layouts.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Layouts"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "# -----------------------------------------------------------------------------\n",
    "# Matplotlib cheat book\n",
    "# Released under the BSD License\n",
    "# -----------------------------------------------------------------------------\n",
    "import numpy as np\n",
    "import matplotlib as mpl\n",
    "import matplotlib.pyplot as plt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 9 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Subplots\n",
    "# -----------------------------------------------------------------------------\n",
    "nrows, ncols = 3,3\n",
    "for i in range(nrows*ncols):\n",
    "    ax = plt.subplot(ncols, nrows, i+1)\n",
    "    ax.set_xticks([]), ax.set_yticks([])\n",
    "# plt.savefig(\"../figures/layout-subplot.pdf\")\n",
    "plt.show()\n",
    "fig.clear()\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "iVBORw0KGgoAAAANSUhEUgAAAkYAAAJGCAYAAAC+3UpsAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAALEgAACxIB0t1+/AAAADh0RVh0U29mdHdhcmUAbWF0cGxvdGxpYiB2ZXJzaW9uMy4xLjEsIGh0dHA6Ly9tYXRwbG90bGliLm9yZy8QZhcZAAAKaklEQVR4nO3ZMWojSxhG0dbDmxDUuryCzr0F9RYU27vTPmqSmwxPNpaQaDGcE1fwJx9cqMOccwEAYFn+2/sAAIBXIYwAACKMAAAijAAAIowAACKMAADydsvj9/d1Ho/jWbfAXc7n7WvOue55w7qucwzb4LVsm23ANT9t46YwOh7H8vFxeshR8Cjn83bZ+4YxxnI6nfY+A/6ybbYB1/y0DV9pAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAOcw5f//4cPhcluXyvHPgLmPOue55gG3womwDrvt2GzeFEQDAv8xXGgBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBA3m55vK7rHGM86xa4y7ZtX3POdc8bbINXZBtw3U/buCmMxhjL6XR6yFHwKNu2Xfa+wTZ4RbYB1/20DV9pAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAEUYAABFGAAARRgAAOcw5f//4cPhcluXyvHPgLmPOue55gG3womwDrvt2GzeFEQDAv8xXGgBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBAhBEAQIQRAECEEQBA3m55vK7rHGM86xa4y7ZtX3POdc8bbINX9BLbeH+f43jc8wT4n+18/nYbN4XRGGM5nU4POQoeZdu2y9432Aav6CW2cTwup4+Pvc+Av2zn87fb8JUGABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBAAQYQQAEGEEABBhBACQw5zz948Ph89lWS7POwfuMuac654H2AYvyjbgum+3cVMYAQD8y3ylAQBEGAEARBgBAEQYAQBEGAEARBgBAEQYAQBEGAEARBgBAOQPi060hLPQHzcAAAAASUVORK5CYII=\n",
      "text/plain": [
       "<Figure size 576x576 with 9 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Subplots (colored)\n",
    "# -----------------------------------------------------------------------------\n",
    "nrows, ncols = 3,3\n",
    "for i in range(nrows*ncols):\n",
    "    ax = plt.subplot(ncols, nrows, i+1)\n",
    "    ax.set_xticks([]), ax.set_yticks([])\n",
    "    if i == 0: ax.set_facecolor(\"#ddddff\")\n",
    "    if i == 8: ax.set_facecolor(\"#ffdddd\")\n",
    "# plt.savefig(\"../figures/layout-subplot-color.pdf\")\n",
    "plt.show()\n",
    "fig.clear()\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Spines\n",
    "# -----------------------------------------------------------------------------\n",
    "ax = fig.add_subplot(1,1,1, xticks=[], yticks=[])\n",
    "ax.spines[\"top\"].set_color(\"None\")\n",
    "ax.spines[\"right\"].set_color(\"None\")\n",
    "# plt.savefig(\"../figures/layout-spines.pdf\")\n",
    "plt.show()\n",
    "fig.clear()\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 5 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Gridspec\n",
    "# -----------------------------------------------------------------------------\n",
    "gs = fig.add_gridspec(3, 3)\n",
    "ax1 = fig.add_subplot(gs[0, :], xticks=[], yticks=[])\n",
    "ax2 = fig.add_subplot(gs[1, :-1], xticks=[], yticks=[])\n",
    "ax3 = fig.add_subplot(gs[1:, -1], xticks=[], yticks=[])\n",
    "ax4 = fig.add_subplot(gs[-1, 0], xticks=[], yticks=[])\n",
    "ax5 = fig.add_subplot(gs[-1, -2], xticks=[], yticks=[])\n",
    "# plt.savefig(\"../figures/layout-gridspec.pdf\")\n",
    "plt.show()\n",
    "fig.clear()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 5 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Gridspec (colored)\n",
    "# -----------------------------------------------------------------------------\n",
    "gs = fig.add_gridspec(3, 3)\n",
    "ax1 = fig.add_subplot(gs[0, :], xticks=[], yticks=[])\n",
    "ax1.set_facecolor(\"#ddddff\")\n",
    "ax2 = fig.add_subplot(gs[1, :-1], xticks=[], yticks=[])\n",
    "ax3 = fig.add_subplot(gs[1:, -1], xticks=[], yticks=[])\n",
    "ax4 = fig.add_subplot(gs[-1, 0], xticks=[], yticks=[])\n",
    "ax5 = fig.add_subplot(gs[-1, -2], xticks=[], yticks=[])\n",
    "# plt.savefig(\"../figures/layout-gridspec-color.pdf\")\n",
    "plt.show()\n",
    "fig.clear()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Inset axes\n",
    "# -----------------------------------------------------------------------------\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "margin = 0.0125\n",
    "ax1 = fig.add_axes([margin,margin,1-2*margin,1-2*margin], xticks=[], yticks=[])\n",
    "ax2 = ax1.inset_axes([0.5, 0.5, 0.4, 0.4], xticks=[], yticks=[])\n",
    "# plt.savefig(\"../figures/layout-inset.pdf\")\n",
    "plt.show()\n",
    "fig.clear()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 576x576 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(8,8))\n",
    "margin = 0.01\n",
    "fig.subplots_adjust(left=margin, right=1-margin, top=1-margin, bottom=margin)\n",
    "mpl.rc('axes', linewidth=.5)\n",
    "\n",
    "# Axes divider\n",
    "# -----------------------------------------------------------------------------\n",
    "from mpl_toolkits.axes_grid1 import make_axes_locatable\n",
    "margin = 0.0125\n",
    "ax = fig.add_axes([margin,margin,1-2*margin,1-2*margin], xticks=[], yticks=[])\n",
    "divider = make_axes_locatable(ax)\n",
    "cax = divider.new_horizontal(size=\"10%\", pad=0.025)\n",
    "fig.add_axes(cax)\n",
    "cax.set_xticks([]), cax.set_yticks([])\n",
    "plt.show()\n",
    "# plt.savefig(\"../figures/layout-divider.pdf\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "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": "3.6.5"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}