A

(ACOSS)

(ANLSUB)

(append)

(appendproclog)

(argdfb, argdfi, argdfl, argdfr, argdfs, argkey, arglev, argmax, argmin, argpos, argret, argrvl, argtyp, BadArgument)

(ascdscsub)

(ASINN)

(a_to_f, CopyNoBlanks)

(avhrrsub5, avinit, avcons, avloop)

B

(bin9kminit, bin9kmset, fwd1d, rev1d, fwd2d, rev2d, fwd2lf, rev2lf, fwd2fd, rev2fd,  fwd2dn, rev2dn)

(binit)

(binitspc)

(brkmil)

C

(caldob)

(calf0)

(calgetozone)

(callcw)

(calprint)

(calwhite)

(ccalloc)

(clark_init)

(coccolith)

(cocons, coinit, coloop)

Colorsub8 contains the following subroutines:
Intialization routines: subroutine cocons, which gets important coefficents and initializes constants, and the subroutine coinit, which intializes for looping over scan lines.  The main routine for colorsub8 is the subroutine coloop which returns coefficients and parameters needed by the anly module to perform atmospheric corrections.

(convertkwd)

(cosd)

(_CutDownTree, CutDownTree)

(cvtlng)

(typhdr, typhdrspecial1, typhdrspecial2, typhdrspecial3)

(carder_cweps)

(rectll, getlevel)

D

(dacosd)

(dasind)

(DATAINTP, SPACEINT, TIMEINT, LLDIFF, LLDIST, CONANG, DEG1PI, DEGRAD, RAD1PI, RAD360, DEG360, RADDEG)

(datan2d)

(datand)

(dayboundsub, few_day, one_day, reformat_date_time)

(dcosd)

(dsind)

(dspcommons)

(MakeOneLine, gtprgn_, dwrktk_, dretst_, dstprn_, dsprnt_, dspmsg_, Dsp_Wrktlk, Dsp_WaitForFlag, Dsp_Time, Dsp_SetFlag,  Dsp_SetProgramName, Dsp_ReturnStatus, Dsp_ReadFlag, Dsp_Print, Dsp_Message, _Dsp_Init,  Dsp_Init_C, Dsp_idate, Dsp_GetReturnStatus, Dsp_GetProgramName, Dsp_Date, Dsp_ClearFlag, DspCallerRunning, Dsp_BigEndian)

(dtand)

E

(ephs)

(Dsp_ErrorMsg,  Dsp_Perror, VmsErrMsg)

(etinvert, etintegemis, etintegrate)

(Dsp_EvlCal, Dsp_EvrCal, evlcal_, evrcal_, rint)

F

(fake_etbp, etbp_w, etbp_v)

(ffree)

(fixuplong)

(fixupshort)

(forwardproject)

(fresnel)

(ftrim)

G

(geodistort)

(geolat)

(strncasecmp, strcasecmp, SkipLevel, SaveFirstCmdLine, SaveCommandLine, prscml_, OneBadArg, OctToBin, MissingArgument, LoadArgument, LoadArgDefault, LoadAndCheckArgument, isOctal, isLeadingSubstring, isHex, HexToBin, gttcmd_, gtrawc_, gtcmnd_, GetLocalCmdLine, GetKeywordLink, FillOneEntry, ExtraDumpNode, Dsp_ParseCommandLine, Dsp_GetTHECommandLine, Dsp_GetRawCommandLine, GetPosArg, Dsp_GetErrno, Dsp_GetCommandLine, Dsp_FillLevel, CopyLow, ClearNodes, CheckPositionalArgs, CheckForExtraArgs, CheckArgument, _Dsp_GetRawCommandLine, _ClearNodes)

(set_climatology, get_climatology)

(getemissivity)

(get_ancillary, set_files, ck_files_in_buf, read_climatology, read_NRT, extract_data_pts, gregor, interpolate, get_time)

(getcolpar)

(getmask)

(getmaskb)

(getmmappar)

(getmspcpar)

(getozone)

(getqual)

(getsbinpar)

(getsstpar)

(gettbinpar)

(GLITER)

(gordon_absorbing)

(grejul)

H

(mod_get_l1b_openf, mod_get_l1b_recordf, mod_get_l1b_closef, modis_put_l2_meta)

(Hopenck, SDstartck, read_attr, write_attr)

(anlycli, anlyclo, anlyopi, anlyopo, anlyrdi, anlyupo, anlywc, anlywto)

The read routines consist of the subroutine AnlyOpI, which opens the level-1a input file and calculates the offsets to each band, a read routine AnlyRdI, which reads the level-1a record and returns raw digital counts and the calibrated level-1a data, a closing routine, AnlyClI, which closed the level-1a input file.  The write routines consist of subroutine AnlyOpO, which opens the level-2 product output file, and calculates the offset to first byte of both the data and Q/C bands; a write routine AnlyWtO, to write data for individual scan lines; an update routine AnlyUpO to update the Fluorescence products in an individual scan line; and a closing routine AnlyClO, to close the level-2 product output file.

(put_l3b_openf, put_l3b_recordf and put_l3b_closef)

The write routines consist of subroutine put_l3b_openf, which opens the level-2 product output file, and calculates the offset to first byte of both the data and Q/C bands, a write routine put_l3b_recordf, to write data for individual scan lines, and a closing routine put_l3b_closef, to close the level-2 product output file.

(put_l3mf)

(mod_get_l1b_closef, mod_get_l1b_openf, mod_get_l1b_recordf, navget, navinit)

The level-1a data read routines consist of an intialization routine, mod_get_l1b_openf, to open the files and read product metadata; a data read routine , mod_get_l1b_recordf, to read individual scan lines and their associated data; and a closing routine, mod_get_l1b_closef to close the files.  Geolocation data for individual scan lines are automatically read from the geolocation product file for each pixel and passed back in output arguments.

The navigations routines consist of an intialization routine, nav_init, to collect information needed for navigation, and the routine, get_nav, which returns navigation information for the scan line returned by the last call to mod_get_l1b_recordf.

(get_l2_openf, get_l2_closef and get_l2_recordf)

(openHDF, rdlatlon, get_clim_data, get_NRT_data, get_refs, closeHDF)

openHDF - Opens the given HDF file
rdlatlon - Reads the geometry data and writes lat/lons
get_clim_data - Reads climatology file for the required month
get_NRT_data - Reads NRT data from the given file
get_refs - Traverses through the NRT file vgroup and outputs the SDS ref number to access the requested data
closeHDF - Closes the HDF file

(hoge_init, hoge_run, init_inv_const, init_oc, ludecomposition)

(hoge_get_params)

(dmatrix, dom_gen, dvector, free_dmatrix, free_dvector, peb_gen, pel_lubksb, pel_ludcmp, phyto_gen, pub_gen, quadrat_form, reflect_gen, tcb_gen)

I

(iaddr)

(indexx)

(Dsp_Init, dspini_, trim)

(carder_ipar, ipar_difrfl, ipar_dirrfl, ipar_params)

(iscomp)

(isleap)

(iwindowproject)

J

(julgre)

(JULIAN)

L

(mod_get_l1b_open_v2, mod_get_l1b_record_v2, mod_get_l1b_close_v2, copyCloudByteAttrs)

(get_l3b_openf, get_l3b_recordf, get_l3b_closef)

(put_l3b_openf, put_l3b_recordf, put_l3b_closef)

(len_str)

(lenstr)

(loadmask)