ]
    }
   ],
   "source": [
    "#hide_output\n",
    "minilm_reader.train(data_dir=\".\", use_gpu=True, n_epochs=1, batch_size=16,\n",
    "             train_filename=train_filename, dev_filename=dev_filename)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"249.94pt\" version=\"1.1\" viewBox=\"0 0 386.73125 249.94\" width=\"386.73125pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:49:55.202261</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 249.94 \nL 386.73125 249.94 \nL 386.73125 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \nL 379.53125 7.2 \nL 44.73125 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 86.58125 224.64 \nL 114.48125 224.64 \nL 114.48125 200.641513 \nL 86.58125 200.641513 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 253.98125 224.64 \nL 281.88125 224.64 \nL 281.88125 126.295604 \nL 253.98125 126.295604 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 114.48125 224.64 \nL 142.38125 224.64 \nL 142.38125 93.981572 \nL 114.48125 93.981572 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 281.88125 224.64 \nL 309.78125 224.64 \nL 309.78125 17.554286 \nL 281.88125 17.554286 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_7\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 142.38125 224.64 \nL 170.28125 224.64 \nL 170.28125 173.976528 \nL 142.38125 173.976528 \nz\n\" style=\"fill:#c1272d;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path clip-path=\"url(#p17765b4cec)\" d=\"M 309.78125 224.64 \nL 337.68125 224.64 \nL 337.68125 101.791059 \nL 309.78125 101.791059 \nz\n\" style=\"fill:#c1272d;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m38c1af846d\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"128.43125\" xlink:href=\"#m38c1af846d\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- EM -->\n      <g transform=\"translate(121.674688 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 2650 0 \nL 2650 461 \nL 954 461 \nL 954 2067 \nL 2266 2067 \nL 2266 2522 \nL 954 2522 \nL 954 3974 \nL 2630 3974 \nL 2630 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-45\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-45\"/>\n       <use x=\"44.899994\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"295.83125\" xlink:href=\"#m38c1af846d\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- F1 -->\n      <g transform=\"translate(291.553438 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 1984 \nL 2227 1984 \nL 2227 2445 \nL 954 2445 \nL 954 3974 \nL 2573 3974 \nL 2573 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-46\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_3\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m4359bdf14c\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 0.0 -->\n      <g transform=\"translate(22.3 229.044375)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"184.642522\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 0.1 -->\n      <g transform=\"translate(25.264375 189.046897)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"144.645044\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 0.2 -->\n      <g transform=\"translate(23.62 149.049419)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"104.647566\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- 0.3 -->\n      <g transform=\"translate(23.655625 109.051941)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"64.650088\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.4 -->\n      <g transform=\"translate(23.03125 69.054463)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m4359bdf14c\" y=\"24.65261\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.5 -->\n      <g transform=\"translate(23.66875 29.056985)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_9\">\n     <!-- Score -->\n     <g transform=\"translate(16.00875 127.745625)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1184 -70 \nC 2138 -70 2509 499 2509 1248 \nC 2509 2029 2112 2259 1562 2502 \nL 1242 2643 \nC 858 2810 730 2970 730 3360 \nC 730 3808 986 4038 1459 4038 \nC 1843 4038 2144 3936 2336 3840 \nL 2336 4301 \nC 2157 4397 1914 4499 1466 4499 \nC 653 4499 198 4058 198 3322 \nC 198 2637 544 2349 1024 2138 \nL 1344 1997 \nC 1760 1811 1958 1677 1958 1197 \nC 1958 659 1702 397 1146 397 \nC 794 397 442 512 166 646 \nL 166 186 \nC 390 51 723 -70 1184 -70 \nz\n\" id=\"GuardianSansCond-Regular-53\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"79.999985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"125.599976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"154.399963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_9\">\n    <path d=\"M 44.73125 224.64 \nL 44.73125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path d=\"M 379.53125 224.64 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_11\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_12\">\n    <path d=\"M 44.73125 7.2 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_13\">\n     <path d=\"M 53.13125 68.24625 \nL 217.754375 68.24625 \nQ 220.154375 68.24625 220.154375 65.84625 \nL 220.154375 15.6 \nQ 220.154375 13.2 217.754375 13.2 \nL 53.13125 13.2 \nQ 50.73125 13.2 50.73125 15.6 \nL 50.73125 65.84625 \nQ 50.73125 68.24625 53.13125 68.24625 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"patch_14\">\n     <path d=\"M 55.53125 26.80875 \nL 79.53125 26.80875 \nL 79.53125 18.40875 \nL 55.53125 18.40875 \nz\n\" style=\"fill:#0071bc;\"/>\n    </g>\n    <g id=\"text_10\">\n     <!-- Fine-tune on SQuAD -->\n     <g transform=\"translate(89.13125 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1158 -51 \nC 1523 -51 1824 109 2042 262 \nL 2067 262 \nL 2118 0 \nL 2566 0 \nL 2566 3283 \nL 2042 3283 \nL 2042 602 \nC 1888 512 1626 397 1350 397 \nC 947 397 858 557 858 838 \nL 858 3283 \nL 333 3283 \nL 333 826 \nC 333 301 576 -51 1158 -51 \nz\n\" id=\"GuardianSansCond-Regular-75\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 3462 -742 \nL 3610 -243 \nL 2400 83 \nC 3053 307 3398 954 3398 2061 \nL 3398 2374 \nC 3398 3814 2835 4499 1818 4499 \nC 768 4499 237 3725 237 2362 \nL 237 2080 \nC 237 781 640 224 1325 -13 \nL 3462 -742 \nz\nM 1824 365 \nC 1056 365 806 1024 806 2067 \nL 806 2477 \nC 806 3405 1094 4058 1805 4058 \nC 2566 4051 2829 3418 2829 2374 \nL 2829 1958 \nC 2829 998 2534 365 1824 365 \nz\n\" id=\"GuardianSansCond-Regular-51\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 70 0 \nL 576 0 \nL 909 1222 \nL 2310 1222 \nL 2656 0 \nL 3206 0 \nL 1933 4435 \nL 1338 4435 \nL 70 0 \nz\nM 1619 3776 \nC 1619 3776 1696 3430 1754 3213 \nL 2176 1677 \nL 1043 1677 \nL 1466 3213 \nC 1530 3437 1600 3776 1600 3776 \nL 1619 3776 \nz\n\" id=\"GuardianSansCond-Regular-41\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 416 0 \nL 1498 0 \nC 2714 0 3270 813 3270 2163 \nL 3270 2400 \nC 3270 3802 2637 4435 1491 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 461 \nL 954 3974 \nL 1446 3974 \nC 2234 3974 2694 3603 2694 2400 \nL 2694 2074 \nC 2694 941 2323 461 1510 461 \nL 954 461 \nz\n\" id=\"GuardianSansCond-Regular-44\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"563.599854\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"609.099838\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"660.199829\" xlink:href=\"#GuardianSansCond-Regular-44\"/>\n     </g>\n    </g>\n    <g id=\"patch_15\">\n     <path d=\"M 55.53125 43.90875 \nL 79.53125 43.90875 \nL 79.53125 35.50875 \nL 55.53125 35.50875 \nz\n\" style=\"fill:#f7931e;\"/>\n    </g>\n    <g id=\"text_11\">\n     <!-- Fine-tune on SQuAD + SubjQA -->\n     <g transform=\"translate(89.13125 43.90875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1165 1030 \nL 1645 1030 \nL 1645 2010 \nL 2554 2010 \nL 2554 2477 \nL 1645 2477 \nL 1645 3443 \nL 1165 3443 \nL 1165 2477 \nL 262 2477 \nL 262 2010 \nL 1165 2010 \nL 1165 1030 \nz\n\" id=\"GuardianSansCond-Regular-2b\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1382 -64 \nC 2317 -64 2784 531 2784 1619 \nL 2784 1843 \nC 2784 2995 2285 3334 1702 3334 \nC 1338 3334 1075 3219 896 3104 \nL 870 3104 \nL 870 4698 \nL 346 4698 \nL 346 102 \nC 557 19 1005 -64 1382 -64 \nz\nM 1408 378 \nC 1165 378 979 416 870 454 \nL 870 2733 \nC 992 2790 1216 2893 1491 2893 \nC 2003 2893 2246 2650 2246 1818 \nL 2246 1549 \nC 2246 627 1875 378 1408 378 \nz\n\" id=\"GuardianSansCond-Regular-62\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 83 -1261 \nC 666 -1261 870 -870 870 -352 \nL 870 3283 \nL 352 3283 \nL 352 -326 \nC 352 -678 218 -826 -58 -826 \nC -160 -826 -262 -806 -339 -794 \nL -339 -1158 \nC -237 -1222 -109 -1261 83 -1261 \nz\nM 346 3910 \nL 877 3910 \nL 877 4474 \nL 346 4474 \nL 346 3910 \nz\n\" id=\"GuardianSansCond-Regular-6a\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"563.599854\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"609.099838\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"660.199829\" xlink:href=\"#GuardianSansCond-Regular-44\"/>\n      <use x=\"714.79982\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"730.599808\" xlink:href=\"#GuardianSansCond-Regular-2b\"/>\n      <use x=\"774.499802\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"790.299789\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"832.499786\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"877.999771\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n      <use x=\"924.599762\" xlink:href=\"#GuardianSansCond-Regular-6a\"/>\n      <use x=\"943.799759\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"1000.799744\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n     </g>\n    </g>\n    <g id=\"patch_16\">\n     <path d=\"M 55.53125 61.081875 \nL 79.53125 61.081875 \nL 79.53125 52.681875 \nL 55.53125 52.681875 \nz\n\" style=\"fill:#c1272d;\"/>\n    </g>\n    <g id=\"text_12\">\n     <!-- Fine-tune on SubjQA -->\n     <g transform=\"translate(89.13125 61.081875)scale(0.12 -0.12)\">\n      <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n      <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"61.799973\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"107.899963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"150.59996\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"177.799957\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"206.799942\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"252.299927\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"341.099915\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"356.899902\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"402.499893\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"448.599884\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"464.399872\" xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"506.599869\" xlink:href=\"#GuardianSansCond-Regular-75\"/>\n      <use x=\"552.099854\" xlink:href=\"#GuardianSansCond-Regular-62\"/>\n      <use x=\"598.699844\" xlink:href=\"#GuardianSansCond-Regular-6a\"/>\n      <use x=\"617.899841\" xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"674.899826\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p17765b4cec\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"44.73125\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "reader_eval[\"Fine-tune on SubjQA\"] = evaluate_reader(minilm_reader)\n",
    "plot_reader_eval(reader_eval)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Evaluating the Whole QA Pipeline"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "# Initialize retriever pipeline\n",
    "pipe = EvalRetrieverPipeline(es_retriever)\n",
    "# Add nodes for reader\n",
    "eval_reader = EvalAnswers()\n",
    "pipe.pipeline.add_node(component=reader, name=\"QAReader\", \n",
    "              inputs=[\"EvalRetriever\"])\n",
    "pipe.pipeline.add_node(component=eval_reader, name=\"EvalReader\", \n",
    "              inputs=[\"QAReader\"])\n",
    "# Evaluate!\n",
    "run_pipeline(pipe)\n",
    "# Extract metrics from reader\n",
    "reader_eval[\"QA Pipeline (top-1)\"] = {\n",
    "    k:v for k,v in eval_reader.__dict__.items()\n",
    "    if k in [\"top_1_em\", \"top_1_f1\"]}"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/pdf": "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\n",
      "image/svg+xml": "<?xml version=\"1.0\" encoding=\"utf-8\" standalone=\"no\"?>\n<!DOCTYPE svg PUBLIC \"-//W3C//DTD SVG 1.1//EN\"\n  \"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd\">\n<svg height=\"249.94pt\" version=\"1.1\" viewBox=\"0 0 386.73125 249.94\" width=\"386.73125pt\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\">\n <metadata>\n  <rdf:RDF xmlns:cc=\"http://creativecommons.org/ns#\" xmlns:dc=\"http://purl.org/dc/elements/1.1/\" xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\">\n   <cc:Work>\n    <dc:type rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\"/>\n    <dc:date>2021-10-27T20:50:36.431389</dc:date>\n    <dc:format>image/svg+xml</dc:format>\n    <dc:creator>\n     <cc:Agent>\n      <dc:title>Matplotlib v3.4.3, https://matplotlib.org/</dc:title>\n     </cc:Agent>\n    </dc:creator>\n   </cc:Work>\n  </rdf:RDF>\n </metadata>\n <defs>\n  <style type=\"text/css\">*{stroke-linecap:butt;stroke-linejoin:round;}</style>\n </defs>\n <g id=\"figure_1\">\n  <g id=\"patch_1\">\n   <path d=\"M 0 249.94 \nL 386.73125 249.94 \nL 386.73125 0 \nL 0 0 \nz\n\" style=\"fill:none;\"/>\n  </g>\n  <g id=\"axes_1\">\n   <g id=\"patch_2\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \nL 379.53125 7.2 \nL 44.73125 7.2 \nz\n\" style=\"fill:#ffffff;\"/>\n   </g>\n   <g id=\"patch_3\">\n    <path clip-path=\"url(#p374cef25e2)\" d=\"M 86.58125 224.64 \nL 128.43125 224.64 \nL 128.43125 93.981572 \nL 86.58125 93.981572 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_4\">\n    <path clip-path=\"url(#p374cef25e2)\" d=\"M 253.98125 224.64 \nL 295.83125 224.64 \nL 295.83125 17.554286 \nL 253.98125 17.554286 \nz\n\" style=\"fill:#0071bc;\"/>\n   </g>\n   <g id=\"patch_5\">\n    <path clip-path=\"url(#p374cef25e2)\" d=\"M 128.43125 224.64 \nL 170.28125 224.64 \nL 170.28125 132.753902 \nL 128.43125 132.753902 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"patch_6\">\n    <path clip-path=\"url(#p374cef25e2)\" d=\"M 295.83125 224.64 \nL 337.68125 224.64 \nL 337.68125 52.336732 \nL 295.83125 52.336732 \nz\n\" style=\"fill:#f7931e;\"/>\n   </g>\n   <g id=\"matplotlib.axis_1\">\n    <g id=\"xtick_1\">\n     <g id=\"line2d_1\">\n      <defs>\n       <path d=\"M 0 0 \nL 0 3.5 \n\" id=\"m109bd05d09\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"128.43125\" xlink:href=\"#m109bd05d09\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_1\">\n      <!-- EM -->\n      <g transform=\"translate(121.674688 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 2650 0 \nL 2650 461 \nL 954 461 \nL 954 2067 \nL 2266 2067 \nL 2266 2522 \nL 954 2522 \nL 954 3974 \nL 2630 3974 \nL 2630 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-45\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 416 0 \nL 909 0 \nL 909 2675 \nC 909 3098 883 3846 883 3846 \nL 902 3846 \nC 902 3846 1056 3130 1126 2861 \nL 1875 0 \nL 2426 0 \nL 3187 2899 \nC 3277 3251 3411 3859 3411 3859 \nL 3430 3859 \nC 3430 3859 3405 3098 3405 2682 \nL 3405 0 \nL 3917 0 \nL 3917 4435 \nL 3098 4435 \nL 2368 1510 \nC 2266 1107 2182 608 2182 608 \nL 2170 608 \nC 2170 608 2086 1101 1984 1510 \nL 1242 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-4d\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-45\"/>\n       <use x=\"44.899994\" xlink:href=\"#GuardianSansCond-Regular-4d\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"xtick_2\">\n     <g id=\"line2d_2\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"295.83125\" xlink:href=\"#m109bd05d09\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_2\">\n      <!-- F1 -->\n      <g transform=\"translate(291.553438 240.44875)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 416 0 \nL 954 0 \nL 954 1984 \nL 2227 1984 \nL 2227 2445 \nL 954 2445 \nL 954 3974 \nL 2573 3974 \nL 2573 4435 \nL 416 4435 \nL 416 0 \nz\n\" id=\"GuardianSansCond-Regular-46\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 832 0 \nL 1363 0 \nL 1363 4474 \nL 1171 4474 \nL 141 4083 \nL 141 3776 \nL 832 3846 \nL 832 0 \nz\n\" id=\"GuardianSansCond-Regular-31\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-46\"/>\n       <use x=\"42.499985\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n   </g>\n   <g id=\"matplotlib.axis_2\">\n    <g id=\"ytick_1\">\n     <g id=\"line2d_3\">\n      <defs>\n       <path d=\"M 0 0 \nL -3.5 0 \n\" id=\"m67bef9eff2\" style=\"stroke:#000000;stroke-width:0.8;\"/>\n      </defs>\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"224.64\"/>\n      </g>\n     </g>\n     <g id=\"text_3\">\n      <!-- 0.0 -->\n      <g transform=\"translate(22.3 229.044375)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1722 -70 \nC 2656 -70 3155 646 3155 2061 \nL 3155 2406 \nC 3155 3891 2598 4499 1715 4499 \nC 819 4499 269 3834 269 2368 \nL 269 2042 \nC 269 499 845 -70 1722 -70 \nz\nM 1728 384 \nC 1069 384 845 979 845 2016 \nL 845 2490 \nC 845 3494 1088 4051 1709 4051 \nC 2336 4051 2592 3514 2592 2458 \nL 2592 1978 \nC 2592 934 2374 384 1728 384 \nz\n\" id=\"GuardianSansCond-Regular-30\" transform=\"scale(0.015625)\"/>\n        <path d=\"M 397 0 \nL 986 0 \nL 986 621 \nL 397 621 \nL 397 0 \nz\n\" id=\"GuardianSansCond-Regular-2e\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-30\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_2\">\n     <g id=\"line2d_4\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"184.642522\"/>\n      </g>\n     </g>\n     <g id=\"text_4\">\n      <!-- 0.1 -->\n      <g transform=\"translate(25.264375 189.046897)scale(0.12 -0.12)\">\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_3\">\n     <g id=\"line2d_5\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"144.645044\"/>\n      </g>\n     </g>\n     <g id=\"text_5\">\n      <!-- 0.2 -->\n      <g transform=\"translate(23.62 149.049419)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 173 0 \nL 2470 0 \nL 2470 461 \nL 800 461 \nL 800 480 \nL 1574 1421 \nC 2067 2035 2419 2528 2419 3264 \nC 2419 4026 2029 4499 1222 4499 \nC 806 4499 499 4410 269 4282 \nL 269 3853 \nC 467 3949 730 4032 1056 4032 \nC 1619 4032 1850 3750 1850 3213 \nC 1850 2630 1542 2189 1152 1670 \nL 173 397 \nL 173 0 \nz\n\" id=\"GuardianSansCond-Regular-32\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-32\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_4\">\n     <g id=\"line2d_6\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"104.647566\"/>\n      </g>\n     </g>\n     <g id=\"text_6\">\n      <!-- 0.3 -->\n      <g transform=\"translate(23.655625 109.051941)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1920 -64 2432 416 2432 1248 \nC 2432 1939 2112 2253 1606 2362 \nL 1606 2381 \nC 2042 2515 2310 2803 2310 3405 \nC 2310 4096 1882 4499 1158 4499 \nC 787 4499 486 4429 275 4320 \nL 275 3891 \nC 461 3968 678 4038 998 4038 \nC 1478 4038 1754 3866 1754 3302 \nC 1754 2797 1478 2547 1018 2547 \nL 717 2547 \nL 717 2086 \nL 1056 2086 \nC 1600 2086 1869 1837 1869 1267 \nC 1869 646 1517 403 947 403 \nC 646 403 358 493 147 608 \nL 147 166 \nC 358 32 640 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-33\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-33\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_5\">\n     <g id=\"line2d_7\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"64.650088\"/>\n      </g>\n     </g>\n     <g id=\"text_7\">\n      <!-- 0.4 -->\n      <g transform=\"translate(23.03125 69.054463)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1805 0 \nL 2330 0 \nL 2330 1107 \nL 2957 1107 \nL 2957 1562 \nL 2330 1562 \nL 2330 4435 \nL 1869 4435 \nL 70 1504 \nL 70 1107 \nL 1805 1107 \nL 1805 0 \nz\nM 608 1562 \nL 608 1581 \nL 1779 3475 \nL 1805 3475 \nL 1805 1562 \nL 608 1562 \nz\n\" id=\"GuardianSansCond-Regular-34\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-34\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"ytick_6\">\n     <g id=\"line2d_8\">\n      <g>\n       <use style=\"stroke:#000000;stroke-width:0.8;\" x=\"44.73125\" xlink:href=\"#m67bef9eff2\" y=\"24.65261\"/>\n      </g>\n     </g>\n     <g id=\"text_8\">\n      <!-- 0.5 -->\n      <g transform=\"translate(23.66875 29.056985)scale(0.12 -0.12)\">\n       <defs>\n        <path d=\"M 1094 -64 \nC 1971 -64 2445 512 2445 1363 \nC 2445 2298 1997 2707 1165 2707 \nC 1011 2707 890 2694 794 2675 \nL 877 3974 \nL 2342 3974 \nL 2342 4435 \nL 429 4435 \nL 294 2170 \nC 467 2208 710 2246 966 2246 \nC 1587 2246 1875 1990 1875 1363 \nC 1875 717 1587 397 954 397 \nC 627 397 365 474 154 582 \nL 154 147 \nC 352 26 672 -64 1094 -64 \nz\n\" id=\"GuardianSansCond-Regular-35\" transform=\"scale(0.015625)\"/>\n       </defs>\n       <use xlink:href=\"#GuardianSansCond-Regular-30\"/>\n       <use x=\"53.499985\" xlink:href=\"#GuardianSansCond-Regular-2e\"/>\n       <use x=\"75.099976\" xlink:href=\"#GuardianSansCond-Regular-35\"/>\n      </g>\n     </g>\n    </g>\n    <g id=\"text_9\">\n     <!-- Score -->\n     <g transform=\"translate(16.00875 127.745625)rotate(-90)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 1184 -70 \nC 2138 -70 2509 499 2509 1248 \nC 2509 2029 2112 2259 1562 2502 \nL 1242 2643 \nC 858 2810 730 2970 730 3360 \nC 730 3808 986 4038 1459 4038 \nC 1843 4038 2144 3936 2336 3840 \nL 2336 4301 \nC 2157 4397 1914 4499 1466 4499 \nC 653 4499 198 4058 198 3322 \nC 198 2637 544 2349 1024 2138 \nL 1344 1997 \nC 1760 1811 1958 1677 1958 1197 \nC 1958 659 1702 397 1146 397 \nC 794 397 442 512 166 646 \nL 166 186 \nC 390 51 723 -70 1184 -70 \nz\n\" id=\"GuardianSansCond-Regular-53\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1498 -51 \nC 1869 -51 2125 51 2298 173 \nL 2298 595 \nC 2163 518 1907 390 1555 390 \nC 1005 390 723 704 723 1542 \nL 723 1798 \nC 723 2464 941 2893 1510 2893 \nC 1856 2893 2054 2803 2259 2714 \nL 2259 3149 \nC 2093 3258 1875 3334 1542 3334 \nC 768 3334 186 2886 186 1741 \nL 186 1536 \nC 186 416 685 -51 1498 -51 \nz\n\" id=\"GuardianSansCond-Regular-63\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1459 -51 \nC 2272 -51 2733 570 2733 1542 \nL 2733 1747 \nC 2733 2771 2291 3334 1459 3334 \nC 659 3334 186 2714 186 1741 \nL 186 1530 \nC 186 531 614 -51 1459 -51 \nz\nM 1466 378 \nC 992 378 723 762 723 1472 \nL 723 1818 \nC 723 2451 947 2906 1453 2906 \nC 1920 2906 2195 2560 2195 1805 \nL 2195 1466 \nC 2195 826 1958 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-6f\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2605 \nC 1062 2752 1306 2842 1587 2842 \nC 1638 2842 1728 2835 1786 2829 \nL 1786 3302 \nC 1747 3315 1677 3328 1606 3328 \nC 1306 3328 1030 3142 870 2938 \nL 845 2938 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-72\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1555 -51 \nC 1984 -51 2317 102 2470 243 \nL 2470 627 \nC 2240 499 1965 397 1613 397 \nC 1037 397 742 698 723 1466 \nL 2554 1466 \nL 2554 1798 \nC 2554 2893 2176 3334 1402 3334 \nC 659 3334 186 2810 186 1722 \nL 186 1549 \nC 186 499 634 -51 1555 -51 \nz\nM 1382 2906 \nC 1830 2906 2010 2611 2010 1894 \nL 723 1894 \nC 736 2630 992 2906 1382 2906 \nz\n\" id=\"GuardianSansCond-Regular-65\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-53\"/>\n      <use x=\"42.199997\" xlink:href=\"#GuardianSansCond-Regular-63\"/>\n      <use x=\"79.999985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"125.599976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n      <use x=\"154.399963\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n     </g>\n    </g>\n   </g>\n   <g id=\"patch_7\">\n    <path d=\"M 44.73125 224.64 \nL 44.73125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_8\">\n    <path d=\"M 379.53125 224.64 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_9\">\n    <path d=\"M 44.73125 224.64 \nL 379.53125 224.64 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"patch_10\">\n    <path d=\"M 44.73125 7.2 \nL 379.53125 7.2 \n\" style=\"fill:none;stroke:#000000;stroke-linecap:square;stroke-linejoin:miter;stroke-width:0.8;\"/>\n   </g>\n   <g id=\"legend_1\">\n    <g id=\"patch_11\">\n     <path d=\"M 53.13125 51 \nL 170.185625 51 \nQ 172.585625 51 172.585625 48.6 \nL 172.585625 15.6 \nQ 172.585625 13.2 170.185625 13.2 \nL 53.13125 13.2 \nQ 50.73125 13.2 50.73125 15.6 \nL 50.73125 48.6 \nQ 50.73125 51 53.13125 51 \nz\n\" style=\"fill:#ffffff;opacity:0.8;stroke:#cccccc;stroke-linejoin:miter;\"/>\n    </g>\n    <g id=\"patch_12\">\n     <path d=\"M 55.53125 26.80875 \nL 79.53125 26.80875 \nL 79.53125 18.40875 \nL 55.53125 18.40875 \nz\n\" style=\"fill:#0071bc;\"/>\n    </g>\n    <g id=\"text_10\">\n     <!-- Reader -->\n     <g transform=\"translate(89.13125 26.80875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 416 0 \nL 954 0 \nL 954 1888 \nL 1574 1888 \nL 2483 0 \nL 3066 0 \nL 2093 1990 \nL 2093 2022 \nC 2528 2182 2810 2502 2810 3168 \nC 2810 4058 2400 4435 1485 4435 \nL 416 4435 \nL 416 0 \nz\nM 954 2330 \nL 954 3974 \nL 1446 3974 \nC 2035 3974 2240 3744 2240 3149 \nC 2240 2586 2016 2330 1472 2330 \nL 954 2330 \nz\n\" id=\"GuardianSansCond-Regular-52\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1082 -51 \nC 1395 -51 1638 77 1779 230 \nL 1811 230 \nL 1862 0 \nL 2291 0 \nL 2291 2413 \nC 2291 3027 1958 3334 1293 3334 \nC 915 3334 634 3258 410 3155 \nL 410 2771 \nC 576 2829 806 2886 1094 2886 \nC 1600 2886 1766 2739 1766 2278 \nL 1766 1958 \nL 1088 1856 \nC 480 1766 160 1466 160 883 \nC 160 250 525 -51 1082 -51 \nz\nM 1222 358 \nC 877 358 704 544 704 915 \nC 704 1274 877 1440 1242 1485 \nL 1766 1549 \nL 1766 525 \nC 1658 435 1459 358 1222 358 \nz\n\" id=\"GuardianSansCond-Regular-61\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1357 -51 \nC 1690 -51 1965 77 2125 243 \nL 2150 243 \nL 2195 0 \nL 2637 0 \nL 2637 4698 \nL 2118 4698 \nL 2118 3174 \nC 1978 3264 1734 3334 1466 3334 \nC 634 3334 198 2739 198 1670 \nL 198 1523 \nC 198 339 723 -51 1357 -51 \nz\nM 1504 378 \nC 992 378 742 749 742 1542 \nL 742 1728 \nC 742 2541 979 2893 1536 2893 \nC 1779 2893 2003 2835 2118 2758 \nL 2118 595 \nC 1984 493 1773 378 1504 378 \nz\n\" id=\"GuardianSansCond-Regular-64\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-52\"/>\n      <use x=\"48.699997\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"91.399994\" xlink:href=\"#GuardianSansCond-Regular-61\"/>\n      <use x=\"132.299988\" xlink:href=\"#GuardianSansCond-Regular-64\"/>\n      <use x=\"178.899979\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"221.599976\" xlink:href=\"#GuardianSansCond-Regular-72\"/>\n     </g>\n    </g>\n    <g id=\"patch_13\">\n     <path d=\"M 55.53125 43.90875 \nL 79.53125 43.90875 \nL 79.53125 35.50875 \nL 55.53125 35.50875 \nz\n\" style=\"fill:#f7931e;\"/>\n    </g>\n    <g id=\"text_11\">\n     <!-- QA pipeline (top-1) -->\n     <g transform=\"translate(89.13125 43.90875)scale(0.12 -0.12)\">\n      <defs>\n       <path d=\"M 3462 -742 \nL 3610 -243 \nL 2400 83 \nC 3053 307 3398 954 3398 2061 \nL 3398 2374 \nC 3398 3814 2835 4499 1818 4499 \nC 768 4499 237 3725 237 2362 \nL 237 2080 \nC 237 781 640 224 1325 -13 \nL 3462 -742 \nz\nM 1824 365 \nC 1056 365 806 1024 806 2067 \nL 806 2477 \nC 806 3405 1094 4058 1805 4058 \nC 2566 4051 2829 3418 2829 2374 \nL 2829 1958 \nC 2829 998 2534 365 1824 365 \nz\n\" id=\"GuardianSansCond-Regular-51\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 70 0 \nL 576 0 \nL 909 1222 \nL 2310 1222 \nL 2656 0 \nL 3206 0 \nL 1933 4435 \nL 1338 4435 \nL 70 0 \nz\nM 1619 3776 \nC 1619 3776 1696 3430 1754 3213 \nL 2176 1677 \nL 1043 1677 \nL 1466 3213 \nC 1530 3437 1600 3776 1600 3776 \nL 1619 3776 \nz\n\" id=\"GuardianSansCond-Regular-41\" transform=\"scale(0.015625)\"/>\n       <path id=\"GuardianSansCond-Regular-20\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 -1222 \nL 870 -1222 \nL 870 128 \nC 1005 38 1242 -51 1542 -51 \nC 2374 -51 2784 525 2784 1600 \nL 2784 1818 \nC 2784 2912 2342 3334 1670 3334 \nC 1318 3334 1030 3187 870 3034 \nL 845 3034 \nL 845 3283 \nL 346 3283 \nL 346 -1222 \nz\nM 1466 378 \nC 1210 378 973 461 870 538 \nL 870 2688 \nC 992 2784 1229 2893 1523 2893 \nC 2035 2893 2246 2573 2246 1798 \nL 2246 1549 \nC 2246 742 2003 378 1466 378 \nz\n\" id=\"GuardianSansCond-Regular-70\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 883 0 \nL 883 3283 \nL 358 3283 \nL 358 0 \nz\nM 352 3910 \nL 883 3910 \nL 883 4474 \nL 352 4474 \nL 352 3910 \nz\n\" id=\"GuardianSansCond-Regular-69\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 358 0 \nL 877 0 \nL 877 4698 \nL 358 4698 \nL 358 0 \nz\n\" id=\"GuardianSansCond-Regular-6c\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 346 0 \nL 870 0 \nL 870 2688 \nC 1037 2778 1306 2886 1587 2886 \nC 1965 2886 2093 2765 2093 2458 \nL 2093 0 \nL 2611 0 \nL 2611 2528 \nC 2611 3085 2342 3334 1811 3334 \nC 1440 3334 1107 3194 870 3021 \nL 845 3021 \nL 845 3283 \nL 346 3283 \nL 346 0 \nz\n\" id=\"GuardianSansCond-Regular-6e\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1318 -768 \nL 1760 -768 \nC 1267 -166 826 877 826 1869 \nL 826 2086 \nC 826 3117 1267 4102 1760 4698 \nL 1318 4698 \nC 800 4160 275 3187 275 2029 \nL 275 1882 \nC 275 723 800 -237 1318 -768 \nz\n\" id=\"GuardianSansCond-Regular-28\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 1222 -38 \nC 1466 -38 1619 26 1722 90 \nL 1722 442 \nC 1632 416 1517 390 1382 390 \nC 1107 390 1005 480 1005 781 \nL 1005 2848 \nL 1683 2848 \nL 1683 3283 \nL 1005 3283 \nL 1005 4051 \nL 486 4051 \nL 486 3283 \nL 96 3283 \nL 96 2848 \nL 486 2848 \nL 486 710 \nC 486 160 774 -38 1222 -38 \nz\n\" id=\"GuardianSansCond-Regular-74\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 333 1536 \nL 1408 1536 \nL 1408 1990 \nL 333 1990 \nL 333 1536 \nz\n\" id=\"GuardianSansCond-Regular-2d\" transform=\"scale(0.015625)\"/>\n       <path d=\"M 32 -768 \nL 480 -768 \nC 992 -237 1517 717 1517 1882 \nL 1517 2029 \nC 1517 3181 992 4160 480 4698 \nL 32 4698 \nC 531 4096 973 3053 973 2035 \nL 973 1818 \nC 973 813 531 -166 32 -768 \nz\n\" id=\"GuardianSansCond-Regular-29\" transform=\"scale(0.015625)\"/>\n      </defs>\n      <use xlink:href=\"#GuardianSansCond-Regular-51\"/>\n      <use x=\"56.999985\" xlink:href=\"#GuardianSansCond-Regular-41\"/>\n      <use x=\"108.099976\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"123.899963\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"170.499954\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"189.799942\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"236.399933\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"279.09993\" xlink:href=\"#GuardianSansCond-Regular-6c\"/>\n      <use x=\"298.399918\" xlink:href=\"#GuardianSansCond-Regular-69\"/>\n      <use x=\"317.699905\" xlink:href=\"#GuardianSansCond-Regular-6e\"/>\n      <use x=\"363.799896\" xlink:href=\"#GuardianSansCond-Regular-65\"/>\n      <use x=\"406.499893\" xlink:href=\"#GuardianSansCond-Regular-20\"/>\n      <use x=\"422.299881\" xlink:href=\"#GuardianSansCond-Regular-28\"/>\n      <use x=\"450.299866\" xlink:href=\"#GuardianSansCond-Regular-74\"/>\n      <use x=\"479.29985\" xlink:href=\"#GuardianSansCond-Regular-6f\"/>\n      <use x=\"524.899841\" xlink:href=\"#GuardianSansCond-Regular-70\"/>\n      <use x=\"571.499832\" xlink:href=\"#GuardianSansCond-Regular-2d\"/>\n      <use x=\"598.699829\" xlink:href=\"#GuardianSansCond-Regular-31\"/>\n      <use x=\"627.499817\" xlink:href=\"#GuardianSansCond-Regular-29\"/>\n     </g>\n    </g>\n   </g>\n  </g>\n </g>\n <defs>\n  <clipPath id=\"p374cef25e2\">\n   <rect height=\"217.44\" width=\"334.8\" x=\"44.73125\" y=\"7.2\"/>\n  </clipPath>\n </defs>\n</svg>\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "#hide_input\n",
    "#id reader-vs-pipeline\n",
    "#caption Comparison of EM and _F_~1~ scores for the reader against the whole QA pipeline\n",
    "plot_reader_eval({\"Reader\": reader_eval[\"Fine-tune on SQuAD + SubjQA\"], \n",
    "                  \"QA pipeline (top-1)\": reader_eval[\"QA Pipeline (top-1)\"]})"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Going Beyond Extractive QA"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"RAG Architecture\" width=\"600\" caption=\"The RAG architecture for fine-tuning a retriever and generator end-to-end (courtesy of Ethan Perez)\" src=\"images/chapter07_rag-architecture.png\" id=\"rag\"/>"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/lewis/miniconda3/envs/book-qa/lib/python3.7/site-packages/transformers/models/bart/configuration_bart.py:178: UserWarning: Please make sure the config includes `forced_bos_token_id=0` in future versions.The config can simply be saved and uploaded again to be fixed.\n",
      "  f\"Please make sure the config includes `forced_bos_token_id={self.bos_token_id}` in future versions.\"\n",
      "Some weights of RagTokenForGeneration were not initialized from the model checkpoint at facebook/rag-token-nq and are newly initialized: ['rag.generator.lm_head.weight']\n",
      "You should probably TRAIN this model on a down-stream task to be able to use it for predictions and inference.\n"
     ]
    }
   ],
   "source": [
    "#hide_output\n",
    "from haystack.generator.transformers import RAGenerator\n",
    "\n",
    "generator = RAGenerator(model_name_or_path=\"facebook/rag-token-nq\",\n",
    "                        embed_title=False, num_beams=5)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#hide_output\n",
    "from haystack.pipeline import GenerativeQAPipeline\n",
    "\n",
    "pipe = GenerativeQAPipeline(generator=generator, retriever=dpr_retriever)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "def generate_answers(query, top_k_generator=3):\n",
    "    preds = pipe.run(query=query, top_k_generator=top_k_generator, \n",
    "                     top_k_retriever=5, filters={\"item_id\":[\"B0074BW614\"]})  \n",
    "    print(f\"Question: {preds['query']} \\n\")\n",
    "    for idx in range(top_k_generator):\n",
    "        print(f\"Answer {idx+1}: {preds['answers'][idx]['answer']}\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Question: Is it good for reading?\n",
      "\n",
      "Answer 1:  the screen is absolutely beautiful\n",
      "Answer 2:  the Screen is absolutely beautiful\n",
      "Answer 3:  Kindle fire\n"
     ]
    }
   ],
   "source": [
    "generate_answers(query)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Question: What is the main drawback?\n",
      "\n",
      "Answer 1:  the price\n",
      "Answer 2:  no flash support\n",
      "Answer 3:  the cost\n"
     ]
    }
   ],
   "source": [
    "generate_answers(\"What is the main drawback?\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Conclusion"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "<img alt=\"QA Pyramid\" caption=\"The QA hierarchy of needs\" src=\"images/chapter07_qa-pyramid.png\" id=\"qa-pyramid\"/> "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3 (ipykernel)",
   "language": "python",
   "name": "python3"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}