Aa |P$HH $ d dFootnote TableFootnote*ар*ар. . / - ╨ ╤ \┐5\┼GTOCHeadingFн═DБ В!Г"Д╦#Е$Жfe%Зee&И'Й(К)Л*МH+НF,О-ПH.РF/С0ТH1УF2Ф3ХH4ЦF5Ч6ШH7ЩFr8Ъmat9Ы:Ь;Э=-<Ю=Я>аmen?б@вAгrieBдTiCе DжticEзFиulaGйHкulaIлBoJмKнulaLоItMпN░O▒P▓Q│R┤S╡T╢U╖V╕W╣X║Y╗Z╝[╜\╛]┐^└_┴`┬a├b─c┼d╞e╟f╚g╔h╩i╦j╠rFik═0F>l╬ m╧ n╨o╤Pp╥q╙r╘$s╒Ht╓ u╫ v╪w┘x┌y█z▄{▌|▐}▀~рсАтБуВфГхДцЕчЖшЗщFoИъe ЙыFooКьЛэ*аМюНяОЁ Пё ╤РЄСєТЇУї ФЎ\ХўЦ°Ч∙┼Ш·Щ√TOЪ№HeЫ¤FЬ■Э ═Ю Я а б в ╦г д feе eeж з и й к Hл Fм н Hо Fп ░ H▒ F▓ │ H┤ F╡ ╢ H╖ Fr╕ mat╣ ║ ╗ =-╝ ╜ ╛ men┐ !└ "┴ #rie┬ $Ti├ % ─ &tic┼ '╞ (ula╟ )╚ *ula╔ +Bo╩ ,╦ -ula╠ .It═ /╬ 0╧ 1╨ 2╤ 3╥ 4╙ 5╘ 6╒ 7╓ 8╫ 9╪ :┘ ;┌ <█ =▄ >▌ ?▐ @▀ Aр Bс Cт Dу Eф Fх Gц Hч Iш Jщ Kъ LrFiы M0F>ь N э O ю Pя QPЁ Rё SЄ T$є UHЇ V ї W Ў Xў Y° Z∙ [· \√ ]№ ^¤ _■ ` a b c d e f g h iFo je kFoo l m*а n o p q ╤ r s t u v\ w x y┼ z {TO |He }F ~ ═ А Б В ! Г " Д╦ # Е $ Жfe % Зee & И ' Й ( К ) Л * МH + НF , О - ПH . РF / С 0 ТH 1 УF 2 Ф 3 ХH 4 ЦF 5 Ч 6 ШH 7 ЩFr 8 Ъmat 9 Ы : Ь ; Э=- < Ю = Я > аmen ? б @ в A гrie B дTi C е D жtic E з F иula G й H кula I лBo J м K нula L оIt M п N ░ O ▒ P ▓ Q │ R ┤ S ╡ T ╢ U ╖ V ╕ W ╣ X ║ Y ╗ Z ╝ [ ╜ \ ╛ ] ┐ ^ └ _ ┴ ` ┬ a ├ b ─ c ┼ d ╞ e ╟ f ╚ g ╔ h ╩ i ╦ j ╠rFi k ═0F> l ╬ m ╧ n ╨ o ╤P p ╥ q ╙ r ╘$ s ╒H t ╓ u ╫ v ╪ w ┘ x ┌ y █ z ▄ { ▌ | ▐ } ▀ ~ р с А т Б у В ф Г х Д ц Е ч Ж ш З щFo И ъe Й ыFoo К ь Л э*а М ю Н я О Ё П ё ╤ Р Є С є Т Ї У ї Ф Ў\ Х ў Ц ° Ч ∙┼ Ш · Щ √TO Ъ №He Ы ¤F Ь ■ Э ═ Ю Я а б в╦ г дfe еee ж з и й кH л F м нH оF п ░H ▒F ▓ │H ┤F ╡ ╢H ╖Fr ╕mat ╣ ║ ╗=- ╝ ╜ ╛ men ┐! └" ┴#rie ┬$Ti ├% ─&tic ┼' ╞(ula ╟) ╚*ula ╔+Bo ╩, ╦-ula ╠.It ═/ ╬0 ╧1 ╨2 ╤3 ╥4 ╙5 ╘6 ╒7 ╓8 ╫9 ╪: ┘; ┌< █= ▄> ▌? ▐@ ▀A рB сC тD уE фF хG цH чI шJ щKмrFiБL╠Б newlink WFP_SCIo ╤В p ╥gotolink Defs.book:SIMPLE_def╓Г!u ╫gotolink Defs.book:BITPIX_def█Д"z ▄gotolink Defs.book:DATATYPE_defЕ#gotolink Defs.book:NAXIS_defЖ$gotolink Defs.book:NAXIS1_def З%Foogotolink Defs.book:NAXIS2_defИ& gotolink Defs.book:GROUPS_defЙ' gotolink Defs.book:GCOUNT_def┼К(gotolink Defs.book:PCOUNT_defЛ)═gotolink Defs.book:CRVALi_defМ*╦gotolink Defs.book:CRVALi_defН+gotolink Defs.book:CRPIXi_defО,gotolink Defs.book:CRPIXi_defП-Fgotolink Defs.book:CDi_j_defР.Hgotolink Defs.book:CDi_j_defС/=-gotolink Defs.book:CDi_j_defТ0gotolink Defs.book:CDi_j_deficУ1gotolink Defs.book:DATAMIN_defФ2gotolink Defs.book:DATAMAX_defХ3gotolink Defs.book:MIR_REVR_def╘6Ц4╒7gotolink Defs.book:ORIENTAT_defЧ5gotolink Defs.book:FILLCNT_defШ6gotolink Defs.book:ERRCNT_defЩ7gotolink Defs.book:FPKTTIME_defщKЪ8gotolink Defs.book:LPKTTIME_def_SCЫ9В gotolink Defs.book:CTYPEi_def_Ь:Г!gotolink Defs.book:CTYPEi_def_Э;Д"gotolink Defs.book:DETECTOR_def_deЮ<Е#gotolink Defs.book:DEZERO_defdЯ=Ж$gotolink Defs.book:BIASEVEN_defef а>Foogotolink Defs.book:BIASODD_defб? gotolink Defs.book:GOODMIN_defв@ gotolink Defs.book:GOODMAX_defгAgotolink Defs.book:DATAMEAN_defЛ)дBgogotolink Defs.book:GPIXELS_defеCgogotolink Defs.book:SOFTERRS_defжDoligotolink Defs.book:CALIBDEF_defgoзEk Dgotolink Defs.book:STATICD_defиFk Dgotolink Defs.book:ATODSAT_defйGk Dgotolink Defs.book:DATALOST_defoliкHfs.gotolink Defs.book:BADPIXEL_defk DлIookgotolink Defs.book:PHOTMODE_deffs.мJDATgotolink Defs.book:PHOTFLAM_defookнKMAXgotolink Defs.book:PHOTZPT_defоLREVgotolink Defs.book:PHOTPLAM_defookпMNTAgotolink Defs.book:PHOTBW_def.░NFILgotolink Defs.book:INSTRUME_defook▒ONT_gotolink Defs.book:ROOTNAME_defFPK▓P_degotolink Defs.book:FILETYPE_defLPK│Q_degotolink Defs.book:CAMERA_defk┤REi_gotolink Defs.book:MODE_defook╡SEi_gotolink Defs.book:SERIALS_def╢TCTOgotolink Defs.book:IMAGETYP_defook╖URO_gotolink Defs.book:CDBSFILE_defBIA╕V_degotolink Defs.book:PKTFMT_defk╣WODDgotolink Defs.book:DATE_defook║XMINgotolink Defs.book:FILTNAMi_defGOO╗Ydefgotolink Defs.book:FILTNAMi_defMEA╝ZЛ)gotolink Defs.book:FILTER1_def╜[defgotolink Defs.book:FILTER2_def╛\_degotolink Defs.book:PFILTERi_defCAL┐]_degotolink Defs.book:PFILTERi_defSTA└^defgotolink Defs.book:TECTEMP1_defSAT┴_йGgotolink Defs.book:TECTEMP2_def_de┬`кHgotolink Defs.book:TECTEMP3_def_de├aлIgotolink Defs.book:TECTEMP4_def_de─bмJgotolink Defs.book:TECTEMP5_def_de┼cнKgotolink Defs.book:TECTEMP6_defdef╞dREVgotolink Defs.book:TECTEMP7_defook╟eNTAgotolink Defs.book:TECTEMP8_def░N╚fgogotolink Defs.book:WBA3PCTM_def▒O╔ggogotolink Defs.book:KSPOTS_defK╩h_degotolink Defs.book:SHUTTER_def╦i│Qgotolink Defs.book:MASKCORR_defefk╠jEi_gotolink Defs.book:ATODCORR_def╡S═kgogotolink Defs.book:BLEVCORR_defCTO╬loligotolink Defs.book:BIASCORR_defRO_╧moligotolink Defs.book:PREFCORR_def_de╨noligotolink Defs.book:PURGCORR_defgo╤ok Dgotolink Defs.book:DARKCORR_defoli╥pfs.gotolink Defs.book:FLATCORR_defoli╙qfs.gotolink Defs.book:DOSATMAP_defoli╘rfs.gotolink Defs.book:DOPHOTOM_defk D╒sookgotolink Defs.book:DOHISTOS_deffs.╓tPFIgotolink Defs.book:OUTDTYPE_deffs.╫uPFIgotolink Defs.book:MASKFILE_deffs.╪vTECgotolink Defs.book:ATODFILE_deffs.┘wTECgotolink Defs.book:BLEVFILE_deffs.┌xTECgotolink Defs.book:BLEVDFIL_deffs.█yTECgotolink Defs.book:BIASFILE_deffs.▄zTECgotolink Defs.book:BIASDFIL_deffs.▌{TECgotolink Defs.book:PREFFILE_deffs.▐|TECgotolink Defs.book:PREFDFIL_deffs.▀}TECgotolink Defs.book:PURGFILE_deffs.р~WBAgotolink Defs.book:PURGDFIL_deffs.сKSPgotolink Defs.book:DARKFILE_defookтАTERgotolink Defs.book:DARKDFIL_defMASуБ_degotolink Defs.book:FLATFILE_defATOфВ_degotolink Defs.book:FLATDFIL_defBLEхГ_degotolink Defs.book:PHOTTAB_defцДCORgotolink Defs.book:SATURATE_defookчЕCORgotolink Defs.book:WSCALE_def.шЖPURgotolink Defs.book:WZERO_def DщЗookgotolink Defs.book:PA_V3_defliъИfs.gotolink Defs.book:RA_SUN_defoыЙk Dgotolink Defs.book:DEC_SUN_defьКoligotolink Defs.book:EQNX_SUN_defookэЛoligotolink Defs.book:MTFLAG_deftюМgogotolink Defs.book:EQRADTRG_def╫uяНgogotolink Defs.book:FLATNTRG_def╪vЁОgogotolink Defs.book:NPDECTRG_def┘wёПgogotolink Defs.book:NPRATRG_defЄРTECgotolink Defs.book:ROTRTTRG_deffs.єСTECgotolink Defs.book:LONGPMER_deffs.ЇТTECgotolink Defs.book:EPLONGPM_deffs.їУTECgotolink Defs.book:SURFLATD_deffs.ЎФTECgotolink Defs.book:SURFLONG_deffs.ўХTECgotolink Defs.book:SURFALTD_deffs.°ЦWBAgotolink Defs.book:PODPSFF_def∙Чсgotolink Defs.book:STDCFFF_def·Шookgotolink Defs.book:STDCFFP_def√Щ_degotolink Defs.book:RSDPFILL_defFLA№Ъ_degotolink Defs.book:WEXPODUR_defFLA¤Ы_degotolink Defs.book:NSHUTA17_defPHO■Ьdefgotolink Defs.book:PREFTIME_defRAT Эookgotolink Defs.book:DARKTIME_defLE_ ЮшЖgotolink Defs.book:PURGTIME_deff D Яookgotolink Defs.book:WEXPOTIM_defъИ аgogotolink Defs.book:PSTRTIME_defk D бoligotolink Defs.book:PSTPTIME_defgo вk Dgotolink Defs.book:EQUINOX_def гoligotolink Defs.book:SUNANGLE_defgo дk Dgotolink Defs.book:MOONANGL_defgo еk Dgotolink Defs.book:SUN_ALT_def жoligotolink Defs.book:FGSLOCK_def зgogotolink Defs.book:DATE-OBS_defTEC иoligotolink Defs.book:TIME-OBS_defTEC йoligotolink Defs.book:EXPSTART_defTEC кoligotolink Defs.book:EXPEND_defУ лgogotolink Defs.book:EXPTIME_def мTECgotolink Defs.book:EXPFLAG_def нўХgotolink Defs.book:TARGNAME_def_de о°Цgotolink Defs.book:RA_TARG_def п∙Чgotolink Defs.book:DEC_TARG_defdef ░ookgotolink Defs.book:PEQUINOX_def√Щ ▒gogotolink Defs.book:PROPOSID_def№Ъ ▓gogotolink Defs.book:PEP_EXPO_def¤Ы │gogotolink Defs.book:LINENUM_def ┤defgotolink Defs.book:SEQLINE_def ╡ Эgotolink Defs.book:SEQNAME_def ╢LE_gotolink Defs.book:END_def ╖TIMnewlink WFP_EXTgo ╕k Dgotolink Defs.book:SIMPLE_defo ╣oligotolink Defs.book:BITPIX_defб ║gogotolink Defs.book:DATATYPE_defв ╗gogotolink Defs.book:NAXIS_defг ╝gogotolink Defs.book:NAXIS1_defo ╜k Dgotolink Defs.book:NAXIS2_defe ╛еgotolink Defs.book:GROUPS_defT !┐жgotolink Defs.book:GCOUNT_defK "└ зgotolink Defs.book:PCOUNT_defB #┴TECgotolink Defs.book:FILLCNT_def $┬_degotolink Defs.book:ERRCNT_defk %├TARgotolink Defs.book:DETECTOR_defook &─ND_gotolink Defs.book:INSTRUME_defEXP '┼defgotolink Defs.book:ROOTNAME_defLAG (╞нgotolink Defs.book:FILETYPE_def_de )╟оgotolink Defs.book:CTYPE1_defG *╚пgotolink Defs.book:CTYPE2_defR +╔gotolink Defs.book:MODE_defPEQ ,╩_degotolink Defs.book:CAMERA_defk -╦OSIgotolink Defs.book:FILTER1_def .╠PEPgotolink Defs.book:FILTER2_def /═ookgotolink Defs.book:LINEBEG_def 0╬ookgotolink Defs.book:SAMPBEG_def 1╧ookgotolink Defs.book:DATE_defk D 2╨ookgotolink Defs.book:PODPSFF_def 3╤╕gotolink Defs.book:STDCFFF_def 4╥╣gotolink Defs.book:STDCFFP_def 5╙║gotolink Defs.book:TARGNAME_def_de 6╘╗gotolink Defs.book:RA_TARG_def 7╒╝gotolink Defs.book:DEC_TARG_defefo 8╓k Dgotolink Defs.book:PEQUINOX_def ╛ 9╫gogotolink Defs.book:PROPOSID_defж :╪oligotolink Defs.book:PEP_EXPO_defgo ;┘k Dgotolink Defs.book:LINENUM_def <┌k Dgotolink Defs.book:SEQLINE_def =█k Dgotolink Defs.book:SEQNAME_def >▄k Dgotolink Defs.book:END_def ?▌gonewlink WFP_SHPINS @▐_degotolink Defs.book:SIMPLE_defk A▀NAMgotolink Defs.book:BITPIX_def. BрFILgotolink Defs.book:DATATYPE_deffs. CсCTYgotolink Defs.book:NAXIS_defs. DтCTYgotolink Defs.book:NAXIS1_def. EуMODgotolink Defs.book:GROUPS_def. FфCAMgotolink Defs.book:GCOUNT_def. GхFILgotolink Defs.book:PCOUNT_def. HцFILgotolink Defs.book:FILLCNT_def IчLINgotolink Defs.book:ERRCNT_def. JшSAMgotolink Defs.book:PKTTIME_def KщDATgotolink Defs.book:INSTRUME_defook LъSFFgotolink Defs.book:ROOTNAME_defSTD Mыdefgotolink Defs.book:FILETYPE_defFFP Nь5╙gotolink Defs.book:CTYPE1_defM Oэ_degotolink Defs.book:DEFAULTS_defARG Pю7╒gotolink Defs.book:DATE_defTAR Qяefogotolink Defs.book:DCFOBSN_def RЁ_degotolink Defs.book:PROC_TYP_defPRO Sё_degotolink Defs.book:CLKDRFTR_defPEP TЄ_degotolink Defs.book:CLKRATE_def UєNUMgotolink Defs.book:SPCLINCN_defSEQ VЇdefgotolink Defs.book:UTCO1_defEQ Wїdefgotolink Defs.book:UTCO2_defND XЎ?▌gotolink Defs.book:UTC0_def_de Yўoligotolink Defs.book:WBA1LGCT_defgo Z°k Dgotolink Defs.book:WBA2EDTM_defoli [∙fs.gotolink Defs.book:WBA3PCTM_defoli \·fs.gotolink Defs.book:WBA4WFTM_defk D ]√рgotolink Defs.book:WBA5TEMP_deffs. ^№GROgotolink Defs.book:WCANLTIM_defook _¤NT_gotolink Defs.book:WCH1HJTM_defPCO `■ef.gotolink Defs.book:WCH7HJTM_defCNT a Iчgotolink Defs.book:WCHVLTS_def b Jшgotolink Defs.book:WEXPTMHI_defdef c DATgotolink Defs.book:WEXPOTIM_defook d SFFgotolink Defs.book:WEXPOCMD_defSTD e defgotolink Defs.book:WEXPODUR_defFFP f 5╙gotolink Defs.book:WFCSTAT_def g _degotolink Defs.book:WFOCTM01_defARG h 7╒gotolink Defs.book:WFOCTM02_defQя i gogotolink Defs.book:WFOCTM03_def_de j oligotolink Defs.book:WFOCTM04_def_de k oligotolink Defs.book:WFOCTM05_def_de l oligotolink Defs.book:WFOCTM06_defgo m k Dgotolink Defs.book:WFOCTM07_defgo n k Dgotolink Defs.book:WFOCTM08_defoli o fs.gotolink Defs.book:WFOCTM09_defk D p ookgotolink Defs.book:WFOCTM10_deffs. q WBAgotolink Defs.book:WFOCTM11_deffs. r WBAgotolink Defs.book:WFOCTM12_deffs. s WBAgotolink Defs.book:WFOCTM13_deffs. t WBAgotolink Defs.book:WFOCTM14_deffs. u WBAgotolink Defs.book:WFOCTM15_deffs. v WCAgotolink Defs.book:WFOSPOSV_deffs. w WCHgotolink Defs.book:WHOLDHTR_deffs. x WCHgotolink Defs.book:WHTPIHTR_deffs. y WCHgotolink Defs.book:WMECHPWR_defook z TMHgotolink Defs.book:WMECIFAT_defook { OTIgotolink Defs.book:WMECIFBT_defook | OCMgotolink Defs.book:WMECIFCT_defook } ODUgotolink Defs.book:WMECVOLT_defook ~ TATgotolink Defs.book:WN15VADC_defWFO _degotolink Defs.book:WN15VANA_defWFO А _degotolink Defs.book:WP5VADC_def Б TM0gotolink Defs.book:WP5VLGC_def В WFOgotolink Defs.book:WP10VLGC_deffs. Г !WFOgotolink Defs.book:WP15VADC_deffs. Д "WFOgotolink Defs.book:WP15VANA_deffs. Е #WFOgotolink Defs.book:WPCTECA_def Ж $ookgotolink Defs.book:WPCTECV_def З %fs.gotolink Defs.book:WPTECPWR_defoli И &fs.gotolink Defs.book:WPWRONF_def Й 'k Dgotolink Defs.book:WPYRMDTM_defgo К (k Dgotolink Defs.book:WRADATMP_defgo Л )k Dgotolink Defs.book:WRIUATEM_defgo М *k Dgotolink Defs.book:WRIUBTEM_defgo Н +k Dgotolink Defs.book:WSTRCTEM_defgo О ,k Dgotolink Defs.book:WTIMEXPO_defgo П -k Dgotolink Defs.book:WUVMTEMP_defgo Р .k Dgotolink Defs.book:WWCANCM_def С /oligotolink Defs.book:WWLOGOF_def Т 0gogotolink Defs.book:WWSCAP_defk У 1OTIgotolink Defs.book:WBLDASNR_defook Ф 2OCMgotolink Defs.book:WBLDBSNR_defook Х 3ODUgotolink Defs.book:PROGRMID_defook Ц 4TATgotolink Defs.book:PR_INV_L_defWFO Ч 5_degotolink Defs.book:PR_INV_F_defWFO Ш 6_degotolink Defs.book:PR_INV_M_defБ Щ 7gogotolink Defs.book:AFFILIAT_defWFO Ъ 8oligotolink Defs.book:ACCPDATE_defWFO Ы 9oligotolink Defs.book:OBSET_ID_defWFO Ь :oligotolink Defs.book:CALIBRAT_defWFO Э ;oligotolink Defs.book:OBSERVTN_defgo Ю <k Dgotolink Defs.book:EXPACKET_defoli Я =fs.gotolink Defs.book:PRODTYPE_defoli а >fs.gotolink Defs.book:OPFORMAT_defk D б ?ookgotolink Defs.book:CALIBTYP_defk D в @ookgotolink Defs.book:CDBSDATA_defk D г Aookgotolink Defs.book:SS_MODE_def д Bfs.gotolink Defs.book:SS_CAMRA_defoli е Cfs.gotolink Defs.book:SS_FILTi_defoli ж Dfs.gotolink Defs.book:SS_FILTi_defoli з Efs.gotolink Defs.book:RTAMATCH_defoli и Ffs.gotolink Defs.book:SS_PFTIM_defk D й Gookgotolink Defs.book:SS_PFILi_deffs. к HWWSgotolink Defs.book:SS_PFILi_defook л IASNgotolink Defs.book:TARGTYPE_defook м JBSNgotolink Defs.book:WRD11_14_defook н KRMIgotolink Defs.book:PSTRTIME_defook о LNV_gotolink Defs.book:PSTPTIME_defook п MNV_gotolink Defs.book:APEROBJ_def ░ NPR_gotolink Defs.book:APERSKY_def ▒ Oookgotolink Defs.book:TARG_ID_def ▓ Pfs.gotolink Defs.book:APERTYPE_defoli │ Qfs.gotolink Defs.book:RA_V1_defgo ┤ Rk Dgotolink Defs.book:DEC_V1_defi ╡ Soligotolink Defs.book:PA_V3_def < ╢ Tgogotolink Defs.book:APEROFFX_defЯ = ╖ Ugogotolink Defs.book:APEROFFY_defа > ╕ Vgogotolink Defs.book:ANGLESEP_defб ? ╣ Wgogotolink Defs.book:DGESTAR_def ║ Xookgotolink Defs.book:SGESTAR_def ╗ Yг Agotolink Defs.book:PA_APER_def ╝ Zд Bgotolink Defs.book:PA_REF_defR ╜ [oligotolink Defs.book:SAAAVOID_defILT ╛ \oligotolink Defs.book:TARAQMOD_defILT ┐ ]oligotolink Defs.book:POSTNSTX_defATC └ ^oligotolink Defs.book:POSTNSTY_defFTI ┴ _k Dgotolink Defs.book:POSTNSTZ_defFIL ┬ `fs.gotolink Defs.book:VELOCSTX_defFIL ├ aookgotolink Defs.book:VELOCSTY_defTYP ─ bookgotolink Defs.book:VELOCSTZ_def1_1 ┼ cookgotolink Defs.book:RA_SUN_defT ╞ d_degotolink Defs.book:DEC_SUN_def ╟ eTIMgotolink Defs.book:RA_MOON_def ╚ fAPEgotolink Defs.book:DEC_MOON_defook ╔ gSKYgotolink Defs.book:VELABBRA_defTAR ╩ hdefgotolink Defs.book:ANNPARRA_defTYP ╦ ioligotolink Defs.book:V2APERCE_def1_d ╠ j┤ Rgotolink Defs.book:V3APERCE_defefi ═ koligotolink Defs.book:EQRADTRG_def╢ T ╬ lgogotolink Defs.book:FLATNTRG_def╖ U ╧ mgogotolink Defs.book:NPDECTRG_def╕ V ╨ ngogotolink Defs.book:NPRATRG_def ╤ ogogotolink Defs.book:ROTRTTRG_def║ X ╥ pgogotolink Defs.book:LONGPMER_defг A ╙ qoligotolink Defs.book:EPLONGPM_defgo ╘ rk Dgotolink Defs.book:SURFLATD_defoli ╒ sfs.gotolink Defs.book:SURFLONG_defoli ╓ tfs.gotolink Defs.book:SURFALTD_defoli ╫ ufs.gotolink Defs.book:MTFLAG_defo ╪ vk Dgotolink Defs.book:S0INVMAG_defgo ┘ wk Dgotolink Defs.book:S0XDIR_def. ┌ xoligotolink Defs.book:S0YDIR_defa █ ygogotolink Defs.book:S0ZDIR_defP ▄ zookgotolink Defs.book:TRK_TYPE_def1_1 ▌ {ookgotolink Defs.book:T51_RATE_def╞ d ▐ |gogotolink Defs.book:T51_ANGL_defTIM ▀ }oligotolink Defs.book:TARGDIST_defgo р ~k Dgotolink Defs.book:PAR_CORR_defgo с k Dgotolink Defs.book:RA_REF_deff т Аoligotolink Defs.book:DEC_REF_def у Бgogotolink Defs.book:EPCHTIME_def╠ j ф Вgogotolink Defs.book:SDMEANAN_def═ k х Гgogotolink Defs.book:SDMA3SQ_def ц Дgogotolink Defs.book:HSTHORB_def ч Е╧ mgotolink Defs.book:CIRVELOC_def_de ш Ж╨ ngotolink Defs.book:COSINCLI_defdef щ Зgogotolink Defs.book:ECCENTRY_def║ X ъ Иgogotolink Defs.book:ECCENTX2_defг A ы Йoligotolink Defs.book:ECBDX4D3_defgo ь Кk Dgotolink Defs.book:ESQDX5D2_defoli э Лfs.gotolink Defs.book:ECBDX3_defe ю М╓ tgotolink Defs.book:FDMEANAN_def_de я Н╫ ugotolink Defs.book:RCASCNRD_defefo Ё Оk Dgotolink Defs.book:RCASCNRV_defgo ё Пk Dgotolink Defs.book:ARGPERIG_def┌ x Є Рgogotolink Defs.book:MEANANOM_defgo є Сoligotolink Defs.book:RCARGPER_defgo Ї Тk Dgotolink Defs.book:RASCASCN_defgo ї Уk Dgotolink Defs.book:SINEINCL_defgo Ў Фk Dgotolink Defs.book:SEMILREC_defgo ў Хk Dgotolink Defs.book:TIMEFFEC_defgo ° Цk Dgotolink Defs.book:OBSSTRTT_defgo ∙ Чk Dgotolink Defs.book:CONFIG_defo · Шk Dgotolink Defs.book:OPMODE_defo √ Щk Dgotolink Defs.book:SPEC_i_defo № Ъoligotolink Defs.book:SPEC_i_defГ ¤ Ыgogotolink Defs.book:SPEC_i_defД ■ Ьgogotolink Defs.book:SPEC_i_defЕ Эgogotolink Defs.book:APER_1_defe Ю╨ ngotolink Defs.book:APER_2_defe Ящ Зgotolink Defs.book:APER_3_defR а║ Xgotolink Defs.book:APER_4_defC б_degotolink Defs.book:TAR_TYPE_defECB в_degotolink Defs.book:TARDESCR_defESQ г_degotolink Defs.book:TARDESC2_defECB дefegotolink Defs.book:TARGCAT_def е_degotolink Defs.book:TARKEYi_def жCNRgotolink Defs.book:TARKEYi_def зRCAgotolink Defs.book:TARKEYi_def иookgotolink Defs.book:TARKEYi_def йfs.gotolink Defs.book:TARKEYi_def кk Dgotolink Defs.book:TARGCAT2_defgo лk Dgotolink Defs.book:TARKEYi_def мoligotolink Defs.book:TARKEYi_def нgogotolink Defs.book:TARKEYi_def оk Dgotolink Defs.book:TARKEYi_def п° Цgotolink Defs.book:TARKEYi _def_de ░∙ Чgotolink Defs.book:ALIASi_def_ ▒· Шgotolink Defs.book:ALIASi_def_ ▓√ Щgotolink Defs.book:MAG_V_defi_ │№ Ъgotolink Defs.book:SURF_V_def_ ┤¤ Ыgotolink Defs.book:MAG_B_defi_ ╡■ Ьgotolink Defs.book:SURF_B_def_ ╢ Эgotolink Defs.book:MAG_U_def1_ ╖ Юgotolink Defs.book:SURF_U_def_ ╕ Яgotolink Defs.book:MAG_R_def3_ ╣ аgotolink Defs.book:SURF_R_def_ ║ бgotolink Defs.book:COL_B_V_def ╗]√gotolink Defs.book:COL_U_B_def ╝_degotolink Defs.book:COL_V_R_def ╜ESCgotolink Defs.book:E_B_V_defs. ╛TARgotolink Defs.book:EXTNCT_V_defook! ┐EYigotolink Defs.book:CMD_EXP_def" └EYigotolink Defs.book:MT_LV1_1_defTAR# ┴defgotolink Defs.book:MT_LV1_2_defEYi$ ┬ йgotolink Defs.book:MT_LV1_3_defdef% ├k Dgotolink Defs.book:MT_LV1_4_defgo& ─k Dgotolink Defs.book:MT_LV1_5_def м' ┼gogotolink Defs.book:MT_LV2_1_defgo( ╞oligotolink Defs.book:MT_LV2_2_defgo) ╟k Dgotolink Defs.book:MT_LV2_3_defoli* ╚fs.gotolink Defs.book:MT_LV2_4_defoli+ ╔fs.gotolink Defs.book:MT_LV2_5_defk D, ╩ookgotolink Defs.book:MT_LV3_1_deffs.- ╦MAGgotolink Defs.book:MT_LV3_2_defook. ╠_V_gotolink Defs.book:MT_LV3_3_defMAG/ ═fi_gotolink Defs.book:MT_LV3_4_def_B_0 ╬ ╢gotolink Defs.book:MT_LV3_5_deff1_1 ╧ Юgotolink Defs.book:REDSHIFT_def ╕2 ╨gogotolink Defs.book:PARALLAX_def а3 ╤oligotolink Defs.book:MU_RA_def б4 ╥oligotolink Defs.book:MU_DEC_def√5 ╙oligotolink Defs.book:MU_EPOCH_defgo6 ╘k Dgotolink Defs.book:SP_TYPE_def7 ╒k Dgotolink Defs.book:RAD_VEL_def8 ╓k Dgotolink Defs.book:SCAN_TYP_defgo9 ╫k Dgotolink Defs.book:SCAN_WID_defoli: ╪fs.gotolink Defs.book:ANG_SIDE_defoli; ┘fs.gotolink Defs.book:DWELL_LN_defoli< ┌fs.gotolink Defs.book:DWELL_TM_defoli= █fs.gotolink Defs.book:SCAN_ANG_defoli> ▄fs.gotolink Defs.book:SCAN_RAT_defoli? ▌fs.gotolink Defs.book:NO_LINES_defoli@ ▐fs.gotolink Defs.book:SCAN_LEN_defoliA ▀fs.gotolink Defs.book:SCAN_COR_defoliB рfs.gotolink Defs.book:TARGNAME_defoliC сfs.gotolink Defs.book:RA_TARG_defD тk Dgotolink Defs.book:DEC_TARG_defgoE уk Dgotolink Defs.book:PEQUINOX_defgoF фk Dgotolink Defs.book:PROPOSID_defgoG хk Dgotolink Defs.book:PEP_EXPO_defgoH цk Dgotolink Defs.book:LINENUM_defI чoligotolink Defs.book:SEQLINE_defJ шgogotolink Defs.book:SEQNAME_defK щoligotolink Defs.book:END_defм4 ╥previouslink! ╙<$lastpagenum>ok<$monthname> <$daynum>, <$year>."<$monthnum>/<$daynum>/<$shortyear>ok;<$monthname> <$daynum>, <$year> <$hour>:<$minute00> <$ampm>o"<$monthnum>/<$daynum>/<$shortyear>go<$monthname> <$daynum>, <$year>."<$monthnum>/<$daynum>/<$shortyear>s. <$fullfilename>E <$filename>. <$paratext[Title]>AN<$paratext[Heading]> <$curpagenum>oli <$marker1> D <$marker2>de (Continued)Pagepage<$pagenum>.Heading & Page ╥<$paratext>╙ on page<$pagenum> DSee Heading & Page%See ╥<$paratext>╙ on page<$pagenum>.fTable & Page7Table<$paranumonly>, ╥<$paratext>,╙ on page<$pagenum>Q+ (Sheet <$tblsheetnum> of <$tblsheetcount>)eїїwwPkEPЎxxPц DўyyP.ok°zzPчli∙{{Q.Ak·||QшAo√}}P.ok№~~Pщli¤Q.Ak■ОпQ╥Ar 55PС▒ССKрТJ$laУK>okФI$moХI<$dЦJ$yeЧK"ШIm>/ЩI/<$ЪI>okЫJ$moЬQ<$dЭQ$yeЮUr>:ЯU0> аUбUthnвUnumгUyeaдUеUme>жU>, зUиUthnйUnumкUyeaлUмUenaнUоUe>.пU$pa░Utle▒U▓Ut[H│U┤Upag╡U ╢Uker╖U ╕U>de╣U(Co║U╗UPa╝U<$p╜U╛U & ┐Upar└Un p┴Uenu┬USe├U & ─U ╥<┼U>╙ ╞U$pa╟U╚U Pa╔U<$╩Uly>╦Utex╠Uage═Um>Q╬U(Sh╧Ushe╨U <$╤Uoun╥U╙U╘UwPk╒U╓U D╫Uўy╪U┘UzPч┌U█UAk▄U·|▌U▐U}P.▀UрUliсU¤тUуUпQ╥фUхUСцUСKчUТJшUУKщUФIъUХIыUЦJьUЧKэUШIюUЩIяUЪIЁUЫJёUЬQЄUЭQєUЮUЇUЯUїUаUЎUбUўUвU°UгU∙UдU·UеU√UжU№UзU¤UиU■UйU UкUUлUUмUUнUUоUUпUU░UU▒UU▓UU│U U┤U U╡UU╢UU╖U U╕UU╣UU║UU╗UU╝UU╜UU╛UU┐UU└UU┴UU┬UU├UU─UU┼UU╞UU╟UU╚UU╔UU╩U U╦U!U╠U"U═U#U╬U$U╧U%U╨U&U╤U'U╥U(U╙U)U╘U*U╒U+U╓U,U╫U-U╪U.U┘U/U┌U0U█U1U▄U2U▌U3U▐U4U▀U5UрU6UсU7UтU8UуU9UфU:UхU;UцU<UчU=UшU>UщU?UъU@UыUAUьUBUэUCUюUDUяUEUЁUFUёUGUЄUHUєUIUЇUJUїUKUЎULUўUMU°UNU∙UOU·UPU√UQU№URU¤USU■UTU UUUUVUUWUUXUUYUUZUU[UU\UU]UU^U U_U U`UUaUUbU UcUUdUUeUUfUUgUUhUUiUUjUUkUUlUUmUUnUUoUUpUUqUUrUUsUUtUUuU UvU!UwU"UxU#UyU$UzU%U{U&U|U'U}U(U~U)UU*UАU+UБU,UВU-UГU.UДU/UЕU0UЖU1UЗU2UИU3UЙU4UКU5UЛU6UМU7UНU8UОU9UПU:UРU;UСUрТU=UУU>UФU?UХU@UЦUAUЧUBUШUCUЩUDUЪUEUЫUFUЬUGUЭUHUЮUIUЯUJUаUKUбULUвUMUгUNUдUOUеUPUжUQUзURUиUSUйUTUкUUUлUVUмUWUнUXUоUYUпUZU░U[U▒U\U▓U]U│U^U┤U_U╡U`U╢UaU╖UbU╕UcU╣UdU║UeU╗UfU╝UgU╜UhU╛UiU┐UjU└UkU┴UlU┬UmU├UnU─UoU┼UpU╞UqU╟UrU╚UsU╔UtU╩UuU╦UvU╠IwU═IxU╬IyU╧IzU╨I{U╤I|U╥I}U╙I~U╘IU╒IАU╓IБU╫QВU╪QГU┘UДU┌UЕU█UЖU▄UЗU▌UИU▐UЙU▀UКUрUЛUсUМUтUНUуUОUфUПUхUРUцUСUчUТUшUУUщUФUъUХUыUЦUьUЧUэUШUюUЩUяUЪUЁUЫUёUЬUЄUЭUєUЮUЇUЯUїUаUЎUбUўUвU°UгU∙UдU·UеU√UжU№UзU¤UиU■UйU UкUUлUUмUUнUUоUUпUU░UU▒UU▓UU│U U┤U U╡UU╢UU╖U U╕UU╣UU║UU╗UU╝UU╜UU╛UU┐UU└UU┴UU┬UU├UU─UU┼UU╞UU╟UU╚UU╔UU╩U U╦U!U╠I"U═I#U╬I$U╧I%U╨I&U╤I'I╥I(I╙I)I╘I*I╒I+I╓I,I╫Q-I╪Q.I┘U/I┌U0Q█U1Q▄U2U▌U3U▐U4U▀U5UрU6UсU7UтU8UуU9UфU:UхU;UцU<UчU=UшU>UщU?UъU@UыUAUьUBUэUCUюUDUяUEUЁUFUёUGUЄUHUєUIUЇUJUїUKUЎULUўUMU°UNU∙UOU·UPU√UQU№URU¤USU■UTU UUUUVUUWUUXUUYUUZUU[UU\UU]UU^U U_U U`UUaUUbU UcUUdUUeUUfUUgUUhUUiUUjUUkUUlUUmUUnUUoUUpUUqUUrUUsUUtUUuU UvU!UwU"UxU#UyU$UzU%U{U&U|U'I}U(I~U)IU*IАU+IБU,IВU-IГU.IДU/IЕU0QЖU1QЗU2UИU3UЙU4UКU5UЛU6UМU7UНU8UОU9UПU:UРU;UСUрТU=UУU>UФU?UХU@UЦUAUЧUBUШUCUЩUDUЪUEUЫUFUЬUGUЭUHUЮUIUЯUJUаUKUбULUвUMUгUNUдUOUеUPUжUQUзURUиUSUйUTUкUUUлUVUмUWUнUXUоUYUпUZU░U[U▒U\U▓U]U│U^U┤U_U╡U`U╢UaU╖UbU╕UcU╣UdU║UeU╗UfU╝UgU╜UhU╛UiU┐UjU└UkU┴UlU┬UmU├UnU─UoU┼UpU╞UqU╟UrU╚UsU╔UtU╩UuU╦UvU╠UwU═UxU╬UyU╧UzU╨U{U╤U|U╥U}U╙U~U╘UU╒UАU╓UБU╫UВU╪UГU┘UДU┌UЕU█UЖU▄UЗU▌UИU▐UЙU▀UКUрUЛUсUМUтUНUуUОUфUПUхUРUцUСUчUТUшUУUщUФUъUХUыUЦUьUЧUэUШUюUЩUяUЪUЁUЫUёUЬUЄUЭUєUЮUЇUЯUїUаUЎUбUўUвU°UгU∙UдU·UеU√UжU№UзU¤UиU■UйU UкUUлUUмUUнUUоUUпUU░UU▒UU▓UU│U U┤U U╡UU╢UU╖U U╕UU╣UU║UU╗UU╝UU╜UU╛UU┐UU└UU┴UU┬UU├UU─UU┼UU╞UU╟UU╚UU╔UU╩U U╦U!U╠U"U═U#U╬U$U╧U%U╨U&U╤U'U╥U(U╙U)U╘U*U╒U+U╓U,U╫U-U╪U.U┘U/U┌U0U█U1U▄U2U▌U3U▐U4U▀U5UрU6UсU7UтU8UуU9UфU:UхU;UцU<UчU=UшU>UщU?UъU@UыUAUьUBUэUCUюUDUяUEUЁUFUёUGUЄUHUєUIUЇUJUїUKUЎULUўUMU°UNU∙UOU·UPU√UQU№URU¤USU■UTU UUUUVUUWUUXUUYUUZUU[UU\UU]UU^U U_U U`UUaUUbU UcUUdUUeUUfUUgUUhUUiUUjUUkUUlUUmUUnUUoUUpUUqUUrUUsUUtUUuU UvU!UwU"UxU#UyU$UzU%U{U&U|U'U}U(U~U)UU*UАU+UБU,UВU-UГU.UДU/UЕU0UЖU1UЗU2UИU3UЙU4UКU5UЛU6UМU7UНU8UОU9UПU:UРU;UнUрuUбBdu┘Uw|Udv┘U}5UH$╘ w┌xuUH$╘ їUккккUU`ЫкUUHьнz╘ x┌wyuUHьнz╘ ЎUккккUU`СкUH$╘ y┌xzuH$╘ ўUUккккUU`ТкUHьнz╘ z┌y{uUHьнz╘ °UккккUU`УкUUHH╘И{┌z|uUHH╘И∙U`ФбUHH╘И|┌{uHH╘И·UU`ХбUH$╘ }┌~vUH$╘ √UккккUU`ЦкUUHьнz╘ ~┌}vUHьнz╘ №UккккUU`ЧкHH╘И┌~5vHH╘И¤┘`ШбdА┘┌БМHУ╙3K║^иБ┌ВАH RH RйЫFootnoteHq∙v?№^иВ┌БГАHz╖╕Hz╖╕йSingle LineUH'┤Г┌ВЕАДДFootnote РД▐Г ЩUHз∙vDгf^иЕ▄ГЖАUH░╖╕H░╖╕йDouble LineH║╘Ж┌ЕЙАUЗИDouble LineU╘З▌ИЖ╘╘И▌ЗЖ╘HЖ╘ Й┌ЖЛАUККSingle LineU╘К▌Й╘UHZ┤Л┌ЙМАU TableFootnoteE╕╛GX-RЯb^иМ┌ЛАE╕╛PoE╕╛Poй┌ TableFootnotedН┘ООHH╘ИО┌Н┘HH╘ИС■,K║`Щб #UT UTкк`ЬгWIDEFIELD/PLANETARY CAMERA ^и=UR UTккhЭгSCIENCE DATA HEADER L №`Юл Z №`Ял h №hамnoFSIMPLE л = F data conforms to the fits standard v №hбмгfFBITPIX л!= 16 bits per data value Д №hвмGDATATYPEл"= INTEGER*2 datatype of the group array Т №hгмENAXIS л#= 2 number of data axes а №hдмFNAXIS1 л$= length of 1st data axis о №hемFNAXIS2 л%= length of 2nd data axis ╝ №hжмFGROUPS л&= T data has groups ╩ №hзм=FGCOUNT л'= 1 number of groups per observation (1-4) ╪ №hимFPCOUNT л(= 37 number of parameters ц № йл5 PSIZE = 1536 bits in each parameter RЄ №@йлUTblock I E №`клJ №`ллda nfo №`млanJ / GROUP PARAMETERS: OSS * №`нл 8 №hолIPTYPE1 = мCRVAL1 л) right ascension of reference pixel (deg) F №`плR PDTYPE1 = REAL*8 C T №`░ллR PSIZE1 = 64 I b №h▒л IPTYPE2 = мCRVAL2 л* declination of reference pixel (deg) Sp №`▓л R PDTYPE2 = REAL*8 C ~ №`│лf R PSIZE2 = 64 I М №h┤л IPTYPE3 = мCRPIX1 л+ x-coordinate of reference pixel sЪ №`╡л RR PDTYPE3 = REAL*4 C и №`╢л R PSIZE3 = 32 I ╢ №h╖л IPTYPE4 = мCRPIX2 л, y-coordinate of reference pixel ─ №`╕л №R PDTYPE4 = REAL*4 C ╥ №`╣лR PSIZE4 = 32 I р №h║лHPTYPE5 = мCD1_1 л- partial of the right ascension w.r.t. x ю №`╗л №R PDTYPE5 = REAL*4 C № №`╝лR PSIZE5 = 32 I №h╜лHPTYPE6 = мCD1_2 л. partial of the right ascension w.r.t. y №`╛л №R PDTYPE6 = REAL*4 C & №`┐лR PSIZE6 = 32 I 4 №h└лHPTYPE7 = мCD2_1 л/ partial of the declination w.r.t. x B №`┴л №R PDTYPE7 = REAL*4 C P №`┬лR PSIZE7 = 32 I ^ №h├лHPTYPE8 = мCD2_2 л0 partial of the declination w.r.t. y l №`─л №R PDTYPE8 = REAL*4 C z №`┼лR PSIZE8 = 32 I dП┘ZEЬЬ dР┘зССHH╘ИС┌РHH╘ИОУ■.t/ h╞л №JPTYPE9 = мDATAMIN л1 minimum value of the data `╟лR PDTYPE9 = REAL*4 C $`╚лR PSIZE9 = 32 I 2h╔л №JPTYPE10 = мDATAMAX л2 maximum value of the data @`╩лR PDTYPE10= REAL*4 C N`╦лR PSIZE10 = 32 I \h╠л №JPTYPE11 = мMIR_REVRл3 is the image mirror reversed? j`═лR PDTYPE11= LOGICAL*4 C x`╬лR PSIZE11 = 32 I Жh╧лJPTYPE12 = мORIENTATл4 orientation of the image (deg) Ф`╨лR PDTYPE12= REAL*4 C в`╤лR PSIZE12 = 32 I ░h╥лJPTYPE13 = мFILLCNT л5 number of segments containing fill ╛`╙лR PDTYPE13= INTEGER*4 C ╠`╘лR PSIZE13 = 32 I ┌h╒лIPTYPE14 = мERRCNT л6 number of segments containing errors ш`╓лR PDTYPE14= INTEGER*4 C Ў`╫лR PSIZE14 = 32 I h╪лJPTYPE15 = мFPKTTIMEл7 time of the first packet ┘л=/ PDTYPE15= REAL*8 (Modified Julian or@┘лma#Date) C л,`┌л4 R PSIZE15 = 64 I :h█л JPTYPE16 = мLPKTTIMEл8 time of the last packet H ▄л= / PDTYPE16= REAL*8 (Modified Julian ng T@▄л#Date) C b`▌л R PSIZE16 = 64 I ph▐л IPTYPE17 = мCTYPE1 л9 first coordinate type C~ ▀лr O PDTYPE17= CHARACTER*8 К@▀л C Ш`рл R PSIZE17 = 64 I жhсл IPTYPE18 = мCTYPE2 л: second coordinate type i┤ тл O PDTYPE18= CHARACTER*8 └@тлDaC ╬`ул R PSIZE18 = 64 I ▄hфл JPTYPE19 = мDETECTORл; CCD detector: WFC 1-4, PC 5-8 ъ`хл R PDTYPE19= INTEGER*4 C °`цлDaR PSIZE19 = 32 I `чл J `шл c nat"`щл J / GROUP PARAMETERS: PODPS 0`ъл >hылIPTYPE20 = мDEZERO л< Bias level from EED extended register L`ьл R PDTYPE20= REAL*4 C Z`эл R PSIZE20 = 32 I hhюл JPTYPE21 = мBIASEVENл= Bias level from EED extended register v`ял R PDTYPE21= REAL*4 C Д`Ёл;R PSIZE21 = 32 I dТ┘ УУ HH╘ИУ┌Т =HH╘ИСХ■ . hёл JPTYPE22 = мBIASODD л> Bias level from EED extended register `Єл R PDTYPE22= REAL*4 C $`єл R PSIZE22 = 32 I 2hЇлiaJPTYPE23 = мGOODMIN л? minimum value of the "good" pixels @`їл R PDTYPE23= REAL*4 C N`Ўл R PSIZE23 = 32 I \hўлBiJPTYPE24 = мGOODMAX л@ maximum value of the "good" pixels j`°л R PDTYPE24= REAL*4 C x`∙л R PSIZE24 = 32 I Жh·лJPTYPE25 = мDATAMEANлA mean value of the "good" pixels Ф`√лR PDTYPE25= REAL*4 C в`№лR PSIZE25 = 32 I ░`¤лJ ╛`■л ╠` л= J / GROUP PARAMETERS: DATA QUALITY FILE SUMMARY ┌`л3= *4 шhл JPTYPE26 = мGPIXELS лB number of "good" pixels (D Ў`л R PDTYPE26= INTEGER*4 C `л@R PSIZE26 = 32 I hл JPTYPE27 = мSOFTERRSлC number of "soft error" pixels (D `л R PDTYPE27= INTEGER*4 C .`лAR PSIZE27 = 32 I <hл JPTYPE28 = мCALIBDEFлD number of "calibration defect" pixels (D J`л R PDTYPE28= INTEGER*4 C X` л R PSIZE28 = 32 I fh л JPTYPE29 = мSTATICD лE number of "static defect" pixels (D t`лR PDTYPE29= INTEGER*4 C В`л┘R PSIZE29 = 32 I Рh лJPTYPE30 = мATODSAT лF number of "AtoD saturated" pixels (D Ю`лR PDTYPE30= INTEGER*4 C м`лR PSIZE30 = 32 I ║hлJPTYPE31 = мDATALOSTлG number of "data lost" pixels (D ╚`лR PDTYPE31= INTEGER*4 C ╓`лR PSIZE31 = 32 I фhлJPTYPE32 = мBADPIXELлH number of "generic bad" pixels (D Є`лR PDTYPE32= INTEGER*4 C `лR PSIZE32 = 32 I `лJ `л *`л= J / GROUP PARAMETERS: PHOTOMETRY 8`л0= GERFhл JPTYPE33 = мPHOTMODEлI Photometry mode T л O PDTYPE33= CHARACTER*24 = `@лGC bern`лxeR PSIZE33 = 192 I |hл JPTYPE34 = мPHOTFLAMлJ Inverse Sensitivity dФ┘ ХХHH╘ИХ┌ФHHH╘ИУЧ■ .`лYPR PDTYPE34= REAL*4 C `лZER PSIZE34 = 32 I $h л┘JPTYPE35 = мPHOTZPT лK Zero point 2`!лR PDTYPE35= REAL*4 C @`"лR PSIZE35 = 32 I Nh#л JPTYPE36 = мPHOTPLAMлL Pivot wavelength \`$л R PDTYPE36= REAL*4 C j`%л R PSIZE36 = 32 I xh&лInIPTYPE37 = мPHOTBW лM RMS bandwidth of the filter Ж`'лR PDTYPE37= REAL*4 C Ф`(лR PSIZE37 = 32 I в`)лJ ░`*л ╛`+л= J / WFPC DATA DESCRIPTOR KEYWORDS ╠`,л5= *4 ┌h-м GINSTRUMEлN= WFPC instrument in use 5 =шh.м GROOTNAMEлO= rootname of the observation set JPTЎh/мAMGFILETYPEлP= SCI shp, ext, edq, sdq, sci R P`0л J `1л2 `2л J / SCIENCE INSTRUMENT CONFIGURATION .`3лMS wid<h4м FCAMERA лQ= camera in use: WF (wide-field), PC (plan Jh5м DMODE лR= instr. mode: FULL (full res.), AREA (are Xh6м GSERIALS лS= serial clocks: ON, OFF f`7л J t`8л В`9лRIJ / IMAGE TYPE CHARACTERISTICS Р`:л = Юh;мenGIMAGETYPлT= EXTERNAL DARK/BIAS/INTFLAT/KSPOTS/EXTERNAL/EARTH- = мh<мe GCDBSFILEлU= NO GENERIC/BIAS/DARK/PREF/FLAT/MASK/ATOD/NO = ║h=мt,FPKTFMT лV= packet format code ╚h>м DDATE лW= date file written (dd/mm/yy) ╓`?л J ф`@л <Є`AлCAJ / FILTER CONFIGURATION `Bл R=hCм mGFILTNAM1лX= first filter name = hDмclGFILTNAM2лY= second filter name *hEм GFILTER1 лZ= first filter number (0-48) 8hFм GFILTER2 л[= second filter number (0-48) FhGмGPFILTER1л\= Preflash Filter 1 number (0-48) XTEThHмGPFILTER2л]= Preflash Filter 2 number (0-48) T/Mb`IлJ p`Jл h>~`Kл=J / INSTRUMENT STATUS USED IN DATA PROCESSING dЦ┘ ЧЧ HH╘ИЧ┌Ц HH╘ИХЩ■ ./ `LлON hMм GTECTEMP1л^= -1.00 TEC cold junction #1 temperature (Celciu $hNмr GTECTEMP2л_= -1.00 TEC cold junction #2 temperature (Celciu 2hOмerGTECTEMP3л`= -1.00 TEC cold junction #3 temperature (Celciu @hPмr GTECTEMP4лa= -1.00 TEC cold junction #4 temperature (Celciu NhQмerGTECTEMP5лb= -1.00 TEC cold junction #5 temperature (Celciu \hRмltGTECTEMP6лc= -1.00 TEC cold junction #6 temperature (Celciu jhSмltGTECTEMP7лd= -1.00 TEC cold junction #7 temperature (Celciu xhTм GTECTEMP8лe= -1.00 TEC cold junction #8 temperature (Celciu `KЖhUм GWBA3PCTMлf= Bay 3 temperature (Celcius) ФhVм FKSPOTS лg= Status of Kelsall spot lamps: ON, OFF вhWмЩGSHUTTER лh= UNKNOWN Shutter in place during preflash or INTF TEM░`Xл J ╛`Yл C c╠`ZлmpJ / RSDP CONTROL KEYWORDS ┌`[лmp re шh\м┘GMASKCORRлi= YES Do mask correction: YES, NO, DONE re Ўh]мGATODCORRлj= Do A-to-D correction: YES, NO, DONE re h^мGBLEVCORRлk= Do bias level correction: YES, NO, DONE re h_мGBIASCORRлl= Do bias correction: YES, NO, DONE re h`мGPREFCORRлm= Do preflash correction: YES, NO, DONE re .haмGPURGCORRлn= Do purge correction: YES, NO, DONE <hbмGDARKCORRлo= Do dark correction: YES, NO, DONE N, JhcмGFLATCORRлp= Do flat field correction: YES, NO, DONE r IXhdмGDOSATMAPлq= Output Saturated Pixel Map: YES, NO, DON fheмGDOPHOTOMлr= Fill photometry keywords: YES, NO, DONE KEYthfм GDOHISTOSлs= Make histograms: YES, NO, DONE RВhgм DGOUTDTYPEлt= REAL Output image datatype: REAL, LONG, SHORT RР`hл DJ Ю`iл D s lм`jлESJ / CALIBRATION REFERENCE FILES ║`kл, ╚hlмGMASKFILEлu= name of the input DQF of known bad pixel ONE╓hmмGATODFILEлv= name of the A-to-D conversion file фhnмGBLEVFILEлw= Engineering file with extended register ЄhoмGBLEVDFILлx= Engineering file DQF DOhpмGBIASFILEлy= name of the bias frame reference file O, hqмGBIASDFILлz= name of the bias frame reference DQF DOhrмGPREFFILEл{= name of the preflash reference file *hsмGPREFDFILл|= name of the preflash reference DQF SH8htмGPURGFILEл}= name of the purge reference file FhuмGPURGDFILл~= name of the purge reference DQF EFEThvм GDARKFILEл= name of the dark reference file Ebhwм nGDARKDFILлА= name of the dark reference DQF Ephxм nGFLATFILEлБ= name of the flat field reference file E~hyм EGFLATDFILлВ= name of the flat field reference DQF LdШ┘e ЩЩ HH╘ИЩ┌ШHH╘ИЧЫ■re.e hzмGPHOTTAB лГ= name of the photometry calibration table ce `{лJ $`|л hs2`}лJ / DEFAULT KEYWORDS SET BY STSCI @`~л Nhм pGSATURATEлД= 4095 Data value at which saturation occurs \hАм pFWSCALE лЕ= 1.0 Scale factor for output image jhБм tEWZERO лЖ= 0.0 Zero point for output image x`Влe J Ж`Глe e fФ`Длe J / PLANETARY SCIENCE KEYWORDS в`Елe ░hЖмEPA_V3 лЗ= 0.0 position angle of v3 axis of HST ╛hЗмFRA_SUN лИ= 0.0 right ascension of the sun (deg) ╠hИм nGDEC_SUN лЙ= 0.0 declination of the sun (deg) ┌hЙм GEQNX_SUNлК= 2000.0 equinox of the sun 2шhКм FMTFLAG лЛ= F moving target flag ЎhЛмGEQRADTRGлМ= 0.0 equatorial radius of target whihМмrsGFLATNTRGлН= 0.0 flattening of target r ohНм GNPDECTRGлО= 0.0 north pole declination of target t i hОм GNPRATRG лП= 0.0 north pole right ascension of target .hПм GROTRTTRGлР= 0.0 rotation rate of target LAN<hРмORGLONGPMERлС= 0.0 longitude of prime meridian мJhСм0.GEPLONGPMлТ= 0.0 epoch of longitude of prime meridian FRAXhТм GSURFLATDлУ= 0.0 surface feature latitude _SUfhУм GSURFLONGлФ= 0.0 surface feature longitude X_SthФм GSURFALTDлХ= 0.0 surface feature altitude LAGВ`Хл J Р`Цл e riaЮ`Чл J / PODPS FILL VALUES м`Шл ║hЩмGPODPSFF лЦ= 0=(no podps fill), 1=(podps fill present ╚hЪмGSTDCFFF лЧ= 0=(no st dcf fill), 1=(st dcf fill prese et ╓hЫмGSTDCFFP лШ= st dcf fill pattern (hex) фhЬмGRSDPFILLлЩ= -100 bad data fill value for calibrated image Є`ЭлJ `Юл м `Ял= J / EXPOSURE TIME AND RELATED INFORMATION `ал= *hбм lGWEXPODURлЪ= Commanded duration of exposure (seconds) 8hвм aGNSHUTA17лЫ= Number of AP17 shutter B closes Fhгм GPREFTIMEлЬ= Predicted preflash time (seconds) л Thдм GDARKTIMEлЭ= Dark time (seconds) л bhемGPURGTIMEлЮ= -1 Time since last SuperPurge (seconds) resphжмGWEXPOTIMлЯ= Major frame pulse time preceding exposur pr~hзмGPSTRTIMEла= Predicted obs. start time (yyyy:ddd:hh: dЪ┘FIЫЫ bHH╘ИЫ┌ЪimHH╘ИЩЬ■ . hим GPSTPTIMEлб= Predicted obs. stop time (yyyy:ddd:hh: `Я`йл J $`кл hб2`ллJ / EXPOSURE INFORMATION @`мл NhнмP1GEQUINOX лв= J2000 equinox of the celestial coordinate syst \hомreGSUNANGLEлг= angle between sun and V1 axis (deg) jhпмseGMOONANGLлд= angle between moon and V1 axis (deg) 1 xh░мlaGSUN_ALT ле= altitude of the sun above Earth╒s limb ( Жh▒м pGFGSLOCK лж= commanded FGS lock (FINE,COARSE,GYROS,UN Ф`▓лbsJ в`│л ╘░h┤мGDATE-OBSлз= UT date of start of observation (dd/mm/y м ╛h╡м= GTIME-OBSли= UT time of start of observation (hh:mm:s л ╠h╢м GEXPSTARTлй= exposure start time (Modified Julian Dat л┌h╖мFEXPEND лк= exposure end time (Modified Julian Date) шh╕мGEXPTIME лл= exposure duration (seconds)--calculated uinЎh╣мl GEXPFLAG лм= Exposure interruption indicator gle`║л1 J `╗лV1 (d `╝лJ / TARGET & PROPOSAL ID .`╜л h▒<h╛мGTARGNAMEлн= proposer╒s target name `▓Jh┐м GRA_TARG ло= right ascension of the target (deg) (J20 `│Xh└мGDEC_TARGлп= declination of the target (deg) (J2000) n (fh┴мGPEQUINOXл░= proposed equinox of celestial coordinate n (t`┬лJ В`├л h╖Рh─мкGPROPOSIDл▒= PEP proposal identifier мЮh┼м= GPEP_EXPOл▓= PEP exposure identifier including sequen мl мh╞м= GLINENUM л│= PEP proposal line number л1 ║h╟м GSEQLINE л┤= PEP line number of defined sequence лV1╚h╚мGSEQNAME л╡= PEP define/use sequence name ╓`╔лJ ф`╩л Єh╦мEND л╢ `Ъб r`╠бth a`═б│ *`╬бDE A8`╧б dF`╨бta tT`╤б ( b`╥бPE Np`╙б p~`╘б c sHH╘ИЬ┌П┬HH╘ИЫЯ■ , `╒б #UT UTкк`╫г├WIDEFIELD/PLANETARY CAMERA к=UR UTккh╪г= !EXTRACTED ENGINEERING DATA ╖ L №`┘л Z №`┌лEX h №h█м eFSIMPLE л╕= F data conforms to the fits standard v №h▄м PFBITPIX л╣= 16 bits per data value Д №h▌м GDATATYPEл║= INTEGER*2 datatype of the group array NAMТ №h▐м ENAXIS л╗= 2 number of data axes а №h▀м FNAXIS1 л╝= 14 length of 1st data axis о №hрмFNAXIS2 л╜= length of 2nd data axis ╝ №hсм│FGROUPS л╛= T data has groups ╩ №hтм╤FGCOUNT л┐= 1 number of groups per observation (1-4) ╪ №hумFPCOUNT л└= 3 number of parameters ц № фл╒5 PSIZE = 96 bits in each parameter AЄ №@фл╪block I A №`хлJ №`цлda nfo №`члanJ / GROUP PARAMETERS: OSS * №`шл 8 №hщл JPTYPE1 = мFILLCNT л┴ number of segments containing fill F №`ъл R PDTYPE1 = INTEGER*4 C T №`ыллR PSIZE1 = 32 I b №hьл IPTYPE2 = мERRCNT л┬ number of segments containing errors Sp №`эл R PDTYPE2 = INTEGER*4 C ~ №`юлf R PSIZE2 = 32 I М №`ял J Ъ №`Ёл A и №`ёлk J / GROUP PARAMETERS: PODPS ╢ №`Єл ─ №hєл №JPTYPE3 = мDETECTORл├ the ccd number of the data ╥ №`Їл R PDTYPE3 = INTEGER*4 C р №`їл┴R PSIZE3 = 32 I ю №`Ўл J № №`ўл №`°л J / WFPC DATA DESCRIPTOR KEYWORDS №`∙лs ini& №h·м №GINSTRUMEл─= WFPC instrument in use 4 №h√м GROOTNAMEл┼= rootname of the observation set B №h№м GFILETYPEл╞= EXT shp, ext, edq, sdq, sci P №h¤м FCTYPE1 л╟= UNITLESS unitless, line, pixel, channel, sample, ^ №h■мPAFCTYPE2 л╚= LINE unitless, line, pixel, channel, sample, l №` л №J z №`л TYPdЭ┘ аа dЮ┘┴ЯЯ HH╘ИЯ┌Ю HH╘ИЬа■ . `л J / CALIBRATION FLAGS AND INDICATORS `л $hмPCDMODE л╔= instr. mode: FULL (full res.), AREA (are 2hм·FCAMERA л╩= camera in use: WF (wide-field), PC (plan @hмGFILTER1 л╦= first filter number (0-48) NhмGFILTER2 л╠= second filter number (0-48) \`лJ j`л= FCTx` лE J / CALIBRATION KEYWORDS Ж` л Фhм GLINEBEG л═= 1 line number (1st line: wrt source format вhмаGSAMPBEG л╬= 1 sample number (1st sample: wrt source fo H░` лJ ╛`л ╠`лAGJ / STATISTICAL KEYWORDS ┌`л шhмe:DDATE л╧= date this file was written (dd/mm/yy) Ўhмn GPODPSFF л╨= 0=(no podps fill); 1=(podps fill presen hмr GSTDCFFF л╤= 0=(no st dcf fill); 1=(st dcf fill prese hмerGSTDCFFP л╥= st dcf fill pattern (hex) `л J .`л / <`лDSJ / TARGET & PROPOSAL ID J`л Xhм (GTARGNAMEл╙= proposer╒s target name fhмerGRA_TARG л╘= right ascension of the target (deg) (J20 thм GDEC_TARGл╒= declination of the target (deg) (J2000) `Вhм GPEQUINOXл╓= proposed equinox of celestial coordinate `Р`лJ Ю`л мn мhм= GPROPOSIDл╫= PEP proposal identifier мr ║h м= GPEP_EXPOл╪= PEP exposure identifier including sequen мer╚h!м= GLINENUM л┘= PEP proposal line number л ╓h"м GSEQLINE л┌= PEP line number of defined sequence л фh#мGSEQNAME л█= PEP define/use sequence name Є`$лJ `%л h&мEND л▄ `╓б r*`'бth a8`(б F`)бDE AT`*б db`+бta tp`,б ~`-бPE NHH╘Иа┌ЭuiHH╘ИЯг■,`.б #UT UTкк`0г WIDEFIELD/PLANETARY CAMERA =UR UTккh1гSTANDARD HEADER PACKET ▌ RL №`2л PZ №`3лfi h №h4мFSIMPLE л▐= F data conforms to the fits standard v №h5мerFBITPIX л▀= 16 bits per data value Д №h6м GDATATYPEлр= UNSIGNED*2 datatype of the group array deТ №h7м ENAXIS лс= 1 number of data axes eа №h8м FNAXIS1 лт= 965 length of first 1st data axis о №h9м FGROUPS лу= T data has groups ╝ №h:м╓FGCOUNT лф= 1 number of groups ╩ №h;мFPCOUNT лх= 3 number of parameters ╪ № <л4 PSIZE = 128 bits in the parameter ф №@<лblock I Є №`=лWIJ №`>л2 №`?л3J / GROUP PARAMETERS: OSS №`@лrd * №hAлerJPTYPE1 = мFILLCNT лц number of segments containing fill 8 №`BлDAR PDTYPE1 = INTEGER*4 C F №`CллR PSIZE1 = 32 I T №hDл IPTYPE2 = мERRCNT лч number of segments containing errors Sb №`Eл R PDTYPE2 = INTEGER*4 C p №`Fлf R PSIZE2 = 32 I ~ №hGл JPTYPE3 = мPKTTIME лш time from the packet ancillary data М № Hл/ PDTYPE3 = REAL*8 (Modified Julian I Ш №@HлWI#Date) C ж №`Iл R PSIZE3 = 64 I ┤ №`JлRSJ ┬ №`Kл= ILL╨ №`LлerJ / WFPC DATA DESCRIPTOR KEYWORDS ▐ №`Mл ь №hNм GINSTRUMEлщ= WFPC instrument in use · №hOм GROOTNAMEлъ= rootname of the observation set ч №hPмs GFILETYPEлы= SHP shp, ext, edq, sdq, sci №hQм FCTYPE1 ль= UNITLESS unitless, line, pixel, channel, sample, $ №hRм GDEFAULTSлэ= F default values used in reformatting thes = 2 №`SлшJ @ №`Tл fieN №`UлJ / STATISTICAL KEYWORDS \ №`Vл j №hWм DDATE лю= date this file was written (dd/mm/yy) x №hXм GDCFOBSN ля= DCF observation number in SHP dв┘PCггRDHH╘Иг┌вHH╘Иае■RU.hYмtrGPROC_TYPлЁ= NORMAL level of reprocessing (NORMAL, MINOR, MA `ZлtnJ $`[л, edq2`\л J / TIME CONVERSION KEYWORDS @`]лsa Nh^м GCLKDRFTRлё= spacecraft clock drift rate = \h_мшGCLKRATE лЄ= spacecraft clock rate jh`м GSPCLINCNлє= spacecraft clock at UTC0 ICAxhaм EUTCO1 лЇ= bytes 5-8 of UTC0 =ЖhbмhiEUTCO2 лї= bytes 1-4 of UTC0 Фhcм oDUTC0 лЎ= Coordinated Universal Time (Mod Julian D в`dлJ ░`eл ╛`fл_TJ / CDBS KEYWORDS ╠`gл ┌hhм GWBA1LGCTлў= bay 1 A1 temperature (deg C) шhiм GWBA2EDTMл°= bay 2 A1 temperature (deg C) Ўhjм GWBA3PCTMл∙= bay 3 A1 temperature (deg C) rahkм= GWBA4WFTMл·= bay 4 A1 temperature (deg C) hlм GWBA5TEMPл√= bay 5 A1 temperature (deg C) C0 hmмCAGWCANLTIMл№= time of cancel operation command .hnмGWCH1HJTMл¤= camera head hot junction 1 temperature ( <hoмGWCH7HJTMл■= hot junction 7 temperature (deg C) uliJhpмGWCHVLTS л = camera head voltage (volts) XhqмGWEXPTMHIл = maj frame pulse time preceding exp start fhrм GWEXPOTIMл = maj frame pulse time preceding exp start Tthsм bGWEXPOCMDл = expose command image MВhtм bGWEXPODURл = commanded duration of exposure (sec) MРhuм bGWFCSTAT л = control/status word for exposure MЮhvм bGWFOCTM01л = time of first close B shutter Pмhwм bGWFOCTM02л = slot for second open B shutter time M║hxм tGWFOCTM03л = slot for second close B shutter time M╚hyм cGWFOCTM04л = slot for third open B shutter time M╓hzм hGWFOCTM05л = slot for third close B shutter time фh{м cGWFOCTM06л = slot for fourth open B shutter time IЄh|м mGWFOCTM07л = slot for fourth close B shutter time Mh}м mGWFOCTM08л = slot for fifth open B shutter time Dh~м eGWFOCTM09л = slot for fifth close B shutter time Rhм cGWFOCTM10л = slot for sixth open B shutter time *hАм cGWFOCTM11л = slot for sixth close B shutter time 18hБм tGWFOCTM12л = slot for seventh open B shutter time 2FhВм sGWFOCTM13л = slot for seventh close B shutter time 3ThГм sGWFOCTM14л = slot for eighth open B shutter time 4bhДм sGWFOCTM15л = slot for eighth close B shutter time 5phЕм sGWFOSPOSVл = relative focus position voltage (counts) 6~hЖмGWHOLDHTRл = replacement heater on (ON, OFF) 7dд┘ cее HH╘Ие┌дHH╘Игз■hu.imhЗмGWHTPIHTRл = heat pipe heater on (ON, OFF) tihИмGWMECHPWRл = mechanism power off (ON, OFF) tim$hЙмGWMECIFATл = mechanical interface A temperature (deg ti2hКмGWMECIFBTл = mechanical interface B temperature (deg r t@hЛмGWMECIFCTл = mechanical interface C temperature (deg er NhМмGWMECVOLTл = mechanism supply voltage (volts) ti\hНмGWN15VADCл = - 15 v adc supply (counts) r tjhОмGWN15VANAл = - 15 v analog supply (counts) e (xhПмGWP5VADC л = + 5 volts ADC supply (volts) ) ЖhРмGWP5VLGC л = + 5 volts logic supply (volts) ФhСмGWP10VLGCл = +10 volts logic supply (volts) RвhТм hGWP15VADCл != +15 volts ADC supply (volts) R░hУм mGWP15VANAл "= +15 volts analog supply (volts) T╛hФм mGWPCTECA л #= OLDTEC current (mA) T╠hХм mGWPCTECV л $= OLDTEC supply voltage (volts) T┌hЦм mGWPTECPWRл %= OLDTEC power off (ON, OFF) TшhЧм mGWPWRONF л &= power off (ON, OFF) CЎhШм -GWPYRMDTMл '= optical bench pyramid bulkhead temperatu AhЩм -GWRADATMPл (= OLDRadiator +V2HP 3/4/7/8 temperature (d hЪм +GWRIUATEMл )= RIU A temperature (deg C) hЫм +GWRIUBTEMл *= RIU B temperature (deg C) C.hЬм +GWSTRCTEMл += SOFA/shutter mounting plate temperature C<hЭм +GWTIMEXPOл ,= time of 110 msec expose command AJhЮм +GWUVMTEMPл -= OLDRadiator -V2HP 1/2/5/6 temperature (d XhЯм OGWWCANCM л .= cancel operation command bit fhам OGWWLOGOF л /= log overflow bit Rthбм OFWWSCAP л 0= shutter control application processor bi Вhвм GWBLDASNRл 1= Blade A sensor: 0:closed, 1:open RMDРhгм GWBLDBSNRл 2= Blade B sensor: 0:closed, 1:open DATЮ`дл J м`ел U A║`жлC)J / SUPPORT SCHEDULE: PROGRAMMATIC DATA ╚`злC) ╓hимGPROGRMIDл 3= program id (base 36) mpeфhймGPR_INV_Lл 4= last name of principal investigator d ЄhкмGPR_INV_Fл 5= first name of principal investigator erahлмGPR_INV_Mл 6= middle initial of principal investigator hммGAFFILIATл 7= proposal class (eg: GO, IDT, OS) hнмGACCPDATEл 8= proposal acceptance date (yyyyddd) ces*hомGOBSET_IDл 9= observation set id 8hпмGCALIBRATл := Y calibrate data flag Fh░мGOBSERVTNл ;= observation number (base 36) Th▒мGEXPACKETл <= expected number of source packets ULEbh▓мA GPRODTYPEл == output product medium type Dph│м pGOPFORMATл >= output product format specification L~h┤м lGCALIBTYPл ?= calibration type : E, I or Blank Fdж┘riзз HH╘Из┌жHH╘Ией■ip.esh╡мGCDBSDATAл @= cdbs notification flag: ╒CAL╒ or ╒FALSE╒ S) `╢лJ $`╖л hо2`╕л J / SUPPORT SCHEDULE: FLAGS AND INDICATORS @`╣л Nh║мatGSS_MODE л A= instr. mode: FULL (full res.), AREA (are \h╗м nGSS_CAMRAл B= camera in use: WF (wide-field), PC (plan jh╝мmbGSS_FILT1л C= first filter number (0-48) xh╜мucGSS_FILT2л D= second filter number (0-48) Жh╛мucGRTAMATCHл E= above f&i match RTA (TRUE,FALSE,NO RTA F Ф`┐л tJ в`└л ╘░h┴мGSS_PFTIMл F= Predicted preflash time in seconds м╛h┬м= GSS_PFIL1л G= Preflash Filter 1 number (0-48) л╠h├м GSS_PFIL2л H= Preflash Filter 2 number (0-48) л┌h─мGTARGTYPEл I= qesiparm target type ш`┼лJ Ў`╞л.) A (`╟лJ / SUPPORT SCHEDULE: DATA GROUP II DATA `╚л мmb h╔м= GWRD11_14л J= word 11/14 (0-255) мuc.h╩м= GPSTRTIMEл K= predicted obs. start time (yyyy.ddd:hh:m мuc<h╦м= GPSTPTIMEл L= predicted obs. stop time (yyyy.ddd:hh:mm л tJh╠м GAPEROBJ л M= si object aperture id лXh═мGAPERSKY л N= si sky aperture id fh╬мGTARG_ID л O= SPSS target ID from proposal+target no. th╧мGAPERTYPEл P= aperture type (SICS, SIAS, SIDS) Вh╨мERA_V1 л Q= 0.0 right ascension of v1 axis of st (deg) Рh╤мFDEC_V1 л R= 0.0 declination of v1 axis of st (deg) Юh╥мEPA_V3 л S= 0.0 position angle of v3 axis of st (deg) Pмh╙м GGAPEROFFXл T= 0.0 x comp of object offset in aperture (arc м= ║h╘м= GAPEROFFYл U= 0.0 y comp of object offset in aperture (arc м= ╚h╒м= GANGLESEPл V= 0.0 ang separation of target from ref obj (a м= ╓h╓м= GDGESTAR л W= FGS ID(F1,F2,F3) concat. w/ dom. gd. sta м фh╫м= GSGESTAR л X= FGS ID(F1,F2,F3) concat. w/ subdom. gd. мЄh╪м= GPA_APER л Y= 0.0 position ang of aperture used with targe мh┘м= FPA_REF л Z= 0.0 position ang of target from ref. object h┌м GSAAAVOIDл [= SAA model for SAA Avoidance (range 02-99 h╨h█мQGTARAQMODл \= target acquisition mode (values 00, 01, м*h▄м 0GPOSTNSTXл ]= 0.0 position of space telescope x axis (km) EPA8h▌м GPOSTNSTYл ^= 0.0 position of space telescope y axis (km) ROFFh▐м GPOSTNSTZл _= 0.0 position of space telescope z axis (km) ROFTh▀м GVELOCSTXл `= 0.0 vel of space telescope along x axis (km/ LESbhрм GVELOCSTYл a= 0.0 vel of space telescope along y axis (km/ STAphсм GVELOCSTZл b= 0.0 vel of space telescope along z axis (km/ STA~hтм FRA_SUN л c= 0.0 right ascension of the sun (deg) dи┘n йй!itHH╘Ий┌иPAHH╘Изл■ta.rohумGDEC_SUN л d= 0.0 declination of the sun (deg) e (hфмGRA_MOON л e= 0.0 right ascension of the moon (deg) alu$hхмGDEC_MOONл f= 0.0 declination of the moon (deg) e x2hцмGVELABBRAл g= 0.0 aberration in position of the target e y@hчмGANNPARRAл h= 0.0 par. shift in position, non-solar sys ta e zNhшмGV2APERCEл i= 0.0 V2 offset of target from aper. center (a ng \hщмGV3APERCEл j= 0.0 V3 offset of target from aper. center (a ng jhъмGEQRADTRGл k= 0.0 equatorial radius of target (km) ng xhымGFLATNTRGл l= 0.0 flattening of target (deЖhьмGNPDECTRGл m= 0.0 north pole declination of target (deg) ФhэмGNPRATRG л n= 0.0 north pole right ascension of target (de вhюм dGROTRTTRGл o= 0.0 rotation rate of target ░hям rGLONGPMERл p= 0.0 longitude of prime meridian (deg) N╛hЁм dGEPLONGPMл q= 0.0 epoch of longitude of prime meridian (se A╠hём aGSURFLATDл r= 0.0 surface feature latitude (deg) A┌hЄм pGSURFLONGл s= 0.0 surface feature longitude (deg) Eшhєм VGSURFALTDл t= 0.0 surface feature altitude (km) EЎhЇм VFMTFLAG л u= moving target flag; T if it is a moving hїм GS0INVMAGл v= 0.0 S0 inverse magnitude TNThЎм FS0XDIR л w= 0.0 S0 X direction hўм0 FS0YDIR л x= 0.0 S0 Y direction .h°м= FS0ZDIR л y= 0.0 S0 Z direction <h∙м GTRK_TYPEл z= track 48 or track 51 commanding used (T4 hяJh·м GT51_RATEл {= 0.0 rate of motion commanded (arcsecs/sec) hЁXh√м GT51_ANGLл |= 0.0 position angle of motion of aperture (de hёfh№мGTARGDISTл }= distance to target from Earth╒s center ( hЄth¤м GPAR_CORRл ~= parallax correction used (T or F) hєВh■м FRA_REF л = 0.0 right ascension of reference object (deg Рh млGDEC_REF л А= 0.0 declination of reference object (deg) hїЮ`л J м`л w 0 ║`лonJ / ONBOARD EPHEMERIS MODEL PARAMETERS ╚`л ╓hмGEPCHTIMEл Б= 0.0 epoch time of parameters (secs since 1/1 фhмGSDMEANANл В= 0.0 2nd deriv coef for mean anomaly (revs/se g uЄhмGSDMA3SQ л Г= 0.0 3 * (SDMEANAN**2) radians/second**2. ecshмGHSTHORB л Д= 0.0 half the duration of the ST orbit (secon erthмGCIRVELOCл Е= 0.0 circular orbit linear velocity (meters/s s ch мGCOSINCLIл Ж= 0.0 cosine of inclination F)*h мGECCENTRYл З= 0.0 eccentricity jec8hмGECCENTX2л И= 0.0 eccentricity times 2 eg)FhмGECBDX4D3л Й= 0.0 eccentricity cubed times 4/3 Th мGESQDX5D2л К= 0.0 eccentricity squared times 5/2 ERIbhм FECBDX3 л Л= 0.0 eccentricity cubed times 3 phм GFDMEANANл М= 0.0 1st derivative coef for mean anomly (rev EAN~hм GRCASCNRDл Н= 0.0 rt chge right ascension ascend node (rad A3Sdк┘ANлл". HH╘Ил┌кORHH╘Ийн■f . ohмGRCASCNRVл О= 0.0 rt chge right ascension ascend node (rev cithмGARGPERIGл П= 0.0 argument of perigee (revolutions/second) $hмGMEANANOMл Р= 0.0 mean anomaly (radians) 2hмGRCARGPERл С= 0.0 rate change of argument of perigee (revs @hмGRASCASCNл Т= 0.0 right ascension of ascending node (revol /3 NhмGSINEINCLл У= 0.0 sine of inclination 5/\hмGSEMILRECл Ф= 0.0 semi-latus rectum (meters) jhмGTIMEFFECл Х= 0.0 time parameters took effect (secs since nomxhмGOBSSTRTTл Ц= 0.0 predicted obs. start time (secs since 1/ noЖ`лJ Ф`л Ив`лJ / PROPOSAL INFO: Instrument Configuration ░`лen e (╛hмFCONFIG л Ч= proposed instrument configuration ╠hмFOPMODE л Ш= proposed operation mode ┌h мFSPEC_1 л Щ= spectral element шh!м FSPEC_2 л Ъ= spectral element Ўh"мl FSPEC_3 л Ы= spectral element h#м FSPEC_4 л Ь= spectral element h$м FAPER_1 л Э= instrument aperture h%м (FAPER_2 л Ю= instrument aperture .h&мmeFAPER_3 л Я= instrument aperture <h'м FAPER_4 л а= instrument aperture J`(л J X`)л мf`*л J / PROPOSAL INFO: Target Description t`+л prВh,мodGTAR_TYPEл б= target type ctrРh-м GTARDESCRл в= target description l eЮh.м GTARDESC2л г= target description (cont.) emeмh/м GTARGCAT л д= first target category t ║h0м GTARKEY1 л е= target key description for targcat ╚h1м GTARKEY2 л ж= target key description for targcat ╓h2мGTARKEY3 л з= target key description for targcat фh3мGTARKEY4 л и= target key description for targcat Єh4мGTARKEY5 л й= target key description for targcat h5мGTARGCAT2л к= second target category : Th6м GTARKEY6 л л= target key description for targcat2 Eh7м tGTARKEY7 л м= target key description for targcat2 R*h8м tGTARKEY8 л н= target key description for targcat2 28h9м tGTARKEY9 л о= target key description for targcat2 Fh:м fGTARKEY10л п= target key description for targcat2 Th;м tFALIAS1 л ░= synonym for target name bh<м FALIAS2 л ▒= synonym for target name p`=л J ~`>л tdм┘ нн#4HH╘Ин┌м tHH╘Илп■.`?лCAJ / PROPOSAL INFO: Flux Information `@лEY $hAмgeEMAG_V л ▓= expected V Magnitude 2hBм tFSURF_V л │= expected V surface brightness @hCм EMAG_B л ┤= expected B Magnitude ANhDм FSURF_B л ╡= expected B surface brightness \hEм= EMAG_U л ╢= expected U Magnitude ;jhFм ░FSURF_U л ╖= expected U surface brightness xhGм ▒EMAG_R л ╕= expected R Magnitude =ЖhHм FSURF_R л ╣= expected R surface brightness ФhIмGCOL_B_V л ║= expected B-V color н┌вhJмGCOL_U_B л ╗= expected U-B color ░hKмOPGCOL_V_R л ╝= expected V-R color ╛hLмgeEE_B_V л ╜= E(B-V) ╠hMм tGEXTNCT_Vл ╛= extinction in V @┌`NлMAJ ш`Oл_B ╡Ў`PлctJ / PROPOSAL INFO: Exposure Information `QлU tudhRм GCMD_EXP л ┐= commanded time per exposure (from TRANS) bri `Sл J .`Tл <`UллJ / PROPOSAL INFO: Moving Target Information J`Vл XhWмV GMT_LV1_1л └= moving target information fhXмB GMT_LV1_2л ┴= moving target information thYмR GMT_LV1_3л ┬= moving target information ВhZм GMT_LV1_4л ├= moving target information Рh[м GMT_LV1_5л ─= moving target information Юh\м GMT_LV2_1л ┼= moving target information лctмh]м GMT_LV2_2л ╞= moving target information лU ║h^мGMT_LV2_3л ╟= moving target information TRA╚h_мGMT_LV2_4л ╚= moving target information ╓h`мGMT_LV2_5л ╔= moving target information : MфhaмmaGMT_LV3_1л ╩= moving target information 1Єhbм mGMT_LV3_2л ╦= moving target information 2hcм mGMT_LV3_3л ╠= moving target information 3hdм mGMT_LV3_4л ═= moving target information 4heм mGMT_LV3_5л ╬= moving target information 5*`fл mJ 8`gл m taF`hл J / PROPOSAL INFO: Target Properties T`iл bhjмGREDSHIFTл ╧= expected redshift of target phkмGPARALLAXл ╨= expected parallax of target ~hlмEMU_RA л ╤= expected RA proper motion dо┘MTпп$ HH╘Ип┌о HH╘Ин■%= hmмFMU_DEC л ╥= expected DEC proper motion hnмinGMU_EPOCHл ╙= epoch of the proper motion $hoмinGSP_TYPE л ╘= spectral type 2hpмinGRAD_VEL л ╒= radial velocity (km/sec) @`qл J N`rл \`sлNFJ / PROPOSAL INFO: Spatial Scan Info j`tлHI xhuмecGSCAN_TYPл ╓= C:bostrophidon; D:╒C╒with dwell; N:unkno ЖhvмecGSCAN_WIDл ╫= scan width (arcsec) ╤ФhwмteGANG_SIDEл ╪= angle between sides of parallelogram (de вhxм GDWELL_LNл ┘= dwell points per line for scan pointing ░hyмGDWELL_TMл ┌= wait time (duration) at each dwell point ╛hzмGSCAN_ANGл █= position angle of scan line (deg) ╠h{мGSCAN_RATл ▄= commanded rate of the line scan (arcsec/ ┌h|мGNO_LINESл ▌= number of lines per scan (1-99) шh}мGSCAN_LENл ▐= scan length (arcsec) Ўh~мGSCAN_CORл ▀= scan coordinate frame of ref: celestial, : S`л J `Ал C rop `БлweJ / TARGET & PROPOSAL ID .`Вл <hГмGTARGNAMEл р= proposer╒s target name am JhДмGRA_TARG л с= right ascension of the target (deg) (J20 ntiXhЕмGDEC_TARGл т= declination of the target (deg) (J2000) pofhЖмGPEQUINOXл у= proposed equinox of celestial coordinate t`ЗлJ В`Ил мРhЙм= GPROPOSIDл ф= PEP proposal identifier мЮhКм= GPEP_EXPOл х= PEP exposure identifier including sequen ммhЛм= GLINENUM л ц= PEP proposal line number л ║hМм GSEQLINE л ч= PEP line number of defined sequence л C╚hНмGSEQNAME л ш= PEP define/use sequence name ╓`ОлJ ф`Пл ЄhРмEND л щ `/б r%╟?H5▀v (%╟?HDD m hнл o мt▌Ї╙UDFH┤D┌vЖFK5= &·КCю╛qFрGDIJes al=√ЫКC?&Ч╔7Ю1Х╣/╩2╓╟&·4H┤,ф 4"/Щ/A{3╝╙'├A2╨""/2°жКC+$nКC╪ж gl ЕCiуGсFHDHK М┌iуgliуь7 +ьпiу#m▓iу■░м ╗FиopoЖУКC╨╛qHсGIDGJK М┌КCЖУ&Ч╔щў1Х╣&╛^2╓╟/Оc4H┤)вJ4"&яi/A{"╦г'├A#╕S"/#П╨КCЛwКC╪ж2°жКCїIсHJDFJ 2°жКC=√ЫКC■░м ╗Fи &·КCю╛qJтIKDHKSEFIgl .ШФ+H┤K┘JDmbGJq%duLeftdv Right dАen Reference dНОdР dТ dФdЦdШ dЪrdПdЮdЭ dв d д┌d !жKd! "и ╛qd"!#к√Ыd#"$м╓╟d$#о╝╙=]PHH└@=┌░м$ oAListCецfЩ>i╪CellBodyцfЩ?ю.ШФCellHeadingцfЩ@ ce FootnoteцfЩAT HeadingBodyцfЩB TableFootnoteцfЩCT √Ы TableTitleT:Table : $$└@D $ Section░└@E TitleцfЩFбCellHeadingцfЩGбCellBodyцfЩHдT TableTitleT:Table : цfЩIбBody└@Jк ъ ╘ ЫHeader└@Kк ъ ╘ Footer$$└@L$ i Subsection$$└@MCe$ Text$└@NlBo$ BodyHH└@O$e >TList $$└@Qг $ Section$└@Uлder$ Bodyб▒в z┘V╙бюу°г юу°д ж Emphasis з Subscript и Superscript$йнй z┘V╙кц_¤Йлt;cєoм @┘щ█ ┘┌ ╪;▄▌А▐А▀Z@р =@с =@тeujАeThinfMediumАgDoublehThick@i Very Thin╔┘╔╩eeeeeeeeegHHFGFHFGFHFGFHFGFHFGFFormat A╦efeeeeefHHFGFHFGFHFGFHFGFHFGFFormat B-=-.CommentCourierTimes Helvetica Regular Regular BoldRegularItalic1-╓И║/d╒Д&┘Л9,КЕНжй¤gg╦>┘ўG├ FФ▐ zЕ*┴югf╘?wQ#)oъ)BFIэs}*l■╫iТMiL▐5Х¤WvщOnUFщГ"#)c>|п^U[Cf┼bj┼g╩Х╪/йrЭIjЫн▒НЫ╗ЮР┐Ў╒БЁ┘t▌m¤╓Г:▄pТ4╖WыЄэ;}MzрTT#∙УЬ╞юV┘v╣╡,8вЛ╧┴Х_┬eь&kкIm;4уШdШу║╥Q╛)Фy\NiыS╠■ЦЪ>═kЦ╓0e&║{OLнT╛Г╬╚З╡▒4Сg7[К┐ж,л=vр b╨▓оЙ\п:оОхт<Щ╤.┤fж╞ЫХМ┤S+):ф&Jd┘┌єj▒Б¤o╒ Ww┬╟ЖЪ│?СRv{╠Y]ьФЫхP╧їТ.JШШ▀/0Щ 9XоЇlLкe╔ 8"мПЎа╬6е_дФx├Y:╝Pэ╔нNАuоЇOЪ╒ЇНRvЩ╛iЪм a╒Kinь}¤∙~Ю┘27 %┤х╟q/├d@Ци!