kMer logo

logo.ipynb

{
 "metadata": {
  "name": ""
 },
 "nbformat": 3,
 "nbformat_minor": 0,
 "worksheets": [
  {
   "cells": [
    {
     "cell_type": "code",
     "collapsed": false,
     "input": [
      "%matplotlib inline\n",
      "from matplotlib import pyplot as plt"
     ],
     "language": "python",
     "metadata": {},
     "outputs": [],
     "prompt_number": 1
    },
    {
     "cell_type": "code",
     "collapsed": false,
     "input": [
      "f = plt.figure(figsize=(8, 8), facecolor='black')\n",
      "p = f.add_subplot(111, axisbg='black')\n",
      "p.set_xticks([])\n",
      "p.set_yticks([])\n",
      "for spine in p.spines.values():\n",
      "    spine.set_visible(False)\n",
      "\n",
      "colors = ['g', 'g', 'g', 'y', 'y', '#FFA500', '#FFA500', 'r', 'r']\n",
      "hide = [(1, 8), (2, 8), (3, 8),\n",
      "        (1, 7), (2, 7), (3, 7),\n",
      "        (1, 6), (2, 6),\n",
      "        (1, 5),\n",
      "                        (3, 4),\n",
      "                (2, 3), (3, 3),\n",
      "                        (3, 2),\n",
      "        (1, 1),\n",
      "        (1, 0), (2, 0)]\n",
      "\n",
      "for y, color in enumerate(colors):\n",
      "    for x in range(4):\n",
      "        if (x, y) in hide:\n",
      "            continue\n",
      "        p.plot([x, x + 0.65], [y, y], color, linewidth=24)\n",
      "\n",
      "p.set_xlim(p.get_xlim()[0] - 0.5, p.get_xlim()[1] + 0.5)\n",
      "p.set_ylim(p.get_ylim()[0] - 1, p.get_ylim()[1] + 1)\n",
      "\n",
      "f.tight_layout()\n",
      "f.savefig('kmer.png', facecolor=f.get_facecolor(), edgecolor='none')"
     ],
     "language": "python",
     "metadata": {},
     "outputs": [
      {
       "metadata": {},
       "output_type": "display_data",
       "png": "iVBORw0KGgoAAAANSUhEUgAAAjgAAAI4CAYAAABndZP2AAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\n",
       "text": [
        "<matplotlib.figure.Figure at 0x7fc61c188e10>"
       ]
      }
     ],
     "prompt_number": 2
    }
   ],
   "metadata": {}
  }
 ]
}