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NcPlanckFICorTTTEEENcPlanckFICorTTTEEE — Planck Foreground and Instrument model for TT correlation maps |
GEnum ╰── NcPlanckFICorTTTEEESParams GObject ╰── NcmModel ╰── NcPlanckFI ╰── NcPlanckFICorTT ╰── NcPlanckFICorTTTEEE
FIXME
If you use this object, cite Planck 2015 results XI (2015), Planck 2018 results V (2019) and related papers.
void nc_planck_fi_cor_ttteee_add_galf_priors (NcmLikelihood *lh,NcmVector *mean,NcmVector *sigma);
Add the galaxy dust Gaussian priors (on polarization data) using mean
and sigma
as mean and standard deviation.
void nc_planck_fi_cor_ttteee_add_calib_priors (NcmLikelihood *lh,NcmVector *mean,NcmVector *sigma);
void nc_planck_fi_cor_ttteee_add_sz_prior (NcmLikelihood *lh,gdouble f_tSZ,gdouble mean,gdouble sigma);
void
nc_planck_fi_cor_ttteee_add_default_galf_priors
(NcmLikelihood *lh);
Add the galaxy dust priors (on polarization data) as described in Planck 2015 results XI (2015). It uses the default values.
void
nc_planck_fi_cor_ttteee_add_default18_galf_priors
(NcmLikelihood *lh);
Add the galaxy dust priors (on polarization data) as described in Planck 2018 results V (2019). It uses the default values.
void
nc_planck_fi_cor_ttteee_add_all_default_priors
(NcmLikelihood *lh);
Adds all default priors:
nc_planck_fi_cor_tt_add_all_default_priors()
nc_planck_fi_cor_ttteee_add_default_gal_priors()
void
nc_planck_fi_cor_ttteee_add_all_default18_priors
(NcmLikelihood *lh);
Adds all default priors:
nc_planck_fi_cor_tt_add_all_default18_priors()
nc_planck_fi_cor_ttteee_add_default18_gal_priors()
Planck Foregound and Instrument parameters, compatible with 2013, 2015 and 2018 releases (see Planck 2015 results XI (2015) and Planck 2018 results V (2019)).
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EE amplitude of Galactic dust power at $\ell = 500$ at $100\,$GHz (in $\mu\mathrm{K}^2$) |
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EE amplitude of Galactic dust power at $\ell = 500$ at $100 \times 143\,$GHz (in $\mu\mathrm{K}^2$) |
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EE amplitude of Galactic dust power at $\ell = 500$ at $100 \times 217\,$GHz (in $\mu\mathrm{K}^2$) |
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EE amplitude of Galactic dust power at $\ell = 500$ at $143\,$GHz (in $\mu\mathrm{K}^2$) |
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EE amplitude of Galactic dust power at $\ell = 500$ at $143 \times 217\,$GHz (in $\mu\mathrm{K}^2$) |
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EE amplitude of Galactic dust power at $\ell = 500$ at $217\,$GHz (in $\mu\mathrm{K}^2$) |
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the dust EE template slope |
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TE amplitude of Galactic dust power at $\ell = 500$ at $100\,$GHz (in $\mu\mathrm{K}^2$) |
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TE amplitude of Galactic dust power at $\ell = 500$ at $100 \times 143\,$GHz (in $\mu\mathrm{K}^2$) |
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TE amplitude of Galactic dust power at $\ell = 500$ at $100 \times 217\,$GHz (in $\mu\mathrm{K}^2$) |
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TE amplitude of Galactic dust power at $\ell = 500$ at $143\,$GHz (in $\mu\mathrm{K}^2$) |
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TE amplitude of Galactic dust power at $\ell = 500$ at $143 \times 217\,$GHz (in $\mu\mathrm{K}^2$) |
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TE amplitude of Galactic dust power at $\ell = 500$ at $217\,$GHz (in $\mu\mathrm{K}^2$) |
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the dust TE template slope |
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Normalization for the end2end empirical correlated noise template at 100GHz |
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Normalization for the end2end empirical correlated noise template at 143GHz |
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Normalization for the end2end empirical correlated noise template at 217GHz |
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beam-leakage parameter, $\epsilon_0$, $100\times100$ TE |
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beam-leakage parameter, $\epsilon_1$, $100\times100$ TE |
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beam-leakage parameter, $\epsilon_2$, $100\times100$ TE |
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beam-leakage parameter, $\epsilon_3$, $100\times100$ TE |
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beam-leakage parameter, $\epsilon_4$, $100\times100$ TE |
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beam-leakage parameter, $\epsilon_0$, $100\times143$ TE |
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beam-leakage parameter, $\epsilon_1$, $100\times143$ TE |
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beam-leakage parameter, $\epsilon_2$, $100\times143$ TE |
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beam-leakage parameter, $\epsilon_3$, $100\times143$ TE |
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beam-leakage parameter, $\epsilon_4$, $100\times143$ TE |
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beam-leakage parameter, $\epsilon_0$, $100\times217$ TE |
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beam-leakage parameter, $\epsilon_1$, $100\times217$ TE |
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beam-leakage parameter, $\epsilon_2$, $100\times217$ TE |
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beam-leakage parameter, $\epsilon_3$, $100\times217$ TE |
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beam-leakage parameter, $\epsilon_4$, $100\times217$ TE |
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beam-leakage parameter, $\epsilon_0$, $143\times143$ TE |
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beam-leakage parameter, $\epsilon_1$, $143\times143$ TE |
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beam-leakage parameter, $\epsilon_2$, $143\times143$ TE |
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beam-leakage parameter, $\epsilon_3$, $143\times143$ TE |
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beam-leakage parameter, $\epsilon_4$, $143\times143$ TE |
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beam-leakage parameter, $\epsilon_0$, $143\times217$ TE |
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beam-leakage parameter, $\epsilon_1$, $143\times217$ TE |
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beam-leakage parameter, $\epsilon_2$, $143\times217$ TE |
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beam-leakage parameter, $\epsilon_3$, $143\times217$ TE |
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beam-leakage parameter, $\epsilon_4$, $143\times217$ TE |
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beam-leakage parameter, $\epsilon_0$, $217\times217$ TE |
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beam-leakage parameter, $\epsilon_1$, $217\times217$ TE |
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beam-leakage parameter, $\epsilon_2$, $217\times217$ TE |
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beam-leakage parameter, $\epsilon_3$, $217\times217$ TE |
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beam-leakage parameter, $\epsilon_4$, $217\times217$ TE |
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beam-leakage parameter, $\epsilon_0$, $100\times100$ EE |
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beam-leakage parameter, $\epsilon_1$, $100\times100$ EE |
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beam-leakage parameter, $\epsilon_2$, $100\times100$ EE |
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beam-leakage parameter, $\epsilon_3$, $100\times100$ EE |
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beam-leakage parameter, $\epsilon_4$, $100\times100$ EE |
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beam-leakage parameter, $\epsilon_0$, $100\times143$ EE |
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beam-leakage parameter, $\epsilon_1$, $100\times143$ EE |
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beam-leakage parameter, $\epsilon_2$, $100\times143$ EE |
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beam-leakage parameter, $\epsilon_3$, $100\times143$ EE |
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beam-leakage parameter, $\epsilon_4$, $100\times143$ EE |
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beam-leakage parameter, $\epsilon_0$, $100\times217$ EE |
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beam-leakage parameter, $\epsilon_1$, $100\times217$ EE |
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beam-leakage parameter, $\epsilon_2$, $100\times217$ EE |
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beam-leakage parameter, $\epsilon_3$, $100\times217$ EE |
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beam-leakage parameter, $\epsilon_4$, $100\times217$ EE |
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beam-leakage parameter, $\epsilon_0$, $143\times143$ EE |
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beam-leakage parameter, $\epsilon_1$, $143\times143$ EE |
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beam-leakage parameter, $\epsilon_2$, $143\times143$ EE |
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beam-leakage parameter, $\epsilon_3$, $143\times143$ EE |
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beam-leakage parameter, $\epsilon_4$, $143\times143$ EE |
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beam-leakage parameter, $\epsilon_0$, $143\times217$ EE |
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beam-leakage parameter, $\epsilon_1$, $143\times217$ EE |
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beam-leakage parameter, $\epsilon_2$, $143\times217$ EE |
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beam-leakage parameter, $\epsilon_3$, $143\times217$ EE |
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beam-leakage parameter, $\epsilon_4$, $143\times217$ EE |
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beam-leakage parameter, $\epsilon_0$, $217\times217$ EE |
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beam-leakage parameter, $\epsilon_1$, $217\times217$ EE |
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beam-leakage parameter, $\epsilon_2$, $217\times217$ EE |
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beam-leakage parameter, $\epsilon_3$, $217\times217$ EE |
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beam-leakage parameter, $\epsilon_4$, $217\times217$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $100 \times 100$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $100 \times 143$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $100 \times 217$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $143 \times 143$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $143 \times 217$ EE |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $217 \times 217$ EE |
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Calibration of the 100 EE spectra |
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Calibration of the 143 EE spectra |
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Calibration of the 217 EE spectra |
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Calibration of the polarization relative to the temperature |
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_100 ( 0.060)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_100_143 ( 0.050)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_100_217 ( 0.110)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_143 ( 0.10)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_143_217 ( 0.240)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_A_217 ( 0.72)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_EE_index (-2.4)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_100 ( 0.140)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_100_143 ( 0.120)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_100_217 ( 0.30)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_143 ( 0.240)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_143_217 ( 0.60)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_A_217 ( 1.80)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_galf_TE_index (-2.4)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_cnoise_e2e_100_100_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_cnoise_e2e_143_143_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_cnoise_e2e_217_217_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0T_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0T_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0T_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0T_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0T_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_1T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_1T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_1T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_1T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_1T_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_1T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_1T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_1T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_1T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_1T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_2T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_2T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_2T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_2T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_2T_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0E_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0E_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0E_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0E_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0E_0E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_0E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_0E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_0E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_0E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_0E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_1E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_1E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_1E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_1E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_1E_1E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_1E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_1E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_1E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_1E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_1E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_0_2E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_1_2E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_2_2E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_3_2E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_bleak_epsilon_4_2E_2E ( 0.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_100_100_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_100_143_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_100_217_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_143_143_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_143_217_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_A_sbpx_217_217_EE ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_calib_100P ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_calib_143P ( 1.0)
#define NC_PLANCK_FI_COR_TTTEEE_DEFAULT_calib_217P ( 1.0)
“A-cnoise-e2e-100-100-EE” property “A-cnoise-e2e-100-100-EE” double
A^{\mathrm{cnoise}EE}_{100 \times 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-cnoise-e2e-100-100-EE-fit” property“A-cnoise-e2e-100-100-EE-fit” gboolean
A^{\mathrm{cnoise}EE}_{100 \times 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-cnoise-e2e-143-143-EE” property “A-cnoise-e2e-143-143-EE” double
A^{\mathrm{cnoise}EE}_{143 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-cnoise-e2e-143-143-EE-fit” property“A-cnoise-e2e-143-143-EE-fit” gboolean
A^{\mathrm{cnoise}EE}_{143 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-cnoise-e2e-217-217-EE” property “A-cnoise-e2e-217-217-EE” double
A^{\mathrm{cnoise}EE}_{217 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-cnoise-e2e-217-217-EE-fit” property“A-cnoise-e2e-217-217-EE-fit” gboolean
A^{\mathrm{cnoise}EE}_{217 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-pol” property “A-pol” double
A_{\mathrm{pol}}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-pol-fit” property“A-pol-fit” gboolean
A_{\mathrm{pol}}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-100-100-EE” property “A-sbpx-100-100-EE” double
A^{\mathrm{sbpx}EE}_{100 \times 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-100-100-EE-fit” property“A-sbpx-100-100-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{100 \times 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-100-143-EE” property “A-sbpx-100-143-EE” double
A^{\mathrm{sbpx}EE}_{100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-100-143-EE-fit” property“A-sbpx-100-143-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-100-217-EE” property “A-sbpx-100-217-EE” double
A^{\mathrm{sbpx}EE}_{100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-100-217-EE-fit” property“A-sbpx-100-217-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-143-143-EE” property “A-sbpx-143-143-EE” double
A^{\mathrm{sbpx}EE}_{143 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-143-143-EE-fit” property“A-sbpx-143-143-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{143 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-143-217-EE” property “A-sbpx-143-217-EE” double
A^{\mathrm{sbpx}EE}_{143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-143-217-EE-fit” property“A-sbpx-143-217-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“A-sbpx-217-217-EE” property “A-sbpx-217-217-EE” double
A^{\mathrm{sbpx}EE}_{217 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“A-sbpx-217-217-EE-fit” property“A-sbpx-217-217-EE-fit” gboolean
A^{\mathrm{sbpx}EE}_{217 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0E-0E” property “bleak-epsilon-0-0E-0E” double
\epsilon^{\mathrm{bleak}EE}_{0, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0E-0E-fit” property“bleak-epsilon-0-0E-0E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0E-1E” property “bleak-epsilon-0-0E-1E” double
\epsilon^{\mathrm{bleak}EE}_{0, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0E-1E-fit” property“bleak-epsilon-0-0E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0E-2E” property “bleak-epsilon-0-0E-2E” double
\epsilon^{\mathrm{bleak}EE}_{0, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0E-2E-fit” property“bleak-epsilon-0-0E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0T-0E” property “bleak-epsilon-0-0T-0E” double
\epsilon^{\mathrm{bleak}TE}_{0, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0T-0E-fit” property“bleak-epsilon-0-0T-0E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0T-1E” property “bleak-epsilon-0-0T-1E” double
\epsilon^{\mathrm{bleak}TE}_{0, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0T-1E-fit” property“bleak-epsilon-0-0T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-0T-2E” property “bleak-epsilon-0-0T-2E” double
\epsilon^{\mathrm{bleak}TE}_{0, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-0T-2E-fit” property“bleak-epsilon-0-0T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-1E-1E” property “bleak-epsilon-0-1E-1E” double
\epsilon^{\mathrm{bleak}EE}_{0, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-1E-1E-fit” property“bleak-epsilon-0-1E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-1E-2E” property “bleak-epsilon-0-1E-2E” double
\epsilon^{\mathrm{bleak}EE}_{0, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-1E-2E-fit” property“bleak-epsilon-0-1E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-1T-1E” property “bleak-epsilon-0-1T-1E” double
\epsilon^{\mathrm{bleak}TE}_{0, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-1T-1E-fit” property“bleak-epsilon-0-1T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-1T-2E” property “bleak-epsilon-0-1T-2E” double
\epsilon^{\mathrm{bleak}TE}_{0, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-1T-2E-fit” property“bleak-epsilon-0-1T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-2E-2E” property “bleak-epsilon-0-2E-2E” double
\epsilon^{\mathrm{bleak}EE}_{0, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-2E-2E-fit” property“bleak-epsilon-0-2E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{0, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-0-2T-2E” property “bleak-epsilon-0-2T-2E” double
\epsilon^{\mathrm{bleak}TE}_{0, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-0-2T-2E-fit” property“bleak-epsilon-0-2T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{0, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0E-0E” property “bleak-epsilon-1-0E-0E” double
\epsilon^{\mathrm{bleak}EE}_{1, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0E-0E-fit” property“bleak-epsilon-1-0E-0E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0E-1E” property “bleak-epsilon-1-0E-1E” double
\epsilon^{\mathrm{bleak}EE}_{1, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0E-1E-fit” property“bleak-epsilon-1-0E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0E-2E” property “bleak-epsilon-1-0E-2E” double
\epsilon^{\mathrm{bleak}EE}_{1, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0E-2E-fit” property“bleak-epsilon-1-0E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0T-0E” property “bleak-epsilon-1-0T-0E” double
\epsilon^{\mathrm{bleak}TE}_{1, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0T-0E-fit” property“bleak-epsilon-1-0T-0E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0T-1E” property “bleak-epsilon-1-0T-1E” double
\epsilon^{\mathrm{bleak}TE}_{1, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0T-1E-fit” property“bleak-epsilon-1-0T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-0T-2E” property “bleak-epsilon-1-0T-2E” double
\epsilon^{\mathrm{bleak}TE}_{1, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-0T-2E-fit” property“bleak-epsilon-1-0T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-1E-1E” property “bleak-epsilon-1-1E-1E” double
\epsilon^{\mathrm{bleak}EE}_{1, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-1E-1E-fit” property“bleak-epsilon-1-1E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-1E-2E” property “bleak-epsilon-1-1E-2E” double
\epsilon^{\mathrm{bleak}EE}_{1, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-1E-2E-fit” property“bleak-epsilon-1-1E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-1T-1E” property “bleak-epsilon-1-1T-1E” double
\epsilon^{\mathrm{bleak}TE}_{1, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-1T-1E-fit” property“bleak-epsilon-1-1T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-1T-2E” property “bleak-epsilon-1-1T-2E” double
\epsilon^{\mathrm{bleak}TE}_{1, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-1T-2E-fit” property“bleak-epsilon-1-1T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-2E-2E” property “bleak-epsilon-1-2E-2E” double
\epsilon^{\mathrm{bleak}EE}_{1, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-2E-2E-fit” property“bleak-epsilon-1-2E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{1, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-1-2T-2E” property “bleak-epsilon-1-2T-2E” double
\epsilon^{\mathrm{bleak}TE}_{1, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-1-2T-2E-fit” property“bleak-epsilon-1-2T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{1, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0E-0E” property “bleak-epsilon-2-0E-0E” double
\epsilon^{\mathrm{bleak}EE}_{2, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0E-0E-fit” property“bleak-epsilon-2-0E-0E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0E-1E” property “bleak-epsilon-2-0E-1E” double
\epsilon^{\mathrm{bleak}EE}_{2, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0E-1E-fit” property“bleak-epsilon-2-0E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0E-2E” property “bleak-epsilon-2-0E-2E” double
\epsilon^{\mathrm{bleak}EE}_{2, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0E-2E-fit” property“bleak-epsilon-2-0E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0T-0E” property “bleak-epsilon-2-0T-0E” double
\epsilon^{\mathrm{bleak}TE}_{2, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0T-0E-fit” property“bleak-epsilon-2-0T-0E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0T-1E” property “bleak-epsilon-2-0T-1E” double
\epsilon^{\mathrm{bleak}TE}_{2, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0T-1E-fit” property“bleak-epsilon-2-0T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-0T-2E” property “bleak-epsilon-2-0T-2E” double
\epsilon^{\mathrm{bleak}TE}_{2, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-0T-2E-fit” property“bleak-epsilon-2-0T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-1E-1E” property “bleak-epsilon-2-1E-1E” double
\epsilon^{\mathrm{bleak}EE}_{2, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-1E-1E-fit” property“bleak-epsilon-2-1E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-1E-2E” property “bleak-epsilon-2-1E-2E” double
\epsilon^{\mathrm{bleak}EE}_{2, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-1E-2E-fit” property“bleak-epsilon-2-1E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-1T-1E” property “bleak-epsilon-2-1T-1E” double
\epsilon^{\mathrm{bleak}TE}_{2, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-1T-1E-fit” property“bleak-epsilon-2-1T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-1T-2E” property “bleak-epsilon-2-1T-2E” double
\epsilon^{\mathrm{bleak}TE}_{2, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-1T-2E-fit” property“bleak-epsilon-2-1T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-2E-2E” property “bleak-epsilon-2-2E-2E” double
\epsilon^{\mathrm{bleak}EE}_{2, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-2E-2E-fit” property“bleak-epsilon-2-2E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{2, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-2-2T-2E” property “bleak-epsilon-2-2T-2E” double
\epsilon^{\mathrm{bleak}TE}_{2, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-2-2T-2E-fit” property“bleak-epsilon-2-2T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{2, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0E-0E” property “bleak-epsilon-3-0E-0E” double
\epsilon^{\mathrm{bleak}EE}_{3, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0E-0E-fit” property“bleak-epsilon-3-0E-0E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0E-1E” property “bleak-epsilon-3-0E-1E” double
\epsilon^{\mathrm{bleak}EE}_{3, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0E-1E-fit” property“bleak-epsilon-3-0E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0E-2E” property “bleak-epsilon-3-0E-2E” double
\epsilon^{\mathrm{bleak}EE}_{3, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0E-2E-fit” property“bleak-epsilon-3-0E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0T-0E” property “bleak-epsilon-3-0T-0E” double
\epsilon^{\mathrm{bleak}TE}_{3, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0T-0E-fit” property“bleak-epsilon-3-0T-0E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0T-1E” property “bleak-epsilon-3-0T-1E” double
\epsilon^{\mathrm{bleak}TE}_{3, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0T-1E-fit” property“bleak-epsilon-3-0T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-0T-2E” property “bleak-epsilon-3-0T-2E” double
\epsilon^{\mathrm{bleak}TE}_{3, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-0T-2E-fit” property“bleak-epsilon-3-0T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-1E-1E” property “bleak-epsilon-3-1E-1E” double
\epsilon^{\mathrm{bleak}EE}_{3, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-1E-1E-fit” property“bleak-epsilon-3-1E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-1E-2E” property “bleak-epsilon-3-1E-2E” double
\epsilon^{\mathrm{bleak}EE}_{3, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-1E-2E-fit” property“bleak-epsilon-3-1E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-1T-1E” property “bleak-epsilon-3-1T-1E” double
\epsilon^{\mathrm{bleak}TE}_{3, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-1T-1E-fit” property“bleak-epsilon-3-1T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-1T-2E” property “bleak-epsilon-3-1T-2E” double
\epsilon^{\mathrm{bleak}TE}_{3, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-1T-2E-fit” property“bleak-epsilon-3-1T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-2E-2E” property “bleak-epsilon-3-2E-2E” double
\epsilon^{\mathrm{bleak}EE}_{3, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-2E-2E-fit” property“bleak-epsilon-3-2E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{3, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-3-2T-2E” property “bleak-epsilon-3-2T-2E” double
\epsilon^{\mathrm{bleak}TE}_{3, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-3-2T-2E-fit” property“bleak-epsilon-3-2T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{3, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0E-0E” property “bleak-epsilon-4-0E-0E” double
\epsilon^{\mathrm{bleak}EE}_{4, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0E-0E-fit” property“bleak-epsilon-4-0E-0E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0E-1E” property “bleak-epsilon-4-0E-1E” double
\epsilon^{\mathrm{bleak}EE}_{4, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0E-1E-fit” property“bleak-epsilon-4-0E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0E-2E” property “bleak-epsilon-4-0E-2E” double
\epsilon^{\mathrm{bleak}EE}_{4, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0E-2E-fit” property“bleak-epsilon-4-0E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0T-0E” property “bleak-epsilon-4-0T-0E” double
\epsilon^{\mathrm{bleak}TE}_{4, 100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0T-0E-fit” property“bleak-epsilon-4-0T-0E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0T-1E” property “bleak-epsilon-4-0T-1E” double
\epsilon^{\mathrm{bleak}TE}_{4, 100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0T-1E-fit” property“bleak-epsilon-4-0T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-0T-2E” property “bleak-epsilon-4-0T-2E” double
\epsilon^{\mathrm{bleak}TE}_{4, 100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-0T-2E-fit” property“bleak-epsilon-4-0T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-1E-1E” property “bleak-epsilon-4-1E-1E” double
\epsilon^{\mathrm{bleak}EE}_{4, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-1E-1E-fit” property“bleak-epsilon-4-1E-1E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-1E-2E” property “bleak-epsilon-4-1E-2E” double
\epsilon^{\mathrm{bleak}EE}_{4, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-1E-2E-fit” property“bleak-epsilon-4-1E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-1T-1E” property “bleak-epsilon-4-1T-1E” double
\epsilon^{\mathrm{bleak}TE}_{4, 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-1T-1E-fit” property“bleak-epsilon-4-1T-1E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-1T-2E” property “bleak-epsilon-4-1T-2E” double
\epsilon^{\mathrm{bleak}TE}_{4, 143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-1T-2E-fit” property“bleak-epsilon-4-1T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-2E-2E” property “bleak-epsilon-4-2E-2E” double
\epsilon^{\mathrm{bleak}EE}_{4, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-2E-2E-fit” property“bleak-epsilon-4-2E-2E-fit” gboolean
\epsilon^{\mathrm{bleak}EE}_{4, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“bleak-epsilon-4-2T-2E” property “bleak-epsilon-4-2T-2E” double
\epsilon^{\mathrm{bleak}TE}_{4, 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0
“bleak-epsilon-4-2T-2E-fit” property“bleak-epsilon-4-2T-2E-fit” gboolean
\epsilon^{\mathrm{bleak}TE}_{4, 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“calib-100P” property “calib-100P” double
c_{100P}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“calib-100P-fit” property“calib-100P-fit” gboolean
c_{100P}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“calib-143P” property “calib-143P” double
c_{143P}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“calib-143P-fit” property“calib-143P-fit” gboolean
c_{143P}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“calib-217P” property “calib-217P” double
c_{217P}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1
“calib-217P-fit” property“calib-217P-fit” gboolean
c_{217P}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-100” property “galf-EE-A-100” double
A^{\mathrm{dust}EE}_{100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.06
“galf-EE-A-100-143” property “galf-EE-A-100-143” double
A^{\mathrm{dust}EE}_{100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.05
“galf-EE-A-100-143-fit” property“galf-EE-A-100-143-fit” gboolean
A^{\mathrm{dust}EE}_{100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-100-217” property “galf-EE-A-100-217” double
A^{\mathrm{dust}EE}_{100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.11
“galf-EE-A-100-217-fit” property“galf-EE-A-100-217-fit” gboolean
A^{\mathrm{dust}EE}_{100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-100-fit” property“galf-EE-A-100-fit” gboolean
A^{\mathrm{dust}EE}_{100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-143” property “galf-EE-A-143” double
A^{\mathrm{dust}EE}_{143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.1
“galf-EE-A-143-217” property “galf-EE-A-143-217” double
A^{\mathrm{dust}EE}_{143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.24
“galf-EE-A-143-217-fit” property“galf-EE-A-143-217-fit” gboolean
A^{\mathrm{dust}EE}_{143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-143-fit” property“galf-EE-A-143-fit” gboolean
A^{\mathrm{dust}EE}_{143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-A-217” property “galf-EE-A-217” double
A^{\mathrm{dust}EE}_{217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.72
“galf-EE-A-217-fit” property“galf-EE-A-217-fit” gboolean
A^{\mathrm{dust}EE}_{217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-EE-index” property “galf-EE-index” double
n^{\mathrm{dust}EE}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: -2.4
“galf-EE-index-fit” property“galf-EE-index-fit” gboolean
n^{\mathrm{dust}EE}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-100” property “galf-TE-A-100” double
A^{\mathrm{dust}TE}_{100}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.14
“galf-TE-A-100-143” property “galf-TE-A-100-143” double
A^{\mathrm{dust}TE}_{100 \times 143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.12
“galf-TE-A-100-143-fit” property“galf-TE-A-100-143-fit” gboolean
A^{\mathrm{dust}TE}_{100 \times 143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-100-217” property “galf-TE-A-100-217” double
A^{\mathrm{dust}TE}_{100 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.3
“galf-TE-A-100-217-fit” property“galf-TE-A-100-217-fit” gboolean
A^{\mathrm{dust}TE}_{100 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-100-fit” property“galf-TE-A-100-fit” gboolean
A^{\mathrm{dust}TE}_{100}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-143” property “galf-TE-A-143” double
A^{\mathrm{dust}TE}_{143}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.24
“galf-TE-A-143-217” property “galf-TE-A-143-217” double
A^{\mathrm{dust}TE}_{143 \times 217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 0.6
“galf-TE-A-143-217-fit” property“galf-TE-A-143-217-fit” gboolean
A^{\mathrm{dust}TE}_{143 \times 217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-143-fit” property“galf-TE-A-143-fit” gboolean
A^{\mathrm{dust}TE}_{143}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-A-217” property “galf-TE-A-217” double
A^{\mathrm{dust}TE}_{217}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: 1.8
“galf-TE-A-217-fit” property“galf-TE-A-217-fit” gboolean
A^{\mathrm{dust}TE}_{217}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE
“galf-TE-index” property “galf-TE-index” double
n^{\mathrm{dust}TE}.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: -2.4
“galf-TE-index-fit” property“galf-TE-index-fit” gboolean
n^{\mathrm{dust}TE}:fit.
Owner: NcPlanckFICorTTTEEE
Flags: Read / Write
Default value: FALSE