gwatpy_wrapping

Functions

void detector_response_equatorial_py(char *detector, double ra, double dec, double psi, double gmst, bool *active_polarizations, double *response_functions)

Parameters:

response_functions – < 6 dim output vector

double match_py(double *data1_real, double *data1_imag, double *data2_real, double *data2_imag, double *SN, double *frequencies, int length)

double calculate_snr_py(char *sensitivity_curve, char *detector, char *generation_method, gen_params_base<double> *params, double *frequencies, int length, char *integration_method, double *weights, bool log10_freq)

double gps_to_GMST_radian_py(double gps)

double t_0PN_py(double f, double chirpmass)

double f_0PN_py(double t, double chirpmass)

double DTOA_DETECTOR_py(double RA, double DEC, double GMST_rad, char *det1, char *det2)

double MCMC_likelihood_extrinsic_pyv2(bool save_waveform, double *parameters, MCMC_modification_struct *mod_struct, int dimension, char *generation_method, int *data_length, double *frequencies, double *dataREAL, double *dataIMAG, double *psd, double *weights, char *integration_method, bool log10F, char *detectors, int num_detectors)

double MCMC_likelihood_extrinsic_py(bool save_waveform, gen_params_base<double> *parameters, char *generation_method, int *data_length, double *frequencies, double *dataREAL, double *dataIMAG, double *psd, double *weights, char *integration_method, bool log10F, char *detectors, int num_detectors)

void mcmc_data_interface_destructor_py(mcmc_data_interface *interface)

mcmc_data_interface *mcmc_data_interface_py(int min_dim, int max_dim, int chain_id, int nested_model_number, int chain_number, double RJ_step_width, bool burn_phase)

MCMC_modification_struct *MCMC_modification_struct_py(int ppE_Nmod, double *bppe, int gIMR_Nmod_phi, int *gIMR_phii, int gIMR_Nmod_sigma, int *gIMR_sigmai, int gIMR_Nmod_beta, int *gIMR_betai, int gIMR_Nmod_alpha, int *gIMR_alphai, bool NSflag1, bool NSflag2)

void pack_local_mod_structure_py(mcmc_data_interface *interface, double *param, int *status, char *waveform_extended, MCMC_modification_struct *full_struct, MCMC_modification_struct *local_struct)

char *MCMC_prep_params_py(double *param, double *temp_params, gen_params_base<double> *gen_params, int dimension, char *generation_method, MCMC_modification_struct *mod_struct, bool save_gmst)

void MCMC_modification_struct_py_destructor(MCMC_modification_struct *mod_struct)

void repack_parameters_py(double *parameters, gen_params_base<double> *gen_param, char *generation_method, int dim)

int time_detector_response_py(double *times, int length, double *response_real, double *response_imaginary, char *detector, char *generation_method, gen_params_base<double> *parameters)

int fourier_detector_response_py(double *frequencies, int length, double *response_real, double *response_imaginary, char *detector, char *generation_method, gen_params_base<double> *parameters)

int time_waveform_full_py(double *times, int length, double *wf_plus_real, double *wf_plus_imaginary, double *wf_cross_real, double *wf_cross_imaginary, double *wf_x_real, double *wf_x_imaginary, double *wf_y_real, double *wf_y_imaginary, double *wf_b_real, double *wf_b_imaginary, double *wf_l_real, double *wf_l_imaginary, char *generation_method, gen_params_base<double> *parameters)

int fourier_waveform_full_py(double *frequencies, int length, double *wf_plus_real, double *wf_plus_imaginary, double *wf_cross_real, double *wf_cross_imaginary, double *wf_x_real, double *wf_x_imaginary, double *wf_y_real, double *wf_y_imaginary, double *wf_b_real, double *wf_b_imaginary, double *wf_l_real, double *wf_l_imaginary, char *generation_method, gen_params_base<double> *parameters)

int fourier_waveform_py(double *frequencies, int length, double *wf_plus_real, double *wf_plus_imaginary, double *wf_cross_real, double *wf_cross_imaginary, char *generation_method, gen_params_base<double> *parameters)

gen_params_base<double> *gen_params_base_py(double mass1, double mass2, double *spin1, double *spin2, double Luminosity_Distance, double incl_angle, double RA, double DEC, double psi, double gmst, double tc, double phiRef, double f_ref, double theta_l, double phi_l, double theta, double phi, char *cosmology, bool equatorial_orientation, bool horizon_coord, bool NSflag1, bool NSflag2, bool dep_postmerger, bool shift_time, bool shift_phase, bool sky_average, double LISA_alpha0, double LISA_phi0, int Nmod_phi, int Nmod_sigma, int Nmod_beta, int Nmod_alpha, int *phii, int *sigmai, int *betai, int *alphai, double *delta_phi, double *delta_sigma, double *delta_beta, double *delta_alpha, int Nmod, double *bppe, double *betappe)

void gen_params_base_py_destructor(gen_params_base<double> *p)

int DL_from_Z_py(double z, char *COSMOLOGY, double *out)

int calculate_chirpmass_py(double mass1, double mass2, double *out)

int calculate_chirpmass_vectorized_py(double *mass1, double *mass2, double *out, int length)

int calculate_eta_py(double mass1, double mass2, double *out)

int calculate_eta_vectorized_py(double *mass1, double *mass2, double *out, int length)

int calculate_mass1_py(double chirpmass, double eta, double *out)

int calculate_mass1_vectorized_py(double *chirpmass, double *eta, double *out, int length)

int calculate_mass2_py(double chirpmass, double eta, double *out)

int calculate_mass2_vectorized_py(double *chirpmass, double *eta, double *out, int length)

int get_detector_parameters(char *detector, double *LAT, double *LON, double *location, double *response_tensor)

void populate_noise_py(double *frequencies, char *detector, double *noise_root, int length, double integration_time)

void ppE_theory_fisher_transformation_py(double m1, double m2, double *spin1, double *spin2, double chip, double phip, double Luminosity_Distance, double phiRef, double tc, double RA, double DEC, double phi_l, double theta_l, double psi, double incl_angle, double gmst, bool reduced_spin, bool sky_average, bool NSflag1, bool NSflag2, bool horizon_coord, bool equatorial_orientation, int Nmod, double *betappe, double **original_fisher, double **new_fisher, char *original_method, char *new_method, int dimension)