{
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  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "/home/filipe/.virtualenvs/iris/lib/python2.7/site-packages/folium/__init__.py\n",
      "0.2.0\n"
     ]
    }
   ],
   "source": [
    "import folium\n",
    "\n",
    "print(folium.__file__)\n",
    "print(folium.__version__)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {
    "collapsed": false
   },
   "outputs": [],
   "source": [
    "import numpy.ma as ma\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "from scipy.io import loadmat\n",
    "\n",
    "\n",
    "def colorize(array, cmap='rainbow'):\n",
    "    normed_data = (array - array.min()) / (array.max() - array.min())\n",
    "    cm = plt.cm.get_cmap(cmap)\n",
    "    return cm(normed_data)\n",
    "\n",
    "\n",
    "merc = loadmat('./data/mercator_temperature.mat', squeeze_me=True)\n",
    "x, y = merc['x'], merc['y']\n",
    "level = 10  # 10 meters temperature.\n",
    "data = ma.masked_invalid(merc['temp'][level, ...])\n",
    "\n",
    "colored_data = colorize(data, cmap='rainbow')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
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',
                    [[31.028392791748047, -78.0], [41.978797912597656, -61.0]],
                    {"opacity": 0.5}
                    ).addTo(map_56e1f894f2814e9595142e02efe9fc55);
            
        
            
            var tile_layer_c9598418bc3f48a3a316884c2b816505 = L.tileLayer(
                'http://hfradar.ndbc.noaa.gov/tilesavg.php?s=10&e=100&x={x}&y={y}&z={z}&t=2016-2-14 20:00:00&rez=2',
                {
                    maxZoom: 18,
                    minZoom: 1,
                    attribution: 'HFRadar NDBC',
                    detectRetina: false
                    }
                ).addTo(map_56e1f894f2814e9595142e02efe9fc55);

        
        
            
            var layer_control_9845b3f4d8534ddeb537764f67dc9afa = {
                base_layers : { "openstreetmap" : tile_layer_0e57745898a44dc7bf57bec7f4c28219,"hfradar 2km" : tile_layer_c9598418bc3f48a3a316884c2b816505, },
                overlays : { "macro_element_793ff528e110412a973493325b60f3b0" : image_overlay_793ff528e110412a973493325b60f3b0, }
                };
            L.control.layers(
                layer_control_9845b3f4d8534ddeb537764f67dc9afa.base_layers,
                layer_control_9845b3f4d8534ddeb537764f67dc9afa.overlays
                ).addTo(map_56e1f894f2814e9595142e02efe9fc55);
        
        
        
        </script>
        \" style=\"position:absolute;width:100%;height:100%;left:0;top:0;\"></iframe></div></div>"
      ],
      "text/plain": [
       "<folium.folium.Map at 0x7fc1dbe99950>"
      ]
     },
     "execution_count": 3,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import numpy as np\n",
    "from datetime import datetime\n",
    "\n",
    "from folium import plugins\n",
    "\n",
    "mapa = folium.Map(location=[y.mean(), x.mean()], zoom_start=5)\n",
    "\n",
    "plugins.ImageOverlay(np.flipud(colored_data),\n",
    "                     [[y.min(), x.min()], [y.max(), x.max()]],\n",
    "                     opacity=0.5).add_to(mapa)\n",
    "\n",
    "\n",
    "jd_now = datetime.utcnow()\n",
    "url = ('http://hfradar.ndbc.noaa.gov/tilesavg.php?'\n",
    "       's=10&e=100&x={x}&y={y}&z={z}&t=' +\n",
    "       str(jd_now.year) + '-' + str(jd_now.month) +\n",
    "       '-' + str(jd_now.day) + ' ' +\n",
    "       str(jd_now.hour-2) + ':00:00&rez=2')\n",
    "\n",
    "folium.TileLayer(tiles=url, name='hfradar 2km', attr='HFRadar NDBC').add_to(mapa)\n",
    "\n",
    "mapa.add_children(folium.LayerControl())\n",
    "\n",
    "mapa"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Iris (Python 2)",
   "language": "python",
   "name": "iris_python2"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 2
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython2",
   "version": "2.7.8"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 0
}