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o~nbr_plane o inclin_ang  of_active oUapog_exp o?apog ostrp_id_to  ostrp_id_fr   oOstn_name  o ntc_id  o noise_t_lo  o7 noise_t_hr  o ngma_id  o* gain_as_lo  oB gain_as_hr   oact_code  o ntc_id  o elev_ang  o azm   o$ssn_type   o ssn_ref  ossn_no  o seq_no  o grp_id   oavis_ew_to   oZvis_ew_fr  o[vis_arc_to  oTvis_arc_fr  o: tol_west  o- tol_east   o}srv_ew_to   oosrv_ew_fr  op srv_arc_to  ob srv_arc_fr   o sat_name  o prot_ratio   opd_ew_to   opd_ew_fr  o pd_arc_to  o pd_arc_fr  o ntc_id  o long_nom  oG inclin_exc   of_active  o~arc_diff  o seq_no o grp_id  o& fdg_prov  o%d_type od_fdg_rev o seq_no o pwr_tot_pk o5 pwr_min_pk o| pwr_ds_x oB pwr_ds_min o( pwr_ds_max ob pwr_ds_5m oo pwr_ds_40k o grp_id o\gen_no  o design_emi oO c_to_n  o stn_name  oIsat_name o ntc_id o0long_sec o] long_nom o*long_min  o)long_ew o#long_deg o long_dec oClat_sec  o<lat_ns o=lat_min o6lat_deg o lat_dec  of_active ov elev_min ojdiag_hor opdiag_crdn  o ctry o azm_to o azm_fr o ant_alt  ostn_cls oseq_srvcls o seq_as_no  onat_srv o grp_id  oRwic_part oSwic_no o4 tgt_ntc_id  onstn_name  ost_cur  oZsat_name  o! prov  o1ntwk_org  oYntf_rsn  o ntc_type o ntc_id o long_nom o long_dec o lat_dec o?d_rcv  o adm_ref_id  o.adm  o-act_code o seq_no o grp_id  ofreq_sym o)freq_mhz ofreq_assgn t|Z8lI% _ ;  y X 6  l N .  i H '  } V 1 eF'kJ) a?{Z8rP0vX8rP/ jI'grp_id.  stn_type,  stn_old,  stn_name, seq_no, phi1, noise_t,  long_sec, long_min,  long_ew, long_deg, long_dec,  lat_sec,  lat_ns,  lat_min,  lat_deg, lat_dec, grp_id, gain, diag_e,  ctry, coefd, coefc, coefb, coefa, bmwdth,  ant_type,  act_code,  stn_cls* seq_no* seq_e_as*  nat_srv* grp_id*  st_descr'  st_code'  stn_type  stn_old  stn_name seq_no phi1 noise_t  long_sec long_min  long_ew long_deg long_dec  lat_sec  lat_ns  lat_min  lat_deg lat_dec grp_id gain diag_e  ctry coefd coefc coefb coefa bmwdth  ant_type  act_code  o table_name o stat_ingres o# stat_access o idms_transfer o strp_id o ntc_id ofreq_up  ofreq_symup  o2freq_symdn o3freq_dn  obeam_up  obeam_dn  oact_code  ostn_cls o seq_no  onat_srv o grp_id o grp_id  o ctry  o=stn_type  o)sat_old  o sat_name o grp_id  o%beam_old  o beam_name  o$act_code  o ssn_ref ossn_no o seq_no o ntc_id oseq_no  o"ntwk_org o grp_id  o coord_prov  oagree_st  oadm o phase_ang oorb_sat_id o orb_id o ntc_id o2 semi_major o right_asc oJ perig_arg o orb_id o ntc_id onbr_sat_pl o% inclin_ang o= eccentr  o sat_name  owref_body o9prd_mm o3prd_hh o-prd_ddd oqperig_exp s|\<xX5 g E #  _ =  } \ :  r T 0  f D '  _=uU3dB uV7rN0iF$xT5iH% "f_cmp_strF  #f_cmp_recF  emi_rcpF  diag_tcmdF  diag_orb_eF  diag_gainF  diag_elevF diag_eF coefbF coefaF  cmp_ntc_idF  !cmp_beamF bore_longF bore_latF beamletF  beamgrp_idF  beam_oldF  beam_nameF  ant_typeF ang_betaF ang_alphaF  act_codeF  phi1D ntc_idD gainD  f_fdg_reqdD  f_cmp_strD  f_cmp_recD  emi_rcpD diag_eD  coefdD  coefcD  coefbD  coefaD cmp_ntc_idD  cmp_beamD bmwdthD  beam_oldD  beam_nameD  ant_typeD  act_codeD  table_nameB stat_ingresB  Field1?  wic_part=  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Module2'## Module1'##Lockv1LVALi_VBA_MODULECxUq%(6 < <i8"*\Rffff*738ad69e1*\R0*#e+`4k@ i $@`8x8P`z8@h @X @H @8 @4 Hh`ME2 B 8 @H Pp )Use database order for string comparisons****** ' '  ' Open file. $x'ah'hX SfH@Attribute VB_Name = "Module1" Option Compare Database ( 'Ud 0 ThenCC[8True ELlsFa E nd IfClo4 __SRP_2rU~} Yp FXh'H DX85Hh#48U]/48U^Wpz`pz8U=Hp,`8h4Hk__SRP_3nrU (`a0pauCustom ^Tables "w VLVAL i_VBA_MODULE$"4GetModuleUsagex/C(> < <i8"*\Rffff*838ad69e1*\R0*#11`p@ Y +$`$ki& `(x`$(`$z0*,@h @f @@T @XD @p4 @$ p`ME28H@ B HPX p  * )Use database order for string comparisons@`Z &$*'( (  ($A@`'$aPUnable to start &A@,'$h ftAttribute VB_Name = "Module2" Option Compare Database ( 'Ud 32) Then(While (` DoEventÀWend!a!BTrue Els MsgBox "Unab 6toart 0" & {&Fa!End If  __SRP_4LrU~} q l Mh@ px kx Pkx pf < <i8"*\Rffff*938ad69e1*\R0*#11(+0@p 4`k @.$x`0,@z @6h @X @8H @8 @( @ @ME2H8 "@  H hx  "! )Use database order for string comparisons@ Call Windows Kernel DLL.$0'6 6 Evaluate results. Transfer OK'8aHFTP unsuccessful'8h( 8A@, Display message.laAttribute VB_Name = "Module3" Option Compare Database ( 'Ud wNB wIf@ wF= wE< wD; wC|: wBy9 wAv8 w@o7 w>b5 w=Z4 w<S3 w;P2 w:M1 w9D0 w8A/ w7>. w6;- w51, w45+ w3.* w2+) w1%( w0' w/& w.% w-$ w,# w+" w*~! w){  w(v w'o w&l w%e w$Z w#Q w"< w!8 w 1 w5 w ws w w@ w( wN wh  w`  w]  w8  wl wC wJ wF w i w ] w  wCustom Group 162.*  w w w w w w w  @ @ @ @ @ @ @ @ @      !"#$%&'()*+,-./0123456789:;<=>?@ABCDELVAL_i_VBA_MODULE4x, k-{x @@<@B8LX8LZ888> LLLLLLLLLLLLLL<|<i8*\R2*#28*\R2*#2d*\R2*#27*\R2*#30*\R2*#33"*\Rffff*a38ad69e1&*\Rffff*a38ad69e1\0&*\Rffff*a38ad69e1\1*\R0*#c*\R1*#8f*\R1*#8e,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#1f,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#1e,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#24,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#23,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#29,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#28*\R0*#11*\R2*#2e*\R2*#1b*\R2*#26*\R2*#25*\R0*#d*\R2*#31*\R2*#2f*\R1*#0*\R0*#f*\R0*#10*\R2*#32*\R2*#34 <Hh>0ion h@me(BB`hxer, hne rehD OKhF FTP hH (hJplayhL$ + @$T  @ x@$X @$`jx $@h \  $b` $ $@fh, ,@h0 0@@L +jp`H 0k+il `nv`pt`rp tnh  v` k<<C`nz`xtLVAL+``>+   ord) @$`nx0 `Xk+X`4k@@) H$ion a`t `pErro+`,k up oi ate `k44\rwi)  rt r$i@i`8i`nz p`x$ `t`p(`l`h 0`@kP11'j) px$i****i H`nz:**`x****`t****`p`l  `kpN) $ii x$`nv`pt`p`l` h`d  `k I P hPfP`@pHNp 8@P @RH@V@\ @^8 @`  @d@( (@p p 0` h HH `@ H 8 X:8 PP  8 @ J ( 2@H  2@ D @4 @0  9` `z^`bd|V,@xp @l @\ @X @T @D @@ @< @8, @P @h @ @ @ Y@ Y([Hf@8 Ph@ 8h@x @ @ 8pHX X0p`zX@t @r @p @n @`\ @HX @xT @D @@ @> Xp@l @\ @X @(LVALX8 Xp`xX@Pl j@\ @Z @X @T @D @h@ @< @8 @4 PPxh`l PR@\ @L @< @, @` Xp@@X @H @8 @( @& 0@$ 0j@  @ @ @ @ @  @ @ @ Px@X@\ @L @(< @, @h* @#@( h#j@$ @  @ @ @  @8 @P  @h @ hA( @ p X Hx`Xj^b@(` @pP @L @< @: @8 g@P6 @g@0 @, hr@x* P}@( x}@$ @  @ x@  8@ H  0V\X@ @ @ @ 0  (  @l z @\ @p X @@ H @X 8 @( @ @ p H Hh 8& ME+528 @HPX `hpx      0 @ 8` * R   B 8@P  hxLVAL -       8 @ H "PX` @h  @ :<@.     d $*+0`h  .p0  @ 0 @(  h $   .8w?  0@X$+`8         ( B 08 ,@4u`     "  D 8 0 h  ) D     8  X p B x  D  D  8 H DX  D        8   H  `   p                   (   8  P  ` <Pp   :P    B >P  D  D0H$ x+ $      (0 8@ H B P X 8h    "    35  @ X `>Fp 8F  Ja   H$!X &!       $!0X x&!         (08 " @HX p  3x5   $ Lm   P$!` &!       ($!8` &!        ( 08 @ " HPXh     D   D8 (  D  D  h  ,p  * .O    .OH  P  ` p D  D 0  ,8BX7x   LVAL ( $BU X24`   ( BU ( 024@ x   .>( 8@" ( P Dh  D ,70 4Hh 7p   D  D  X Ah ,     .  L   !! ! ! 8! @! P! p!!  ! ! D! @! D0" Zx" " &"  # @# v`#  ,# ,$ 8$ FP$ $ *$ $ \$ 8X% 8% 4%  :& 8@& 8x& B& B&  L@' L' H' R(( L( N( R ) Jx) H) * *(*  VX* 2*  T* J@+ R+ P+ N8, L, T, F0- >x- @- :- >8. Px. R. R /  Dx/ N/ L0 L`0 P0 L1 BP1 H1  1 R1 H2 P2X2 `2h2 p2 B x222 '2 2 2 22 3 3(3 2?@3x3 34@333  3 3 4)Use database order for string comparisons@[[0m H[`[x[[[[[mXZH Zp Z ZHZ ZZ Z Z8 ZZ` Z@ZhFunction autostart () Dim I On Error Resume Next2 Kill "c:\temp\exp*.*" ' Cleanup old files# main ' create data and sql fileK I = Shell("c:\rwin\R2win c:\rwin\tistran.r2w", 1) ' and start reflection End FunctionZ Z8P l'p'r n p l n$ 't t  r_ 'ra( r t 'rh n r Authorization isauthorized'rh r'jfpZZ:********************************************************** HouseKeeping:**********************************************************'$ z'^& Single Quote character for Ingres SQL"$ z'`( Double Quote character for Access Basic|'b Field delimiter for datafile EXPORT_L.SQL'd BASfile = "ATTACH.BAS" |%~%.V V!#Current Database# No database is opened currently.A@,uh n V!! n V%B@B n:**********************************************************) Table processing excluding system tables:********************************************************** On Error GoTo Main_Error Open BASfile For Output As #2 dA@ n V!! n V%! n V%!  n V%! n V%B@h EXP_DATA. n$ $  'f n V% LVALf nA@hP nSSX End of MainuSlZH n !! n %!n  n %!n 'sXhP n'f0`/*6********************************************************* SQL Scripts to create INGRES 6.4 tables** DATE:  ** AUTHOR:$6*******************************************************/\script temp.ing\dateSET AUTOCOMMIT ON\p\glZ(D@ =************************************************************* Field Name=************************************************************* !' $j'=************************************************************* Field Data Type=************************************************************* !n HQE  INTEGER1 ' HQE  INTEGER1 ' HQE  INTEGER2 ' HQE  INTEGER4 ' HQE  MONEY ' HQE  FLOAT4 ' HQE  FLOAT8 ' HQE  DATE ' HQE !   VARCHAR ( !$ $  ) 'aH  CHAR ( !$ $  ) 'hPE < Never reach here because the type checking was done already 8 MEMO and BLOB data type are not supported by Ingres 6.4hk`=************************************************************* Field attributes=*************************************************************  auth_user  descriptor  NOT NULL WITH DEFAULT 'aX !D !   NOT NULL NOT DEFAULT 'a  WITH NULL 'hh 'sfX $dd/mm/yy $R$ 'phh`sXPHf@ZZ' n !! n %!$j' !$ '  !JCREATE UNIQUE INDEX  $  $ $  'aH CREATE INDEX  $  $ $  'h  _skIndex_ $ $   ON   ( +   ASC WITH STRUCTURE = btree'aX    DESC WITH STRUCTURE = hash'h 'a , +   ASC WITH STRUCTURE = btree'a    DESC WITH STRUCTURE = hash'h0 h( n )  \p\g u   l ZD"Z' n !! n %!$j' !$ ' CREATE UNIQUE INDEX   $  $ $  _pkIndex ON   ( +   ASC WITH STRUCTURE = btree'aP    DESC WITH STRUCTURE = hash'h 'a , +   ASC WITH STRUCTURE = btree'ax    DESC WITH STRUCTURE = hash'h( h n )  \p\gul0ZZD "Z( @ X LVALZp $Fg !$j'XProcess Table  =************************************************************* Drop Table=************************************************************* DROP TABLE  ; \p\g=************************************************************* Create Table=*************************************************************' n !!  CREATE TABLE   (  n % $ 'a, n % $ h n )\p\g=************************************************************* Copy Table=*************************************************************' n !! n %!$j' n %!D'a` WITH NULL ('#NULL#')'h8  COPY TABLE   ( !!   = ^ c0 b ^ a  = c0nl h`'aP n !! ,  = ^ c0 b ^ a,  = c0nl hhx n ) FROM ^ $  ^ WITH ON_ERROR = CONTINUE,LOG = ^  .bad ^ , ROLLBACK = DISABLED\p\g=************************************************************* Primary key Index=************************************************************* n !! n %!F n %  A@a n %   nA@hh n=************************************************************* Export data into file=*************************************************************  !  V%.\ V%.X \!^' n X!! n X%! $'  'a b h n End of line \B@ x \B@BS=*************************************************************: Generate Access Basic Scripts for Attaching Ingres tables=*************************************************************T Dim DSName As String, VNode As String, DBName As String, ConnectString As String On Error Resume Next DSName = "Global Directory" VNode = "ingtest" DBName = "ituglob"p ConnectString = "ODBC;DSN=" + DSName + ";NOD=" + VNode + ";DBQ=" + DBName + "TYPE=ingres;ADJ=False;USE=TRUE"% Print #2, "Dim CurDB as Database"& Print #2, "Dim NewTab as TableDef" Print #2, ""? Print #2, "Set CurDB = DBEngine.Workspaces(0).Databases(0)" Print #2, ""$ Print #2, "On Error Resume Next" Print #2, ""U Print #2, "Set NewTab = CurDB.CreateTableDef(" + DoubleQ + T.Name + DoubleQ + ")"1 Print #2, "NewTab.Connect = " + ConnectString1 Print #2, "NewTab.SourceTableName = " + TName- Print #2, "CurDB.TableDefs.Append NewTab"3 Print #2, "NewTab.Attributes = " + T.Attributes1 Print #2, "NewTab.SourceTableName = " + TName1 Print #2, "NewTab.Updatable = " + T.Updatable; Print #2, "NewTab.ValidationRule = " + T.ValidationRule; Print #2, "NewTab.ValidationText = " + T.ValidationTextE Print #2, "NewTab.DataSheetFonLVAL tHeight = " + T.DataSheetFontHeightE Print #2, "NewTab.DataSheetFontItalic = " + T.DataSheetFontItalicA Print #2, "NewTab.DataSheetFontName = " + T.DataSheetFontNameK Print #2, "NewTab.DataSheetFontUnderline = " + T.DataSheetFontUnderlineE Print #2, "NewTab.DataSheetFontWeight = " + T.DataSheetFontWeightG Print #2, "NewTab.DataSheetDescription = " + T.DataSheetDescriptionK Print #2, "NewTab.DataSheetFrozenColumns = " + T.DataSheetFrozenColumnsC Print #2, "NewTab.DataSheetRowHeight = " + T.DataSheetRowHeightA Print #2, "NewTab.DataSheetShowGrid = " + T.DataSheetShowGrid Print #2, ""# For i = 0 To T.Fields.Count - 1O LValue = "NewTab.Fields(" + DoubleQ + T.Fields(i).Name + DoubleQ + ").", FName = IngresName(T.Fields(i).Name)N Print #2, lString + "AllowZeroLength = " + T.Fields(i).AllowZeroLengthD Print #2, lString + "Attributes = " + T.Fields(i).AttributesL Print #2, lString + "CollatingOrder = " + T.Fields(i).CollatingOrderJ Print #2, lString + "DataUpdatable = " + T.Fields(i).DataUpdatableH Print #2, lString + "DefaultValue = " + T.Fields(i).DefaultValueF Print #2, lString + "ForeignName = " + T.Fields(i).ForeignNameN Print #2, lString + "OrdinalPosition = " + T.Fields(i).OrdinalPosition@ Print #2, lString + "Required = " + T.Fields(i).Required8 Print #2, lString + "Size = " + T.Fields(i).Size: Print #2, lString + "FName = " + T.Fields(i).FName4 Print #2, lString + "SourceTable = " + TName8 Print #2, lString + "Type = " + T.Fields(i).TypeJ Print #2, lString + "ValidateOnSet = " + T.Fields(i).ValidateOnSetL Print #2, lString + "ValidationRule = " + T.Fields(i).ValidationRuleL Print #2, lString + "ValidationText = " + T.Fields(i).ValidationText> Print #2, lString + "Caption = " + T.Fields(i).CaptionH Print #2, lString + "ColumnHidden = " + T.Fields(i).ColumnHiddenF Print #2, lString + "ColumnOrder = " + T.Fields(i).ColumnOrderF Print #2, lString + "ColumnWidth = " + T.Fields(i).ColumnWidthJ Print #2, lString + "DecimalPlaces = " + T.Fields(i).DecimalPlacesF Print #2, lString + "Description = " + T.Fields(i).Description< Print #2, lString + "Format = " + T.Fields(i).FormatB Print #2, lString + "InputMask = " + T.Fields(i).InputMask Next iK Print #2, "CurDB.TableDefs(" + DoubleQ + T.Name + DoubleQ + ").Refresh"  u   l  Z   Z 0 $ z $ z' ' $Fsg ' $ Fsg $ '  ' Fsg $  F   $ ' g  }'    $     $ '   }' 'f RRRHR\Attribute VB_Name = "ax2ing" Option Compare Database 'Ud 2Px\RefhLink#y(88_." + Tri m$(StEI)DiP B 7. , ,q_ )r+ #p3 3: Debu$g. "of 1t676 [ċS: FNotSupportedDA(T%tez$T."Q=#bQM_MEMO#0O_LONGBINARY 0o =pu|"Gs"|c9Fa₱ =  65y#1, "/*8C**o S?s toUINGRES 6.4dM'.E:ЦNown AUTHORe ru  ' */?\sM .Z\leoSE@.UTOCOMMIT ON/\p\1}33A".(F2, T6叵`PrԷS, FBQ:'Of!/"* FName = F.n LPrBufLIngres@(L) @'!' Field Data TypeGZSelect Case (|F..]v DB_BOOLEAIfAttributes AnB_VARIA)FIELD T8hen= @ CHAR" (ATrim@$(Str$Size)))&AElsAs3 IfY!,!' Never reach here becauj the t@v checking was doneH aldy#' MEMO a BLOB da~a not supported by 6.4!GoTo+ocA"_ExitE ~?_** %~aA_8cL(TD"auth_*r") Or descripto!NoANOT NULL WITH DEFAULTJI"\Requir- F.]AUTOINCR]W'a:Te'PrD@`B >BdYAD Functio v rrorResuK ePValue(v As Variant)h=Is)lFFormat$("dd/mm/yy", CVka ba''  " ]SuboreignInde0x(Ixq, Tab/PPD#um3teger, IdxN* Dim Ifirst_ti@ $InWi5Cl/2K31SGOrd0N, *a! , (= T kuniquel c"CRE@v UNIQUEDEXp+8, 9lnum>) a@INOOOBaC i#1,0y_sk)_y'y ONz ( gJww<> "+"/rPr5 "a! ASC";#AI-= "SSTRUCTUREDbtree O/DEhash 4Fa* ,]{ !3H  "ڃS Y0 SNext ISY )0(.\p\gdg_bg0bTez_g? T`@=oc mary2=g;x]ChdJe*dngd dldd@d!dGe(Ix.Fields(I).name) SortOrder = Left$, 1If first_time Th en6Print #1, "CREATE UNIQUE IND`EX ";.uTabN, 9) + Trim$@(Str$(um)"_pkIndex ON "&4 " ( " a _u<> x"+"b d3FcM2ASCdWith_Clause"WITH STRUCTUREbtreeOElseQ$>DE3?hashMnd If K Hx= FaJ(+*,ME__K$_gX_&EeACNext ICɈ)ˆ \p\g? Proc@maryh_Exit:aA SubBrrorResur   xle(T As BDef, DFileAStDg,ANum!I@ntegerDim Mcu!I, Tx{Null_yemp?` CAA5\No tSuppedDataTyp) GoTo!"/ = Ingres(T% Debug.>"!*esD)9 '*7# ' Drop6$ 8%DROP `TABLE|;DH\eXa-9 Creatab>lİ ʨTru For I)0 AT.Cou@- 1a/' K EQ* (41af%b'p9%){ b1, d RRC)8%_' Copy3/**SSz%% % SOF&(*Requiredߓ S= "v "NULL ('#q#'c1(COPY_1@G]1t> 1+c+ "=SingleQMc0ST;5 "c0nl"32U?P efault x %@;n$VW `inalPosit; Requ@2/+SizgcaE.||#o#kTyp ).a 1qeOne'wF(B`yx 'yB#Cap&eelds(i).Caption  ' Print #2, lSt,g + "ColumnHidden = "LpT.Fi<#OprderI#HWpidthHHDecimalPlpaces%&sxcri%$Format! InputMasfk }Next i ǁ"CurDB.TableDefDs(DouQaName").Refres h"On Error GoTo 0Proc_Exit:C  Sub DpResuK EndEFunc pNLn) Dim OutT<$, A>NL%L$ Const SWAPCHARSO#1&NL$Chr$(13) & 0A8 If IsNull(i Th9E) V@arType<> V_STRII/a - 1a7g<& Mid=+A !8en~d!Q9T> __SRP_6rU~}  mY q I y 1Y  A9y!  Q 1 Aq1Iaqy i A)QqIq Q A!!a!!!)"A"a"""!### $i$q$$Q% \LUptCpvktcH-(Lkv \D  #0nG2D05Ln3#D2/D| lp*1plpn3#D*1p/D vdH* lp2CplpCxL,xpD0L| ' "  T$ T(d@(D%TX(\%lp" $ p < l 0 X <T (l@=) plXT@<_ (l<2/<+'' ':\N,, 6, .zp_ Tp kpcS0lkzD\%p_ Tp (l )pl zd(] .zp_ Dp kpcwlkzD\%p_ Dp 0l lTkzDD%X_ DX 0T l)plXT?lkzD\%p_ Dp 0l l)pl}0lkzD\%p_ Dp 0l l)pl+zM\@ #< #*,2<8lkzD\%p_ Dp 0z,l  )pl zd==:p:\9p=  $ 8 <plXT@, LVAL ,xrtH `t krtcnurXkxD\%tH `t 0X $ kr >@kxDD%TH `T 0@ $ k> )tXT@pz xdn.pz@$ tXT@ 2:l!9 2:l"9 2:l#9\ $2:l%7\95\)X" $ 2:l&7>XF\95\ 2:l"9 2:l'9 2:l(9 2:l)9 2:l*9 2:l+9$$ X\lH , >l1ppM\@ ,1tZH $ kZpXkXX lt-*1tkXv lt-*1tkX lt.*1tkX lt/*1tkX lt0*1tkX lt1*1tkX  lt2*1tkX* lt3*1tkX TH L lTRPlt4*#l5*#<TH 4 lTiD #@ #8*#46*1t2 l@<845DPlt7*#l5*#<TH 4 lTiD #@ #8*#46*1t2 l@<845D8292, lt:*1tx+ZH | kZTH L lTRh lt;*1tv lt<*1tltCx  H0xpt$l@<84D` l =L8l\ >\:L@N<< ?F,l6<\N N P`(Xl\<,0px3zXH XAXW8B(H(U6X8c$5z@XH XAX8W(C ,1l6X8(  H Al D1p/ kxH ,AkFlMH@ 1 E  D# *#> # #*1h2 =FlMH@ 1 F  D# *#> # #*1h2 alMH@ 1># 12lhG*#>#*#H*# *#I*FX92  5X lpJ?!2Kll*# L*FX85/ 5XMCt!2Kll*# N*FX85/ 5XOCtpx2:HP85 lpJ?Z!2Kll*# L*FX85/ 5XMCt!2Kll*# N*FX85/ 5XOCt zd$<2Qlt*FX95X 2:H+9 |4lhpt8  X8(8px3z\H XA\W#$ 12> # >#*#R*#*#I*F\92 $ 5\ ltJ?N!2Klp*#$L*F\85/$5\MCly!2Klp*#$N*F\85/$5\OClpx2:LP85 ltJ?!2Klp*#$L*F\85/$5\MCl!2Klp*#$N*F\85/$5\OCl zd(<2Qll*F\95\ 2:L+9 *x801ptl< $  \<,T l SE`H 8>`FP ,1p5P:LTlp*FP9L5P2Ulp*#`V*FP9/`5P 2:<+9pt,v:LH `L k:Lc6kt+2Wlp*#`X*FP9/`5PO0kvD<%LH `L 0p0 Y1,2K>,#`*FP85/`)L05Ppt 2:,#`*FP85/`)L05P vd6 2:`FP ,1l)L05P7:0kvD<%LH `L 00 | k:)L0fChphktW2\lp*#`X*FP9/`5P$:LH `L k:LU2Kll*#`]*#,*#$^*# $*#*FP8lhF<852 `,$ 5PK42Kll*#`]*#,_*FP8lhF<852`,5Ppt+(kv:LH `L k:L 2: `1 2a*#`>LVAL #,*#$*FP92`,$5P 2:__SRP_7rU 8(`/$`,`=$`4!`!=0(I`9/<q`iy=I0&&8` iy=I0&8` =0&( `/  p  @ @ @ @ @ @ @ @ @       !"#$%& '!(")#*$+%,&-'.(/)0*1+2,3-4.5/60718293:4;5<6=7>8@9A:B;C<D=E>F?I@NAQBRCSDUE YTwNTTTY Y Y Y  Y Y Y g FlagsGroupIDIconIdNameObjectIDPositionjts GuD!YYGroupIDIdLVALi_VBA_MODULE4x, k-{x @@<@B8LX8LZ888> LLLLLLLLLLLLLL<|<i8*\R2*#28*\R2*#2d*\R2*#27*\R2*#30*\R2*#33"*\Rffff*b38ad69e1&*\Rffff*b38ad69e1\0&*\Rffff*b38ad69e1\1*\R0*#c*\R1*#8f*\R1*#8e,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#1f,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#1e,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#24,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#23,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#29,*\G{00025E01-0000-0000-C000-000000000046}#4.0#0#..\..\Program Files\Common Files\Microsoft Shared\DAO\Dao350.dll#Microsoft DAO 3.51 Object Library*#28*\R0*#11*\R2*#2e*\R2*#1b*\R2*#26*\R2*#25*\R0*#d*\R2*#31*\R2*#2f*\R1*#0*\R0*#f*\R0*#10*\R2*#32*\R2*#34 <Hh>0h@B`hxhnhDXhF `hH hJ0hL$ +on a  @$ T  @ leanup ox@$# X @$`jx $@h \ j $b` $ $@fh, ,@h0 0@@L +jp`H 0k+il ``nvFu`pt`rp tnht  v` k<<Cn '`nz fil`xt SheLVAL+``>+  ctio) @$`nx8 `Xk+X`4k@@() n$i`t`p+`,k ****i  H `k44****)  ^$i@es Si` Douiss B`nz`x dat`t.SQL`ple =`l`hV 0`@kP11pene) px$i in`nz****`x****`t****`ping `lles  `kpN****) ror$iin x $`nvn `pt`p `lB@` hEXP_`d  `k I P hof MPfP`@pHHNp 8@ P @RH@nV@\ @****^8 @`  @ INGd@( (@ p p 0` h HH `@ H 8 X"8 PP  8 @ J =**( 2******@H ****  2****** !'@ D =**@4 ****@0 **** 9*` `z^`bd|V,ER@xp @l '@\ @X HQ@T EY @D @@ @< @8, HQ@P E @h @ @ !@ ) YH@ ( Y$ ([) 'Hf@@8 Ph8@ P8h@x @ @ 8pHX X0p`zX@t @r @p @n @`\ @HX @xT X@D @@ @> Xp@l D @\ @X @(LVALX8 Xp`xX@Pl j@\ @Z @X @T @D @h@ p@< @8 P@4 jPPxh`l hPR @\ @L @< @, @` Xp@@X @H @8 @( @& 0@$ 0j@  @ @ @ @ @  @ @ @ Px@X@\ @L @(< @, @h* @#@( h#j@$ @  @ X@ @  @8 @P  @h @ hA( @ p X Hx`Xj^b@(` @pP @L @< @: @8 gH@P6 @g@0 @, hr^b@x* P}p@( x}@$ @  @ x@  8@ H  0V\X*@ @ @ @ x0  (  @l z @\ @p X @@ H @X 8 @( @ @ p H Hh 8& ME+528 @HPX `hpx      0 @ 8` * R   B 8@P  hxLVAL -       8 @ H "PX` @h  @ :<@.     d $*+0`h  .p0  @ 0 @(  h $   .8w?  0@X$+`8         ( B 08 ,@4u`     "  D 8 0 h  ) D     8  X p B x  D  D  8 H DX  D        8   H  `   p                   (   8  P  ` <Pp   :P    B >P  D  D0H$ x+ $      (0 8@ H B P X 8h    "    35  @ X `>Fp 8F  Ja   H$!X &!       $!0X x&!         (08 " @HX p  3x5   $ Lm   P$!` &!       ($!8` &!        ( 08 @ " HPXh     D   D8 (  D  D  h  ,p  * .O    .OH  P  ` p D  D 0  ,8BX7x   LVAL ( $BU X24`   ( BU ( 024@ x   .>( 8@" ( P Dh  D ,70 4Hh 7p   D  D  X Ah ,     .  L   !! ! ! 8! @! P! p!!  ! ! D! @! D0" Zx" " &"  # @# v`#  ,# ,$ 8$ FP$ $ *$ $ \$ 8X% 8% 4%  :& 8@& 8x& B& B&  L@' L' H' R(( L( N( R ) Jx) H) * *(*  VX* 2*  T* J@+ R+ P+ N8, L, T, F0- >x- @- :- >8. Px. R. R /  Dx/ N/ L0 L`0 P0 L1 BP1 H1  1 R1 H2 P2X2 `2h2 p2 B x222 '2 2 2 22 3 3(3 2?@3x3 34@333  3 3 4)Use database order for string comparisons@@[[0m H[`[x[[[[[mXZH Zp Z ZHZ ZZ Z Z8 ZZ` Z@ZhFunction autostart ()Fiel Dim Iun On Error Resume Next 2 Kill "c:\temp\exp*.*" ' Cleanup old files# main ' create data and sql fileK I = Shell("c:\rwin\R2win c:\rwin\tistran.r2w", 1) ' and start reflection End FunctionZ Z8P l'p'r n p l n$ 't t  r_ 'ra( r t 'rh n r Authorization isauthorized'rh r'jfpZZ:********************************************************** HouseKeeping:**********************************************************'$ z'^& Single Quote character for Ingres SQL"$ z'`( Double Quote character for Access Basic|'b Field delimiter for datafile EXPORT_L.SQL'd BASfile = "ATTACH.BAS" |%~%.V V!#Current Database# No database is opened currently.A@,uh n V!! n V%B@B n:**********************************************************) Table processing excluding system tables:********************************************************** On Error GoTo Main_Error Open BASfile For Output As #2 dA@ n V!! n V%! n V%!  n V%! n V%B@h EXP_DATA. n$ $  'f n V% LVALf nA@hP nSSX End of MainuSlZH n !! n %!n  n %!n 'sXhP n'f0`/*6********************************************************* SQL Scripts to create INGRES 6.4 tables** DATE:  ** AUTHOR:$6*******************************************************/\script temp.ing\dateSET AUTOCOMMIT ON\p\glZ(D@ =************************************************************* Field Name=************************************************************* !' $j'=************************************************************* Field Data Type=************************************************************* !n HQE  INTEGER1 ' HQE  INTEGER1 ' HQE  INTEGER2 ' HQE  INTEGER4 ' HQE  MONEY ' HQE  FLOAT4 ' HQE  FLOAT8 ' HQE  DATE ' HQE !   VARCHAR ( !$ $  ) 'aH  CHAR ( !$ $  ) 'hPE < Never reach here because the type checking was done already 8 MEMO and BLOB data type are not supported by Ingres 6.4hk`=************************************************************* Field attributes=*************************************************************  auth_user  descriptor  NOT NULL WITH DEFAULT 'aX !D !   NOT NULL NOT DEFAULT 'a  WITH NULL 'hh 'sfX $dd/mm/yy $R$ 'phh`sXPHf@ZZ' n !! n %!$j' !$ '  !JCREATE UNIQUE INDEX  $  $ $  'aH CREATE INDEX  $  $ $  'h  _skIndex_ $ $   ON   ( +   ASC WITH STRUCTURE = btree'aX    DESC WITH STRUCTURE = hash'h 'a , +   ASC WITH STRUCTURE = btree'a    DESC WITH STRUCTURE = hash'h0 h( n )  \p\g u   l ZD"Z' n !! n %!$j' !$ ' CREATE UNIQUE INDEX   $  $ $  _pkIndex ON   ( +   ASC WITH STRUCTURE = btree'aP    DESC WITH STRUCTURE = hash'h 'a , +   ASC WITH STRUCTURE = btree'ax    DESC WITH STRUCTURE = hash'h( h n )  \p\gul0ZZD "Z( @ X LVALZp $Fg !$j'XProcess Table  =************************************************************* Drop Table=************************************************************* DROP TABLE  ; \p\g=************************************************************* Create Table=*************************************************************' n !!  CREATE TABLE   (  n % $ 'a, n % $ h n )\p\g=************************************************************* Copy Table=*************************************************************' n !! n %!$j' n %!D'a` WITH NULL ('#NULL#')'h8  COPY TABLE   ( !!   = ^ c0 b ^ a  = c0nl h`'aP n !! ,  = ^ c0 b ^ a,  = c0nl hhx n ) FROM ^ $  ^ WITH ON_ERROR = CONTINUE,LOG = ^  .bad ^ , ROLLBACK = DISABLED\p\g=************************************************************* Primary key Index=************************************************************* n !! n %!F n %  A@a n %   nA@hh n=************************************************************* Export data into file=*************************************************************  !  V%.\ V%.X \!^' n X!! n X%! $'  'a b h n End of line \B@ x \B@BS=*************************************************************: Generate Access Basic Scripts for Attaching Ingres tables=*************************************************************T Dim DSName As String, VNode As String, DBName As String, ConnectString As String On Error Resume Next DSName = "Global Directory" VNode = "ingtest" DBName = "ituglob"p ConnectString = "ODBC;DSN=" + DSName + ";NOD=" + VNode + ";DBQ=" + DBName + "TYPE=ingres;ADJ=False;USE=TRUE"% Print #2, "Dim CurDB as Database"& Print #2, "Dim NewTab as TableDef" Print #2, ""? Print #2, "Set CurDB = DBEngine.Workspaces(0).Databases(0)" Print #2, ""$ Print #2, "On Error Resume Next" Print #2, ""U Print #2, "Set NewTab = CurDB.CreateTableDef(" + DoubleQ + T.Name + DoubleQ + ")"1 Print #2, "NewTab.Connect = " + ConnectString1 Print #2, "NewTab.SourceTableName = " + TName- Print #2, "CurDB.TableDefs.Append NewTab"3 Print #2, "NewTab.Attributes = " + T.Attributes1 Print #2, "NewTab.SourceTableName = " + TName1 Print #2, "NewTab.Updatable = " + T.Updatable; Print #2, "NewTab.ValidationRule = " + T.ValidationRule; Print #2, "NewTab.ValidationText = " + T.ValidationTextE Print #2, "NewTab.DataSheetFonLVALtHeight = " + T.DataSheetFontHeightE Print #2, "NewTab.DataSheetFontItalic = " + T.DataSheetFontItalicA Print #2, "NewTab.DataSheetFontName = " + T.DataSheetFontNameK Print #2, "NewTab.DataSheetFontUnderline = " + T.DataSheetFontUnderlineE Print #2, "NewTab.DataSheetFontWeight = " + T.DataSheetFontWeightG Print #2, "NewTab.DataSheetDescription = " + T.DataSheetDescriptionK Print #2, "NewTab.DataSheetFrozenColumns = " + T.DataSheetFrozenColumnsC Print #2, "NewTab.DataSheetRowHeight = " + T.DataSheetRowHeightA Print #2, "NewTab.DataSheetShowGrid = " + T.DataSheetShowGrid Print #2, ""# For i = 0 To T.Fields.Count - 1O LValue = "NewTab.Fields(" + DoubleQ + T.Fields(i).Name + DoubleQ + ").", FName = IngresName(T.Fields(i).Name)N Print #2, lString + "AllowZeroLength = " + T.Fields(i).AllowZeroLengthD Print #2, lString + "Attributes = " + T.Fields(i).AttributesL Print #2, lString + "CollatingOrder = " + T.Fields(i).CollatingOrderJ Print #2, lString + "DataUpdatable = " + T.Fields(i).DataUpdatableH Print #2, lString + "DefaultValue = " + T.Fields(i).DefaultValueF Print #2, lString + "ForeignName = " + T.Fields(i).ForeignNameN Print #2, lString + "OrdinalPosition = " + T.Fields(i).OrdinalPosition@ Print #2, lString + "Required = " + T.Fields(i).Required8 Print #2, lString + "Size = " + T.Fields(i).Size: Print #2, lString + "FName = " + T.Fields(i).FName4 Print #2, lString + "SourceTable = " + TName8 Print #2, lString + "Type = " + T.Fields(i).TypeJ Print #2, lString + "ValidateOnSet = " + T.Fields(i).ValidateOnSetL Print #2, lString + "ValidationRule = " + T.Fields(i).ValidationRuleL Print #2, lString + "ValidationText = " + T.Fields(i).ValidationText> Print #2, lString + "Caption = " + T.Fields(i).CaptionH Print #2, lString + "ColumnHidden = " + T.Fields(i).ColumnHiddenF Print #2, lString + "ColumnOrder = " + T.Fields(i).ColumnOrderF Print #2, lString + "ColumnWidth = " + T.Fields(i).ColumnWidthJ Print #2, lString + "DecimalPlaces = " + T.Fields(i).DecimalPlacesF Print #2, lString + "Description = " + T.Fields(i).Description< Print #2, lString + "Format = " + T.Fields(i).FormatB Print #2, lString + "InputMask = " + T.Fields(i).InputMask Next iK Print #2, "CurDB.TableDefs(" + DoubleQ + T.Name + DoubleQ + ").Refresh"  u   l  Z   Z 0 $ z $ z' ' $Fsg ' $ Fsg $ '  ' Fsg $  F   $ ' g  }'    $     $ '   }' 'f RRRHR]Attribute VB_Name = "acc2ing" Option Compare Database ( 'Ud 2Px\RefhLin~k#y(88_." + Tr@im$(StEIv)DiP B 7.i , ,q_ g)r+ #p33: DebHug. "of 1t676 [ċS : FNotSupportedDA(T%tez$T."Q=#bQM_MEMO#0O_LONGBINARY 0o =pu|"Gs"|csFa₱ z  65y#1, "/*8OC**o !S?s toUINGRES 6.4OdM.E:ЦN own AUTHORe ru O  */?\jsM .Z\%leoSE@.UTOCOMMIT ON/\p\1g}3A".(F2,< T6叵`PrԷS, FBQ:'Of!/"* FName = F.n LPrBufLIngres@(L) @'>C Field Data TypeGZSelect Case (|F..]v DB_BOOLEAIfAttributes AnB_VARIA)FIELD T8hen= @ CHAR" (ATrim@$(Str$Size)))&AElsAs3 IfY!,!' Never reach here becauj the t@v checking was doneH aldy#' MEMO a BLOB da~a not supported by 6.4!GoTo+ocA"_ExitEO ~?_** '$aA_8cL(TD"auth_*r") Or descri8pto!NoANOT NULL WITH DEFA8ULTJI"\Re0quir- F.]AUTOINCR]W'a:Te'PrD@`B >BdYAD Funct$io v rrorResu?K ePValue(v As Variantf)h=Is)lFFormat$("dd/mm/yy", CVka ba'' D ]SuboreignInd`ex(Ixq, Tab/PPD #um3teger, IdxN*ADim Ifirst_ti@I InWi5C^l2K31SGOrd0N, /*a! , (= xTru[P = 0 KIx.Ks.Count - 1Sa=4OA(I)Rh' = Lef", 1`wP> kuniquel c"CRE@v UNIQUEDEXp+q, 9lnu|m) a@INOOOBaC i#1,0y_sk)_y'y ONz ( gJww<> "+"/rPr5 "a! ASC";GAI-= "SSTRUCTUREDbtree Oϑ/DEhash 4Fa* ,]{ !3H  "ڃS Y0 SNext ISY )0(.\p\gdg_bg0bTez_g?? T`@=oc mary2=g;x]ChdJe*dngd dldd@d!dGme(Ix.Fields(I).name) SortOrder = Left$, 1If first_time Then6Print #1, "CREATE UNIQUE INDEX ";.uTabN, 9) + Trim$(Str$(um)"_pkIndex ON "&4 " (< " a _u<> "+"b d3FM2ASCdWith_Clause"WITH STRUCTUREbtreeOElseQ$'>DE3?hashMnd If K Hx= FaJ(+*,ME__K$_gX_&EeACNext ICɈ)ˆ !\p\g? Proc@maryh_Exit:A SubBrrorRes~ur   xle(T As BDef, DFileAStg,ANum!IntegerDim Mc!I, >Tx{Nu8ll_yem~p` CAA5\N@otSuppedDataTyp) GoTo!"/ = I ngres(T% Debug.>"!*esD)s '*7# ' Drop6$ 8%DROP TABLE|;DH\eXa-9ACreata|blİ ʨT ru For RI0 AT.Cou@- 1_a' K EQ* (41af%b'p9%){ b1, d RRC)8%_' Co 1+!c+ "=Si ngleQMc0ST;5 "c0nl"32Uo0?' Generate Access Basic Scr@ipts fAttaching Ingres tables,=!'NDim DSNȁFng, VNods DBMConneW6 }De~scP?  rozenColumnsFRow a _]ShowGri~d?@?P efault x %@;n$VW `inalPosit; Requ@2ǥ/+SizgcaE.|/|#o#kTyp ).a 1qeOne'wF(B`yx 'yGBCap&eields(i).Caption ' Print #2, lSt,g + "ColumnHidden = "qLT.F<#OprderI#HWpidthHHDecimalPlpaces%&sxcri%$Format! InputMasfk }Next i ǁ"CurDB.TableDefDs(DouQaName").Refres h"On Error GoTo 0Proc_Exit:C  Sub DpResuK EndEFunc pNLn) Dim OutT<$, A>NL%L$ Const SWAPCHARSO#1&NL$Chr$(13) & 0A8 If IsNull(i Th9E) V@arType<> V_STRII/a - 1a7g<& Mid=+A !8en~d!Q9T> __SRP_8rU~}  mY q I y 1Y  A9y!  Q 1 Aq1Iaqy i A)QqIq Q A!!a!!!)"A"a"""!### $i$q$$Q% \LUptCpvktcH-(Lkv \D  #0nG2D05Ln3#D2/D| lp*1plpn3#D*1p/D vdH* lp2CplpCxL,xpD0L| ' "  T$ T(d@(D%TX(\%lp" $ p < l 0 X <T (l@=) plXT@<_ (l<2/<+'' ':\N,, 6, .zp_ Tp kpcS0lkzD\%p_ Tp (l )pl zd(] .zp_ Dp kpcwlkzD\%p_ Dp 0l lTkzDD%X_ DX 0T l)plXT?lkzD\%p_ Dp 0l l)pl}0lkzD\%p_ Dp 0l l)pl+zM\@ #< #*,2<8lkzD\%p_ Dp 0z,l  )pl zd==:p:\9p=  $ 8 <plXT@,LVAL ,xrtH `t krtcnurXkxD\%tH `t 0X $ kr >@kxDD%TH `T 0@ $ k> )tXT@pz xdn.pz@$ tXT@ 2:l!9 2:l"9 2:l#9\ $2:l%7\95\)X" $ 2:l&7>XF\95\ 2:l"9 2:l'9 2:l(9 2:l)9 2:l*9 2:l+9$$ X\lH , >l1ppM\@ ,1tZH $ kZpXkXX lt-*1tkXv lt-*1tkX lt.*1tkX lt/*1tkX lt0*1tkX lt1*1tkX  lt2*1tkX* lt3*1tkX TH L lTRPlt4*#l5*#<TH 4 lTiD #@ #8*#46*1t2 l@<845DPlt7*#l5*#<TH 4 lTiD #@ #8*#46*1t2 l@<845D8292, lt:*1tx+ZH | kZTH L lTRh lt;*1tv lt<*1tltCx  H0xpt$l@<84D` l =L8l\ >\:L@N<< ?F,l6<\N N P`(Xl\<,0px3zXH XAXW8B(H(U6X8c$5z@XH XAX8W(C ,1l6X8(  H Al D1p/ kxH ,AkFlMH@ 1 E  D# *#> # #*1h2 =FlMH@ 1 F  D# *#> # #*1h2 alMH@ 1># 12lhG*#>#*#H*# *#I*FX92  5X lpJ?!2Kll*# L*FX85/ 5XMCt!2Kll*# N*FX85/ 5XOCtpx2:HP85 lpJ?Z!2Kll*# L*FX85/ 5XMCt!2Kll*# N*FX85/ 5XOCt zd$<2Qlt*FX95X 2:H+9 |4lhpt8  X8(8px3z\H XA\W#$ 12> # >#*#R*#*#I*F\92 $ 5\ ltJ?N!2Klp*#$L*F\85/$5\MCly!2Klp*#$N*F\85/$5\OClpx2:LP85 ltJ?!2Klp*#$L*F\85/$5\MCl!2Klp*#$N*F\85/$5\OCl zd(<2Qll*F\95\ 2:L+9 *x801ptl< $  \<,T l SE`H 8>`FP ,1p5P:LTlp*FP9L5P2Ulp*#`V*FP9/`5P 2:<+9pt,v:LH `L k:Lc6kt+2Wlp*#`X*FP9/`5PO0kvD<%LH `L 0p0 Y1,2K>,#`*FP85/`)L05Ppt 2:,#`*FP85/`)L05P vd6 2:`FP ,1l)L05P7:0kvD<%LH `L 00 | k:)L0fChphktW2\lp*#`X*FP9/`5P$:LH `L k:LU2Kll*#`]*#,*#$^*# $*#*FP8lhF<852 `,$ 5PK42Kll*#`]*#,_*FP8lhF<852`,5Ppt+(kv:LH `L k:L 2: `1 2aLVAL*#`> #,*#$*FP92`,$5P 2:__SRP_9rU 8(`/$`,`=$`4!`!=0(I`9/<q`iy=I0&&8` iy=I0&8` =0&( `/  pv1TyLk> ] 0  | O " n A  ` 3   R % qDc6 U(tGf9 X+wJi<wN ouHM otL osK oqJ olfI oh og od@H ocNG oblF oaJE o`FD o_iC o^"Y o\]B oZ@ oY= oX; oVA oU@ oT|> oRy= oQv; oPs9 oOo8 oLb7 oK]6 oJZ5 oIV4 oHS3 oGP2 oFM1 oDD0 oCA/ oB>. oA;- o@8, o?5+ o>1* o=.) o<+( o;(' o:%% o8' o7% o6$ o5# o4" o3  o/ o. o- o, o+ o* o) o(~ o'{ o%v o$s o#o o"l  o!h  o e o` o  oZ oQ oC o< o8 o5 o1  o-  o* o' o  o   o  o o o o oLVALi_VBA_PROJECTa^  *\G{000204EF-0000-0000-C000-000000000046}#3.0#9#C:\Program Files\Common Files\Microsoft Shared\VBA\VBA332.DLL#Visual Basic For Applications*\G{4AFFC9A0-5F99-101B-AF4E-00AA003F0F07}#8.0#0#C:\Program Files\Myoffice\Office\MSACC8.OLB#Microsoft Access 8.0 Object Library6*\G{00025E04-0000-0000-C000-000000000046}#3.5#0#C:\Program Files\Common Files\Microsoft Shared\DAO\dao2535.tlb#Microsoft DAO 2.5/3.51 Compatibility Library^*\CC:\Program Files\Myoffice\Office\UTILITY.MDAd*\C..\..\Program Files\Myoffice\Office\UTILITY.MDA2i8Module1 738ad69e1*D%Module2 838ad69e1*DCModule3 938ad69e1*D.0 ax2ing a38ad69e1*D:kH|acc2ing b38ad69e1*D"k`|xH0`Av 56Av 56Av 56Av 56Av 56; Access+DATABASERFname Type VBAWin16~Win32Mac srs_empty.mdbMSJETSQL  DAO Module1b _Evaluate (FileExists sFileNameFileNamejMyFileLOFc Module2c(GetModuleUsageohModuleKernel (WaitShellAppNameKphMod3ShellVMsgBoxR Module3d(GetFilesiftp.lib (DeclareDemo6Success|MsgQ ax2ing  (!IngresTable Number-Table (!IngresFieldcRequiredPrimary}Indexedunique Asc!uhIITable~hIItx:BhIIField8UhIIfx4@hmydbhMyRSΘ RecordsethMyData hSingleQhDoubleQhFSF]hSQLfilehDATfile'hBASfileO hIngresNamePBufzI`lengthYTempRch\hmain,AttrOChrK~DBEngineQ WorkspacesUd Databases5L RecordsetsCount0vhPrintScriptHeaderay TableDefs%i Attributes RefreshLinkntTrim@Str hProcTableq Main_ExitB Main_Error8hNotSupportedDataTypeuTkTableDefmFields7DB_MEMO$ DB_LONGBINARY Now% CurrentUserT hProcFieldField3TNamePrBufFNameR DB_BOOLEANDB_BYTE& DB_INTEGER}DB_LONGE DB_CURRENCY) DB_SINGLELS DB_DOUBLEDB_DATEDB_TEXTQ?DB_VARIABLEFIELDSizeProcField_ExitDB_AUTOINCRFIELD=hProcField_ErrorhProcFieldValue'vmIsDate2ProcFieldValue_Exit5ProcFieldValue_ErrorRhProcForeignIndexdIx]IndexTabName^TabNumIdxNum first_time  With_Clause  SortOrLVALder4ProcForeignIndex_ExitProcForeignIndex_ErrorbhProcPrimaryIndex8PProcPrimaryIndex_ExitnProcPrimaryIndex_ErrorbDFileMyIndex Null_ClauseTempStrQProcTable_ExitgLCase:Indexes OpenRecordset|DB_OPEN_SNAPSHOT&EOFhStripNLsValueKMoveNextL!ProcTable_ErrorVinFieldOutTextvONextNLNLg^ SWAPCHARS"pIsNullVarTypepV_STRINGwRight  acc2ing | utility1J_B_var_FileNamer _B_var_MyFile+P_B_var_Successp _B_var_Msgbr _B_str_MidX _B_str_Chrm#Itemz _B_str_Strz _B_str_Trim _B_str_Format" _B_str_LeftV _B_str_LCaseP _B_var_Right9x# ;$ /Z@ @E@"D @E@"Ddir0* pHd srs_empt@y.mdb@T@ = +x i8 J< DAO>BDAOi *\G{00025E04-0C  0046}#3.5#0#C:\Program Files\Common Microsoft Sh ared\w\dao2535.tlb# 2.$5/+1 "patibility Library#Nut >tiltyo /*\COMyoffice\OUTILITY.MDA28..\ j 2"RModule1 -_VBA_MODULE2VB__M`DULED@HB1p%iB,Bh!B+BI2|CWMV3|6Lax2ing<|6kRaccUQJ7__SRP_0K)^Module1Module1Module2Module2ax2ingax2ingacc2ingacc2ingModule3Module3/*\CC:\Program Files\Myoffice\Office\UTILITY.MDArU~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Av 56  a Xa a 0a) a ) H 9 Y q  I q  )a % 9 Y q  I q  A rD<e srs_empty.mdbModule1Module2Module3ax2ingacc2ingF=C:\Program Files\Common Files\Microsoft Shared\VBA\VBA332.DLLVBA Y  (J_N? +C:\Program Files\Myoffice\Office\MSACC8.OLBAccess q8^F 9S >C:\Program Files\Common Files\Microsoft Shared\DAO\dao2535.tlbDAO i H FileExists  VBA332.DLL 9 p 9: GetModuleUsage Kernel GetModuleUsage Ii WaitShell 9X 9V  ProcTable Unable to start GetFiles ftp.lib GetFiles  DeclareDemo Transfer OK FTP unsuccessful , , IngresNamemainNotSupportedDataTypeIm.PrintScriptHeader ProcFieldQm.ProcFieldValueProcForeignIndexYm.ProcPrimaryIndexStripNLs% 8 !i (!i <   p  $ ( , ԥ0   9w  >LVALN  _ Authorization isauthorized 9  | EXPORT_L.SQL@ČF1BJQh)aN?Q!m.;m.9m.sm.qm. #Current Database# No database is opened currently.m.3m.1m.Km. 9  9  EXP_DATA. End of MainSm. /* INTEGER2 6****************************************************** *** SQL Scripts to create INGRES 6.4 tables 9" 0 ** DATE: ** AUTHOR: */ \script temp.ing \date SET AUTOCOMMIT ON \p\g INTEGER1 INTEGER4  MONEY  FLOAT4  FLOAT8  DATE  VARCHAR ( )  CHAR auth_user descriptor  NOT NULL WITH DEFAULT  NOT NULL NOT DEFAULT WITH NULL 9- H 9 `  )  9 x dd/mm/yyCountname 9h  CREATE UNIQUE INDEX  CREATE INDEX  _skIndex_  ON   (  +    ASC WITH STRUCTURE = btree  DESC WITH STRUCTURE = hash , _pkIndex ON Process Table  DROP TABLE  ; CREATE TABLE   (  )  WITH NULL ('#NULL#') COPY TABLE  = c0 c0nl 9   ) FROM  WITH ON_ERROR = CONTINUE, LOG =  .bad ROLLBACK = DISABLED[m. 90  93  9k % 8 !0?i (P B!~i <$ j  p  $ ( , ԥ0  $__SRP_1yrU~~~y     sFileNamehModuleAppNameBuf  T ! 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" Y"" # Y## $ Y$$ % Y%% & Y&& ' Y'' ( Y(( ) Y)) * Y* * + Y+!+ ,(Y,", : ntc_idntc_typeadm_ref_id d_admprovact_codeadmntwk_orgntf_occurstgt_ntc_id d_rcv wic_nowic_part d_wic d_updf_basicf_int_extntf_rsn st_curd_st_cur st_prv f_splspl_ntc_idplan_idntwk_packf_mod_typef_aa_typef_adm_proxif_val_catcmp_ntc_idf_cmp_strf_cmp_recf_cmp_orbf_cmp_strpf_cmp_ngmaf_cmp_horif_cmp_elevf_cmp_pfdf_cmp_oper f_cfex f_val f_modf_aes_charprov_descchange_ts ,-__YPrimaryKeyv1 +jYN//Y Y  Y  Y Y  ntc_idlnk_ntc_idntf_rsnlnkntf_rsnchange_ts /0YYPrimaryKeyv1 . 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ntc_id      mH @unique identifier of the notice   adm   d \country symbol of the notifying administration   m     change_ts   (  timestamp column  Now()      MR20 TitleSubject AuthorZ RSpace Radiocommunication Systems DatabaseB :APS4 and Space Plans Database Peter MajorLVALпMR2RecordLocksODBCTimeoutMaxRecordsDescription FilterOrderByOrderByOnOrientation  <^ Vdummy query for when container is read-only  MR2.OrientationOrderByOnDescriptionNameMapDefaultViewColumnWidthColumnOrderColumnHiddenRequiredAllowZeroLengthDisplayControl$UnicodeCompressionIMEModeIMESentenceModeDecimalPlacesValidationRuleValidationText FilterOrderByGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeShowDatePicker  D <Antenna pattern and pattern idL D U[AZ{,i('6@rf_ant_typeQ!VDef@[AZ{pattern_idd2LgsL-[AZ{f_ant_type[;B::[AZ{f_sub_typenLaE,F *[AZ{emi_rcpSZG_E[AZ{patternˈfLf[AZ{coefa"TA|WU[AZ{coefby|uF. 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fLVALvMR2OrientationOrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControl FilterOrderByValidationRuleValidationText FormatInputMaskCaptionDefaultValueAllowZeroLength$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    O %җ      ntc_id   F >unique identifier of the notice   m   seq_no   & sequence number   m   pfd   8 0power flux density value   m  freq_min   V Nlower frequency limit of the band [MHz]   m  freq_max   V Nupper frequency limit of the band [MHz]   m   bdwdth   h `bandwidth (in kHz) over which pfd was calculated   m   ra_stn_type   | ttype of radio astronomy station: S - single-dish, V - VLBI   m     change_ts   (  timestamp column  Now()      LVALc MR2ValidationRuleValidationTextOrientation FilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenDescription FormatDecimalPlacesInputMaskCaptionDefaultValueRequiredDisplayControlDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    &HE|      ntc_id   F >unique identifier of the notice    m  (seq_cmr    sequence number of the commercial system pertaining to the network submitted on the notice    m   grp_id   T Lunique identifier of the group (Res49)    m  change_ts   ( timestamp column  Now()      MR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     DaXA Hp#      grp_id   D <unique identifier of the group   m  seq_emiss   D <sequence number of th emission   m  freq_carr   8 0carrier frequency in MHz   m   seq_no   & sequence number   m  change_ts   (  timestamp column  Now()      KvcP<) y  e R ? +   { h T A . }jWC0 lYF2 o[H5  Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp  ~ ~ Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp ~ { { Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp { v v Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp v s s Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp s o o Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp o l l Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp l h h Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp h e e Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp e ` ` Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp `     Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   ] ] Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp ] Z Z Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp Z Q Q Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp Q N N Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp N J J Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp J F F Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp F C C Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp C LVAL&MR2OrientationOrderByOnDefaultView8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldBackTintBackShadeThemeFontIndex8AlternateBackThemeColorIndex"AlternateBackTint$AlternateBackShadeBDatasheetGridlinesThemeColorIndex8DatasheetForeThemeColorIndexColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlTextAlignAggregateTypeResultTypeCurrencyLCIDAllowZeroLengthIMEModeIMESentenceMode$UnicodeCompressionShowDatePickerValidationRuleValidationText FilterOrderByGUIDDescription FormatInputMaskCaptionDefaultValueSmartTags         B  B      B  B   #b+Df# ntc_id      m     itu_scraft_id      m     seq_no      m     reg_st      m       d_reg_st           rsn_susp      m       j wic_no      m  change_ts   ( $ timestamp column ( Now()      LVALMR2RecordLocksODBCTimeoutMaxRecords FilterOrderByOrderByOnOrientationDescriptionDefaultView  <  ^ Vdummy query for when container is read-only MR2OrientationOrderByOnDefaultView8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldBackTintBackShadeThemeFontIndex8AlternateBackThemeColorIndex"AlternateBackTint$AlternateBackShadeBDatasheetGridlinesThemeColorIndex8DatasheetForeThemeColorIndexColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlTextAlignAggregateTypeResultTypeCurrencyLCIDIMEModeIMESentenceModeShowDatePickerAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderByGUIDDescription FormatInputMaskCaptionDefaultValueSmartTags         B  B      B  B   #hCW֐ ntc_id      m     itu_scraft_id      m    d_reg_st            reg_st      m       rsn_susp      m       change_ts   ( $ timestamp column ( Now()       LVALO0MR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    T8DRĚ"      ntc_id   J B unique identifier of the notice   m  ntwk_name   h ` commercial name of the satellite network system    m       seq_no   & sequence number   m  lsp_name   N Fname of the launch service provider    m      vehicle   < 4name of the launch vehicle    m       d_exe   X Pdate of execution of the launch contract      d_deliv_fr    starting limit of the anticipated launch or in-orbit "delivery window"      d_deliv_to    end limit of the anticipated launch or in-orbit "delivery window"      facility   > 6name of the launch facility    m      mfct_name   8 0name of the manufacturer    m      d_exe_m   J Bdate of execution of the contract      d_deliv_fr_m   p hstarting limit of the contractual "delivery window"      d_deliv_to_m   f ^end limit of the contractual "delivery window"      nbr_sat   @ 8number of satellite procured   m  change_ts   (  timestamp column  Now()      LVALnMR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLength FormatDefaultValueValidationRuleValidationTextOrientation FilterOrderByInputMaskCaption$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     R&CiF      ntc_id   F >unique identifier of the notice   m  ntc_type   ~ vcode indicating if the notice is of a geostationary satellite [G], non-geostationary satellite [N] , specific earth station [S], typical earth station [T] or radio astronomy station [R]   m     %adm_ref_id    reference identifier of the notice given by the notifying administration   m     act_code   p hcode indicating the action to be taken on the entity   m      adm   d \country symbol of the notifying administration   m     qntwk_org    symbol of the organization operating regional or international networks (Table No. B2 of the Preface to the IFL)   m      d_rcv   B :date of receipt of the notice Short Date      wic_part    the part of the WIC in which the notice was most recently published   m      wic_no    the number of the WIC in which the notice was most recently published   m  Intf_rsn    code indicating that the notice has been submitted under RR1488 [N], RR1060 [C] or RR1107 [D]   m     sat_name   : 2name of the space station   m     long_nom   oLVAL nominal longitude of the space station, give '-' for West '+' for East   m  stn_name   : 2name of the earth station   m     long_dec   V Nlongitude in degrees with four decimals   m  prov    |provision of the RR according to which the notice is submitted   m     tgt_ntc_id   r jidentifier of the notice to be modified or suppressed   m   st_cur   h `current processing status of the the transaction   m     plan_id   @ 8identifier of the space plan   m     ctry      m symbol of the country or geographical area in which the station is located     lat_dec   T Llatitude in degrees with four decimals   m  change_ts   (  timestamp column Now()      LVALMR2OrientationOrderByOnDefaultView8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlTextAlignAggregateTypeAllowZeroLengthIMEModeIMESentenceMode$UnicodeCompressionValidationRuleValidationText FilterOrderByGUID FormatInputMaskCaptionDefaultValueSmartTagsShowDatePickerr         @sC[AG+;& grp_id     D <unique identifier of the group     m  diag_type     . &type of the diagram    m     diag_no     2 *number of the diagram     m  attch_no     * "attachment number     m  change_ts     ( timestamp column  Now()       MR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderBy FormatInputMaskCaptionDefaultValue$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     9zɶwKnO4.8l      grp_id   D <unique identifier of the group   m  seq_gpub   R Jsequence number of the gpub_ssn entry   m  ?d_invoice    invoice expiry date for the upfront cost recovery or Special section publicationcost recoveryt      [f_invoice    flag to indicate that the upfront cost recovery or the Special Section cost recovery fees were paid   m     change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDecimalPlacesValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickeremi_rcp    code identifying a beam as either transmitting [E] or receiving [R]   m     act_code   p hcode indicating the action to be taken on the entity   m      bmwdth   T Lbeamwidth of the earth station antenna   m   attch_e    number of the attachment for the co-polar antenna radiation pattern diagram   m  gain   n fmaximum isotropic gain of the earth station antenna   m   ntc_id   F >unique identifier of the notice   m  f_fdg_reqd     T Lcode indicating if finding is required m     cmp_ntc_id     n fntc_id of the second beam if two beams are compared m  f_cmp_str     B :code indicating if two structures compared are equal [E], have basic differences [B], have non-basic differences [N] or the second structure is not found [X] m     f_cmp_rec     6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X] m     r    []A'h#     cmp_beam   t lbeam name of the second beam if two beams are compared   m     attch_crdn    number of the attachment for the the earth station CLVALScoordination diagram   m  Jant_diam    antenna diameter(metres): in the case of FSS earth stations operating in the frequency band 13.75-14.0 GHz   m  beam_name   Z Rdesignation of the satellite antenna beam   m     beam_old   l dprevious designation of the satellite antenna beam   m     0pattern_id    unique identifier of the co-polar antenna radiation pattern in the reference table ant_type   m  attch_e_x    number of the attachment for the cross-polar antenna radiation pattern diagram   m  :pattern_id_x    unique identifier of the cross-polar antenna radiation pattern in the reference table ant_type   m  change_ts   (  timestamp column Now()      dgso    antenna dimension aligned with the geostationary arc (DGSO) in metres   m  LVALMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDescriptionDisplayControl FilterOrderByValidationRuleValidationText FormatInputMaskCaptionDefaultValueAllowZeroLength$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     dXAaU陗      ntc_id     F >unique identifier of the notice m  ` azm      azimuth in degrees measured clockwise from true north for which the antenna elevation is given in the data item "elev_ang" m  elev_ang      elevation angle in degrees of the antenna in the azimuth given in data-item "azm" m  f_cmp_rec      m 6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]    change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id   D <unique identifier of the group   m  stn_name   b Zname of the transmitting or receiving station   m     ctry    symbol of the country or geographical area in which the station is located   m     act_code   p hcode indicating the action to be taken on the entity   m     stn_type    code indicating if the earth station is specific [S] or typical [T]   m     .long_deg    degree part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  long_ew   n flongitude direction indicator: East [E] or West [W]   m     .long_min    minute part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  .long_sec    second part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  *lat_deg    degree part of latitude coordinate of the station expressed in degrees, minutes and seconds   m   lat_ns   n flatitude direction indicator: North [N] or South [S   m     *lat_min    minute part of latitude coordinate of the station expressed in degrees, minutes and seconds   m  *lat_sec   LVAL second part of latitude coordinate of the station expressed in degrees, minutes and seconds   m  Pnoise_t    total receiving system noise temperature, expressed in kelvins referred to the output of the receiving antenna   m   gain    maximum isotropic gain of the antenna expressed in dB with one decimal position   m   bmwdth    angular width of radiation main lobe expressed in degrees with two decimal positions   m  stn_old   t lprevious name of the transmitting or receiving station   m     long_dec   V Nlongitude in degrees with four decimals   m  lat_dec   T Llatitude in degrees with four decimals   m  $ant_diam      m C10d7/C10d8 - the antenna diameter in metres/the equivalent antenna diameter (i.e. the diameter, in metres of a parabolic antenna with the same off-axis performance as the receiving associated earth station antenna)  lant_alt      m  f_cmp_rec     6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X] m      seq_no   & sequence number   m  r    BJAbO-#I     clim_zone   . &climatice zone code   m     !rcp_type    code indicating if the reception type is individual [I] or community [C]   m     pwr_max   N FThe maximum aggregate power (dBW) of all carriers (per transponder, if applicable) supplied to the input of the transmitting antenna the associated earth stations   m  bdwdth_aLVALggr   8 0the aggregate bandwidth of all carriers (per transponder, if applicable) supplied to the input of the transmitting antenna the associated earth stations   m  Qf_trp_band    Flag indicating if the bandwidth of the transponder corresponds to the aggregate bandwidth of all carriers (per transponder, if applicable) supplied to the input of the transmitting antenna of the associated earth stations   m      pattern_id    unique identifier of the co-polar radiation pattern of the reference table ant_type   m  *pattern_id_x    unique identifier of the cross-polar radiation pattern of the reference table ant_type   m  change_ts   (  timestamp column Now()      dgso    antenna dimension aligned with the geostationary arc (DGSO) in metres   m   attch_e    number of the attachment for the co-polar antenna radiation pattern diagram   m  attch_e_x    number of the attachment for the cross-polar antenna radiation pattern diagram   m   diag_e    number of the co-polar antenna radiation pattern diagram in gims   m  diag_e_x    number of the cross-polar antenna radiation pattern diagram in gims   m  LVALMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlDescriptionAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    dOGl     j grp_id      m  beamgrp_id   & beam group code    m      change_ts   (  timestamp column  Now()      MR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientationDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePicker grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m  stn_cls   2 *class of station code   m     nat_srv   4 ,nature of service code   m     seq_e_as    zsequence number of the corresponding associated earth station   m  r    瀯`CHY.     change_ts   (  timestamp column Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDecimalPlacesValidationRuleValidationTextOrientation FilterOrderByOrderByOn FormatInputMaskCaptionDefaultValueDisplayControl$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerstn_name   : 2name of the earth station   m     ctry    symbol of the country or geographical area in which the station is located   m     .long_deg    degree part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  long_ew   n flongitude direction indicator: East [E] or West [W]   m     .long_min    minute part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  .long_sec    second part of longitude coordinate of the station expressed in degrees, minutes and seconds   m  *lat_deg    degree part of latitude coordinate of the station expressed in degrees, minutes and seconds   m   lat_ns   p hlatitude direction indicator: North [N] or South [S]   m     *lat_min    minute part of latitude coordinate of the station expressed in degrees, minutes and seconds   m  *lat_sec    second part of latitude coordinate of the station expressed in degrees, minutes and seconds   m  sat_name   P Hname of the associated space station   m     long_nom    nominal longitude of the associated space station, give'-' for West, '+' for East   m  .LVALelev_min    minimum elevation angle of the earth station expressed in degrees with two decimal positions   m  8 azm_fr    value clockwise from true north for the beginning limit of an azimuthal sector expressed in degrees   m  , azm_to    value clockwise from true north for the end limit of an azimuthal sector expressed in degrees   m  ant_alt   R Jaltitude of the earth station antenna   m  =f_active    code indicating if the station is active [A] or inactive [I] i.e: logically suppressed   m     long_dec   V Nlongitude in degrees with four decimals   m  lat_dec   T Llatitude in degrees with four decimals   m   ntc_id   F >unique identifier of the notice   m  attch_hor   | tnumber of the attachment for the horizon elevation diagram   m  r      ;M Anl'|     f_pfd_se    flag to indicate commitment that the filed system will meet the single entry power-flux density limits specified in No. 5.502   m     elev_max     the planned maximum angle of elevation of the antenna s main beam axis in degrees from the horizontal plane with two decimal positions   m  change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m  design_emi   6 .designation of emission   m     tpep_max    the maximum value of the peak envelope power, supplied to the input of the antenna for each carrier type [dBW] (C8a1/C8b1/C8b3a)   m  pwr_ds_max   j bmaximum power density [dBW/Hz] ( C8a2/C8b2/C8b3b)   m  pep_min   ~ vminimum peak envelope power delivered to the antenna [dBW]   m  pwr_ds_min   D <minimum power density [dBW/Hz]   m   c_to_n   P HC/N ( total / clear sky ) objective   m  pwr_ds_nbw      xpower density [dBW/Hz] averaged over the necessary bandwidth m  f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     r    2qGI>J`P     }f_emi_type    flag indicating that for the emission the maximum peak power maximum power density values provided are of type C.8.b   m     \attch_c2n    number of the attachment indicating the reason for carrier-to-noise ratio (dB) information in C.8.e.1 being absent   m  vattch_pepLVAL    number of the attachment indicating the reason for minimum value of the peak envelope power information in C.8.c.1 being absent   m  Pattch_mpd    number of the attachment indicating the reason for minimum power density information in C.8.c.3 being absent   m  pulse_rep   | tThe pulse repetition frequency in kHz (for active sensors)   m  pwr_ctrl    If power control is used the maximum range of power control , in dB   m  pulse_length   r jThe pulse length in microseconds (for active sensors)   m  .pwr_ds_nbc    power density [dBW/Hz] averaged over the necessary bandwidth of a narrow bandwidth carrier   m  change_ts   (  timestamp column Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequired FormatAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderByOrderByOnInputMaskCaptionDefaultValueDisplayControl$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m  3d_fdg_rev    date relating to a review of the findings (Column 13B3) or regulatory date  Short Date     O d_type    type of date relating to a review (Column 13B3) or type of date relating to a regulatory deadline   m     fdg_prov   h `reference to a provision, appendix or resolution   m     r      + {4I^WPv     change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDescriptionAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker ntc_id     F >uniqie identifier of the notice m  emi_rcp     @ 8emission reception indicator m      grp_id   D <unique identifier of the group   m   seq_no     & sequence number m  freq_sym      ~symbol indicating kilohertz [K], megahertz [M] or gigahertz [G] m     freq_assgn     , $assigned frequency m  freq_mhz     : 2assigned frequency in MHz m  freq_min      |minimum frequency in MHz (assigned frequency - half bandwidth) m  freq_max      |maximum frequency in MHz (assigned frequency + half bandwidth) m   bdwdth   X Passigned frequency band expressed in kHz   m  Afdg_reg    findings: conformity with Radio Regulations;Table No13A of the Preface to the IFL (13A1)   m     sd_prot_eff     the date from which a list of assignments is taken into account according to RR1061-1065 or RR1148-1154, as appropriate     r    S]-pM6]     ntc_type   | tcode indicating if the notice is of a geostationary satellite [G], non-geostationary satellite [N] , specific earth station [S] , typical earth station [T] or radio astronomy station [R]   m   [ LVALk   wic_no    the number of the WIC in which the notice was most recently published   0  m  beam_name   6 .designation of the beam   m     change_ts   (  timestamp column Now()      LVALMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlacesValidationRuleValidationText FilterOrderBy FormatInputMaskCaptionDefaultValueDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    $ՖoM̵B~:w<     sat_name   : 2name of the space station   m      long_nom    nominal longitude of the space station, give '-' for West '+' for East    m  Btol_east    value indicating the planned longitudinal tolerance East of the nominal longitude of the space station    m  Btol_west    value indicating the planned longitudinal tolerance West of the nominal longitude of the space station    m  inclin_exc   2 *inclination excursion    m  =f_active    code indicating if the station is active [A] or inactive [I] i.e: logically suppressed   m       ntc_id   F >unique identifier of the notice    m   f_off_axis   | tflag indicating compliance with off-axis power limitations   m      long_orig    original nominal longitude of the space station, give '-' for West '+' for East    m   f_pfd_lim      m  ~ vflag indicating compliance with per-satellite power-flux density level produced at the Earth s surface of -129 dB(W/(m2 MHz)) in any 1 MHz band under free space propagation conditions    change_ts   (  timestamp column  Now()      %LVAL5MR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderBy FormatInputMaskCaptionDefaultValue$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     =P?Dj0^?      grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m  pub_ref   J Bsymbol indicating the publication   m      pub_no   : 2number of the publication   m  ssn_rev_no   J Brevsion number of the publication   m  ssn_rev   @ 8type of revision (M, C or A)   m     ssn_type    type of the Special Section of the Weekly Circular/IFIC in which the grp or notice was published (N - administration, B- BR)   m      d_wic   p hdate of the publication of the group in the WIC/IFIC      change_ts   (  timestamp column  Now()       wic_no   v nnumber of the WIC/IFIC in which the group was published   m  LVALMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLength$UnicodeCompression FormatDefaultValue FilterOrderByValidationRuleValidationTextInputMaskCaptionDefaultViewSmartTagsIMEModeIMESentenceModeGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldTextAlignAggregateTypeShowDatePickerr    $zD)      grp_id   D <unique identifier of the group   m  emi_rcp    code identifying a beam as either transmitting [E] or receiving [R]    m      page_no   F >page number on the paper notice   m  act_code   p hcode indicating the action to be taken on the entity    m       bdwdth   ~ vassigned frequency band expressed in kHz OR the bandwidth of the frequency band, in kHz, observed by the radio-astronomy station OR receiver noise bandwidth processor (for active sensors)   m  d_inuse   : 2date of bringing into use  Short Date     nnoise_t    receiving system noise temperature or the system noise temperature at the output of the signal processor (for active sensors)   m  op_agcy   6 .operating agency number   m  polar_type    symbol indicating the type and the direction of polarization, where applicable (in case of circular or elliptical polarization)    m      prd_valid   > 6period of validity in years   m   remark   \ Tsymbols used as indicated in table No. 13C    m      tgt_grp_id   b Zunique identifier of the group to be modified   m  observ_cls LVAL  0 (class of observation    m      c d_upd    the date of update of a list of assignments in the SNS (Master Register and Requests for Coordination)  Short Date       wic_no    the number of the WIC/IFIC in which the list of assignments was most recently published   m  / d_wic    the date of most recent publication of a list of assignments in the WIC/IFIC  Short Date     d_prot_eff    the date from which a list of assignments is taken into account according to RR1061-1065 or RR1148-1154, as appropriate  Short Date     Afdg_reg    findings: conformity with Radio Regulations;Table No13A of the Preface to the IFL (13A1)    m      afdg_plan    findings: conformity with a Plan or a Coordination Procedure;Table No13A of the Preface to the IFL (13A2    m      Afdg_tex    findings: results from technical examination;Table No13A of the Preface to the IFL (13A3)    m      sfdg_observ    findings: remarks concerning the findings entered in Column 13A; Table No. 13B of the Preface to the IFL (13B2)    m      rspl_grp_id      m  comment       m      reg_op_fr   p hstart of regular hours of reception expressed in UTC   m  reg_op_to   l dend of regular hours of reception expressed in UTC   m   ntc_id   F >unique identifier of the notice   m  Rpwr_max    maximum total peak envelope power in dBW or maximum aggregate power in dBW supplied to the input of the antenna   m  LVALadm_resp   j bsymbol identifying the responsible administration    m      polar_ang   z rin case of linear polarization the value of the angle (in degrees) measured anticlockwise in a plane normal to the beam axis from the equatorial plane to the electric vector of the wave   m  area_name      8 0name of the service area m      f_fdg_reqd      T Lcode indicating if finding is required m      f_cmp_rec      6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X] m      f_cmp_freq      L Dcode indicating if two lists of frequencies compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_emi      H @code indicating if two lists of emissions compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_eas      h `code indicating if two lists of associated earth stations compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_prov      J Bcode indicating if two lists of provisions compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_sas      h `code indicating if two lists of associated space stations compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_gpub    LVAL  ` Xcode indicating if two lists of notified publications compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      f_cmp_fdg      F >code indicating if two lists of findings compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m      cmp_grp_id   r jgrp_id of the second group if two groups are compared   m  f_cmp_str   B :code indicating if two structures compared are equal [E], have basic differences [B], have non-basic differences [N] or the second structure is not found [X]    m      .elev_min    minimum elevation angle of the earth station expressed in degrees with two decimal positions   m  gso_sep    minimum separation angle between the the geostationary satellite orbit arc and the associated earth station main beam-axis at which the associated earth station can transmit towards a non-geostationary satellite   m  prov       m |provision of the RR according to which the notice is submitted      Ssrv_code    generic code indicating the space service type for the list of frequency assignments of the group    m      freq_min    |minimum frequency in MHz (assigned frequency - half bandwidth)   m  freq_max    |maximum frequency in MHz (assigned frequency + half bandwidth)   m   f_no_intfr    xflag indicating compliance with 4.4 of the Radio Regulations    m      vpfd_pk_7g    the calculated peak value of power flux-density produced within +/- 5 degrees inclination of the geostationary saLVALtellite orbit   m  / d_rcv    date of receipt of the list of frequency assignments pertaining to the group  Short Date     ra_stn_type   , $the type of radio astronomy station in the frequency band shown in C.3.b (S - for single dish, V - for very long baseline interferometry (VLBI))    m      Yf_cost_rec    flag to indicate that the group of frequency assignments is the subject to cost recovery procedure    m      bdwdth_aggr   (  the aggregate bandwidth of all carriers (per transponder, if applicable) supplied to the input of the transmitting antenna of the earth stations   m  ;f_trp_band    Flag indicating if the bandwidth of the transponder corresponds to the aggregate bandwidth of all carriers (per transponder, if applicable) supplied to the input of the transmitting antenna of the earth stations    m      beam_name   Z Rdesignation of the satellite antenna beam    m       st_cur   P Hcurrent processing status of the grp    m      d_st_cur   ~ vdate of entry of the grp into the current processing status Short Date      ;wic_part    the part of the WIC/IFIC in which the list of assignments was most recently published    m      3f_ap30b_art6    a commitment that the use of assignment shall not cause unacceptable interference to, nor claim protection from, those assignments for which agreement still need to be obtained (6.25 of Art. 6 of App 30B)    m      Mplan_categ    Symbol indicating the category of the group of assignments or allotments within its status    m      LVAL)eirp_nom   $ The space station's/associated space station's nominal equivalent isotrpically radiated power(s) (e.i.r.p.) on the beam axis (C.8.f.1/C.8.f.2)   m  sensitivity   J BSensitivity threshold, in kelvins   m  plan_status    Status of entries (either assignments = LIST or allotments = PLAN)    m      5sr_type    symbol indicating the type of the sensor A  active, P - passive, where applicable    m      change_ts   (  timestamp column Now()       area_no    sequence number associating a particular service area diagram with the group   m  Cd_rcv_start    Date of receipt of the corresponding notices published in API/A or AP30*/E Part A or AP30B/A6A      d_reg_limit    Regulatory limit date for bringing into use of a group of assignments       f_biu    Code indicating if the assignments (for notification notices only i.e. Art.11, AP30/30A#A5 and AP30B#A8) have been Confirmed brought into use by the Administration (C=Confirmed; NULL=Not Confirmed)    m      mLVAL}MR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlDescriptionAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderBy FormatInputMaskCaptionDefaultValueDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    ƠӊD4-*      ntc_id      mV Nunique identifier of the linking notice  lnk_ntc_id   T Lunique identifier of the linked notice   m  ntf_rsn     code indicating that the notice has been submitted under RR1488 [N], RR1060 [C], RR1107 [D], RES49 [U] or AP30. AP30A ,AP30B [B]    m      lnk_ntf_rsn    code indicating that the linked notice has been submitted under RR1488 [N], RR1060 [C], RR1107 [D], RES49 [U] or AP30. AP30A ,AP30B [B]    m       grp_id   P Hunique identifier of the linking grp   m  lnk_grp_id   N Funique identifier of the linked grp   m  change_ts   (  timestamp column  Now()      ALVALQMR2ValidationRuleValidationTextColumnWidthColumnOrderColumnHiddenDescription FormatDecimalPlacesInputMaskCaptionDefaultValueRequiredAllowZeroLength FilterOrderByOrderByOnDisplayControlOrientationDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePicker ntc_id   F >unique identifier of the notice    m  oper_id   J Bunique identifier of the operator     m      d_hist   2 *date of the operation Short Date        st_cur   J Bcurrent status of the transaction     m     r    PX΂Dyij      seq_no   H @sequence number of the operation    m  hist_text    comment     m     change_ts   (  timestamp column Now()       LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredValidationRuleValidationText FilterOrderByOrderByOn FormatInputMaskCaptionDefaultValueDisplayControlAllowZeroLengthOrientationDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePickerelev_ang    elevation angle in degrees of the horizon in the azimuth given in data-item 'azm'   m  f ntc_id    azimuth in degrees measured clockwise from true north for which the horizon elevation is given in the data-item 'elev_ang'   m   azm   F >unique identifier of the notice   m  r     oM_FKu     f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     .hor_dist    distance in km from the earth station to the horizon in the azimuth given in data-item "azm"   m  change_ts   (  timestamp column  Now()      CLVALSMR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlValidationRuleValidationTextOrientation FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr      e=&U@T7      grp_id   D <unique identifier of the group   m  seq_emiss   F >sequence number of the emission   m  seq_assgn   ^ Vsequence number of the frequnecy assignment   m  seq_e_as   f ^sequence number of the earth associated station   m   epm   @ 8equivalent protection margin   m  change_ts   (  timestamp column  Now()      LVALMR2OrderByOnColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldDescription FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePickerr      CTV@H^48i|     j ntc_id      m  adm_remark      m     br_comment      m     change_ts   (  timestamp column  Now()      MR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    YAFiH:-Ԍ     mask_id   B :unique identifier of the mask   m  freq_min   t lthe lowest frequency for which the mask is valid [GHz]   m  freq_max   v nthe highest frequency for which the mask is valid [GHz]   m   f_mask     flag indicating if the mask type is eirp at the space station [S], eirp at the associated earth station [E] or pfd at the space station [P]    m      f_mask_type   X Pflag indicating the type of the pfd mask    m      j ntc_id      m  {change_ts         uAvcP<)   x  w v c P =   yxedQP=<)xeR+( % % Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp %    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp     Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp  @ J&r?l-~0f;k &*ٰ@p+-icgؓ]&FQFW(> 3ԫXT[}#m)2\薓^EJp   T Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp  " Tt[??=?l-~ј[K)r0i@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp " " Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp "  Tt[??=?l-~ј[K)r0i@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~ј[K)r0i@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~ј[K)r0i@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~~#Ɯ7@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp       Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp        Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   T J&r?l-~0f;k &*ٰ@p+-icgؓ]&FQFW(> 3ԫXT[}#m)2\薓^EJp T Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   h{h?l-~jxr 7@p+-icgؓ]&FQFW^rmp :.V.T[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~ј[K)r0i@p+-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp  vLVALMR2OrientationOrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTyper     Kɍ      grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m   ntc_id   F >unique identifier of the notice   m   orb_id   P Hsequence number of the orbital plane   m  sat_orb_id      m satellite sequence number in the non-geostationary orbital plane  mask_id   D <unioque identifier of the mask   m  seq_e_as   f ^seqUnece number of the associated earth station   m  MR2OrientationOrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTyper     `X:C C      grp_id   D <unique identifier of the group   m   seq_no   & sequence number   m   ntc_id   F >unique identifier of the notice   m   orb_id   P Hsequence number of the orbital plane   m  sat_orb_id      m satellite sequence number in the non-geostationary orbital plane  mask_id   D <unioque identifier of the mask   m  LVALMR2.OrderByOnOrientationNameMapColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlDescriptionAllowZeroLength$UnicodeCompressionDefaultValue FilterOrderByValidationRuleValidationText FormatInputMaskCaptionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker&    Ux^SG瑇48@mod_char_testwNCI# x^SG瑇4grp_id چHkݗJx^SG瑇4seq_emiss;6|fC$+Xx^SG瑇4i_mod_typ8:A̭8x^SG瑇4freq_lowxպLlx^SG瑇4attch_sig[|iFD1+x^SG瑇4ampl_modgB;D*)~ x^SG瑇4freq_dev_fm3ۮC\z!Mx^SG瑇4freq_swpZ!}]D͘x^SG瑇4nrg_dsp_typed DvTrAx^SG瑇4attch_mod<EIR+gx^SG瑇4i_tv_sys׃m쌖G'Mx^SG瑇4i_sound_bcgݔ;Od"x^SG瑇4i_basebando)Dd9pD'x^SG瑇4i_nrgy_dsp G6px^SG瑇4range_agcZ ߚF,ix^SG瑇4freq_5db   7e;=G-U     i_baseband      m |C9b2 - the composition of the baseband for an analogue carrier  i_mod_typ      mF >C9a1 - the type of modulation  Zi_mplx_typ      m c9a3c - the characteristics of the multiplexing of the video signal woth sound signal(s) or othe signal(s) (TV)  Fi_pre_emph      m C9a3b - the pre-emphasis characteristics for a carrier frequency modulated by a television signal (TV)  i_sound_bc      m C9b1 - the sound -broadcastin characteristics of the analogue carrier  i_tv_sys      m4 ,C9a8 - the TV standard  seq_emiss      m@ 8 - sequence number LVAL range_agc      mj bA12 - the range of automatic gain control, in dB   grp_id      mX PBR - unique identifier of the group  freq_low   ` XC9a2a - the lowest frequency of the baseband   m  bit_rate    c9a4a - the bit rate for a carrier phase-shift modulated by a digital signal   m   nbr_phase    c9a4b - the number of phases for a carrier phase-shift modulated by a digital signal   m  attch_sig    xc9a5a -attachment indicating the nature of modulating signal   m  ampl_mod   ` Xc9a5b -the kind of amplitude modulation used    m      freq_swp    C9a6b - the sweep frequency (kHz) of the energy dispersal waveform   m  freq_hi   b ZC9a2b - the highest frequency of the baseband   m  ffreq_dev    C9a2c - the r.m.s. frequency deviation of the pre-emphasized signal for a test tone as a function of baseband frequency   m  nattch_mod    C9a7b - attachment indicating for all other types of modulation such particulars as may be useful for an interference study   m  freq_dev_tv    C9a3a - the peak-to-peak frequency deviation of the pre-emphisized signal for a carrier frequency modulated by a television signal (TV)   m  tfreq_dev_fm    C9a6a - the peak-to-peak frequency deviation in MHz, of the energy dispersal waveform for a frequency-modulated carrier (FM)   m   i_nrgy_dsp    C9a7a - the type of energy dispersal, if other forms of modulation than FM are used   m  "i_nrgy_dsp_typ   R JC9a6c - the energy dispersal waveform  LVAL& m  change_ts   ( timestamp column Now()       LVAL۴MR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValueOrientation FilterOrderByOrderByOnDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldDisplayControlSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePicker`ngma_id    identifier for a given set of equivalent satellite link noise temperature (ESLNT) and transmission gain values (gamma)   m  act_code   p hcode indicating the action to be taken on the entity   m     strp_id_fr   h `lower limit of the range of strap serial numbers   m  strp_id_to   h `upper limit of the range of strap serial numbers   m  4noise_t_lo    lowest value of equivalent satellite link noise temperature (ESLNT) associated with the strap   m  gain_as_lo    value of transmission gain (gamma) associated with the value of ESLNT given above   m  vnoise_t_hr    value of equivalent satellite link noise temperature for highest ratio of transmission gain to ESLNT associated with the strap   m  gain_as_hr    value of transmission gain (gamma) associated with the value of ESLNT given above   m  stn_name   N Fname of the receiving earth station   m      ntc_id   F >unique identifier of the notice   m  f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     r     o＄)aE=$C9     change_tsTLVALd   (  timestamp column Now()      KvcO<)   x e R > +  {  g T A -}jVC0 lYE2 n[H| y y Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp y v v Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp v s s Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp s o o Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp o l l Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp l i i Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp i f f Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp f b b Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp b ] ] Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp ] Z Z Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp Z V V Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp V S S Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp S P P Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp P M M Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp M H H Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp H D D Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp D A A Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp A > > Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp > ; ; Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp ; 8 8 Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp 8 5 5 Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp 5 1 1 Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp 1 . . Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp . + + Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp + ( ( Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp LVAL۴MR2ColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDecimalPlacesValidationRuleValidationText FilterOrderByOrderByOn FormatInputMaskCaptionDefaultValueDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickersat_name   2 *name of the satellite   m     )ref_body    code for the reference surface from which the satellite altitude is measured   m     nbr_sat_nh   J Bthe maximum number of space station (Nn) in the non-geostationary satellite system simultaneously transmitting on a co-frequency basis on the Northern Hemisphere   m  =f_active    code indicating if the station is active [A] or inactive [I] i.e: logically suppressed   m      ntc_id   F >unique identifier of the notice   m  nbr_plane   \ Tnumber of non-geostationary orbital planes   m  r     [Hċ     0nbr_sat_td    maximum number of co-frequency tracked non-geostationary satellites receiving simultanously   m  avg_dist   z raverage distance between co-frequency cells in kilometers   m  ;f_x_zone    flag indicating if the exclusion zone angle is the angle alpha [Y] or the angle X [N]   m      x_zone   T Lwidth of the exclusion zone in degrees   m   f_epfd    flag indicating compliance with additional operational epfd (downlink)   m     attch_x_zone     attachment indicating a detailed description of the avoidance mechk LVAL{ anism, if an alternative method used for establishing exclusion zone   m  nbr_sat_sh   J Bthe maximum number of space station (Sn) in the non-geostationary satellite system simultaneously transmitting on a co-frequency basis on the Southern Hemisphere   m   f_pfd_lim   ~ vflag indicating compliance with per-satellite power-flux density level produced at the Earth s surface of -129 dB(W/(m2 MHz)) in any 1 MHz band under free space propagation conditions   m     Ndensity    average number of associated earth stations transmitting with overlapping frequencies per square km in a cell   m  change_ts   (  timestamp column  Now()      LVAL۴MR2ColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLength FormatDecimalPlacesDefaultValueValidationRuleValidationTextInputMaskCaption FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewSmartTagsIMEModeIMESentenceModeGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldTextAlignAggregateTypeShowDatePickerntc_type   z rcode indicating if the notice is of a geostationary satellite [G], non-geostationary satellite [N] , specific earth station [S], typical earth station [T] or radio astronomy station [R]   m     %adm_ref_id    reference identifier of the notice given by the notifying administration   m      d_adm    xthe date of the notice given by the notifying administration  Short Date     prov    |provision of the RR according to which the notice is submitted   m     act_code   p hcode indicating the action to be taken on the entity   m      adm   d \country symbol of the notifying administration   m     qntwk_org    symbol of the organization operating regional or international networks (Table No. B2 of the Preface to the IFL)   m     Cntf_occurs    code indicating if the notice was intended for first [F] notication or resubmission [R]   m     tgt_ntc_id   r jidentifier of the notice to be modified or suppressed   m   d_rcv   B :date of receipt of the notice  Short Date      wic_no    the number of the WIC in which the notice was most recently published   m   d_wic    xthe dLVALate of most recent publication of the notice in the WIC  Short Date     I d_upd    the date of update of a notice in the SNS (Master Register and Requests for Coordination)  Short Date     f_basic   V Ncode indicating non-basic modifications   m     [f_int_ext    code indicating if the notice is internal [I], external [E], admin withdrawal [W], BR withdrawal [Z]   m     Intf_rsn    code indicating that the notice has been submitted under RR1488 [N], RR1060 [C] or RR1107 [D]   m     d_st_cur    |date of entry of the notice into the current processing status  Short Date      st_prv   X Pprevious processing status of the notice   m      f_spl   V Ncode indicating if the notice was split   m     spl_ntc_id   z ridentifier of the notice created as a result of the split   m   st_cur   V Ncurrent processing status of the notice   m      ntc_id   F >unique identifier of the notice   m  plan_id      m     ntwk_pack      m     cmp_ntc_id     v nntc_id of the second notice if two notices are compared m  f_cmp_str     B :code indicating if two structures compared are equal [E], have basic differences [B], have non-basic differences [N] or the second structure is not found [X] m     f_cmp_rec     6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the LVALsecond record is not found [X] m     f_cmp_orb     B :code indicating if two lists of orbits compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m     f_cmp_strp     B :code indicating if two lists of straps compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m     f_cmp_ngma     N Fcode indicating if two lists of noise gammas compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X] m     r    m8QL:V     f_cmp_hori   Z Rcode indicating if two lists of horizon elevations compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X]   m     f_aa_type   | tflag indicating assgnment/allotment type (plan/list, etc.)   m     =f_adm_proxi    flag indicating that administration is notifying on behalf of other administrations   m     ]f_mod_type    flag used to indicate that the filing was created using Wizards provided in SpaceCap (API,DBIU,RS49)   m     !wic_part    the aprt of the WIC/IFIC in which the notice was most recently published   m     f_cmp_elev   Z Rcode indicating if two lists of antenna elevations compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X]   m     f_cmp_pfd   Z Rcode indicating if two lists of pfd compliance records compared equal [E], have basic dif0LVAL@ferences [B], have non-basic differences [N] or the second list is not found [X]   m     /f_cmp_oper    code indicating if two lists of non-geostationary satellites with overlapping frequencies compared equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X]   m      f_mod   T Lcode indicating that data was modified   m      f_cfex    code indicationg the result of check for existing component (CFEX)   m      f_val   x pcode indicating the result of validation component (VAL)   m     3f_aes_char    flag to indicate commitment regarding characteristics of aircraft earth station   m     f_val_cat   N Fflag indicating validation category   m     change_ts   (  timestamp column  Now()      prov_desc   r jadditional information to specify the exact provision   m     3LVALEMR2ValidationRuleValidationTextOrientation FilterOrderByOrderByOnDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldColumnWidthColumnOrderColumnHiddenDescription FormatInputMaskCaptionDefaultValueRequiredAllowZeroLengthDisplayControlIMEModeIMESentenceMode$UnicodeCompressionSmartTagsTextAlignAggregateTypeDecimalPlacesShowDatePickerr    ӂI E         plan_id       m     j ntc_id       m  pbeam_name       m      adm       m     nlong_nom       m  change_ts    (  timestamp column  Now()      MR2OrderByOnColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlValidationRuleValidationText FilterOrderByDescription FormatInputMaskCaptionDefaultValueOrientationAllowZeroLength$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    c[FY+*!      ntc_id      mV Nunique identifier of the linking notice  lnk_ntc_id   T Lunique identifier of the linked notice   m  ntf_rsn     code indicating that the notice has been submitted under RR1488 [N], RR1060 [C], RR1107 [D], RES49 [U] or AP30. AP30A ,AP30B [B]   m     lnkntf_rsn    code indicating that the linked notice has been submitted under RR1488 [N], RR1060 [C], RR1107 [D], RES49 [U] or AP30. AP30A ,AP30B [B]   m     change_ts   ( timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredValidationRuleValidationText FormatInputMaskCaptionDefaultValueAllowZeroLength FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerBackTintBackShadeThemeFontIndex8AlternateBackThemeColorIndex"AlternateBackTint$AlternateBackShadeBDatasheetGridlinesThemeColorIndex8DatasheetForeThemeColorIndexExpressionResultTypeCurrencyLCID ntc_id   F >unique identifier of the notice   m   ) *1inclin_ang    inclination angle of the satellite orbit with respect to the plane of the Equator   m   ) *Qperig_arg    angular separation (in degrees) between the ascending node and the perigee of an elliptical orbit.   m   ) * orb_id   h `identifying sequence number of the orbital plane   m   ) *nbr_sat_pl   v nnumber of satellite per non-geostationary orbital plane   m   ) *+right_asc    angular separation in degrees between the ascending node and the vernal equinox   m   ) *f_cmp_rec      6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X] m      ) *    {&Ʊ"IB)zYw;       B !B " # $B %B & 'f_cmp_pha   B :code indicating if two lists of phases compared are equal [E], have basic differences [B], have non-basic differences [N] or the second list is not found [X]    m      ) *long_asc   | tlongitude oLVALf the ascending node for the j-th orbital plane   m   ) *keep_rnge    zlongitudinal tolerance of the longitude of the ascending node   m   ) *prd_ddd    day part of the time elapsing between two consecutive passages of a non-geostationary satellite through a point in its orbit   m   ) * prd_hh    hour part ofthe time elapsing between two consecutive passages of a non-geostationary satellite through a point in its orbit   m   ) * prd_mm    minute part of the time elapsing between two consecutive passages of a non-geostationary satellite through a point in its orbit   m   ) *apog    the farthest altitude of the non-geostationary satellite above the surface of the Earth or other reference body - expressed in kilometers   m   ) *apog_exp   p hexponent part of the apogee expressed in power of 10   m   ) * perig    the nearest altitude of the non-geostationary satellite above the surface of the Earth or other reference body - expressed in kilometers   m   ) *perig_exp   r jexponent part of the perigee expressed in power of 10   m   ) *op_ht_exp    exponent part of the minimum operating height expressed in power of 10   m   ) *f_stn_keep    flag indicating if the space station uses [Y] or does not use [N] station-keeping to maintain a repeating ground track    m      ) *rpt_prd_dd    day part of the time elapsing between two consecutive passages of a non-geostationary satellite constellation through a point in its orbit   m   ) *rpt_prd_hh    hourLVAL part of the time elapsing between two consecutive passages of a non-geostationary satellite constellation through a point in its orbit   m   ) *rpt_prd_mm   " minute part of the time elapsing between two consecutive passages of a non-geostationary satellite constellation through a point in its orbit   m   ) *rpt_prd_ss   " second part of the time elapsing between two consecutive passages of a non-geostationary satellite constellation through a point in its orbit   m   ) *f_precess   V Nflag indicating if the space station should [Y] or should not [N] be modelled with specific precession rate of the ascending node of the orbit instead of the J2 term    m      ) *Eprecession    for a space station that is to be modelled with specific precession rate of the ascending node of the orbit instead of the J2 term, the precession rate in degrees/day measured counter-clockwise in the equatorial plane   m   ) *change_ts   (  timestamp column Now()       ) * op_ht     minimum operating height of the non-geostationary satellite above the surface of the Earth or other reference body - expressed in kilometers   m   ) *ILVALYMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderBy FormatInputMaskCaptionDefaultValueDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    ޯrB}6K!^      ntc_id   F >unique identifier of the notice   m   orb_id   P Hsequence number of the orbital plane   m  orb_sat_id    satellite sequence number in the non-geostationary orbital plane   m  emi_rcp    code identifying a beam as either transmitting [E] or receiving [R]    m      beam_name   Z Rdesignation of the satellite antenna beam    m      change_ts   (  timestamp column  Now()      LVALMR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlValidationRuleValidationTextOrientation FilterOrderBy FormatInputMaskCaptionDefaultValueDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr     )rMF;3     grp_id_up   T Lunique identifier of the group up-link   m  seq_emi_dn   F >sequence number of the emission   m  seq_asn_dn   ^ Vsequence number of the frequnecy assignment   m  seq_e_as_dn   f ^sequence number of the earth associated station   m   grp_id   X Punique identifier of the group down-link   m  seq_asn_up   ^ Vsequence number of the frequnecy assignment   m  seq_emi_up   F >sequence number of the emission   m  oepm   P Hoverall equivalent protection margin   m  change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredValidationRuleValidationText FilterOrderByOrderByOn FormatInputMaskCaptionDefaultValueDisplayControlAllowZeroLengthOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker ntc_id   F >unique identifier of the notice   m   orb_id   P Hsequence number of the orbital plane   m  orb_sat_id    satellite sequence number in the non-geostationary orbital plane   m  phase_ang   z rinitial phase angle of the satellite in the orbital plane   m  r     pZGT@gUgu     f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m      d_ref    date/time at which the satellite is at the location defined by omega j      change_ts   (  timestamp column  Now()      LVALMR2.OrientationOrderByOnNameMapDefaultViewColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlAllowZeroLengthIMEModeIMESentenceMode$UnicodeCompressionDefaultValueDescriptionValidationRuleValidationText FilterOrderBy FormatInputMaskCaptionSmartTagsGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldTextAlignAggregateTypeShowDatePicker@    U~|H$,4}'=u@pl_strapvヸ=@O#~|H$,4ntc_idT"CWr~|H$,4freq_dnjLKN%~e ~|H$,4freq_upnKH5>[~|H$,4grp_id_dnPIAnAão~|H$,4grp_id_up@*"LOM~|H$,4pbeam_name0d.Dn=p[<~|H$,4multibeam_set0rDG(o~|H$,4exop_setCMi~|H$,4f_victim_opE@zCV! ~|H$,4agg_tolerance   ୢO˅j     j ntc_id       m  lfreq_dn       m  lfreq_up       m  pgrp_id_dn       m  pgrp_id_up       m  pbeam_name        m        x multibeam_set       m  nexop_set       m   agg_tolerance     Null   m 0.05 there applied for LIST. For the rest can be NULL and software will apply 0.25 dB for the LIST and 0.05 for the PLAN  f_victim_op   V N'Y' for old historical victims, not mentioned in the RR (no relation with Art.6 part A), 'N' for the rest. (No 'new' victims are expected to be added in the future.)     m       "N"  change_ts   (  timestamp column  Now()         1LVALAMR2OrderByOnOrientationColumnWidthColumnOrderColumnHiddenRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlacesValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldDescription FormatInputMaskCaptionDefaultValueIMEModeIMESentenceModeSmartTagsTextAlignAggregateTyper    '.5.OGdj,     PLAN_ID       m     pFREQ_DOWN       m  lFREQ_UP 8      m  PLAN_DESCR d     m     REF_TYPE      m     rCHAN_SPACE       m  nCHAN_MIN       m  nCHAN_MAX G      m  pBDWDTH_ST       m  PLAN_CODE o     m     COMMENT      m     #LVAL3MR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderByOrderByOn FormatInputMaskCaptionDefaultValueDisplayControl$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id   D <unique identifier of the group   m   adm   Z Rcode indicating administration or country   m     qntwk_org    symbol of the organization operating regional or international networks (Table No. B2 of the Preface to the IFL)   m     coord_prov   x preference to provision of the RR, Appendix or Resolution   m     ?agree_st    code indicating if the coordination or agreement has been obtained [O] or requested [R]   m      seq_no   & sequence number   m  r      LvM{db(q6W     coord_st   N Fflag indicating coordination status   m     ctry   ` Xcode indicating country or geographical area   m     change_ts   (  timestamp column  Now()      vLVAL9MR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredValidationRuleValidationTextDescription FormatInputMaskCaptionDefaultValueOrientation FilterOrderByOrderByOnDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldDisplayControlSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id     D <unique identifier of the group m  seq_assgn     J Bsequence number of the assignment m  seq_emiss     F >sequence number of the emission m  pwr_ctrl     " power control m  r     hG0b4rz     change_ts   (  timestamp column Now()      MR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlAllowZeroLengthValidationRuleValidationTextOrientation FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePickerr     Z+wCLY#nH      ntc_id   F >unique identifier of the notice   m   seq_no   & sequence number   m  ssn_ref    xsymbol indicating the Special Section of the Weekly Circular   m      ssn_no   B :number of the Special Section   m  ssn_rev     @ 8type of revision (M. C or A) m     ssn_rev_no     R Jrevsion number of the special section m  change_ts   (  timestamp column  Now()      LVAL(MR2OrientationOrderByOnAllowZeroLengthRequiredColumnWidthColumnOrderColumnHiddenDescriptionDisplayControl$UnicodeCompressionDecimalPlaces FormatValidationRuleValidationText FilterOrderByInputMaskCaptionDefaultValue  sat_name     : 2name of the space station m  ntf_rsn     8 0category of notification m   adm     8 0notifying administration m  ntwk_org     X Pintergovernmental satellite organization m   ntc_id    < 4BR notice id of the filing   m st_cur     F >processing status of the filing m  freq_min    L Dlower bound of the frequency range   mfreq_max    L Dupper bound of the frequency range   memi_rcp     T Lsatellite beam emission/reception code m   grp_id    D <unique identifier of the group   mntc_type     F >type of notice indicator (G, N) m  beam_name   < 4satellite beam designation   m  long_nom   L Dnominal longitude of space station    md_prot_eff   R Jdate of protection of the freq. group Short Date  d_wic   @ 8date of the IFIC publication Short Date d_reg_g   @ 8end of the regulatory period  Short Dated_inuse   : 2date of bringing into use Short Date  wic_no   P HIFIC publication number of the group    mact_code    action-code   m  #LVAL3MR2ColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredAllowZeroLengthDefaultValueValidationRuleValidationText FormatInputMaskCaption FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker grp_id   D <unique identifier of the group   m  sat_name   P Hname of the associated space station   m     act_code   p hcode indicating the action to be taken on the entity   m     sat_old   b Zprevious name of the associated space station   m     :stn_type    type of the associated space station: geostationary [G] or non-geostationary [N]    m     long_nom      nominal logitude of the associated space station, give "-' for West , "+" for East m  f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     r    MdYNPGX     beam_name   p hdesignation of the associated satellite antenna beam   m      beam_old    zprevious designation of the associated satellite antenna beam   m     change_ts   (  timestamp column  Now()      LVALMR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDescriptionAllowZeroLengthValidationRuleValidationText FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker ntc_id     F >unique identifier of the notice m  emi_rcp      code identifying a beam as either transmitting [E] or receiving [R] m     act_code     p hcode indicating the action to be taken on the entity m     ang_alpha     < 4satellite beam orientation m  ang_beta     < 4satellite beam orientation m   attch_e      number of the attachment for the co-polar antenna radiation pattern diagram m  attch_elev      number of the attachment for the gain versus elevation angle diagram m  attch_gain     r jnumber of the attachment for the gain contour diagram m  $attch_orb_e      number of the attachment for diagram showing antenna gain versus geostationary orbit m   gain      maximum isotropic gain of the antenna expressed in dB with one decimal position m  attch_loss     h `number of the attachment for spreading loss data m  tpnt_acc      for a specific satellite antenna beam the maximum deviation of the antenna in degrees relative to the nominal pointing direction m  pwr_max_4k     8 0maximum E.I.R.P. at 4kHz m  pwr_avg_4k     8 0average E.I.R.P. at 4kHz m LVAL pwr_max_1m     8 0maximum E.I.R.P. at 1MHz m  pwr_avg_1m     8 0average E.I.R.P. at 1MHz m  beamlet      beamlet m  bore_long     d \longitude coodinate of the satellite bore site m  bore_lat     b Zlatitude coodinate of the satellite bore site m  maj_axis     ^ Vmajor axis of the satellite beam projection m  min_axis     ^ Vminor axis of the satellite beam projection m   orient     J Borientation of the satellite beam m  rot_acc     L Dsatellite beam rotational accuracy m   gain_x     V Ncrosspolar gain (for shaped beams only) m  f_fdg_reqd     T Lcode indicating if finding is required m     cmp_ntc_id   n fntc_id of the second beam if two beams are compared   m  f_cmp_str   B :code indicating if two structures compared are equal [E], have basic differences [B], have non-basic differences [N] or the second structure is not found [X]   m     f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     r    hL2kFKd_ov     prot_ratio   r jmin. acceptable aggregate C/I ratio if less than 26dB   m  attch_gain_x    number of the attachment for the cross polar gain contour diagram   m  freq_min      m |minimum frequency in MHz (assigned frequency - half bandwidth)  hLVALxfreq_max      m |maximum frequency in MHz (assigned frequency + half bandwidth)  beam_name   Z Rdesignation of the satellite antenna beam   m     beam_old   l dprevious designation of the satellite antenna beam   m     cmp_beam   t lbeam name of the second beam if two beams are compared   m     f_steer    flag indicating if the beam is steerable (see No. 191) or reconfigurable   m     0pattern_id    unique identifier of the co-polar antenna radiation pattern in the reference table ant_type   m  attch_e_x    number of the attachment for the cross-polar antenna radiation pattern diagram   m  :pattern_id_x    unique identifier of the cross-polar antenna radiation pattern in the reference table ant_type   m  5sr_type    symbol indicating the type of the sensor A  active, P - passive, where applicable   m     af_tx_vis    inicator specifying whether the space station only transmits when visible from the notified service area   m     tx_ang_min   4 ,in case of non-continuous transmission the minimum elevation angle above which transmissions occur when space station is visible from the service area   m  0& attch_alpha_beta    number of the attachment for explanation when angle alpha and beta cannot be provided   m  change_ts   (  timestamp column Now()      #LVAL3MR2ValidationRuleValidationText FilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenDescription FormatDecimalPlacesInputMaskCaptionDefaultValueRequiredDisplayControlOrientationDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    Q^LS!c      ntc_id   F >unique identifier of the notice    m   lat_fr   ^ Vlower limit of the latitude range [degrees]    m  nbr_op_sat    maximum number of non-geostationary satllellites transmitting with overlapping frequencies to a given location within the latitude range    m   lat_to   ^ Vupper limit of the latitude range [degrees]    m  change_ts   (  timestamp column Now()      LVALMR2OrientationOrderByOnRequiredColumnWidthColumnOrderColumnHiddenAllowZeroLengthDisplayControl$UnicodeCompressionDescriptionDecimalPlacesValidationRuleValidationText FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewField FormatInputMaskCaptionDefaultValueIMEModeIMESentenceModeSmartTagsTextAlignAggregateTyper    [q9B@T     plan_id      m & Plan identifier    ntwk_pack      m < 4Network Package identifier    coord_prov      m   RR provision    agree_st      m ( Agreement status    ific_no       m IFIC number   adm      m 6 .Affected administration    ntwk_org      m N FAffected international organization    'LVAL7MR2OrientationOrderByOnDefaultView8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldBackTintBackShadeThemeFontIndex8AlternateBackThemeColorIndex"AlternateBackTint$AlternateBackShadeBDatasheetGridlinesThemeColorIndex8DatasheetForeThemeColorIndexColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlTextAlignAggregateTypeResultTypeCurrencyLCIDDefaultValueValidationRuleValidationText FilterOrderByGUID FormatInputMaskCaptionSmartTagsIMEModeIMESentenceModeShowDatePickerAllowZeroLength$UnicodeCompression         B  B      B  B   aO*JN seq_no   T Lsequence number for this itu_scraft_id   m     itu_scraft_id   V NUnique identification of the spacecraft   m  change_ts   (  timestamp column  Now()  % &   'freq_sym   0 (should probably be G  ( m % & )  freq_min   < 4start frequency in a range   m  freq_max   8 0end frequency in a range   m  LVALMR2OrderByOnOrientationDefaultView8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldBackTintBackShadeThemeFontIndex8AlternateBackThemeColorIndex"AlternateBackTint$AlternateBackShadeBDatasheetGridlinesThemeColorIndex8DatasheetForeThemeColorIndexColumnWidthColumnOrderColumnHiddenDescriptionDecimalPlacesRequiredDisplayControlTextAlignAggregateTypeResultTypeCurrencyLCIDAllowZeroLength$UnicodeCompressionIMEModeIMESentenceModeShowDatePickerValidationRuleValidationText FilterOrderByGUID FormatInputMaskCaptionDefaultValueSmartTags         B  B      B  B   $U\nC%0h itu_scraft_id   J B unique identifier of the notice   m    ntwk_name   h ` commercial name of the satellite network system   m       lsp_name   N Fname of the launch service provider   m       vehicle   < 4name of the launch vehicle   m        d_exe   X Pdate of execution of the launch contract        facility   > 6name of the launch facility   m       mfct_name   8 0name of the manufacturer   m       d_exe_m   J Bdate of execution of the contract        nbr_sat   @ 8number of satellite procured   m    d_deliv           d_launch           change_ts   (  timestamp column ( Now()      LVALMR2OrientationOrderByOnDefaultViewRequiredColumnWidthColumnOrderColumnHiddenDecimalPlacesDisplayControlDescriptionAllowZeroLength$UnicodeCompressionValidationRuleValidationText FilterOrderBy FormatInputMaskCaptionDefaultValueGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    N[@ަI^      ntc_id      m^ VIncoming (interfering) network identifier  ntwk_pack       m  < 4Network Package identifier    ntc_id_aff  e    m> 6Affected network identifier  pbeam_name       m  2 *"MSPACEg" beam name    aff_ch_pfd       m  \ T"PFD affected channels" - down-link only    pfd_exc_max      mZ RMaximum PFD excess value - down-link only  aff_ch_epm  `     m  < 4EPM/OEPM affected channels    $epm_c2i_dgr_max  b    mX PEPM/OEPM (BSS) or C/I (FSS) degrad. max.  aff_chs  `     m  b ZFinal list of channels identified as affected    pfd_exc      md \Max. PFD excess for final list of aff.channels  epm_dgr      ml dMax. EPM/OEPM degr. for final list of aff.channels  freq_band  e     m  b ZFreq. band - for "merged" Up-link Plans/Lists    change_ts   ( timestamp column  Now()      -LVAL ?MR2OrderByOnColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredDisplayControlAllowZeroLengthValidationRuleValidationTextDescription FormatInputMaskCaptionDefaultValueOrientation FilterOrderByDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePickerr    bblBML爴[      grp_id      mD <unique identifier of the group  ctry      mT Lsymbol of country or geographical area     change_ts   ( timestamp column  Now()      MR2(ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationText FilterOrderByOrderByOnDescription FormatInputMaskCaptionDefaultValueDisplayControlOrientation$UnicodeCompressionDefaultViewSmartTagsIMEModeIMESentenceModeversion_no      mV NMajor version of the database structured_version    b ZDate of the version of the database structure  General Date  comment      m * "... as applicable  f_db_use      m "N" H @N=NSL, S=SRS, W=WIC, I=IFIC, etc  '    "version_no_sub      mh `Minor (or sub) version of the database structured_update   h `Date of data creation or most recent data update  General Date   %LVAL CMR2$AccessVersion Build6Track Name AutoCorrect Info0Perform Name AutoCorrectCpgConversionProjVerNavPane ClosedNavPane Width NavPane Category*NavPane Category NameNavPane View ByNavPane Sort By.CheckTruncatedNumFields>Show Navigation Pane Search Bar&Theme Resource Name 09.50 P    w           MR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationTextDescription FormatInputMaskCaptionDefaultValueOrientation FilterOrderByOrderByOnDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldDisplayControlSmartTagsTextAlignAggregateTypeIMEModeIMESentenceMode$UnicodeCompressionShowDatePicker grp_id     D <unique identifier of the gorup m   seq_no     & sequence number m  stn_cls     (  class of station m     nat_srv     * "nature of service m     r     ?( \K% 0_     change_ts   (  timestamp column Now()       vcO<<) ͌͟͟ y  e R   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp   $ $ Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp $   Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp    Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp  | | Tt[??=?l-~7t^;Hh}KnUI]$-icgؓ]&FQFWE)ffHT[}#m)2\薓^EJp _LVALoMR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationTextDescription FormatInputMaskCaptionDefaultValue FilterOrderByOrderByOnDisplayControlOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker ntc_id     F >unique identifier of the notice m  strp_id     < 4serial number of the strap m  act_code     p hcode indicating the action to be taken on the entity m     freq_symup      ~symbol indicating kilohertz [K], megahertz [M] or gigahertz [G] m     freq_up     | tassigned frequency of the uplink forming part of the strap m  freq_symdn      ~symbol indicating kilohertz [K], megahertz [M] or gigahertz [G] m     freq_dn      xassigned frequency of the downlink forming part of the strap m  r    )~aC/8AX     f_cmp_rec   6 .code indicating if two records compared are equal [E], have basic differences [B], have non-basic differences [N] or the second record is not found [X]   m     ?beam_up    designation of the satellite receiving antenna beam associated with the uplink frequency   m     beam_dn   r jdesignation of the satellite receiving antenna beam associated with the uplink frequencydesignation of the satellite trams,itting antenna beam associated with the downlink frequency   m     change_ts   (  timestamp column Now()      LVAL)MR2OrderByOnColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDisplayControl FormatDecimalPlaces FilterOrderByValidationRuleValidationTextInputMaskCaptionDefaultValueOrientation$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePickerr    ?y3     coord_prov   x preference to provision of the RR, Appendix or Resolution   m     ?agree_st    code indicating if the coordination or agreement has been obtained [O] or requested [R]   m      adm   d \country symbol of the notifying administration   m     qntwk_org    symbol of the organization operating regional or international networks 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AutoCorrectCpgConversionProjVerNavPane ClosedNavPane Width NavPane Category*NavPane Category NameNavPane View ByNavPane Sort By.CheckTruncatedNumFields>Show Navigation Pane Search Bar&Theme Resource Name 09.50 P    w           MR2ColumnWidthColumnOrderColumnHiddenDecimalPlacesRequiredAllowZeroLengthValidationRuleValidationTextDescription FormatInputMaskCaptionDefaultValueOrientation FilterOrderByOrderByOnDisplayControl$UnicodeCompressionDefaultViewGUID8DisplayViewsOnSharePointSiteTotalsRowFilterOnLoadOrderByOnLoadHideNewFieldSmartTagsTextAlignAggregateTypeIMEModeIMESentenceModeShowDatePicker ntc_id     F >unique identifier of the notice m  coord_prov     t lrefernec to provision of th RR, Appendix or Resolution m     ?agree_st      code indicating if the coordination or agreement has been obtained [O] or requested [R] m      seq_no     & sequence number m   adm     d \country symbol of the notifying administration m     ntwk_org      symbol of the organization operating regional or 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qA #EFEAPENST803V01APENST803V01<.. ? pA #EFEAPENST803V01APENST803V01<.. ? oA #EFEAPENST803V01APENST803V01<.. ? n n #EOEAPENST803V01APENST803V01<..  m n #EFEAP8APERR_001V013%%  lB #EFEAP30BAPERR_002V015'' ? kA #EFEAP30BAPERR_002V015'' ? j n #SCRCB_RSS_YEMAcomposite8--  i n #SCRCB_RSS_USACcomposite8--  h n #SCRCB_RSS_USAAcomposite8--  g n #SCRCB_RSS_SDNAcomposite8--  f n #SCRCB_RSS_PORAcomposite8--  e n #SCRCB_RSS_PLMAcomposite8--  d n #SCRCB_RSS_NZLAcomposite8--  c n #SCRCB_RSS_MTNAcomposite8--  b n #SCRCB_RSS_MRAAcomposite8--  a n #SCRCB_RSS_MLIAcomposite8--  ` n #SCRCB_RSS_MLAAcomposite8--  _ n #SCRCB_RSS_MAUAcomposite8--  ^ n #SCRCB_RSS_LVAAcomposite8--  ] n #SCRCB_RSS_LTUAcomposite8--  \ n #SCRCB_RSS_KIRAcomposite8--  [ n #SCRCB_RSS_INDDcomposite8--  Z n #SCRCB_RSS_INDBcomposite8--  Y n #SCRCB_RSS_INDAcomposite8--  X n #SCRCB_RSS_GUMAcomposite8--  W n #SCRCB_RSS_F__Ccomposite8--  V n #SCRCB_RSS_F__Bcomposite8--  U n #SCRCB_RSS_F__Acomposite8--  T n #SCRCB_RSS_E__Acomposite8--  S n #SCRCB_RSS_DNKAcomposite8--  R n #SCRCB_RSS_CODAcomposite8--  Q n #SCECB_TSS_YEMAcomposite8--  P n #SCECB_TSS_USAAcomposite8--  O n #SCECB_TSS_SDNAcomposite8--  N n #SCECB_TSS_PORAcomposite8--  M n #SCECB_TSS_NZLAcomposite8--  L n #SCECB_TSS_MTNAcomposite8--  K n #SCECB_TSS_MLIBcomposite8--  J n #SCECB_TSS_MLAAcomposite8--  I n #SCECB_TSS_MAUAcomposite8--  H n #SCECB_TSS_LVAAcomposite8--  G n #SCECB_TSS_LTUAcomposite8--  F n #SCECB_TSS_LBYAcomposite8--  E n #SCECB_TSS_KIRAcomposite8--  D n #SCECB_TSS_INSBcomposite8--  C n #SCECB_TSS_INSAcomposite8--  B n #SCECB_TSS_INDDcomposite8--  A n #SCECB_TSS_INDBcomposite8--  @ n #SCECB_TSS_INDAcomposite8--  ? n #SCECB_TSS_F__Acomposite8--  > n #SCECB_TSS_E__Acomposite8-- $7dz, S | 7 M c  y + Ag<Z|=E:G  n #EOR1.5COS(FI),,,   n #EOR1.58COS(FI)---  HBBAA#EOEREC-465APEREC003V017))   n #EOEREC-391)))   n #EOECCIR-810***   n #EOECCIR-391-2,,,   n #EOECCIR 391-2,,,   n #EOEAP30BAPERR_002V015''   n #EOEAP30&&&   n #EOEAP29APERR_001V014&&   n #EOEAP28APERR_001V014&&   n #EOE6.5COSEXP4FI...   n #EOE6.5COSEXP4,,,   n #EOE2COS(FI)***   n #EOE1.5COS(FI),,,   n #EOE1.58COS(FI)---   n #EBRAPEUSA211V01APEUSA211V01<..   n #SFRR123SSAPSRR_401V016((   n #SFRR123FRAPSRR_402V016((   n #SFRBIFROST-SS2APSNOR606V01;--   n #SFRBIFROST-SS1APSNOR605V01;--   n #SFER123SSAPSRR_401V016((   n #SFER123FRAPSRR_402V016((   n #SFEBIFROST-SS2APSNOR606V01;--   n #SFEBIFROST-SS1APSNOR605V01;--   n #EORREC-465APEREC003V017))   n #EFRMIX2APELUX205V014&&   n #EFRMIX1APELUX204V014&&   n #EORBIFROST-TES3APENOR209V01<..   n #EORBIFROST-TES2APENOR208V01<..   n #EORBIFROST-TES1APENOR207V01<..   n #EFRAPEREC015V01APEREC015V01<..   B #EFRAPENST803V01APENST803V01<.. ? B #EFRAPENST803V01APENST803V01<.. ? B #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ? A #EFRAPENST803V01APENST803V01<.. ?  n #EORAPENST803V01APENST803V01<..   n #EFRAP8APERR_001V013%%  ~B #EFRAP30BAPERR_002V015'' ? }A #EFRAP30BAPERR_002V015'' ? | n #EOEREC-465APEREC003V017))  { n #EFEMIX2APELUX205V014&&  z n #EFEMIX1APELUX204V014&&  y n #EOEBIFROST-RESAPENOR210V01;--  x n #EFEAPEREC015V01APEREC015V01<..  w B #EFEAPENST803V01APENST803V01<.. ? vB #EFEAPENST803V01APENST803V01<.. ? uB #EFEAPENST803V01APENST803V01<.. ? tA #EFEAPENST803V01APENST803V01<.. ? sA #EFEAPENST803V01APENST803V01<.. ?G$@?z< z 1 O  i . N Z  ~D Z m!e;\%Ri  [ n #EFEREC-465-5APEREC013V019++  Z n #ERREC-465-5APEREC013V017)) Y n #EEREC-465-5APEREC013V017)) B n #RRLVA2$$$ A n #RRLVA1$$$ @ n #RRE4""" ? n #RRE3""" > n #RRE2""" = n #RRE1""" < n #RRCHN17%%% ; n #RRCHN16%%% : n #RRCHN15%%% 9 n #RRCHN14%%% 8 n #RRCHN13%%% 7 n #RRREC-1631((( 6A #ERA-25*LOG(FI)APENST806V01:,,; 4 n #EFRMODTESAPERR_010V016((  3 n #EFRDBL-TYP2APELUX201V018**  2 n #SOEMOD13FRTSSAPSRR_406V01:,,  1 n #EFEMODRESAPERR_007V016((  0 n #ERREC-1631((( / n #SRREC-1631((( .A #EEA-25*LOG(FI)APENST806V01:,,; - n #SWRNOTE 2 *((  , n #SWRHEMI GAZA+++  + n #SWENOTE 2(((  * n #SWENOTE 1(((  ) n #EWRTABLE-1)))  ( n #EWRTABLE 1)))  ' n #EWRNOTE 4(((  & n #EWRNOTE 2(((  % n #EWRNOTE 1(((  $ n #EWRATT.2'''  # n #EWR52$$$  "AABA#EWR  ! n #EWETABLE-1)))   n #EWETABLE 1)))   n #EWEREC-453)))   n #EWENOTE 1(((  @@BEWENDAPEND_099V012$$   n #EWEN-25LOG(FI)---   n #EWEATT.2'''   n #EWE52$$$  AABA#EWE   n #SORREC-580)))   n #SORREC-465)))   n #SORAP29&&&   n #SORAP28&&&   n #SOEREC-580)))   n #SOEREC-465)))   n #SOEAP8%%%   n #SOEAP29&&&   n #SOEAP28&&&   BAAA@EORREC-465APEREC003V017))  BAAA#EORREC-465APEREC003V017))   n #EORREC-391)))   n #EORCCIR-391-2,,,   n #EORCCIR 391-2,,,   n #EORAP30BAPERR_002V015''   n #EORAP30&&&   n #EORAP29APERR_001V014&&   n #EORAP28APERR_001V014&&   n #EOR2COS(FI)***   n #EOR14.5COSEXP9--- $l#K I d  ? Z  t ,  t n #EBEBO2063-0APEREC027V018**  sAABA@EEABCDPHI1APENST807V016(( r n #EBRAPENOR213V01APENOR213V01<..  q n #EFEREC-1855-RAPEREC024V01:,,  p n #EFRREC-1855-EAPEREC023V01:,,  o n #EFRREC-465-6-EAPEREC025V01;--  n n #EFEREC-465-6-RAPEREC026V01;--  m n #ERREC-465-6-EAPEREC025V019++ l n #EEREC-465-6-RAPEREC026V019++ k n #EEREC-1855-RAPEREC024V018** j n #ERREC-1855-EAPEREC023V018** i n #SER123FRAPSRR_402V014&& h n #ERREC BO.1900APEREC022V019++ g n #EEREC BO.1900 APEREC022V01:,, f n #EORAPEF__212V01APEF__212V01<..  e n #EOEAPEF__212V01APEF__212V01<..  d n #RRPOR1$$$ c n #RRMEX1$$$ b n #SRND-SPACEAPSND_499V016(( a n #SEND-SPACEAPSND_499V016(( ` n #ERND-EARTHAPEND_099V016(( _ n #EEND-EARTHAPEND_099V016(( ^ n #ERREC-580-6APEREC015V017)) ] n #EEREC-580-6APEREC015V017)) \ n #EFRREC-465-5APEREC013V019++ @@&2`p t x $ | ( , 0 ;XZf4Wf%G  cavPane ClosedRRAUS11---&$$" bavPane ClosedRRAUS10---&$$" aavPane ClosedRRAUS1,,,&$$" `avPane ClosedRRARG1,,,&$$" _avPane ClosedERREC-694APEREC005V01=//&$$" ^avPane ClosedEORREC-580APEREC004V01?11(&$" ]avPane ClosedERREC-509///&$$" \avPane ClosedEORREC-465APEREC003V01?11(&$" [avPane ClosedERREC-1295APERR_010V01>00&$$" ZavPane ClosedERREC-1213APERR_007V01>00&$$" YavPane ClosedERREC-1091000&$$" XavPane ClosedERR2TESAPERR_011V01;--&$$" WavPane ClosedERR13TESAPERR_009V01<..&$$" VavPane ClosedEORNDAPEND_099V01:,,(&$" UavPane ClosedERMODTESAPERR_010V01<..&$$" TavPane ClosedERMIX2APELUX205V01:,,&$$" SavPane ClosedERMIX1APELUX204V01:,,&$$" RavPane ClosedERDBL-TYP2APELUX201V01>00&$$" QavPane ClosedERDBL-TYP1APELUX201V01>00&$$" PavPane ClosedERBIFROST-TES3APENOR209V01B44&$$" OavPane ClosedERBIFROST-TES2APENOR208V01B44&$$" NavPane ClosedERBIFROST-TES1APENOR207V01B44&$$" MavPane ClosedEORAPENST803V01APENST803V01D66(&$" LavPane ClosedERAP8APERR_001V019++&$$" KavPane ClosedERAP7APERR_012V019++&$$" JBPane ClosedERAP30BAPERR_002V01;--&$$"; IAPane ClosedERAP30BAPERR_002V01;--&$$"; HPBPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; G8BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; F0BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; E$BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; D BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; CBPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; BBPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; ABPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; @ BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; ?BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; >BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; =BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; <BPane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; ;APane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; :APane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; 9APane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; 8APane ClosedERA-25*LOG(FI)APENST806V01B44&$$"; 7avPane ClosedERA-25*LOG(FI)APENST806V01B44&$$" 6AABA@sedERABCDphi1APENST807V01>00&$$" 5AABA@sedERABCDphi1APENST807V01>00&$$" 4AABA@sedERABCDphi1APENST807V01>00&$$" 3AAAB@sedERABCDphi1APENST807V01>00&$$" 2AABA@sedERABCDphi1APENST807V01>00&$$" &?}>B G  K O  S  X  ]e'j+p2w8DP\ avPane ClosedRRF23+++&$$" avPane ClosedRRF22+++&$$" avPane ClosedRRF21+++&$$" avPane ClosedRRF20+++&$$" avPane ClosedRRF19+++&$$" avPane ClosedRRF18+++&$$" avPane ClosedRRF17+++&$$" avPane ClosedRRF16+++&$$" avPane ClosedRRF15+++&$$" avPane ClosedRRF14+++&$$" avPane ClosedRRF13+++&$$" avPane ClosedRRF12+++&$$" avPane ClosedRRF10+++&$$" avPane ClosedRRD1***&$$" avPane ClosedRRCHN6,,,&$$" avPane ClosedRRCHN12---&$$" avPane ClosedRRCHN11---&$$" avPane ClosedRRCAN9,,,&$$" avPane ClosedRRCAN8,,,&$$" avPane ClosedRRCAN7,,,&$$" avPane ClosedRRCAN6,,,&$$" avPane ClosedRRCAN4,,,&$$" avPane ClosedRRCAN16---&$$" avPane ClosedRRCAN13---&$$" avPane ClosedRRCAN12---&$$" avPane ClosedRRCAN11---&$$" avPane ClosedRRCAN10---&$$" avPane ClosedRRBEL5,,,&$$" avPane ClosedRRBEL3,,,&$$" avPane ClosedRRBEL2,,,&$$" avPane ClosedRRBEL1,,,&$$" avPane ClosedRRAUS8,,,&$$" avPane ClosedRRAUS5,,,&$$" avPane ClosedRRAUS42---&$$" avPane ClosedRRAUS41---&$$" avPane ClosedRRAUS40---&$$" ~avPane ClosedRRAUS4,,,&$$" }avPane ClosedRRAUS37---&$$" |avPane ClosedRRAUS36---&$$" {avPane ClosedRRAUS35---&$$" zavPane ClosedRRAUS34---&$$" yavPane ClosedRRAUS33---&$$" xavPane ClosedRRAUS32---&$$" wavPane ClosedRRAUS31---&$$" vavPane ClosedRRAUS30---&$$" uavPane ClosedRRAUS29---&$$" tavPane ClosedRRAUS28---&$$" savPane ClosedRRAUS27---&$$" ravPane ClosedRRAUS26---&$$" qavPane ClosedRRAUS25---&$$" pavPane ClosedRRAUS23---&$$" oavPane ClosedRRAUS22---&$$" navPane ClosedRRAUS21---&$$" mavPane ClosedRRAUS20---&$$" lavPane ClosedRRAUS2,,,&$$" kavPane ClosedRRAUS19---&$$" javPane ClosedRRAUS18---&$$" iavPane ClosedRRAUS17---&$$" havPane ClosedRRAUS16---&$$" gavPane ClosedRRAUS15---&$$" favPane ClosedRRAUS14---&$$" eavPane ClosedRRAUS13---&$$" dav>L@RRAUS12XXX2--&$$"&@KW c & o 2 { >  L P  `$n0y;CH L PX avPane ClosedRRS6***&$$" avPane ClosedRRS22+++&$$" avPane ClosedRRS21+++&$$" avPane ClosedRRRUS9,,,&$$" avPane ClosedRRRUS8,,,&$$" avPane ClosedRRRUS7,,,&$$" avPane ClosedRRRUS6,,,&$$" avPane ClosedRRRUS17---&$$" avPane ClosedRRRUS16---&$$" avPane ClosedRRRUS15---&$$" avPane ClosedRRRUS14---&$$" avPane ClosedRRRUS13---&$$" avPane ClosedRRRUS12---&$$" avPane ClosedRRRUS11---&$$" avPane ClosedRRRUS10---&$$" avPane ClosedRRREC-509///&$$" avPane ClosedRRPOL4,,,&$$" avPane ClosedRRPOL3,,,&$$" avPane ClosedRRPOL2,,,&$$" avPane ClosedRRPOL1,,,&$$" avPane ClosedRRNOR5,,,&$$" avPane ClosedRRNOR2,,,&$$" avPane ClosedRRNOR1,,,&$$" avPane ClosedRRKOR1,,,&$$" avPane ClosedRRJ2***&$$" avPane ClosedRRJ12+++&$$" avPane ClosedRRIND5,,,&$$" avPane ClosedRRIND4,,,&$$" avPane ClosedRRIND1,,,&$$" avPane ClosedRRI8***&$$" avPane ClosedRRI7***&$$" avPane ClosedRRI6***&$$" avPane ClosedRRI5***&$$" avPane ClosedRRI4***&$$" avPane ClosedRRI3***&$$" avPane ClosedRRI2***&$$" avPane ClosedRRHOL72---&$$" avPane ClosedRRHOL71---&$$" avPane ClosedRRHOL70---&$$" avPane ClosedRRHOL69---&$$" avPane ClosedRRGRC2,,,&$$" avPane ClosedRRG9***&$$" avPane 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avPane ClosedSOENDAPEND_099V01:,,(&$" BBne ClosedSEA-B*LOG(FI)333&$$"{ BAne ClosedSEA-B*LOG(FI)333&$$"{ BAne ClosedSEA-B*LOG(FI)333&$$"{ AAne ClosedSEA-B*LOG(FI)333&$$"{ ffNAne ClosedSEA-B*LOG(FI)333&$$"{ ff@ne ClosedSEA-B*LOG(FI)333&$$"{ @ne ClosedSEA-B*LOG(FI)333&$$"{ avPane ClosedRRUSA95---&$$" avPane ClosedRRUSA9,,,&$$" avPane ClosedRRUSA8,,,&$$" avPane ClosedRRUSA7,,,&$$" avPane ClosedRRUSA68---&$$" avPane ClosedRRUSA67---&$$" avPane ClosedRRUSA66---&$$" avPane ClosedRRUSA65---&$$" avPane ClosedRRUSA64---&$$" avPane ClosedRRUSA63---&$$" avPane ClosedRRUSA62---&$$" avPane ClosedRRUSA61---&$$" avPane ClosedRRUSA60---&$$" avPane ClosedRRUSA6,,,&$$" avPane ClosedRRUSA5,,,&$$" avPane ClosedRRUSA42---&$$" avPane ClosedRRUSA40---&$$" avPane ClosedRRUSA39---&$$" avPane ClosedRRUSA38---&$$" avPane ClosedRRUSA37---&$$" avPane ClosedRRUSA36---&$$" avPane ClosedRRUSA35---&$$" avPane ClosedRRUSA34---&$$" avPane ClosedRRUSA33---&$$" avPane ClosedRRUSA32---&$$" avPane ClosedRRUSA29---&$$" avPane 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ClosedEEA-25*LOG(FI)APENST806V01B44&$$"; APane ClosedEEA-25*LOG(FI)APENST806V01B44&$$"; APane ClosedEEA-25*LOG(FI)APENST806V01B44&$$"; APane ClosedEEA-25*LOG(FI)APENST806V01B44&$$"; APane ClosedEEA-25*LOG(FI)APENST806V01B44&$$"; AAB B@sedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" AABAAsedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" AAAB@sedEEABCDphi1APENST807V01>00&$$" AABA@sedEEABCDphi1APENST807V01>00&$$" &1is$ 0 = M ] k  u#-7AKU_ is OavPane ClosedSCECB_TSS_SDNAcomposite@55(&$" NavPane ClosedSCECB_TSS_PORAcomposite@55(&$" MavPane ClosedSCECB_TSS_NZLAcomposite@55(&$" LavPane ClosedSCECB_TSS_MTNAcomposite@55(&$" KavPane ClosedSCECB_TSS_MLIBcomposite@55(&$" JavPane ClosedSCECB_TSS_MLAAcomposite@55(&$" IavPane ClosedSCECB_TSS_MAUAcomposite@55(&$" HavPane ClosedSCECB_TSS_LVAAcomposite@55(&$" GavPane 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ClosedSCRCB_RSS_SDNAcomposite@55(&$" favPane ClosedSCRCB_RSS_PORAcomposite@55(&$" eavPane ClosedSCRCB_RSS_PLMAcomposite@55(&$" davPane ClosedSCRCB_RSS_NZLAcomposite@55(&$" cavPane ClosedSCRCB_RSS_MTNAcomposite@55(&$" bavPane ClosedSCRCB_RSS_MRAAcomposite@55(&$" aavPane ClosedSCRCB_RSS_MLIAcomposite@55(&$" `avPane ClosedSCRCB_RSS_MLAAcomposite@55(&$" _avPane ClosedSCRCB_RSS_MAUAcomposite@55(&$" ^avPane ClosedSCRCB_RSS_LVAAcomposite@55(&$" ]avPane ClosedSCRCB_RSS_LTUAcomposite@55(&$" \avPane ClosedSCRCB_RSS_KIRAcomposite@55(&$" [avPane ClosedSCRCB_RSS_INDDcomposite@55(&$" ZavPane ClosedSCRCB_RSS_INDBcomposite@55(&$" YavPane ClosedSCRCB_RSS_INDAcomposite@55(&$" XavPane ClosedSCRCB_RSS_GUMAcomposite@55(&$" WavPane ClosedSCRCB_RSS_F__Ccomposite@55(&$" VavPane ClosedSCRCB_RSS_F__Bcomposite@55(&$" UavPane ClosedSCRCB_RSS_F__Acomposite@55(&$" TavPane ClosedSCRCB_RSS_E__Acomposite@55(&$" SavPane ClosedSCRCB_RSS_DNKAcomposite@55(&$" RavPane ClosedSCRCB_RSS_CODAcomposite@55(&$" QavPane 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APane ClosedEFRAPENST803V01APENST803V01D66(&$"? avPane ClosedEORAPENST803V01APENST803V01D66(&$"6&9^\ V  Z  B D   = u3V.8x9COZ ]avPane ClosedEEREC-580-6APEREC015V01?11&$$" \avPane ClosedEFRREC-465-5APEREC013V01A33(&$" [avPane ClosedEFEREC-465-5APEREC013V01A33(&$" ZavPane ClosedERREC-465-5APEREC013V01?11&$$" YavPane ClosedEEREC-465-5APEREC013V01?11&$$" BavPane Clowwww@RRLVA2,,,&$$" AavPane Clorq@RRLVA1,,,&$$" @avPane Clorq@RRE4***&$$" ?avPane Clorq@RRE3***&$$" >avPane Clorq@RRE2***&$$" =avPane Cloll@RRE1***&$$" <avPane Cloffff@RRCHN17---&$$" ;avPane Cloffff@RRCHN16---&$$" :avPane Cloffff@RRCHN15---&$$" 9avPane Cloffff@RRCHN14---&$$" 8avPane Cloa `@RRCHN13---&$$" 7avPane Clot@RRREC-1631000&$$" 6APane Clo(}'@ERA-25*LOG(FI)APENST806V01B44&$$"; 4avPane Clo @EFRMODTESAPERR_010V01>00(&$" 3avPane Clo> @EFRDBL-TYP2APELUX201V01@22(&$" 2avPane CloPO6@SOEMOD13FRTSSAPSRR_406V01B44(&$" 1avPane Clo986@EFEMODRESAPERR_007V01>00(&$" 0avPane CloW@ERREC-1631000&$$" /avPane Clo>V@SRREC-1631000&$$" .APane Clo@EEA-25*LOG(FI)APENST806V01B44&$$"; -avPane ClosedSWRNOTE 2 200(&$" ,avPane ClosedSWRHEMI GAZA333(&$" +avPane ClosedSWENOTE 2000(&$" *avPane ClosedSWENOTE 1000(&$" )avPane ClosedEWRTABLE-1111(&$" (avPane ClosedEWRTABLE 1111(&$" 'avPane ClosedEWRNOTE 4000(&$" &avPane ClosedEWRNOTE 2000(&$" %avPane ClosedEWRNOTE 1000(&$" $avPane ClosedEWRATT.2///(&$" #avPane ClosedEWR52,,,(&$" "AABAlosedEWR((((&$" !avPane ClosedEWETABLE-1111(&$" avPane ClosedEWETABLE 1111(&$" avPane ClosedEWEREC-453111(&$" avPane ClosedEWENOTE 1000(&$" @@BsedEWENDAPEND_099V01:,,(&$" avPane ClosedEWEN-25LOG(FI)555(&$" avPane ClosedEWEATT.2///(&$" avPane ClosedEWE52,,,(&$" AABAlosedEWE((((&$" avPane ClosedSORREC-580111(&$" avPane ClosedSORREC-465111(&$" avPane ClosedSORAP29...(&$" avPane ClosedSORAP28...(&$" avPane ClosedSOEREC-580111(&$" avPane ClosedSOEREC-465111(&$" avPane ClosedSOEAP8---(&$" avPane ClosedSOEAP29...(&$" avPane ClosedSOEAP28...(&$"  BAAA@sedEORREC-465APEREC003V01?11(&$" BAAAlosedEORREC-465APEREC003V01?11(&$" &_o1 G R [  ^ `   tavPane Clo8ӈ@EBEBO2063-0APEREC027V01@22(&$" sAABA@98lM@EEABCDPHI1APENST807V01>00&$$" ravPane Clo(}'/@@EBRAPENOR213V01APENOR213V01D66(&$" qavPane ClosedEFEREC-1855-RAPEREC024V01B44(&$" pavPane ClosedEFRREC-1855-EAPEREC023V01B44(&$" oavPane ClosedEFRREC-465-6-EAPEREC025V01C55(&$" navPane ClosedEFEREC-465-6-RAPEREC026V01C55(&$" mavPane ClosedERREC-465-6-EAPEREC025V01A33&$$" lavPane ClosedEEREC-465-6-RAPEREC026V01A33&$$" kavPane ClosedEEREC-1855-RAPEREC024V01@22&$$" javPane ClosedERREC-1855-EAPEREC023V01@22&$$" iavPane ClosedSER123FRAPSRR_402V01<..&$$" havPane Clo8 @ERREC BO.1900APEREC022V01A33&$$" gavPane Cloffff @EEREC BO.1900 APEREC022V01B44&$$" favPane Clo}'}@EORAPEF__212V01APEF__212V01D66(&$" eavPane Clowwww@EOEAPEF__212V01APEF__212V01D66(&$" davPane ClosedRRPOR1,,,&$$" cavPane ClosedRRMEX1,,,&$$" bavPane ClosedSRND-SPACEAPSND_499V01>00&$$" aavPane ClosedSEND-SPACEAPSND_499V01>00&$$" `avPane ClosedERND-EARTHAPEND_099V01>00&$$" _avPane ClosedEEND-EARTHAPEND_099V01>00&$$" ^avPane ClosedERREC-580-6APEREC015V01?11&$$" TY5@N  Y  Y  Y  Y  Y Y Y Y  Y Y   Y   Y  TY  pattern_idf_ant_typef_sub_typeemi_rcppattern coefa coefb coefc coefdphi1f_ant_newapl_name d_upd`r2`p t x $ | ( , 0 ;XZf4Wf%G  cavPane Clo8ӈ@RRAUS11---&$$" bavPane Clo8ӈ@RRAUS10---&$$" aavPane Clo8ӈ@RRAUS1,,,&$$" `avPane Clo8ӈ@RRARG1,,,&$$" _avPane Clo8ӈ@ERREC-694APEREC005V01=//&$$" ^avPane Clo8ӈ@EORREC-580APEREC004V01?11(&$" ]avPane Clo8ӈ@ERREC-509///&$$" \avPane Clo8ӈ@EORREC-465APEREC003V01?11(&$" [avPane Clo8ӈ@ERREC-1295APERR_010V01>00&$$" ZavPane Clo8ӈ@ERREC-1213APERR_007V01>00&$$" YavPane Clo8ӈ@ERREC-1091000&$$" XavPane Clo8ӈ@ERR2TESAPERR_011V01;--&$$" WavPane Clo8ӈ@ERR13TESAPERR_009V01<..&$$" VavPane Clo8ӈ@EORNDAPEND_099V01:,,(&$" UavPane Clo8ӈ@ERMODTESAPERR_010V01<..&$$" TavPane Clo8ӈ@ERMIX2APELUX205V01:,,&$$" SavPane Clo8ӈ@ERMIX1APELUX204V01:,,&$$" RavPane Clo8ӈ@ERDBL-TYP2APELUX201V01>00&$$" QavPane Clo8ӈ@ERDBL-TYP1APELUX201V01>00&$$" PavPane Clo8ӈ@ERBIFROST-TES3APENOR209V01B44&$$" OavPane Clo8ӈ@ERBIFROST-TES2APENOR208V01B44&$$" NavPane Clo8ӈ@ERBIFROST-TES1APENOR207V01B44&$$" MavPane Clo8ӈ@EORAPENST803V01APENST803V01D66(&$" LavPane Clo8ӈ@ERAP8APERR_001V019++&$$" KavPane Clo8ӈ@ERAP7APERR_012V019++&$$" JBPane Clo8ӈ@ERAP30BAPERR_002V01;--&$$"; IAPane Clo8ӈ@ERAP30BAPERR_002V01;--&$$"; HPBPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; G8BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; F0BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; E$BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; D BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; CBPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; BBPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; ABPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; @ BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; ?BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; >BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; =BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; <BPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; ;APane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; :APane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; 9APane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; 8APane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$"; 7avPane Clo8ӈ@ERA-25*LOG(FI)APENST806V01B44&$$" 6AABA@8ӈ@ERABCDphi1APENST807V01>00&$$" 5AABA@8ӈ@ERABCDphi1APENST807V01>00&$$" 4AABA@8ӈ@ERABCDphi1APENST807V01>00&$$" 3AAAB@8ӈ@ERABCDphi1APENST807V01>00&$$" 2AABA@8ӈ@ERABCDphi1APENST807V01>00&$$" ?}>B G  K O  S  X  ]e'j+p2w8DP\ avPane Clo8ӈ@RRF23+++&$$" avPane Clo8ӈ@RRF22+++&$$" avPane Clo8ӈ@RRF21+++&$$" avPane Clo8ӈ@RRF20+++&$$" avPane Clo8ӈ@RRF19+++&$$" avPane Clo8ӈ@RRF18+++&$$" avPane Clo8ӈ@RRF17+++&$$" avPane Clo8ӈ@RRF16+++&$$" avPane Clo8ӈ@RRF15+++&$$" avPane Clo8ӈ@RRF14+++&$$" avPane Clo8ӈ@RRF13+++&$$" avPane Clo8ӈ@RRF12+++&$$" avPane Clo8ӈ@RRF10+++&$$" avPane Clo8ӈ@RRD1***&$$" avPane Clo8ӈ@RRCHN6,,,&$$" avPane Clo8ӈ@RRCHN12---&$$" avPane Clo8ӈ@RRCHN11---&$$" avPane Clo8ӈ@RRCAN9,,,&$$" avPane Clo8ӈ@RRCAN8,,,&$$" avPane Clo8ӈ@RRCAN7,,,&$$" avPane Clo8ӈ@RRCAN6,,,&$$" avPane Clo8ӈ@RRCAN4,,,&$$" avPane Clo8ӈ@RRCAN16---&$$" avPane Clo8ӈ@RRCAN13---&$$" avPane Clo8ӈ@RRCAN12---&$$" avPane Clo8ӈ@RRCAN11---&$$" avPane Clo8ӈ@RRCAN10---&$$" avPane Clo8ӈ@RRBEL5,,,&$$" avPane Clo8ӈ@RRBEL3,,,&$$" avPane Clo8ӈ@RRBEL2,,,&$$" avPane Clo8ӈ@RRBEL1,,,&$$" avPane Clo8ӈ@RRAUS8,,,&$$" avPane Clo8ӈ@RRAUS5,,,&$$" avPane Clo8ӈ@RRAUS42---&$$" avPane Clo8ӈ@RRAUS41---&$$" avPane Clo8ӈ@RRAUS40---&$$" ~avPane Clo8ӈ@RRAUS4,,,&$$" }avPane Clo8ӈ@RRAUS37---&$$" |avPane Clo8ӈ@RRAUS36---&$$" {avPane Clo8ӈ@RRAUS35---&$$" zavPane Clo8ӈ@RRAUS34---&$$" yavPane Clo8ӈ@RRAUS33---&$$" xavPane Clo8ӈ@RRAUS32---&$$" wavPane Clo8ӈ@RRAUS31---&$$" vavPane Clo8ӈ@RRAUS30---&$$" uavPane Clo8ӈ@RRAUS29---&$$" tavPane Clo8ӈ@RRAUS28---&$$" savPane Clo8ӈ@RRAUS27---&$$" ravPane Clo8ӈ@RRAUS26---&$$" qavPane Clo8ӈ@RRAUS25---&$$" pavPane Clo8ӈ@RRAUS23---&$$" oavPane Clo8ӈ@RRAUS22---&$$" navPane Clo8ӈ@RRAUS21---&$$" mavPane Clo8ӈ@RRAUS20---&$$" lavPane Clo8ӈ@RRAUS2,,,&$$" kavPane Clo8ӈ@RRAUS19---&$$" javPane Clo8ӈ@RRAUS18---&$$" iavPane Clo8ӈ@RRAUS17---&$$" havPane Clo8ӈ@RRAUS16---&$$" gavPane Clo8ӈ@RRAUS15---&$$" favPane Clo8ӈ@RRAUS14---&$$" eavPane Clo8ӈ@RRAUS13---&$$" dav>L@RRAUS12XXX2--&$$"@KW c & o 2 { >  L P  `$n0y;CH L PX avPane Clo8ӈ@RRS6***&$$" avPane Clo8ӈ@RRS22+++&$$" avPane Clo8ӈ@RRS21+++&$$" avPane Clo8ӈ@RRRUS9,,,&$$" avPane Clo8ӈ@RRRUS8,,,&$$" avPane Clo8ӈ@RRRUS7,,,&$$" avPane Clo8ӈ@RRRUS6,,,&$$" avPane Clo8ӈ@RRRUS17---&$$" avPane Clo8ӈ@RRRUS16---&$$" avPane Clo8ӈ@RRRUS15---&$$" avPane Clo8ӈ@RRRUS14---&$$" avPane Clo8ӈ@RRRUS13---&$$" avPane Clo8ӈ@RRRUS12---&$$" avPane Clo8ӈ@RRRUS11---&$$" avPane Clo8ӈ@RRRUS10---&$$" avPane Clo8ӈ@RRREC-509///&$$" avPane Clo8ӈ@RRPOL4,,,&$$" avPane Clo8ӈ@RRPOL3,,,&$$" avPane Clo8ӈ@RRPOL2,,,&$$" avPane Clo8ӈ@RRPOL1,,,&$$" avPane Clo8ӈ@RRNOR5,,,&$$" avPane Clo8ӈ@RRNOR2,,,&$$" avPane Clo8ӈ@RRNOR1,,,&$$" avPane Clo8ӈ@RRKOR1,,,&$$" avPane Clo8ӈ@RRJ2***&$$" avPane Clo8ӈ@RRJ12+++&$$" avPane Clo8ӈ@RRIND5,,,&$$" avPane Clo8ӈ@RRIND4,,,&$$" avPane Clo8ӈ@RRIND1,,,&$$" avPane Clo8ӈ@RRI8***&$$" avPane Clo8ӈ@RRI7***&$$" avPane Clo8ӈ@RRI6***&$$" avPane Clo8ӈ@RRI5***&$$" avPane Clo8ӈ@RRI4***&$$" avPane Clo8ӈ@RRI3***&$$" avPane Clo8ӈ@RRI2***&$$" avPane Clo8ӈ@RRHOL72---&$$" avPane Clo8ӈ@RRHOL71---&$$" avPane Clo8ӈ@RRHOL70---&$$" avPane Clo8ӈ@RRHOL69---&$$" avPane Clo8ӈ@RRGRC2,,,&$$" avPane Clo8ӈ@RRG9***&$$" avPane Clo8ӈ@RRG8***&$$" avPane Clo8ӈ@RRG7***&$$" avPane Clo8ӈ@RRG56+++&$$" avPane Clo8ӈ@RRG55+++&$$" avPane Clo8ӈ@RRG54+++&$$" avPane Clo8ӈ@RRG53+++&$$" avPane Clo8ӈ@RRG33+++&$$" avPane Clo8ӈ@RRG32+++&$$" avPane Clo8ӈ@RRG31+++&$$" avPane Clo8ӈ@RRG30+++&$$" avPane Clo8ӈ@RRG23+++&$$" avPane Clo8ӈ@RRG22+++&$$" avPane Clo8ӈ@RRG21+++&$$" avPane Clo8ӈ@RRG20+++&$$" avPane Clo8ӈ@RRG17+++&$$" avPane Clo8ӈ@RRG16+++&$$" avPane Clo8ӈ@RRG10+++&$$" avPane Clo8ӈ@RRFIN1,,,&$$" avPane Clo8ӈ@RRF9***&$$" avPane Clo8ӈ@RRF6***&$$" avPane Clo8ӈ@RRF5***&$$" avPane Clo8ӈ@RRF24+++&$$"@<FJ  N  R  V  Z  ` ! d%h)o0aM~7h#T avPane Clo8ӈ@SRREC-1528000&$$" avPane Clo8ӈ@SORNDAPEND_099V01:,,(&$" BBne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ BAne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ AAne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ ffNAne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ @@ne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ ff@ne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ @ne Clo8ӈ@SRA-B*LOG(FI)333&$$"{ avPane Clo8ӈ@SORA-B*LOG(FI)555(&$" avPane Clo8ӈ@SEREC-672///&$$" avPane Clo8ӈ@SEREC-1528000&$$" avPane Clo8ӈ@SOENDAPEND_099V01:,,(&$" BBne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ BAne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ BAne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ AAne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ ffNAne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ ff@ne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ @ne Clo8ӈ@SEA-B*LOG(FI)333&$$"{ avPane Clo8ӈ@RRUSA95---&$$" avPane Clo8ӈ@RRUSA9,,,&$$" avPane Clo8ӈ@RRUSA8,,,&$$" avPane Clo8ӈ@RRUSA7,,,&$$" avPane Clo8ӈ@RRUSA68---&$$" avPane Clo8ӈ@RRUSA67---&$$" avPane Clo8ӈ@RRUSA66---&$$" avPane Clo8ӈ@RRUSA65---&$$" avPane Clo8ӈ@RRUSA64---&$$" avPane Clo8ӈ@RRUSA63---&$$" avPane Clo8ӈ@RRUSA62---&$$" avPane Clo8ӈ@RRUSA61---&$$" avPane Clo8ӈ@RRUSA60---&$$" avPane Clo8ӈ@RRUSA6,,,&$$" avPane Clo8ӈ@RRUSA5,,,&$$" avPane Clo8ӈ@RRUSA42---&$$" avPane Clo8ӈ@RRUSA40---&$$" avPane Clo8ӈ@RRUSA39---&$$" avPane Clo8ӈ@RRUSA38---&$$" avPane Clo8ӈ@RRUSA37---&$$" avPane Clo8ӈ@RRUSA36---&$$" avPane Clo8ӈ@RRUSA35---&$$" avPane Clo8ӈ@RRUSA34---&$$" avPane Clo8ӈ@RRUSA33---&$$" avPane Clo8ӈ@RRUSA32---&$$" avPane Clo8ӈ@RRUSA29---&$$" avPane Clo8ӈ@RRUSA26---&$$" avPane Clo8ӈ@RRUSA25---&$$" avPane Clo8ӈ@RRUSA24---&$$" avPane Clo8ӈ@RRUSA23---&$$" avPane Clo8ӈ@RRUSA22---&$$" avPane Clo8ӈ@RRUSA21---&$$" avPane Clo8ӈ@RRUSA20---&$$" avPane Clo8ӈ@RRUSA18---&$$" avPane Clo8ӈ@RRUSA17---&$$" avPane Clo8ӈ@RRUSA16---&$$" avPane Clo8ӈ@RRUSA13---&$$" avPane Clo8ӈ@RRUSA12---&$$" avPane Clo8ӈ@RRUSA10---&$$" avPane Clo8ӈ@RRS7***&$$"1`p  0 4 8 < @ DHSps9Ro. 1avPane Clo8ӈ@EEREC-694APEREC005V01=//&$$" 0avPane Clo8ӈ@EOEREC-580APEREC004V01?11(&$" /avPane Clo8ӈ@EEREC-509///&$$" .avPane Clo8ӈ@EOEREC-465APEREC003V01?11(&$" -avPane Clo8ӈ@EEREC-1213APERR_007V01>00&$$" ,avPane Clo8ӈ@EEREC-1091000&$$" +avPane Clo8ӈ@EER2RESAPERR_008V01;--&$$" *avPane Clo8ӈ@EER13RESAPERR_006V01<..&$$" )avPane Clo8ӈ@EOENDAPEND_099V01:,,(&$" (avPane Clo8ӈ@EEMODRESAPERR_007V01<..&$$" 'avPane Clo8ӈ@EEMIX2APELUX205V01:,,&$$" &avPane Clo8ӈ@EEMIX1APELUX204V01:,,&$$" %avPane Clo8ӈ@EEDBLTVROI0001APELUX203V01B44&$$" $avPane Clo8ӈ@EEDBLTVROC0001APELUX202V01B44&$$" #avPane Clo8ӈ@EEBIFROST-RESAPENOR210V01A33&$$" "avPane Clo8ӈ@EOEAPENST803V01APENST803V01D66(&$" !avPane Clo8ӈ@EEAP8APERR_001V019++&$$" avPane Clo8ӈ@EEAP7APERR_012V019++&$$" BPane Clo8ӈ@EEAP30BAPERR_002V01;--&$$"; APane Clo8ӈ@EEAP30BAPERR_002V01;--&$$"; PBPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; 8BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; 0BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; (BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; $BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$";  BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$";  BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; BPane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; APane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; APane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; APane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; APane Clo8ӈ@EEA-25*LOG(FI)APENST806V01B44&$$"; AAB B@8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" AABAA8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" AAAB@8ӈ@EEABCDphi1APENST807V01>00&$$" AABA@8ӈ@EEABCDphi1APENST807V01>00&$$" 1is$ 0 = M ] k  u#-7AKU_ is OavPane Clo8ӈ@SCECB_TSS_SDNAcomposite@55(&$" NavPane Clo8ӈ@SCECB_TSS_PORAcomposite@55(&$" MavPane Clo8ӈ@SCECB_TSS_NZLAcomposite@55(&$" LavPane Clo8ӈ@SCECB_TSS_MTNAcomposite@55(&$" KavPane Clo8ӈ@SCECB_TSS_MLIBcomposite@55(&$" JavPane Clo8ӈ@SCECB_TSS_MLAAcomposite@55(&$" IavPane Clo8ӈ@SCECB_TSS_MAUAcomposite@55(&$" HavPane Clo8ӈ@SCECB_TSS_LVAAcomposite@55(&$" GavPane Clo8ӈ@SCECB_TSS_LTUAcomposite@55(&$" FavPane Clo8ӈ@SCECB_TSS_LBYAcomposite@55(&$" EavPane Clo8ӈ@SCECB_TSS_KIRAcomposite@55(&$" DavPane Clo8ӈ@SCECB_TSS_INSBcomposite@55(&$" CavPane Clo8ӈ@SCECB_TSS_INSAcomposite@55(&$" BavPane Clo8ӈ@SCECB_TSS_INDDcomposite@55(&$" AavPane Clo8ӈ@SCECB_TSS_INDBcomposite@55(&$" @avPane Clo8ӈ@SCECB_TSS_INDAcomposite@55(&$" ?avPane Clo8ӈ@SCECB_TSS_F__Acomposite@55(&$" >avPane Clo8ӈ@SCECB_TSS_E__Acomposite@55(&$" =avPane Clo8ӈ@SCECB_TSS_DNKAcomposite@55(&$" <avPane Clo8ӈ@SCECB_TSS_CODAcomposite@55(&$" ;avPane Clo8ӈ@SCECB_TSS_CHNFcomposite@55(&$" :avPane Clo8ӈ@SCECB_TSS_CHNEcomposite@55(&$" 9avPane 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