Tali's_working_file.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "1eae99e4-2fc6-4fd3-9aa8-eb0c3517d899",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "WARNING: AstropyDeprecationWarning: The update_default_config function is deprecated and may be removed in a future version. [sncosmo]\n"
     ]
    }
   ],
   "source": [
    "from read_in_data_code import plot_snana_fits\n",
    "import matplotlib.pyplot as plt\n",
    "import sncosmo\n",
    "import os \n",
    "import glob\n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "import pandas"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "8c888b76-915a-4da9-9657-fdd546fa6971",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "WARNING: AstropyDeprecationWarning: The update_default_config function is deprecated and may be removed in a future version. [sncosmo]\n"
     ]
    },
    {
     "ename": "ValueError",
     "evalue": "If using all scalar values, you must pass an index",
     "output_type": "error",
     "traceback": [
      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
      "\u001b[0;31mValueError\u001b[0m                                Traceback (most recent call last)",
      "Cell \u001b[0;32mIn [2], line 1\u001b[0m\n\u001b[0;32m----> 1\u001b[0m trial \u001b[38;5;241m=\u001b[39m \u001b[43mplot_snana_fits\u001b[49m\u001b[43m(\u001b[49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[38;5;124;43mYSE_DR1_SIMS_60k_SNR4_grizXY_SIMLIB_FLUXCALERR_COR_220427/PALEO_YSE_ZTF_MODEL12/\u001b[39;49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[43m)\u001b[49m\n",
      "File \u001b[0;32m~/Documents/GradSchool/Fall22/MathComp/supernova-age/read_in_data_code.py:25\u001b[0m, in \u001b[0;36mplot_snana_fits\u001b[0;34m(dir_path, plotmag)\u001b[0m\n\u001b[1;32m     21\u001b[0m \u001b[38;5;28;01mfor\u001b[39;00m LCnum, lc \u001b[38;5;129;01min\u001b[39;00m \u001b[38;5;28menumerate\u001b[39m(sncosmo\u001b[38;5;241m.\u001b[39mread_snana_fits(head, phot)[\u001b[38;5;241m0\u001b[39m:\u001b[38;5;241m10\u001b[39m]): \u001b[38;5;66;03m# remember: multiple SN in single HEAD/PHOT file\u001b[39;00m\n\u001b[1;32m     22\u001b[0m     \u001b[38;5;66;03m# print(lc.meta)\u001b[39;00m\n\u001b[1;32m     23\u001b[0m     \u001b[38;5;66;03m#print(lc.columns)\u001b[39;00m\n\u001b[1;32m     24\u001b[0m     lc_df \u001b[38;5;241m=\u001b[39m lc\u001b[38;5;241m.\u001b[39mto_pandas()\n\u001b[0;32m---> 25\u001b[0m     lc_df_meta \u001b[38;5;241m=\u001b[39m \u001b[43mpandas\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mDataFrame\u001b[49m\u001b[43m(\u001b[49m\u001b[43mlc\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mmeta\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mcolumns\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43mlc\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mmeta\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mkeys\u001b[49m\u001b[43m(\u001b[49m\u001b[43m)\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m     27\u001b[0m     \u001b[38;5;66;03m# fig, ax = plt.subplots()\u001b[39;00m\n\u001b[1;32m     28\u001b[0m     lc_df[\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mBAND\u001b[39m\u001b[38;5;124m'\u001b[39m]\u001b[38;5;241m=\u001b[39m lc_df[\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mBAND\u001b[39m\u001b[38;5;124m'\u001b[39m]\u001b[38;5;241m.\u001b[39mstr\u001b[38;5;241m.\u001b[39mdecode(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mutf-8\u001b[39m\u001b[38;5;124m\"\u001b[39m) \u001b[38;5;66;03m# turn Bytes into str\u001b[39;00m\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/frame.py:662\u001b[0m, in \u001b[0;36mDataFrame.__init__\u001b[0;34m(self, data, index, columns, dtype, copy)\u001b[0m\n\u001b[1;32m    656\u001b[0m     mgr \u001b[38;5;241m=\u001b[39m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_init_mgr(\n\u001b[1;32m    657\u001b[0m         data, axes\u001b[38;5;241m=\u001b[39m{\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mindex\u001b[39m\u001b[38;5;124m\"\u001b[39m: index, \u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mcolumns\u001b[39m\u001b[38;5;124m\"\u001b[39m: columns}, dtype\u001b[38;5;241m=\u001b[39mdtype, copy\u001b[38;5;241m=\u001b[39mcopy\n\u001b[1;32m    658\u001b[0m     )\n\u001b[1;32m    660\u001b[0m \u001b[38;5;28;01melif\u001b[39;00m \u001b[38;5;28misinstance\u001b[39m(data, \u001b[38;5;28mdict\u001b[39m):\n\u001b[1;32m    661\u001b[0m     \u001b[38;5;66;03m# GH#38939 de facto copy defaults to False only in non-dict cases\u001b[39;00m\n\u001b[0;32m--> 662\u001b[0m     mgr \u001b[38;5;241m=\u001b[39m \u001b[43mdict_to_mgr\u001b[49m\u001b[43m(\u001b[49m\u001b[43mdata\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mindex\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mcolumns\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mdtype\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43mdtype\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mcopy\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43mcopy\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mtyp\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43mmanager\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m    663\u001b[0m \u001b[38;5;28;01melif\u001b[39;00m \u001b[38;5;28misinstance\u001b[39m(data, ma\u001b[38;5;241m.\u001b[39mMaskedArray):\n\u001b[1;32m    664\u001b[0m     \u001b[38;5;28;01mimport\u001b[39;00m \u001b[38;5;21;01mnumpy\u001b[39;00m\u001b[38;5;21;01m.\u001b[39;00m\u001b[38;5;21;01mma\u001b[39;00m\u001b[38;5;21;01m.\u001b[39;00m\u001b[38;5;21;01mmrecords\u001b[39;00m \u001b[38;5;28;01mas\u001b[39;00m \u001b[38;5;21;01mmrecords\u001b[39;00m\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/internals/construction.py:448\u001b[0m, in \u001b[0;36mdict_to_mgr\u001b[0;34m(data, index, columns, dtype, typ, copy)\u001b[0m\n\u001b[1;32m    444\u001b[0m missing \u001b[38;5;241m=\u001b[39m arrays\u001b[38;5;241m.\u001b[39misna()\n\u001b[1;32m    445\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m index \u001b[38;5;129;01mis\u001b[39;00m \u001b[38;5;28;01mNone\u001b[39;00m:\n\u001b[1;32m    446\u001b[0m     \u001b[38;5;66;03m# GH10856\u001b[39;00m\n\u001b[1;32m    447\u001b[0m     \u001b[38;5;66;03m# raise ValueError if only scalars in dict\u001b[39;00m\n\u001b[0;32m--> 448\u001b[0m     index \u001b[38;5;241m=\u001b[39m \u001b[43m_extract_index\u001b[49m\u001b[43m(\u001b[49m\u001b[43marrays\u001b[49m\u001b[43m[\u001b[49m\u001b[38;5;241;43m~\u001b[39;49m\u001b[43mmissing\u001b[49m\u001b[43m]\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m    449\u001b[0m \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[1;32m    450\u001b[0m     index \u001b[38;5;241m=\u001b[39m ensure_index(index)\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/internals/construction.py:656\u001b[0m, in \u001b[0;36m_extract_index\u001b[0;34m(data)\u001b[0m\n\u001b[1;32m    653\u001b[0m         \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mValueError\u001b[39;00m(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mPer-column arrays must each be 1-dimensional\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n\u001b[1;32m    655\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m indexes \u001b[38;5;129;01mand\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m raw_lengths:\n\u001b[0;32m--> 656\u001b[0m     \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mValueError\u001b[39;00m(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mIf using all scalar values, you must pass an index\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n\u001b[1;32m    658\u001b[0m \u001b[38;5;28;01melif\u001b[39;00m have_series:\n\u001b[1;32m    659\u001b[0m     index \u001b[38;5;241m=\u001b[39m union_indexes(indexes)\n",
      "\u001b[0;31mValueError\u001b[0m: If using all scalar values, you must pass an index"
     ]
    }
   ],
   "source": [
    "trial = plot_snana_fits('data/PALEO_YSE_ZTF_MODEL12/')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "92f4b88f-b91f-4713-9dab-f0a91920471d",
   "metadata": {},
   "outputs": [],
   "source": [
    "trial"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "id": "9e2fa912-478b-4fa1-8e86-3510efb7f240",
   "metadata": {
    "collapsed": true,
    "jupyter": {
     "outputs_hidden": true
    },
    "tags": []
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "OrderedDict([('SNID', b'1079580'), ('IAUC', b'NULL            '), ('FAKE', 2), ('RA', 142.706471), ('DEC', 30.871843), ('PIXSIZE', 0.5), ('NXPIX', -9), ('NYPIX', -9), ('SNTYPE', 12), ('NOBS', 74), ('PTROBS_MIN', 1), ('PTROBS_MAX', 74), ('MWEBV', 0.01879625), ('MWEBV_ERR', 0.0009398125), ('REDSHIFT_HELIO', 0.058373295), ('REDSHIFT_HELIO_ERR', 0.001), ('REDSHIFT_FINAL', 0.05929924), ('REDSHIFT_FINAL_ERR', 0.001), ('VPEC', 0.0), ('VPEC_ERR', 300.0), ('HOSTGAL_NMATCH', 0), ('HOSTGAL_NMATCH2', 0), ('HOSTGAL_OBJID', -9), ('HOSTGAL_FLAG', 0), ('HOSTGAL_PHOTOZ', -9.0), ('HOSTGAL_PHOTOZ_ERR', -9.0), ('HOSTGAL_SPECZ', -9.0), ('HOSTGAL_SPECZ_ERR', -9.0), ('HOSTGAL_RA', -999.0), ('HOSTGAL_DEC', -999.0), ('HOSTGAL_SNSEP', -9.0), ('HOSTGAL_DDLR', -9.0), ('HOSTGAL_CONFUSION', -99.0), ('HOSTGAL_LOGMASS', -9999.0), ('HOSTGAL_LOGMASS_ERR', -9999.0), ('HOSTGAL_LOGSFR', -9999.0), ('HOSTGAL_LOGSFR_ERR', -9999.0), ('HOSTGAL_LOGsSFR', -9999.0), ('HOSTGAL_LOGsSFR_ERR', -9999.0), ('HOSTGAL_COLOR', -9999.0), ('HOSTGAL_COLOR_ERR', -9999.0), ('HOSTGAL_ELLIPTICITY', -9999.0), ('HOSTGAL_OBJID2', 0), ('HOSTGAL_SQRADIUS', -9999.0), ('HOSTGAL_OBJID_UNIQUE', 0), ('HOSTGAL_MAG_g', 999.0), ('HOSTGAL_MAG_r', 999.0), ('HOSTGAL_MAG_i', 999.0), ('HOSTGAL_MAG_z', 999.0), ('HOSTGAL_MAG_X', 999.0), ('HOSTGAL_MAG_Y', 999.0), ('HOSTGAL_MAGERR_g', 999.0), ('HOSTGAL_MAGERR_r', 999.0), ('HOSTGAL_MAGERR_i', 999.0), ('HOSTGAL_MAGERR_z', 999.0), ('HOSTGAL_MAGERR_X', 999.0), ('HOSTGAL_MAGERR_Y', 999.0), ('HOSTGAL2_OBJID', 0), ('HOSTGAL2_FLAG', 0), ('HOSTGAL2_PHOTOZ', -9.0), ('HOSTGAL2_PHOTOZ_ERR', -9.0), ('HOSTGAL2_SPECZ', -9.0), ('HOSTGAL2_SPECZ_ERR', -9.0), ('HOSTGAL2_RA', -999.0), ('HOSTGAL2_DEC', -999.0), ('HOSTGAL2_SNSEP', -9.0), ('HOSTGAL2_DDLR', -9.0), ('HOSTGAL2_LOGMASS', -9999.0), ('HOSTGAL2_LOGMASS_ERR', -9999.0), ('HOSTGAL2_LOGSFR', -9999.0), ('HOSTGAL2_LOGSFR_ERR', -9999.0), ('HOSTGAL2_LOGsSFR', -9999.0), ('HOSTGAL2_LOGsSFR_ERR', -9999.0), ('HOSTGAL2_COLOR', -9999.0), ('HOSTGAL2_COLOR_ERR', -9999.0), ('HOSTGAL2_ELLIPTICITY', -9999.0), ('HOSTGAL2_OBJID2', 0), ('HOSTGAL2_SQRADIUS', -9999.0), ('HOSTGAL2_OBJID_UNIQUE', 0), ('HOSTGAL2_MAG_g', 999.0), ('HOSTGAL2_MAG_r', 999.0), ('HOSTGAL2_MAG_i', 999.0), ('HOSTGAL2_MAG_z', 999.0), ('HOSTGAL2_MAG_X', 999.0), ('HOSTGAL2_MAG_Y', 999.0), ('HOSTGAL2_MAGERR_g', 999.0), ('HOSTGAL2_MAGERR_r', 999.0), ('HOSTGAL2_MAGERR_i', 999.0), ('HOSTGAL2_MAGERR_z', 999.0), ('HOSTGAL2_MAGERR_X', 999.0), ('HOSTGAL2_MAGERR_Y', 999.0), ('HOSTGAL_SB_FLUXCAL_g', -999.0), ('HOSTGAL_SB_FLUXCAL_r', -999.0), ('HOSTGAL_SB_FLUXCAL_i', -999.0), ('HOSTGAL_SB_FLUXCAL_z', -999.0), ('HOSTGAL_SB_FLUXCAL_X', -999.0), ('HOSTGAL_SB_FLUXCAL_Y', -999.0), ('PEAKMJD', 58836.875), ('MJD_TRIGGER', 58864.47), ('MJD_DETECT_FIRST', 58836.59), ('MJD_DETECT_LAST', 58899.26), ('SEARCH_TYPE', -9), ('SIM_MODEL_NAME', b'SIMSED.SNII-NMF                 '), ('SIM_MODEL_INDEX', 7), ('SIM_TYPE_INDEX', 12), ('SIM_TYPE_NAME', b'UNKNOWN '), ('SIM_TEMPLATE_INDEX', 10), ('SIM_LIBID', 5), ('SIM_NGEN_LIBID', 1), ('SIM_NOBS_UNDEFINED', 0), ('SIM_SEARCHEFF_MASK', 3), ('SIM_REDSHIFT_HELIO', 0.05775234), ('SIM_REDSHIFT_CMB', 0.05907), ('SIM_REDSHIFT_HOST', 0.05775234), ('SIM_REDSHIFT_FLAG', 1), ('SIM_VPEC', -111.03595), ('SIM_HOSTLIB_GALID', -9), ('SIM_DLMU', 37.107967), ('SIM_LENSDMU', 0.0017552486), ('SIM_RA', 142.7064666748047), ('SIM_DEC', 30.871843338012695), ('SIM_MWEBV', 0.017541641), ('SIM_PEAKMJD', 58837.99), ('SIM_MAGSMEAR_COH', 0.0), ('SIM_AV', -9.0), ('SIM_RV', -9.0), ('SIM_PEAKMAG_g', 20.642872), ('SIM_PEAKMAG_r', 20.818596), ('SIM_PEAKMAG_i', 20.806828), ('SIM_PEAKMAG_z', 20.880877), ('SIM_PEAKMAG_X', 20.580217), ('SIM_PEAKMAG_Y', 20.821314), ('SIM_EXPOSURE_g', 1.0), ('SIM_EXPOSURE_r', 1.0), ('SIM_EXPOSURE_i', 1.0), ('SIM_EXPOSURE_z', 1.0), ('SIM_EXPOSURE_X', 1.0), ('SIM_EXPOSURE_Y', 1.0), ('SIM_SUBSAMPLE_INDEX', -9)])\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "OrderedDict([('SNID', b'3741234'), ('IAUC', b'NULL            '), ('FAKE', 2), ('RA', 217.500587), ('DEC', 39.945841), ('PIXSIZE', 0.5), ('NXPIX', -9), ('NYPIX', -9), ('SNTYPE', 12), ('NOBS', 144), ('PTROBS_MIN', 76), ('PTROBS_MAX', 219), ('MWEBV', 0.011072368), ('MWEBV_ERR', 0.0005536184), ('REDSHIFT_HELIO', 0.032395244), ('REDSHIFT_HELIO_ERR', 0.001), ('REDSHIFT_FINAL', 0.032925364), ('REDSHIFT_FINAL_ERR', 0.001), ('VPEC', 0.0), ('VPEC_ERR', 300.0), ('HOSTGAL_NMATCH', 0), ('HOSTGAL_NMATCH2', 0), ('HOSTGAL_OBJID', -9), ('HOSTGAL_FLAG', 0), ('HOSTGAL_PHOTOZ', -9.0), ('HOSTGAL_PHOTOZ_ERR', -9.0), ('HOSTGAL_SPECZ', -9.0), ('HOSTGAL_SPECZ_ERR', -9.0), ('HOSTGAL_RA', -999.0), ('HOSTGAL_DEC', -999.0), ('HOSTGAL_SNSEP', -9.0), ('HOSTGAL_DDLR', -9.0), ('HOSTGAL_CONFUSION', -99.0), ('HOSTGAL_LOGMASS', -9999.0), ('HOSTGAL_LOGMASS_ERR', -9999.0), ('HOSTGAL_LOGSFR', -9999.0), ('HOSTGAL_LOGSFR_ERR', -9999.0), ('HOSTGAL_LOGsSFR', -9999.0), ('HOSTGAL_LOGsSFR_ERR', -9999.0), ('HOSTGAL_COLOR', -9999.0), ('HOSTGAL_COLOR_ERR', -9999.0), ('HOSTGAL_ELLIPTICITY', -9999.0), ('HOSTGAL_OBJID2', 0), ('HOSTGAL_SQRADIUS', -9999.0), ('HOSTGAL_OBJID_UNIQUE', 0), ('HOSTGAL_MAG_g', 999.0), ('HOSTGAL_MAG_r', 999.0), ('HOSTGAL_MAG_i', 999.0), ('HOSTGAL_MAG_z', 999.0), ('HOSTGAL_MAG_X', 999.0), ('HOSTGAL_MAG_Y', 999.0), ('HOSTGAL_MAGERR_g', 999.0), ('HOSTGAL_MAGERR_r', 999.0), ('HOSTGAL_MAGERR_i', 999.0), ('HOSTGAL_MAGERR_z', 999.0), ('HOSTGAL_MAGERR_X', 999.0), ('HOSTGAL_MAGERR_Y', 999.0), ('HOSTGAL2_OBJID', 0), ('HOSTGAL2_FLAG', 0), ('HOSTGAL2_PHOTOZ', -9.0), ('HOSTGAL2_PHOTOZ_ERR', -9.0), ('HOSTGAL2_SPECZ', -9.0), ('HOSTGAL2_SPECZ_ERR', -9.0), ('HOSTGAL2_RA', -999.0), ('HOSTGAL2_DEC', -999.0), ('HOSTGAL2_SNSEP', -9.0), ('HOSTGAL2_DDLR', -9.0), ('HOSTGAL2_LOGMASS', -9999.0), ('HOSTGAL2_LOGMASS_ERR', -9999.0), ('HOSTGAL2_LOGSFR', -9999.0), ('HOSTGAL2_LOGSFR_ERR', -9999.0), ('HOSTGAL2_LOGsSFR', -9999.0), ('HOSTGAL2_LOGsSFR_ERR', -9999.0), ('HOSTGAL2_COLOR', -9999.0), ('HOSTGAL2_COLOR_ERR', -9999.0), ('HOSTGAL2_ELLIPTICITY', -9999.0), ('HOSTGAL2_OBJID2', 0), ('HOSTGAL2_SQRADIUS', -9999.0), ('HOSTGAL2_OBJID_UNIQUE', 0), ('HOSTGAL2_MAG_g', 999.0), ('HOSTGAL2_MAG_r', 999.0), ('HOSTGAL2_MAG_i', 999.0), ('HOSTGAL2_MAG_z', 999.0), ('HOSTGAL2_MAG_X', 999.0), ('HOSTGAL2_MAG_Y', 999.0), ('HOSTGAL2_MAGERR_g', 999.0), ('HOSTGAL2_MAGERR_r', 999.0), ('HOSTGAL2_MAGERR_i', 999.0), ('HOSTGAL2_MAGERR_z', 999.0), ('HOSTGAL2_MAGERR_X', 999.0), ('HOSTGAL2_MAGERR_Y', 999.0), ('HOSTGAL_SB_FLUXCAL_g', -999.0), ('HOSTGAL_SB_FLUXCAL_r', -999.0), ('HOSTGAL_SB_FLUXCAL_i', -999.0), ('HOSTGAL_SB_FLUXCAL_z', -999.0), ('HOSTGAL_SB_FLUXCAL_X', -999.0), ('HOSTGAL_SB_FLUXCAL_Y', -999.0), ('PEAKMJD', 58855.67), ('MJD_TRIGGER', 58868.65), ('MJD_DETECT_FIRST', 58850.516), ('MJD_DETECT_LAST', 58992.29), ('SEARCH_TYPE', -9), ('SIM_MODEL_NAME', b'SIMSED.SNII-NMF                 '), ('SIM_MODEL_INDEX', 7), ('SIM_TYPE_INDEX', 12), ('SIM_TYPE_NAME', b'UNKNOWN '), ('SIM_TEMPLATE_INDEX', 156), ('SIM_LIBID', 13), ('SIM_NGEN_LIBID', 1), ('SIM_NOBS_UNDEFINED', 0), ('SIM_SEARCHEFF_MASK', 3), ('SIM_REDSHIFT_HELIO', 0.032198455), ('SIM_REDSHIFT_CMB', 0.03247), ('SIM_REDSHIFT_HOST', 0.032198455), ('SIM_REDSHIFT_FLAG', 1), ('SIM_VPEC', 75.05084), ('SIM_HOSTLIB_GALID', -9), ('SIM_DLMU', 35.76881), ('SIM_LENSDMU', -0.00016911136), ('SIM_RA', 217.50057983398438), ('SIM_DEC', 39.94584274291992), ('SIM_MWEBV', 0.010739853), ('SIM_PEAKMJD', 58855.742), ('SIM_MAGSMEAR_COH', 0.0), ('SIM_AV', -9.0), ('SIM_RV', -9.0), ('SIM_PEAKMAG_g', 17.91208), ('SIM_PEAKMAG_r', 18.147936), ('SIM_PEAKMAG_i', 18.21501), ('SIM_PEAKMAG_z', 18.32469), ('SIM_PEAKMAG_X', 17.856924), ('SIM_PEAKMAG_Y', 18.152548), ('SIM_EXPOSURE_g', 1.0), ('SIM_EXPOSURE_r', 1.0), ('SIM_EXPOSURE_i', 1.0), ('SIM_EXPOSURE_z', 1.0), ('SIM_EXPOSURE_X', 1.0), ('SIM_EXPOSURE_Y', 1.0), ('SIM_SUBSAMPLE_INDEX', -9)])\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "OrderedDict([('SNID', b'877012'), ('IAUC', b'NULL            '), ('FAKE', 2), ('RA', 173.398792), ('DEC', 10.980877), ('PIXSIZE', 0.5), ('NXPIX', -9), ('NYPIX', -9), ('SNTYPE', 12), ('NOBS', 78), ('PTROBS_MIN', 221), ('PTROBS_MAX', 298), ('MWEBV', 0.02343016), ('MWEBV_ERR', 0.0011715079), ('REDSHIFT_HELIO', 0.09598719), ('REDSHIFT_HELIO_ERR', 0.001), ('REDSHIFT_FINAL', 0.09726907), ('REDSHIFT_FINAL_ERR', 0.001), ('VPEC', 0.0), ('VPEC_ERR', 300.0), ('HOSTGAL_NMATCH', 0), ('HOSTGAL_NMATCH2', 0), ('HOSTGAL_OBJID', -9), ('HOSTGAL_FLAG', 0), ('HOSTGAL_PHOTOZ', -9.0), ('HOSTGAL_PHOTOZ_ERR', -9.0), ('HOSTGAL_SPECZ', -9.0), ('HOSTGAL_SPECZ_ERR', -9.0), ('HOSTGAL_RA', -999.0), ('HOSTGAL_DEC', -999.0), ('HOSTGAL_SNSEP', -9.0), ('HOSTGAL_DDLR', -9.0), ('HOSTGAL_CONFUSION', -99.0), ('HOSTGAL_LOGMASS', -9999.0), ('HOSTGAL_LOGMASS_ERR', -9999.0), ('HOSTGAL_LOGSFR', -9999.0), ('HOSTGAL_LOGSFR_ERR', -9999.0), ('HOSTGAL_LOGsSFR', -9999.0), ('HOSTGAL_LOGsSFR_ERR', -9999.0), ('HOSTGAL_COLOR', -9999.0), ('HOSTGAL_COLOR_ERR', -9999.0), ('HOSTGAL_ELLIPTICITY', -9999.0), ('HOSTGAL_OBJID2', 0), ('HOSTGAL_SQRADIUS', -9999.0), ('HOSTGAL_OBJID_UNIQUE', 0), ('HOSTGAL_MAG_g', 999.0), ('HOSTGAL_MAG_r', 999.0), ('HOSTGAL_MAG_i', 999.0), ('HOSTGAL_MAG_z', 999.0), ('HOSTGAL_MAG_X', 999.0), ('HOSTGAL_MAG_Y', 999.0), ('HOSTGAL_MAGERR_g', 999.0), ('HOSTGAL_MAGERR_r', 999.0), ('HOSTGAL_MAGERR_i', 999.0), ('HOSTGAL_MAGERR_z', 999.0), ('HOSTGAL_MAGERR_X', 999.0), ('HOSTGAL_MAGERR_Y', 999.0), ('HOSTGAL2_OBJID', 0), ('HOSTGAL2_FLAG', 0), ('HOSTGAL2_PHOTOZ', -9.0), ('HOSTGAL2_PHOTOZ_ERR', -9.0), ('HOSTGAL2_SPECZ', -9.0), ('HOSTGAL2_SPECZ_ERR', -9.0), ('HOSTGAL2_RA', -999.0), ('HOSTGAL2_DEC', -999.0), ('HOSTGAL2_SNSEP', -9.0), ('HOSTGAL2_DDLR', -9.0), ('HOSTGAL2_LOGMASS', -9999.0), ('HOSTGAL2_LOGMASS_ERR', -9999.0), ('HOSTGAL2_LOGSFR', -9999.0), ('HOSTGAL2_LOGSFR_ERR', -9999.0), ('HOSTGAL2_LOGsSFR', -9999.0), ('HOSTGAL2_LOGsSFR_ERR', -9999.0), ('HOSTGAL2_COLOR', -9999.0), ('HOSTGAL2_COLOR_ERR', -9999.0), ('HOSTGAL2_ELLIPTICITY', -9999.0), ('HOSTGAL2_OBJID2', 0), ('HOSTGAL2_SQRADIUS', -9999.0), ('HOSTGAL2_OBJID_UNIQUE', 0), ('HOSTGAL2_MAG_g', 999.0), ('HOSTGAL2_MAG_r', 999.0), ('HOSTGAL2_MAG_i', 999.0), ('HOSTGAL2_MAG_z', 999.0), ('HOSTGAL2_MAG_X', 999.0), ('HOSTGAL2_MAG_Y', 999.0), ('HOSTGAL2_MAGERR_g', 999.0), ('HOSTGAL2_MAGERR_r', 999.0), ('HOSTGAL2_MAGERR_i', 999.0), ('HOSTGAL2_MAGERR_z', 999.0), ('HOSTGAL2_MAGERR_X', 999.0), ('HOSTGAL2_MAGERR_Y', 999.0), ('HOSTGAL_SB_FLUXCAL_g', -999.0), ('HOSTGAL_SB_FLUXCAL_r', -999.0), ('HOSTGAL_SB_FLUXCAL_i', -999.0), ('HOSTGAL_SB_FLUXCAL_z', -999.0), ('HOSTGAL_SB_FLUXCAL_X', -999.0), ('HOSTGAL_SB_FLUXCAL_Y', -999.0), ('PEAKMJD', 58863.72), ('MJD_TRIGGER', 58871.56), ('MJD_DETECT_FIRST', 58866.57), ('MJD_DETECT_LAST', 58884.48), ('SEARCH_TYPE', -9), ('SIM_MODEL_NAME', b'SIMSED.SNII-NMF                 '), ('SIM_MODEL_INDEX', 7), ('SIM_TYPE_INDEX', 12), ('SIM_TYPE_NAME', b'UNKNOWN '), ('SIM_TEMPLATE_INDEX', 35), ('SIM_LIBID', 14), ('SIM_NGEN_LIBID', 1), ('SIM_NOBS_UNDEFINED', 0), ('SIM_SEARCHEFF_MASK', 3), ('SIM_REDSHIFT_HELIO', 0.0966084), ('SIM_REDSHIFT_CMB', 0.09871), ('SIM_REDSHIFT_HOST', 0.0966084), ('SIM_REDSHIFT_FLAG', 1), ('SIM_VPEC', -223.46976), ('SIM_HOSTLIB_GALID', -9), ('SIM_DLMU', 38.28097), ('SIM_LENSDMU', -0.0031670933), ('SIM_RA', 173.39878845214844), ('SIM_DEC', 10.980876922607422), ('SIM_MWEBV', 0.024407621), ('SIM_PEAKMJD', 58864.36), ('SIM_MAGSMEAR_COH', 0.0), ('SIM_AV', -9.0), ('SIM_RV', -9.0), ('SIM_PEAKMAG_g', 21.472912), ('SIM_PEAKMAG_r', 21.579018), ('SIM_PEAKMAG_i', 21.577217), ('SIM_PEAKMAG_z', 21.586721), ('SIM_PEAKMAG_X', 21.428404), ('SIM_PEAKMAG_Y', 21.580156), ('SIM_EXPOSURE_g', 1.0), ('SIM_EXPOSURE_r', 1.0), ('SIM_EXPOSURE_i', 1.0), ('SIM_EXPOSURE_z', 1.0), ('SIM_EXPOSURE_X', 1.0), ('SIM_EXPOSURE_Y', 1.0), ('SIM_SUBSAMPLE_INDEX', -9)])\n"
     ]
    },
    {
     "data": {
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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "OrderedDict([('SNID', b'1103712'), ('IAUC', b'NULL            '), ('FAKE', 2), ('RA', 138.394131), ('DEC', 52.097229), ('PIXSIZE', 0.5), ('NXPIX', -9), ('NYPIX', -9), ('SNTYPE', 12), ('NOBS', 36), ('PTROBS_MIN', 300), ('PTROBS_MAX', 335), ('MWEBV', 0.013921765), ('MWEBV_ERR', 0.00069608825), ('REDSHIFT_HELIO', 0.06706324), ('REDSHIFT_HELIO_ERR', 0.001), ('REDSHIFT_FINAL', 0.06763618), ('REDSHIFT_FINAL_ERR', 0.001), ('VPEC', 0.0), ('VPEC_ERR', 300.0), ('HOSTGAL_NMATCH', 0), ('HOSTGAL_NMATCH2', 0), ('HOSTGAL_OBJID', -9), ('HOSTGAL_FLAG', 0), ('HOSTGAL_PHOTOZ', -9.0), ('HOSTGAL_PHOTOZ_ERR', -9.0), ('HOSTGAL_SPECZ', -9.0), ('HOSTGAL_SPECZ_ERR', -9.0), ('HOSTGAL_RA', -999.0), ('HOSTGAL_DEC', -999.0), ('HOSTGAL_SNSEP', -9.0), ('HOSTGAL_DDLR', -9.0), ('HOSTGAL_CONFUSION', -99.0), ('HOSTGAL_LOGMASS', -9999.0), ('HOSTGAL_LOGMASS_ERR', -9999.0), ('HOSTGAL_LOGSFR', -9999.0), ('HOSTGAL_LOGSFR_ERR', -9999.0), ('HOSTGAL_LOGsSFR', -9999.0), ('HOSTGAL_LOGsSFR_ERR', -9999.0), ('HOSTGAL_COLOR', -9999.0), ('HOSTGAL_COLOR_ERR', -9999.0), ('HOSTGAL_ELLIPTICITY', -9999.0), ('HOSTGAL_OBJID2', 0), ('HOSTGAL_SQRADIUS', -9999.0), ('HOSTGAL_OBJID_UNIQUE', 0), ('HOSTGAL_MAG_g', 999.0), ('HOSTGAL_MAG_r', 999.0), ('HOSTGAL_MAG_i', 999.0), ('HOSTGAL_MAG_z', 999.0), ('HOSTGAL_MAG_X', 999.0), ('HOSTGAL_MAG_Y', 999.0), ('HOSTGAL_MAGERR_g', 999.0), ('HOSTGAL_MAGERR_r', 999.0), ('HOSTGAL_MAGERR_i', 999.0), ('HOSTGAL_MAGERR_z', 999.0), ('HOSTGAL_MAGERR_X', 999.0), ('HOSTGAL_MAGERR_Y', 999.0), ('HOSTGAL2_OBJID', 0), ('HOSTGAL2_FLAG', 0), ('HOSTGAL2_PHOTOZ', -9.0), ('HOSTGAL2_PHOTOZ_ERR', -9.0), ('HOSTGAL2_SPECZ', -9.0), ('HOSTGAL2_SPECZ_ERR', -9.0), ('HOSTGAL2_RA', -999.0), ('HOSTGAL2_DEC', -999.0), ('HOSTGAL2_SNSEP', -9.0), ('HOSTGAL2_DDLR', -9.0), ('HOSTGAL2_LOGMASS', -9999.0), ('HOSTGAL2_LOGMASS_ERR', -9999.0), ('HOSTGAL2_LOGSFR', -9999.0), ('HOSTGAL2_LOGSFR_ERR', -9999.0), ('HOSTGAL2_LOGsSFR', -9999.0), ('HOSTGAL2_LOGsSFR_ERR', -9999.0), ('HOSTGAL2_COLOR', -9999.0), ('HOSTGAL2_COLOR_ERR', -9999.0), ('HOSTGAL2_ELLIPTICITY', -9999.0), ('HOSTGAL2_OBJID2', 0), ('HOSTGAL2_SQRADIUS', -9999.0), ('HOSTGAL2_OBJID_UNIQUE', 0), ('HOSTGAL2_MAG_g', 999.0), ('HOSTGAL2_MAG_r', 999.0), ('HOSTGAL2_MAG_i', 999.0), ('HOSTGAL2_MAG_z', 999.0), ('HOSTGAL2_MAG_X', 999.0), ('HOSTGAL2_MAG_Y', 999.0), ('HOSTGAL2_MAGERR_g', 999.0), ('HOSTGAL2_MAGERR_r', 999.0), ('HOSTGAL2_MAGERR_i', 999.0), ('HOSTGAL2_MAGERR_z', 999.0), ('HOSTGAL2_MAGERR_X', 999.0), ('HOSTGAL2_MAGERR_Y', 999.0), ('HOSTGAL_SB_FLUXCAL_g', -999.0), ('HOSTGAL_SB_FLUXCAL_r', -999.0), ('HOSTGAL_SB_FLUXCAL_i', -999.0), ('HOSTGAL_SB_FLUXCAL_z', -999.0), ('HOSTGAL_SB_FLUXCAL_X', -999.0), ('HOSTGAL_SB_FLUXCAL_Y', -999.0), ('PEAKMJD', 59217.84), ('MJD_TRIGGER', 59219.43), ('MJD_DETECT_FIRST', 59218.53), ('MJD_DETECT_LAST', 59235.46), ('SEARCH_TYPE', -9), ('SIM_MODEL_NAME', b'SIMSED.SNII-NMF                 '), ('SIM_MODEL_INDEX', 7), ('SIM_TYPE_INDEX', 12), ('SIM_TYPE_NAME', b'UNKNOWN '), ('SIM_TEMPLATE_INDEX', 89), ('SIM_LIBID', 23), ('SIM_NGEN_LIBID', 1), ('SIM_NOBS_UNDEFINED', 0), ('SIM_SEARCHEFF_MASK', 3), ('SIM_REDSHIFT_HELIO', 0.0660569), ('SIM_REDSHIFT_CMB', 0.06543), ('SIM_REDSHIFT_HOST', 0.0660569), ('SIM_REDSHIFT_FLAG', 1), ('SIM_VPEC', 337.45963), ('SIM_HOSTLIB_GALID', -9), ('SIM_DLMU', 37.34377), ('SIM_LENSDMU', -0.0020940949), ('SIM_RA', 138.39413452148438), ('SIM_DEC', 52.09722900390625), ('SIM_MWEBV', 0.01314434), ('SIM_PEAKMJD', 59219.492), ('SIM_MAGSMEAR_COH', 0.0), ('SIM_AV', -9.0), ('SIM_RV', -9.0), ('SIM_PEAKMAG_g', 20.086061), ('SIM_PEAKMAG_r', 20.362957), ('SIM_PEAKMAG_i', 20.456507), ('SIM_PEAKMAG_z', 20.5325), ('SIM_PEAKMAG_X', 20.027504), ('SIM_PEAKMAG_Y', 20.36622), ('SIM_EXPOSURE_g', 1.0), ('SIM_EXPOSURE_r', 1.0), ('SIM_EXPOSURE_i', 1.0), ('SIM_EXPOSURE_z', 1.0), ('SIM_EXPOSURE_X', 1.0), ('SIM_EXPOSURE_Y', 1.0), ('SIM_SUBSAMPLE_INDEX', -9)])\n"
     ]
    },
    {
     "data": {
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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "OrderedDict([('SNID', b'4366960'), ('IAUC', b'NULL            '), ('FAKE', 2), ('RA', 129.045076), ('DEC', -3.435099), ('PIXSIZE', 0.5), ('NXPIX', -9), ('NYPIX', -9), ('SNTYPE', 12), ('NOBS', 41), ('PTROBS_MIN', 337), ('PTROBS_MAX', 377), ('MWEBV', 0.031050578), ('MWEBV_ERR', 0.0015525289), ('REDSHIFT_HELIO', 0.049486257), ('REDSHIFT_HELIO_ERR', 0.001), ('REDSHIFT_FINAL', 0.05049492), ('REDSHIFT_FINAL_ERR', 0.001), ('VPEC', 0.0), ('VPEC_ERR', 300.0), ('HOSTGAL_NMATCH', 0), ('HOSTGAL_NMATCH2', 0), ('HOSTGAL_OBJID', -9), ('HOSTGAL_FLAG', 0), ('HOSTGAL_PHOTOZ', -9.0), ('HOSTGAL_PHOTOZ_ERR', -9.0), ('HOSTGAL_SPECZ', -9.0), ('HOSTGAL_SPECZ_ERR', -9.0), ('HOSTGAL_RA', -999.0), ('HOSTGAL_DEC', -999.0), ('HOSTGAL_SNSEP', -9.0), ('HOSTGAL_DDLR', -9.0), ('HOSTGAL_CONFUSION', -99.0), ('HOSTGAL_LOGMASS', -9999.0), ('HOSTGAL_LOGMASS_ERR', -9999.0), ('HOSTGAL_LOGSFR', -9999.0), ('HOSTGAL_LOGSFR_ERR', -9999.0), ('HOSTGAL_LOGsSFR', -9999.0), ('HOSTGAL_LOGsSFR_ERR', -9999.0), ('HOSTGAL_COLOR', -9999.0), ('HOSTGAL_COLOR_ERR', -9999.0), ('HOSTGAL_ELLIPTICITY', -9999.0), ('HOSTGAL_OBJID2', 0), ('HOSTGAL_SQRADIUS', -9999.0), ('HOSTGAL_OBJID_UNIQUE', 0), ('HOSTGAL_MAG_g', 999.0), ('HOSTGAL_MAG_r', 999.0), ('HOSTGAL_MAG_i', 999.0), ('HOSTGAL_MAG_z', 999.0), ('HOSTGAL_MAG_X', 999.0), ('HOSTGAL_MAG_Y', 999.0), ('HOSTGAL_MAGERR_g', 999.0), ('HOSTGAL_MAGERR_r', 999.0), ('HOSTGAL_MAGERR_i', 999.0), ('HOSTGAL_MAGERR_z', 999.0), ('HOSTGAL_MAGERR_X', 999.0), ('HOSTGAL_MAGERR_Y', 999.0), ('HOSTGAL2_OBJID', 0), ('HOSTGAL2_FLAG', 0), ('HOSTGAL2_PHOTOZ', -9.0), ('HOSTGAL2_PHOTOZ_ERR', -9.0), ('HOSTGAL2_SPECZ', -9.0), ('HOSTGAL2_SPECZ_ERR', -9.0), ('HOSTGAL2_RA', -999.0), ('HOSTGAL2_DEC', -999.0), ('HOSTGAL2_SNSEP', -9.0), ('HOSTGAL2_DDLR', -9.0), ('HOSTGAL2_LOGMASS', -9999.0), ('HOSTGAL2_LOGMASS_ERR', -9999.0), ('HOSTGAL2_LOGSFR', -9999.0), ('HOSTGAL2_LOGSFR_ERR', -9999.0), ('HOSTGAL2_LOGsSFR', -9999.0), ('HOSTGAL2_LOGsSFR_ERR', -9999.0), ('HOSTGAL2_COLOR', -9999.0), ('HOSTGAL2_COLOR_ERR', -9999.0), ('HOSTGAL2_ELLIPTICITY', -9999.0), ('HOSTGAL2_OBJID2', 0), ('HOSTGAL2_SQRADIUS', -9999.0), ('HOSTGAL2_OBJID_UNIQUE', 0), ('HOSTGAL2_MAG_g', 999.0), ('HOSTGAL2_MAG_r', 999.0), ('HOSTGAL2_MAG_i', 999.0), ('HOSTGAL2_MAG_z', 999.0), ('HOSTGAL2_MAG_X', 999.0), ('HOSTGAL2_MAG_Y', 999.0), ('HOSTGAL2_MAGERR_g', 999.0), ('HOSTGAL2_MAGERR_r', 999.0), ('HOSTGAL2_MAGERR_i', 999.0), ('HOSTGAL2_MAGERR_z', 999.0), ('HOSTGAL2_MAGERR_X', 999.0), ('HOSTGAL2_MAGERR_Y', 999.0), ('HOSTGAL_SB_FLUXCAL_g', -999.0), ('HOSTGAL_SB_FLUXCAL_r', -999.0), ('HOSTGAL_SB_FLUXCAL_i', -999.0), ('HOSTGAL_SB_FLUXCAL_z', -999.0), ('HOSTGAL_SB_FLUXCAL_X', -999.0), ('HOSTGAL_SB_FLUXCAL_Y', -999.0), ('PEAKMJD', 59242.137), ('MJD_TRIGGER', 59256.35), ('MJD_DETECT_FIRST', 59248.383), ('MJD_DETECT_LAST', 59256.35), ('SEARCH_TYPE', -9), ('SIM_MODEL_NAME', b'SIMSED.SNII-NMF                 '), ('SIM_MODEL_INDEX', 7), ('SIM_TYPE_INDEX', 12), ('SIM_TYPE_NAME', b'UNKNOWN '), ('SIM_TEMPLATE_INDEX', 4), ('SIM_LIBID', 28), ('SIM_NGEN_LIBID', 1), ('SIM_NOBS_UNDEFINED', 0), ('SIM_SEARCHEFF_MASK', 3), ('SIM_REDSHIFT_HELIO', 0.0507693), ('SIM_REDSHIFT_CMB', 0.05099), ('SIM_REDSHIFT_HOST', 0.0507693), ('SIM_REDSHIFT_FLAG', 1), ('SIM_VPEC', 225.116), ('SIM_HOSTLIB_GALID', -9), ('SIM_DLMU', 36.778255), ('SIM_LENSDMU', -0.00034551954), ('SIM_RA', 129.04507446289062), ('SIM_DEC', -3.435098886489868), ('SIM_MWEBV', 0.031799853), ('SIM_PEAKMJD', 59242.164), ('SIM_MAGSMEAR_COH', 0.0), ('SIM_AV', -9.0), ('SIM_RV', -9.0), ('SIM_PEAKMAG_g', 19.871334), ('SIM_PEAKMAG_r', 20.018623), ('SIM_PEAKMAG_i', 19.982006), ('SIM_PEAKMAG_z', 20.073057), ('SIM_PEAKMAG_X', 19.807793), ('SIM_PEAKMAG_Y', 20.021511), ('SIM_EXPOSURE_g', 1.0), ('SIM_EXPOSURE_r', 1.0), ('SIM_EXPOSURE_i', 1.0), ('SIM_EXPOSURE_z', 1.0), ('SIM_EXPOSURE_X', 1.0), ('SIM_EXPOSURE_Y', 1.0), ('SIM_SUBSAMPLE_INDEX', -9)])\n"
     ]
    },
    {
     "data": {
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8eDeMEAAA9ASeBqITJ05o5MiRWrJkSZt9n3/+ud5//339+7//u95//3299tpr+tvf/qb8/PygusLCQq1Zs0arV6/W5s2b1dDQoLy8PLW0tLg1U6ZMUWlpqYqKilRUVKTS0lIVFBR0+fgAAEDP4OkcookTJ2rixInt7rNtW8XFxUHbnnvuOV111VU6ePCgBgwYIL/fr2XLlmnlypUaN26cJOmVV15RRkaG3nrrLY0fP14ffvihioqKVFJSoqysLEnSiy++qOzsbO3fv19Dhgzp2kECAICw16PmEPn9flmWpQsvvFCStGvXLjU3Nys3N9et8fl8Gj58uLZs2SJJ2rp1q2zbdsOQJI0ePVq2bbs17WlqalJdXV3QAgAAeqceE4hOnjyphx56SFOmTFFCQoIkqbq6WtHR0UpMTAyqTUtLU3V1tVuTmpra5nypqaluTXsWLVrkzjmybVsZGRkhHA0AAAgnPSIQNTc369Zbb1Vra6uef/75s9Y7jiPLstz1L/79mWq+bMGCBfL7/e5SXl7eueYBAEDYC/tA1NzcrMmTJ6usrEzFxcXu1SFJSk9PVyAQUG1tbdAxhw8fVlpamltTU1PT5rxHjhxxa9oTExOjhISEoAUAAPROYR2IToeh//mf/9Fbb72l5OTkoP2ZmZnq06dP0OTrqqoq7dmzRzk5OZKk7Oxs+f1+bd++3a3Ztm2b/H6/WwMAAMzm6VNmDQ0NOnDggLteVlam0tJSJSUlyefz6fvf/77ef/99vfHGG2ppaXHn/CQlJSk6Olq2bWvatGmaN2+ekpOTlZSUpPnz52vEiBHuU2dDhw7VhAkTNGPGDC1dulSSNHPmTOXl5fGEGQAAkORxINq5c6fGjBnjrs+dO1eSNHXqVC1cuFCvv/66JGnUqFFBx23cuFHXXXedJGnx4sWKiorS5MmT1djYqLFjx2rFihWKjIx061etWqU5c+a4T6Pl5+e3++4jAABgJstxHMfrJnqCuro62bYtv9/PfCK0673RGWqqPqSY9It1dQmT8HuqqsxvqbW6WhHp6eq/a4fX7QA4Tx39/A7rOUQAAADdgUAEAACMRyACAADGIxABwBecnlbJ9ErALAQiAJDUvHefjt03V87/f5GrU1OjY/fNVfPefR53BqA7dCoQNTY2nnFfVVVVp5sBAC98vnatDk+cqMY/vha0vfGPr+nwxIn6fO1abxoD0G06FYi+8Y1v6P3332+z/b/+67/09a9//bybAoDu0rx3n2rn3Cu1tEotLcE7W1qkllbVzrmXK0VAL9epQHT99dcrJydHTzzxhBzHUUNDg+644w5NnTpVDz/8cKh7BIAuU//SS5LO/EXP/2Cpftmy7mgHgEc69abq5557TjfccIPuvPNO/fnPf1ZlZaUSEhK0Y8cODRs2LNQ9AkCXcFpb1bh2XdsrQ1/W0qLGNWvl/PIXsqyzhScAPVGnv7ojNzdX3/3ud/Wf//mfioqK0p/+9CfCEIAexTl5UgoEOlYcCMg5eVJWbGzXNgXAE526Zfbxxx8rOztbb7zxhjZs2KAHHnhAkyZN0gMPPKDm5uZQ9wgAXcLq21eKju5YcXT0P+oB9EqdCkSjRo3SoEGD9MEHH+j666/Xz372M7399tt67bXXdNVVV4W6RwDoElZEhGJvmiR94cug2xUZqdjv3MTtMqAX61Qgev7557V69WpdeOGF7racnBzt3r1b3/zmN0PVGwB0ufjp0yWd7SWMjuKnTeuOdgB4hG+77yC+7R5nc/Clp3Wqvk5R8QkaMH2u1+3gHHy+du0/Hr2XFTzBOjJSkqPEXz2rfjfd5FF3AM5HRz+/OxWIXn755TOf0LJUUFBwrqcMewQioHdr3rtP9cuWqfF3v3e3xd4yWfHTpqnPFTwwAvRUXRqIEhMTg9abm5v1+eefKzo6Wv369dOxY8fOveMwRyACzFD5zSvl1NTISkuT7/2dXrcD4Dx19PO7U3OIamtrg5aGhgbt379f11xzjV599dVONw0AXjs9cZoJ1IBZQvblroMHD9YTTzyhe++9N1SnBAAA6BYh/bb7yMhIVVZWhvKUAAAAXa5Tb6p+/fXXg9Ydx1FVVZWWLFmiq6++OiSNAQAAdJdOBaKbvvT4qWVZuuiii/Ttb39bv/zlL0PRFwAAQLfpVCBqbW0NdR8AAACeCekcIgAAgJ6ow1eI5s7t+Jt3n3766U41AwAA4IUOB6Ldu3d3qI53dwAAgJ6mw4Fo48aN+uSTTzRw4EBFRHCnDQAA9B7nlGwGDx6so0ePuuu33HKLampqQt4UAABAdzqnQPTlrz1bv369Tpw4EdKGAAAAuhv3vgAAgPHOKRBZltVm0jSTqAEAQE93Ti9mdBxHd9xxh2JiYiRJJ0+e1KxZsxQXFxdU99prr4WuQwAAgC52ToFo6tSpQes//OEPQ9oMAACAF84pEC1fvryr+gAAAPAMk6oBAIDxCEQAAMB4BCIAAGA8AhEAADAegQgAABiPQAQAAIxHIAIAAMYjEAEAAOMRiAAAgPEIRAAAwHgEIgAAYDxPA9GmTZt04403yufzybIsrV27Nmj/a6+9pvHjxyslJUWWZam0tLTNOZqamjR79mylpKQoLi5O+fn5qqioCKqpra1VQUGBbNuWbdsqKCjQ8ePHu25gAHqsC2bOUPzc+3TBzBletwKgG3kaiE6cOKGRI0dqyZIlZ9x/9dVX64knnjjjOQoLC7VmzRqtXr1amzdvVkNDg/Ly8tTS0uLWTJkyRaWlpSoqKlJRUZFKS0tVUFAQ8vEA6Pni75qphHlzFX/XTK9bAdCNLMdxHK+bkCTLsrRmzRrddNNNbfZ9+umnGjRokHbv3q1Ro0a52/1+vy666CKtXLlSt9xyiySpsrJSGRkZWr9+vcaPH68PP/xQw4YNU0lJibKysiRJJSUlys7O1kcffaQhQ4Z0qL+6ujrZti2/36+EhITzHi8AAOh6Hf387tFziHbt2qXm5mbl5ua623w+n4YPH64tW7ZIkrZu3Srbtt0wJEmjR4+WbdtuTXuamppUV1cXtAAAgN6pRwei6upqRUdHKzExMWh7Wlqaqqur3ZrU1NQ2x6ampro17Vm0aJE758i2bWVkZIS2eQAAEDZ6dCA6E8dxZFmWu/7Fvz9TzZctWLBAfr/fXcrLy7ukVwAA4L0eHYjS09MVCARUW1sbtP3w4cNKS0tza2pqatoce+TIEbemPTExMUpISAhaAABA79SjA1FmZqb69Omj4uJid1tVVZX27NmjnJwcSVJ2drb8fr+2b9/u1mzbtk1+v9+tAQAAZovy8oc3NDTowIED7npZWZlKS0uVlJSkAQMG6NixYzp48KAqKyslSfv375f0j6s+6enpsm1b06ZN07x585ScnKykpCTNnz9fI0aM0Lhx4yRJQ4cO1YQJEzRjxgwtXbpUkjRz5kzl5eV1+AkzAADQyzke2rhxoyOpzTJ16lTHcRxn+fLl7e5/5JFH3HM0NjY699xzj5OUlOTExsY6eXl5zsGDB4N+zmeffebcdtttTnx8vBMfH+/cdtttTm1t7Tn16vf7HUmO3+8/z1EDAIDu0tHP77B5D1G44z1EAAD0PEa8hwgAACAUCEQAAMB4BCIAAGA8AhEAADAegQgAABiPQAQAAIxHIAIAAMYjEAEAAOMRiAAAgPEIRAAAwHgEIgAAYDxPv+0e0sGXntap+jpFxSdowPS5XrcDAICRCEQeK39psZqqDykm/WICEQAAHuGWGQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8QhEAADAeAQiAABgPAIRAAAwHoEIAAAYj0AEAACMRyACAADGIxABAADjEYgAAIDxCEQAAMB4BCIAAGA8AhEAADAegQgAABiPQAQAAIxHIAIAAMYjEAEAAOMRiAAAgPEIRAAAwHgEIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8TwNRJs2bdKNN94on88ny7K0du3aoP2O42jhwoXy+XyKjY3Vddddp7179wbVNDU1afbs2UpJSVFcXJzy8/NVUVERVFNbW6uCggLZti3btlVQUKDjx4938egAAEBP4WkgOnHihEaOHKklS5a0u/+pp57S008/rSVLlmjHjh1KT0/X9ddfr/r6eremsLBQa9as0erVq7V582Y1NDQoLy9PLS0tbs2UKVNUWlqqoqIiFRUVqbS0VAUFBV0+PgAA0EM4YUKSs2bNGne9tbXVSU9Pd5544gl328mTJx3btp0XXnjBcRzHOX78uNOnTx9n9erVbs2hQ4eciIgIp6ioyHEcx9m3b58jySkpKXFrtm7d6khyPvroow735/f7HUmO3+/v7BDbtTnrEuf/Xmo5m7MuCel5AQBAxz+/w3YOUVlZmaqrq5Wbm+tui4mJ0bXXXqstW7ZIknbt2qXm5uagGp/Pp+HDh7s1W7dulW3bysrKcmtGjx4t27bdGgAAYLYorxs4k+rqaklSWlpa0Pa0tDT9/e9/d2uio6OVmJjYpub08dXV1UpNTW1z/tTUVLemPU1NTWpqanLX6+rqOjcQAAAQ9sL2CtFplmUFrTuO02bbl325pr36s51n0aJF7iRs27aVkZFxjp0DAICeImwDUXp6uiS1uYpz+PBh96pRenq6AoGAamtrv7KmpqamzfmPHDnS5urTFy1YsEB+v99dysvLz2s8AAAgfIVtIBo0aJDS09NVXFzsbgsEAnrnnXeUk5MjScrMzFSfPn2CaqqqqrRnzx63Jjs7W36/X9u3b3drtm3bJr/f79a0JyYmRgkJCUELAADonTydQ9TQ0KADBw6462VlZSotLVVSUpIGDBigwsJCPf744xo8eLAGDx6sxx9/XP369dOUKVMkSbZta9q0aZo3b56Sk5OVlJSk+fPna8SIERo3bpwkaejQoZowYYJmzJihpUuXSpJmzpypvLw8DRkypPsHDQAAwo6ngWjnzp0aM2aMuz537lxJ0tSpU7VixQo98MADamxs1N13363a2lplZWXpzTffVHx8vHvM4sWLFRUVpcmTJ6uxsVFjx47VihUrFBkZ6dasWrVKc+bMcZ9Gy8/PP+O7jwAAgHksx3Ecr5voCerq6mTbtvx+f0hvn703OkNN1YcUk36xri5hnhIAAKHU0c/vsJ1DBAAA0F0IRAAAwHgEIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8QhEAADAeAQij53+5hS+QQUAAO8QiDxSv+8D7Zt/pwI1lZKkQE2l9s2/U/X7PvC4MwAAzEMg8kD1ule1I+9K1axZFbS9Zs0q7ci7UtXrXvWoMwAAzEQg6mb1+z7Qvvtul1pb5LScCtrntJySWlu0777buVIEAEA3IhB1s/LfPCPLsr6yxrIslS9/tps6AgAABKJu5LS2qub11W2uDLWpazmlmnWvMtEaAIBuQiDqRq0nG+UEmjpU6wSa1HqysYs7AgAAEoGoW0X0jZUVHdOhWis6RhF9Y7u4IwAAIBGIupUVEaG0/FtlRUZ9dV1klNIm/eCsc40AAEBoEIi6Wca/Fp51bpDjOMq4895u6ggAABCIuln8sJEatvhlKSKyzZUiKzJKiojUsMUvK37YSI86BADAPAQiD6RP+oG+9cZOpX33h0Hb0777Q33rjZ1Kn/QDjzoDAMBMlsOz3R1SV1cn27bl9/uVkJAQsvNuzrpEgZpKRaf5dM22ipCdFwAAdPzzmytEHjs9cZoJ1AAAeIdABAAAjEcgAgAAxiMQAQAA4xGIAACA8QhEAADAeAQiAABgPAIRAAAwHoEIAAAYj0AEAACMRyACAADGIxABAADjEYgAAIDxCEQAAMB4BCIAAGA8AhEAADAegQgAABiPQAQAAIxHIAIAAMYjEAEAAOMRiAAAgPHCPhDV19ersLBQl156qWJjY5WTk6MdO3a4+x3H0cKFC+Xz+RQbG6vrrrtOe/fuDTpHU1OTZs+erZSUFMXFxSk/P18VFRXdPRQAABCmwj4QTZ8+XcXFxVq5cqX++te/Kjc3V+PGjdOhQ4ckSU899ZSefvppLVmyRDt27FB6erquv/561dfXu+coLCzUmjVrtHr1am3evFkNDQ3Ky8tTS0uLV8MCAABhxHIcx/G6iTNpbGxUfHy81q1bpxtuuMHdPmrUKOXl5enRRx+Vz+dTYWGhHnzwQUn/uBqUlpamJ598UnfddZf8fr8uuugirVy5UrfccoskqbKyUhkZGVq/fr3Gjx/foV7q6upk27b8fr8SEhJCNsb3RmeoqfqQYtIv1tUl5SE7LwAA6Pjnd1hfITp16pRaWlrUt2/foO2xsbHavHmzysrKVF1drdzcXHdfTEyMrr32Wm3ZskWStGvXLjU3NwfV+Hw+DR8+3K1pT1NTk+rq6oIWAADQO4V1IIqPj1d2drYeffRRVVZWqqWlRa+88oq2bdumqqoqVVdXS5LS0tKCjktLS3P3VVdXKzo6WomJiWesac+iRYtk27a7ZGRkhHh0AAAgXIR1IJKklStXynEcXXzxxYqJidGvfvUrTZkyRZGRkW6NZVlBxziO02bbl52tZsGCBfL7/e5SXs7tLAAAequwD0SXXXaZ3nnnHTU0NKi8vFzbt29Xc3OzBg0apPT0dElqc6Xn8OHD7lWj9PR0BQIB1dbWnrGmPTExMUpISAhaAABA7xT2gei0uLg49e/fX7W1tdqwYYMmTZrkhqLi4mK3LhAI6J133lFOTo4kKTMzU3369Amqqaqq0p49e9waAABgtiivGzibDRs2yHEcDRkyRAcOHND999+vIUOG6M4775RlWSosLNTjjz+uwYMHa/DgwXr88cfVr18/TZkyRZJk27amTZumefPmKTk5WUlJSZo/f75GjBihcePGeTw6AAAQDsI+EPn9fi1YsEAVFRVKSkrS9773PT322GPq06ePJOmBBx5QY2Oj7r77btXW1iorK0tvvvmm4uPj3XMsXrxYUVFRmjx5shobGzV27FitWLEiaB4SAAAwV1i/hyic8B4iAAB6nl7xHiIAAIDuQCACAADGIxABAADjEYgAAIDxCEQAAMB4BCIAAGA8AhEAADAegQgAABiPQAQAAIxHIAIAAMYjEAEAAOMRiAAAgPEIRAAAwHgEIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8aK8bsB0GdPv06n6OkXFJ3jdCgAAxiIQeWzA9LletwAAgPG4ZQYAAIxHIAIAAMYjEAEAAOMRiAAAgPEIRAAAwHgEIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8QhEAADAeAQiAABgvCivG+gpHMeRJNXV1XncCQAA6KjTn9unP8fPhEDUQfX19ZKkjIwMjzsBAADnqr6+XrZtn3G/5ZwtMkGS1NraqsrKSsXHx8uyrJCcs66uThkZGSovL1dCQkJIzhlOevv4pN4/xt4+Pokx9ga9fXxS7x9jV47PcRzV19fL5/MpIuLMM4W4QtRBERERuuSSS7rk3AkJCb3yX/DTevv4pN4/xt4+Pokx9ga9fXxS7x9jV43vq64MncakagAAYDwCEQAAMB6ByEMxMTF65JFHFBMT43UrXaK3j0/q/WPs7eOTGGNv0NvHJ/X+MYbD+JhUDQAAjMcVIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgChN/+9vfNGnSJKWkpCghIUFXX321Nm7c6HVbIfHf//3fsiyr3WXHjh1etxdSf/7zn5WVlaXY2FilpKTou9/9rtcthdTAgQPb/A4feughr9sKuaamJo0aNUqWZam0tNTrdkIqPz9fAwYMUN++fdW/f38VFBSosrLS67ZC4tNPP9W0adM0aNAgxcbG6rLLLtMjjzyiQCDgdWsh9dhjjyknJ0f9+vXThRde6HU7IfH8889r0KBB6tu3rzIzM/Xuu+92ew8EojBxww036NSpU3r77be1a9cujRo1Snl5eaqurva6tfOWk5OjqqqqoGX69OkaOHCgrrzySq/bC5k//vGPKigo0J133qkPPvhA7733nqZMmeJ1WyH305/+NOh3+ZOf/MTrlkLugQcekM/n87qNLjFmzBj9/ve/1/79+/XHP/5RH3/8sb7//e973VZIfPTRR2ptbdXSpUu1d+9eLV68WC+88IJ+9KMfed1aSAUCAd188836t3/7N69bCYnf/e53Kiws1I9//GPt3r1b//zP/6yJEyfq4MGD3duIA88dOXLEkeRs2rTJ3VZXV+dIct566y0PO+sagUDASU1NdX7605963UrINDc3OxdffLHz0ksved1Kl7r00kudxYsXe91Gl1q/fr1z+eWXO3v37nUkObt37/a6pS61bt06x7IsJxAIeN1Kl3jqqaecQYMGed1Gl1i+fLlj27bXbZy3q666ypk1a1bQtssvv9x56KGHurUPrhCFgeTkZA0dOlQvv/yyTpw4oVOnTmnp0qVKS0tTZmam1+2F3Ouvv66jR4/qjjvu8LqVkHn//fd16NAhRURE6Bvf+Ib69++viRMnau/evV63FnJPPvmkkpOTNWrUKD322GO96nZETU2NZsyYoZUrV6pfv35et9Pljh07plWrViknJ0d9+vTxup0u4ff7lZSU5HUbOINAIKBdu3YpNzc3aHtubq62bNnSrb0QiMKAZVkqLi7W7t27FR8fr759+2rx4sUqKirqNfeHv2jZsmUaP368MjIyvG4lZD755BNJ0sKFC/WTn/xEb7zxhhITE3Xttdfq2LFjHncXOvfee69Wr16tjRs36p577tEzzzyju+++2+u2QsJxHN1xxx2aNWtWr7qV254HH3xQcXFxSk5O1sGDB7Vu3TqvW+oSH3/8sZ577jnNmjXL61ZwBkePHlVLS4vS0tKCtqelpXX7lBECURdauHDhGScTn1527twpx3F09913KzU1Ve+++662b9+uSZMmKS8vT1VVVV4P44w6Or4vqqio0IYNGzRt2jSPuj43HR1ja2urJOnHP/6xvve97ykzM1PLly+XZVn6wx/+4PEovtq5/B7vu+8+XXvttfr617+u6dOn64UXXtCyZcv02WefeTyKM+vo+J577jnV1dVpwYIFXrd8zs71z+L999+v3bt3680331RkZKRuv/12OWH8pQWd+W9NZWWlJkyYoJtvvlnTp0/3qPOO68wYexPLsoLWHcdps63Le3DC+U9BD3f06FEdPXr0K2sGDhyo9957T7m5uaqtrVVCQoK7b/DgwZo2bVrYPsXT0fH17dvXXX/00Uf13HPP6dChQz3iEn1Hx7h161Z9+9vf1rvvvqtrrrnG3ZeVlaVx48bpscce6+pWO60zv8fTDh06pEsuuUQlJSXKysrqqhbPS0fHd+utt+pPf/pT0H+EW1paFBkZqdtuu02//e1vu7rVTjuf32FFRYUyMjK0ZcsWZWdnd1WL5+Vcx1dZWakxY8YoKytLK1asUERE+P+/f2d+hytWrFBhYaGOHz/exd11nUAgoH79+ukPf/iDvvOd77jb7733XpWWluqdd97ptl6iuu0nGSglJUUpKSlnrfv8888lqc0f2oiICPfKQzjq6PhOcxxHy5cv1+23394jwpDU8TFmZmYqJiZG+/fvdwNRc3OzPv30U1166aVd3eZ5Odff4xft3r1bktS/f/9QthRSHR3fr371K/3sZz9z1ysrKzV+/Hj97ne/C9uwd9r5/A5P/z9xU1NTKFsKqXMZ36FDhzRmzBj3Km1PCEPS+f0Oe7Lo6GhlZmaquLg4KBAVFxdr0qRJ3doLgSgMZGdnKzExUVOnTtXDDz+s2NhYvfjiiyorK9MNN9zgdXsh8/bbb6usrKzH3C47FwkJCZo1a5YeeeQRZWRk6NJLL9XPf/5zSdLNN9/scXehsXXrVpWUlGjMmDGybVs7duzQfffd577Xpqf78hguuOACSdJll12mSy65xIuWQm779u3avn27rrnmGiUmJuqTTz7Rww8/rMsuuyxsrw6di8rKSl133XUaMGCAfvGLX+jIkSPuvvT0dA87C62DBw/q2LFjOnjwoFpaWtx3ZX3ta19z/73tSebOnauCggJdeeWVys7O1q9//WsdPHiw++d+deszbTijHTt2OLm5uU5SUpITHx/vjB492lm/fr3XbYXUD37wAycnJ8frNrpMIBBw5s2b56Smpjrx8fHOuHHjnD179njdVsjs2rXLycrKcmzbdvr27esMGTLEeeSRR5wTJ0543VqXKCsr63WP3f/lL39xxowZ4yQlJTkxMTHOwIEDnVmzZjkVFRVetxYSy5cvdyS1u/QmU6dObXeMGzdu9Lq1TvuP//gP59JLL3Wio6Odb37zm84777zT7T0whwgAABivZ9xcBQAA6EIEIgAAYDwCEQAAMB6BCAAAGI9ABAAAjEcgAgAAxiMQAQAA4xGIAACA8QhEAADAeAQiAABgPAIRAAAwHoEIAAAY7/8BQs41V+uAxzgAAAAASUVORK5CYII=",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "ename": "TypeError",
     "evalue": "'NoneType' object is not subscriptable",
     "output_type": "error",
     "traceback": [
      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
      "\u001b[0;31mTypeError\u001b[0m                                 Traceback (most recent call last)",
      "Cell \u001b[0;32mIn [9], line 1\u001b[0m\n\u001b[0;32m----> 1\u001b[0m \u001b[43mplot_snana_fits\u001b[49m\u001b[43m(\u001b[49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[38;5;124;43mYSE_DR1_SIMS_60k_SNR4_grizXY_SIMLIB_FLUXCALERR_COR_220427/PALEO_YSE_ZTF_MODEL12/\u001b[39;49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[43m)\u001b[49m\u001b[43m[\u001b[49m\u001b[38;5;241;43m0\u001b[39;49m\u001b[43m]\u001b[49m\n",
      "\u001b[0;31mTypeError\u001b[0m: 'NoneType' object is not subscriptable"
     ]
    }
   ],
   "source": [
    "plot_snana_fits('data/PALEO_YSE_ZTF_MODEL12/')[0]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 168,
   "id": "90bbe0fb-ea8e-46ec-acc5-0972437cd9e8",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "100"
      ]
     },
     "execution_count": 168,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "heads = sorted(glob.glob(os.path.join(f'data/PALEO_YSE_ZTF_MODEL01/', '*_HEAD.FITS.gz')))\n",
    "len(heads)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 46,
   "id": "eb87f69d-42b6-469f-bc0c-8f68cb13883f",
   "metadata": {
    "tags": []
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[59034 59038 59041 59043 59044 59047 59048 59049 59050 59051 59052 59053\n",
      " 59054 59055 59056 59057 59059 59060 59061 59062 59063 59065 59066 59067\n",
      " 59069 59071 59072 59073 59074 59076 59077 59078 59079 59082 59096 59102\n",
      " 59106 59108 59119 59131]\n"
     ]
    },
    {
     "ename": "KeyError",
     "evalue": "'SNID'",
     "output_type": "error",
     "traceback": [
      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
      "\u001b[0;31mKeyError\u001b[0m                                  Traceback (most recent call last)",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/indexes/base.py:3803\u001b[0m, in \u001b[0;36mIndex.get_loc\u001b[0;34m(self, key, method, tolerance)\u001b[0m\n\u001b[1;32m   3802\u001b[0m \u001b[38;5;28;01mtry\u001b[39;00m:\n\u001b[0;32m-> 3803\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_engine\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mget_loc\u001b[49m\u001b[43m(\u001b[49m\u001b[43mcasted_key\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m   3804\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m \u001b[38;5;167;01mKeyError\u001b[39;00m \u001b[38;5;28;01mas\u001b[39;00m err:\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/_libs/index.pyx:138\u001b[0m, in \u001b[0;36mpandas._libs.index.IndexEngine.get_loc\u001b[0;34m()\u001b[0m\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/_libs/index.pyx:165\u001b[0m, in \u001b[0;36mpandas._libs.index.IndexEngine.get_loc\u001b[0;34m()\u001b[0m\n",
      "File \u001b[0;32mpandas/_libs/hashtable_class_helper.pxi:5745\u001b[0m, in \u001b[0;36mpandas._libs.hashtable.PyObjectHashTable.get_item\u001b[0;34m()\u001b[0m\n",
      "File \u001b[0;32mpandas/_libs/hashtable_class_helper.pxi:5753\u001b[0m, in \u001b[0;36mpandas._libs.hashtable.PyObjectHashTable.get_item\u001b[0;34m()\u001b[0m\n",
      "\u001b[0;31mKeyError\u001b[0m: 'SNID'",
      "\nThe above exception was the direct cause of the following exception:\n",
      "\u001b[0;31mKeyError\u001b[0m                                  Traceback (most recent call last)",
      "Cell \u001b[0;32mIn [46], line 80\u001b[0m\n\u001b[1;32m     77\u001b[0m     \u001b[38;5;66;03m# for i in unique_MJDs:\u001b[39;00m\n\u001b[1;32m     78\u001b[0m     \u001b[38;5;66;03m#     unique_r = get_group()\u001b[39;00m\n\u001b[1;32m     79\u001b[0m     band_mask \u001b[38;5;241m=\u001b[39m (lc_df_int_MJD[\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mBAND_r\u001b[39m\u001b[38;5;124m'\u001b[39m] \u001b[38;5;241m!=\u001b[39m \u001b[38;5;241m0\u001b[39m) \u001b[38;5;241m&\u001b[39m (lc_df_int_MJD[\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mBAND_g\u001b[39m\u001b[38;5;124m'\u001b[39m] \u001b[38;5;241m!=\u001b[39m \u001b[38;5;241m0\u001b[39m) \u001b[38;5;241m&\u001b[39m (lc_df_int_MJD[\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mBAND_i\u001b[39m\u001b[38;5;124m'\u001b[39m]\u001b[38;5;241m!=\u001b[39m\u001b[38;5;241m0\u001b[39m)\n\u001b[0;32m---> 80\u001b[0m     \u001b[38;5;28mprint\u001b[39m(lc_df_int_MJD,\u001b[43mlc_df_int_MJD\u001b[49m\u001b[43m[\u001b[49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[38;5;124;43mSNID\u001b[39;49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[43m]\u001b[49m)\u001b[38;5;66;03m#[lc_df['BAND'] == 'X'])\u001b[39;00m\n\u001b[1;32m     81\u001b[0m \u001b[38;5;66;03m#print(lc_df_pb.ZEROPT)\u001b[39;00m\n\u001b[1;32m     82\u001b[0m \n\u001b[1;32m     83\u001b[0m \u001b[38;5;66;03m#                 if plotmag:\u001b[39;00m\n\u001b[0;32m   (...)\u001b[0m\n\u001b[1;32m     99\u001b[0m \u001b[38;5;66;03m#             plt.show()\u001b[39;00m\n\u001b[1;32m    100\u001b[0m \u001b[38;5;66;03m# appended_meta_data = pandas.concat(appended_meta_data)\u001b[39;00m\n\u001b[1;32m    101\u001b[0m appended_data\u001b[38;5;241m.\u001b[39mappend(appended_data)\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/frame.py:3804\u001b[0m, in \u001b[0;36mDataFrame.__getitem__\u001b[0;34m(self, key)\u001b[0m\n\u001b[1;32m   3802\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mcolumns\u001b[38;5;241m.\u001b[39mnlevels \u001b[38;5;241m>\u001b[39m \u001b[38;5;241m1\u001b[39m:\n\u001b[1;32m   3803\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_getitem_multilevel(key)\n\u001b[0;32m-> 3804\u001b[0m indexer \u001b[38;5;241m=\u001b[39m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mcolumns\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mget_loc\u001b[49m\u001b[43m(\u001b[49m\u001b[43mkey\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m   3805\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m is_integer(indexer):\n\u001b[1;32m   3806\u001b[0m     indexer \u001b[38;5;241m=\u001b[39m [indexer]\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/indexes/base.py:3805\u001b[0m, in \u001b[0;36mIndex.get_loc\u001b[0;34m(self, key, method, tolerance)\u001b[0m\n\u001b[1;32m   3803\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_engine\u001b[38;5;241m.\u001b[39mget_loc(casted_key)\n\u001b[1;32m   3804\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m \u001b[38;5;167;01mKeyError\u001b[39;00m \u001b[38;5;28;01mas\u001b[39;00m err:\n\u001b[0;32m-> 3805\u001b[0m     \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mKeyError\u001b[39;00m(key) \u001b[38;5;28;01mfrom\u001b[39;00m \u001b[38;5;21;01merr\u001b[39;00m\n\u001b[1;32m   3806\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m \u001b[38;5;167;01mTypeError\u001b[39;00m:\n\u001b[1;32m   3807\u001b[0m     \u001b[38;5;66;03m# If we have a listlike key, _check_indexing_error will raise\u001b[39;00m\n\u001b[1;32m   3808\u001b[0m     \u001b[38;5;66;03m#  InvalidIndexError. Otherwise we fall through and re-raise\u001b[39;00m\n\u001b[1;32m   3809\u001b[0m     \u001b[38;5;66;03m#  the TypeError.\u001b[39;00m\n\u001b[1;32m   3810\u001b[0m     \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_check_indexing_error(key)\n",
      "\u001b[0;31mKeyError\u001b[0m: 'SNID'"
     ]
    }
   ],
   "source": [
    "models = os.listdir('data/')[1::]\n",
    "heads_list = []\n",
    "phots_list = []\n",
    "for model in models:\n",
    "    heads = sorted(glob.glob(os.path.join(f'data/{model}', '*_HEAD.FITS.gz')))\n",
    "    phots = sorted(glob.glob(os.path.join(f'data/{model}', '*_PHOT.FITS.gz')))\n",
    "    assert len(heads) != 0, 'no *_HEAD_FITS.gz are found'\n",
    "    assert len(heads) == len(phots), 'there are different number of HEAD and PHOT files'\n",
    "    # files = os.listdir(f'data/{model}')\n",
    "    num_heads = len(heads)\n",
    "    # range_for_files = range(0,num_heads)\n",
    "    random_files = np.random.choice(num_heads, size = 100,replace = False)\n",
    "    for r in random_files:\n",
    "        heads_list.append(heads[r])\n",
    "        phots_list.append(phots[r])\n",
    "# print(len(heads_list),heads_list)\n",
    "# print(len(phots_list),phots_list)\n",
    "appended_data = []\n",
    "\n",
    "for head, phot in zip(heads_list[::100], phots_list[::100]): #lots of LCs per head, phot files, so do a few to start\n",
    "    i = head.find('_HEAD.FITS.gz')\n",
    "    assert head[:i] == phot[:i], f'HEAD and PHOT files name mismatch: {head}, {phot}'\n",
    "    filename = head[:i].split('/')[1:3]#.split('.')[0:2]\n",
    "    for LCnum, lc in enumerate(sncosmo.read_snana_fits(head, phot)[0:3]): # remember: multiple SN in single HEAD/PHOT file\n",
    "        lc_meta = {lc.meta['SNID']:lc.meta}\n",
    "        # print(lc_meta)\n",
    "        #print(lc.columns)\n",
    "        lc_df = lc.to_pandas()\n",
    "\n",
    "        # lc_df_meta = pandas.DataFrame.from_dict(lc_meta,orient='columns')\n",
    "\n",
    "        lc_df['SNID']=lc.meta['SNID']\n",
    "        lc_df['1stDet']=lc.meta['MJD_DETECT_FIRST']\n",
    "        lc_df['Trigger']=lc.meta['MJD_TRIGGER']\n",
    "        lc_df['Model_num']=lc.meta['SIM_TYPE_INDEX']\n",
    "        lc_df['filename']=filename[1]\n",
    "        \n",
    "        # fig, ax = plt.subplots()\n",
    "        lc_df['BAND']= lc_df['BAND'].str.decode(\"utf-8\") # turn Bytes into str\n",
    "        lc_df['SNR'] = lc_df['FLUXCAL']/lc_df['FLUXCALERR'] # signal to noise ratio\n",
    "        lc_df['MAG'] = np.array(-2.5*np.log10(np.abs(lc_df['FLUXCAL'])))+27.5 # magnitudes\n",
    "        lc_df['MAGERR'] = 1.086/lc_df['SNR'] # magnitude error\n",
    "        lc_df['int_MJD'] = [int(i) for i in lc_df['MJD']]\n",
    "        unique_MJDs = lc_df['int_MJD'].unique()\n",
    "        print(unique_MJDs)\n",
    "        # for i in lc_df[::]:\n",
    "        #     if i['BAND']== 'g':\n",
    "        #         if i['int_MJD'] == \n",
    "                  # observations              # nondetections           # Signal to noise cut       \n",
    "        mask = (lc_df['PHOTFLAG'] != 0)  #| (lc_df['PHOTFLAG'] == 0)  | (lc_df['SNR'] >= 4) \n",
    "        lc_df = lc_df[mask].reset_index(drop=True)\n",
    "        \n",
    "        D_id_color = {\n",
    "                  \"X \": u\"#b9ac70\", # ZTF-g\n",
    "                  \"Y \": u\"#bd1f01\", # ZTF-r\n",
    "                  \"g \": u\"#4daf4a\", # YSE-g\n",
    "                  \"r \": u\"#e41a1c\", # YSE-r\n",
    "                  \"i \": u\"#832db6\", # YSE-i\n",
    "                  \"z \": u\"#656364\"} # YSE-z\n",
    "        lc_df['PLOTCOLOR'] = lc_df.BAND.map(D_id_color)\n",
    "        # appended_meta_data.append(lc_df_meta)\n",
    "        for pb, c in D_id_color.items():\n",
    "            #print(pb, c)\n",
    "            lc_df_pb = lc_df[lc_df.BAND == pb]\n",
    "            appended_data.append(lc_df_pb)\n",
    "        # print(type(appended_data),filename)\n",
    "        \n",
    "        lc_df_band = lc_df.groupby('BAND')\n",
    "        # print(lc_df_band['BAND' = 'r'])\n",
    "        # lc_df_band_r = lc_df_band.get_group('r')\n",
    "        # lc_df_band_g = lc_df_band.get_group('g')\n",
    "        # lc_df_band_i = lc_df_band.get_group('i')\n",
    "        lc_df['BAND_r'] = lc_df.apply(lambda row: 0 if row['BAND'] != 'r ' else row['MAG'],axis=1)\n",
    "        lc_df['BAND_g'] = lc_df.apply(lambda row: 0 if row['BAND'] != 'g ' else row['MAG'],axis=1)\n",
    "        lc_df['BAND_i'] = lc_df.apply(lambda row: 0 if row['BAND'] != 'i ' else row['MAG'],axis=1)\n",
    "        lc_df_int_MJD = lc_df.groupby('int_MJD').sum(['BAND_r','BAND_i','BAND_g'])\n",
    "        # for i in unique_MJDs:\n",
    "        #     unique_r = get_group()\n",
    "        band_mask = (lc_df_int_MJD['BAND_r'] != 0) & (lc_df_int_MJD['BAND_g'] != 0) & (lc_df_int_MJD['BAND_i']!=0)\n",
    "        print(lc_df_int_MJD,lc_df_int_MJD['SNID'])#[lc_df['BAND'] == 'X'])\n",
    "    #print(lc_df_pb.ZEROPT)\n",
    "\n",
    "    #                 if plotmag:\n",
    "    #                     plt.errorbar(lc_df_pb['MJD']-lc.meta['MJD_TRIGGER'], lc_df_pb['MAG'], \n",
    "    #                              yerr=lc_df_pb['MAGERR'], c=c, fmt='o', label=pb, ms=7, elinewidth=2)\n",
    "\n",
    "    #                 else:\n",
    "    #                     plt.errorbar(lc_df_pb['MJD']-lc.meta['MJD_TRIGGER'], lc_df_pb['FLUXCAL'], \n",
    "    #                              yerr=lc_df_pb['FLUXCALERR'], c=c, fmt='o', label=pb, ms=7, elinewidth=2)\n",
    "\n",
    "\n",
    "    #             if plotmag:\n",
    "    #                 plt.gca().invert_yaxis()\n",
    "    #                 plt.ylabel('Mag')\n",
    "\n",
    "    #             else:\n",
    "    #                 plt.ylabel('Flux')\n",
    "\n",
    "    #             plt.show()\n",
    "    # appended_meta_data = pandas.concat(appended_meta_data)\n",
    "    appended_data.append(appended_data)\n",
    "# print(appended_data)\n",
    "# appended_data.concat(appended_data)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 170,
   "id": "67d425d9-cbc0-403c-966e-709a4ef4dd66",
   "metadata": {
    "tags": []
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1   59280.375   X       -9  b'VOID        '      4096      -9.0  2368.460693   \n",
       " 4   59291.287   X       -9  b'VOID        '      4096      -9.0  3391.289062   \n",
       " 9   59293.297   X       -9  b'VOID        '      4096      -9.0  3456.297363   \n",
       " 12  59296.354   X       -9  b'VOID        '      4096      -9.0  3396.042969   \n",
       " 17  59298.394   X       -9  b'VOID        '      4096      -9.0  3119.840088   \n",
       " 19  59302.333   X       -9  b'VOID        '      4096      -9.0  2854.112061   \n",
       " 20  59304.257   X       -9  b'VOID        '      4096      -9.0  3092.287354   \n",
       " 25  59307.310   X       -9  b'VOID        '      4096      -9.0  2828.357666   \n",
       " 28  59309.207   X       -9  b'VOID        '      4096      -9.0  2833.609131   \n",
       " 30  59311.235   X       -9  b'VOID        '      4096      -9.0  2723.368408   \n",
       " 35  59313.249   X       -9  b'VOID        '      4096      -9.0  2686.262207   \n",
       " 38  59315.229   X       -9  b'VOID        '      4096      -9.0  2566.891113   \n",
       " 43  59317.236   X       -9  b'VOID        '      4096      -9.0  2666.486572   \n",
       " 46  59321.254   X       -9  b'VOID        '      4096      -9.0  2485.002686   \n",
       " 48  59323.281   X       -9  b'VOID        '      4096      -9.0  2463.644287   \n",
       " 51  59325.337   X       -9  b'VOID        '      4096      -9.0  2483.730713   \n",
       " 54  59335.255   X       -9  b'VOID        '      4096      -9.0  2434.103271   \n",
       " 61  59338.310   X       -9  b'VOID        '      4096      -9.0  2602.824951   \n",
       " 62  59340.213   X       -9  b'VOID        '      4096      -9.0  2437.251709   \n",
       " 65  59342.329   X       -9  b'VOID        '      4096      -9.0  2498.922363   \n",
       " 69  59344.256   X       -9  b'VOID        '      4096      -9.0  2445.880859   \n",
       " 73  59346.354   X       -9  b'VOID        '      4096      -9.0  2513.671875   \n",
       " 74  59348.232   X       -9  b'VOID        '      4096      -9.0  2475.020264   \n",
       " 75  59350.207   X       -9  b'VOID        '      4096      -9.0  2291.527100   \n",
       " 77  59354.181   X       -9  b'VOID        '      4096      -9.0  2108.957764   \n",
       " 79  59361.236   X       -9  b'VOID        '      4096      -9.0  1990.545288   \n",
       " 81  59363.235   X       -9  b'VOID        '      4096      -9.0  1814.883545   \n",
       " 82  59365.193   X       -9  b'VOID        '      4096      -9.0  1691.195190   \n",
       " 84  59367.268   X       -9  b'VOID        '      4096      -9.0  1543.814575   \n",
       " 86  59369.212   X       -9  b'VOID        '      4096      -9.0  1431.848511   \n",
       " 87  59371.187   X       -9  b'VOID        '      4096      -9.0  1378.579956   \n",
       " 89  59373.185   X       -9  b'VOID        '      4096      -9.0  1338.836304   \n",
       " 91  59378.197   X       -9  b'VOID        '      4096      -9.0  1002.331055   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1    66.608635  0.849329       0.0  ...   19.059868  b'2076154'  59280.296875   \n",
       " 4    64.732140  0.849329       0.0  ...   18.640762  b'2076154'  59280.296875   \n",
       " 9    71.528999  0.849329       0.0  ...   18.676741  b'2076154'  59280.296875   \n",
       " 12  139.425751  0.849329       0.0  ...   18.723146  b'2076154'  59280.296875   \n",
       " 17  263.540588  0.849329       0.0  ...   18.744474  b'2076154'  59280.296875   \n",
       " 19  287.730469  0.849329       0.0  ...   18.799240  b'2076154'  59280.296875   \n",
       " 20  227.650375  0.849329       0.0  ...   18.834234  b'2076154'  59280.296875   \n",
       " 25   58.344925  0.849329       0.0  ...   18.890635  b'2076154'  59280.296875   \n",
       " 28   85.538940  0.849329       0.0  ...   18.921196  b'2076154'  59280.296875   \n",
       " 30   70.165871  0.849329       0.0  ...   18.943735  b'2076154'  59280.296875   \n",
       " 35   69.048126  0.849329       0.0  ...   18.962187  b'2076154'  59280.296875   \n",
       " 38   61.983501  0.849329       0.0  ...   18.972214  b'2076154'  59280.296875   \n",
       " 43   50.074345  0.849329       0.0  ...   18.977182  b'2076154'  59280.296875   \n",
       " 46   56.173386  0.849329       0.0  ...   19.001957  b'2076154'  59280.296875   \n",
       " 48   82.721107  0.849329       0.0  ...   19.010384  b'2076154'  59280.296875   \n",
       " 51  259.266785  0.849329       0.0  ...   19.015039  b'2076154'  59280.296875   \n",
       " 54   97.744652  0.849329       0.0  ...   19.023508  b'2076154'  59280.296875   \n",
       " 61   95.837540  0.849329       0.0  ...   19.019722  b'2076154'  59280.296875   \n",
       " 62   63.856453  0.849329       0.0  ...   19.023252  b'2076154'  59280.296875   \n",
       " 65   85.260147  0.849329       0.0  ...   19.029121  b'2076154'  59280.296875   \n",
       " 69   61.456947  0.849329       0.0  ...   19.045094  b'2076154'  59280.296875   \n",
       " 73  112.544830  0.849329       0.0  ...   19.048361  b'2076154'  59280.296875   \n",
       " 74   64.196213  0.849329       0.0  ...   19.055700  b'2076154'  59280.296875   \n",
       " 75   87.240425  0.849329       0.0  ...   19.068319  b'2076154'  59280.296875   \n",
       " 77  200.243408  0.849329       0.0  ...   19.129234  b'2076154'  59280.296875   \n",
       " 79  253.622177  0.849329       0.0  ...   19.334034  b'2076154'  59280.296875   \n",
       " 81   73.908958  0.849329       0.0  ...   19.377802  b'2076154'  59280.296875   \n",
       " 82   96.454491  0.849329       0.0  ...   19.446836  b'2076154'  59280.296875   \n",
       " 84  103.803398  0.849329       0.0  ...   19.522411  b'2076154'  59280.296875   \n",
       " 86   83.053482  0.849329       0.0  ...   19.594080  b'2076154'  59280.296875   \n",
       " 87   63.741989  0.849329       0.0  ...   19.669159  b'2076154'  59280.296875   \n",
       " 89   95.875145  0.849329       0.0  ...   19.750036  b'2076154'  59280.296875   \n",
       " 91   88.274567  0.849329       0.0  ...   19.977152  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 1   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  35.557861   \n",
       " 4   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  52.389572   \n",
       " 9   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  48.320225   \n",
       " 12  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  24.357359   \n",
       " 17  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  11.838177   \n",
       " 19  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070   9.919394   \n",
       " 20  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  13.583493   \n",
       " 25  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  48.476498   \n",
       " 28  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.126541   \n",
       " 30  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  38.813293   \n",
       " 35  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  38.904202   \n",
       " 38  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  41.412491   \n",
       " 43  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  53.250553   \n",
       " 46  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  44.238079   \n",
       " 48  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  29.782536   \n",
       " 51  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070   9.579826   \n",
       " 54  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  24.902676   \n",
       " 61  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  27.158720   \n",
       " 62  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  38.167664   \n",
       " 65  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  29.309383   \n",
       " 69  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  39.798283   \n",
       " 73  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  22.334850   \n",
       " 74  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  38.553993   \n",
       " 75  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  26.266804   \n",
       " 77  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  10.531971   \n",
       " 79  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070   7.848467   \n",
       " 81  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  24.555664   \n",
       " 82  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  17.533607   \n",
       " 84  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  14.872486   \n",
       " 86  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  17.240078   \n",
       " 87  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  21.627501   \n",
       " 89  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  13.964374   \n",
       " 91  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  11.354698   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 1   19.063835  0.030542    #b9ac70  \n",
       " 4   18.674088  0.020729    #b9ac70  \n",
       " 9   18.653473  0.022475    #b9ac70  \n",
       " 12  18.672567  0.044586    #b9ac70  \n",
       " 17  18.764669  0.091737    #b9ac70  \n",
       " 19  18.861322  0.109482    #b9ac70  \n",
       " 20  18.774300  0.079950    #b9ac70  \n",
       " 25  18.871164  0.022403    #b9ac70  \n",
       " 28  18.869150  0.032783    #b9ac70  \n",
       " 30  18.912235  0.027980    #b9ac70  \n",
       " 35  18.927128  0.027915    #b9ac70  \n",
       " 38  18.976482  0.026224    #b9ac70  \n",
       " 43  18.935152  0.020394    #b9ac70  \n",
       " 46  19.011683  0.024549    #b9ac70  \n",
       " 48  19.021055  0.036464    #b9ac70  \n",
       " 51  19.012239  0.113363    #b9ac70  \n",
       " 54  19.034153  0.043610    #b9ac70  \n",
       " 61  18.961388  0.039987    #b9ac70  \n",
       " 62  19.032749  0.028453    #b9ac70  \n",
       " 65  19.005619  0.037053    #b9ac70  \n",
       " 69  19.028912  0.027288    #b9ac70  \n",
       " 73  18.999229  0.048624    #b9ac70  \n",
       " 74  19.016052  0.028168    #b9ac70  \n",
       " 75  19.099688  0.041345    #b9ac70  \n",
       " 77  19.189831  0.103115    #b9ac70  \n",
       " 79  19.252569  0.138371    #b9ac70  \n",
       " 81  19.352879  0.044226    #b9ac70  \n",
       " 82  19.429516  0.061938    #b9ac70  \n",
       " 84  19.528513  0.073021    #b9ac70  \n",
       " 86  19.610256  0.062993    #b9ac70  \n",
       " 87  19.651421  0.050214    #b9ac70  \n",
       " 89  19.683182  0.077769    #b9ac70  \n",
       " 91  19.997473  0.095643    #b9ac70  \n",
       " \n",
       " [33 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0   59280.297   Y       -9  b'VOID        '      4096      -9.0  2111.554688   \n",
       " 5   59291.354   Y       -9  b'VOID        '      4096      -9.0  3558.945557   \n",
       " 8   59293.271   Y       -9  b'VOID        '      4096      -9.0  3561.049805   \n",
       " 13  59296.359   Y       -9  b'VOID        '      4096      -9.0  3514.919678   \n",
       " 16  59298.304   Y       -9  b'VOID        '      4096      -9.0  3393.178467   \n",
       " 18  59302.256   Y       -9  b'VOID        '      4096      -9.0  3752.273926   \n",
       " 21  59304.305   Y       -9  b'VOID        '      4096      -9.0  3692.499268   \n",
       " 24  59307.246   Y       -9  b'VOID        '      4096      -9.0  3784.678711   \n",
       " 29  59309.254   Y       -9  b'VOID        '      4096      -9.0  3742.880371   \n",
       " 31  59311.308   Y       -9  b'VOID        '      4096      -9.0  3704.338867   \n",
       " 34  59313.228   Y       -9  b'VOID        '      4096      -9.0  3639.416260   \n",
       " 39  59315.248   Y       -9  b'VOID        '      4096      -9.0  4134.204590   \n",
       " 42  59317.194   Y       -9  b'VOID        '      4096      -9.0  3805.325928   \n",
       " 47  59321.290   Y       -9  b'VOID        '      4096      -9.0  3730.112061   \n",
       " 49  59323.342   Y       -9  b'VOID        '      4096      -9.0  3945.747803   \n",
       " 50  59325.256   Y       -9  b'VOID        '      4096      -9.0  3982.018066   \n",
       " 52  59329.252   Y       -9  b'VOID        '      4096      -9.0  3649.087158   \n",
       " 53  59335.206   Y       -9  b'VOID        '      4096      -9.0  4082.124023   \n",
       " 58  59338.234   Y       -9  b'VOID        '      4096      -9.0  4036.480225   \n",
       " 63  59340.254   Y       -9  b'VOID        '      4096      -9.0  3892.347900   \n",
       " 64  59342.256   Y       -9  b'VOID        '      4096      -9.0  3986.437744   \n",
       " 68  59344.225   Y       -9  b'VOID        '      4096      -9.0  3606.694092   \n",
       " 72  59346.280   Y       -9  b'VOID        '      4096      -9.0  3749.983398   \n",
       " 76  59350.247   Y       -9  b'VOID        '      4096      -9.0  3883.697510   \n",
       " 78  59361.193   Y       -9  b'VOID        '      4096      -9.0  3917.826660   \n",
       " 80  59363.191   Y       -9  b'VOID        '      4096      -9.0  3639.537842   \n",
       " 83  59367.195   Y       -9  b'VOID        '      4096      -9.0  3569.787109   \n",
       " 85  59369.184   Y       -9  b'VOID        '      4096      -9.0  3402.276123   \n",
       " 88  59371.229   Y       -9  b'VOID        '      4096      -9.0  3291.236572   \n",
       " 90  59376.258   Y       -9  b'VOID        '      4096      -9.0  3134.814697   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0    51.917336  0.849329       0.0  ...   19.164165  b'2076154'  59280.296875   \n",
       " 5    57.238613  0.849329       0.0  ...   18.638231  b'2076154'  59280.296875   \n",
       " 8    70.640938  0.849329       0.0  ...   18.629854  b'2076154'  59280.296875   \n",
       " 13  127.610649  0.849329       0.0  ...   18.610085  b'2076154'  59280.296875   \n",
       " 16  415.423615  0.849329       0.0  ...   18.594088  b'2076154'  59280.296875   \n",
       " 18  300.627380  0.849329       0.0  ...   18.575205  b'2076154'  59280.296875   \n",
       " 21  158.692657  0.849329       0.0  ...   18.573151  b'2076154'  59280.296875   \n",
       " 24   72.704262  0.849329       0.0  ...   18.576309  b'2076154'  59280.296875   \n",
       " 29   76.054878  0.849329       0.0  ...   18.578247  b'2076154'  59280.296875   \n",
       " 31   63.398914  0.849329       0.0  ...   18.578012  b'2076154'  59280.296875   \n",
       " 34   74.122276  0.849329       0.0  ...   18.596170  b'2076154'  59280.296875   \n",
       " 39  395.996643  0.849329       0.0  ...   18.592499  b'2076154'  59280.296875   \n",
       " 42   65.783562  0.849329       0.0  ...   18.564020  b'2076154'  59280.296875   \n",
       " 47   63.820484  0.849329       0.0  ...   18.550167  b'2076154'  59280.296875   \n",
       " 49  111.368187  0.849329       0.0  ...   18.542610  b'2076154'  59280.296875   \n",
       " 50   99.822769  0.849329       0.0  ...   18.534891  b'2076154'  59280.296875   \n",
       " 52  251.564758  0.849329       0.0  ...   18.514309  b'2076154'  59280.296875   \n",
       " 53  127.722855  0.849329       0.0  ...   18.503759  b'2076154'  59280.296875   \n",
       " 58   83.594963  0.849329       0.0  ...   18.506475  b'2076154'  59280.296875   \n",
       " 63   78.216827  0.849329       0.0  ...   18.512239  b'2076154'  59280.296875   \n",
       " 64   93.934387  0.849329       0.0  ...   18.519938  b'2076154'  59280.296875   \n",
       " 68   74.285873  0.849329       0.0  ...   18.551300  b'2076154'  59280.296875   \n",
       " 72   88.531090  0.849329       0.0  ...   18.543528  b'2076154'  59280.296875   \n",
       " 76  150.978577  0.849329       0.0  ...   18.536577  b'2076154'  59280.296875   \n",
       " 78  158.395706  0.849329       0.0  ...   18.492252  b'2076154'  59280.296875   \n",
       " 80   77.622467  0.849329       0.0  ...   18.569286  b'2076154'  59280.296875   \n",
       " 83   98.125023  0.849329       0.0  ...   18.630394  b'2076154'  59280.296875   \n",
       " 85   82.663567  0.849329       0.0  ...   18.667398  b'2076154'  59280.296875   \n",
       " 88  109.400078  0.849329       0.0  ...   18.710596  b'2076154'  59280.296875   \n",
       " 90  131.210800  0.849329       0.0  ...   18.841806  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  40.671478   \n",
       " 5   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  62.177353   \n",
       " 8   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  50.410568   \n",
       " 13  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  27.544094   \n",
       " 16  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070   8.167996   \n",
       " 18  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  12.481478   \n",
       " 21  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  23.268242   \n",
       " 24  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  52.055801   \n",
       " 29  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  49.212891   \n",
       " 31  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  58.429058   \n",
       " 34  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  49.100170   \n",
       " 39  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  10.439999   \n",
       " 42  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  57.846153   \n",
       " 47  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  58.446941   \n",
       " 49  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  35.429756   \n",
       " 50  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  39.890881   \n",
       " 52  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  14.505558   \n",
       " 53  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  31.960794   \n",
       " 58  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  48.286167   \n",
       " 63  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  49.763561   \n",
       " 64  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  42.438534   \n",
       " 68  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  48.551548   \n",
       " 72  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  42.357815   \n",
       " 76  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  25.723501   \n",
       " 78  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  24.734425   \n",
       " 80  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  46.887684   \n",
       " 83  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  36.379986   \n",
       " 85  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  41.158108   \n",
       " 88  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  30.084408   \n",
       " 90  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  23.891438   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   19.188494  0.026702    #bd1f01  \n",
       " 5   18.621696  0.017466    #bd1f01  \n",
       " 8   18.621056  0.021543    #bd1f01  \n",
       " 13  18.635212  0.039428    #bd1f01  \n",
       " 16  18.673483  0.132958    #bd1f01  \n",
       " 18  18.564262  0.087009    #bd1f01  \n",
       " 21  18.581699  0.046673    #bd1f01  \n",
       " 24  18.554928  0.020862    #bd1f01  \n",
       " 29  18.566986  0.022067    #bd1f01  \n",
       " 31  18.578224  0.018587    #bd1f01  \n",
       " 34  18.597420  0.022118    #bd1f01  \n",
       " 39  18.459021  0.104023    #bd1f01  \n",
       " 42  18.549021  0.018774    #bd1f01  \n",
       " 47  18.570696  0.018581    #bd1f01  \n",
       " 49  18.509676  0.030652    #bd1f01  \n",
       " 50  18.499743  0.027224    #bd1f01  \n",
       " 52  18.594540  0.074868    #bd1f01  \n",
       " 53  18.472786  0.033979    #bd1f01  \n",
       " 58  18.484993  0.022491    #bd1f01  \n",
       " 63  18.524471  0.021823    #bd1f01  \n",
       " 64  18.498537  0.025590    #bd1f01  \n",
       " 68  18.607227  0.022368    #bd1f01  \n",
       " 72  18.564926  0.025639    #bd1f01  \n",
       " 76  18.526886  0.042218    #bd1f01  \n",
       " 78  18.517387  0.043906    #bd1f01  \n",
       " 80  18.597385  0.023162    #bd1f01  \n",
       " 83  18.618393  0.029852    #bd1f01  \n",
       " 85  18.670576  0.026386    #bd1f01  \n",
       " 88  18.706602  0.036098    #bd1f01  \n",
       " 90  18.759472  0.045456    #bd1f01  \n",
       " \n",
       " [30 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 3   59288.53   g       -9  b'VOID        '      4096      -9.0  3516.102295   \n",
       " 6   59292.39   g       -9  b'VOID        '      6144      -9.0  3515.238281   \n",
       " 11  59295.54   g       -9  b'VOID        '      4096      -9.0  3039.441162   \n",
       " 27  59307.35   g       -9  b'VOID        '      4096      -9.0  2892.281738   \n",
       " 32  59311.34   g       -9  b'VOID        '      4096      -9.0  2765.960693   \n",
       " 36  59314.30   g       -9  b'VOID        '      4096      -9.0  2675.526367   \n",
       " 40  59316.45   g       -9  b'VOID        '      4096      -9.0  2487.452148   \n",
       " 45  59320.48   g       -9  b'VOID        '      4096      -9.0  2746.773193   \n",
       " 57  59337.26   g       -9  b'VOID        '      4096      -9.0  2458.006348   \n",
       " 59  59338.27   g       -9  b'VOID        '      4096      -9.0  2679.553223   \n",
       " 66  59343.26   g       -9  b'VOID        '      4096      -9.0  2698.562012   \n",
       " 70  59345.26   g       -9  b'VOID        '      4096      -9.0  2620.765625   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 3    60.563110  0.849329       0.0  ...   18.621653  b'2076154'  59280.296875   \n",
       " 6    73.085892  0.849329       0.0  ...   18.664940  b'2076154'  59280.296875   \n",
       " 11   83.390755  0.849329       0.0  ...   18.705372  b'2076154'  59280.296875   \n",
       " 27   76.729668  0.849329       0.0  ...   18.843815  b'2076154'  59280.296875   \n",
       " 32   62.466671  0.849329       0.0  ...   18.889875  b'2076154'  59280.296875   \n",
       " 36   67.363655  0.849329       0.0  ...   18.908537  b'2076154'  59280.296875   \n",
       " 40  110.636940  0.849329       0.0  ...   18.908154  b'2076154'  59280.296875   \n",
       " 45   75.836525  0.849329       0.0  ...   18.926750  b'2076154'  59280.296875   \n",
       " 57   75.002579  0.849329       0.0  ...   18.934801  b'2076154'  59280.296875   \n",
       " 59   94.142906  0.849329       0.0  ...   18.934221  b'2076154'  59280.296875   \n",
       " 66   72.827972  0.849329       0.0  ...   18.948879  b'2076154'  59280.296875   \n",
       " 70   82.782791  0.849329       0.0  ...   18.965076  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 3   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  58.056831   \n",
       " 6   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  48.097359   \n",
       " 11  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  36.448177   \n",
       " 27  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  37.694439   \n",
       " 32  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  44.278984   \n",
       " 36  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  39.717655   \n",
       " 40  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  22.483017   \n",
       " 45  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  36.219662   \n",
       " 57  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  32.772289   \n",
       " 59  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  28.462614   \n",
       " 66  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  37.053921   \n",
       " 70  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  31.658339   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 3   18.634846  0.018706    #4daf4a  \n",
       " 6   18.635113  0.022579    #4daf4a  \n",
       " 11  18.793015  0.029796    #4daf4a  \n",
       " 27  18.846899  0.028811    #4daf4a  \n",
       " 32  18.895386  0.024526    #4daf4a  \n",
       " 36  18.931477  0.027343    #4daf4a  \n",
       " 40  19.010612  0.048303    #4daf4a  \n",
       " 45  18.902943  0.029984    #4daf4a  \n",
       " 57  19.023542  0.033138    #4daf4a  \n",
       " 59  18.929844  0.038155    #4daf4a  \n",
       " 66  18.922169  0.029309    #4daf4a  \n",
       " 70  18.953930  0.034304    #4daf4a  \n",
       " \n",
       " [12 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 2   59288.53   r       -9  b'VOID        '      4096      -9.0  3530.752686   \n",
       " 14  59297.49   r       -9  b'VOID        '      4096      -9.0  3579.408691   \n",
       " 22  59305.31   r       -9  b'VOID        '      4096      -9.0  3803.326416   \n",
       " 33  59311.34   r       -9  b'VOID        '      4096      -9.0  3881.316406   \n",
       " 37  59314.31   r       -9  b'VOID        '      4096      -9.0  3700.062500   \n",
       " 56  59335.40   r       -9  b'VOID        '      4096      -9.0  3897.520752   \n",
       " 71  59345.26   r       -9  b'VOID        '      4096      -9.0  4018.239746   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 2    62.789379  0.849329       0.0  ...   18.652977  b'2076154'  59280.296875   \n",
       " 14  140.816910  0.849329       0.0  ...   18.583927  b'2076154'  59280.296875   \n",
       " 22   64.721939  0.849329       0.0  ...   18.553934  b'2076154'  59280.296875   \n",
       " 33   75.390594  0.849329       0.0  ...   18.554768  b'2076154'  59280.296875   \n",
       " 37   69.969193  0.849329       0.0  ...   18.575241  b'2076154'  59280.296875   \n",
       " 56  100.270248  0.849329       0.0  ...   18.495760  b'2076154'  59280.296875   \n",
       " 71   96.527084  0.849329       0.0  ...   18.523336  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 2   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  56.231686   \n",
       " 14  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  25.418884   \n",
       " 22  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  58.764099   \n",
       " 33  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  51.482765   \n",
       " 37  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  52.881310   \n",
       " 56  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  38.870163   \n",
       " 71  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  41.628105   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 2   18.630333  0.019313    #e41a1c  \n",
       " 14  18.615471  0.042724    #e41a1c  \n",
       " 22  18.549591  0.018481    #e41a1c  \n",
       " 33  18.527554  0.021094    #e41a1c  \n",
       " 37  18.579477  0.020537    #e41a1c  \n",
       " 56  18.523029  0.027939    #e41a1c  \n",
       " 71  18.489910  0.026088    #e41a1c  \n",
       " \n",
       " [7 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 7   59292.39   i       -9  b'VOID        '      4096      -9.0  3012.090576   \n",
       " 10  59295.53   i       -9  b'VOID        '      4096      -9.0  3139.409424   \n",
       " 15  59297.49   i       -9  b'VOID        '      4096      -9.0  3253.045166   \n",
       " 41  59316.45   i       -9  b'VOID        '      4096      -9.0  3663.761719   \n",
       " 44  59320.47   i       -9  b'VOID        '      4096      -9.0  3745.974854   \n",
       " 55  59335.40   i       -9  b'VOID        '      4096      -9.0  4218.544922   \n",
       " 60  59338.27   i       -9  b'VOID        '      4096      -9.0  4059.897705   \n",
       " 67  59343.26   i       -9  b'VOID        '      4096      -9.0  4102.090332   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 7    88.946594  0.849329       0.0  ...   18.766256  b'2076154'  59280.296875   \n",
       " 10  100.426468  0.849329       0.0  ...   18.728615  b'2076154'  59280.296875   \n",
       " 15  140.890549  0.849329       0.0  ...   18.707632  b'2076154'  59280.296875   \n",
       " 41  110.817352  0.849329       0.0  ...   18.591152  b'2076154'  59280.296875   \n",
       " 44   89.342209  0.849329       0.0  ...   18.562330  b'2076154'  59280.296875   \n",
       " 55  133.411545  0.849329       0.0  ...   18.490946  b'2076154'  59280.296875   \n",
       " 60  122.595558  0.849329       0.0  ...   18.491077  b'2076154'  59280.296875   \n",
       " 67   89.635674  0.849329       0.0  ...   18.495075  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 7   59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.864037   \n",
       " 10  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  31.260777   \n",
       " 15  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  23.089165   \n",
       " 41  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.061264   \n",
       " 44  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  41.928391   \n",
       " 55  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  31.620539   \n",
       " 60  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.116188   \n",
       " 67  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  45.764038   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 7   18.802830  0.032069    #832db6  \n",
       " 10  18.757881  0.034740    #832db6  \n",
       " 15  18.719275  0.047035    #832db6  \n",
       " 41  18.590183  0.032848    #832db6  \n",
       " 44  18.566088  0.025901    #832db6  \n",
       " 55  18.437094  0.034345    #832db6  \n",
       " 60  18.478712  0.032794    #832db6  \n",
       " 67  18.467487  0.023730    #832db6  \n",
       " \n",
       " [8 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 23  59305.32   z       -9  b'VOID        '      4096      -9.0  5092.20166   \n",
       " 26  59307.34   z       -9  b'VOID        '      4096      -9.0  5475.79834   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 23  149.865128  0.849329       0.0  ...   18.239868  b'2076154'  59280.296875   \n",
       " 26  161.784821  0.849329       0.0  ...   18.200371  b'2076154'  59280.296875   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 23  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.978561   \n",
       " 26  59292.390625         33  PALEO_YSEDR1_NONIaMODEL0-0070  33.846180   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 23  18.232735  0.031961    #656364  \n",
       " 26  18.153881  0.032086    #656364  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 4  59344.246   Y       -9  b'VOID        '      4096      -9.0  119.851357   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 4   79.770988  0.849329       0.0  ...   21.417652  b'844934'  59292.398438   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 4  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  1.502443   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 4  22.303392  0.722823    #bd1f01  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  59292.40   r       -9  b'VOID        '      4096      -9.0  164.218536   \n",
       " 3  59335.40   r       -9  b'VOID        '      4096      -9.0  405.435364   \n",
       " 6  59346.29   r       -9  b'VOID        '      4096      -9.0  272.629242   \n",
       " 7  59349.31   r       -9  b'VOID        '      4096      -9.0  306.472900   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 0   65.170334  0.849329       0.0  ...   21.527626  b'844934'  59292.398438   \n",
       " 3   74.819565  0.849329       0.0  ...   21.422243  b'844934'  59292.398438   \n",
       " 6   59.051785  0.849329       0.0  ...   21.418894  b'844934'  59292.398438   \n",
       " 7   75.870270  0.849329       0.0  ...   21.440699  b'844934'  59292.398438   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 0  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  2.519836   \n",
       " 3  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  5.418841   \n",
       " 6  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  4.616783   \n",
       " 7  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  4.039433   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  21.961445  0.430980    #e41a1c  \n",
       " 3  20.980196  0.200412    #e41a1c  \n",
       " 6  21.411068  0.235229    #e41a1c  \n",
       " 7  21.284019  0.268850    #e41a1c  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  59311.35   i       -9  b'VOID        '      6144      -9.0  268.437134   \n",
       " 2  59319.35   i       -9  b'VOID        '      4096      -9.0  389.044189   \n",
       " 5  59344.26   i       -9  b'VOID        '      4096      -9.0  262.726501   \n",
       " 8  59363.33   i       -9  b'VOID        '      4096      -9.0  269.618011   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 1   57.962505  0.849329       0.0  ...   21.342026  b'844934'  59292.398438   \n",
       " 2   75.923187  0.849329       0.0  ...   21.330406  b'844934'  59292.398438   \n",
       " 5   63.862785  0.849329       0.0  ...   21.280436  b'844934'  59292.398438   \n",
       " 8   70.485558  0.849329       0.0  ...   21.220699  b'844934'  59292.398438   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 1  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  4.631220   \n",
       " 2  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  5.124181   \n",
       " 5  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  4.113922   \n",
       " 8  59311.351562         33  PALEO_YSEDR1_NONIaMODEL0-0070  3.825153   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  21.427895  0.234495    #832db6  \n",
       " 2  21.025002  0.211936    #832db6  \n",
       " 5  21.451241  0.263982    #832db6  \n",
       " 8  21.423128  0.283910    #832db6  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  59376.338   X       -9  b'VOID        '      4096      -9.0  669.016907   \n",
       " 2  59378.350   X       -9  b'VOID        '      4096      -9.0  727.912476   \n",
       " 6  59394.228   X       -9  b'VOID        '      4096      -9.0  954.728516   \n",
       " 8  59403.288   X       -9  b'VOID        '      4096      -9.0  829.603882   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1   69.970436  0.849329       0.0  ...   20.320452  b'4353623'  59376.296875   \n",
       " 2   79.830383  0.849329       0.0  ...   20.171394  b'4353623'  59376.296875   \n",
       " 6   91.105705  0.849329       0.0  ...   20.281282  b'4353623'  59376.296875   \n",
       " 8   98.764091  0.849329       0.0  ...   20.448412  b'4353623'  59376.296875   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 1  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070   9.561422   \n",
       " 2  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070   9.118238   \n",
       " 6  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070  10.479349   \n",
       " 8  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070   8.399854   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  20.436407  0.113581    #b9ac70  \n",
       " 2  20.344803  0.119102    #b9ac70  \n",
       " 6  20.050301  0.103632    #b9ac70  \n",
       " 8  20.202824  0.129288    #b9ac70  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  59376.298   Y       -9  b'VOID        '      4096      -9.0  755.287476   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0    75.84137  0.849329       0.0  ...   20.467442  b'4353623'  59376.296875   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 0  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070  9.958779   \n",
       " \n",
       "          MAG   MAGERR  PLOTCOLOR  \n",
       " 0  20.304718  0.10905    #bd1f01  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 3  59379.31   g       -9  b'VOID        '      4096      -9.0  884.054932   \n",
       " 4  59382.29   g       -9  b'VOID        '      6144      -9.0  829.952026   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 3   39.231152  0.849329       0.0  ...   20.151199  b'4353623'  59376.296875   \n",
       " 4   46.952797  0.849329       0.0  ...   20.119366  b'4353623'  59376.296875   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 3  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070  22.534513   \n",
       " 4  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070  17.676306   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 3  20.133801  0.048193    #4daf4a  \n",
       " 4  20.202368  0.061438    #4daf4a  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 5  59385.27   r       -9  b'VOID        '      4096      -9.0  782.703125   \n",
       " 7  59399.40   r       -9  b'VOID        '      4096      -9.0  929.445679   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 5   91.472122  0.849329       0.0  ...   20.139294  b'4353623'  59376.296875   \n",
       " 7   44.467941  0.849329       0.0  ...   20.076542  b'4353623'  59376.296875   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 5  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070   8.556740   \n",
       " 7  59382.289062         33  PALEO_YSEDR1_NONIaMODEL0-0070  20.901478   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 5  20.266006  0.126917    #e41a1c  \n",
       " 7  20.079441  0.051958    #e41a1c  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " [...],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0   59043.207   X       -9  b'VOID        '      4096      -9.0   253.255341   \n",
       " 1   59044.287   X       -9  b'VOID        '      4096      -9.0   304.668396   \n",
       " 4   59045.261   X       -9  b'VOID        '      4096      -9.0   496.458160   \n",
       " 8   59046.269   X       -9  b'VOID        '      4096      -9.0   659.290710   \n",
       " 9   59047.250   X       -9  b'VOID        '      4096      -9.0   762.063477   \n",
       " 12  59048.309   X       -9  b'VOID        '      4096      -9.0  1219.443115   \n",
       " 13  59049.246   X       -9  b'VOID        '      4096      -9.0  1658.923950   \n",
       " 17  59050.300   X       -9  b'VOID        '      4096      -9.0  2102.210205   \n",
       " 21  59051.238   X       -9  b'VOID        '      4096      -9.0  2654.041748   \n",
       " 23  59052.291   X       -9  b'VOID        '      4096      -9.0  3399.136230   \n",
       " 25  59053.274   X       -9  b'VOID        '      4096      -9.0  3914.521973   \n",
       " 27  59054.266   X       -9  b'VOID        '      4096      -9.0  4136.739746   \n",
       " 32  59055.299   X       -9  b'VOID        '      4096      -9.0  4437.946289   \n",
       " 34  59056.284   X       -9  b'VOID        '      4096      -9.0  4678.242676   \n",
       " 44  59068.187   X       -9  b'VOID        '      4096      -9.0  3423.423096   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 0    52.176807  0.849329       0.0  ...   21.620586  b'126462'  59043.207031   \n",
       " 1    74.752701  0.849329       0.0  ...   21.163500  b'126462'  59043.207031   \n",
       " 4    43.616177  0.849329       0.0  ...   20.822535  b'126462'  59043.207031   \n",
       " 8    58.810146  0.849329       0.0  ...   20.437151  b'126462'  59043.207031   \n",
       " 9    42.618114  0.849329       0.0  ...   20.133783  b'126462'  59043.207031   \n",
       " 12   63.661995  0.849329       0.0  ...   19.735025  b'126462'  59043.207031   \n",
       " 13   58.452618  0.849329       0.0  ...   19.470856  b'126462'  59043.207031   \n",
       " 17  115.409576  0.849329       0.0  ...   19.141905  b'126462'  59043.207031   \n",
       " 21   67.100624  0.849329       0.0  ...   18.914837  b'126462'  59043.207031   \n",
       " 23   62.496254  0.849329       0.0  ...   18.699759  b'126462'  59043.207031   \n",
       " 25   74.273712  0.849329       0.0  ...   18.530973  b'126462'  59043.207031   \n",
       " 27   87.214806  0.849329       0.0  ...   18.431608  b'126462'  59043.207031   \n",
       " 32   83.661171  0.849329       0.0  ...   18.344233  b'126462'  59043.207031   \n",
       " 34   99.709572  0.849329       0.0  ...   18.313139  b'126462'  59043.207031   \n",
       " 44   68.738312  0.849329       0.0  ...   18.693871  b'126462'  59043.207031   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   4.853791   \n",
       " 1   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   4.075684   \n",
       " 4   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  11.382432   \n",
       " 8   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  11.210492   \n",
       " 9   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  17.881210   \n",
       " 12  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.154963   \n",
       " 13  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  28.380661   \n",
       " 17  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  18.215214   \n",
       " 21  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  39.553162   \n",
       " 23  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  54.389439   \n",
       " 25  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  52.704002   \n",
       " 27  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  47.431622   \n",
       " 32  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  53.046669   \n",
       " 34  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  46.918694   \n",
       " 44  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  49.803711   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   21.491104  0.223743    #b9ac70  \n",
       " 1   21.290432  0.266458    #b9ac70  \n",
       " 4   20.760294  0.095410    #b9ac70  \n",
       " 8   20.452309  0.096874    #b9ac70  \n",
       " 9   20.295021  0.060734    #b9ac70  \n",
       " 12  19.784595  0.056695    #b9ac70  \n",
       " 13  19.450434  0.038265    #b9ac70  \n",
       " 17  19.193310  0.059620    #b9ac70  \n",
       " 21  18.940231  0.027457    #b9ac70  \n",
       " 23  18.671577  0.019967    #b9ac70  \n",
       " 25  18.518303  0.020606    #b9ac70  \n",
       " 27  18.458355  0.022896    #b9ac70  \n",
       " 32  18.382046  0.020473    #b9ac70  \n",
       " 34  18.324793  0.023146    #b9ac70  \n",
       " 44  18.663849  0.021806    #b9ac70  \n",
       " \n",
       " [15 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 2   59044.305   Y       -9  b'VOID        '      4096      -9.0   270.950897   \n",
       " 3   59045.210   Y       -9  b'VOID        '      4096      -9.0   466.542603   \n",
       " 7   59046.266   Y       -9  b'VOID        '      4096      -9.0   738.568481   \n",
       " 10  59047.311   Y       -9  b'VOID        '      4096      -9.0   888.421387   \n",
       " 11  59048.288   Y       -9  b'VOID        '      4096      -9.0  1123.264404   \n",
       " 14  59049.261   Y       -9  b'VOID        '      4096      -9.0  1486.136719   \n",
       " 18  59050.310   Y       -9  b'VOID        '      4096      -9.0  1810.006348   \n",
       " 22  59051.350   Y       -9  b'VOID        '      4096      -9.0  2093.339844   \n",
       " 24  59052.306   Y       -9  b'VOID        '      4096      -9.0  2390.099609   \n",
       " 26  59053.309   Y       -9  b'VOID        '      4096      -9.0  3005.848633   \n",
       " 28  59054.279   Y       -9  b'VOID        '      4096      -9.0  3171.171387   \n",
       " 31  59055.285   Y       -9  b'VOID        '      4096      -9.0  3633.461426   \n",
       " 33  59056.276   Y       -9  b'VOID        '      4096      -9.0  3867.489014   \n",
       " 35  59057.260   Y       -9  b'VOID        '      4096      -9.0  3779.003906   \n",
       " 37  59060.206   Y       -9  b'VOID        '      4096      -9.0  4225.714844   \n",
       " 38  59062.226   Y       -9  b'VOID        '      4096      -9.0  3892.766602   \n",
       " 43  59067.168   Y       -9  b'VOID        '      4096      -9.0  3818.987793   \n",
       " 45  59069.201   Y       -9  b'VOID        '      4096      -9.0  3540.515137   \n",
       " 46  59070.197   Y       -9  b'VOID        '      4096      -9.0  3655.652588   \n",
       " 47  59072.179   Y       -9  b'VOID        '      4096      -9.0  3264.239990   \n",
       " 48  59073.183   Y       -9  b'VOID        '      4096      -9.0  3264.218262   \n",
       " 49  59075.261   Y       -9  b'VOID        '      4096      -9.0  3128.621338   \n",
       " 54  59082.167   Y       -9  b'VOID        '      4096      -9.0  2819.162842   \n",
       " 57  59086.164   Y       -9  b'VOID        '      4096      -9.0  2338.109619   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 2    97.830818  0.849329       0.0  ...   21.174099  b'126462'  59043.207031   \n",
       " 3    61.534615  0.849329       0.0  ...   20.838190  b'126462'  59043.207031   \n",
       " 7    99.659134  0.849329       0.0  ...   20.441452  b'126462'  59043.207031   \n",
       " 10   93.870880  0.849329       0.0  ...   20.142185  b'126462'  59043.207031   \n",
       " 11   76.291245  0.849329       0.0  ...   19.879734  b'126462'  59043.207031   \n",
       " 14   78.937752  0.849329       0.0  ...   19.666452  b'126462'  59043.207031   \n",
       " 18   86.675583  0.849329       0.0  ...   19.417238  b'126462'  59043.207031   \n",
       " 22  105.689262  0.849329       0.0  ...   19.214367  b'126462'  59043.207031   \n",
       " 24   81.191338  0.849329       0.0  ...   19.015223  b'126462'  59043.207031   \n",
       " 26   76.143433  0.849329       0.0  ...   18.839371  b'126462'  59043.207031   \n",
       " 28   98.237846  0.849329       0.0  ...   18.715435  b'126462'  59043.207031   \n",
       " 31   86.615158  0.849329       0.0  ...   18.602697  b'126462'  59043.207031   \n",
       " 33  140.872955  0.849329       0.0  ...   18.540123  b'126462'  59043.207031   \n",
       " 35  102.278755  0.849329       0.0  ...   18.491520  b'126462'  59043.207031   \n",
       " 37  136.185806  0.849329       0.0  ...   18.465204  b'126462'  59043.207031   \n",
       " 38  164.018295  0.849329       0.0  ...   18.489271  b'126462'  59043.207031   \n",
       " 43   99.793800  0.849329       0.0  ...   18.565491  b'126462'  59043.207031   \n",
       " 45   76.285202  0.849329       0.0  ...   18.607548  b'126462'  59043.207031   \n",
       " 46   71.321243  0.849329       0.0  ...   18.632019  b'126462'  59043.207031   \n",
       " 47   81.675400  0.849329       0.0  ...   18.687666  b'126462'  59043.207031   \n",
       " 48   82.659798  0.849329       0.0  ...   18.713781  b'126462'  59043.207031   \n",
       " 49  115.866203  0.849329       0.0  ...   18.766977  b'126462'  59043.207031   \n",
       " 54   99.400581  0.849329       0.0  ...   18.952255  b'126462'  59043.207031   \n",
       " 57   99.670578  0.849329       0.0  ...   19.039268  b'126462'  59043.207031   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 2   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   2.769586   \n",
       " 3   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   7.581791   \n",
       " 7   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   7.410946   \n",
       " 10  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   9.464292   \n",
       " 11  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  14.723372   \n",
       " 14  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  18.826693   \n",
       " 18  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  20.882540   \n",
       " 22  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.806551   \n",
       " 24  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  29.437864   \n",
       " 26  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  39.476139   \n",
       " 28  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  32.280548   \n",
       " 31  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  41.949486   \n",
       " 33  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  27.453737   \n",
       " 35  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  36.948082   \n",
       " 37  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  31.029039   \n",
       " 38  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  23.733734   \n",
       " 43  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  38.268787   \n",
       " 45  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  46.411560   \n",
       " 46  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  51.256153   \n",
       " 47  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  39.966011   \n",
       " 48  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  39.489792   \n",
       " 49  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  27.002018   \n",
       " 54  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  28.361633   \n",
       " 57  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  23.458374   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 2   21.417774  0.392116    #bd1f01  \n",
       " 3   20.827772  0.143238    #bd1f01  \n",
       " 7   20.329023  0.146540    #bd1f01  \n",
       " 10  20.128452  0.114747    #bd1f01  \n",
       " 11  19.873795  0.073760    #bd1f01  \n",
       " 14  19.569853  0.057684    #bd1f01  \n",
       " 18  19.355801  0.052005    #bd1f01  \n",
       " 22  19.197901  0.054830    #bd1f01  \n",
       " 24  19.053959  0.036891    #bd1f01  \n",
       " 26  18.805082  0.027510    #bd1f01  \n",
       " 28  18.746950  0.033643    #bd1f01  \n",
       " 31  18.599197  0.025888    #bd1f01  \n",
       " 33  18.531427  0.039557    #bd1f01  \n",
       " 35  18.556557  0.029393    #bd1f01  \n",
       " 37  18.435249  0.034999    #bd1f01  \n",
       " 38  18.524353  0.045758    #bd1f01  \n",
       " 43  18.545130  0.028378    #bd1f01  \n",
       " 45  18.627335  0.023399    #bd1f01  \n",
       " 46  18.592587  0.021188    #bd1f01  \n",
       " 47  18.715546  0.027173    #bd1f01  \n",
       " 48  18.715553  0.027501    #bd1f01  \n",
       " 49  18.761618  0.040219    #bd1f01  \n",
       " 54  18.874699  0.038291    #bd1f01  \n",
       " 57  19.077839  0.046295    #bd1f01  \n",
       " \n",
       " [24 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 6   59045.28   g       -9  b'VOID        '      4096      -9.0   622.851440   \n",
       " 16  59049.32   g       -9  b'VOID        '      4096      -9.0  1759.656494   \n",
       " 20  59050.39   g       -9  b'VOID        '      4096      -9.0  2225.507080   \n",
       " 29  59054.28   g       -9  b'VOID        '      4096      -9.0  4068.083008   \n",
       " 51  59077.27   g       -9  b'VOID        '      4096      -9.0  2422.956055   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 6    92.712891  0.849329       0.0  ...   20.677792  b'126462'  59043.207031   \n",
       " 16   88.237099  0.849329       0.0  ...   19.415640  b'126462'  59043.207031   \n",
       " 20   76.525459  0.849329       0.0  ...   19.124983  b'126462'  59043.207031   \n",
       " 29  103.202026  0.849329       0.0  ...   18.464296  b'126462'  59043.207031   \n",
       " 51   62.912853  0.849329       0.0  ...   19.023094  b'126462'  59043.207031   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 6   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   6.718067   \n",
       " 16  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.942366   \n",
       " 20  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  29.081917   \n",
       " 29  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  39.418636   \n",
       " 51  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  38.512894   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 6   20.514038  0.161654    #4daf4a  \n",
       " 16  19.386431  0.054457    #4daf4a  \n",
       " 20  19.131428  0.037343    #4daf4a  \n",
       " 29  18.476524  0.027550    #4daf4a  \n",
       " 51  19.039135  0.028198    #4daf4a  \n",
       " \n",
       " [5 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 15  59049.32   r       -9  b'VOID        '      6144      -9.0  1543.637817   \n",
       " 30  59054.28   r       -9  b'VOID        '      4096      -9.0  3238.773682   \n",
       " 36  59059.38   r       -9  b'VOID        '      4096      -9.0  3986.880127   \n",
       " 39  59062.37   r       -9  b'VOID        '      4096      -9.0  4014.789551   \n",
       " 41  59065.30   r       -9  b'VOID        '      4096      -9.0  3855.044189   \n",
       " 52  59077.28   r       -9  b'VOID        '      4096      -9.0  3026.580811   \n",
       " 55  59082.32   r       -9  b'VOID        '      4096      -9.0  2539.554932   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 15   63.776581  0.849329       0.0  ...   19.618607  b'126462'  59043.207031   \n",
       " 30   87.813240  0.849329       0.0  ...   18.738550  b'126462'  59043.207031   \n",
       " 36   79.476181  0.849329       0.0  ...   18.474581  b'126462'  59043.207031   \n",
       " 39   88.708069  0.849329       0.0  ...   18.505787  b'126462'  59043.207031   \n",
       " 41   92.674034  0.849329       0.0  ...   18.544378  b'126462'  59043.207031   \n",
       " 52   66.088814  0.849329       0.0  ...   18.833065  b'126462'  59043.207031   \n",
       " 55   57.010063  0.849329       0.0  ...   18.983076  b'126462'  59043.207031   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 15  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  24.203835   \n",
       " 30  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  36.882523   \n",
       " 36  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  50.164467   \n",
       " 39  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  45.258450   \n",
       " 41  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  41.597889   \n",
       " 52  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  45.795658   \n",
       " 55  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  44.545731   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 15  19.528637  0.044869    #e41a1c  \n",
       " 30  18.724049  0.029445    #e41a1c  \n",
       " 36  18.498417  0.021649    #e41a1c  \n",
       " 39  18.490843  0.023996    #e41a1c  \n",
       " 41  18.534927  0.026107    #e41a1c  \n",
       " 52  18.797619  0.023714    #e41a1c  \n",
       " 55  18.988106  0.024379    #e41a1c  \n",
       " \n",
       " [7 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 5   59045.28   i       -9  b'VOID        '      4096      -9.0   321.739899   \n",
       " 19  59050.39   i       -9  b'VOID        '      4096      -9.0  1383.677246   \n",
       " 40  59062.38   i       -9  b'VOID        '      4096      -9.0  4503.219238   \n",
       " 42  59065.31   i       -9  b'VOID        '      4096      -9.0  4471.332031   \n",
       " 50  59075.27   i       -9  b'VOID        '      4096      -9.0  3568.502197   \n",
       " 53  59079.27   i       -9  b'VOID        '      4096      -9.0  3437.086182   \n",
       " 56  59083.25   i       -9  b'VOID        '      4096      -9.0  2887.308594   \n",
       " 58  59102.26   i       -9  b'VOID        '      4096      -9.0  2060.699463   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 5    87.147530  0.849329       0.0  ...   21.162903  b'126462'  59043.207031   \n",
       " 19   88.124237  0.849329       0.0  ...   19.713306  b'126462'  59043.207031   \n",
       " 40  103.747276  0.849329       0.0  ...   18.395470  b'126462'  59043.207031   \n",
       " 42  123.228897  0.849329       0.0  ...   18.436594  b'126462'  59043.207031   \n",
       " 50   85.127426  0.849329       0.0  ...   18.590677  b'126462'  59043.207031   \n",
       " 53   58.242554  0.849329       0.0  ...   18.692299  b'126462'  59043.207031   \n",
       " 56   74.284775  0.849329       0.0  ...   18.837952  b'126462'  59043.207031   \n",
       " 58   60.953823  0.849329       0.0  ...   19.210648  b'126462'  59043.207031   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 5   59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038   3.691899   \n",
       " 19  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  15.701438   \n",
       " 40  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  43.405663   \n",
       " 42  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  36.284767   \n",
       " 50  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  41.919537   \n",
       " 53  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  59.013317   \n",
       " 56  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  38.868107   \n",
       " 58  59049.320312         20  PALEO_YSEDR1_NONIaMODEL0-0038  33.807552   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 5   21.231237  0.294158    #832db6  \n",
       " 19  19.647413  0.069166    #832db6  \n",
       " 40  18.366192  0.025020    #832db6  \n",
       " 42  18.373909  0.029930    #832db6  \n",
       " 50  18.618786  0.025907    #832db6  \n",
       " 53  18.659523  0.018403    #832db6  \n",
       " 56  18.848766  0.027941    #832db6  \n",
       " 58  19.214962  0.032123    #832db6  \n",
       " \n",
       " [8 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1   59291.487   X       -9  b'VOID        '      4096      -9.0   356.824951   \n",
       " 10  59309.346   X       -9  b'VOID        '      4096      -9.0  1246.027100   \n",
       " 12  59311.373   X       -9  b'VOID        '      4096      -9.0  1213.692017   \n",
       " 17  59317.479   X       -9  b'VOID        '      4096      -9.0   899.422729   \n",
       " 20  59322.352   X       -9  b'VOID        '      4096      -9.0   785.662109   \n",
       " 22  59339.361   X       -9  b'VOID        '      4096      -9.0   311.184875   \n",
       " 23  59341.320   X       -9  b'VOID        '      4096      -9.0   331.313080   \n",
       " 24  59343.282   X       -9  b'VOID        '      4096      -9.0   146.333679   \n",
       " 27  59345.416   X       -9  b'VOID        '      4096      -9.0   380.586731   \n",
       " 29  59349.386   X       -9  b'VOID        '      4096      -9.0   176.960648   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1    60.941650  0.849329       0.0  ...   20.795071  b'4869486'  59291.382812   \n",
       " 10   63.852139  0.849329       0.0  ...   19.726109  b'4869486'  59291.382812   \n",
       " 12   58.498795  0.849329       0.0  ...   19.828074  b'4869486'  59291.382812   \n",
       " 17   66.332504  0.849329       0.0  ...   20.097342  b'4869486'  59291.382812   \n",
       " 20   60.128613  0.849329       0.0  ...   20.283510  b'4869486'  59291.382812   \n",
       " 22   56.811646  0.849329       0.0  ...   21.124105  b'4869486'  59291.382812   \n",
       " 23   54.994659  0.849329       0.0  ...   21.211275  b'4869486'  59291.382812   \n",
       " 24   70.026863  0.849329       0.0  ...   21.300110  b'4869486'  59291.382812   \n",
       " 27   76.071327  0.849329       0.0  ...   21.397022  b'4869486'  59291.382812   \n",
       " 29   48.845070  0.849329       0.0  ...   21.573872  b'4869486'  59291.382812   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 1   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   5.855190   \n",
       " 10  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.514257   \n",
       " 12  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  20.747299   \n",
       " 17  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  13.559306   \n",
       " 20  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  13.066360   \n",
       " 22  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   5.477484   \n",
       " 23  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   6.024459   \n",
       " 24  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   2.089679   \n",
       " 27  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   5.003025   \n",
       " 29  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   3.622897   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 1   21.118862  0.185476    #b9ac70  \n",
       " 10  19.761181  0.055652    #b9ac70  \n",
       " 12  19.789728  0.052344    #b9ac70  \n",
       " 17  20.115089  0.080093    #b9ac70  \n",
       " 20  20.261909  0.083114    #b9ac70  \n",
       " 22  21.267454  0.198266    #b9ac70  \n",
       " 23  21.199404  0.180265    #b9ac70  \n",
       " 24  22.086639  0.519697    #b9ac70  \n",
       " 27  21.048866  0.217069    #b9ac70  \n",
       " 29  21.880308  0.299760    #b9ac70  \n",
       " \n",
       " [10 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0   59291.383   Y       -9  b'VOID        '      4096      -9.0   500.104370   \n",
       " 4   59295.386   Y       -9  b'VOID        '      4096      -9.0   874.152527   \n",
       " 5   59297.406   Y       -9  b'VOID        '      4096      -9.0  1329.910889   \n",
       " 11  59309.415   Y       -9  b'VOID        '      4096      -9.0  1459.451782   \n",
       " 13  59311.463   Y       -9  b'VOID        '      4096      -9.0  1332.228516   \n",
       " 16  59317.435   Y       -9  b'VOID        '      4096      -9.0  1126.633911   \n",
       " 21  59336.339   Y       -9  b'VOID        '      4096      -9.0   878.729004   \n",
       " 28  59349.321   Y       -9  b'VOID        '      4096      -9.0   654.106567   \n",
       " 30  59352.301   Y       -9  b'VOID        '      4096      -9.0   483.032227   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0    87.344048  0.849329       0.0  ...   20.864223  b'4869486'  59291.382812   \n",
       " 4   110.274223  0.849329       0.0  ...   20.070381  b'4869486'  59291.382812   \n",
       " 5   136.399277  0.849329       0.0  ...   19.782719  b'4869486'  59291.382812   \n",
       " 11   76.760559  0.849329       0.0  ...   19.641634  b'4869486'  59291.382812   \n",
       " 13   67.029495  0.849329       0.0  ...   19.675341  b'4869486'  59291.382812   \n",
       " 16   62.260769  0.849329       0.0  ...   19.832710  b'4869486'  59291.382812   \n",
       " 21   79.966866  0.849329       0.0  ...   20.310551  b'4869486'  59291.382812   \n",
       " 28   67.784866  0.849329       0.0  ...   20.681139  b'4869486'  59291.382812   \n",
       " 30   78.695488  0.849329       0.0  ...   20.753447  b'4869486'  59291.382812   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   5.725684   \n",
       " 4   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   7.927079   \n",
       " 5   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   9.750132   \n",
       " 11  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.013042   \n",
       " 13  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.875257   \n",
       " 16  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  18.095406   \n",
       " 21  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  10.988664   \n",
       " 28  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   9.649743   \n",
       " 30  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   6.137991   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   20.752348  0.189672    #bd1f01  \n",
       " 4   20.146032  0.136999    #bd1f01  \n",
       " 5   19.690445  0.111383    #bd1f01  \n",
       " 11  19.589525  0.057119    #bd1f01  \n",
       " 13  19.688553  0.054641    #bd1f01  \n",
       " 16  19.870543  0.060015    #bd1f01  \n",
       " 21  20.140362  0.098829    #bd1f01  \n",
       " 28  20.460878  0.112542    #bd1f01  \n",
       " 30  20.790060  0.176931    #bd1f01  \n",
       " \n",
       " [9 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 3   59292.50   g       -9  b'VOID        '      4096      -9.0   681.627075   \n",
       " 15  59314.48   g       -9  b'VOID        '      4096      -9.0  1142.920044   \n",
       " 25  59343.39   g       -9  b'VOID        '      4096      -9.0   311.041199   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 3    85.426910  0.849329       0.0  ...   20.467533  b'4869486'  59291.382812   \n",
       " 15   93.794212  0.849329       0.0  ...   19.921017  b'4869486'  59291.382812   \n",
       " 25   76.501724  0.849329       0.0  ...   21.173513  b'4869486'  59291.382812   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 3   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   7.979067   \n",
       " 15  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  12.185401   \n",
       " 25  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   4.065806   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 3   20.416134  0.136106    #4daf4a  \n",
       " 15  19.854961  0.089123    #4daf4a  \n",
       " 25  21.267956  0.267106    #4daf4a  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 7   59299.55   r       -9  b'VOID        '      4096      -9.0  1419.512817   \n",
       " 9   59306.47   r       -9  b'VOID        '      4096      -9.0  1368.856079   \n",
       " 14  59314.47   r       -9  b'VOID        '      4096      -9.0  1303.051758   \n",
       " 19  59321.47   r       -9  b'VOID        '      4096      -9.0   949.140381   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 7    82.153549  0.849329       0.0  ...   19.623215  b'4869486'  59291.382812   \n",
       " 9    82.320702  0.849329       0.0  ...   19.606632  b'4869486'  59291.382812   \n",
       " 14   65.944946  0.849329       0.0  ...   19.756617  b'4869486'  59291.382812   \n",
       " 19   47.227909  0.849329       0.0  ...   19.948605  b'4869486'  59291.382812   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 7   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  17.278776   \n",
       " 9   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  16.628334   \n",
       " 14  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.759691   \n",
       " 19  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  20.097023   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 7   19.619652  0.062852    #e41a1c  \n",
       " 9   19.659105  0.065310    #e41a1c  \n",
       " 14  19.712597  0.054960    #e41a1c  \n",
       " 19  20.056675  0.054038    #e41a1c  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 2   59292.50   i       -9  b'VOID        '      4096      -9.0   483.899384   \n",
       " 6   59299.54   i       -9  b'VOID        '      6144      -9.0  1326.891724   \n",
       " 18  59318.49   i       -9  b'VOID        '      4096      -9.0  1502.036499   \n",
       " 26  59343.40   i       -9  b'VOID        '      4096      -9.0   704.758057   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 2    90.262741  0.849329       0.0  ...   21.008150  b'4869486'  59291.382812   \n",
       " 6    73.189003  0.849329       0.0  ...   19.639252  b'4869486'  59291.382812   \n",
       " 18   76.059135  0.849329       0.0  ...   19.676783  b'4869486'  59291.382812   \n",
       " 26   65.671196  0.849329       0.0  ...   20.256769  b'4869486'  59291.382812   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 2   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038   5.361009   \n",
       " 6   59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  18.129660   \n",
       " 18  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  19.748272   \n",
       " 26  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  10.731616   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 2   20.788113  0.202574    #832db6  \n",
       " 6   19.692911  0.059902    #832db6  \n",
       " 18  19.558298  0.054992    #832db6  \n",
       " 26  20.379900  0.101196    #832db6  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 8  59306.47   z       -9  b'VOID        '      4096      -9.0  1839.14978   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 8  124.127213  0.849329       0.0  ...   19.471556  b'4869486'  59291.382812   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 8  59299.539062         20  PALEO_YSEDR1_NONIaMODEL0-0038  14.816652   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 8  19.338457  0.073296    #656364  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  58955.44   g       -9  b'VOID        '      6144      -9.0  384.119019   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1   53.703976  0.849329       0.0  ...   20.793602  b'4121947'  58922.421875   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 1  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038  7.152525   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  21.038836  0.151834    #4daf4a  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  58922.42   r       -9  b'VOID        '      4096      -9.0  389.925079   \n",
       " 2  58960.30   r       -9  b'VOID        '      4096      -9.0  522.759583   \n",
       " 3  58966.31   r       -9  b'VOID        '      4096      -9.0  489.203949   \n",
       " 4  58969.26   r       -9  b'VOID        '      4096      -9.0  431.680969   \n",
       " 5  58980.37   r       -9  b'VOID        '      4096      -9.0  421.200653   \n",
       " 6  58994.32   r       -9  b'VOID        '      4096      -9.0  225.658768   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   84.516525  0.849329       0.0  ...   21.233576  b'4121947'  58922.421875   \n",
       " 2   43.584309  0.849329       0.0  ...   20.630968  b'4121947'  58922.421875   \n",
       " 3   53.172436  0.849329       0.0  ...   20.784376  b'4121947'  58922.421875   \n",
       " 4   47.568409  0.849329       0.0  ...   20.881554  b'4121947'  58922.421875   \n",
       " 5   51.954250  0.849329       0.0  ...   21.179665  b'4121947'  58922.421875   \n",
       " 6   53.121353  0.849329       0.0  ...   21.477386  b'4121947'  58922.421875   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 0  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038   4.613595   \n",
       " 2  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038  11.994215   \n",
       " 3  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038   9.200330   \n",
       " 4  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038   9.074951   \n",
       " 5  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038   8.107145   \n",
       " 6  58955.441406         20  PALEO_YSEDR1_NONIaMODEL0-0038   4.247986   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  21.022547  0.235391    #e41a1c  \n",
       " 2  20.704245  0.090544    #e41a1c  \n",
       " 3  20.776276  0.118039    #e41a1c  \n",
       " 4  20.912094  0.119670    #e41a1c  \n",
       " 5  20.938778  0.133956    #e41a1c  \n",
       " 6  21.616369  0.255651    #e41a1c  \n",
       " \n",
       " [6 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " [...],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 6  59060.173   Y       -9  b'VOID        '      4096      -9.0  2803.068115   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 6  247.994003  0.849329       0.0  ...   19.057997  b'3383879'  59034.300781   \n",
       " \n",
       "        Trigger  Model_num                       filename        SNR  \\\n",
       " 6  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  11.302967   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 6  18.880917  0.096081    #bd1f01  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0  59034.30   r       -9  b'VOID        '      4096      -9.0   489.294495   \n",
       " 2  59039.28   r       -9  b'VOID        '      6144      -9.0  1894.597778   \n",
       " 4  59041.27   r       -9  b'VOID        '      4096      -9.0  2522.463623   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   98.951927  0.849329       0.0  ...   20.611000  b'3383879'  59034.300781   \n",
       " 2   60.595127  0.849329       0.0  ...   19.332493  b'3383879'  59034.300781   \n",
       " 4   58.219967  0.849329       0.0  ...   19.011875  b'3383879'  59034.300781   \n",
       " \n",
       "        Trigger  Model_num                       filename        SNR  \\\n",
       " 0  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036   4.944770   \n",
       " 2  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  31.266504   \n",
       " 4  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  43.326435   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  20.776073  0.219626    #e41a1c  \n",
       " 2  19.306208  0.034734    #e41a1c  \n",
       " 4  18.995438  0.025066    #e41a1c  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 5  59041.27   i       -9  b'VOID        '      4096      -9.0  2148.710693   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 5   73.198792  0.849329       0.0  ...   19.156277  b'3383879'  59034.300781   \n",
       " \n",
       "        Trigger  Model_num                       filename        SNR  \\\n",
       " 5  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.354456   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 5  19.169556  0.036996    #832db6  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1  59034.30   z       -9  b'VOID        '      4096      -9.0   772.180359   \n",
       " 3  59039.28   z       -9  b'VOID        '      4096      -9.0  1666.717651   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1  125.874565  0.849329       0.0  ...   20.763996  b'3383879'  59034.300781   \n",
       " 3  214.491974  0.849329       0.0  ...   19.687849  b'3383879'  59034.300781   \n",
       " \n",
       "        Trigger  Model_num                       filename       SNR        MAG  \\\n",
       " 1  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  6.134522  20.280704   \n",
       " 3  59039.28125          1  PALEO_YSEDR1_NONIaMODEL0-0036  7.770536  19.445345   \n",
       " \n",
       "      MAGERR  PLOTCOLOR  \n",
       " 1  0.177031    #656364  \n",
       " 3  0.139759    #656364  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1   59055.422   X       -9  b'VOID        '      4096      -9.0   249.911057   \n",
       " 3   59056.427   X       -9  b'VOID        '      4096      -9.0   522.394775   \n",
       " 5   59057.403   X       -9  b'VOID        '      4096      -9.0   662.318420   \n",
       " 7   59059.420   X       -9  b'VOID        '      4096      -9.0  1065.768066   \n",
       " 10  59060.463   X       -9  b'VOID        '      4096      -9.0  1338.514160   \n",
       " 14  59061.464   X       -9  b'VOID        '      4096      -9.0  1622.679932   \n",
       " 23  59069.381   X       -9  b'VOID        '      4096      -9.0  2724.369385   \n",
       " 26  59071.431   X       -9  b'VOID        '      4096      -9.0  2773.097900   \n",
       " 27  59072.360   X       -9  b'VOID        '      4096      -9.0  2633.165283   \n",
       " 29  59073.356   X       -9  b'VOID        '      4096      -9.0  2389.580811   \n",
       " 34  59075.364   X       -9  b'VOID        '      4096      -9.0  2235.351562   \n",
       " 36  59077.383   X       -9  b'VOID        '      4096      -9.0  1878.128296   \n",
       " 39  59078.406   X       -9  b'VOID        '      4096      -9.0  1593.740479   \n",
       " 42  59079.349   X       -9  b'VOID        '      4096      -9.0  1595.950195   \n",
       " 45  59080.439   X       -9  b'VOID        '      4096      -9.0  1496.121460   \n",
       " 47  59081.410   X       -9  b'VOID        '      4096      -9.0  1252.733887   \n",
       " 51  59084.441   X       -9  b'VOID        '      4096      -9.0   959.242615   \n",
       " 55  59085.358   X       -9  b'VOID        '      4096      -9.0   750.293396   \n",
       " 57  59086.467   X       -9  b'VOID        '      4096      -9.0   729.416809   \n",
       " 59  59087.386   X       -9  b'VOID        '      4096      -9.0   740.716736   \n",
       " 61  59089.376   X       -9  b'VOID        '      4096      -9.0   592.085571   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1    58.840839  0.849329       0.0  ...   21.294661  b'1761793'  59054.398438   \n",
       " 3    50.298046  0.849329       0.0  ...   20.870640  b'1761793'  59054.398438   \n",
       " 5    60.683136  0.849329       0.0  ...   20.529978  b'1761793'  59054.398438   \n",
       " 7    46.936050  0.849329       0.0  ...   19.964123  b'1761793'  59054.398438   \n",
       " 10   44.530182  0.849329       0.0  ...   19.721025  b'1761793'  59054.398438   \n",
       " 14   52.968842  0.849329       0.0  ...   19.510412  b'1761793'  59054.398438   \n",
       " 23  156.221695  0.849329       0.0  ...   18.920713  b'1761793'  59054.398438   \n",
       " 26  107.762283  0.849329       0.0  ...   18.959753  b'1761793'  59054.398438   \n",
       " 27  114.779823  0.849329       0.0  ...   18.996666  b'1761793'  59054.398438   \n",
       " 29   99.638588  0.849329       0.0  ...   19.047501  b'1761793'  59054.398438   \n",
       " 34   73.066711  0.849329       0.0  ...   19.177330  b'1761793'  59054.398438   \n",
       " 36   63.941994  0.849329       0.0  ...   19.338755  b'1761793'  59054.398438   \n",
       " 39   70.890266  0.849329       0.0  ...   19.431084  b'1761793'  59054.398438   \n",
       " 42   60.429039  0.849329       0.0  ...   19.521946  b'1761793'  59054.398438   \n",
       " 45   85.375755  0.849329       0.0  ...   19.633287  b'1761793'  59054.398438   \n",
       " 47   77.285309  0.849329       0.0  ...   19.737488  b'1761793'  59054.398438   \n",
       " 51   62.725159  0.849329       0.0  ...   20.085348  b'1761793'  59054.398438   \n",
       " 55   52.701191  0.849329       0.0  ...   20.194117  b'1761793'  59054.398438   \n",
       " 57   67.813553  0.849329       0.0  ...   20.324865  b'1761793'  59054.398438   \n",
       " 59   78.552628  0.849329       0.0  ...   20.430264  b'1761793'  59054.398438   \n",
       " 61   71.756844  0.849329       0.0  ...   20.644575  b'1761793'  59054.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 1   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   4.247238   \n",
       " 3   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  10.385985   \n",
       " 5   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  10.914373   \n",
       " 7   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  22.706812   \n",
       " 10  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  30.058582   \n",
       " 14  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  30.634613   \n",
       " 23  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  17.439123   \n",
       " 26  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  25.733475   \n",
       " 27  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  22.941011   \n",
       " 29  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  23.982483   \n",
       " 34  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  30.593296   \n",
       " 36  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.372375   \n",
       " 39  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  22.481796   \n",
       " 42  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  26.410318   \n",
       " 45  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  17.523962   \n",
       " 47  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  16.209211   \n",
       " 51  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  15.292789   \n",
       " 55  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  14.236745   \n",
       " 57  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  10.756210   \n",
       " 59  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   9.429561   \n",
       " 61  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   8.251277   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 1   21.505537  0.255696    #b9ac70  \n",
       " 3   20.705004  0.104564    #b9ac70  \n",
       " 5   20.447332  0.099502    #b9ac70  \n",
       " 7   19.930843  0.047827    #b9ac70  \n",
       " 10  19.683443  0.036129    #b9ac70  \n",
       " 14  19.474419  0.035450    #b9ac70  \n",
       " 23  18.911835  0.062274    #b9ac70  \n",
       " 26  18.892586  0.042202    #b9ac70  \n",
       " 27  18.948805  0.047339    #b9ac70  \n",
       " 29  19.054195  0.045283    #b9ac70  \n",
       " 34  19.126637  0.035498    #b9ac70  \n",
       " 36  19.315687  0.036974    #b9ac70  \n",
       " 39  19.493956  0.048306    #b9ac70  \n",
       " 42  19.492451  0.041120    #b9ac70  \n",
       " 45  19.562584  0.061972    #b9ac70  \n",
       " 47  19.755352  0.066999    #b9ac70  \n",
       " 51  20.045179  0.071014    #b9ac70  \n",
       " 55  20.311922  0.076281    #b9ac70  \n",
       " 57  20.342560  0.100965    #b9ac70  \n",
       " 59  20.325871  0.115170    #b9ac70  \n",
       " 61  20.569038  0.131616    #b9ac70  \n",
       " \n",
       " [21 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0   59054.398   Y       -9  b'VOID        '      4096      -9.0   199.878830   \n",
       " 2   59055.445   Y       -9  b'VOID        '      4096      -9.0   326.908905   \n",
       " 4   59056.479   Y       -9  b'VOID        '      4096      -9.0   472.039795   \n",
       " 6   59057.451   Y       -9  b'VOID        '      4096      -9.0   756.234070   \n",
       " 8   59059.442   Y       -9  b'VOID        '      4096      -9.0  1209.317627   \n",
       " 9   59060.426   Y       -9  b'VOID        '      4096      -9.0  1356.533325   \n",
       " 13  59061.394   Y       -9  b'VOID        '      4096      -9.0  1706.682007   \n",
       " 15  59062.461   Y       -9  b'VOID        '      4096      -9.0  2045.006836   \n",
       " 16  59063.372   Y       -9  b'VOID        '      4096      -9.0  2356.532715   \n",
       " 17  59064.385   Y       -9  b'VOID        '      4096      -9.0  2337.826904   \n",
       " 20  59065.434   Y       -9  b'VOID        '      4096      -9.0  2785.576172   \n",
       " 21  59067.435   Y       -9  b'VOID        '      4096      -9.0  2857.436279   \n",
       " 22  59068.383   Y       -9  b'VOID        '      4096      -9.0  3053.038574   \n",
       " 24  59069.420   Y       -9  b'VOID        '      4096      -9.0  2933.165527   \n",
       " 25  59071.367   Y       -9  b'VOID        '      4096      -9.0  3041.684082   \n",
       " 28  59072.477   Y       -9  b'VOID        '      4096      -9.0  3048.242676   \n",
       " 30  59073.485   Y       -9  b'VOID        '      4096      -9.0  2951.228516   \n",
       " 33  59075.317   Y       -9  b'VOID        '      4096      -9.0  2840.326416   \n",
       " 35  59076.364   Y       -9  b'VOID        '      4096      -9.0  2763.125000   \n",
       " 37  59077.461   Y       -9  b'VOID        '      4096      -9.0  2678.731689   \n",
       " 38  59078.349   Y       -9  b'VOID        '      4096      -9.0  2473.904541   \n",
       " 43  59079.410   Y       -9  b'VOID        '      4096      -9.0  2225.814697   \n",
       " 44  59080.356   Y       -9  b'VOID        '      4096      -9.0  2089.698486   \n",
       " 46  59081.409   Y       -9  b'VOID        '      4096      -9.0  2072.707764   \n",
       " 49  59082.466   Y       -9  b'VOID        '      4096      -9.0  1950.239868   \n",
       " 50  59084.300   Y       -9  b'VOID        '      4096      -9.0  1766.066895   \n",
       " 54  59085.331   Y       -9  b'VOID        '      4096      -9.0  1731.771606   \n",
       " 56  59086.357   Y       -9  b'VOID        '      4096      -9.0  1614.697510   \n",
       " 58  59087.370   Y       -9  b'VOID        '      4096      -9.0  1694.272461   \n",
       " 60  59088.397   Y       -9  b'VOID        '      4096      -9.0  1595.432495   \n",
       " 62  59089.447   Y       -9  b'VOID        '      4096      -9.0  1381.633789   \n",
       " 63  59090.441   Y       -9  b'VOID        '      4096      -9.0  1400.171875   \n",
       " 64  59091.464   Y       -9  b'VOID        '      4096      -9.0  1366.396606   \n",
       " 66  59106.338   Y       -9  b'VOID        '      4096      -9.0   642.962524   \n",
       " 69  59112.369   Y       -9  b'VOID        '      4096      -9.0   449.850464   \n",
       " 70  59113.280   Y       -9  b'VOID        '      4096      -9.0   460.370941   \n",
       " 72  59116.364   Y       -9  b'VOID        '      4096      -9.0   480.911072   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0    57.676857  0.849329       0.0  ...   21.585627  b'1761793'  59054.398438   \n",
       " 2    51.479996  0.849329       0.0  ...   21.045868  b'1761793'  59054.398438   \n",
       " 4    63.267521  0.849329       0.0  ...   20.636585  b'1761793'  59054.398438   \n",
       " 6    47.603191  0.849329       0.0  ...   20.321096  b'1761793'  59054.398438   \n",
       " 8    51.506012  0.849329       0.0  ...   19.807978  b'1761793'  59054.398438   \n",
       " 9    45.740440  0.849329       0.0  ...   19.599636  b'1761793'  59054.398438   \n",
       " 13   70.120239  0.849329       0.0  ...   19.416052  b'1761793'  59054.398438   \n",
       " 15   64.258522  0.849329       0.0  ...   19.240458  b'1761793'  59054.398438   \n",
       " 16  146.981354  0.849329       0.0  ...   19.117231  b'1761793'  59054.398438   \n",
       " 17  190.486053  0.849329       0.0  ...   19.008863  b'1761793'  59054.398438   \n",
       " 20  226.865997  0.849329       0.0  ...   18.928566  b'1761793'  59054.398438   \n",
       " 21  128.818237  0.849329       0.0  ...   18.835218  b'1761793'  59054.398438   \n",
       " 22  119.447639  0.849329       0.0  ...   18.807373  b'1761793'  59054.398438   \n",
       " 24  102.986717  0.849329       0.0  ...   18.786226  b'1761793'  59054.398438   \n",
       " 25   94.276451  0.849329       0.0  ...   18.774961  b'1761793'  59054.398438   \n",
       " 28   91.578735  0.849329       0.0  ...   18.785532  b'1761793'  59054.398438   \n",
       " 30   78.028221  0.849329       0.0  ...   18.805159  b'1761793'  59054.398438   \n",
       " 33   76.930679  0.849329       0.0  ...   18.864340  b'1761793'  59054.398438   \n",
       " 35   84.241165  0.849329       0.0  ...   18.911713  b'1761793'  59054.398438   \n",
       " 37   68.291878  0.849329       0.0  ...   18.972422  b'1761793'  59054.398438   \n",
       " 38   72.751328  0.849329       0.0  ...   19.028627  b'1761793'  59054.398438   \n",
       " 43   65.410965  0.849329       0.0  ...   19.101551  b'1761793'  59054.398438   \n",
       " 44   70.580757  0.849329       0.0  ...   19.166485  b'1761793'  59054.398438   \n",
       " 46   70.837837  0.849329       0.0  ...   19.232182  b'1761793'  59054.398438   \n",
       " 49  101.992073  0.849329       0.0  ...   19.289309  b'1761793'  59054.398438   \n",
       " 50   96.667236  0.849329       0.0  ...   19.374163  b'1761793'  59054.398438   \n",
       " 54   59.413525  0.849329       0.0  ...   19.417875  b'1761793'  59054.398438   \n",
       " 56   61.749886  0.849329       0.0  ...   19.460239  b'1761793'  59054.398438   \n",
       " 58   69.330109  0.849329       0.0  ...   19.502438  b'1761793'  59054.398438   \n",
       " 60   70.106750  0.849329       0.0  ...   19.546370  b'1761793'  59054.398438   \n",
       " 62   85.349380  0.849329       0.0  ...   19.592035  b'1761793'  59054.398438   \n",
       " 63   70.038147  0.849329       0.0  ...   19.635145  b'1761793'  59054.398438   \n",
       " 64   66.846085  0.849329       0.0  ...   19.679441  b'1761793'  59054.398438   \n",
       " 66   83.840096  0.849329       0.0  ...   20.578701  b'1761793'  59054.398438   \n",
       " 69   61.963291  0.849329       0.0  ...   20.771633  b'1761793'  59054.398438   \n",
       " 70   67.629700  0.849329       0.0  ...   20.793482  b'1761793'  59054.398438   \n",
       " 72   75.173965  0.849329       0.0  ...   20.864246  b'1761793'  59054.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   3.465494   \n",
       " 2   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   6.350213   \n",
       " 4   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   7.461013   \n",
       " 6   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  15.886206   \n",
       " 8   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  23.479155   \n",
       " 9   59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.657198   \n",
       " 13  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  24.339363   \n",
       " 15  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  31.824678   \n",
       " 16  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  16.032869   \n",
       " 17  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  12.272956   \n",
       " 20  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  12.278509   \n",
       " 21  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  22.181923   \n",
       " 22  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  25.559639   \n",
       " 24  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  28.481009   \n",
       " 25  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  32.263454   \n",
       " 28  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  33.285484   \n",
       " 30  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  37.822578   \n",
       " 33  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  36.920593   \n",
       " 35  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  32.800175   \n",
       " 37  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  39.224747   \n",
       " 38  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  34.004940   \n",
       " 43  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  34.028160   \n",
       " 44  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.607199   \n",
       " 46  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.259895   \n",
       " 49  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  19.121485   \n",
       " 50  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  18.269550   \n",
       " 54  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  29.147768   \n",
       " 56  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  26.148996   \n",
       " 58  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  24.437759   \n",
       " 60  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  22.757189   \n",
       " 62  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  16.187977   \n",
       " 63  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  19.991560   \n",
       " 64  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  20.440937   \n",
       " 66  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   7.668914   \n",
       " 69  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   7.259951   \n",
       " 70  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   6.807230   \n",
       " 72  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   6.397309   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   21.748083  0.313375    #bd1f01  \n",
       " 2   21.213932  0.171018    #bd1f01  \n",
       " 4   20.815054  0.145557    #bd1f01  \n",
       " 6   20.303360  0.068361    #bd1f01  \n",
       " 8   19.793650  0.046254    #bd1f01  \n",
       " 9   19.668922  0.036618    #bd1f01  \n",
       " 13  19.419619  0.044619    #bd1f01  \n",
       " 15  19.223263  0.034124    #bd1f01  \n",
       " 16  19.069317  0.067736    #bd1f01  \n",
       " 17  19.077969  0.088487    #bd1f01  \n",
       " 20  18.887712  0.088447    #bd1f01  \n",
       " 21  18.860058  0.048959    #bd1f01  \n",
       " 22  18.788170  0.042489    #bd1f01  \n",
       " 24  18.831657  0.038131    #bd1f01  \n",
       " 25  18.792215  0.033660    #bd1f01  \n",
       " 28  18.789875  0.032627    #bd1f01  \n",
       " 30  18.824993  0.028713    #bd1f01  \n",
       " 33  18.866579  0.029414    #bd1f01  \n",
       " 35  18.896500  0.033110    #bd1f01  \n",
       " 37  18.930176  0.027687    #bd1f01  \n",
       " 38  19.016542  0.031937    #bd1f01  \n",
       " 43  19.131277  0.031915    #bd1f01  \n",
       " 44  19.199791  0.036680    #bd1f01  \n",
       " 46  19.208654  0.037116    #bd1f01  \n",
       " 49  19.274780  0.056795    #bd1f01  \n",
       " 50  19.382483  0.059443    #bd1f01  \n",
       " 54  19.403774  0.037258    #bd1f01  \n",
       " 56  19.479771  0.041531    #bd1f01  \n",
       " 58  19.427542  0.044439    #bd1f01  \n",
       " 60  19.492804  0.047721    #bd1f01  \n",
       " 62  19.649017  0.067087    #bd1f01  \n",
       " 63  19.634546  0.054323    #bd1f01  \n",
       " 64  19.661058  0.053129    #bd1f01  \n",
       " 66  20.479536  0.141611    #bd1f01  \n",
       " 69  20.867329  0.149588    #bd1f01  \n",
       " 70  20.842230  0.159536    #bd1f01  \n",
       " 72  20.794838  0.169759    #bd1f01  \n",
       " \n",
       " [37 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 31  59074.49   g       -9  b'VOID        '      4096      -9.0  2385.669922   \n",
       " 41  59078.47   g       -9  b'VOID        '      4096      -9.0  1714.930054   \n",
       " 52  59084.60   g       -9  b'VOID        '      4096      -9.0  1150.058594   \n",
       " 65  59103.39   g       -9  b'VOID        '      4096      -9.0   225.254440   \n",
       " 68  59107.53   g       -9  b'VOID        '      4096      -9.0   197.974823   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 31   69.780342  0.849329       0.0  ...   19.077618  b'1761793'  59054.398438   \n",
       " 41   70.793053  0.849329       0.0  ...   19.391916  b'1761793'  59054.398438   \n",
       " 52   75.496948  0.849329       0.0  ...   20.038612  b'1761793'  59054.398438   \n",
       " 65   43.423458  0.849329       0.0  ...   21.621572  b'1761793'  59054.398438   \n",
       " 68   44.467823  0.849329       0.0  ...   21.754484  b'1761793'  59054.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 31  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  34.188282   \n",
       " 41  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  24.224552   \n",
       " 52  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  15.233180   \n",
       " 65  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   5.187391   \n",
       " 68  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   4.452092   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 31  19.055973  0.031765    #4daf4a  \n",
       " 41  19.414383  0.044831    #4daf4a  \n",
       " 52  19.848200  0.071292    #4daf4a  \n",
       " 65  21.618317  0.209354    #4daf4a  \n",
       " 68  21.758476  0.243930    #4daf4a  \n",
       " \n",
       " [5 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 12  59060.50   r       -9  b'VOID        '      4096      -9.0  1502.206665   \n",
       " 18  59064.51   r       -9  b'VOID        '      6144      -9.0  2314.677979   \n",
       " 40  59078.46   r       -9  b'VOID        '      4096      -9.0  2385.886230   \n",
       " 48  59082.43   r       -9  b'VOID        '      4096      -9.0  1978.332031   \n",
       " 53  59084.61   r       -9  b'VOID        '      4096      -9.0  1780.372314   \n",
       " 67  59107.53   r       -9  b'VOID        '      4096      -9.0   529.270325   \n",
       " 71  59113.48   r       -9  b'VOID        '      4096      -9.0   373.106079   \n",
       " 74  59119.36   r       -9  b'VOID        '      4096      -9.0   404.301025   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 12   53.762012  0.849329       0.0  ...   19.553408  b'1761793'  59054.398438   \n",
       " 18  147.870483  0.849329       0.0  ...   18.972754  b'1761793'  59054.398438   \n",
       " 40   55.458149  0.849329       0.0  ...   19.013056  b'1761793'  59054.398438   \n",
       " 48   61.238064  0.849329       0.0  ...   19.270409  b'1761793'  59054.398438   \n",
       " 53   54.416683  0.849329       0.0  ...   19.377243  b'1761793'  59054.398438   \n",
       " 67   53.712528  0.849329       0.0  ...   20.661585  b'1761793'  59054.398438   \n",
       " 71   68.011688  0.849329       0.0  ...   20.836548  b'1761793'  59054.398438   \n",
       " 74   49.698078  0.849329       0.0  ...   20.989511  b'1761793'  59054.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 12  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  27.941786   \n",
       " 18  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  15.653415   \n",
       " 40  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  43.021381   \n",
       " 48  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  32.305595   \n",
       " 53  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  32.717400   \n",
       " 67  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   9.853760   \n",
       " 71  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   5.485911   \n",
       " 74  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   8.135144   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 12  19.558176  0.038867    #e41a1c  \n",
       " 18  19.088774  0.069378    #e41a1c  \n",
       " 40  19.055876  0.025243    #e41a1c  \n",
       " 48  19.259251  0.033616    #e41a1c  \n",
       " 53  19.373722  0.033193    #e41a1c  \n",
       " 67  20.690805  0.110212    #e41a1c  \n",
       " 71  21.070419  0.197962    #e41a1c  \n",
       " 74  20.983238  0.133495    #e41a1c  \n",
       " \n",
       " [8 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 11  59060.50   i       -9  b'VOID        '      4096      -9.0  1510.281006   \n",
       " 19  59064.51   i       -9  b'VOID        '      4096      -9.0  2254.484131   \n",
       " 32  59074.50   i       -9  b'VOID        '      4096      -9.0  2127.426270   \n",
       " 73  59119.36   i       -9  b'VOID        '      4096      -9.0   328.634888   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 11   60.638973  0.849329       0.0  ...   19.556007  b'1761793'  59054.398438   \n",
       " 19  127.633766  0.849329       0.0  ...   19.069809  b'1761793'  59054.398438   \n",
       " 32   64.401581  0.849329       0.0  ...   19.165504  b'1761793'  59054.398438   \n",
       " 73   56.712311  0.849329       0.0  ...   21.018021  b'1761793'  59054.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 11  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  24.906111   \n",
       " 19  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  17.663696   \n",
       " 32  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036  33.033760   \n",
       " 73  59064.511719          1  PALEO_YSEDR1_NONIaMODEL0-0036   5.794772   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 11  19.552355  0.043604    #832db6  \n",
       " 19  19.117382  0.061482    #832db6  \n",
       " 32  19.180363  0.032875    #832db6  \n",
       " 73  21.208216  0.187410    #832db6  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 2  59016.205   X       -9  b'VOID        '      4096      -9.0  269.854675   \n",
       " 6  59019.260   X       -9  b'VOID        '      4096      -9.0  196.589233   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 2   70.179649  0.849329       0.0  ...   21.309896  b'2711253'  59014.421875   \n",
       " 6   64.158867  0.849329       0.0  ...   21.472239  b'2711253'  59014.421875   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 2  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  3.845198   \n",
       " 6  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  3.064101   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 2  21.422176  0.282430    #b9ac70  \n",
       " 6  21.766100  0.354427    #b9ac70  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 5  59019.227   Y       -9  b'VOID        '      4096      -9.0  398.666382   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 5   87.571175  0.849329       0.0  ...   21.066906  b'2711253'  59014.421875   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 5  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  4.552484   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 5  20.998476  0.238551    #bd1f01  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  59014.42   g       -9  b'VOID        '      4096      -9.0  391.198883   \n",
       " 3  59017.29   g       -9  b'VOID        '      6144      -9.0  278.731201   \n",
       " 8  59021.29   g       -9  b'VOID        '      4096      -9.0  274.200439   \n",
       " 9  59022.29   g       -9  b'VOID        '      4096      -9.0  259.830261   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   70.479485  0.849329       0.0  ...   21.157312  b'2711253'  59014.421875   \n",
       " 3   45.086475  0.849329       0.0  ...   21.244949  b'2711253'  59014.421875   \n",
       " 8   38.724220  0.849329       0.0  ...   21.452698  b'2711253'  59014.421875   \n",
       " 9   67.937065  0.849329       0.0  ...   21.514011  b'2711253'  59014.421875   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 0  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  5.550536   \n",
       " 3  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  6.182147   \n",
       " 8  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  7.080851   \n",
       " 9  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  3.824573   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  21.019005  0.195657    #4daf4a  \n",
       " 3  21.387035  0.175667    #4daf4a  \n",
       " 8  21.404829  0.153371    #4daf4a  \n",
       " 9  21.463276  0.283953    #4daf4a  \n",
       " \n",
       " [4 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 4   59017.29   r       -9  b'VOID        '      4096      -9.0  383.520660   \n",
       " 10  59022.29   r       -9  b'VOID        '      4096      -9.0  239.233627   \n",
       " 12  59030.29   r       -9  b'VOID        '      4096      -9.0  170.305115   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 4    52.015823  0.849329       0.0  ...   21.011074  b'2711253'  59014.421875   \n",
       " 10   61.496925  0.849329       0.0  ...   21.158121  b'2711253'  59014.421875   \n",
       " 12   59.855625  0.849329       0.0  ...   21.592697  b'2711253'  59014.421875   \n",
       " \n",
       "          Trigger  Model_num                       filename       SNR  \\\n",
       " 4   59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  7.373154   \n",
       " 10  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  3.890172   \n",
       " 12  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  2.845265   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 4   21.040527  0.147291    #e41a1c  \n",
       " 10  21.552944  0.279165    #e41a1c  \n",
       " 12  21.921930  0.381687    #e41a1c  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1   59014.42   i       -9  b'VOID        '      4096      -9.0  477.159973   \n",
       " 7   59021.29   i       -9  b'VOID        '      4096      -9.0  438.351379   \n",
       " 11  59030.29   i       -9  b'VOID        '      4096      -9.0  210.658371   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1    59.740768  0.849329       0.0  ...   20.994320  b'2711253'  59014.421875   \n",
       " 7    54.168053  0.849329       0.0  ...   21.120968  b'2711253'  59014.421875   \n",
       " 11   58.154240  0.849329       0.0  ...   21.577627  b'2711253'  59014.421875   \n",
       " \n",
       "          Trigger  Model_num                       filename       SNR  \\\n",
       " 1   59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  7.987175   \n",
       " 7   59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  8.092434   \n",
       " 11  59017.289062          1  PALEO_YSEDR1_NONIaMODEL0-0036  3.622408   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 1   20.803341  0.135968    #832db6  \n",
       " 7   20.895443  0.134199    #832db6  \n",
       " 11  21.691053  0.299801    #832db6  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " [...],\n",
       "            MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0    58831.570   X       -9  b'VOID        '      4096      -9.0  3525.580322   \n",
       " 2    58838.493   X       -9  b'VOID        '      4096      -9.0  6271.875000   \n",
       " 4    58846.553   X       -9  b'VOID        '      4096      -9.0  5471.821289   \n",
       " 7    58850.549   X       -9  b'VOID        '      4096      -9.0  4307.439453   \n",
       " 8    58853.527   X       -9  b'VOID        '      4096      -9.0  3605.635986   \n",
       " 10   58855.444   X       -9  b'VOID        '      4096      -9.0  3302.009033   \n",
       " 12   58856.398   X       -9  b'VOID        '      4096      -9.0  3132.562988   \n",
       " 13   58856.557   X       -9  b'VOID        '      4096      -9.0  3009.663086   \n",
       " 17   58861.491   X       -9  b'VOID        '      4096      -9.0  2227.841064   \n",
       " 18   58862.164   X       -9  b'VOID        '      4096      -9.0  1974.861572   \n",
       " 20   58863.443   X       -9  b'VOID        '      4096      -9.0  1853.305542   \n",
       " 21   58864.451   X       -9  b'VOID        '      4096      -9.0  1852.340942   \n",
       " 26   58867.446   X       -9  b'VOID        '      4096      -9.0  1703.511719   \n",
       " 30   58871.460   X       -9  b'VOID        '      4096      -9.0  1137.534058   \n",
       " 32   58872.441   X       -9  b'VOID        '      4096      -9.0  1302.111328   \n",
       " 34   58875.495   X       -9  b'VOID        '      4096      -9.0  1161.609009   \n",
       " 36   58876.523   X       -9  b'VOID        '      4096      -9.0  1120.171021   \n",
       " 39   58877.546   X       -9  b'VOID        '      4096      -9.0  1102.082031   \n",
       " 43   58878.761   X       -9  b'VOID        '      4096      -9.0  1022.914124   \n",
       " 45   58880.165   X       -9  b'VOID        '      4096      -9.0  1077.899170   \n",
       " 47   58881.494   X       -9  b'VOID        '      4096      -9.0   935.858948   \n",
       " 49   58883.486   X       -9  b'VOID        '      4096      -9.0   821.619873   \n",
       " 51   58884.455   X       -9  b'VOID        '      4096      -9.0   964.249817   \n",
       " 53   58885.453   X       -9  b'VOID        '      4096      -9.0  1161.174805   \n",
       " 55   58886.485   X       -9  b'VOID        '      4096      -9.0   837.437988   \n",
       " 57   58887.457   X       -9  b'VOID        '      4096      -9.0   893.668823   \n",
       " 60   58892.374   X       -9  b'VOID        '      4096      -9.0   710.437439   \n",
       " 62   58893.488   X       -9  b'VOID        '      4096      -9.0   783.732483   \n",
       " 64   58894.339   X       -9  b'VOID        '      4096      -9.0   714.306091   \n",
       " 65   58894.547   X       -9  b'VOID        '      4096      -9.0   835.261292   \n",
       " 67   58898.445   X       -9  b'VOID        '      4096      -9.0   772.670471   \n",
       " 70   58899.129   X       -9  b'VOID        '      4096      -9.0   691.805420   \n",
       " 71   58899.961   X       -9  b'VOID        '      4096      -9.0   659.511230   \n",
       " 73   58900.529   X       -9  b'VOID        '      4096      -9.0   460.926361   \n",
       " 75   58903.360   X       -9  b'VOID        '      4096      -9.0   790.188354   \n",
       " 77   58903.993   X       -9  b'VOID        '      4096      -9.0   715.561340   \n",
       " 79   58906.339   X       -9  b'VOID        '      4096      -9.0   713.979553   \n",
       " 82   58906.538   X       -9  b'VOID        '      4096      -9.0   744.333801   \n",
       " 84   58908.544   X       -9  b'VOID        '      4096      -9.0   792.676697   \n",
       " 85   58911.426   X       -9  b'VOID        '      4096      -9.0   771.712830   \n",
       " 87   58911.552   X       -9  b'VOID        '      4096      -9.0   928.291260   \n",
       " 89   58912.534   X       -9  b'VOID        '      4096      -9.0   682.416748   \n",
       " 91   58914.221   X       -9  b'VOID        '      4096      -9.0   824.490723   \n",
       " 94   58915.466   X       -9  b'VOID        '      4096      -9.0   596.034607   \n",
       " 97   58936.473   X       -9  b'VOID        '      4096      -9.0   338.653442   \n",
       " 99   58940.479   X       -9  b'VOID        '      4096      -9.0   338.846497   \n",
       " 101  58941.474   X       -9  b'VOID        '      4096      -9.0   320.492249   \n",
       " 103  58954.397   X       -9  b'VOID        '      4096      -9.0   370.437073   \n",
       " 105  58955.380   X       -9  b'VOID        '      4096      -9.0   408.155243   \n",
       " 108  58956.373   X       -9  b'VOID        '      4096      -9.0   333.964264   \n",
       " 114  58962.353   X       -9  b'VOID        '      4096      -9.0   165.757782   \n",
       " 115  58963.333   X       -9  b'VOID        '      4096      -9.0   341.174042   \n",
       " 117  58964.355   X       -9  b'VOID        '      4096      -9.0   378.720612   \n",
       " 119  58965.333   X       -9  b'VOID        '      4096      -9.0   252.016251   \n",
       " 120  58967.282   X       -9  b'VOID        '      4096      -9.0   394.994934   \n",
       " 122  58968.298   X       -9  b'VOID        '      4096      -9.0   208.793976   \n",
       " 125  58985.299   X       -9  b'VOID        '      4096      -9.0   245.283463   \n",
       " 127  58991.307   X       -9  b'VOID        '      4096      -9.0   146.663788   \n",
       " 130  58994.244   X       -9  b'VOID        '      4096      -9.0   339.632568   \n",
       " \n",
       "      FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID  \\\n",
       " 0    118.808136  0.849329       0.0  ...   18.639141  b'3779005'   \n",
       " 2    377.765930  0.849329       0.0  ...   18.010025  b'3779005'   \n",
       " 4     49.043892  0.849329       0.0  ...   18.166664  b'3779005'   \n",
       " 7     53.698448  0.849329       0.0  ...   18.410011  b'3779005'   \n",
       " 8     46.869293  0.849329       0.0  ...   18.608353  b'3779005'   \n",
       " 10   119.902054  0.849329       0.0  ...   18.703627  b'3779005'   \n",
       " 12   112.948112  0.849329       0.0  ...   18.763830  b'3779005'   \n",
       " 13    49.870556  0.849329       0.0  ...   18.776901  b'3779005'   \n",
       " 17   236.142792  0.849329       0.0  ...   19.171722  b'3779005'   \n",
       " 18   137.714432  0.849329       0.0  ...   19.216879  b'3779005'   \n",
       " 20   133.549957  0.849329       0.0  ...   19.307728  b'3779005'   \n",
       " 21   111.890419  0.849329       0.0  ...   19.369768  b'3779005'   \n",
       " 26    74.621552  0.849329       0.0  ...   19.546520  b'3779005'   \n",
       " 30    69.139755  0.849329       0.0  ...   19.732159  b'3779005'   \n",
       " 32    82.928307  0.849329       0.0  ...   19.770224  b'3779005'   \n",
       " 34    54.513756  0.849329       0.0  ...   19.869587  b'3779005'   \n",
       " 36    47.648617  0.849329       0.0  ...   19.898857  b'3779005'   \n",
       " 39    79.838928  0.849329       0.0  ...   19.925060  b'3779005'   \n",
       " 43    72.608009  0.849329       0.0  ...   19.960079  b'3779005'   \n",
       " 45    60.589951  0.849329       0.0  ...   20.008106  b'3779005'   \n",
       " 47    51.450310  0.849329       0.0  ...   20.079102  b'3779005'   \n",
       " 49    88.195183  0.849329       0.0  ...   20.123032  b'3779005'   \n",
       " 51   134.321716  0.849329       0.0  ...   20.141483  b'3779005'   \n",
       " 53   185.871979  0.849329       0.0  ...   20.156853  b'3779005'   \n",
       " 55   115.315231  0.849329       0.0  ...   20.169107  b'3779005'   \n",
       " 57   198.279953  0.849329       0.0  ...   20.180727  b'3779005'   \n",
       " 60   198.874557  0.849329       0.0  ...   20.243128  b'3779005'   \n",
       " 62    99.013206  0.849329       0.0  ...   20.257824  b'3779005'   \n",
       " 64   101.628174  0.849329       0.0  ...   20.268568  b'3779005'   \n",
       " 65    83.089485  0.849329       0.0  ...   20.271210  b'3779005'   \n",
       " 67    43.195980  0.849329       0.0  ...   20.315161  b'3779005'   \n",
       " 70    52.235443  0.849329       0.0  ...   20.322308  b'3779005'   \n",
       " 71    58.215939  0.849329       0.0  ...   20.330994  b'3779005'   \n",
       " 73   192.779022  0.849329       0.0  ...   20.336939  b'3779005'   \n",
       " 75    62.318775  0.849329       0.0  ...   20.368181  b'3779005'   \n",
       " 77    57.809059  0.849329       0.0  ...   20.376352  b'3779005'   \n",
       " 79    72.801544  0.849329       0.0  ...   20.411520  b'3779005'   \n",
       " 82   122.413628  0.849329       0.0  ...   20.415110  b'3779005'   \n",
       " 84   138.521637  0.849329       0.0  ...   20.435284  b'3779005'   \n",
       " 85    85.739738  0.849329       0.0  ...   20.463179  b'3779005'   \n",
       " 87   171.872467  0.849329       0.0  ...   20.465309  b'3779005'   \n",
       " 89    63.122303  0.849329       0.0  ...   20.481268  b'3779005'   \n",
       " 91   101.445969  0.849329       0.0  ...   20.508837  b'3779005'   \n",
       " 94   168.033646  0.849329       0.0  ...   20.529722  b'3779005'   \n",
       " 97    59.117527  0.849329       0.0  ...   20.884989  b'3779005'   \n",
       " 99   102.007835  0.849329       0.0  ...   20.935436  b'3779005'   \n",
       " 101   70.511253  0.849329       0.0  ...   20.946613  b'3779005'   \n",
       " 103   93.915794  0.849329       0.0  ...   21.103006  b'3779005'   \n",
       " 105   76.252251  0.849329       0.0  ...   21.117193  b'3779005'   \n",
       " 108   67.354942  0.849329       0.0  ...   21.131447  b'3779005'   \n",
       " 114   75.392273  0.849329       0.0  ...   21.221270  b'3779005'   \n",
       " 115   65.326851  0.849329       0.0  ...   21.238276  b'3779005'   \n",
       " 117   61.925232  0.849329       0.0  ...   21.257372  b'3779005'   \n",
       " 119   62.687824  0.849329       0.0  ...   21.276060  b'3779005'   \n",
       " 120   71.768318  0.849329       0.0  ...   21.300241  b'3779005'   \n",
       " 122   67.517502  0.849329       0.0  ...   21.313370  b'3779005'   \n",
       " 125   67.681931  0.849329       0.0  ...   21.537367  b'3779005'   \n",
       " 127   70.274063  0.849329       0.0  ...   21.617987  b'3779005'   \n",
       " 130   67.145042  0.849329       0.0  ...   21.658136  b'3779005'   \n",
       " \n",
       "            1stDet       Trigger  Model_num                       filename  \\\n",
       " 0    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 2    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 4    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 7    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 8    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 10   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 12   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 13   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 17   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 18   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 20   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 21   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 26   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 30   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 32   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 34   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 36   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 39   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 43   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 45   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 47   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 49   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 51   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 53   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 55   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 57   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 60   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 62   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 64   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 65   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 67   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 70   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 71   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 73   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 75   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 77   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 79   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 82   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 84   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 85   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 87   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 89   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 91   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 94   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 97   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 99   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 101  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 103  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 105  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 108  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 114  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 115  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 117  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 119  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 120  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 122  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 125  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 127  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 130  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " \n",
       "             SNR        MAG    MAGERR  PLOTCOLOR  \n",
       " 0     29.674570  18.631924  0.036597    #b9ac70  \n",
       " 2     16.602543  18.006508  0.065412    #b9ac70  \n",
       " 4    111.569885  18.154671  0.009734    #b9ac70  \n",
       " 7     80.215340  18.414452  0.013539    #b9ac70  \n",
       " 8     76.929604  18.607546  0.014117    #b9ac70  \n",
       " 10    27.539221  18.703054  0.039435    #b9ac70  \n",
       " 12    27.734531  18.760250  0.039157    #b9ac70  \n",
       " 13    60.349499  18.803705  0.017995    #b9ac70  \n",
       " 17     9.434297  19.130289  0.115112    #b9ac70  \n",
       " 18    14.340266  19.261158  0.075731    #b9ac70  \n",
       " 20    13.877246  19.330132  0.078258    #b9ac70  \n",
       " 21    16.554956  19.330698  0.065600    #b9ac70  \n",
       " 26    22.828682  19.421637  0.047572    #b9ac70  \n",
       " 30    16.452677  19.860088  0.066007    #b9ac70  \n",
       " 32    15.701651  19.713379  0.069165    #b9ac70  \n",
       " 34    21.308548  19.837351  0.050965    #b9ac70  \n",
       " 36    23.508993  19.876789  0.046195    #b9ac70  \n",
       " 39    13.803818  19.894466  0.078674    #b9ac70  \n",
       " 43    14.088172  19.975403  0.077086    #b9ac70  \n",
       " 45    17.790066  19.918554  0.061045    #b9ac70  \n",
       " 47    18.189569  20.071974  0.059705    #b9ac70  \n",
       " 49     9.315927  20.213322  0.116575    #b9ac70  \n",
       " 51     7.178659  20.039526  0.151282    #b9ac70  \n",
       " 53     6.247175  19.837757  0.173839    #b9ac70  \n",
       " 55     7.262163  20.192619  0.149542    #b9ac70  \n",
       " 57     4.507106  20.122059  0.240953    #b9ac70  \n",
       " 60     3.572289  20.371185  0.304007    #b9ac70  \n",
       " 62     7.915434  20.264580  0.137200    #b9ac70  \n",
       " 64     7.028623  20.365288  0.154511    #b9ac70  \n",
       " 65    10.052551  20.195444  0.108032    #b9ac70  \n",
       " 67    17.887554  20.280014  0.060713    #b9ac70  \n",
       " 70    13.243985  20.400040  0.081999    #b9ac70  \n",
       " 71    11.328706  20.451944  0.095863    #b9ac70  \n",
       " 73     2.390957  20.840921  0.454211    #b9ac70  \n",
       " 75    12.679780  20.255672  0.085648    #b9ac70  \n",
       " 77    12.378014  20.363382  0.087736    #b9ac70  \n",
       " 79     9.807203  20.365786  0.110735    #b9ac70  \n",
       " 82     6.080482  20.320580  0.178604    #b9ac70  \n",
       " 84     5.722404  20.252260  0.189780    #b9ac70  \n",
       " 85     9.000644  20.281361  0.120658    #b9ac70  \n",
       " 87     5.401047  20.080790  0.201072    #b9ac70  \n",
       " 89    10.811025  20.414875  0.100453    #b9ac70  \n",
       " 91     8.127388  20.209536  0.133622    #b9ac70  \n",
       " 94     3.547115  20.561821  0.306164    #b9ac70  \n",
       " 97     5.728478  21.175611  0.189579    #b9ac70  \n",
       " 99     3.321769  21.174992  0.326934    #b9ac70  \n",
       " 101    4.545264  21.235456  0.238930    #b9ac70  \n",
       " 103    3.944353  21.078215  0.275330    #b9ac70  \n",
       " 105    5.352698  20.972937  0.202888    #b9ac70  \n",
       " 108    4.958274  21.190750  0.219028    #b9ac70  \n",
       " 114    2.198604  21.951315  0.493950    #b9ac70  \n",
       " 115    5.222570  21.167561  0.207944    #b9ac70  \n",
       " 117    6.115772  21.054203  0.177574    #b9ac70  \n",
       " 119    4.020179  21.496429  0.270137    #b9ac70  \n",
       " 120    5.503751  21.008522  0.197320    #b9ac70  \n",
       " 122    3.092442  21.700706  0.351179    #b9ac70  \n",
       " 125    3.624061  21.525829  0.299664    #b9ac70  \n",
       " 127    2.087026  22.084192  0.520358    #b9ac70  \n",
       " 130    5.058193  21.172476  0.214701    #b9ac70  \n",
       " \n",
       " [59 rows x 30 columns],\n",
       "            MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1    58835.493   Y       -9  b'VOID        '      4096      -9.0  7972.421875   \n",
       " 3    58838.555   Y       -9  b'VOID        '      4096      -9.0  9721.134766   \n",
       " 5    58846.572   Y       -9  b'VOID        '      4096      -9.0  9028.226562   \n",
       " 6    58850.516   Y       -9  b'VOID        '      4096      -9.0  8237.613281   \n",
       " 9    58853.555   Y       -9  b'VOID        '      4096      -9.0  7382.604004   \n",
       " 11   58855.974   Y       -9  b'VOID        '      4096      -9.0  6905.351074   \n",
       " 14   58856.573   Y       -9  b'VOID        '      4096      -9.0  6561.440918   \n",
       " 15   58859.468   Y       -9  b'VOID        '      4096      -9.0  5783.303711   \n",
       " 16   58860.384   Y       -9  b'VOID        '      4096      -9.0  5631.370117   \n",
       " 19   58862.397   Y       -9  b'VOID        '      4096      -9.0  5431.187012   \n",
       " 22   58864.486   Y       -9  b'VOID        '      4096      -9.0  4699.985352   \n",
       " 23   58864.504   Y       -9  b'VOID        '      4096      -9.0  4847.727051   \n",
       " 27   58867.487   Y       -9  b'VOID        '      4096      -9.0  4142.111816   \n",
       " 31   58871.529   Y       -9  b'VOID        '      4096      -9.0  3289.854980   \n",
       " 33   58872.560   Y       -9  b'VOID        '      4096      -9.0  3331.378906   \n",
       " 35   58875.552   Y       -9  b'VOID        '      4096      -9.0  2966.177490   \n",
       " 37   58876.873   Y       -9  b'VOID        '      4096      -9.0  2987.304443   \n",
       " 38   58877.513   Y       -9  b'VOID        '      4096      -9.0  2842.257080   \n",
       " 42   58878.559   Y       -9  b'VOID        '      4096      -9.0  2792.976074   \n",
       " 44   58879.544   Y       -9  b'VOID        '      4096      -9.0  2551.662842   \n",
       " 46   58880.523   Y       -9  b'VOID        '      4096      -9.0  2535.377441   \n",
       " 48   58881.557   Y       -9  b'VOID        '      4096      -9.0  2450.768066   \n",
       " 50   58883.524   Y       -9  b'VOID        '      4096      -9.0  2528.151123   \n",
       " 52   58884.550   Y       -9  b'VOID        '      4096      -9.0  2226.655762   \n",
       " 54   58885.529   Y       -9  b'VOID        '      4096      -9.0  2108.414795   \n",
       " 56   58886.537   Y       -9  b'VOID        '      4096      -9.0  2096.293457   \n",
       " 58   58887.906   Y       -9  b'VOID        '      4096      -9.0  1968.675293   \n",
       " 59   58890.469   Y       -9  b'VOID        '      4096      -9.0  2194.955078   \n",
       " 61   58892.526   Y       -9  b'VOID        '      4096      -9.0  1782.706177   \n",
       " 63   58893.527   Y       -9  b'VOID        '      4096      -9.0  2015.359985   \n",
       " 66   58895.011   Y       -9  b'VOID        '      4096      -9.0  1735.733521   \n",
       " 68   58898.495   Y       -9  b'VOID        '      4096      -9.0  1709.154907   \n",
       " 69   58898.760   Y       -9  b'VOID        '      4096      -9.0  1694.580444   \n",
       " 72   58900.231   Y       -9  b'VOID        '      4096      -9.0  1738.447998   \n",
       " 74   58901.434   Y       -9  b'VOID        '      4096      -9.0  1749.307861   \n",
       " 76   58903.457   Y       -9  b'VOID        '      4096      -9.0  1779.868652   \n",
       " 78   58903.998   Y       -9  b'VOID        '      4096      -9.0  1648.794678   \n",
       " 80   58906.487   Y       -9  b'VOID        '      4096      -9.0  1329.567749   \n",
       " 81   58906.506   Y       -9  b'VOID        '      4096      -9.0  1482.568359   \n",
       " 83   58908.479   Y       -9  b'VOID        '      4096      -9.0  1470.698242   \n",
       " 86   58911.481   Y       -9  b'VOID        '      4096      -9.0  1446.403320   \n",
       " 88   58912.486   Y       -9  b'VOID        '      4096      -9.0  1540.027710   \n",
       " 90   58913.481   Y       -9  b'VOID        '      4096      -9.0  1651.049683   \n",
       " 92   58914.411   Y       -9  b'VOID        '      4096      -9.0  1569.236572   \n",
       " 93   58914.832   Y       -9  b'VOID        '      4096      -9.0  1555.281128   \n",
       " 95   58915.509   Y       -9  b'VOID        '      4096      -9.0  1589.709961   \n",
       " 96   58936.421   Y       -9  b'VOID        '      4096      -9.0  1244.839355   \n",
       " 98   58939.425   Y       -9  b'VOID        '      4096      -9.0   747.300659   \n",
       " 100  58941.409   Y       -9  b'VOID        '      4096      -9.0  1115.079956   \n",
       " 102  58943.467   Y       -9  b'VOID        '      4096      -9.0  1063.288086   \n",
       " 104  58954.459   Y       -9  b'VOID        '      4096      -9.0  1076.041504   \n",
       " 106  58955.426   Y       -9  b'VOID        '      4096      -9.0  1153.267822   \n",
       " 107  58956.327   Y       -9  b'VOID        '      4096      -9.0  1162.283081   \n",
       " 113  58962.311   Y       -9  b'VOID        '      4096      -9.0   981.895508   \n",
       " 116  58964.274   Y       -9  b'VOID        '      4096      -9.0  1012.744568   \n",
       " 118  58965.310   Y       -9  b'VOID        '      4096      -9.0   893.480957   \n",
       " 121  58967.342   Y       -9  b'VOID        '      4096      -9.0   905.655273   \n",
       " 123  58968.375   Y       -9  b'VOID        '      4096      -9.0   981.090942   \n",
       " \n",
       "      FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID  \\\n",
       " 1    153.302277  0.849329       0.0  ...   17.766521  b'3779005'   \n",
       " 3    353.818176  0.849329       0.0  ...   17.514568  b'3779005'   \n",
       " 5     78.799660  0.849329       0.0  ...   17.610296  b'3779005'   \n",
       " 6     91.704048  0.849329       0.0  ...   17.720558  b'3779005'   \n",
       " 9     61.246250  0.849329       0.0  ...   17.833471  b'3779005'   \n",
       " 11    62.071774  0.849329       0.0  ...   17.909626  b'3779005'   \n",
       " 14    66.891251  0.849329       0.0  ...   17.940044  b'3779005'   \n",
       " 15   106.638451  0.849329       0.0  ...   18.094040  b'3779005'   \n",
       " 16   235.514725  0.849329       0.0  ...   18.133854  b'3779005'   \n",
       " 19   189.963089  0.849329       0.0  ...   18.228973  b'3779005'   \n",
       " 22    69.099380  0.849329       0.0  ...   18.333174  b'3779005'   \n",
       " 23   223.791519  0.849329       0.0  ...   18.334066  b'3779005'   \n",
       " 27    66.325729  0.849329       0.0  ...   18.479515  b'3779005'   \n",
       " 31    71.788742  0.849329       0.0  ...   18.660664  b'3779005'   \n",
       " 33    66.240715  0.849329       0.0  ...   18.702976  b'3779005'   \n",
       " 35    77.540894  0.849329       0.0  ...   18.814594  b'3779005'   \n",
       " 37    56.780167  0.849329       0.0  ...   18.855949  b'3779005'   \n",
       " 38    54.718910  0.849329       0.0  ...   18.873678  b'3779005'   \n",
       " 42    85.036217  0.849329       0.0  ...   18.909868  b'3779005'   \n",
       " 44   178.991486  0.849329       0.0  ...   18.965151  b'3779005'   \n",
       " 46    61.416817  0.849329       0.0  ...   19.009705  b'3779005'   \n",
       " 48    56.312290  0.849329       0.0  ...   19.013414  b'3779005'   \n",
       " 50   102.214561  0.849329       0.0  ...   19.092804  b'3779005'   \n",
       " 52    94.904083  0.849329       0.0  ...   19.143110  b'3779005'   \n",
       " 54    77.307327  0.849329       0.0  ...   19.178226  b'3779005'   \n",
       " 56    79.958427  0.849329       0.0  ...   19.205181  b'3779005'   \n",
       " 58   137.916199  0.849329       0.0  ...   19.237667  b'3779005'   \n",
       " 59   260.340698  0.849329       0.0  ...   19.289507  b'3779005'   \n",
       " 61    91.652893  0.849329       0.0  ...   19.324125  b'3779005'   \n",
       " 63    79.214706  0.849329       0.0  ...   19.339594  b'3779005'   \n",
       " 66    84.650284  0.849329       0.0  ...   19.360703  b'3779005'   \n",
       " 68    51.378193  0.849329       0.0  ...   19.400959  b'3779005'   \n",
       " 69    60.380299  0.849329       0.0  ...   19.403616  b'3779005'   \n",
       " 72   133.949570  0.849329       0.0  ...   19.416971  b'3779005'   \n",
       " 74    73.400192  0.849329       0.0  ...   19.427057  b'3779005'   \n",
       " 76    57.408497  0.849329       0.0  ...   19.442083  b'3779005'   \n",
       " 78    60.108601  0.849329       0.0  ...   19.446377  b'3779005'   \n",
       " 80   149.933609  0.849329       0.0  ...   19.469246  b'3779005'   \n",
       " 81   133.963318  0.849329       0.0  ...   19.469460  b'3779005'   \n",
       " 83    58.350166  0.849329       0.0  ...   19.485388  b'3779005'   \n",
       " 86   104.920692  0.849329       0.0  ...   19.513084  b'3779005'   \n",
       " 88    64.535439  0.849329       0.0  ...   19.526838  b'3779005'   \n",
       " 90    97.800674  0.849329       0.0  ...   19.540709  b'3779005'   \n",
       " 92   162.339264  0.849329       0.0  ...   19.554628  b'3779005'   \n",
       " 93    95.688576  0.849329       0.0  ...   19.561228  b'3779005'   \n",
       " 95   358.561096  0.849329       0.0  ...   19.571924  b'3779005'   \n",
       " 96    75.343956  0.849329       0.0  ...   19.863344  b'3779005'   \n",
       " 98   122.658997  0.849329       0.0  ...   19.869442  b'3779005'   \n",
       " 100   81.064995  0.849329       0.0  ...   19.868732  b'3779005'   \n",
       " 102  102.624802  0.849329       0.0  ...   19.864330  b'3779005'   \n",
       " 104  121.735710  0.849329       0.0  ...   19.897022  b'3779005'   \n",
       " 106   94.133797  0.849329       0.0  ...   19.903595  b'3779005'   \n",
       " 107   83.585159  0.849329       0.0  ...   19.909611  b'3779005'   \n",
       " 113   76.077034  0.849329       0.0  ...   19.945061  b'3779005'   \n",
       " 116   70.632545  0.849329       0.0  ...   19.968382  b'3779005'   \n",
       " 118   71.663414  0.849329       0.0  ...   19.984285  b'3779005'   \n",
       " 121   70.798485  0.849329       0.0  ...   20.002241  b'3779005'   \n",
       " 123   67.265610  0.849329       0.0  ...   20.012367  b'3779005'   \n",
       " \n",
       "            1stDet       Trigger  Model_num                       filename  \\\n",
       " 1    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 3    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 5    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 6    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 9    58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 11   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 14   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 15   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 16   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 19   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 22   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 23   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 27   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 31   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 33   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 35   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 37   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 38   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 42   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 44   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 46   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 48   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 50   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 52   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 54   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 56   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 58   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 59   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 61   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 63   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 66   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 68   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 69   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 72   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 74   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 76   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 78   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 80   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 81   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 83   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 86   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 88   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 90   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 92   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 93   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 95   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 96   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 98   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 100  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 102  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 104  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 106  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 107  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 113  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 116  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 118  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 121  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 123  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " \n",
       "             SNR        MAG    MAGERR  PLOTCOLOR  \n",
       " 1     52.004589  17.746025  0.020883    #bd1f01  \n",
       " 3     27.474945  17.530708  0.039527    #bd1f01  \n",
       " 5    114.571899  17.610994  0.009479    #bd1f01  \n",
       " 6     89.828239  17.710497  0.012090    #bd1f01  \n",
       " 9    120.539688  17.829475  0.009009    #bd1f01  \n",
       " 11   111.247849  17.902035  0.009762    #bd1f01  \n",
       " 14    98.091171  17.957502  0.011071    #bd1f01  \n",
       " 15    54.232819  18.094559  0.020025    #bd1f01  \n",
       " 16    23.910904  18.123465  0.045419    #bd1f01  \n",
       " 19    28.590750  18.162764  0.037984    #bd1f01  \n",
       " 22    68.017761  18.319759  0.015966    #bd1f01  \n",
       " 23    21.661800  18.286156  0.050134    #bd1f01  \n",
       " 27    62.451057  18.456945  0.017390    #bd1f01  \n",
       " 31    45.826893  18.707058  0.023698    #bd1f01  \n",
       " 33    50.292011  18.693439  0.021594    #bd1f01  \n",
       " 35    38.253075  18.819508  0.028390    #bd1f01  \n",
       " 37    52.611759  18.811802  0.020642    #bd1f01  \n",
       " 38    51.942867  18.865841  0.020908    #bd1f01  \n",
       " 42    32.844547  18.884830  0.033065    #bd1f01  \n",
       " 44    14.255777  18.982941  0.076180    #bd1f01  \n",
       " 46    41.281487  18.989893  0.026307    #bd1f01  \n",
       " 48    43.521015  19.026745  0.024953    #bd1f01  \n",
       " 50    24.733767  18.992992  0.043908    #bd1f01  \n",
       " 52    23.462170  19.130867  0.046287    #bd1f01  \n",
       " 54    27.273155  19.190109  0.039819    #bd1f01  \n",
       " 56    26.217293  19.196369  0.041423    #bd1f01  \n",
       " 58    14.274431  19.264565  0.076080    #bd1f01  \n",
       " 59     8.431087  19.146435  0.128809    #bd1f01  \n",
       " 61    19.450626  19.372299  0.055834    #bd1f01  \n",
       " 63    25.441740  19.239119  0.042686    #bd1f01  \n",
       " 66    20.504757  19.401291  0.052963    #bd1f01  \n",
       " 68    33.266155  19.418047  0.032646    #bd1f01  \n",
       " 69    28.065123  19.427345  0.038696    #bd1f01  \n",
       " 72    12.978377  19.399597  0.083678    #bd1f01  \n",
       " 74    23.832470  19.392834  0.045568    #bd1f01  \n",
       " 76    31.003574  19.374031  0.035028    #bd1f01  \n",
       " 78    27.430262  19.457085  0.039591    #bd1f01  \n",
       " 80     8.867710  19.690723  0.122467    #bd1f01  \n",
       " 81    11.066973  19.572464  0.098130    #bd1f01  \n",
       " 83    25.204697  19.581192  0.043087    #bd1f01  \n",
       " 86    13.785682  19.599276  0.078777    #bd1f01  \n",
       " 88    23.863287  19.531178  0.045509    #bd1f01  \n",
       " 90    16.881783  19.455601  0.064330    #bd1f01  \n",
       " 92     9.666402  19.510778  0.112348    #bd1f01  \n",
       " 93    16.253572  19.520477  0.066816    #bd1f01  \n",
       " 95     4.433582  19.496706  0.244949    #bd1f01  \n",
       " 96    16.522087  19.762217  0.065730    #bd1f01  \n",
       " 98     6.092506  20.316261  0.178252    #bd1f01  \n",
       " 100   13.755382  19.881735  0.078951    #bd1f01  \n",
       " 102   10.360927  19.933372  0.104817    #bd1f01  \n",
       " 104    8.839161  19.920427  0.122862    #bd1f01  \n",
       " 106   12.251369  19.845175  0.088643    #bd1f01  \n",
       " 107   13.905376  19.836720  0.078099    #bd1f01  \n",
       " 113   12.906595  20.019836  0.084143    #bd1f01  \n",
       " 116   14.338214  19.986250  0.075742    #bd1f01  \n",
       " 118   12.467742  20.122288  0.087105    #bd1f01  \n",
       " 121   12.792015  20.107594  0.084897    #bd1f01  \n",
       " 123   14.585327  20.020727  0.074458    #bd1f01  \n",
       " \n",
       " [58 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 24   58866.65   g       -9  b'VOID        '      4096      -9.0  1887.148438   \n",
       " 29   58868.66   g       -9  b'VOID        '      4096      -9.0  1690.937744   \n",
       " 40   58877.64   g       -9  b'VOID        '      4096      -9.0  1071.059204   \n",
       " 109  58956.47   g       -9  b'VOID        '      4096      -9.0   428.409790   \n",
       " 111  58960.46   g       -9  b'VOID        '      4096      -9.0   296.641083   \n",
       " 124  58984.28   g       -9  b'VOID        '      4096      -9.0   292.630798   \n",
       " 126  58987.38   g       -9  b'VOID        '      4096      -9.0   228.520020   \n",
       " 129  58992.29   g       -9  b'VOID        '      4096      -9.0   251.905640   \n",
       " 131  59021.29   g       -9  b'VOID        '      4096      -9.0   110.147614   \n",
       " \n",
       "      FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID  \\\n",
       " 24    93.055725  0.849329       0.0  ...   19.338764  b'3779005'   \n",
       " 29    77.332497  0.849329       0.0  ...   19.445274  b'3779005'   \n",
       " 40   103.031349  0.849329       0.0  ...   19.780910  b'3779005'   \n",
       " 109   60.568874  0.849329       0.0  ...   20.985487  b'3779005'   \n",
       " 111   55.220428  0.849329       0.0  ...   21.040203  b'3779005'   \n",
       " 124   64.324974  0.849329       0.0  ...   21.368475  b'3779005'   \n",
       " 126   78.579926  0.849329       0.0  ...   21.409708  b'3779005'   \n",
       " 129   45.649685  0.849329       0.0  ...   21.476076  b'3779005'   \n",
       " 131   40.338264  0.849329       0.0  ...   22.051855  b'3779005'   \n",
       " \n",
       "            1stDet       Trigger  Model_num                       filename  \\\n",
       " 24   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 29   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 40   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 109  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 111  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 124  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 126  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 129  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 131  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " \n",
       "            SNR        MAG    MAGERR  PLOTCOLOR  \n",
       " 24   20.279768  19.310486  0.053551    #4daf4a  \n",
       " 29   21.865810  19.429680  0.049667    #4daf4a  \n",
       " 40   10.395469  19.925467  0.104469    #4daf4a  \n",
       " 109   7.073102  20.920353  0.153539    #4daf4a  \n",
       " 111   5.371944  21.319422  0.202161    #4daf4a  \n",
       " 124   4.549256  21.334200  0.238720    #4daf4a  \n",
       " 126   2.908122  21.602690  0.373437    #4daf4a  \n",
       " 129   5.518234  21.496906  0.196802    #4daf4a  \n",
       " 131   2.730599  22.395061  0.397715    #4daf4a  \n",
       " \n",
       " [9 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 28   58868.65   r       -9  b'VOID        '      6144      -9.0  3902.773682   \n",
       " 110  58956.47   r       -9  b'VOID        '      4096      -9.0  1134.036255   \n",
       " 112  58960.46   r       -9  b'VOID        '      4096      -9.0  1080.484741   \n",
       " \n",
       "      FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID  \\\n",
       " 28    74.614304  0.849329       0.0  ...   18.535135  b'3779005'   \n",
       " 110   49.615734  0.849329       0.0  ...   19.908819  b'3779005'   \n",
       " 112   38.340649  0.849329       0.0  ...   19.932159  b'3779005'   \n",
       " \n",
       "            1stDet       Trigger  Model_num                       filename  \\\n",
       " 28   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 110  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 112  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " \n",
       "            SNR        MAG    MAGERR  PLOTCOLOR  \n",
       " 28   52.305973  18.521566  0.020762    #e41a1c  \n",
       " 110  22.856384  19.863434  0.047514    #e41a1c  \n",
       " 112  28.181181  19.915953  0.038536    #e41a1c  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 41   58877.64   i       -9  b'VOID        '      4096      -9.0  3978.630371   \n",
       " 128  58992.29   i       -9  b'VOID        '      4096      -9.0   652.647278   \n",
       " \n",
       "      FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID  \\\n",
       " 41   138.045288  0.849329       0.0  ...   18.572113  b'3779005'   \n",
       " 128   41.540840  0.849329       0.0  ...   20.368374  b'3779005'   \n",
       " \n",
       "            1stDet       Trigger  Model_num                       filename  \\\n",
       " 41   58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " 128  58831.570312  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002   \n",
       " \n",
       "            SNR        MAG    MAGERR  PLOTCOLOR  \n",
       " 41   28.821196  18.500666  0.037681    #832db6  \n",
       " 128  15.710979  20.463305  0.069124    #832db6  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 25  58866.66   z       -9  b'VOID        '      4096      -9.0  6179.536133   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 25  131.008179  0.849329       0.0  ...   18.053919  b'3779005'  58831.570312   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 25  58868.648438         37  PALEO_YSEDR1_NONIaMODEL0-0002  47.169086   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 25  18.02261  0.023024    #656364  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0   58872.249   X       -9  b'VOID        '      4096      -9.0  663.355774   \n",
       " 4   58875.333   X       -9  b'VOID        '      4096      -9.0  900.884155   \n",
       " 6   58880.252   X       -9  b'VOID        '      4096      -9.0  770.843994   \n",
       " 8   58881.248   X       -9  b'VOID        '      4096      -9.0  878.531128   \n",
       " 13  58893.231   X       -9  b'VOID        '      4096      -9.0  546.337891   \n",
       " 16  58895.210   X       -9  b'VOID        '      4096      -9.0  605.618591   \n",
       " 18  58896.232   X       -9  b'VOID        '      4096      -9.0  542.184265   \n",
       " 19  58898.272   X       -9  b'VOID        '      4096      -9.0  379.973358   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 0    61.678196  0.849329       0.0  ...   20.476440  b'2213083'  58872.25   \n",
       " 4    64.688248  0.849329       0.0  ...   20.117121  b'2213083'  58872.25   \n",
       " 6   112.431229  0.849329       0.0  ...   20.124441  b'2213083'  58872.25   \n",
       " 8   150.605637  0.849329       0.0  ...   20.126186  b'2213083'  58872.25   \n",
       " 13   73.664886  0.849329       0.0  ...   20.788254  b'2213083'  58872.25   \n",
       " 16   98.785896  0.849329       0.0  ...   20.901606  b'2213083'  58872.25   \n",
       " 18   90.766426  0.849329       0.0  ...   20.964041  b'2213083'  58872.25   \n",
       " 19   67.549347  0.849329       0.0  ...   21.141447  b'2213083'  58872.25   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  10.755110   \n",
       " 4   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  13.926551   \n",
       " 6   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   6.856138   \n",
       " 8   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   5.833322   \n",
       " 13  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   7.416531   \n",
       " 16  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   6.130618   \n",
       " 18  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   5.973401   \n",
       " 19  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   5.625123   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   20.445633  0.100975    #b9ac70  \n",
       " 4   20.113327  0.077981    #b9ac70  \n",
       " 6   20.282583  0.158398    #b9ac70  \n",
       " 8   20.140608  0.186172    #b9ac70  \n",
       " 13  20.656347  0.146430    #b9ac70  \n",
       " 16  20.544502  0.177144    #b9ac70  \n",
       " 18  20.664633  0.181806    #b9ac70  \n",
       " 19  21.050617  0.193062    #b9ac70  \n",
       " \n",
       " [8 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 3   58875.272   Y       -9  b'VOID        '      4096      -9.0  1396.793945   \n",
       " 5   58878.314   Y       -9  b'VOID        '      4096      -9.0  1575.325073   \n",
       " 7   58880.294   Y       -9  b'VOID        '      4096      -9.0  1487.421387   \n",
       " 9   58881.293   Y       -9  b'VOID        '      4096      -9.0  1621.555054   \n",
       " 12  58884.214   Y       -9  b'VOID        '      4096      -9.0  1560.866577   \n",
       " 14  58893.274   Y       -9  b'VOID        '      4096      -9.0  1247.021484   \n",
       " 15  58894.292   Y       -9  b'VOID        '      4096      -9.0  1008.111145   \n",
       " 17  58895.274   Y       -9  b'VOID        '      4096      -9.0   915.315735   \n",
       " 20  58898.314   Y       -9  b'VOID        '      4096      -9.0  1152.778076   \n",
       " 21  58899.251   Y       -9  b'VOID        '      4096      -9.0   965.472412   \n",
       " 22  58900.253   Y       -9  b'VOID        '      4096      -9.0   991.552795   \n",
       " 23  58904.230   Y       -9  b'VOID        '      4096      -9.0   694.066772   \n",
       " 24  58905.230   Y       -9  b'VOID        '      4096      -9.0   796.857300   \n",
       " 25  58906.230   Y       -9  b'VOID        '      4096      -9.0   524.643677   \n",
       " 26  58912.210   Y       -9  b'VOID        '      4096      -9.0   585.830017   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 3    62.908657  0.849329       0.0  ...   19.715698  b'2213083'  58872.25   \n",
       " 5   111.275009  0.849329       0.0  ...   19.508451  b'2213083'  58872.25   \n",
       " 7   111.416275  0.849329       0.0  ...   19.485119  b'2213083'  58872.25   \n",
       " 9    82.944305  0.849329       0.0  ...   19.480001  b'2213083'  58872.25   \n",
       " 12  315.863678  0.849329       0.0  ...   19.523874  b'2213083'  58872.25   \n",
       " 14   84.200874  0.849329       0.0  ...   19.840866  b'2213083'  58872.25   \n",
       " 15   68.100159  0.849329       0.0  ...   19.876635  b'2213083'  58872.25   \n",
       " 17   89.803612  0.849329       0.0  ...   19.907495  b'2213083'  58872.25   \n",
       " 20   94.990326  0.849329       0.0  ...   20.044420  b'2213083'  58872.25   \n",
       " 21   75.232651  0.849329       0.0  ...   20.091848  b'2213083'  58872.25   \n",
       " 22   99.179054  0.849329       0.0  ...   20.136322  b'2213083'  58872.25   \n",
       " 23   96.435974  0.849329       0.0  ...   20.336569  b'2213083'  58872.25   \n",
       " 24  141.654434  0.849329       0.0  ...   20.388828  b'2213083'  58872.25   \n",
       " 25  127.634689  0.849329       0.0  ...   20.440334  b'2213083'  58872.25   \n",
       " 26  154.554077  0.849329       0.0  ...   20.720812  b'2213083'  58872.25   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 3   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  22.203526   \n",
       " 5   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  14.157043   \n",
       " 7   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  13.350126   \n",
       " 9   58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  19.549927   \n",
       " 12  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   4.941583   \n",
       " 14  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  14.810078   \n",
       " 15  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  14.803360   \n",
       " 17  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  10.192415   \n",
       " 20  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  12.135742   \n",
       " 21  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  12.833157   \n",
       " 22  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   9.997602   \n",
       " 23  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   7.197177   \n",
       " 24  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   5.625361   \n",
       " 25  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   4.110510   \n",
       " 26  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002   3.790453   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 3   19.637169  0.048911    #bd1f01  \n",
       " 5   19.506575  0.076711    #bd1f01  \n",
       " 7   19.568914  0.081348    #bd1f01  \n",
       " 9   19.475170  0.055550    #bd1f01  \n",
       " 12  19.516586  0.219768    #bd1f01  \n",
       " 14  19.760315  0.073328    #bd1f01  \n",
       " 15  19.991230  0.073362    #bd1f01  \n",
       " 17  20.096073  0.106550    #bd1f01  \n",
       " 20  19.845636  0.089488    #bd1f01  \n",
       " 21  20.038151  0.084625    #bd1f01  \n",
       " 22  20.009211  0.108626    #bd1f01  \n",
       " 23  20.396496  0.150892    #bd1f01  \n",
       " 24  20.246548  0.193054    #bd1f01  \n",
       " 25  20.700340  0.264201    #bd1f01  \n",
       " 26  20.580570  0.286509    #bd1f01  \n",
       " \n",
       " [15 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 2  58872.43   g       -9  b'VOID        '      4096      -9.0  597.286804   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 2   52.399765  0.849329       0.0  ...   20.380737  b'2213083'  58872.25   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 2  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  11.398654   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 2  20.559544  0.095274    #4daf4a  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 10  58883.45   r       -9  b'VOID        '      6144      -9.0  1583.928833   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 10   84.842384  0.849329       0.0  ...    19.53027  b'2213083'  58872.25   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 10  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  18.669075   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 10  19.50066  0.058171    #e41a1c  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  58872.43   i       -9  b'VOID        '      4096      -9.0  964.763428   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 1   55.183533  0.849329       0.0  ...    20.08419  b'2213083'  58872.25   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 1  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  17.482813   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  20.038948  0.062118    #832db6  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 11  58883.46   z       -9  b'VOID        '      4096      -9.0  1318.513062   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID    1stDet  \\\n",
       " 11  128.530945  0.849329       0.0  ...   19.719221  b'2213083'  58872.25   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 11  58883.449219         37  PALEO_YSEDR1_NONIaMODEL0-0002  10.258331   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 11  19.699789  0.105865    #656364  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "           MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 0   59218.400   Y       -9  b'VOID        '      4096      -9.0  1437.609131   \n",
       " 3   59222.337   Y       -9  b'VOID        '      4096      -9.0  3393.813721   \n",
       " 6   59224.374   Y       -9  b'VOID        '      4096      -9.0  4036.628662   \n",
       " 7   59226.412   Y       -9  b'VOID        '      4096      -9.0  4421.030762   \n",
       " 8   59228.343   Y       -9  b'VOID        '      4096      -9.0  4743.389648   \n",
       " 9   59230.429   Y       -9  b'VOID        '      4096      -9.0  4959.300781   \n",
       " 10  59232.353   Y       -9  b'VOID        '      4096      -9.0  4686.884766   \n",
       " 11  59248.383   Y       -9  b'VOID        '      4096      -9.0  2872.767090   \n",
       " 12  59250.410   Y       -9  b'VOID        '      4096      -9.0  2197.816162   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 0   115.324173  0.849329       0.0  ...   19.439121  b'118454'  59218.398438   \n",
       " 3    99.732941  0.849329       0.0  ...   18.690290  b'118454'  59218.398438   \n",
       " 6   140.473679  0.849329       0.0  ...   18.476219  b'118454'  59218.398438   \n",
       " 7   145.061569  0.849329       0.0  ...   18.322039  b'118454'  59218.398438   \n",
       " 8    98.845245  0.849329       0.0  ...   18.298752  b'118454'  59218.398438   \n",
       " 9   158.902893  0.849329       0.0  ...   18.300180  b'118454'  59218.398438   \n",
       " 10   91.737671  0.849329       0.0  ...   18.329638  b'118454'  59218.398438   \n",
       " 11  127.170250  0.849329       0.0  ...   18.934084  b'118454'  59218.398438   \n",
       " 12  151.200272  0.849329       0.0  ...   19.030308  b'118454'  59218.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 0   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  12.465809   \n",
       " 3   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  34.029015   \n",
       " 6   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  28.735836   \n",
       " 7   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  30.476927   \n",
       " 8   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  47.988041   \n",
       " 9   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  31.209631   \n",
       " 10  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  51.090076   \n",
       " 11  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  22.589930   \n",
       " 12  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  14.535795   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 0   19.605898  0.087118    #bd1f01  \n",
       " 3   18.673279  0.031914    #bd1f01  \n",
       " 6   18.484953  0.037793    #bd1f01  \n",
       " 7   18.386192  0.035634    #bd1f01  \n",
       " 8   18.309778  0.022631    #bd1f01  \n",
       " 9   18.261448  0.034797    #bd1f01  \n",
       " 10  18.322788  0.021257    #bd1f01  \n",
       " 11  18.854248  0.048075    #bd1f01  \n",
       " 12  19.145021  0.074712    #bd1f01  \n",
       " \n",
       " [9 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 1  59220.56   g       -9  b'VOID        '      4096      -9.0  2017.164307   \n",
       " 4  59222.51   g       -9  b'VOID        '      6144      -9.0  2784.433350   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 1   59.429214  0.849329       0.0  ...   19.201712  b'118454'  59218.398438   \n",
       " 4   98.741264  0.849329       0.0  ...   18.899305  b'118454'  59218.398438   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 1  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  33.942303   \n",
       " 4  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  28.199287   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  19.238148  0.031995    #4daf4a  \n",
       " 4  18.888157  0.038512    #4daf4a  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 13  59252.43   r       -9  b'VOID        '      4096      -9.0  2201.551758   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 13   66.605507  0.849329       0.0  ...   19.166739  b'118454'  59218.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename      SNR  \\\n",
       " 13  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  33.0536   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 13  19.143177  0.032856    #e41a1c  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 5   59222.51   i       -9  b'VOID        '      4096      -9.0  3509.020752   \n",
       " 14  59256.35   i       -9  b'VOID        '      4096      -9.0  2402.675781   \n",
       " \n",
       "     FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 5    96.217239  0.849329       0.0  ...   18.631109  b'118454'  59218.398438   \n",
       " 14   77.141670  0.849329       0.0  ...   19.066923  b'118454'  59218.398438   \n",
       " \n",
       "          Trigger  Model_num                       filename        SNR  \\\n",
       " 5   59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  36.469772   \n",
       " 14  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  31.146276   \n",
       " \n",
       "           MAG    MAGERR  PLOTCOLOR  \n",
       " 5   18.637035  0.029778    #832db6  \n",
       " 14  19.048264  0.034868    #832db6  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB      FLUXCAL  \\\n",
       " 2  59220.56   z       -9  b'VOID        '      4096      -9.0  2227.988525   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS       SNID        1stDet  \\\n",
       " 2  132.975998  0.849329       0.0  ...   19.119564  b'118454'  59218.398438   \n",
       " \n",
       "         Trigger  Model_num                       filename        SNR  \\\n",
       " 2  59222.511719         37  PALEO_YSEDR1_NONIaMODEL0-0002  16.754818   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 2  19.130219  0.064817    #656364  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " [...],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  59011.258   Y       -9  b'VOID        '      4096      -9.0  252.333221   \n",
       " 1  59017.258   Y       -9  b'VOID        '      4096      -9.0  313.143524   \n",
       " 2  59020.268   Y       -9  b'VOID        '      4096      -9.0  317.821228   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   69.461983  0.849329       0.0  ...   21.548014  b'1549785'  59011.257812   \n",
       " 1   57.778000  0.849329       0.0  ...   21.554575  b'1549785'  59011.257812   \n",
       " 2   66.117928  0.849329       0.0  ...   21.571730  b'1549785'  59011.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 0  59040.371094         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.632681   \n",
       " 1  59040.371094         12  PALEO_YSEDR1_NONIaMODEL0-0021  5.419771   \n",
       " 2  59040.371094         12  PALEO_YSEDR1_NONIaMODEL0-0021  4.806884   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  21.495064  0.298953    #bd1f01  \n",
       " 1  21.260641  0.200377    #bd1f01  \n",
       " 2  21.244543  0.225926    #bd1f01  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 3  59023.44   r       -9  b'VOID        '      4096      -9.0  220.101715   \n",
       " 4  59040.37   r       -9  b'VOID        '      6144      -9.0  190.016205   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 3    59.24464  0.849329       0.0  ...   21.599997  b'1549785'  59011.257812   \n",
       " 4    39.57814  0.849329       0.0  ...   21.729633  b'1549785'  59011.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 3  59040.371094         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.715133   \n",
       " 4  59040.371094         12  PALEO_YSEDR1_NONIaMODEL0-0021  4.801039   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 3  21.643440  0.292318    #e41a1c  \n",
       " 4  21.803024  0.226201    #e41a1c  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  58965.259   X       -9  b'VOID        '      4096      -9.0  213.360779   \n",
       " 3  58968.300   X       -9  b'VOID        '      4096      -9.0  344.808075   \n",
       " 5  58980.227   X       -9  b'VOID        '      4096      -9.0  206.839890   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   63.191895  0.849329       0.0  ...   21.400068  b'4537982'  58965.257812   \n",
       " 3   62.487408  0.849329       0.0  ...   21.163422  b'4537982'  58965.257812   \n",
       " 5   43.165413  0.849329       0.0  ...   21.757534  b'4537982'  58965.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 0  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.376395   \n",
       " 3  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  5.518041   \n",
       " 5  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  4.791797   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 0  21.677214  0.321645    #b9ac70  \n",
       " 3  21.156055  0.196809    #b9ac70  \n",
       " 5  21.710915  0.226637    #b9ac70  \n",
       " \n",
       " [3 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 4  58968.370   Y       -9  b'VOID        '      4096      -9.0  244.967163   \n",
       " 6  58980.254   Y       -9  b'VOID        '      4096      -9.0  225.446167   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 4   69.313614  0.849329       0.0  ...   21.469353  b'4537982'  58965.257812   \n",
       " 6   57.461361  0.849329       0.0  ...   21.571442  b'4537982'  58965.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 4  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.534185   \n",
       " 6  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.923440   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 4  21.527229  0.307284    #bd1f01  \n",
       " 6  21.617393  0.276798    #bd1f01  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 2  58967.37   g       -9  b'VOID        '      4096      -9.0  286.750244   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 2   61.572487  0.849329       0.0  ...   21.257889  b'4537982'  58965.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 2  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  4.657116   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 2  21.356239  0.233192    #4daf4a  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "        MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 7  58981.4   r       -9  b'VOID        '      6144      -9.0  151.989365   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 7    62.81324  0.849329       0.0  ...   21.591534  b'4537982'  58965.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 7  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  2.419703   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 7  22.045467  0.448815    #e41a1c  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  58967.37   i       -9  b'VOID        '      4096      -9.0  216.919174   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1   64.572525  0.849329       0.0  ...   21.579832  b'4537982'  58965.257812   \n",
       " \n",
       "         Trigger  Model_num                       filename       SNR  \\\n",
       " 1  58981.398438         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.359311   \n",
       " \n",
       "          MAG    MAGERR  PLOTCOLOR  \n",
       " 1  21.659256  0.323281    #832db6  \n",
       " \n",
       " [1 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "          MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 1  58968.288   X       -9  b'VOID        '      4096      -9.0  347.706329   \n",
       " 2  58970.277   X       -9  b'VOID        '      4096      -9.0  310.181305   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 1   60.645683  0.849329       0.0  ...   21.329859  b'3976045'  58967.371094   \n",
       " 2   81.261703  0.849329       0.0  ...   21.116367  b'3976045'  58967.371094   \n",
       " \n",
       "        Trigger  Model_num                       filename       SNR        MAG  \\\n",
       " 1  58984.28125         12  PALEO_YSEDR1_NONIaMODEL0-0021  5.733406  21.146969   \n",
       " 2  58984.28125         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.817066  21.270962   \n",
       " \n",
       "      MAGERR  PLOTCOLOR  \n",
       " 1  0.189416    #b9ac70  \n",
       " 2  0.284512    #b9ac70  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       "         MJD BAND  CCDNUM            FIELD  PHOTFLAG  PHOTPROB     FLUXCAL  \\\n",
       " 0  58967.37   g       -9  b'VOID        '      4096      -9.0  163.394516   \n",
       " 3  58984.28   g       -9  b'VOID        '      6144      -9.0  293.752472   \n",
       " \n",
       "    FLUXCALERR  PSF_SIG1  PSF_SIG2  ...  SIM_MAGOBS        SNID        1stDet  \\\n",
       " 0   53.779324  0.849329       0.0  ...   21.600843  b'3976045'  58967.371094   \n",
       " 3   58.740124  0.849329       0.0  ...   21.835974  b'3976045'  58967.371094   \n",
       " \n",
       "        Trigger  Model_num                       filename       SNR        MAG  \\\n",
       " 0  58984.28125         12  PALEO_YSEDR1_NONIaMODEL0-0021  3.038240  21.966906   \n",
       " 3  58984.28125         12  PALEO_YSEDR1_NONIaMODEL0-0021  5.000883  21.330046   \n",
       " \n",
       "      MAGERR  PLOTCOLOR  \n",
       " 0  0.357444    #4daf4a  \n",
       " 3  0.217162    #4daf4a  \n",
       " \n",
       " [2 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " Empty DataFrame\n",
       " Columns: [MJD, BAND, CCDNUM, FIELD, PHOTFLAG, PHOTPROB, FLUXCAL, FLUXCALERR, PSF_SIG1, PSF_SIG2, PSF_RATIO, SKY_SIG, SKY_SIG_T, RDNOISE, ZEROPT, ZEROPT_ERR, GAIN, XPIX, YPIX, SIM_FLUXCAL_HOSTERR, SIM_MAGOBS, SNID, 1stDet, Trigger, Model_num, filename, SNR, MAG, MAGERR, PLOTCOLOR]\n",
       " Index: []\n",
       " \n",
       " [0 rows x 30 columns],\n",
       " [...]]"
      ]
     },
     "execution_count": 170,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "appended_data"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 136,
   "id": "55449fc3-9ed0-48d2-a712-4439429e15d8",
   "metadata": {
    "tags": []
   },
   "outputs": [],
   "source": [
    "import sncosmo\n",
    "import os \n",
    "import glob\n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "import pandas\n",
    "\n",
    "heads = sorted(glob.glob(os.path.join('data/PALEO_YSE_ZTF_MODEL12/', '*_HEAD.FITS.gz')))\n",
    "phots = sorted(glob.glob(os.path.join('data/PALEO_YSE_ZTF_MODEL12/', '*_PHOT.FITS.gz')))\n",
    "assert len(heads) != 0, 'no *_HEAD_FITS.gz are found'\n",
    "assert len(heads) == len(phots), 'there are different number of HEAD and PHOT files'\n",
    "appended_data = []\n",
    "appended_meta_data = []\n",
    "for head, phot in zip(heads[0:10], phots[0:10]): #lots of LCs per head, phot files, so do a few to start\n",
    "    i = head.find('_HEAD.FITS.gz')\n",
    "    assert head[:i] == phot[:i], f'HEAD and PHOT files name mismatch: {head}, {phot}'\n",
    "    filename = head[:i].split('/')[-1].split('.')[0]\n",
    "    for LCnum, lc in enumerate(sncosmo.read_snana_fits(head, phot)[0:25]): # remember: multiple SN in single HEAD/PHOT file\n",
    "        lc_meta = {lc.meta['SNID']:lc.meta}\n",
    "        # print(lc_meta)\n",
    "        #print(lc.columns)\n",
    "        lc_df = lc.to_pandas()\n",
    "        \n",
    "        # lc_df_meta = pandas.DataFrame.from_dict(lc_meta,orient='columns')\n",
    "\n",
    "        # fig, ax = plt.subplots()\n",
    "        lc_df['BAND']= lc_df['BAND'].str.decode(\"utf-8\") # turn Bytes into str\n",
    "        lc_df['SNR'] = lc_df['FLUXCAL']/lc_df['FLUXCALERR'] # signal to noise ratio\n",
    "        lc_df['MAG'] = np.array(-2.5*np.log10(np.abs(lc_df['FLUXCAL'])))+27.5 # magnitudes\n",
    "        lc_df['MAGERR'] = 1.086/lc_df['SNR'] # magnitude error\n",
    "\n",
    "                  # observations              # nondetections           # Signal to noise cut       \n",
    "        mask = (lc_df['PHOTFLAG'] != 0)  #| (lc_df['PHOTFLAG'] == 0)  | (lc_df['SNR'] >= 4) \n",
    "        lc_df = lc_df[mask].reset_index(drop=True)\n",
    "        lc_df['SNID']=lc.meta['SNID']\n",
    "        lc_df['1stDet']=lc.meta['MJD_DETECT_FIRST']\n",
    "        lc_df['Trigger']=lc.meta['MJD_TRIGGER']\n",
    "        lc_df['filename']=filename\n",
    "        # print(lc_df)\n",
    "        D_id_color = {\n",
    "                  \"X \": u\"#b9ac70\", # ZTF-g\n",
    "                  \"Y \": u\"#bd1f01\", # ZTF-r\n",
    "                  \"g \": u\"#4daf4a\", # YSE-g\n",
    "                  \"r \": u\"#e41a1c\", # YSE-r\n",
    "                  \"i \": u\"#832db6\", # YSE-i\n",
    "                  \"z \": u\"#656364\"} # YSE-z\n",
    "        lc_df['PLOTCOLOR'] = lc_df.BAND.map(D_id_color)\n",
    "        appended_meta_data.append(lc_df_meta)\n",
    "        for pb, c in D_id_color.items():\n",
    "            #print(pb, c)\n",
    "            lc_df_pb = lc_df[lc_df.BAND == pb]\n",
    "            appended_data.append(lc_df_pb)\n",
    "\n",
    "            #print(lc_df_pb.ZEROPT)\n",
    "\n",
    "#                 if plotmag:\n",
    "#                     plt.errorbar(lc_df_pb['MJD']-lc.meta['MJD_TRIGGER'], lc_df_pb['MAG'], \n",
    "#                              yerr=lc_df_pb['MAGERR'], c=c, fmt='o', label=pb, ms=7, elinewidth=2)\n",
    "\n",
    "#                 else:\n",
    "#                     plt.errorbar(lc_df_pb['MJD']-lc.meta['MJD_TRIGGER'], lc_df_pb['FLUXCAL'], \n",
    "#                              yerr=lc_df_pb['FLUXCALERR'], c=c, fmt='o', label=pb, ms=7, elinewidth=2)\n",
    "\n",
    "\n",
    "#             if plotmag:\n",
    "#                 plt.gca().invert_yaxis()\n",
    "#                 plt.ylabel('Mag')\n",
    "\n",
    "#             else:\n",
    "#                 plt.ylabel('Flux')\n",
    "\n",
    "#             plt.show()\n",
    "# appended_meta_data = pandas.concat(appended_meta_data)\n",
    "appended_data = pandas.concat(appended_data)     "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 140,
   "id": "41acb96b-4fb8-4124-a615-358f0d541981",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "array(['PALEO_YSEDR1_NONIaMODEL0-0001', 'PALEO_YSEDR1_NONIaMODEL0-0002',\n",
       "       'PALEO_YSEDR1_NONIaMODEL0-0003', 'PALEO_YSEDR1_NONIaMODEL0-0004',\n",
       "       'PALEO_YSEDR1_NONIaMODEL0-0005', 'PALEO_YSEDR1_NONIaMODEL0-0006',\n",
       "       'PALEO_YSEDR1_NONIaMODEL0-0007', 'PALEO_YSEDR1_NONIaMODEL0-0008',\n",
       "       'PALEO_YSEDR1_NONIaMODEL0-0009', 'PALEO_YSEDR1_NONIaMODEL0-0010'],\n",
       "      dtype=object)"
      ]
     },
     "execution_count": 140,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "appended_data['filename'].unique()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 137,
   "id": "90f3bc96-70e5-421e-987c-e8f5f4c61027",
   "metadata": {
    "collapsed": true,
    "jupyter": {
     "outputs_hidden": true
    },
    "tags": []
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "array([b'1079580', b'3741234', b'877012', b'1103712', b'4366960',\n",
       "       b'3269471', b'4499445', b'4894517', b'3448544', b'3181819',\n",
       "       b'2683551', b'4333129', b'996109', b'1701092', b'3269872',\n",
       "       b'1497339', b'2207363', b'478026', b'4211497', b'3634240',\n",
       "       b'844858', b'2934638', b'2014224', b'5023238', b'4161909',\n",
       "       b'1918827', b'2364684', b'2991522', b'3433565', b'4549206',\n",
       "       b'944164', b'3472230', b'181726', b'97707', b'2525400', b'72484',\n",
       "       b'2940462', b'1754945', b'1148974', b'2712631', b'591963',\n",
       "       b'1129273', b'3478031', b'2273222', b'139179', b'4377253',\n",
       "       b'851030', b'3651677', b'3439164', b'1036554', b'1163348',\n",
       "       b'401925', b'4341207', b'4674478', b'1958086', b'5042463',\n",
       "       b'3443573', b'3420523', b'1902962', b'3016375', b'1996723',\n",
       "       b'4927163', b'4209034', b'2641350', b'3653166', b'1300501',\n",
       "       b'173764', b'3163790', b'5063900', b'2747266', b'1885826',\n",
       "       b'824670', b'3909391', b'3071112', b'3659346', b'1068683',\n",
       "       b'1517670', b'4912244', b'3649480', b'3279007', b'2864639',\n",
       "       b'2249544', b'2538756', b'284077', b'4474191', b'4369749',\n",
       "       b'4627489', b'1096066', b'3588375', b'1212457', b'2004696',\n",
       "       b'769663', b'2253837', b'4392190', b'4749564', b'2464366',\n",
       "       b'2576086', b'3218715', b'2246344', b'539078', b'5057303',\n",
       "       b'1904296', b'2770951', b'2229861', b'4792079', b'4266003',\n",
       "       b'207972', b'725129', b'2091364', b'1057230', b'2120257',\n",
       "       b'2802889', b'2658686', b'364139', b'544757', b'3547180',\n",
       "       b'1002883', b'2705309', b'4217859', b'1551899', b'827694',\n",
       "       b'2495046', b'3396649', b'4460260', b'3444917', b'2915731',\n",
       "       b'3361050', b'3577351', b'4098278', b'2495869', b'153235',\n",
       "       b'2444561', b'398112', b'706317', b'2281416', b'1178769',\n",
       "       b'2806576', b'4660195', b'1230864', b'3309323', b'4803545',\n",
       "       b'788035', b'2283013', b'4126648', b'4732156', b'1678426',\n",
       "       b'3493668', b'562742', b'4057787', b'3275630', b'2274120',\n",
       "       b'167415', b'1020634', b'3769786', b'2303938', b'3529390',\n",
       "       b'2568563', b'3994388', b'3148853', b'1181564', b'579303',\n",
       "       b'3799710', b'257146', b'2309160', b'2597188', b'3846097',\n",
       "       b'1293780', b'3669172', b'3701023', b'2797702', b'4196568',\n",
       "       b'1242346', b'669703', b'4131784', b'2243300', b'1689912',\n",
       "       b'2669585', b'3375862', b'850797', b'289877', b'3132927',\n",
       "       b'2410889', b'4815921', b'4627162', b'1688006', b'3492630',\n",
       "       b'3863326', b'3242181', b'412468', b'3582202', b'1805711',\n",
       "       b'568698', b'1073133', b'1666958', b'1281603', b'938501',\n",
       "       b'614283', b'1026752', b'1501020', b'1095179', b'2577869',\n",
       "       b'4196219', b'4406388', b'702696', b'835569', b'2978936',\n",
       "       b'2538417', b'838072', b'4403666', b'3510660', b'2413011',\n",
       "       b'3221813', b'1967342', b'2568240', b'1894832', b'3117606',\n",
       "       b'710782', b'4410653', b'2855348', b'3101030', b'4752587',\n",
       "       b'4033948', b'2864277', b'225718', b'4536623', b'2814233',\n",
       "       b'1481886', b'601355', b'964698', b'1833785', b'583247',\n",
       "       b'1702568', b'1320830', b'4569356', b'392458', b'426485', b'17140',\n",
       "       b'4846841', b'2845470', b'928343', b'4210387', b'5012962',\n",
       "       b'743472', b'2423162', b'432853', b'1786682', b'409263',\n",
       "       b'3868733', b'1844094', b'2488140'], dtype=object)"
      ]
     },
     "execution_count": 137,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "appended_data['SNID'].unique()#.loc[appended_data['BAND']=='X']"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 138,
   "id": "e7c15e39-0793-4a1f-af06-834e5bfefeba",
   "metadata": {
    "tags": []
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "250"
      ]
     },
     "execution_count": 138,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "len(appended_data['SNID'].unique())"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 53,
   "id": "390c06c5-9869-4f6b-ac2d-7a11a42fe119",
   "metadata": {},
   "outputs": [
    {
     "ename": "TypeError",
     "evalue": "Must provide 'func' or tuples of '(column, aggfunc).",
     "output_type": "error",
     "traceback": [
      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
      "\u001b[0;31mTypeError\u001b[0m                                 Traceback (most recent call last)",
      "Cell \u001b[0;32mIn [53], line 1\u001b[0m\n\u001b[0;32m----> 1\u001b[0m \u001b[43mdf\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43maggregate\u001b[49m\u001b[43m(\u001b[49m\u001b[43m)\u001b[49m\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/groupby/generic.py:890\u001b[0m, in \u001b[0;36mDataFrameGroupBy.aggregate\u001b[0;34m(self, func, engine, engine_kwargs, *args, **kwargs)\u001b[0m\n\u001b[1;32m    887\u001b[0m     index \u001b[38;5;241m=\u001b[39m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mgrouper\u001b[38;5;241m.\u001b[39mresult_index\n\u001b[1;32m    888\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mobj\u001b[38;5;241m.\u001b[39m_constructor(result, index\u001b[38;5;241m=\u001b[39mindex, columns\u001b[38;5;241m=\u001b[39mdata\u001b[38;5;241m.\u001b[39mcolumns)\n\u001b[0;32m--> 890\u001b[0m relabeling, func, columns, order \u001b[38;5;241m=\u001b[39m \u001b[43mreconstruct_func\u001b[49m\u001b[43m(\u001b[49m\u001b[43mfunc\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m*\u001b[39;49m\u001b[38;5;241;43m*\u001b[39;49m\u001b[43mkwargs\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m    891\u001b[0m func \u001b[38;5;241m=\u001b[39m maybe_mangle_lambdas(func)\n\u001b[1;32m    893\u001b[0m op \u001b[38;5;241m=\u001b[39m GroupByApply(\u001b[38;5;28mself\u001b[39m, func, args, kwargs)\n",
      "File \u001b[0;32m~/.conda/envs/DataViz/lib/python3.10/site-packages/pandas/core/apply.py:1279\u001b[0m, in \u001b[0;36mreconstruct_func\u001b[0;34m(func, **kwargs)\u001b[0m\n\u001b[1;32m   1273\u001b[0m         \u001b[38;5;28;01mraise\u001b[39;00m SpecificationError(\n\u001b[1;32m   1274\u001b[0m             \u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mFunction names must be unique if there is no new column names \u001b[39m\u001b[38;5;124m\"\u001b[39m\n\u001b[1;32m   1275\u001b[0m             \u001b[38;5;124m\"\u001b[39m\u001b[38;5;124massigned\u001b[39m\u001b[38;5;124m\"\u001b[39m\n\u001b[1;32m   1276\u001b[0m         )\n\u001b[1;32m   1277\u001b[0m     \u001b[38;5;28;01melif\u001b[39;00m func \u001b[38;5;129;01mis\u001b[39;00m \u001b[38;5;28;01mNone\u001b[39;00m:\n\u001b[1;32m   1278\u001b[0m         \u001b[38;5;66;03m# nicer error message\u001b[39;00m\n\u001b[0;32m-> 1279\u001b[0m         \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mTypeError\u001b[39;00m(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mMust provide \u001b[39m\u001b[38;5;124m'\u001b[39m\u001b[38;5;124mfunc\u001b[39m\u001b[38;5;124m'\u001b[39m\u001b[38;5;124m or tuples of \u001b[39m\u001b[38;5;124m'\u001b[39m\u001b[38;5;124m(column, aggfunc).\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n\u001b[1;32m   1281\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m relabeling:\n\u001b[1;32m   1282\u001b[0m     func, columns, order \u001b[38;5;241m=\u001b[39m normalize_keyword_aggregation(kwargs)\n",
      "\u001b[0;31mTypeError\u001b[0m: Must provide 'func' or tuples of '(column, aggfunc)."
     ]
    }
   ],
   "source": [
    "df.aggregate()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "bdb632e7-b939-4310-9350-727cf2a08817",
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
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