01_cookie_soln.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Bayesian Statistics Made Simple\n",
    "\n",
    "Code and exercises from my workshop on Bayesian statistics in Python.\n",
    "\n",
    "Copyright 2020 Allen Downey\n",
    "\n",
    "MIT License: https://opensource.org/licenses/MIT"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import numpy as np\n",
    "import pandas as pd\n",
    "import matplotlib.pyplot as plt\n",
    "import seaborn as sns"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## The cookie problem\n",
    "\n",
    "> Suppose you have two bowls of cookies.  Bowl 1 contains 30 vanilla and 10 chocolate cookies.  Bowl 2 contains 20 vanilla of each.\n",
    ">\n",
    "> You choose one of the bowls at random and, without looking into the bowl, choose one of the cookies at random.  It turns out to be a vanilla cookie.\n",
    ">\n",
    "> What is the chance that you chose Bowl 1?\n",
    "\n",
    "Assume that there was an equal chance of choosing either bowl and an equal chance of choosing any cookie in the bowl.\n",
    "\n",
    "Here are the hypotheses and prior probabilities."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "hypos = 'Bowl 1', 'Bowl 2'\n",
    "probs = 1/2, 1/2"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "To compute the answer, I'll use a Pandas `Series` to represent the hypotheses and their probabilities."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.5\n",
       "Bowl 2    0.5\n",
       "dtype: float64"
      ]
     },
     "execution_count": 3,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "prior = pd.Series(probs, hypos)\n",
    "prior"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "This `Series` represents a probability mass function (PMF)."
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Now we compute the likelihood of the data under each hypothesis.\n",
    "\n",
    "* The chance of getting a vanilla cookie from Bowl 1 is 3/4.\n",
    "\n",
    "* The chance of getting a vanilla cookie from Bowl 2 is 1/2."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "likelihood = 3/4, 1/2"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The next step is to multiply the priors by the likelihoods:"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.375\n",
       "Bowl 2    0.250\n",
       "dtype: float64"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "unnorm = prior * likelihood\n",
    "unnorm"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The result is called `unnorm` because it is an \"unnormalized posterior\".\n",
    "\n",
    "To compute the posteriors, we have to divide through by $P(D)$, which is the sum of the unnormalized posteriors."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.625"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "prob_data = unnorm.sum()\n",
    "prob_data"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Notice that we get 5/8, which is what we got by computing $P(D)$ directly.\n",
    "\n",
    "Now we divide by `prob_data` to get the normalized posteriors:"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.6\n",
       "Bowl 2    0.4\n",
       "dtype: float64"
      ]
     },
     "execution_count": 7,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "posterior = unnorm / prob_data\n",
    "posterior"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The posterior probability for Bowl 1 is 0.6, which is what we got using Bayes's Theorem explicitly.\n",
    "\n",
    "As a bonus, we also get the posterior probability of Bowl 2, which is 0.4.\n",
    "\n",
    "The posterior probabilities add up to 1, which they should, because the hypotheses are \"complementary\"; that is, either one of them is true or the other, but not both.\n",
    "\n",
    "When we add up the unnormalized posteriors and divide through, we force the posteriors to add up to 1.  This process is called \"normalization\", which is why the total probability of the data is also called the \"[normalizing constant](https://en.wikipedia.org/wiki/Normalizing_constant#Bayes'_theorem)\"\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Exercise 1\n",
    "\n",
    "Suppose we put the first cookie back, stir, draw another cookie from the same bowl, and it's a chocolate cookie.  What is the probability we drew both cookies from Bowl 1?\n",
    "\n",
    "Hint: The prior for the second update is the posterior from the first update."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.6\n",
       "Bowl 2    0.4\n",
       "dtype: float64"
      ]
     },
     "execution_count": 8,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "prior2 = posterior\n",
    "prior2"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Now \n",
    "\n",
    "1. Compute the likelihood of the data under each hypothesis,\n",
    "2. Multiply the new prior by the likelihoods.\n",
    "3. Divide through by the total probability of the data."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Solution\n",
    "\n",
    "likelihood2 = 1/4, 1/2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.15\n",
       "Bowl 2    0.20\n",
       "dtype: float64"
      ]
     },
     "execution_count": 10,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Solution\n",
    "\n",
    "unnorm2 = prior2 * likelihood2\n",
    "unnorm2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.35"
      ]
     },
     "execution_count": 11,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Solution\n",
    "\n",
    "prob_data2 = unnorm2.sum()\n",
    "prob_data2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Bowl 1    0.428571\n",
       "Bowl 2    0.571429\n",
       "dtype: float64"
      ]
     },
     "execution_count": 12,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Solution\n",
    "\n",
    "posterior2 = unnorm2 / prob_data2\n",
    "posterior2"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 101 Bowls\n",
    "\n",
    "Suppose instead of 2 bowls there are 101 bowls:\n",
    "\n",
    "* Bowl 0 contains no vanilla cookies,\n",
    "\n",
    "* Bowl 1 contains 1% vanilla cookies,\n",
    "\n",
    "* Bowl 2 contains 2% vanilla cookies,\n",
    "\n",
    "and so on, up to\n",
    "\n",
    "* Bowl 99 contains 99% vanilla cookies, and\n",
    "\n",
    "* Bowl 100 contains all vanilla cookies.\n",
    "\n",
    "As in the previous problem, there are only two kinds of cookies, vanilla and chocolate.  So Bowl 0 is all chocolate cookies, Bowl 1 is 99% chocolate, and so on.\n",
    "\n",
    "Suppose we choose a bowl at random, choose a cookie at random, and it turns out to be vanilla.  What is the probability that the cookie came from Bowl $x$, for each value of $x$?\n",
    "\n",
    "To represent the prior, I'll use a Pandas `Series` with 101 equally spaced quantities from 0 to 1."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.00    0.009901\n",
       "0.01    0.009901\n",
       "0.02    0.009901\n",
       "0.03    0.009901\n",
       "0.04    0.009901\n",
       "dtype: float64"
      ]
     },
     "execution_count": 13,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "xs = np.linspace(0, 1, num=101)\n",
    "prob = 1/101\n",
    "\n",
    "prior = pd.Series(prob, xs)\n",
    "prior.head()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Here's what it looks like."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "prior.plot()\n",
    "\n",
    "plt.xlabel('Fraction of vanilla cookies')\n",
    "plt.ylabel('Probability')\n",
    "plt.title('Prior');"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Now that we have a prior, we need to compute likelihoods.\n",
    "\n",
    "Here are the likelihoods for a vanilla cookie:"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [],
   "source": [
    "likelihood_vanilla = xs"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "And for a chocolate cookie."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [],
   "source": [
    "likelihood_chocolate = 1 - xs"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "To compute unnormalized posteriors, we multiply the priors and the likelihoods."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {},
   "outputs": [],
   "source": [
    "unnorm = prior * likelihood_vanilla"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "To normalize, we divide through by the total probability of the data."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [],
   "source": [
    "posterior = unnorm / unnorm.sum()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Here's what the posterior looks like."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "posterior.plot()\n",
    "\n",
    "plt.xlabel('Fraction of vanilla cookies')\n",
    "plt.ylabel('Probability')\n",
    "plt.title('Posterior, one vanilla');"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Suppose we put the first cookie back, stir the bowl, draw from the same bowl again, and get a vanilla cookie again.\n",
    "\n",
    "What's are the posterior probabilities now?\n",
    "\n",
    "We can do another update, using the posterior from the first draw as the prior for the second draw."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {},
   "outputs": [],
   "source": [
    "prior2 = posterior\n",
    "unnorm2 = prior2 * likelihood_vanilla\n",
    "posterior2 = unnorm2 / unnorm2.sum()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "And here's what it looks like."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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Wb9/PuBdS6dSiPn8fnULdWknxDqlCeeJwzrky2LrvMNdPXED92klM+n7VfVajJJ44nHMuSplZuVz/3HwOHclj0tjBtGtaL94hxYU/x+Gcc1HIzs3nxucXsGFXFpO+P4iTkhvHO6S48cThnHOlyMsv4NYpi0nduJfHr+rP6d1axjukuPKmKuecK4GZ8evp/3vA76JTq864GsfKE4dzzpXg4VlrmTJ/E7cM61ZtHvArjScO55w7ismfbuCx99O4IqU9Pz2/V7zDSRieOJxzrhhvL9vKvW+t5NzebarkYEzHwxOHc84V8cm6DH788hJSOjXj8av6UzPJvyoj+afhnHMRFm/ay00vLKRbq4Y8M2ZQtXsqPBqeOJxzLrR2xwHGTlpAq0Z1eP6GwTSpV/2eCo9GTBOHpOGS1khKk3R3Mesl6bFw/TJJA8LlHSR9IGmVpJWSbo/YprmkWZLWhe/NYlkH51z1sHlPFqOfnU+tpBq88P0htG5UN94hJayYJQ5JScCTwAVAb+AqSb2LFLsA6BG+xgFPhcvzgDvN7CRgKPCjiG3vBmabWQ9gdjjvnHPHbOeBbK599jMO5+bzwg2D6dii6g77Wh5iecYxGEgzs/VmlgNMBUYWKTMSeN4C84CmkpLNbJuZLQIwswPAKqBdxDaTw+nJwCUxrINzrorLzMpl9LPz2bn/CM+NHcSJJ1TfrkSiFcvE0Q7YHDGfzv++/KMuI6kz0B/4LFzUxsy2AYTvrYs7uKRxklIlpWZkZBxrHZxzVdihI3mMnTSf9RmHmDB6IAM6est3NGKZOIq76dnKUkZSQ+A14A4z21+Wg5vZBDNLMbOUVq1alWVT51w1kJ2bz7gXUlmyeR+PXdWPM3r490S0Ypk40oEOEfPtga3RlpFUiyBp/MPMXo8os0NSclgmGdhZznE756q43LDTwjlpu/nTZX0ZfnJyvEOqVGKZOBYAPSR1kVQbGAXMKFJmBjA6vLtqKJBpZtsUPKL5LLDKzP5SzDZjwukxwPTYVcE5V9UUFBg/fWUpsz7fwW9H9uF7A9vHO6RKJ2bdqptZnqTxwHtAEjDRzFZKujlc/zQwExgBpAFZwNhw828A1wHLJS0Jl/3CzGYCDwDTJN0AbAIuj1UdnHNVi5nxyzdX8OaSrfz0/F6MPq1zvEOqlGRW9LJD1ZOSkmKpqanxDsM5F0dmxv1vr2LinC8Zf1Z37vJOC0slaaGZpRRd7k+OO+eqhYf+tZaJc75k7Dc6c+d5PeMdTqXmicM5V+U9PnsdT3yQxlWDO/Cbi3p7T7fHyROHc65Km/DxFzw0ay3f7d+O313i3aOXB08czrkqa/KnG/i/mau58NRkHrzsVJJqeNIoD544nHNV0kufbeKeGcFATI9c2c/H1ChHUX2Ski6S5J+6c65SmJa6mV+8sZyzerXiiav7U8uTRrmK9tMcBayT9KCkk2IZkHPOHY/XF6Xz89eWcUaPljx17UDq1PSBmMpbVInDzK4l6GjwC+A5SXPDTgQbxTQ655wrg+lLtnDXK0s5rWsL/j46xUfvi5Goz9/CTgZfI+gePRm4FFgk6dYYxeacc1GbsXQrP355CYO7NOeZMZ40YinaaxzfkfQG8D5QCxhsZhcAfYG7Yhifc86V6q2lW7lj6mIGdW7OxOsHUb92zHpTckTfV9VlwMNm9nHkQjPLkvT98g/LOeei89bSrdzx8hJSOjfnubGeNCpCtE1V24omDUl/BDCz2eUelXPORWH6ki3cPnUxAzs24zk/06gw0SaOc4tZdkF5BuKcc2UxfckWfhxxptGgjieNilLiJy3ph8AtQDdJyyJWNQLmxDIw55w7mjcWp3PntKUM7uLXNOKhtE/7JeCfwB+AuyOWHzCzPTGLyjnnjuKV1M387LVlnNa1Bc+MSfGkEQelfeJmZhsk/ajoCknNPXk45yrSlPmb+H+vL+eMHi2ZcF0K9Wr7LbfxEM0Zx0XAQsCAyB7CDOgao7icc+4rXpi7gV9PX8mwXq14+tqB/pxGHJWYOMzsovC9S8WE45xzX/fMJ+v53Tur+PZJbXjymv7ejUiclXZxfEBJ681sUfmG45xzX/XkB2n86b01XHhKMo+M6ucdFiaA0pqqHiphnQFnl2Mszjn3X2bGX2at5fH307i0fzv+dNmp3jV6giitqeqsigrEOecKmRn3v72KiXO+ZNSgDvz+0lN8EKYEUlpT1dlm9r6k7xa33sxej01YzrnqKr/A+OUby5m6YDNjv9HZxwhPQKU1VZ1J0LHhxcWsM8ATh3Ou3OTmF3DntKXMWLqVH53VjbvO6+VJIwGV1lR1T/g+tmLCcc5VV9m5+Yx/aRH/XrWTnw3vxS3Dusc7JHcU0Xar3kLSY5IWSVoo6VFJLaLYbrikNZLSJN1dzHqF+02TtCzyLi5JEyXtlLSiyDb3StoiaUn4GhFNHZxzievgkTzGPreAf6/ayf0j+3jSSHDR3qIwFcgAvkfQxXoG8HJJG0hKAp4k6AyxN3CVpN5Fil0A9Ahf44CnItZNAoYfZfcPm1m/8DUzyjo45xLQ3kM5XPP3eczfsIe/XNGX607rHO+QXCmiTRzNzex+M/syfP0OaFrKNoOBNDNbb2Y5BMlnZJEyI4HnLTAPaCopGSDsxt27NHGuCtuemc0Vf5vLqu0HePragXx3QPt4h+SiEG3i+EDSKEk1wtcVwDulbNMO2Bwxnx4uK2uZ4owPm7YmSmoWRXnnXILZsOsQlz39Kdsys5k8djDn9m4T75BclEpMHJIOSNoP3ETQb1VO+JoK/LiUfRd3K4QdQ5mingK6Af2AbRzlIUVJ4ySlSkrNyMgoZZfOuYq0Yksmlz39KVk5+bz0gyGc1q3US6YugZSYOMyskZk1Dt9rmFnN8FXDzBqXsu90oEPEfHtg6zGUKRrTDjPLN7MC4O8ETWLFlZtgZilmltKqVatSQnXOVZS5X+xm1IR51KmZxCs3n8ap7ZvGOyRXRlE/vy+pmaTBkr5V+CplkwVAD0ldJNUGRgEzipSZAYwO764aCmSa2bZS4kiOmL0UWHG0ss65xPLuiu2MmTif5CZ1efWHp9GtVcN4h+SOQVQjoEi6Ebid4IxgCTAUmEsJfVWZWZ6k8cB7QBIw0cxWSro5XP80MBMYAaQBWcB/nxeRNAUYBrSUlA7cY2bPAg9K6kfQpLWBoBnNOZfgXpy3kd9MX0HfDk2ZOGYQzRrUjndI7hjJrLRLCiBpOTAImGdm/SSdCNxnZlfGOsDykJKSYqmpqfEOw7lqycx45N/reHT2Os4+sTVPXN3fR+2rJCQtNLOUosuj/dfLNrNsSUiqY2arJfUq5xidc1VMXn4Bv56+kinzN3HZwPb84buneLfoVUC0iSNdUlPgTWCWpL2UchHbOVe9Hc7J59YpQRcitwzrxk/P936nqoqoEoeZXRpO3ivpA6AJ8G7MonLOVWp7DuXw/UkLWJq+j/tH9vGnwauYqBsaw36kvklwUXpO+DS4c859xYZdh7j+uflsy8zmqWsGMvzkE+Idkitn0XZy+BtgMtACaAk8J+lXsQzMOVf5LN60l+8+9SmZh3N56QdDPGlUUdGecVwF9DezbABJDwCLgN/FKjDnXOXy3srt3D51MW0a12XS2MF0adkg3iG5GIk2cWwA6gLZ4Xwd4ItYBOScq1zMjIlzNvC7dz6nb/umPDMmhZYN68Q7LBdDpQ0d+zjBNY0jwEpJs8L5c4H/xD4851wiy8sv4P63P2fy3I0M73MCD1/Zj3q1k+Idloux0s44Cp+aWwi8EbH8w5hE45yrNA4eyeP2KYuZvXon477VlbuHn0iNGn67bXVQ2tCxkwunw/6meoaza8wsN5aBOecS19Z9h7lhciprdxzg/ktO5rqhneIdkqtA0fZVNYzgrqoNBF2hd5A0JhxsyTlXjSxPz+SGyQs4nJPPxOsHcWZP7326uon24vhDwHlmtgZAUk9gCjAwVoE55xLPzOXb+Mm0JbRoUIcXfjiEXic0indILg6iTRy1CpMGgJmtlVQrRjE55xKMmfHE+2k8NGstAzo2ZcJov3OqOos2cSyU9CzwQjh/DcEFc+dcFZedm8/PXl3GjKVbuaRfWx743qnUreV3TlVn0SaOm4EfAbcRXOP4GPhrrIJyziWG7ZnZjHshlWXpmdx1Xk9+dFZ376jQlZ44JNUAFprZycBfYh+Scy4RLN28jx88n8rBI3lMuG4g5/Xx7kNcoNS+qsKxvZdK6lgB8TjnEsDri9K5/G9zqV2zBq/fcronDfcV0TZVJRM8OT4fOFS40My+E5OonHNxkZdfwB/fXc3fP/mSoV2b89drBtLch3h1RUSbOO6LaRTOubjbl5XDrVMW88m6XYw5rRO/uqi3j9bnilVaX1V1CS6MdweWA8+aWV5FBOacqzirtu1n3Aup7Mg8wh+/dwpXDvKWaXd0pZ1xTAZygU+AC4DewO2xDso5V3FmLN3Kz19dRuN6NZl601AGdGwW75BcgistcfQ2s1MAwuc45sc+JOdcRcjNL+CBf67m2f98SUqnZvz12gG0blQ33mG5SqC0xPHfjgzNLM/v33auasg4cITxLy3isy/3MOa0Tvzywt7UrunXM1x0SkscfSXtD6cF1AvnBZiZNY5pdM65crdw4x5+9I/F7Ducw8NX9uXS/u3jHZKrZErrVt37FXCuijAzJn26gd+/s4q2Tevx2g9Pp0/bJvEOy1VCMT03lTRc0hpJaZLuLma9JD0Wrl8maUDEuomSdkpaUWSb5pJmSVoXvvuVPOdKcfBIHrdOWcx9b33OsF6teevWb3rScMcsZolDUhLwJP+7G+sqSb2LFLsA6BG+xgFPRaybBAwvZtd3A7PNrAcwO5x3zh3F6u37+c7j/2Hm8m38bHgvJlw3kCb1vHNrd+xiecYxGEgzs/VmlgNMBUYWKTMSeN4C84CmkpIBwkGi9hSz35EEtwkTvl8Si+CdqwpeSd3MJU/O4cCRPF76wVBuGdbdh3d1xy3aJ8ePRTtgc8R8OjAkijLtgG0l7LeNmW0DMLNtkloXV0jSOIKzGDp29IeZXPWSlZPHr99cyWuL0jm9WwseHdWfVo18/AxXPmKZOIr7WWPHUOaYmNkEYAJASkpKuezTucpgzfYD/OilRXyRcZDbzunB7ef0IMnPMlw5imXiSAc6RMy3B7YeQ5midkhKDs82koGdxx2pc1WAmfHygs3c+9ZKGtapxYs3DOEb3VvGOyxXBcXyGscCoIekLpJqA6OAGUXKzABGh3dXDQUyC5uhSjADGBNOjwGml2fQzlVG+7NzGT9lMXe/vpyUTs2Zefs3PWm4mInZGUf4pPl44D0gCZhoZisl3RyufxqYCYwA0oAsYGzh9pKmAMOAlpLSgXvM7FngAWCapBuATcDlsaqDc5XBok17uX3qYrbuy+Znw3tx87e6+QVwF1Myq/rN/ykpKZaamhrvMJwrV/kFxlMfpvHwv9dxQuO6PHZVfwZ28seaXPmRtNDMUoouj+U1DudcjGzdd5ifTFvCvPV7uLhvW35/6ck0ruvPZriK4YnDuUrmraVb+eUby8kvMP58eV++N6Ad3gGpq0ieOJyrJPZn53Lv9JW8vngL/To05dFR/ejUokG8w3LVkCcO5yqBeet3c+e0pWzLPMxt5/Tg1rO7+7CuLm48cTiXwI7k5fOXf61lwifr6dS8Pq/cfLpfAHdx54nDuQS1YksmP5m2hLU7DnL1kI78csRJNKjj/2Vd/PlfoXMJJje/gKc+/ILHZq+jeYPaPDd2EGf1KrZLNufiwhOHcwlkzfYD3PnKElZs2c/Ifm257zt9aFq/drzDcu4rPHE4lwDy8gv428freeTfa2lctxZPXTOAC05JjndYzhXLE4dzcbZq235+9uoylm/J5MJTk/ntd/rQoqF3ge4SlycO5+IkJ6+AJz9I48kP0mhavxZ/vWYAI/wsw1UCnjici4NFm/Zy92vLWLvjIJf0a8s9F/ehWQO/luEqB08czlWgQ0fy+PO/1jDp0w2c0Lguz45J4ZyT2sQ7LOfKxBOHcxVk9qod/Gb6SrZmHua6oZ342fATaejPZbhKyP9qnYuxHfuzue+tlcxcvp2ebRry6s2nMbBT83iH5dwx88ThXIzkFxgvzN3An/+1lpz8An56fi9+cEZXatf0PqZc5eaJw7kYWLp5H796cwXLt2RyRo+W3D/yZDq39J5sXdXgicO5crQvK4cH31vDlPmbaNmwDo9f1Z+LTk328TJcleKJw7lyUFBgvLJwM398dw2Zh3MZe3oXfnxuDxr5qHyuCvLE4dxxWrJ5H/dMX8HS9ExSOjXjtyNPpnfbxvEOy7mY8cTh3DHaeSCbP727hlcWptO6UR0eubIfI/u19WYpV+V54nCujI7k5fPcnA08PnsdOfkF3PStrtx6Tg9/JsNVG/6X7lyUzIz3Vm7nD/9czcbdWXz7pNb88sLedPG7pVw144nDuSgsT8/k/nc+Z/6Xe+jZpiHPf38w3+rZKt5hORcXMX0SSdJwSWskpUm6u5j1kvRYuH6ZpAGlbSvpXklbJC0JXyNiWQdXvW3ek8XtUxdz8RP/4YudB/n9pScz87YzPGm4ai1mZxySkoAngXOBdGCBpBlm9nlEsQuAHuFrCPAUMCSKbR82sz/HKnbn9mXl8NSHX/DcpxsQcMuwbtw8rBuN/fZa52LaVDUYSDOz9QCSpgIjgcjEMRJ43swMmCepqaRkoHMU2zpX7rJz85n06Qb++kEaB47kcWn/dtx1Xi/aNq0X79CcSxixTBztgM0R8+kEZxWllWkXxbbjJY0GUoE7zWxv0YNLGgeMA+jYseMxVsFVF7n5Bby6MJ1H/72O7fuzOfvE1vz0/F6clOzPYzhXVCwTR3E3s1uUZUra9ing/nD+fuAh4PtfK2w2AZgAkJKSUvS4zgHBE99vL9/Gw7PW8uWuQwzo2JRHRvVjaNcW8Q7NuYQVy8SRDnSImG8PbI2yTO2jbWtmOwoXSvo78Hb5heyqi8Jbax+etY41Ow5w4gmNeHZMCmef2Nof4HOuFLFMHAuAHpK6AFuAUcDVRcrMIGh2mkrQFJVpZtskZRxtW0nJZrYt3P5SYEUM6+CqGDPj36t28si/17Jy6366tmrA41f158JTkqlRwxOGc9GIWeIwszxJ44H3gCRgopmtlHRzuP5pYCYwAkgDsoCxJW0b7vpBSf0Imqo2ADfFqg6u6jAzZn2+g0dnr2Pl1v10alGfP1/el0v6taVmko+P4VxZKLihqWpLSUmx1NTUeIfh4qCgwPjniu08/v46Vm8/QKcW9bn17B6eMJyLgqSFZpZSdLk/Oe6qpNz8AqYv2crTH31B2s6DdG3VgIcu78tITxjOHTdPHK5KycrJY9qCzfz9ky/Zsu8wJ57QiMev6s+IU5JJ8msYzpULTxyuSthzKIfJn27g+bkb2JuVy8BOzbj/kj6c1cvvknKuvHnicJXa+oyDTJzzJa8uTCc7t4Bvn9SGm8/sSkrn5vEOzbkqyxOHq3TMjLlf7GbinA3MXr2DWkk1uLRfO37wrS50b90o3uE5V+V54nCVRnZuPtOXbOG5ORtYvf0AzRvU5taze3Dd0E60alQn3uE5V2144nAJb/OeLF6ct5GXUzezLyuXE09oxIOXncp3+ralbq2keIfnXLXjicMlpPwC48M1O3lx3kY+XJtBDYnz+7ThuqGdGdq1uV/wdi6OPHG4hLI9M5tpqZt5ecFmtuw7TKtGdRh/VneuHtKR5CbetblzicATh4u73PwCPli9k2mpm3l/9U4KDE7v1oJfjDiJ8/q0oZY/sOdcQvHE4eJm7Y4DvLYwndcWbWHXwSO0bFiHm87sxqhBHejUokG8w3POHYUnDlehdh88wltLt/Laoi0s35JJzRri7BNbc0VKB87s1crPLpyrBDxxuJjLyslj1uc7eHPxFj5et4v8AqN3cmN+fVFvRvZrS8uGfiutc5WJJw4XE9m5+Xy8NoMZS7cye9VODufmk9ykLj84oyuX9G/LiSf4kKzOVVaeOFy5yc7N56O1Gcxcvo3Zq3Zy8EgezerX4rsD2nFx37YM7tzcB0tyrgrwxOGOS+bhXD5cs5N3V2zno7UZZOXk07R+LS48JZkRpyZzercWft3CuSrGE4crs817spi9agezVu3gs/V7yCswWjWqw6X92zH85BMY2tWThXNVmScOV6ojefks3LCXD9dm8P7qnaTtPAhA99YNufGMrpzbuzX9OzTzZijnqglPHO5rzIwvMg4xJ20XH6/NYO763WTl5FMrSQzp0oKrBnfk7BNb06WlP2vhXHXkicMBQfPT3PW7mbd+N5+m7Wb7/mwAOrWoz/cGtOfMnq0Y2q0FDev4n4xz1Z1/C1RDhWcUCzbsYf6XwWvLvsMAtGhQm6FdW/DNHi35ZveWdGheP87ROucSjSeOamB/di7L0zNZsnkfCzfuZdGmvezLygWgZcPaDO7SnB+c0YXTurWkZ5uG3vOsc65EnjiqmAPZuazefoDl6Zks35LJsvR9rN91CLNgfbdWDTi/9wkM7NSMgZ2b0bVlA08Uzrky8cRRSeXlF7BpTxZrth9g9fYDrNl+gFXb97Nxd9Z/y7RpXIdT2jVhZL929OvQlL7tm9Kkfq04Ru2cqwo8cSQwM2PPoRw27sliw65DfLnrEOszDpG28yBf7jpETn4BABJ0al6fPm0bc/nA9vRu25iT2zahdeO6ca6Bc64qimnikDQceBRIAp4xsweKrFe4fgSQBVxvZotK2lZSc+BloDOwAbjCzPbGsh6xkpdfwK6DOWzLPMz2zGy2ZmazZe9h0vdmkb73MJv3ZHHgSN5/yyfVEO2b1aN7q4YMO7EV3Vs1pNcJjejRuhH1avsQqs65ihGzxCEpCXgSOBdIBxZImmFmn0cUuwDoEb6GAE8BQ0rZ9m5gtpk9IOnucP7nsapHacyMnPwCDufkk5WTz6EjeezPzuNAdi77s/PIzMphX1Yue7Ny2XPoCLsP5bDrYA4ZB7LZfSjnv9ceCtWvnUS7pvVo16wegzo3o2OLBnRqXp8urRrQoVl9atf0J7Kdc/EVyzOOwUCama0HkDQVGAlEJo6RwPNmZsA8SU0lJROcTRxt25HAsHD7ycCHxChxPDZ7HTOWbqXADDMoMCM3r4DcAiM3v4AjuQUcycunwErfV4PaSTRvWJsWDerQtkld+nVoQqtGdWndqA7JTeqS3KQeyU3q0rR+Lb9Y7ZxLaLFMHO2AzRHz6QRnFaWVaVfKtm3MbBuAmW2T1Lq4g0saB4wD6Nix4zFVoHWjOvRq0wgJJFFDUCupBrWSRK2kGtSpWYO6tZKoU7MG9WvXpEGdJOrXrkmjuoWvWjStX4sm9WpRp6Y3JTnnqoZYJo7ifjYX/W1+tDLRbFsiM5sATABISUkp07aFRg3uyKjBx5Z0nHOuqoplg3k60CFivj2wNcoyJW27I2zOInzfWY4xO+ecK0UsE8cCoIekLpJqA6OAGUXKzABGKzAUyAyboUradgYwJpweA0yPYR2cc84VEbOmKjPLkzQeeI/gltqJZrZS0s3h+qeBmQS34qYR3I47tqRtw10/AEyTdAOwCbg8VnVwzjn3dbKi94NWQSkpKZaamhrvMJxzrlKRtNDMUoou94cCnHPOlYknDuecc2XiicM551yZeOJwzjlXJtXi4rikDGDjMW7eEthVjuFUBl7n6sHrXD0cT507mVmrogurReI4HpJSi7uroCrzOlcPXufqIRZ19qYq55xzZeKJwznnXJl44ijdhHgHEAde5+rB61w9lHud/RqHc865MvEzDuecc2XiicM551yZeOIISRouaY2ktHAs86LrJemxcP0ySQPiEWd5iqLO14R1XSbpU0l94xFneSqtzhHlBknKl3RZRcZX3qKpr6RhkpZIWinpo4qOsbxF8XfdRNJbkpaGdR4bjzjLk6SJknZKWnGU9eX7/WVm1f5F0HX7F0BXoDawFOhdpMwI4J8EoxMOBT6Ld9wVUOfTgWbh9AXVoc4R5d4n6Pb/snjHHeN/46bA50DHcL51vOOugDr/AvhjON0K2APUjnfsx1nvbwEDgBVHWV+u319+xhEYDKSZ2XozywGmAiOLlBkJPG+BeUDTwpEIK6lS62xmn5rZ3nB2HsFIjJVZNP/OALcCr1H5R5eMpr5XA6+b2SYAM6sOdTagkSQBDQkSR17Fhlm+zOxjgnocTbl+f3niCLQDNkfMp4fLylqmMilrfW4g+MVSmZVaZ0ntgEuBpyswrliJ5t+4J9BM0oeSFkoaXWHRxUY0dX4COIlgOOrlwO1mVlAx4cVNuX5/xWwEwEpGxSwrep9yNGUqk6jrI+ksgsTxzZhGFHvR1PkR4Odmlh/8IK3UoqlvTWAgcA5QD5graZ6ZrY11cDESTZ3PB5YAZwPdgFmSPjGz/TGOLZ7K9fvLE0cgHegQMd+e4NdIWctUJlHVR9KpwDPABWa2u4Jii5Vo6pwCTA2TRktghKQ8M3uzQiIsX9H+Xe8ys0PAIUkfA32Bypo4oqnzWOABCxr/0yR9CZwIzK+YEOOiXL+/vKkqsADoIamLpNrAKGBGkTIzgNHh3QlDgUwz21bRgZajUussqSPwOnBdJf4FGqnUOptZFzPrbGadgVeBWypp0oDo/q6nA2dIqimpPjAEWFXBcZanaOq8ieAMC0ltgF7A+gqNsuKV6/eXn3EAZpYnaTzwHsFdGRPNbKWkm8P1TxPcYTMCSAOyCH61VFpR1vk3QAvgr+Ev8DyrxD2LRlnnKiOa+prZKknvAsuAAuAZMyv2ls7KIMp/4/uBSZKWEzTh/NzMKnVX65KmAMOAlpLSgXuAWhCb7y/vcsQ551yZeFOVc865MvHE4Zxzrkw8cTjnnCsTTxzOOefKxBOHc865MvHE4eIu7IV2ScSr83Hur5+kERHz3ympJ9zyIOk2Sask/SOGx5gpqWk4fTB873y0HlFjSdKk4noOlvSMpN4VHY+rWP4ch0sEh82sX3Erwo7oVMa+hPoRPAE+E8DMZvD1h8DK2y0ET9d/GasDmNmI0kvFl5ndGO8YXOz5GYdLOOGv6FWS/gosAjpIekpSajh+wn0RZQcpGCtkqaT5kpoAvwWuDM9erpR0vaQnwvKdJM0OxySYHT4dX/gL+rFwX+uL+zUdlvuJpBXh645w2dME3XjPkPTjIuU/k9QnYv5DSQMlDQ6PtTh87xWuv17S65LelbRO0oMR226Q1LKUz+0TSYvC1+lHKTc6rP9SSS+U8rkUu7zI/u4PP78aYf1SwuXnSZobxvKKpIbh8gckfR7u889Hq49LYPHuR95f/gLyCTqdWwK8AXQmeIp5aESZ5uF7EvAhcCrBeAvrgUHhusYEZ9HXA09EbPvfeeAtYEw4/X3gzXB6EvAKwY+p3gRdcxeNcyBBb6oNCLrjXgn0D9dtAFoWs82PgfvC6WRgbWSs4fS3gdciYl0PNAHqAhuBDkWPARwM3zsTjsEA1AfqhtM9gNRi4ukDrInYT/NSPpeSPq/LgAeBv/G/h4k/JDjbawl8DDQIl/+coCeC5uHxC8s3jfffn7/K/vKmKpcIvtJUFV7j2GjBuAGFrpA0jiAxJBN8uRuwzcwWAFjYu6lK7tX2NOC74fQLBF98hd60oEnscwV9GBX1TeANCzoERNLrwBnA4hKONw2YRdAFxBUEyQmCxDBZUo+wHrUitpltZpnhMT4HOvHVLrGPphbwhKR+BMm4ZzFlzgZetbCLDTMrHMPhaJ9LSZ/XrwkGBBpXzHGGEvwbzQn/PWoDc4H9QDbwjKR3gLejqJdLMJ44XKI6VDghqQtwF8GZxV5Jkwh+jYvj79o+cvsjEdPFZZ8y97NuZlsk7VbQy/CVwE3hqvuBD8zs0jBRfniUOPKJ/v/pj4EdBL3b1iD4gi4q2s/saGUily8ABkpqHpGAIo8zy8yu+loA0mCCTgZHAeMJkpmrRPwah6sMGhMkkszwTOCCcPlqoK2kQQCSGkmqCRwAGh1lX58SfGEBXAP8pwxxfAxcIqm+pAYEAz59EsV2U4GfAU3MbHm4rAmwJZy+vgwxlKQJwRlYAXAdQbNeUbMJzt5aAEhqHi4/2udS0uf1LvAA8I6kop/3POAbkrqHx6kvqWd4naOJmc0E7iC4kcFVMn7G4RKemS2VtJjgmsJ6YE64PEfSlcDjkuoBhwmuF3wA3C1pCfCHIru7DZgo6adABmXoJdTMFoVnO4XjNjxjZiU1UxV6FXiU4Cyj0IMETVU/IRjfvDz8FXhN0uUEn8GhogUs6Cn298BHkvIJmtmu5+ifS4mfl5m9EiaNGYq4BdrMMiRdD0yRVCdc/CuCpD5dUuEZ41duJnCVg/eO65xzrky8qco551yZeOJwzjlXJp44nHPOlYknDuecc2XiicM551yZeOJwzjlXJp44nHPOlcn/B0m7+ierT+ekAAAAAElFTkSuQmCC\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "posterior2.plot()\n",
    "\n",
    "plt.xlabel('Fraction of vanilla cookies')\n",
    "plt.ylabel('Probability')\n",
    "plt.title('Posterior, two vanilla');"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Exercise 2\n",
    "\n",
    "Suppose we put the second cookie back, stir the bowl, draw from the same bowl again, and get a chocolate cookie.\n",
    "\n",
    "Now what are the posterior probabilities?"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Solution\n",
    "\n",
    "prior3 = posterior2\n",
    "unnorm3 = prior3 * likelihood_chocolate\n",
    "posterior3 = unnorm3 / unnorm3.sum()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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qHUsqxtRBS7fsY9ykDHYfLuTJ0X0Y2aeV1yHViMjwMB4f1YeI8DCe+GINJQq3n96pzp2Z1WaWVIypYz5avJU731pEk9go3h5/Qr3rMys8THj04l6ECTz15RoEuP0MO2OpKZZUjKkjVJXnv1nLo5+uIr1dE56/qj8pcXWjMb66wsKERy7qRYnCk1+uIalRFNccn+p1WPWCJRVj6oCi4hLu+2AZk+du4vzeLfnHpb2Ijqi77Sf+cBLLcew9XMj905aR1DCac3q18DqsOs+u/jImxOUVFvPrSRlMnruJG0/uwBOX9an3CaVURHgYT1/ej/5tm3D7mwv5ce1Or0Oq8yypGBPC9uUd4eqX5zBzdS4PXdCTu4Z3tXHfy4iJCuelX6XTLimWG16bz/qdh7wOqU6zpGJMiNpxIJ/RL8xmUfZenrm8H1cNbud1SLVWQmwUE8cMIEzg15MyOJB/xOuQ6ixLKsaEoK178xg1YRYbdh7i5V8NsLYCP7RJjOXZK/uxfuchfjtlIcUl9bcz3WCypGJMiNm8+zCXvTCLXQcLeW3sIIZ1TvE6pJBxQodk7j/P6YTy8c9WeR1OnWRJxZgQsnHXIUa/MJt9h4/w+q8H0b9dE69DCjlXD27HZelteG7mWr5etcPrcOocSyrGhIiNuw5x2b9nc6iwiDd+PZherRO8DikkiQgPjuxB1+Zx/G7qIrbty/c6pDrFkooxISB7z2GueHEO+UXFvDF2cL27Sz7QGkSG88wV/cg/UsytUxZQVFzidUh1hiUVY2q5nH15XPHiHA7kH+G16wfRvWVjr0OqEzo2bcRDF/Rk7vrdPPXlGq/DqTMsqRhTi+08WMCVL85h96FCJl0/yM5QAuyifq25uF9rnvk6i8yNe7wOp04IalIRkeEiskpEskTknnKWi4g85S5fLCL9fJZNFJEdIrK0zDYPiMgWEVnoTiN8lv3B3dcqETkrmGUzJtj25x/hmpfnsnVfHv+5dgB92iR4HVKd9MD53WkRH8Odby3icGGR1+GEvKAlFREJB54Fzga6A5eLSPcyq50NdHKnccDzPsteAYZXsPt/qWofd5ruHq87MBro4W73nBuDMSEnr7CYsa9ksGbHASZc1Z8BqYleh1RnxTWI5B+X9mL9zkM8+qldZvxLBfNMZSCQparrVLUQmAKMLLPOSGCSOmYDCSLSAkBVvwV2V+N4I4EpqlqgquuBLDcGY0LKkeISbnw9k3kbd/Ovy/pwcpemXodU553QIZkxJ6Tyyo8b+CHL+gf7JYKZVFoBvoNFZ7vzqrtOeW52q8smikjphfp+7UtExolIhohk5Obm+nEoY2qOqnLPO0v4elUuD19wHOf2aul1SPXG3cO70j65IXe9vZhDBVYNdqyCmVTK69WubL8I/qxT1vNAB6APkAM8Xp19qeoLqpququkpKXYnsqldHvtsFe/Mz+a20ztxxaC2XodTr8REhfP3S3qxZW8eT3yx2utwQlYwk0o20MbneWtg6zGs8zOqul1Vi1W1BHiRn6q4qr0vY2qTV3/cwLNfr+XygW347WmdvA6nXhqQmsjlA9sw8YcNLN2yz+twQlIwk8o8oJOIpIlIFE4j+rQy60wDrnGvAhsM7FPVnMp2Wtrm4roQKL06bBowWkSiRSQNp/F/biAKYkywfbZsGw98uIzTuzXjryN72pjqHrpneDeaxEbxx/eWWKeTxyBoSUVVi4CbgRnACmCqqi4TkfEiMt5dbTqwDqdR/UXgxtLtRWQyMAvoIiLZInK9u+hREVkiIouBU4Db3eMtA6YCy4FPgZtUtThY5TMmUBZn7+W3UxbSq1U8T1/el4hwu33MS/Gxkfz5vO4szt7Hqz9u8DqckCOq9TcTp6ena0ZGhtdhmHose89hLnj2R6Ijwnj/piH1dkz52kZVGfOfeWRs2M3Xvz+ZpnENvA6pVhGRTFVNL2+Z/SQyxiP7849w3SvzKCgq5pVrB1hCqUVEhAfO70FhcYndu1JNllSM8UBxiXLr5AWsyz3EhKv606lZnNchmTLSkhty3dA03s7MZuHmvV6HEzIsqRjjgf+bvoKZq3J5cGQPhnRM9jocU4FbTu1ESlw0D0xbRok12vvFkooxNWzy3E28/P16rh2SypWDbFz52qxRdAR3D+/Kws17eXfBFq/DCQmWVIypQXPW7eK+95dyUucU/jSim9fhGD9c1LcVvdsk8PdPV1qHk36wpGJMDdmyN48bX59P26RYnr7CLh0OFWFhwp/P7UbugQJe/m691+HUevapNqYG5BUWM25SBoVFJbx4TTqNG0R6HZKphv7tEjmzezP+/e06dh0s8DqcWs2SijFBpqrc9c5ilufs56nL+9IhpZHXIZljcNfwLhwuLOKZr7O8DqVWs6RiTJC9+N06Ply0ld+f1YVTulo39qGqY9M4RqW34bXZG9m067DX4dRallSMCaIfs3byyCcrGXFcc244qYPX4Zhf6LbTOxMeJjz2md0QWRFLKsYEyZa9edw8eQEdUhrx6CW9rZPIOqB5fAOuHZLGtEVbWbltv9fh1EqWVIwJgvwjxdzwWiZHikqYcHV/GkVHeB2SCZDfDGtPo+gInvxijdeh1EqWVIwJggc/XMbi7H08Pqq3NczXMQmxUVw7JJVPlm5j+VY7WynLkooxAfZ2ZjaT527mhpM7cGaP5l6HY4Jg7ND2xEVH8OSXNkJkWZZUjAmgFTn7+dN7Szi+fRK/O6Oz1+GYIImPjeS6oWnMWLadZVtthEhfllSMCZD9+Ue44bVM4mMiecoG26rzrhuaRlyDCJ6wtpWfsU+9MQGgqtzzzmI278nj2Sv72dgo9UB8TCRjh7bn8+XbWZFjbSulLKkYEwCv/riB6Uu2cddZXRiQmuh1OKaGjDkhlYZR4Uz4Zq3XodQallSM+YUWbd7Lw9NXcFrXpvz6xPZeh2NqUHxsJFcObseHi7baXfauoCYVERkuIqtEJEtE7ilnuYjIU+7yxSLSz2fZRBHZISJLy2zzDxFZ6a7/nogkuPNTRSRPRBa604Rgls0YgH15R7jpjfk0jWvA46N6ExZmNzjWN9cPTSMiLIx/f2tnKxDEpCIi4cCzwNlAd+ByEeleZrWzgU7uNA543mfZK8Dwcnb9OdBTVXsBq4E/+Cxbq6p93Gl8QApiTAVUlbvfXsy2ffk8fUVfEmKjvA7JeKBZ4wZc3L81b2Vms+NAvtfheC6YZyoDgSxVXaeqhcAUYGSZdUYCk9QxG0gQkRYAqvotsLvsTlX1M1UtHSlnNtA6aCUwphL/nb2RT5dt4+7hXenXtonX4RgPjT+pPUXFJbz8vY23Esyk0grY7PM8251X3XUqcx3wic/zNBFZICLfiMiJ5W0gIuNEJENEMnJzc6txKGN+snTLPh76aAWndm3K9UPTvA7HeKxdUkPO6dWS12dvYn/+Ea/D8VQwk0p5lct6DOuUv3ORPwFFwOvurBygrar2Be4A3hCRxkftXPUFVU1X1fSUlBR/DmXMzxwsKOKWyQtIbBjFY5daO4px/GZYew4WFDF13uaqV67DgplUsoE2Ps9bA1uPYZ2jiMivgHOBK1VVAVS1QFV3uY8zgbWA3dJsAu7P7y9l465DPDm6D4kNrR3FOHq2imdQWiL/+WEDRcUlXofjmWAmlXlAJxFJE5EoYDQwrcw604Br3KvABgP7VDWnsp2KyHDgbuB8VT3sMz/FvTgAEWmP0/i/LnDFMQbenZ/Nuwu2cOtpnRjUPsnrcEwtc/3QNLbszWPGsu1eh+KZoCUVtzH9ZmAGsAKYqqrLRGS8iJRemTUd54s/C3gRuLF0exGZDMwCuohItohc7y56BogDPi9z6fAwYLGILALeBsar6lEN/cYcq/U7D3Hf+0sZmJrIzad09DocUwud1q0ZqUmxvPR9/f09K27tUb2Unp6uGRkZXodhQkBhUQkXP/8jm3Yf5pPfnkjLhBivQzK11Ks/buD+act454YT6N+ubl4VKCKZqppe3jK7o94YPzz22SqWbNnH3y/uZQnFVOqS/q1p3CCCifX08mJLKsZU4bs1ubzw7TquGNSW4T1tfBRTuYbREVw+qC2fLM1hy948r8OpcZZUjKnEroMF/G7qIjo2bcR955TtEMKY8l09uB0Ab8zZ6HEkNc+SijEVUFXufmcxew8f4anRfYmJCvc6JBMiWjeJ5dSuzZgydzMFRcVeh1OjLKkYU4HX5mziixU7uOfsrnRvedR9tMZU6prj27HrUCGfLNnmdSg1ypKKMeXI2nGAhz9ezrDOKYw5IdXrcEwIGtoxmbTkhvx3dv2qArOkYkwZhUUl/HbKQmKjInjskl7WDYs5JmFhwlWD25G5cU+9GsfekooxZTz++SqWbd3P3y/uRdPGDbwOx4SwS/q1pkFkGP+dVX/OViypGONj1tpdvPDtOi4f2JYzujfzOhwT4uJjI7mgTyveX7iFfYfrR+/FllSMce07fIQ7pi4kLakh953bzetwTB1x1eB25B8p4YNFW7wOpUb4lVRE5FwRsQRk6rT7PlhK7oEC/nVZH2KjIrwOx9QRPVvF07NVYybP3Ux96BbL30QxGlgjIo+KiP2EM3XOBwu3MG3RVn57Wid6t0nwOhxTx1w2oC0rcvazOLvuN9j7lVRU9SqgL84YJf8RkVnuCIpxQY3OmBqwZW8e976/lP7tmnDDyR28DsfUQSP7tCQmMpwp8zZ5HUrQ+V2lpar7gXdwxppvAVwIzBeRW4IUmzFBV1Ki3Dl1ESUlyr9G9SEi3Gp5TeA1bhDJOb1aMG3hVg4VFHkdTlD526Zyvoi8B3wFRAIDVfVsoDdwZxDjMyaoJv6wnlnrdnH/eT1omxTrdTimDrt8YBsOFRbz0eIqB7cNaf7+LLsE+Jeq9lLVf6jqDgB35MXrghadMUG0atsBHp2xijO6N+PS9NZeh2PquH5tm9CxaSMmz63bY9j7m1RyVPVb3xki8ncAVf0y4FEZE2QFRcXc9uZCGjeI4G8XHYeI3TVvgktEGD2gDQs372XVtgNehxM0/iaVM8qZd3YgAzGmJj3xxRpW5OznkYt6kdwo2utwTD1xYd9WRIQJ78zP9jqUoKk0qYjIDSKyBOgqIot9pvXA4poJ0ZjAytiwm39/s5bRA9pwut01b2pQUqNoTunalPcWbKGouMTrcIKiqjOVN4DzgA/cv6VTf/cy40qJyHARWSUiWSJyTznLRUSecpcvFpF+PssmisgOEVlaZptEEflcRNa4f5v4LPuDu69VInJWVfGZ+udgQRF3TF1EqyYx3HuuDbplat7F/VqTe6CA79bs9DqUoKgqqaiqbgBuAg74TIhIYmUbikg48CxONVl34HIRKftffDbQyZ3GAc/7LHsFGF7Oru8BvlTVTsCX7nPcfY8GerjbPefGYMz/PPzxcjbvOcw/R/WhUbTdNW9q3qldm9IkNpK362gVmD9nKgCZQIb7N9PneWUGAlmquk5VC3HubxlZZp2RwCR1zAYSRKQFgHthwO5y9jsSeNV9/Cpwgc/8KapaoKrrgSw3BmMA+GrldibP3cxvhnVgQGqlv4mMCZqoiDBG9mnF58u318lOJitNKqp6rvs3TVXbu39Lp/ZV7LsV4HvtXLY7r7rrlNVMVXPcuHKAptXZl9sTQIaIZOTm5lZxKFNX7D5UyF1vL6Fr8zhuP6OT1+GYeu7ifq0pLCrhoyV1756VSs//fds4yqOq8yvbvLxNjmEdf/m1L1V9AXgBID09ve737mZQVe59fwn78gr57/UDiY6wWlHjrZ6tGtO5WSPezszmykHtvA4noKqqVH68kmUKnFrJ8mygjc/z1kDZtOzPOmVtF5EWqprjVpXt+AX7MvXAtEVbmb5kG3cP70q3FjbWvPGeiHBxv9b87ZOVrMs9SPuURl6HFDBVVX+dUslUWUIBmAd0EpE0EYnCaUSfVmadacA17lVgg4F9pVVblZgG/Mp9/CucK9NK548WkWgRScNp/J9bxb5MHZezL4/73M4ixw2rqsbWmJpzQd9WiMAHC+vWb9+qqr9OVdWvROSi8par6rsVbauqRSJyMzADCAcmquoyERnvLp8ATAdG4DSqHwau9Tn2ZOBkIFlEsoH7VfVl4BFgqohcD2wCLnX3t0xEpgLLgSLgJlUt9uM1MHWUqnLX24spKlH+Oao34TbWvKlFmjVuwPHtk5i2aCu3nd6pzvTqUFX110k4nUieV84yBSpMKgCqOh0ncfjOm+DzWHEuVy5v28srmL8LOK2CZQ8DD1cWk6k/Xpu9ke/W7OShC3rSLqmh1+EYc5SRfVpy9ztLWLJlH71aJ3gdTkBUmlRU9X7377WVrWdMbbN+5yH+b/pKhnVO4cpBbb0Ox5hyDe/ZgvveX8b7C7bWmaTib9f3Se6d7/NFJFNEnhSRpGAHZ8yxKC5Rfjd1IZHhwqMX96oz1Qqm7omPieSUril8uHgrxSV142JUfzuUnALkAhfjdIOfC7wZrKCM+SX+/e1a5m/ay18v6Enz+AZeh2NMpUb2aUXugQJmr9vldSgB4W9SSVTVv6rqend6CEgIYlzGHJPlW/fzr89XM+K45pzfu6XX4RhTpVO7NqVRdAQfLNzidSgB4W9S+VpERotImDuNAj4OZmDGVFdBUTF3TF1IfEwUD11gY6SY0NAgMpyzejTnk6XbyD8S+hesVtX1/QER2Q/8BqcfsEJ3mgLcHvzwjPHfk1+sYeW2A/z94uNIbBjldTjG+G1kn5YcyC9i5qrQ7zqqqpsf41S1sfs3TFUj3ClMVe3WZFNrZG7cw4Rv1jIqvTWndbMxUkxoOaFDEk1iI5m+pKp7v2s/v/v+dsct6QT8r+Wz7BDDxnjhcGERd761iBbxMdxnY6SYEBQRHsbwni34YOEW8o8U0yAydPun8/eS4rHAtzh3xz/o/n0geGEZ479HPlnJ+p2H+MelvYhrEOl1OMYck3OOa8HhwuKQrwLzt6H+t8AAYKOqngL0xbms2BhPfb9mJ5NmbeTaIamc0CHZ63CMOWaD2yeS2DCKj0O8CszfpJKvqvkAIhKtqiuBLsELy5iq7cs7wu/fXkSHlIbcPbyr1+EY84s4VWDN+XLF9pC+CszfpJItIgnA+8DnIvIB1q288diD05ax40AB/xzVJ6TroI0p9VMV2I6qV66l/GqoV9UL3YcPiMjXQDzwadCiMqYKny7N4d0FW7j11I70bpPgdTjGBMSgtESSGkbx0eIchvds4XU4x6Q6V3/1A4bi9E78gzvuvDE1LvdAAX98byk9WzXm5lNtaGBTd5RWgb07fwt5hcXERIXeGbi/V3/9GXgVSAKSgf+IyL3BDMyY8qgqf3h3CQcLivjnqD5ERfhbg2tMaDjnuBbkHQndKjB//yMvBwao6v1ud/iDgSuDF5Yx5Xs7M5svVmznrrO60LlZnNfhGBNwA9MSaRIbyYxl27wO5Zj4m1Q24HPTIxANrA14NMZUYvPuwzz44XIGpiVy3ZA0r8MxJigiwsM4vVszvly5g8KiEq/Dqbaq+v56WkSeAgqAZSLyioj8B1gKHKyJAI0BKClR7nxrEarK45f2JsyGBjZ12PCezTmQX8SsEOwOv6ozlQwgE3gP+CPwNTAT+BPwSVU7F5HhIrJKRLJE5J5ylos7+FeWiCx2LwaodFsReVNEFrrTBhFZ6M5PFZE8n2UTyh7PhK6JP6xnzvrd3H9eD9okxnodjjFBNaRjMg2jwvl0aehVgVU1nPCrpY9FJAro7D5dpapHKttWRMKBZ4EzgGxgnohMU9XlPqudjdOfWCdgEPA8MKiybVX1Mp9jPA7s89nfWlXtU1lcJvSs3n6AR2es4vRuTbk0vbXX4RgTdA0iwzm5a1M+X76dhy7oSXgInZn7e/XXycAanC/654DVIjKsis0GAlmqus69/HgKMLLMOiOBSeqYDSSISAt/thVnsIxRwGR/ymBCU2FRCXdMXUhcdAR/u8iGBjb1x1k9mrPzYAELNu3xOpRq8beh/nHgTFU9SVWHAWcB/6pim1bAZp/n2e48f9bxZ9sTge2qusZnXpqILBCRb0TkxCriMyHgqS/XsHTLfh6+8DhS4qK9DseYGnNKlxSiwsNCrgrM36QSqaqrSp+o6mqgqu5gy/tJqX6u48+2l/Pzs5QcoK2q9gXuAN4QkaPGfBGRcSKSISIZubnWJ2ZtlrlxN8/NzOKS/q0Z3rO51+EYU6PiGkQypGMSM5ZvQ7Xs11/t5W9SyRSRl0XkZHd6EacBvzLZQBuf5605ur+witapdFsRiQAuAt4snaeqBaq6y32ciXPJc2fKUNUXVDVdVdNTUlKqKILxyqGCIu6Y6oyRcv95NkaKqZ+G92zO5t15LM/Z73UofvM3qYwHlgG34nSDv9ydV5l5QCcRSXMb+UcD08qsMw24xr0KbDCwT1Vz/Nj2dGClqmaXzhCRFLeBHxFpj9P4v87P8pla5qGPV7Bp92H+Oaq3jZFi6q3TuzVDBD5fvt3rUPxWZd9fIhIGZKpqT+Cf/u5YVYtE5GacAb3CgYmqukxExrvLJwDTgRFAFnAYuLaybX12P5qjG+iHAX8RkSKgGBivqrv9jdfUHl8s387kuZsYN6w9g9oneR2OMZ5JahRNv7ZN+HLFDm47/aiKl1qpyqSiqiUiskhE2qrqpursXFWn4yQO33kTfB4rcJO/2/osG1POvHeAd6oTn6l9dh4s4J53F9O1eRy/OzM0/omMCabTuzXj75+uJGdfHi3iY7wOp0r+Vn+1wLmj/ksRmVY6BTMwU/+oKve8s4T9eUU8MboP0RGh10OrMYF2eremAHy5IjQ6mPS36/sHgxqFMcCb8zbzxYrt3HtON7o2P+rCPWPqpY5NG9EuKZYvV2znqsHtvA6nSpUmFRFpgNMg3xFYArysqkU1EZipXzbsPMRfPlrOCR2SrLNIY3yICKd1bcZrczZyuLCI2Ci/h8HyRFXVX68C6TgJ5WycmyCNCagjxSXc9uZCIsKEx6yzSGOOcnr3phQWlfDdmp1eh1KlqlJed1U9DkBEXgbmBj8kU988/VUWCzfv5Zkr+tIyofY3RBpT0wakJhLXIIIvlm/nrB61+0bgqs5U/tdppFV7mWDI3LibZ75aw0X9WnFur5Zeh2NMrRQZHsYpXZry1codFJfU7rvrq0oqvUVkvzsdAHqVPhaR0LnF09RKB/KPcNubC2mZEMOD5/fwOhxjarXTuzdj16FCFm6u3R1MVtX1vV3TaYLm/mnL2LInj6m/Od7umjemCid1TiE8TPh6ZS792yV6HU6F/L1PxZiAmrZoK+/O38LNp3YiPbX2/oMYU1vEx0TSv10Tvl5Vu+9XsaRialz2nsP86b0l9GubwK2ndvQ6HGNCxildmrJs636278/3OpQKWVIxNaq4RLn9zYWowpOj+xIRbh9BY/x1SlenZ/WZtfhsxf6jTY165qss5m3Yw18vsLHmjamuLs3iaBHfgK9X1t6xoCypmBozb8NunvxyNRf1bcWFfW2seWOqS0Q4uUtTvs/aSWFRidfhlMuSiqkR+w4f4bYpC2mTGMtfLujpdTjGhKxTuqRwsKCIjI21c2QPSyom6FSVP7y3mO3783lqdF8aRdfuvouMqc2GdEwmMlyYuap2VoFZUjFBN3nuZqYv2cadZ3Whd5sEr8MxJqQ1jI5gUFoSX6+snY31llRMUK3adoAHP1zGiZ2SGXdie6/DMaZOOLlLCmt2HGTz7sNeh3IUSyomaPIKi7n5jfnENYjkn6P6WO/DxgTIKV2dgbtmrq59VWCWVEzQPPjhMrJyD/LEZX1IiYv2Ohxj6oz2yQ1p3SSGb+tbUhGR4SKySkSyROSecpaLiDzlLl8sIv2q2lZEHhCRLSKy0J1G+Cz7g7v+KhE5K5hlM5X7YOEWpszbzA0ndWBop2SvwzGmThERhnVOYdbaXRwprl2XFgctqYhIOPAszuBe3YHLRaR7mdXOBjq50zjgeT+3/Zeq9nGn6e423YHRQA9gOPCcux9Tw9bmHuSP7y4hvV0T7jijs9fhGFMnDeuUzMGCIhZs2ut1KD8TzDOVgUCWqq5T1UJgCjCyzDojgUnqmA0kiEgLP7ctayQwRVULVHU9kOXux9Sg/CPF3PT6fKIiwnj6CuuGxZhgOaFjMuFhUuuqwIL5H98K2OzzPNud5886VW17s1tdNlFEmlTjeIjIOBHJEJGM3Nza9WbUBQ9+uJyV2w7wz8v60CLeRnE0JlgaN4ikb5sEvl1Tu77HgplUyrvUp+yQZRWtU9m2zwMdgD5ADvB4NY6Hqr6gqumqmp6SklLOJuZYfbBwC5PnbuKGkztwSpemXodjTJ13YqcUlmzZx+5DhV6H8j/BTCrZQBuf562BrX6uU+G2qrpdVYtVtQR4kZ+quPw5ngmSNdsPcM87SxiYmmjtKMbUkGGdk1GF77N2eh3K/wQzqcwDOolImohE4TSiTyuzzjTgGvcqsMHAPlXNqWxbt82l1IXAUp99jRaRaBFJw2n8nxuswpmfHCooYvxrmTSMDufpK/oSae0oxtSIXq0TiI+JrFXtKkHrhElVi0TkZmAGEA5MVNVlIjLeXT4BmA6MwGlUPwxcW9m27q4fFZE+OFVbG4DfuNssE5GpwHKgCLhJVYuDVT7jUFX+8O4S1u88xGtjB9GscQOvQzKm3ggPE4Z2TOa7NbmoKiLe32Ac1J793Mt9p5eZN8HnsQI3+butO//qSo73MPDwscZrqm/SrI1MW7SVO8/szAkd7H4UY2rasM7JfLwkh9XbD9KleZzX4dgd9ebYZW7czV8/Ws5pXZty48k2LLAxXjixk3PBUW2pArOkYo7JjgP53PDafFo1ieGfl1m/XsZ4pWVCDO1TGvLD2trRWG9JxVTbkeISbn5jAfvzjzDhqv7Ex0R6HZIx9drQjsnMWbe7VowGaUnFVNvDH69g7vrd/O2i4+jWorHX4RhT7w3pmEzekWIWbt7rdSiWVEz1vJ2ZzSs/buC6IWk2zrwxtcTg9kmESe24X8WSivHbos17+eN7SzihQxJ/HNHV63CMMa74mEiOa53AD5ZUTKjIPVDA+NcySWkUzTNX9LOOIo2pZYZ2TGLh5r0cyD/iaRz2zWCqVFBUzPjXMtlzuJB/X92fxIZRXodkjCljSIdkikuUuet3exqHJRVTKVXlT+8tJXPjHh6/tA89W8V7HZIxphz92jUhOiLM83YVSyqmUi99t563M7P57WmdOKdXi6o3MMZ4okFkOAPTEvkxa5encVhSMRX6auV2/u+TFYw4rjm/Pa2T1+EYY6pwQodkVm0/wI4D+Z7FYEnFlGv51v3c8sYCerRszGOX9rY75o0JAUM7Ov3veXm2YknFHGX7/nyuf3UecQ0ieflXA4iNCmq/o8aYAOnesjHxMZH86GGXLfZtYX7mcGERY1/NYF/eEd4af7x1ZW9MCAkPEwalJTJrnZ2pmFqgqLiEW95YwLKt+3j68r70aGlXehkTao7vkMTm3Xlk7znsyfEtqRjAuXT4z9OW8eXKHTxwfg9O69bM65CMMcdgcPskAGav8+Z+FUsqBoDnZq7ljTmbGH9SB645PtXrcIwxx6hLsziaxEYya603VWCWVAxvZ2bzjxmruKBPS+46q4vX4RhjfoGwMGFw+yRmr9uFM7huDR+/xo9oapUvlm/n7ncWM6RjEo9eYpcOG1MXDG6fxJa9eWTvyavxYwc1qYjIcBFZJSJZInJPOctFRJ5yly8WkX5VbSsi/xCRle7674lIgjs/VUTyRGShO00IZtnqgrnrd3PTG/Pp0bIx/746nagI+41hTF1wfAenXcWLKrCgfYuISDjwLHA20B24XES6l1ntbKCTO40Dnvdj28+BnqraC1gN/MFnf2tVtY87jQ9OyeqG5Vv3c/2r82jVJIb/jBlAo2i7utyYuqJT00YkNYzy5NLiYP40HQhkqeo6VS0EpgAjy6wzEpikjtlAgoi0qGxbVf1MVYvc7WcDNlJUNWXtOMjVL8+hUXQE/71+EEmNor0OyRgTQCLetasEM6m0Ajb7PM925/mzjj/bAlwHfOLzPE1EFojINyJyYnlBicg4EckQkYzc3Fz/SlKHbNx1iCtfmo2I8PrYQbRKiPE6JGNMEAzukETOvnw27qrZ+1WCmVTKa/EtmzIrWqfKbUXkT0AR8Lo7Kwdoq6p9gTuAN0TkqAHUVfUFVU1X1fSUlJQqilC3bN2bxxUvzqGgqITXxw6ifUojr0MyxgTJ8e79KjVdBRbMpJINtPF53hrY6uc6lW4rIr8CzgWuVPfcTlULVHWX+zgTWAt0DkhJ6oCte/MY/cJs9ucd4b/XDaJL8zivQzLGBFGHlIakxEUzuw4llXlAJxFJE5EoYDQwrcw604Br3KvABgP7VDWnsm1FZDhwN3C+qv7vvE5EUtwGfkSkPU7j/7ogli9kbHETyp5DhUy6fiDHtbbuV4yp60SEgWmJzF2/u0bbVYKWVNzG9JuBGcAKYKqqLhOR8SJSemXWdJwv/izgReDGyrZ1t3kGiAM+L3Pp8DBgsYgsAt4Gxquqt+Nq1gJOQpnFnsOF/HfsIPq2beJ1SMaYGjIoLZGcffk1er9KUK8jVdXpOInDd94En8cK3OTvtu78jhWs/w7wzi+Jt65Zv/MQV700h/35R3jt+kH0bpPgdUjGmBo0MC0RcO5Ja5MYWyPHtLvd6qgVOfu5dMIs8o4UM/nXgy2hGFMPdW4aR3xMJHPX11yljd3xVgct2LSHMf+ZR0xkOK+NHUzHpnaVlzH1UViYMCA1kTnra66x3s5U6pivVm7nihfnEB8TyVvjj7eEYkw9NygtkQ27DrN9f82MW29JpQ6ZMncTv56UScemjXjnhhNqrA7VGFN7+bar1ARLKnVASYnyz89Xc8+7SxjaMZkp4waTEmddrxhjoEfLxsRGhddYUrE2lRCXV1jMnW8t4uMlOYxKb83DFx5HZLj9VjDGOCLCw+jfromdqZiqbduXz6h/z2L60hz+OKIrf7+4lyUUY8xRBrdPYtX2A+w5VBj0Y9k3UIias24X5z79PetyD/LSNemMG9YBERtgyxhztNJ2lXkbgn+2YkklxKgqL3y7litemkPjBhG8d9MQTuvWzOuwjDG1WK/W8URFhDGnBqrArE0lhOw5VMg97y5mxrLtnN2zOY9e0ou4BpFeh2WMqeWiI8Lp0zqBjBo4U7GkEiJ+zNrJHVMXsetQAfee043rh6ZZdZcxxm/pqU144dt1HC4sIjYqeF/9Vv1Vy+UfKeb/pq/gypfnEBsdzns3DmHsie0toRhjqmVAaiJFJcrCzXuDehw7U6nF5qzbxT3vLmH9zkNcMagt957TLai/MIwxdVc/t4fyzA17OKFDctCOY99QtdCeQ4U89tkqXp+ziTaJMbw+dhBDOgbvQ2CMqfviYyPp0iyOeRv3BPU4llRqkaLiEt6Yu4nHP1vNwYIirhuSxp1ndbazE2NMQKSnNmHawq0UlyjhYcGpQrdvq1pAVZmxbBv//Hw1q7cf5IQOSdx/Xg8b8tcYE1DpqU14fc4mVm07QPeWjYNyDEsqHiopUb5etYN/fbGapVv20z6lIc9f2Y/hPZtbQ7wxJuDS2zk3QWZs3G1JpS7JKyzmnfnZTPxhPetyD9EmMYbHLu3NBX1aEmHdrBhjgqR1kxiaNY4mY8Merjk+NSjHsKRSQ1SV+Zv28u78bD5ctJX9+UUc1yqeJy7rwzm9WlifXcaYoBMR0lMTg3oTZFCTiogMB54EwoGXVPWRMsvFXT4COAyMUdX5lW0rIonAm0AqsAEYpap73GV/AK4HioFbVXVGMMtXlYKiYuas283Xq3bw5YodbNp9mAaRYQzv0ZwrBrVjQGoTq+YyxtSoAe2a8PHiHLbszaNVQkzA9x+0pCIi4cCzwBlANjBPRKap6nKf1c4GOrnTIOB5YFAV294DfKmqj4jIPe7zu0WkOzAa6AG0BL4Qkc6qWhysMpZSVXIPFrB5dx6bdh9iSfZ+FmXvZemWfRQUlRAdEcbxHZK45dSOnH1cCxpF2wmiMcYb6aluu8qG3bTq0yrg+w/mt9tAIEtV1wGIyBRgJOCbVEYCk1RVgdkikiAiLXDOQiradiRwsrv9q8BM4G53/hRVLQDWi0iWG8OsQBdsRc5+bpm8gLzCYg4XFnGooJjC4pL/LW8QGUbPlvFcNbgdQzomcXz7ZGKiwgMdhjHGVFvX5nE0jAonY8MeRoZYUmkFbPZ5no1zNlLVOq2q2LaZquYAqGqOiDT12dfscvb1MyIyDhgH0LZt22oU5ycNoyLo3KwRMZERxEaFExsdTsv4GNokxtCmSSxpyQ2twd0YUytFhIcxakAbWjcJznDjwUwq5TUWqJ/r+LPtsRwPVX0BeAEgPT29qn2Wq21SLM9d2f9YNjXGGM/df16PoO07mD+ns4E2Ps9bA1v9XKeybbe7VWS4f3dU43jGGGOCKJhJZR7QSUTSRCQKpxF9Wpl1pgHXiGMwsM+t2qps22nAr9zHvwI+8Jk/WkSiRSQNp/F/brAKZ4wx5mhBq/5S1SIRuRmYgXNZ8ERVXSYi493lE4DpOJcTZ+FcUnxtZdu6u34EmCoi1wObgEvdbZaJyFScxvwi4KaauPLLGGPMT8S58Kp+Sk9P14yMDK/DMMaYkCIimaqaXt4yu0TJGGNMwFhSMcYYEzCWVIwxxgSMJRVjjDEBU68b6kUkF9j4C3aRDOwMUDihoL6VF6zM9YWVuXraqWpKeQvqdVL5pUQko6IrIOqi+lZesDLXF1bmwLHqL2OMMQFjScUYY0zAWFL5ZV7wOoAaVt/KC1bm+sLKHCDWpmKMMSZg7EzFGGNMwFhSMcYYEzCWVKogIsNFZJWIZInIPeUsFxF5yl2+WET6eRFnIPlR5ivdsi4WkR9FpLcXcQZSVWX2WW+AiBSLyCU1GV8w+FNmETlZRBaKyDIR+aamYww0Pz7b8SLyoYgscst8rRdxBoqITBSRHSKytILlgf/+UlWbKphwut1fC7QHooBFQPcy64wAPsEZeXIwMMfruGugzCcATdzHZ9eHMvus9xXOkA2XeB13DbzPCThDSbR1nzf1Ou4aKPMfgb+7j1OA3UCU17H/gjIPA/oBSytYHvDvLztTqdxAIEtV16lqITAFGFlmnZHAJHXMBhJKR6YMUVWWWVV/VNU97tPZOKNshjJ/3meAW4B3+Gm00VDmT5mvAN5V1U0Aqhrq5fanzArEiYgAjXCSSlHNhhk4qvotThkqEvDvL0sqlWsFbPZ5nu3Oq+46oaS65bke55dOKKuyzCLSCrgQmFCDcQWTP+9zZ6CJiMwUkUwRuabGogsOf8r8DNANZyjyJcBvVbWkZsLzRMC/v4I28mMdIeXMK3sNtj/rhBK/yyMip+AklaFBjSj4/CnzE8Ddqlrs/IgNef6UOQLoD5wGxACzRGS2qq4OdnBB4k+ZzwIWAqcCHYDPReQ7Vd0f5Ni8EvDvL0sqlcsG2vg8b43zC6a664QSv8ojIr2Al4CzVXVXDcUWLP6UOR2Y4iaUZGCEiBSp6vs1EmHg+fvZ3qmqh4BDIvIt0BsI1aTiT5mvBR5Rp8EhS0TWA12BuTUTYo0L+PeXVX9Vbh7QSUTSRCQKGA1MK7PONOAa9yqKwcA+Vc2p6UADqMoyi0hb4F3g6hD+1eqryjKrapqqpqpqKvA2cGMIJxTw77P9AXCiiESISCwwCFhRw3EGkj9l3oRzZoaINAO6AOtqNMqaFfDvLztTqYSqFonIzcAMnCtHJqrqMhEZ7y6fgHMl0AggCziM80snZPlZ5j8DScBz7i/3Ig3hHl79LHOd4k+ZVXWFiHwKLAZKgJdUtdxLU0OBn+/zX4FXRGQJTtXQ3aoasl3ii8hk4GQgWUSygfuBSAje95d102KMMSZgrPrLGGNMwFhSMcYYEzCWVIwxxgSMJRVjjDEBY0nFGGNMwFhSMbWW2xvwQp8p9Rfur4+IjPB5fn5lPRIHgojcKiIrROT1IB5juogkuI8Pun9TK+qZNphE5JXyenAWkZdEpHtNx2Nqnt2nYmqzPFXtU94Ct8M/qWa/TH1w7oyfDqCq0zj65rdAuxGn14H1wTqAqo6oei1vqepYr2MwNcPOVEzIcH99rxCR54D5QBsReV5EMtyxLx70WXeAOGO9LBKRuSISD/wFuMw967lMRMaIyDPu+u1E5Et3TIkv3V4DSn95P+Xua115v8Ld9e4QkaXudJs7bwJON+vTROT2MuvPEZEePs9nikh/ERnoHmuB+7eLu3yMiLwrIp+KyBoRedRn2w0iklzF6/adiMx3pxMqWO8at/yLROS/Vbwu5c4vs7+/uq9fmFu+dHf+mSIyy43lLRFp5M5/RESWu/t8rKLymFrO6/7+bbKpogkoxuncbyHwHpCKc2f3YJ91Et2/4cBMoBfOWBnrgAHussY4Z+VjgGd8tv3fc+BD4Ffu4+uA993HrwBv4fwA647TdXrZOPvj9GjbEKe79GVAX3fZBiC5nG1uBx50H7cAVvvG6j4+HXjHJ9Z1QDzQANgItCl7DOCg+zcVdwwNIBZo4D7uBGSUE08PYJXPfhKreF0qe70uAR4F/s1PN1jPxDlLTAa+BRq68+/G6aEh0T1+6foJXn/+bDq2yaq/TG32s+ovt01lozrjPpQaJSLjcJJGC5wvfgVyVHUegLo9zErlvQsfD1zkPv4vzpdiqffVqWZbLk5/UGUNBd5Tp+NFRORd4ERgQSXHmwp8jtNtxiicxAVO0nhVRDq55Yj02eZLVd3nHmM50I6fd1tekUjgGRHpg5OoO5ezzqnA2+p2SaKqpWNwVPS6VPZ63Ycz2NO4co4zGOc9+sF9P6KAWcB+IB94SUQ+Bj7yo1ymFrKkYkLNodIHIpIG3IlzRrJHRF7B+RUv/PLhB3y3L/B5XF5mqnZf+Kq6RUR2idPb82XAb9xFfwW+VtUL3SQ6s4I4ivH///d2YDtOD8NhOF/eZfn7mlW0ju/8eUB/EUn0SU6+x/lcVS8/KgCRgTidOY4GbsZJdCbEWJuKCWWNcZLMPvcM4mx3/kqgpYgMABCROBGJAA4AcRXs60ecLzOAK4HvqxHHt8AFIhIrIg1xBvP6zo/tpgB3AfGqusSdFw9scR+PqUYMlYnHOXMrAa7GqSos60ucs74kABFJdOdX9LpU9np9CjwCfCwiZV/v2cAQEenoHidWRDq77SrxqjoduA3nogoTguxMxYQsVV0kIgtw2jDWAT+48wtF5DLgaRGJAfJw2ie+Bu4RkYXA38rs7lZgooj8HsilGr21qup89yypdMyNl1S1sqqvUm8DT+KcnZR6FKf66w7gK39jqMJzwDsicinOa3Co7Arq9Nb7MPCNiBTjVN2NoeLXpdLXS1XfchPKNPG5jFtVc0VkDDBZRKLd2ffiJPwPRKT0TPNnFzaY0GG9FBtjjAkYq/4yxhgTMJZUjDHGBIwlFWOMMQFjScUYY0zAWFIxxhgTMJZUjDHGBIwlFWOMMQHz/xL+xmh+eeKKAAAAAElFTkSuQmCC\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "# Solution\n",
    "\n",
    "posterior3.plot()\n",
    "\n",
    "plt.xlabel('Fraction of vanilla cookies')\n",
    "plt.ylabel('Probability')\n",
    "plt.title('Posterior, two vanilla, one chocolate');"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.67"
      ]
     },
     "execution_count": 24,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Solution\n",
    "\n",
    "posterior3.idxmax()"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.8.5"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 1
}