#define CAT_Taua

#define CAT_chl_morel

#define CAT_rhot

#define CAT_senz

int8_t * get_qual_sst_triple(l2str *l2rec)

#define CAT_bb_gsm

#define CAT_ms_epsilon

#define CAT_chl_carder_emp

#define CAT_stdv_sst4

#define CAT_npp_vgpm

#define CAT_hexfuco_sdp

stderr

#define MAX(A, B)

#define CAT_aw

#define CAT_adgs_giop

#define CAT_prochlorococcus_hirata

void get_fqy(l2str *l2rec, float fqy[])

#define CAT_Surface_Albedo_2200

#define MIN(x, y)

#define CAT_Cld_Phase_2200

#define CAT_Cld_Top_Refl_1600

#define CAT_picoplankton_abundanceksm

void get_habs_mph(l2str *l2rec, l2prodstr *p, float chl_mph[])

#define CAT_clfr

#define CAT_par

void get_bsi(l2str *l2rec, float *BSi)

#define CAT_COT_fail_2200

#define CAT_prymnesiophytes_hirata

#define CAT_prochlorococcus

#define CAT_cth_cost

#define CAT_calcite_ci2

void get_rho_mumm(l2str *l2rec, int32_t ip, int32_t iw, float *rhom)

#define CAT_Cld_Top_Refl_1200

#define CAT_adg_gsm

#define CAT_class_ward_owmc

#define CAT_mside

#define CAT_ndsi

#define CAT_CER_fail_1621

#define CAT_counts_sst4

#define CAT_CI_noncyano

#define CAT_counts_sst3

#define CAT_npp_cafe

#define CAT_rhos

#define CAT_mRrs_giop

#define CAT_ari

#define CAT_cth_cost_all

#define CAT_chl_giop

#define CAT_cth_dctp_all

#define CAT_no2_tropo

void get_par_below_surface(l2str *l2rec, float par[])

#define CAT_O3_prof

#define CAT_d2Rrs_diff_sdp

#define CAT_neo_sdp

#define CAT_BT_40

#define NBANDSIR

void get_ndii(l1str *l1rec, float prod[])

#define CAT_CER_fail_1600

#define CAT_aph_gsm

void get_Kd(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_KPAR_lee

#define CAT_owtn

#define CAT_perid_sdp

#define CAT_MCI_stumpf

float * get_ctht_lin(l2str *l2rec, int prodnum)

#define CAT_evi2

#define CAT_bbp_unc_giop

#define CAT_CER_1600

#define CAT_L_u

#define CAT_a_pml

#define CAT_Surface_Albedo_650

int16 * get_flags_carder(l2str *l2rec)

#define CAT_no2_frac

#define CAT_bias_mean_sst3

float * extract_band_3d(float *in_buf, float *out_buf)

#define CAT_owtd

#define CAT_npp_mld

unsigned char * get_flags_qaa(l2str *l2rec)

void get_Cpicophyt(l2str *l2rec, l2prodstr *p, float *cell_abundance)

#define CAT_bbw

#define CAT_aphs_giop

#define CAT_Zsd_gbr

#define CAT_picoplankton_hirata

#define CAT_CER_fail_2100

#define CAT_taucld

#define CAT_aer_ratio

#define CAT_chl_oc3c

#define CAT_npix_mgiop

#define CAT_adg_giop

int get_hyper_vi(l1str *l1rec, int product_number, float product[])

#define CAT_aph_giop

#define CAT_nanoplankton_volumeksm

void get_smoke(l2str *l2rec, float smoke[])

#define CAT_CER_1621

#define CAT_Sg_300_600_mlrc

#define NULL

#define CAT_bb_carder

no change in intended resolving MODur00064 Corrected handling of bad ephemeris attitude resolving resolving GSFcd00179 Corrected handling of fill values for[Sensor|Solar][Zenith|Azimuth] resolving MODxl01751 Changed to validate LUT version against a value retrieved from the resolving MODxl02056 Changed to calculate Solar Diffuser angles without adjustment for estimated post launch changes in the MODIS orientation relative to incidentally resolving defects MODxl01766 Also resolves MODxl01947 Changed to ignore fill values in SCI_ABNORM and SCI_STATE rather than treating them as resolving MODxl01780 Changed to use spacecraft ancillary data to recognise when the mirror encoder data is being set by side A or side B and to change calculations accordingly This removes the need for seperate LUTs for Side A and Side B data it makes the new LUTs incompatible with older versions of the and vice versa Also resolves MODxl01685 A more robust GRing algorithm is being which will create a non default GRing anytime there s even a single geolocated pixel in a granule Removed obsolete messages from seed as required for compatibility with version of the SDP toolkit Corrected test output file names to end in out

void get_lambda_max(l2str *l2rec, float lambda_max[])

#define CAT_Cld_h

void get_psd_ksm(l2str *l2rec, l2prodstr *p, float prod[])

void get_avw(l2str *l2rec, float avw[])

#define CAT_chl_hu

#define CAT_adg_qaa

#define CAT_iter_gsm

#define CAT_diatoms_hirata

#define CAT_nanoplankton_ratioksm

void get_photic_depth(l2str *l2rec, l2prodstr *p, float Z[])

#define CAT_ipar_scalar

read l1rec

#define CAT_chl_cdr

#define CAT_qual_sst

void get_par_scalar(l2str *l2rec, float par[])

PARAM_TYPE_NONE Default value No parameter is buried in the product name name_prefix is case insensitive string compared to the product name PARAM_TYPE_VIS_WAVE The visible wavelength bands from the sensor are buried in the product name The product name is compared by appending and name_suffix ie aph_412_giop where prod_ix will be set to PARAM_TYPE_IR_WAVE same search method as PARAM_TYPE_VIS_WAVE except only wavelength above are looped through but prod_ix is still based ie aph_2_giop for the second band

#define CAT_flags_giop

#define CAT_stdv_sst3

#define CAT_CMP_fail_pct_1600

void get_cci(l1str *l1rec, float cci[])

#define CAT_counts_sst

#define CAT_Lw

#define CAT_bbp_swim

int16_t * get_flags_sst(l2str *l2rec)

#define CAT_mRrs_sdp

void tindx_shi(l2str *l2rec, int32_t ip, float *tindx)

#define CAT_cth_dlcod_all

#define CAT_CWP_2100

#define CAT_BSi

#define CAT_windspeed

#define CAT_microplankton_volumeksm

unsigned char * get_cmp_byt(l2str *l2rec, int prodnum)

void get_Cphyt(l2str *l2rec, float cphyt[])

#define CAT_bb_las

void get_cdom_morel(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_bbp_giop

#define CAT_cth_alb_unc_init

#define CAT_rrsdiff_giop

#define CAT_acdom_giop

#define CAT_aph_pml

#define CAT_cth_dctt

#define CAT_cth_lcod_all

#define CAT_sena

#define CAT_water_vapor

#define CAT_CER_2100

#define CAT_no2_strat

float * get_bias_mean_sst(l2str *l2rec)

#define CAT_ag_412_mlrc

void get_habs_ci(l2str *l2rec, l2prodstr *p, float ci[])

#define CAT_calcite_2b

#define CAT_synechococcus

#define CAT_chl_oc2

int8_t * get_qual_sst4(l2str *l2rec)

void get_gsm(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_bias_sst4

#define CAT_anap_giop

#define CAT_Surface_Albedo_1600

#define CAT_fsol

#define CAT_glint_coef

#define CAT_flags_habs_mph

float * get_sst_dust_correction(l2str *l2rec)

#define CAT_vLw

#define CAT_CWP_2200

#define CAT_nanoplankton_abundanceksm

void get_clfr(l2str *l2rec, float clfr[])

#define CAT_sfc_temp

#define CAT_bbps_giop

#define CAT_cire

#define CAT_Cld_t

void get_pft_uitz(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_aph_carder

#define CAT_CER_2200

#define CAT_Cld_Phase_1600

This should be set to the NetCDF standard name if exists for this product Create a function that computes your product edit get_myprod c add prototype to l12_proto h add get_myprod c to L2GEN_PRODUCT_FILES in CMakeLists txt Add an entry to the output routine to call your function edit prodgen c edit function prodgen() case CAT_myprod pbuf

#define CAT_a_swim

void get_taucld(l2str *l2rec, float taucld[])

void get_carder(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_num_iter

#define CAT_avw

#define CAT_CWP_1600

#define CAT_nanoplankton_uitz

#define CAT_COT_fail_1600

#define CAT_anap_unc_giop

#define CAT_aph_qaa

#define CAT_cth_ctp_all

#define CAT_COT_2100

#define CAT_flags_qaa

#define CAT_pressure

void get_bbws(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_poc_stramski_490

#define CAT_dsdi

#define CAT_bb_giop

#define CAT_COT_1621

float * get_class_34k_w_owmc(l2str *l2rec)

#define CAT_cth_dctp

#define CAT_flags_habs

#define CAT_smoke

void get_Rrs_brightness(l2str *l2rec, float Rrs_brightness[])

void get_bpar(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_chl_vc

void get_par2(l2str *l2rec, float par[])

instr * input

#define CAT_Surface_Albedo_2100

character(len=1000) if

#define CAT_adg_pml

#define CAT_calcite_3b

#define CAT_chl_carder

#define CAT_aph_unc_giop

#define CAT_cth_dalb

#define CAT_Rrs_brightness

#define CAT_qual_sst4

#define CAT_bbp_qaa

#define CAT_mod_rrs_qaa

#define CAT_ndwi

uint8_t * get_flags_habs(l2str *l2rec)

#define CAT_cth_ctt_all

int16 * get_iter_gsm(l2str *l2rec)

#define CAT_fsat

#define CAT_chlc3_sdp

#define CAT_par_scalar

#define CAT_aph_mgiop

#define CAT_a_las

#define CAT_Cld_Non_Abs_Band

#define CAT_refl_loc_1600

#define CAT_cloud_albedo

#define CAT_nitrate

void get_fsat(l2str *l2rec, float flh[])

#define CAT_vnLw

#define CAT_calcite

#define CAT_aerindex

#define CAT_height

#define CAT_bias_mean_sst4

#define CAT_npp_cbpm2

#define CAT_Cphyt_unc

#define CAT_picoplankton_volumeksm

#define CAT_tchl_sdp

#define CAT_cth_alb

#define CAT_flags_sdp

#define CAT_Cld_Phase_1621

#define CAT_angstrom

#define CAT_bias_sst

#define CAT_refl_loc_2100

#define CAT_windangle

void get_pml(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_aph_swim

void get_ndvi_evi(l1str *l1rec, int prodnum, float prod[])

#define CAT_bbp_carder

#define CAT_fqy

#define CAT_dpol

#define CAT_chl_cdomcorr_morel

#define CAT_Kd_unc_lee

#define CAT_chisqr_giop

#define CAT_Rrs

int get_cmp(l2str *l2rec, int prodnum, float prod[])

#define CAT_tg_sen

#define CAT_KPAR_morel

#define CAT_cth_cth_raw

#define CAT_sola

#define CAT_COT_fail_1621

#define CAT_a_unc_giop

int16_t * get_flags_sst_triple(l2str *l2rec)

#define CAT_class_34k_w_owmc

#define CAT_fitpar_giop

#define CAT_adg_swim

#define CAT_cth_dalb_all

#define CAT_microplankton_uitz

void get_depth_classification(l2str *l2rec, float depth[])

#define CAT_sssref

#define CAT_owt

#define CAT_calcite_ci869

#define CAT_bbp_mgiop

#define CAT_picoplankton_ratioksm

#define CAT_microplankton_hirata

#define CAT_a_qaa

#define CAT_evi

#define CAT_calcite_ci748

#define CAT_chl_unc_giop

#define CAT_adg_carder

#define CAT_a_niwa

#define CAT_dvchla_sdp

void chl_carder_empirical(l2str *l2rec, float prod[])

#define CAT_npp_bbp

void get_ice_frac(l2str *l2rec, float ice[])

#define CAT_evi3

#define CAT_vgain

void get_ndsi(l1str *l1rec, float ndsi[])

#define CAT_Zsd_morel

#define CAT_CI_stumpf

#define CAT_fitpar_mgiop

float * get_bias_sst_triple(l2str *l2rec)

int16_t * get_counts_sst4(l2str *l2rec)

#define CAT_cci

void get_chl(l2str *l2rec, int prodnum, float prod[])

#define CAT_chl_oc4

#define CAT_vbtgt

#define CAT_t_sen

float * get_sst(l2str *l2rec)

#define CAT_bb_pml

#define CAT_aer_model

#define CAT_Cphyt

#define CAT_ipar

VOIDP extract_band(float *fbuf, l2prodstr *p, int32 nbands)

#define CAT_car

#define CAT_cth_dcod

void get_mu_cosine(l2str *l2rec, float mu[])

#define CAT_cth_dcod_all

float * get_sst4(l2str *l2rec)

void get_angstrom(l2str *l2rec, int band, float angst[])

#define CAT_ice_frac

#define CAT_Q_prof

float * get_sst_triple(l2str *l2rec)

void optical_water_type(l2str *l2rec, l2prodstr *p, void *vptr)

#define CAT_npp_zno3

#define CAT_nw

#define CAT_sst4

#define CAT_Kd_morel

#define CAT_cth_cth_all

void get_ipar_scalar(l2str *l2rec, float ipar[])

#define CAT_iCDOM_morel

#define CAT_npp_par

#define CAT_refl_loc_2200

#define CAT_relaz

#define CAT_vbsat

#define CAT_Cld_Sfc_Type

#define CAT_T_prof

float * get_stdv_sst4(l2str *l2rec)

#define CAT_lambda_max

void get_poc(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_detnum

#define CAT_CMP_fail_pct_1621

void get_Cphyt_unc(l2str *l2rec, float cphyt_unc[])

#define CAT_Surface_Albedo_860

#define CAT_autotrophic_picoeukaryotes

#define CAT_iparb

#define CAT_brdf

void get_nitrate(l2str *l2rec, l2prodstr *p, float prod[])

#define CAT_opt_siop_giop