Class
NumCosmoHIPertBoltzmannStd
Description [src]
class NumCosmo.HIPertBoltzmannStd : NumCosmo.HIPertBoltzmann
{
/* No available fields */
}Perturbations object for standard Boltzmann hierarchy model.
This object is a subclass of NcHIPertBoltzmann and is designed to implement the
perturbations for the standard Boltzmann hierarchy model.
Constructors
nc_hipert_boltzmann_std_new
Creates a new NcHIPertBoltzmannStd object for solving the standard Boltzmann
hierarchy up to multipole lmax.
Instance methods
Methods inherited from NcHIPertBoltzmann (35)
Please see NcHIPertBoltzmann for a full list of methods.
Methods inherited from NcHIPert (11)
nc_hipert_get_abstol
Gets the value of the relative tolerance.
nc_hipert_get_mode_k
Gets the value of the mode $k$.
nc_hipert_get_reltol
Gets the value of the relative tolerance.
nc_hipert_prepared
nc_hipert_reset_solver
Destroy and recreates the solver.
nc_hipert_set_abstol
Sets the value of the absolute tolerance.
nc_hipert_set_mode_k
Sets the value of the mode to be computed.
nc_hipert_set_prepared
Sets the object to prepared.
nc_hipert_set_reltol
Sets the value of the relative tolerance.
nc_hipert_set_stiff_solver
Sets the ode algorithm to use.
nc_hipert_set_sys_size
Sets the system size.
Properties
Properties inherited from NcHIPertBoltzmann (12)
NumCosmo.HIPertBoltzmann:BB-l-max
NumCosmo.HIPertBoltzmann:EB-l-max
NumCosmo.HIPertBoltzmann:EE-l-max
NumCosmo.HIPertBoltzmann:PHIPHI-l-max
NumCosmo.HIPertBoltzmann:TB-l-max
NumCosmo.HIPertBoltzmann:TE-l-max
NumCosmo.HIPertBoltzmann:TT-l-max
NumCosmo.HIPertBoltzmann:calc-transfer
NumCosmo.HIPertBoltzmann:recomb
NumCosmo.HIPertBoltzmann:target-Cls
NumCosmo.HIPertBoltzmann:use-lensed-Cls
NumCosmo.HIPertBoltzmann:use-tensor
Properties inherited from NcHIPert (5)
NumCosmo.HIPert:abstol
NumCosmo.HIPert:alphai
NumCosmo.HIPert:k
NumCosmo.HIPert:reltol
NumCosmo.HIPert:sys-size
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.