[d0]
class = "ModifiedBlackBody"
map_I = "pysm_2/dust_t_new.fits"
map_Q = "pysm_2/dust_q_new.fits"
map_U = "pysm_2/dust_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_mbb_index = 1.54
map_mbb_temperature = 20
unit_mbb_temperature = "K"
freq_ref_I = "545 GHz"
freq_ref_P = "353 GHz"
[d1]
class = "ModifiedBlackBody"
map_I = "pysm_2/dust_t_new.fits"
map_Q = "pysm_2/dust_q_new.fits"
map_U = "pysm_2/dust_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_mbb_index = "pysm_2/dust_beta.fits"
map_mbb_temperature = "pysm_2/dust_temp.fits"
unit_mbb_temperature = "K"
freq_ref_I = "545 GHz"
freq_ref_P = "353 GHz"
[d2]
class = "ModifiedBlackBody"
map_I = "pysm_2/dust_t_new.fits"
map_Q = "pysm_2/dust_q_new.fits"
map_U = "pysm_2/dust_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_mbb_index = "pysm_2/beta_mean1p59_std0p2.fits"
map_mbb_temperature = "pysm_2/dust_temp.fits"
unit_mbb_temperature = "K"
freq_ref_I = "545 GHz"
freq_ref_P = "353 GHz"
[d3]
class = "ModifiedBlackBody"
map_I = "pysm_2/dust_t_new.fits"
map_Q = "pysm_2/dust_q_new.fits"
map_U = "pysm_2/dust_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_mbb_index = "pysm_2/beta_mean1p59_std0p3.fits"
map_mbb_temperature = "pysm_2/dust_temp.fits"
unit_mbb_temperature = "K"
freq_ref_I = "545 GHz"
freq_ref_P = "353 GHz"
[d4]
    [d4.comp1]
    class = "ModifiedBlackBody"
    map_I = "pysm_2/dust2comp_I1_ns512_545.fits"
    map_Q = "pysm_2/dust2comp_Q1_ns512_353.fits"
    map_U = "pysm_2/dust2comp_U1_ns512_353.fits"
    unit_I = "uK_RJ"
    unit_Q = "uK_RJ"
    unit_U = "uK_RJ"
    map_mbb_index = "pysm_2/dust2comp_beta1_ns512.fits"
    map_mbb_temperature = "pysm_2/dust2comp_temp1_ns512.fits"
    unit_mbb_temperature = "K"
    freq_ref_I = "545 GHz"
    freq_ref_P = "353 GHz"
    [d4.comp2]
    class = "ModifiedBlackBody"
    map_I = "pysm_2/dust2comp_I2_ns512_545.fits"
    map_Q = "pysm_2/dust2comp_Q2_ns512_353.fits"
    map_U = "pysm_2/dust2comp_U2_ns512_353.fits"
    unit_I = "uK_RJ"
    unit_Q = "uK_RJ"
    unit_U = "uK_RJ"
    map_mbb_index = "pysm_2/dust2comp_beta2_ns512.fits"
    map_mbb_temperature = "pysm_2/dust2comp_temp2_ns512.fits"
    unit_mbb_temperature = "K"
    freq_ref_I = "545 GHz"
    freq_ref_P = "353 GHz"
[d6]
class = "DecorrelatedModifiedBlackBody"
correlation_length = 5.0
map_I = "pysm_2/dust_t_new.fits"
map_Q = "pysm_2/dust_q_new.fits"
map_U = "pysm_2/dust_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_mbb_index = "pysm_2/dust_beta.fits"
map_mbb_temperature = "pysm_2/dust_temp.fits"
unit_mbb_temperature = "K"
freq_ref_I = "545 GHz"
freq_ref_P = "353 GHz"
[s0]
class = "PowerLaw"
map_I = "pysm_2/synch_t_new.fits"
map_Q = "pysm_2/synch_q_new.fits"
map_U = "pysm_2/synch_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_pl_index = -3
freq_ref_I = "408 MHz"
freq_ref_P = "23 GHz"
[s1]
class = "PowerLaw"
map_I = "pysm_2/synch_t_new.fits"
map_Q = "pysm_2/synch_q_new.fits"
map_U = "pysm_2/synch_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_pl_index = "pysm_2/synch_beta.fits"
freq_ref_I = "408 MHz"
freq_ref_P = "23 GHz"
[s2]
class = "PowerLaw"
map_I = "pysm_2/synch_t_new.fits"
map_Q = "pysm_2/synch_q_new.fits"
map_U = "pysm_2/synch_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_pl_index = "pysm_2/beta_latvar.fits"
freq_ref_I = "408 MHz"
freq_ref_P = "23 GHz"
[s3]
class = "CurvedPowerLaw"
map_I = "pysm_2/synch_t_new.fits"
map_Q = "pysm_2/synch_q_new.fits"
map_U = "pysm_2/synch_u_new.fits"
unit_I = "uK_RJ"
unit_Q = "uK_RJ"
unit_U = "uK_RJ"
map_pl_index = "pysm_2/synch_beta.fits"
freq_ref_I = "408 MHz"
freq_ref_P = "23 GHz"
spectral_curvature = -0.052
freq_curve = "23 GHz"
[f1]
class = "PowerLaw"
map_I = "pysm_2/ff_t_new.fits"
unit_I = "uK_RJ"
map_pl_index = -2.14
freq_ref_I = "30 GHz"
[a1]
[a1.comp1]
class = "SpDust"
map_I = "pysm_2/ame_t_new.fits"
unit_I = "uK_RJ"
freq_ref_I = "22.8 GHz"
emissivity = "pysm_2/emissivity.txt"
freq_peak = "pysm_2/ame_nu_peak_0.fits"
freq_ref_peak = "30 GHz"
[a1.comp2]
class = "SpDust"
map_I = "pysm_2/ame2_t_new.fits"
unit_I = "uK_RJ"
freq_ref_I = "41 GHz"
emissivity = "pysm_2/emissivity.txt"
freq_peak = "33.35 GHz"
freq_ref_peak = "30 GHz"
[a2]
[a2.comp1]
class = "SpDustPol"
map_I = "pysm_2/ame_t_new.fits"
unit_I = "uK_RJ"
freq_ref_I = "22.8 GHz"
emissivity = "pysm_2/emissivity.txt"
freq_peak = "pysm_2/ame_nu_peak_0.fits"
freq_ref_peak = "30 GHz"
pol_frac = 0.02
angle_Q = "pysm_2/dust_q_new.fits"
angle_U = "pysm_2/dust_u_new.fits"
[a2.comp2]
class = "SpDustPol"
map_I = "pysm_2/ame2_t_new.fits"
unit_I = "uK_RJ"
freq_ref_I = "41 GHz"
emissivity = "pysm_2/emissivity.txt"
freq_peak = "33.35 GHz"
freq_ref_peak = "30 GHz"
pol_frac = 0.02
angle_Q = "pysm_2/dust_q_new.fits"
angle_U = "pysm_2/dust_u_new.fits"
[c1]
class = "CMBLensed"
cmb_spectra = "pysm_2/camb_lenspotentialCls.dat"
cmb_seed = 1111
apply_delens = false
delensing_ells = "pysm_2/delens_ells.txt"
[c2]
class = "CMBMap"
map_IQU = "pysm_2/lensed_cmb.fits"
