NumCosmoClusterMassSelection

Atomically decrements the reference count of clusterm by one. If the reference count drops to 0, all memory allocated by clusterm is released.

It computes the clusterm probability distribution of lnM lying in the range $[]$, namely, $$ intp = \int_{\ln M^{obs}{min}}^{\ln M^{obs}{max}} p \, d\ln M^{obs},$$ where $p$ is [nc_cluster_mass_p()].

Computes the integrated probability over the observed mass bin.

Computes the mass limits for the cluster abundance calculation. The function which will call this one is responsible to allocate memory for lnM_lower and lnM_upper.

Computes the probability distribution $P(\ln M_{\mathrm{obs}}|\ln M, z)$.

Computes the integration limits for the true mass given the observed mass bin boundaries.

Computes the integration limits for the true mass given the observed mass and its parameters.

This method computes the probability distribution of lnM for each redshift in z given the true mass lnM and the observed mass proxies lnM_obs and their parameters lnM_obs_params.

This function computes the i-th term of the posterior given flat priors for the selection function and mass function. See function nc_cluster_pseudo_counts_posterior_ndetone().

Compute the joint probability density used internally by the PL-CL mass model. Integrals in $M_{sz}$ and $M_l$ are performed in the dimensionless quantities $\ln (M_{sz} / M_0)$ and $\ln (M_l / M_0)$, respectively. The Gaussian distributions between $M_{Pl}$ and $M_{CL}$ are written in terms of the dimensionless quantities $M_{Pl}/M_0$, $M_{CL}/M_0$, $\sigma_{Pl}/M_0$ and $\sigma_{CL}/M_0$.

Increases the reference count of clusterm by one.

Generates a random sample of the observed mass proxies given the true mass and redshift.

Generates a random sample of the observed mass proxies given the true mass and redshift. This is a convenience wrapper around nc_cluster_mass_resample() that uses NcmVector for proper Python bindings support.

Computes the effective volume in the observable mass space.

Please see NcmModel for a full list of methods.

Please see GObject for a full list of methods.