def new_cosmo_model(self, p):
model = cosmo.Cosmow0wa()
model.Omega_m = p['Omega_m'].free
model.Omega_k = p['Omega_k'].free
model.w = p['w'].free
model.wa = p['wa'].free
model.H0 = p['H0'].free
model.Omega_b_h2 = p['Omega_b_h2'].free
return model
def new_cosmo_model(self, p):
if model_type == "wwa":
model = cosmo.Cosmow0wa()
model.Omega_k = p['Omega_k'].free
model.wa = p['wa'].free
else:
model = cosmo.CosmoLambda()
model.Omega_lambda = p['Omega_lambda'].free
model.Omega_m = p['Omega_m'].free
model.w = p['w'].free
model.H0 = p['H0'].free
model.Omega_b_h2 = p['Omega_b_h2'].free
return model
def __init__(self, d, fixed_pars, cosmo=cosmo.Cosmow0wa(), n_spline=30, intrinsic_dispersion=0.08):
self.int_disp = intrinsic_dispersion
self.data = d
self.bands = np.unique(self.data['band'])
self.n_sn = len(np.unique(d['#SN']))
self.model_cosmo = cosmo
self.params, self.spline_base = self.init_params(fixed_pars, n_spline)
self.free_cosmo_params = []
self.fixed_pars = fixed_pars
self.cosmo_free_idx = np.zeros(len(self.model_cosmo.param_names))
for i, par in enumerate(self.model_cosmo.param_names):
if self.params[par].indexof() != -1:
self.free_cosmo_params += [par]
self.cosmo_free_idx[i] = 1
self.color_law_degree = len(self.params['color_law'].free)-1
self.impacted = False
self.lines, self.cols, self.J_dat = np.zeros(0), np.zeros(0), np.zeros(0)
self.pedestal = color_disp_func(d['l_eff'])
try:
self.der_dl = get_standard_wavelength_derivatives(bands=[b.split('::')[-1] for b in self.bands])
except:
self.der_dl = np.zeros(len(self.bands))
import time
from saunerie.linearmodels import SparseSystem
import pyfits
from saunerie.spectrum import Spectrum
from saunerie.instruments import FilterWheel
from glob import glob
###
# Choix du modèle pour les performances
###
# model_type = "wwa"
model_type = "lambdaCDM"
if model_type == "wwa":
mod = cosmo.Cosmow0wa()
else:
mod = cosmo.CosmoLambda()
###
# Extraction du spectre SALT2
###
class NotKeptError(Exception):
pass
print 'Starting --- ' + time.ctime()
m = InstrumentModel("LSSTPG")
cfg = saltpath.read_card_file(saltpath.fitmodel_filename)
