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 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# LOFAR single station imaging"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Based on version 1.4 of V.A. Moss's tutorial, tutorial from M.A. Brentjens 8/8/2017.\n",
    "\n",
    "Updated February 2020 by T.J. Dijkema with aerial imagery backdrops."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "%load_ext autoreload\n",
    "%autoreload 2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "from lofarimaging import make_xst_plots, read_acm_cube, get_station_type\n",
    "import os\n",
    "import datetime\n",
    "from glob import glob\n",
    "from tqdm import tqdm_notebook as tqdm"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "station_name = \"DE603\"\n",
    "station_type = get_station_type(station_name)\n",
    "xst_filename = 'test/20170720_095816_mode_3_xst_sb297.dat'\n",
    "xst_data = read_acm_cube(xst_filename, station_type)[0]\n",
    "obsdatestr, obstimestr, _, rcu_mode, _, subbandname = os.path.basename(xst_filename).rstrip(\".dat\").split(\"_\")\n",
    "obstime = datetime.datetime.strptime(obsdatestr + \":\" + obstimestr, '%Y%m%d:%H%M%S')\n",
    "subband = int(subbandname[2:])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Maximum at -6m east, 70m north of station center (lat/long 50.97998, 11.71118)\n"
     ]
    }
   ],
   "source": [
    "sky_fig, ground_fig, leaflet_map = make_xst_plots(xst_data, station_name, obstime, subband, rcu_mode, caltable_dir=\"test/CalTables\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
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',
                    [[50.97799905530404, 11.70913261055228], [50.98069664566538, 11.71340240570623]],
                    {
  "alt": "",
  "className": "",
  "crossOrigin": false,
  "errorOverlayUrl": "",
  "interactive": true,
  "opacity": 0.7,
  "zIndex": 1
}
                    ).addTo(map_d05aecb3d6df411385827064d08dec2c);
            
    
            var layer_control_ef18af9c204a49df8cf10ddc2dce2525 = {
                base_layers : { "http://services.arcgisonline.com/arcgis/rest/services/world_imagery/mapserver/mapserver/tile/{z}/{y}/{x}" : tile_layer_06206ce48ccd4338b570c61ba7270498,"openstreetmap" : tile_layer_cbc05da8766d4d07ba6b1f8402a92655, },
                overlays : { "Near field image" : image_overlay_814698bed9a440a995ab371d2d92a059, }
                };
            L.control.layers(
                layer_control_ef18af9c204a49df8cf10ddc2dce2525.base_layers,
                layer_control_ef18af9c204a49df8cf10ddc2dce2525.overlays,
                {position: 'topright',
                 collapsed: true,
                 autoZIndex: true
                }).addTo(map_d05aecb3d6df411385827064d08dec2c);
            
                tile_layer_cbc05da8766d4d07ba6b1f8402a92655.remove();
        
</script>\" style=\"position:absolute;width:100%;height:100%;left:0;top:0;border:none !important;\" allowfullscreen webkitallowfullscreen mozallowfullscreen></iframe></div></div>"
      ],
      "text/plain": [
       "<folium.folium.Map at 0xb336fd438>"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "leaflet_map"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "cd97f46622934492bb28b5bd62183f3c",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "HBox(children=(IntProgress(value=0, max=1), HTML(value='')))"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Maximum at -6m east, 70m north of station center (lat/long 50.97998, 11.71118)\n",
      "\n"
     ]
    }
   ],
   "source": [
    "for xst_filename in tqdm(glob(\"test/*.dat\")):\n",
    "    xst_data = read_acm_cube(xst_filename, station_type)[0]\n",
    "    obsdatestr, obstimestr, _, rcu_mode, _, subbandname = os.path.basename(xst_filename).rstrip(\".dat\").split(\"_\")\n",
    "    obstime = datetime.datetime.strptime(obsdatestr + \":\" + obstimestr, '%Y%m%d:%H%M%S')\n",
    "    subband = int(subbandname[2:])\n",
    "    sky_fig, ground_fig, leaflet_map = make_xst_plots(xst_data, station_name, obstime, subband, rcu_mode, caltable_dir=\"test/CalTables\")"
   ]
  }
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