Class
NumCosmoGalaxySDShape
Description [src]
class NumCosmo.GalaxySDShape : NumCosmoMath.Model
{
/* No available fields */
}
Class describing galaxy sample shape distribution.
This class describes a galaxy sample shape distribution. It is composed by a distribution $P(s)$.
Functions
nc_galaxy_sd_shape_clear
Decreases the reference count of gsds by one, and sets the pointer *gsds to
NULL.
Instance methods
nc_galaxy_sd_shape_apply_shear
Applies the reduced shear g to the intrinsic ellipticity E, storing the resulting
observed ellipticity in E_obs. The transformation depends on the
NcGalaxySDShapeEllipsisType configured in gsds.
nc_galaxy_sd_shape_apply_shear_inv
Applies the inverse shear transformation using g to recover the intrinsic
ellipticity E from the observed ellipticity E_obs. The transformation depends
on the NcGalaxySDShapeEllipsisType configured in gsds.
nc_galaxy_sd_shape_direct_estimate
Computes the estimate of the galaxy shape using the direct method.
nc_galaxy_sd_shape_gen
Generates a new galaxy shape. The NcGalaxySDShapeData object data must be
initialized before calling this method.
nc_galaxy_sd_shape_lndet_jac
Computes the natural logarithm of the absolute value of the Jacobian determinant of the transformation from intrinsic to observed ellipticity.
nc_galaxy_sd_shape_prepare_data_array
Prepares the matrix to compute the probability density of the observable shape.
Properties
Properties inherited from NcmModel (9)
NumCosmoMath.Model:implementation
NumCosmoMath.Model:name
NumCosmoMath.Model:nick
NumCosmoMath.Model:params-types
NumCosmoMath.Model:reparam
NumCosmoMath.Model:scalar-params-len
NumCosmoMath.Model:sparam-array
NumCosmoMath.Model:submodel-array
NumCosmoMath.Model:vector-params-len
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.
Class structure
struct NumCosmoGalaxySDShapeClass {
void (* gen) (
NcGalaxySDShape* gsds,
NcmMSet* mset,
NcGalaxySDShapeData* data,
NcmRNG* rng
);
NcGalaxySDShapeIntegrand* (* integ) (
NcGalaxySDShape* gsds,
gboolean use_lnp
);
gboolean (* prepare_data_array) (
NcGalaxySDShape* gsds,
NcmMSet* mset,
GPtrArray* data_array
);
void (* data_init) (
NcGalaxySDShape* gsds,
NcGalaxySDPositionData* sdpos_data,
NcGalaxySDShapeData* data
);
void (* direct_estimate) (
NcGalaxySDShape* gsds,
NcmMSet* mset,
GPtrArray* data_array,
gdouble* gt,
gdouble* gx,
gdouble* sigma_t,
gdouble* sigma_x,
gdouble* rho
);
}
No description available.
Class members
gen: void (* gen) ( NcGalaxySDShape* gsds, NcmMSet* mset, NcGalaxySDShapeData* data, NcmRNG* rng )No description available.
integ: NcGalaxySDShapeIntegrand* (* integ) ( NcGalaxySDShape* gsds, gboolean use_lnp )No description available.
prepare_data_array: gboolean (* prepare_data_array) ( NcGalaxySDShape* gsds, NcmMSet* mset, GPtrArray* data_array )No description available.
data_init: void (* data_init) ( NcGalaxySDShape* gsds, NcGalaxySDPositionData* sdpos_data, NcGalaxySDShapeData* data )No description available.
direct_estimate: void (* direct_estimate) ( NcGalaxySDShape* gsds, NcmMSet* mset, GPtrArray* data_array, gdouble* gt, gdouble* gx, gdouble* sigma_t, gdouble* sigma_x, gdouble* rho )No description available.
Virtual methods
NumCosmo.GalaxySDShapeClass.direct_estimate
Computes the estimate of the galaxy shape using the direct method.
NumCosmo.GalaxySDShapeClass.gen
Generates a new galaxy shape. The NcGalaxySDShapeData object data must be
initialized before calling this method.
NumCosmo.GalaxySDShapeClass.prepare_data_array
Prepares the matrix to compute the probability density of the observable shape.