l_rad_driver.cc File Reference

#include "l_rad_driver.h"
#include "wgs84_constant.h"
#include "linear_algebra.h"
#include "ostream_pad.h"

Include dependency graph for l_rad_driver.cc:

Go to the source code of this file.

Functions
void	calc_z (void *const *l_rad_struct_c, const int *nlay, const int *nstokes, const int *nmom, const int *npar, const double *dcoef, const double *l_dcoef, double *zmat, double *l_zmat)
void	init_l_rad (void **l_rad_struct_c, const double *sza, const double *zen, const double *azm, const double *alt, const double *radius_km, const int *nlayer, const bool *regular_ps, const bool *enhanced_ps, const bool *pure_nadir)
void	l_rad_first_driver (void *const *l_rad_struct_c, const int *nlayer, const int *natm_der, const int *nstokes, const double *tau, const double *L_tau, const double *omega, const double *L_omega, const double *Zmat, const double *L_Zmat, const double *fscale, const double *L_fscale, const double *spars, const int *nspars, const int *need_jacobians_i, double *R1, double *L_R1, double *Ls_R1)
void	l_rad_second_driver (void *const *l_rad_struct_c, const int *n_layers, const int *n_params, const int *nstokes, const int *n_streams, const int *n_scatt, const double *tau, const double *L_tau, const double *omega, const double *L_omega, const double *spars, const int *nspars, const double *coefs, const double *L_coefs, const int *n_eff_coefs, const int *need_jacobians_i, double *R2, double *L_R2, double *Ls_R2, double *ICorr, double *L_ICorr, double *Ls_ICorr)
void	lr_cleanup (void **l_rad_struct_c)
void	lr_init (const int *nstream, const int *nstokes, const int *surftype, void **l_rad_struct_c)

Function Documentation

calc_z()

void calc_z	(	void *const *	l_rad_struct_c,
		const int *	nlay,
		const int *	nstokes,
		const int *	nmom,
		const int *	npar,
		const double *	dcoef,
		const double *	l_dcoef,
		double *	zmat,
		double *	l_zmat
	)

init_l_rad()

void init_l_rad	(	void **	l_rad_struct_c,
		const double *	sza,
		const double *	zen,
		const double *	azm,
		const double *	alt,
		const double *	radius_km,
		const int *	nlayer,
		const bool *	regular_ps,
		const bool *	enhanced_ps,
		const bool *	pure_nadir
	)

l_rad_first_driver()

void l_rad_first_driver	(	void *const *	l_rad_struct_c,
		const int *	nlayer,
		const int *	natm_der,
		const int *	nstokes,
		const double *	tau,
		const double *	L_tau,
		const double *	omega,
		const double *	L_omega,
		const double *	Zmat,
		const double *	L_Zmat,
		const double *	fscale,
		const double *	L_fscale,
		const double *	spars,
		const int *	nspars,
		const int *	need_jacobians_i,
		double *	R1,
		double *	L_R1,
		double *	Ls_R1
	)

l_rad_second_driver()

void l_rad_second_driver	(	void *const *	l_rad_struct_c,
		const int *	n_layers,
		const int *	n_params,
		const int *	nstokes,
		const int *	n_streams,
		const int *	n_scatt,
		const double *	tau,
		const double *	L_tau,
		const double *	omega,
		const double *	L_omega,
		const double *	spars,
		const int *	nspars,
		const double *	coefs,
		const double *	L_coefs,
		const int *	n_eff_coefs,
		const int *	need_jacobians_i,
		double *	R2,
		double *	L_R2,
		double *	Ls_R2,
		double *	ICorr,
		double *	L_ICorr,
		double *	Ls_ICorr
	)

lr_cleanup()

void lr_cleanup

(

void **

l_rad_struct_c

)

lr_init()

void lr_init	(	const int *	nstream,
		const int *	nstokes,
		const int *	surftype,
		void **	l_rad_struct_c
	)