int val

scalar_par_luts scalar_luts

float * optical_depth_at_550_nm

size_t dim_wind_speed

float * view_zenith_angle

size_t dimrelative_azimuth_angle

float * air_mass

float * wind_speed

size_t dim_jwvl

float * days

float * wlt_reft

float * wind

size_t dim_solz

float * doy

int32_t day

float * latitude

float * lat

size_t dimdays

float * watVap

float * days

size_t dimdays

float interp4d(const size_t *dims, const float *point, float **grid, const float *lut)

float interp3d(const size_t *dims, const float *point, float **grid, const float *lut)

float * wv3

float * water_vapor_pressure

float * reft

float * latitude

float * angstrom_coefficients

size_t tstep

float * angstrom_coefficients

name

float get_solz(int jday, float time, float lon, float lat)

void GetAerPhase(l2str *l2rec, int ip, int32_t nbands, float angstrom, float *phasea, float *omegaa, float *modelAngstrom)

float * achl

float * cf_pard_m

float * wavelength

tg_dims tgdims

float * tau550

void get_luts_data(l2str *l2rec, luts_par *luts_data)

soa_luts soa_lut

float * air_mass

size_t dim_wv1

float calc_par(l2str *l2rec, int ip, int nbands, float *Lt, float taua, float angstrom, float *wl, float *fo, float *ko3, float *taumolbar)

float * lut_dobson

td_dims tddims

float * optical_depth_at_550_nm

void getcldalbe(float *TauCld, float *CF, float cosSZ, float t_obs, float *t_range, float *albe_obs, float *TauCld_obs, float *CF_obs, size_t t_step, float *wl, size_t bands_num)

float * PARo_c

float * pard_m_cs

float * wind_speed

float * pard_m_oc

size_t dim_latitude

int32_t jday(int16_t i, int16_t j, int16_t k)

float * latitude

size_t dimwavelength

size_t dimangstrom_coefficients

size_t dim_wlt_reft

solz

size_t dimsolar_zenith_angle

float interp6d(const size_t *dims, const float *point, float **grid, const float *lut)

dobson_dims ozonedims

float SunGlint(float sz, float vz, float ra, float ws)

float * aw3

size_t dim_doy

float start_time

float * PARc_above

float EstimateDobson(int32_t year, int32_t month, int32_t day, float lat)

size_t dimwavelength

lat

size_t dimair_mass

float * wavelength

size_t dim_cot

float calc_par_impl_of_2023(l2str *l2rec, int ip, int nbands, float *Lt, float taua, float angstrom, float *wl, float *fo, float *ko3, float *taumolbar, float *parb, float *parc)

float * wv1

void calc_scalar_par_mean_cosine(l2str *l2rec, int ip, float par_above, float par_c, float *scalar_par, float *mean_cosine)

lon

float interpnd(size_t n_dims, const size_t *dims, const float *point, float **grid, const float *lut)

size_t search(const float *arr, size_t s, size_t e, float val, size_t *i_s, size_t *i_e)

size_t dim_wind_speed

float end_time

float * ozone_concentration

float * CF

float time_set_max

float * dobson

float getosa(float wl, float sza, float wind, float chl, float fr, const luts_par *luts_data)

float * jwl

float interp_as_tauhigh(float csz)

float * PARo

size_t dimview_zenith_angle

float * pard_p_cs

size_t dim_wv3

size_t dimoptical_depth_at_550_nm

float * cf_pard_p

scalar_inst_par_luts scalar_inst_luts

float * lut_rho

float * cos_solz

size_t dimangstrom_coefficients

size_t dimlatitude

size_t dimozone_concentration

float * angstrom

float * lon

luts_par luts_data

float * lut_watvap

float * lut_tg

float obs_time

void read_aerosol_par(l2str *l2rec, int32_t nbands, float *tablewavelengths, float *tablephaseangles, float *tablealphas, float *tableomegas, float *tableaerphasefunc)

watervap_dims watvapdims

float * relative_azimuth_angle

size_t dimlatitude

float xlon[LAC_PIXEL_NUM]

float * surfPress

float * bw1

void triseset(int32_t jday, float xlon, float xlat, float *trise, float *tset)

size_t dim_x

float * mu_cosine

float EstimateWatVap(int32_t year, int32_t month, int32_t day, float lat)

int32_t nbands

size_t dimair_mass

this program makes no use of any feature of the SDP Toolkit that could generate such a then geolocation is calculated at that and then aggregated up to Resolved feature request Bug by adding three new int8 SDSs for each high resolution offsets between the high resolution geolocation and a bi linear interpolation extrapolation of the positions This can be used to reconstruct the high resolution geolocation Resolved Bug by delaying cumulation of gflags until after validation of derived products Resolved Bug by setting Latitude and Longitude to the correct fill resolving to support Near Real Time because they may be unnecessary if use of entrained ephemeris and attitude data is turned resolving bug report Corrected to filter out Aqua attitude records with missing status helping resolve bug MOD_PR03 will still correctly write scan and pixel data that does not depend upon the start time

float interp1d(const size_t *dims, const float *point, float **grid, const float *lut)

float * cf

float * lut_td

float varsol(int32_t jday)

data_t s[NROOTS]

float kasten_equation(float solz)

float * mu_cosine_c

void calc_scalar_inst_par(l2str *l2rec, int ip, float par_above_ins, float *par_scalar_ins)

float time_rise_min

int Greg2Jul(int32_t year, int32_t month, int32_t day)

float * cot

float * tauCld

float interp_as_taulow(float csz, float tau)

size_t dimwavelength

void * allocateMemoryPar(size_t numBytes, const char *name)

float * wavelength

rho_dims rhodims

size_t dimoptical_depth_at_550_nm

real sza

real xlat

float * solar_zenith_angle

size_t dim_y

size_t dimwater_vapor_pressure