This archive contains the samples for the main results presented in Heymans, Tröster et al. 2020 (arXiv:2007.15632). Files ----- cosmology/samples_multinest_blindC_EE.txt KiDS-1000 bandpower cosmic shear. cosmology/samples_multinest_blindC_w.txt BOSS DR12 galaxy clustering. cosmology/samples_multinest_blindC_EE_nE.txt Joint analysis of cosmic shear + galaxy-galaxy lensing (GGL). cosmology/samples_multinest_blindC_EE_w.txt Joint analysis of cosmic shear + galaxy clustering. cosmology/samples_multinest_blindC_EE_nE_w.txt Joint analysis of cosmic shear + GGL + galaxy clustering. These contain the fiducial 3x2pt results. The sample files are in CosmoSIS format. The parameter names are listed on the first line. The last four columns correspond to log prior, log likelihood, log posterior, and the multinest weight. Not all files contain all parameters. Below the parameters of the 3x2pt are listed. Sampled parameters ------------------ Cosmological parameters: 1. cosmological_parameters--omch2 Dark matter density \Omega_c h^2 2. cosmological_parameters--ombh2 Baryon density \Omega_b h^2 3. cosmological_parameters--h0 Hubble constant h 4. cosmological_parameters--n_s Tilt of the primordial power spectrum 5. cosmological_parameters--s_8_input Approximate value S_8 = \sigma_8 \sqrt{\Omega_m/0.3}. This is converted into A_s in an initial, fast run of CAMB. Astrophysical lensing nuisance parameters: 6. halo_model_parameters--a HMCode baryon parameter A_bary. 7. intrinsic_alignment_parameters--a Intrinsic alignment amplitude A_IA. n(z) nuisance parameters: These parameters are the uncorrelated shifts, which get correlated and shifted with the covariance of the SOM n(z) shifts. 8. nofz_shifts--p_1 9. nofz_shifts--p_2 10. nofz_shifts--p_3 11. nofz_shifts--p_4 12. nofz_shifts--p_5 Galaxy bias and RSD parameters: The two BOSS redshift bins have independent set of parameters. 13. bias_parameters--b1_bin_1 Linear bias. 14. bias_parameters--b2_bin_1 15. bias_parameters--gamma3_bin_1 16. bias_parameters--a_vir_bin_1 Non-Gaussianty of galaxy velocity distribution. 17. bias_parameters--b1_bin_2 18. bias_parameters--b2_bin_2 19. bias_parameters--gamma3_bin_2 20. bias_parameters--a_vir_bin_2 Derived parameters ------------------ 21. cosmological_parameters--s_8 Accurate estimate of S_8. 22. cosmological_parameters--sigma_8 Clustering amplitude \sigma_8. 23. cosmological_parameters--sigma_12 Analogous to sigma_8 but measuring the variance of matter fluctuations in spheres of 12 Mpc (no factor of h). See Sanchez 2020 (arXiv:2002.07829). 24. cosmological_parameters--a_s Primordial power spectrum amplitude A_s. 25. cosmological_parameters--omega_m Matter density \Omega_m. 26. cosmological_parameters--omega_nu Neutrino density \Omega_\nu. 27. cosmological_parameters--omega_lambda Dark energy density \Omega_\Lambda. 28. cosmological_parameters--cosmomc_theta Parameter \theta_MC 29. nofz_shifts--bias_1 Shift of n(z) in the first tomographic bin. 30. nofz_shifts--bias_2 31. nofz_shifts--bias_3 32. nofz_shifts--bias_4 33. nofz_shifts--bias_5 34. delta_z_out--bin_1 Mean of the shifted n(z) of the first tomographic bin. 35. delta_z_out--bin_2 36. delta_z_out--bin_3 37. delta_z_out--bin_4 38. delta_z_out--bin_5 Other parameters ---------------- 39. prior Logarithm of the prior at the sample position. 40. like Logarithm of the likelihood at the sample position. 41. post Logarithm of the poster at the sample position. 42. weight MultiNest sample weight.