InvestigateAltAz.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "id": "23a500d7-90fa-4b12-bc05-5cb7214d244b",
   "metadata": {},
   "outputs": [],
   "source": [
    "import os\n",
    "import numpy as np\n",
    "import pandas as pd\n",
    "import matplotlib.pyplot as plt\n",
    "import healpy as hp\n",
    "\n",
    "from rubin_scheduler.data import get_data_dir\n",
    "from rubin_scheduler.scheduler import sim_runner\n",
    "from rubin_scheduler.scheduler.schedulers import CoreScheduler\n",
    "from rubin_scheduler.scheduler.example import example_scheduler, run_sched, generate_blobs\n",
    "from rubin_scheduler.scheduler.model_observatory import KinemModel, ModelObservatory\n",
    "from rubin_scheduler.scheduler.utils import (\n",
    "    SchemaConverter,\n",
    "    empty_observation,\n",
    "    make_rolling_footprints, Footprint,\n",
    "    restore_scheduler,\n",
    "    run_info_table,\n",
    "    season_calc,\n",
    "    EuclidOverlapFootprint, \n",
    "    HpInLsstFov\n",
    ")\n",
    "from rubin_scheduler.site_models import Almanac\n",
    "from rubin_scheduler.scheduler.utils import generate_all_sky, IntRounded\n",
    "from rubin_scheduler.utils import survey_start_mjd, _approx_ra_dec2_alt_az, approx_ra_dec2_alt_az, Site"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "20dbc231-fd8b-43d2-80e7-09642f50c233",
   "metadata": {},
   "outputs": [],
   "source": [
    "# Modify the footprint\n",
    "nside = 32\n",
    "mjd_start = survey_start_mjd()\n",
    "nslice = 4\n",
    "sky = EuclidOverlapFootprint(nside=nside, smc_radius=4, lmc_radius=6)\n",
    "footprints_hp_array, labels = sky.return_maps()\n",
    "\n",
    "# Use the Almanac to find the position of the sun at the start of survey\n",
    "almanac = Almanac(mjd_start=mjd_start)\n",
    "sun_moon_info = almanac.get_sun_moon_positions(mjd_start)\n",
    "sun_ra_start = sun_moon_info[\"sun_RA\"].copy()\n",
    "\n",
    "wfd_indx = np.where((labels == \"lowdust\") | (labels == \"LMC_SMC\") | (labels == \"virgo\"))[0]\n",
    "wfd_footprint = footprints_hp_array[\"r\"] * 0\n",
    "wfd_footprint[wfd_indx] = 1\n",
    "\n",
    "footprints_hp = {}\n",
    "for key in footprints_hp_array.dtype.names:\n",
    "    footprints_hp[key] = footprints_hp_array[key]\n",
    "\n",
    "footprint_mask = footprints_hp[\"r\"] * 0\n",
    "footprint_mask[np.where(footprints_hp[\"r\"] > 0)] = 1\n",
    "\n",
    "repeat_night_weight = None\n",
    "\n",
    "# Use the Almanac to find the position of the sun at the start of survey\n",
    "almanac = Almanac(mjd_start=mjd_start)\n",
    "sun_moon_info = almanac.get_sun_moon_positions(mjd_start)\n",
    "sun_ra_start = sun_moon_info[\"sun_RA\"].copy()\n",
    "\n",
    "footprints = make_rolling_footprints(\n",
    "    fp_hp=footprints_hp,\n",
    "    mjd_start=mjd_start,\n",
    "    sun_ra_start=sun_ra_start,\n",
    "    nside=nside,\n",
    "    wfd_indx=wfd_indx,\n",
    "    order_roll=1,\n",
    "    n_cycles=4,\n",
    ")\n",
    "\n",
    "blobs = generate_blobs(\n",
    "    nside,\n",
    "    footprints=footprints,\n",
    "    mjd_start=mjd_start,\n",
    ")\n",
    "\n",
    "scheduler = CoreScheduler(blobs, nside=nside)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "id": "a6fa963f-643e-4b74-845f-449d97269a12",
   "metadata": {},
   "outputs": [],
   "source": [
    "#scheduler = example_scheduler(mjd_start=mjd_start)\n",
    "km = KinemModel(mjd0=mjd_start)\n",
    "km.setup_telescope(abs_azimuth_minpos=270, abs_azimuth_maxpos=90)\n",
    "mo = ModelObservatory(mjd_start=mjd_start, kinem_model=km)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "id": "c1a930ec-341d-43ec-9de4-f71dd1ab68e8",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "60796.0\n",
      "60796.0\n"
     ]
    }
   ],
   "source": [
    "conditions = mo.return_conditions()\n",
    "print(conditions.mjd)\n",
    "scheduler.update_conditions(conditions)\n",
    "print(scheduler.conditions.mjd)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "c92a36ed-62ac-4e05-b0e5-0c606c7ec950",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "60796.0 60796.0\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "[[<BlobSurvey survey_name='Pair survey 33.0 u_g' at 0x1a1df5950>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 u_r' at 0x1a23b47d0>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 g_r' at 0x1a22bca10>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 r_i' at 0x1a24449d0>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 i_z' at 0x1a23bc990>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 z_y' at 0x1a2358850>,\n",
       "  <BlobSurvey survey_name='Pair survey 33.0 y_y' at 0x1a24247d0>]]"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "print(scheduler.conditions.mjd, mjd_start)\n",
    "scheduler.survey_lists"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "93f7cda1-dce7-4078-bc2f-1bd115c6ad40",
   "metadata": {},
   "outputs": [],
   "source": [
    "km = KinemModel(mjd0=mjd_start)\n",
    "km.setup_telescope(abs_azimuth_minpos=270, abs_azimuth_maxpos=90)\n",
    "mo = ModelObservatory(mjd_start=mjd_start, kinem_model=km)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "96b313d2-3c5c-4158-8ad4-e0ff51a18904",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 850x540 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "conditions = mo.return_conditions()\n",
    "hp.mollview(scheduler.survey_lists[0][3].basis_functions[-3](conditions))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "id": "cf914364-fdd6-47e0-b8fe-0a4ff82f4504",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 850x540 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "sky = generate_all_sky()\n",
    "\n",
    "slewtimes = km.slew_times(np.radians(sky['ra']), np.radians(sky['dec']), conditions.mjd)\n",
    "hp.mollview(slewtimes)\n",
    "#hp.projscatter(np.degrees(obs['RA']), np.degrees(obs['dec']), lonlat=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "id": "80c3e037-5e8f-4952-9094-f84158e55d03",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "fatal: not a git repository (or any of the parent directories): .git\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Optimizing ELAISS1\n",
      "Optimizing XMM_LSS\n",
      "Optimizing ECDFS\n",
      "Optimizing COSMOS\n",
      "Optimizing EDFS_a\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "WARNING: Tried to get polar motions for times after IERS data is valid. Defaulting to polar motion from the 50-yr mean for those. This may affect precision at the arcsec level. Please check your astropy.utils.iers.conf.iers_auto_url and point it to a newer version if necessary. [astropy.coordinates.builtin_frames.utils]\n",
      "WARNING: (some) times are outside of range covered by IERS table. Cannot convert with full accuracy. To allow conversion with degraded accuracy set astropy.utils.iers.conf.iers_degraded_accuracy to \"warn\" or \"silent\". For more information about setting this configuration parameter or controlling its value globally, see the Astropy configuration system documentation https://docs.astropy.org/en/stable/config/index.html. Assuming UT1-UTC=0 for coordinate transformations. [astropy.coordinates.builtin_frames.utils]\n",
      "/Users/lynnej/lsst_repos/rubin_scheduler/rubin_scheduler/skybrightness_pre/sky_model_pre.py:352: UserWarning: Requested MJD between sunrise and sunset, returning closest maps\n",
      "  warnings.warn(\"Requested MJD between sunrise and sunset, returning closest maps\")\n",
      "/Users/lynnej/lsst_repos/rubin_scheduler/rubin_scheduler/utils/healpy_utils.py:335: RuntimeWarning: All-NaN slice encountered\n",
      "  indx = np.where(in_map[current_neighbors] == np.nanmax(in_map[current_neighbors]))[0]\n",
      "/Users/lynnej/lsst_repos/rubin_scheduler/rubin_scheduler/utils/healpy_utils.py:338: UserWarning: Can not connect to any more pixels.\n",
      "  warnings.warn(\"Can not connect to any more pixels.\")\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Skipped 0 observations\n",
      "Flushed 692 observations from queue for being stale\n",
      "Completed 2995 observations\n",
      "ran in 0 min = 0.0 hours\n"
     ]
    }
   ],
   "source": [
    "mjd_start = survey_start_mjd()\n",
    "scheduler = example_scheduler(mjd_start=mjd_start)\n",
    "km = KinemModel(mjd0=mjd_start)\n",
    "km.setup_telescope(abs_azimuth_minpos=270, abs_azimuth_maxpos=90)\n",
    "mo = ModelObservatory(mjd=mjd_start, mjd_start=mjd_start, kinem_model=km)\n",
    "mo, scheduler, observations = sim_runner(\n",
    "    mo,\n",
    "    scheduler,\n",
    "    survey_length=3.0,\n",
    "    verbose=False,\n",
    "    filename=None,\n",
    ")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "id": "0d20cc45-e9d4-412c-a452-c0f304ba96a9",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "array(['blob_long, gr, a', 'blob_long, gr, b', 'greedy', 'pair_15, iz, a',\n",
       "       'pair_15, iz, b', 'pair_15, ri, a', 'pair_15, ri, b',\n",
       "       'pair_33, gr, a', 'pair_33, gr, b', 'pair_33, ri, a',\n",
       "       'pair_33, ri, b', 'twilight_near_sun, 0', 'twilight_near_sun, 1',\n",
       "       'twilight_near_sun, 2', 'twilight_near_sun, 3'], dtype='<U40')"
      ]
     },
     "execution_count": 10,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "np.unique(observations['scheduler_note'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "id": "48083f40-2118-4d66-8128-a0ed9bc7a457",
   "metadata": {},
   "outputs": [],
   "source": [
    "import copy\n",
    "sched_copy = copy.deepcopy(scheduler)\n",
    "mo_copy = copy.deepcopy(mo)\n",
    "#scheduler.conditions.mjd[0], mjd_start"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "id": "035760ba-40cf-4040-bc3a-0c20fea19aa8",
   "metadata": {},
   "outputs": [],
   "source": [
    "if True:\n",
    "    scheduler = copy.deepcopy(sched_copy)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "id": "85c44078-20c1-42be-a912-4785197b0c58",
   "metadata": {},
   "outputs": [],
   "source": [
    "km = KinemModel(mjd0=mjd_start)\n",
    "km.setup_telescope(altitude_minpos=40.0, altitude_maxpos=70.0)\n",
    "mo = ModelObservatory(mjd=observations[-1]['mjd'], mjd_start=mjd_start, kinem_model=km)\n",
    "scheduler.flush_queue()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "id": "4a577043-4f7d-4fc4-8509-6ee2c1f132e5",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "At time [60799.0626667]:\n",
      "requested observation was from survey [2, 2]\n",
      "desired obs [(0, 3.11657569, -1.41336331, 0., 60799.10635883, 30., 'g', -2.21073924, -2.21073924, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')]\n"
     ]
    }
   ],
   "source": [
    "vv = sim_runner(\n",
    "    mo,\n",
    "    scheduler,\n",
    "    survey_length=3.0,\n",
    "    verbose=False,\n",
    "    filename=None,\n",
    ")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 25,
   "id": "23a438ad-aba6-44a6-a6db-e36f3dd5a139",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[60799.0626667]\n"
     ]
    }
   ],
   "source": [
    "mo = vv[0]\n",
    "conditions = mo.return_conditions()\n",
    "print(conditions.mjd)\n",
    "sched = vv[1]\n",
    "observations2 = vv[2]\n",
    "desired_obs = vv[3]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 26,
   "id": "a1f13b60-4950-48c9-b925-baadee397768",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "(127, 3.11315672, -1.3600918, 60799.06226855, 60799.09413371, 30., 'g', -2.30071721, -2.30071721, 2, 1.48662004, 0.45024108, 0.90086362, 0.79250989, 21.11076005, 3, 4.4463677, 34.4, 0.05002066, 24.28535792, 0.73780701, 0., 0., 0., 0., 0.39510709, -0.77482969, '', 'pair_33, gr, a', '', 1, 11.59085485, nan, 0.55115551, 5.52833453, 4.58737499, 0.71632011, 0.27729535, 2.2721987, 0.39876713, 1.82470218, 1.999403, 46.18657053, -2.79381613, 0, 'FBS', 'FBS', 'Imaging')"
      ]
     },
     "execution_count": 26,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "observations2[np.where(observations2['RA'] != 0)][-1]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 27,
   "id": "05f97017-55f5-49dd-9db2-d2219202adec",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "array([(0, 3.11657569, -1.41336331, 0., 60799.10635883, 30., 'g', -2.21073924, -2.21073924, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "      dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')])"
      ]
     },
     "execution_count": 27,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "desired_obs"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 28,
   "id": "553a06b4-f647-423a-a3d1-57c9d110cf26",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[60799.0626667] [2, 2]\n"
     ]
    }
   ],
   "source": [
    "# To recreate the desired_obs, can be hard .. the queue could have been requested a time prior\n",
    "print(sched.queue_filled, sched.survey_index)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 34,
   "id": "35a3ebd7-52c5-40f9-b00e-c73c55cb5ee4",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<Figure size 800x600 with 0 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 850x540 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "sky = generate_all_sky()\n",
    "obs = desired_obs\n",
    "\n",
    "su = sched.survey_lists[sched.survey_index[0]][sched.survey_index[1]]\n",
    "\n",
    "plt.figure(figsize=(8, 6))\n",
    "slewtimes = km.slew_times(np.radians(sky['ra']), np.radians(sky['dec']), conditions.mjd)\n",
    "\n",
    "rot = (180, 0, 0)\n",
    "hp.mollview(slewtimes, rot=rot)\n",
    "hp.projscatter(np.degrees(obs['RA']), np.degrees(obs['dec']), lonlat=True, color='k',)\n",
    "\n",
    "fields = copy.deepcopy(su.fields)\n",
    "rew = su.calc_reward_function(conditions)\n",
    "idxs = np.where(np.isfinite(rew))\n",
    "gfields = fields[su.hp2fields[idxs]]\n",
    "hp.projscatter(np.degrees(gfields['RA']), np.degrees(gfields['dec']), lonlat=True, color='r', s=3)\n",
    "\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 30,
   "id": "9a8b0dd3-ae62-4ed5-b5a3-7b839c4cb672",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "(array([60799.0626667]), array([60799.0626667]), array([ True]))"
      ]
     },
     "execution_count": 30,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "conditions.mjd, sched.queue_filled, conditions.mjd == sched.queue_filled"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 35,
   "id": "5309d741-af6d-472a-b1d4-4f8117a9d60f",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "11636 3346\n",
      "2.8361600344907854 -1.1073814549606384 2.8129976497445264 -1.100227118543958 [3.11657569] [-1.41336331]\n",
      "[55.99267701] [189.17377066] [56.1850275] [190.42587388] [39.23292601] [179.07792449] [39.23292601] [179.07792449]\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 850x540 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "rew = su.calc_reward_function(conditions)\n",
    "hp.mollview(rew, rot=rot)\n",
    "hp.projscatter(np.degrees(obs['RA']), np.degrees(obs['dec']), lonlat=True, color='k')\n",
    "fields = copy.deepcopy(su.fields)\n",
    "rew = su.calc_reward_function(conditions)\n",
    "idxs = np.where(np.isfinite(rew))\n",
    "gfields = fields[su.hp2fields[idxs]]\n",
    "hp.projscatter(np.degrees(gfields['RA']), np.degrees(gfields['dec']), lonlat=True, color='r', s=3)\n",
    "\n",
    "\n",
    "idx = np.where(np.abs(rew - np.nanmax(rew)) < 1e-5)[0][0]\n",
    "print(idx, su.hp2fields[idx])\n",
    "ra, dec = hp.pix2ang(nside, idx, nest=False, lonlat=True)\n",
    "rra, rdec = su.fields[su.hp2fields[idx]]\n",
    "print(np.radians(ra), np.radians(dec), rra, rdec, obs['RA'], obs['dec'])\n",
    "oalt, oaz = _approx_ra_dec2_alt_az(ra=obs['RA'], dec=obs['dec'], lat=Site('LSST').latitude_rad, lon=Site('LSST').longitude_rad, mjd=conditions.mjd)\n",
    "ralt, raz = _approx_ra_dec2_alt_az(ra=rra, dec=rdec, lat=Site('LSST').latitude_rad, lon=Site('LSST').longitude_rad, mjd=conditions.mjd)\n",
    "alt, az = approx_ra_dec2_alt_az(ra, dec, lat=Site('LSST').latitude, lon=Site('LSST').longitude, mjd=conditions.mjd)\n",
    "\n",
    "nobs = su.generate_observations(conditions)[0]\n",
    "noalt, noaz = _approx_ra_dec2_alt_az(ra=nobs['RA'], dec=nobs['dec'], lat=Site('LSST').latitude_rad, lon=Site('LSST').longitude_rad, mjd=conditions.mjd)\n",
    "\n",
    "print(alt, az, np.degrees(ralt), np.degrees(raz), np.degrees(oalt), np.degrees(oaz), np.degrees(noalt), np.degrees(noaz))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 32,
   "id": "18afb5cd-8ba4-47d6-b21d-6bb1976c27d3",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[array([(0, 3.11657569, -1.41336331, 0., 60799.10635883, 30., 'g', nan, -2.21073924, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.87815568, -1.37703511, 0., 60799.10635883, 30., 'g', nan, -1.9393802, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.92460616, -1.32553413, 0., 60799.10635883, 30., 'g', nan, -1.98642237, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.9563795, -1.27395844, 0., 60799.10635883, 30., 'g', nan, -2.01942683, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.98071768, -1.22236901, 0., 60799.10635883, 30., 'g', nan, -2.04603225, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.83042102, -1.23624179, 0., 60799.10635883, 30., 'g', nan, -1.84913128, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.86879504, -1.1866818, 0., 60799.10635883, 30., 'g', nan, -1.88577234, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.00095311, -1.17077672, 0., 60799.10635883, 30., 'g', nan, -2.07004207, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.12084374, -1.14831719, 0., 60799.10635883, 30., 'g', nan, -2.24635474, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.22704465, -1.1202739, 0., 60799.10635883, 30., 'g', nan, -2.41322936, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.12632817, -1.09546683, 0., 60799.10635883, 30., 'g', nan, -2.2651569, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.01867307, -1.11917398, 0., 60799.10635883, 30., 'g', nan, -2.0935728, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.90048286, -1.13690896, 0., 60799.10635883, 30., 'g', nan, -1.91673805, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.77409814, -1.14799244, 0., 60799.10635883, 30., 'g', nan, -1.73698828, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.81299765, -1.10022712, 0., 60799.10635883, 30., 'g', nan, -1.76992312, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.8464513, -1.05212803, 0., 60799.10635883, 30., 'g', nan, -1.79784828, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.92758737, -1.08697182, 0., 60799.10635883, 30., 'g', nan, -1.94447422, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.95126462, -1.03685645, 0., 60799.10635883, 30., 'g', nan, -1.97048203, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.03458654, -1.06752786, 0., 60799.10635883, 30., 'g', nan, -2.11791584, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.04895662, -1.01576618, 0., 60799.10635883, 30., 'g', nan, -2.14400821, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.13232856, -1.04259276, 0., 60799.10635883, 30., 'g', nan, -2.28860118, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.13835624, -0.98962176, 0., 60799.10635883, 30., 'g', nan, -2.31729682, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.40072537, -1.05150675, 0., 60799.10635883, 30., 'g', nan, -2.72016861, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.47149773, -1.01249962, 0., 60799.10635883, 30., 'g', nan, -2.86255483, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.53410248, -0.97124896, 0., 60799.10635883, 30., 'g', nan, -2.9989323, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.51084311, -0.91813506, 0., 60799.10635883, 30., 'g', nan, -3.03454198, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.56570806, -0.87570088, 0., 60799.10635883, 30., 'g', nan, 3.1117618, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.54415102, -0.8230779, 0., 60799.10635883, 30., 'g', nan, 3.05678135, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.61535097, -0.8318359, 0., 60799.10635883, 30., 'g', nan, 2.98285615, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.66156285, -0.78696545, 0., 60799.10635883, 30., 'g', nan, 2.86209308, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.63910051, -0.73620787, 0., 60799.10635883, 30., 'g', nan, 2.80148762, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.68331451, -0.69199345, 0., 60799.10635883, 30., 'g', nan, 2.6904562, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.70558147, -0.74152429, 0., 60799.10635883, 30., 'g', nan, 2.75042159, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.73073716, -0.79126917, 0., 60799.10635883, 30., 'g', nan, 2.80148883, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.68747564, -0.83787053, 0., 60799.10635883, 30., 'g', nan, 2.91144182, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.71803934, -0.8887518, 0., 60799.10635883, 30., 'g', nan, 2.94844929, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.64142444, -0.88366378, 0., 60799.10635883, 30., 'g', nan, 3.02857755, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.59029508, -0.92819169, 0., 60799.10635883, 30., 'g', nan, -3.12973159, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.67123901, -0.9352624, 0., 60799.10635883, 30., 'g', nan, 3.06195265, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.62008102, -0.98046965, 0., 60799.10635883, 30., 'g', nan, -3.10239979, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.56316909, -1.02409301, 0., 60799.10635883, 30., 'g', nan, -2.97830927, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.49856977, -1.06579487, 0., 60799.10635883, 30., 'g', nan, -2.84813465, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.60071591, -1.07627173, 0., 60799.10635883, 30., 'g', nan, -2.97420693, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.65027546, -1.12714542, 0., 60799.10635883, 30., 'g', nan, -2.9891643, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.53451029, -1.11845122, 0., 60799.10635883, 30., 'g', nan, -2.84985341, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.45602877, -1.15820553, 0., 60799.10635883, 30., 'g', nan, -2.71551889, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.36185435, -1.19479771, 0., 60799.10635883, 30., 'g', nan, -2.56805234, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.39799043, -1.24762196, 0., 60799.10635883, 30., 'g', nan, -2.58814833, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.45109009, -1.29956526, 0., 60799.10635883, 30., 'g', nan, -2.62815166, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.3594246, -1.38578557, 0., 60799.10635883, 30., 'g', nan, -2.48866387, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, a', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.11657569, -1.41336331, 0., 60799.10635883, 30., 'r', nan, -2.21073924, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.87815568, -1.37703511, 0., 60799.10635883, 30., 'r', nan, -1.9393802, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.92460616, -1.32553413, 0., 60799.10635883, 30., 'r', nan, -1.98642237, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.9563795, -1.27395844, 0., 60799.10635883, 30., 'r', nan, -2.01942683, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.98071768, -1.22236901, 0., 60799.10635883, 30., 'r', nan, -2.04603225, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.83042102, -1.23624179, 0., 60799.10635883, 30., 'r', nan, -1.84913128, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.86879504, -1.1866818, 0., 60799.10635883, 30., 'r', nan, -1.88577234, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.00095311, -1.17077672, 0., 60799.10635883, 30., 'r', nan, -2.07004207, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.12084374, -1.14831719, 0., 60799.10635883, 30., 'r', nan, -2.24635474, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.22704465, -1.1202739, 0., 60799.10635883, 30., 'r', nan, -2.41322936, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.12632817, -1.09546683, 0., 60799.10635883, 30., 'r', nan, -2.2651569, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.01867307, -1.11917398, 0., 60799.10635883, 30., 'r', nan, -2.0935728, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.90048286, -1.13690896, 0., 60799.10635883, 30., 'r', nan, -1.91673805, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.77409814, -1.14799244, 0., 60799.10635883, 30., 'r', nan, -1.73698828, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.81299765, -1.10022712, 0., 60799.10635883, 30., 'r', nan, -1.76992312, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.8464513, -1.05212803, 0., 60799.10635883, 30., 'r', nan, -1.79784828, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.92758737, -1.08697182, 0., 60799.10635883, 30., 'r', nan, -1.94447422, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 2.95126462, -1.03685645, 0., 60799.10635883, 30., 'r', nan, -1.97048203, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.03458654, -1.06752786, 0., 60799.10635883, 30., 'r', nan, -2.11791584, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.04895662, -1.01576618, 0., 60799.10635883, 30., 'r', nan, -2.14400821, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.13232856, -1.04259276, 0., 60799.10635883, 30., 'r', nan, -2.28860118, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.13835624, -0.98962176, 0., 60799.10635883, 30., 'r', nan, -2.31729682, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.40072537, -1.05150675, 0., 60799.10635883, 30., 'r', nan, -2.72016861, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.47149773, -1.01249962, 0., 60799.10635883, 30., 'r', nan, -2.86255483, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.53410248, -0.97124896, 0., 60799.10635883, 30., 'r', nan, -2.9989323, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.51084311, -0.91813506, 0., 60799.10635883, 30., 'r', nan, -3.03454198, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.56570806, -0.87570088, 0., 60799.10635883, 30., 'r', nan, 3.1117618, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.54415102, -0.8230779, 0., 60799.10635883, 30., 'r', nan, 3.05678135, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.61535097, -0.8318359, 0., 60799.10635883, 30., 'r', nan, 2.98285615, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.66156285, -0.78696545, 0., 60799.10635883, 30., 'r', nan, 2.86209308, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.63910051, -0.73620787, 0., 60799.10635883, 30., 'r', nan, 2.80148762, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.68331451, -0.69199345, 0., 60799.10635883, 30., 'r', nan, 2.6904562, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.70558147, -0.74152429, 0., 60799.10635883, 30., 'r', nan, 2.75042159, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.73073716, -0.79126917, 0., 60799.10635883, 30., 'r', nan, 2.80148883, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.68747564, -0.83787053, 0., 60799.10635883, 30., 'r', nan, 2.91144182, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.71803934, -0.8887518, 0., 60799.10635883, 30., 'r', nan, 2.94844929, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.64142444, -0.88366378, 0., 60799.10635883, 30., 'r', nan, 3.02857755, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.59029508, -0.92819169, 0., 60799.10635883, 30., 'r', nan, -3.12973159, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.67123901, -0.9352624, 0., 60799.10635883, 30., 'r', nan, 3.06195265, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.62008102, -0.98046965, 0., 60799.10635883, 30., 'r', nan, -3.10239979, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.56316909, -1.02409301, 0., 60799.10635883, 30., 'r', nan, -2.97830927, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.49856977, -1.06579487, 0., 60799.10635883, 30., 'r', nan, -2.84813465, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.60071591, -1.07627173, 0., 60799.10635883, 30., 'r', nan, -2.97420693, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.65027546, -1.12714542, 0., 60799.10635883, 30., 'r', nan, -2.9891643, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.53451029, -1.11845122, 0., 60799.10635883, 30., 'r', nan, -2.84985341, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.45602877, -1.15820553, 0., 60799.10635883, 30., 'r', nan, -2.71551889, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.36185435, -1.19479771, 0., 60799.10635883, 30., 'r', nan, -2.56805234, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.39799043, -1.24762196, 0., 60799.10635883, 30., 'r', nan, -2.58814833, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.45109009, -1.29956526, 0., 60799.10635883, 30., 'r', nan, -2.62815166, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')]),\n",
       " array([(0, 3.3594246, -1.38578557, 0., 60799.10635883, 30., 'r', nan, -2.48866387, 2, 0., 0., 0., 0., 0., 0, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., '', 'pair_33, gr, b', '', 1, 0., nan, 0.55115551, 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0, 'FBS', 'FBS', 'Imaging')],\n",
       "       dtype=[('ID', '<i8'), ('RA', '<f8'), ('dec', '<f8'), ('mjd', '<f8'), ('flush_by_mjd', '<f8'), ('exptime', '<f8'), ('filter', '<U40'), ('rotSkyPos', '<f8'), ('rotSkyPos_desired', '<f8'), ('nexp', '<i8'), ('airmass', '<f8'), ('FWHM_500', '<f8'), ('FWHMeff', '<f8'), ('FWHM_geometric', '<f8'), ('skybrightness', '<f8'), ('night', '<i8'), ('slewtime', '<f8'), ('visittime', '<f8'), ('slewdist', '<f8'), ('fivesigmadepth', '<f8'), ('alt', '<f8'), ('az', '<f8'), ('pa', '<f8'), ('psudo_pa', '<f8'), ('clouds', '<f8'), ('moonAlt', '<f8'), ('sunAlt', '<f8'), ('note', '<U40'), ('scheduler_note', '<U40'), ('target_name', '<U40'), ('block_id', '<i8'), ('lmst', '<f8'), ('rotTelPos', '<f8'), ('rotTelPos_backup', '<f8'), ('moonAz', '<f8'), ('sunAz', '<f8'), ('sunRA', '<f8'), ('sunDec', '<f8'), ('moonRA', '<f8'), ('moonDec', '<f8'), ('moonDist', '<f8'), ('solarElong', '<f8'), ('moonPhase', '<f8'), ('cummTelAz', '<f8'), ('scripted_id', '<i8'), ('observation_reason', '<U40'), ('science_program', '<U40'), ('json_block', '<U40')])]"
      ]
     },
     "execution_count": 32,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "nobs = su.generate_observations(conditions)\n",
    "nobs"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "537b3244-e35d-4b32-abf8-5ec04c420d44",
   "metadata": {},
   "outputs": [],
   "source": []
  }
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