Class
NumCosmoDataClusterNCount
Description [src]
class NumCosmo.DataClusterNCount : NumCosmoMath.Data
{
/* No available fields */
}Cluster number count data.
A likelihood function for cluster number count data.
Functions
nc_data_cluster_ncount_clear
If ncount is not NULL, decreases the reference count of the NcDataClusterNCount.
If the reference count reaches zero, the NcDataClusterNCount is freed.
Sets the ncount to NULL.
Instance methods
nc_data_cluster_ncount_add_bin
Adds a new bin using the lower and upper bounds defined in
(lnM_obs_lb, lnM_obs_ub), (z_obs_lb z_obs_ub). Optionally, population-level
observational parameters can be specified for the bin via lnM_obs_params and z_obs_params.
If NULL, no population systematics are assumed for this bin.
nc_data_cluster_ncount_bin_data
Bin the current data present in ncount. The bins must
be already set.
nc_data_cluster_ncount_free
Decreases the reference count of the NcDataClusterNCount.
If the reference count reaches zero, the NcDataClusterNCount is freed.
nc_data_cluster_ncount_get_lnM_obs_params
Gets the matrix containing the mass observables parameters.
nc_data_cluster_ncount_get_z_obs_params
Gets the matrix containing the redshift observables parameters.
nc_data_cluster_ncount_init_from_sampling
Initialize ncount from a sampling using mset as the fiducial model.
The area of the survey is area_survey in units of square degrees.
The random number generator rng is used to sample the data.
nc_data_cluster_ncount_lnM_obs_len
Number of doubles to describe the observational data related to the mass of each object.
nc_data_cluster_ncount_lnM_obs_params_len
Number of doubles to describe the observational data parameters related mass to each object.
nc_data_cluster_ncount_set_lnM_obs_bins
Sets array of NcmVector‘s representing the lower and upper bounds
of each bin.
nc_data_cluster_ncount_set_lnM_obs_bins_params
Sets array of NcmVector‘s representing the observational parameters
for each mass bin.
nc_data_cluster_ncount_set_lnM_obs_params
Sets the matrix m representing the cluster mass-observable parameters.
nc_data_cluster_ncount_set_lnM_true
Sets the vector v containing the values of the clusters true masses.
nc_data_cluster_ncount_set_z_obs_bins
Sets array of NcmVector‘s representing the lower and upper bounds
of each bin.
nc_data_cluster_ncount_set_z_obs_bins_params
Sets array of NcmVector‘s representing the observational parameters
for each redshift bin.
nc_data_cluster_ncount_set_z_obs_params
Sets the matrix m representing the cluster redshift observable parameters.
nc_data_cluster_ncount_set_z_true
Sets the vector v containing the true redshift values of the clusters.
nc_data_cluster_ncount_z_obs_len
Number of doubles to describe the observational data related to the redshift of each object.
Properties
Properties inherited from NcmData (5)
NumCosmoMath.Data:bootstrap
The NcmData bootstrap object if any.
NumCosmoMath.Data:desc
Description of the data object.
NumCosmoMath.Data:init
NumCosmoMath.Data:long-desc
Description of the data object.
NumCosmoMath.Data:name
Name of the data object.
Signals
Signals inherited from GObject (1)
GObject::notify
The notify signal is emitted on an object when one of its properties has its value set through g_object_set_property(), g_object_set(), et al.