def test_gri_vs_ph(self):
curves_gri = self.tt.read_curves_gri()
bands = curves_gri.BandNames
# bands = ('J','H','K')
serial_spec = self.stella.read_series_spectrum(t_diff=1.)
curves_ph = serial_spec.flux_to_curves(bands)
models_dic = {'gri': curves_gri, 'ph': curves_ph}
lc_types = {'gri': '--', 'ph': ':'}
plt.matplotlib.rcParams.update({'font.size': 14})
fig, ax = plt.subplots(1, 1)
# lcf.plot_models_curves_fixed_bands(ax, models_dic, bands=('r','B','V'), lc_types=lc_types, ylim=(-13, -23), lw=3)
lcf.plot_models_curves(ax, models_dic, lc_types=lc_types, ylim=(-10, -23), lw=3)
plt.legend()
plt.show()
def test_tt_vs_gri_vs_ph(self):
curves_tt = self.tt.read_curves_tt()
bands_tt = curves_tt.BandNames
curves_gri = self.tt.read_curves_gri()
bands_gri = curves_gri.BandNames
bands = np.unique(np.array(bands_tt + bands_gri))
serial_spec = self.stella.read_series_spectrum(t_diff=1.00001)
curves_ph = serial_spec.flux_to_curves(bands)
models_dic = {'tt': curves_tt, 'gri': curves_gri, 'ph': curves_ph}
lc_types = {'tt': ':', 'gri': '--', 'ph': '-'}
plt.matplotlib.rcParams.update({'font.size': 14})
fig, ax = plt.subplots(1, 1)
lcf.plot_models_curves(ax, models_dic, lc_types=lc_types, ylim=(-10, -19), lw=3)
# lcf.plot_models_curves_fixed_bands(ax, models_dic, bands=('B', 'V'), lc_types=lc_types, ylim=(-13, -23), lw=3)
plt.legend()
plt.show()
