standardPriorLibrary

Functions

bool tidal_love_boundary_violation(double q, double lambda_s)

double EA_current_constraints(bayesship::positionInfo *position, int dim, priorData *PD)

double chirpmass_eta_jac(double chirpmass, double eta)

double chirpmass_q_jac(double chirpmass, double q)

double aligned_spin_prior(double chi)

struct priorData

#include <standardPriorLibrary.h>

Public Members

double **mod_priors

double mass1_prior[2]

double mass2_prior[2]

double spin1_prior[2]

double spin2_prior[2]

double tidal1_prior[2]

double tidal2_prior[2]

double tidal_s_prior[2]

double diss_tidal1_prior[2]

double diss_tidal2_prior[2]

double EA_prior[6]

double RA_bounds[2]

double sinDEC_bounds[2]

bool tidal_love = true

bool tidal_love_error

bool alpha_param

double DL_prior[2]

double T_mcmc_gw_tool

double T_merger

double a1_prior[2]

double a2_prior[2]

double ctheta1_prior[2]

double ctheta2_prior[2]

double phi1_prior[2]

double phi2_prior[2]

class logPriorStandard_D : public bayesship::probabilityFn

#include <standardPriorLibrary.h>

Subclassed by logPriorStandard_D_NRT, logPriorStandard_D_mod

Public Functions

inline logPriorStandard_D(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

Public Members

priorData *PD = nullptr

class logPriorStandard_P : public bayesship::probabilityFn

#include <standardPriorLibrary.h>

Subclassed by logPriorStandard_P_NRT, logPriorStandard_P_mod

Public Functions

inline logPriorStandard_P(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

Public Members

priorData *PD = nullptr

class logPriorStandard_D_NRT : public logPriorStandard_D

#include <standardPriorLibrary.h>

Subclassed by logPriorStandard_D_NRT_EA, logPriorStandard_D_NRT_mod

Public Functions

inline logPriorStandard_D_NRT(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

/Brief Sampling on the log tidal_s (universal relations give you tidal_a)

class logPriorStandard_D_NRT_EA : public logPriorStandard_D_NRT

#include <standardPriorLibrary.h>

Public Functions

inline logPriorStandard_D_NRT_EA(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

/Brief Adding Einstein-Aether (AE) priors &#8212; more complicated as constraints are on functions of the AE parameters

class logPriorStandard_D_mod : public logPriorStandard_D

#include <standardPriorLibrary.h>

Public Functions

inline logPriorStandard_D_mod(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

/Brief For adding ppE priors to IMRPhenomD

class logPriorStandard_P_mod : public logPriorStandard_P

#include <standardPriorLibrary.h>

Public Functions

inline logPriorStandard_P_mod(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

class logPriorStandard_D_NRT_mod : public logPriorStandard_D_NRT

#include <standardPriorLibrary.h>

Public Functions

inline logPriorStandard_D_NRT_mod(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

/Brief For adding ppE priors to IMRPhenomD_NRT

class logPriorStandard_P_NRT : public logPriorStandard_P

#include <standardPriorLibrary.h>

Subclassed by logPriorStandard_P_NRT_mod

Public Functions

inline logPriorStandard_P_NRT(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)

class logPriorStandard_P_NRT_mod : public logPriorStandard_P_NRT

#include <standardPriorLibrary.h>

Public Functions

inline logPriorStandard_P_NRT_mod(priorData *PD)

virtual double eval(bayesship::positionInfo *position, int chainID)