def final_z_dist(self, n, band, sys,ep):
"""
Output redshift distribution for the Euclid Survey
Inputs: Number of SNe observed by JWST
Output: Redshift distribution
"""
mag_dist = self.load_dist()[:,1]
jwst_z_dist = z_sne().obs_redshift_dist(n, band, sys, ep)
euclid_z_dist = build_lc().z_disc_euclid(band, sys, ep)
return np.concatenate([euclid_z_dist, jwst_z_dist])
def final_z_dist(self, n, band, sys, ep):
"""
Output redshift distribution for the Euclid Survey
Inputs: Number of SNe observed by JWST
Output: Redshift distribution
"""
mag_dist = self.load_dist()[:, 1]
jwst_z_dist = z_sne().obs_redshift_dist(n, band, sys, ep)
euclid_z_dist = build_lc().z_disc_euclid(band, sys, ep)
return np.concatenate([euclid_z_dist, jwst_z_dist])
def out_mod(self, band, z):
"""
Inline to set the parameters for a given filter and redshift combination
"""
return build_lc().set_params(band, z)
def out_mod(self, band, z):
"""
Inline to set the parameters for a given filter and redshift combination
"""
return build_lc().set_params(band, z)
