plot_subplot-grid.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "%matplotlib inline"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "\n",
    "Subplot grid\n",
    "=============\n",
    "\n",
    "An example showing the subplot grid in matplotlib.\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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0VDdu3PA59dZfmZmZyszMfCjnlJSUpPfff/+htNXW1qakpCTNnz/f6FlHGN2oI7MQUGOEw+EY9HvGxoKIiIgx/fpgBurILDbLx/MIg8nIyLBKSkoe4ekAZrPZbKcsyxrR1z9TR3ja+VtH3IMCABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGImAAgAYiYACABjJZlmW/xvbbFcl1T660wGMN8uyrEkjaYA6Avyro2EFFAAAjwtDfAAAIxFQAAAjEVAAACMRUAAAIxFQAAAjEVAAACMRUAAAIxFQAAAjEVAAACMRUAAAIxFQAAAjEVAAACMRUAAAIxFQAAAjEVAAACMRUAAAIwUNZ+OYmBgrPj7+EZ0KYL5Tp05dG+m/qEsd4Wnnbx0NK6Di4+NVUlLy4GcFjHI2m23E/1Q7dYSnnb91xBAfAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIBBQAwEgEFADASAQUAMBIT2VA5ebmKi8v75Eeo6ioSLm5uXK5XI/0OH1KS0uVm5urhoaGx3K8x+3mzZv64IMPVFhY+KRPBf+HOhp9Ll++rNzcXP3yyy9P+lT8EvSkTwD3l5eXJ5fLpdzc3EG36e7uVmFhoZKSkjRt2jSP5U6nU+fPn9eVK1fU2toqm82mmJgYpaSkKDMzU4GBgX6dh9vtVlVVlaqqqtTQ0KDW1lb19vZqwoQJWrBggbKyshQSEuL363I6nfr111/V1NSktrY29fT0KDIyUlOnTlVWVpamTp3qsX1kZKQyMjL0888/a8mSJXI4HH4fCxirdXSv9vZ2ffTRR2pra9PMmTP197//3WP91KlTNX/+fBUWFiolJUXjxo174GM9Dk/lFdRYc+LECd26dUsrV670WF5XV6d9+/apurpakydPVmZmphYtWqSbN2/q4MGDysvLU09Pj1/HuHHjhnbv3q2zZ88qKipKGRkZSk9PV09Pjw4fPqwdO3aovb3d73N2Op26fPmyYmNjlZ6erszMTMXGxsrpdOrjjz/22cNbsWKF3G63fvzxR7+PA/hrNNbRvb755ht1d3ffd5tVq1apra1NJ06ceODjPC5cQY1yvb29Kikp0cSJEzVjxgyPdeHh4XrllVeUnJzs0cNbt26d8vLyVF9fr+LiYmVlZQ15nHHjxunFF19UWlqaR6/L7XZr9+7dqqqqUlFRkdavX+/Xef/pT39SUJD3x6+pqUkff/yxDh48qLS0NI/zjoiIUEJCgs6cOaPs7GzZ7Xa/jgUMZbTW0UCnT59WRUWFXnzxReXn5w+63bRp0xQTE6OSkhKtWLFCAQHmXqcYHVCVlZU6fvy4rl69qo6ODoWGhio6OlopKSlaunSpJOnDDz+UJL333nte+xcVFamoqEjbtm1TfHy81/pbt26poKBAFy5cUFdXlyZNmqSsrCwtWrTIYzuXy6W8vDytXr1ac+bM0aFDh9TQ0CDLsjRjxgw9//zzXkNS91NTU6Njx46poaFBd+7ckcPh0IIFC7Ry5cr+P7otLS39r02Sx9BEfHy8tm3b1t9Wa2urfve733kdJy4uTnFxcV7LQ0JClJWVpb1798rlcvlVWJGRkf3v+UCBgYFatWqVqqqqhnWfwFc4SVJsbKxiYmLU2Nio27dvKzIy0mN9SkqKqqurVV5eroyMDL+P9zSjjsZuHfVpbW3Vd999p8WLFysxMXHI7VNSUlRUVKSamhrNnTt32Md7XIwNqFOnTumbb75ReHi4kpKSFBoaqtu3b6upqUmlpaU+f8nD0dHRoU8++UR2u13p6enq7OzU2bNntXfvXt28eVMrVqzw2ufSpUv66aeflJCQoGXLlun69euqqKjQp59+qs2bN2vWrFlDHrekpET5+fkKDg5WcnKywsLC5HK5dOTIEVVWVuqNN96Q3W6X3W7X6tWrVVZWppaWFq1evbq/jaioqP7/rqmpkSTNnDlzWK+/r9f0MHpPD7Ot5uZmNTc3KzQ0VBEREV7r+15nTU0NAeUH6mjs15FlWfr6668VEhKiP/zhD+ro6Bhyn4F1REA9gJKSEgUGBurtt99WWFiYx7qRjNH2aWpqUnJysl599VXZbDZJ0sqVK7Vjxw4VFhZq4cKFmjBhgsc+1dXVWr9+vZYtW9a/zOl06quvvtL+/fv17rvv9rflS0tLi7777juNGzdOb731lmJiYvrX5efn6+TJkyooKNBLL73UX1gul8ursAaqq6uTpGH1PKW7s5UkPZQP50jaqqmpUV1dndxut27cuKGqqipJ0oYNG3y+l9HR0bLb7aqtrR3ZST8lqKOxX0fHjx+Xy+XS5s2bFRIS4ldA9b1O0+vI3MFH3e1J+OpNhIaGPpS2165d61EIEyZMUGZmptxut06fPu21T3R0tFePc/78+YqPj9f169eH/GWfOXNGbrdby5Yt8ygqSVqzZo1CQkJ0+vRpv2+4Sncv7QMDA4f1nhQXF6u6ulpxcXF65pln/N7Pl8rKSp06dUqRkZE+e8tDqampUVFRkX766SeVl5dr3Lhx2rhxo+bPnz/oPuHh4bp9+/aw3qenGXU0tNFaR1evXtUPP/ygjIwMJSQk+L2f3W5XUFCQWltbH+R0HxtjAyo1NVV37tzRRx99pAMHDsjpdOr27dsPrX2Hw+HVs5PUP8be2NjotW7WrFk+e3b322egK1euSJJmz57ttW78+PGKi4tTT0+Prl27NtTp92tvbx/WZIGKigodOHBA4eHh2rhxo9/TY32pr6/X3r17FRwcrI0bN2r8+PHDbmPt2rXKzc3Vv/71L/3jH//Q7Nmz9eWXX953pl7fcR7GFcBYRx35ZzTWkdvt1r59+xQREaHs7OxhH3f8+PHG15CxQ3zLly9XaGioTp48qRMnTuj48eOy2WyaNWuW1q1bN+xL8XvdO9zRJzw8XJLU2dn5UPYZqKury2P7e/XdcxmqnYGCg4P97ik6nU7t2bNHYWFh2rp1q88/LP6qr6/XF198IZvNptdee83juZEHMW7cOE2ZMkV//vOf1dHRoUOHDmnOnDk+2+17vYNNtMD/Rx35ZzTW0ZEjR9TY2KitW7c+0PNMPT09xteQ0WeXlpamtLQ0dXZ2qr6+XhUVFSotLdXnn3+ud955R2FhYbLZbHK73T73v98HdLBeZFtbmyT57E09yD4D9T2A19bWpsmTJ3utv3Xrll/tDBQWFqbm5ma53e779uL6blyHh4dr69atmjhxot/HuFdtba127twpm82mTZs2afr06Q/cli9z585VdXW1amtrfRZse3u7AgICHuiK7WlEHQ1tNNbRlStXZFnWoN/mUVdXp9zcXNntdv3zn//0WGdZljo7Oz0mipjI6IDqY7fblZiYqMTERFmWpdLSUtXW1mrhwoWy2+1qamry+cG6fPnyoG22traqpaXF6xfUN8XT17TSuro6WZblNTxxv30GmjJliioqKuRyubzGizs7O9XY2KigoCCPcfW+Y/X29vq8jxAbG9s/881XsUrSr7/+qv/973+KiIjQtm3bRtTju3jxonbt2qXAwEBt2rRpxFdOvvT9gfH1eru7u3Xr1i3Fxsbe90Y6vFFHY6uOEhISfN4z6+7uVnl5ucLDwzVv3jwFBwd7bXPt2jVZljXke/2kGXsPqrq6Wr29vV7L+3pffW/6tGnT1Nvbq7KyMo/tysrK+mfm+NLb26uCggJZltW/7MaNGzpx4oQCAgKUmprqtU9zc7NOnjzpsczpdMrlcik6OnrI6bGpqakKDAxUcXGxrl+/7rGusLBQXV1dSk1N9bjs7vsADnYzs2/c/tKlSz7Xl5WVad++fXI4HHr99df9Kqq8vDyf33924cIF7dy5U0FBQdqyZYtfRfX1118rNzfX4/fT09Oj+vp6n9s3NDSopKRENpvN52ymhoYG9fb2+rz/AG/U0V1jsY6WLVumDRs2eP2sXbtW0t3JKBs2bNAf//hHr/b6XqfpdWTsFdSePXsUFBSkmTNnKioqSpZlqa6uTg0NDZo6dWp/zykzM1NlZWX69ttvVVNTI4fDocbGRtXX12vevHn905bvFRsbq4aGBm3fvl1z5sxRV1eXysvL1dnZqezsbEVHR3vtM3fuXH3//fc6f/684uLi+p/fCAoK0ssvvzxkjz4qKkovvPCC8vPztX37diUnJys0NFS1tbWqr69XTEyM183O2bNn6+zZs9q9e7cSExMVHBwsh8OhtLQ0SXdnPx04cEDV1dVavHixx74XL17U/v37ZVmW4uPjvf74SHd71c8++6zHsr4/NgN7mteuXdOuXbvU09OjxMREVVZWqrKy0qu9e6fx+mqrp6dHn3zyiWJiYjRlyhRFRkbqzp07unbtmi5evChJys7O9pqhJd0tbklasGCB1zp4o47uGot1NBIXLlxQQECAkpKSHkp7j4qxAbV27VpVV1frypUrOn/+vIKCguRwOJSdna2MjIz+YYhJkyZpy5Yt+uGHH1RVVaWAgADNnDlTb775pioqKgYtrPHjx2vTpk0qKChQWVnZfZ+A7zN9+nQ999xzOnTokIqLi2VZlmbPnq01a9b4fYm+dOlSRUdH69ixYzp37lz/E/ArVqzQqlWrvMbNFy9erNbWVpWXl+vo0aPq7e1VfHx8f2FFRkb2/wHp6OjwuC/T2tra/8Hue8biXlFRUR6FZVmWfvvtN0VFRXmMifd9oasknTt3TufOnfPZ3r2F1dTUpJCQEI+n24ODg/X73/9etbW1qq2t7Z9JFBkZqdTUVC1dutTneLxlWTpz5ozi4uK8vo4GvlFHd43FOnpQnZ2dcjqdmjdvnvlfumxZlt8/S5YssZ5GFy9etHJycqxDhw496VPxqa6uzsrJybGOHTs24rYaGxutnJwcq7i4eMRtdXR0WLm5udbBgwdH3JZlWZbT6bRycnKs06dPP5T2HoSkEmsYNePrhzo69KRPxaenpY6OHz9u5eTkWC6X66G09yD8rSNj70HBfzNmzFBycrKOHj2qO3fujKgtl8ul8PDwET94KN2dpRQYGKjly5ePuC3LslRUVKSpU6cO2jMHRuJpqKM7d+7oyJEjWrhwoV9fKfWkGTvEh+FZt26dSktLdePGjUFnIfkjMzNTmZmZD+WckpKS9P777z+Uttra2pSUlKT58+czew+PzFivo5aWFi1ZskTp6ekPpb1HjYAaIxwOx6DfMzYWREREjOnXBzOM9TqaNGnSqHp9NmvA9NChZGRkWCUlJY/wdACz2Wy2U5Zljehr1KkjPO38rSPuQQEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjERAAQCMREABAIxEQAEAjGQ45oVcAAAAVklEQVSzLMv/jW22q5JqH93pAMabZVnWpJE0QB0B/tXRsAIKAIDHhSE+AICRCCgAgJEIKACAkQgoAICRCCgAgJEIKACAkQgoAICRCCgAgJEIKACAkf4f9IAnOngai3sAAAAASUVORK5CYII=\n",
      "text/plain": [
       "<Figure size 432x288 with 4 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "import matplotlib.pyplot as plt\n",
    "\n",
    "plt.figure(figsize=(6, 4))\n",
    "plt.subplot(2, 2, 1)\n",
    "plt.xticks([])\n",
    "plt.yticks([])\n",
    "plt.text(0.5, 0.5, 'subplot(2,2,1)', ha='center', va='center',\n",
    "        size=20, alpha=.5)\n",
    "\n",
    "plt.subplot(2, 2, 2)\n",
    "plt.xticks([])\n",
    "plt.yticks([])\n",
    "plt.text(0.5, 0.5, 'subplot(2,2,2)', ha='center', va='center',\n",
    "        size=20, alpha=.5)\n",
    "\n",
    "plt.subplot(2, 2, 3)\n",
    "plt.xticks([])\n",
    "plt.yticks([])\n",
    "\n",
    "plt.text(0.5, 0.5, 'subplot(2,2,3)', ha='center', va='center',\n",
    "        size=20, alpha=.5)\n",
    "\n",
    "plt.subplot(2, 2, 4)\n",
    "plt.xticks([])\n",
    "plt.yticks([])\n",
    "plt.text(0.5, 0.5, 'subplot(2,2,4)', ha='center', va='center',\n",
    "        size=20, alpha=.5)\n",
    "\n",
    "plt.tight_layout()\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
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