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| double | A-cib-217 | Read / Write |
| gboolean | A-cib-217-fit | Read / Write |
| double | A-planck | Read / Write |
| gboolean | A-planck-fit | Read / Write |
| double | A-sbpx-100-100-TT | Read / Write |
| gboolean | A-sbpx-100-100-TT-fit | Read / Write |
| double | A-sbpx-143-143-TT | Read / Write |
| gboolean | A-sbpx-143-143-TT-fit | Read / Write |
| double | A-sbpx-143-217-TT | Read / Write |
| gboolean | A-sbpx-143-217-TT-fit | Read / Write |
| double | A-sbpx-217-217-TT | Read / Write |
| gboolean | A-sbpx-217-217-TT-fit | Read / Write |
| double | A-sz | Read / Write |
| gboolean | A-sz-fit | Read / Write |
| double | calib-100T | Read / Write |
| gboolean | calib-100T-fit | Read / Write |
| double | calib-217T | Read / Write |
| gboolean | calib-217T-fit | Read / Write |
| double | cib-index | Read / Write |
| gboolean | cib-index-fit | Read / Write |
| double | gal545-A-100 | Read / Write |
| gboolean | gal545-A-100-fit | Read / Write |
| double | gal545-A-143 | Read / Write |
| double | gal545-A-143-217 | Read / Write |
| gboolean | gal545-A-143-217-fit | Read / Write |
| gboolean | gal545-A-143-fit | Read / Write |
| double | gal545-A-217 | Read / Write |
| gboolean | gal545-A-217-fit | Read / Write |
| double | ksz-norm | Read / Write |
| gboolean | ksz-norm-fit | Read / Write |
| double | ps-A-100-100 | Read / Write |
| gboolean | ps-A-100-100-fit | Read / Write |
| double | ps-A-143-143 | Read / Write |
| gboolean | ps-A-143-143-fit | Read / Write |
| double | ps-A-143-217 | Read / Write |
| gboolean | ps-A-143-217-fit | Read / Write |
| double | ps-A-217-217 | Read / Write |
| gboolean | ps-A-217-217-fit | Read / Write |
| double | xi-sz-cib | Read / Write |
| gboolean | xi-sz-cib-fit | Read / Write |
GEnum ╰── NcPlanckFICorTTSParams 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_tt_add_gal_priors (NcmLikelihood *lh,NcmVector *mean,NcmVector *sigma);
Add the galaxy dust Gaussian priors using mean
and sigma
as mean and standard deviation.
void nc_planck_fi_cor_tt_add_calib_priors (NcmLikelihood *lh,NcmVector *mean,NcmVector *sigma);
Add the calibration Gaussian priors using mean
and sigma
as mean and standard deviation.
void nc_planck_fi_cor_tt_add_sz_prior (NcmLikelihood *lh,gdouble f_tSZ,gdouble mean,gdouble sigma);
Add the SZ prior as described in Planck 2015 results XI (2015), see also Planck 2018 results V (2019) Eq. (23), The prior is given by a $\chi^2$ factor in the form $$\frac{(A^{\mathrm{kSZ}} + f_\mathrm{tSZ} A^{\mathrm{tSZ}} - \mu)^2}{\sigma^2}.$$
void
nc_planck_fi_cor_tt_add_default_gal_priors
(NcmLikelihood *lh);
Add the galaxy dust priors as described in Planck 2015 results XI (2015). It uses the default values.
void
nc_planck_fi_cor_tt_add_default_calib_priors
(NcmLikelihood *lh);
Add the calibration priors as described in Planck 2015 results XI (2015). It uses the default values.
void
nc_planck_fi_cor_tt_add_default_sz_prior
(NcmLikelihood *lh);
Add the SZ prior as described in Planck 2015 results XI (2015). The prior is given by a $\chi^2$ factor in the form $$\frac{(A^{\mathrm{kSZ}} + f_\mathrm{tSZ} A^{\mathrm{tSZ}} - \mu)^2}{\sigma^2}.$$ It uses the default values.
void
nc_planck_fi_cor_tt_add_default18_gal_priors
(NcmLikelihood *lh);
Add the galaxy dust priors as described in Planck 2018 results V (2019). It uses the default values.
void
nc_planck_fi_cor_tt_add_default18_calib_priors
(NcmLikelihood *lh);
Add the calibration priors as described in Planck 2018 results V (2019). It uses the default values.
void
nc_planck_fi_cor_tt_add_default18_sz_prior
(NcmLikelihood *lh);
Add the SZ prior as described in Planck 2018 results V (2019).
void
nc_planck_fi_cor_tt_add_all_default_priors
(NcmLikelihood *lh);
Adds all default priors above:
nc_planck_fi_cor_tt_add_default_gal_priors()
nc_planck_fi_cor_tt_add_default_calib_priors()
nc_planck_fi_cor_tt_add_default_sz_prior()
void
nc_planck_fi_cor_tt_add_all_default18_priors
(NcmLikelihood *lh);
Adds all default priors above:
nc_planck_fi_cor_tt_add_default18_gal_priors()
nc_planck_fi_cor_tt_add_default18_calib_priors()
nc_planck_fi_cor_tt_add_default18_sz_prior()
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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Contribution of CIB power to $\mathcal{D}^{217}_{3000}$ at the Planck CMB frequency for $217\,$GHz (in $\mu\mathrm{K}^2$) |
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The effective slope of the CIB spectrum |
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Correlation coefficient between the CIB and tSZ |
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Contribution of tSZ to $\mathcal{D}_{3000}^{143\times 143}$ at $143\,$GHz (in $\mu\mathrm{K}^2$) |
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Contribution of Poisson point-source power to $\mathcal{D}^{100\times 100}_{3000}$ for Planck (in $\mu\mathrm{K}^2$) |
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Contribution of Poisson point-source power to $\mathcal{D}^{143\times 143}_{3000}$ for Planck (in $\mu\mathrm{K}^2$) |
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Contribution of Poisson point-source power to $\mathcal{D}^{143\times 217}_{3000}$ for Planck (in $\mu\mathrm{K}^2$) |
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Contribution of Poisson point-source power to $\mathcal{D}^{217\times 217}_{3000}$ for Planck (in $\mu\mathrm{K}^2$) |
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Contribution of kSZ to $\mathcal{D}_{3000}$ (in $\mu\mathrm{K}^2$) |
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Amplitude of Galactic dust power at $\ell=200$ at $100\,$GHz (in $\mu\mathrm{K}^2$) |
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Amplitude of Galactic dust power at $\ell=200$ at $143\,$GHz (in $\mu\mathrm{K}^2$) |
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Amplitude of Galactic dust power at $\ell=200$ at $143\times 217\,$GHz (in $\mu\mathrm{K}^2$) |
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Amplitude of Galactic dust power at $\ell=200$ at $217\,$GHz (in $\mu\mathrm{K}^2$) |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $100 \times 100$ TT |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $143 \times 143$ TT |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $143 \times 217$ TT |
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A rescaling amplitude for the subpixel effects $\ell=200$ in $217 \times 217$ TT |
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Power spectrum calibration for the $100\,$GHz |
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Power spectrum calibration for the $217\,$GHz |
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Absolute map calibration for Planck |
#define NC_PLANCK_FI_COR_TT_DEFAULT_gal545_A_143_217 (21.0)
#define NC_PLANCK_FI_COR_TT_DEFAULT_A_sbpx_100_100_TT (1.0)
#define NC_PLANCK_FI_COR_TT_DEFAULT_A_sbpx_143_143_TT (1.0)
#define NC_PLANCK_FI_COR_TT_DEFAULT_A_sbpx_143_217_TT (1.0)
#define NC_PLANCK_FI_COR_TT_DEFAULT_A_sbpx_217_217_TT (1.0)
“A-cib-217” property “A-cib-217” double
A^{\mathrm{CIB}}_{217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 100
“A-cib-217-fit” property“A-cib-217-fit” gboolean
A^{\mathrm{CIB}}_{217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-planck” property “A-planck” double
y_{\mathrm{cal}}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 1
“A-planck-fit” property“A-planck-fit” gboolean
y_{\mathrm{cal}}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-sbpx-100-100-TT” property “A-sbpx-100-100-TT” double
A^{\mathrm{sbpx}TT}_{100 \times 100}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 1
“A-sbpx-100-100-TT-fit” property“A-sbpx-100-100-TT-fit” gboolean
A^{\mathrm{sbpx}TT}_{100 \times 100}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-sbpx-143-143-TT” property “A-sbpx-143-143-TT” double
A^{\mathrm{sbpx}TT}_{143 \times 143}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 1
“A-sbpx-143-143-TT-fit” property“A-sbpx-143-143-TT-fit” gboolean
A^{\mathrm{sbpx}TT}_{143 \times 143}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-sbpx-143-217-TT” property “A-sbpx-143-217-TT” double
A^{\mathrm{sbpx}TT}_{143 \times 217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 1
“A-sbpx-143-217-TT-fit” property“A-sbpx-143-217-TT-fit” gboolean
A^{\mathrm{sbpx}TT}_{143 \times 217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-sbpx-217-217-TT” property “A-sbpx-217-217-TT” double
A^{\mathrm{sbpx}TT}_{217 \times 217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 1
“A-sbpx-217-217-TT-fit” property“A-sbpx-217-217-TT-fit” gboolean
A^{\mathrm{sbpx}TT}_{217 \times 217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“A-sz” property “A-sz” double
A^{\mathrm{tSZ}}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 5
“A-sz-fit” property“A-sz-fit” gboolean
A^{\mathrm{tSZ}}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“calib-100T” property “calib-100T” double
c_{100}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 0.999
“calib-100T-fit” property“calib-100T-fit” gboolean
c_{100}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“calib-217T” property “calib-217T” double
c_{217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 0.99501
“calib-217T-fit” property“calib-217T-fit” gboolean
c_{217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“cib-index” property “cib-index” double
n^{\mathrm{CIB}}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: -1.3
“cib-index-fit” property“cib-index-fit” gboolean
n^{\mathrm{CIB}}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“gal545-A-100” property “gal545-A-100” double
A^{\mathrm{dust}TT}_{100}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 7
“gal545-A-100-fit” property“gal545-A-100-fit” gboolean
A^{\mathrm{dust}TT}_{100}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“gal545-A-143” property “gal545-A-143” double
A^{\mathrm{dust}TT}_{143}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 9
“gal545-A-143-217” property “gal545-A-143-217” double
A^{\mathrm{dust}TT}_{143 \times 217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 21
“gal545-A-143-217-fit” property“gal545-A-143-217-fit” gboolean
A^{\mathrm{dust}TT}_{143 \times 217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“gal545-A-143-fit” property“gal545-A-143-fit” gboolean
A^{\mathrm{dust}TT}_{143}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“gal545-A-217” property “gal545-A-217” double
A^{\mathrm{dust}TT}_{217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 80
“gal545-A-217-fit” property“gal545-A-217-fit” gboolean
A^{\mathrm{dust}TT}_{217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“ksz-norm” property “ksz-norm” double
A^{\mathrm{kSZ}}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 5
“ksz-norm-fit” property“ksz-norm-fit” gboolean
A^{\mathrm{kSZ}}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“ps-A-100-100” property “ps-A-100-100” double
A^{\mathrm{PS}}_{100}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 200
“ps-A-100-100-fit” property“ps-A-100-100-fit” gboolean
A^{\mathrm{PS}}_{100}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“ps-A-143-143” property “ps-A-143-143” double
A^{\mathrm{PS}}_{143}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 200
“ps-A-143-143-fit” property“ps-A-143-143-fit” gboolean
A^{\mathrm{PS}}_{143}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“ps-A-143-217” property “ps-A-143-217” double
A^{\mathrm{PS}}_{143\times 217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 200
“ps-A-143-217-fit” property“ps-A-143-217-fit” gboolean
A^{\mathrm{PS}}_{143\times 217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“ps-A-217-217” property “ps-A-217-217” double
A^{\mathrm{PS}}_{217}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 200
“ps-A-217-217-fit” property“ps-A-217-217-fit” gboolean
A^{\mathrm{PS}}_{217}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE
“xi-sz-cib” property “xi-sz-cib” double
\xi^{\mathrm{tSZ}\times \mathrm{CIB}}.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: 0.5
“xi-sz-cib-fit” property“xi-sz-cib-fit” gboolean
\xi^{\mathrm{tSZ}\times \mathrm{CIB}}:fit.
Owner: NcPlanckFICorTT
Flags: Read / Write
Default value: FALSE