From c89f2c02a255d4920dc1b5024a3ac808a91388ad Mon Sep 17 00:00:00 2001
From: Raphael Shirley <Raphael.Shirley@sussex.ac.uk>
Date: Wed, 13 Dec 2017 18:14:22 +0000
Subject: [PATCH] Updated starhole code to be run

Also some changes on HS82
---
 .../1.2_DataFusion-Spitzer.ipynb              |  98 ++++----
 dmu1/dmu1_ml_Bootes/2_HELP_Merging.ipynb      | 235 ++----------------
 .../1.10.1_SDSS-S82-IAC.ipynb                 |  10 +-
 .../2.2_Merging_low_memory.ipynb              | 113 +++++----
 dmu4/dmu4_sm_AKARI-NEP/generate_holes.ipynb   | 216 ++++------------
 dmu4/dmu4_sm_AKARI-SEP/generate_holes.ipynb   | 218 ++++------------
 dmu4/dmu4_sm_Bootes/generate_holes.ipynb      | 218 ++++------------
 dmu4/dmu4_sm_COSMOS/generate_holes.ipynb      | 218 ++++------------
 dmu4/dmu4_sm_EGS/generate_holes.ipynb         | 218 ++++------------
 dmu4/dmu4_sm_ELAIS-N1/generate_holes.ipynb    |  23 +-
 dmu4/dmu4_sm_ELAIS-N2/generate_holes.ipynb    | 218 ++++------------
 dmu4/dmu4_sm_ELAIS-S1/generate_holes.ipynb    | 218 ++++------------
 dmu4/dmu4_sm_GAMA-09/generate_holes.ipynb     | 218 ++++------------
 dmu4/dmu4_sm_GAMA-12/generate_holes.ipynb     | 218 ++++------------
 dmu4/dmu4_sm_GAMA-15/generate_holes.ipynb     | 218 ++++------------
 dmu4/dmu4_sm_HDF-N/generate_holes.ipynb       | 218 ++++------------
 .../generate_holes.ipynb                      | 218 ++++------------
 .../generate_holes.ipynb                      | 146 ++++-------
 dmu4/dmu4_sm_NGP/generate_holes.ipynb         | 218 ++++------------
 dmu4/dmu4_sm_SA13/generate_holes.ipynb        | 218 ++++------------
 dmu4/dmu4_sm_SGP/generate_holes.ipynb         | 218 ++++------------
 dmu4/dmu4_sm_SPIRE-NEP/generate_holes.ipynb   | 218 ++++------------
 dmu4/dmu4_sm_SSDF/generate_holes.ipynb        | 218 ++++------------
 dmu4/dmu4_sm_XMM-13hr/generate_holes.ipynb    | 218 ++++------------
 dmu4/dmu4_sm_XMM-LSS/generate_holes.ipynb     | 218 ++++------------
 dmu4/dmu4_sm_xFLS/generate_holes.ipynb        | 218 ++++------------
 26 files changed, 1151 insertions(+), 3832 deletions(-)

diff --git a/dmu1/dmu1_ml_Bootes/1.2_DataFusion-Spitzer.ipynb b/dmu1/dmu1_ml_Bootes/1.2_DataFusion-Spitzer.ipynb
index 12d2cadc..7fd90290 100644
--- a/dmu1/dmu1_ml_Bootes/1.2_DataFusion-Spitzer.ipynb
+++ b/dmu1/dmu1_ml_Bootes/1.2_DataFusion-Spitzer.ipynb
@@ -31,7 +31,7 @@
      "output_type": "stream",
      "text": [
       "This notebook was run with herschelhelp_internal version: \n",
-      "33f5ec7 (Wed Dec 6 16:56:17 2017 +0000)\n"
+      "33f5ec7 (Wed Dec 6 16:56:17 2017 +0000) [with local modifications]\n"
      ]
     }
    ],
@@ -76,7 +76,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": 3,
    "metadata": {
     "collapsed": true
    },
@@ -101,7 +101,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": 4,
    "metadata": {
     "collapsed": true
    },
@@ -111,23 +111,23 @@
     "        'internal_id': \"datafusion_intid\",\n",
     "        'ra_spitzer': \"datafusion_ra\",\n",
     "        'dec_spitzer': \"datafusion_dec\",\n",
-    "        'flux_aper_2_1': \"f_ap_datafusion_irac_i1\",\n",
-    "        'fluxerr_aper_2_1': \"ferr_ap_datafusion_irac_i1\",\n",
-    "        'flux_auto_1': \"f_datafusion_irac_i1\",\n",
-    "        'fluxerr_auto_1': \"ferr_datafusion_irac_i1\",\n",
     "        'class_star_1': \"datafusion_stellarity\",\n",
-    "        'flux_aper_2_2': \"f_ap_datafusion_irac_i2\",\n",
-    "        'fluxerr_aper_2_2': \"ferr_ap_datafusion_irac_i2\",\n",
-    "        'flux_auto_2': \"f_datafusion_irac_i2\",\n",
-    "        'fluxerr_auto_2': \"ferr_datafusion_irac_i2\",\n",
-    "            'flux_aper_2_3': \"f_ap_datafusion_irac_i3\",\n",
-    "        'fluxerr_aper_2_3': \"ferr_ap_datafusion_irac_i3\",\n",
-    "        'flux_auto_3': \"f_datafusion_irac_i3\",\n",
-    "        'fluxerr_auto_3': \"ferr_datafusion_irac_i3\",\n",
-    "            'flux_aper_2_4': \"f_ap_datafusion_irac_i4\",\n",
-    "        'fluxerr_aper_2_4': \"ferr_ap_datafusion_irac_i4\",\n",
-    "        'flux_auto_4': \"f_datafusion_irac_i4\",\n",
-    "        'fluxerr_auto_4': \"ferr_datafusion_irac_i4\"\n",
+    "        'flux_aper_2_1': \"f_ap_irac_i1\",\n",
+    "        'fluxerr_aper_2_1': \"ferr_ap_irac_i1\",\n",
+    "        'flux_auto_1': \"f_irac_i1\",\n",
+    "        'fluxerr_auto_1': \"ferr_irac_i1\",\n",
+    "        'flux_aper_2_2': \"f_ap_irac_i2\",\n",
+    "        'fluxerr_aper_2_2': \"ferr_ap_irac_i2\",\n",
+    "        'flux_auto_2': \"f_irac_i2\",\n",
+    "        'fluxerr_auto_2': \"ferr_irac_i2\",\n",
+    "            'flux_aper_2_3': \"f_ap_irac_i3\",\n",
+    "        'fluxerr_aper_2_3': \"ferr_ap_irac_i3\",\n",
+    "        'flux_auto_3': \"f_irac_i3\",\n",
+    "        'fluxerr_auto_3': \"ferr_irac_i3\",\n",
+    "            'flux_aper_2_4': \"f_ap_irac_i4\",\n",
+    "        'fluxerr_aper_2_4': \"ferr_ap_irac_i4\",\n",
+    "        'flux_auto_4': \"f_irac_i4\",\n",
+    "        'fluxerr_auto_4': \"ferr_irac_i4\"\n",
     "    })\n",
     "\n",
     "\n",
@@ -143,7 +143,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 8,
+   "execution_count": 5,
    "metadata": {},
    "outputs": [
     {
@@ -175,26 +175,26 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 9,
+   "execution_count": 6,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "text/html": [
        "&lt;Table masked=True length=10&gt;\n",
-       "<table id=\"table4950785832-976875\" class=\"table-striped table-bordered table-condensed\">\n",
-       "<thead><tr><th>idx</th><th>datafusion_intid</th><th>datafusion_ra</th><th>datafusion_dec</th><th>f_ap_datafusion_irac_i1</th><th>ferr_ap_datafusion_irac_i1</th><th>f_datafusion_irac_i1</th><th>ferr_datafusion_irac_i1</th><th>datafusion_stellarity</th><th>f_ap_datafusion_irac_i2</th><th>ferr_ap_datafusion_irac_i2</th><th>f_datafusion_irac_i2</th><th>ferr_datafusion_irac_i2</th><th>f_ap_datafusion_irac_i3</th><th>ferr_ap_datafusion_irac_i3</th><th>f_datafusion_irac_i3</th><th>ferr_datafusion_irac_i3</th><th>f_ap_datafusion_irac_i4</th><th>ferr_ap_datafusion_irac_i4</th><th>f_datafusion_irac_i4</th><th>ferr_datafusion_irac_i4</th><th>m_ap_datafusion_irac_i1</th><th>merr_ap_datafusion_irac_i1</th><th>m_datafusion_irac_i1</th><th>merr_datafusion_irac_i1</th><th>flag_datafusion_irac_i1</th><th>m_ap_datafusion_irac_i2</th><th>merr_ap_datafusion_irac_i2</th><th>m_datafusion_irac_i2</th><th>merr_datafusion_irac_i2</th><th>flag_datafusion_irac_i2</th><th>m_ap_datafusion_irac_i3</th><th>merr_ap_datafusion_irac_i3</th><th>m_datafusion_irac_i3</th><th>merr_datafusion_irac_i3</th><th>flag_datafusion_irac_i3</th><th>m_ap_datafusion_irac_i4</th><th>merr_ap_datafusion_irac_i4</th><th>m_datafusion_irac_i4</th><th>merr_datafusion_irac_i4</th><th>flag_datafusion_irac_i4</th></tr></thead>\n",
-       "<thead><tr><th></th><th></th><th>deg</th><th>deg</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th></th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th></tr></thead>\n",
-       "<tr><td>0</td><td>338154</td><td>217.701083</td><td>33.946117</td><td>3.96207880543</td><td>0.670796122991</td><td>4.66328212428</td><td>1.10057618396</td><td>0.14</td><td>6.06077691109</td><td>1.04164088818</td><td>5.87416159282</td><td>1.44343488514</td><td>8.58384973102</td><td>5.12280001894</td><td>5.11236346461</td><td>2.73593456352</td><td>11.5969229587</td><td>5.91277855485</td><td>7.42832009997</td><td>3.87467662057</td><td>22.4051922266</td><td>0.18381957364</td><td>22.2282707733</td><td>0.256243430522</td><td>False</td><td>21.9436792537</td><td>0.186601031722</td><td>21.9776352765</td><td>0.266793735454</td><td>False</td><td>21.5657947344</td><td>0.647962117767</td><td>22.1284456937</td><td>0.581043040078</td><td>False</td><td>21.2391430699</td><td>0.553570785164</td><td>21.722773475</td><td>0.566329483931</td><td>False</td></tr>\n",
-       "<tr><td>1</td><td>338770</td><td>217.702535</td><td>33.946771</td><td>9.38106838272</td><td>0.711710129418</td><td>9.78535089837</td><td>0.994881661055</td><td>0.48</td><td>11.7220787598</td><td>1.08129801895</td><td>12.0339579358</td><td>1.4471157059</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>21.4693692457</td><td>0.0823711568104</td><td>21.4235589903</td><td>0.110387358622</td><td>False</td><td>21.2274884124</td><td>0.100153260472</td><td>21.1989787772</td><td>0.130562689578</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
+       "<table id=\"table4627231408-853140\" class=\"table-striped table-bordered table-condensed\">\n",
+       "<thead><tr><th>idx</th><th>datafusion_intid</th><th>datafusion_ra</th><th>datafusion_dec</th><th>datafusion_stellarity</th><th>f_ap_irac_i1</th><th>ferr_ap_irac_i1</th><th>f_irac_i1</th><th>ferr_irac_i1</th><th>f_ap_irac_i2</th><th>ferr_ap_irac_i2</th><th>f_irac_i2</th><th>ferr_irac_i2</th><th>f_ap_irac_i3</th><th>ferr_ap_irac_i3</th><th>f_irac_i3</th><th>ferr_irac_i3</th><th>f_ap_irac_i4</th><th>ferr_ap_irac_i4</th><th>f_irac_i4</th><th>ferr_irac_i4</th><th>m_ap_irac_i1</th><th>merr_ap_irac_i1</th><th>m_irac_i1</th><th>merr_irac_i1</th><th>flag_irac_i1</th><th>m_ap_irac_i2</th><th>merr_ap_irac_i2</th><th>m_irac_i2</th><th>merr_irac_i2</th><th>flag_irac_i2</th><th>m_ap_irac_i3</th><th>merr_ap_irac_i3</th><th>m_irac_i3</th><th>merr_irac_i3</th><th>flag_irac_i3</th><th>m_ap_irac_i4</th><th>merr_ap_irac_i4</th><th>m_irac_i4</th><th>merr_irac_i4</th><th>flag_irac_i4</th></tr></thead>\n",
+       "<thead><tr><th></th><th></th><th>deg</th><th>deg</th><th></th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th>uJy</th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th></tr></thead>\n",
+       "<tr><td>0</td><td>338154</td><td>217.701083</td><td>33.946117</td><td>0.14</td><td>3.96207880543</td><td>0.670796122991</td><td>4.66328212428</td><td>1.10057618396</td><td>6.06077691109</td><td>1.04164088818</td><td>5.87416159282</td><td>1.44343488514</td><td>8.58384973102</td><td>5.12280001894</td><td>5.11236346461</td><td>2.73593456352</td><td>11.5969229587</td><td>5.91277855485</td><td>7.42832009997</td><td>3.87467662057</td><td>22.4051922266</td><td>0.18381957364</td><td>22.2282707733</td><td>0.256243430522</td><td>False</td><td>21.9436792537</td><td>0.186601031722</td><td>21.9776352765</td><td>0.266793735454</td><td>False</td><td>21.5657947344</td><td>0.647962117767</td><td>22.1284456937</td><td>0.581043040078</td><td>False</td><td>21.2391430699</td><td>0.553570785164</td><td>21.722773475</td><td>0.566329483931</td><td>False</td></tr>\n",
+       "<tr><td>1</td><td>338770</td><td>217.702535</td><td>33.946771</td><td>0.48</td><td>9.38106838272</td><td>0.711710129418</td><td>9.78535089837</td><td>0.994881661055</td><td>11.7220787598</td><td>1.08129801895</td><td>12.0339579358</td><td>1.4471157059</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>21.4693692457</td><td>0.0823711568104</td><td>21.4235589903</td><td>0.110387358622</td><td>False</td><td>21.2274884124</td><td>0.100153260472</td><td>21.1989787772</td><td>0.130562689578</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
        "<tr><td>2</td><td>980562</td><td>217.70654</td><td>33.945529</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>2.35040608126</td><td>0.989754483023</td><td>1.75226642016</td><td>0.714153628841</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>22.9721427447</td><td>0.4572028147</td><td>23.2909996541</td><td>0.442502602157</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
-       "<tr><td>3</td><td>338938</td><td>217.709215</td><td>33.94618</td><td>26.5874672013</td><td>0.764672255435</td><td>28.3594601321</td><td>1.16603965238</td><td>0.64</td><td>21.7808208191</td><td>1.12081433219</td><td>20.8647986878</td><td>1.46426470786</td><td>25.9645021621</td><td>4.85065590072</td><td>20.9620951541</td><td>4.87334827191</td><td>23.5521098304</td><td>5.86828785488</td><td>20.704781898</td><td>5.69004754355</td><td>20.3383075821</td><td>0.0312264551646</td><td>20.2682551023</td><td>0.0446415926422</td><td>False</td><td>20.5548143943</td><td>0.0558706537911</td><td>20.601464503</td><td>0.0761955689324</td><td>False</td><td>20.3640500002</td><td>0.202835883213</td><td>20.5964132798</td><td>0.252416116725</td><td>False</td><td>20.4699254552</td><td>0.270524068963</td><td>20.6098233499</td><td>0.298379893845</td><td>False</td></tr>\n",
-       "<tr><td>4</td><td>338663</td><td>217.708967</td><td>33.948425</td><td>3.83857199863</td><td>0.647066925133</td><td>4.28933653284</td><td>0.859097028209</td><td>0.03</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>22.4395757727</td><td>0.183022224871</td><td>22.3190246964</td><td>0.217458513639</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
+       "<tr><td>3</td><td>338938</td><td>217.709215</td><td>33.94618</td><td>0.64</td><td>26.5874672013</td><td>0.764672255435</td><td>28.3594601321</td><td>1.16603965238</td><td>21.7808208191</td><td>1.12081433219</td><td>20.8647986878</td><td>1.46426470786</td><td>25.9645021621</td><td>4.85065590072</td><td>20.9620951541</td><td>4.87334827191</td><td>23.5521098304</td><td>5.86828785488</td><td>20.704781898</td><td>5.69004754355</td><td>20.3383075821</td><td>0.0312264551646</td><td>20.2682551023</td><td>0.0446415926422</td><td>False</td><td>20.5548143943</td><td>0.0558706537911</td><td>20.601464503</td><td>0.0761955689324</td><td>False</td><td>20.3640500002</td><td>0.202835883213</td><td>20.5964132798</td><td>0.252416116725</td><td>False</td><td>20.4699254552</td><td>0.270524068963</td><td>20.6098233499</td><td>0.298379893845</td><td>False</td></tr>\n",
+       "<tr><td>4</td><td>338663</td><td>217.708967</td><td>33.948425</td><td>0.03</td><td>3.83857199863</td><td>0.647066925133</td><td>4.28933653284</td><td>0.859097028209</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>22.4395757727</td><td>0.183022224871</td><td>22.3190246964</td><td>0.217458513639</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
        "<tr><td>5</td><td>980856</td><td>217.708967</td><td>33.948721</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>2.61668596654</td><td>1.02938393587</td><td>2.57878573358</td><td>1.07502947305</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>22.8556209868</td><td>0.427120190218</td><td>22.8714618527</td><td>0.452615510035</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
-       "<tr><td>6</td><td>339219</td><td>217.702976</td><td>33.951876</td><td>1.34070322183</td><td>0.654738419434</td><td>1.01147073463</td><td>0.879196040952</td><td>0.01</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>23.5816683674</td><td>0.530224135403</td><td>23.8876166959</td><td>0.943749472978</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
-       "<tr><td>7</td><td>340264</td><td>217.706371</td><td>33.952897</td><td>11.0987981512</td><td>0.732997108955</td><td>10.7887491727</td><td>0.896188589782</td><td>0.52</td><td>10.6826220001</td><td>1.06680886595</td><td>10.0537931874</td><td>1.5662996181</td><td>18.5610503137</td><td>5.13369035048</td><td>15.1108956664</td><td>4.32715299394</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>21.2868101171</td><td>0.0717051962141</td><td>21.3175722592</td><td>0.0901888052672</td><td>False</td><td>21.3283053466</td><td>0.108425909792</td><td>21.3941751318</td><td>0.169148914362</td><td>False</td><td>20.72849363</td><td>0.300297309868</td><td>20.9517744825</td><td>0.31091119764</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
-       "<tr><td>8</td><td>337870</td><td>217.715308</td><td>33.945196</td><td>11.327044002</td><td>0.682600493132</td><td>11.4407032932</td><td>1.05554931938</td><td>0.05</td><td>12.4865188774</td><td>1.0344392853</td><td>13.5468093386</td><td>1.83253487491</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>12.4121311906</td><td>5.66492631154</td><td>8.7211671043</td><td>3.82061337059</td><td>21.264708531</td><td>0.0654296097595</td><td>21.2538681935</td><td>0.10017287247</td><td>False</td><td>21.1588965548</td><td>0.0899472618994</td><td>21.0704074538</td><td>0.146872182994</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>21.1653841069</td><td>0.495532596237</td><td>21.54856348</td><td>0.475644854779</td><td>False</td></tr>\n",
-       "<tr><td>9</td><td>337478</td><td>217.714588</td><td>33.946567</td><td>1.45373824995</td><td>0.601444208412</td><td>1.09911908376</td><td>0.51395863101</td><td>0.59</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>23.4937844562</td><td>0.449193485991</td><td>23.7973881288</td><td>0.507700668364</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
+       "<tr><td>6</td><td>339219</td><td>217.702976</td><td>33.951876</td><td>0.01</td><td>1.34070322183</td><td>0.654738419434</td><td>1.01147073463</td><td>0.879196040952</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>23.5816683674</td><td>0.530224135403</td><td>23.8876166959</td><td>0.943749472978</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
+       "<tr><td>7</td><td>340264</td><td>217.706371</td><td>33.952897</td><td>0.52</td><td>11.0987981512</td><td>0.732997108955</td><td>10.7887491727</td><td>0.896188589782</td><td>10.6826220001</td><td>1.06680886595</td><td>10.0537931874</td><td>1.5662996181</td><td>18.5610503137</td><td>5.13369035048</td><td>15.1108956664</td><td>4.32715299394</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>21.2868101171</td><td>0.0717051962141</td><td>21.3175722592</td><td>0.0901888052672</td><td>False</td><td>21.3283053466</td><td>0.108425909792</td><td>21.3941751318</td><td>0.169148914362</td><td>False</td><td>20.72849363</td><td>0.300297309868</td><td>20.9517744825</td><td>0.31091119764</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
+       "<tr><td>8</td><td>337870</td><td>217.715308</td><td>33.945196</td><td>0.05</td><td>11.327044002</td><td>0.682600493132</td><td>11.4407032932</td><td>1.05554931938</td><td>12.4865188774</td><td>1.0344392853</td><td>13.5468093386</td><td>1.83253487491</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>12.4121311906</td><td>5.66492631154</td><td>8.7211671043</td><td>3.82061337059</td><td>21.264708531</td><td>0.0654296097595</td><td>21.2538681935</td><td>0.10017287247</td><td>False</td><td>21.1588965548</td><td>0.0899472618994</td><td>21.0704074538</td><td>0.146872182994</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>21.1653841069</td><td>0.495532596237</td><td>21.54856348</td><td>0.475644854779</td><td>False</td></tr>\n",
+       "<tr><td>9</td><td>337478</td><td>217.714588</td><td>33.946567</td><td>0.59</td><td>1.45373824995</td><td>0.601444208412</td><td>1.09911908376</td><td>0.51395863101</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>23.4937844562</td><td>0.449193485991</td><td>23.7973881288</td><td>0.507700668364</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td><td>nan</td><td>nan</td><td>nan</td><td>nan</td><td>False</td></tr>\n",
        "</table><style>table.dataTable {clear: both; width: auto !important; margin: 0 !important;}\n",
        ".dataTables_info, .dataTables_length, .dataTables_filter, .dataTables_paginate{\n",
        "display: inline-block; margin-right: 1em; }\n",
@@ -218,14 +218,14 @@
        "    datatables: 'https://cdn.datatables.net/1.10.12/js/jquery.dataTables.min'\n",
        "}});\n",
        "require([\"datatables\"], function(){\n",
-       "    console.log(\"$('#table4950785832-976875').dataTable()\");\n",
+       "    console.log(\"$('#table4627231408-853140').dataTable()\");\n",
        "    \n",
        "jQuery.extend( jQuery.fn.dataTableExt.oSort, {\n",
        "    \"optionalnum-asc\": astropy_sort_num,\n",
        "    \"optionalnum-desc\": function (a,b) { return -astropy_sort_num(a, b); }\n",
        "});\n",
        "\n",
-       "    $('#table4950785832-976875').dataTable({\n",
+       "    $('#table4627231408-853140').dataTable({\n",
        "        order: [],\n",
        "        pageLength: 50,\n",
        "        lengthMenu: [[10, 25, 50, 100, 500, 1000, -1], [10, 25, 50, 100, 500, 1000, 'All']],\n",
@@ -239,7 +239,7 @@
        "<IPython.core.display.HTML object>"
       ]
      },
-     "execution_count": 9,
+     "execution_count": 6,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -264,7 +264,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": 7,
    "metadata": {},
    "outputs": [
     {
@@ -278,7 +278,7 @@
     }
    ],
    "source": [
-    "SORT_COLS = ['ferr_ap_datafusion_irac_i1', 'ferr_ap_datafusion_irac_i2']\n",
+    "SORT_COLS = ['ferr_ap_irac_i1', 'ferr_ap_irac_i2']\n",
     "FLAG_NAME = \"datafusion_flag_cleaned\"\n",
     "\n",
     "nb_orig_sources = len(catalogue)\n",
@@ -303,7 +303,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 13,
+   "execution_count": 8,
    "metadata": {
     "collapsed": true
    },
@@ -315,14 +315,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 14,
+   "execution_count": 9,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "image/png": 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tmciqBIceeigYY/jwww+dcj7xiU8gpRAkFRmd+TYAfMUG6/sZM/mjrbLBUDFMtCUI0qrk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PHCoq6DssOX8Dn6cRycV8Xx8BYw1j0pqToS2w3vv+b649q7utsgpUWNdfW7saKtZHMW4R5P0IqO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\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x11afb8a20>"
+       "<matplotlib.figure.Figure at 0x112d879e8>"
       ]
      },
      "metadata": {},
@@ -332,7 +332,7 @@
      "data": {
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l9Pwi4scIHr2wf7HcXhIEUA9QWiHWIoMZTOwoUm8g2QxK72GcJeOICd018nR/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OCffdD0EEMz+DeeZmXzew1ZrPet1uom7mU8ylz8iGbAJIgrkLhmRSVoMnsLtak8v2vGi0hsIQ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\nD8daTLhLpuwAAAAASUVORK5CYII=\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x126aaa128>"
+       "<matplotlib.figure.Figure at 0x113c6f828>"
       ]
      },
      "metadata": {},
@@ -346,7 +346,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 15,
+   "execution_count": 10,
    "metadata": {},
    "outputs": [
     {
@@ -370,7 +370,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 16,
+   "execution_count": 11,
    "metadata": {
     "collapsed": true
    },
@@ -382,14 +382,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 17,
+   "execution_count": 12,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "image/png": 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51mWdq1Lur6J7vkMfgAiwbkrKiMvu9vRLxwBixXIsYzeSxzHnouWl8wdkNQON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G9L2hScM5JmKGdhGwLbFJwzmma4IaIx0LALZI0CGaTGGBjL0BG9piFqdSn2FN0m4ctAw86shcMH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\nVKEISBSyy2J+xRyTRlmQdXoIo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       "text/plain": [
-       "<matplotlib.figure.Figure at 0x1274f9940>"
+       "<matplotlib.figure.Figure at 0x118a6a7b8>"
       ]
      },
      "metadata": {},
@@ -399,7 +399,7 @@
      "data": {
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WNa+Z1qha+ECUfF/SScRalO9h0vWit0xq6PqwsTEX01fSnqIQWQTQSpHyDhiGimzLw6ic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\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x11c215898>"
+       "<matplotlib.figure.Figure at 0x116e96f98>"
       ]
      },
      "metadata": {},
@@ -420,7 +420,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 19,
+   "execution_count": 13,
    "metadata": {
     "collapsed": true
    },
@@ -433,7 +433,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 20,
+   "execution_count": 14,
    "metadata": {},
    "outputs": [
     {
@@ -460,7 +460,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 21,
+   "execution_count": 15,
    "metadata": {
     "collapsed": true
    },
diff --git a/dmu1/dmu1_ml_Bootes/2_HELP_Merging.ipynb b/dmu1/dmu1_ml_Bootes/2_HELP_Merging.ipynb
index 95f7c1d4..157f1b9b 100644
--- a/dmu1/dmu1_ml_Bootes/2_HELP_Merging.ipynb
+++ b/dmu1/dmu1_ml_Bootes/2_HELP_Merging.ipynb
@@ -101,7 +101,7 @@
     "legacy = Table.read(\"{}/LegacySurvey.fits\".format(TMP_DIR))\n",
     "ndwfs = Table.read(\"{}/NDWFS.fits\".format(TMP_DIR))\n",
     "ps1 = Table.read(\"{}/PS1.fits\".format(TMP_DIR))\n",
-    "sdwfs = Table.read(\"{}/SDWFS.fits\".format(TMP_DIR))\n",
+    "#sdwfs = Table.read(\"{}/SDWFS.fits\".format(TMP_DIR)) #We use DataFusion instead\n",
     "uhs = Table.read(\"{}/UHS.fits\".format(TMP_DIR))\n",
     "zbootes = Table.read(\"{}/zBootes.fits\".format(TMP_DIR))"
    ]
@@ -397,21 +397,8 @@
    ]
   },
   {
-   "cell_type": "code",
-   "execution_count": 18,
+   "cell_type": "markdown",
    "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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F9+AoybGzN1omIiISKrTyeogZGQvQ2T8yqxPXJ03Os6rt1DwrERGRc1GxCjFtfcNYIDNx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\n",
-      "text/plain": [
-       "<matplotlib.figure.Figure at 0x113902048>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
-    }
-   ],
    "source": [
     "nb_merge_dist_plot(\n",
     "    SkyCoord(master_catalogue['ra'], master_catalogue['dec']),\n",
@@ -420,14 +407,12 @@
    ]
   },
   {
-   "cell_type": "code",
-   "execution_count": 19,
+   "cell_type": "markdown",
    "metadata": {
     "collapsed": true
    },
-   "outputs": [],
    "source": [
-    "# Given the graph above, we use 1 arc-second radius\n",
+    "#Given the graph above, we use 1 arc-second radius\n",
     "master_catalogue = merge_catalogues(master_catalogue, sdwfs, \"sdwfs_ra\", \"sdwfs_dec\", radius=1.*u.arcsec)"
    ]
   },
@@ -779,193 +764,7 @@
    "source": [
     "## VII - Choosing between multiple values for the same filter\n",
     "\n",
-    "Both SSWFS and Datafusion provide IRAC12342 fluxes. \n",
-    "\n",
-    "TODO"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "seip = Table.read(\"../../dmu0/dmu0_SEIP/data/SEIP_Bootes.fits\")\n",
-    "seip_coords = SkyCoord(seip['ra'], seip['dec'])\n",
-    "idx, d2d, _ = seip_coords.match_to_catalog_sky(SkyCoord(master_catalogue['ra'], master_catalogue['dec']))\n",
-    "mask = d2d <= 2 * u.arcsec"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "fig, ax = plt.subplots()\n",
-    "ax.scatter(seip['i1_f_ap1'][mask], master_catalogue[idx[mask]]['f_ap_servs_irac_i1'], label=\"SERVS\", s=2.)\n",
-    "ax.scatter(seip['i1_f_ap1'][mask], master_catalogue[idx[mask]]['f_ap_swire_irac_i1'], label=\"SWIRE\", s=2.)\n",
-    "ax.set_xscale('log')\n",
-    "ax.set_yscale('log')\n",
-    "ax.set_xlabel(\"SEIP flux [μJy]\")\n",
-    "ax.set_ylabel(\"SERVS/SWIRE flux [μJy]\")\n",
-    "ax.set_title(\"IRAC 1\")\n",
-    "ax.legend()\n",
-    "ax.axvline(2000, color=\"black\", linestyle=\"--\", linewidth=1.)\n",
-    "ax.plot(seip['i1_f_ap1'][mask], seip['i1_f_ap1'][mask], linewidth=.1, color=\"black\", alpha=.5);"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "fig, ax = plt.subplots()\n",
-    "ax.scatter(seip['i2_f_ap1'][mask], master_catalogue[idx[mask]]['f_ap_servs_irac_i2'], label=\"SERVS\", s=2.)\n",
-    "ax.scatter(seip['i2_f_ap1'][mask], master_catalogue[idx[mask]]['f_ap_swire_irac_i2'], label=\"SWIRE\", s=2.)\n",
-    "ax.set_xscale('log')\n",
-    "ax.set_yscale('log')\n",
-    "ax.set_xlabel(\"SEIP flux [μJy]\")\n",
-    "ax.set_ylabel(\"SERVS/SWIRE flux [μJy]\")\n",
-    "ax.set_title(\"IRAC 2\")\n",
-    "ax.legend()\n",
-    "ax.axvline(2000, color=\"black\", linestyle=\"--\", linewidth=1.)\n",
-    "\n",
-    "ax.plot(seip['i1_f_ap2'][mask], seip['i1_f_ap2'][mask], linewidth=.1, color=\"black\", alpha=.5);"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "When both SWIRE and SERVS fluxes are provided, we use the SERVS flux below 2000 μJy and the SWIRE flux over.\n",
-    "\n",
-    "We create a table indicating for each source the origin on the IRAC1 and IRAC2 fluxes that will be saved separately."
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {
-    "collapsed": true
-   },
-   "source": [
-    "irac_origin = Table()\n",
-    "irac_origin.add_column(master_catalogue['help_id'])"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "#IRAC1 aperture flux and magnitudes\n",
-    "has_servs = ~np.isnan(master_catalogue['f_ap_servs_irac_i1'])\n",
-    "has_swire = ~np.isnan(master_catalogue['f_ap_swire_irac_i1'])\n",
-    "has_both = has_servs & has_swire\n",
-    "\n",
-    "print(\"{} sources with SERVS flux\".format(np.sum(has_servs)))\n",
-    "print(\"{} sources with SWIRE flux\".format(np.sum(has_swire)))\n",
-    "print(\"{} sources with SERVS and SWIRE flux\".format(np.sum(has_both)))\n",
-    "\n",
-    "has_servs_above_limit = has_servs.copy()\n",
-    "has_servs_above_limit[has_servs] = master_catalogue['f_ap_servs_irac_i1'][has_servs] > 2000\n",
-    "\n",
-    "use_swire = (has_swire & ~has_servs) | (has_both & has_servs_above_limit)\n",
-    "use_servs = (has_servs & ~(has_both & has_servs_above_limit))\n",
-    "\n",
-    "print(\"{} sources for which we use SERVS\".format(np.sum(use_servs)))\n",
-    "print(\"{} sources for which we use SWIRE\".format(np.sum(use_swire)))\n",
-    "\n",
-    "f_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "f_ap_irac_i[use_servs] = master_catalogue['f_ap_servs_irac_i1'][use_servs]\n",
-    "f_ap_irac_i[use_swire] = master_catalogue['f_ap_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "ferr_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "ferr_ap_irac_i[use_servs] = master_catalogue['ferr_ap_servs_irac_i1'][use_servs]\n",
-    "ferr_ap_irac_i[use_swire] = master_catalogue['ferr_ap_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "m_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "m_ap_irac_i[use_servs] = master_catalogue['m_ap_servs_irac_i1'][use_servs]\n",
-    "m_ap_irac_i[use_swire] = master_catalogue['m_ap_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "merr_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "merr_ap_irac_i[use_servs] = master_catalogue['merr_ap_servs_irac_i1'][use_servs]\n",
-    "merr_ap_irac_i[use_swire] = master_catalogue['merr_ap_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "master_catalogue.add_column(Column(data=f_ap_irac_i, name=\"f_ap_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=ferr_ap_irac_i, name=\"ferr_ap_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=m_ap_irac_i, name=\"m_ap_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=merr_ap_irac_i, name=\"merr_ap_irac_i1\"))\n",
-    "\n",
-    "master_catalogue.remove_columns(['f_ap_servs_irac_i1', 'f_ap_swire_irac_i1', 'ferr_ap_servs_irac_i1',\n",
-    "                                     'ferr_ap_swire_irac_i1', 'm_ap_servs_irac_i1', 'm_ap_swire_irac_i1',\n",
-    "                                     'merr_ap_servs_irac_i1', 'merr_ap_swire_irac_i1'])\n",
-    "\n",
-    "origin = np.full(len(master_catalogue), '     ', dtype='<U5')\n",
-    "origin[use_servs] = \"SERVS\"\n",
-    "origin[use_swire] = \"SWIRE\"\n",
-    "irac_origin.add_column(Column(data=origin, name=\"IRAC1_app\"))"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {},
-   "source": [
-    "#IRAC1 total flux and magnitudes\n",
-    "has_servs = ~np.isnan(master_catalogue['f_servs_irac_i1'])\n",
-    "has_swire = ~np.isnan(master_catalogue['f_swire_irac_i1'])\n",
-    "has_both = has_servs & has_swire\n",
-    "\n",
-    "print(\"{} sources with SERVS flux\".format(np.sum(has_servs)))\n",
-    "print(\"{} sources with SWIRE flux\".format(np.sum(has_swire)))\n",
-    "print(\"{} sources with SERVS and SWIRE flux\".format(np.sum(has_both)))\n",
-    "\n",
-    "has_servs_above_limit = has_servs.copy()\n",
-    "has_servs_above_limit[has_servs] = master_catalogue['f_servs_irac_i1'][has_servs] > 2000\n",
-    "\n",
-    "use_swire = (has_swire & ~has_servs) | (has_both & has_servs_above_limit)\n",
-    "use_servs = (has_servs & ~(has_both & has_servs_above_limit))\n",
-    "\n",
-    "print(\"{} sources for which we use SERVS\".format(np.sum(use_servs)))\n",
-    "print(\"{} sources for which we use SWIRE\".format(np.sum(use_swire)))\n",
-    "\n",
-    "f_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "f_ap_irac_i[use_servs] = master_catalogue['f_servs_irac_i1'][use_servs]\n",
-    "f_ap_irac_i[use_swire] = master_catalogue['f_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "ferr_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "ferr_ap_irac_i[use_servs] = master_catalogue['ferr_servs_irac_i1'][use_servs]\n",
-    "ferr_ap_irac_i[use_swire] = master_catalogue['ferr_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "flag_irac_i = np.full(len(master_catalogue), False, dtype=bool)\n",
-    "flag_irac_i[use_servs] = master_catalogue['flag_servs_irac_i1'][use_servs]\n",
-    "flag_irac_i[use_swire] = master_catalogue['flag_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "m_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "m_ap_irac_i[use_servs] = master_catalogue['m_servs_irac_i1'][use_servs]\n",
-    "m_ap_irac_i[use_swire] = master_catalogue['m_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "merr_ap_irac_i = np.full(len(master_catalogue), np.nan)\n",
-    "merr_ap_irac_i[use_servs] = master_catalogue['merr_servs_irac_i1'][use_servs]\n",
-    "merr_ap_irac_i[use_swire] = master_catalogue['merr_swire_irac_i1'][use_swire]\n",
-    "\n",
-    "master_catalogue.add_column(Column(data=f_ap_irac_i, name=\"f_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=ferr_ap_irac_i, name=\"ferr_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=m_ap_irac_i, name=\"m_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=merr_ap_irac_i, name=\"merr_irac_i1\"))\n",
-    "master_catalogue.add_column(Column(data=flag_irac_i, name=\"flag_irac_i1\"))\n",
-    "\n",
-    "master_catalogue.remove_columns(['f_servs_irac_i1', 'f_swire_irac_i1', 'ferr_servs_irac_i1',\n",
-    "                                 'ferr_swire_irac_i1', 'm_servs_irac_i1', 'flag_servs_irac_i1', 'm_swire_irac_i1',\n",
-    "                                 'merr_servs_irac_i1', 'merr_swire_irac_i1', 'flag_swire_irac_i1'])\n",
-    "\n",
-    "origin = np.full(len(master_catalogue), '     ', dtype='<U5')\n",
-    "origin[use_servs] = \"SERVS\"\n",
-    "origin[use_swire] = \"SWIRE\"\n",
-    "irac_origin.add_column(Column(data=origin, name=\"IRAC1_total\"))"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "metadata": {
-    "collapsed": true
-   },
-   "source": [
-    "irac_origin.write(\"{}/elais-n1_irac_i_fluxes_origins{}.fits\".format(OUT_DIR, SUFFIX))"
+    "We take DataFusion Spitzer instead of SDWFS which is shallower."
    ]
   },
   {
@@ -1001,7 +800,7 @@
     "legacy_moc = MOC(filename=\"../../dmu0/dmu0_LegacySurvey/data/LegacySurvey-dr4_Bootes_MOC.fits\")\n",
     "ndwfs_moc = MOC(filename=\"../../dmu0/dmu0_NDWFS/data/NDWFS_MLselected_20160801_MOC.fits\")\n",
     "ps1_moc = MOC(filename=\"../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_Bootes_v2_MOC.fits\")\n",
-    "sdwfs_moc = MOC(filename=\"../../dmu0/dmu0_SDWFS/data/SDWFS_MLselected_20160801_MOC.fits\")\n",
+    "#sdwfs_moc = MOC(filename=\"../../dmu0/dmu0_SDWFS/data/SDWFS_MLselected_20160801_MOC.fits\")\n",
     "uhs_moc = MOC(filename=\"../../dmu0/dmu0_UHS/data/UHS-DR1_Bootes_MOC.fits\")\n",
     "zbootes_moc = MOC(filename=\"../../dmu0/dmu0_zBootes/data/zBootes_MLselected_20160801_MOC.fits\")"
    ]
@@ -1025,7 +824,7 @@
     "\n",
     "was_observed_mir = inMoc(\n",
     "    master_catalogue['ra'], master_catalogue['dec'],\n",
-    "    datafusion_moc + sdwfs_moc\n",
+    "    datafusion_moc  # + sdwfs_moc\n",
     ")"
    ]
   },
@@ -1066,7 +865,9 @@
   {
    "cell_type": "code",
    "execution_count": 34,
-   "metadata": {},
+   "metadata": {
+    "collapsed": true
+   },
    "outputs": [],
    "source": [
     "#[column[5:] for column in master_catalogue.colnames if 'flag' in column]"
@@ -1075,7 +876,9 @@
   {
    "cell_type": "code",
    "execution_count": 35,
-   "metadata": {},
+   "metadata": {
+    "collapsed": true
+   },
    "outputs": [],
    "source": [
     "# SpARCS is a catalogue of sources detected in r (with fluxes measured at \n",
@@ -1112,10 +915,10 @@
     ")\n",
     "\n",
     "nb_mir_flux = (\n",
-    "    1 * ~np.isnan(master_catalogue['f_datafusion_irac_i1']) +\n",
-    "    1 * ~np.isnan(master_catalogue['f_datafusion_irac_i2']) +\n",
-    "    1 * ~np.isnan(master_catalogue['f_datafusion_irac_i3']) +\n",
-    "    1 * ~np.isnan(master_catalogue['f_datafusion_irac_i4'])\n",
+    "    1 * ~np.isnan(master_catalogue['f_irac_i1']) +\n",
+    "    1 * ~np.isnan(master_catalogue['f_irac_i2']) +\n",
+    "    1 * ~np.isnan(master_catalogue['f_irac_i3']) +\n",
+    "    1 * ~np.isnan(master_catalogue['f_irac_i4'])\n",
     ")"
    ]
   },
@@ -1221,7 +1024,9 @@
   {
    "cell_type": "code",
    "execution_count": 39,
-   "metadata": {},
+   "metadata": {
+    "collapsed": true
+   },
    "outputs": [],
    "source": [
     "master_catalogue[id_names].write(\n",
diff --git a/dmu1/dmu1_ml_Herschel-Stripe-82/1.10.1_SDSS-S82-IAC.ipynb b/dmu1/dmu1_ml_Herschel-Stripe-82/1.10.1_SDSS-S82-IAC.ipynb
index 2fc8f51c..ab335e81 100644
--- a/dmu1/dmu1_ml_Herschel-Stripe-82/1.10.1_SDSS-S82-IAC.ipynb
+++ b/dmu1/dmu1_ml_Herschel-Stripe-82/1.10.1_SDSS-S82-IAC.ipynb
@@ -5,13 +5,15 @@
    "metadata": {},
    "source": [
     "# Herschel Stripe 82 master catalogue\n",
-    "## Preparation of SDSS Stripe 82 - IAC Legac data\n",
+    "## Preparation of SDSS Stripe 82 - IAC Legacy Survey data\n",
     "\n",
-    "This catalogue comes from `dmu0_SDSS-S82`.\n",
+    "This catalogue comes from `dmu0_IAC_Stripe82_Legacy_Project`.\n",
+    "\n",
+    "One must choose between this catalogue and the official SDSS catalogue in 'dmu0_SDSS-S82'. Currently we choose this one.\n",
     "\n",
     "In the catalogue, we keep:\n",
     "\n",
-    "- The `object_id` as unique object identifier;\n",
+    "- We generate a unique object identifier;\n",
     "- The position;\n",
     "- The u, g, r, i, z, aperture magnitude (for now in 3”);\n",
     "- The u, g, r, i, z, auto fluxes and magnitudes.\n",
@@ -138,7 +140,7 @@
     "for column in imported_columns:\n",
     "    catalogue[column].name = imported_columns[column]\n",
     "\n",
-    "catalogue.add_column(Column(data=np.arange(len(catalogue)), name='sdss_id', dtype=float))\n",
+    "catalogue.add_column(Column(data=np.arange(len(catalogue)), name='sdss_id', dtype=int))\n",
     "    \n",
     "epoch = 2013\n",
     "\n",
diff --git a/dmu1/dmu1_ml_Herschel-Stripe-82/2.2_Merging_low_memory.ipynb b/dmu1/dmu1_ml_Herschel-Stripe-82/2.2_Merging_low_memory.ipynb
index 8a5ad5b3..2643164d 100644
--- a/dmu1/dmu1_ml_Herschel-Stripe-82/2.2_Merging_low_memory.ipynb
+++ b/dmu1/dmu1_ml_Herschel-Stripe-82/2.2_Merging_low_memory.ipynb
@@ -19,7 +19,7 @@
      "output_type": "stream",
      "text": [
       "This notebook was run with herschelhelp_internal version: \n",
-      "44f1ae0 (Thu Nov 30 18:27:54 2017 +0000) [with local modifications]\n"
+      "33f5ec7 (Wed Dec 6 16:56:17 2017 +0000) [with local modifications]\n"
      ]
     }
    ],
@@ -114,7 +114,8 @@
     "                                                          \"decals_stellarity\", \"decals_flag_gaia\"]\n",
     "rcs =    Table.read(\"{}/RCSLenS.fits\".format(TMP_DIR)   )[\"rcs_id\",      \"rcs_ra\",    \"rcs_dec\",    \n",
     "                                                          \"rcs_stellarity\", \"rcs_flag_gaia\"]\n",
-    "sdss =   Table.read(\"{}/SDSS-S82.fits\".format(TMP_DIR)  )[\"sdss_id\",     \"sdss_ra\",   \"sdss_dec\",   \n",
+    "#We choose to use the IAC version not SDSS-S82.fits\n",
+    "sdss =   Table.read(\"{}/SDSS-S82_IAC.fits\".format(TMP_DIR)  )[\"sdss_id\",     \"sdss_ra\",   \"sdss_dec\",   \n",
     "                                                          \"sdss_stellarity\", \"sdss_flag_gaia\"]"
    ]
   },
@@ -246,7 +247,7 @@
      "data": {
       "image/png": 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1StKatrSR4qsCJSpWAACkFcFKcX+V1MWKFVcGAgCQSgQrxVcESlrzcgsjZSpWAACkGcFK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\nmWSUy2aUy5hyWVMuE9/PZk3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       "text/plain": [
-       "<matplotlib.figure.Figure at 0x10dc1f710>"
+       "<matplotlib.figure.Figure at 0x10513c470>"
       ]
      },
      "metadata": {},
@@ -289,7 +290,7 @@
      "data": {
       "image/png": 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W1ExLphaf0/vkxKL63Qtn6LltR9XY1p2k6gAAGL8SCV0zJA3u7qgO2j7AzPIlrZb02KBm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\nAAAIAaELAAAgBIQuAACAEPz/JtpDKayWPSAAAAAASUVORK5CYII=\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x1027ed2b0>"
+       "<matplotlib.figure.Figure at 0x1025d10f0>"
       ]
      },
      "metadata": {},
@@ -331,9 +332,9 @@
    "outputs": [
     {
      "data": {
-      "image/png": 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dnjvYEnQpAABknMz4aY2z6uof0stHO7V2QfDdgMOumj9DOZGQnt5PsAIA4EwEqwz2wuF2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\nKUjZ+BMAAAAASUVORK5CYII=\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x102bc1e48>"
+       "<matplotlib.figure.Figure at 0x1043ffda0>"
       ]
      },
      "metadata": {},
@@ -374,9 +375,9 @@
    "outputs": [
     {
      "data": {
-      "image/png": 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Z9nMDALDQEawC4JzTsf4xdbUFEKy8qxBfZ6FQAAB8R7AKQN9oSmPpXFkb14uKVwYSrAAA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\nhPiZM0M8EtYdXa2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qrc9fGchCoQAAeIdg5aOTg2PKudI2rhetqK1SOGhsxgwAgIcIVj46UVhqYVMJFwctCpip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\nAElFTkSuQmCC\n",
       "text/plain": [
-       "<matplotlib.figure.Figure at 0x10528d3c8>"
+       "<matplotlib.figure.Figure at 0x10513c3c8>"
       ]
      },
      "metadata": {},
@@ -419,7 +420,7 @@
      "data": {
       "image/png": 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Bifs7m7tOhKjkT+hEeDpX8YRTZ9+g2o4PqLmzTweO9eqtI916/VCHJGlWSY6W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\njClYmdkaSd+WFJT0kHPu6yO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       "text/plain": [
-       "<matplotlib.figure.Figure at 0x101247320>"
+       "<matplotlib.figure.Figure at 0x105125438>"
       ]
      },
      "metadata": {},
@@ -523,19 +524,19 @@
      "data": {
       "text/html": [
        "&lt;Table length=10&gt;\n",
-       "<table id=\"table4525593992-122339\" class=\"table-striped table-bordered table-condensed\">\n",
+       "<table id=\"table4524120944-966884\" class=\"table-striped table-bordered table-condensed\">\n",
        "<thead><tr><th>idx</th><th>hsc_id</th><th>ra</th><th>dec</th><th>hsc_flag_gaia</th><th>flag_merged</th><th>vhs_id</th><th>vhs_stellarity</th><th>vhs_flag_gaia</th><th>vics82_id</th><th>vics82_stellarity</th><th>vics82_flag_gaia</th><th>las_id</th><th>las_stellarity</th><th>las_flag_gaia</th><th>ps1_id</th><th>ps1_flag_gaia</th><th>sdss_id</th><th>sdss_stellarity</th><th>sdss_flag_gaia</th><th>decals_id</th><th>decals_stellarity</th><th>decals_flag_gaia</th><th>rcs_id</th><th>rcs_stellarity</th><th>rcs_flag_gaia</th><th>irac_intid</th><th>irac_stellarity</th><th>irac_flag_gaia</th><th>shela_intid</th><th>spies_intid</th></tr></thead>\n",
        "<thead><tr><th></th><th></th><th>deg</th><th>deg</th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th><th></th></tr></thead>\n",
-       "<tr><td>0</td><td>42697064458515903</td><td>353.750052436</td><td>0.188432480658</td><td>3</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>1</td><td>42697064458508303</td><td>353.65256585</td><td>0.11614505011</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>2</td><td>42697060163548288</td><td>353.676114547</td><td>0.0526360491363</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>3</td><td>42697068753489548</td><td>353.643185102</td><td>0.459447199211</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>4</td><td>42697073048455227</td><td>353.68947459</td><td>0.621285619561</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>5</td><td>42697210487404068</td><td>353.516284125</td><td>0.53220784816</td><td>3</td><td>True</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>6</td><td>42697068753484122</td><td>353.651263865</td><td>0.388484663025</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>7</td><td>42696922724569878</td><td>353.923288143</td><td>0.0796050602125</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>8</td><td>42697197602501563</td><td>353.517178604</td><td>0.0166990365285</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
-       "<tr><td>9</td><td>41628364926116242</td><td>353.768172259</td><td>-0.168958232332</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>0</td><td>42697064458515903</td><td>353.750052436</td><td>0.188432480658</td><td>3</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>1</td><td>42697064458508303</td><td>353.65256585</td><td>0.11614505011</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>2</td><td>42697060163548288</td><td>353.676114547</td><td>0.0526360491363</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>3</td><td>42697068753489548</td><td>353.643185102</td><td>0.459447199211</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>4</td><td>42697073048455227</td><td>353.68947459</td><td>0.621285619561</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>5</td><td>42697210487404068</td><td>353.516284125</td><td>0.53220784816</td><td>3</td><td>True</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>6</td><td>42697068753484122</td><td>353.651263865</td><td>0.388484663025</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>7</td><td>42696922724569878</td><td>353.923288143</td><td>0.0796050602125</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>8</td><td>42697197602501563</td><td>353.517178604</td><td>0.0166990365285</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
+       "<tr><td>9</td><td>41628364926116242</td><td>353.768172259</td><td>-0.168958232332</td><td>0</td><td>False</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>0</td><td>-1.0</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>nan</td><td>0</td><td>-1</td><td>-1</td></tr>\n",
        "</table><style>table.dataTable {clear: both; width: auto !important; margin: 0 !important;}\n",
        ".dataTables_info, .dataTables_length, .dataTables_filter, .dataTables_paginate{\n",
        "display: inline-block; margin-right: 1em; }\n",
@@ -559,14 +560,14 @@
        "    datatables: 'https://cdn.datatables.net/1.10.12/js/jquery.dataTables.min'\n",
        "}});\n",
        "require([\"datatables\"], function(){\n",
-       "    console.log(\"$('#table4525593992-122339').dataTable()\");\n",
+       "    console.log(\"$('#table4524120944-966884').dataTable()\");\n",
        "    \n",
        "jQuery.extend( jQuery.fn.dataTableExt.oSort, {\n",
        "    \"optionalnum-asc\": astropy_sort_num,\n",
        "    \"optionalnum-desc\": function (a,b) { return -astropy_sort_num(a, b); }\n",
        "});\n",
        "\n",
-       "    $('#table4525593992-122339').dataTable({\n",
+       "    $('#table4524120944-966884').dataTable({\n",
        "        order: [],\n",
        "        pageLength: 50,\n",
        "        lengthMenu: [[10, 25, 50, 100, 500, 1000, -1], [10, 25, 50, 100, 500, 1000, 'All']],\n",
@@ -766,10 +767,8 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 30,
-   "metadata": {
-    "collapsed": true
-   },
+   "execution_count": 31,
+   "metadata": {},
    "outputs": [],
    "source": [
     "hsc_moc = MOC(filename=\"../../dmu0/dmu0_HSC/data/HSC-PDR1_deep_Herschel-Stripe-82_MOC.fits\")\n",
@@ -780,12 +779,14 @@
     "shela_moc = MOC(filename=\"../../dmu0/dmu0_SHELA/data/shela_irac_v1.3_flux_cat_MOC.fits\")\n",
     "spies_moc = MOC(filename=\"../../dmu0/dmu0_SpIES/data/SpIES_ch1andch2_HELP-coverage_MOC.fits\")\n",
     "decals_moc = MOC(filename=\"../../dmu0/dmu0_DECaLS/data/DECaLS_Herschel-Stripe-82_MOC.fits\")\n",
-    "rcs_moc = MOC(filename=\"../../dmu0/dmu0_RCSLenS/data/RCSLenS_Herschel-Stripe-82_MOC.fits\")"
+    "rcs_moc = MOC(filename=\"../../dmu0/dmu0_RCSLenS/data/RCSLenS_Herschel-Stripe-82_MOC.fits\")\n",
+    "#sdss_moc = MOC(filename=\"../../dmu0/dmu0_SDSS-S82/data/Novemner??_MOC.fits\")\n",
+    "sdss_moc = MOC(filename=\"../../dmu0/dmu0_IAC_Stripe82_Legacy_Project/data/dmu0_IAC_Stripe82_Legacy_Project_MOC.fits\")"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 31,
+   "execution_count": 32,
    "metadata": {
     "collapsed": true
    },
@@ -793,7 +794,7 @@
    "source": [
     "was_observed_optical = inMoc(\n",
     "    master_catalogue['ra'], master_catalogue['dec'],\n",
-    "    hsc_moc + ps1_moc + decals_moc + rcs_moc) \n",
+    "    hsc_moc + ps1_moc + decals_moc + rcs_moc + sdss_moc) \n",
     "\n",
     "was_observed_nir = inMoc(\n",
     "    master_catalogue['ra'], master_catalogue['dec'],\n",
@@ -808,7 +809,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 32,
+   "execution_count": 33,
    "metadata": {
     "collapsed": true
    },
@@ -842,22 +843,24 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 33,
+   "execution_count": 34,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "text/plain": [
-       "\"\\n#TODO check detection bands\\nnb_optical_flux = (\\n    1 * ~np.isnan(master_catalogue['f_suprime_g']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_r']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_i']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_z']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_y']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_n921']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_n816']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_g']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_r']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_i']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_z']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_y']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_g']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_r']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_z']) \\n)\\n\\nnb_nir_flux = (\\n    1 * ~np.isnan(master_catalogue['f_ukidss_y']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_j']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_h']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_k']) +\\n    1 * ~np.isnan(master_catalogue['f_vics82_j']) +\\n    1 * ~np.isnan(master_catalogue['f_vics82_k']) \\n)\\n\\nnb_mir_flux = (\\n    1 * ~np.isnan(master_catalogue['f_irac_i1']) +\\n    1 * ~np.isnan(master_catalogue['f_irac_i2']) \\n)\\n\""
+       "\"\\nThis now happens after the join at the end\\n\\n#TODO check detection bands\\nnb_optical_flux = (\\n    1 * ~np.isnan(master_catalogue['f_suprime_g']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_r']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_i']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_z']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_y']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_n921']) +\\n    1 * ~np.isnan(master_catalogue['f_suprime_n816']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_g']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_r']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_i']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_z']) +\\n    1 * ~np.isnan(master_catalogue['f_gpc1_y']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_g']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_r']) +\\n    1 * ~np.isnan(master_catalogue['f_decam_z']) \\n)\\n\\nnb_nir_flux = (\\n    1 * ~np.isnan(master_catalogue['f_ukidss_y']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_j']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_h']) +\\n    1 * ~np.isnan(master_catalogue['f_ukidss_k']) +\\n    1 * ~np.isnan(master_catalogue['f_vics82_j']) +\\n    1 * ~np.isnan(master_catalogue['f_vics82_k']) \\n)\\n\\nnb_mir_flux = (\\n    1 * ~np.isnan(master_catalogue['f_irac_i1']) +\\n    1 * ~np.isnan(master_catalogue['f_irac_i2']) \\n)\\n\""
       ]
      },
-     "execution_count": 33,
+     "execution_count": 34,
      "metadata": {},
      "output_type": "execute_result"
     }
    ],
    "source": [
     "\"\"\"\n",
+    "This now happens after the join at the end\n",
+    "\n",
     "#TODO check detection bands\n",
     "nb_optical_flux = (\n",
     "    1 * ~np.isnan(master_catalogue['f_suprime_g']) +\n",
@@ -895,7 +898,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 34,
+   "execution_count": 35,
    "metadata": {},
    "outputs": [
     {
@@ -904,7 +907,7 @@
        "'\\nhas_optical_flux = nb_optical_flux >= 2\\nhas_nir_flux = nb_nir_flux >= 2\\nhas_mir_flux = nb_mir_flux >= 2\\n\\nmaster_catalogue.add_column(\\n    Column(\\n        1 * has_optical_flux + 2 * has_nir_flux + 4 * has_mir_flux,\\n        name=\"flag_optnir_det\")\\n)\\n'"
       ]
      },
-     "execution_count": 34,
+     "execution_count": 35,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -934,7 +937,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 35,
+   "execution_count": 36,
    "metadata": {
     "collapsed": true
    },
@@ -945,7 +948,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 36,
+   "execution_count": 37,
    "metadata": {},
    "outputs": [
     {
@@ -970,7 +973,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 37,
+   "execution_count": 38,
    "metadata": {
     "collapsed": true
    },
@@ -993,7 +996,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 38,
+   "execution_count": 39,
    "metadata": {
     "collapsed": true
    },
@@ -1014,7 +1017,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 39,
+   "execution_count": 40,
    "metadata": {
     "collapsed": true
    },
@@ -1035,14 +1038,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 40,
+   "execution_count": 41,
    "metadata": {},
    "outputs": [
     {
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "Missing columns: {'flag_gaia', 'rcs_id', 'las_id', 'irac_intid', 'vics82_id', 'shela_intid', 'decals_id', 'ps1_id', 'vhs_id', 'sdss_id', 'hsc_id', 'spies_intid'}\n"
+      "Missing columns: {'ps1_id', 'hsc_id', 'irac_intid', 'flag_gaia', 'las_id', 'shela_intid', 'sdss_id', 'vhs_id', 'rcs_id', 'decals_id', 'vics82_id', 'spies_intid'}\n"
      ]
     }
    ],
@@ -1053,7 +1056,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 41,
+   "execution_count": 42,
    "metadata": {
     "collapsed": true
    },
@@ -1072,7 +1075,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 42,
+   "execution_count": 43,
    "metadata": {},
    "outputs": [
     {
@@ -1084,14 +1087,14 @@
     }
    ],
    "source": [
-    "split_length = 1000000 #number of sources to include in every sub catalogue\n",
+    "split_length = 100000 #number of sources to include in every sub catalogue\n",
     "num_files = int(np.ceil(len(master_catalogue)/split_length))\n",
     "print(num_files)"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 43,
+   "execution_count": 44,
    "metadata": {
     "collapsed": true
    },
@@ -1108,7 +1111,8 @@
     "    ['irac',   \"IRAC.fits\" ,        Table.read(\"{}/IRAC.fits\".format(TMP_DIR)      ), \"irac_intid\"], \n",
     "    ['decals', \"DECaLS.fits\" ,      Table.read(\"{}/DECaLS.fits\".format(TMP_DIR)    ), \"decals_id\"],  \n",
     "    ['rcs',    \"RCSLenS.fits\" ,     Table.read(\"{}/RCSLenS.fits\".format(TMP_DIR)   ), \"rcs_id\"],    \n",
-    "    ['sdss',   \"SDSS-S82.fits\" ,    Table.read(\"{}/SDSS-S82.fits\".format(TMP_DIR)  ), \"sdss_id\"],  \n",
+    "    #['sdss',   \"SDSS-S82.fits\" ,    Table.read(\"{}/SDSS-S82.fits\".format(TMP_DIR)  ), \"sdss_id\"],  \n",
+    "    ['sdss',   \"SDSS-S82_IAC.fits\" ,    Table.read(\"{}/SDSS-S82_IAC.fits\".format(TMP_DIR)  ), \"sdss_id\"],\n",
     "]"
    ]
   },
@@ -1127,15 +1131,13 @@
   {
    "cell_type": "code",
    "execution_count": 47,
-   "metadata": {
-    "collapsed": true
-   },
+   "metadata": {},
    "outputs": [],
    "source": [
     "n=0\n",
     "for sub_file in range(num_files):\n",
-    "    \n",
-    "    sub_catalogue = master_catalogue[n*split_length:(n+1)*split_length-1]\n",
+    "    # the following used to have a -1 which was wrong as it left out objects\n",
+    "    sub_catalogue = master_catalogue[n*split_length:(n+1)*split_length] \n",
     "    #print(n)\n",
     "    for survey in surveys:\n",
     "        #print(survey[0])\n",
@@ -1151,6 +1153,11 @@
     "    #Adding detection flag\n",
     "    \n",
     "    nb_optical_flux = (\n",
+    "        1 * ~np.isnan(sub_catalogue['f_sdss_u']) +\n",
+    "        1 * ~np.isnan(sub_catalogue['f_sdss_g']) +\n",
+    "        1 * ~np.isnan(sub_catalogue['f_sdss_r']) +\n",
+    "        1 * ~np.isnan(sub_catalogue['f_sdss_i']) +\n",
+    "        1 * ~np.isnan(sub_catalogue['f_sdss_z']) +\n",
     "        1 * ~np.isnan(sub_catalogue['f_suprime_g']) +\n",
     "        1 * ~np.isnan(sub_catalogue['f_suprime_r']) +\n",
     "        1 * ~np.isnan(sub_catalogue['f_suprime_i']) +\n",
@@ -1195,7 +1202,7 @@
     "    \n",
     "    \n",
     "    \n",
-    "    sub_catalogue.write(\"{}/sub_catalogue_herschel-stripe-82_{}_{}.fits\".format(OUT_DIR, SUFFIX, n), overwrite=True)\n",
+    "    sub_catalogue.write(\"{}/sub_catalogue_herschel-stripe-82{}_{}.fits\".format(OUT_DIR, SUFFIX, n), overwrite=True)\n",
     "    n += 1"
    ]
   }
diff --git a/dmu4/dmu4_sm_AKARI-NEP/generate_holes.ipynb b/dmu4/dmu4_sm_AKARI-NEP/generate_holes.ipynb
index 1446ef3b..722e2f76 100644
--- a/dmu4/dmu4_sm_AKARI-NEP/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_AKARI-NEP/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# AKARI-NEP Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,35 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'AKARI-NEP'"
    ]
   },
   {
@@ -52,12 +64,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +98,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +110,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +131,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +154,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +171,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +198,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_AKARI-SEP/generate_holes.ipynb b/dmu4/dmu4_sm_AKARI-SEP/generate_holes.ipynb
index 1446ef3b..b8ed38d4 100644
--- a/dmu4/dmu4_sm_AKARI-SEP/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_AKARI-SEP/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# AKARI-SEP Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'AKARI-SEP'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_Bootes/generate_holes.ipynb b/dmu4/dmu4_sm_Bootes/generate_holes.ipynb
index 1446ef3b..829bcc67 100644
--- a/dmu4/dmu4_sm_Bootes/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_Bootes/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# Bootes Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'Bootes'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_COSMOS/generate_holes.ipynb b/dmu4/dmu4_sm_COSMOS/generate_holes.ipynb
index 1446ef3b..4487d7d7 100644
--- a/dmu4/dmu4_sm_COSMOS/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_COSMOS/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# COSMOS Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'COSMOS'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_EGS/generate_holes.ipynb b/dmu4/dmu4_sm_EGS/generate_holes.ipynb
index 1446ef3b..6233b7df 100644
--- a/dmu4/dmu4_sm_EGS/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_EGS/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# EGS Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'EGS'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_ELAIS-N1/generate_holes.ipynb b/dmu4/dmu4_sm_ELAIS-N1/generate_holes.ipynb
index 6b27990c..d2c0b012 100644
--- a/dmu4/dmu4_sm_ELAIS-N1/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_ELAIS-N1/generate_holes.ipynb
@@ -4,16 +4,14 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# ELAIS-N1 Generate hole region files\n",
     "This is currently producing the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. It then goes on to produce varying size holes for individual pristine catalogues based on parameters computed by Seb Oliver's IDL code."
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 1,
-   "metadata": {
-    "collapsed": false
-   },
+   "metadata": {},
    "outputs": [
     {
      "name": "stdout",
@@ -32,9 +30,7 @@
   {
    "cell_type": "code",
    "execution_count": 2,
-   "metadata": {
-    "collapsed": false
-   },
+   "metadata": {},
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n"
@@ -94,7 +90,6 @@
    "cell_type": "code",
    "execution_count": null,
    "metadata": {
-    "collapsed": false,
     "scrolled": false
    },
    "outputs": [],
@@ -115,9 +110,7 @@
   {
    "cell_type": "code",
    "execution_count": 9,
-   "metadata": {
-    "collapsed": false
-   },
+   "metadata": {},
    "outputs": [
     {
      "name": "stderr",
@@ -208,9 +201,7 @@
   {
    "cell_type": "code",
    "execution_count": 5,
-   "metadata": {
-    "collapsed": false
-   },
+   "metadata": {},
    "outputs": [],
    "source": [
     "# For now just run ELAIS-N1 with Seb's emailed parameters\n",
@@ -254,9 +245,7 @@
   {
    "cell_type": "code",
    "execution_count": 8,
-   "metadata": {
-    "collapsed": false
-   },
+   "metadata": {},
    "outputs": [
     {
      "name": "stderr",
diff --git a/dmu4/dmu4_sm_ELAIS-N2/generate_holes.ipynb b/dmu4/dmu4_sm_ELAIS-N2/generate_holes.ipynb
index 1446ef3b..79c5e95a 100644
--- a/dmu4/dmu4_sm_ELAIS-N2/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_ELAIS-N2/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# ELAIS-N2 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'ELAIS-N2'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_ELAIS-S1/generate_holes.ipynb b/dmu4/dmu4_sm_ELAIS-S1/generate_holes.ipynb
index 1446ef3b..5d4fd8ca 100644
--- a/dmu4/dmu4_sm_ELAIS-S1/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_ELAIS-S1/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# ELAIS-S1 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'ELAIS-S1'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_GAMA-09/generate_holes.ipynb b/dmu4/dmu4_sm_GAMA-09/generate_holes.ipynb
index 1446ef3b..b7a7265b 100644
--- a/dmu4/dmu4_sm_GAMA-09/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_GAMA-09/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# GAMA-09 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'GAMA-09'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_GAMA-12/generate_holes.ipynb b/dmu4/dmu4_sm_GAMA-12/generate_holes.ipynb
index 1446ef3b..9f14baa3 100644
--- a/dmu4/dmu4_sm_GAMA-12/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_GAMA-12/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# GAMA-12 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'GAMA-12'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_GAMA-15/generate_holes.ipynb b/dmu4/dmu4_sm_GAMA-15/generate_holes.ipynb
index 1446ef3b..7cc904d3 100644
--- a/dmu4/dmu4_sm_GAMA-15/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_GAMA-15/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# GAMA-15 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'GAMA-15'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_HDF-N/generate_holes.ipynb b/dmu4/dmu4_sm_HDF-N/generate_holes.ipynb
index 1446ef3b..3b540365 100644
--- a/dmu4/dmu4_sm_HDF-N/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_HDF-N/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# HDF-N Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'HDF-N'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_Herschel-Stripe-82/generate_holes.ipynb b/dmu4/dmu4_sm_Herschel-Stripe-82/generate_holes.ipynb
index 1446ef3b..35f53a3f 100644
--- a/dmu4/dmu4_sm_Herschel-Stripe-82/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_Herschel-Stripe-82/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# Herschel-Stripe-82 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'Herschel-Stripe-82'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_Lockman-SWIRE/generate_holes.ipynb b/dmu4/dmu4_sm_Lockman-SWIRE/generate_holes.ipynb
index 1446ef3b..9fcc0c1f 100644
--- a/dmu4/dmu4_sm_Lockman-SWIRE/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_Lockman-SWIRE/generate_holes.ipynb
@@ -22,7 +22,7 @@
      "output_type": "stream",
      "text": [
       "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
+      "33f5ec7 (Wed Dec 6 16:56:17 2017 +0000) [with local modifications]\n"
      ]
     }
    ],
@@ -40,7 +40,30 @@
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_v2'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'Lockman-SWIRE'"
    ]
   },
   {
@@ -52,7 +75,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": 4,
    "metadata": {
     "collapsed": true
    },
@@ -84,8 +107,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,7 +119,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
@@ -127,7 +149,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
    "outputs": [
     {
@@ -200,7 +222,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
@@ -217,47 +239,33 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n",
+    "\n",
     "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
+    "#swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
+    "#servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
+    "#irac1_moc = swire_moc + servs_moc\n",
+    "#irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
     "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#moc_files = {\n",
+    "#    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
+    "#    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
+    "#    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
+    "#    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
+    "#    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
+    "#}"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
+    "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(pristine_cat[0]),    #GAIA catalogue\n",
+    "                          'data/holes_{}_{}{}.reg'.format(field,pristine_cat[1],SUFFIX), #output file\n",
     "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
@@ -272,65 +280,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_{}_{}{}.reg'.format(field,pristine_cat[1],SUFFIX),\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_{}_{}_O{}_MOC.fits'.format(field,pristine_cat[1],str(ORDER)),\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_NGP/generate_holes.ipynb b/dmu4/dmu4_sm_NGP/generate_holes.ipynb
index 1446ef3b..aa6939c7 100644
--- a/dmu4/dmu4_sm_NGP/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_NGP/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# NGP Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'NGP'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_SA13/generate_holes.ipynb b/dmu4/dmu4_sm_SA13/generate_holes.ipynb
index 1446ef3b..dd4d75a7 100644
--- a/dmu4/dmu4_sm_SA13/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_SA13/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# SA13 Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'SA13'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_SGP/generate_holes.ipynb b/dmu4/dmu4_sm_SGP/generate_holes.ipynb
index 1446ef3b..660fdfc6 100644
--- a/dmu4/dmu4_sm_SGP/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_SGP/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# SGP Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'SGP'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_SPIRE-NEP/generate_holes.ipynb b/dmu4/dmu4_sm_SPIRE-NEP/generate_holes.ipynb
index 1446ef3b..438a8112 100644
--- a/dmu4/dmu4_sm_SPIRE-NEP/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_SPIRE-NEP/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# SPIRE-NEP Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'SPIRE-NEP'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_SSDF/generate_holes.ipynb b/dmu4/dmu4_sm_SSDF/generate_holes.ipynb
index 1446ef3b..06de9547 100644
--- a/dmu4/dmu4_sm_SSDF/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_SSDF/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# SSDF Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'SSDF'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_XMM-13hr/generate_holes.ipynb b/dmu4/dmu4_sm_XMM-13hr/generate_holes.ipynb
index 1446ef3b..fd5ad654 100644
--- a/dmu4/dmu4_sm_XMM-13hr/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_XMM-13hr/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# XMM-13hr Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'XMM-13hr'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_XMM-LSS/generate_holes.ipynb b/dmu4/dmu4_sm_XMM-LSS/generate_holes.ipynb
index 1446ef3b..d5d6e412 100644
--- a/dmu4/dmu4_sm_XMM-LSS/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_XMM-LSS/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# XMM-LSS Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'XMM-LSS'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"
diff --git a/dmu4/dmu4_sm_xFLS/generate_holes.ipynb b/dmu4/dmu4_sm_xFLS/generate_holes.ipynb
index 1446ef3b..9dc9ae86 100644
--- a/dmu4/dmu4_sm_xFLS/generate_holes.ipynb
+++ b/dmu4/dmu4_sm_xFLS/generate_holes.ipynb
@@ -4,7 +4,7 @@
    "cell_type": "markdown",
    "metadata": {},
    "source": [
-    "# Generate hole region files\n",
+    "# xFLS Generate hole region files\n",
     "\n",
     "## I. Produce simple 10 arcsec holes. \n",
     "First we produce the simplest possible hole regions. For every star brighter than 16 Mag it puts a 10 arcsec circle. \n",
@@ -14,18 +14,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 1,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "This notebook was run with herschelhelp_internal version: \n",
-      "91cdb7b (Fri Oct 20 11:48:11 2017 +0100) [with local modifications]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "from herschelhelp_internal import git_version\n",
     "print(\"This notebook was run with herschelhelp_internal version: \\n{}\".format(git_version()))"
@@ -33,14 +24,37 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
     "from herschelhelp_internal import starmask\n",
-    "from pymoc import MOC"
+    "from pymoc import MOC\n",
+    "\n",
+    "import time\n",
+    "import os"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "OUT_DIR = os.environ.get('OUT_DIR', \"./data\")\n",
+    "SUFFIX = os.environ.get('SUFFIX', time.strftime(\"_%Y%m%d\"))\n",
+    "SUFFIX = SUFFIX + '_WARNING-MADE-WITH-Lockman-SWIRE-PARAMS'\n",
+    "\n",
+    "try:\n",
+    "    os.makedirs(OUT_DIR)\n",
+    "except FileExistsError:\n",
+    "    pass\n",
+    "\n",
+    "field = 'xFLS'"
    ]
   },
   {
@@ -52,12 +66,14 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 3,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
+    "\n",
+    "\n",
     "#Field names plus ra dec of first circle\n",
     "fields= {\n",
     "# Field                RA              DEC\n",
@@ -84,8 +100,7 @@
     "'xFLS':               [261.387059958,  58.0184602211 ],\n",
     "'XMM-13hr':           [203.318355937,  37.4745777866 ],\n",
     "'XMM-LSS':            [32.9413834032, -6.02293494708 ]}\n",
-    "\n",
-    "field = 'Lockman-SWIRE'"
+    "\n"
    ]
   },
   {
@@ -97,20 +112,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 4,
+   "execution_count": null,
    "metadata": {
     "scrolled": false
    },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/10_arcsec_holes_Lockman-SWIRE.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_{}.fits'.format(field),\n",
     "                      'data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -127,59 +133,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "starmask.reg2moc('data/10_arcsec_holes_{}.reg'.format(field),\n",
@@ -200,13 +156,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": null,
    "metadata": {
     "collapsed": true
    },
    "outputs": [],
    "source": [
-    "# Run Lockman-SWIRE with parameters from IDL code. The IDL output files are in ./data/\n",
+    "# Run with parameters from IDL code. The IDL output files are in ./data/\n",
     "\n",
     "per_catalogue_params = [\n",
     "#     Field       Band        A         B            magnitude limit\n",
@@ -217,48 +173,20 @@
     "    [field, 'wfc_r',          3.43951,  -0.173789,   18]  # Using 18 as faint limit.\n",
     "]   \n",
     "\n",
-    "#Combine SERVS and SWIRE mocs because irac1 fluxes can be from either\n",
-    "swire_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SWIRE_{}_MOC.fits'.format(field))\n",
-    "servs_moc = MOC(filename = '../../dmu0/dmu0_DataFusion-Spitzer/data/DF-SERVS_{}_MOC.fits'.format(field))\n",
-    "irac1_moc = swire_moc + servs_moc\n",
-    "irac1_moc.write('data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field), filetype='fits' ,overwrite=True)\n",
-    "\n",
-    "moc_files = {\n",
-    "    'megacam_r'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'gpc1_r' :'../../dmu0/dmu0_PanSTARRS1-3SS/data/PanSTARRS1-3SS_{}_MOC.fits'.format(field),\n",
-    "    'irac1'  :'data/SERVS_SWIRE_COVERAGE_irac1_{}_MOC.fits'.format(field),\n",
-    "    'ukidss_k':'../../dmu0/dmu0_UKIDSS-DXS/data/UKIDSS-DXS_{}_MOC.fits'.format(field),\n",
-    "    'wfc_r':'../../dmu0/dmu0_INTWFC/data/lh_intwfc_v2.1_HELP_coverage_MOC.fits'\n",
-    "}"
+    "#We previously took a moc of the survey to only make holes on that area, which \n",
+    "#was a mistake as it led to missing holes for the XID+ run\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_megacam_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_gpc1_r.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_irac1.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_ukidss_k.reg\n",
-      "There are 3444 GAIA stars in Lockman-SWIRE     \n",
-      "Starmask written to data/holes_Lockman-SWIRE_wfc_r.reg\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "for pristine_cat in per_catalogue_params:\n",
     "    starmask.create_holes('../../dmu0/dmu0_GAIA/data/GAIA_' + pristine_cat[0] + '.fits',    #GAIA catalogue\n",
-    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + '.reg', #output file\n",
-    "                          moc_files[pristine_cat[1]],                                       #moc of survey region\n",
+    "                          'data/holes_' + pristine_cat[0] + '_' + pristine_cat[1] + SUFFIX + '.reg', #output file\n",
+    "                          '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',         #moc of region in which to produce holes\n",
     "                          AB = [pristine_cat[2],pristine_cat[3]],                           #radius as f of mag params\n",
     "                          mag_lim = pristine_cat[4])                                        #upper magnitude limit"
    ]
@@ -272,65 +200,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "\n",
-      "WCSAXES =                    2 / Number of coordinate axes\n",
-      "CRPIX1  =            [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "     0.5 / Pixel coordinate of reference point\n",
-      "CRPIX2  =                0.5 / Pi [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "xel coordinate of reference point\n",
-      "CDELT1  =                0.675 / [deg] Coordin [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ate increment at reference point\n",
-      "CDELT2  =                0.675 / [deg] Coordina [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "te increment at reference point\n",
-      "RADECSYSa= 'ICRS    '           / International  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "Celestial Ref. System\n",
-      "CUNIT1  = 'deg     '                / Units of coordinate  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "increment and value\n",
-      "CUNIT2  = 'deg     '                / Units of coordinate in [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "crement and value\n",
-      "CTYPE1  = 'RA---TAN'           / \n",
-      "CTYPE2  = 'DEC--TAN'         [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "   / \n",
-      "CRVAL1  =                  161.942787703 / [deg] Coordinate value at refer [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "ence point\n",
-      "CRVAL2  =                  59.0563805825 / [deg] Coordinate value at  [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "reference point\n",
-      "LONPOLE =                  0.0 / [deg] Native longitude of celes [astropy.io.fits.card]\n",
-      "WARNING: The following header keyword is invalid or follows an unrecognized non-standard convention:\n",
-      "tial pole\n",
-      "LATPOLE = 90.0 / [deg] Native latitude of celestial pole\n",
-      "              [astropy.io.fits.card]\n",
-      "WARNING: FITSFixedWarning:  0.5 / Pixel coordinate of reference point\n",
-      "a floating-point value was expected. [astropy.wcs.wcs]\n",
-      "WARNING: FITSFixedWarning:  / \n",
-      "the RADECSYS keyword is deprecated, use RADESYSa. [astropy.wcs.wcs]\n"
-     ]
-    }
-   ],
+   "outputs": [],
    "source": [
     "ORDER=16\n",
     "for pristine_cat in per_catalogue_params:\n",
-    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + '.reg',\n",
+    "    starmask.reg2moc('data/holes_' + field + '_' + pristine_cat[1] + SUFFIX + '.reg',\n",
     "            '../../dmu2/dmu2_field_coverages/' + field + '_MOC.fits',\n",
-    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + '_MOC.fits',\n",
+    "            'data/holes_' + field + '_' + pristine_cat[1] + '_O' + str(ORDER) + SUFFIX + '.fits',\n",
     "            ra_typ=fields[field][0],\n",
     "            dec_typ=fields[field][1],\n",
     "            order=ORDER)"