nc_hipert_iem_eval_xi ()

gdouble
nc_hipert_iem_eval_xi (NcHIPertIEM *iem,
                       const gdouble tau,
                       const gdouble k);

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

nc_hipert_iem_eval_F1 ()

gdouble
nc_hipert_iem_eval_F1 (NcHIPertIEM *iem,
                       const gdouble tau,
                       const gdouble k);

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

nc_hipert_iem_eval_nu ()

gdouble
nc_hipert_iem_eval_nu (NcHIPertIEM *iem,
                       const gdouble tau,
                       const gdouble k);

Computes the value of $\nu$.

nc_hipert_iem_eval_m ()

gdouble
nc_hipert_iem_eval_m (NcHIPertIEM *iem,
                      const gdouble tau,
                      const gdouble k);

Computes the value of $m$.

nc_hipert_iem_eval_unit ()

gdouble
nc_hipert_iem_eval_unit (NcHIPertIEM *iem);

FIXME

nc_hipert_iem_eval_x ()

gdouble
nc_hipert_iem_eval_x (NcHIPertIEM *iem,
                      const gdouble tau);

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

nc_hipert_em_new ()

NcHIPertEM *
nc_hipert_em_new (void);

Creates a new NcHIPertEM object.

nc_hipert_em_ref ()

NcHIPertEM *
nc_hipert_em_ref (NcHIPertEM *pem);

Increases the reference count of pem .

nc_hipert_em_free ()

void
nc_hipert_em_free (NcHIPertEM *pem);

Decreases the reference count of pem .

nc_hipert_em_clear ()

void
nc_hipert_em_clear (NcHIPertEM **pem);

Decreases the reference count of *pem and sets *pem to NULL.

nc_hipert_em_set_k ()

void
nc_hipert_em_set_k (NcHIPertEM *pem,
                    const gdouble k);

Sets the mode $k$ for the gravitational wave perturbation mode.

nc_hipert_em_get_k ()

gdouble
nc_hipert_em_get_k (NcHIPertEM *pem);

Returns the mode $k$ for the gravitational wave perturbation mode.

nc_hipert_em_eval_PE_PB ()

void
nc_hipert_em_eval_PE_PB (NcHIPertEM *pem,
                         NcmModel *model,
                         const gdouble tau,
                         gdouble *PE,
                         gdouble *PB);

Evaluates the electric and magnetic field power spectra in units of Gauss squared $G_\mathrm{s}^2$.

NC_TYPE_HIPERT_IEM

#define NC_TYPE_HIPERT_IEM (nc_hipert_iem_get_type ())

NC_TYPE_HIPERT_EM

#define NC_TYPE_HIPERT_EM (nc_hipert_em_get_type ())

struct NcHIPertIEMInterface

struct NcHIPertIEMInterface {
};

enum NcHIPertEMVars

Perturbation variables enumerator.

NcHIPertEM

typedef struct _NcHIPertEM NcHIPertEM;

NcHIPertIEM

typedef struct _NcHIPertIEM NcHIPertIEM;

The “k” property

  “k”                        double

Wave number.

Owner: NcHIPertEM

Flags: Read / Write / Construct

Allowed values: >= 0

Default value: 1