CosmoAPI/test.yaml at main · LSSTDESC/CosmoAPI · GitHub

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general:
  run_name: test
  output_dir: ./dev/
  extra_sacc_metadata: "You can add anything you want here :) "
  overwrite: true #overwrites everything!
  #verbose_level: DEBUG

observations:
  sacc:

cosmology:
    Omega_m: 0.3388 # Matter density fraction (dark matter + baryonic).
    A_s: 1.9019e-9 # Amplitude of scalar perturbations.
    #sigma8: &sigma8 0.807 # Variance of matter density perturbations at 8 Mpc/h.
    n_s: 0.9493 # Primordial scalar perturbation spectral index.
    Omega_b: 0.04575 # Baryonic matter density fraction.
    h: 0.6714 # Hubble constant divided by 100 km/s/Mpc; dimensionless.
    w0: -1.0 # First order term of dark energy equation.
    wa: 0.0 # Second order term of dark energy equation.
    m_nu: 0.1 # Sum of neutrino masses in eV.
    Neff: 3.044 # Effective number of neutrino species.
    T_CMB: 2.7255 # CMB temperature in K.
    Omega_k: 0.0 # Curvature density fraction.
    extra_parameters:
      mass_split: "normal" # Neutrino mass hierarchy.
      non_linear: true
      camb:
        halofit_version: "mead2020"

probes:
  source:
    function: TwoPointHarmonic
    nz_type: SRD_Y1
    z_array:
      z_min: &z_min 0.0001
      z_max: &z_max 3.5
      z_number: &z_number 1000
      use_autoknots: false #if true, z_number is ignored
    systematics:
      type: WeakLensingFactory
      per_bin_systematics:
      - type: MultiplicativeShearBiasFactory
        mult_bias: [1e-3, 1e-3, 1e-3, 1e-3, 1e-3]
      - type: PhotoZShiftFactory
        delta_z: &delta_z [0.2, 0.1, 0.1, 0.2, 0.1]
      global_systematics:
      - type: LinearAlignmentSystematicFactory
        alphag: 1.0
  lens:
    function: TwoPointHarmonic
    nz_type: SRD_Y1
    z_array:
      z_min: *z_min
      z_max: *z_max
      z_number: *z_number
    systematics:
      type: NumberCountsFactory
      per_bin_systematics:
      - type: PhotoZShiftFactory
        delta_z: *delta_z
      - type: LinearBiasSystematicFactory
        bias: [1., 2., 3., 4., 5.]
      global_systematics: []
      include_rsd: true
  SNe:
    function: SuperNovae
    systematics:
      type: TestBreak

probe_combinations: # for nx2pt
  source_source:
    bin_combinations: all
    scale_cuts: &source_scale_cuts
      type: log
      min: 30
      max: 2000
      nbins: 128
  lens_lens:
    bin_combinations: autos
    scale_cuts: &lens_scale_cuts
      type: linear
      min: 30
      max: 1500
      nbins: 10
  lens_source:
    bin_combinations: [[0, 2], [0, 3], [0, 4], [1, 3], [1, 4], [2, 4], [3, 4]]
    scale_cuts: *lens_scale_cuts

tjpcov: