beginyear,endyear = fun.begin_and_end_years()
print "Generating graphics for years ",beginyear, " to ",endyear
weblink = 'http://exoplanetarchive.ipac.caltech.edu/cgi-bin/nstedAPI/nph-nstedAPI?'
for j in range(beginyear,endyear):
# 1. Pull exoplanet data using NASA API
print 'Retrieving planets detected before ',str(j)
disc = '+AND+pl_disc<'+str(j+1)
radii = exo.pull_exoplanet_radii(extraconditions=disc)
# If requested, pull planets with masses and calculate radii
if guess_radius_from_mass:
print 'Retrieving other planets with masses'
disc = disc+'+AND+pl_rade+is+null'
masses = exo.pull_exoplanet_masses(extraconditions=disc)
guessradii = fun.guess_radii_from_masses_PHL(masses)
# Add to confirmed candidate list
if(len(radii) > 0):
radii = np.concatenate((radii,guessradii),axis=0)
else:
radii = guessradii
area_spacing_factor = 2.0 # Increases the area of the circle to allow gaps
placing_spacing = 1.1 # Tolerance for distance between planets. 1=planets can touch
graphic_border = 1.4 # How big is the graphic relative to the area of the annulus/circle?
guess_radius_from_mass = True # Set this to true to estimate planet radius from mass
# 1. Pull exoplanet data using NASA API
weblink = 'http://exoplanetarchive.ipac.caltech.edu/cgi-bin/nstedAPI/nph-nstedAPI?'
# First confirmed exoplanets
print 'Retrieving confirmed planets'
radii = exo.pull_exoplanet_radii()
# Now candidate exoplanets (Kepler)
print 'Retrieving Kepler Candidates'
radii_c = exo.pull_candidate_exoplanet_radii()
# If requested, pull planets with masses and calculate radii
if guess_radius_from_mass:
print 'Retrieving other planets with masses'
masses = exo.pull_exoplanet_masses(extraconditions='+AND+pl_rade+is+null')
guessradii = fun.guess_radii_from_masses_PHL(masses)