; './d3brane_deltamax_3_all_mcmc/d3brane_deltamax_3_all_mcmc.ini' generated from 'd3brane_deltamax_3_all.model' ; processed on 2020-Jun-29 21:10:45 [runtime] sampler = apriori [apriori] nsample = 1 [output] format = txt filename = DBrane_mcmc/mcmc_output.txt verbosity = quiet [pipeline] modules = cppt_sample consistency CLASS_full_Pk planck values = DBrane_mcmc/d3brane_deltamax_38_all_values.ini priors = DBrane_mcmc/d3brane_deltamax_38_all_priors.ini extra_output = twopf_observables/CppTTime quiet=T debug=F timing=F [planck] file = ${COSMOSIS_SRC_DIR}/cosmosis-standard-library/likelihood/planck2015/planck_interface.so data_1 = ${COSMOSIS_SRC_DIR}/cosmosis-standard-library/likelihood/planck2015/data/plik_lite_v18_TT.clik data_2 = ${COSMOSIS_SRC_DIR}/cosmosis-standard-library/likelihood/planck2015/data/commander_rc2_v1.1_l2_29_B.clik ; You can also add more here ; and lensing files can be included with, e.g.: ;lensing_1 = /path/to/wherever/you/downloaded/data/smica_g30_ftl_full_pttptt.clik_lensing ; The consistency module translates between our chosen parameterization ; and any other that modules in the pipeline may want (e.g. camb) [consistency] file = ${COSMOSIS_SRC_DIR}/cosmosis-standard-library/utility/consistency/consistency_interface.py [CLASS_full_Pk] file = ${COSMOSIS_SRC_DIR}/modules/CLASS_full_Pk/class_interface.py lmax = 2508 kmax = 50.0 [cppt_sample] file = ${PWD}/build/libDBrane_sampling.so M_P = 1.0 k_samples = 100 k_pivot = 0.002 min_k = -5.3979 max_k = 1.6981 Debug = T ThreepfEqui = F ThreepfSqueeze = F ThreepfFold = F MassEigenSquare = F