import pandas
import numpy as np
import isochrones.isochrones as iso
from isochrones import dartmouth
from isochrones.isochrones import
dar = dartmouth.Dartmouth_Isochrone()
ev = dar.evtrack(1.5,dage=0.02)
plot((ev['Teff']),ev['logL'],'.')
[<matplotlib.lines.Line2D at 0x10e2a4e50>]
import isochrones.starmodel as sm
reload(iso)
reload(dartmouth)
dar = dartmouth.Dartmouth_Isochrone()
mod = sm.StarModel(dar,Teff=(5783,64),logg=(4.36,0.07),feh=(-0.06,0.1))#,
#H=(9.92,0.04),J=(10.23,0.04),K=(9.85,0.04))
mod.fit_mcmc()
mod.plot_samples('radius')
mod.plot_samples('mass')
from keputils import koiutils as ku
ku.KICmags(69)
{'H': 8.4459999999999997, 'J': 8.7710000000000008, 'K': 8.3699999999999992, 'Kepler': 9.9310000000000009, 'Ks': 8.3699999999999992, 'g': 10.329207800000001, 'h': 8.4459999999999997, 'i': 9.6892607999999996, 'j': 8.7710000000000008, 'k': 8.3699999999999992, 'kep': 9.9310000000000009, 'r': 9.8304404000000005, 'z': 9.6506958000000012}