annotation-arrow-styles.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Annotation Arrow Styles"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 1152x720 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "import matplotlib.pyplot as plt\n",
    "import matplotlib.patches as mpatches\n",
    "\n",
    "styles = mpatches.ArrowStyle.get_styles()\n",
    "def demo_con_style(ax, connectionstyle):\n",
    "    ax.text(.05, .95, connectionstyle.replace(\",\", \",\\n\"),\n",
    "            family=\"DejaVu Sans\",\n",
    "            transform=ax.transAxes, ha=\"left\", va=\"top\", size=\"small\")\n",
    "\n",
    "fig, ax = plt.subplots(figsize=(16, 10), frameon=False)\n",
    "ax.axis(\"off\")\n",
    "for i,style in enumerate(mpatches.ArrowStyle.get_styles()):\n",
    "    x0, y0 = 5 + 5*(i%3), -(i//3)\n",
    "    x1, y1 = 1 + 5*(i%3), -(i//3)\n",
    "    ax.plot([x0, x1], [y0, y1], \".\", color=\"0.25\")\n",
    "    ax.annotate(\"\",\n",
    "                xy=(x0, y0), xycoords='data',\n",
    "                xytext=(x1, y1), textcoords='data',\n",
    "                arrowprops=dict(arrowstyle=style,\n",
    "                                color=\"black\",\n",
    "                                shrinkA=5, shrinkB=5,\n",
    "                                patchA=None, patchB=None,\n",
    "                                connectionstyle=\"arc3,rad=0\"))\n",
    "    ax.text( (x1+x0)/2, y0-0.2, style,\n",
    "             family = \"DejaVu Sans\", ha=\"center\", va=\"top\")\n",
    "\n",
    "# plt.savefig(\"../figures/annotation-arrow-styles.pdf\")\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
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