#include <stdio.h>
#include <stdlib.h>
#include <errno.h>
#include <math.h>
#include <string.h>
#include <ctype.h>
#include <limits.h>
#include <float.h>

Classes
struct	disort_flag

struct	disort_radiant

struct	disort_bc

struct	rpv_brdf_spec

struct	ambrals_brdf_spec

struct	cam_brdf_spec

struct	disort_brdf

struct	disort_state

struct	disort_output

struct	disort_pair

struct	disort_triplet

struct	twostr_diag

struct	twostr_xyz

Macros
#define	TWOSTR_NERR 22

#define	A(i, j) a[i-1+(j-1)*lda]

#define	AA(j, k) aa[j-1+(k-1)*ia]

#define	ABD(i, j) abd[i-1+(j-1)*lda]

#define	ALBMED(iu) out->albmed[iu-1]

#define	AMB(iq, jq) ab[iq-1+(jq-1)*(ds->nstr/2)].zero

#define	APB(iq, jq) ab[iq-1+(jq-1)*(ds->nstr/2)].one

#define	B(iq) b[iq-1]

#define	BDR(iq, jq) bdr[iq-1+(jq)*(ds->nstr/2)]

#define	BEM(iq) bem[iq-1]

#define	CBAND(irow, ncol) cband[irow-1+(ncol-1)(9(ds->nstr/2)-2)]

#define	CC(iq, jq) cc[iq-1+(jq-1)*ds->nstr]

#define	CH(lc) ch[lc-1]

#define	CHTAU(ls) chtau[ls]

#define	CMU(iq) cmu[iq-1]

#define	CWT(iq) cwt[iq-1]

#define	DFDT(lu) out->rad[lu-1].dfdt

#define	DIAG(i) diag[i-1].on

#define	DTAUC(lc) ds->dtauc[lc-1]

#define	DTAU_C(lc) dtau_c[lc-1]

#define	DTAUCPR(lc) dtaucpr[lc-1]

#define	EMU(iu) emu[iu-1]

#define	EVAL(j) eval[j-1]

#define	EVEC(j, k) evec[j-1+(k-1)*ievec]

#define	EVECC(iq, jq) evecc[iq-1+(jq-1)*ds->nstr]

#define	EXPBEA(lc) expbea[lc]

#define	FLDIR(lu) fl[lu-1].zero

#define	FLDN(lu) fl[lu-1].one

#define	FLUP(lu) out->rad[lu-1].flup

#define	FLYR(lc) flyr[lc-1]

#define	GC(iq, jq, lc) gc[iq-1+(jq-1+(lc-1)ds->nstr)ds->nstr]

#define	GENSRC(maz, lc, iq) ds->gensrc[iq-1+(lc-1+mazds->nlyr)ds->nstr]

#define	GENSRCU(maz, lc, iu) ds->gensrcu[iu-1+(lc-1+mazds->nlyr)ds->numu]

#define	GG(lc) gg[lc-1]

#define	GGPRIM(lc) ggprim[lc-1]

#define	GL(k, lc) gl[k+(lc-1)*(ds->nstr+1)]

#define	GMU(k) gmu[k-1]

#define	GU(iu, iq, lc) gu[iu-1+(iq-1+(lc-1)ds->nstr)ds->numu]

#define	GWT(k) gwt[k-1]

#define	IERROR(i) ierror[i-1]

#define	IPVT(k) ipvt[k-1]

#define	KK(iq, lc) kk[iq-1+(lc-1)*ds->nstr]

#define	LAYRU(lu) layru[lu-1]

#define	LL(iq, lc) ll[iq-1+(lc-1)*ds->nstr]

#define	MU(i) mu[i-1]

#define	OMEGA(lyr) omega[lyr-1]

#define	OPRIM(lc) oprim[lc-1]

#define	PKAG(lc) pkag[lc]

#define	PKAGC(lc) pkagc[lc-1]

#define	PHASA(lc) phasa[lc-1]

#define	PHASE(lc) phase[lc-1]

#define	PHASM(lc) phasm[lc-1]

#define	PHAST(lc) phast[lc-1]

#define	PHI(j) ds->phi[j-1]

#define	PHIRAD(jp) phirad[jp-1]

#define	PMOM(k, lc) ds->pmom[k+(lc-1)*(ds->nmom_nstr+1)]

#define	PRNTU0(i) prntu0[i-1]

#define	PSI0(iq) psi[iq-1].zero

#define	PSI1(iq) psi[iq-1].one

#define	RFLDIR(lu) out->rad[lu-1].rfldir

#define	RFLDN(lu) out->rad[lu-1].rfldn

#define	RMU(iu, iq) rmu[iu-1+(iq)*ds->numu]

#define	RR(lc) rr[lc-1]

#define	SSALB(lc) ds->ssalb[lc-1]

#define	SUBD(i) diag[i-1].sub

#define	SUPERD(i) diag[i-1].super

#define	SX(i) sx[i-1]

#define	SY(i) sy[i-1]

#define	TAU(lc) tau[lc]

#define	TAUC(lc) tauc[lc]

#define	TAUCPR(lc) taucpr[lc]

#define	TEMPER(lc) ds->temper[lc]

#define	TRNMED(iu) out->trnmed[iu-1]

#define	U0C(iq, lu) u0c[iq-1+(lu-1)*ds->nstr]

#define	U0U(iu, lu) out->u0u[iu-1+(lu-1)*ds->numu]

#define	UAVG(lu) out->rad[lu-1].uavg

#define	UAVGDN(lu) out->rad[lu-1].uavgdn

#define	UAVGUP(lu) out->rad[lu-1].uavgup

#define	UAVGSO(lu) out->rad[lu-1].uavgso

#define	UMU(iu) ds->umu[iu-1]

#define	UTAU(lu) ds->utau[lu-1]

#define	UTAUPR(lu) utaupr[lu-1]

#define	UUM(iu, lu) uum[iu-1+(lu-1)*ds->numu]

#define	UU(iu, lu, j) out->uu[iu-1+(lu-1+(j-1)ds->ntau)ds->numu]

#define	OUT_UUM(iu, lu, j) out->uum[iu-1+(lu-1+(j)ds->ntau)ds->numu] /* No -i behind j as mazim starts at 0, aky */

#define	WK(iq) wk[iq-1]

#define	XBA(lc) xba[lc]

#define	XB0(iq, lc) xb[iq-1+(lc-1)*ds->nstr].zero

#define	XB1(iq, lc) xb[iq-1+(lc-1)*ds->nstr].one

#define	XB_0D(lc) ts[lc-1].xb_0d

#define	XB_0U(lc) ts[lc-1].xb_0u

#define	XB_1D(lc) ts[lc-1].xb_1d

#define	XB_1U(lc) ts[lc-1].xb_1u

#define	XP_0(lc) ts[lc-1].xp_0

#define	XP_1(lc) ts[lc-1].xp_1

#define	XR0(lc) xr[lc-1].zero

#define	XR1(lc) xr[lc-1].one

#define	YB_0D(lc) ts[lc-1].yb_0d

#define	YB_0U(lc) ts[lc-1].yb_0u

#define	YB_1D(lc) ts[lc-1].yb_1d

#define	YB_1U(lc) ts[lc-1].yb_1u

#define	YLM(l, i) ylm[l+(i-1)*(maxmu+1)]

#define	YLM0(iq) ylm0[iq]

#define	YLMC(l, iq) ylmc[l+(iq-1)*(ds->nstr+1)]

#define	YLMU(l, iu) ylmu[l+(iu-1)*(ds->nstr+1)]

#define	YP_0D(lc) ts[lc-1].yp_0d

#define	YP_0U(lc) ts[lc-1].yp_0u

#define	YP_1D(lc) ts[lc-1].yp_1d

#define	YP_1U(lc) ts[lc-1].yp_1u

#define	Z(j) z[j-1]

#define	Z0(iu) zee[iu-1].zero

#define	Z1(iq) zee[iq-1].one

#define	Z0U(iu, lc) zu[iu-1+(lc-1)*ds->numu].zero

#define	Z1U(iu, lc) zu[iu-1+(lc-1)*ds->numu].one

#define	ZB0U(iu, lc) zbu[iu-1+(lc-1)*ds->numu].zero

#define	ZB1U(iu, lc) zbu[iu-1+(lc-1)*ds->numu].one

#define	ZBAU(iu, lc) zbu[iu-1+(lc-1)*ds->numu].alpha

#define	ZB_A(lc) ts[lc-1].zb_a

#define	ZBEAM(iu, lc) zbeam[iu-1+(lc-1)*ds->numu]

#define	ZBEAMA(lc) zbeama[lc-1]

#define	ZBEAM0(iq, lc) zbeamsp[iq-1+(lc-1)*ds->nstr].zero

#define	ZBEAM1(iq, lc) zbeamsp[iq-1+(lc-1)*ds->nstr].one

#define	ZBS0(iq) zbs[iq-1].zero

#define	ZBS1(iq) zbs[iq-1].one

#define	ZD(j) zd[j]

#define	ZJ(j) zj[j-1]

#define	ZJG(j) zjg[j-1]

#define	ZJU(j) zju[j-1]

#define	ZGU(iu, lc) zgu[iu-1+(lc-1)*ds->numu]

#define	ZP_A(lc) ts[lc-1].zp_a

#define	ZPLK0(iq, lc) plk[iq-1+(lc-1)*ds->nstr].zero

#define	ZPLK1(iq, lc) plk[iq-1+(lc-1)*ds->nstr].one

#define	ZZ(iq, lc) zz[iq-1+(lc-1)*ds->nstr]

#define	ZZG(iq, lc) zzg[iq-1+(lc-1)*ds->nstr]

#define	MUP(it) mu_phase[it-1]

#define	PHASR(lc) phasr[lc-1]

#define	PHAS2(it, lc) phas2[it-1+(lc-1)*nphase]

#define	DSPHASE(it, lc) ds->phase[it-1+(lc-1)*ds->nphase]

#define	F_PHAS2_ABS(it) f_phas2_abs[it-1]

#define	MU_EQ(i, lu) mu_eq[i-1+(lu-1)*nf]

#define	NEG_PHAS(i, lu) neg_phas[i-1+(lu-1)*nf]

#define	NORM_PHAS(lu) norm_phas[lu-1]

#define	SDTAUC(i) sdtauc[i-1]

#define	SUTAU(i) sutau[i-1]

#define	ZOUT(i) zout[i-1]

#define	TAUINT(i) tauint[i-1]

#define	XARR(i) xarr[i-1]

#define	YARR(i) yarr[i-1]

#define	TRUE 1

#define	FALSE 0

#define	FIRST_IPHAS 1

#define	ISOTROPIC 1

#define	RAYLEIGH 2

#define	HENYEY_GREENSTEIN 3

#define	HAZE_GARCIA_SIEWERT 4

#define	CLOUD_GARCIA_SIEWERT 5

#define	LAST_IPHAS 5

#define	GENERAL_BC 0

#define	SPECIAL_BC 1

#define	TOP_ILLUM 1

#define	BOT_ILLUM 2

#define	DS_WARNING 0

#define	DS_ERROR 1

#define	VERBOSE 0

#define	QUIET 1

#define	BRDF_NONE 0

#define	BRDF_RPV 1 /* don't change these numbers as they are */

#define	BRDF_CAM 2 /* used by Fortran code which of course */

#define	BRDF_AMB 3 /* has no access to this header file */

#define	BRDF_HAPKE 4

#define	BRDF_CAM_NN 4

#define	BRDF_CAM_SAL 0

#define	BRDF_CAM_PCL 1

#define	BRDF_CAM_U10 2

#define	BRDF_CAM_UPHI 3

#define	NMUG 50

#define	M_E 2.7182818284590452354

#define	M_LOG2E 1.4426950408889634074

#define	M_LOG10E 0.43429448190325182765

#define	M_LN2 0.69314718055994530942

#define	M_LN10 2.30258509299404568402

#define	M_PI 3.14159265358979323846

#define	M_PI_2 1.57079632679489661923

#define	M_PI_4 0.78539816339744830962

#define	M_1_PI 0.31830988618379067154

#define	M_2_PI 0.63661977236758134308

#define	M_2_SQRTPI 1.12837916709551257390

#define	M_SQRT2 1.41421356237309504880

#define	M_SQRT1_2 0.70710678118654752440

#define	DEG (M_PI/180.)

#define	SQR(x)

#define	MIN(x, y)

#define	MAX(x, y)

#define	LIMIT_RANGE(min, x, max)

#define	IMIN(i, j)

#define	IMAX(i, j)

#define	F77_SIGN(a, b) ((b) >= 0. ? fabs(a) : -fabs(a))

Typedefs
typedef struct disort_state	disort_state

typedef struct disort_output	disort_output

Functions
void	c_disort (disort_state ds, disort_output out)

double	c_bidir_reflectivity (double wvnmlo, double wvnmhi, double mu, double mup, double dphi, int brdf_type, disort_brdf *brdf, int callnum)

double	c_bidir_reflectivity_hapke (double wvnmlo, double wvnmhi, double mu, double mup, double dphi)

double	c_bidir_reflectivity_rpv (rpv_brdf_spec *brdf, double mu1, double mu2, double phi, double badmu)

double	c_dref (double wvnmlo, double wvnmhi, double mu, int brdf_type, disort_brdf *brdf, int callnum)

void	c_getmom (int iphas, double gg, int nmom, double *pmom)

void	c_asymmetric_matrix (double aa, double evec, double eval, int m, int ia, int ievec, int ier, double *wk)

void	c_intensity_components (disort_state ds, double gc, double kk, int layru, double ll, int lyrcut, int mazim, int ncut, int nn, double taucpr, double utaupr, double zz, disort_pair plk, double uum)

void	c_fluxes (disort_state ds, disort_output out, double ch, double cmu, double cwt, double gc, double kk, int layru, double ll, int lyrcut, int ncut, int nn, int prntu0, double taucpr, double utaupr, disort_pair xr, disort_pair zbeamsp, double zbeama, double zz, double zzg, disort_pair plk, disort_pair fl, double *u0c)

void	c_intensity_correction (disort_state ds, disort_output out, double dither, double flyr, int layru, int lyrcut, int ncut, double oprim, double phasa, double phast, double phasm, double phirad, double tauc, double taucpr, double utaupr)

void	c_new_intensity_correction (disort_state ds, disort_output out, double dither, double flyr, int layru, int lyrcut, int ncut, double oprim, double phasa, double phast, double phasm, double phirad, double tauc, double taucpr, double utaupr)

void	prep_double_scat_integr (int nphase, int ntau, int nf, double mu_phase, double phas2, double mu_eq, int neg_phas, double *norm_phas)

double	c_secondary_scat (disort_state ds, int iu, int lu, double ctheta, double flyr, int layru, double *tauc)

double	c_new_secondary_scat (disort_state ds, int iu, int lu, int it, double ctheta, double flyr, int layru, double tauc, int nf, double phas2, double mu_eq, int neg_phas, double norm_phas)

double	calc_phase_squared (int nphase, int lu, double ctheta, int nf, double mu_phase, double phas2, double mu_eq, int neg_phas, double norm_phas)

void	c_disort_set (disort_state ds, double ch, double chtau, double cmu, double cwt, int deltam, double dtaucpr, double expbea, double flyr, double gl, int layru, int lyrcut, int ncut, int nn, int corint, double oprim, double tauc, double taucpr, double utaupr)

void	c_set_matrix (disort_state ds, double bdr, double cband, double cmu, double cwt, double delm0, double dtaucpr, double gc, double kk, int lyrcut, int ncol, int ncut, double taucpr, double *wk)

double	c_single_scat (double dither, int layru, int nlyr, double phase, double omega, double *tau, double umu, double umu0, double utau, double fbeam)

void	c_solve_eigen (disort_state ds, int lc, disort_pair ab, double array, double cmu, double cwt, double gl, int mazim, int nn, double ylmc, double cc, double evecc, double eval, double kk, double gc, double *wk)

void	c_solve0 (disort_state ds, double b, double bdr, double bem, double bplanck, double cband, double cmu, double cwt, double expbea, int ipvt, double ll, int lyrcut, int mazim, int ncol, int ncut, int nn, double tplanck, double taucpr, double z, disort_pair zbeamsp, double zbeama, double zz, double zzg, disort_pair *plk)

void	c_surface_bidir (disort_state ds, double delm0, double cmu, int mazim, int nn, double bdr, double emu, double bem, double rmu, int callnum)

void	c_interp_eigenvec (disort_state ds, int lc, double cwt, double evecc, double gl, double gu, int mazim, int nn, double wk, double ylmc, double ylmu)

void	c_interp_source (disort_state ds, int lc, double cwt, double delm0, double gl, int mazim, double oprim, double ylm0, double ylmc, double ylmu, disort_pair psi, disort_pair xr, disort_pair zee, double zj, double zjg, double zbeam, disort_triplet zbu, disort_pair zbs, double zbsa, double zgu, disort_pair *zu)

void	c_set_coefficients_beam_source (disort_state ds, double ch, double chtau, double cmu, double delm0, double fbeam, double gl, int lc, int mazim, int nstr, double taucpr, double xba, disort_pair xb, double ylm0, double ylmc, double *zj)

void	c_interp_coefficients_beam_source (disort_state ds, double chtau, double delm0, double fbeam, double gl, int lc, int mazim, int nstr, int numu, double taucpr, disort_triplet zbu, double xba, double zj, double ylm0, double *ylmu)

void	c_upbeam (disort_state ds, int lc, double array, double cc, double cmu, double delm0, double gl, int ipvt, int mazim, int nn, double wk, double ylm0, double ylmc, double zj, double *zz)

void	c_upbeam_pseudo_spherical (disort_state ds, int lc, double array, double cc, double cmu, int ipvt, int nn, double wk, disort_pair xb, double xba, disort_pair zbs, double zbsa, disort_pair zbeamsp, double zbeama)

void	c_upbeam_general_source (disort_state ds, int lc, int maz, double array, double cc, int ipvt, int nn, double wk, double zjg, double *zzg)

void	c_upisot (disort_state ds, int lc, double array, double cc, double cmu, int ipvt, int nn, double oprim, double wk, disort_pair xr, disort_pair zee, disort_pair plk)

void	c_user_intensities (disort_state ds, double bplanck, double cmu, double cwt, double delm0, double dtaucpr, double emu, double expbea, double gc, double gu, double kk, int layru, double ll, int lyrcut, int mazim, int ncut, int nn, double rmu, double taucpr, double tplanck, double utaupr, double wk, disort_triplet zbu, double zbeam, disort_pair zbeamsp, double zbeama, double zgu, disort_pair zu, double zz, double zzg, disort_pair plk, double *uum)

double	c_xi_func (double umu1, double umu2, double tau)

void	c_check_inputs (disort_state ds, int scat_yes, int deltam, int corint, double tauc, int callnum)

void	c_legendre_poly (int nmu, int m, int maxmu, int twonm1, double mu, double ylm)

void	c_print_avg_intensities (disort_state ds, disort_output out)

void	c_print_inputs (disort_state ds, double dtaucpr, int scat_yes, int deltam, int corint, double flyr, int lyrcut, double oprim, double tauc, double taucpr)

void	c_print_intensities (disort_state ds, disort_output out)

void	c_gaussian_quadrature (int m, double gmu, double gwt)

double	c_ratio (double a, double b)

int	c_fcmp (double x1, double x2)

void	c_self_test (int compare, int prntu0, disort_state ds, disort_output *out)

void	c_albtrans (disort_state ds, disort_output out, disort_pair ab, double array, double b, double bdr, double cband, double cc, double cmu, double cwt, double dtaucpr, double eval, double evecc, double gl, double gc, double gu, int ipvt, double kk, double ll, int nn, double taucpr, double ylmc, double ylmu, double z, double wk)

void	c_albtrans_intensity (disort_state ds, disort_output out, double gu, double kk, double ll, int nn, double taucpr, double *wk)

void	c_print_albtrans (disort_state ds, disort_output out)

void	c_solve1 (disort_state ds, double cband, int ihom, int ipvt, int ncol, int ncut, int nn, double b, double *ll)

void	c_albtrans_spherical (disort_state ds, double cmu, double cwt, double gc, double kk, double ll, int nn, double taucpr, double sflup, double *sfldn)

void	c_errmsg (char const *messag, int type)

int	c_write_bad_var (int quiet, char const *varnam)

int	c_write_too_small_dim (int quiet, char const *dimnam, int minval)

void	c_sgbco (double abd, int lda, int n, int ml, int mu, int ipvt, double rcond, double z)

void	c_sgbfa (double abd, int lda, int n, int ml, int mu, int ipvt, int *info)

void	c_sgbsl (double abd, int lda, int n, int ml, int mu, int ipvt, double *b, int job)

void	c_sgeco (double a, int lda, int n, int ipvt, double rcond, double z)

void	c_sgefa (double a, int lda, int n, int ipvt, int *info)

void	c_sgesl (double a, int lda, int n, int ipvt, double *b, int job)

double	c_sasum (int n, double *sx)

void	c_saxpy (int n, double sa, double sx, double sy)

double	c_sdot (int n, double sx, double sy)

void	c_sscal (int n, double sa, double *sx)

int	c_isamax (int n, double *sx)

void	c_twostr (disort_state ds, disort_output out, int deltam, double gg, int ierror, double radius)

double	c_chapman (int lc, double taup, double tauc, int nlyr, double zd, double *dtau_c, double zenang, double r)

double	c_chapman_simpler (int lc, double taup, int nlyr, double zd, double dtau_c, double zenang, double r)

void	c_twostr_check_inputs (disort_state ds, double gg, int ierror, double tauc)

void	c_twostr_fluxes (disort_state ds, twostr_xyz ts, double ch, double cmu, double kk, int layru, double ll, int lyrcut, int ncut, double oprim, double rr, double taucpr, double utaupr, disort_output out, double u0c, disort_pair *fl)

void	c_twostr_solns (disort_state ds, double ch, double chtau, double cmu, int ncut, double oprim, double pkag, double pkagc, double taucpr, double ggprim, double kk, double rr, twostr_xyz *ts)

void	c_twostr_print_inputs (disort_state ds, int deltam, double flyr, double gg, int lyrcut, double oprim, double tauc, double taucpr)

void	c_twostr_set (disort_state ds, double bplanck, double ch, double chtau, double cmu, int deltam, double dtaucpr, double expbea, double flyr, double gg, double ggprim, int layru, int lyrcut, int ncut, int nn, double oprim, double pkag, double pkagc, double radius, double tauc, double taucpr, double tplanck, double *utaupr)

void	c_twostr_solve_bc (disort_state ds, twostr_xyz ts, double bplanck, double cband, double cmu, double expbea, int lyrcut, int nn, int ncut, double tplanck, double taucpr, double kk, double rr, int ipvt, double b, double ll, twostr_diag *diag)

double	c_planck_func1 (double wnumlo, double wnumhi, double t)

double	c_planck_func2 (double wnumlo, double wnumhi, double t)

void	c_disort_state_alloc (disort_state *ds)

void	c_disort_state_free (disort_state *ds)

void	c_disort_out_alloc (disort_state ds, disort_output out)

void	c_disort_out_free (disort_state ds, disort_output out)

void	c_twostr_state_alloc (disort_state *ds)

void	c_twostr_state_free (disort_state *ds)

void	c_twostr_out_alloc (disort_state ds, disort_output out)

void	c_twostr_out_free (disort_state ds, disort_output out)

double *	c_dbl_vector (int nl, int nh, char const *name)

int *	c_int_vector (int nl, int nh, char const *name)

void	print_test (disort_state ds_calc, disort_output calc, disort_state ds_good, disort_output good)

void	c_free_dbl_vector (double *m, int nl, int nh)

int	c_setout (float sdtauc, int nlyr, int ntau, float sutau, float z, float zout)

double	c_inter (int npoints, int itype, double arg, float xarr, double yarr, double *hh)

int	c_gaussian_quadrature_test (int nstr, float *sza, double umu0)

void	disort_test01 (void)

void	disort_test02 (void)

void	disort_test03 (void)

void	disort_test04 (void)

void	disort_test05 (void)

void	disort_test06 (void)

void	disort_test07 (void)

void	disort_test08 (void)

void	disort_test09 (void)

void	disort_test10 (void)

void	disort_test11 (void)

void	disort_test12 (void)

void	disort_test13 (void)

void	disort_test14 (void)

Macro Definition Documentation

◆ TWOSTR_NERR

#define TWOSTR_NERR 22

Definition at line 206 of file cdisort.h.

◆ A

#define A	(	i,
		j
	)	a[i-1+(j-1)*lda]

Definition at line 242 of file cdisort.h.

◆ AA

#define AA	(	j,
		k
	)	aa[j-1+(k-1)*ia]

Definition at line 243 of file cdisort.h.

◆ ABD

#define ABD	(	i,
		j
	)	abd[i-1+(j-1)*lda]

Definition at line 244 of file cdisort.h.

◆ ALBMED

#define ALBMED ( iu ) out->albmed[iu-1]

Definition at line 245 of file cdisort.h.

◆ AMB

#define AMB	(	iq,
		jq
	)	ab[iq-1+(jq-1)*(ds->nstr/2)].zero

Definition at line 246 of file cdisort.h.

◆ APB

#define APB	(	iq,
		jq
	)	ab[iq-1+(jq-1)*(ds->nstr/2)].one

Definition at line 247 of file cdisort.h.

◆ B

#define B ( iq ) b[iq-1]

Definition at line 249 of file cdisort.h.

◆ BDR

#define BDR	(	iq,
		jq
	)	bdr[iq-1+(jq)*(ds->nstr/2)]

Definition at line 250 of file cdisort.h.

◆ BEM

#define BEM ( iq ) bem[iq-1]

Definition at line 251 of file cdisort.h.

◆ CBAND

#define CBAND	(	irow,
		ncol
	)	cband[irow-1+(ncol-1)(9(ds->nstr/2)-2)]

Definition at line 253 of file cdisort.h.

◆ CC

#define CC	(	iq,
		jq
	)	cc[iq-1+(jq-1)*ds->nstr]

Definition at line 254 of file cdisort.h.

◆ CH

#define CH ( lc ) ch[lc-1]

Definition at line 255 of file cdisort.h.

◆ CHTAU

#define CHTAU ( ls ) chtau[ls]

Definition at line 256 of file cdisort.h.

◆ CMU

#define CMU ( iq ) cmu[iq-1]

Definition at line 257 of file cdisort.h.

◆ CWT

#define CWT ( iq ) cwt[iq-1]

Definition at line 258 of file cdisort.h.

◆ DFDT

#define DFDT ( lu ) out->rad[lu-1].dfdt

Definition at line 260 of file cdisort.h.

◆ DIAG

#define DIAG ( i ) diag[i-1].on

Definition at line 261 of file cdisort.h.

◆ DTAUC

#define DTAUC ( lc ) ds->dtauc[lc-1]

Definition at line 262 of file cdisort.h.

◆ DTAU_C

#define DTAU_C ( lc ) dtau_c[lc-1]

Definition at line 263 of file cdisort.h.

◆ DTAUCPR

#define DTAUCPR ( lc ) dtaucpr[lc-1]

Definition at line 264 of file cdisort.h.

◆ EMU

#define EMU ( iu ) emu[iu-1]

Definition at line 266 of file cdisort.h.

◆ EVAL

#define EVAL ( j ) eval[j-1]

Definition at line 267 of file cdisort.h.

◆ EVEC

#define EVEC	(	j,
		k
	)	evec[j-1+(k-1)*ievec]

Definition at line 268 of file cdisort.h.

◆ EVECC

#define EVECC	(	iq,
		jq
	)	evecc[iq-1+(jq-1)*ds->nstr]

Definition at line 269 of file cdisort.h.

◆ EXPBEA

#define EXPBEA ( lc ) expbea[lc]

Definition at line 270 of file cdisort.h.

◆ FLDIR

#define FLDIR ( lu ) fl[lu-1].zero

Definition at line 272 of file cdisort.h.

◆ FLDN

#define FLDN ( lu ) fl[lu-1].one

Definition at line 273 of file cdisort.h.

◆ FLUP

#define FLUP ( lu ) out->rad[lu-1].flup

Definition at line 274 of file cdisort.h.

◆ FLYR

#define FLYR ( lc ) flyr[lc-1]

Definition at line 275 of file cdisort.h.

◆ GC

#define GC	(	iq,
		jq,
		lc
	)	gc[iq-1+(jq-1+(lc-1)ds->nstr)ds->nstr]

Definition at line 277 of file cdisort.h.

◆ GENSRC

#define GENSRC	(	maz,
		lc,
		iq
	)	ds->gensrc[iq-1+(lc-1+mazds->nlyr)ds->nstr]

Definition at line 278 of file cdisort.h.

◆ GENSRCU

#define GENSRCU	(	maz,
		lc,
		iu
	)	ds->gensrcu[iu-1+(lc-1+mazds->nlyr)ds->numu]

Definition at line 279 of file cdisort.h.

◆ GG

#define GG ( lc ) gg[lc-1]

Definition at line 280 of file cdisort.h.

◆ GGPRIM

#define GGPRIM ( lc ) ggprim[lc-1]

Definition at line 281 of file cdisort.h.

◆ GL

#define GL	(	k,
		lc
	)	gl[k+(lc-1)*(ds->nstr+1)]

Definition at line 282 of file cdisort.h.

◆ GMU

#define GMU ( k ) gmu[k-1]

Definition at line 283 of file cdisort.h.

◆ GU

#define GU	(	iu,
		iq,
		lc
	)	gu[iu-1+(iq-1+(lc-1)ds->nstr)ds->numu]

Definition at line 284 of file cdisort.h.

◆ GWT

#define GWT ( k ) gwt[k-1]

Definition at line 285 of file cdisort.h.

◆ IERROR

#define IERROR ( i ) ierror[i-1]

Definition at line 287 of file cdisort.h.

◆ IPVT

#define IPVT ( k ) ipvt[k-1]

Definition at line 288 of file cdisort.h.

◆ KK

#define KK	(	iq,
		lc
	)	kk[iq-1+(lc-1)*ds->nstr]

Definition at line 290 of file cdisort.h.

◆ LAYRU

#define LAYRU ( lu ) layru[lu-1]

Definition at line 292 of file cdisort.h.

◆ LL

#define LL	(	iq,
		lc
	)	ll[iq-1+(lc-1)*ds->nstr]

Definition at line 293 of file cdisort.h.

◆ MU

#define MU ( i ) mu[i-1]

Definition at line 295 of file cdisort.h.

◆ OMEGA

#define OMEGA ( lyr ) omega[lyr-1]

Definition at line 297 of file cdisort.h.

◆ OPRIM

#define OPRIM ( lc ) oprim[lc-1]

Definition at line 298 of file cdisort.h.

◆ PKAG

#define PKAG ( lc ) pkag[lc]

Definition at line 300 of file cdisort.h.

◆ PKAGC

#define PKAGC ( lc ) pkagc[lc-1]

Definition at line 301 of file cdisort.h.

◆ PHASA

#define PHASA ( lc ) phasa[lc-1]

Definition at line 302 of file cdisort.h.

◆ PHASE

#define PHASE ( lc ) phase[lc-1]

Definition at line 303 of file cdisort.h.

◆ PHASM

#define PHASM ( lc ) phasm[lc-1]

Definition at line 304 of file cdisort.h.

◆ PHAST

#define PHAST ( lc ) phast[lc-1]

Definition at line 305 of file cdisort.h.

◆ PHI

#define PHI ( j ) ds->phi[j-1]

Definition at line 306 of file cdisort.h.

◆ PHIRAD

#define PHIRAD ( jp ) phirad[jp-1]

Definition at line 307 of file cdisort.h.

◆ PMOM

#define PMOM	(	k,
		lc
	)	ds->pmom[k+(lc-1)*(ds->nmom_nstr+1)]

Definition at line 308 of file cdisort.h.

◆ PRNTU0

#define PRNTU0 ( i ) prntu0[i-1]

Definition at line 309 of file cdisort.h.

◆ PSI0

#define PSI0 ( iq ) psi[iq-1].zero

Definition at line 310 of file cdisort.h.

◆ PSI1

#define PSI1 ( iq ) psi[iq-1].one

Definition at line 311 of file cdisort.h.

◆ RFLDIR

#define RFLDIR ( lu ) out->rad[lu-1].rfldir

Definition at line 313 of file cdisort.h.

◆ RFLDN

#define RFLDN ( lu ) out->rad[lu-1].rfldn

Definition at line 314 of file cdisort.h.

◆ RMU

#define RMU	(	iu,
		iq
	)	rmu[iu-1+(iq)*ds->numu]

Definition at line 315 of file cdisort.h.

◆ RR

#define RR ( lc ) rr[lc-1]

Definition at line 316 of file cdisort.h.

◆ SSALB

#define SSALB ( lc ) ds->ssalb[lc-1]

Definition at line 318 of file cdisort.h.

◆ SUBD

#define SUBD ( i ) diag[i-1].sub

Definition at line 319 of file cdisort.h.

◆ SUPERD

#define SUPERD ( i ) diag[i-1].super

Definition at line 320 of file cdisort.h.

◆ SX

#define SX ( i ) sx[i-1]

Definition at line 321 of file cdisort.h.

◆ SY

#define SY ( i ) sy[i-1]

Definition at line 322 of file cdisort.h.

◆ TAU

#define TAU ( lc ) tau[lc]

Definition at line 324 of file cdisort.h.

◆ TAUC

#define TAUC ( lc ) tauc[lc]

Definition at line 325 of file cdisort.h.

◆ TAUCPR

#define TAUCPR ( lc ) taucpr[lc]

Definition at line 326 of file cdisort.h.

◆ TEMPER

#define TEMPER ( lc ) ds->temper[lc]

Definition at line 327 of file cdisort.h.

◆ TRNMED

#define TRNMED ( iu ) out->trnmed[iu-1]

Definition at line 328 of file cdisort.h.

◆ U0C

#define U0C	(	iq,
		lu
	)	u0c[iq-1+(lu-1)*ds->nstr]

Definition at line 330 of file cdisort.h.

◆ U0U

#define U0U	(	iu,
		lu
	)	out->u0u[iu-1+(lu-1)*ds->numu]

Definition at line 331 of file cdisort.h.

◆ UAVG

#define UAVG ( lu ) out->rad[lu-1].uavg

Definition at line 332 of file cdisort.h.

◆ UAVGDN

#define UAVGDN ( lu ) out->rad[lu-1].uavgdn

Definition at line 333 of file cdisort.h.

◆ UAVGUP

#define UAVGUP ( lu ) out->rad[lu-1].uavgup

Definition at line 334 of file cdisort.h.

◆ UAVGSO

#define UAVGSO ( lu ) out->rad[lu-1].uavgso

Definition at line 335 of file cdisort.h.

◆ UMU

#define UMU ( iu ) ds->umu[iu-1]

Definition at line 336 of file cdisort.h.

◆ UTAU

#define UTAU ( lu ) ds->utau[lu-1]

Definition at line 337 of file cdisort.h.

◆ UTAUPR

#define UTAUPR ( lu ) utaupr[lu-1]

Definition at line 338 of file cdisort.h.

◆ UUM

#define UUM	(	iu,
		lu
	)	uum[iu-1+(lu-1)*ds->numu]

Definition at line 339 of file cdisort.h.

◆ UU

#define UU	(	iu,
		lu,
		j
	)	out->uu[iu-1+(lu-1+(j-1)ds->ntau)ds->numu]

Definition at line 340 of file cdisort.h.

◆ OUT_UUM

#define OUT_UUM	(	iu,
		lu,
		j
	)	out->uum[iu-1+(lu-1+(j)ds->ntau)ds->numu] /* No -i behind j as mazim starts at 0, aky */

Definition at line 341 of file cdisort.h.

◆ WK

#define WK ( iq ) wk[iq-1]

Definition at line 343 of file cdisort.h.

◆ XBA

#define XBA ( lc ) xba[lc]

Definition at line 345 of file cdisort.h.

◆ XB0

#define XB0	(	iq,
		lc
	)	xb[iq-1+(lc-1)*ds->nstr].zero

Definition at line 346 of file cdisort.h.

◆ XB1

#define XB1	(	iq,
		lc
	)	xb[iq-1+(lc-1)*ds->nstr].one

Definition at line 347 of file cdisort.h.

◆ XB_0D

#define XB_0D ( lc ) ts[lc-1].xb_0d

Definition at line 348 of file cdisort.h.

◆ XB_0U

#define XB_0U ( lc ) ts[lc-1].xb_0u

Definition at line 349 of file cdisort.h.

◆ XB_1D

#define XB_1D ( lc ) ts[lc-1].xb_1d

Definition at line 350 of file cdisort.h.

◆ XB_1U

#define XB_1U ( lc ) ts[lc-1].xb_1u

Definition at line 351 of file cdisort.h.

◆ XP_0

#define XP_0 ( lc ) ts[lc-1].xp_0

Definition at line 352 of file cdisort.h.

◆ XP_1

#define XP_1 ( lc ) ts[lc-1].xp_1

Definition at line 353 of file cdisort.h.

◆ XR0

#define XR0 ( lc ) xr[lc-1].zero

Definition at line 354 of file cdisort.h.

◆ XR1

#define XR1 ( lc ) xr[lc-1].one

Definition at line 355 of file cdisort.h.

◆ YB_0D

#define YB_0D ( lc ) ts[lc-1].yb_0d

Definition at line 357 of file cdisort.h.

◆ YB_0U

#define YB_0U ( lc ) ts[lc-1].yb_0u

Definition at line 358 of file cdisort.h.

◆ YB_1D

#define YB_1D ( lc ) ts[lc-1].yb_1d

Definition at line 359 of file cdisort.h.

◆ YB_1U

#define YB_1U ( lc ) ts[lc-1].yb_1u

Definition at line 360 of file cdisort.h.

◆ YLM

#define YLM	(	l,
		i
	)	ylm[l+(i-1)*(maxmu+1)]

Definition at line 361 of file cdisort.h.

◆ YLM0

#define YLM0 ( iq ) ylm0[iq]

Definition at line 362 of file cdisort.h.

◆ YLMC

#define YLMC	(	l,
		iq
	)	ylmc[l+(iq-1)*(ds->nstr+1)]

Definition at line 363 of file cdisort.h.

◆ YLMU

#define YLMU	(	l,
		iu
	)	ylmu[l+(iu-1)*(ds->nstr+1)]

Definition at line 364 of file cdisort.h.

◆ YP_0D

#define YP_0D ( lc ) ts[lc-1].yp_0d

Definition at line 365 of file cdisort.h.

◆ YP_0U

#define YP_0U ( lc ) ts[lc-1].yp_0u

Definition at line 366 of file cdisort.h.

◆ YP_1D

#define YP_1D ( lc ) ts[lc-1].yp_1d

Definition at line 367 of file cdisort.h.

◆ YP_1U

#define YP_1U ( lc ) ts[lc-1].yp_1u

Definition at line 368 of file cdisort.h.

◆ Z

#define Z ( j ) z[j-1]

Definition at line 370 of file cdisort.h.

◆ Z0

#define Z0 ( iu ) zee[iu-1].zero

Definition at line 371 of file cdisort.h.

◆ Z1

#define Z1 ( iq ) zee[iq-1].one

Definition at line 372 of file cdisort.h.

◆ Z0U

#define Z0U	(	iu,
		lc
	)	zu[iu-1+(lc-1)*ds->numu].zero

Definition at line 373 of file cdisort.h.

◆ Z1U

#define Z1U	(	iu,
		lc
	)	zu[iu-1+(lc-1)*ds->numu].one

Definition at line 374 of file cdisort.h.

◆ ZB0U

#define ZB0U	(	iu,
		lc
	)	zbu[iu-1+(lc-1)*ds->numu].zero

Definition at line 375 of file cdisort.h.

◆ ZB1U

#define ZB1U	(	iu,
		lc
	)	zbu[iu-1+(lc-1)*ds->numu].one

Definition at line 376 of file cdisort.h.

◆ ZBAU

#define ZBAU	(	iu,
		lc
	)	zbu[iu-1+(lc-1)*ds->numu].alpha

Definition at line 377 of file cdisort.h.

◆ ZB_A

#define ZB_A ( lc ) ts[lc-1].zb_a

Definition at line 378 of file cdisort.h.

◆ ZBEAM

#define ZBEAM	(	iu,
		lc
	)	zbeam[iu-1+(lc-1)*ds->numu]

Definition at line 379 of file cdisort.h.

◆ ZBEAMA

#define ZBEAMA ( lc ) zbeama[lc-1]

Definition at line 380 of file cdisort.h.

◆ ZBEAM0

#define ZBEAM0	(	iq,
		lc
	)	zbeamsp[iq-1+(lc-1)*ds->nstr].zero

Definition at line 381 of file cdisort.h.

◆ ZBEAM1

#define ZBEAM1	(	iq,
		lc
	)	zbeamsp[iq-1+(lc-1)*ds->nstr].one

Definition at line 382 of file cdisort.h.

◆ ZBS0

#define ZBS0 ( iq ) zbs[iq-1].zero

Definition at line 383 of file cdisort.h.

◆ ZBS1

#define ZBS1 ( iq ) zbs[iq-1].one

Definition at line 384 of file cdisort.h.

◆ ZD

#define ZD ( j ) zd[j]

Definition at line 385 of file cdisort.h.

◆ ZJ

#define ZJ ( j ) zj[j-1]

Definition at line 386 of file cdisort.h.

◆ ZJG

#define ZJG ( j ) zjg[j-1]

Definition at line 387 of file cdisort.h.

◆ ZJU

#define ZJU ( j ) zju[j-1]

Definition at line 388 of file cdisort.h.

◆ ZGU

#define ZGU	(	iu,
		lc
	)	zgu[iu-1+(lc-1)*ds->numu]

Definition at line 389 of file cdisort.h.

◆ ZP_A

#define ZP_A ( lc ) ts[lc-1].zp_a

Definition at line 390 of file cdisort.h.

◆ ZPLK0

#define ZPLK0	(	iq,
		lc
	)	plk[iq-1+(lc-1)*ds->nstr].zero

Definition at line 391 of file cdisort.h.

◆ ZPLK1

#define ZPLK1	(	iq,
		lc
	)	plk[iq-1+(lc-1)*ds->nstr].one

Definition at line 392 of file cdisort.h.

◆ ZZ

#define ZZ	(	iq,
		lc
	)	zz[iq-1+(lc-1)*ds->nstr]

Definition at line 393 of file cdisort.h.

◆ ZZG

#define ZZG	(	iq,
		lc
	)	zzg[iq-1+(lc-1)*ds->nstr]

Definition at line 394 of file cdisort.h.

◆ MUP

#define MUP ( it ) mu_phase[it-1]

Definition at line 397 of file cdisort.h.

◆ PHASR

#define PHASR ( lc ) phasr[lc-1]

Definition at line 398 of file cdisort.h.

◆ PHAS2

#define PHAS2	(	it,
		lc
	)	phas2[it-1+(lc-1)*nphase]

Definition at line 399 of file cdisort.h.

◆ DSPHASE

#define DSPHASE	(	it,
		lc
	)	ds->phase[it-1+(lc-1)*ds->nphase]

Definition at line 400 of file cdisort.h.

◆ F_PHAS2_ABS

#define F_PHAS2_ABS ( it ) f_phas2_abs[it-1]

Definition at line 401 of file cdisort.h.

◆ MU_EQ

#define MU_EQ	(	i,
		lu
	)	mu_eq[i-1+(lu-1)*nf]

Definition at line 402 of file cdisort.h.

◆ NEG_PHAS

#define NEG_PHAS	(	i,
		lu
	)	neg_phas[i-1+(lu-1)*nf]

Definition at line 403 of file cdisort.h.

◆ NORM_PHAS

#define NORM_PHAS ( lu ) norm_phas[lu-1]

Definition at line 404 of file cdisort.h.

◆ SDTAUC

#define SDTAUC ( i ) sdtauc[i-1]

Definition at line 407 of file cdisort.h.

◆ SUTAU

#define SUTAU ( i ) sutau[i-1]

Definition at line 408 of file cdisort.h.

◆ ZOUT

#define ZOUT ( i ) zout[i-1]

Definition at line 409 of file cdisort.h.

◆ TAUINT

#define TAUINT ( i ) tauint[i-1]

Definition at line 410 of file cdisort.h.

◆ XARR

#define XARR ( i ) xarr[i-1]

Definition at line 411 of file cdisort.h.

◆ YARR

#define YARR ( i ) yarr[i-1]

Definition at line 412 of file cdisort.h.

◆ TRUE

#define TRUE 1

Definition at line 417 of file cdisort.h.

◆ FALSE

#define FALSE 0

Definition at line 418 of file cdisort.h.

◆ FIRST_IPHAS

#define FIRST_IPHAS 1

Definition at line 420 of file cdisort.h.

◆ ISOTROPIC

#define ISOTROPIC 1

Definition at line 421 of file cdisort.h.

◆ RAYLEIGH

#define RAYLEIGH 2

Definition at line 422 of file cdisort.h.

◆ HENYEY_GREENSTEIN

#define HENYEY_GREENSTEIN 3

Definition at line 423 of file cdisort.h.

◆ HAZE_GARCIA_SIEWERT

#define HAZE_GARCIA_SIEWERT 4

Definition at line 424 of file cdisort.h.

◆ CLOUD_GARCIA_SIEWERT

#define CLOUD_GARCIA_SIEWERT 5

Definition at line 425 of file cdisort.h.

◆ LAST_IPHAS

#define LAST_IPHAS 5

Definition at line 426 of file cdisort.h.

◆ GENERAL_BC

#define GENERAL_BC 0

Definition at line 428 of file cdisort.h.

◆ SPECIAL_BC

#define SPECIAL_BC 1

Definition at line 429 of file cdisort.h.

◆ TOP_ILLUM

#define TOP_ILLUM 1

Definition at line 431 of file cdisort.h.

◆ BOT_ILLUM

#define BOT_ILLUM 2

Definition at line 432 of file cdisort.h.

◆ DS_WARNING

#define DS_WARNING 0

Definition at line 434 of file cdisort.h.

◆ DS_ERROR

#define DS_ERROR 1

Definition at line 435 of file cdisort.h.

◆ VERBOSE

#define VERBOSE 0

Definition at line 437 of file cdisort.h.

◆ QUIET

#define QUIET 1

Definition at line 438 of file cdisort.h.

◆ BRDF_NONE

#define BRDF_NONE 0

Definition at line 440 of file cdisort.h.

◆ BRDF_RPV

#define BRDF_RPV 1 /* don't change these numbers as they are */

Definition at line 441 of file cdisort.h.

◆ BRDF_CAM

#define BRDF_CAM 2 /* used by Fortran code which of course */

Definition at line 442 of file cdisort.h.

◆ BRDF_AMB

#define BRDF_AMB 3 /* has no access to this header file */

Definition at line 443 of file cdisort.h.

◆ BRDF_HAPKE

#define BRDF_HAPKE 4

Definition at line 444 of file cdisort.h.

◆ BRDF_CAM_NN

#define BRDF_CAM_NN 4

Definition at line 447 of file cdisort.h.

◆ BRDF_CAM_SAL

#define BRDF_CAM_SAL 0

Definition at line 448 of file cdisort.h.

◆ BRDF_CAM_PCL

#define BRDF_CAM_PCL 1

Definition at line 449 of file cdisort.h.

◆ BRDF_CAM_U10

#define BRDF_CAM_U10 2

Definition at line 450 of file cdisort.h.

◆ BRDF_CAM_UPHI

#define BRDF_CAM_UPHI 3

Definition at line 451 of file cdisort.h.

◆ NMUG

#define NMUG 50

Definition at line 459 of file cdisort.h.

◆ M_E

#define M_E 2.7182818284590452354

Definition at line 465 of file cdisort.h.

◆ M_LOG2E

#define M_LOG2E 1.4426950408889634074

Definition at line 466 of file cdisort.h.

◆ M_LOG10E

#define M_LOG10E 0.43429448190325182765

Definition at line 467 of file cdisort.h.

◆ M_LN2

#define M_LN2 0.69314718055994530942

Definition at line 468 of file cdisort.h.

◆ M_LN10

#define M_LN10 2.30258509299404568402

Definition at line 469 of file cdisort.h.

◆ M_PI

#define M_PI 3.14159265358979323846

Definition at line 470 of file cdisort.h.

◆ M_PI_2

#define M_PI_2 1.57079632679489661923

Definition at line 471 of file cdisort.h.

◆ M_PI_4

#define M_PI_4 0.78539816339744830962

Definition at line 472 of file cdisort.h.

◆ M_1_PI

#define M_1_PI 0.31830988618379067154

Definition at line 473 of file cdisort.h.

◆ M_2_PI

#define M_2_PI 0.63661977236758134308

Definition at line 474 of file cdisort.h.

◆ M_2_SQRTPI

#define M_2_SQRTPI 1.12837916709551257390

Definition at line 475 of file cdisort.h.

◆ M_SQRT2

#define M_SQRT2 1.41421356237309504880

Definition at line 476 of file cdisort.h.

◆ M_SQRT1_2

#define M_SQRT1_2 0.70710678118654752440

Definition at line 477 of file cdisort.h.

◆ DEG

#define DEG (M_PI/180.)

Definition at line 480 of file cdisort.h.

◆ SQR

#define SQR ( x )

Value:

          ({ \
          const double _x = (double)(x); \
          _x*_x; })

Definition at line 482 of file cdisort.h.

◆ MIN

#define MIN	(	x,
		y
	)

Value:

         ({ \
         const double _x = (double)(x); \
         const double _y = (double)(y); \
         _x < _y ? _x : _y; })

Definition at line 486 of file cdisort.h.

◆ MAX

#define MAX	(	x,
		y
	)

Value:

         ({ \
         const double _x = (double)(x); \
         const double _y = (double)(y); \
         _x > _y ? _x : _y; })

Definition at line 491 of file cdisort.h.

◆ LIMIT_RANGE

#define LIMIT_RANGE	(	min,
		x,
		max
	)

Value:

         ({ \
         const double _min = (double)(min); \
         const double _x   = (double)(x);   \
         const double _max = (double)(max); \
         _x < _min ? _min : ( _x > _max ? _max : _x ); })

Definition at line 496 of file cdisort.h.

◆ IMIN

#define IMIN	(	i,
		j
	)

Value:

         ({ \
         const int _i = (int)(i); \
         const int _j = (int)(j); \
         _i < _j ? _i : _j; })

Definition at line 502 of file cdisort.h.

◆ IMAX

#define IMAX	(	i,
		j
	)

Value:

         ({ \
         const int _i = (int)(i); \
         const int _j = (int)(j); \
         _i > _j ? _i : _j; })

Definition at line 507 of file cdisort.h.

◆ F77_SIGN

#define F77_SIGN	(	a,
		b
	)	((b) >= 0. ? fabs(a) : -fabs(a))

Definition at line 512 of file cdisort.h.

Typedef Documentation

◆ disort_state

typedef struct disort_state disort_state

◆ disort_output

typedef struct disort_output disort_output

Function Documentation

◆ c_disort()

void c_disort	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 396 of file cdisort.c.

◆ c_bidir_reflectivity()

double c_bidir_reflectivity	(	double	wvnmlo,
		double	wvnmhi,
		double	mu,
		double	mup,
		double	dphi,
		int	brdf_type,
		disort_brdf *	brdf,
		int	callnum
	)

Definition at line 1073 of file cdisort.c.

◆ c_bidir_reflectivity_hapke()

double c_bidir_reflectivity_hapke	(	double	wvnmlo,
		double	wvnmhi,
		double	mu,
		double	mup,
		double	dphi
	)

Definition at line 1281 of file cdisort.c.

◆ c_bidir_reflectivity_rpv()

double c_bidir_reflectivity_rpv	(	rpv_brdf_spec *	brdf,
		double	mu1,
		double	mu2,
		double	phi,
		double	badmu
	)

Definition at line 1346 of file cdisort.c.

◆ c_dref()

double c_dref	(	double	wvnmlo,
		double	wvnmhi,
		double	mu,
		int	brdf_type,
		disort_brdf *	brdf,
		int	callnum
	)

Definition at line 6257 of file cdisort.c.

◆ c_getmom()

void c_getmom	(	int	iphas,
		double	gg,
		int	nmom,
		double *	pmom
	)

Definition at line 1435 of file cdisort.c.

◆ c_asymmetric_matrix()

void c_asymmetric_matrix	(	double *	aa,
		double *	evec,
		double *	eval,
		int	m,
		int	ia,
		int	ievec,
		int *	ier,
		double *	wk
	)

Definition at line 1566 of file cdisort.c.

◆ c_intensity_components()

void c_intensity_components	(	disort_state *	ds,
		double *	gc,
		double *	kk,
		int *	layru,
		double *	ll,
		int	lyrcut,
		int	mazim,
		int	ncut,
		int	nn,
		double *	taucpr,
		double *	utaupr,
		double *	zz,
		disort_pair *	plk,
		double *	uum
	)

Definition at line 2209 of file cdisort.c.

◆ c_fluxes()

void c_fluxes	(	disort_state *	ds,
		disort_output *	out,
		double *	ch,
		double *	cmu,
		double *	cwt,
		double *	gc,
		double *	kk,
		int *	layru,
		double *	ll,
		int	lyrcut,
		int	ncut,
		int	nn,
		int	prntu0,
		double *	taucpr,
		double *	utaupr,
		disort_pair *	xr,
		disort_pair *	zbeamsp,
		double *	zbeama,
		double *	zz,
		double *	zzg,
		disort_pair *	plk,
		disort_pair *	fl,
		double *	u0c
	)

Definition at line 2307 of file cdisort.c.

◆ c_intensity_correction()

void c_intensity_correction	(	disort_state *	ds,
		disort_output *	out,
		double	dither,
		double *	flyr,
		int *	layru,
		int	lyrcut,
		int	ncut,
		double *	oprim,
		double *	phasa,
		double *	phast,
		double *	phasm,
		double *	phirad,
		double *	tauc,
		double *	taucpr,
		double *	utaupr
	)

Definition at line 2532 of file cdisort.c.

◆ c_new_intensity_correction()

void c_new_intensity_correction	(	disort_state *	ds,
		disort_output *	out,
		double	dither,
		double *	flyr,
		int *	layru,
		int	lyrcut,
		int	ncut,
		double *	oprim,
		double *	phasa,
		double *	phast,
		double *	phasm,
		double *	phirad,
		double *	tauc,
		double *	taucpr,
		double *	utaupr
	)

Definition at line 2826 of file cdisort.c.

◆ prep_double_scat_integr()

void prep_double_scat_integr	(	int	nphase,
		int	ntau,
		int	nf,
		double *	mu_phase,
		double *	phas2,
		double *	mu_eq,
		int *	neg_phas,
		double *	norm_phas
	)

Definition at line 3113 of file cdisort.c.

◆ c_secondary_scat()

double c_secondary_scat	(	disort_state *	ds,
		int	iu,
		int	lu,
		double	ctheta,
		double *	flyr,
		int	layru,
		double *	tauc
	)

Definition at line 2675 of file cdisort.c.

◆ c_new_secondary_scat()

double c_new_secondary_scat	(	disort_state *	ds,
		int	iu,
		int	lu,
		int	it,
		double	ctheta,
		double *	flyr,
		int	layru,
		double *	tauc,
		int	nf,
		double *	phas2,
		double *	mu_eq,
		int *	neg_phas,
		double	norm_phas
	)

Definition at line 3235 of file cdisort.c.

◆ calc_phase_squared()

double calc_phase_squared	(	int	nphase,
		int	lu,
		double	ctheta,
		int	nf,
		double *	mu_phase,
		double *	phas2,
		double *	mu_eq,
		int *	neg_phas,
		double	norm_phas
	)

Definition at line 3334 of file cdisort.c.

◆ c_disort_set()

void c_disort_set	(	disort_state *	ds,
		double *	ch,
		double *	chtau,
		double *	cmu,
		double *	cwt,
		int	deltam,
		double *	dtaucpr,
		double *	expbea,
		double *	flyr,
		double *	gl,
		int *	layru,
		int *	lyrcut,
		int *	ncut,
		int *	nn,
		int *	corint,
		double *	oprim,
		double *	tauc,
		double *	taucpr,
		double *	utaupr
	)

Definition at line 3493 of file cdisort.c.

◆ c_set_matrix()

void c_set_matrix	(	disort_state *	ds,
		double *	bdr,
		double *	cband,
		double *	cmu,
		double *	cwt,
		double	delm0,
		double *	dtaucpr,
		double *	gc,
		double *	kk,
		int	lyrcut,
		int *	ncol,
		int	ncut,
		double *	taucpr,
		double *	wk
	)

Definition at line 3778 of file cdisort.c.

◆ c_single_scat()

double c_single_scat	(	double	dither,
		int	layru,
		int	nlyr,
		double *	phase,
		double *	omega,
		double *	tau,
		double	umu,
		double	umu0,
		double	utau,
		double	fbeam
	)

Definition at line 3940 of file cdisort.c.

◆ c_solve_eigen()

void c_solve_eigen	(	disort_state *	ds,
		int	lc,
		disort_pair *	ab,
		double *	array,
		double *	cmu,
		double *	cwt,
		double *	gl,
		int	mazim,
		int	nn,
		double *	ylmc,
		double *	cc,
		double *	evecc,
		double *	eval,
		double *	kk,
		double *	gc,
		double *	wk
	)

Definition at line 4056 of file cdisort.c.

◆ c_solve0()

void c_solve0	(	disort_state *	ds,
		double *	b,
		double *	bdr,
		double *	bem,
		double	bplanck,
		double *	cband,
		double *	cmu,
		double *	cwt,
		double *	expbea,
		int *	ipvt,
		double *	ll,
		int	lyrcut,
		int	mazim,
		int	ncol,
		int	ncut,
		int	nn,
		double	tplanck,
		double *	taucpr,
		double *	z,
		disort_pair *	zbeamsp,
		double *	zbeama,
		double *	zz,
		double *	zzg,
		disort_pair *	plk
	)

Definition at line 4233 of file cdisort.c.

◆ c_surface_bidir()

void c_surface_bidir	(	disort_state *	ds,
		double	delm0,
		double *	cmu,
		int	mazim,
		int	nn,
		double *	bdr,
		double *	emu,
		double *	bem,
		double *	rmu,
		int	callnum
	)

Definition at line 4590 of file cdisort.c.

◆ c_interp_eigenvec()

void c_interp_eigenvec	(	disort_state *	ds,
		int	lc,
		double *	cwt,
		double *	evecc,
		double *	gl,
		double *	gu,
		int	mazim,
		int	nn,
		double *	wk,
		double *	ylmc,
		double *	ylmu
	)

Definition at line 4748 of file cdisort.c.

◆ c_interp_source()

void c_interp_source	(	disort_state *	ds,
		int	lc,
		double *	cwt,
		double	delm0,
		double *	gl,
		int	mazim,
		double *	oprim,
		double *	ylm0,
		double *	ylmc,
		double *	ylmu,
		disort_pair *	psi,
		disort_pair *	xr,
		disort_pair *	zee,
		double *	zj,
		double *	zjg,
		double *	zbeam,
		disort_triplet *	zbu,
		disort_pair *	zbs,
		double	zbsa,
		double *	zgu,
		disort_pair *	zu
	)

Definition at line 4838 of file cdisort.c.

◆ c_set_coefficients_beam_source()

void c_set_coefficients_beam_source	(	disort_state *	ds,
		double *	ch,
		double *	chtau,
		double *	cmu,
		double	delm0,
		double	fbeam,
		double *	gl,
		int	lc,
		int	mazim,
		int	nstr,
		double *	taucpr,
		double *	xba,
		disort_pair *	xb,
		double *	ylm0,
		double *	ylmc,
		double *	zj
	)

Definition at line 5079 of file cdisort.c.

◆ c_interp_coefficients_beam_source()

void c_interp_coefficients_beam_source	(	disort_state *	ds,
		double *	chtau,
		double	delm0,
		double	fbeam,
		double *	gl,
		int	lc,
		int	mazim,
		int	nstr,
		int	numu,
		double *	taucpr,
		disort_triplet *	zbu,
		double *	xba,
		double *	zj,
		double *	ylm0,
		double *	ylmu
	)

Definition at line 4997 of file cdisort.c.

◆ c_upbeam()

void c_upbeam	(	disort_state *	ds,
		int	lc,
		double *	array,
		double *	cc,
		double *	cmu,
		double	delm0,
		double *	gl,
		int *	ipvt,
		int	mazim,
		int	nn,
		double *	wk,
		double *	ylm0,
		double *	ylmc,
		double *	zj,
		double *	zz
	)

Definition at line 5189 of file cdisort.c.

◆ c_upbeam_pseudo_spherical()

void c_upbeam_pseudo_spherical	(	disort_state *	ds,
		int	lc,
		double *	array,
		double *	cc,
		double *	cmu,
		int *	ipvt,
		int	nn,
		double *	wk,
		disort_pair *	xb,
		double *	xba,
		disort_pair *	zbs,
		double *	zbsa,
		disort_pair *	zbeamsp,
		double *	zbeama
	)

Definition at line 5286 of file cdisort.c.

◆ c_upbeam_general_source()

void c_upbeam_general_source	(	disort_state *	ds,
		int	lc,
		int	maz,
		double *	array,
		double *	cc,
		int *	ipvt,
		int	nn,
		double *	wk,
		double *	zjg,
		double *	zzg
	)

Definition at line 5420 of file cdisort.c.

◆ c_upisot()

void c_upisot	(	disort_state *	ds,
		int	lc,
		double *	array,
		double *	cc,
		double *	cmu,
		int *	ipvt,
		int	nn,
		double *	oprim,
		double *	wk,
		disort_pair *	xr,
		disort_pair *	zee,
		disort_pair *	plk
	)

Definition at line 5505 of file cdisort.c.

◆ c_user_intensities()

void c_user_intensities	(	disort_state *	ds,
		double	bplanck,
		double *	cmu,
		double *	cwt,
		double	delm0,
		double *	dtaucpr,
		double *	emu,
		double *	expbea,
		double *	gc,
		double *	gu,
		double *	kk,
		int *	layru,
		double *	ll,
		int	lyrcut,
		int	mazim,
		int	ncut,
		int	nn,
		double *	rmu,
		double *	taucpr,
		double	tplanck,
		double *	utaupr,
		double *	wk,
		disort_triplet *	zbu,
		double *	zbeam,
		disort_pair *	zbeamsp,
		double *	zbeama,
		double *	zgu,
		disort_pair *	zu,
		double *	zz,
		double *	zzg,
		disort_pair *	plk,
		double *	uum
	)

Definition at line 5642 of file cdisort.c.

◆ c_xi_func()

double c_xi_func	(	double	umu1,
		double	umu2,
		double	tau
	)

Definition at line 5995 of file cdisort.c.

◆ c_check_inputs()

void c_check_inputs	(	disort_state *	ds,
		int	scat_yes,
		int	deltam,
		int	corint,
		double *	tauc,
		int	callnum
	)

Definition at line 6024 of file cdisort.c.

◆ c_legendre_poly()

void c_legendre_poly	(	int	nmu,
		int	m,
		int	maxmu,
		int	twonm1,
		double *	mu,
		double *	ylm
	)

Definition at line 6353 of file cdisort.c.

◆ c_print_avg_intensities()

void c_print_avg_intensities	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 6635 of file cdisort.c.

◆ c_print_inputs()

void c_print_inputs	(	disort_state *	ds,
		double *	dtaucpr,
		int	scat_yes,
		int	deltam,
		int	corint,
		double *	flyr,
		int	lyrcut,
		double *	oprim,
		double *	tauc,
		double *	taucpr
	)

Definition at line 6683 of file cdisort.c.

◆ c_print_intensities()

void c_print_intensities	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 6887 of file cdisort.c.

◆ c_gaussian_quadrature()

void c_gaussian_quadrature	(	int	m,
		double *	gmu,
		double *	gwt
	)

Definition at line 6979 of file cdisort.c.

◆ c_ratio()

double c_ratio	(	double	a,
		double	b
	)

Definition at line 7098 of file cdisort.c.

◆ c_fcmp()

int c_fcmp	(	double	x1,
		double	x2
	)

Definition at line 7185 of file cdisort.c.

◆ c_self_test()

void c_self_test	(	int	compare,
		int *	prntu0,
		disort_state *	ds,
		disort_output *	out
	)

Definition at line 7259 of file cdisort.c.

◆ c_albtrans()

void c_albtrans	(	disort_state *	ds,
		disort_output *	out,
		disort_pair *	ab,
		double *	array,
		double *	b,
		double *	bdr,
		double *	cband,
		double *	cc,
		double *	cmu,
		double *	cwt,
		double *	dtaucpr,
		double *	eval,
		double *	evecc,
		double *	gl,
		double *	gc,
		double *	gu,
		int *	ipvt,
		double *	kk,
		double *	ll,
		int	nn,
		double *	taucpr,
		double *	ylmc,
		double *	ylmu,
		double *	z,
		double *	wk
	)

Definition at line 7435 of file cdisort.c.

◆ c_albtrans_intensity()

void c_albtrans_intensity	(	disort_state *	ds,
		disort_output *	out,
		double *	gu,
		double *	kk,
		double *	ll,
		int	nn,
		double *	taucpr,
		double *	wk
	)

Definition at line 7660 of file cdisort.c.

◆ c_print_albtrans()

void c_print_albtrans	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 7752 of file cdisort.c.

◆ c_solve1()

void c_solve1	(	disort_state *	ds,
		double *	cband,
		int	ihom,
		int *	ipvt,
		int	ncol,
		int	ncut,
		int	nn,
		double *	b,
		double *	ll
	)

Definition at line 7808 of file cdisort.c.

◆ c_albtrans_spherical()

void c_albtrans_spherical	(	disort_state *	ds,
		double *	cmu,
		double *	cwt,
		double *	gc,
		double *	kk,
		double *	ll,
		int	nn,
		double *	taucpr,
		double *	sflup,
		double *	sfldn
	)

Definition at line 7889 of file cdisort.c.

◆ c_errmsg()

void c_errmsg	(	char const *	messag,
		int	type
	)

Definition at line 7949 of file cdisort.c.

◆ c_write_bad_var()

int c_write_bad_var	(	int	quiet,
		char const *	varnam
	)

Definition at line 7988 of file cdisort.c.

◆ c_write_too_small_dim()

int c_write_too_small_dim	(	int	quiet,
		char const *	dimnam,
		int	minval
	)

Definition at line 8020 of file cdisort.c.

◆ c_sgbco()

void c_sgbco	(	double *	abd,
		int	lda,
		int	n,
		int	ml,
		int	mu,
		int *	ipvt,
		double *	rcond,
		double *	z
	)

Definition at line 8149 of file cdisort.c.

◆ c_sgbfa()

void c_sgbfa	(	double *	abd,
		int	lda,
		int	n,
		int	ml,
		int	mu,
		int *	ipvt,
		int *	info
	)

Definition at line 8361 of file cdisort.c.

◆ c_sgbsl()

void c_sgbsl	(	double *	abd,
		int	lda,
		int	n,
		int	ml,
		int	mu,
		int *	ipvt,
		double *	b,
		int	job
	)

Definition at line 8494 of file cdisort.c.

◆ c_sgeco()

void c_sgeco	(	double *	a,
		int	lda,
		int	n,
		int *	ipvt,
		double *	rcond,
		double *	z
	)

Definition at line 8610 of file cdisort.c.

◆ c_sgefa()

void c_sgefa	(	double *	a,
		int	lda,
		int	n,
		int *	ipvt,
		int *	info
	)

Definition at line 8788 of file cdisort.c.

◆ c_sgesl()

void c_sgesl	(	double *	a,
		int	lda,
		int	n,
		int *	ipvt,
		double *	b,
		int	job
	)

Definition at line 8890 of file cdisort.c.

◆ c_sasum()

double c_sasum	(	int	n,
		double *	sx
	)

Definition at line 8966 of file cdisort.c.

◆ c_saxpy()

void c_saxpy	(	int	n,
		double	sa,
		double *	sx,
		double *	sy
	)

Definition at line 9021 of file cdisort.c.

◆ c_sdot()

double c_sdot	(	int	n,
		double *	sx,
		double *	sy
	)

Definition at line 9074 of file cdisort.c.

◆ c_sscal()

void c_sscal	(	int	n,
		double	sa,
		double *	sx
	)

Definition at line 9128 of file cdisort.c.

◆ c_isamax()

int c_isamax	(	int	n,
		double *	sx
	)

Definition at line 9174 of file cdisort.c.

◆ c_twostr()

void c_twostr	(	disort_state *	ds,
		disort_output *	out,
		int	deltam,
		double *	gg,
		int *	ierror,
		double	radius
	)

Definition at line 9572 of file cdisort.c.

◆ c_chapman()

double c_chapman	(	int	lc,
		double	taup,
		double *	tauc,
		int	nlyr,
		double *	zd,
		double *	dtau_c,
		double	zenang,
		double	r
	)

Definition at line 9748 of file cdisort.c.

◆ c_chapman_simpler()

double c_chapman_simpler	(	int	lc,
		double	taup,
		int	nlyr,
		double *	zd,
		double *	dtau_c,
		double	zenang,
		double	r
	)

Definition at line 9826 of file cdisort.c.

◆ c_twostr_check_inputs()

void c_twostr_check_inputs	(	disort_state *	ds,
		double *	gg,
		int *	ierror,
		double *	tauc
	)

Definition at line 9909 of file cdisort.c.

◆ c_twostr_fluxes()

void c_twostr_fluxes	(	disort_state *	ds,
		twostr_xyz *	ts,
		double *	ch,
		double	cmu,
		double *	kk,
		int *	layru,
		double *	ll,
		int	lyrcut,
		int	ncut,
		double *	oprim,
		double *	rr,
		double *	taucpr,
		double *	utaupr,
		disort_output *	out,
		double *	u0c,
		disort_pair *	fl
	)

Definition at line 10082 of file cdisort.c.

◆ c_twostr_solns()

void c_twostr_solns	(	disort_state *	ds,
		double *	ch,
		double *	chtau,
		double	cmu,
		int	ncut,
		double *	oprim,
		double *	pkag,
		double *	pkagc,
		double *	taucpr,
		double *	ggprim,
		double *	kk,
		double *	rr,
		twostr_xyz *	ts
	)

Definition at line 10220 of file cdisort.c.

◆ c_twostr_print_inputs()

void c_twostr_print_inputs	(	disort_state *	ds,
		int	deltam,
		double *	flyr,
		double *	gg,
		int	lyrcut,
		double *	oprim,
		double *	tauc,
		double *	taucpr
	)

Definition at line 10479 of file cdisort.c.

◆ c_twostr_set()

void c_twostr_set	(	disort_state *	ds,
		double *	bplanck,
		double *	ch,
		double *	chtau,
		double *	cmu,
		int	deltam,
		double *	dtaucpr,
		double *	expbea,
		double *	flyr,
		double *	gg,
		double *	ggprim,
		int *	layru,
		int *	lyrcut,
		int *	ncut,
		int *	nn,
		double *	oprim,
		double *	pkag,
		double *	pkagc,
		double	radius,
		double *	tauc,
		double *	taucpr,
		double *	tplanck,
		double *	utaupr
	)

Definition at line 10603 of file cdisort.c.

◆ c_twostr_solve_bc()

void c_twostr_solve_bc	(	disort_state *	ds,
		twostr_xyz *	ts,
		double	bplanck,
		double *	cband,
		double	cmu,
		double *	expbea,
		int	lyrcut,
		int	nn,
		int	ncut,
		double	tplanck,
		double *	taucpr,
		double *	kk,
		double *	rr,
		int *	ipvt,
		double *	b,
		double *	ll,
		twostr_diag *	diag
	)

Definition at line 10819 of file cdisort.c.

◆ c_planck_func1()

double c_planck_func1	(	double	wnumlo,
		double	wnumhi,
		double	t
	)

Definition at line 6483 of file cdisort.c.

◆ c_planck_func2()

double c_planck_func2	(	double	wnumlo,
		double	wnumhi,
		double	t
	)

◆ c_disort_state_alloc()

void c_disort_state_alloc ( disort_state * ds )

Definition at line 11195 of file cdisort.c.

◆ c_disort_state_free()

void c_disort_state_free ( disort_state * ds )

Definition at line 11305 of file cdisort.c.

◆ c_disort_out_alloc()

void c_disort_out_alloc	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 11353 of file cdisort.c.

◆ c_disort_out_free()

void c_disort_out_free	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 11395 of file cdisort.c.

◆ c_twostr_state_alloc()

void c_twostr_state_alloc ( disort_state * ds )

Definition at line 11417 of file cdisort.c.

◆ c_twostr_state_free()

void c_twostr_state_free ( disort_state * ds )

Definition at line 11463 of file cdisort.c.

◆ c_twostr_out_alloc()

void c_twostr_out_alloc	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 11480 of file cdisort.c.

◆ c_twostr_out_free()

void c_twostr_out_free	(	disort_state *	ds,
		disort_output *	out
	)

Definition at line 11498 of file cdisort.c.

◆ c_dbl_vector()

double* c_dbl_vector	(	int	nl,
		int	nh,
		char const *	name
	)

Definition at line 11516 of file cdisort.c.

◆ c_int_vector()

int* c_int_vector	(	int	nl,
		int	nh,
		char const *	name
	)

Definition at line 11556 of file cdisort.c.

◆ print_test()

void print_test	(	disort_state *	ds_calc,
		disort_output *	calc,
		disort_state *	ds_good,
		disort_output *	good
	)

Definition at line 2873 of file disotest.c.

◆ c_free_dbl_vector()

void c_free_dbl_vector	(	double *	m,
		int	nl,
		int	nh
	)

Definition at line 11597 of file cdisort.c.

◆ c_setout()

int c_setout	(	float *	sdtauc,
		int	nlyr,
		int	ntau,
		float *	sutau,
		float *	z,
		float *	zout
	)

Definition at line 11642 of file cdisort.c.

◆ c_inter()

double c_inter	(	int	npoints,
		int	itype,
		double	arg,
		float *	xarr,
		double *	yarr,
		double *	hh
	)

Definition at line 11721 of file cdisort.c.

◆ c_gaussian_quadrature_test()

int c_gaussian_quadrature_test	(	int	nstr,
		float *	sza,
		double	umu0
	)

Definition at line 11780 of file cdisort.c.

◆ disort_test01()

void disort_test01 ( void )

Definition at line 157 of file disotest.c.

◆ disort_test02()

void disort_test02 ( void )

Definition at line 340 of file disotest.c.

◆ disort_test03()

void disort_test03 ( void )

Definition at line 489 of file disotest.c.

◆ disort_test04()

void disort_test04 ( void )

Definition at line 614 of file disotest.c.

◆ disort_test05()

void disort_test05 ( void )

Definition at line 807 of file disotest.c.

◆ disort_test06()

void disort_test06 ( void )

Definition at line 934 of file disotest.c.

◆ disort_test07()

void disort_test07 ( void )

Definition at line 1353 of file disotest.c.

◆ disort_test08()

void disort_test08 ( void )

Definition at line 1693 of file disotest.c.

◆ disort_test09()

void disort_test09 ( void )

Definition at line 1840 of file disotest.c.

◆ disort_test10()

void disort_test10 ( void )

Definition at line 2075 of file disotest.c.

◆ disort_test11()

void disort_test11 ( void )

Definition at line 2222 of file disotest.c.

◆ disort_test12()

void disort_test12 ( void )

Definition at line 2355 of file disotest.c.

◆ disort_test13()

void disort_test13 ( void )

Definition at line 2493 of file disotest.c.

◆ disort_test14()

void disort_test14 ( void )

Definition at line 2687 of file disotest.c.

Classes

Macros

Typedefs

Functions

Macro Definition Documentation

◆ TWOSTR_NERR

◆ A

◆ AA

◆ ABD

◆ ALBMED

◆ AMB

◆ APB

◆ B

◆ BDR

◆ BEM

◆ CBAND

◆ CC

◆ CH

◆ CHTAU

◆ CMU

◆ CWT

◆ DFDT

◆ DIAG

◆ DTAUC

◆ DTAU_C

◆ DTAUCPR

◆ EMU

◆ EVAL

◆ EVEC

◆ EVECC

◆ EXPBEA

◆ FLDIR

◆ FLDN

◆ FLUP

◆ FLYR

◆ GC

◆ GENSRC

◆ GENSRCU

◆ GG

◆ GGPRIM

◆ GL

◆ GMU

◆ GU

◆ GWT

◆ IERROR

◆ IPVT

◆ KK

◆ LAYRU

◆ LL

◆ MU

◆ OMEGA

◆ OPRIM

◆ PKAG

◆ PKAGC

◆ PHASA

◆ PHASE

◆ PHASM

◆ PHAST

◆ PHI

◆ PHIRAD

◆ PMOM

◆ PRNTU0

◆ PSI0

◆ PSI1

◆ RFLDIR

◆ RFLDN

◆ RMU

◆ RR

◆ SSALB

◆ SUBD

◆ SUPERD

◆ SX

◆ SY

◆ TAU

◆ TAUC

◆ TAUCPR

◆ TEMPER

◆ TRNMED

◆ U0C

◆ U0U