def plot_airmass_moon(): # coordinates to center of OGLE field BLG502 (2017 objects) ra = "18:00:00" dec = "-30:00:00" months = np.array([8, 9, 9]) days = np.array([15, 1, 15]) # outdir = '/Users/jlu/doc/proposals/keck/uc/18A/' outdir = '/u/casey/scratch/code/JLU-python-code/jlu/papers/' # Keck 2 skycalc.plot_airmass(ra, dec, 2020, months, days, 'keck2', outfile=outdir + 'microlens_airmass_keck2_20B.png', date_idx=-1) skycalc.plot_moon(ra, dec, 2020, np.array([8, 9]), outfile=outdir + 'microlens_moon_20B.png') # Keck 1 skycalc.plot_airmass(ra, dec, 2020, months, days, 'keck1', outfile=outdir + 'microlens_airmass_keck1_20B.png', date_idx=-1) return
def plot_airmass_moon(): # coordinates to center of OGLE field BLG502 (2017 objects) ra = "18:00:00" dec = "-30:00:00" months = np.array([8, 8]) days = np.array([1, 30]) outdir = '/Users/fatima/Desktop/keck_prop_18B_mlens/' # Keck 2 skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck2', outfile=outdir + 'microlens_airmass_keck2.png', date_idx=-1) skycalc.plot_moon(ra, dec, 2018, months, outfile=outdir + 'microlens_moon.png') # Keck 1 #skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck1', outfile=outdir + 'microlens_airmass_keck1.png', date_idx=-1) return
def plot_airmass_moon(): # coordinates to center of OGLE field BLG502 (2017 objects) ra = "18:00:00" dec = "-30:00:00" months = np.array([4, 5, 6, 7]) days = np.array([10, 10, 10, 30]) outdir = '/Users/jlu/doc/proposals/keck/uc/18A/' # outdir = '/Users/fatima/Desktop/' # Keck 2 skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck2', outfile=outdir + 'microlens_airmass_keck2.png', date_idx=-1) skycalc.plot_moon(ra, dec, 2018, months, outfile=outdir + 'microlens_moon.png') # Keck 1 skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck1', outfile=outdir + 'microlens_airmass_keck1.png', date_idx=-1) return
def gc_plot_airmass_moon(): # coordinates to GC ra = "17:45:40.04" dec = "-29:00:28.12" months = np.array([4, 5, 6, 7]) days = np.array([10, 10, 10, 30]) outdir = '/Users/jlu/doc/proposals/ifa/16A/' skycalc.plot_airmass(ra, dec, 2016, months, days, outfile=outdir + 'gc_airmass.png') skycalc.plot_moon(ra, dec, 2016, months, outfile=outdir + 'gc_moon.png') return
def gc_plot_airmass_moon(): # coordinates to GC ra = "05:35:17.30" dec = "-05:23:28.0" months = np.array([10, 11, 12]) days = np.array([10, 10, 10]) outdir = '/Users/jlu/doc/proposals/ifa/16B/' skycalc.plot_airmass(ra, dec, 2016, months, days, outfile=outdir + 'orion_airmass.png') skycalc.plot_moon(ra, dec, 2016, months, outfile=outdir + 'orion_moon.png') return
def gc_plot_airmass_moon(): # coordinates to GC ra = "17:45:40.04" dec = "-29:00:28.12" months = np.array([4, 5, 6, 7]) days = np.array([10, 10, 10, 30]) outdir = '/Users/jlu/doc/proposals/keck/uc/17A/' # Keck 2 skycalc.plot_airmass(ra, dec, 2017, months, days, 'keck2', outfile=outdir + 'gc_airmass_keck2.png') skycalc.plot_moon(ra, dec, 2017, months, outfile=outdir + 'gc_moon.png') # Keck 1 skycalc.plot_airmass(ra, dec, 2017, months, days, 'keck1', outfile=outdir + 'gc_airmass_keck1.png') return
def plot_airmass_moon(): # coordinates to center of OGLE field BLG502 (2017 objects) ra = "18:00:00" dec = "-30:00:00" months = np.array([8, 8]) days = np.array([1, 30]) outdir = '/Users/fatima/Desktop/keck_prop_18B_mlens/' # Keck 2 skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck2', outfile=outdir + 'microlens_airmass_keck2.png', date_idx=-1) skycalc.plot_moon(ra, dec, 2018, months, outfile=outdir + 'microlens_moon.png') # Keck 1 #skycalc.plot_airmass(ra, dec, 2018, months, days, 'keck1', outfile=outdir + 'microlens_airmass_keck1.png', date_idx=-1) return
def gc_plot_airmass_moon(): # coordinates to GC ra = "17:45:40.04" dec = "-29:00:28.12" months = np.array([4, 5, 6, 7]) days = np.array([10, 10, 10, 30]) outdir = '/Users/jlu/doc/proposals/ifa/16A/' skycalc.plot_airmass(ra, dec, 2016, months, days, outfile=outdir + 'gc_airmass.png') skycalc.plot_moon(ra, dec, 2016, months, outfile=outdir + 'gc_moon.png') return
def gc_plot_airmass_moon(): # coordinates to GC ra = "05:35:17.30" dec = "-05:23:28.0" months = np.array([10, 11, 12]) days = np.array([10, 10, 10]) outdir = '/Users/jlu/doc/proposals/ifa/16B/' skycalc.plot_airmass(ra, dec, 2016, months, days, outfile=outdir + 'orion_airmass.png') skycalc.plot_moon(ra, dec, 2016, months, outfile=outdir + 'orion_moon.png') return
def plot_airmass_moon(): # coordinates to center of OGLE field BLG502 (2017 objects) ra = "18:00:00" dec = "-30:00:00" months = np.array([4, 5, 6, 7]) days = np.array([10, 15, 15, 30]) # outdir = '/Users/jlu/doc/proposals/keck/uc/18A/' # outdir = '/Users/fatima/Desktop/' outdir = '/Users/casey/scratch/' # Keck 2 skycalc.plot_airmass(ra, dec, 2019, months, days, 'keck2', outfile=outdir + 'microlens_airmass_keck2_19A.png', date_idx=-1) skycalc.plot_moon(ra, dec, 2019, months, outfile=outdir + 'microlens_moon_19A.png') # Keck 1 skycalc.plot_airmass(ra, dec, 2019, months, days, 'keck1', outfile=outdir + 'microlens_airmass_keck1_19A.png', date_idx=-1) return