Class
NumCosmoPowspecMLTransfer
Description [src]
final class NumCosmo.PowspecMLTransfer : NumCosmo.PowspecML
{
/* No available fields */
}Class for linear matter power spectrum from a transfer function.
Provides a linear matter power spectrum as a function of mode $k$ and redshift $z$
using a transfer function $T(k)$ NcTransferFunc and the growth function $D(z)$
NcGrowthFunc, $$P(k, z) = P_{\text{prim}} (k) T(k)^2 D(z)^2,$$ where
$P_{\text{prim}} (k)$ is the primordial power spectrum NcHIPrim.
Instance methods
Methods inherited from NcPowspecML (2)
nc_powspec_ml_free
Atomically decrements the reference count of ps_ml by one.
If the reference count drops to 0, all memory allocated by ps_ml is released.
nc_powspec_ml_ref
Increases the reference count of ps_ml by one atomically.
Methods inherited from NcmPowspec (29)
Please see NcmPowspec for a full list of methods.
Properties
Properties inherited from NcPowspecML (4)
NumCosmo.PowspecML:kmax
The maximum mode (wave-number) value to compute $P(k,z)$.
NumCosmo.PowspecML:kmin
The minimum mode (wave-number) value to compute $P(k,z)$.
NumCosmo.PowspecML:zf
The final time (redshift) to compute $P(k,z)$.
NumCosmo.PowspecML:zi
The initial time (redshift) to compute $P(k,z)$.
Properties inherited from NcmPowspec (5)
NumCosmoMath.Powspec:kmax
The maximum mode (wave-number) value to compute $P(k,z)$.
NumCosmoMath.Powspec:kmin
The minimum mode (wave-number) value to compute $P(k,z)$.
NumCosmoMath.Powspec:reltol
The relative tolerance on the interpolation error.
NumCosmoMath.Powspec:zf
The final time (redshift) to compute $P(k,z)$.
NumCosmoMath.Powspec:zi
The initial time (redshift) to compute $P(k,z)$.
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.