==> Solve the background ============================================ Info about cosmology class [LCDM]: ============================================ OmegaB: 0.05 OmegaCDM: 0.267 OmegaM: 0.317 (total matter) OmegaNu: 3.76583e-05 OmegaR: 5.44377e-05 OmegaRtot: 9.20959e-05 (total radiation) OmegaLambda: 0.682908 OmegaK: 0 A flat Universe Neff: 3.046 h: 0.674 TCMB: 2.7255 K H0: 2.18429e-18 1/sec Physical parameters: OmegaBh2: 0.0227138 OmegaCDMh2: 0.121292 OmegaMh2: 0.144005 OmegaLh2: 0.310229 OmegaKh2: 0 Mat-rad equality redshift 3441.06 Mat-DE equality redshift 0.291519 Acc. exp. starts redshift 0.626702 Equality scale: 0.0105025 1/Mpc The age of the universe 13.7665 Gyr Conformal time today 46.0186 Gyr Conformal distance today 14.109 Gpc ============================================ ==> Solve recombination history ============================================ Info about recombination history class: ============================================ Using the cosmology [LCDM] Yp: 0.245 Reionization: true z_reion: 8 delta_z_reion: 0.5 Helium doubly reion: true z_helium_reion: 3.5 delta_z_helium_reion: 0.5 Recombination (Xe = 0.5) z = 1274.01 Recombination (Xe = 0.5) with Saha z = 1370.26 Last scattering (tau = 1.0) with Saha = 1291.59 Xe: 0.18453 Last scattering (dgdx = 0.0) z = 1085.56 Last scattering (tau = 1.0) zstar = 1089.7 Xe: 0.13029 xstar = -6.99458 Sound horizon at decoupling r_star = 143.837 Mpc 100 theta_star = 1.04009 DA_star = 13.8293 Gpc Drag epoch (tau_baryon = 1.0) zdrag = 1061.03 Sound horizon at drag-epoch r_zdrag = 146.361 Mpc Optical depth reionization tau = 0.0563883 Damping scale at LSS: kD = 0.143856 1/Mpc ============================================ Size of x-array: 501 ==> Evolve the perturbations Integrate 238 wavenumbers in the range [3.54384e-06 , 0.21263] Using n = 10 threads 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% Done! Making splines and source functions ============================================ Info about perturbations class: ============================================ x_start: -20 k_min (1/Mpc): 3.54384e-06 k_max (1/Mpc): 0.21263 ckH0_min: 0.0157629 ckH0_max: 945.771 n_k: 238 Polarization: true Neutrinos: true For tight coupling: n_tot: 15 n_ell_theta: 2 start_theta: 5 n_ell_theta_p: 0 start_theta_p: 7 n_ell_nu: 8 start_nu: 7 For full equations: n_tot: 29 n_ell_theta: 8 start_theta: 5 n_ell_theta_p: 8 start_theta_p: 13 n_ell_nu: 8 start_nu: 21 ============================================ ==> Line of sight integration and compute power-spectra Bessel splines Temperature ells Polarization ells Done line of sight integration! ============================================ Info about PowerSpectrum class: ============================================ A_s: 2.1e-09 n_s: 0.965 kpivot: 0.05 1/Mpc kmin: 3.54384e-06 1/Mpc kmax: 0.21263 1/Mpc ell_max: 2500 Nells: 93 ============================================ ============================================ All the recorded timings: ============================================ Total elapsed time for [ All CMFB]: 10.4259 sec Total elapsed time for [ BACK::solve the background]: 0.0577837 sec Total elapsed time for [ KillIfTooLong]: 5.85563 sec Total elapsed time for [ PERT::integrate_full (all threads)]: 7.572 sec Total elapsed time for [PERT::integrate_tight (all threads)]: 6.1333 sec Total elapsed time for [ PERT::integrating perturbations]: 7.16586 sec Total elapsed time for [ PERT::jacobian]: 0.0166602 sec Total elapsed time for [ PERT::making source]: 0.265702 sec Total elapsed time for [ PERT::making splines]: 0.522933 sec Total elapsed time for [ PERT::store data]: 0.0847983 sec Total elapsed time for [ POW::LOS integration]: 0.709483 sec Total elapsed time for [ POW::LOS integration thetaE]: 0.405807 sec Total elapsed time for [ POW::LOS integration thetaT]: 0.398388 sec Total elapsed time for [ POW::integrating Cells]: 0.908329 sec Total elapsed time for [ POW::integrating Cells - EE]: 0.257196 sec Total elapsed time for [ POW::integrating Cells - TE]: 0.402872 sec Total elapsed time for [ POW::integrating Cells - TT]: 0.248249 sec Total elapsed time for [ POW::making bessel splines]: 0.0671343 sec Total elapsed time for [ REC::solving for Xe]: 0.291487 sec Total elapsed time for [ REC::solving for tau]: 0.0154741 sec Total elapsed time for [ Splining 1D...]: 0.0490543 sec Total elapsed time for [ Splining 2D...]: 0.579719 sec ============================================