Subject: [Sirgas-Mail] No.3903: IBGE SIRGAS combination report for week 2261 From: Nilton de Souza Ribas Junior From nobody Tue Jun 13 00:00:28 2023 Content-Type: multipart/alternative; boundary=”_000_862abc48bf9d423e872046206fcd99baibgegovbr_” --_000_862abc48bf9d423e872046206fcd99baibgegovbr_ Content-Type: text/plain; charset=”iso-8859-1” Content-Transfer-Encoding: quoted-printable RESULTS ---------------------------------------------------------------------------= ----------------------- 1)RESULT FILES ---------------------------------------------------------------------------= ----------------------- IBG2261S.SNX covariance matrix loosely constrained weekly combinatio= n ibg23P2261.snx covariance matrix constrained weekly combination IBG2261S.SUM summary of combination (text file) ibg23P2261.crd coordinates from week combination ---------------------------------------------------------------------------= ----------------------- 2)EQUIPMENT INCONSISTENCIES ---------------------------------------------------------------------------= ----------------------- Station PC Comments ---------------------------------------------------------------------------= ----------------------- ROSA 41632M001 GNA Rec. name: SEPT POLARX5 -> SEPT POLAR= X5S MUEC 42054M001 GNA Rec. name: TRIMBLE NETR9 -> TRIMBLE AL= LOY ---------------------------------------------------------------------------= ----------------------- 3)MISSING STATIONS ---------------------------------------------------------------------------= ----------------------- Station PC Comments ---------------------------------------------------------------------------= ----------------------- 2 DORA DGF 2 MZAC DGF 2 CBMB GNA 2 MZAC GNA 1 BSUC IBG 2 CBMB IBG 1 EMIB IBG 1 CART IGA 2 DORA IGA 1 PUS2 PER ---------------------------------------------------------------------------= ----------------------- 4)EXCLUDED STATIONS ---------------------------------------------------------------------------= ----------------------- Station PC Comments ---------------------------------------------------------------------------= ----------------------- EUR2 40153M002 GNA Large residuals in UP: 32.59 mm EUR2 40153M002 USC Large residuals in UP: 22.20 mm PALM 66005M002 GNA Large residuals in UP: 37.20 mm RWSN 41513M001 USC Large residuals in UP: 33.04 mm SG27 49508M001 GNA Large residuals in UP: 20.58 mm SG27 49508M001 USC Large residuals in UP: 23.97 mm UTQI 49508M002 USC Large residuals in UP: -29.03 mm ---------------------------------------------------------------------------= ----------------------- 5)STATISTICS OF COMBINATION Sol No. STATIONS Rms (mm)* Chi**2/DOF 1/(Chi**2/DOF) ---------------------------------------------------------------------------= ----------------------- CHL 89 1.49 0.55 1.818 CRI 55 1.63 0.67 1.493 DGF 211 1.53 0.59 1.695 ECU 86 1.59 0.63 1.587 GNA 205 5.30 7.03 0.142 IBG 186 1.56 0.61 1.639 IGA 75 1.56 0.61 1.639 INE 45 0.02 0.01 100.000 PER 74 2.35 1.38 0.725 URY 104 1.46 0.53 1.887 USC 194 0.88 0.19 5.263 ---------------------------------------------------------------------------= ----------------------- COMBINATION 447 1.41 0.50 ----- * A posteriori RMS of unit weight 6)RMS WITH RESPECT TO SOLUTION in mm ---------------------------------------------------------------------------= ----------------------- Solution. N E U --------------------------------------------------------------------------= ------------------------ IGS20 core stations (41) 0.91 0.98 1.68 All IGS stations (93) 1.46 1.36 5.13 LARGE Residuals in mm N E U ---------------------------------------------------------------------------= ------------------------ BAKE 40152M001 2.52 -2.36 23.17 CHUR 40128M002 2.26 -2.18 21.98 CORD 41511M001 0.77 -1.52 18.33 FAIR 40408M001 -2.55 -0.38 -17.41 FALK 80602M001 -4.30 -1.27 19.82 IQAL 40194M001 3.43 -2.80 16.77 NLIB 40465M001 1.11 -2.18 16.79 PALM 66005M002 -3.76 -1.83 26.93 VNDP 40420M007 -0.16 1.62 17.43 7)RMS WITH RESPECT TO IBG23P2260 SOLUTION in mm ---------------------------------------------------------------------------= ----------------------- Sol. N E U ---------------------------------------------------------------------------= ----------------------- All stations (442) 0.80 1.03 3.26 LARGE Residuals in mm N E U ---------------------------------------------------------------------------= ------------------------ HLFX 40120M001 -2.42 -1.04 -21.00 STJO 40101M001 -3.35 4.66 -31.00 ---------------------------------------------------------------------------= ----------------------- 8)HELMERT TRANSFORMATION PARAMETERS WITH RESPECT TO COMBINED SOLUTION ---------------------------------------------------------------------------= ----------------------- Translation (m) Rotation (”) Sol Rms (m) X Y Z X Y Z Scal= e (ppm) -------------------------------------------------------------------------= ---- CHL 0.00093 0.0032 0.0002 -0.0040 0.0001 0.0000 0.0001 0.0= 0007 CRI 0.00085 0.0015 -0.0022 -0.0033 0.0001 0.0001 0.0000 -0.0= 0007 DGF 0.00105 -0.0005 0.0003 0.0006 0.0000 0.0000 0.0000 0.0= 0002 ECU 0.00120 0.0007 0.0000 -0.0036 0.0001 0.0001 0.0000 0.0= 0042 GNA 0.00487 0.0012 -0.0027 -0.0038 0.0001 0.0000 0.0000 0.0= 0029 IBG 0.00181 -0.0017 -0.0049 -0.0030 0.0001 0.0001 -0.0001 -0.0= 0054 IGA 0.00072 0.0041 -0.0001 -0.0005 0.0000 0.0000 0.0002 -0.0= 0005 INE 0.00382 -0.0063 -0.0038 -0.0039 0.0001 -0.0001 -0.0002 0.0= 0008 PER 0.00408 0.0063 0.0072 -0.0090 0.0003 0.0002 0.0003 0.0= 0018 URY 0.00114 0.0119 0.0045 0.0036 0.0000 -0.0002 0.0004 0.0= 0014 USC 0.00448 -0.0010 -0.0007 -0.0020 0.0000 0.0000 -0.0001 -0.0= 0027 -------------------------------------------------------------------------= ------------------------- Att, [cid:image001.png@01D99CBA.E7212720] Nilton de Souza Ribas Junior Gerente de Geod=E9sia e Cartografia Superintend=EAncia Estadual da Bahia Tel: (71) 2105-8675 E-mail: nilton.junior@ibge.gov.br Miss=E3o: Retratar o Brasil com informa=E7=F5es necess=E1rias ao conhecimen= to de sua realidade e ao exerc=EDcio da cidadania. ________________________________ Esta mensagem =E9 reservada. Sua divulga=E7=E3o, distribui=E7=E3o, reprodu= =E7=E3o ou qualquer forma de uso =E9 proibida e depende de pr=E9via autoriz= a=E7=E3o desta Institui=E7=E3o. O remetente utiliza o correio eletr=F4nico = no exerc=EDcio do seu trabalho ou em raz=E3o dele, eximindo esta Institui= =E7=E3o de qualquer responsabilidade por utiliza=E7=E3o indevida. Se voc=EA= recebeu esta mensagem por engano, favor elimin=E1-la imediatamente. This message is reserved. Its disclosure, distribution, reproduction, or an= y other form of use is prohibited and shall depend upon previous proper aut= horization. The sender uses electronic mail in the exercise of his/her work= or by virtue thereof, and the Institution accepts no liability for its und= ue use. If you have received this e-mail by mistake, please delete it immed= iately. --_000_862abc48bf9d423e872046206fcd99baibgegovbr_ Content-Type: text/html; charset=”iso-8859-1” Content-Transfer-Encoding: quoted-printable

RESULTS

----------------------------------------------------------= ----------------------------------------

 

1)RESULT FILES

----------------------------------------------------------= ----------------------------------------

IBG2261S.SNX        cov= ariance matrix loosely constrained weekly combination

ibg23P2261.snx      covariance ma= trix constrained weekly combination

IBG2261S.SUM        sum= mary of combination (text file)

ibg23P2261.crd      coordinates f= rom week combination

 

----------------------------------------------------------= ----------------------------------------

 

2)EQUIPMENT INCONSISTENCIES

----------------------------------------------------------= ----------------------------------------

Station        &nb= sp;    PC        Comments=

----------------------------------------------------------= ----------------------------------------

ROSA  41632M001     GNA &nbs= p;     Rec. name: SEPT POLARX5    &= nbsp;    -> SEPT POLARX5S  

MUEC  42054M001     GNA &nbs= p;     Rec. name: TRIMBLE NETR9    =     -> TRIMBLE ALLOY      

         &nbs= p;            &= nbsp;           &nbs= p;   

----------------------------------------------------------= ----------------------------------------

 

3)MISSING STATIONS

----------------------------------------------------------= ----------------------------------------

Station        PC =          Comments=

----------------------------------------------------------= ----------------------------------------

2 DORA       DGF<= /span>

2 MZAC       DGF<= /span>

2 CBMB       GNA<= /span>

2 MZAC       GNA<= /span>

1 BSUC       IBG<= /span>

2 CBMB       IBG<= /span>

1 EMIB       IBG<= /span>

1 CART       IGA<= /span>

2 DORA       IGA<= /span>

1 PUS2       PER<= /span>

 

----------------------------------------------------------= ----------------------------------------

 

4)EXCLUDED STATIONS

----------------------------------------------------------= ----------------------------------------

Station        &nb= sp;    PC        Comments=

----------------------------------------------------------= ----------------------------------------

EUR2 40153M002      GNA &nbs= p;     Large residuals in UP:  32.59 mm=

EUR2 40153M002      USC &nbs= p;     Large residuals in UP:  22.20 mm=

PALM 66005M002      GNA &nbs= p;     Large residuals in UP:  37.20 mm=

RWSN 41513M001      USC &nbs= p;     Large residuals in UP:  33.04 mm=

SG27 49508M001      GNA &nbs= p;     Large residuals in UP:  20.58 mm=

SG27 49508M001      USC &nbs= p;     Large residuals in UP:  23.97 mm=

UTQI 49508M002      USC &nbs= p;     Large residuals in UP: -29.03 mm

 

----------------------------------------------------------= ----------------------------------------

5)STATISTICS OF COMBINATION

Sol   No. STATIONS  Rms (mm)*  Chi**2/= DOF  1/(Chi**2/DOF)

----------------------------------------------------------= ----------------------------------------

CHL          = 89       1.49     &n= bsp;       0.55     =     1.818

 CRI        &= nbsp; 55       1.63    &n= bsp;        0.67    =      1.493

 DGF         = 211       1.53     &= nbsp;       0.59     = ;    1.695

 ECU        &= nbsp; 86       1.59    &n= bsp;        0.63    =      1.587

 GNA         = 205       5.30     &= nbsp;       7.03     = ;    0.142

 IBG         = 186       1.56     &= nbsp;       0.61     = ;    1.639

 IGA        &= nbsp; 75       1.56    &n= bsp;        0.61    =      1.639

 INE        &= nbsp; 45       0.02    &n= bsp;        0.01    =    100.000

 PER        &= nbsp; 74       2.35    &n= bsp;        1.38    =      0.725

 URY         = 104       1.46     &= nbsp;       0.53     = ;    1.887

 USC         = 194       0.88     &= nbsp;       0.19     = ;    5.263

----------------------------------------------------------= ----------------------------------------

COMBINATION  447       = 1.41         0.50   =       -----

 

*  A posteriori RMS of unit weight<= /p>

 

6)RMS WITH RESPECT TO  SOLUTION in mm

----------------------------------------------------------= ----------------------------------------

Solution.        &= nbsp;         N   &n= bsp;     E       &nb= sp; U

 ----------------------------------------------------= ----------------------------------------------

IGS20 core stations  (41) 0.91    = ;  0.98      1.68

All IGS stations     (93) 1.46 &n= bsp;    1.36      5.13

 

LARGE Residuals in mm N E U

----------------------------------------------------------= -----------------------------------------

BAKE 40152M001       &n= bsp;        2.52    = -2.36     23.17

CHUR 40128M002       &n= bsp;        2.26    = -2.18     21.98

CORD 41511M001       &n= bsp;        0.77    = -1.52     18.33

FAIR 40408M001       &n= bsp;       -2.55     -0.3= 8    -17.41

FALK 80602M001       &n= bsp;       -4.30     -1.2= 7     19.82

IQAL 40194M001       &n= bsp;        3.43    = -2.80     16.77

NLIB 40465M001       &n= bsp;        1.11    = -2.18     16.79

PALM 66005M002       &n= bsp;       -3.76     -1.8= 3     26.93

VNDP 40420M007       &n= bsp;       -0.16     = ; 1.62     17.43

 

 

7)RMS WITH RESPECT TO IBG23P2260 SOLUTION in mm=

----------------------------------------------------------= ----------------------------------------

Sol.         =             &nb= sp;  N         E  &n= bsp;      U

----------------------------------------------------------= ----------------------------------------

All stations       &nbs= p; (442) 0.80      1.03    &nb= sp; 3.26

 

LARGE Residuals in mm N E U

----------------------------------------------------------= -----------------------------------------

HLFX 40120M001       &n= bsp;       -2.42     -1.0= 4    -21.00

STJO 40101M001        &= nbsp;      -3.35     = ; 4.66    -31.00

 

----------------------------------------------------------= ----------------------------------------

8)HELMERT TRANSFORMATION PARAMETERS WITH RESPECT TO COMBIN= ED SOLUTION

----------------------------------------------------------= ----------------------------------------

         &nbs= p;          Translation (m)&nb= sp;            Rotat= ion (")

 

   Sol   Rms  (m)  &nbs= p;   X       Y   &nb= sp;   Z         X &n= bsp;     Y       Z &= nbsp;   Scale (ppm)

  ---------------------------------------------------= --------------------------

   CHL   0.00093    0.0= 032  0.0002 -0.0040    0.0001  0.0000  0.0001=     0.00007

   CRI   0.00085    0.0= 015 -0.0022 -0.0033    0.0001  0.0001  0.0000 = ;  -0.00007

   DGF   0.00105   -0.0005&n= bsp; 0.0003  0.0006    0.0000  0.0000  0.0000=     0.00002

   ECU   0.00120    0.0= 007  0.0000 -0.0036    0.0001  0.0001  0.0000=     0.00042

   GNA   0.00487    0.0= 012 -0.0027 -0.0038    0.0001  0.0000  0.0000 = ;   0.00029

   IBG   0.00181   -0.0017 -= 0.0049 -0.0030    0.0001  0.0001 -0.0001   -0= .00054

   IGA   0.00072    0.0= 041 -0.0001 -0.0005    0.0000  0.0000  0.0002 = ;  -0.00005

   INE   0.00382   -0.0063 -= 0.0038 -0.0039    0.0001 -0.0001 -0.0002    0= .00008

   PER   0.00408    0.0= 063  0.0072 -0.0090    0.0003  0.0002  0.0003=     0.00018

   URY   0.00114    0.0= 119  0.0045  0.0036    0.0000 -0.0002  0.0004=     0.00014

   USC   0.00448   -0.0010 -= 0.0007 -0.0020    0.0000  0.0000 -0.0001   -0= .00027

 

  ----------------------------------------------= ----------------------------------------------------

 

Att,

 

  

Nilton de Souza Ribas Junior
Gerente de Geod=E9sia e Cartografia
Superintend=EAncia Estadual da Bahia
Tel: (71) 2105-8675
E-mail: nilton.juni= or@ibge.gov.br

Miss=E3o= : Retratar o Brasil com informa=E7=F5es necess=E1rias ao conhecimento de sua realidad= e e ao exerc=EDcio da cidadania.

 

= Esta mensagem =E9 reservada. Sua divulga=E7=E3o, distribui=E7=E3o, repr= odu=E7=E3o ou qualquer forma de uso =E9 proibida e depende de pr=E9via autoriza=E7=E3o desta Institui=E7=E3o. O remetente utiliza o c= orreio eletr=F4nico no exerc=EDcio do seu trabalho ou em raz=E3o dele, exim= indo esta Institui=E7=E3o de qualquer responsabilidade por utiliza=E7=E3o i= ndevida. Se voc=EA recebeu esta mensagem por engano, favor elimin=E1-la imediatamente.

=
This message is reserved. Its disclosure, distribution, reproduction, or an= y other form of use is prohibited and shall depend upon previous proper aut= horization. The sender uses electronic mail in the exercise of his/her work= or by virtue thereof, and the Institution accepts no liability for its undue use. If you have received this e-mail b= y mistake, please delete it immediately.

--_000_862abc48bf9d423e872046206fcd99baibgegovbr_--PNG  IHDRR9 IDATxy]u´[k}AiB F`06;StSSTT+IUJ:vL<8clF1 bFB BBhps^k´!i}}g^{5l$w$IOx: O´!<$´<tNBxIOx: O´!<$´PS M?sHWfjL ::3 Euuk4u(qma`: TyiN& GlfOk&o(Ct03n8GtM<9A~{qJmeWGjHzvN?:6ys>|e/rtqbuTxw?tW)qohvoa32f!50.!4ztX%~37`1,?eNkbG))3z_9B;VM6=xc>cW!`j5leK%fP_~Cx3G16G?Y_U3 DWkUqT| HgQ8*5´ Rf;s 5&:5W#KP)(C{RRIN `DMsv1JH@d 1Hh$$(p0 j`W”4R)J8HM0=-fKDrJgQR”L l$fVn}XjEdEevbe/fY 2d/YY0AHL3*Qe5WGAgXHIsP#5nLlYs]89BM<82%Qv> HZX[yN;e|g>q3cK#!&aG9UUeYf3afh3{E D;< X wCoJ %f;5Q=vg{ZeV9OL] f@14:: =BILAuvl@#.dBLe_mlH@I<Px&F/CW&7u.M0c&1Un?$ p1TIYIzD>0eCZ$V%y2q&AER}o<~_T2.z~5zg2n74uSO7Y zm8GD(#^:Q”%5&D5C;v2y_<*AL]U(d9r &nlbb /=kA(7w,*R` sB;vU}P eLUmT1H{I=,3E%H. 6ok^jGam_u(”F|cgy @k5 f0{af”: UU0{6PR$09Q]YIt%_,0I M@$5x3*vWl0&bg_,+E) 1sh-@ wXnTr?M?´x7>D){1V505´?54UI;<:/|7^;ohq2|w2zno s+)o:Ud-hy4Q|5HFU,”_cZ1O´`9 2in_9v/%&bLYVT)f Y3cvDN´4P)x *!eY:g>evj 56UT~Sl´q(8S/X~& ~x0W }p32Ms7 68ys~h4o%42MKU,1B,W .RK_7zUrSA3<~}E$<{V16rkxw,=u(C^Wm1 ; WE`PdL}7QV%_#1g´$”g $j9#C^pIW=thpnxxsw&.´”A@U;DR pLT45[UwNl4JQ,] j {vn?(!10{g^UX |m2 .p@m”B2 a6W1Vyn Y hph´ dQe%=8g=}WC8}8+e X2G),ip83K<. gDrt/z* F7nRj= !$)_w-UoCJjHqp*%1 ` DD([o,gs{Oq[}rrLfddh3XhH*gWUF3,o%jDj. fpB~LfAq@F 5kA0]1rff$ i :$LZYJDd pV[qTV)S^W]~ l@R S%ct:edY$0?<_edd^v 1”+ 09XdWFrf3_vhVCQ)`Fz^^VSl8WzFJMYYDFRVO<&&@df1SFqpp0La};v9>~hb`w*ut+sn>}ZDK=k~YSvIYcF*RF#Mb+}?ss^gn!9%Ip@@S;O[Bc=lNLUTf8´c^ HR  Nk.X}lm-Ks>We&ofQ#0Ad) UWY4|ecfn4lD$” u VEcR´,bO88U2jp<}S7~#<0cS!D1RJEH Y>,2_1&:xiVSU2=)3,?0 5W)**&T @A@JdLM.}E$” 0`O,NR B D>:;n> a]1q0s:,K90^Y=n~ V?11yg6oXs-rMScRTTsIlC+xx 93U^L%f,U-w~sPV ~r/s !<>T{xj*a]t.6mFBsQ>v,]I@*wr?FDVyJsgTG1# ln[afdf8&/7HPhw:_|/;gyv=YF_bE`r”*L5)%IQ,# q+;tEr~E>.D{YFe´-{ ,>~g69(|# Hd{hl”crQ(J})J+d+D_?y`2(#p, 0y7}|N*k.=F2N”zSC%hc8GclWFbd`UfoI$dX g|?´GL3-{zpu,(M/? 0U{A(3NkgeJ ^}>lEf6n”`0ax)Jm/?,”8[T”ju;v!6U@sG3sY8/<]#Ny9_dp x~W^Ka6XMP DvDf, ”tuKua[e LI*JIn4bMRD T%||W:(3iTQbSW7@3j3BPVxdUI l :c(UCn#Cp9D%WYakP.´0P/L7m~c”aZ HG,43v x.]:D_+:x;#1VJ ,[  #:4nDxj]2,j=Rg^~ YnDLDdLfBD{”´3s_X5+!j$2Joc,|wcO}E2[D`R5#W=8+s)Ug? Yd~1u~#`@%!Lw S3/|psZd”v`”(IgCPKC4@e@ ”OZA#xV;X1 3j´@)QR2gfeUECL%I8?o,URy}l;59eVk6,]?1)sL. <7jDj mnkw: I1n:g@a_lU$3{`}@>v `2~Ch))K* R#22”8` MIMER Ia$ -:O> n *}c& L8ai/;}.jeXYC^E5l@f@lao.:&uiK)XQlgn_ &nfH9wI3x0YUeWgj|A23E#vjozm[UU `$bJV02sIDAT$ yQafjx8w0cff”HE<  ?;R=Hl3mO)R9CSTHb v[ee/KoT01,eVfb8NZ:R@R+;b,ae”2=j=S5k]H ,#e2GBFb$f e L-2:q@iybzu yahN@Rneog*33T6NP%JmP w+CH pYu<6U ~SoR*2{GD;58XY9tz>_s;Ou1e*fDF|s7wvJy6 4 2”TeL5KS_p6;;Ud$2,uL3 R”|v*Ui)Fm>j{ n´&;Ua9$X<3+l6#v .IUYL$fYVU=i<08K3VTU%%`fe#j!53Rbltsqa$I{^Xq% -ozjx5>:,eKN=eiNY4g5788l_PtHDCUU,2”- ~7uQ&V;)DfQO1%&j #0!F8>e F %N %s8c%%}mLuCJ@`MR||Js?NAS FPI5X;`x*zRE*/`c#nCS? HsI`!Porfs{]@fj@QRkx>ZLAL!”jx`K UU/dLFlX `bpp$ Du:4%jq= `*pL :EAG@9S#CRv*1J #F4!b#0`3vc[K1p”Ac* T$I1)4e1´ ~V/1U.^=) f)#h]7w D %9&”.:?kko3s*f1{z”bmUw?408Sb”Vq9$chh3^s?j.s1´fT`BDbj> J#C<#?pDdfsfJ@ TTg~,Ux7|QdQq”6#F,:phAAe:(%)C bPD3wh{ ^|9vTg{UyI5;U(&v`WT6s2Q8^ac-,*P 97}}-g#CT”mmvyu>x1Sa{ ^zicwMqP5{+w?qkp+x7n#;v%}n9/[|[ox?R4oz`4-oWn}y f)^EO?rwnz{>9gA3y|ksuM&`=~ _~W^yo[[|e(vn5tWn~8=_w:mr-oeYv_1X%ghYc`=w88y5}QW´;^_mc<:dtC_pW_o({?P]?>wK^-#*EO#k^yk /3y,?mi=)~9/S/ps~/X=Rt0LPTXVI| ?Gw He j5g!2M1:0>ppS?mW B_|Z7>zum_T #6J2}{5fY`X#C#,n3{xxxxrl|y.KkY/tJS|cd9 U]0;J5w]qp2+=3Q*W^d,@>/71I5}x)YE9o};EQ !?wU5k]~CMGL%NB XOZ<<%X”2)3@R1”23))SGp7U331 PJhfJ.**LaYV/4mQeR!SWX?_8GjITD9”CPG_wHIFp81”Ns 3#h0i`e D37:j ITkm-2-j: sDm 9Ge=j %%”cPXH)IVEPv{yh!cHvP29XW%rS^c0au_G!hz T?HLkk @oZC*T#VzCD {5 2U”$wzou,v´5EQ zi0Y6i*Sa%9wwOQTsXzW,u#$wI}M_A´!<$´<tNBxIOx: O´!<$´<tNBxIOxs3IENDB`PNG  IHDRRm)IDAT=QF;6 y ?^ldZ;jT<SH|rUV/gGmO: o”6@SOrBZk)|$/@va+IENDB`