changa/html/cosmo_8h_source.html

#ifndef COSMO_HINCLUDED

#define COSMO_HINCLUDED


#if defined(__cplusplus)

extern "C" {

#endif

/* Cosmo routines originally written for PKDGRAV by Thomas Quinn */


typedef struct csmContext {

    int bComove;

    double dHubble0;

    double dOmega0;

    double dLambda;

    double dOmegaRad;

    double dQuintess; /* w = -1/2 equation of  state */

    double dOmegab;

    } * CSM;


void csmInitialize(CSM *pcsm);

double csmExp2Hub(CSM csm, double dExp);

double csmTime2Hub(CSM csm,double dTime);

double csmExp2Time(CSM csm,double dExp);

double csmTime2Exp(CSM csm,double dTime);

double csmComoveDriftInt(CSM csm, double dIExp);

double csmComoveKickInt(CSM csm, double dIExp);

double csmComoveDriftFac(CSM csm,double dTime,double dDelta);

double csmComoveKickFac(CSM csm,double dTime,double dDelta);

double csmComoveLookbackTime2Exp(CSM csm,double dComoveTime);

double csmGrowthFac(CSM csm, double dExp);

double csmGrowthFacDot(CSM csm, double dExp);

double csmExp2Om(CSM csm, double dExp);

#if defined(__cplusplus)

}


#include "pup_stl.h"


inline void operator|(PUP::er &p, struct csmContext &csm) {

    p|csm.bComove;

    p|csm.dHubble0;

    p|csm.dOmega0;

    p|csm.dLambda;

    p|csm.dOmegaRad;

    p|csm.dQuintess;

    p|csm.dOmegab;

    }


#endif


#endif

csmContext
Cosmological parameters.
Definition cosmo.h:10