Interface

NumCosmoHIPertIAdiab

Description

interface NumCosmo.HIPertIAdiab : GObject.Object

No description available.

Prerequisite

In order to implement HIPertIAdiab, your type must inherit fromGObject.

Implementations

Instance methods

nc_hipert_iadiab_eval_F1

Computes the value of $F_1 = \dot{\xi}/(2\nu)$.

nc_hipert_iadiab_eval_hubble

Evaluates the Hubble function at a given time $\tau$.

nc_hipert_iadiab_eval_lapse

Evaluates the lapse function at a given time $\tau$.

nc_hipert_iadiab_eval_m

Computes the value of $m$.

nc_hipert_iadiab_eval_nu

Computes the value of $\nu$.

nc_hipert_iadiab_eval_p2Psi

Evaluates the conversion factor to convert the momentum of the adiabatic mode to the gauge invariant variable $\Psi$.

nc_hipert_iadiab_eval_p2drho

Evaluates the conversion factor to convert the momentum of the adiabatic mode to the gauge invariant variable $\delta\rho$.

nc_hipert_iadiab_eval_tau_hubble

Evaluates the time at where the Hubble radius is equal to the wave number $k$.

nc_hipert_iadiab_eval_tau_jeans

Evaluates the time at where the Jeans scale is equal to the wave number $k$.

nc_hipert_iadiab_eval_unit

Numerical factor for the power spectrum of the adiabatic mode.

nc_hipert_iadiab_eval_x

Evaluates the value of $x = a_0/a$ at a given time $\tau$.

nc_hipert_iadiab_eval_xi

Computes the value of $\xi = \ln(m\nu)$.

Interface structure

struct NumCosmoHIPertIAdiabInterface {
  gdouble (* eval_xi) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_F1) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_nu) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_m) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_unit) (
    NcHIPertIAdiab* iad
  );
  gdouble (* eval_x) (
    NcHIPertIAdiab* iad,
    const gdouble tau
  );
  gdouble (* eval_p2Psi) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_p2drho) (
    NcHIPertIAdiab* iad,
    const gdouble tau,
    const gdouble k
  );
  gdouble (* eval_lapse) (
    NcHIPertIAdiab* iad,
    const gdouble tau
  );
  gdouble (* eval_tau_hubble) (
    NcHIPertIAdiab* iad,
    const gdouble k
  );
  gdouble (* eval_tau_jeans) (
    NcHIPertIAdiab* iad,
    const gdouble k
  );
  gdouble (* eval_hubble) (
    NcHIPertIAdiab* iad,
    const gdouble tau
  );
  
}

No description available.

Interface members

`eval_xi`	`gdouble (* eval_xi) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_F1`	`gdouble (* eval_F1) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_nu`	`gdouble (* eval_nu) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_m`	`gdouble (* eval_m) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_unit`	`gdouble (* eval_unit) ( NcHIPertIAdiab* iad )`
	No description available.
`eval_x`	`gdouble (* eval_x) ( NcHIPertIAdiab* iad, const gdouble tau )`
	No description available.
`eval_p2Psi`	`gdouble (* eval_p2Psi) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_p2drho`	`gdouble (* eval_p2drho) ( NcHIPertIAdiab* iad, const gdouble tau, const gdouble k )`
	No description available.
`eval_lapse`	`gdouble (* eval_lapse) ( NcHIPertIAdiab* iad, const gdouble tau )`
	No description available.
`eval_tau_hubble`	`gdouble (* eval_tau_hubble) ( NcHIPertIAdiab* iad, const gdouble k )`
	No description available.
`eval_tau_jeans`	`gdouble (* eval_tau_jeans) ( NcHIPertIAdiab* iad, const gdouble k )`
	No description available.
`eval_hubble`	`gdouble (* eval_hubble) ( NcHIPertIAdiab* iad, const gdouble tau )`
	No description available.