yIpyIr<K_Tn^T^;FZ;NZROZRkyig=c:=R:=R:Dj:@:?b:?J<HJ;DJ;Dj<LJ<HJ<Tj<TJ=Tj<T:IR<Kb;IR<Ib;GB<QB<Mb<Ob<OJ=\\j?lj?dJ@`J?dZyYU@J;DZ<j<Hj;PJ?XJ=XJ?dJ?d::::::::vy:U>KJKIJnIj:@[<F\\;VZKFZyaRwj:FZ?FZ;FZ;>:<:B<Eb;IR<OB;Ab:=ryCPj<[;VZ=VZ<NZ@^ZCvZ?F[FV;=b:AB;PJ=XJ>@k>DkC@L?DlR@oEMWDdkZXoD`kKDmV\\ouLuTUkU\\mjPqSIwEHM[@Qu\\KLTM]DOs@rBIsLTlM\\LWHNkPP<QREQv\\XN^TOmXPvPsJAuZyY\\_];F:?r:=R:=J:<J::HJ<Dj<Tj=@J>xY\\wbKF:=r:?r:CR;Mr;?r:IR;R:?jBLj<DkJ@M=@nb@qCDlj@rRYjSPMcDqBATSAVDHLSTM[@WrEsjMMkDrDTkELLdHQ[IncDWkAyyegFVZ;b:]r:]B:ykiQX;@RZ<Tb\\LDdj<Dj:?NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Fbailoop=igaafIIfnprB_d?h_JYZ:ok;wdyNmyvtYOfTpn\\O^tFpTHoFpvtg_qh`IIcT@dDWpbP_L_mbNcUOeNHcX>v;vvwqi=qdyGfPiiCGbuqfQ@a]ijeo]EaoS>cnGuavjEG^_^rcfp[FcD^]^pxfXZ;q]=awofZpWwqpanp^\\hvqV^QHyqQoOWjlFj:?NK;>bZDDf[JowqPtYIuhOtqG_VhwIp`Uqfb`eh@uXvclFskwmegbrxrJ`xqWcdWewOxLpo<yb]>q=vrn@d]wYWwm[wQexLitylxpyqU<NwmxwQjxMoTyQyuveIYtxJQyVR;:::HkgMtuUoPhKoYxKaSMLUnutGMXvQwYak^yU;dn?MS>AxmuOwimaXyK=vtLVuUQXASmANlyKO`jb<NJQrwYpoiPJiSJexb\\tHDmRplLlvP`YmpsGYujinxMv\\lyHXLnEKgtrmQRfEyHQYDeX_hQBmm:YX?yJmaWwiWnTLneMDep=lN@Yn^DuwuqgXTmlXQXqw]r?]YWxNjayPXnsDVpaQadY_MQD>^sWZIqZ<@gJA_[niWntQIbmncfx`XGlPhy`VsTisgo^:Wi_>i?_yPvqDNuhvZqxjEpugWonPiYhmwqenW\\<Gj:?nJ?_NR;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ONlkAqQ;@RZ<TvyNVMVUIVwlq]EW=ITUYtI`osmX_@nbXlAeX<DWKTPkHlXqrdHo\\HmSlmJeJRtrTemAdtvqvLmx<Xrb`rNDx\\eyh@wQuJhXODDTCXXj@o>pPXPjs`VqaNX<qcPVuXkWqKQIwndxGyuVTWKdmaHUYxm=pJKqXmawVuOMmpyXJ_HU_EPxluWpYRmVWHYdiK]Ly==OpeqJxrEEMpxwNLRhmRy@wnPq?PPZeX[aOQdu>lx?PX_xn:Pn^@NYlO;QQWpkAYoOIwdatOMwUMNkatIMPm@qH\\ynYxPtvYMuWuq?aO]trFIxXmO\\HW`hqmTsmhuXtWVHoupwYmrSPPgTOgypsAt`yVQUYsmLu\\K_QYxtOiQW_@QLDS>]xilmsTXSim]XLVYtXHSlpUXeXM]l>iRtxvVpYXXXrex=MuxPtcmXGxNiDpqPOIptYlty=j_yk?eoGAodqmiuxo<qulj]`nqEkQXS``Ttmv_UlhlOrDvj\\JL`JCeN>lx@PRD@tKhW^En]<uATNhMuguneATMiurIVDDQMILPiyKxvYyxEUSpiUIQyWupdeocynHPosutmlmRxKglqRpwA]L=iWUHxUiJ]XRkpr\\hUiunZ@SW=rOUt[TLRlPVYXLTYSyWL<MbYL:=S_\\R:`T_tmtPxGUrjIqhHqRlKTXycxKPYyaayAXpgUQoMQU\\QohTAuUwYtEqwH@Wymn_YLepuS]LDdj<ZJ?_N:<dkgbPYpnqphY`pIrvgygahKNj;@bZDWyGtSty<npXox=uO\\Yhdl@HvmaSUaMM]u`HxbHmGdrJdWPTmNYkGltUMO;\\O@IV_PqeaJY<nL\\jbHyu=OnhPnhYvMY;eyjuxA<otYVjdqmernTkF=psdSqxVAMXEUvhHrNdPqiOBpStHvv`wQpTTQJXuUbLr=HKgEKD@sZtrXpK@HWgPqEDwYTWXhwr\\WHiOApqrTVsXuShLXTKehwBtlyLrJUl[ppLePcDr;@RhDqLaqrTxxLUCXyMyscpYcexuMtQxtWMmdmlOikyw^RVaSWdPpn]OvJO^DIfJvv@ig_Haknp=ps>npoxhO^oqYiI_^JGfw>]dy`QY\\hpboihGfejfxqI]KiycVtC?cFW^vwpjVymF]Uok`N`^i_K_^gvx^iiWVcgvnoppJ@imay_ijWYtI_oahdgygeaoHpmuYsWpkRigPophAxl^gtVsHxrGn^fW[Lgtnqj_F_y`]lXxGii_^]fpkAQlKPsr?nBQiA_tAqhsv__H]M`xqQq^?etapHyunyu]Hbi?\\<Hk=YrAIlg^aGYc<Oby`_CWxY?moiiX`dKveONwsitAXoH^xoxZGoxWatiNcpIrZ_r`YaYV\\@Y`AOf>OijYjc^cp>uk?yiqoFwqKg^:QlN@nr@l>HimIbmpoDPqYptpfw;hfRxrQgcmNp?icOprHh]b@`hn`HYwuH_hy[QVu>Hw;wbioj]yg>@^gf^wouZO\\JVfANwWntypoxWwoVcOFwcwornmGHgpvlGOyv^_<xveWbHpeunmw?qdhhOqrLHvo_xpvpv_`_f[ppjMysd^abX`AwbxXqThvSxYiVucWWMdgqXBOeSsHuisHehuMySOFoIuE[RUWiHMVlaTRKtRIXT=E_=WMgYBChh_FJ;CdCVWqhYSYiCceeG@wDbYy<GuPAFkcsaCRkYe>=grkeRUSFAx_Iv`KuITmhUqOdxvLWJ=uDeMoiWp\\uraj>pkZAlSuV@iK=exG\\u`Xt?XTcpXVyVZQQ?PwrLOmPX`ER>yQ_]JxDq>URKxnRpK?xxppPB=swDKTMtL<`Q`hDf:>NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZdKKe`qDooYmofikvXqvnqgawSSmGweeQ]wCwc^GFOwGrOT@KR;Mu;cw=iBg=vsuyPyQgimUpOFqV?EXXYqdhVYHQIuUadOTpUPYUNusHPnVITX\\uNmskevRtvW`UOYNTdxZTtnDQaXNLemv`TBdolmOkYseqtCTWIQXrDKdMuPQtOXUTAYkYlpmKNMwrhpSeYAMOhtTdyVe]ROuMwAqYLRLitbdw@ML`XWmpWnyrNMobMoweT`YPiytntYxMqSdL_]ocmpviYEqSmyjOQUHinb@LyijDMlvaY]eo^UPglqAejlPvwuMaQn\\\\tfQQeqPwhpbXkppYoXL?IlauuImQ[pnQ`PUivuyY:XpXIMmxXdaUHHkYTpmPsbpXMQphpWUxXTXKmdswhkcXy;dSMpVnhSr<kjtuK\\UsuSCaorLWUEKgMoQMMTAthYV:@y^mksQOTiKuVhy@wn`x`IhSxvFpb\\W`Iisy_hWaxun`UXtdQo?Y`DIaaW`C`m\\_aTpaVyaSg[q_siP]YHlZwlmifIHoJYtfohE^efVr:Hj[qpPxsvf^YYZsP[jWivgbkwrdxbjHwuG_qHwf@e``vkgccpsvoftWymPtYvmoiathuqg[@wnKabKy\\]W\\RHwFOhBxkCnr\\_iaAuB@m@gnYAhEAktXfqi^jvviOgLy[cNey_vbhi\\Pqe_lUiqIg[jWvgnc]xbqOtT_mIwrGieC`oS`lvGpS^uVNm^WauP`L^ye_jsVcc?why^Hhrp^pX`vp?j:>vsuDYIb]gGuE?ax>YD[IxEyuaoUcqh`oXgyEgExVirFsFkSHMAecsSFshmqILqhGSiHsvTCC`kXsWYr[eUqC]svfksiOtPUwPmFCCsWUsSmwoqUJSYSIChgy^OIceR=gssoWuuCa_hKME\\oIgaD\\mvwiuKgwYmHnSYyyVuYBUiS<yVLaCAkwdOWXCdYaWr]Bxae_miwqFguxBmhi_vJ_XMACgkEUcs:ivDCG[AfEMICYfQAttAbo]txIbsCGVcFZEBXGWtogTiYYstqygI]Tq]RryrsiStUu\\=upqYI;W]Wc^svKsumotcGxSsI\\MI=qfPGIs;GNK[?ZZDD:;grQVeIUtUEqIUu?VxqipKyBEb:=^cyiJImxAjTyouAfQ?xr`dUVfVqyRhuovpgOi?PnpIcgprUxlZyte__Co_aHqgVadV]fH^^OhsFZHOZAW^SiwNN]>^xeOachwE`nxX]gXijNw_vhrHg_py@^fi_[dvv_?mtiuL`ungrOHZG?`LatUAskVuLWaAp[AvcAftVvjEItaqt`yxeFwdVgX?VEhSkXpSXvSifYi@]hVSebCdOyTh?XVcGHeF:_di?h^IdACDnuTaSCUUVswR_WGu]ScODEGwrIrHOfQOtXQVYiIDKfuAYuAyaIUw[tRWw[qiwaxUItdaehqifwGckeoID]mgVmgjudhYy;ybWkTVKxYOtLQUu=duad>oRXeGg?I>CgaselITaIrcEgwwwQiULMYTUHqUswWdekC`Qh`uGQUcWQsjEShSuPid]]R;YEBaFpQY^Ab=MGIoid[u]_wZACtquuIDwixFIwrEtEkg[WYSgg>cGckWbMfG?TJ]lCXVIXP?mja\\ugYxKivYqWkep\\ITvdmo`tgdMdim\\@X\\mWqDRgLpRiqV]Y_IkdTlC@KlIUI<NrHk_iP>\\QVlOqeLJmuXMkVeowUQiULWqpmMnTyqMlVUIxCDkVIn?=SiqtqYn;My[AL@hwlXmDXVDDL^PQ;eYDevdlWbxsgHYC<N\\tOIiUl`xb=tWyReqkLQyKUwHhNcmjAuJIURpXU@TOqmXnDUEeVhIn`eMFAYLaLodOEhV`]uXPNUPO[muc]V`tvAisL\\WQqYTIQt`OyDVtIOg@YHERyXsi=Qn`OeTTm<OQUq_itEUL;aS[lQVlXVMLCIvo<QILXSYsCdVEUOVXjKyTeIrmpORTm_`tW<OiQYuax<UPfUsoHqXENRevRenrhyQMQnpXOekWhkNdP^dQW@SfAXZ@x^XoupKhUj^eQAPQ\\pwaPoXAk^QykqOUXvl<vrivxLxg@ygpVMmqDULx=UexON`PtusGLPvplEEOkERhuL:HKfEO;`Qb\\LDf:BNK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZdPowj?g@MDhSRGUiIgXaqCgCegMeAWEJqgjQTlOrraInYDeoxkkHg[VbgY>gDGoWigd\\YIc]GQaxOSfMcRwqgYQfV]gGeeO?ihseCaswkuMgWHeWAexS?gE?Iu]WBCuxkSiEYhWY==bMoWaoShyXqmvCyRPgI`KSXye_MEJ]ipwVQsrYGw=QGtqv;QEGieCMeoaXMirCoir?CHwgoAs_=y=MSuYSReig?eDqhsQg_AgxGSdwvAaw>scruEaoxomWuIfVgvPsHMGuuiGeOYEGhXgFBqDs?u>[Dw_VZQIxKUEiUHIxpox=eBqaDhKuT?wTGWuaS>gHXAwiwxvogwUglofrOFeix>ucBMEaYH_YSe[StIwiUiQuFwSs=KUxqHaosPct\\UV\\KH==SJ=CKMSlwd@IR^iYxqy;IclOwqyhguUEmShwuaceswEtOhsqvfqbu_WVYuMydiGsBYIa?DXSuq]XccxPChw_SadxoTkodQDPSHynADsFEKimk;dWpQuMHVlHQlInjDVvDYbDyT`VqqqXQu`HM]dR@yVeiTDiqKmtwAYlqXUyrCeLoetOlwOLvxdomHmqusBux_qPgOnTfdqhkwFj_Pik^j;yrkYyegijhwJYe[A^MPsPhnL^d\\atCg^dg^>GyLXgHihTgoHopvquy`dOadoImtosEXb^XunHx]gc>Wd>_hBxy:FasysovtOotDiZ>F\\dyrQyg=Oqbwe[?whX`:hsNiqQGq;QyU?aOolQojU`glGa=WtWOcVVd;WfOh^nHnEOdL_d<Od<_kphwOwex>lDhvRQnkouqaxhNwuWowQdny\\qftw_fMaeqw\\Y`kaWckprqXv@ybc?g>Gfxiekqt_xZ<fmLwcWVnOq]<wlggrs@kC`ioPhh_bFqnwabR@nJ??P:<dbJA\\LWUWyTc@qiRy_YhqhPjj>dbZQhyCvmbi[dxYgW;yu<EVJmgpSrLKw@URpwtdQICusjOeWcHwqIBWHRkeSGsOkEk?IlsfZkXr_WQod<cFNsc^YTCsc=kCr[u?WTHiWY?rjeg=gee?i@=C\\odfQHbcEQ_y\\WuF]r\\SFf?iZsVvCUb[gtqI_cV_iED_iNMrsOf;msgUv:AXggbYYgrotBKfP_ypYw\\kyNKsgAUNkDhSXvcD?Iy\\ES=IFQYiN_TOsxbsHJIc^KCGeHdmwwyTeifUwfuGIsoWVktWmF]qhu_c=gvsSUrgywWcOgH;efHaHdaf=OsqOfiEHBMscqDAMSf=IeCV_KcDui?oeVeI>ghMSWPifPWVboCHuFFwEuCxu;H@auq]f_cY`]rnMBIGXCWDGAXF[Dc_YvQd]SSb;T>sHTgsxabUoY<ABOutoKb@EC\\]c`yWqAisSrr]s>cuVmwiKrwQT=kykgFj=TswTTsrXsCdUS=sUt]YfuwnCI=EyhYfpWdaGyoGu@SiTQY^?YVCelKBrWbnOIngDbkCA?BLyRSERt?gpQbbqUV?hPaXU?bnSuVSBf_cigIukYkmF`]sxqiN_ffGf^[VccVc;Cd_ib_RHwCOgb]=iGabfUWpwTRCyPmfpww;uFQUUugRbsdFseRcShSbgkUs=Rk;wdiwlaYX;INydX=UcoST?G`STAecnSb:Ux\\AioGxJgttEcZoHoKTf[fIChG_hJITwwVHwsn=d]eskIgMAxW]S`AWNiW;aWumCmYEt;r@gXJKVkaVD;E;EWBWUdubm;B>[vHMFrCS:@nDAQHxMD<vR\\Uvtp?lrgmTUiqs@j?QQMIw>\\ubETTqM>qPM=V_DkX<v:@Nc<Tb\\<E:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:<dsowq@apXgmwxcOscNfmV[sgv>Nl<O\\LPnro]YA^e_w>gtkF\\PAeOadK_cOiaBaewF^Hol>QZonnoyvyAZZYoI@yoVty_uwyy:vYewAOycqIhyI:qYymH\\yI:OymoiTwImMxfWybqYMyXSoxxAupgUW_SuICAWvjiiOGYPCsj[ypmuLOd<sESIsiUXgauksSXaUueReshgUtkMecoVgccrOStWxCIG_gwxYDTgUeWidMgniTkcsrsccoSx]gYUuoYfcggaGu_UvIOXw_UvwRt?ehKxgsD`WtA[EPWuJWRdIg>cb_KFNQbJIvBKxxEdQeWpucvuidWUNWeCOC\\kVwMWtwcwgwyppwiMMqudhtEUPOTTmXldiTPEQIQxbUUa=uGLkhuTQ=NbqW@LwOqsaMlV=mwAwJ\\V]UP]DNbiV_PQ[motLUL=Q<ISmmqxQS=huSiUYqWMisu]x\\AMA]YIIUAaxfhwWaoRuXW]tcaXQmneamlIvRDwSxw>dmXPsKMq<Ej:?NAUIghuIyJgWPGWEQi;;iVMcGqw<igOUElef>oHwEWY=CoUGLYtRMcNkWBeWx]IjAixOiuAfUehuiUyWjSToSTwKXsYqVQmwuqOExVMMYwetRunrlS`HyIyLMHKcuQVqOWPyWIOpdmZXTWpTu`Sy`VqlrgqtBpO\\YTTYSldMQMWLptpLJJEkxLT:iln\\TpUutQtRQooUSkaLMIMXHXLiQgqpQppWxmPMwcEp`aVGeTF]rtYPPEYreNlPXRtMAMpXujw`napmZivslWAyMNMLeYrbYWHUNY\\YttWCAmIEwi`vVQoV]ro@sBtQSDW;=obEncqwxmOuusYdXLiOQeP>]SMpXFLxJmwTemweJ`MXveqhdqIMlMDyB@tLmMWxqmmtMMuy`OHxiOwcHOmDXoAanBxkiwhWaloNwennVhrMnaFWgv_uHAvR>me`hW>pVYnrPpEW[PPvV@cBWyO?UgyYMiOOX]iwUOwFoC\\yfCggsAyeMFkkD`ayy;rUWIg_WYGiUOUjErUGxpcXTYt:OIGiFAurjYfmCIEmy=YcxOYkuwaWeemuq?Xguxq_ugSDmkdl]X^cx?ee^Ue^EWk[xDAsYED:KdNyD^egFMtr_f^It_yI:ixpgtb=up?EdMVisCyevCwUqkcC?Em_uvqUVUBtWuu[SX]ReoYFmrL]T:uDfch]yUewcB_H?mcyogkWymcWpSVo_eYgiWiUYgHw?YEwuAuXW;DqwsuCgmsy@[UnmVNsf<;IhQg:gFnsrVYhXwTDASysToOeguicASFiuIeyY_WooSygxSarTyBwyI:ogvaguiRPAWEYXsGB\\KH^qHSiuhEr[qxxuCZMcDCYxAfwmUOOdwuyAciQqYvwylcuTeYVsiWIWqyvwwDpwhgoxU]vpgUrKvQUi\\]UQMGKqxLwvSoyh=tIyI:?RdsTnihUIU?adI_thYUPETVmfcAemyRiIeoswMCDwyTDgHqufrUC`GwGgsvcsE_iTaTNkvPOxMYwkORBsB:kuv;SOKecaU[WFHGHNaUn[xkScHmXgQts]T]AtfIDhOeeawsiylwvM]flWV_KH]AxViR@QFYiE<YiTQSM_G^gVZAi^yudMvESTksTF_H@mD\\oFXIGegW<AEk]CMGEQqi[qC]qHbKdhMh>Wu]=hZqxLkFvKDJ]en;v<QVuOtNsheYT<ABpOC?kG\\ETAsstmUfUXVwXcYfRqHWOhEmcueDW]VIirDeg\\kRMOgoKV^sXXEidQTk?RJEii;H@WbXsXx;fDMTguDG]yLKrhSToAX<yUNCGDcb<JJ?_Nj=LkhhpYhNqHxYlpExViYwZ\\KNLK?rLwI[YHwGRoyup?riEfj;GqUi:=FJ;ONJ;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDDLkxHny?jqvsfIiYgud^nmXxNIy<i]A_sQgvyvZ]f_yAZUxcvItYWnYVlaXo[o]Gptb`rMiukafpGmdAfoFiMYcIPgPnoWfhkomIx^=YgMHrKWbhO\\I>u<`irpomvpPN_whpK_dqwdY^kFgaA^v]idGgk\\ivmvu>oyMV\\EiuBf\\Q`vHfvshfQQ_wwtVieHyv\\NfVQl[YeDp_rhnlipLFcQgo`IivNmeiwUWkPGo\\Xa\\X^hAhTXmmPiwidIaiFqnaVn]QyL?pi`wEwujyxeXmgykJy\\vFwvAteqqIwy:FmgHiOGy_WqwvwoA\\Uqg:AhRHuXWq^wgwQa`qdUp]sFg^wax^v^p[N?dSA^_>prgZ?alZh\\;vs^VZ_YiPwshpuhfsPV^NhhSHwYvwfyjnxgunyWIpSOkoi`momNxrs^mygma?[[v_LinMalDghJnhaoio?j\\YjhVaR@p?HoVnmLanBPwC^^k?s>>js_]Yhgo_tvymYAmaAoFhySpyhQ^i`lwa`Ig_nVvgybyAZDHefwZfpbPQy:`uOIj[IgrXvsVojft_^uI?^DWZIppX`a?ors_Z[`xapmBgxPwZf@d:n^shs]YpUpjGa]qG`Ow]TwaYw[AhpOagWgoUy`TiqW^qMYhdysciayeAsYREitYboLNWQQoppCintIn_DuOMxWqx==YPaQExJKUsgyp]AQIQVvtVJYYs`WY<NA]JPUYqpVoYyOQmhPuh@MDtvVXX[YLWQL=yiTiuYvfoa\\SiqhOo`@oIa_r_sq_srG`HwmtQcuv^Eawsh]mI^:YpFGiPV]JglSVk>@ihhaogiH_Z\\^_nO`lyqbFidN_YOgL^lLhnIn_pw\\uH\\tPuhPkcOoT@qaXuDaaaG`jqvOIwxIdpVgpYwdPodwn@X`II]S@xFxcYGr_GwAhnMvpVYnuvjIPwX_ul^c\\WscvwGVumy\\`x^R^qXP\\qH]GnpuwZohbdFd=>uOhdgxcZgxp`oGqhhirOwbpo^mfvsvmmqqO^`YH_ugigabKOiFItFwx`y^XFhB`vvhy^VcGyo[FwcHgxHuh^[Egjq>dfww=ylS>t]ygn@qLalA@\\^HycN_C_ZK^v;oZdpx\\N_aXidp^kF`F_y[Wg_Q\\tXgfiwoVdsFkhHmI`gj_tNyeFw[LY_\\xinXmQwxcyoCwuxojNiiDpqIf^fyqmq[UhwMIxAxbU>pWqXSudOTqeXyyEmatTeWc;IkkCugWQefI=DAGvBcGIsXP;r^SY<;R_cBZUDXWvqiwTiSMCTPaxNmvu[I\\]Y`WiYMVqiSUWrmEw`oid]wMiEYSHxCtWyI:mvTGXyMYNMEIQEkGVFuvaCyV;SCsUKevHMs]mroaBjayNMTS;xZYhI=dT_yrYHuuRcuBZcXmwSikY\\gIKYxtyr;yFqmiM_XKaE?MesAupctK=Y\\kIcgWjoGpUuMuU`QbPMU;MFxwdU_YXMF]CiM=gJ;iJOd_?ciYVO?I^YBd;W[]fsXNX\\putR`upWPNYDsxhqydoWlukiUjaXUtLfqxwPxaINa\\pVQymxU_iqy=j>TyLtv\\<SfAyOLK`ItMlU\\XugppbmoC=QVuNBUsflR[EKdXUhdO>eNBLS;en>=j:`VQAQeQXQmxYEWddwPxWWxS?qxipPWHWQAQpuTulOsqlT@vETlCdLXTQu`t\\Ql\\QJwlWN@TJTYsej:UJMirTHPemSJhSdYXDQPi`wuLt<@uPpxoLxh@U_EWpix=Lw?qrZ]WR@M`YwAtxrXxgDNHeODLXsxX:MtLeJOxJ=DVvXxIyP?\\tWuPIIo_awQ@sdhsDEpnXXluSaiSaxm:`W?AkJQvlDukuXNPTUiW[XnLdNY<N:@JLxSjPKDpvdPQDAyBpKBHpgpmJpX@=PwmTtHKqTYXHXiHYitxcUpbmtw<yOAnZ@POxNceNcewwANL`TSMUA\\MOTJLirTlVmvbo`]Xynrnkdo^sGw>>unQ_UFa@?wt_fhwgHGh?hl`nbKgi;A]V?e>IhAIihGbgaZcX^LxbqXsThbcpmMx[MxhWNfLWwdWeMQuhyxjx[lImohs`Wp_otpXy>^rUyucVl;Ng>nj^yrRWckptrwdCFhcvv<xb]nsjPoT@oV`c^nndPgF`roHqQYjgp\\HQxWfnewy:vcvye\\NsRBLYvgWfLewgEEW]SsWcDuFXQXTODS[ccOfn_TcEwS_fpqF;gIogWeeXkerW=sh_eamrcuw[oW?eynkhoChxWupcwEeU@uesaHY]Wsir_USFUEHcVt?EWIUa_r^AHt=tSEhEscrqsXahp?b<kwskwsgUoeuokvROUucSnMFUYwOoGmSuS;dg=hcqDigH]iGB[WRovg=RhkD]iVVMf>wTISYCcigoyBECnOHyasmCB^qmZmMd@KqdUMEpWHs`dvnFmiYhqItiYhuYeTylSojqG[bPunXmp>m=?q_Gcqhvq>kIOZrPpTNlBXgoopUX_D_uEvgK@urN_mYZDHqpOmdhpBPwcPgdHgsHmngclp]dXi_NweVl_?i`PtoobPWca^[=o[Y_]pWrhV]CggoQq@plTanp>jZId__fpgy:X\\AQ^cxthOq]ntVOn_i\\nydffy;ohMQiGaeMqplW[ex`>`fyAZ:P]Ap^?I^?Fy\\`vgipc_gpAxnPnEo_?^oX^tZhZLP\\;warN_@qctVh@hgfHeNP[?ZZ@db^\\Dn[bNqPqiPhU\\wQbe?FF[<XCf;yAyu<EVJmgpEb:>nsicUp[UI\\Uij@YeK?u_gZioamIjBfg]^sc`bsAZwnv=`ZdwbNoyUP];ghPfaDwu@PlTqfQf]fgrKpm;q_[fgehp>Ioc^hNH_d^aJnoI^aI@pJQdkoskhadNxeauvWhVNwSVnlq^DIdE_[VPxLVaBhZ>whc>rA>lxVt;omjfg@WtwqclxpLHg@Yh`?sgvsnvjSwm]Oqmf_Q@\\kPsNglnhn^NjvFrAVjpAdP?oNN[?ZZ@db:>NK;Bb\\<JJ??ZZDD:;ONn[:oxThZ<Jlyjn<Tb\\\\D:;ONr;Asq;Db[TNey=wI:yxI]WsyEWOg^YxmatsKRWyRFyD_sIAUfFmcJItI;ue]x]MxnsIMeggusPsWuYsQIUsiC[KX[_c;uC^mhC[gj;VWYBlgwLKF_ESTWIu[TYUe]cyxkss[FIQYPkWtMGqcUVEDI?iSOvbOhDMFxis@wdeUwcuTOeeSGSDWW`ai`OucAyDAC@=xnkunSw_gsVMIBktOYUUORUyWleBleETUiPkgvuCd]DLCy>oxeKe;UWquONEtiylgxM=yMWqsPyMLIWhiuaQWFEymusNYPnaYyLSPilwEkumyXdxmiylLy@xVWxQTdMA=vyHMgDyOEY_aseYtbtpFYWdpJZHrtpqjlsrhstTTieVlQ;]T<IwMKuIkF?AimKCcuedISuSwh=cRQvPURhIWemT`qiswC>AxgieuyTuEcpIUckC\\_IkYdkGeQswMMe`]B^cUIMxWquDsREOY;ifOqtgEXi?wTsvhUbKAcKMCUQwfaw[gxs=SIuXlwBY_uDqb`uYQuBeAWLebYWidGSVUysmSvWYMQuT[xokhdeYoatxohUCtSucqYGEcuuYh]ktTIgK;GqcsgweHEd`qHQ[f?GHbqtBkG\\YHxOTWIGsGsHKfDyI:_FcoCc]fw?vKqxPucvShTgs\\cyMexa?xFoIGuEachMiVYaHqYveSdV[Y`CXyyQ<lVtIt:hKYIWZuqpYrrajTlVuYJnixYyPtYrjDyHMyLysRyY:dVMMKniVTqNJtW=HToutMhTvHyeHJmDw_LRpQQclKrXM?DXh`PUQTDTULQSEiy>ajMHrm]vTLupumletgmpftT`IxTLvatnrXWHlYgtP]O]GouxQnWAyHi_OI`QallAkXhek_lnvbh@thYyMwvWWaHpmOw`M^teA^thvXwkhwj^w\\qPtfIoAV\\kqdPPr;gwq@cBOxXVbBQ[mic@hupVq]?o`pmXxq`yjjphPhvQWiA^ndpoyXqvilofuMYZnQkbymgq^OiytYgpxuxoJu=qCuywvhspGx>PpnimoVa\\nqiw]KNtCO\\Wgc]X];YeUP\\yfkDi\\\\^eQXjhpxkav\\plTvcvvm^v[awmvvtZ_ppAwUqgXokohdI`h>Wf]q_ihvmVdlgqPiuCxmPOmmwwS`mvY^hybxymuiiJioZWuXovmgyS_pmP_oYjcOlaFfDoh\\qnFFidPy<WsbPcNwmKVf:Qbr_aHp\\ZHbha]hwhWpfihchHtUYprNkeirVOqAy_hItpYi;GnOigtXwqXvoFd@GgaakIGaqax@_wAVaCapuHamPgPw\\lOhWvuYNqkFhpPcc_ecvnSAhrfjHvanQly>wghvua`d__OQgxhl>_ruYvHvgEoi`uNUtpae\\MG`kvvMvl_eYefIAyFsx@EgiaS\\Ae>wE[wHdEioqiWCdguRDOc[kveWtP;BVMdJsXR[GYIhd_v=;S^ytaUUncrqkFvQXwUsWGshcrmWf>yRnyI:eGTUueCgm[VH=WMoDiMBPOiQOhQgWZwXukIdMvy;BLssWMCssG?AVqSiL[r>OI;cxOkWiCSsUCaoEHAXGUDpGGqGsUwSqyg_[IcGDokF@CGamulSGOgC[Ud\\_i`=skaXpOhqUUEgFnYIV[TUEHbiIC;Faked=YrWySAxMir?quOwd_IeNsunQTVsuXIgg]FsYsputlUg<ugtsBp_d<wbVkHQqTN;iVef:[bvqXXWeZuCSgC[aipEwZwcaKV`?I_ob\\GYIkDMweZuYH[S=GFUqD?oGAwdDes<wSfEXiIyGAH@GgLchxscS;cv[G?GvrggrqDvsy[kePKXsGdbqwQubYChgKGrEGGYIxuy]OSfSdk_sTssPUfg=Y?KxoKr>AWcgHS_GgcVeiG>;gNcWdCcZ_F<;C^OEGaVmUhQ]Yumw_AwfgXcSwvSefWcGuYIuwG_bxgHHqhl[iEkCyIFomf_eV;_EAQdMccvodNmwNseFWWXGieax\\gYheiNQgGWevKYpIHcquFYdfWi\\me]OGR[SUQy\\_fmEhu]be]vBgW?_sHiIHYfG=iPItDObL_ve_SYeiQYhmCxCuwvatDIUnsck]EiaVcceo_IEwE=cyfQwO?glGEkATbCrkEvmuBj]YmEUdYHciYFahkUuxqxAYhwyI:=g@]WUiWpeyOETVSc`EscqGvcDQAv@QVFkWQ;X;kULmUgGRxMBLuCiaepuSoSBMIXLYTFaRoYxkCT]YRnUVLcIZeu^YTWIRL]udGyIOeQWuhEe\\YyRYfCcRKicXMecQFUkcZoxHqbP[faabtEGKWbDEYtkvfyVCqSNabWueu?FGIxUoX=?wUSX_AgPIC\\?iMsHNCFQubk]Eh[W?ECD<TV\\opPljPL_<XI\\QqmmwdPHmvaaOhdRkdMY@KUHXJ=WSxklmpX@l]iOWij?IucAq\\`TR]YCmxKql]ERvMxNDo>\\qBqxftXYLQ`mSTxTg\\Yw=ONLK?PZ;HblYmtf\\pX^qX[Fpr]xr[gZioAfG`T_tMZFiZPrTHnNYraplD@slo]dxwyOcfOhTNmbxk?gmX@BcCxCRdeggubD?t[IB^;trmXJeFgQYN[UQsTjUgHqfcmDSQbwuSY;FqqXGOyoEsEGt`mBkiYBghoyVCEGJ?F<gIn]UXgxfcigWyFgYjsUyUIW]bZ>NcuiKqy=JZppepYRiLvm_GnsJA_Nn]ufyxIsDHu__vsh_\\i^xhu<V`Lx^Vy^CWcfnb_G[dVeH@alP\\>h^ZNl\\@B_ETcSeexP_Xx_XeeBisHWidcwXESEoQBu;ecEeteCumGx_rDwgj?cFwVoWXDySx?HceclmuMOv^Uh;QvGUEoiWYqusKXQKxGIThSwcKsLCFxgu[Wc;eSg=vtWr@CFjAD<_iNIVBsB^sUl;Wjce<QrlGtGYbeqgVOxpWHgABP_CUOCvmxMiBEwDxsy?cT:CY;MScIShsSZOiaITw[TUagciic]bhUDBwGj;hxGvRUbtGEBqU@qeD_gJGUCwi<?tH?dl_DNCXnKH;Ef;sHIKGxOfvMd=EfwMwhuTiYyRGTEovxgWUUtgEEHUXn;rG_s<;heaSqMgNAIlSexShIWVrshn;hNmeAwDR[HSoU;?JZ<db^\\D:;ON:<db:>nNqxehfwibqyhQyfSopeFnw@clgcTVrjfenVp^odBqpfO`SahDgms?mcfhx`^[P_;VcJxpsV_xni:GZfQ[xvy:voWnet@`cgdqhiQogbXbW?`eo\\Ewg=hmcqyownPWy]Ol[IsJpjuPnwV\\Oxj;wdw`a<fdeaZN@\\Uih<hxI^^kPbBio[Qfv>yGHsZ?aXh\\Rap?x^KpxX>[ZPruNqdIijhm@`ugptwVuhWhVVrhvd^g\\UiwLotfIkho`yVx_@kGAq\\Y]lAvgFcCv^Bq]v?oln[Yy`a>nupoMAeTXrqh[TGp`?iFQtLgs\\IrjWbgyj:fZG__IFeaP\\NVaU@eDWtBavDv[xWoeogK@g_OpQQiPi_BWp]G`ivhbqpE_bU`unyb>WsFPlL_rPOsBQ[oOrLP\\Kpvr_`RveGOqx`xFitwaiu_gtfgw`]TfwVh`kFdUNpmXhb^ccH^;g^BPxP>l>yls^ap_`\\atB?^=FrZa^B`aJqbWqbeiZMy]CWxEpbUxfuwt;Q^YwgQxdgApg^oWa[Q`Z`hfhV^GhqZin\\w`fojVYgQPkAVhd?Ztyn:PldNdJOlo@o:vZ^Vl^A_\\np?otyAZ^puafoHhw]Y^YqeEV\\dvklo`sI`VOmiItR_lCfZap^@pyDhj?NZOxhtVaNWaIO[lAnN@paObsPr`gvholNAklQ]E_kxVr;@gkO[VfnC?dlEB?F<_IB[XRuRqeUEkh_AHcqTuqIhshoeS[WdhegrqXeadq]UtYWgMxMSF`SXBIHYWCsMgIIsUYEBWVX;gigstmWmygUyXMAutGbpegXEh`AiNutNKthktCEcw[ht;dDMEjucSsFL_TLUUROsMLX?dJUytoTlD]PAtShPymdotejbirkTOuhjeimlEYsHL]ur:yY:`lo<Lspq:ILCy^<vcN>]]OgwWetGhiYinvhHo`sXqVWec>sT?gt`_BGhbYhY^g<fncnl_o`LyuC>ZOp\\<YqAOmr@nK`lKvjQOyIaxn@tVPeCQmdoeqApbotfikSA_lhahomuPj_hiWftlPx=HhJNw<A\\eYgfgoCG[iIbI_aH@_mnoFXwp?lhw^I?^dos?PgWWlhnrh@khIjvwrhi_Dakiq]NyxZ@lNfa?x^?`^sA\\G^Z;OwCgtYycphbwhmxhwXxxf@uXVabgsivdSNaiX`\\^mNHslPeT^joPrmotRWcG>sL`\\YAkjHijQkMGr^>tH??=Gq;yf_ugMtJ]Hscs_kTXegViF>=glct=oH<;CnGTiWXWYVtYvfUfJgt^WuIkEhGWI_Fg?VdgdGQxvCGkgYXwC\\UfHkTNCI>ivHctKkF;[dSuw=iXekBqgGa=TouI:cxxGSRQFqOFkqbuyCVCD`WXdOBDodJ[xMObL=f<MDr?FH;CNCdUCWauDwqISqTpqhumxuoUm=vrgG]_Xw]u^Owv_SDMHMqVC=GdQDQISIEE[[GqMVBUDxQv;yF<EGI_RMCbrAfHubmQrGQCWcVIwrJMTWIv`iTD]e<sJZpYJEr@TjGdw\\PxWutkhT`ItvlRo`v>atcakd@TFAQg\\mF\\jqtYj]TRanrpnspWhyXAtky=jR@nyhThLm>eK\\UMuqU]HuM`mdHRrExRPmaEnmttgEXvULg`oM`u`XjXDNR]J?DYTxK`YThLqA]JdmroXNSqx\\HugEUX]V_\\MMiMOdqCDMoILUlKBUTGXxVMVUERDDu=`J<DQntlWPTcyWlXuYXqWuVklL^pvN`WSLPXUsgaPTuRdPuNLN<<r:LlC=VJiRgiPeyXLuyQix;dqAXtw\\xZutFhMsYWELl[@Me]KEEydhwjIuNTwcq[bnmL>\\\\YqyAZKqwZhlnN[?vZ@Ivxf^hX\\qX_>plRxkWfnrVyiAqJnjJHlDal_x]ZB;_FY;F?]bQexoLtDIYfTn;ewUiX:iMCelvLR=qv\\aP<Yuy=JlULs<SK\\lCMX>LQ;yTdDKx\\tLdPdPSLqL?LjB\\VJ`yB@NNmoW]TmqNYuYQaQEXWTIKPUpRHTwyp>In]Exj@qrhjpttlYLbtpcQohulOxp_eLIHm_`nkPURiqw@WoIKhMoGhQJ=obbyxwYfVced_vmY@xkRZF@nN`pNv[RxcOpiFpiIoy`HgdI^ahocqgpi`Uf[IH\\B`w]@^mV^mh]<ap[HqGw`cn]awsXxt;Y^faaIPpoXe_FwNigPWoY`[w_uypbeapt?gLywqfoAqkxoyyOoypnrQdRHwAPotQl^IacN\\oWfMfplPyy`ssHv?Cicw]YSGIWk=dIwUJMevaIdeu?auiktgwF_itIsunyjPaPPmVuTpxaWAYuPXvhqnsdy[YLwumYPtOdJyMvXyY:xJw`TuXVniJIMQy]pi`yYtYmPulYolMsgixCLwUupWDOeaMWQM:mpounSqQ_TqGDKsmmE=m\\ET^yrAPvqTSButBDx^iq[]jelTLQtN`LHht`ILCmXaYvQmWt@WwTXKeuPTPkDlFmSayM>lrWupeUqCqPgQysDPies?YsRIkTPO`lN]HpEUum\\Kxek^MW@YUvhmVAW`iShDMtLUemSjYQ>TTxhjL@u?qNCmknupJTrcuKHLpJPt^=OgdnEeWhpJAMOQejZtXpAwTqXWeVTLYxqxrlMmUPOAUHXxS`MFyRAlXtYRHeXQxpGtU=qu`lQPiWFmV\\PNTLV`MVsTtRHkYtRWdv_awuMYVEwYew`hRvIrDHqsdYWXYfiTsivgHux@mMiYttYntny=J_XMwy_iawUyy:>mDooE?pyvbWWyy_nuvmNxw_`_wykxidbnyGxomiyfx]kHwYgqkVdpwuxq[Aqy^ai_v\\Cyrvqh]xy:bYcSg;xqmIgyI:UX?oHiGiXgwxcpyw^IObyvtDpy[q^vxu_oyn_tyAZQIy[XwWInxAbLyiKIydWgeqnAFwOFtyNuGWouaxQyfxhyG>oui\\vo]wGuyovWv`Uyn]I[YFwfniK@kYXpeweiY\\efbRye[xfgys<i]YNsIWtniyDpioV^pYrtohaWqrqbiw`JftfVeMvj:PeRGqYo_SNdYYccnkaakDOrThgWGn;fjchbV?ZyFwgpsiiqRIuwa]VOndpns@mH`]ogv]I`\\Atfi]XxqxXtp?gshcKng\\nfdwsHoiKfajfqOOt]IcNQjAfdGqpjybqHyPwYkYGidyyHoyEtYwYGwIoGyguPMt>yqIXpxIoxisNexLHwYAJoQnRYPUPUEQxYHrl\\JbYTkaYTTMxMoZau]xP=yOpmMvlRNaLndOx`rpPVrDNVIL]ULlIWydPuiviaxUQkn`xMqmbqvJiwayNAxuxlKShRAAPJAqsLmf=ky=JthUqMsaPOiYwX`JlQl^WaNoorVyXoku^ivhy@`okGuuhtAfZeiiLvi`xk_HhdxtWWek@wyGdfn^@iwhHxjofRi`En]@@fyfgJhprIfSItDXkdWgv@jop`Uf_linp?lrF\\QynFpfN`lY_m\\anJ_xRpf>_qownEAf^yxAhkcXohN`=qor_vBHtOfZOHq[Yyuwb_a]Y?ZkOsC@vLHiP`rxGwOvy:^mnGyCh`cWfNnpk>fLxnZPnXQs[_amHsUGbnpxbFyIN`Xx[jhd?>yN?_s>ynAsgAqtw`aNnq@clWeOGyvQ]`isCykVfl`N]`np]?_]@uJ`el?eDvy:VcnxknibUWty_[<qma@y[`mtIjVq^WiiLfmx>qVwnwf^qA`fW\\>IiqQcPqo_Vr=flLFclAZyGtRWdYFyYXitvy:FvSXdKI^v^xj@qYxy:n`iwauPriPmI`mqqacqqiouTIZla]Ne=cUYqBQOhY?WwkHoUHJoWKGEIqfuqs_sHC]sAyV=igAqWk]ULYTVICgeB>mCI[iDEyy;R`atfmchKihMgecb<Eb:>nJ?iiyxuq_g^fQPl^ylroluahBnsBwmjgm[^_kH]N`^cpgrNvBQcJJ_`R:FsZPtI`dIacANcnQieQhKqmU@mn_[lYyKvr]WcNae:@aU`_aOd\\Pj\\?`LhlHAv<Xb_hcn@i?nadfc@nkqGgOy[yWq^ammYuZhu@WeMPbsOtZApdPv]OeTa^kOw<okJNrv_qs`waYuCaaXXb;>tpWqKycnAcgWspIb]gyKa\\V>noaowi_u`kwApYwauge>>fZ@db^\\Wv_tY\\y>tUfdyAZfO[xy\\DVjm_pDv[wntcyglXe^oehVtSgkLV^ENiNGmH^Z[nlLQ[NhpbFy>>jC^^uAZZhv=QtS^x@XhWNy`y`G`ngY]kni@fj:?lUydCFxRYdLVhCf_gfbH?q\\po[yZu@ppHsCV_bn[fn]L_l@nnb`\\Df:@NLdYkPQ[lwAinhHv[TwhijXel`@ulQLHYU@hsL`n:yq<]VqaPduR[pK:Dqg=vuTuQeQ_<SJmxG@pwDXbuYKiOkXvupNJYQspXIeyZmnWmpE=kldWm<LrMyV`L[\\r[\\te`WpEO_TKIEOTEsFtr:=NJK?JZ<db:>NK;Bb`pk@mgUwkYyF`xUtxKTkguNtyXg@LuHrK]KxatuiYMhLAlXl]YyQjRyk\\HOs\\R_HKiMtQ]uvDY:qM<=wfdoVYuXXpSQQif]QhxOqupAndoiN`fqnjiOaM^h\\_]Uncuviw@pjX\\@NxEig:xl<hl[aZ_VcdNy=?fcF_v?jUVu<?d>`Zp>lN`nj_l;@r<VjAWmO^sthjYyx;GqWAsbyy:VcfwZUOxuojxxefy\\VWxp^trqhUikh`]Q>\\FYe=G`_op]Il]pp:Ig=Oj=Fjcox@Xt:AcHyktX^vh]_NwcnosnechgUgZJawe>a>igqXcPxl[OqQPZlatFgjqXjc?q\\^^O_^=acRhvLQpTG[TGu>>_xAgDvm_H[=PvTYmlhedVtfovnivpXsJpgY?\\phuhi_CWcdVkOfxDGgQYbDPx;OcPfnqw][vraFu;weeihlhqQHvW_]oi]rPamNk\\iwcofPVqXXmVioPnr[>ck`e]Io@F]FPxJ^\\Tamro`TAjvFq\\A\\s_^JV\\QFgSqia?oU_eMagyAZKWng`o@Hy:deibosXRUTDacQ?vlYfZEfVCG>?Y_Oya]CuwCW[rA]hvqhMGVQ]YMUhTWYJGgOqde=DYuhgoDkqX]oHoCx_ABVGcgCIK=sL=TDUbh?YqYtaOWgeb=UB;Evt]WdoWaAWqASG<OtdqjEmHtYMDKMIp`XUvARvmtYALFEYIDnGAL^DOFPqlQj;eXuXyILLG]j]HTGQoY]xWmKSqxiPKtaQtemtUtelk^TrWmseiK[Pwt`Pf]xYLRE<yAmwNuJ;pkrAvqejJ`Nb<XrHkm@TQYKVqlT`xBYTGxpVio\\EUyHNjDPl\\JsptVlnwHWMTWhYU<Mk>@UhAqUiyK\\q`DrD=Q;DKIYJH<O]pVrqpAuQgxMdyWTdxKHwy=J`LmCyOLuWrho\\XRUDWPUWmevQ\\okmPsLTODJeMU>qV^INOXonXOQEXEEtgARJLTSxk[pwshWMyPIiXMYSkis@tupHveptvqKYAyOeus@QCYtJtT\\\\SoMnv<S;iqfHnOhN_xmCaPRuTtytEEJ;]tRXqi`KWqWHyxg]PWAj:qP[yvOUunHWslp>emjLSl]VTeOShKT]KPqyG`xQtMDhv\\URhaQl=ULESYMoIEP>AL@Yy\\YtHXotUwkUTw`sULTiyRnUtlXTgQRnps=ep<YuhpL@`v?iWJPLuDV;\\OS\\KCeWEawAEXADxQ=la<L=]xa=uyOo=xdXcO]hgEy<IGuUiXeFcgvLGVQsvSmyDmU;_ytUeTQduGt]ceYqSN[tg_bLkR<Qui?x;cGheGd_YOCy?iFJSsAabnSvikexAtcgbKSGxwWGqw@SIIoujSB_ExgIT>?EvaHDIi[]HueyKABlYBf[tNoEhKiaUvsuEPgGCaUeEckYsS;Cm_kUHXu<U]DSq@OfHu=`KkXN>IrkUMgMwLAt?PxNDo>=jCpV=XVlxMpXvpenxPvRDKD\\llenMLRUHV^xnFYyL@lKpYZdj@lMpHUext@HpVurlDwEDtXXxc@yH<NauleaRgqvPamxEUiEq=mnE=KwaSsdOHDStupraYIHy]mtu=qqiJLDmiItftPaAq_ULo=yhAn[AMHuomePhQyhaTVUSBdxDMpS]NRDxEHtZMZPPdx@bZy[GqxDv[ywdWV\\KaqiYoP^rHhh^@q?aw^I]@He@^yhotBNtGOsen\\ZWvf>ckA\\vofUQeN`p[^i_P_K?^<FiZHuV>gkQvA_bB_k[nnT@b=gcp>lNHnZ>h:VZBAZv>qZ@jwG\\yvmWGxyexwwiwutgrZUho?FGUfdQesuhHYWpWM[HRMaMgAqHDot`Jjqm>yWE\\Ra]urMjuXMIXN==x^Xj<iMhyMTDyIpSKMuXqxtyTeqWkimslNxyLZ@UuMmQun]YXSitSaX\\hV`UuAgZ^`lAW_=vt<Ot;Fva>lvQiGGq`_nSQqh?b<ahpqu^AqSqsgXfRotMG[qVhh_bEaeSP_hfBIUI[WpmekmXRYUHOh:uTB;tw[tKuepKuq]TiGUpUtwSUHIEJuG=?XfQbYkcvSs_KhP=iSMFy]VVGGoGgeSsH;yb;xNObA=sOoeJ;FNmTrODsgSX]g;eYauF`MEUUUkstrUdmmHjUWUEuf=Gq]XGmwF]V@MRW]XBeWeYswKS?ib>EW;_rMIc`Srf;Db?fi_fGMu_=UYyRwqSxMcW]vUOUwGsmEuistRESQ]XeadE]vbSxO_uY]SCeVeOcDeyXgTJsb@SRZYWyucGGbesVHWCqIItGw?UunQgQuvLcTLUFP?IbqdNSXCMwGcsHmhlytKwrGWvM]uOOCC_YXYr==Tq?DouSNMY<;W`gVdySBQyjkwD]uO?cNgBAommtw@ak\\YQCQtDXnnPsuhyDxVrDYKHr:lpKqpwPqUQyyguNXepGj[IdTirkh]y>q]g_mPk=?cn`cpW]HIa`>_Gvy:fqWQeAQhPxud_lZH[^NkGNmJA_bNyAxy:>ZiwmRQxyPqOGcawvcXx>PaI@miPsxo[@W\\xAfy_syAZvyoKyKyI:gh`uUX[ES?uH]YMMyaSrCCsnQX;KXcKWysFDEdx_shYfxOeCySVidy[vAIUGQhW?tuCgpGuaQWO]DxIYwgUQswfKygkwdQYNCdykRyeRlobX]sQIT[msb[HYicVUgjiWDWBxuiqQCEEhWOsMYeIIg<EUjIX^ssVgi\\OvEoiQmHvIExUuRYI`yfogrcYDtqW:iRFsyWaguOfSwSFOsKAwroiN[weSyLyHviidwDpuy:aemyVmOrqIsy;BmgHiOGy_GgoipAx_YbdGTemVVstTGxh?TVYW>_gacy@ceQcRHgyZ=Hrqy=erR_W_EtPEB]kuMGY_WupaXOucccxSGxISsESt>aePYrSKYLqVU?fWmU>sfyIid]isCxkQtD]yqUfrAtWIH;IcZkHMiUJiDIEB:aVj_TJQwXADeQWggWw]tMWirMF]iySgXskYysxoSgUod@qS>iuKeskEw`]FHYI`eYXmiVyfZcCUqixsTTyTuGSksYJOfqWyYIdQqY?wUPau@isnorYiwMGI[YIwAwYEgwwfyUximI[OGsqw:cYWyxgoyJmWxWdx_tmkxy;Rsad=cINuhWYVUaCOewOOSosY]qvViUM=ShIdfGwJuV\\qVGegg_iBEBvqEQ[EBEgAIt^EYu;YAifTgWygTrIwfEd`au\\]vaCuVSvx_GogyCcUnUiXuVKietGXUex]SevsVXWXH=cNYtR;tdSyMuVWWcEAUG_eUicdgRG_ujuwAuC>GheEyf?SDCHy?dlqy^QyPyDP;IvwSkOrvuc[EyGquRKgdwfaygsIFfge`uhOqw;CgbWWfKyy;BCeWoax:ci\\xspUldqYwipUyWyTRdqQ?uuAjsuZgYtkaji`xW`h\\Yy[ou@X^cPxJgcuX^:QmEH\\:qkLvl\\HcugrA_asqmQQuQ?ps?_u_irqvuiZxOmpQsgybTOgIyuKfYeHyGWTQybiugqehOgBuSvasaSVFIHLUEnKeOwHGAvVkbw]gTCrTCCmygLiv>obRAtLGSrCSG]se=bi[XX[edQDQIcp=TNgYCCtQUiEAvOUGoKit]wKcrNytICeSIsFSYsUsYCuWuc?IVKWwb]DQaTGqXkwSpChkAspWH>YgAIxemSQ?i?Qs]qTaiVVkWlOEEkB];SdYEI?iZ[B[=fsMTNAblowXiFDeGKiHQ?iBacI]ToGXpeWQQYnET>mV`CXXYxKad`iXhUy<mh?MvRmiwIYwOjNTPhhxlHRrMSiQXT`SciMgpP?\\l=PUJPrNhNYdTBPrPLnLLleYXoHYspxcxNUyOOqXyex`AmeLQ\\DMDalBuLRdWViolUmwyJUYSFpqDQrJLVNDQDPsADL><L;mm@UnFyvMQt>Pu@qLduqLeoXTtWhP]qlkMoTEohMYPDueYP[DNlmUlUuFIRQHnn<j=Lk;IlVEvvpl]QJhLJ;qPfas?IqSDWDxxcOv]NowHw^_hqasfx[coxsApeQiaIe[WfK>hFqvFohIYyGqvNWpDNdMIs[ypvvbTw^HP\\^p`CfxMicwFiShnqIdAgx=GgWuwmw[Yyi;E`wrdotEUwI[vPSS^SYhcW;KdJyv[ee\\ohPcEhcVZoXAUy=AGl?r[_DJOwwKc`QC`YdUKgeKF_?gN_FZcTg;B:Ci^QE;WvSoUiGUPIbPWfg[eGuXgIsnqUZMeUws?EuhEXWWBk[Ip]uoWyO;CgmUYuRgosuUWlQR>=XLEIkAfWshXQSPevDyViqg\\qDIci\\cwpwRnwH[iUiCCkqHDewrOCkUiGCId_vJ]rsCXSsbvMtCew:wvMgGb]gmWyNwTwUEDwX\\iBt]GhwioYuIqoQeuIqsuekqhsp<jvuROLJqmpxekf@YTyY:pTyAo=UpLUo_mTXYqOPu]IrPPJQ`sPqnlXWFHlAQonLnuLsZHXxaWIxWOhuypsLiLFLYQIs:XjfMoEen<DZ:?nJ?ilY[wylOFpFIslXcf@gPVunwd_^eafSUsFmb[_hOiGQoD\\KbJ_d<OV\\;B:MDbEyT_x;ciZesIKgEIgqgymgGYgXQifJSensx[yI:aECUScGidAtZuYxQSlOSFqG^QRFKxr;f?[GO;DJOen=FJ;WuiebyFt[vpiFu?vkqibKSH=ttmdxqtWmrx;eiwewoG<=HJ;GNKcHyDwGsY;gGQgykX?siEeb;IITcb@AEwsgHGgQgSu;gOwvaouG]fCWsMOgOIYCIe>krVIVbAUjEEf;HBWvnUCkUw;qXxGSQYtAcF;IrFIyp;Db[LDdZ<VjaouExlNWep@sqws=ngtIjMplnvsRwnmNgsHp_vuBYeiP_oA^Gyca^jO^_`XaAXsNPaOX_vQtro[i@oNN;@bZDD:;ON:<dbZ>FgMq]VpdWg`dijcheF?eOIilwvdo`CVZSViJfe_@[`O[]>[:paSHZ<ynDnqDhaLGjAIimaaJ_dtNmnwvLqi`XybWlZP]KHiKHfrhrsH`o_rmV_eGZmGheYmdfvLFmWFshiv_>cLWa:PdP_i<QjNWZi>gpH^X@fTvcIHftvmcxbl>Sgc[=Sq_WcoDkESQuVU=cCODpWBHqRVsU;KS;[BOcDJKTB;cBGUroYIEU@grr_YIiHUQUYmfowhVsXuUtD[dbAe?KvWQSIuioqHuCTc;H^_B[Oty;B_yI:CsdefA=bPcvJ?CWsYtYfcqs=iF`OyHoW^_fTwCdOYK=x>eu;ctfIDNqW]mHTyr^=U<SE;ID]mxC]G_YrO[f<cf>;F^YfYafIwvrorgcWEubnsUpIGaaWSqrbAXEicSAiioTV]EcmWCifJgDI[hbEvdEv=[CYwilObgECnAgDyGq]IyYsWuxLesXoDWqv=owfiSA_H]EWFAGkeFrKcdqsWmDEYf@Oi[ch@[tLuV\\Eyi]cpODTgC<cVcMB<?DJ;BV;bA;DN;U]=FU_uo[GyASI?XuoS]ASCWTWQwGsXrmh>UUdSVRmgV]u<cDN_RgiYcwgm?RlEBQwIT;wloY\\IGhgDe;y_UVFcHYWUCGYj[vPyrgwXUaTpWrFWsDKXEkgn_HYOFOeV>yq`TjXaWnykP]YqAjSlPG@QeIlglTw@KQhLBAKMyWZ@RMlpghp>qXdTKqtvMTvnxRtEn;lQ=`y]XJVEsCXtphUsfw^@gxGaqhc=^rSFp\\?eghqj^wpqtN`dLomDolohoVGoAq\\oH_eOeCP_L_tIGmZXkuaobixv_tgatHqup`sqYpThwmIdlVce?`mFuRhphha@yuM``=qiUn[Cij[FcfoqTYaL_]vFy^Ni[`efpjH?uQvcFVh^_c_GmxhcfHqpFodoi[hsIX_Jg`yN`ToiWhhkVugvrHXubgx]fb_O_JggNPhM^uv?sCF[DnkyAZt`icy^JggpVp\\GeXIdJPfSp\\_^i?ww=vsjIucXkswrh>cCG[xW`?a^>pmAOiwVkCvcjhndFZ:@hhFkSomg_orneehxNNwQnmhq^p^mWgbQI[=ywPA]PWkvVgD@bBvl_>kvHmHpp<_d<hp:v[Zfj?>_JnmaaskGb;Pyi_GixniwT[cGEhScXTmrN[rEixTkFiOdgGgBgxSWdXmtKGV_SG:?vuYUIwHYaEjIi\\GrlgWHQUpWxUUWXEwg]Dcyt_SghawHks^urxOuRQvN_vPMe;OCLoDictcAxssG[avmGi\\QrRMw?UTpqdvefcmhy=Rhss\\MTWYRL_W@iCUIcGIXeSYmcTSMDSaSCIwBsgJubLqhLIT`sBV=TsOcNKDLQf;mcVQU<EF]XMEytSIKotpPTXw<T=AorHQ[]jvDW^Eo;Ap[mWQuV^\\nelKIaMJYWmYKbYsiLUSllpALgyTfplkHwHekDEqx\\XgpPpLuZLsxusStxNXVK=vVqm_AuClwTMsN\\jlQjhXvXqO_=omtkEqmO<YIPSeqQ^@VtXsdxlFTjRpSm`L^=PZ\\vKPR`QUXIpJYSbLXYEylXYv]pe@Q[\\jJlouIQ^yjeDOQhSSYulil`HUxIJs`QEDSoukCMPStPfunpxrg`WG]T_ES^Up_tn]\\Q<emDUUDyRS\\MjIR_MOL=sB]w<EuwUp\\qTEmtMAl`twneKiivUhLOAL>EXpLRUMSV]Yn`lZtutEJQ=V^xnulKIsjqbEkXsYwSmciegsgVqGT^weQ_gtSHu?IMiUuMg]UcMMTUCG@MWBOUv_taYba_i>YtIoFDWSy=YUQF;whYixvUGeOyMMrfII@Cy\\CU\\wr=KFdWVEssfESDEYIQXTchgOyKAcoSUXOv<IccWVj]gQqv`HRUmywtmGUS`YmWQrmEl_uTrDW\\isdUvkdxt`VA@TOXO?pXriwsEoAqJApn<hYWqtQ]XqIYtHJMhW]pukyq<AMxdTiEPhakZ`jtPSsLKhURe@NruwnLvLUveAvNdOCtQ_]j_DQnqLPeyFarRYuXivtXQeqrZ@WFDWFxxcaObAP]Hsr\\r[avr\\tstpPIRKhNhXlTuo^dlt]NN\\la@JRmqK`J\\MygyjTaPyYJjhrnDUfpXPiOpUYVqL<HMChLNpJTEWCpm>eNCLs:uXDPKgPj<pSVql<DwpAWnTt`XuXiP]AsuPVshx[TugqwXiPNtLS<XuQt^HY[DWZdOelMcMtLIN`eJ>xkO<Ti@ui=Y]Uyamst@reiLYARUMjbTTAHm@`uQOdXH\\hohhIl]IaVv[J?nqPuUGZ:n[;FZjhcjVtFw]@_h`ir^Pq_okk@gAIhU`bugeHxtRv]H^_@W]EggpFa^nmJ>ls^^Mxr^NlC?n>QmyFpEe^YumktWYxA]LaXsOUSPtqfILHfpbngRi_fg_NhoifZLHwmwqLP[MWuAa]T`[kAbZHx^q\\NxufXdfWkv_p`^boOjZyc_f]bI_aykqpkecD;ieOCv=eVYVLWUT]I]eCKuS?ss;awfuipiueIuA[YDyf`YWJyI:Cx<yhxkuy;rOqIIqwy;r<cYxYXuacyyvy;BSOftUSnaT>OY=ofrmRiiHViBImDyaD?ED\\ac@?HocgLUe=MCkqwtocZEfVeg:sSj_iw[UX_HuuGdmwfoThCdPOFhOgrQI]we>KyXADpQyHuypieDqGG[yNAxnmCyAUkKimoGF;UxyeMssPIG]UBUqfUIf]CeJ[iucTqMf=qSHyI:_rLOfu;Ei_b]YIc]IsagySUXmUxAuScwoUuUeduasUaCOAU@MynygAYh;itx=cSiySUYu]uW]RKsDQkttsYQmhwkywUSECFWaBkgyDmwhgCsUyPkVhCy]mXrUh]qFKsVRKGlcELWfgMdEESw]vpyxmawmWfDgxuoxtqfgGVecSpOvVWVXYXLYhZGWkkxPqcAEiMWw`aIOahasDHQy>urVwsDIVdYGKUfCyhwGUaOukeg>gt?uVyMB`_fuMBZmFNWWEeCs?vxuClyD\\cfA;HgSgXMGLMKshLppoNMWpUwxqJd@ygYXV`xRxs>XXFTyjHPTqS@EwqXwY]PMaUKUXKHM@MvkUVXpqVaXAmnDXTIiRaYsgMYciYmLwhdVa\\ulXKJDvPXmWuQWdk@aP_xk?@q^@paDSwmwp@LYUOJ=KDDTC`N<pPqUyuIOeDTGqTg]RKeM\\yvVPxkuRftsxdk`xm^UTEqrTLqhquSlokIKDDyMySY`omImmavbDwQTnaXJcqqePvtqn@ywhXxVlRl=OqpV[uOIhvnlQ]=s=IrlDn^pX?lxkusAlksAVPQqXduW]tcYwo<W\\@Q\\Xvr]Q]mmF\\XyqNpapTTqqUVKYP=]TH=qtMvmixKXyLmKTqjiaXjEO:yMliWfyNy=uDiOA=vsiWQqyYEWGxJD]wFqWPHXoYNmat=eqNlpGUnUHyNeyDETgLVhUSGUN:`SUip\\aUZaSe`unpsH`lvtTjEovdNDQsL<nLanbtk]DRUpqNqwThmXhrelxxmP`xn^lra`LohqEDunYmXQnxuMKymKAmRTwMdRI=qEew]\\xVEPEqL`hrvTwhxvV=Sk@wlXrh@UgAqTInBaMLyTBivAYseAxLaNsAOZtxsqMLaqBlVoiqxDqXmmcUpaqjc\\K`uvrpX>Mvm\\woMqIULupPoDtOYYv]t>aXDDxm`WHuvXxu=eRsxpy=jMuuOtu@EugTU]uVslUOXwolU[iS?PNUEw>AJEIXShx`Xv_PNn@jXtT:xJY@N:@QhttamUhdwtHWOAxkas>urstrSIKHIYrmyhttw=UguWUeWt@qiPjR@mR\\ra]NFUvStKNxTUyS]hy?hW==XRqVxPrWilTaWpymKhRudPfuXLHwNLsf\\OflPP]nb\\NX@Q^YjAQQtdMqiwhTWnuxnTX\\YNHlnmhRMqQayop`YX@uUippexk@oSLmdHKAuKVmsxMpfuWEhVtxJxdWdLqCyoRYRMDvnHYM`WYLK;mvWmPIEW:iYAtjwPOgET><OcLoAPJM`uhhUsPwpeqAqnMitCxwHHWIDkpYmpxs[punpQ=dTHYVftsCIkkyKmekbmvxPknuriqKitsqQLUqx=qVEyXv`PhLRIHXoat``N_POZqxsaJHtsaHJ^YoshplIjdQv`ymYPPhxUFLxsiqy=JM`kViyPynQpPXxY:`j^tqIqm=TmqEUPuYIPul`YHmxy=jSTUAiX\\hU<MJ]Hro\\QLEjsAM[USd\\xXpWQqlmLuO<SBAtheoHXxTeshUWd]WK]SKaroAKaYPamqX<snUQALvphyP\\YdYoeLtVqkS\\K>ySFtrVUY`iYSivh@OwTpnXRdpW:PRJeyJatFtLRpVOUyGqUQuQXhXlpqPlJWEWxTqh`n_pX<euKiW_y^J>ne?mq`eUYoj^weypQF_>In`Iknocdixp`c_fq_VuiaeUgkaX\\qPq^HugxdGNa>ww[@pv>lUqfNwjEGcCVZlAg[>psGv\\^nUppd`mGA_\\huDIi?GcWVteYn`fkfYnOwgu_nNiiM?soyjTOPMwGUUMWxHeTBcFdgUe]c@EyQIdu;dLcbeeyd]WB=RLIDDSwDmWGGxBcFC?GqaTHwfVgVXWx<GfTWUB_unuIKEXeiylebrqR^WcoQFeCtIorRQBAUsgqBPMcPKdw?fDsCmaC`MF]eskgEwkeu@qdiWQUUtysiUoi<tCxP>ajWIPAhobhqSuu;psZumGhV_hUCLKYMvVEXuIKoat;dVMMYhAO?IXNpqAlJmaR[YuOqSRdQZupm`kwhnUPJeaQV]stdvSlviDlnUyBUVTmVHevcEvFI_Jh\\[Il^ybZ^\\c@b<x[NVkPHoX`dxhsQN_Hhh^v\\Io]MXqoFwS@kyffUqk@fpXowff^epvc_ikO`hwtNn[InjaPjLO]aGqZnjTOcU^ZmOuIgm[geDYwVXstf_Kabl_dtImfq_QNdWooBQuwxwPwf[otEpl;wgWHirXeggcDoiF?ii@iYybAOKKUdMEUkiaseW]ep;GLEghGYqmdE]tkWd?YhLWc_kxYOTQMslcwXAboQbkytTMxVErq?shqEZax==TLSvl=bZoTIWgamb<QS<ITCyd`kScOhsCis\\LjmrLPNjpVPqQreyVTs@UPi=kiur_YuePqbqR]HSxXk>uxSUpCDPy=kpAJs\\w>@qLEmTayE=KKMUVloi<l<`LMdpQ<qcIVdTPBXomPmrHOVLsIaWMeWwUrnuQjDm`LxtujAeTE\\YEYtj<v]mLgaP?dv[urQ@vpYsJLxNtPWex[tP:@SgyS_EsvDy;dJMarlmnSDtGASxIODaSPEKDdj<DZ;_nI_cMNo?XtA_`hhsMYh@Oh?grxxfJhbQId_FrN`nuN]Fa]cNfK>_ZFj_^rf^omovMia^`\\wHbGix<Fj:?ngyH\\HiFu?nw?_sFBmdxqlFhixpIJJ=ONdmiLYMxAQgykX?tlDvVcBAWTwSVqewpqUaMTwQuQGEqafCCBa_WKaGA[YjKRKOg>ww\\[BC[r=qVMEsS[V<_DoKDA]YJmBTcb<JJgi\\NsxW]bilOfvpXwdO[gorPQd^@_XFb>ViBnang]o`hHhufgsfax[QtgFsXqogNcvxejpxT>sW@g:f[HI`NGea_pcfev`qDit;aajAnr_]kuBKG?O:<db^<JJ??ZZDD:;obHyXlMZQQILLVdk;MrfxXPiOQmNhqPpuoppR_LnnpRCdOBewhdN;qkZLlLAV[IsaASDPK?QJ;Bb\\<JJ??ZZDD:;ONj;@sq=TspMH=wVtKwQj;Jb\\lNXWHHoFlUXMLimXBTPVLSuAt^=ObEXCusv<xDHjlYxfHOsduVHOVXndhtttVo\\rIEmherkTk]PSMpvAAV=ExCewMEl[INo<Ou=Y_<NLHQuEOOuxetKTmVDewUMNm]S>YyX@WLUvFqKC@T^InP]MI=okiP?dn=muBLxo`k>OdHq^d^k=yxAOt=dAcTTMeN?IlATZQcNcrPkDIKcAOrMwbjYR^cB`kftmy>aRncIsqEtoINwECMX]UR[OX`=S=cCpEiUkCfcFcqUlwclqY>aCHIVlkfcasEuHYuEDyCDmUcUWM=CoevBWFwEfVatmawaeuHSfk[eyecCacmkwl_C>eGg;WA?dOMRJ;C>KrxsC\\ycteswaB>my>aBHor^mrssTSmF<odp[d==wDCBb[F<CRYwFKyRwobR?E<kV`AHxcHdYghAI=MTUQUS=tE=s<CBb:xMRIwClrBAmS\\rx`MIdYveisn=IBBqY=AR^YAcZAnsNon[vbVGqIG^pPm;Weh@qj`l[@^l_dCOx:v[x>grFkdymuXk@Iyt@jdql`qgm_mtg_uY_Jhu;p[Nxm<ftVfyXV\\]wpEQsufcmwrvnMIcaKtKoX;?jZdwqQnY@wJXuQ`w<xruMNbDq;UwSMYUuhpIrvgygaH@RZ<dnwqbuy;BJUuOuIf\\Yhdl@tVbIpH=xmXkP<MgUPNephTsOxN`YVttxuIQ>ivlANAdM\\YjHenddwZ<XD=Rv<lrmXTlkLplo@qlXVELoLuKdDtvLlw]xYLS?P:;Db\\\\WFctO]tYmvApcYfw?rX?qFiiFybOogK?tVykpVnmP^nFccfgixaGywkgtK@roql]pxJigdHj:?NN;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<RJSDmEIQ;griVDghSOXc]wUuElMwLuEsog_cHN?bYyHPYrEggf?WDofrOStcvWGedUUOcSwCHfwhj_esaWAyshsXEoxdiVs[y^oSDUtkYcZGGqGeP;yksdkoRVsUE=eFctuqUSKS>shE[C_EWE;bGqTgPNy\\sGMqb]MIMoaUqmHKYlwkxstUNOxxnTyOtWGQvcXKOttSlKouRy]KGEtMltsasa]ljmscAk^QPgPqKTOa]Yl@p?ivQeVDmuj]xaExaTmJqpo<k\\pRQPur\\NpaL_pv\\qOI=mXhVr\\YO`L:LlatoIqnGLoeHVFdssPviaXV@y[uYIuXnUxNUnKYoWLwgIXHAykYRwqqILJ`PocixuYXHeyS=xYYM@qSb`Ui=MXhN;`VShqddumAqWyY:\\LLEPoIOq`TMmpcukjhjv\\Lc`s^DS=]qN\\LcPSg=sxtP@hkqlXdAWshuBIkRLKrAYvpVdLVsyxlImrqohyY:`POiUUpxdLO\\pVhloX@QDPoRxvWmS[`RRiRIIUupwPdkTYQ_uP_pS=ExfWllxmJfouhn<Y]@IvO>l^h^f^pUak[veA?c;flvFn<IbD_buhptneMofc^kOgervn<ImHH]Y`g>ixiQrWnkwpedonvitsnnWIeeHa\\QoaNk]Nr\\NfsvbFgoW_i?xoSqgjQv]ohFwY[TEkS^owrgwskfkuFQke[CCdiugIEhstLCtwkY^;kWqWhyVr\\jcdpuPs`HtOQnqpPGeTMasQQkaumVaRKallys>`s]yqftvDPqrytWiu\\MkeqOUHY\\dQXItCXKMtTv@Y?IpXpWfivRppSPLdiL=MWrmtKQoBTqEAsQQklhW^ySBDtoxtLYjWqUSEKxHn]Iu:avYXWgpW[iRTtxE`lSuRHDy]yny=j@uucIqbTodepWaYG]yk`moysQTKN`xZqtvusNQXGIrjtUl`y<DwdUjPTsjiPednwEsLTnBaLCtqFakqTsFxpXYuFDNhtRcinrpWQLuD=KIUj_eQcaocioTQoR@Kdpvb\\M\\MN\\IpClra]OIIoSdsKEkdUyy`oyHOwPyTpvcln\\HKH`oFmvmerS\\R@UvK@MH`THMVtpqtE]i@wYia_pdvVkgnbaN<YVJudeAc<si?CYT[tUWfM]eqqRrEx;?upIhXcFY?cNarp?iaSIEadbufcWGDIw]ebmIExaw>CtNYFWexlyweaUEUdXyI:qiTkfbOErMfb]sAAX\\Qv^gTXkUkssxuW`IYXYye]ch=EHWsA]eOauXGXViXwGr:mRcwyjwx_=yPQdFcb<sfJgbcqDOCGkUuLABmmCpKt<esQMugUtpewkSROiD=[IkcY`SXXGUVmvwEuUquhut`grsWFTAg]kcdWVfWtCyw>Kf`]w>Ii]iyhIWqGWt;UpWD`mtUgTt]WCGtj=UbkywKcd?eJcR>SYVeWcOcJwin_F^=dI=HuSwGOVtmghwddmV\\MfdoEWiyFkHTWgqUhRofb?eRkvtihqQxu]wrgwP]I?wVJuBlsS>uiReWmswvGV?MyxOUhkhgeIxgRx_cvSItmg[CT\\McikiaqCYwhCMSfmIK?fNGG_oXjgI>IIB[YKSuwoUdYWQoVVMfcWVayc[asnqxlsxnSEOetU=tjgtVerOiXHwiH]womX\\iYfWGn]U]WtjiuPgVyocSkdqqS^sxfQF[QVUQXkgboCuG_fFkf][KL@lL]m[EWHtx=XS[drVEObtsgisDqvTpWYmRrpVdPVVmvk\\MjmsmYvC@KIxVxPugqnXQoHEWlmndAVdpWHyN`dY^@x]ulf`rFUyvAptyWEUtoTwGxTGqoAaXYUpter]QMcMyUeK\\PSyDKGuLuTXy]RE]wlxvL]L\\Eqj<YhpLUMSvxrNyOBqkPYtaHtWMtXQOfqvbPX_]MoXxF]s]uMI@qFaS\\YQSywTdmoempqMEdtjUTx`yaQkBlR\\xND<yrEQHUnSTovPlD]pHHnDxpytkqlLgUpwlrYMYrMWxQQmukhtT;Px^HNo`l?hO`<tDdMTYtDMj:`vKdrXUUhhsgPROIXHXTYAQI`YIAo@TpsupQppe\\THIYMeQ]XphqKsEYpxTL\\VsqrQdU`aUlYkOpvHmRYYxGpJYuWHdolmOP]xwTRI@qoPYHAJidLB`XOtLTiWqHK_]vFtPthoUaT>]R>iT=ULNurBYoyXSuHPWIqHlVuhrEulneTGeTGaTkiT=YPPIWIIOYpmrIki]KIYygep[IOQeRaEy@=O_yxcqku@oq<QPUsgmTm`WkpJSmmmiO?]K_hoZdOD\\W?@YeTOe\\jjmo:xoTxY:HucUmnIU`XnNmN`YvxHoBlswiYJewkIoePTQQyctmXAqB@M>eRk`T>YVNxVQtyv@yh\\UotxMIOsMy_dRLQna<xy=jJ]UkLr<tYZXYr=u:Hq;yxMxrmPsetTNLYDDpvHY_qWQyLguLm`MsXVhIUtekaYqUuxKlOQHqpEkkTVVQPUXQJ`VwdMCaRNpN=IJoHOoHl<=RTaTLtRv`lKdWOTWQeUo@wn`x>YXDPwIYpQEOIUR?aXhQmtlNkTLOAqpQyNtRilm`UjSqwpiY>Yw?lswMNFAYQak`pS^EMitRLET_Hkj<RgMSg]rj=pPdl^HLIeJ^NkdWw`hoPnmRpmkgcSoxtgxTN]evnjgtOI`BPmcxrq`t`HarWxu_`O_ucPigaoGnegqkmvgiW^oX[]NwphnKH^]pf@`eJ_hZF]VNaVwclOkDPcuGZ;F^]f[IOnwQlAa[mirSwvyAZnVvQxhinwIybqvih_tkybhN_kWsSfxcvsvVhaYsyXru`[u>leqbuw[chmMhcgFaO_vSwmo?uQVsfFoIo_jnkeP^`A`eIdKy];igoHcCwcLamn_qq@d]I_XN]Bv\\gIwgocAidTIoFhxChvVHx\\Yfs^slqyR`k>OftgpQg`QXvn`hSonc`r`q^sVvV^]KG`R^rt_urpnronmG\\DI]=FiKixHwxynZ<axua_Daojp_MyoC>saOfD?x^qZTQpGQirv?gXPyRLADA]bpcDbcfvqe\\UTUgGWcxN_uh]GMSXKkcrMimOgRmuSyFEqYhYgUchtWWOOUoMgd?SdQg\\MUskc\\OC`IYqQyRyXlmtgGePUXWmxLor\\?bm?YgObMefcCImERjKSNugDkXAUb?etkMex=TuSII]EueC;oxnadhoUHyVq]yrycv]yRycVOuUQuDmhbcyKYiSwXVYft=im]sssxbSuGisgIi`YUWowRoxgafsgg_WIU?WCIIDQvjMVX[tbWwNUCI;W_KXU_b?YYIKxKCVr]E_Wfo;v>WigGUkoiRQWVEtNsbrsssaRF_XHAEcWxRyfXUb]syQaXocCqOghaE@ovbGH`mF\\wvf]RHWI]WTTWyRUiBcX=;PwDSm\\WqpNDiNyiN\\ePoHPfUSlQrL]U^pRpLoNtk>lpR`K?`qfAvA@tl`V?tjJIN>aXkUWMUV=qRCQWtXnQ]M`EyoesSakomMVIQFLVsXvf@OcexTPYuTrpeTOQyKlmVMy\\mkSlRk`m`]OHUxNmva<yL=TuUo<MWDe:AV=ee>ex=_yD[WiGUoCfQutgqCR_xtSIlaWpAEkstWaX:YY<=EIwBL[EcmiZtYdlKT<ONL;IrTuG?yI:Cd[sxiCe?ySq]RJOx=otm_xpkwmqX;ayweGnGd<Eb:=VJ_xy;RbaSy=Rgydwxtj=QNYmW@nahvRlnshm\\uXfTokPp@IQTuOJpM=hxpdS^AqFAQIAnpTWHaNsEODPrNLlI\\PL<OkhrqtNaxSehRthq`xukdMZlWvltJTsGdkphpX\\R^@jKDs]YL:=js=twuyQpO;uyKeyZ<YeYWyQj;@YwlxEPyIDwATRUyUr]lIhre=pY]Ty=SxPmTyY:@RZlYihu<py]Ly;AxPyTxej=Dxt]wQdxYLtIpjpxQj=oYXKQAvy@ox=LvipoxY:Dj:]yXUq?dyAax=HvgxOvMkAPvo=uiLwy\\NYdKgyY:<VJuqQp?:fZminTh^]PeU>gKxkbqoLXvr^iCNhxGlhn[i>fGxg_wvuPbvgb[`j[N_YOgLWaBx^:xZSIbm?tb^<DZ:?NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:<dbB@YbdHJyIOwapouw>LyeIpGUrBMp>hNPIUk]LD<vv<P<DyVLlMyRw]PVxQJ=?Ob=ihXMcyMV=mgYKHEyeh?sZcfAewaEwg]uagw<IyuQEbSF?OZ=pnYQbaX]wPutyhdob;OaXqn[aeoiiyAZZ@cd^ZwFvUAf_`i:FiV>_kqv?b:cqthSthSylWuurldkS`U@hvBHUl\\MD\\WQewRmOSQQXuL``oLipxLWRDXBDTLinn@LidPxas=\\VMHr`xY:lrOxqixT=xTxeNWyqA=NxApgdyx]qTxQkQocmYwXjkejiYwoAvOyY:DKQysk=wY\\KetyYuo@xOvQStxY:tk:]Y[YuteYrepy=J\\itM]YtyJ]QkYyteIretyLpoYXVJuQRptxuQXekYAYO`Xyqm;@y<ypoQYjQwy=j>Yoa@YnyK@ilyx?:=d`oUVYu>yehqGoABKcYnqcjexLOwUosd;e]uigwEcsDOChcUTj_vtWUCIxxcT[;CDcrdKxZIxacSAmFnKSDmRu?iQuC[whFQBXSui?RoGsL=Bo_iacIGEwC]NA=NJUXKXvnqqtTs^Uwo]Qemsnpq\\mN:uOB<qFxVDHjaMJumNXHqZUyw]TOxmgxLQYKhUr:<YcQxsMqAptEYw?tx[<JvaPs`YWYJeivoQruAL:mQT`Uxpw;hxlPY[iYB=VYdKhtUq@rtEUwAxx\\Vjxk@tliXMZdyfqQrtUl=mATrEylG=txlPY]uiDQFXj[inEqVbuMUyOhxlVmj;@xLiVm]xIhoQ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::cux;Db_iqSIv_w<CtduRlERNGgK]U\\KbLOfL[FgcFd_EIIX^wcRAV[UwsUym?cpgCues>UU@STSiwFMrlIiP=fNOBYgtPmUJiFJCcaih@UChYrC[VfGYYcG@OXZ;\\pWqKycnAcgWspIb]gyKa\\V>noaowi_u`kwApYwauge>>fZDDcRAOfXks@mdOchXATTGuIaUgWSCAYF?fuytXAt\\EcLgerYW?_VJABgKfZOCXAIlIWuaIC?sqGwVgwTwFcSy@KBqEf]?cqaEMay]Obt_DbABVWSMGF?_GHCYv=CdMfwmIXIFlaIlWrRYhg=FJ;?OR;VfXPkpyt`ngmVo@I]PXckP_OWlFggmQ`uXoEYgsppWGgl`sxFcCg]YQcwgl^PhI^vDHj_a`W>hJ?_gfwToyeOhYoxxwgqY[Z@tY>ngaycqw^vida[mWyuijAVbvx[j?njga<Ij:yxDvZ=^ub^]I>H::::::::::::::::::::::::::::::::::::::::::::::::::::::::PJ;@rZtvQUtZHW_tnM`TfYYcpxPTVeppfHmp\\otplrHLC]reUKCIK?hP<yJdlMbmjDtk=lQuXvm]mVpJE<WNL[H:FQJKbA:h::CRhKY]aheUIoyGdgRB=w^UwEmg[qHCQbq=WmUu;]w\\CTSEBH]HNsYowciKXtqYXiuhkx^=TpuhdexU_wPkvfoXBec@CcO[BmkDegC>GvPKT<Od>]Fs_B:;R:Si:?vjuhesHfueqUybkspgrbEgJUHaAiNUwFubJ?r_yRkSE[wCZsuhqxQAU\\ycR[V=IR>qDfqhAMGUiXVmeYkXg?Go?CSkVUEIliB;Ag^qHj[ecyHUyfmUekcx[[reewDMDbIH_OR;?JZ<dbNao`xNOad_epickxZoVxNG`QAfaOmJYvQFiK_nZhnRq``Ot[xg[?bua\\n@q^YjpIx[F[]^lJggXFj;wgdwtme^yI:awvyEhud;;VyIrUIyN]uIkH@Iywii<Wr[KE?OR;Bb\\LD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??gbS=IgAbLiuM?WXWcqewjgbTei\\EegIWUiydaedMsDMuRaI^=gsqX\\it<?tn?h^CWc;dZEr;wRQ?eXIttIWLuwkOxnshnuhCEYZwXswgyufsMwKauGKTRsd[<O:Dlg`nNtjU=vsAxnPj?`NJ]Rtdj<X:xi>[^khGBjg]uaiGiAPj<HXJes:ltgxsdiQY\\RnUmIqOSlQIiyP@kpUwOmn\\lUkeRDAjrpOJ]ypXTIUOk]U_DK?LSZLJbQqy=jbiNLuJFMy?iwcdsytpVIuyxVsQrSYMbDQdYN>lnNajZ\\j?yKBMKFmtumLJhl`eNglwJPlx`t>`SZfty_nA@tLxcLggvfksholPu[gpg@]oGpfooDvqa^ygpp]hl`H\\SG^b>lSY_ffo=gjqGoo@\\D^\\:hvA`^@ywrijxqgeflSgfUqgPHuhgbsXeaorMw_?iio`\\rXtB@eDNbLAnLOd:?^<h[Anj;@Br@SEwSehQBsqRseH@qTkuhEUcHuHckRYWHIQWIWwrUePGrT]s;uWEggOwVo?HUEWCeh]AD[Gv^wi`[VAITcMcJ?D>[F:sB:IB^crAoX;ERiQwQUhUQdyYXmwYrce@ABwuriuVMCxy;BRAuayHqKcHuBb[DDMSHGYVQVTgV>kEosesWYqwWlYfpCGQYwGIbNEgCScOorNWgh?TJ]T<?D?WG:IslKx>=T=IFcEVn[sy;bweIfyEvuypEIDCcMaxwMHgUvv?eFaYaEwtGYIsvpUguEwd]vfOdIcSCQwh]wE[GrQDeeB;KwcuWDWI:]Fl;glch<Eb:>NKC?O:=tRKiuCIgItQYWPgVICW@syXsXmwclyfkai?kb]OY=_GtOhNIwBKChCV[MSBMUIKhDYta]FbwGDcb<Vj=vwMFohprpFZl?pTy`?@qUnhKv^aNf=otPvfUonxffpPrJxlNoaHXs;ha_`rIVeIpslyvHQjAItXFqwh^qg\\XhrMi[_vupF]lVywFgh_ZENl^YeFwnN>bEgghVfGG^AI[Z^Z^flY>pJWcDfZ<Fj:?NKSEuGReXmsCnUtEywTGTeCYmmTVSfQcXwOXyiUYIg?KVVoTLad]cbgeVE;DCabj=dI=YJWIjaGaqtN[u`wsb;yogeugBM?VowRsGEhcS_EcF?gI_XQMEncb:;fNgR_[EJwcY;e@ORg?RZ<db^<FJ;GcEhm[WpmG]UwHQV_qDaygj?Fqmh_gds=gNkF]?I_GfqqDJiYBObNgb>?G:]dLkwsAVJgDb[DDxkGLRvUSVuNhuTCdOklMuLskyXY=X[dK[XNODODmQ:=JC`Ns=JbDN@xTcmMnqy>Up?IvIqwZ\\uSuKoDP``Vp\\sLuvpdsSPtxlSQHqRLwa]pLLlPelN@x^lMB]PMtp:\\TFtNOAXupv]HWpDuhuq]yXrhsFYpXeOMDL\\`pRUwW<souPJLsPMlvDr@PJk@RZ>dbb<NjAarqh^\\HaXIq_Wqf_rmAymYhFP\\FF[Spfx>khyjg^sGGblO_NipZn`iH\\c^^>Fo>Ghair?frLxfRofYNaOQgDQhehhthdpyiJagkpnFYbHwcM@u_@yffnAwlQ>u?Xoo`aX`tM`w>>tyW`VyvOVtFn]kIoSft[YqowkYfpCGqXqgHfnD_cR_knvnX_h>Pj\\P\\>H_>?ZIwlJ``Xf_ZftGYaQiqi>peqbK`vFquk`kX`tGQs=yh[gp[P\\\\QqXpVMRVMcP=TLIR[;RY?Ql=Tb\\<Fj;o]qGiOYgapv<YpuofUpweQhP_sdvxrgpEflpxupVuofxy>\\tpp=@nAIf>IjXQuMIrZNyaPs=X\\w_fhFkYxogXjyAZApwYI_;W_pgyrh_Yfup>lSi`iAbmAgsq][FljXvPYeVqdWggs@c=Wo__f_^t[Fg[qrPymSW^Ga`Qb:=nktpMDQwHLTqxRxqfXq?xS]Uvr\\rSEt[ASuTs[utJxJ^aQPDMAUWBQUsXTELssYv;N`Afm?VxIylnN[?fZGpnUYlKi]Y_tfyv@_hayaG`hCaxPahBGi?inPh]DgwIOs^oq<q\\_@n_ffgOjZ@dNwZX^fYN_Env;@bZ<DZ:?nAYm^PuX@jiYb@o_TYZshcovp_?]?Iv?H^bYhShZk_ucNdMG^AxasvjKauDg];O[CoaA_sJYhigtyGt<guxOt``eoYh^?krPw`im_fvt`_KXfqavPphrOdrHh>`^C>oBGZxV^=^qmIs_?^MFbc`sMH]BA`eavfXffFpGqpV?vxnnaWuhH`PVrkimCGvBGho@j^@_YB<CBNkETqSQKycoICgSsqIB]gyKi\\WBNogowe_uhkwEpYsauge?vE[HMWGauD<oI[eUEswKuVcodOwYFGVEKcVWTbGUfwV[QEvMfwIXCErVerksSCcFdquHcF^mEbMyhCwaETUSGwYvnMg_uhD_cFSdrsij]R_OU?GiFabE?uN=X>khJmU>AU;WruMRCCdaObo_G_gI[CHb\\\\TNueIabQvgwocPtaWgXwlGikaPaFqnuilMxrDhd@ny^hncVbqo\\MovBOcu^b@@yk_atIrJAlJ`]RygYhnPOytYh_Y_jpg]HbhqprO[rOn@fd;Vnlvsvfi?HoGPhYa^s?ye_wjWZ`Ij;g]BQv;@BoGwydJey^]U`sQO<wx<MYQxvQlZqQRmXVQyRaVclksIyehPjTYLqQOmMLxJS<NJuwY\\niMnCLLaHNqXWQdTc@pTEjYLP>eo^LPVYShDSQaJ;HxNPS<@tNpmMAvjhNqUyNLV:EOJyWqam@]WRhY<llcLKSMVUewpAuGhRqTUZuRE]O?Ivn\\jpTtg=n>DNC<SCDK:<J:Pj=Tu:=NJYuTipvqt^yqfayYmWQHRZtq;YusaTVySpmjshywsJcg<Eb;ybteRy=RWAhw=d^yI:Qr^=tdwf\\urQoUGUunEgo]FTGXsis<GVPayXeb`qtOqYUIh>mVBgIAedjaD\\QRVkw\\OT\\UETsS[ybBKcEWF_iV=iSqITQudRyhI;HWmGmauUIgLkxkYYHCCUUuluth]CleTDiGMKWeUCc?BcGfogBJIbv=uTsbiqcZeUwSsqWuJ_GmIb>IHwqeLGTYQg@AW_iC]MeUgRh?xFacUQRUQDQMfEqm>qKTYsH\\okiV:MOAuXrAkEuMiyrftYHAYPhO:ex\\TRntrrHtsxLBplvQxc]nGaU]`uj\\JDEyFlnlEte`lEqKA\\MD]LLHqvYTDEr`TjZQuoPOPdo]HtFu\\VYvy>hpXfr^sUau@hoZ@a^qj]vbVgj_vokPcL?d<oi<AcZhtxQkoG\\eiqshco@bdi]qhgrVuhwg>`uRv`N>g@Hal?qCIsKAZrnpEqZLo\\TOyb_w^npL?aQG_fqwCog=@gGQwVV]hwlGHdIi_IYfKWfRiZPixP^weIfEYdcWf@IiIF_DNduNm;Fb?O_cfvANjAgm@^qnxtqgimwxqAkuVqGXkcqm@@vTxbkOdWYtfXiPgjCYyhydCvnPFlkft@I_hO\\^nhxgcd>Z_X_AflH^]JOcXPmu?wuoiUpiQhm_QudoxIfm\\Ia>_wQOdjIgl^i_?ui@lPQ\\uIZHyZBHuD?l\\y\\AaZinkIGgn>]uWhuFmdIueXm;AsptnYxUkiYyr];igkxF_SA=eoQXUCxpYcEMXUOEMqtP]c^yFcCB?gYe[XcgUdOC;ASoQs=YwMUCwYyIAcqwDbcYsOY>KVtOYgQR=AXBEQpXu_LP^Um_QuNaYOtr[lv^@OsHmnaoqPWXDQCyN:LjNApmextLwM`qGTqhuv?mx?QPGqM=MxfTOVeoQDnf]Q`ySD]RUaKRPsFTpkDxVPX^qv]moDaTREJDMTUEjXaTb`nPds]tWlpnEtPQlYq\\Q<lvviTPMtVhl`HP_ePgMYJXxBlwpMS_HVOyNGYRBmk:YVJDSBDviuUIttx=nSmxsElnqQ;]P]qLL]WEPorTvpaOAqtWumg`y\\UVCHvqtlK>yFfbHfZ[p_X@vixgkG^C?bDo[TXm_`uxNwnp]xGbthwlhenVpJG`VpnpgaKHu^`bw?`afqOfiypcqPajivrqklWiQOsAH_JO[JGv>g`?IpFyy:No_vvsWyMAtxpmtGh`ptBighQhmAiCi`Egd^_cp_[a_]<O]hguT^]>gjvHyFf\\ghfW?o=Gk^QZ^PxMVf`p]typGgotHteXy`vuhGm\\opgFeKyhgWgrhejIgiGad?sgXtUihBYtSXbvHoH`vpH[gWcdfxvQt<P[bo^WOZ;@BexmetXEmsYwiYtxEuqyPklomTNmpkAQLD]u<yRJ=tvQTZHRm]lLxOctSHiqftWQ=wSqMNLwhLl]eOFmSwlP@iPKDP_evL`WQ\\JlptFmNWLs<It<AtH`x^@JnPjM\\Vb]OyyRm\\xspyhMyBEwpPodaLQmvYMvUaNRmWQDmHxXsXQjaYaLvpPyCUXeTTgmPNuS_PShItp=TUQyUiqxMnUH^vvtcgM[SmgsgqHwOvP[RgqSOeGQQhYyHxedssCOoHRGx[?HqeEgcv_sDCCV?gE^?v;kUQqe:yhOOiFuslEUauchOVtwUEWfTgYFSVf_Fp_C=orNQhfGeWECikDQkHdyevSVeiwh[dgcVLCi^?bJsejQioUhvGi`EBoAHLgy\\yfrgG[;e@UX\\up?MPnINkipfLM;XsePj[mWg<YhdRJMTI<wQIK^uSV<txYpG\\x`MltDo[eMu`PUh\\rPbegcaqvThotomUiveabyF\\kfwFyrfAdAOkmavOxh=Xrv?\\s^`Xni_XalatgqoDYtgqqgWgBG^aOuUaoQGkP_w=f]txsNWivo`]W`]actxckcfAuK=dLcF_gYdsE^aFlcC@?cWeiXeGwmIosgB]YoaR@]HaqGLlTKUkU@qaMqBYM>DQRhX@QuN\\UamNmXpJ\\WQimjATatJbuRqen:qX[HvYPyOqYChK@qYByoYLqhPjuIWwIOBduy\\PDaua@LUGtVighOq\\QrL_jE`dl_dCox:^asAn?Pu]oqHVpwNcgIy@>vthg[QqSVjbixtXyjgp[ydGFeOOrgWsmNy]Vs_WdL>mvo^]N[UgfcNcA@h_ybO@ZG^ZOHwmwqFynvOisOmRix]Pc]?ftgo_Han`mEWdk>[QGbl^ac_s:`nBokaipKouCg^>Vx`ij:hn>xxJ>rTwvNYsbpl__taYdtYefWk;_ppicaQ]@aoqXm`Gn`Qt`nnWYf?P^engFOil?]d^dA`AkhUqSECrVQYdCE[ov<aYSqFuwhkuCiIgx_UwesnsbCyXasTVmR@gcaOe;svlsUP_EpScIqB^?HPaVxGTC_C?eVDsRxCWDuTdubdkDOoUdeY?shUOXwYwUoWDgWuORfIuguEUMhegHGqteacQSVP[FmGUOmBjaISGVPWRIwxxOvJuFeggfDYN<MEpOdIlPUXgYuqXPfUwS]Xu\\RoujslTFmv?UR@uWr`vUhlxDsaelKlWauPnMputmkmj\\XO@MOgEoLMKUMrDYkd@X==pfUPtYuy=J>yXuyQatJLUmHPMWMxepOUTorHRmeYclWUAL^MRdMt\\uQPTsL\\tPuj=LK_TOVLJL`YI<Xc`kOaTU`YG]Wm@R[yvrpYTPSHUpvUpbXjD^gP^[ZXsQXu^irN>p;Ah=HvpPZPgpixk^VnIP^Z@g\\nidpGWgo=HVgwgaUiuGG[H]QYLUwm_gwAwRoXOkYMQfsMsUees_HsGx_;SdmWdWV_QWi;cA;i]meLmUV=cHeupudp=hWMF`WyWUdyAFXWUlIw?SrbyrEScdcCwewU_uPuRkCb>oxx]TlMt;egQGdZ=BtwBwouy;rUQIUkeq_iGmWboW=?vraUVgfcqXvsTwQy\\iII?hL]rlWiK[IaUBjOvtKwP]EyIe<cV[ESkKWC;DZkVQWsGSxs]T]efRqGdyvcQDkWyOIuc=TiAisydn]b=cUHWUkuUEmGjYIUUgbCg^=RrsdAkEsCF?kXoaIdaea]fSGi@KHfubDWUm?sqSvGKwUCthWdF?Cp]f=ktfqG<]rj_Fa;DTKxLwfbMtOIu_cr@YEb[DDdkhMYHQme@ophqT<VU`TMYy\\eWhlWADuf<mOPvfyjNEu\\uU_LwUAS_ANbhn<MuJlo;hfc?vqIh;o`ki]]hwyxZUYkUgbAahp?rPYmqHfpvfkf\\UWeNGaJVswWk=?o]vjNFpCQdOQsNPnNGcx^hPvZGo_X@ey_cgHZQppGi`OamQp^@yaNXphopbFm[^fxaZdOc<htHFagG[x>[YOhwQh_xhrXpIio?qZZnuphyqhmxou^peThym^peiZY@oj>pPQpfxy:VaNIiIqiBfrgnwBi[lFtIX]lQp^VqsIrZFy_>gw^nL^nAvjfWemyu@hkiWiUFwgitYVZMinXgpPVrjOqcoh`HwvGqGVein_<GZCq`aQnEiv@ye=OgdN[^i^:_^:NcsHZJPa@ihC^tHPmuYh>ihAacnNnhVgpvxdptVofX_adaeiFsEx_Aq_`>_<WtxIyx>\\EgiVynspiZ?t@guIygIpo`QrnQo@_yqHa\\P]GvhLYmf?uhqfTFfBhuaJN@mWMq==ScmKwiQXAmNTWdUUcyu@dJ_Lsjqxa<Pq]NphobPmEukcqt=pUqUjpdUpht`xrBPSBqUCHMZ\\VuhmBPOL@t>XX;AX[\\n;xsnLKGXvbuNKqmuXuNTUNqk[TupYtGpp`=yGIR=Dx@=k]ule`kVdMJXJE`WjdV[hvipnHLREev]djlqmHavP<wpTJa`PudM^TxJen\\MTgXtMmkUXKPXuTLlWAkqITvUtWPtTMkDALiDtWMo]<Lr]Nj=wjtYDiUXqvUixcYy`Xyt\\TfQVOqvwpvpDSlxVUaOXxOK=UMUT^uRByW?QtQDREEoadLYLpxMSDtvEiUfyvUavMemH]SoujLXpSyu;iXAiN<iWgEUvqUCAlguoppJYXX?QuIPkZXpWMU<aYA<JJIvWHmy=J_UJiyqwAjMyOVymZPRWqWiXusIjOuKayMhAX;ax@AvRxxFHJGePshWHUW`hU[qT?YK=XXvILsAqcmKSTTDyWPYT?DRX]UJaWILxtxLL@whUtmeS^qX?iWU@Y?axhEWsiTl<sLIvBULTXji<ydTXDTTDMUuxSRdnatU;ArcyVixpgLTfuWDupWHL]qLu`ovUu>tPXiNTaoGDoJHvrTYCDucalbdL>LJrAJL@Yu=wZpy<dxJTwa\\tPIYc<ypaSnuw@=PEqyPPwOuxRHQdqN\\XkF<KQ]v>IL[yRELLfhxcPRt=TvxRXEtGtkK`P[@Nq=TBqQNXmn]upTw`QwHquqik]lTVurP]XqHOEXVFyY:Plm`twqndEkkXskqn@uW_hWA@LOXO=QTNLrNYJBMOb<RKypglqwyV^YmyXkMYO`pQWDVq`OxmjdltEAosqU]@sK<YQxkq`QjmWeLS`yP_]ND]YA`lPDR?DOCttdEJd<r]eoFLwMaTmHkdIK`dYixxK=NtUVXluQQKXuoIMWxDklAM^YU^AuKmukuj\\APkQkB@P^ix[pVWUka<lKMUB\\NpTr:=NJ=OcxTVtmGDS^lNXIsCTUhpoppk@iUWHJq`tNLXIAJg`n;DSx\\tTxQbYv;nowabtqj;Oq[qhS`_=ytpH\\GFoPntPplMNvVgqNOZXP\\vvjJxxJocWqxegjMqfU>]Oi[?Ig`X_cGlqvcjXeGPwMyfPPsUpjeaolvnLOuLIs;?[dn]w_nYvagoZAFwuxoWWeqxep_rqicr`[ivbkf_IvskyfhoxfO`Pq_iffPnpVQbO>ZvXy?`_rfeDWkEHvxNoBwcbGdoQbeQwSNqWWyZOyiHjgWcaptSInYQxFqxNFuMhxmFaGH`rnn_n\\y>ZdXcKHtEQpQFsfafgv^maaOxu:a[CgnUPudyiohwrIgHostWlTapeG_nXgdogfHfsqgLhyt^_E`grIdx?l`hn??m\\`dDQlO@ZnHjey_UQwN>lHi]Zwh?hlfWd^wdGWr[Am@faMxs?`lRgobap_a[g>sE`bEYlK^llplNilqg^hfl^Vx^AnwnqDa[EQqG>du@w@PuoW[UG`uahcwlFva@VqX?v>YmWAvx`xRogxpjViw[fe?hc:@iZ>xI_ZJWgMAbqYnQYyyWe]orqIlohsG>tfw\\UVmFhppvuDxvi`eYGq`Q\\JokYOhq^jZqg>vdWObUyk]AaN_ncn_gFbd^Z>NrcIhxxft^kfWoOfu>gytneaNhuhatf[iy]lnyJ@kmGnEqheFwgosAVi_ggO^^Jx[D>vmyr^>_uG`Xq]OwoupuWq]WywtwiIPeZAg`IdIXugydeWdE^cuPp`VuOg^eol_@__Pg<wjdOc<?iIwpYhg@N_YyPudtKui]DQqscWfmgspOfsiYm;dnMv?qYKYHCkwi_RIwfTICHOXcWTW<KJLm[iNc<S<Y[ogcphlHFx;gbLiikih?OuXaynWq`geE?`WP_Da_t`uUXkrna[HgiVt\\n^YAh?h\\Lg]CP_ffpO^oNf^A^q>Fj\\qkDVyN_l>@K=eieEuYsU]vFSyOUTqUxvSwfKsZOVtGw=wrO;vdEiv?elmTSWDVseG_H_UWkYg];rKsb];IT=cAeiXIVWWYtqegQdiQygETbqiXYHeYbEac<UF[UdhGtWYb^qYlQtYOtLOxAWDRef;MTTMDNmdJmWDGyZOE@eduGTMGfp_ULSUbigUgbkCchqHYgYcWdGeF>msv;y>=tN;GNKK?N:=t[iSGaxqCuPOH]GwGATgswDcCXcwPEdk]yRSUmMEIKCVsHcCbiyX:IdZef]MBs[EYKYBwScoeBuIAaspOgUgE=qBICxN?iHigB`qWetntvtEq=HkB<LLYLf=SCysKXxaYs:<uXPUnUj?PupDj[UyjUtaxvstK[AMnUuoDMqESClxDUnj@J>tlP`L^DOvuKlLl;tXD<ke<QYhrEln`pVqXMOlWmetaMwVYKhivM@SxtuZYREEM`Ymi`QcIx@QtNpRkALSaNHPju=JxLsApS=TPgyY:@NiIsGINWAMCaPEpvRXsQAMHyx@iQ_mygLWMUODDtDUmNiVtLmJqWlMT<xsJXXl]m>@QEhLB\\S\\\\oPQLUiSZHn`@lJ`L[XNB=jA<L:hYNtMDej<BJ;WvCEXgXIkFPEgrmYSWVAWXpuS[]cHuXVOv[kh^_x[OrJUFecReCSX[RJGbZgrtiybeVnAXViSCyhFuU`mDUaCq[UeMHXsStgCN_wXMXCKg]=s^GifmEuCI^wFY;F?]ry;btUEw[vy;ruGseyI:]I_Yd^;gicuW]xHKYnEwFhYuurlak[uSKLs:aSmDQeLR;tRiuW^yq]@n;pVZ\\TC`JuAYZAJWLmEdpwyPgUWQlsQpPwiK?=Xe=VVLOhDP\\MVR`xwiN?qpJtnO\\VwdVLv[yN_ENy;@bZ@dbf_gQexYglwepqiiwX;oI<tpmYoupMhy;lKyuyjANbqX;@rZXRwQRBUm>tT<xSy]TSxojEQnDlYDnXLUnTJkeM?`PAlsouNBIxvQkIQL\\uLrxtBuPUTVdatPdlnQmMXS:hJ_XR:Ptn@l^DoZ`N<DJ;\\vninOeyQIwQlqVxk[pxgeXHhUUamPPsiUuX]siuKOpOauV_drpQJ[YJQDUCDUDIKlUTIena`plLmExJLqqTiOqtTkdwI`UXYY_DYHYxaLu;qMCUYNEPvINsekWikDPV=IxXeMSHtNxlDTngpPVLTJtRlQku`lNdJT<kwxmcyl]XpfHS?ax=xnXpJdqW^ePIxpwhr>lS?hwNao\\`u?mqd<kkEYqEmltYaHmpTMExTThTeYnIaJ_Ls;hQw@tW\\lcqK;puaHwHpLahOu<UkxTOYV=iJBYPrIUPYVYlKJhY>=o^<QLUMELtBev=El;ysPTOXMyLpVTDvl]u`LTmesZUuP\\Wyyjg@OtXq_Hxh\\WFuWd<KBqlnUREijlDsyg_IhZ@yZ]Ok_F[J_w;VqWIaLiw:YgQXcuqhCpg<pvBPeS@mbymZacPyfZGdIhhQXgfna\\QtvNkLYv>@oIN^Zpov>onvnohu^>wGFnto^@qjoAcnPgxwleos<VrP`oMi\\UXl_A_GOwFghrNu`Ve>fbrw_k>^pflpF\\TqmPOZswcd_tUVcbI\\^Pa[?jfOyiAothbm`gYhbfOe;HmDiqTagsom_o^iahuHrjYudg_LAbKPs\\I_`AlM@vqW_mYi<QkPOl<w[hykVo`Iamoi]QiadVwqoqggfLYmGVk`FgWX^Makhgwmgp\\wxFAejxuLndfqZV`dq`^MFyJ_d<PjP>liP^@XR[XkqeIcWWoGokvXOSnsxgMrnQi]sxrmw\\ysaWcVISsMy?gvLig_aFV]D^gw?wYUCry;RbsbAarmKU<UEi_v;Cw<_WvYxg;BoyDqmBbkX:aIA[dTiscISNUTfciR;xfWr`ufK_w<GX`wDvUfJKxC=UpUstmb`Uyg_cfSdaCIhaYRuWAif>etjEiDYUywB:CyduWDMriaxTmexqgiSyG]soSu]?TQAHWGiKgDsuEAkWq_rviBEgFloh:yU<Kd\\Ki;oCA[EDeGuOSJsIn;bPAX<cyJidHMii]smawWixuYSygVEAbSCUY;UYKi=suy;B^oRWqyZcx>iREsheMFrowrMVUaGEYxR?dmaChacs?EPqI]sCQ@u>@j^iN_DW;eWxLMNEKDLtCyVBMmE<WXtRnLK?pJ^PQ[Ywp=LgYXgpp?iPiqUmmxk\\SA]M]=ptextQl=qO\\LOQhl`LLDMu<mTsYUBxSLxSaYYs\\pQppoeY\\hsPxVuAYC]xuunX<nWiXIHUmTqfTOphkFDvrhj?uvRDm[tQ?PPXpOAMrJUUXynCpXq]l;<rWLS;<Ot\\qfQqkYtqunP<MguXfTrC<sfmP?QSD]j_uX[tPstWsLOEEvWMsD@xPEweEqadPXuMjYJTdkRmWILWwIppyqNUSXIUeel]uskTwXDo`QKGaPY`Tgyle\\VUambQXUQOO\\wu=x\\UqUal==WYim:EObMTC=o?@pZ@LW\\\\QvcVwlwG]@IqnWwTqio_y:hrkV^[GjiHuxwhpOigNy^wjTghuaiRv\\HfvrNsLojQaxHXdTQd;?cH>^b`^YweGv\\GYhWGku@qWX]mPnHGnboZMogNaqoFb=^qh@ubqhUge:ijpo_[^icH_ZVokpaLAZZPptp[ux_oO\\oVrep_M_fVGgtwxbXgGxjwG^mxuYn\\mXnbA`JPljp\\<^m=OwJG^Z^l^nxD`[uGwMfgawclio\\WupYxqv[_Hq@hf]Piyo_oafOAgR^]ShgVgwJnoF^pROq^XrLoeM_[vxrh^jKPwJ`auAqZPkh@wIYnqqothqaPiSVtuGbox\\kGmpgcNhrq>kkg`un^;Xg?ioG@AwRhYX^aC_CcGIbVqRuuct=DAAFpef[ghhgHVoCLWuFgYJsUy]HWibWIHuKdlowUMe;gShED_sHW?TjkBicvwgu;SCuAChYrgWVX?yZyTI[cHQWUAEcwhnAEWKited^uHWYGNceUueoqXAqfiICV_eIYTUaCcyc@uUigh@]MBDXhHx_YUCYj;Dr@TJv\\x:APdqPeLw`hvt\\k`MMoYY>awTiycDP_<VPamHpTrTxVEPUINwMlftVTEUdDRvaoXXt_Eyx`vlel`LjwxuttkbuoHuQBuVmypg]sUuoP]SEpo<=PrupFLyOlm>=SPIkgYuuQNq<pjhjcpNYQS^ajsHbRXvHP[N@lEQ]MNopqcfhaY?hgVwgQlgNtHGkgYx<nqTOmIqopv`[IpMxuhIwEWcE@[B_wU_om`][ftwFv:h\\dIyA@\\bo_HAodiwdirMywIqkm_yIAyL>_yVmCY^eQZfaqmwy:>\\ov\\qqZbwatpjAotcWtkxsYXyJpgyAZAYt;Ovnykpvns_u@Wtji_Bgk_xxvQwEantHpfOsm_geV\\JXxqVeo@k[>umYdG^gJ@vwg[xp\\u>[vf^AGlUIbiheMorwW]vwt:VjC`gmGcoVeYghUW_Qp]UAfKYu`?n_?d^goaykdoyX`wMHv?if[xsBXnXIZZqiiOhLY]Hhu@V[dOtXalThk`ppF_iT?^]YquWqUG^TajoQcJNmIPfo_nkXvbhZw>uN`Zraj<noXYvAa`NnkD`ne`nx_uvIyyAZ:iyIxx>?d[wy:nbZWjLYiX>^myy:visyhkIuNp\\XwkhY\\Co`_Iw[ng=fcoWrdnyGgeoxmBFr]Iw<p_JouEGa=Ft[_aAXm_?v<xujGebFZDwclOlLGaQgl>NyQiiCAw@HufopfvjWWhrAunaaUP_=hkRymLXrhH[qGeDPd]gbBGgDF^EG_Q_Z:HlAImNv\\GQZ;Hb@faZfiVXw`VwpYbiWspWt\\OhaIotgaXXem^ulFuS^aBamni\\efrH@sa^ptXekWcDOcO_u`Pj:f^\\GjapyKxjC_wYxgbwtFVvnodfOb_q\\XaeyHgpIbXqt;ogR@j=>pxYjUQvvPvPOc;^gcN[]AlhHZZn_HgktVxyh]QAgPxdthabAeTxrfGqHAfviyWVrXOpqp\\gwnRnakgl_Fg[qcQPZ;HcjwhNXnyPlQPdL>]QfeoYxRFwontE@dqhftXigOw@Vkhw[H__JFdc@\\kHwm>^]ytUIdN_f=AmbHv?_ntNsEIj__ZOh_ZNibHe;Fv?HqWyaeI[OyqiGmPYsUVq^QeKwpPOheny]OoHVflPnTivVwn<_brnxBqoBQcvvdAOlPQZAWZLH[ga`SV`LQ]Qog?hwkaekyy:fkpYZ;yy:NuY@nrha^N^A^bGQi^vy:^x?vqrapdF[gnhCY`VvacwjfVtWi`SfmlYu:p^OwnLNydWfxO]J@k[?c@h]Lo\\PXs^`Z<NdAO_VFyJ?gYfdihaCVhG?`spgMFgsnnjhgEphyVjPatWg]LAyQqh`v`O`Z^V[tGf_PjSafyXs]GrkGjRQvCPbNWa:vgaggpgo?yepX\\@@uqp^La]OI_theO^k;i]Cycqfh;I[r__I`difra>qIxduXqIP_GvgnGjeY]mhk>`hgYrpHatxtm^aQWenfsCqxsNyJowGfauitXQeaaqmI[<XtGG_ivZ=GwDO[NxkSO_a^jjQpSvsKinBygSohMixYX_CA`sAeoQsaQqvotWWrYnmdqdwIpqi]Fhp?IhCgxNopNQn<xbKH_^FiJgdpqfAotAnu:xvIIy;vnY?qwFbfgx>qtFvZfWaXIuPVwonqcQ^Eynrpf\\`fGivSwbZyv^xbpH]p_jmv]?AxJgnHfx?Hh:qaBGdyAZ>?tEgglafp`_AynXFp_?uwptvVyWWt>OxCnleajQObTYlWVu>gjpPwN^aNhl[Fb:gyZPkEva\\xmbAlUymfQjAYy\\@_jvy:VnDIbJio;Ahswy:nruqawIwDxZEOhyV]Q>d;wsvyi=ya;p_<PsQierWrtQcoikNi]WqwdHusWJqw[;HE[B@cHXgRPaRBAuWqGJctY=gm]BneGGIf`eeE=cnsSoOhJKdLcH^Gh?WrboxDcxL_H@qXEiIUgytexm=Bk[Ga?Y=ygIuvS]f=ebyae_wYtHvA@TO@QUEK>Ax_<XsXT^IX:MKJeWehUqyN\\Tm_UpRMPWhxIUv]ATlaWdlKqLVxUsH<q_dU`EoCeKSHN^@O?`O_\\ULLJAmM^=TY]PDfZ@votA\\JNiHhxP>Zui`wykiEW_r[UwSKI^sxUSiZmyx?GtYcuwv[qGRohA;WXIyK]yaySyihAAfQuETegpgsFcxWQRnUXwWyvgDwYCUiXA_cWut]CcnmgF;wguelCRgkUfIWMOvnWgGoRSUSEUbw]bsaFsgbb?dEKIvMYSGutUCgQuiUDMAcGyV]sboey?=coSghuUqQYWoyVgv_[VmWGAQVbwrDUFeMgTURc;ce_dNqS\\;i;CXIGcVIRLSI[avy;rA]yAAIfKICiINYWE=vt=vIGu]CIiyI:qIOov<IbbMgDMyAiwIwsY[yIAUy]H?krY]H`;CwwvkKFIyI:yhyuDygUSARcmwAUv\\KGBIiyySryFjiFJcXG]UtcStkxsqHgqriifyyq`HJOAn;htExNRyNxyQ`yY:@RKDrTYwclntTNaLSnuypMqOuNQauCiwwTwoUmvpQ\\mlRhvSuXuTt;lT_AKBaMQdM<eUH\\jwEoDuk]LKBxVQyphpX@upkQTayqUqWIywqey;IslTUVePYMv;eramR@en?HoKmUtiS?ywl`lmPrJlL<ERQmOrtJvHYJmWAIsyPMvxvwym?hY<=OhLK?>hy>]YpnAOysPwA>rBwmc>bvQfxGmYNwaAoYFZ\\^i_XZkIktafyWoX@nv_ZCPxNx[@y^cIlxqotGjjQ\\aNsJwaR::::ZC<::wA[A:::::M>::tI<I:::::`B::nY>X:::::FK::byBv:::::R\\::JyKr;::::j>;:Zx]j=muuqbycYkYcoMfOqccqxFiyBUD]Ai>]by=dbWBsUSCOCAKfiwDK[xSYIKQrRqvjoh=AwTEwkcuXMEm[I@iypES[qwHmXOEFtMe`ggaoFQQTS;xHOhJ[xMwbm=yu;gqUd:=nsYSClMmYKEhONPqM=KbHXa<lNhl^lKB@Ns=lAEu;YxoLugmPBAspLUZDPPTp=qj]lR_iopHJC]q>\\N:`qCyY:po=DvjmrkXyn@WQYqgllVDojxLYmk>AKbXuKhTBaQ[Ls>@NlyjRXVR=ow\\xNTYhxNETvhaQxiqG@r:DQVdY[@x[pPKyXH@YhEo=XQTiyxTX;AtZlNyQNkyo=yMDyY:`vGYqjulvlyKLYElYyhqw`qrimwxuUhvgmXs=tN=wctPfTrQ`QVAMuluk<sLdV@An@ULdTLhAQQyjKPU_LjMIRm]mw]POLODhWiqK?MP_qpvTmSxpVUkZljF=yG]QUyJHTyuIr]mMA\\qu=oxpVA=Wq\\lWiSlxqLGr_GqxOZv_dpvc_FZVOhMvsYXZDAjoQlQq^ZisTiCIVCIdLafA_DpMTV;Wb?hZctKMs;UIrmInoEtss?sxOkbl[rpmeEmc:?i_MTEGCWcCI[rMcg][IXIYZSIbiYCMcJ?\\:^]:vZJ`\\X>iPVkOgoCy[UggkXvhXd?IwdFf>@nvHvpio>w[SwePaibI\\fqxrxpQnwkiwKItdNcLGmL>d<YbH`jsa^c>bl?nxnsw_lRvwLoxpi`UFhTXghxdVFk@HncYrqvl\\PeKhg_IwMnv@ac@wulVa;YcgwrV_rPXiBOeYPbCiZ^@t^GtfAnJ?_cvlvx`LFsPXuSp`kngsH_JXbdvm?vpE@fuQbuGr]qmAfyNw]Eq`Knj]ychpdoNkUg_HAqHxrWFj;npN_nmys>fnZFlIIu;_dZHxXIxuq]Cw[jqh=ofCpar>eROff_ftpk[awwNo>Vh`aibqaJAf=op?og?Nqe^gAgf;^[jXs[?[gW^BaZ^Hi:fa<Yjoq_^FiFq_fnpJWwH?^[prV@bLodL@aZVj^IbYffAnsQQgqHe[w`gCJj@blbakU<K<Syw[XYsFUoc^EvXKBr?FIKFb[Ip]EMAe?ATeAIXSy<oeQ;chkFFqHSSs]IUI;vVIxCqXJOyaYU[cE\\EiiAY>IGpmU;YBFqYRKUVIcpcr^CyKei@YBoKT^;ykCDLSVbgg`;tJUdG[F_=GB[m;\\V:lMV=TruwRmjiHltXSsmKuLjtYvM\\xois>Xu_lOrynn<oXFrfyxDN[O`ZJ?tGIldqeMftYFhUHqIA]jXc;ixYg\\>igr`yjFytGcpWuSnr^ii[flqD_iIdgE>EgVsCxcb>GG=KbWKXe;xgETUKFu;WBgV@SUBUBcmE:cv];s;kGNweCoTEaUsItagkHNvcNcBXyfh^E_fb@hDG[V^nK`vr?nviq^gpCAqmnhKxg[GsKOl^xrLppL^eb?_j?nOH\\DIbuAix^h?FegVcsp^lYonWhk^[PHdj>pYh\\gVlCAbY_]>Xxayrv>DKYDgGuAt?aGQyjf@Uf=klaVL`vDUkCpPVyxMHShMT:Qo^IYXpYYMQI`xrHLauRVEsfIn@]M;YRG@qJ`Ng\\NjErA@S<pQ=IrsEjiejeQKVUKfqr]tR_EjF@P=EVBdw]<uLHL^yJoMkIhrhDteMP?=lfptbEXRLKdTSK<UE=w>lmCEVZlKCaNTxkOTrT@pWqn@EQWaOKanCajx<Wl]N?QrVqKhHR_Mk]`LX@Rm]Muej?HjthSxhMF=VPdyrhLLDphup?iSfyxEyQE^x?XsIpgX`siYnnnonAyEFh@Y]I_ksF_C?eCfaXIbM@gNN[?rIyWuysTmhQqeyedVUvg;yGSscIxJyhlmDxSu?WgA?s;KrQ_h?]xVmGIWr=iuB=VkEbycF[CWC;C:IB:Or=EfmihUugJudfYY;mVNuFAqcAATL]u<srv=hL=v;Sx:=TxcWPUeGKRDgGPUY^=ik=TCkWvktLUucaVl=YD;b=MdCAvx_EgoteUcgUhpqhA_T@muEcS`SSC;x[aRxQW:;Dv=gw]bsKsIiwLedgiY;QXSwx:_rboCHgEIgfNAyTsrv:Iiu;wx=G<UU:ggn_B_Wf>;Br=RJUdyEdry\\N\\U<JxWIVAX]U=\\qIPvraweTTSaMU\\LalofXnoHmeAk<Tyc_vQ@[hYZPqa=qxYhiANuSUgmx`]udeLXLPXEyHQqR\\s_@PqhlsUS[<nlYnpumc=nAYpTQVVyuuxRqtr>EOcLS^ES=EKHLqM`vJdn;Ps:TyslXJuYilLUmR;ejPYq_Mpv@SH=lVekg`jtPUr`QHPTZHrZ=JbyqyLjgQvY=Y^TraAw;tMBhrjyjAHvkYuSYufiw]YSItVXvajg_jiokWe;hgB`tr_wZd_kBU=S=hQ;DOX<RyAtZ\\YUaopUQmlWoPwpxrFxLXXtHmNmDKfiO?myl=SBambhyaLUbAlfqXu`YCYL[Yu]PpveP_PTXHw>dNiaLHDjTAJ_]RIHnIQP<hmiulfeyBIMV]wgatnAyO]ux@xN]yS]QyiPKew\\ULk@uWeRGpQaHUrdrKHRtaQnxXcTOv@X\\MJAmQVAL^`WQIvuxrCuPyywYuvKaWUps]`vRmJ[ToUPTgiPLAwIly?prRpLaaxSUKtMt=mKDEYcLSstRCLSC`je<LLLLYiXU\\yuHM:aOtEXeTn\\euhYkU@uiuLyqlUax?XSIpwX`siUnnpon=YEHX@UmI]kuL[f`ZXxwZFsnP[?NZ=Hsi?pSigl^nGipTQ^@Qi]om^vpRokNH_oIytYsZNZmpvvwsxXjeqaYQ[cI\\Eii@Y^I?plQ[XFfpQrJQvI_pcv^Bykda`Y>oKX^;qkBHlSVbg_`:pjThg[F_<?bZAZA>l:FikGbaiq]qxvNlY>vfqjGQ\\v?hj@p>AuCihWVrRYiN?[aassAtvWm>Ip`Pn>AjPya;F`ZQaWNj<IfpF\\WVfXp\\RYv>X_FIyHx[S@nniefoxu`v=OZkigIh_<@n\\`s`P\\\\I[A>lu_dB^vJ>[yUOIbocDLaybWGCgGNQa[ptV@bL[Z:EMmQJYQKQiLrplRekAqKDMJSHv@LrJLuA=P_XNByKd]lYTkWQNQaVD<nSioKMVj\\lNml\\@pP<TC`qMLR:aMLDSn<KpUyWmq^IkjioKEUxQuLDOIaP<QtqLKAAJg<rlM^[vslXjrYo_Foq_^Xylhok`GnLPt`n\\MNv_Pps?_EVvJpmv?yaQkI^wEibh`ibXx`Yu]PqvibcFdYfh>HofglHF[;W^NPlvvkN>]Y?o`VuoYqmOe@^kYggUwjsHwH@nRO`RvhvYc`njmym?_erPsQWyPYiGGyBqjmqgrvjTVxA^lbhjpoxJxjSnq?Qq?ygyAZSVggWmmyiiOekgnQVc^H_tVmevbS>QsulkH]_ISKRd_S^=yKUukoVLoT_sHJ[EveRjOtZGEV;sjgWJGupWE]GvRIXTUCFQXT=YE=wBCFcYBf;B:;gx[HDdZ<FJ;GNKC?ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:<db:>NK;Bb\\<JJ??ZZDD:;ON:=tym@::::5:\"\{\}-%%ROOTG6'-%)BOUNDS_XG6#$""!!""-%)BOUNDS_YGF'-%-BOUNDS_WIDTHG6#$"&++"F*-%.BOUNDS_HEIGHTG6#$"%?;F*-%)CHILDRENG6"%!G Author: Itamar Bocher 23-May-2012 Audit: Omer Yagel 086241 AeroElasticity 1 Home Assignment #4 LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEocmVzdGFydEYnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy1JI21vR0YkNi1RIjpGJy9GM1Enbm9ybWFsRicvJSZmZW5jZUdRJmZhbHNlRicvJSpzZXBhcmF0b3JHRj0vJSlzdHJldGNoeUdGPS8lKnN5bW1ldHJpY0dGPS8lKGxhcmdlb3BHRj0vJS5tb3ZhYmxlbGltaXRzR0Y9LyUnYWNjZW50R0Y9LyUnbHNwYWNlR1EsMC4yNzc3Nzc4ZW1GJy8lJ3JzcGFjZUdGTA== At this assignment we will find the unsteady aerodynamic forces coefficients for the wing given in Home assignment 1.

The Theodorsen function is a function that calculate the Gain and/or the phase for the quasi static reaction as a function of the non-dimentional frequency LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy9GM1Enbm9ybWFsRic=. 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 Using Theodorsen will help us to calculate the reaction of profile to unsteady aerodynamic forces. Here, we calculate the aerodynamic forces and moment applying on profile: MFNWtKUb<ob<R=MDLCdNVZ_k:`U>T:tjDlSQBB`N\\@Nd\\QgmxXYxAMleQQYlQOemmajWHuV@qsDlVmVL]n>ETNDOdLU<hORqlwYpfxx=hOR<XraVS<xAty?tOF<MyTM@HJuiXJ=P^TU;`T^@SD]K\\Qlu`sViNqtvjDQnmSOuwwmSOexNaxnusnaxnkVxjblSiujdQwuUwXYYXXYHIYHDl:=NJ<K>LJ;@RZ::>fgNbmo]RP[La]<Fj:;>bj`c^_c;vioGgDFj:?>ZZ>es>[cV\\B^Z<ZJZ[ff<Fj:;@BCGM;C>K:><DN_MJ;@Bb:>cS@bZ><JJB[cV<Cb:=>L:[fF=FJ:;<Ms>:^:=;:=>_dC[B<C:>;?<:?:C?:[J<;J<J^:JJRD:B;>L:>BD?:\\:=;:=^^<ZJJ[:J;BL:BB^JNjO`jcOmv?[`Wrj^[c_Z;@bZJe=KXEW<Dj:=pVAs`UpnEwLiNDunMapoUwPMUypYw`PDhkcIwcMY_ilQ=oaxnApwuxwxLxr]QLAO<Dj:=>_<pt[tmIYtUxWxHSiaqmqKg]urHl@tJATqhyP`QXsLMTLM\\HpkHPxiYUmpfEWrYp_PTCpOYmqFuoypyttpOYRIdQ>mYyxUh]M;@RZBW]CCsUN;C>Ss@[b_ietcXDoewmxSmFXSuqwWaGb;GbhOyGWTMUTF=gxIwYoyCoikici=tIyYxYx?eYxkDEGt=yCy[saIy`yHyGSY[YjIbVAI<C:[Xs[rMmFJ;CPgC]Wf]_x]wEwAcCCuaqIqIITYhauC?OR[ogriWS_S@GCNIcMsFbifQoU\\YvDide[SjoD=seIyRAoCWKfI_Y^YFnYbY[y:oiwiwiUd`GWnUygyhEiC^;DB[B<CbJJJaQJxQ@tKLijEtLbqkulwZxsvmvm\\LB\\JtpvqiLEhRHDUvAx=yKcikqluZMR`XwtdR]Ht?umE\\NfIkalmZHsCISpql[twhuwXiqN\\K@dv@MLB\\J<DjZXK[DvEPJ;@VS=XpawSMYkirQDwjIv=aw_Tw`LR@\\j=IVtXyhYqcIoapm\\uSQ<jjeSJ\\o`GfFxhWihQfwTipEhaEx^IomNfnDGJB[JqDJXXoQqUuekwxTr<NvHlDenTQxWevlEmhpUwPsX`N>Hv[\\WkXu:@p==oBmMsLX>ppgUuPQlmmwXiqUpqjiji<pAaw_ylYmvp]LB\\J<Fj:?C>w<>^qX[svcAqkWVnmvfHAtmysyvcYQyPyprv]DFqKgo@ioUwpb_f^_jCQ[Nv\\uH]JXyA?_]W?YUpAr=sCjCv=uI;mGY=FJ;[>NbDe:=hDIBi=uy]yAyYjmgLKxWoxiyuIqrx[T<seumwskFJeg@YyiyiIutiwUaWbAsCLqbGSEtOiwEDl?uDAH=]teSb^oI<AF[iWfeD[YDB[B<DZJ\\jPZ:?s\\ycxOxMNyhyhyXcMV\\M^m=fjvy^JX`NF_H`b\\fgcHk?FxE>lw^j]Ij^?[TvZBAuHimuFqWA^XNtHvc`@bZ><F>@Rj`[iissYxaIwyvymyas^lJNleAxVGbLpiYqqw_x?y_xGlX`ilIcTapcWdEyqUvuAvgVwiywqNNbhOjNHru@[_irewthHdlFmNpbK>[>NZ;@nEA^L@y<FrTFZlgmXqiuigtwxWyhcWx`isn_xbItDFb<Fb=xtFnry^fVYukiuJFobobXneBGm@Gk>Oj=Q^KnqBvga@bZ><F>R??isUx`SgfKRCyw[wbXTuqxWi`qPqsvtOJLPJLKB=vueqldvnTJBiw]hK[IXFivlMtZLJ;>bZ>wl>crQn:?p@@cSN[qv\\DfZpAl;GtIIZ<W][>^Kqkt>eBie=xpANc<hsPawTgc:ogXXuUAqNws]NuFn]@?\\T_j:PnyaZ<FJ<[cZe@\\_PdCHkQ^ahVv]YvfI`m?jj@aBHh:YoOQcZ^fKvu=Nn<FnDph>pbp_u^PoxWfeHsa_aXvf\\f[_ac[ff<BJ^hY^^P@cZ>e]>bXF]Np\\YGi_i\\hN]wyoyQyi`wsVhBQ\\Dv]qPmF?jNHbg>\\aybBneqVll>\\XIv[IfHIuuVipag_IyMynIWt_YsQHgWQqo_u@fsnH`>oaJqhHogX@bZ>\\B^:JjPKkXVAqKtavatQCuWxHy`ttGTYpIuaEU`pM?dmYtYvIXTipeuLUtyg`J<IN;MN:]RZiOUES^YxsMqnEwLdSGeSkPK^LXdQUSXv@LT@PUf=Nt@x@mxoixkYxJlv:DO=Ps_LuqHmp=XTILAUQ<]S?LJ;@BD?Ts:\\vJhQrAv=`xqxYuypnqtUuWkDS;eujHj;HJTYqquOuEXTIjHENK<K]`RsvrIx]axrXViFpqxixiXhR?feVuQfbXx]s_vKngI_vyGZ=Xj=`cBHlQntfxnJIg=G^^OZ;\\BF?VoV>xXaakarM^_;x[Iqsl_\\lowNFhI>if@\\tHyexewQkCNtQqqpipPXlX_trWgAgmqpceWc;@bZJ<D>?VOIB[uVJKu:wf=kboKr`Qg=AuJKx@Kfn?THADHIBIWCB=BHItFGfXCc>mTGUi;=u<siQcW@wuHoX<Yv?QYW_u[[decEDEGJ;C>NZ;@llBRmVv=x;yBfCSI_Eh;dmWFAmcJIr=wBaebFKf@ctUsWvGRQqgWUvJQrT]r;IdhwRH]tWuXWXrIDTyYoUEjJURBdVZ\\rLDfApj@@qHw\\vfiGatPWlj>b;@bZZ<[onZbHxwXxHYafprA@d;YlavcLYcifq>wkxNybvvmF^qAs;^loA^Gw[LNjAixBG]BV]N`\\qowVIq\\Qcv?xTGvTPegIi<?o[ygxWxUNikirQFu=iZ\\Vkp_rm?[;aZ[hefF_=FpuNinA_Efi:`\\=@uD^Z<BJRDNqR>^Iwcyfynfy\\y\\y@nwYyqYpqwZdaiapcWPf<pxSysxohPYyKxv>Nl@Np@@lwDIEUiuWiSSRysaoEBwwAYYUEB>OCtKhfqWZyxVEilebLCc>Sgrkh<=I=siKKdwyYyyxyusaYy]yIxYVPmGvIuIqY@uiviviCU;MXxKDBKfBox=CdmUB^]wjIv=aYh[hmKWoGvkWuembYybt=VmiheWRFWgIyuf;xU=tpOdikFJ;C>L:DjZhj:DO:Dj:PuY<S<yTyPyOmN\\uvHim]AxuXuhUqGhqWmW:APYAqkUNMdJR\\yoQX`@xTLX<ARRMwKXLvuvyhyUyqKYxIyQYQlYYJoAry`yEyqVXN\\EJixuytymyQm=K_ymyIiYXbnVm;NkRwiaYaYIvJocJNpuywyxmwxjZviZVbJ?afxnNF[<aZiWvqwquietgyoytevs=@g[haKnyBPqcwgyhypfqjQrE^wK`by?a:?abynxfxcndc`bHqewpqwyry_yAOap_wRWcTq\\>hyiny\\y_>Yha>\\B^Z<FjJLZ<W_lWVAq;ar:lryYTIeQ?ij=HLtuJLmJIusieyPyWkxVCiKJhJNItTxOa`s[dJrtMBYMBpUwxxGpkHPt?YkQTUlYY:=TdEYWQTc`LyqTvpkAYS?<Ka\\LLDT=eKs\\VYdybyRSYKALn?tsPLWEHN>DXxtkVLuADV]pwYqK<YKiyt>G[hWeJF`Jvd>Hc\\AH_w[yXFydmmbIIFyygOeWEwuQQGiWe:=NJB[`JWmJRtmBDoL@pdhr;lRy<sR\\Rd<v;MRhYtuxwxXsXxMrMVx`y_yOMYJI\\QJUlZANqaKsuVZ<Wo`Qo<NE<NNTUqpW_uSU<SDeO[xKnIMvXXYxyvyvUMxU@R:TW_AX[yXZpwS<s[\\jAmlD<k[@nWAR:ALhIw>HM\\@uoAuRAMAxMPUK^`TyqWrMtxawIqyFpyZyKxAnlaQv`VZtUjqm[\\vLlmDYyhYqIHkTlwmuPcTjAQoXxlF<RuuycymxIOwquiiyXUSTqLXuSa@tn@nmAjktvJ`x`UwFIK>LJ;>bBCbMCamsVGViaB<itH[Er;FGKhB;F>mC[gWjky;]V:MDJqcjqw:?Sw[xJYRosIAscC[i:=C[]bQMgXGBbatQSrsUwKwBA_eZAWa;DtuheuthkFmSS_swjqD;efL[BP[VcAt[WRVqUrmwQyixiHQsY@=E_keYwGaYC>KD^ehT;xZGf@EEHyBLUYaieqmHoeebydTuvQ[Xa;vsoIkMv>sWT?V==vhYiiqd@EDB[B<CbJfw?NrlputWwgndtXZPWcwVoHW^_?sEPjaoZ<`]jqkwnyrYvF?n:_aJNbAph?omMX]jAtv^yjYrePwqPvq^dyqk_@ll>iDFpS>jjWrR__@qel>]>AxNHnGAbLAtHpcwxp?eQkC^_C<GFrstiqyhywDmEQ?V;=VVSIUgBjah\\UrD[vFSEXKXyAC>KB;?RBEeZgv:CUrIwIuYDusvSxFSY=kImIeIAhQ[Rj?Q[=jNeqM]vRiSTmOYmqFav:lM`\\v?HK`upU\\jq<LxIK<iJlUkJxSV<PFHvo]JSURUlwSYpamuJTrT=Ry=QsXUrYwHTUN<KdIJXXW>Pq\\Uj:dNT<X:YsDhkPxRXDY>XX=eNfHTZ<LB\\J<cP?BL[vjAFZuDRIgaabvEFvkDfkCZsCbWb?cx?yxXYYIoywyuyiewsVRiTA=C]KxSOU_iUdqnZEKvTkbdK:DrM\\pYLuE\\JQDQp=xZHRN]VtMYtHoJESAMsX<WOEo:DRqYJ[erqaumuKA@w\\\\KSlMm\\RN\\yQyYwyLYYnBin>aUC@p@Iy<QW?LJ;@bZ^N[t?[iK;FH;Hh;Vf=Fy]C[eUj[HTeUJ;Yg?JPymvMxCMQymyvTKx=jbQNIIK[qSJto:UMiltEYtD=rE]JlUXeqtglYFXW;esm<lCil^Tkj<W[\\v;dXD=SgYNimK@=P>=PJqkJ<Q;iP<YrRaswHK;pKr=Okus]\\nnhM@\\PlqtJqprqKrMvJqmbUUVTOSyv<hn;tx\\LX;EXZUrZIqaqm]xmyayaaQaMvYATOeqjEv<tvuLVvYs`ml:=^JRDLM@\\V=yyqyYyylEXM]uLryXxuvq=QaHK[AQ<=sTxJFxwuuwwxlxqwig]eF_\\^xhwuxhiFo_:?_POtrvZK?bXqtqvqsicpN_;O^JNioAw]xkLydxPxOn[EQg_Fek_tufuAgaZQaZIfvQyQyqHixHAb^ohhauCI^G@^]?^p@xlNrbig@Yd@pxyYnyNy]Ni\\Ika>ebXZXFqPwpgNhI@v;Gbw?ar?yjnk:O`ywyqyiYxiUWp\\?_hqpMf`Nil?^r`oqririNpq_[?@vYgioidHYrwGy_yls^oPV]l>wmQwLx\\<Fj:;lV;DNV=x>=RnAJoplZ=x\\tP<dRmeRTXqoNlEvkRn[>PsoOkQ`ZlPxy>y;y[rxwkXqIfb=cQaC^?C<MEZcIgOBvcRjAT;?w[gC:]gPKWq[bHQvjUfOKWA?yh=YdSu?[bngIwaxMaED[cvwHnghmaITAByGB[?XGqh]kCJ_i?OuJ=tx=VX_r;ssRKxGARFAFBUB?iTbcb<_g[UF@CDA;F]ihDqTB[B<Cj:=SSQM@\\K?=OeLnrtO<YwZItsiwYqygiPa<w;to@lksQk>tO?<x`=QCyyj\\nWxwlutvLUFIqZiXk]r=MmKmM>\\MCIYR\\kZlURitAxNILs@@N_uQxIxIHwkxrXTViEWe\\Q_pSkmVVXYdMWDxsC`qj<odlteUJqxRGiuPmwaql\\<t[axCeqx=RUTnWpLUyRrpNbTx[@Rr<k_<sYLuSDNg=yGyQvIvIDYfhukurWdSoimM=LUDqo=Nv=KeaXhHLQYkeqWQiqVQwkEjeaw^YWpuuamwktTeqMomw_\\j=QjrEjJHV=YrCis?qRQ\\J;=vCplJpR;@RZ<LBD_Z?rRXyYxysy]XIsY^]V^ny^y=ya^avninPQp<Hv<VvUnj]wnApd;A_Aih<`^:Yfba\\Bqgayx[ayEG^:@aANbrQlCa^YWy\\woSI`ZFnhH[_ybAYf=XZ@P^BPaBYZBYtEv_v@rYIZCAy`woSIqp^pinsGNxI@lC?lk>\\y^mUId;_g>@aOQ^cgsTVuOyvlWlx>ZqI`Hpb?@bVXh[xiJxb@XgA@aCni]NrVqbAwbSY]Cvknypxhxgn^h?xrg`D__WXw<A]=x^@finYlY`y>hqVpk<`^dyf[QmkqmOAbDAhW@qQHbjVaKGZMI]i@]A>gU_uAixhYany`v>rr^]\\akVPbvovDile^xwxwwwk=Q]yqvioy`odkVh;@bZ>\\B^JUWN;HFky_yUxib=qD[=e=eSFCVE?HV;RJ=F\\?tFGreqHhuT=qSwWXGiwnQdoMuoSI>]Bdgbj[vKwt@SVLkb];sA[Iu;BBgB^yv[]G=MYxEgg]biArwebjiIJkDRKvjQt<?h:AbgatpmUFiifAdl[yH]IXYiquGU;wjQeZgCkkt:MsJqwZ;gZkfHwvnEh^_CwybpUBKYbjaBtYswuUfofuIE[;ebueHmEi=R]SV:cyCoy@IbGwCruekueu[bsaxcYtf_WEssnKrWSUWWsb;DBj>ToB<x>@NnprkAL;`n;YV@hUw=Mr=PL`u[MXEHPDExSunRLXaXM@pk\\lMxuPF@OJtjHgsrpaa@mlnowHueobH^kMndcAi<@xRI\\pUPqhheuDiWm_D]susaEhICJsYVwC>aBQqC[qCvqcHUd^wXYUHhwWkOVakcAuskQx[]S:YW<OTB;HLIvoSbrYB>OSPSIx?BJcn@HjvIV=eJstXZdfRFyrpwOA^HYvNqw=i`]W`ZXdeYi[hukwq\\QakvcNWi`Hxi_pqn[a@^vn`X>b@Axu@ty@^aAx>Wvs?ipFnjWkb`Z[ff<BJNdppj;F^IxqxYwypfCvfrWsJxw<Vj<NbN>`PFp=X[=OtWXq^q`PwvmneVF\\A^mig`fqt=A\\>Hn?XwWg[DohbWda@[oXhGYckAms^jEvv<xx@Ffk?gI^vMhigYgYWflotD@plv^fX[@G_FpdvwvMwcwr`pSg\\uFXwo=kiUPgYwnYKtYK[QrbHTATNWDQ?=O@qkjHv`mYuLuJ\\JIlulXyiyqYXxMamjeRahmQUR;TVnxKhXpSqPhatsaJXlvYdybyRFmqjlYJmT>TXeLygImamm[YY;\\NTMKPXK>LJ;>LTJvDLbxm=`jm=Mi=NW=l=tRhuKpEu[=v;Yiuppj^l@yrAIq@X<CTb;ve;UU;bjyB<MvHkEv;sL?yZsCgoBl=uZ=e\\[YKsxRuFAggoODRSVZSfJsxrQxQwiFqRtUh:wbFkMjaq:Yu\\LOcXOI\\vClMylYVxK>@O\\Uj=LJt<LsERSiJreRKDlZAoIPQXHY;@RZB<MsPADZ]r[uxPcxb?h=UC]?Duwhj;D[=b=AR@Etb=CI[irQvE_GZ;B?CHNqu;?yAkE=?hC=gGux<SirAgOmBL_xcySyMexkxkwcogvu=v?Ir@ABlYWjuUhgBLmB?iRNQG=qBAyvxsxsgFEEx]Ut>CVl=IY?EpYGA[WZ=rUECI?E\\kCjkYJytRaW:?XLkHo;R@AvC[ruEHqqg@CBPCb:<^^`cJq^rNkj?``AlIPZLnvHvh<qcuNweAfawxpYuiwfIN]poi[vvF@`V^tePrey]yAyAY_\\iZ<pw<YuiwqGIi@@[ggbkWvpotyPZK@bbq\\BGuT?Z<ObKXpCvkCNklx__@^qNuG^b:FvK@l<yltffeVZFYnBI]=Py_Ip]wrrqe@x\\RNpqAuBQja^\\s^lhqiewhci[;@bZ><HKt\\MhaRouRW\\oTAP:HXALr?XJsaRimqsqNUDwj\\QZ@x@@tU<Yq<xT<kUQUCTQUUK:mkElXuywvXxHmu[yrhqadGjrxdTG]Xvjuq[s_fJFm;IjvPohoxpAbNwZgYkVyoipioML=JDTK]]Qhlp:`PTyK]ILUPOJLV;@LC@VsEv>mMZpuVLrODP@=ty@NWAx<PNn`pPDmp]VoIXYyXd?Z<Fj:C>_dCKIB;x>GROiCswVBYb;CH=qWjKrTCv;UBkUDLmtwkB`YtIuIGIy@?u_yBssbAeDsCHJKbSyhiuUEESSkHB;RtAVVOFIIDXIUbKHpUFZIdxqyqyiIuthgU]EVI[WB?fgERpEd]mX^AsKofBEE<]vJqYZcVo?K;UY[atWTRYMVX`yfyVyTs[@vZ<soQnB<pkAJLlkbXJnIN><RPPvkdLB\\J<F^_SG?B@[fMwR@_uO[b`AFfMC@ab>_SouckEcVKRBsW:YT@Kh:Ob\\AuCyrhyIBYDlICUeCJgYvuD<mF[ScYic^_CLgxbkiGoh?EB[]yX=Db[hgkHn;RpEdIIiR=FQ_C^mDayrR_RyCCPwDbyI>?G<?VoyxqYXHCu<EFWAYWKrCuYlyFyMrXMHr]S[IHP;C>KB;J=AJkTrhpqZXY:TrJLrhtyjyKyARy@y?yOruxxayswfwxvipydyoTQ\\XvZlFZiY]lIhZvvHvsew`;nef^juQngGlQH[:Y\\cqujAy@y`xHpbGvV>lb?iiFtqWuphg]i[LhtJor[XU?C=?c[AWN;wm]vRGimas>KB;?RZ\\nfeK<DyE<l@yr[LKZMJJtJNyn=xjFDNn=x:AQoTsjuoZ\\PHluVhr@xtoLSlILp@kiajb`KBHUqdv@Er]`yxYyiYXxDMTysc<LgapgqmwTYrAUfxjJDVE@Nl@xVURJhR>tXPuuV\\wFXPa@un@ldEj:?>Te:V^:^fFN[F@ajAeN>rPq`JNcAFh<^yo_k>wvX@j[@kaIlaVth@t<?iSn]v?x;oxPIreoZOOrhGZBnv=y[y^s[hgbWsdqp?Fd=@eHev=HJSI^If;YT@OBiAD_ED=oYoAB\\sEb<LXXT^YW\\\\ykYnYdyb`t;`LB\\J<F^_WgC>uKwbx?\\FHaRvZj>k[prb>eUanFnj[nkOdv]Ebgt[oIXyGyEyEmsiObamgU[rI;RDAT]yCAUgjMv>IXtkxdYgnWYQqGt=RKGwheDAEwP=r=mBOksYoynyfVWDBsgSiUqeu_Dm:=>KRDqtL;dRoCi?ClQrjWVICfHCDeADf_FZiv;Cr:Ec?wlvQPwTyfGoIG]bX]gGsrqt<a^MA`Qhru^sYIfuwrPNZAH\\QQq`fkiFmIidPoruipexdcyby^yKV]oyinitiPtxhyuitiI`BA`GniYWhgywvGda^uE>anwv\\PqpqiAPZ]n`W>pCo^[Xk<Fj:KcnbG>f[Nf<pkUa_Jwx]YdYPyNFingkEg_Vhamoj\\IpRfbTGmYofNH_WPcKav^a^_gwTAdgA`@HhHWZ?OuEfZDi\\D`so`aDAZQIbHq\\siiTPyI^nefmCWtOgthv^HxqHw\\OF^UyijA\\sY^KOqrgwtQnEvgeOkNPg@Gkngr\\aqdQm:o[POqx^]TAcQioTNk[Ac>Pr[A`?`t[HitXhcNbuWvqPbb^Zgy_^`cZ>\\B^Z<Os>NZ;W_FQgdF_LNlQ_Z;I\\j>huweZIscflEad@F^JoZbpnFPdAA\\o`bi^cxogeqsW_`KPsLivUxpbNikQ\\Q^lXXrg`tcXc@GmwvbFWeVwvdHi_ojoiu?ghwGuvPaNi`P>lEGu@ikI>\\x`kwiirpeixsAanFWg<`lSNwqp^MH_t@he_khnc_HgEIlu@wJYbYFnKWbaHdoa]uGsPfbDa[`>oXfxsnxPAikggtgkiqhtohpyutwwUOvgYrvg\\XW^yafDPZD@p>Pb;gxq>dmQu`ae=HgTqm@WlnWuMfn=YvPgiOayPVZNwttwkuqukhZR?hhfmw^mthvoX^MxytYZxO[@Nj^h_k^oPnukPg\\^_^`cZJ<NsPA^Z?`thr@ndtwlV?pVayCapFgdQ?qVHujybGIapn_>Qf:or`XlCOmT`m\\`ehVs>Hsg?gPNk_NcaYxNxdyg`rwfvoiUA^@okGHnXw_bNv^Odh`d^veyQiDI_=@y^ix[Oam^axvvTNk_wrEfdZVdW@r\\^aXqjhIyJ_`@GpXqaDfx>GmFI^NHpW_^OwrqIaayZKfgTAxpF_Ko`bwyphunhy[xbc^\\HFdfn\\qPyK^vdH]@^ZL^jJocogc?oqhfgxxhUybgyxbafWXgc_bPQqqPxSa__OlMalUvd^W\\DglZ>lGb`OEBGgtuihOu=kuysiYQFxSXxSsXMr<OF^_riWrUeBliriUrwKThCHcexcwv<Oc>GIsecrwT]EtbcxnqxL]FVCf:OYGGSpeDSsXIGhSkrdgs\\;h?cHH;XN_trGvYAWpkxUcB<Cb:=F^_SJiR:eY];Cd[EykYVgccYfAucl?r=Kr?_BWicLmIAES?]eReXm?bL?C?KGPOSv=rq=ff_S<ws__gFStLEgfoEeSVOCFq=FgaeMaT`_SpsSS[bEIFvQGJ[V<]bv=GRsdDQi_cUKgGGYESWRnQsXSblqEoieD_UZYhZCTjqRjMsNwsZOdy_gXUT>SreYf>=F:yt;SfosVRcHBkdCmbtoVWkBgoVWuHg;hk?fUqDkogFKWgKeZSHNKVLmtHUVR[VCYUEATY]EwMV<QvMaXDOG<?bpIB[ibBuCBSchUEtQUWMsNUvVoW\\?vJ[xt]VP_uXOHgoyokh:ywBqUdscI_ITwbvkyJ;uxsum]t:CX`yU[uvPidOuiP[tw?cyovVKx`MhQ?Di?YNiYMwxt=u]oVLgwcUhC=F<AWwmhqSC^UC>IwPaXH_ckYGvmCr]xjuyToRCwwwdxx<YqaQThvSaPDmsq=omAoqQyrxwv`qjpVMESttY`aPGdurpScHoCMO^Mpdiy?EmZ`J<Dj:=pv`nFIoIYjyps<xN[XMEYSDqSX`QCuywyuyis?xVKyLJUqMLTPIvJmR[LriAVFxlDhN`lSF]nrtYCQx>DMp@p>DusdS_ebS^f?X[\\^gjVnBA]dOl_Y[PHpExt[InDy\\fYhcVnKnbrhd=qcwvZ]g\\X>_WQ[[QZKWccXi`fnF@cvv\\JwxFxuY>pB>kl^a]Fxrf^\\hqN^[AGa^asgidMW^WPrpF^ZAcmNt`WlCViD>t`asQVhUPfCWt?Xb<?uRy_qheXQrfGvsNcDAhiFdPQgkVyq?aiHhrneoWao>ixgoHixThdiPgmaixh\\^`[Qy]J_^y>uMYfWhhChmMWl=VgGxhJHwJhaFx]VYyMW\\nf`pNcsv^YFdwpd@qj@PavAxfhZ=Nk>XwPAufFusViRaqJ_rIykJhbV>]YGmnffwIfTaibqhdYca?sQy`:w\\AxrbvwkYx@GjAquf>tfAdFo[Ii^UY]bOe]ij]^]Zi^`Q]aota_ad_otayD`ttabGwdZ>\\B^JeCLKHRcYrYC=mCkix<MsP=r@yhgkDcGTpOVw;TMAFfgtU;x>Er=iB;OCNSFHufMad==yMSDjsEOcDs?RbsE<yynsgAgIAEI_]R`ExX;EIOsRUxriyDAGF;G]gsImiJ=SKKgJCy<CBeoGSGVU[xpAInIVVOe`Wc;CUL;brMgAqFm]woMTYYfSqEdkg;iVeGscdWHhJfhTBul_]WIIxZ]t[pJoqn@HQmmR=xpk<S[pp:xXbXjAdW?@jGavuEWO@t<UVHDsS]jqasomoPMLDqnR<oPeuiiKxQkdtn^png\\m?tVdexRXmOqX`hvP]vGmjj]O;myZ=sDDQn=KxhmEqV?Hjemxw]WaqnsdyZuWvLWthxdxSGxmUqpVqRUtwu]j=iPEQWVpqy\\QCuNOIr]uJ[ll`EUGXS=HSQ<kPlL^esbLlPmpvXnRAtFLyv\\LClJc<kkdwmQplpOD=PZptYlMi\\R:yvx@NeAp:=NJ\\oSLT`AMMmkA`S^@jQxMbuW^ISZEt@HvZ\\nrEYKXS_@OOPSlDp<xtl`Jiml\\tP_exTLxgPx?QNEPTjqQvhMTxVdMQMXo\\EsLtpj\\LKTPOHN`MNvTssesMmvGLqOELG=J:<L:`N\\@NdpK\\ejydm=aJEmq\\TYBAK<EKXuQcQk>HoHxNGEMPPMXTom=pbLR?aMUHxu@WTaUEamcImhUYphSA@tUhL]<M[lU`Xli@WPEL<Ttg]yuhK:UpcLJZTUCTPXLoT]jD<PdMmSQuv\\nfpLSmoxyxVMRRQWPmVThmmHU^HuGXjy@sMUjq\\WpaYchsNhOjxoWiU\\=rney`truHkk\\LpQyb=RGxqlEoBUl]UVnDPtLS?PRxmjKMNFTLXqWoquLtjtQjNhlstuGUpCpM<uOm=lNyJ[tscLnRHSKxXl^yqvbghcPnx>V_\\wnUGvMdm=cV?FfiDMUCVWvdmiBKgYibJYSvwBd=dJui>mw_?RZ;DBKiR_dsCfDOTf?UJiG:mGBsvaedD]gt;CLaTkkWoSs>grmeFHYBdKTLEDl_TtSRSaSPEDjObtmE@wdQOSdiwJsgBavD[TjWRMCDx;CLmbj]Fy[iUEFRSSKKC@MrN;BsOhmEVTOfNAHvQs_Oi^srfwIBWgXatrGxfMCSOWsCVjSWvkf?;SMay[=cGGdZeW;WXoUFjGvJmeMWvbGiTsufWtDiT\\AI@gDX]cKyr<KFCoEPwyY]IKctfOyoeFE=WasdCUUAavncDmIIXsutCRn_reebIMvLUs_UsEsRPCG==ib=UKcSJSH>?R\\iYKcXgCcrMeq[wBID[CVi?f;IVS?soaB<kc^wIlYwvKioiI;siTwgv]FXuH;?RZ;wjMT`;DnUDZ;ekcHsCSMUTM]HGqEj_HQif<?utkxbgS?mhDQc>avDcFDEG]GsJaID?T?=GJkcJwILYSXmduqxjGV`YRWoF_=x?cWIUdSEF:mTHEcHIi];DE;xj=eZofuKsiMuVAs]ShH=uYWSoEhcMXNafASfP=cW?egUSVADj]CmqBCqw\\eB;]uwufkyxGaYTsscYXlosPQFFQIGwWHYI@?D<CUnKx^UIWwvGigpcuW?TWyGRwHvoIosfbav?tTflW_Iqk@VChXA`T<yNWXTRXPs]mR>^FNaCvguNc??_lvdTp]aPxOYe^_\\Ofgfv\\SgtL^Zi`eFYdxfmPWhXAaeVkHn[F>ttIj;Ok]WnBGlk@g^^cwhaw`\\Exrc^\\FNe^pc\\@`>NZ;@bBGm:?p^NrO`m`a]h`hpvrsQe?P\\F@_MPcbxp?vwPvtDQ`sA_\\I`epq?Fof`[]P^Fp_pNivNkBHgN?tDalMayffZiyjNHi^Nct?a>om:?l=?icPffvsRnfTglkwfTIyencb?^^@taYoYfpLn]cHu<Y\\oh`O^c[Vfgv^`ovv^^qor]hfLpp>ppqVgJ``[^fExZ@y`vfc=yth@tsxxXIfsyyGYqpWthXbqXd^nmj@sNQ^;@p>ooiqjGQ]^QlO?[XXbZhsShqNPgAwpW_mVF^MavIYlCPhPnufdo?tE_E<CWTQfr;FueRi=cFsS:wIVgTmEu^=FDyssetVuHPWHbQwGGD\\WW=mH[uhDWdAcDsSx]me]eXEQd?]F[?GdItSYTQ;xuAG^ov<AfTWD[;I_iC>cv@EDB[B<fhy>fNY^Fq[Xo]PpbAG\\Wip^nx;If>HiPw\\^gZ<WrLfpZgZ=WurGs_Y[fiyT@dAO\\oWlNyqmgrlfvkIebn\\\\^kCG]mn]y?lqon=OsRP[dVf\\>]DVp^Gy<oibfg`X`ZFoqVbR_psWahXxii_Th_UpoOAsQV\\]nq?qbxfsgNxVwwwNtpY_I?sZIm<FqsHh[aaw@y=ywKAxoYgnArMxm`hkUyhlgyvPs@YcMVxtHaE_maGh=vtENZO>xeNh^y^mFlRXbvIsSVu`Xc:or_nu=Pd>^]s>`xNcCIkcNsaQpfp\\ENvOF[>>_^YxTgv@Ns?o^_?[_`jdff^>]ZAxCAlYyssosPI\\b`vrHinv^v^tVXnvFgcnct?seip\\@[n?kVFsWo_J>[>T<Hsj<X>mTvlXbauTHN^Psb<RrHvjAsjdS<erjTl]`OdEVOPsD@WS`l]Al\\dxxtK<Ij\\`LB`RBuwG=Xb@VBepS=r[tW`hlCinmEL^uMsETY@KC`xXtW?mqtml<@nWqwH@Q@XTMDWHHxOijVAujELodu?uTGEPXplFToJEjSeRDhun=YpekkpV=yL?doA\\LOET:MMs@V_pTi]koDYhtrupneUP>qsVhN?HWC<Js]PE@kkmkSHVGyVTHoKxPRLnruy:dj\\EKe`O:TkL@RpxUq@sOhPCtT`aRJTolPm=UtdywNmQEEuC`ldukkLOdxrJ\\NC<osdP<HqOeUJHUlPrbdqJaOLIvwUxdLPaynB=Q>irvXNKHm=Txo@RZ<LBn^bAi:_f_AsKX^nili`i?hq^wpYqiufj<GnhA^:Ng[qs`O`nfmFOdlfl`g`=o[i^bx`jcgjTnvOFZ=Id:FZmfqN?d^NobIdiXg`f\\n^j`N_]XZspeK@a?N\\w^_Yv[oPcNQZ\\Ntd`aHnhBGnMxZ@fx;QxVAx]hpbng[OtF?gWghrXmBhin@hMhndIpsVkBhswYoQIyf@fsGjG_m:P^k>xjDMEtCKCrocTOgMUgUiem?Iu]yTgHNEIg?X>uYnKs<[RPEi>esh@pH=y^hyV\\rMMsSAjTXYw\\lQaqNxNIDM_QN_iLsPObqTKHYh<LIeVEEPLLj^LwwEJotYuYXD@y_mnCpR`DmrIj:LN^ML>psAPrZqpTaNxejAqxhHpDanYQLnDk@UVdmkILsb=LB\\:TsI<o_eMwLYNpwvXxHIm?dXOdN]URwYK^MpZASAYuXUo\\PN^EmfmkCAu>axndSHunbdUb<Tx`oB@m\\LSr\\KN<YGprcltqpk_tm=PogLNdEvXXpk`osLvSlXWINPeMmLWTTp`Xut@LNEl:DPnmT<`nsLPsqRGEmveWPEpaEw[DRgHxeqThatbHPK@MXAm<Pq]pVNamILw;uTi=rV]MVuLZpQdymwtndUpS]U_mUpXkJyvlIQDUNdIVtMklEwNtjGMNvLPF@TFumQ`Q`PqXPpW=sUeYBLKKHr:xkeYq?UNKLk?UTNlK?@UoMl]tRfYXemP;XmoYuW@XC=KhDyvPPt]J<DjJNjPF]iWoJg\\evlCAt^at>fkGhcJAxRA]GxcGWdXFv@payP^VOwPhxrAkNQvdY[@@cY^cJx]lOx@Hc;?s@Wu?^jZ@ibyf_?`yvvZ>wTpeCykRhbpP_XyosPwdOb;aZeHjVHwOP]`WpCNpmygGixxFrD>lYvljwcafg^`sP?cofeo_[UvyWWk?hvGVt`GoJOQ?UgmSJ=ioQea;D\\?T<ED_?T>Of_OFaYw[Yys[VL[fD[RHIT[_vyIwNMTYYHgosqKeEAThQsJcdlIUHcc^Mv@mTSur:Kr]cDK]CZecbSf>?bCIYhEdB=eOiF[OHSCcCeGqCb:=F^@nEHjJ\\rFMQGEs^Mk`htYaKlmOJxr_HYR=V]tTfLTttTZ`Vh`ScMxkQJeMoy`n]tpe<SxATR`Yk`J?TnKmoQXnO]sIUu=@vHtP^Qm\\mjR`ngMN?dt?hkGIQiXKTyuATpETREiqXIM^]Ks]VSaXDhqv<seTW@eXkhl>`otqyJAWseJ\\MOdPpE<l@QWZtuFYMDLXhEMSIVMpsFYTWLPcMUoxJfPYmeV=PkXtM_MK@tRM]lGQnO]TUtvNuwmYMXLKPHL`DoMpWJtq`IPDavg\\nCYQWXn:AtrToWMyvPQAPSt]PetrHxuAtOUhURXM?tr=IrZdrNDjmyj]LXmYK>LJ[^ZWvfO@elQsb^bDPyqnjo@]]^]Kfpxp^apnb_g\\Ol@_tkflCAdXNp>pQmEo?g?KfkMC>MYc;Ijgb\\Er:SYtOGEkhpShMQs[iG_OVGECpUT<iCQgbF[TAGYTkGiacBkSf_C;mHdaDNoDfsEZkgNkT@My@gWu[tnoDZou;ixf;EnODXShTux>oiToragwg]HnSgLoU][RHGsVOI\\EdbcRaIGTiIMCR[EDhOVx?RCehXcfMESDacI=TxSd`EvK?gTubv]SpQsV]eUyfBOFH[d;;bl_VfKD`gXweYNYtUYssaWFmubmR?MtcGFaaI@wbICYFQf`CGJ;C>TLnhYKdmXPm^HsCHKTDMYtnKISBqsaIoBhjIYwAPLCDWx@NSpmJDm=HLDTOMDN^pLcTLullxTsUlvE<yS=p>YwoIUuTnpeXOuNNAl?tPFUp[hrS=tDTrHUocIkk]YNPqEYV`<USMXPeuQ<YVmoMyOhaumHMaXjcnxUpmtacpAk;YjyhiYIZtaxyIyy?qRWhIwytNk@YiRGlkh]UnbhqypOyiPiFQqeIucYonhgQvcHhtvuxsTbsiu[RLagB_dbmxPobQuxl=YvoEFCTZkDauWasrc=XhKEO]VuiXU?s[USjMUoyx^Eg>uTimcMEyDiSdCfrsXpSs<[Fb;iW;vTkWtOIAoR;scQWSL;bbkxpqxJuSIuC?OR[mCs_DB[B<Ms>cUB;c^]UsOX?osXgIEqR:qsWWIcuthgUf\\n_Xk^Eq>EQo@y^XtSLS[uXktl]`W[@UKdub\\LE]lNusGuvNYyDMMMPP^LTuiQ;MK@PvNLk@=O^pLatQeTlcacKgd;ff>PaDNa;`lOQ^^ot[I^ewvWA\\l_uk^rfPqIpveydwp_sXeTwihn^NPpU@[Znvh^lLAwUwq;ptiWuh`wgw[O@dVpqJxvjPqpokIwhyydIHemPwohp:?qWFfLpbTy[ZAdC_tVW[@ftT`lj`t_FopXjMx`u^klPwUQ^M@`pqo_Ycdgu=_bBpnBGmHGZopwsituaidXuw?oWiofpoZpfL?sf>tGayRFy@xrS@xkyxdhpKwvl_ZTawjAcixjmguJ_hUvjhYxEa^a>\\BF_M^oP^vmIitFh\\aZwWyUyu`QfYxetQtQ@g]qrGXc\\ffBfb>Gbd?cUVfa>qZp]aPtco[?_jRvrRavNfk_VdnFnBNeSYoP>lXqaDp^tG_jpoIPi<Fbh>qFox<vr[`]v@:OyeGG\\ifPUGg_UkqbKeVK[DMsYo?D:CwcgtESfHGYhmGjywseTtQg>aFPKiA]xDyftobG;G<kbJkwlCeTkvFQXACcw=WhoUL[scyHU=HDaUjgEgWyPKhvqub]bCSds;HJEuN]XAoRPmEm=y\\oSSeh@uCI]cMatRAGOShScXXSbnehhOFNMtACSy]bAMoGDuoPuZIUE]r\\]mqpLHTRCMtIiNV]mj@sDxMJqKQ`jA@t]XYrUX:`PciV;@RBGrDI]SOglws^O`n^av^s^`_S`chF_Ca]L^rqvgXQnUWb=_`_@kRah`vb?g[lid[OtJwwEg]NY`BoyrAZoA_lpfbhrZ>\\DVo]^fe@^<OkRYauGtmXrIfoW?c=_otqcnxcBpv>Hrsh[lwhXVdspb[QfkfZPOmfVmhF\\JprmasdG\\dhrywqsvruifNAqHfqUXb_f`u^iHVmIojUOl_hl]YhhG\\kWnDgjmpexwnFxssAqSWvwanUOytansg_L`dcVp<WpeypGaxMHsUNl;pmXOksQZNo_P^oX``[Nb\\g\\pqf\\gnxqlNFbEIiw`dJwkAXdSO_Fve[yx]^`LYbBYg]VohV]QqhmXhVA\\XFoPqu>O^HG[u^aLwxDHqa>\\BZFh_Zp^n_j>NfQg[Car;o[?AerG[hnvl_lHansp[ROaUXn<Gof@[PpcSPb;p^`XdnFlFGdtveZ`hk`rkwxxAjtvpyNcK`b<P^KAoT?fv_mZqe[^eOBKaflGTJocSer>agKyxfkTTUUJqW\\mRm=CoUHqAbpsseexXwte]UIot:YXWAHyQFl?Vv=wPcuv_YKOxSaCoyWRaRUkhiAfZ=ILQdJkRa]sScCpIc^yBpwe:iHLkFcAB[IcKepFxr]YPwTVmmxSaNUQMw]o^IQoDSMEu<dvNDOmTSD@r[`U:PM^=oGqv_usTLr]dSDDMtdjDIQDlvEavYtmp`QsMqAxu=hpSHKWpnmYxJdNkIQDLldquFtr\\PXa@K>LRDOuc?mk?c=gd\\Fp[p\\J>o\\N]Z^cJ_bFafbOidOm@w^`>gb_i<pbOYvnoq>ix;AnB@]D_xL?g]qhdi[>>gWxdKx_fpZVnibXxsHp]^[_O_>AuUY_Oao?VcJio^gcP>xhYmm^cQoAGiFOYmOwX;eIYypstUqfQAIAuHLKHFybseRDqgVGyJoeyquq=W^qtoMiqYvY_fAuiniVD_r\\aUIEXcSx\\?GfmXCaCdMUeAXWAx<UX@?e;YXPcT>kGf?cVSdtUtoKIosXrQfOwd@Wyi]YtMcLWF]]TBafCar@MgTuwK]VUYVP?ixwF^]yKKESKxsAGTkCKuUiuGGkCHKXRkV_kI<iPVdt]uVwxRh`n>pRD\\J<McPvf_>ulYqXPsM?[y?qpgwtf[G`kjxxeVo`>xVPmaYcTxjDq]YF]x@[cYwM^\\Ka_?_bIP^\\CLcvWmU>OF<Yy@QXnqg\\YsHYV;Qu`KWhESvEsSEwVgcSOw\\ItmIEoit[Yc`eEDcVpCXy]G`qcRetsmVdmIFyVm_HkKH>UfqsWJMXdMbFcHIqHoMgTcY_mHNyw\\OfSItmiV_kgKaWb]Cm_bxKt@[HgmTAOiMyggGH`Oyw_T`secGTBYv_sUxsWKwI`SXHwfFCxHoUDYwJ;v\\KScwtheS^Gw=Ixm]U^UElwyTSsyYUoguZoECKx@CyyAS^KRkcRHCDXCEIwFB_IXCwFEb:=SSdQZ\\XKyWAPL<]x]]Vn]lh\\Ur@S[AWFxXJQlSN]UPcLabdfbCaeXPh_g`OX_\\ivGvjc^\\iIN?TApUBQQMXRpPOs<V`hM=tOJ\\tp\\qeUmjQjOvZgPaAgoJGagHKOu\\kiieTMGC>_dcGQbLL_uwR=NRLvbPj?qpyeqJdbS>xm^nPor[wtFXgN^rh?xh?ZGObkhwb_@Uu^MeUOgusxPGW?]sbKBQ]TpMR`cd^_vnaBO[dw=B<mf=?sc`SQukKXoPLxQ@OV=OM=PQMnZMPEEjkHSD<yw]URUue@SUhTbUuEIVKPqoErf@OCQoKPkBIwJTyL<K>LRDqtL<nlilHuncTmGATXLXnYtCMqney@dqsMw=erPQRndn`\\ulPPPLV=TMb\\q[UQgXRxHmT@XsAvj`JEEpChQ[evLaoWaQK]RN<KttmJhTumTnp\\hWconwegjind`iodVjKWemiybh_d`n:XqI`hkAdE^e>os^irvpuwQnk_\\GxbINly>va@eIwkWXxBFvKVi`@p>A_sWlQvo_glWG`c`gF`vBa^_p^AIoVxscNf`XdNGuLFlJhhrI\\dAoBfe:gmUFfKXwPio]@o\\nfJ?j@IiVQgKpxXnjg`]cx_dWx<?^JNDKIPcBoCUXuikUbHieusSiqimqGWaikeeLirlcvOCEe[xFKXk[s:Ef>MeQYS[qeXmcIuxsYBfcgEYssGI][s;Yds_Hc?fCMVZAEPgUacXXIvgiIuoUOaYSuYEWsCMtPcyCOYaAgGmIBoVQIudgfXAiP?fgKTsSTTaKHaqJAVr]nMxN@PmbMMDqvFQsMTpv`WHIOJMLA`Y;LPvIRDDRoEQVDvBIMhXo`YbAv__ilwGd<IajHbfpkkad;psGoe`A`Bw^nO\\lwyxw[>OcJ_dUwnZxuAqmw>sxyrMF[HPwK>[>T<gT?_W`cSMWTM]dHaVcsUdSTdsTZGdCGStGISOFmwX:oxXyyjCw;ADgQiuIBdYiguE?MvkSWcqBsQhMgbs[F<AGEUVDKU^]k`LK\\]NhtLkTPd@sIaY_HKPTUbYuclNWqO<EUweuT`k]pNBUpnXmZHOpqVQpnkdovXp?lwmtm\\lUJUWFXO<djtTnOHXfmsN@JJaW\\tTL]jgDQoDSMYV]]lQmXDHrlmy`tt[Ux=EPLLXxqMGPjD@s?PTsLkFeVc\\QxdsXqPJ`RIhofDsIhLsUX<QNKlNSDKAHOBDTLdSvTW<DN_W_nFiTnpjpbtVLQsOYWnmyliVTSeHETt_WJGDBSTfwY:OvuuCMiiAkwZWIEcBHcBB[b][DJUdVKWOGWHaCduS>QDH?Gbef[CguowdCxIggFuErKwCWg;KYOaGNiSq]C`IW^aw:eupEhoMFGoF=yD?Kb_Ah==yIoRPqwHovxMunui?_ID_I?QDw[eUEcLGJiimCixRamJhRGxrCEkLEy<dk_MtNhqkLSSaXL@oR]T^eSa@L\\TY<HJDDO\\<w?yVDeN?MuvaPjpW:Xr\\DlmpJLqjNYKqXlimTkqWupYV@RZ\\nF=tL<Ny\\Wn]XNpRAyrc]OSpnCaSHXw?hVGuKOXvwans]YV=ps<uUyr[HkRIR<PUMlVAQV[tsC`qvDODUTDlL?MpfhjPAoK=RT=t;pxLetYeohuuT`O@<PY=YVXQ^ETUmjueou`wPUleel_QpSdVZmnrmyg]jRHqmUw^]oCLQsqyXHuRimi]Ue]OtljVMPetYfmVWDPWYV?Ln\\dj<tj?mlj]J=aVdHx=tSVEu]XXB]n[ipvtVThMPDQlLPGMuJaJi]wr]PE]u>QxxHQAps^mK^hK<xNbHKayK?hnmaJ<Ms>dSGQYNXs_EWdMQCEsnMm@ynM]PX`ScLR`py`XpD`kc]LdIgwXjeI_VVkSGq[?c>ipON\\mImnf\\VY\\b@bj`b]HehQnHyw]NpCodSPeMXf^F^kgsS^oJVcdi]R^nwyhYybUnpiangXipQdZ>]fXaQVmOwrTg^mPjhX]G^eEfh[@pB_gxIbCI\\shfCpm>gbkNpLp\\QGuVNpXxbsHkCIpkNmXv]_Pfhvfchbdx`A>\\PFoRNe:NgJPwk?tiynJ?`?GlZ?k\\FvcN[=_j>G\\vv[EPkJgr]wZIW]NW^;o]=GnJPi;_fxiZ<Os>^bvXmDheOafdfb=Wn]`h`Qv_Oqt^`<InCHvxevii=_tuGF>UwNaV]YC>CsAOvHqUIsDG_gfsw`acTGdo_WEeCkCRmSscUv<UB<gd_SVTWsjEeCcYMQEDIwMoigeG[Sr;CIviwuyCJAr`iGNmGQ?GRKCM=GPSvjmrdIirGu\\=thAX[EFaMbh=eAQGyewy=IsGWmKfqkFAiStedwYt=cRAaR<iTFUY`[GLcrpGxSOTc_R]EifcuDaVbsIlUdDMwkoWN_WLqfQ]idEv:weOYFueD[[R;cw>OIiwB<yFosGNUhiGT@ee:=khprbAsBdUypYWpR`tnbMOQxnNEtZ`TCAnluONXLM\\Lbiw_@pWUx@Dsp`qZXuE`qc]s>pN<`k[MtlYRCESGuMO@x?EN`Mj`DkSUniiPVUsR@kv]oFHT]XqpilUDwmDRULy<EMvElruKAMPZtt_@Ub<os<QqTO>HtgplSakLlnrEP?dupHn[qyutMR=J>dvvMR[UmUdtHTk>DOmLJ[LOuitueY;LPmHUXaNcLO\\lVdXn^HwN=TYdscxrCePntj`LTnmWvdRXemrpPU\\qq=KG`RGqPbtR<@r[IQb`RpqxoITrLL?eo:DwvDjJPphER;EL`HocHWT@TAipUURnUV^]k@QPsdPC=YCyoB@UiqtG`p_=VJ`YXum_PmbuYHDyDdx^pWkDwFeuTTV?YN=eY`luMYSkdP;@YvLt_QjpYlrPYyqL=LXsAsSUnS<jGQYc]JELUR`ovtThdLaAMWXpUqYchYf<LfhS<tjGDW\\HyOXn[Yw<=s\\lKGEu:UX`mRGqMePsXPr@ixnMXThw``UtDSxdRRQR;USV]RQuo=`l[\\QLLj]DxcaKoanl`O]ywA]tL\\j@]PE`O<Pn;YTAINKPww@YWlmmETC`LBDOeavCdrj<OipN;XoqrwYtaGwdAxRCY\\GXDsgUARwWU\\_f]=FuYBN[C\\[RKyTSmboSIvkf`QRguwRaDmGEtcy`IXtewQsI_ObttXyLyCLqaYLI=pDLLiaNSljnMjZEuBMmceV<\\oddT:EjZEs^AuP]YMASlQY?LjOPU;`mOyrDqvJqVr@uFAR_tkQyrpYLdeo?Pnklunqru]QtpT[HXTttWaPSYuw\\mCUt_XU]aTDqVC`kLPP`hSlYo?iO:dpeeuDIW=@sBMNXtnXpuXMk?QnNTTa_vFC>_domClADiAeVOfUWf]]XWeE]EgFcSOKsVKfB_ek?w:AF?SFKKxt]iP]Io[fhYsEWg]kB_SfCIdKKirMwwkTg]ukwyZgvSUDBkdEAF_sXkGvS_W;Sf[wsD?exufJKW=_f@kTM_cFgCwsYj;s?GYeebikGnkBboSUWSy;C>ScRwrfaYmGypiRjkfv?skSh?oIf_EwUwmkV_=tc]ERkUPmHSEtQ[VwQuLwHZ?ISEdD=xpGgqAFfKHiWU?IhMOwYYfc_IsUt=]vKqbrIIreuvoSwmHu[RldsKDpR]kCXUBLwJpMKDMKLT`<We<pJtvlHUPtwRTmR`n[HxCMqtLQHuPaXl^Ik>AWjUyhLwW<u:QjWls\\hkthMpakLajw<V_al?XnklPF\\YODQTEjZEalHq[_hg`[MXluHqwiibgxVhtaOyfNlg>eboy?aaX`mRvn^avrflDhbP?sGhxnQlQyvYxteonOA]=OZ;@FKxPEGZgwRYSoKWE?wdII>gG\\Agvmhd]yUoXrQX`Ce\\_xnaD_YtcKG^Mt^gdE_GjKDjQg=eii;vmAh:ASvkd\\?YnKR[eRBSRBocLuwKiXa[DL?USUE[=dVMU:MlBDOM\\OGTv]YvnevdiTtHQplS]Iu<dnKET]\\L]Hj;iSN\\RBQV>lWguW_]wqPNNijEPPdHjFyjJLP;uJZmR:PVXhjKqM?TKsYL>=wZhm>`sgIoNpLX]xvXoH<LkXSYlm\\XVyTY@prAujcAswyKKiyI]Q?eYeyPPaTZ]mG]r>YTf<Lf@P=Uoo@PGIMaanGqU?`SQYNipLZ@XVuNYPNT=sgdPJdo^=mP`Ly\\QcQq_dOSpTihS`UpN]qklR@ENImn\\TXxdp<ljZDtiItByoXYMC<ycxoixk@tJA<USLteixkEuGDjJPP;Ur]MuZHskIKT@mR@neYN]]XOeQX`sO@sBlRByMI=T^xpIPvd=X;MtXTkn`jQLKttsrtpv\\NPevuptNtkPQMreuf=xFeog<pemsl\\kUuX@inWUVa@LIinBPTnXvq`PQqpTaQaMWWiPlxnFescAo[`Xxiyq=wPipe\\phUr@lLL<RR]LDEpUdXp<O`mrV@RZ<wVUyHaUjUxVXKaUQXiO`DXtenpQmmIS=ey]@lIIT;yl`PladR?uS@PStmmn=WH<jJHYfDuxantAvraT@pOapodxvhXO<ynk=M^pWNHs=PyfmQitvjHNieoqxpAPjJejN<KcTLrLPfhRhLyvEwDiTt`XwqJGulNYX[AQsYY\\]LK]jf\\MGPX<EO:hMNDS<tLnMPkTn?=M:iOkLWU<xN<MgLNCXPyhsttmXArSuLpdwammUMWGxPwhnyPpKYwPQwxtqnMTPQMi<l[QN`YS[hVOyTMQotxUThmMmJ]AK_]SvIRe@NgXRheksmq;ANkySD\\JW=VGLlc=uUxOf<yMmostv\\toFylBXT<eMoPtO=LgaJUPPodP?Ul]XNNxScLk`]lBUOeLRPmOLxtn<Of`wCAY^\\SwPwVdyc`KMTPYenBmppTvWXT^tKteJX]q`Ln]LRDqt<DNEeNM]PllP<up@qNcqr^Ml@`KiDwD`j?qtG<pdxkIywaQn>hkhqpfDv\\mVHyO^xSJan;qWt`KQijhQn_aoY`v>PRdeOtimHHjiEM>QU=]rMUpw<k`aQ^`oO\\v=UWmUWTXstuQceOfYp?QlkHudym`Ul>qgBHmHIq[NkFHgtgvxQ`aIyGo[Saljae;@ne`k=Qyma[EumKwJ_eMoVI=CH?sB;sO=GP?FWyvaAtbesnOC`Uvi[DsGxKQftYYMEdqWSQyRb`w?eRTQSNDT>YKD=lBTjFLyv`LGtjNDYEPTIMrLejFtR\\LtqLRDQqM`k[DomdmHAtGIvKMQqexDdKGunCAKAIOr<qKPRjqk?XrfQs@ARlLufDSIXw;PuQmNO`nvmPEQprQvGXWyHrs`m@lwlQllprFXRaiY`QOfuJmPwqtP@MsbEr\\yqTUktAn_\\N[HveMm[tOHDwNQMfYu?@k>UoxUkx@skyvxxPaYqXhrVywEHyWikpinSqnpQUh]OADnfuxvTN^@Uj`Y>hW[eXBAR:yS[\\tUUtVMufpxGLK?=sLEp>EufMmDln@EsvESwxnBeJWYsoqtJxl`YPnLmFilCyTBETjDm_@rJAo\\TWXlONhwMiQf`KC@TC=KG`xnarclMiIL_<S[dVexlNhSFmSKiteyPcQyrAQWAmHQTHYva@Y\\xltiXheW==J:<L:^b;_dGn[Lx_JN^MA_U_ffG]BI\\pof]gqw_p_qpWacBQiPi[N_qmOjpA]FhoBfdewl[GpVwvJAkPgo>GjPajknqVNhRNeExs_htjq\\OWo\\otlnbg`eaVt_iwKQgXxi_`dTvfF^hgpghpdgxt`Q\\ohr?hrThdgonupo?Admoq_fjYxen?mtHqDiphfmuinW@eBgsOWmaoeQQ]RWZnG\\VG\\nOlwOnfyb]oms^ZsnfKAc>P^[A`gxurHi`obn_vvitaYk?`a_V@oRLESDIGUehNoSeKH`MTJYVCOc>cItcr<IFdywG=TYuSDOrdIhIKCXqUIgE@CWOcr@?HWwBd;d\\KFa[ffWDKMGQGw`AwrcYjevTcSOSs^YwU;f;oyo]DF?FVEHREXEuhUYU_aD?oxAKBnwwhWYb=XEqDlKs@cxF[CJ=HVCvQirYmtXKROIcgQuDUBSAe?=R>AUSes@QX][b:Ag;MIVareouWsgg?viQhBkds_wmubU_ERkxO?fwQs`gTHcBAQUE_TjCWxaisoTwuRwYy;agTGh`qi`gtVwvB_frYbZWVAit<kwnkC=_T^GSMqV<[wekHHkIEOyqoUyCY=GVDkrM[ThkDsmIqAud=draUl_TZGfkIGDiUxGSxcxCAcYYS;sgQWc\\ubvqIdicAIgywgQOvkAE?UfkCT;_DLmts;s_QXnCHkkS]SvM_Xs=YFOdTwcnaRIcrAsHL]iqwdC?EBEDD;RisFvKW:cChmuDUeiUuGabj?ei;xHCSaSE@SGSKxPeE<otr=eQaU]?hMASSUGGoUmWbyUgZgh]igtwgooCZkUgOFWgwtqIAay;aIEOU<UBUuhMiiI]YTOTMUdnWxZIVesY=AHP]WMUVsWRfwTm=CmaCk_UrmiiaxjeWSwgQqs^os[=d_QXwUfYEDesWj;VAGR`KGLoyhaCg]tNiGSKE_OX_KfLEdlofHmilOIFec<cBMoF`OtnUHU=fZAsRcB[iR=OC^GWJ[VFObxuI?Af[?DG?G<qD_MDb;DLmhf=eHmFcatSWXnEw@iSPuTFgWVQS;?YISYd?uecfokGjiudiuN;goAU?;gOCHnSI]ufpmY];T]oTJuTgECQiHq?Xe?Y>_BWQixuHLUCHMRrOEUayjsVUkRdmioIyv]housXMuvWXQsswoUPeImARhuh_We_csKCxhyx>xOlInKAoBPwutYp=W]Xm@xp`ewduNcTW?]t>HqDmP`]JmYu@`m<UnceXmyTKLor<pxUJoyKFLlM\\ti?jNAqPQehVl`HxcIcd^cGWdsvm]VdWNqK?d^hs^@ir^b=fiw`phxpQPytOiR@msGumwfYYjp@yK^l[fhi@dJF^_g_vHpEivlfnlHiTfs^AgrVe^@d>YcwHlbPyUFoN_hYGcOYbJPrlWmPnxp_j_`p\\wpKwoDylSoglwtGAhM^dcWmhG`VWgqinu^qEOytHqkPjj?^Y?^:oqR?jG@\\>H[OP[sqpE`ag^`ah_o^rmG`d_oeHvxyhqXs<WmjowJgdqP_dwnsOsnPmQiutImUo`hvdsFaexfAGb;NtaYoNidm_dZFyjI]^Oj^Gyva\\Bh\\roemNs?oxNHb?Np^pk[fxr_fvfbnWgVhagoiGan:xdaAxA?_;Ob;NhJG\\xhxUn`Jx\\\\yh<F^_Wc;Vlk`dDpn`v^c_f\\Okn@gVPiphbc>\\I?o??abwrlqoxhjcos<gj>pco>`KWgAhaigZo>ZEin_f_:Oe=nZ=QtBGmRFlEipJY[dacd`a`_qf_i=OqRamAA[AAq<_axxuY>v?I[Xnl<o_Aij^Y]oagUgxj`qviqrA[N?fUF_>waMX]PWih>\\<orW^fohodY]R>_JVwZqag?ni_mpixbod>@lKIb@XyD_l^>w>Iyaog^_b]wwqVujphoXiWw`T?thQuVNhHg_qQyDQaMI]>hsDFjfhqgx]JWgG?`J>pph^fgq>nnaqpdyhpVl``gtfbSQvnf\\NQi^I`Ea\\bFm^YjDY^DfeaWcn^leFtOHkcO[?^iV?[UyZiI]QVspApqg_KYt=I^ZQbDaZENnNO_MAyraZW_qnGk`Vk@FyQigZhkUXyspi>pq:q[>Qh<Xw]AuC>MtoKtVfqo=eT[TVVuTAXt?EOe`K>QRhMlYavE<yOHvayWtyxOutCLlCyTJiUfhT]aY[`Sddr^@sayxkErZ]jb=VfitTtPRtVBtJSpSaHQaYL]uOJ\\KlqRBQRUXQP=MBxRwmR]ijJdj?EQfmsie[EvkAgbrNo`QjtOoDXgpXcOwi^YxsNcGwcSorBPwIw]UV^pP\\Tai>XewpjjvmcIkkoscnxdXy;Vmp?wmGr\\ytHhlLgxVX``wd;xiJAo]P`t`tx>hvPf@hw]^g__tFpvdyeSHjtvmnHlwvxsfjkh]Z@aoNhaWb[A`ShyeQ_UPlrW[DFg]Why@mEQtOIoCNawGxTFgD`psitTn\\pQwN^d^`_fYxLAbYw]gOunHlLFk>h\\tAgixhThixwoTw]uhdoIdBGeMcaMTPeuRUVc_C_cCGOvTOiCcy;KtZ]YgKVAWiSGcomw<CTuEf\\UbGYv_UrJswjmXfiCMaeMsSimTSkdZKXrGwkIeEyEx=RauusUdGcrwuXWYSUwXgiVSwVmGcJ[EaKHSaFdQdZyD;?roCedpnZpryinIluaXMQpOJuy@iSn=vbiqNtwiynvmN=qMpQwkLKI\\s>AxJdqmQsE`XlixYATfxnIpww]wCLuxxy:To_ptoAYsTvNyvMUvKaneyLHItcyPIXxVYpqAwWap]uu[lM^mRs`OWTtntrPiLslxjuUx=X\\iP?=pl\\paqx]`pIepi<spTSVytjQmcmXkyTNPNsPXtYRtUy_yUKatrAQgiq]AOWqyKxkLukl\\TPUpTTnmtXi`nZPkZEXUlOEUp=]uUppTeSk@mPeuCiod\\OYQQ<lOt\\mmQLmHmy]sTUmv<uNyTmyNp\\KWLx^eVmAouQPJ\\NIPmyDSSasX@SV`slElwdVrUU[`U\\PnTUp`PTsMqjIrsLxRpJsitmIRixj=qM=PwveqwDKTAqcUL_LYuajNHKf<N;Xqf`K\\`lllj`HvcTOPHsi`katW=Plqik_<MIajU<Wmam=And@tCTY:FnTNqpgl@ooYgfoyrxghMvoUap?Q[KPpWashAtG^tjVre?u?ijL?u?Yha?wvYyiItAxgvpbCIkkOqgAt[Ouw_vHnlFgrQX]lW]B^Zm?kLv^<W_=XirQuOf`xou_X]aqS=vxWycUuXgypCsdKhQUglCBueiF=uh[evulvasIDWZUt`Muxxw:dWWiqAQs=MopLLfMN@@lt`snMTSdyY<tsXlPAQWtqoUkptwTisdtYfiVMTOpEkWIWKXOfMRGxKWQnmuwwXRauusUkHYoyXqiuqMexMqYDhxoYUuxqOEN]PmW@LyLYmQQwhyLyobqltxMvlUWHKWpj^IY]eXIAnlUWghmxIXQiuexxWdmjuQnXOixSeAlmmoTHPaMmp`yxEq`HnB`Yo@jYyR;AVYDWwiy^aL:qr`QVk@WgxkcIoCdVqmkKEPMxT^dr^MR@LX`yTa\\k`YSn\\meDTvLPDYMI<Tx]KdXx[tSGdxSQR[@tdpTv]LLmpBim;\\MS`SPPTsdX]alFLsTPMalPPUqjuvaTUExuuEXA`SrxXf`uCutPiNREnkDQoUVYpYuiOtEycyy_PRxtRqyQsIMt=xcxsK?^bgqIFqf>d=Itf@d?_jwfvLXtNpmP_jfavCOimytIItuwrXGf]WvJiqI>thYrq?dyAvtWcs^sj^fqAcZ>o<^kl_gh_wRyhJG\\`HgtgvaxcMYcIaiYG]^ylcIvIai;p`gauGGlr_mCflMw_JapO?pJnoby[@>say[RG^Aqws`rh>ucHu[wgjAu^ona@wlImMaxHYci>tUPw:_yxqqunw\\hed_mhXurtkaWDADWMvvuWZMi]gXUkHKIbumwa_v^aBwgx\\YCnMygWDn=wxyBcqiI]ICavFkuGuIpuYKyghEXaSIv_D[afPYwxCGnOGRed>sgMytuqXcwUpWGROtbMhwYi\\mx:gifubtYeOUx[[DdeIdeEnYy@;GXYuAYw^oV?iIllOfHpMMWgXqkLPHEyExTB`lgUMlAWNYMH@ttqyXLUa@SXuU\\DRkaRVxt\\uNfILeyN<qModqmYwcHKcTU>DNEAnDLyBAKWQMXdneUlMaJ[UvZ]N<mM^DjupjjeOLlPq=nMemI]tXIMS]ws<pUumHeNsunptmGQTtMWLDpF]qm@vNxk@XkSyvmYxHYyRAtGMYqyPiDtCxLXhneuvHQxmYqHtM[hUA`tk=yHMujXVadR\\HPe\\WK]owDjZpvVDj?<J>YK[\\jXdPhpsxXyPdUsAx=Ly[yqvYNgQQluNWyy>yncurxYjvlQEir<hWuXWPxnTqMEhtstRH=m]lUYpMYTnMxoyPSAyYsYPt`nHYkoQWEqow\\XUPMa@urDunUuheRLLYghK^DwLhNqyNBHMv\\mqhMvhUGixKMunXvpdtaxWMioEyLcYqyyxiiTUyw`XqYdYVXrLtJqtW[iuX]l\\DXvDVZLtZTVfiuf`LneLB\\JghNHpVUMsF=mg]q\\UVKutkPX[emgEWUuVwMmMLyguoApQf]VcUp>\\RJDpJmOeTSr<L\\TrQ<NwLMA@r=DYOYUlPwWuPFdk@xR`@SYLMaduJmdov[ua`MP^;vaMfPwhAOYOQuRkc?abNgXE;fr?YxawSMImEwlcD=GTD_WVqRKGboaG;wWgQdtCWjogDKwOUi\\ct=SSiMYZ_syAEuSBxuiIOrbGD;?YVAR:gFTGxv;CQkXGKCsQBWQilEeh_ewAbHiiuqCWWYyiEpkH\\GcXKIvAvA=wXySvCgFGd=avEkBSmxn_u<aYsCbZWUGCY^qcoqChwT]yvCkuNAYwydysvvOfmMcZgVLWtF=uJKVrGVeqXosX>KG\\]Io?cR[Ct=EsYfqsWJidmsELibqyu]WXiiiGutHye_?Rb;KWYyZTLw<YfMRBtkftlTlTA\\LnlVHDncTnwdQn=XZqQTYYAiUdxMx<TwMymLYainYUXHiO>hUhpmudsXMsWtJHDtZqtg]LP]Jh`n`YS[DV<DrlElAhtkmspQlwhrYujSAVU\\OAaS`eOUMsDpoKLyBxwaQrQIljdR]HlD=YsOrXVxsOs`W`N`dmG`\\nqlGg?WtDFi<OpH?uQxnKaiSP\\S`a?qraH_<vcVPpCHh:gbl^nfYuj?a>ip?HcUGiKn^[ffE@`p@pBq^MHcT`mV`^Ywi:PiOFvC`rMNsbPtgQbKQwxNt`Qk]qteqvp_^KPap>jAWpegcrpjMnhgGhZvo_VlFQtBike_hlitYAtkxfyOr^_gjWuHNyRygwq[WnqyIbTapmw\\iAq]wjQ@u=>nm@hBwdBXhRp_=XouhwCqkcy_mXgiNnpIc[>p;vkQOnyg]w_xEve\\huq_]_xhyWx\\fqkQriFay_[[arAw]s_lp`wTYsXA]XVmpAv_ir@wxbHhTonfPe^orAxgk@t>IpYxyRG\\<XtF?yX^yNyfbAx=v][houpxjyhRGq\\X`lAym^nFWeNy_kppN`pDqwb@dDVoo^mJIdBv^gwuu?jty`f_nuo]w_mx^imaZwhxLY[nQtMyuaxxYWiOpwu_yCOqmIvIHt`YupWpQask^]VHsSWhWNZ;@fgQ\\BilXHZdgny`tuPu_qo=yvRqrTaanFm]frgyx:GupNvCHp\\YnKyuyV^jgfR`_^Ndbn\\cQi@G\\pXw=alW@]av]Ohlwq][puR_ltYiL^tYYu=GxR_k\\HlBvjUXwe>aIW[cVe>^ydXptOit?oyxoIP`DhxFokFFdh@e\\@ZRohJvbRhvLhaHocBQZuhtgA]RpkkAZ_>aWq`nau[IdjnthvmxAjXIisibt@hdiaDQ_LH]iYwaXZqauAWiiaqUpxXfqAp`fWuBFfV^tvYr`WbEyb]XlUxtC^bugncQjoG[gxq@nnUpnSIZKpnW^tQigcwfd`pmpdOqyf``_YxKwe\\nckpuxO[AWfN@dyG^:NhdAykNqZpyXYoF@yoYepHu[igXQ[cPrYYmQpsMYmyPiXha]?lOw[@PrnAxawiEpxbNjq?vhYicWvHhwdG\\\\A[HNb^^f_qhPQmyi_@XwNNbDqvp>\\`hxB__:WwpnbcWwhi_nhfIqaTqpiwaWHiei[t`i`YbtwyRY_fI\\??odIjuxw]gpUguhvgZXuDHmbyfAGkF?^J^oGOdPIZMIeMqtIghSfnpapIHayQqeQfjOm\\P`XwoE@c;Yv_XgBgb]AwKPnT?^GadRPh`pc_PbCx^lQfYw__Ob[NsOh[tph]_lnPtGNxdNZQ^dey_>Wb\\ItbfoYwtIWwPioMNdPIl=@[sP^DhbYqpew\\?^dagmyHa>wvh_e_`woXgfFhVfwcinJ_^DIstqer_lT>^_ggKO[lHcSo`O`vvN`bFuZ^mCfZcwoYxaAwth^m_XlihqDwgy`x<fuvPhCPiAnZcqkAxa@Gt>w_Qatswwqv_cVbj@rQwZ]IbiWbX^ZFpcAAxVGpxadgav^ywf`lc_jW>ie`y:htPfovp[WXhS_oxYe;y]ByxJvxohoTIqLWfQIqaAsOneVQkY>[iFa<_[gFpVPe_H_fHpBvsQAr`i_n>pcypsvZFN^Zv\\HoqAw^XxiPp`gaqGXrBHdyhZY>]UNq?wovAyA`hkatuQgfnaAwdHim[@eIw[WqyJY^V`yFvcqIoMvoko[bHt<g\\yVto_`T_cqgoiH[RXbJB>aTy?VVSRkoDDYeiyix]chcetCS[AYVGCoKuKKVfSd]SFfkv\\adHEDTmFJ;CPUCs[X\\GHjoSS?FxcCSAXPQeUAcxMrFqEoQriqXEuuOQcECXpkiFUITIBceB`OUagykaBQicVOGPGWnSH;ivDmFAwWKmX\\]bDWdMKcRgdbKEDKT\\kD[gsUktMqhgUucUx`gSnGV=qBpMs:eYW=SSubf;rJOuVahsUHA_G`gdg[XhQygKS_Otfqw>GdY=s_ewWaTgeRiWDBiVMaHokHDyt>stg[C<[wrwIqiuiUtOYxa=U`qE:?X:Yii_i>QHIaG;igh]UEixeMUXyIy=h_GVp@lC\\Jc<pLhRNePE@MtYR[QSrmvDDP=MxuayVUJHUT^IoKimmuVq<sKllZTumAwxaPF\\RnyM<ioP]waIWBTOB<opmKkmK]QSsmJvLmA`YdMl?PJXptZEuDhrRdvjAl]tWmpusUO[ejjqUeXJkywJTy:mOd\\q`=LhAs_XPf]q=MLyqNQirtemhpmwATGxskmQiavbAKwftQHw\\yZafoTafd_kHavHh_;iaPwwtgfDygbqy@?cqxtHv\\?GjcIk[Ifxgg^QuOOioyvIAd:gskFnbh\\PWlT`m\\Hleytrv`q`gQV\\QphP>[>fxSQtl`flgs=WtFIaiPaKI^@hsZP]kgabW[xqlSapdHlgXt@OmBQ_rfgK@cGixE@lP>`_`gY_os@sCn_`WpN_s^FoVHcKHlIItjPmYh`MAnIVZBpkeinwVipAt=y[y^cAx[Yn\\Lotc_rFV[j_\\kxnk@ayisu_ifig<oeAnhFiklGs?axQxiCifI`j<xaW^f]?Z[VkBFnkI_=`hwPfvybynxRVoIamswvGod__uuwvKOuywxwa\\G_^r@ucG`QXoVAqBIgk?[TW_;ari`dTG]l@fqG[l?Z[qt@ywMqdB`]\\yxai\\cos`XlpHhgh`ngyb^wgXu@@nhWlFnhIylGPsfor<X\\dhkGVrbWsW?gp>p]qru_dpWamPgappLfv`gojhbVYhrxmUOgKXf;O`DameOeuhd`q`Rpj<>m[A[EPh:?r=fr?xgXoqbwmLwvmg^tyZROjW^vENxeAe:O^Cp]HFeVqoBaej^\\[w[rGpJxvv_pPwxeXlMo^>Hf[XqEQ\\]Gr``]tikCaxkytrxaKyhUnpgAvv`efNyby^yPwmAciw]?wtG>xvyv>YmdqomNkaacZ>ee@`a?[>XaaHcehbM_gLHfixyPOq<g[eXdUHeWhmV^o?gokqgLifMV]Bpq_OlP_^PN^jPwAWgR^fP`_lWjnO]YNnO_amggg^iXV]F@_Ma\\jIic>wqysmHkeGs]YgdguOiteqeuNtboo\\G`k@nW^]cns;`x]nkvQdpN`hXawfaBIt[?pE^`lptlW\\pVdCQ\\oXfuI[QqofioxqyxO]R>]bWa[V\\LotnFobFlIghhN\\=fpB_kPygTQbwVwq>hailGPxDpeUXbj>nlqtmpwNFY=dAcD^Wyqquk]d?IBHuik]eXUbrwrOWsnGVuqXTiX^qCTIhiABg]ukWdemw:AIfkvkUtHUThSekOc:khF?cR_dIaVSYXa]gBUUkAx]OT[?gFgucmxT]gNwVM[VS[rRWu<SD=oIyiXjqgvOeN;TiCWt]YNWWZCH;sC@?GDQbmkeDmGSkFsku;KTwAuDKHn?E?oFMiHsMrMUCLEhlKSnmtOAvxSs`WtNWTAUspOSVKHfoYYmEESDDKUOeVOGx<IgGqCk]BKSExOY?oF@wbbcg@AgmmGbsI[Ub:seTaimuDw]wEsU\\eb?yTx]y]kdZuRhOw@iEqGhTKwpiYA?W]qxW[gB;ckOWsmUPogFOIMWT`KRYSxKCHquY<AI;eEtWgausjyiKWfUYHr;sw=YrqyI?xR]YgIuYGtbigU[uY=T`]EVQiWQFlqfSEFyghNks>?fC[BgYUS;g\\[vZgsm_Rt_b_KETeBQ;s]qXpcbGQU]_UmOW]Kx@KFN]XE]EdoWgWCOUGQSYd_CPKh:OF[wRAob:oTMqu\\iCK]f]?F_GRqasimCrwv^kgm?gIAckYu^_Ce=UHyw[_dIUF=EuSkUuKB^ots?I[IUSycjwdWKhosrXoTeYXksUZMTPkCbKF_oCieuBIFEqgJITisTgoTZKYx[s?iTYycYAcb]GBsX>MfdAc>EYmaWo;RBEUMWBTyghigBOiKKsTgTK]uSAdjOrCqTjQuncWhaf]awdYga?FKwiyqeuAWwqhg]WB]iq]w_MyoyCxwRYkWSQsDoWjQe[uXQCvw=gq_DF_bgIRWQgw?FEEehmV\\GU;oumWrwAuJgXvWSeShkkVQquR=INGC^UE^[C?ai[?yP=T^EEX?Tr?vkCu:mVwwYwqBxuEeCbTqu[[eyEGOkSVQvISxLkRTWe=_ruyX_Ur?=EP=g[gep?greYootFMBVUI?AhwWvhWxdmdkqwFgRhYUosRjEvEItKMirxxcaveurbaxUyNrIQ>`O<YvllYeqNiLPraMl]QI`QjAPuUUhpmuTSapUyelx<Qx]kyQRJxv;xNyTSuywtxjmEmfPyQmQQ@jHHunuUEPy\\aQn]soXXGXYCTmctvYyYApUwIuIHwwytXEvWttwxpYdnI]Ysyxbuv;XrVXVvmvgyPsxw[]WcqxrDV;yKupSKHwdUYwpos<OJ\\op?g[Yiug^fHZ=AohNenvs?gps?b\\og;xZw`lEIdpVl`w_HG^MHvb@[=I_\\`gY?k[Ou_xcNam=FfD@hj>nPq[Ia]yO]M^a_W`ZoaIFoon^by[jGj`QqQAr[SCWwSQH[IgMuHMygXwCf]UAQTlIT_UT@cD;KgSAYpChl]bHOWg]stcxZCxpeeCkfx?bWcWTavKovOUh?iXmqBTSCiIweoVrLTPasZIPKAXdqNQaKd<VJulD`Q:=NAxog@SRptfhqPTYlHPdlrsej>`lfHjVLT=@OT@uaEScUo;ijjMOfquyTyWxy\\xPxeyvdMs=x[MQnuw=\\tmpW:`pLpr[ekgXko\\tR]y;lU?iloPQVYjseJO@PnTOfeW[dUR@Vb<RMXVMLs:\\YTpoVhQGUMqhWapm;hxf@ypEx^YYn<oBexPiuuEqIQkfDmcemqEog]wpqmf\\phqsVlvfHKVUtPmUlLnWMxpPuFeYEQsyHv:ar``MPHjvElb=wdAPEAvYMyjaLGdUsPnP\\uNdWthWQdWWYpQptcLR@tORiRoQyUIs^Tld=lv<lc]WD`j]uJNYYp@XyPRfYJs<WQyOVXniqyYyyQptieuHujiyYBhJ:mPfuuKENgAM]YSgYW[dVmHjGMOetXRYnBYxglLTEYiitQ@UCqL[<sbhwrUu;YNVyLumwrXktqJADOmdmn`qQqxv\\K=YJ[LP>todHTlxPDqVD@sTdT]`S>pT>dU]UPs`lZhPLqv[LWTenDYWoQYbHWHYw`aSD@kCepXaTSxsdEYU]SuLl>DT^DQolXKxsUxR>ESohw@hSq\\W^IokTwK]V;dPg`qo\\Q<]URAupaY=@M?\\lgUvkqsGtq=qJ_HrXlMopQraqv=wFmL`muaITITJdQQvQwuUyODnB\\x?EQvtsSUrdtvl\\OIPMhhKX=OJ`NipUu\\PJQk\\APCykvTxTDnxUpTxKg=VPHyTdqf`LutTbiKeaS:El:]j>lJ=HNlaoLtKN@llpO@lWdAY^LSUmtILTZdl[HwVmj@qWWan:]`\\>_PakrXt@^tQvd<>]Facl`tY_^[x]w_v]apiAwWahlAykNioynIAtsxhYqvJybBFjfwuq?l@v`iGfcvgMqyfwdgwucWo:Aw[G`CvaGx[I@tUvqtokXpYwY[GbGWecIfIeY@ObdqEFyVl[X]QvsMEsGXWWyg[EEWx\\UtdCHEoRCEeuEVOYIlsEcgyWggUaCGCNMUlM`OHIPlUxtduv@YKpoVXyJpjhtU`IpA`uHYjqqQ:IQ\\upWLQ\\Pyp=kLXl]awKEfcnxRWbR_^NF]kvu:oZywv;YbnWvLiZtWyQy_JIpY_y>pcWviOprApgKAsoYofia=Ft=FdAFibqokPqlqZ_Ny;fgw^igQ_M^wMw^Xwf\\fks^xHxbXfnuw]ua^qi^vxtBF_\\AhSag`onXocGIh<gdXQpSIa_Oqe>gC?sS@fKW]HPiwicbHmV_^U`yFY`QXq]`wFOeriko`f[^con]Dij\\vgRFaKV[ovtaVuEykGwgVwq]IeSH_uNfPOxbhaVFaLwseQfl?_VV_JVvwOmpVyt`toA]?`aO@lTHn`YfyGoBoaaNe_PkrA@?erAwNKtOyUGYIAYE?aBCee=[b@ygFMwJwrZsgcIe]uySkF\\OVD[IhYRXuI?cwJORaiWVMR?Eds[WRUywIVpAR;ewi[EC?sgcG^_SjsEvmIicCF[g]_R\\kSQub@=wGYXQ;wPAwOMcnyCLwYuqSHcRdefDYUeIeSgI;IfrGgIUV=myZiII;t:qfg[G=iCOwhY]YayibUxHgUnAvaoIe_CBYyc;DH`vKaXA\\ssyLTpSSAJjhLxAVBlQyiqiUtNAsjduqAuM\\pousxmLBDRbYML<Uqaux]l?\\Uj@xoXS`dqkysRhMUyugYvHQMaAK\\tYHlmf\\LumyjioM\\mqHMBljRYOpuyMtSkETpqyGTmbDtYyVQqOEPPsUtFQy]atCdtjyJ<]Q`TNKAQaIj\\pMPLKPtydYyYiv\\`tquQpAQWYyrynbUwhiYP`yyujNYJVeqpho_]L<AkVlT>yhifyTpkyvyEndJ_eqHf]fanIwIYtxXnqAtPhuu?oi?h=vvgQe@ylKQlpxh^NinQ[_W\\fPmGvq?pmTX^uioGqt?vgR?bvpsF^grffogs`vskVanppSIx=opQF_apv?atna^aAd]Nl=A_Iie]@^XArXG_PvdjQplFp]>y:xuMOvvQoLFyw>[QYd>ijeyyGqaANbBHmZFom?rmh<CBesIcOwQ]br[hYAvQytgmuBeICoes_FIaecwWCww[AhtSIOerVWxxsTrie`wtfCB]AYEIxsubNMi=axrwrfaIh[EZsVXgVJkdJ;CcSw<ghTUV==EAuYxsSkeHrObsaGsMCSeHs]gjmyFQVPcYoCBPKx_mywChXqUdiUyoeeEG?WVCKIs]yOMeVKE\\wCXAYW_Y;uIgqIluFu]sTgCGODnSXYGUo=RlStMax[YEa;U`cYuqy=[eykB]mEqIuWyEy]eQccWsBHcTdyEoWr>AtfQWYSxiCxeUtj]X^GxKMb<KxpywYSyGSEhQiQYRuoCXkfoYuptODqxwuJr\\vJLrfdn\\mmDirLtvE<RCLoVmoiLY=hmR]qI<JSQjahK\\`QUuXgIvG`LfMnVEQwIJYyMb\\TFXy:dpJAYMdnVml;`p>pY?=ooLylisYuQAuWw@yelostpyqwuEw:iUqQt[XyYL^hWuGIiQ>uFFbYFauhwhA\\[v^nWosOhPwuUo^X_pHAqI_`AA\\aHyEOvRpg[ogmpaIO`eoj`IqaOutirAIB_tNaH_MTMYhQYgBkb\\kE:;BB;RLCTJcTFyBjQDSkddAhQcFS]yXMxcYX=]tFUIwIB\\OCjQDOYTHYvqAEPmi^KRqAT]gX`cxCQF_MILiINyX@eX?=i\\Oc^CY=qXR;vfywNAUrOfFqE\\]bGIvV]IH_us;vdYiJkfQ;TQicm]TaYSQMroaS>Wws=eRGYdabeIVVmB=GRdiTpwcIesCQB;?dloG:=TGKyWWEq;T:eS:SDdmGBqcIOTxsTZ?X\\CrkshvCTRoVAmblKiq=XZ=E\\[hDCy_uxxMvCkCgOIo]yoKixExVcFakFRAvREGcAyoOCf[SR=cZIY;ecs[b?IFi]C[YcbYGRsuBSb]YYFqusYWICFUGHHcE=?fXYyPQg;?soMCmII`kVBIH<=G[Kxw?R@QDwUwfChAKFusvEQHXIVn?YFirGErfStUmhqKTtQycIbasI=ubYKY>oSwoxUkEi?CmWBk=DR=tWcVjSYqSuk;f[=iOwDZ[gHMFsKdhIDH?uyGV]cY^YtYwfumEuafOMB?cx\\QS_US[otCyugOeQeEswVb_iPMywocgkUi]WO]kpELnuRc]sl?d@^_MxbEAioOgZhdix`PP[bxrLWd]OZ[XuX?bEgvGA`PG]swpO@vdFydPu<WgVQZWfw`VbmaxHgoQWcVW`jvgO@lkNsOvwDgoX_pvpuTakQ`roworvmKIansaqf`Wemye]ODA=gBEeXOe\\sc\\cVJkWjOrdgXU=iHaVIMDHsitwB<mR:WxF_ITawGsHMqCm[vJ_IYwb<ofYQCCYgx_flyyIqusmRCiTWEWuuXNuB_ae?_blmK>LRB\\j:DLGlNTTJpArrMlwpVx]sFxyFQmoTWxisTmxfhxsmrmlrRqJM\\Q^ELg<l:EM_\\lmmsCdvJioNiuoiuauXWPntHwPuJoupt\\qIhYbPT_potxphiomqmwxxuXke]NMYnQqsn`KEaSCAOxYYCyq]EteyVaqVsMMXmWnLmqtsG`ROUpeQUuuO>`RSUN_tPatrh]wmUjohWYqsptwViVUxxgIpeDMSqthxTiUsFawLtXxEqHex_ESs=uOdnLaN<ax^IVAuN[qlKaji=xrHxXpX?ekDDORejDPlOiw>PPTyLQMK\\mXbuwhtpAuVYDVb<l?MOchrGeNLUtg@upiqbpUEty@akQlkYmq\\EqgLUSAkUxnrHt=trEUwHdMWam=TynuwCxLiYMQlk?alLuoKEUqarjAQLaVBelheMCpQTeUnUNtlLWqskXoTPpiUNP\\LRylVpSQdTddpj@uVDwDxndLl@ik:TWWIn=hpcAucDVZIT<ATc`k]ylChWx]NLHU>ESgTN\\DlTMwWhYUpOVPT`@LChrGyJLdpmDtyQKMUkyTVD]ofYx:Mr^qNRtL^@xRQVKmLfQpUlu;uLwyQ_lwfMU;ErMejcatkPsWIUp`m`hO@DlcXTXPqFqYhlXUhOtqsEAlXxrBukpXY@=PG@SvuRExsI\\OuML?LW@hYrEw?=TIUve<rLuslLnuayoLPLyqMdOdEmXpVwTU_AUpunbyp<iUsQPDxLNULgUME`UVHLRYx@pxctuoyvgDNLTTLML<ExuXUa@yuqTfQOT]mpuTtirvTl:Yus`LqLUq`tndyb=K[DTPUQrQOJ]PThVaEq=xK`TKAmSYXpmTypEusXlAioouvhHtI@YaumvDYtUSWdSP`qAPTnyxbYn=QswTOohlS@kjYnH]tFXLcUsbMpAaJ>hlQmTZYK]YOnQnh`TSMkapjZMMkmyFIw>qq[yjvtp_UKu`X[QlWDuuXuqYSUuwMxlXUOKQPKEPF]rThVaUYTAVT]PsAxT<K\\PV?dJC`t=Qx>XjUxw>urbdsrTXlUUr@re`skPUR=UVymFYn`eoUQykPwAiy_XshlNTPy<pR@UpfTQk]vJhwXaqKypkTuAXpQIwMtrfhUapOXuuaExgymLto]AKweY<@w[AY\\EN^XVqpM@QvxqugUqgeyLhRXpoD]V>`pimw]yuCYyFXwSismeqHYlCQQcUo=qNGmxQQOw]kPpko]LSMXjqN`QVhdPx]WiiulHsp]oWevKMpHduu=q:trZyvbqywpQsqwSyW:hXeiuAiwrIyh=NXDWNmSIQrwYuqPuKYJueQTXYxasStYwpwqlxoXMApkjuXIuLKhLVxQ<UkO@LwEqTuYa@N@PV_ilHeTmdSIis\\Ln]QkmEVxmUXxyxhlbeyKtLeEPIUVeLXkUlStwetxWxpeikbUkMywLQvpIu[YP`LTrASSXKc\\YcHsYHqR=wpTkXyK`ELPHm\\EWSIQCDnMMUJEYyenrUW>`XIuJFUypTK;xq?IpfEXamQ\\Ln_EuAXYWiTK]URinQ@LpEnchJH]YgLUp`p`ItquOgTRHAY<=SNhPCIymMooAwPisTupdeVuuKVLpGXuqXuKYnA\\wFdrcHtI<SHUsPmmhmlXtOVaK\\aopPKkIyklvATmBut_AWLfcApk?IduP_BPq\\Ic_ypwgq^>sdqlR_qqFcephgauB?vbqqwpm@AkOv`G>qEVkD^wNy`YAqKWcUo^V`oLOcNheQ^aO^_hagTP\\iGcJGmBf`IIvV@jsybiI^=aogWyHou^?aB^jd`]e@[k@uqof;i\\vvpTvxQyxm@jqfdIG`QN_UnlwgvgV^JvcGy[nHp]VypWygy`WihYxmUFuNgjkIsqvlcTLmEEMwiWrrsYpacWsIr=remBIqetCwgQCJCIVwta[usSr??DScB?GSK]g`igUEYIyRpYSioy=cWFiWMQvSiVQsgxqyMohvwywMT]UF[IhiUuPUUrIxuqhgetDSWYifUgxrcHJYFY=CogweuTteY[iYIiy_gXeYX]whS=heCghccHeEuqrp]WRUWUytfOc>]ssuWVmcKcCEKI=uWtGuX[YxyWg]R^KsLAgCecyuXMgh>MxqGfbkUM_r\\UByWW_qYAUv`AC_WUK]dFUtEeGmKSMkEQODimsJ?XL[CwqHcMgEGfKibEkDw=FEecpwfU_R^cxkMR:CY`uRnqUCOt^mHEaGhIBrie=;hJYTvAh<?R^AYYmfreGiKBb?wDEhuqE\\CGnchGmxj=vwMtrii?UePmeTwbuQXpmTPebyghccf>yVCgCWOXoWff_f<iGYUDeyhT=CCOh`oikSfMsXU?W<erCyiOUxVUIRcSRwXV;IfUYQuGq_wpeEgWYYIBPaiWUYyCwAQR\\OSGsfpkBkwdScy:qCRcIPQIoAwcYDyKWZ;gQSgD]F_kTIYW[QEu[SjAer_xX[H>qbFwebUI]CR@GxDcS_SYI[EdewtoXmGr]uruaVFGS:Of^ex:=SMOENSgvIx?]BusPkxMqdwhtSu]V\\uuxXSQukfxLPErnhNPeKqxq\\PPFXULhwSYkhPP[`OWykhpQCXVHHMVpu`qquqnUlL[A\\@In=igUQmOqpjYnqiyVFadqtUiag`teG`s_ycYlpownIgI@`Kfs\\qaEngbGtkhpiWypVmoQuiYn]ww<xtNhfaqvRQpIyfSIk]xjwGreheapcXQn\\@pjQvqPjdfprptJx_>fgg>ccgxp_^O?j]Q]QIq=Vup@uax_y`fUN^K?sqav`YyYnh[nqjYjq_ggQrsou<ajqIbn>\\UpiIwgGpmEWo?hbYfsnhrYpibeV_EwsgSAufUIqMx^gwSaiKqXg=UiubqawpquNGg_OtDQSyeeDSCE_gZKDglvaYqBensmPcdm_TMlxrvHngdKbEPJ@xNTqnAqJHkOtt>MNLEL]EQSHMPaOmTnF`prPn\\ytbLkU`S^mVryWeMNd`LihJ^drihXQqXPaQLTR_dRJ=p\\ukapt?YMLqnPxVKtMq]rEESCeOSunO`vxMmTtoUYOsqU]Ekw]rkUw<pOwTntxUVQsx<TaDU[\\NDaRO=ny`J]hYuppKyKImn_un@awFinvUQoXYuhmxLYJQmo@W]EUgLUthsvUp`esvaRiiJ<iR?ePPDQ]doLHstDOt\\yBAvBaTSaL@ETy<R^ExM\\SNdv`XqiixCdsxiMUQnCiUPhpduSgUSAuWf\\ulhWUAY=IVCPp@@OvXP\\hyCHjEdsAXRyMPIPYOIR]LyReLhYk_dSETweeTBlsP`nmioW]q:qvGaYAYwRmJGHMiuPFlM\\UOaisoXRuxXsqphmudhSk]L`dNgLQQMmElpsIl:IRrduluu=mPtMsWdrp<uKaNUpujUkxlYYqTi<meUnapucixu=mc@V;xs]YXUmppAsNXMc]naxlNdVvyNo@yvqk[\\JQIy=xucHvCmSSYSdHQFeWPhVYawUQWmquyUs?dVd]xuMtu=ybTwp<VJhwSAqhLL?xRV=l;ivB=sfYuoXrh`UsPVWPNK@sLyudirEdWPyywpv@hSMmww=sthXiqv\\pnSUpFQV]PlbIpQtSWtpEtRH<m_avTinvaQQDNnTsoqvkHocHkiAnA]l\\xraaRYYsPHlpASeUu<YwRqqmiq[dswlTbqOsEM[dSilqrAsqimmAM\\dKM`o`]t>el[AWK]OfqqGUMFdKnUjRMRruVAuqYhW]XXYUpVdxkML<=SNHkD=kmHn=pJTuwXeQgusxhyphXQqWuDXraj?QxHYUfQTATqLdyR`UFpN^]o\\pLI@YAxxrmuw]wTLYWajhV[Eb>yi_;sT;Ek?YmAubMtLyHT?coEi[qRuqv:qi\\aXqoGWeYomDEqWY?reuup;S<eSSWimITEmVYqtnctq_D^_dLudoGhg[I_SgLsYZ_iiUIAqrkWRA[It[bOgygwCwKDCKh[mUeYYvKiW?GLkcR_hxAx_[CI_c^WuqsbICud?SnEFfOyFSEcUVmSHV]UVmivEuPiYo?tPsYlIbE?ETuSJAFT?SVuvUKYAUfIgXeYuIYWvosYOIKMV[]BuGxEGyaiIGkcBSt_?SfKx@YChsUfSxRuCYSuGgDLQcWMDmYxHQu@ifESFK=ImKD<wVf]yNIWp[XjAFEasysVayCgyhEItiEcUCG>Mf_gXhmcW]Il=tHuUt?VGQxHUu;iYuewMwHXehwSupOubICMcWTahu[goMSKgGRWySwt?IddaIf=yj<oAuPeEXkam_mLX]pFXkQLLGQXUhRyHSRQka\\sb\\Q_DPLTRGYpwxSaUmpdWW=PWeXiaJ;ulvuSLMWbeVyXXYIPI@kyAS``nBILR=K[DT`LOsDsZtuVHRdhRuqpg]wnIumpXdaUXhmDYsmXVAlkTIlEtlfdPuHqoHwVirTmpeuwIhV\\hmNUpveK<ak\\IVgyj@xoGQVxPLIHmADoh]tR=xwDksaJiQX<=YYuoCMYdhrdeXlpuN<OX`sQywBuVDeMfYw\\eUPEmCQYvdbvonYNgi@ht^uuhhmhwRwqTQhTopnHZ]xrSohhooW>r^QfyqeQffwpZHFpphmup\\UX_>yeexbyHZpwvMvana\\>qi]nbsHkAFd]NduA\\_wbpqwkHZ]wru_^fwuHhgXpqQIpAi[XFdDYasOrHheFyxBAdlvlIgplX`AvxsI`tGxnIcuVqeWoQq^On\\XG_SP]B@u[xaMxxZsGIEbye>IXxwVMqVUeHeYvB=Vhyc>?TASepCyPSYbMx>sDhuVqsgk?UnyXSqUq[xhiWI[uocu`wuwuh_]RIyuoWWQgGTUiLqxiAuhesmMXfqecyXTyxa]u_uFHgEmwhpewjEDtUrGsHRYdIwIhUtawu_EiK?fEESnihEwfeirGySDuy`GFvUX\\gwROg@qh<=C[CTPAD[wRASfA]XwatCWDp]yrIXuKYdadW?c>KUxEVFQcHyel_ivYxpMetSdN_TEAcx]xleuxaIQyY>SbeYDM;cJIExkDY_TboweGx]IdN_drugr?WqUTQITYmFdQD]eCeEfb[xbOSoURE?ih;cugv?ScquX][SRoUNsGF;FBQTiOtAIGhihaycIEG]YcLScugt?QsNcfK?Ct?XKqG^iDUyrA_tWQHP=Gb]ybIgg=C@_hBer^gf^grYyWdgYm=x:ggY]iJiCjMYI[E^eUTyhm_y]sBfUxLgbp=YiqWqSXbQukWb_uDVMhmUypMyp;RbcxcAuHQiXyy:WCr[bUMwkYr`EYaHlGToguw`hxxmyWDP^=kGPwMYtT]VAuQUHQgaW>ukHqm`uR^YoS]xTDMXaUqYuqemShlhuvUmvRmVnUYe`oFTwOQNEyMQTk_mlVqJhLsDPkgQtMUk?uSPxOt`rfmuPiKpHXsQTq<uRDP\\]nWqMCPpxdmt<yMQp\\DLymPtiK[uYG\\Mj<r`xukUqG=MmLuiYulpWGhWTUqPqoN\\LRA\\uQeqqoWW^;HqEqlvgp>qkWFa\\W\\ancnXyiyqYqwyxwXWwXiqAp[FF^>@lbVgT`pcWuPQeopggw`Jyv`Ny[iaSfyjp]r>hBq[WfadwrIyvSiv<P^uPr>AZa^oB?m_xrei\\<GgwV_b`bMQdwXvwx`eP_qOZ]`pppZ>?wMvbKWiSfktXkEqc<G\\tOi_`gPNfkqvoPnpgjHh^iYmTIyd?eCWb?P`nGdfYec_dXYjDVnCxah`h[xtO?i@GdbocF@\\EgcmPn<XsKAq\\qtxI_[xcKf[ego^XcVOenAeF>\\vGpBYypg\\PhiHI__qfROxwgrvffh@lxoeapcRibVgxVIin`o]?nBpgwplD@jCwcm`hFP^LQtMnlpy^qxgphaUnt>OZiQjohgSQrlwoV_pMHljHul`hKhmyfiDqgfyuYQa_qfSWkExfW?ZLywcvruGa?woKQ^mNyUhZP_hkak_grTHu_QnEqlxovRheBpuMnjNVjtghqXaAaknpxK@t=_^W_rnX^P_wTyf_gwS@wmof?wiyv`eVsthhdaf]wjGF_yffiFqqgevI`axcYppMwfHQukXl?i`]WnAwkpHb=xZuixMGtgWwqngnX\\kYytixeyfWYiNVke^g\\yQmgngwusXtqibquwWiaGVHieussPgGYmwIWyXyxxwVMyfIuhPegTEw:kD<=CCOh`cIEWGhKCIWI@eXcAu;QX]CvOih]UYEyFOivDEbWgsEyhMwVIYUXIvwodQ=U^]XtKiN=EEoFDcRPTOUQUohWiEqgPuruW^tX`PSGEOsdskyurQuohuQdPvDxHxwuLwETtLYW@QS[@vDEpweXjxtQdpm]Qu@urPmZMO]uUAXOk`RD=VDEyIixBTTDyXY=N_YuairL=U>HSsPoj]qnENYqSYtQhEYausryx<DpOTkAuobYw?MKomSEpTXYPgaNcxXQLxfTOmHm_eRaIm\\ExOMxgiV>uvj`oFaX]XvLEpJYOxqmO@Q]aru=P_PVYlS>EK[dlTPT<]lsUwALywlXbeVGQPt<qMhU<AN\\`xPXOdlWN`whPYhETXFpWn_YNuaGo?frwA^UAfr`lPVpwYyH>ukYrAfata`^?v:WwVQq_hxhatxNyqwdEWccn`n@cIx_>`j`asvpwO@wRIeOQn?xuIqptV]C`nnAiwx_cWkAy[YNxt>vhgatoluit:?lswsn@qWQiO?aj?xZh]t^iRyomqiJneWVap_hm`ksWxaYudhdeP\\gPcrxknqbRQpoWogQuwXaKwuPqqwWiQnfvob>g]IX]t^hbhpBpaU@\\<?[CP`KOf@aldg_UwppI\\:iueAhnYjvOxNIgEYqvg^L^f?oahv\\?OrFhdcaybOdoG`IQ[BwjCgcEp^^G_P?bIF]X`]wYa?pufFlrW^WvjtYnJW]JPd@atjfnNGhw?gZP_qvqth^mNm:imufhDqqThxkhmtNi^pbXWpmwoU^g>anUgucnwdgcFX_oi`gVcN_dbxdLoqGpkNGeNniuiqFhdeGh[^`ZhkSGewNge^id_shPmX^m\\qochZpG`ivsh^b]`xpi^Wp_mV`MYy^f\\?ykaN^lF`IgtengrWeVwpM_]gOnGhZwal:pu<Hnkigj`vHGkqfrowZuNgy?\\JFt]?`S@[<F_]fagQo\\YAou]Ue\\WcPQHmcbhchkEvMsiiKD_eGTwHm_wb]vQcHmotgKpO`x\\@Sv`LQAQ_pnO`kVEtmQWqqxB=Jfau[iXMeQ\\HkyAp[URgXVnDwiDUmdT^ipD]PHivmyVthKtEsqAsuAnIYTepTghyldNwPYydSAQyoIphdmtDudAWUqWXaqCqxhQuO]OjPNKelQxmiEyKASEpynuvB]unto>@OSLPv=qoYwYyuxTyfYPuAyMxSVIxIDRMXLWMNlPYnAwketXlkQXvw`qjXliPKvxsoUwPIuxhYuayYaWyqOWMqryVSyqyuqGYmqtsphWUqvyulqAtaxSYtyhhmytYXqtixUiuRH`MC]MyeYuqxoHP]mrRUwbyx?Txc`vyHreIv:\\O>@L<MnF]l=lKYeqtuVUgqDF_[@cfpfmFusvv<hwBh]yFidNmRfmE?[pvw]Vrna_wVr\\GgSnfshsGPw?PnRGf^^uLgaOFkQAbZhjnAqROn:^^_Ftra`nqvCgkQqmNHaUg_uO[WgrcVqBojbxvkXbAfgKyrY>upipePsJxsOwfFigq?uJtGqE?CiLEwnkrlwxk=gYSCcoWcCcqkxWICa=s^WCKwB>WBK]ddWDE]bJSTdCwFyTdIW_KfCeduaxkOD\\OhvihN_HEgDVmhesVHUUxIsMkXcQt?syuCgkQYfkCPYdQsGRifEwdvUYKcG[oBC_D:awFaxr?cDuxCEHUmvFifEmdYCco[G=Icd=tZsHPcUAAg[gVnCeHAsbkw?ureyV@YWFEH^?RFKXnsVAugMWeOGw<mgn?bGsy\\GhgUwhgwggV^;SJCbXYRdkuYOG_CsoyGPqGAQCu]XFwH;kScSXu[EwKYNqhgOyTqVy=IMqsXgIeIGkuxGue`UB@[CbSVy]bnirieemQSiexNAVfCXGCDWqxK?FVcHt]hg=urGtHieusVamsVGhKIdZCwYygYgetcXDYFXeslOeseuPeVRCH\\]baGy[;bJSRiiiqqegHWMhxI`jTiYqiuaeQumxvPyq]NhakRlsohlGpTMpWr=wJINuDMIuS>]Q[<qJLTemtfHpWXQqMyaUvuXjB]vxmm=iWalSV@xwILxqQKHphhUupNPlvruMNaPmAQ\\tWLdV<=K[DD;RgETTEEu?GaSiSghFqslouwKiseW=ifbMf;ucTOBLQYRedIoFrxOW]pmIYsqlqEvnhUvTYFq_x?pi^exPf?H`yGfEwgPHwo@]?Ft^GyDGdkAqrGwDX[m^s?OepXgeg_Uwpk`kbOv`I\\m`vCGhfYu\\pyLVtWavsplnGeOHbnfv>OfvOx=v[AObdqnrqffFp;YoFwlXgqgfaTyj>O[ffpdG_KHplpyh_e_an>xtDh\\UVaNpiVXkkPn\\WckOmFqmyfiTYn=Gk@HwOHyuq]WO_Z@\\DicNNpbW]KpesV[fw\\;hZ?n_jPm?W\\jacIwje`kQQaWngEXntnuaGkbOdsVuGhwMh\\wolPHtkOi=wvpFtYAwbY\\jO^b^bp>oOfej@fxhgUwpXYgq?c[Vushiuhv\\qjqwtnWwPioUxbBQp\\FrFavuGt\\ibpivQxeTijbWaGp]oNsh^bM>x=It>aqYwuxpalPpDX^Ximt`hopsWXauYimig^IdR@id?fB`l?QsRyl`o]GGsCpkiasbaykghEplbWaQ?\\gPwRqqWhpBpaEIuB?[Z>jtvhdafWWqnGxyHhw@wNIomhavAx=q_<?aQH\\[NfuVpWqwSH`=i]AvbH`]OGwqAcnG[kHspqbRH\\?YqkqrUfebaxhiuuPrN`b>Q\\cOjVv[QP^KisqQnLyrYOdG?x?YkQfgHamsnivfZ;oraYgMqnGxbJq`f?uZGuSIuXF`]feKXw[i`p`gSQvSw\\fwZZNs@YgjAe>GmJNbBZgOdvNlp?^T@vKpu<a^iXhaqcPX\\wAvY@ak_sHhim_saFngQnCWdap`GiwvIyvVsIwkSGfHonEPpWYypYupiau_u^_nWWyHnh`N\\iwfIymqpmniucwthNmFp\\Ror?YxPph`@kSgbkOmNGdvfgDiZT_aLq\\Q?gh?kPfc:YkgnnM_aOPtNwqNgfVIvhN\\:Vn`fu\\YlsNtxPd]ikLWdMQtdhdMnjCyr_Y`a^wfIo]g\\yvu?idbxtCckUWcyvjqEisR\\qy\\CgtEtoMUw;dXqTfMsJSSL[Tksg]KSCoyxmXnEeWoDwuWlMte_iwKcj=w`cwiKQbhUDuo^eoWDwleR?dr@aLn<ogPmbTSo`p\\PvtPnFAYDxUSPrITKmASr`pF`JQUwPeogtNqtN[\\YI`Mv<WEyTgtpwYMQIUA`oFTMTypqxRamvgEuZEysyLfqlKYrgxu>HXXPptMw^IKU=qdejgDylYKUapdenoywQyutyxdIVausXXpWUUpDuDhNEhwZquwlubtl`@r=PyqypxtPnQOMaK`pSIQRnItD`r<dSKHYYUlhmqsLQY`pypoiIknPRFDP@lKV<w<aNvuYKDTB<oFPWRAq]lqR\\RTAkdDxqLOw@pPdYqMj:MoD@O=]PLpXB@w<\\rRLnFDr?@RfLkqQp]iQ[uYIYv@xKYlw<<XN]NbIYh=osTmsTX`xmuHqYxx=]JH`P@mmMluU@L<=KCPPKeKrIj_eVnySyMyMhWTAqKQyI<MZeytixglOFuUsPtppWWQwe\\ry\\y[YtpLX>As>aTs@NT`MYdk>TuphkeiwBqsgmQs@wPQq?hwXipOqXhQugUrt^fqv[VvwGGkkoytVixag<IqiQc[GlI_riveh>h[pbGybDObjh\\s_la@oZ@rvXsGOgtXa<OkdNklVkqV\\Hwn`q^LxpRn[>YwjOtmVkMQtdPkqqaliiRokmSLeVr?d\\yWLcXcmvHqX_cBCCgBGGK?by?Y`acI=ylSUp_hPCtBUXewwREgAqDs]FbgVnuYA?WlCUoUV;?U<iXJYt<STLMGiyiY_v>=EF=IdsetAygWDXMS?sYMwtGUC`gIkyIj]wUwWfivykyKqutUwgSwuUvGox<yUxifYscmyvIyh=yRH?uHgEucWCQd_oXEiGMggM]H;qemsvESy?yGxEEWqi=qBIkEfuSySxFgSyWxHUy`KYWgIumxRYwiwihUSQoGmGb=oBTiwMuWqICueWEKHHIHVSthksMYtMKF:iCkKvYWx<]FBAcXCD_YFGwCKAcjASEWEa]da[VCEFFsgQmu<ERrwcQISeor<_RcEvNeD[cTXCRZcTW]i`_FxSY_ERfccVCILYtasH@uvrmhACtPMTOCDWuUwexOWCvkhGsvdMfX=chkIaKbnqdUmWkgdKyW;Ir=wBwcsnyyxywyaw]wcxKXkEYiiiqQmhQaiY`_p_DF^>`Bkg[Mhn_WSQHuEw_wdfexditpkYvAYUsHh]eawfJ]cHiYfoeH;cx=eUqheuwGub=SYqgwowHXAY=qHfwUiUb@cClGsqoSpyEpivYeGpghYuGqoeWWITarkSffwXnCHfUdUgwoYCNyhrab<oyceB[KTPsSYUSGEGKuH>iYX?SOOedMwXeXg]f>iU`Acnaf_KF_eVR]ba_dJIDQAgDScgGsM]yimfsWwVMWdMScGSoCdlWSxCFqASS]xwIFwqgnYv<arTwxGUfSqvK?HeMC<eIisGIqutUygUYcyXyWxeyIxYK[Uva\\SjENohWuqXUIpmulWMqvEuGTNJLpNyNw=x[yjppXWQQymYiAWleYa]NBQupXWauVIimE]pFAvrxsGiWhUt]HsnurHemduXk=NtYmEulhdxNtP\\<V>uVBpojqM`tSX`WgwwG>\\=^bc?\\h_b\\plfFe\\ys]QaainJp`R`[<nkBn[Kni>^edGaYI[\\VbB@nJfxcOgKf]>`]\\HwkyrYvc^Pflh]Rqy^X_xFx>Y\\XPkS^mQF\\[Gfy@\\G^mkVf@xnXOp:wjcyZIXvx_rUfaDAiH`uRgjJNb\\`cVWZNyZvq_T@xkPiHykeyky_y]wcQIvYaodX^BAj\\WyJWb:^cXpimQvEpxTYgiHujHf=agdi]q?uNIoMgi?ilCPv;YrA_gUqkWph\\NmbGl<hlUQpOx[[^b_Ab^?pbNrk@skqxJYbIFy^AmBvrkXfAaylqnUpglIski]KIxA_ZkoiVQuV>ccV^DeCiHAYH<AGFmeS?Tm]sPqFNqbg[Ur?tIYC>EgBodg?UkOr?sDaYD>MDiycbutXiiueIDSbZavwWF:;IyCDKKVK?wKyRYcXKudFchK=E`=F@EUnIGiKf@YvBUteitewTkWt^UD>gwDqy`KV@qx`oye[WiWiiqiUqrHgEeIdl[RTEWbWY]=FBAHoAxf?cbuycKH`[bJKD_Mf@;VLSxcyfYOuUyWygweCsMqfGUxCMDy[CWGTmKC:;J:`N\\^dmP_yGahGsGykqn`CInxGjuAoe>bJH`;IiZIjA^eJIZentf@smFtTna\\_bnauHOuJi[BN]gQ\\SAshHjna_kggJP_pqwuxwTQuoXgwAyuhxPYewfnI>ktAf:GbDH]Mhw[Vb@@y_Nv=F`A^b>?kH`ZJv_^xZlF^aA]aNfOg\\AvqdPrew_T_pBqyYuxyeEKfamesmriUYyiyqiu:_v;yBY[SBOB\\_V^?TAOIekuusecUypiwh]nmmKKQpLQnFTnF@LsQvveTXeqXLVJDLEYxipTAlre]UcxVGItSyQXQK[dyTyYXEyfiVSHXjmWAAQ`PNRykvtQOEw^QRBD>cH=SDmkTewIsavMsUGqfpabngRx]yS?eJoD>lOx]rSeWaMl>\\oTuOX]qRyNE`odUViakZTVL]r>XknlrYdybyRxDk\\eTpDQtpNdyPF=jchL[MryyLyExQLOTyqHALSQRv@prMR>xj?TL>=kY@W]HKtTl]QtM\\W>UMqHLSURVajbDMExN>emrhMJTXNinOqnbTKoMoBPsUxWxHu?eLK]Q\\LVVxYrtP>hjXlsq\\xKQNDTraaRjHNbtqxQyeuLS`t;ENVQS=IyDDn:yVglWXeUp@UZYxmiY@=mOxNVAjqYs<eTwMjg]xqtYmyPpDV<ajepqqQq<MjF=[BKGLjJTmoTWPxSR@PF=VOlm\\hW:QRUhTo]RSTl:mNjEN_hjaIPcEnqhKopMMmnFESf@plDq]@lVhlemU=HK[PwFLM@\\n=IL;AyiyyxyWY`oMdtJ@OupYZ\\RJ<TAlKV<xyUXfHlh=UKXuYTk\\<KTLyDEXFLNF@Ln]ngLl@=krERFDTU]r\\MSgeSjHkpDL[QmutXhxmY<oKMvVMvK`xbiqkIUrtT>TrFLYVEt^@ugYyAukH]nOmJm\\klqs]\\QXxt^aY?]lj`QKQ\\NH^j?qfv_dajb^fUgta>u@__lG[[^jJj@=KH]WfPUmPyFanCHkJ=LX]S>TRTXLMDOLAk<MuJdpW<KslTiIU[pVL<s>HPSlmMlTniR=AJaePViyBpYlDXQQWrix?Dh[H\\LGwbHpd`cI>_>v\\h?iNqyJPaBHiIvrdFl`nks_rHfx=_a`^byXg=RBch]]GfaumuswkiJUraMR^KXHIFdYrsWF>MsruiBGFxsFIgC>CHL_ueSGSkIUCDXmUQwrPwvf?crUvvqDdQsDYPIHv?dxsexClk?Al@PUOtr?EN>@LLdV\\pm=aR@Dt?XJT<lLYRn\\K]@JdMQjTKRiquuX<=V[UmFiYfpumDX\\MXA\\SL@mZat>eo=@qx=Vb@x;yJY<qRqKuiT\\`wtQXxaysuLnDsMTxlPn^=kptWLlMI@QKpJBIpGMUYlrR<KV\\RpDTj]rRty@AmADXLUUJdl\\Lw?@T<]y>hRWlL;@Qq`jBEMcEtB<OxTOKERhDPM@vx<Ntmr\\<L<UkmYTBerFmjbtyBtoWewbyYQYuO\\l[LsRqRVXrJtPQUWnakbhoIIOQIpTDp?eL<=K[j?<KilNF]n\\ljChK\\QOF=tcXV[eTUHsJlJ=\\SbAmNLPSPV?\\Qfpu]lrJ\\X_ERGtJIITtQVwqjBdr`isUhyuDrxqOBxpf<LQyL><MAyTjMK>]mZ\\XJ<N:]vAhrKXXkUTW\\bPVex@y\\Y[uYrYnyZY[bvasIsI_qPXkuAa@YwdAe>_][^[kN_[ygMfy<?fKFa]Yq@Yi[NcA@a<_fjoc[ai>yf`YxKwuD^btAo=X^LxcY^oHgfRwxMPkByfNNbBF^>TPAv:]UKCCECg;]S@?eFwbOkW\\GVFMybYSMyiyuy>aVh;IlkbNKEXWTPExwSGXatq=FRQGdGbKstIkFnatwAHsyigqhUaIDGbBUDQyEi=dWIf=wRT?IX?Sy[Fw_dyUh:ObckB=?kCUl`DqrHR^HTqljKtKAaOIxN?LlAYNn=SQ\\qT]lbpnZay:@R>=Mliu\\dNPTrHLN_]u@uQfluAtuo\\JQLnFhrZlumdoqLrg]thPN`AX?hnQQMaYN[\\jJLRB]\\n>\\cQbnfjOCMwB`;RfoUmCy=]YkCs]eVTgdbMYFCt=qbOsW`Sc;Kfc]gFYHCOvk_S>AH:CF?OcnCFXsGKmTyCRnUFFIc:AteQcw=gt;rtiFDQRNAWsQx_qGL=wa;S^GcbiHKqFhCIHAUvARJADOOV[_bwUCrSgLOdDIXGqy_KvGGv@KBVwvQqD>]UkEb^Yy>McnawSYhMkwB_eq=H`AvuursQbqis\\CD<OdqicRUFtkrm=IQCV:]xfYhIqFF=c>?D<=K\\Vn;HcVV\\t@dEnp]wrHvprxf?O]Kf\\`fhFOmBGb<_eKF`]OZBgsAf`Q^bMAe;vnQG]eVvRiemFq<qrUH[YvkOOw\\gy?HcjFtCNgF@oS^r``asOdgpnjxtQ^rCNnFvl>OgvA\\l^_`@^l@\\t>mK?vX@sxX[HXj^X[Mfe]?^:@kDGpYWrxhvxomII`H@uCIo_pen_qqOg:AaY@tvQM=rsSj=xqIIy<hRVls=]qaLwUqNImmV@QQAxw`NDpr<=twuxWyTiakqLs=`o;lQ=DLbmQQ=SMaOidrU=K[\\jJ@OeMvjDN\\Mr=iNo`RF=vR@xKyMBHk?Ymimqcyk]MV>@x\\HQn>nR@gJ_mIXjUNvEHk\\VoSyyoyeyivMFbhY^GAkTv[`V^DPlOycBGb??kmxyRyeF_jSyy[NhD_lNXwoInaNdMwaHwijYjY>qMG^HVj>?ncx]]Nw?QnAV[eFfYF^>>cI^fyNpIGkLGhvQvdH]FfiJVbnq^>_ZkQuVvwoPx]>lXpwihcigoiiiiYixo_ZffKxxB@a]Yy@QvHnkD@jj`ysysyowcOm;ao]xeypiCFdMA\\Pvhjff[NqqQyeyouIqKxxFqi<isKVjOPpFOc>L>`RSULAPqN\\RSYtIuQgUmpdWlAoBDOf]u@]peIsatmnI[Xvrd_aMPrjPuEabdInAp]lI[Mfxa_njNZMpkKX^AOy]GoEF\\oY\\>v\\KQ[tybkFeawalxosq]>P]=OnZxmwoxSxnthjxFd\\pw[G\\>Fx>A^dob^Qmn@rLqga`wyNtIxlhfedQvAprYab;AeZGbFIpyFocQn@fk]Y]=fkAo]s_nPabSNj>xwOvv<`fj?c>Iek`pBQ^OW`^hb]ngrqkp^ptI`dGyb_qH@[Hfq_Ac_qbbOhFFtP>bSXZ<?[[^>CxW;UkoVlqbbORNGhlqs_SGfyIwIwIeIwgcCaRB?d_SbrQFdkr^YbOAyJogRKtK_RwqD_]t_CH[]FDMSWEEuaIrCy;cHwswvWxHWceEclOy;Ct_kRS=FpoYoYgYEY^cwYqygyufqxUyWI]uA]d@gytquuuwSyGyEyEuYfCtoWwOqr\\OF[MtJQTwAcxKhwEcvShGEUjOvVOc:mRfSV^WbrcFu=Rc]c<=C[[FDarq=Co_EfOrasSN?Ss[Fgqb@UgQUSYUFDoRwKD\\]caAWO;i[=D\\?E>MFR_S\\]i:[U@oEBErJGRGOWUkBB@K:lk=QpTPNmxqC@Ym@r<@NaET_\\PDxLQqJoUYRplJPjCeUgDWVanJpqnQtEmxYxysymxAM\\Lt^HjMdKNIYL=K[bF]duCSiScDqtMct?grp?gS=WX[cbsFtkRgAEMGYL]uX]YkiRY_VLusmuywyxaKWx]RwqbtaG\\WVNadKoXD?HZcSj[RPAS]]F_EdNMicST`?is=SbYSbkgGkc]KT?urFGEMMFd_SdywUsWvGv\\]cBKeHYd<=C[bJcF>=IM?Y`cw[KH@;i^IVsoCRycy;yZYb_qfEIctiBKwgyOyewilwTYeYOYfp[xUWfp]CK?bb=F?Ae@is>urhiiqqUUoIwMipiWGCRDyH@WG_wDq?cRMhwYRu=Dpgi\\_V<>LJmPtM\\RPUy=@S]LSDanWUlBqj;TyDpu]]tCPtfLmNYT>AMKHP\\``AvkwnxRXmkA^Bi^BQgxAidf[ogf>?_cg^<Og]PeF?[[^jJ\\N?[`^ZRvqV@akOreWfbXkKOsOWr;PqkHt]xbuAbJ>lTPkw`a<VmTo^_X_Pi]>G_kW`_f`Rpae_npnt^FsKng[^jJNBSD\\GD;afwyUyixYeuVYRo;HGSEdEBkosISdqEI\\otW[WmMT?EXocfGACh]c^WBQaFD?VECF>?<djCXYSmswMn[qwIETqAtaeWPaoSmqrHxvYxIYYwxUGUKllLGMR=xX[\\jJLnVIq:pP;@L<=k`pJGiqk=r>isnIvAxMpuJM_hJWuAh_xfo`noONtKGwe>[nViQO_]@\\<?;@L<OrDXtPFgFiy[yjYNeAqkWfg>AkKnuynk;XpcQyoYwwpripn>G]ywc\\`cBF^>itJOy\\@\\<?k`fZo^fYpitIoIpcWPaSqrGX]WiZM`\\=_cR?hAaocNbdOoTXqEF^>@LDN>@WlANF@wGtx`YmiMuetovPVuqxgYpgYuqXYmpw:AukXVwxQVDWGhP;=kHHsjYRBDN>ZJfcXN^[Wiqqwoh`eotRIqmwvvfpj>=CFLgHj=v:UwXiQIeQNLRBDN^F[[^jJf`BFo>@[hxnXPiDqnGWm`ItjN^RGsKa_TnhqIwMybH@m<?[[^^DaJ\\RGURnYoausXpQ>@L<=ktajPPJ?@L<=K[\\jJLR\\`SBDN>B>\\>J>B^jJ><`BjJb>EeJKRBNB@OMLRBD>C^\\D<LBKJL:LBK<B<^BZJj>[\\piLVk?aylf^_fbUVbBF^>`BRB<K[\\>RMEy;gSGehfawfucPgUr?X;QcDOcnGT>?D<=SNJdQkn`pnTWKQn?XklXXaqsC]lCD>:My=SeTOWSCESkYwQsOWGCOylCF>?D<M>DTAPrF\\L_TL<=[\\<kg=KXY]D<=C[C<@L<=K[LwsDwTaJ<]tGtvIymqhwUypUqoWUqVIkg@pj@tTmpfEWwQyoYpUtWvHtWMu>@<\\j>GdI>qvGylhvayvuGfrOitOq_of`Oik@aQPn[QlQxlaWkPf_lxuwqwqohZAr;VsDQslHh]qrSYlIoacgeuphO@_MNB>LPy<qwWYqgmsVHQpXVAqKeuthhmA?`cw]j>f:hhhauSW]bHj<h`pWwPiogAykYvpOv>I[equwXqGv]xb[SR@?UHmSHoHJ?D<=KBD[\\pq:GbrirEx\\gAt[Xbxn[X^abIdNp`gOuRWypiww_hfAuKy^rakHf]t>gLwu:>fYFpyPb;yyrIx]iwkyrYvp;YjAVg]A[[J[\\NDaRwMv@XMhwkvNxBxbJoxfIu]wbH`]kGfppfGQ]ufitapEX`\\xfWOqnGxKYqqwgyo[\\gknvbLo]S^eQXvQgy;v\\phiuqxSIv=yjwyufypxfitAg=A[[:b;ewR=DSUb@cKapSWPx;@Q]dxgavCYlhlsxHy`YMUYqquowmysyvXuY@]rfxWYgoawsXpm`Auexdivmnyn_hNAgoAbwYyqYiKyB@sEGYeqshXcIt=YWEeJKJ<cbLwc\\SVIMBXo^=LaUmqtWpAkEDwG`tXHNHAk`Hvdyr^yQqtPQYWR@oCURfhjnxRLyvB`p[QyaLo@LjreuthXXDv\\]T?Ln^=KllxUDTF]jmdP_MRB>;<ce?jJfZ=?eKf]]_et`hCqsXhaeQZGbkEYnAwKUUoOWOWivIDcSRRIVwoSnmB;=R^kcNyr`esTGiB=vk[C_WIPgSKETKWei_y\\yDy?hYkyjybpYtYoynOSUQCKmbOkI<KegiSWCe>EeJB>DTPAj;]SkLl?PMcXkBHPVhyBEX^QYryPwLpHamsTvyqUr@X[XksLnceuthXmpywYyu@T]Ln@in\\@WYiV]qrGpxxYyiYuQyUyembhxePWn`K;mjZmK\\`kgeO>@WVApZTJT=xLLRBj>=SGeSG=my]N=npmwvHwcYX^LpjZ@^<pjcaZ\\ikTa`La]KFggWuphpHgmtFidX^QYeoPg_IgJ@[o^r>Wd>py\\WcP`_kh\\endrardWt`hchnsdP^DAoC^fuWvdHspp]rBbyd<=c@yYXmB\\gw<=C[[b>pNFdXc]Rq=PwARN<lhASgIM\\]K[@jJUnxdkEg`hyniN]cqk^HalgaNAbKWl@a^=`dAA`SAgFAtBYmn>d>g_\\h\\PyoYwwohfInarAf_P]tw\\N^\\r@^`NcC>kWopaGeIif\\qjjYtdPqJfk=?l?XvVXhC?kTH[[^JRWItcIwXCx\\]BJcU^Gt[[rJ;W[KW@Gf?Ct[kFK[R?othgUeytKKC>=tJsX^OS\\ktBUef]sKsELuIy[yjYRY_SWYXIiIhMf<MEbsdRSgZKUeKDJ]WEiCUkHr?x?]sLqs:CVPMEdQBSyB^Gd@CBb[bb=ij]im]GmmyZSV;EtlCF>\\^CP`;A`>HlFnlganrngUqpgFvdAetQ\\MQ[>AeboeWnomQe^`aLfme?wcqkFOnPh_UovUIv;xZX>xtYqqputWsa>eBF`>Q_\\f`S?wPhbxoixxbQAhGavkY\\`^cjqvYIsJYjHFt@OwcGe<hcBFtjA^LolWhmgyvFNpM^^DaJJ_HVoultEOdUs@qkWTwctkF=OBPv>PUn\\KelpfEu\\IloLnC=KMLw^@kxHLCLNOI\\A_o[nsTNfDo]<OwEx_x@xBA^<OkIQmMXl]qrb>[ahvEylUAp[WrhP_DAmFHxvneEpul_xWXfUQpGHmZH`jHsyisioi]yowy[yAxINkLH;CN[R<]Di?x@oIcEs>oIb]REASm]Ip]wRwR:osWWIaIDpggUuht?sZQI\\[C=?D\\[SBcHLeyJ[FOcRPOw=;Em]GWMiNiEMseumwssSQafh_cqqI_MsNsyf=CpKTTCyfeV;]bfuxhiupItAuEsYW;cX_]RYASAcfPaC;WSwMEUawuuuutLkPWpiO>Uv;mwEPRBDN^FkTvjN_]\\fbF`FGEKWHLeyJsGBsH>UE\\YbyUFH=g;UVJOrA]HBCrAMg]SBkqdfExyeI[KYo?V;QBIEG^Kh?]hjSGeSsMIE=yvA]e\\[RCUxVsHh]eYyUT[bccX\\]RTsRIoEgYu<wsDaFGgw=YWjgsJKW>MvhAi]qctUhG[bJK:_JKAr:Ax=DV?@k;Au<Dr;@M;=mKdT]dwKPQnHymyvu@K[dnK@sSDOI@kVHJ=lJr]Pd`XwUuoAJ;HyayQyIu?=uEtOv@lbyNPLw;=XMUnCtPiyLQeR>uNhql_EKRmpADWVxkwlxRxoNXL;`sBAsjAWRLnGhW?usrLwkAu@hS;ItL=K[\\Z>@lbV\\o`ZoFdFPtJWd?_bcFuxw];qb>Akt_`t?jkNbK_aoQe^`a\\njBwh^pagpo>Q[owe^h^LplC_hE@_RN^d>jjV^gA\\[Fad_tbvcE_rjYnfFd@@x>_gk^jJNbB:Xw@lS=`kkYvAyNhUN<]RDUNcqk[dwKxYMDV=]rZQRB@P]LN?iNIynXXknxRLeJKtY>mvdML\\lTRLXFqmwTu]@VmlVFAyHMQ[LRL``Bvr[XbAPuAv]v?fUv`h_h[ptNWmeW[[:MfF]H:=DQ]fpIT]mR>McXyUFKWj?HSAFLeR>ecnuR\\cWBGF>OEKWHXWRdYFwktJcWocF@?yu[HDoFTmb;wBiwUTkuACWA?bjURbKdTGS>;DQoROSxECF>?lJL\\>Wj;PqdN^HgnuQhKfb]p[G`lAAfTNjWvaKA_hF\\g_bQqvFIm]IdmNy^hxditEibUn^\\^tjGfbHdO?ci`voxgtHw`V]mnfFgj`X]>ww@x[Ynwogf^xeLW\\`VauG^><]LGlM>hSj=Y^pjE@wNDte\\RM=wKpjc=KpYyRpjZQvB@_TX^\\`[k_j:WrXomnvbhyV]VWeGdoRWQEKYItucKCce?CdyuheiopONDSy`r<tU\\`SBDN>^jJl@eRj<y:=VKdy<]YKDS]dsKDP>@UEDoH@m@@NRqqvQxEupexRFHlL=STLNQ@KoLtWTsehR=IJL`xBMNqelCEk>AJ>TpILNt]t<IOoETB>;ZuYsTF[_PpLi]C@dKavS@_Tfh[_trG^LA\\i?km^uKFgHasmIpmxbNH\\GWR]FtorZoHfOHhCc>ewLWe;QxtSTaoSoUyveRCabJKRB<KCRL?dT?SDIFp_x;Ac=sF?MTUCSm]fxacEMWMAgOUrHwIRgb>Gb:UFLsRGOUR[ihMX>aceat;IH<[RlAc>Id`EgXSV<=C[[bJ`BCUBOU?Ch>?Y\\oYF_x?]srKyoYwaIWH_RGAE;iuKGbZUUj?V;wf<MFd?Si]CGag=UReAtueCkwRDQVluul_VkmF>?D_xlLxoedrS=K[\\:LlJplBAOGdpa=QuLP<Mw]DWJ@Ki\\wgILfuUyeyoxQqhSUpPhMwkPV?QKy]K==[N_ZaqkJFjaa]\\`\\aYomGwLi^yvyloc`f\\WhZpNd>Is>@rOwpn^miHaiVtYOl?Gaph`oYr^waJpkhF\\f^jJ@??gaAdx?ETKU]ehIARfETIob?iIMOBdAtryHqIH[OfIOEoMW>utPwGYmejuX^oSG?wSsdFmi>?DGWD\\_wR_C?OiLQcZae;MunScv[fJuWRAh;YFriX;sv\\ksKeV?mxeYG^gem?TpQueugsGVMKReMv>IcpyxyuyqiVDOhGWEqKuiwYwYWuuxWyXwEBGOyXYyiyiYYwHGgWkSHeHQKRBCK<]tQyOyMYtOo]>pDQkJWwSYpaxxYVf_plC?]chkF_ob__GhxwydYgi_QnGhdWAvbA]TVeMPyBgiT@\\\\Hhk_vBI\\uiuiqiawevGx?On;`i??pZXhvAykw`<NESU`uevMxCeeBcB\\[R>]cXwYxIYU_HcMT=Gu@aeEGIIOFbCgCkBPCrrsCQobgQyPYUiEuYwyvyVY=T]YHIgEuktu]S\\KsNOTh[bJ?GMKf;Sr>GcOCuLYgl_gBQBpWyrgHlYfI?W]oTgQpQhQWLlxHWEpLgLxOLUtin[<xBeq[dk@HTXhLy@L\\pY:]n`Ex\\irx]qaTKi\\kv=kZaoXeqTyL]=QxXOMPMQ\\SA@PQLvo<krxt?]vDxqAYYwitipY_YKCUT``c\\wnxXrpHvwOlx?ssYlm__KqbTok^VjBWet`hchoVGqLyomouXFal_nGWmpfseGj?@\\<ONT>CFnkfx=w[wbfqsuswnaT@iuuwXu?F]eDWoY_]g@Wh<YSgACMWCFORBOf[KxB?rkQIfoBmCyBsd<=ceYC<Gcn_RdYdxUyUyutIXF]Dw;CiKtOCctEHcyYpIuaeY\\yUSCT@]BACdqsVHaEysXvAyAyIpAcveW=QVKYIiai]ugxOydwe]?SY_fKiIK]YXyHaqEXyR_Mykkt_[Wa]sR?g?YC\\_c??h^QIXmE=yV<]dkeM^Akl\\uqUwddPN=K[\\^CFhW@^OnjC^[\\N[kor^H^F_]R@Zk>caHbJHhSNgI?mFfj`QtB@a`>\\^h\\[ntR@u?h\\[gtx>[kgyRapcWlw?x;yZXP[A@gs_xKybwGd_FerGhvykRF`<YwJWo\\?^;Hh??aQ?v>VeQ>xqpmrOvCv\\Y_typivIxAqxXYiiIiWi\\aQ`xVuIDwAsySSwMbmAGUYcqyHn=wJug;YFdyRpKR:Cd@IIPWXdCW[_uAmx<kVZcdciHc[bJK\\KAj[f;SFsetPSXIkF:]CdIs<;ClKtW?HGCfqKUB_fKOc=ErySDEkw]Md>]TG_t@MclIYWoCWKIrifVOu>?gW;ctETaKs:Ata[HRwvpywyuyuqGR=IXsgO?t:qE[ErsUb?QE>KUW=r\\ysYuyopX[DSgTM<tjIyRtiNoEpBPMxtyGyPYawK]qtAJKHPLiOCPYkLJfuq:DOE@kqlQYawSYpwYxjms^dYk`OahU[\\ZKo^>W\\@Fl?QsgNbGPmLn>SGtGFlmDf?ycWy:=f[kxBEXFciKAYXugXeivMBA]Xh[RcAiNEBu?DOyUVEvR[fxYD[kbsuCM_Y\\ctqgupUeGuexcu`[SR?T]KbfoI:]VX_h?]BEKr@_Xy[BGYyiyiiuWygypwRpIU:Mr[AdmqsoqSaoR:qEx[YRqrGWEaIWYaR^CYIAcUmxWswQgYAqy[aYSKWGAiH]DLgRlCF>DdBFdlAvDXqun^=h\\yNfEFx?av=hl[o^?_bJAmJ@`sAnaq[eFuVwb:hjCvrGx`XAwMv^@p^YNbNg]tw[x`xLYcXfo`Na>geOn\\dabWobIp]gI_mgkgAu\\YxJPhW>rgn\\=I\\xVaHqjRIsyOycynpaumwsSiqqquugu?WhBabZiyKW^@IiK``?o\\j@eFQvv?ctPvTh`e_yposk`mMgf^`^>@lbj><V?qPfPuPmpAETs]Jqlr;XJAllrhmNMNPEjCuu[MpN\\jT=oAUn;iPc<SfPLm<mn@lhXr_ty`Mv_^`[Ns@V\\IxdXGi?ikq>mNYtpQZ[n\\f^tUP\\f^wviwYqygt>SHJkD;oYyxqqUJG@tUakBuYG=QSLl`hSUElD`kr<sb<RNHXh]RbEL_YNGXM[iRWHMiIlNerAlMr=rYtR>XlmYNIHvmAwVyN>@lb^B;C\\]GBWhTABa]H>gDM_R>?EcqRF?TIordqI@_BVuVlMrDGXbYd@Mi]SbeaSv=SAQVLOD@?DGEEPSIJsErOGx[yjYrx;X=efhUdbGTM_ykyc>wCaQEHYFR[ev_ylYspYcY]y<yWaaUAeWWCtmOtEwROeV`asSoG>wy]yIxYf>eugEWBQE:=bKch^EfCSdL[B\\sNn@O:=SMPUDIYL@katpkmm^dtKxtgxWHMl<=K[B\\oDZoEFOijKT;OWeyrYChAaBKGdfmB:afBSuw]C==i^=TAoDVEsjMF]Ks@WrT=Sq]V\\UDf?yk=Y^QiJcSKkDmkYmYeYAi?OIoiTIeIoadGkEv;UUkrDWTUCIQ]IlAs]kiRWXZAr;scREDcweysYxweY=cbGdtcUW=cjYdLgef=dNME>=FcGc>]tb=BGmB:SCE=c`mw]EVDWxhKfFWursuKGT:UG=KTuGD_MUvMD<=SNG;KBBCrNutosFFmHReE`]BBuuCKFGGCDSdbkByqR^GhdacjWCG_gkuF]etS_HgkWaMB@Ad=Yfb]sjCtyUvGwHfEv<ibpKWNAGumysyv_;sDAbtQItyg?;X\\_FdmhbEt\\sSa[y;yCx=TgEV@IyLWx`it>UDEKT[KT@IYHCB@?G]IiVMhj_D\\_VfkcKoVCMYqsc]cXk[xYUD<=CC>g^Alh>sDNhwGgras>gjnY_\\Ff=pZGNpUoGExO?WFUR<?T]Md=Ar_mCMEdf_gfsUKmV_EeN=F@SdWkU=wsNKTWcHsGDGcD\\OGVsfVMvl?S=cvIsIvAtWlqjQrEttVPkQaTZUQwavatQkAK]TuIDTownYpoP_rwPnmI[uQk?v_Vh\\chmG>hhhf;F[;i`]orFVmtfhdxuHgegFoEHvk^_tftAXhl@\\<?C@o=<SMHVNypTdO`dNFLWjLJN\\tMdR]LV@AR^HNDALf]Sx=Lf]tc]jCYO?dxrPRlPLHUtP]mFAOXxL\\Hng\\mZQNBuShlqUIV;PJmPkatmvMtMQvn@vJEY[dRgpL@MMflxJAUUhjZLncetcuLJmupuKKtYLUSsYM>mxCpWLds^aq@]LF@OXiUqeu_yxKAKuixQyUqxsxTyFymIYY]IyB<XWXp>@LLdF?s^cf`_uQSWUKTx=DQ]c^=WVUSDWFo?EFmTcgxZ=htccuGEQIiYXPLaMcXwZenTDrAANGHocPm\\<kti[aYh`askxaxIxIpuu_kiQ_\\NjBx[KN`T^^E?lOg]d?xRqgy`y_UI?ekmEr=x;yBE=UfyUe[f@WDKyFWOemuCuQdm]GaqeCYdaSy_SyKWucIh@?v`SI:KbMgWlUXcEF>?\\Bre=eVATQURDSFM?EVWsR?wZMEL[RTcbxAIUGD[UVOSeneFLiES_D?_tAMwMad`AGdYCFMtQ_GSMvwyrB_wvYvykQqPqaEX<@wDDWxPX`Yo`aJ[Luh]PP<Nolrp=J:<L:`N\\@NdpKc`kBpU\\TwnqXuPmwhY_EKoQpIdQnAlWIXAiMXdMEtvQLN^]OHDpY>aYF\\gafkHkmy\\\\Xmqy\\Pvk>@<Rn;EbWG]]d@?GTCtlKTUCE^WBK]XIMSRKvGoe:]xnKRBGHkMVl_DTCVmCS\\MveobPQvt=hZEr<sDF[YAGhtwy[yCy=U\\ceQ]UU[RAyfGUe`qrT[hO;fQYE\\GcBGUSuvLOg:Iy>CdAAGG=D]EB>=Eaie`xnV@L<M>?W<=hLas:AD[;RwIEKYHt]I?Gh]urHsgOIF<CRGsB`EFf_XmESdIDewvFMvjeX^eBu;UUUCKUtZUdxOYoQWuUxGyHwoRlItAuEoud:EClOeACx??C]ogpirQsUniWHMuZCtgOc\\?dlOgQKRBCK<=ke=jOMWFyQJtU]lRF@XklL@DTCLw:=PJDNWIx]xkxLxnLP`LW;itk\\nwLLCUqPiLoEN<\\tUDp:=jcxrUyWyhwc`WIhQpAmqQuLHu=ew;QjEiuquugIlmyysymyIpYyyxyxx]kMyvfPnwiTYYwjejJLR\\JiHNw@kb@M]DMLQM=eMTdssEq^pKG@wTTLjLNQ\\uptXhaUQ\\V>uObHL[dvKXsXdQt]tbHU:@WT<NvIL]]Rd=pJuRb\\umuswlxrYvIxTblKhxtkYLduOUTjjDnXYktyosUx`IYiTpipqtQs]\\v_ixu\\vvDRd\\P`MR>Eu>B^NvTx^Qgk_OfOW\\JwdP^]XvnFGm\\Yu?Vl?n^DAkoNwMAhs_fJfc]frCHsUnr[>kl@hChqpF_HHscwkdhcMfvG?xcOZGgcMfqqAyXI\\[VqcqnUPwgOs\\Fou__D?hv?\\KYgFNr>@g^fpu?mx_ivIxAq]Gvr:Xnn^iXo\\_?eVH^\\qo@gx<?[[FDCXGASFgTfKU=]RG?WRSDoGCMkFrgbokb[[fvKh\\mELmEkcC;=rKuW@?h]whTkf[[SXAcr=d@CG>=BkSbOiI@oEvuWjUBvWxHYIWIDnoIImxsqYm]S>gREorLcG<=DMYUfiyqyuqEfFuIk_v]mdBoFcesNyekIeYGY`IEY]bKKRBCFKvt>VlFPj<PZI@\\CqeuQwjFc`?\\SVc@Vf@ndGIgpQc=@uWYqqw^Lo]k>\\[fvKVgmo^l@qkHxvo^l_oFY\\SWbfIoIOeMaZ;>xUyuxqtUo`VyhYiipYvYvyrHb^xql@eKN^yH^oxpk>bTV^Gfmchw]HlmV[d^bIQZUv`h_pQxexGuQNfj>[sxxXYiwN^h^jJNB\\roDRkUQcYTBPJ>HmbPQB\\O>pLcpSfpmmDS?=o[lr<eKTLRGDj@]XG`t@AN@ApVyr:]jeAU\\UpYLrZdQFmKIhkQhxeytUYMi]q[UwPiomIKxYpIqQUAndIL=]XfHps@LLAuSTrYxmyayaqx_ylYmYA]l[ltXPYdIOuMycynW]rCD^[:AFZ;cNGD;Kd:;gxCrrAbCKGKsRLeDKSW^WILOvBuG^KTXCefIFRASOUvpKFb]tdGhY;eZIhlsSDaDIyVJoxbChVAyrCYlafQqGKOFA]h?OElKUj;ceyCEGFn?tZQd?]d^=WDussQXbAt[oijOF>?D<MnJd`PWqCga<_c>VtIFdm^j`Ip>GrLH^oIkBI]\\_knh`\\>gB``>H]qH`[w^DPrmGcGP^lpbdX^\\v_RHkbHtfWr?@snfhC_nhBkyFX?Y<xXKUxj]QGqmwTuIXpehtwHpbdPr=xZukpULg`N<hs_lnX\\VM<LspvRhVKdjUatmlSBDN^jK]vx@UqAPKtRbeLPlLtaRKhlqmTZyxiyuY@W^esoiwUypuaVLhY>]\\pWyF^[>?wQpjrVbrH\\CWfjPpiFfWwy;?jIQmoVsaNy^h_LY\\E_tv^_x?v\\@yLYciFyoQxdofsvx__f^?in_kt@dFqaBpfMFs@?jwoysyvXAjXV\\Yh`eotrI`bFd`^J_RS?D\\GD:]Vl[t\\AFb?UcwCe[x]wRIoxNuR`cbFmFSsFH]ejUxJkF?_xLMRFIDoSFWIDKoRdWFcucBwH_GfPyWjSbS]hbEdG;Ej;rGen^inp=UsPX_hqmqsulUmHSG<UsexY]RbHwC=SyMpyiyYyyoUNI\\rRdWi<LluyxywyqwAQOuIk`UxqhupUmGLMn<SU<UBDN^RBorBCTh[bSEWmwBLiuR_HlKbUWF\\ccCaFK_H>YEqiGX]iRYf_]gdYDCWrv]bC?GcwclOviwEZ;hKSCFMycWS\\oVJ]tH[RKwrFGE]qrWSH`]srOw]EcXMVdIRyIHTUUj]Gl]sjwgR[Gt]uyuywqESafy]EAIeJKJLdFUD<?STcHA]SZyfHeedIwH_CTCUAOunkBGwbKCW>Ms<]DG_HAMFc]RZADd]S`CYw[wFIEGgsssgxWhtexdUUp_WSgCUkHFqrIwEi_XMQU^Mv>IcpK_df^Z@e:Ar_G\\kqrkhjbonQG]E>^Vv_yVySysfYyYyyxxaHgo=_jJNB\\Z>G[wGn<wgb>rfYZkh\\Vg]c?fGifb?gGHfBqnGWmvfvKXuK>fB^`TV\\]>xJfgFO`cOZfNw@^_OypfGu\\w_v@x<xtjFkTYnnIxLGm?ykZahTNmtW\\oVvRHfk^jn>c[^jJN\\_CooHSyBScYn[SBoYkKS=Me]cHk;EQ;HbMDH?S]Kd@gsqcXGesUwHqQIS[SEKRtWFcocVMsBAfp=fh;HisGIiexASmcDoYDLMbskDRyR[gVB?D<JNQM;]kcdkdHX;eKFlnY\\Sb>sbXc]p[GpbPA[lNtXv`f?uZIto^b<VlI_k<?h<^^LpbNfKgcBUBHaX[=s>]vTAvrSFTSFKYUyGVyayMyIwYdiyG\\kVQUhMyD<=C[C<Sr^gEemXG=iUsD^OGPog_GComVBoG>AEKUELeECeW^cBlausWXXCV]MDDiX`Kf>=tr]I<gGFKYaGcdYclkcmctlityYvA_xZyEwAwAmet?UXWX]?D<=;@KnlR_Ll<MMUeTdyO>Ur>`l?mRcuty\\RTDwH`x@UnQMMKaP>QUjdL[pp@PYblNd@qLIxT\\RM<k`HP[eVZ\\w?erJdmP]v_HV:Qj>TRBDN>ZO^e@ApPw^dP^KotnGnxoZKhje>^YI[Li]sqeZntjXuafuKXssYxaYiNgkTV]LY^CwhFVjb^]`H^>Oj<_`BocoOBLBDT;\\oRYPLXmSTk`HSjumEmoqMNWEltaP\\dVF\\oqIoGUN<QkjUNGgyKqauawmvivFlnp]wNiRwlhfefXgQqoXFl=qlY?[[B>B\\_EbGX[=dLeFAkRKmDNQfk;wsaDZoDguyxiyCsdAisUwHu?W=IvKOUoKfd]fsKtQWcNqRdUtJ[WFKfc]t_gH?QuncEaMJ<???lbHLJlT=lJF<xNhrCUl`DUxmYxXUgyMsLX>iOrISu]vtQt_XSW]qKpsB]tFPyVLtXDk\\HL;UN\\pRnmkuYm<Mo]=oaTljTL<OB\\jJLvTySlHlBPK@IN;LyieMwLYNYn_]K>LMctkRpjJpwB@U]yuRXsZ=N<@N==m?TR?LWUAk`hNypV]MJaXTdex^Ls>@L<;hLBejGDwHHsJdRElsH@KoLnaUYqqwoqNwHnPeWSWsVisK@cTFwH`xHW^?N`FprJpwB@gWpawOqTvbEF^>@LjU=kveKWLQNQYqqwgqwH`KFQRJdVB\\p_TSP@uatmvMv`UPRdjZ=N<@LEDLnlJcQlWPQoMxBdM\\yo[LMMauquuwmXUiWqHY>=TBDN>@lb^jj?mRQ`;idWXkbhgbYf@@tdf[@?^>Gsrq]\\^uhGq_q\\qhuA?pKPvrHgMq^Uwqxgqa`alii_i`toxfIw<v_F`mV`m@FpGNjSIc]?^Vx_Ryg<?[[^j>ke=jtqL`lqnAOMuScDXw<rwHL[iPh]urTyCySxMv\\`KH\\Mr<VUmpfExNxRLuMcil@hMydkHyxfIu]qKI@M@@PBul>aY>pYu]R_AqHAT=UwTY^]OeFI\\<?;]L\\Obgx[c`fF_fS@tDFdQDy]sUwHIibSyuwiuYIijSCJUU@]lJHN=]yuMkGtQYiTFURbXR=]p[eryTYpaWquY^xqTLvFtTAMmSUlhAk]YN\\aSNaO>]OK\\qBLP\\<m>Mu?@L<=;LoCDlllNO=qZIOd@NDUj]MN@aMBlX\\LToDKKLuqquuusUxSI]mrDt``SSPvYYr^MSuXQ@<P@Drb\\jBHMQ@ku\\JU\\j@utEtLh\\xbyOcQjvxXF]RbHS]dxKDraLoIDTl`uVaUQdVNyyOajbTrSPlb=O\\dYaqsWpmPQsxXrZijyXREhJLQUs]MKhycUt`hlJDx<=K[\\^CFtZx^QObNpjCo`<qZ;YbDA^\\qZ[YjZHocPmbn^QyixYxYhqp_wsyViiX_gl_bngrUoWtGsyicc=CiyGvwV\\sW^gIleeiAI\\]CAuRFkHtgXeqv=Ww[ctKOen[baURcgSewCaicjggRqxoCd<ASnWXxaysqxPfvKAdFiejfi[ywjx]y@y\\Y[y`^Dw``_sRvhl`\\<?[[J<=k@UKK@oQxUxEu]@oBhN>XtVIqmeWrAx[qx^YlIMYmxveejC`QMDX>mMiXYgDlTMwFAW^ekrQwUypixRJ=Sq]vwUNPAM>EUbim@avxAukXVxDqaLVp<WJANqTK[xUTLnMHtJdmWtoA@PETykpNZYq:ewZTyI@ORTyMDR@]jFxw]TyH<yx`QrAv=pPd]tbdw>DN>@<r>Cr<xqOYoQUuBHL]\\WZAr;pOb=qgYsitqnEL=]l<DNneOJdK[pTFHkqDojeP;DthlJcPk;Lnx]nZMxs@k^HVJLRwLuCYladUJ]wUypIyyG@t^=xx=k\\HL_HKcpk^PtC=owuTNuNEXpT@Ls=KlLNZXP`]sB]uHMO]lji\\naPTm<yRYVIHy<AJuqRBDN>`BCFTcFUsHh]xXGVRsVZabB]fF_T=iTeoTSyVYgY`UHamsF=cPOw<]DECbAaRUCbQUe@ED[wxSSB[CrZYxZKCcGV\\ctKWS>SE<cCkqrauVLycc=CQ_YXAtFQIB?ShsgOdWF@piTxlQxvdvoPOUyjgMS>`OspjJhj:xTXEY?YtTDoq\\qwqxUiwcxnXPxbLmJLRBJ>@Wn@LO@UkPfIG\\]Nh;_Z=H[pAsKX^gosVHahnnhyqyqyeO\\__tugy[y[y?xb@[Kx[FX]dQZxVcb_aG@t<_f[^qBWh^fiHVtDN^b?[mNt`qkXfadW]p^gjQqtNdsF\\`_gMNnA@quNdqabDanrq\\ph]wwvRyp]wrHhonYxJ>hvwn<OgfF\\Gy`YaIuXG=fH_ciaFYYrT?SYgD<=[STwGFFMT=]B;]Hg=Da[toAFF=SSYFW]GJyfIuEI?FKotBWw[AwKYfeguUqcTsGTKRySxFYHpUwgwhXuhCmH\\=DKeTT=U[ksBUe==EJcR]cyK?wXkW__flMhG;wgormIE>uXJCF;aJctkGdun\\J=tKFhPjLRc@ssUP^@PlaM\\doBDOF=UdPNDQlMYRcxMuYtYFsxnyrYfyqcliu]ffk`_Apc[^JBGkELecR[SB_TmSF<GG@SdfMTECHR=CcaV^wx[EdIgdwst=uYuOwhkBJog@aVyoI`?B\\UrHeIW=SWavRCRJGDwSRfgBquroUwPIyg=CmKFh=E@?XCAFdYbBgC<iGrWIp[dbsC<SweygyoXK[HsMx^QD<civCT@qhZII;AS_OIjii<]twOydYghKCcwC^KHEeeSOfLORBCFKfkLn^X_cpFmRvtOO[S@oy@`[nbnGldxb>Yv=x[x>xCi`\\`jCp`K_`hXxwHbZheE@_=_mNw`LqdQ^jnhsjq]snb<WjdOtQFcc_fZodLNtXFkjaoWWqPi]XFoePvkAkm^rafkfHiXFdYpjJAoWhyHyx:Pe<osKv[y^yjGq<NaB>`\\>oBfdV`_samOIf;Qj?nxLYciFqbijcXdaPi>g\\;Y_>@\\<CMKfKqS<YbbSTmAW;MCeSDfAtN;eTOGxiSn?C;KbJAB>GE\\iwTEvoUET;CgkRcEt;GSBCTngEukXriFHocBOE>QEUicN;SdexJKhRQiMUt@]vAOipKf;uTE_RWuCrsFJQg:CdnIyayeuUbi]b_itZYhMOxC?d\\ouhOgJuiqQyeyguUy?;F<uxfYhIQYd_gJKRBCK<]PT=mRUPklNT<n@Mt<@wOLjFxw=DLXHKMlNrMm[tuK\\R@DtELWe@LdexsLsoeQ:ink\\PnpvrPV;YJKUkRT^YNf?Pannp]VuRPum^e>Vb=Wg\\FbBV`px`cVjFnpkixD@fmyxkft:i]MFfp`isQhQvkBNt^Ob^fliAsxiyuiytNjOFpSg\\Bgl_ffkotfHexhiRq]IiaqamWihQieYI\\kQ`tA\\<?;N]Of`WYgB_`jY\\a_eVX`ci^?fktP_`vtvwcTipewv<NjNnb>XbGgxPVgfWui>kOO^\\?kR^rTNbPFjmWxGy`u_vF@o]nlvauH@l[fdNximhws_aKo^>V]uA^nfrxpe\\f]UPid?[cwj:@d\\NfPOyk>kJ_baFwU@[lnqafd;hg<YwMUZofKwvMOhruxWyXakhash][XKcbNaycoBP=KB]lCDtb=K\\]SHYk<<SeXVJDlZdYGDTKLw@ALaEn;QP\\^ejQ_ANZ<Hbn^_:qx?itKP]fNncG^oI\\kpbgq]oQiVysx>bvQ^>OjbnbbHhCqidX[[O`f?ujVmnFgLhqrQvEpeYobmAhXycBpdKpxFyv[f`MFh?_njFqswh??lxfq^GsLvkLH\\CtvucvKxBgIyaymICQyR>WG`yErKb\\ArbgR^CF>?L`\\ZTf_F_ycX]<i^JVwqOwDQjbVbv>\\SIf<ESmt>AitAFb=uHaR?ADn[tXGHjwYAIXJ?W^KR>_hAidesLkpjjXNDdRNdkEMtEELc\\wY\\JlDWH@K^PmhhK_LT?MK]dx_UmqtWpyx=ULaAL;Qvm@VvQj;yJwpubxy\\xmUeVZLr@Yw[uYYLwBAP=Eq]qku\\UJPLw\\NDujZTmqtWXXQjLxsexWYL<=KCB<]`lQr^xm;_\\A`lnN^Q>r^X]KobMvutqfDGtJFbR_jtGpZQgB@_@?x\\NqBPa[Nt<Xs]?cq_n`fkTa`Vw]CP`KFr^IxnfphytixmIneap^[fgK`d<yeyQyQqwfFcTn^Yi\\>F]iIjNQbXy\\YXj`PuOho=XbroqpQueoxHYaia^hWn`f[KOkrffjiq]NlByf^Nub`p?G^>@LDN>UnA`xnHwMynUamsTXvMJHUxZMN[TsPhOmIsxYJI\\QZILTDTu<VQxSWDM]DM\\tlrXMLPvAiN<hjTlojUQcukUmpfExnpR>PMcuk;IuKhy?Ms]eXuMrkaQTDRMDu==oMprBuOply@dQUAXG]J\\xYOEL>HnPElthP>`MKAR><NQ`RcEk^HXuAl[TRV]LLdoMLRBD>KZw^cvH\\__cxHmrYlPo\\`>sR_lYQieioh^t>gu<@r<Ai?`xxNgHAkJGllAkRVnxakT``@fpW?ko^rFwxhiuMFdn@fXNbdG^cxj[xcVgfWxdKNcrF^x_xKybpIwaxmtguQFgh`bBA\\fAkyHd]pbOG_LhruYySysxovYhjqY\\VgaswaCIgW`uAyuQHqF@\\<C_MJN@ld\\rJhrn@KjiUZLU@uYbLtEAmVTLGAMt\\XbxtPdTOQwV]tVDn`]OsHWqLNT@oOTyFPyeLwJALd]tqEvP=s_DlgHymyvuGkZpb:G^B@iXNjG@[QgbaAZhyrsGlb@u<ijEfgvAykq_HF\\_?jwgaKapd`tuG^VVo\\O[\\^jJNB\\bg^sNpk`Nl;Aa<v\\wnZoXcBFjT`hU_bNS?MgUoSaKS<?W`=d`ydFCDmKfa]fRKVLIRIaH\\oeBWH>SEoUWNYWKuh?Mu]Sy?Ct@Ar[Ehn]VD?GUCg@_tJGV]yEFiIbmcG]BI_t=EF>?D<DuO=Kc@N^@NCDLZMX?aNGPqNlNYQR:DtHLtBQRM=VduY<Uu>Pmrtj>pmM=k<dYiqowuUk<Ls`kJDo\\uqKDk<=O[mt<]VEDx>]LGDp@]TG`xNMTITR>]lAILoTKctkF\\kA=omUKwYwbuj:hSxasSXPWQsXLj?mQ<dkiakJLndurjtrITkYMsTELLdVG`MlixSeN?qTrewTipxyW[<jCeLM\\pyEyQxYkQmGDNLHKMdyjDsiHoxmX>uVRtovPxDhoSUp@UMtpl>PUbXMEtlJlL[MjjTQn=wJMb\\f`K``AOnh_bII]^Xo@VqwAxt>kd_rVnwJ@reAvFAypYuiWqbwljV\\\\PxJWmCHkGfoZ>cKv[AQoJN\\_gkJn^L?qaHta?k<@hdAZ>@Z`VeF_qR`dkPjh^bW?r^q]=A\\\\xxRNkBPuO>g_xoA@cb?oAWchO^IA[opn;?rKFfEFtnoiE?\\binyqZHykB^a>_]<n_>Ge=YgOpkrP[[Nk[fcR@[nvrPt==SNgHl=y;_fPAbXQRNsweeDM]BPsGX]wekvMufHed]oebWTKmr<?bLMgiwcBUCcqcCIWIGRNGxuAdf[sRyI^wpx]k?eQ>xLyqNoILkpRWHMoxjrXQLYnFpQc]nmllxYM[yw@xqMmt_@LGELHxKldTbXwN]lF=SNhPKXJXEwcMnn\\P]en[doD\\x?@L_IjOiQGUrCpnMarThjV\\S==S]]N<pj:qvqmjbxN<hkYQMPDJC`rKUl@inFeU>@L<M>?GA?vTqF>?DQUb?[E@MHBKHViEkMVVYhaucIKFc]R:EUoyrr[bE]WiIEVuFloR^cGniEM]bX=C[[FDDN>@L\\PmJuQ@HR;dXc]nllJu]Ydyl=Xs]dYMALg]xmTNOLlxAW^@Q\\AxBiXVlMu]xbIn@At<=K[DdBB[[Ro=f`Eif?cuKfFCXP[gqID_]fxKtDCB=CdoYwQYYMUWVAbcIbAGt;Cdr[BTKVG_hAeHPoD<=CCOH[[bJKRNUdZEgy[XbAt>iWrWsgAukLnpakNyR>TMoHW;IjHDR@eQTurHhMW=m[lx<Mo]Tj@ttoDuBaUBDN>`RS^jJNnCAjSyZw?mBpjKPwBhrxfqHAoGW^dpbtX^Kn`>Xu\\hbE`ytfkeHck_^?Ol;Whe_kC@\\hGroNdBF^>`BD^[N_CfwJ>o?Wf^VbTW^cpk^HalNb^fw>IkMnmhAqsWx`ww?pjgpa<g_>gt<Xr]FoH`bQAqI?[[^JZd@[\\OkB>ebws;wwlNnbWypiwmAsSFgH`xCCd=ukYtFOEKktewTi_bbSRbGFLAXs]FGIH^_IdcuK=C[[>^bOF^\\nbnf[Eai>p\\KQ`@?cq_bRH\\KW^gIlBNuCYlafaWNlaIfRN`j?v:wg`gcMWg>X]\\hkxOg<?[[^^D=]T;Kw@QsDuX^wDTkb[[RIASo]RVgb;Wf]qxgYuwKipsXhaUEuSIuXkuR>ecNwr^IrwMRBC^MZ>SjOvaKD@usmOf\\OFIuX>=oCIlNtrgXUqPuphWUaYJPJCesTLrHTlK@VTLRd`NKePViMCumFIsCIXmLLhDkrHK[\\ZKo>[bJKf<;c^gBQkJo\\rPdp_=KpLTTDwGpRDYNQ`PlpKGhoklK[qP>dUUpPg]qShXBuX^=xi]SC]jJLRB;ClJdwDDwCHsZlrBPnkLRdYN\\doZ@n:qKWLQ^ipdUWQqooUXJLy]HVuxSgLM\\hOrhQ\\MN\\\\jJLR\\`C@LOAj`mtBhokTV@AqJTnpakbLMP]yB\\PVmMCUYVUp`ekUExMprBMY]ts=aW>pMc]R\\AoGUKhpk>uv<inJLbLff<SBCFd;F^WI\\DLKUWOQoOxR:AWJeQt]xbuWZekZTNlmRtXvSYpaeuoIXMqnGoyveQqf[[wbgV]oFgWSQoGXuf@YxCOgCCF>DdBJBPWBdP>pL=PYl@J\\`KauRhDXl]NDpjc=SXmUXxROAkjHNfAPCDr>]jnuR@=wUprg]q``orijJLL_K>NO?r\\cXKoROafuKvhASNaGB[HhCgCURbgGX]iRywaKX@]DG_XAATAoroAtacc;Mi]_S>]bJKD_@\\JNbNOZ>Y\\]^bu@cq_^LnbwG]cok^x`\\QvBh\\yF_I`u@yqcXcEysIyhKvrmWbD`^K@ahFoGWlc?kJNb\\<DTG<Sq]KcPkCaUr@X;iUWDk\\hwSYpaDlxAkZUvLtXA]mYDW^eSi]PVeMC`rKDTeAukXV\\=sn\\RB:JbxOU<Qj=nqAQ=Iuk\\nvlNUExmlpfEu\\QNGDLA@P=AP>@wSTNR<kZ\\uB@t_xnaXqBUlJUL<=SNZ>@o>>[c^rSV^:_bGFno^gRA`Ipmk>hs_[GioCGjv>ijAnq^p@?o?VvJNdXFcm_^OO\\kptexdifgZG^>`B>;CTWtWXauALJeDM>LuphWUSu]FLobs=CoGW>=ubye@URe]UVCSm]fXgcbKEogW>Eu<Ws]?D<@?[J>@o@\\RKALQUNAmknqMb=ugYT=pr:QXYtVA]jSQoOUovpNGDR@euS=k\\HL;UMj<V:xPspKhpkF@tIhSBDN^:?DO;bROVZ;i:_TAYSQoGs]hF?STKvF_x@mGCUY>itK_HA]bTkTvIhR]sW_EKCW[Gfo=SS_F\\oF>?DL:HNNASO]V><LY]x@URZHP<Xt]DlnLTXDp^ynchP<]K;xjmXNK\\PLqMKdW^@RlUYhmWhXMB@K[\\j>C[>kd>lLPl\\ItjN^[WrAx[qAgSVjnpr=vZH>qGvacqk^palGsg?a:O^fAwIpjm^^`G^B``TNe]^tNPwb^jJ@?B[DlJpwBuom<RbEvfAS^`On<p`=XW`lAYPamsrAUr@X[hYkirQlTR=UbEQsDQXPvBhYyTJ=LLdat<MK_@\\J<b:Cdh[ROSFSWXaqs_[uWCwIoDLeEKSW>mtryx@gCU\\xG`x@Mna]nwLXWtTAmJ@]NDuXNLRB;nZ>WtBgh^N\\pFilafqF[[Hponj[^nrNd]pb]Vw_YsQXiWP]H>lBF`\\xfrPal>cu_^gOlUI\\y_nKO[[^j>GM?lJLnL`V^]V^LnXEsVxQymu?EMoxVVMlhAMTHU]qyrhYuqXIpoGamsTtMiMC@nk<oKUrSIl;HlB@L<=CB[^`mp]l^fBxk:fx`?kn^rR?gbgs:iT]uKCY]GVoKVFGt]wRIsSw]ChocFkE=YWECF>_RSF>[ROCrGGD]AD>wtBGD][i`cCM?DVkEImevCwKaH>UE]erDgDXCU=QbY_XA]RTcHgeYuqxoahAMFd=EL?C[[FD:LL\\pUr\\P@<pQyrZ\\jT\\PFMR<eQTdXb]RKAp\\yvYaPnpvYAm@@LCUrxumnxrHhMuLyyXje]nJLR\\:\\T_MVOpmhQnDHPcMt^tqGpQcEN<pRDXNcuk^XQlESWMMwDtr]YjEX^L\\yW^LAck_brIhShmWhoXGg<?cNTBNBOgZkfBUU>]V[]ykCV<aBIuX>=g?_hAMFb]fukGWMiNygMCX]KBAWg]cSgGX@_RbGXUEWmKD[[b>ZJNnL^f`oftg]TV^S^jSntuakWWqpg^Vo]EPkD`qXggwQyoqpkWv@wpcy^LvjjV[@N^>gtBgi^Nm`^jJ<Ro;r>[VRAh[mHn=wJUc?QVXcFuCX\\abq;h`wGTKRGSwwmGKSWRSbZkrBoe[;sjcE;=g[qwRgdOgvPayB_HhCgUUD<=SNJ>N_;f[aH]>_tj@taptF`hA_rTF_H@qrn]unhFYtUFkZHt=ggMqnGo`qowVwc?`^DpjBW[GfoCWifytixmaxcDF^^NSJ\\PkZMw;]LGHRn\\OJxlQxVAmkVDxbHMKYPFYRjMY^dKL`LAmoMdVUmqvEqELP\\pVR<kZawB@u]Ls@hLy@L<M>?\\>@o@>kfNdQFk\\hcV@aKYmSwvayvu_\\GFp@hvxqsWXaMF_I`uA@_]pZGxvjngrHv@vk>IxT_nvNl`As_PndObB_lCZ<?kDOb^fkK^ZOfaIAkbHlt@at_xbwcc_fZnT[VMkI:;BB;RLCTJcDhCDa]RMqVIqegIgJ?R^aCKoRGMEQ_IQ?ST?D<M>>[KC>IE<SGsGfo;D;UVZAxBucnguuwXuGeBKRGWwn[i`wWTQb?SCvGXokCK_frKdlAc?sIyqfQDN>:Zc?[fHr=xZUapcWtVIvKVxJNdWF\\d_tZHdEpp\\grDvqH@`eYuqxoAouBWh>?nKpyRqoWWaqwi>_ykGks@kTNeEF^Ko>RBOKkajmXN=<pJyRfHNx@Xm]N?ILauR\\<W^xP@`tAMy`HlpAY[Qr?tkPHTIpjrXNWIlnyRtmncpLG=KCP@LRBDTG<Lb]R<AMCANLQRTXNKXpJAtTDVp=v:Ij>hMyDLm\\s<=XB`NLtLXUOR@kBD>@<?D\\OEJoirKX^AK^=sJtSo]qlevDhUt`XCYNa=KohWUqps@T=qkYDp@hLyD\\rPbLY]g>q=O^PAck_rF`Z;>s_PtWfjJ@_M:PsFML]DP?AS@`X?MMNUtRPyrIx]Ik`ptFXpaustMm]QmoTWVAP>@WTMUTMmytJ[pL@umxdYLDONPRBDkl>;NnD@v@Asbf[KX`\\>gnybEfaLA\\`?aunev@iKYtXvdipegqtwA]@@dYpreAxiq[WNarAcCGcKqZPN\\_OBbJct;?CTch^UvAycqaTAMTTChVyRNGdlpjPYMqlWnXjAtKtMS^LjFpmb=MA@VpLRNdkyuv^avr]jg\\kLIttDN^LCB<]d;CTh[cy;ECATYmbbQEt[XbWCl?vjAcZURrGxi]RUasSWHwouf;ItKvFCc_sIIiGg]R\\[b>E=BO_bbuD\\SckkXfAUygGBGHFMRBUX^cuKshAmW]cvK@UpyWXaqSYTWDM^HQ\\]MLqnGUm>AlOtqJ@OMJ>@L\\PMZ]x;Mo\\lPtYJAlKnQmm\\wpIPEDnpakNxRVpMspqlevDuPODN<tR=TwZawRlOKTW^^bvI\\cWluXnJ@_MZ>dbObrSVJcDE;vfAcZSrKIdXCWBSH\\sVBkH>WEGegI_EsKVmqvGYxTaH\\wVNYhKOwB?W]oRGCra[b>E=NbNWj`gsTHqbPfFV]p^_kWapWy^Pa\\?]<ifbIlpxiyqiihd=IyK``AqxgYuaN]SWl\\AkbWrN_jEg`np\\LfF:aBKeRmSWtae[MD<]tFCf@Mg]kXvaRNADa]fuKDCUr?IH^GIl;YXsy@]gKOCCGHCOTWcb>EeJ:=F^WI\\;t<Sf@ecD=Cl[rR=iHMy]CwG_f<MFVqvHieeQFFoyb=IvkbnsRLqEkCFKGWB?dbSD<LBKfT_bnur^=gAUrdueKKETUFPAgG@PeQuoXoaPQLapt=xZIrpLX^ASQ<WdYk`\\NDa:>[KWZJpnBg_SAj;VZfqlUogk`qv`aqXuaNg@@a]p]G@oTQyoYwwHooilevdvp\\ghbEp\\TAi<OnFSn[S<UDJmY:sgAcR?eRxyxicUt_v?Mv_WeQod?EV[EfUAHmESgIRw=UWcFOqbIAruEvm=cDYrpUVyMhGCGhyTg?cJKbmAG=WX<MHrGI\\=D<AumwVIgV^]VrWb]Of^MR\\_SBOE<_ElMyS?h\\irCidCGE?ai:iFMsHhYv>csD?UG]SvUVk?eEODxqHcEDvYeVaXlmuSEX]syWwiCERlIwMyfwiIJyS?WyJCHvkh[oSZCD=puvmPxtJUAyVIqmmQrxkIIsZMnFiVbMJTUtjhUSew^@uu=yjIvXpjLEtuqvAAYOQoOmyXqWuhwptyx\\Ui<U;irC]kCIJcaPniwK@Oe`mBhvuyrdtP\\`Mu\\W>DQAINPTuoHxWUL<]Pv=QYYP@akSV]=?cNH[KW]ffet`txFy^Y\\Y`hmF_ENb;HjbOuthheXapfanAt=oxbYnIPikxgG_cFFmZYtmffpawSq_BorGX]awhVIhAXusQ`Cq^_OfsQx_qx?y\\Y?uTipegagPftaxcq`[Or>vh=PgbX\\jOt:oqtQweVwVIqmxv^Y^Dp\\f>eZYu<HkknkQ_veY^T@kBGdJhiaimqOiXqiGOb[v`UqlwyynYtIwdD_lKwejqsuvwr@kXNan?wog\\__nLaqpQueoqgvfFAm[Qv<Oj\\PfB`kkxsY_ikibIphx@x<Y[p>gJA^UAp[WjE`pcccmUuKF>?D<=SNGCKub>oBM?KFMWKTQ[LUmTX`aSUhPemlELNxiUMMRBDrAajJxt=]xKDxRdQt]pAUvBEkjYjgdQWyNA`qqHymyvu@M]iYjaq@PM_TRNaOUmpFyp_tm?@sYtmKxYiXUqps?TM\\AKULV>EMMdvquuwutmAyY`YlISQTnodldLrYqVYXLO`rKUovDv=qQ<]NmhsKDV]yrIxxwylVAqnQY:yx:hw@qP==VLdSOdL=qP]uuk@LlMv>IKI@UmiM^YyrpVGQMY]NS`PcMlyYUBDN>:=DkGieqgu_wXYYiixCQEMwW\\CFuqxgYX;mr>]eBlTJYuphWUUPALT^\\OB`WF]mrDtMqsJlUqtuvUpELlJPQC@WRDP\\]jgMunHs]DYnQU[LVN`mXEuJ@Rn<NBASyYY`Ima]oyuyxqYuLjBDn=iNYXw[yjYlxyULo@ylYsidwYVxyVuevovPvpYrF_leOcFFv\\hx>Y\\I_lsw]cXnfyiTnk\\^Z=@_]wijNw=>q@hcWPaOibwFgi`blab?A\\CvvrXvrWfyQpYGcY_fK_ZaipIqauasqx^E^`dh\\KNbBFdYGdO^pb_hZnZBG]^pde^bZ@cUXfloxoytYWqbOifIpAaatWdM@^:?k<A\\SVfly\\Lq^MH[?vrVys]Ae_ygBPjF`hGisUx`u_bJ@[IN^aFhLGkpHiciwJn^DA[ZNdSF\\B_t:FdAgdQ>^n?\\<Au\\V^JYwe^gqnpQvuEFds?yhhjBghlIxByhGhyGQbBn[eObBF^>gi?Ws@PnKIb>IZKAb^HZk>roirEx\\yyypqwentpPotYvrQ^Kab]wkK^wO^df@oR?d;gZE>_?_Z;g[dvlZ@fB?ijnaUxyyitqVf<_`D@vO_Z>Fbr`\\?OkDNjD@k?^\\KGpqgrXQv=xyuIm[_myahkpxxfyPXhywu^wvVYpqQem`ksv[FxuXVfHh`VHh@I]gayCIdAg]Oq[pqdTGvTO^\\V`iNrKy\\VFwAA[cxd>Pknva?W`Bf]cRYcsuWxHYIUEFBCD:SX[aiuSh_cWiosFIDDMCY;lRQRoDouauaqQgaMWDP^dQHIQtdN<hxIIVoqYOlvZ\\mnxPIDTitv@auqQlQ`q^yqDyJmMjemWxiWVhjbd^lIqsQpQ^mqXd^XrvhnYH]uHxgIqaqmyi^J_eaoyLYynHZcPg>@qxamaW`IiqpQuehsU^mkYsivqv?qfQpEQeU`wc_e@IrHoaQqjBinp>kGWfMpZch[iNjLAqBPawWkDPpuHxUW`cGlfyfgfmSXtyQdJprCqyfI[Kwb<ghVpsdNZnwrWvhnXwvogwakqpx@VqKnmpyZ[OvvpmBInA@otxtQP\\\\Nlx@kjpZTAqwqxUYmg`bPhsIipxw^^OsHnsCOu=OcCWpQigqhuPqump^oAvOggswuw`Z_pqSacYPtUGuEwm\\^lfOsPotJqaqv]uwrV_kqpyH^ihwubYtVap]xcc?KgcIMW\\GHQEVSkxcyxZewqSW_aCaGYHQSeeC[[bJKFDQRRUVB;dXkcnibQkURaEpEGGwbYkYrQdDifi_DHMFaGd]?sKeGKoTHYFakd=QwqQXxGc=svg?IDaRMwexsvrOS?avvUXHECEksaCRcgG\\?gVWXc?bTqXPWwDYGi_WH]w[sbVKtXyVMKf<?BZAyEex\\aTM[FXYV]KB;UYtqFVehuSGDwVfsHVAX=pN;LNDEPEqLw@oLyjsPXXIQuqwmtkUpWtHoCPP]yPauQChm=xKx<qOMTNqJuLLR\\JptVXXvg]MtAXWxuila?iwFGnB?gCP`HoaUH\\=nsrIuA^jAFjjWxGy`IvdVGh?W\\>neXY`PvfxakGqicFtLOrKhqH^ajAr`AxmXmYipC_oJF[tQllHecamM?]eVab^y\\hsTyZ>Yjp>[HgitIgG_nCPeeF_]pv=q]fGoJ_ksflw`s?QeYfinItG?tJ^b>FokF_vVfY@]qphhhqpQu`Nv_@tL^g>opk@klVq@qa\\Wg<FmrapIfk?GfNfyOquLPoe@aCH`LfiLWjSquVfsAhkCvh\\Aswqr]gswi[jHjuip_@xHFbCqs@qviIbNWmgOgGipexc<^dYh^Xhs=@hmpoO_tAnvE_^DPltyxKxbXFmb^fBF>ub^CwEGV=Urk[vfMIEmr[]InAt=uDVgxoQbMyr;_Fh=IfqiKyx\\AftEXZYg^kY[chLWDfKF;IX^AGM[IamesmvjUvGwHh;cEuVk?Iyar<srU?i[Aum]YWus;uHIMVJ?iMyceMsP[ERmstCB\\giEmGs_fWwh[uDwQcxAEEIuaueWQuRgbpGC^;haaibWVCkCH?iD_c>KB[srKutqsFWWtfgEOuBGYsS]iemgsofGWb]sUI_EZAgeYusEF<]SNMSuaWc]C>MEkOrKyGBGBOgDC?RKQEqQXpIuDQIKCXhIVeKv>WDiqYwAD]cVyKfJ?WZ;UBcHK_FuQcrgFnycrKvBoXHmcj[FVMGLwH?CvsmwswvpgY[KHCqyXMFsKfZ_bC?wWghXaisUXUScLgytIFrCc\\swUYuhgddWGtGgWmx\\;YFgtveR\\?cgSXcwVBIDhmg[uHuirrgsYqU\\kgFitx=TFgbjMibQfEOeWOS^CUumheOVckthOFo]rICT>]sO?RLqikADuwVWgXPUhwGiRWdpICfCDX=IuiVwGc]uwQIekSX[UDyURfYWfqs?OyU=tHWYBKUySSNGeaghloe@asxCF>\\jBPpJlpk\\mFYxHYQiHQeqqCxuiuqwqtyykdUo]PUK=JKPKKLMilkotvYXvDIVaLNvav>XktDkn=j=QS:=kN@LomUVlVgQLkLNSLnA]r?DLKeYjMlsDnxtNP]u]iyDPKtpsoLkh=LLLy]AjUtkpeRS<Qj`miEtnPXjurjmwChJKIkkIYlpMHEqN\\PHQqm`Y\\@QLau>]WH=Q[ajpYlJUxxHpB`sSxtxXyhYQfyqyqyg]u>uR?ESBdJ\\QrRAu<EumMNH@q]uOp@odulwAqC`J<YrVAkKELftyptVYhT[HLgYL:\\RLHXJlQf=T<XttDRDEO[ARV<uY]MxeWC@vJ<OPAmBmViIOuIwA@PWQp_USmHN[lU?tRBHtt=wkeRwDuAywPisoLTran[MLqiXHmst<pYxxE]m:QuBEJOynyHjd@wbuuSXRSiRY`JUDthhO\\AtvdRw@k[TYQ]TD@y\\UMQApADvHqYtqXiDtMEt[eYRyktANFXwSHjtYtpHqLDYjxSSYK>xlkHpuDNaQMKXu]ukwlpGXljXpi<kaELYUvkYtRhk;ayEqw_LMwxWvpt`dJNMRBDN>]<qbjMFwUGIIR`Ayl=vQOyVKG<YrwQfHksq?Yk=w>eFPSXdAI>gxJ_vLKIXMy`Aim=vs;ghGFT]fWEWQWrfKy<]bcYUNQcZAFV;Ir_e]YdHMIcGcPKR:iY\\wR>YSymBCWXw=r;sBnwx>UEBWRBuY]agmmVGycMuSvKeQCh^KT;]dNWfe]WMMf<AICCiDOrGQS?cHyOgt=SnEDaMyxcxNYTAgSUoHoSIbYT>SRycYOkRpWFxKGOgc]ws;uHasxvMvMsebus`OFn;COkx_AYUWyR]dO?CksTySwVSUOGriYGnMrTGhYGyK;bOCHnsCeQTaAgBSTuEbWEuI?ILqD;ESjKi`Msx]wdQYqIDqcySGRyqF\\_RqOgWMrg]eLWSJAuYktQ]RP[w]ewvaVUSW>ODVQflMFG_WZ]gXywIqiSSCKiF\\qR>EfXsGJEgk_WaaI`wsCcwdke;qvXYthCfdmc>_esyxICrpweI]IkarpsEeUU?wT@yc`?hi?CbUV[;iCSIKQH\\aeJeHPSWXywoOIAuTcYr?GYdusQ;B>Guv?C`=C[[bjgiBIel?h[Cv:GYxCdQsvgisimYmQdEwG:yHqQTp_uIIr^avkMbwUVIIxgYCU]cc?GRsVPiI>ARC?B\\McjQvfQWMWdCIwhOdtQFH[EBuxB?YcYiXgh`QE<[RtSfaigK;BXyDw;gmsTgyctqgeAIm_BFCV;]VNEvGOcb=XfEC?MB<]xBTX<Hk[dwPXjulrRAKPdwGYQYXnwdwjXqpUOwPTupuqtX<@tR]koxOQmSZnc:?\\eWsrhs=hy^`aDPxCGfNfs[AimHqQatmvudowXgq=qeORmMG;cVf]RIgY]wW\\mriiiwQgJQSw;HUQIUSfoYH@UWBqhMUV[kRdcHl]GbEuMii@aRNEDKqrpkSIcVikX^KsD]YswR>Kw<WCh;WKcRu=erIxxgxOcU\\;y?=GCgIuQS^eW[YEtgg]eHqSVdoyFyhdOEP?eOOCduWumuVCVI=rUWDkiRnIDeubWkXRUDEghIWWXow]uFQAE]gI[ew@yc?=gDmf\\oV_;uRqbbkxd?GTuy?=ckWYGGxXeeEWwIAY@?D<=CKcV[[gm[Eqycw]w]eSr=I]_vsyS]urpOg<kS?MYrSdVkRHsgeayHIc_kRPSGcouAMsdaCIuGp[iAISfCd:]eJkFV[vDuvTSfYMvGIEUCgi]ElewE_gruYVMUYYy\\KWVSX<QhDExeYbMOsscgbaE;EHomshOT@DKipQ?]WX@Oe@SEatv@QCaWVelATyx]yUXpXEL\\PQa\\RjLMMDv;]VrTX`myatmvMXupqiLxjdrrYxSUxZ<o>]jhPqdQoP]U?QyM<K_<jSyk:qPPLjAImcHOuitshokqqePRQTvIQykApYewwHprXNVQSBptoqv?=uE@MK\\RxqJRqRuLKM@kRTkDMkRMklIMmuO@`pMEt>Qy\\Dn>]WGXSYlqJ@NRhw[ElhtUL<LDMnKaR\\Dn`xYwEkJIpSEK]EtWUYRaygYKeYUKiskQqrpuexMETmmhyr@jFuYwaooywetm@@L<=KKdV[\\omLtoam=IX`yjMtwfDuN]VEXVDIR]LS@qkTtnVypwqs`elmxr;hl<=U?xM`@UfIRJiyq`xhXtPHpC`mRtOaqlRQODIoPqoIiLtAXP`S>qsuMn?eLCYMEXKa=l^hKtTl_YxTxkxAKKMn;]V=XlH=UNAqsdqLQJsdu`aQPlKXyoB\\sN@xbPoLhN^lVCxPqAXBiyNyUWhsdXYnhSVmlZIoDhlD@njHj\\TMaxmxMYE@WDpTKlMTQxTTkRpUN]xYhx]ewYyt@Dl;]UJlVtqlxQUaIofXM;ES^=YoQnFYy`YRJpSSysuaJlEkxqqjdjYhLoXpHmUPytx<wiXVUdwD@moQrYyv\\TT@iOTdVVPT@dqhXqhQqPPjcdMNuy]yqCpuHdVEHoqAvimR>akjQPpTyAeJ?UW:qUD`pbYqi@RceYODlkiN;YQXIxHpTGIT^LtRxrYmXFQwQqqoeUwlP\\xuMhqZhwyqJCxYilXa\\oaPnQHN>@L<qx`tyqMKUlKHDnD<Y>iSwTlf]KAylRDlXyPOps>IYMduKDVu<wZXjTelqDo[MNNUxddKpILeHOayoxTOaIl=xwv`kpdLj<TN`jMXKHTqLqx\\hUOmKX]L\\PtEQO\\UvtDL;IXo^Z>HaB`oCPlj_ceP`XgmmWvNVo<>wmQrS@^?xbdPo[A]Hfi?GaFhpLyv`GkMIeH?`aFe>ibKI\\cOiHQ[OOkVg\\:GhPHk:V`YQi`qdWx^LohXOw\\hp\\NgGhn\\>_MOnfPnhftAgbOonVxiyqtiFx[wmRVeCVhYH\\=On:oaMfoMp\\R?\\;aZKHyGGuI@xNFtLyhCPvXVwB_nRXnNycwIktGcoa_Bxh<asTvtsyo<@_miv;`pOwfx`oshiewylHnwfngIxwgf=puxgqgOywhgwinBQyuI`AnhK_d>y\\;noM?j>ysxNbdxgcWlpYkeWw;Nw>i\\Khb^pdnQqtQwqAnYIuWiqpqjb`muOgifxKhrXPgU_rhP[H`jJNbBVaTFyyXdRA`j_fs>k\\x^LOo>OavxbZ_xAXy_pckode`ptad^WoDOiift;XvjXhpFaaabJGkFncov^L@ydPnXNnQOyhPsD`]TWfOP[pOucwno@[XFn@_ij_qWXdlwaAntiamxokqFtcPfWvZO_rF@rKyd?Oxtyj?VqP@ic^bC_\\H?\\o@qtQweXuribs^sQAunhbngcCP[QAcq_^``kAwytiobvkBgnsNmIppVHs\\>fBXjxIi`_]hGopO^`^rb`l>WhNypoIvjYaiqnjojsFpE@_FFd?_^Mn]hyhwppSyutYwU@fjpsOf[lv\\<ac;^[\\pdSfhHOaKOgW`kW_\\CWi_NqeIx<nrxnpY@wNXp?PdbF[JnhjpjZwkTWpcFbdo_>a\\uYkxoqqiqiig_IvoyvqWhqnZmI\\GP`yGlin`Lfklnd<`rTHy<ArRVidfeNOu_dOQUSUHaEsnGT?qUdKGCCTfSyP?ymodhgVukxc_XAuIGWeJmVMsYuktfOgiKee?c_gxJyhe]wKoyESCmQhaeYcMTK;rt]c;wG=[ueuiTUC]EHhQYHsEuMDM_w[ecIIIaae?Or][wi]gx_hjyH_]WPaeGOgdWF[MWvCSY]C[[bjWFl?vkeyIqT\\mcjWH=]rBUUnaGfkcQ_tcKF;WhC]COefyKFGYc=wrKowe?ig_D\\wc]QUICRPlKZeTU]vZLLC\\J:XWBhLiytSAPHhPALl:HL[ANv`RF]RdAQW`MLMJMyvVhtttK@lSgHqMDOVPuxakVXwr\\o\\`NTIwWDX\\<Ru`mSUV\\UL]GnQP^Rw[\\im_NbsFwOg\\lP^J^m^oxPF_\\a]uxmW^p_xgwixgOqAX\\HIbaAgQ@i`>wFIctI_[GrSx^V^nXI\\Vi^RfeAvtKfZ>OlBQnkF\\hh`Ygwm?uCp`gadCfiyXa]aZ<XjwQyB?obVksPgY@teYdxA[?Fd=WiEQmcwjG_eA?vPIedH_nicVHuIPnNPykQ`pWwcogovZpY`IWyEQuLfq>Wkqi\\tFfypu`pr^wgRwZIywlA]BfwcYlZ_w?Gg[iipXpq`eAq[xv`Yn`Qy^kwviOo\\`etIp`oxE`\\[wwKnopIqBa\\[acZn\\PqmZ^pQas?qecTxoxeaK]epy=u?yuKDJCqLOPPe]UxqPnXrhdxbyjdlq\\eUFXlw]k?QuRUY<esYYT>EUBDN>N\\yYqOvaQnyiaxYhrHgwA@p=Xr[Vv^WhLHbB^dOOrxaoCGkRFdfvu<yse`nr`drvkOObyp]Hfsc^vNPhTHaN`]CosbF\\^YuuQcW_^J>am`]nOfF_d>AqC@_KA]<io>NjBwkpI[sPo\\?wsPfTqvBpk?G]Agl]QcVntoiahiv:V\\tNnP^]Zgt=Fk;HoDoh?vjT_tD@[`NgwvhFXpHIrpv`p?xlYqmqdTixsAqnXi[os>V_;FsXg\\S^lx>e_VvGyutQk^FgEQqOGexocuGkPWxjYqbVdCP`HIa;HnYn`jIeYFlKylw@nypeNHhpYobnZUnkgOdKn]Hxqx^uIqiTQmQGmLnrcgaCxtTXjwIgYFpMFj\\hapFo<N]>Vloxo<O`wgx>q]g?]Qha[hk<hkC>^cojw_vIyu>FbHq]>wkuaywAuYnrA_uUYstYomvk@ivVP]UvxcNr@IsPi^bViBfb]QtXgn:PuE_wbosPirTytQ@_fiwiap\\vpoyp`hiYO^Bp^tQb:qijvZyi[jYqkOeifwB@osweNHp\\Hm[^JtR[upupqg\\kbTK[uJ=XRG=UGQLjTsOTkXUx>lL>mPBdTHMxLEvJTQIersmxfIO<]Vo@L;lrE=wGYkb=MitrXhkPQrHUpZLOCPy?awQElEqqBUslmtB@nZlWdIuhUTaqLoxsxLTatlliR<emO`wM=OeNmkgpHillftAgdk_]YXtUw[RiqDPnNG^RpqIGdxXxIyayhbtFklHhciyJNbBFfAG\\_GaMo\\<q[@QcVVyS_doNr?A\\W@wIYigfZK^_a?k>?k^XfD`rK^[eHhpIk<qqDAvvHxHx]ThqX^_oac[@oMw]sOehQ]oy[JpmO?c`pMiG_eIAQRcwYieGgmHe?eGqhdkfKYuv]WQOgJAGTuFlyD;mD<=C[uR`Kff[bjOVdcsKMeY_H:EW]eT[IX_[Gpaekgr>Cr@uVcObfuT`OTCWwFYfmgoNlsJLRBDN\\`O>@p[@oDQlOMXxPsGyjjhqbxVVILamsQhSwLL]\\jJLRB@OEDNf=OBPPIdn`<s@ij>MRRqtB@nDpthYpIqQSyk[\\jJLND?\\pg]PYpRqbBVsOffeFa]F]<?;SuoyyYEH;=C[[bJKRBCnbB<=[<S>@L<=;=[\\NSKRBNBDTPLRBD>CN[eyCex?Ap[HymymyaQvqxqxqWlMjAjA\\paMWguSvtPcymyayaUysuwuuuu=qaiQiIq`dwtmNMxj^QOyiqTyjEty[yKy=MhiXiXYoHxguOvtVdyUyQyQUmQxJMUMIQVmyVQ?qAiaLGhig]kxrfX[UWpmqxVY^[^jJNb>kW@JHPyilYkYk[yrylykUL`]MByRxLxKhwouuuqedXuqAn^yqwiwiWrYpynynpYlJ@^B`qrvoxoarIrIn]X>y:yZh^umYsYoyl?qsqvUXmMWy\\x\\w@gr?y=y]xPoxyyryryn[YIyHyhTayXfybybIvky_YiDuKsyuyuyuAwuwqwqesh]BfyIxIPghU]eWyInRQOrmXUiWqpPqdYv\\v[tKSuPa`mj\\q_qlUmjYpynyn=YPXHxFHvcySyGmQQpwigqhUSIvkxkwcWkUvQvQsVmygk?RxYwYuyt[uxUygYrioYoYg[ucwkxbUy=qia[svEt[uW>?D<=K>EUBtX=XnxmwsxvHtKt=t=pjAiQhIX=ykx]x]HvdXohPMH\\QjAr[iLi@Y?QoUyLk<vbpYxYxYxMhxqxQypYQK]nyLn<YpLpmuauaqpxqMtAtAppumYjYjY\\KaymymYMLQI=Y<YLPeNDAkaxoyeyeYrAlQjIj`<nHxQxAy`\\sPMKK\\R:qQmImIaWH@yGuPWaPVeYoit=yPxHxGpN\\esGXxwuvWxhInvwGuEqep^wqxuxWwLFmtiSwuFsTVEX?AX]icqkCieYeYUaQclKrKgyq_WSQtfeSfQDIGVgaRSgYuIfIcYbgwqYVHGI`=Y_YGYEu\\wsXyY;YCX=txqi<=C[[:xy\\yNyDyCAxsxswmo?uSHlQrAv[IsImYlUXNyospvTpv^MX\\dqPUldyRnEkNDkVdYcYSYMW<AWYhYpIWK@QiyutUwgXrSyVYhu>lreqUqQqpqQkTvTxiqyqU_p[xbNPsuQ^KNuXOcyyxuxuwqjy`y_y_gN^bNg`f_lGqB@qKf`YiyhyhUA]?wx^HbDG]^>rBFuwxxXYirGwEweTaw?qk>^uIvirYrPf_[nsBFto`jB^p`OymnnXFlkVvLFomnb]g\\[V^JvxTYgi`gxih:Yj;iicAbnXuaPdDgwMxwywyuYrowtWwtpqyMomlalRN_>@\\<?K@xyaYkYkY]W\\`kjQvfXXRDQkyUwQwQUU^yvlYsitMpdWTapd`P@MV:@KrmymymYaj=@wQYMYAy@IvCxSvMVEeJv`xLYSAxXyXyWiSZlQ\\ILI@MpuuwuxPDxc@oIDXRuQsLq>pKKhxjxjw\\WCeym]k?ep>mj>epVxSUmW>@kZTlLEySxsvmnClRpPqyiyiyuxTPHyVyTySYr_tlVMtL=KYqypypqxxC`sqiqiiY=yJy<y;qvbXmuYxXxxvhPWuQgmMq]ukuXuumZTypypyhuxMLo`RSHXYlXRIVgiLPqM\\yuxtNDiRAQO_eT^atQ@KYDyByRTQYfIqaqmeLu=HN>@L<=qeyysHP;=uB=LT\\rQemkLvZYXNdYmxS>ayxyxyxWKTPaaVPUKa\\pDlXrEkb<SkYNf]R>AKAxwwuwue_F@jcI_ailBI^LFk?ochQhZ^s^x[tIqN@wTA]col>fmY`rGG[lP\\Wpv`Ne_yu`iv_fvluMdp?=KyhxgxWo@kSqp:uYY=y<yLT@uPdMFXxyhWkxpgiPuasYAMuYSEipA]YkAVIXSchK[\\jJflK@cS?uj>ktFkvAceP\\gP^ZN_opkr@xgoa[Gvmymyayai_tgpL^vDWk:>ZLf[C_b;_dLF`M?cQ^^P^xei^GXoJpjB?[l_d??]BHb\\ybD>]aqdtomxxowpxTIvvXxHYgiIkVIycN`[y^[vrSihipps>r\\pi\\vgOya[vdO_]CFdgYc__`QiIuxwWUT_VIysxmxmoFJEchsVVqr\\;seOy[AcQggRidMoGwETYeBaayHWIhAW]qVyUxa;vvawK=pxHkelX]AveUtR\\x[@rA`lFUXMDYN]S<@WomMIyV@QVXmQmeqp`k_IPIHYFAxbxRwLogIJ\\ETnQttYYYQYrxkgTSBMpKDPDdYCPrSTmkEui\\Rv@kJatxTN`hmM]PQeYtEYYhygiOeyVxLyqeKUASu`PQdWEuLolK<=U>nixgyeyeqxxgI]?NfVycjW\\pqrgwwTYpx`gjx\\RAcuhpxOu\\wZ]QtPgd^`tpYlX`x^pfaWyBh[?wfe@[GHhRYmpqlbA_nHvFAeghakqgX^wWGdXQue`jl``QwfTfk_^jJNbBF\\_GfQnjmAsCg^N>aI`meo[tvrPyf>IdOhnaAsEGtmIuT?r[iwIAokowsNqLO\\?_\\rNu>Av?y\\Y_uVVxMvcvFpCV;GvNSXXII<qI]aXE_vC_RCUW^AdQIikKReitioYoUDNkvbwUmMtQCTpivisYsgTr]FVqSscvNgbm?VM=XtgDMATraRYWx`qT<_SY]WDqbLeGE]wJCGYEyDyTTaUrsw@awxKB?UyoAI<CghuUuQuQQerAt`CH^eUBKBHeI;GS>_YpYhYgWmMd@ASv;DLkreQUgMyqoHWygb;c<qGA_El=SUSD;MFgQtoktrAc]kcbUvfCth?IEoi__hLcV`QfBgBuUuykx@GyRUe]scvKXL=eSSE[KfYyTwOwOeGwMtRicMEbSCgOwWsUsUMuTShAlTrdRDeO;tvqElyLrqiKi=i[iciOiMW\\NovghccVnXypi^yhoaTyiGeQaH;SSNGEa_HSEtZUYFQIrwuV=uXqyaUGp;V=MbHAUBwSpSHyuxSYV>yykwrXSu\\[ipIemMdPAcbWh`aW]msw?IqkEuAtRaegSIvAx=yw`;r==C[[bj_HLoiRkHN?GMCCZaYmmy_GHDogb;ikIxIwYvgeWOFhMgFyX?MbPQcLsIVwTK;GHkiB?uxYyiyuV;V<acRUvrWEa?WM?SLeRr=I\\ae\\uwmMeGgeMascyt@WyqsWXauxSw??VOMr]AYmmwYmylydqsFUWbhKFlcbsWDJ]epMr>?WSwFDQCqADM[rJWh^mU>=dmgR@AFdYRnkixixiwWeIxKycx]hCGdDuDOyebwdkUg\\yv_wWYWUQkCyeTs]VasIssyfaFT[R:?ctaIaIIIIW<[soOGjKiP?dleGuMc\\AwE?IfiRcGiB?SLsCOcR^KVgiC<mxJYRIcWiSwoEv?wDHsDV=X;UeAAuXkt??fyqvqsiSqvg]ytqFt?u=]VCQirwd:OFf]eo]t`?WTYtXoxnohhoIysvVWXT?UqkGp?F@csUku];UogR^CDsiXhWSyaB_gxeCbyMycyfqoxC[T?kVFGc:QVmQcpOuY]bUCTcuYJcWOCdnkXyuGTQTw[Tu[bZSYO?EiSYlWBUGycYCASYu[bJKRBSG]Cdl?hkqic=udAumMbwUvIId^aRD?Dj]WscdVGUYwg^OU[avYCtPEVZwGK;CHaH[Qv_?CAOHgQT<AIMQtEAIIiDWQDGEdxiTIqS];v>]gngF\\irsoF:=IFaBC?sAGYnQFC?d[AueUswQG_KXvGCqKfJWtgKRlkI=gRBAcn?DQ]EhIgACUQ]bFaercxO=W=iI\\;S\\SG\\oHQmUseVMcD>mrEsUrQr??SDWWCWtEqGu_gGIbZagBOesaTTkU_OvkWfuecA?tZ;DniVwaUI]WKSd>wcsMEmCH^QUmyxSefrIGOqWFabSeIeecgahC=SjWgb[Du;DJ]wG]yRsFUODWMfJ]bwEujwb:kF\\]hC]wRsfxgg__DxSv\\KfggcYiUiQIuuc:sIbAf=oDxsgi[CfiD\\sxMyexaXUsD;EWyltoiVhltZpxgpynhrp\\Rbhx\\US\\TwSustmTupj:QN:aoopyBLPmEonAUeyR>YqAYy>aQ[Lodpv;tJV<pJ]KA@kNduexOyLktTkbLsA=MQYJyXRBDN>Nnf^w\\Qjf`bDgmePxioks@c=vrLXvBIngY^b^]NokngmEVvRXqI@m\\adIQ_fFdKQ_gYkh>\\WN^@^muOr?@ibPZT^]\\Onfx_lNdawprNutaoBnle?aFQyAxmDYyMV\\\\@aonbqI\\Qnui@gQvjU@jKymmheoogexbnvkrYxxXw`gsGhas^u>n\\KWowncvXxP_Z=Fl:IlqIeONjb^bq@[?OVeCKmr`owKcW];EBCDmIFBKsSwtHGIoQRk_WNuvrQwfcepaUeyVIGxcyy\\WchKW\\_RO_SeUwYaRWGhQMY_gxLqWWws\\kYgGeACTUYRPQrRsrp[hIQWYctaexZAxk?sokIgMDq[RteeE[F^efIKuuKFhmrcKR?qILmBCWSeyRfIDBosZKuMarJSeM[VowEvYUO_sTYVx?djoUtqwQibWGcvSy?iILqRowWXQcHADjMubYgMOiPMEaSynyU`=WUih`iSjQUUAcl?D<=C[Kff[w\\QbFWdVmcasVMWBFxsc]vbTXZdRxMSfEjMHwVTlNQPcpUOdYLDnrLybYnUXjyTo:HRCDOKLK<]kmhSZIkpAXnUYaauRqr_UroYT?PR:]WJ\\STAvrtlmdU?APtAoQeRf\\pEIQhHquxndDRHQSKaNFeq@yV[qrmUtADt=qJ>xnphRKPw;@u>=OayurxrHAqnQRp<XXAso<vRYL\\msWeqaiQiIWKAOcpkwYJwhx;qSw@ljlklhTwYqypp`AT<\\lB@LwIp`PTFDKitmO]vgPu`\\SeaYVDJC=pkHmyUL_mxHhXRxNDyrKXscxxoynYUwLYkZmxZ<nw<KV]RH@uLPmsIsI_fuV^B_eKfrpQpwV_DAs`arPFbC_rO@_]NyVYcvhidYdYPg\\Psxhpxgi;p[]Qpq^sgP^for@_pTwnDGqfI_;^aO?]AyfO?w`GqO^b=?[[B>]d?gCbKsrstVwTHgFa_dBGGkOrcev:ODI[R?uG@=CNKVgosVGDd]BPefxgs]wS?]EQEHVSIeixmmdmuw_]womfb]G@[s_OubCV\\yV?Md`ixkSWFUxxstp_tuGUIsBh_xwcYIwrDIhqugkstREcHKRQQEBOVCUE^KH>EWBWHQyGPmwxwDvcFburmEhpOfAOFO_Bq_DEuiEEefye?srhMy@CFpcxV?iDUHVgTcWXfkitihfiWSMfjwGWsUcgc>gCUKhOgY>=SkWcmqWOorB=bCuBosE<qcZ_FRSGD=SNIhaWxW]RcSUuQX:?geyrXUwTEtSQRDaV?EXAQRwogY`y==K[bbS[jo[?g]v`bS^bV@[@N^gPo@NhBHaXi\\cI_AOuwNoWIoP?eHX_AxpDAwIQwi`mjinFhsohxTVkDpenG\\M`]hGwZ_b\\wiXHsiqwovjdwfVqfyqyR_]N^]sOnCwu]yfbhdUVcs_e:p`FxdUnrVynDO\\ZNuJf_]WcYHkjAywanMpcdGlbfrFostVwfpdfQbNWteP^SWvk^c?Gn`GuO^g^aeN@gSxrH^qpipihg<qni``cwgJN^dveDG^fibShq=?pSW\\QikgIvwOvLAiE_rnI\\wH_;QtQOpfFrQGlwPcQ^feF\\iFljvvEabmpksnvRplxP_G`x@X]h?gaGsfIvTYmfg_G_xFY`Iagp^adAo]Pey^bTg\\yH]Uygfw_mGtXVinykt>mlxyR_pPGZO`nhnjJNbBV_]ftQVr@QyPHfeXdcfgGXrD?mKn`JFxLfhZaauVlMyabFm=G_lFnrNjmnaX_]ZgbQ^n@hsDwweij:AuSqmqgi_PpOfvBylmW_GGdTh^A^etwe?gsBvmeyoypqGY[_nZdhqdWhvquN@_mv_K@b\\gd>hfVGfjxmUaqsGpU@_H@cIX`uOkw^\\>GpmnbHIdKvpPArsGaaol>OiRyx^YlIogaqn>WhBnc]IoNirk@_e@gGgb@Vcb^dtiur_m\\`b>GmIin_Pamnfv`bHG^g>lBNfMOrJa]Dvvq`al>fVPcSY[LQkfitaabVHaUvew^fsombVfuWwdNnaguKwshV^n`df_`AQi`Y]uNkPH\\Jpii@_S@_Qgauasr`bZakU@[`>pFHoHYcPqqbyxFwqa^kA@rmpcw@^UPcI_p`pthP[R`stvmRNbBF^>hbv?uR@^f_`rFyL?qBP]Inp_afLV[Hq\\CGf]>q@ij[>aDYssqlYXtgfqFX`IIuaaotv\\NoktAqwockvjSGdAPi:x_A_q\\ndXhbohfEql`AsuVm`@m@HxMN[Vve]qtavZr`mqQiJNpugnXI\\O`mxwwSxqphdj_xSg\\FF_>g`>wZwa^tAaii\\cH`xfgRXmm@eD>db^t[Nk>?`nIl=WfQFm[nini^\\fn^`a;?nbPkkXkxNmMV]spboXbaGoN?yMqew^ZT@f\\ayMVZtYty@[PHxramJgfmgnxiyhPt]V]bnu[QiKq^yXcUYfAP_Kwcb?kLPqy_ip>toPu[>r^XdLnrXva:_yKFk>x[Kv`_^sCviwO\\uqsBIopHcNH\\TOymn_Y?ZNGwxWgE_cSyjPqbY^bYVumhbwv[GAq?OsFxroqtIA]vxoB>kDQmhifqpyFQnkNpk@cTPhqqx[HpRWbwAgAYi\\>hTipY`mU`\\s^fAVwig_wxvfQucwnWptx@nZ^pfI`mO_[is`pt:@xpni<qhvojl^jJNB]RSXK]LP]@X>tNl`RJtrNXtciY\\NgWxbHYaaalmWogncqpqr>v>^tR_lkotsFydnvKn]@Yd?_`VwsKwxJWf<Xcn^r=vkC>\\\\`wFX`HAg\\yjBXunHgMQbsXhmY^LQw[Fr\\PjV>g\\prVH[\\fyraifNsZNc^hcHgpp`bvPc:OmQxxrFxTIdvNjZ>wENkNnwmn_cXh\\FihI^p@uAaiBh\\c>mooaI_\\@@w]^ZBFfHiak>ffNupv\\wWc]X^d^kAWmfandF^;HnwOf\\PsVYkNF\\BnyGqnOFnlnuLnbtA]Q>p:FbcqqIvirUMKR>uCkgvFWe<sFmOF__wA]hOYhjacQ?HcOXxaWI]FdYUUktUaiC?IuEtXKFLex_]CwMw^CrfaEYgi\\OW_CHciFt?SnKDReYo]RpIVycWJSrDawuYIZ[R?=rfiIpcgn?UemsposaGyWiy@AgisstWxvWHcue>SiB;euEuHqYmeYWwGmorOcehOb]CF>\\jJDd>p^L`mWNvfnddo]AGmmV_D>pPvvX_x;?hrouNF\\Ooctxx@QJCh^cFgOtWac=?E[kGv;fQ]t??rZAcmmYGwxrWvHWWKoEKSHH=hu=C]ODPKfM[EbetFCI]iT[DxkqsqmqmHQnajFuwvxxrasriROaR<MSNHWYyqwtjF]lE]l@EJMHUIYPmeqbUlIAksLR:ip`aVx`jDeR\\DKATVPDtc`LLUVjeou=Rj]mjMrCdS:<wQUy>TJ;MvaDpD=OJDJ`AwvaloqVueWnIO=px:HQbysVpnd@WlhmAdOUTjblMK<oYmXolxS=qXYjOHuQiQ>dkqAuEqqmpl_\\TfxMU<LLptNamfhlkHUAUWQykUaQ?Eo>]sFHnxTpQqkylyrqXIukeIkjXTIeQohRQdYhLmOMRH@NplMwMLJmomlV]EVmPSc`piaRtdoUDr`yX<DTUqs:LLvptapmwyvE@KmypiTWwQRBDN>@pvmLv@jyaOo`VU=KuDLODR[Lk@qkfqs<@SQxQIqyV\\uT=NwekMeqsUhGIayWuUqupF_bvl=@wI@cDvvYXfyv[K?]\\gj]yaeN]oPetQ`rYccYrxG^pnlMfx[>id`kvFxNwf=Vi;VwV>uupuoqo`n]IGa_alPqiwVqfo\\O?`^_ahWwpvwKoZegZu>\\hSXsrIkbPcIuuyuyuYqv[YC>OSc]C[[bJhVBHpupqseS^`Of=Wrdq>DutUQjXwCaTdIvT=ND`NlUNlITc`X>IudMNCpwODpTMkmmUa=sPYtKxoA=NftVy`OQHpJhmdyoDXlJLQ>QuvxVYhLm`wlToT<wTUTcTlMUxd`pKuYUMnDHL^EN>^jOOy_G`;?ubawFQjfWeBpdc^hLy\\w@[?Fo;XdawoPQuXYpDixi_b>WaWx_moZE_jjwfP>``Q^?Od;X]cPpO?o_^jJNB]jJLrD<vFUXdhRY]mgTL;DmoAlZAplLoVdqmdWHiUKdPxuL[UuSdbKvqtoyYPbbNtIWbBF>[RNgbJkTC?wRsvT?SUOG@GDPmcBCe\\yFd[TDeUNOxA=eOYbawXp[DlCgbAuTuem]C[DN>]l?@LpEUBhj?QKm]jOHR>HOWxwa@O^XXneTN\\Va]jR`kjuK[\\jJLNDQRBDVaHRDQv@MOQtqe`m=\\K[\\ZfWclOau^jJNbBF^>dBOhJK:?\\\\D[[bJ^JL>=C[>;C<?D<LBK>CF>\\:KNBDN>B>F<><@<]\\BF>D>??B[D<J[BK:C^>;>;\\BJB>KZBZK;NB]:RBN>Z<KK;LBC<B<L>J<C\\:KZB<><K>B<RN:?lB:@<?;bJNNZ>L\\:\\:::JUljyYJQ<WvuWPQNTmY:<J:<j^PNaLNQENjDB2:\"\{\}-%%ROOTG6'-%)BOUNDS_XG6#$""!!""-%)BOUNDS_YGF'-%-BOUNDS_WIDTHG6#$"%5))F*-%.BOUNDS_HEIGHTG6#$"%!z$F*-%)CHILDRENG6" The lift forces generating from the circulation:LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= 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 And therefore, the whole force and moment applying on profile is: 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 And using the relation 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 we get: 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 Now, we will define the oscillatory derivative: 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 So, now we get: 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 Now, we use the relations LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= 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 And get: 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 So the following system: 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 In order to find the influence of this matrix on the whole system we need to multiply them by the dynamic system eigenvalues: 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 So we can get LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEnJiM5Njk7RicvJSdpdGFsaWNHUSZmYWxzZUYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJ0Yy of the wing. Now we will write the generalized form: 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 And now we can examine the influence of each mode on the stiffness and damping for the values of the non-dimentional frequency LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy9GM1Enbm9ybWFsRic= . LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

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 LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The given data of the wing: QyQ+SSJsRzYiJCIkXSghIiQhIiI= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSZ4X19hY0c2IiwkSSJjR0YlJCIjRCEiIyEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSNFSUc2IiIjOiEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSJjRzYiJCIjdiEiJCEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSZ4X19lYUc2IiwkSSJjR0YlJCIiJSEiIkYq LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSNHSkc2IiIjPiEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSJkRzYiLCZJJnhfX2VhR0YlIiIiSSZ4X19jZ0dGJSEiIkYq

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSZ4X19jZ0c2IiwmSSZ4X19lYUdGJSIiIkkiY0dGJSQhIiJGK0Yr LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSJ0RzYiLCQtSSJeRyUqcHJvdGVjdGVkRzYkIiM1ISIkJCIjJiohIiJGLw== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SShtX193aW5nRzYiJCIjTiEiIyEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSVtX19iRzYiLUkiKkclKnByb3RlY3RlZEc2JCIkXSIjIiIiIiUrNSEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSdsX19yb2RHNiIkIiImISIiRig= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSdtX19yb2RHNiItSSIqRyUqcHJvdGVjdGVkRzYkIiNdIyIiIiIlKzUhIiI= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SS1DX19MLCZhbHBoYTtHNiIsJEkjUGlHJSpwcm90ZWN0ZWRHIiIjISIi LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSJiRzYiLCRJImNHRiUjIiIiIiIjISIi LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= PkkiZUc2Ii1JJGFic0clKnByb3RlY3RlZEc2IywmSSZ4X19lYUdGJCIiIkkmeF9fYWNHRiQhIiI=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

= print(); # input placeholder

JCIlRDYhIiY=

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder PkkiYUc2IiwmSSJjR0YkJCIrKysrKzohIzUkISImISIjIiIi

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

= print(); # input placeholder

JCErKysrdlEhIzY=

QyQ+SSJORzYiIiQrIiEiIg== The length and the surface area of each element is: PkklbF9fZUc2IiomSSJsR0YkIiIiSSJOR0YkISIi

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

= print(); # input placeholder

JCIrKysrK3YhIzc=

PkkibUc2IiwkKiZJKG1fX3dpbmdHRiQiIiJJIk5HRiQhIiIiIiM=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

= print(); # input placeholder

JCIrKysrK3EhIzc=

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The number of modes we want to check QyQ+SSNtTkc2IiIiIyEiIg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

The element stiffness Matrix is: QyQ+SSVLX19lRzYiLUkwZGVsYXlEb3RQcm9kdWN0RzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJUksVHlwZXNldHRpbmdHNiRGKUkoX3N5c2xpYkdGJTYlKiZJI0VJR0YlIiIiSSVsX19lR0YlISIkLUknTWF0cml4R0YlNiMvSSQlaWRHRiUiNVF1KFFNdVN1WSU9SSV0cnVlR0YpISIi

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder From the Attached file in the course web site, the element Mass Matrix is: QyQ+SSVNX19lRzYiLCQqJkkibUdGJSIiIi1JJ01hdHJpeEc2JCUqcHJvdGVjdGVkR0koX3N5c2xpYkdGJTYjL0kkJWlkR0YlIjVRIXlRTXVTdVklPUYpI0YpIiIjISIi The expression of LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYmLUkjbWlHRiQ2I1EnYEpfX3pgRictSSNtb0dGJDYtUSIsRicvJSxtYXRodmFyaWFudEdRJ25vcm1hbEYnLyUmZmVuY2VHUSZmYWxzZUYnLyUqc2VwYXJhdG9yR1EldHJ1ZUYnLyUpc3RyZXRjaHlHRjgvJSpzeW1tZXRyaWNHRjgvJShsYXJnZW9wR0Y4LyUubW92YWJsZWxpbWl0c0dGOC8lJ2FjY2VudEdGOC8lJ2xzcGFjZUdRJjAuMGVtRicvJSdyc3BhY2VHUSwwLjMzMzMzMzNlbUYnLUYsNiNRJ2BKX194YEYnRjM= was given in home assignment 3: QyY+SSVKX196RzYiLCQqJkkibUdGJSIiIiwmKiRJJWxfX2VHRiUiIiNGKSokSSJ0R0YlRi1GKUYpI0YpIiM3ISIiPkklSl9feEdGJSwkKiZGKEYpLCYqJEkiY0dGJUYtRilGLkYpRilGMEYy The Matrix Assembly procedure: LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= #Matrix Assembly Procedure MatAssemb := proc (N::anything, M::Matrix) local n, j, k, Rng, T; T := Matrix(3*N, 3*N, 0); for j to 3 do for n to 3 do T[j, n] := T[j, n]+M[j+3, n+3]; end do; end do; for k from 0 by 3 to 3*N-6 do Rng := 1+k .. 6+k; T[Rng, Rng] := T[Rng, Rng]+M; end do; return T; end proc: LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=JSFH So the whole wing stiffness and inertia matrix: QyY+SSZUX19TTUc2Ii1JKk1hdEFzc2VtYkdGJTYkSSJOR0YlSSVLX19lR0YlISIiPkkmVF9fSU1HRiUtRic2JEYpSSVNX19lR0YlRis=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

JSFHLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

Build and plot the theodorsen function (real and imaginary part) as a function of the non-dimensional frequency LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkobWZlbmNlZEdGJDYkLUYjNiUtSSNtaUdGJDYlUSJrRicvJSdpdGFsaWNHUSV0cnVlRicvJSxtYXRodmFyaWFudEdRJ2l0YWxpY0YnLUkjbW9HRiQ2LVEifkYnL0Y4USdub3JtYWxGJy8lJmZlbmNlR1EmZmFsc2VGJy8lKnNlcGFyYXRvckdGQi8lKXN0cmV0Y2h5R0ZCLyUqc3ltbWV0cmljR0ZCLyUobGFyZ2VvcEdGQi8lLm1vdmFibGVsaW1pdHNHRkIvJSdhY2NlbnRHRkIvJSdsc3BhY2VHUSYwLjBlbUYnLyUncnNwYWNlR0ZRRj5GPkY+. LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy1JI21vR0YkNi1RIn5GJy9GM1Enbm9ybWFsRicvJSZmZW5jZUdRJmZhbHNlRicvJSpzZXBhcmF0b3JHRj0vJSlzdHJldGNoeUdGPS8lKnN5bW1ldHJpY0dGPS8lKGxhcmdlb3BHRj0vJS5tb3ZhYmxlbGltaXRzR0Y9LyUnYWNjZW50R0Y9LyUnbHNwYWNlR1EmMC4wZW1GJy8lJ3JzcGFjZUdGTEY5 varies from LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYmLUkjbWlHRiQ2JVEoJiMxMDEzO0YnLyUnaXRhbGljR1EmZmFsc2VGJy8lLG1hdGh2YXJpYW50R1Enbm9ybWFsRictSSNtb0dGJDYtUSI9RidGMi8lJmZlbmNlR0YxLyUqc2VwYXJhdG9yR0YxLyUpc3RyZXRjaHlHRjEvJSpzeW1tZXRyaWNHRjEvJShsYXJnZW9wR0YxLyUubW92YWJsZWxpbWl0c0dGMS8lJ2FjY2VudEdGMS8lJ2xzcGFjZUdRLDAuMjc3Nzc3OGVtRicvJSdyc3BhY2VHRkktSSVtc3VwR0YkNiUtSSNtbkdGJDYkUSMxMEYnRjItRiM2Ji1GNjYtUSomdW1pbnVzMDtGJ0YyRjlGO0Y9Rj9GQUZDRkUvRkhRLDAuMjIyMjIyMmVtRicvRktGWS1GUDYkUSIzRidGMi9GMFEldHJ1ZUYnL0YzUSdpdGFsaWNGJy8lMXN1cGVyc2NyaXB0c2hpZnRHUSIwRidGMg== to LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbW5HRiQ2JFEiMUYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJ0Yv.

JSFH We will build Theodorsen function from a combination of Henkel functions as shown in class: QyQ+SStUaGVvZG9yc2VuRzYiZio2I0kia0dGJUYlNiRJKW9wZXJhdG9yR0YlSSZhcnJvd0dGJUYlKiYtSSlIYW5rZWxIMkdGJTYkIiIiOSRGMCwmRi1GMComXiNGMEYwLUYuNiQiIiFGMUYwRjAhIiJGJUYlRiVGOA== Isolating the real and imaginary parts of Theodorsen function for the Reduced Frequency LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy9GM1Enbm9ybWFsRic= from LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYmLUkjbW5HRiQ2JFEmMC4wMDFGJy8lLG1hdGh2YXJpYW50R1Enbm9ybWFsRictSSNtb0dGJDYtUSMuLkYnRi8vJSZmZW5jZUdRJmZhbHNlRicvJSpzZXBhcmF0b3JHRjgvJSlzdHJldGNoeUdGOC8lKnN5bW1ldHJpY0dGOC8lKGxhcmdlb3BHRjgvJS5tb3ZhYmxlbGltaXRzR0Y4LyUnYWNjZW50R0Y4LyUnbHNwYWNlR1EsMC4yMjIyMjIyZW1GJy8lJ3JzcGFjZUdRJjAuMGVtRictRiw2JFEiMUYnRi9GLw==: LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= #Theodorsen Function Plot Structure T := [evalf(seq(Theodorsen(k), k = 10^(-3) .. 1, 10^(-2)))]: REAL := [seq(evalc(Re(T[i])), i = 1 .. nops(T))]: IMAG := [seq(evalc(Im(T[i])), i = 1 .. nops(T))]: K := [seq(i, i = 10^(-3) .. 1, 10^(-1))]: #Plots P__real := plot(K, IMAG, legend = ["Imaginary"], title = "Theodorsen Function", axis = [gridlines = [10, color = blue]], titlefont = ["ROMAN", 15], labels = ["Reduced Frequency k", "C(k)=F(k)+I*G(k)"], labeldirections = ["horizontal", "vertical"], labelfont = ["HELVETICA", 12, bold], legendstyle = [font = ["HELVETICA", 9], location = bottom]): P__Imag := plot(K, REAL, color = green, legend = ["Real"], title = "Theodorsen Function", axis = [gridlines = [10, color = blue]], titlefont = ["ROMAN", 15], labels = ["Reduced Frequency k", "C(k)=F(k)+I*G(k)"], labeldirections = ["horizontal", "vertical"], labelfont = ["HELVETICA", 12, bold], legendstyle = [font = ["HELVETICA", 9], location = bottom]): LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUkoZGlzcGxheUc2IjYkSShQX19yZWFsR0YkSShQX19JbWFnR0Yk

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

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

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= We can see from the figure above that for large values of LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy9GM1Enbm9ybWFsRic= the system gain is 0.5 and the system phase is 0. LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

JSFHJSFH

Write the generalized forces coefficients 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 for the first two modes of the fixed wing, where LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy1JI21vR0YkNi1RIn5GJy9GM1Enbm9ybWFsRicvJSZmZW5jZUdRJmZhbHNlRicvJSpzZXBhcmF0b3JHRj0vJSlzdHJldGNoeUdGPS8lKnN5bW1ldHJpY0dGPS8lKGxhcmdlb3BHRj0vJS5tb3ZhYmxlbGltaXRzR0Y9LyUnYWNjZW50R0Y9LyUnbHNwYWNlR1EmMC4wZW1GJy8lJ3JzcGFjZUdGTEY5 varies from 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 to LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbW5HRiQ2JFEiMUYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJ0Yv. JSFH

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

QyY+SSJGRzYiZio2I0kia0dGJUYlNiRJKW9wZXJhdG9yR0YlSSZhcnJvd0dGJUYlLUkmZXZhbGNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiU2Iy1JI1JlR0YvNiMtSStUaGVvZG9yc2VuR0YlNiM5JEYlRiVGJSEiIj5JIkdHRiVmKkYnRiVGKUYlLUYtNiMtSSNJbUdGL0Y0RiVGJUYlRjk=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder 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

QyY+SSVCX19lRzYiKiYtSSdNYXRyaXhHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiU2Iy9JJCVpZEdGJSI1UUFbZlYyV25XPSIiIkklbF9fZUdGJUYwISIiPkklQ19fZUdGJSomLUYoNiMvRi4iNWVCW2ZWMlduVz1GMEYxRjBGMg== LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= JSFH #Total Matrix Assembly Procedure TotalMatrix := proc (N::anything, M::Matrix) local i, T; T := Matrix(2*N, 2*N, 0); for i by 2 to 2*N do T[i .. i+1, i .. i+1] := M[1 .. -1, 1 .. -1]; end do; return evalc(Re(T)); end proc: JSFH JSFH LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= #Modes Calculations Modes := proc (N, T_I::Matrix, T_S::Matrix, mN) local lambd, u, i, x, j, phi, phi1; lambd, u := Eigenvectors(T_I, T_S); for i to mN do x[i] := Re(convert(u[1 .. -1, i], 'Vector')); end do; phi1 := Matrix(2*N, mN, 0); phi := Matrix(3*N, mN, 0); for i to mN do phi[1 .. -1, i] := x[i][1 .. -1]; for j by 2 to 2*N do phi1[j, i] := -phi[(3/2)*j-1/2, i]; end do; for j from 2 by 2 to 2*N do phi1[j, i] := phi[(3/2)*j, i]; end do; end do; return phi, phi1; end proc: LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSRwaGlHNiItSSZNb2Rlc0dGJTYmSSJOR0YlSSZUX19JTUdGJUkmVF9fU01HRiVJI21OR0YlISIi

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The Stiffness Matrix: QyQ+SSJTRzYiLUkwZGVsYXlEb3RQcm9kdWN0RzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJUksVHlwZXNldHRpbmdHNiRGKUkoX3N5c2xpYkdGJTYkLUYnNiQtSSpUcmFuc3Bvc2VHRiU2IyZJJHBoaUdGJTYjIiIjLUksVG90YWxNYXRyaXhHRiU2JEkiTkdGJUklQl9fZUdGJUY1ISIi

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder The Damping Matrix:LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQ+SSNEYUc2Ii1JMGRlbGF5RG90UHJvZHVjdEc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiVJLFR5cGVzZXR0aW5nRzYkRilJKF9zeXNsaWJHRiU2JC1GJzYkLUkqVHJhbnNwb3NlR0YlNiMmSSRwaGlHRiU2IyIiIy1JLFRvdGFsTWF0cml4R0YlNiRJIk5HRiVJJUNfX2VHRiVGNSEiIg==

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

print(); # input placeholder LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= From the results above we can assume that the matrix size is a function of the DOF ( in the sketch above we took 2 DOF, Heave and pitch). LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

JSFHLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

Plot the generalized forces coefficients as a function of LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYkLUkjbWlHRiQ2JVEia0YnLyUnaXRhbGljR1EldHJ1ZUYnLyUsbWF0aHZhcmlhbnRHUSdpdGFsaWNGJy9GM1Enbm9ybWFsRic= . LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=JSFH QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSNEYUdGKDYkIiIiRi0vSSJrR0YoOyRGLSEiJEYtL0kmY29sb3JHRihJJWJsdWVHRigvSSZ0aXRsZUdGKFEuRGFtcGluZ35bMSwxXUYoL0knbGFiZWxzR0YoNyRRImtGKFEoZGFtcGluZ0YoL0klYXhpc0dGKDcjSSpncmlkbGluZXNHRigvSTBsYWJlbGRpcmVjdGlvbnNHRig3JFEraG9yaXpvbnRhbEYoUSl2ZXJ0aWNhbEYoRi0=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$](!""-%)BOUNDS_YG6#$"$g&!""-%-BOUNDS_WIDTHG6#$"%?J!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7dw7$$"#5!"%$!1Ln&)=PhR%*!#@7$$"+@uM_i!#7$!2=r%>nG#R."!#@7$$"+$oQA3"!#6$!2QI>#)\!R(="!#@7$$"+6u='f"!#6$!2%)eKAMbmU"!#@7$$"+CHa8@!#6$!2N`X2iw"G<!#@7$$"+P&R%GE!#6$!2(poaE5#33#!#@7$$"+4Y"e5$!#6$!2L!G?\+K\C!#@7$$"+X)3,g$!#6$!2&z,17KvoG!#@7$$"+^'386%!#6$!1)*oj_dHRL!#?7$$"+L!p3i%!#6$!1)o%R,CCUQ!#?7$$"+>X,X^!#6$!0n<7'\$>R%!#>7$$"+[@o1c!#6$!1s()))4I>,\!#?7$$"+`0TEh!#6$!1*f&HVFd+b!#?7$$"+7IF[m!#6$!1Q&G"R%3$Gh!#?7$$"*>%=^r!#5$!1hFvV7=cn!#?7$$"*svyg(!#5$!1D)Q`'))oWt!#?7$$"1*****47E4:)!#<$!1#)G"RR7f1)!#?7$$"+V5'4h)!#6$!1))*[/:bTp)!#?7$$"+@54Y"*!#6$!1^8_BY'QW*!#?7$$"+D<x>'*!#6$!2B#HWl!oB,"!#?7$$"+`u%R,"!#5$!2KkCMzE')3"!#?7$$"*XNM1"!"*$!2x&3/JR!G;"!#?7$$"+%)42:6!#5$!1F'>,og<C"!#>7$$"+A&)[i6!#5$!2QY'))3Gi:8!#?7$$"+VZj87!#5$!0t]gU+nR"!#=7$$"+$HhnE"!#5$!2lM&pGqT#["!#?7$$"*63IJ"!"*$!29-&\?LCe:!#?7$$"*%f&HO"!"*$!2A_Hkfq8k"!#?7$$"+Opb99!#5$!2KNC%pGcG<!#?7$$"+V%Q]Y"!#5$!1P%e/\F^"=!#>7$$"+(*=)Q^"!#5$!2%*zT:$)\+!>!#?7$$"+DU6o:!#5$!2B$Gb0:m&*>!#?7$$"+%QWoh"!#5$!2`b!fW#QF3#!#?7$$"+HU()o;!#5$!2oxW!R1"p<#!#?7$$"+.5-;<!#5$!2>Ix()p+LE#!#?7$$"+z[cn<!#5$!2214d'G))eB!#?7$$"*ljg"=!"*$!1$=N]\*))\C!#>7$$"*%)en'=!"*$!2O$G6Ks6YD!#?7$$"+aEK;>!#5$!2Y&='["[FTE!#?7$$"+u8@o>!#5$!1KSmK&G?u#!#>7$$"+yj==?!#5$!2YXOa2a,%G!#?7$$"+RIHp?!#5$!1G*)G&z)fTH!#>7$$"*^w*>@!"*$!2%fOWeMHVI!#?7$$"+c$\l;#!#5$!1p#*))fHpPJ!#>7$$"+%4F*>A!#5$!2&4&y+9.qC$!#?7$$"+z(owE#!#5$!1Ra(**\zdM$!#>7$$"+t8d=B!#5$!1wG'Q8T@X$!#>7$$"*l"HnB!"*$!1&)=Y`4&\b$!#>7$$"+c#*Q@C!#5$!1#o<n1h-n$!#>7$$"+4QBoC!#5$!2kKpP#)*3rP!#?7$$"+&z-9_#!#5$!1"e20cIm)Q!#>7$$"+`0')pD!#5$!2F'QAW/&H*R!#?7$$"+Ed'Gi#!#5$!1Z[f"od.6%!#>7$$"+D-goE!#5$!2'\#=?)>f7U!#?7$$"+#['o?F!#5$!1lM)=,w+L%!#>7$$"+M#**4x#!#5$!1%oJgqAYW%!#>7$$"+>"z7#G!#5$!1jh>i$Q,c%!#>7$$"+KSPrG!#5$!20;[uAnin%!#?7$$"+i&*\>H!#5$!2l)Q(4D2))y%!#?7$$"+LX_rH!#5$!1'fLx?V:"\!#>7$$"+/"36-$!#5$!1ysM')>cH]!#>7$$"+xCHtI!#5$!1'3$>D7([:&!#>7$$")>`?J!")$!1.C_W,Gp_!#>7$$"+2.usJ!#5$!1k&fDH,oR&!#>7$$"+jouAK!#5$!0m7fy1+_&!#=7$$"+-<jsK!#5$!1J?,^&\Rk&!#>7$$"+4mtCL!#5$!10e")fe^ud!#>7$$"+JrssL!#5$!1_]!G#[x&*e!#>7$$"+*)f(=U$!#5$!1')\Zi&e4-'!#>7$$"+p@9wM!#5$!1O"G:8^.;'!#>7$$"+^dFDN!#5$!1zU)Q$\i(G'!#>7$$"*/Cbd$!"*$!1b&pV+N)=k!#>7$$"+d_iEO!#5$!1,1S0<O`l!#>7$$"+>sftO!#5$!1&znh\))zn'!#>7$$"+4ymBP!#5$!1:d]()>'="o!#>7$$"+fsNtP!#5$!1yAi#>kd%p!#>7$$"+D&4l#Q!#5$!1'*)HJDb,4(!#>7$$"+(49M(Q!#5$!18`4)Rp&=s!#>7$$"+OA`FR!#5$!1:VtpS*yO(!#>7$$"+%opj(R!#5$!14G2**zr.v!#>7$$"+(y"pCS!#5$!1<n()o$4"Rw!#>7$$"+rNlwS!#5$!1d6G*36ey(!#>7$$"*bD)GT!"*$!13wE'4oU$z!#>7$$"+FVHwT!#5$!1>5fS^Nq!)!#>7$$"+fSqEU!#5$!1LeYz@$f@)!#>7$$"+J!**eF%!#5$!10c=wT0f$)!#>7$$")pAHV!")$!1hF!\zw`^)!#>7$$"+L.PvV!#5$!04A."*G;l)!#=7$$"+VxOGW!#5$!1FeN\SD4))!#>7$$"2(*****\4)=yW!#<$!1))pw")y`e*)!#>7$$"2(*****pBFv_%!#<$!14sTb'Ru5*!#>7$$"+Gc!pd%!#5$!1Wb'yY<vD*!#>7$$"+h%osi%!#5$!0V))H))y;T*!#=7$$"+@Al!o%!#5$!1"[?Iv#Hw&*!#>7$$"+,**fHZ!#5$!1b3.B$>$G(*!#>7$$"+Zv"zx%!#5$!1-]D)*\Tz)*!#>7$$"+:$o&H[!#5$!2lkQ!fi?/5!#>7$$"+Vm5")[!#5$!28Bz"\?b?5!#>7$$"+a`OF\!#5$!2LRn$fDKN5!#>7$$"+L@;#)\!#5$!2:5R:)3%H0"!#>7$$"+ON,G]!#5$!2nElpa%yn5!#>7$$")>k"3&!")$!2WhO]Nj_3"!#>7$$"+#)\#G8&!#5$!2s4e[Zj?5"!#>7$$"1,++x`_y^!#;$!21"*zTuhr6"!#>7$$"+Z-#*H_!#5$!1Qwwd;DM6!#=7$$"+,el"G&!#5$!2d?6&zHd^6!#>7$$"+ha9L`!#5$!20e2R!)H*o6!#>7$$"+nH)3Q&!#5$!1\Ta_p7&="!#=7$$"+$R7.V&!#5$!2j/PA"\+-7!#>7$$"+tBV"[&!#5$!2@'\v7Xd>7!#>7$$"+6%)QKb!#5$!2Wh#pnO?P7!#>7$$"1******eH![e&!#;$!1pgQ-$eaD"!#=7$$"+@(p4j&!#5$!2QO4zlQ;F"!#>7$$"+lD%Ho&!#5$!2n!3S%)z'**G"!#>7$$"+4)G^t&!#5$!1K82&G%\38!#=7$$"1*****\#*>ay&!#;$!2A'=>_LYE8!#>7$$"*3*3Je!"*$!2w;.mMzGM"!#>7$$"1,++ATR&)e!#;$!2/N:.b@DO"!#>7$$"*h(RJf!"*$!1%\._([Ez8!#=7$$"+71"\)f!#5$!2)f8!*y7'))R"!#>7$$"+z'yA.'!#5$!2j!z:]^J;9!#>7$$"+j*[U3'!#5$!1)\$eP8eN9!#=7$$"+eptLh!#5$!2NWq6vSSX"!#>7$$"+#\s`='!#5$!2l%[b@$>MZ"!#>7$$"+K+zKi!#5$!2<=aoC@8\"!#>7$$"+^i$RG'!#5$!1[**Rc^u5:!#=7$$")G1Pj!")$!2ie$3Mo/J:!#>7$$"1*****zh4LQ'!#;$!1<uM')Q#)[:!#=7$$"+\uDLk!#5$!2n+4_#G8o:!#>7$$"+X%e[['!#5$!2^2]&)4+#)e"!#>7$$"+`*R``'!#5$!2j'[3+%\zg"!#>7$$"1*****pS$=%e'!#;$!22*\J"\ori"!#>7$$"+MdTQm!#5$!2$[!\)*fN'[;!#>7$$"**e9(o'!"*$!1#H4cPR!o;!#=7$$"+Pd<Rn!#5$!1l#o!Rp())o"!#=7$$"+8DK'y'!#5$!2j[0\*e'yq"!#>7$$"+&Qmy$o!#5$!27-NxOU(G<!#>7$$"1,++f^O')o!#;$!2<veEw'\[<!#>7$$"+[.1Pp!#5$!2kC'H*>h#p<!#>7$$"+iTi')p!#5$!2V$)[&ojn*y"!#>7$$"+%)G^Qq!#5$!2NO,/>q6"=!#>7$$"+&)y[)3(!#5$!2CjveU))>$=!#>7$$"1,++YXfRr!#;$!2rMc%[qR`=!#>7$$"+=!y->(!#5$!2vU<vIZZ(=!#>7$$"+m3&oB(!#5$!23xgnYqW*=!#>7$$"1*******fG-H(!#;$!1:%fQf)><>!#=7$$"+)GqzL(!#5$!1ZP;Z%Qw$>!#=7$$"1*****>)G())Q(!#;$!2'e^J*pZ&f>!#>7$$"+eJfPu!#5$!1P5An*H1)>!#=7$$"1,++m2p"\(!#;$!1(G4j$z;/?!#=7$$"+;``Qv!#5$!1G$=_ofY-#!#=7$$"+0Vq"f(!#5$!2D7"3Y8/[?!#>7$$"*1i,k(!"*$!1pT12bYp?!#=7$$"+Ls;$p(!#5$!2xpzB5DI4#!#>7$$"+M<!*Qx!#5$!2`UC-.eM6#!#>7$$"+))z)4z(!#5$!1"fXKGZo8#!#=7$$"*u+8%y!"*$!2n1Bx3g&f@!#>7$$"1,++E1e"*y!#;$!2vde$))eP#=#!#>7$$"+TbnTz!#5$!2Z,,6)\A0A!#>7$$"+r5!)*)z!#5$!1=B0&3'GFA!#=7$$"+Rg#=/)!#5$!1U[UgjD^A!#=7$$"+7'494)!#5$!2Z#zTq%>UF#!#>7$$"1*****R)RfV")!#;$!1hOi;7^)H#!#=7$$"+6M$3>)!#5$!1Vd`n4h?B!#=7$$"+8=/V#)!#5$!0snh'o:XB!#<7$$"*P[IH)!"*$!2LU21H(yoB!#>7$$"1,++4K$HM)!#;$!1'=.()*pZ#R#!#=7$$"+<"Q]R)!#5$!2uOX<jXtT#!#>7$$"+T'GIW)!#5$!1>-C(Gj.W#!#=7$$"+)\x@\)!#5$!2AFW9j[SY#!#>7$$"+vOWY&)!#5$!2O]v"R>L!\#!#>7$$"+dsd&f)!#5$!2F;e%y([U^#!#>7$$"+^b#ek)!#5$!2an.qrD)QD!#>7$$"+ln#pp)!#5$!2%>9&[vTRc#!#>7$$"+E()*Qu)!#5$!2LZrMzOre#!#>7$$"+>$pRz)!#5$!2.3*Qxk(>h#!#>7$$"+m(eO%))!#5$!2&[kRwRuOE!#>7$$"+L5"o*))!#5$!1Dqf*[mLm#!#=7$$"+/crV*)!#5$!2Z%Qu10(po#!#>7$$"+VP$y**)!#5$!10(HRzLVr#!#=7$$"+%>rm/*!#5$!1%o/B!f9RF!#=7$$"+&H$*\4*!#5$!2[<`&>s!Qw#!#>7$$"+"3bp9*!#5$!12B(*f$\/z#!#=7$$"+dq7*>*!#5$!2NW#[-zK<G!#>7$$"+QefY#*!#5$!28'*Q:W&*=%G!#>7$$"+ob+(H*!#5$!2;Q*f;?5oG!#>7$$"*a+iM*!"*$!1")\NpKz$*G!#=7$$"*TG&*R*!"*$!2(zqIwDx@H!#>7$$"+R=nX%*!#5$!0GR%394YH!#<7$$"+^#p')\*!#5$!2ih#prs9uH!#>7$$"+,'*[[&*!#5$!1n^)G(Hk+I!#=7$$"+Y(Gyf*!#5$!1*[:<2**p-$!#=7$$"+Pr?Z'*!#5$!2Bhx;3#\`I!#>7$$"*(*pvp*!"*$!2t8!3?Gj!3$!#>7$$"+HP&4v*!#5$!0RK\TL&4J!#<7$$"*T,**z*!"*$!10i0]<:OJ!#=7$$"+a!>#[)*!#5$!20V,*p%RD;$!#>7$$"+C)p)**)*!#5$!1_Y=C1(3>$!#=7$$"1,++\"39&**!#;$!1nQ1wpE>K!#=7$$"#5!""$!1[d8<g:YK!#=-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q(damping6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q.Damping~[1,1]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSNEYUdGKDYkIiIiIiIjL0kia0dGKDskRi0hIiRGLS9JJmNvbG9yR0YoSSVibHVlR0YoL0kmdGl0bGVHRihRLkRhbXBpbmd+WzEsMl1GKC9JJ2xhYmVsc0dGKDckUSJrRihRKGRhbXBpbmdGKC9JJWF4aXNHRig3I0kqZ3JpZGxpbmVzR0YoL0kwbGFiZWxkaXJlY3Rpb25zR0YoNyRRK2hvcml6b250YWxGKFEpdmVydGljYWxGKEYt

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$!))!""-%)BOUNDS_YG6#$"$g&!""-%-BOUNDS_WIDTHG6#$"%!*H!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7dw7$$"#5!"%$!1w:r&enFF%!#?7$$"+@uM_i!#7$!2;CYgI`%oU!#@7$$"+$oQA3"!#6$!2$*Q")=?'GiU!#@7$$"+6u='f"!#6$!29!)4Q%yu`U!#@7$$"+CHa8@!#6$!1'zJlJ-SC%!#?7$$"+P&R%GE!#6$!1f62)oBNB%!#?7$$"+4Y"e5$!#6$!2/R%G9NLBU!#@7$$"+X)3,g$!#6$!1a$fx(*fC@%!#?7$$"+^'386%!#6$!0(Q<lz*4?%!#>7$$"+L!p3i%!#6$!2N!)4,\b%*=%!#@7$$"+>X,X^!#6$!/j+kVaxT!#=7$$"+[@o1c!#6$!1c]ycU2nT!#?7$$"+`0TEh!#6$!1&*ekp%e`:%!#?7$$"+7IF[m!#6$!1-_x&z4P9%!#?7$$"*>%=^r!#5$!1,[&*eNiKT!#?7$$"*svyg(!#5$!1m3\:RpAT!#?7$$"1*****47E4:)!#<$!1ApkNd26T!#?7$$"+V5'4h)!#6$!1H/O4gS,T!#?7$$"+@54Y"*!#6$!1Y+bhsO!4%!#?7$$"+D<x>'*!#6$!2k_ceS!z!3%!#@7$$"+`u%R,"!#5$!2w=Tmy(\qS!#@7$$"*XNM1"!"*$!2&3dWR#341%!#@7$$"+%)42:6!#5$!1"R=elB60%!#?7$$"+A&)[i6!#5$!0ni(*4PB/%!#>7$$"+VZj87!#5$!1;+vQ<2LS!#?7$$"+$HhnE"!#5$!1Q%Q^YyO-%!#?7$$"*63IJ"!"*$!2XYV6g!p:S!#@7$$"*%f&HO"!"*$!1C0:#)zD2S!#?7$$"+Opb99!#5$!1pBDnXv)*R!#?7$$"+V%Q]Y"!#5$!2E*HV)GO1*R!#@7$$"+(*=)Q^"!#5$!1*>@79mH)R!#?7$$"+DU6o:!#5$!1)*4xOuluR!#?7$$"+%QWoh"!#5$!1*4)o$Rtt'R!#?7$$"+HU()o;!#5$!2/V"GX3yfR!#@7$$"+.5-;<!#5$!1Cli.71`R!#?7$$"+z[cn<!#5$!1"yxCP%)e%R!#?7$$"*ljg"=!"*$!1_JwJ')GRR!#?7$$"*%)en'=!"*$!2'*3N#o@bKR!#@7$$"+aEK;>!#5$!1HGC"[<h#R!#?7$$"+u8@o>!#5$!1*zO(*QO&>R!#?7$$"+yj==?!#5$!0FI"yNM8R!#>7$$"+RIHp?!#5$!0wk%pM:2R!#>7$$"*^w*>@!"*$!1AyBEF:,R!#?7$$"+c$\l;#!#5$!19LQHgv&*Q!#?7$$"+%4F*>A!#5$!1`68&[/(*)Q!#?7$$"+z(owE#!#5$!1fEnJ*3W)Q!#?7$$"+t8d=B!#5$!2a)4[k.))yQ!#@7$$"*l"HnB!"*$!21U!yQ()ptQ!#@7$$"+c#*Q@C!#5$!2v<5g!o1oQ!#@7$$"+4QBoC!#5$!2:37]#)*GjQ!#@7$$"+&z-9_#!#5$!1f#>!fi(z&Q!#?7$$"+`0')pD!#5$!0w!\R/B`Q!#>7$$"+Ed'Gi#!#5$!1GZ%*H89[Q!#?7$$"+D-goE!#5$!2lof#oI$Q%Q!#@7$$"+#['o?F!#5$!2P5]'zl,RQ!#@7$$"+M#**4x#!#5$!1)4v&e?XMQ!#?7$$"+>"z7#G!#5$!2Xf)>&yt*HQ!#@7$$"+KSPrG!#5$!1>evF=fDQ!#?7$$"+i&*\>H!#5$!2aO8?ba9#Q!#@7$$"+LX_rH!#5$!1F&="G!fq"Q!#?7$$"+/"36-$!#5$!2'=LK]:%H"Q!#@7$$"+xCHtI!#5$!0#*=r'4o3Q!#>7$$")>`?J!")$!1F#Q$fi)[!Q!#?7$$"+2.usJ!#5$!2cQX<ee2!Q!#@7$$"+jouAK!#5$!0&4O%ynoz$!#>7$$"+-<jsK!#5$!1aKo?a/$z$!#?7$$"+4mtCL!#5$!1H,q)[8"*y$!#?7$$"+JrssL!#5$!1#4G(eZa&y$!#?7$$"+*)f(=U$!#5$!1)35iNS>y$!#?7$$"+p@9wM!#5$!1WhVux,yP!#?7$$"+^dFDN!#5$!1D&)oMf^uP!#?7$$"*/Cbd$!"*$!295c"f;)4x$!#@7$$"+d_iEO!#5$!14$\@JMuw$!#?7$$"+>sftO!#5$!1$o;wx8Uw$!#?7$$"+4ymBP!#5$!2W21'o:#3w$!#@7$$"+fsNtP!#5$!1&Hp%>_\dP!#?7$$"+D&4l#Q!#5$!1)[f5[zRv$!#?7$$"+(49M(Q!#5$!2O'fi(*>"4v$!#@7$$"+OA`FR!#5$!2W2?(4>TZP!#@7$$"+%opj(R!#5$!1nEqNzGWP!#?7$$"+(y"pCS!#5$!2lB?-$zATP!#@7$$"+rNlwS!#5$!2a&R\&[qzt$!#@7$$"*bD)GT!"*$!1\ki+HtMP!#?7$$"+FVHwT!#5$!1\wAjZ"=t$!#?7$$"+fSqEU!#5$!2CD1OUV(GP!#@7$$"+J!**eF%!#5$!2bh%))zBxDP!#@7$$")pAHV!")$!2;]nC")zDs$!#@7$$"+L.PvV!#5$!2c<Di$*R)>P!#@7$$"+VxOGW!#5$!17*H,"yr;P!#?7$$"2(*****\4)=yW!#<$!2xx;(=f!Qr$!#@7$$"2(*****pBFv_%!#<$!1.ik&>V4r$!#?7$$"+Gc!pd%!#5$!2W0W[C)43P!#@7$$"+h%osi%!#5$!1L0q,j@0P!#?7$$"+@Al!o%!#5$!2YYdaA#=-P!#@7$$"+,**fHZ!#5$!1[z0Q"=%*p$!#?7$$"+Zv"zx%!#5$!1Tc8"f0np$!#?7$$"+:$o&H[!#5$!1'>@?iAQp$!#?7$$"+Vm5")[!#5$!1.3]oA'4p$!#?7$$"+a`OF\!#5$!0X_^93%)o$!#>7$$"+L@;#)\!#5$!2:7AE#zR&o$!#@7$$"+ON,G]!#5$!2mwj3B"*Go$!#@7$$")>k"3&!")$!1n/J4E(*zO!#?7$$"+#)\#G8&!#5$!29I8/k*>xO!#@7$$"1,++x`_y^!#;$!1A8c'\LZn$!#?7$$"+Z-#*H_!#5$!1o[-m/(>n$!#?7$$"+,el"G&!#5$!2O+VZe*>pO!#@7$$"+ha9L`!#5$!1*4;mi^km$!#?7$$"+nH)3Q&!#5$!1=%Hx07Rm$!#?7$$"+$R7.V&!#5$!2j/")e>!HhO!#@7$$"+tBV"[&!#5$!11a1VjeeO!#?7$$"+6%)QKb!#5$!2k:6cP)*el$!#@7$$"1******eH![e&!#;$!1J-R3/9`O!#?7$$"+@(p4j&!#5$!1.%pxb;2l$!#?7$$"+lD%Ho&!#5$!2M&4LyL*zk$!#@7$$"+4)G^t&!#5$!2YipkOk_k$!#@7$$"1*****\#*>ay&!#;$!1&3$RS!REk$!#?7$$"*3*3Je!"*$!1Vla)\e-k$!#?7$$"1,++ATR&)e!#;$!1&[4[mJuj$!#?7$$"*h(RJf!"*$!1L)*yl)R]j$!#?7$$"+71"\)f!#5$!1Yj"y`gAj$!#?7$$"+z'yA.'!#5$!2:ahJe-)HO!#@7$$"+j*[U3'!#5$!1'\gl!y5FO!#?7$$"+eptLh!#5$!1%eq.IVXi$!#?7$$"+#\s`='!#5$!1LUOB(o=i$!#?7$$"+K+zKi!#5$!2lj')eR8%>O!#@7$$"+^i$RG'!#5$!29b[[Ylnh$!#@7$$")G1Pj!")$!0.0*Q^,9O!#>7$$"1*****zh4LQ'!#;$!1#\iIy?;h$!#?7$$"+\uDLk!#5$!1EdK(HM!4O!#?7$$"+X%e[['!#5$!2bEe4Lhjg$!#@7$$"+`*R``'!#5$!1XRCf^u.O!#?7$$"1*****pS$=%e'!#;$!2%QC:zC@,O!#@7$$"+MdTQm!#5$!1%zKaU)R)f$!#?7$$"**e9(o'!"*$!1hY#)Hy'ef$!#?7$$"+Pd<Rn!#5$!1e_LeM;$f$!#?7$$"+8DK'y'!#5$!10)H'*[52f$!#?7$$"+&Qmy$o!#5$!1`3xqe-)e$!#?7$$"1,++f^O')o!#;$!1k***)fo\&e$!#?7$$"+[.1Pp!#5$!1Vs"Q(*\Ge$!#?7$$"+iTi')p!#5$!29?N#='e-e$!#@7$$"+%)G^Qq!#5$!/%yMqTvd$!#=7$$"+&)y[)3(!#5$!1RPq))3#\d$!#?7$$"1,++YXfRr!#;$!2m*=^DjBsN!#@7$$"+=!y->(!#5$!2'4tS"Rp&pN!#@7$$"+m3&oB(!#5$!2av"4-X6nN!#@7$$"1*******fG-H(!#;$!2c^+.r&HkN!#@7$$"+)GqzL(!#5$!2FO'e['p<c$!#@7$$"1*****>)G())Q(!#;$!02'\Q52fN!#>7$$"+eJfPu!#5$!16e3?G[cN!#?7$$"1,++m2p"\(!#;$!2xQflk-Ob$!#@7$$"+;``Qv!#5$!/dS0J5^N!#=7$$"+0Vq"f(!#5$!1L*y2sf#[N!#?7$$"*1i,k(!"*$!1^v*3=ica$!#?7$$"+Ls;$p(!#5$!2W=n<19Ga$!#@7$$"+M<!*Qx!#5$!1F.^L2NSN!#?7$$"+))z)4z(!#5$!2;9Y$z%Qv`$!#@7$$"*u+8%y!"*$!1iL%)e\"[`$!#?7$$"1,++E1e"*y!#;$!1M3gch3KN!#?7$$"+TbnTz!#5$!1%GsXAg$HN!#?7$$"+r5!)*)z!#5$!1E*[seMn_$!#?7$$"+Rg#=/)!#5$!2cv2%)[))Q_$!#@7$$"+7'494)!#5$!1C&fWMo6_$!#?7$$"1*****R)RfV")!#;$!2m&QcltH=N!#@7$$"+6M$3>)!#5$!1<dp,6p:N!#?7$$"+8=/V#)!#5$!1GfgYC!G^$!#?7$$"*P[IH)!"*$!1tnN#QF+^$!#?7$$"1,++4K$HM)!#;$!1k2S<4D2N!#?7$$"+<"Q]R)!#5$!2EGxt0UV]$!#@7$$"+T'GIW)!#5$!1:lX7[l,N!#?7$$"+)\x@\)!#5$!2(*e'ydX*))\$!#@7$$"+vOWY&)!#5$!20`!G0s$e\$!#@7$$"+dsd&f)!#5$!2'*f*>R,1$\$!#@7$$"+^b#ek)!#5$!0n4<A6-\$!#>7$$"+ln#pp)!#5$!06WLm/t[$!#>7$$"+E()*Qu)!#5$!2c!=OIYi%[$!#@7$$"+>$pRz)!#5$!2k@Kj!*e<[$!#@7$$"+m(eO%))!#5$!2OiY!Ge!*yM!#@7$$"+L5"o*))!#5$!1a?P3P%eZ$!#?7$$"+/crV*)!#5$!2XI8ZmKJZ$!#@7$$"+VP$y**)!#5$!2W4t#zU**pM!#@7$$"+%>rm/*!#5$!2wk^vX_rY$!#@7$$"+&H$*\4*!#5$!1hHMB:LkM!#?7$$"+"3bp9*!#5$!1OiNFzGhM!#?7$$"+dq7*>*!#5$!1'[b))H@#eM!#?7$$"+QefY#*!#5$!1x'*oC<UbM!#?7$$"+ob+(H*!#5$!12Pk6)QCX$!#?7$$"*a+iM*!"*$!0.Cy*y^\M!#>7$$"*TG&*R*!"*$!1"py!z/MYM!#?7$$"+R=nX%*!#5$!2M)3LJ<eVM!#@7$$"+^#p')\*!#5$!2DvccP-/W$!#@7$$"+,'*[[&*!#5$!00pB)HSPM!#>7$$"+Y(Gyf*!#5$!1G@*=MAWV$!#?7$$"+Pr?Z'*!#5$!1j6"y3H9V$!#?7$$"*(*pvp*!"*$!1.#Rp_l$GM!#?7$$"+HP&4v*!#5$!1z)fLU1^U$!#?7$$"*T,**z*!"*$!1hkmDu5AM!#?7$$"+a!>#[)*!#5$!0*fA;p8>M!#>7$$"+C)p)**)*!#5$!17H+9.&fT$!#?7$$"1,++\"39&**!#;$!1L\ex!fFT$!#?7$$"#5!""$!1Gd+W'R(4M!#?-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q(damping6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q.Damping~[1,2]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occur from the heave in the damping matrix at the first mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the pitch in the damping matrix at the first mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSNEYUdGKDYkIiIjIiIiL0kia0dGKDskRi4hIiRGLi9JJmNvbG9yR0YoSSVibHVlR0YoL0kmdGl0bGVHRihRLkRhbXBpbmd+WzIsMV1GKC9JJ2xhYmVsc0dGKDckUSJrRihRKGRhbXBpbmdGKC9JJWF4aXNHRig3I0kqZ3JpZGxpbmVzR0YoL0kwbGFiZWxkaXJlY3Rpb25zR0YoNyRRK2hvcml6b250YWxGKFEpdmVydGljYWxGKEYu

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$S(!""-%)BOUNDS_YG6#$"$?#!""-%-BOUNDS_WIDTHG6#$"%IJ!""-%.BOUNDS_HEIGHTG6#$"%?M!""-%)CHILDRENG6"-%'CURVESG6#7dw7$$"#5!"%$!19<rl(*zC")!#A7$$"+@uM_i!#7$!1$*eMfdY#*z!#A7$$"+$oQA3"!#6$!0HC)z*Hzw(!#@7$$"+6u='f"!#6$!1l[_c1^=u!#A7$$"+CHa8@!#6$!1#[(3K!>%yp!#A7$$"+P&R%GE!#6$!1.bMaIhjk!#A7$$"+4Y"e5$!#6$!0B*\]GLDf!#@7$$"+X)3,g$!#6$!1&[KNw2@J&!#A7$$"+^'386%!#6$!28d%)z]xLi%!#B7$$"+L!p3i%!#6$!1K$))*32C')Q!#A7$$"+>X,X^!#6$!2CW$zFTRzI!#B7$$"+[@o1c!#6$!2)zkUR5wIB!#B7$$"+`0TEh!#6$!2Me1+zJ#[9!#B7$$"+7IF[m!#6$!2u2DD;%4B_!#C7$$"*>%=^r!#5$"2YSj(zb"\0%!#C7$$"*svyg(!#5$"2%3L!*yrjw7!#B7$$"1*****47E4:)!#<$"2D\!Gk(>iM#!#B7$$"+V5'4h)!#6$"1z`-EQnzK!#A7$$"+@54Y"*!#6$"2EkRKVHdR%!#B7$$"+D<x>'*!#6$"1^/mQDr4a!#A7$$"+`u%R,"!#5$"0&R@f#e$\l!#@7$$"*XNM1"!"*$"13M-f55gw!#A7$$"+%)42:6!#5$"13)=o"ywW))!#A7$$"+A&)[i6!#5$"1E%>yjd^&**!#A7$$"+VZj87!#5$"2_"QX^(Qw6"!#A7$$"+$HhnE"!#5$"2tITd/9qC"!#A7$$"*63IJ"!"*$"2Uw9sW%oh8!#A7$$"*%f&HO"!"*$"1_JOA@j(["!#@7$$"+Opb99!#5$"2L)yAD$***>;!#A7$$"+V%Q]Y"!#5$"2=9ev_s;v"!#A7$$"+(*=)Q^"!#5$"2>"[b#Q$4")=!#A7$$"+DU6o:!#5$"2X`<@,!4F?!#A7$$"+%QWoh"!#5$"1[Y]!f6.;#!#@7$$"+HU()o;!#5$"12*GSafYI#!#@7$$"+.5-;<!#5$"2'eG5'z?tV#!#A7$$"+z[cn<!#5$"23!482<O%e#!#A7$$"*ljg"=!"*$"1*=E%4ihCF!#@7$$"*%)en'=!"*$"2EmUZ?zJ(G!#A7$$"+aEK;>!#5$"2/Ru[0\.-$!#A7$$"+u8@o>!#5$"2DFhhA[k<$!#A7$$"+yj==?!#5$"1QWKP1uGL!#@7$$"+RIHp?!#5$"2.x0')4`k[$!#A7$$"*^w*>@!"*$"21#)3.)=#[k$!#A7$$"+c$\l;#!#5$"1i)[#[V1#z$!#@7$$"+%4F*>A!#5$"1z;;z&RG'R!#@7$$"+z(owE#!#5$"1p0IShS<T!#@7$$"+t8d=B!#5$"0J9m^*4%G%!#?7$$"*l"HnB!"*$"13QqJSZXW!#@7$$"+c#*Q@C!#5$"12>K#3_ni%!#@7$$"+4QBoC!#5$"1DnB*3.by%!#@7$$"+&z-9_#!#5$"1"HO@*[on\!#@7$$"+`0')pD!#5$"0#*p&)ptb8&!#?7$$"+Ed'Gi#!#5$"1sT"*yxB@`!#@7$$"+D-goE!#5$"2D,%fF48$[&!#A7$$"+#['o?F!#5$"1'e\'RHUpc!#@7$$"+M#**4x#!#5$"06OYi38&e!#?7$$"+>"z7#G!#5$"29qKf&z(\.'!#A7$$"+KSPrG!#5$"1Q7PIU')>i!#@7$$"+i&*\>H!#5$"1%49vhi#*R'!#@7$$"+LX_rH!#5$"1dL,f8;&f'!#@7$$"+/"36-$!#5$"1Gi$QDoPy'!#@7$$"+xCHtI!#5$"1_[hiUF%)p!#@7$$")>`?J!")$"0"yzYlbnr!#?7$$"+2.usJ!#5$"1v*pwR$3st!#@7$$"+jouAK!#5$"1DvFJ=#*pv!#@7$$"+-<jsK!#5$"0"pEX(p"px!#?7$$"+4mtCL!#5$"1tvXzTIzz!#@7$$"+JrssL!#5$"10dw:Knu")!#@7$$"+*)f(=U$!#5$"0M5))ewlP)!#?7$$"+p@9wM!#5$"1(RUDfU;g)!#@7$$"+^dFDN!#5$"1KvZ-?O2))!#@7$$"*/Cbd$!"*$"1<!pZve'>!*!#@7$$"+d_iEO!#5$"1Z5S1GaP#*!#@7$$"+>sftO!#5$"1Ys^3veR%*!#@7$$"+4ymBP!#5$"1<S(=vEol*!#@7$$"+fsNtP!#5$"1-=qY(=V()*!#@7$$"+D&4l#Q!#5$"21?wBF24,"!#@7$$"+(49M(Q!#5$"1)[MPG/=."!#?7$$"+OA`FR!#5$"2:-T9BEh0"!#@7$$"+%opj(R!#5$"2z;i3Op#y5!#@7$$"+(y"pCS!#5$"2jTL.kg.5"!#@7$$"+rNlwS!#5$"2QfSl#zJC6!#@7$$"*bD)GT!"*$"2R:'4%3$e[6!#@7$$"+FVHwT!#5$"2i5Z*)oW3<"!#@7$$"+fSqEU!#5$"1&[H`ixY>"!#?7$$"+J!**eF%!#5$"2*))\'yEF"=7!#@7$$")pAHV!")$"2o*4(zMgPC"!#@7$$"+L.PvV!#5$"1Gn[#\>hE"!#?7$$"+VxOGW!#5$"2b2TQT0?H"!#@7$$"2(*****\4)=yW!#<$"2d#yXo-a;8!#@7$$"2(*****pBFv_%!#<$"27*eS-,.T8!#@7$$"+Gc!pd%!#5$"2,`ct!4tl8!#@7$$"+h%osi%!#5$"2kKw+u@6R"!#@7$$"+@Al!o%!#5$"1(oRMq`#=9!#?7$$"+,**fHZ!#5$"2BfJ!\&GLW"!#@7$$"+Zv"zx%!#5$"2nZ(\jhEo9!#@7$$"+:$o&H[!#5$"2Q#)H)G"G^\"!#@7$$"+Vm5")[!#5$"2p@Cs/U@_"!#@7$$"+a`OF\!#5$"2ew[H&ycY:!#@7$$"+L@;#)\!#5$"1Y@8'e@dd"!#?7$$"+ON,G]!#5$"1FrS$H*H+;!#?7$$")>k"3&!")$"18mtGxDH;!#?7$$"+#)\#G8&!#5$"2k#ex1#4rl"!#@7$$"1,++x`_y^!#;$"2<T:Ni`@o"!#@7$$"+Z-#*H_!#5$"2B;[hm<0r"!#@7$$"+,el"G&!#5$"1)3I#)p#GR<!#?7$$"+ha9L`!#5$"2y6d(*QB"o<!#@7$$"+nH)3Q&!#5$"1hV9u=0&z"!#?7$$"+$R7.V&!#5$"2G:Q61FJ#=!#@7$$"+tBV"[&!#5$"1J2yl%oB&=!#?7$$"+6%)QKb!#5$"2l5M-wC<)=!#@7$$"1******eH![e&!#;$"1U59%*)Q@">!#?7$$"+@(p4j&!#5$"2<%oY916R>!#@7$$"+lD%Ho&!#5$"1*o!R.'z'p>!#?7$$"+4)G^t&!#5$"2b71d+$f+?!#@7$$"1*****\#*>ay&!#;$"2DTB*R:fI?!#@7$$"*3*3Je!"*$"2'R%Rv))4!e?!#@7$$"1,++ATR&)e!#;$"2P8)p!>K34#!#@7$$"*h(RJf!"*$"2n^$RzM#)=@!#@7$$"+71"\)f!#5$"2Ow5`U*f^@!#@7$$"+z'yA.'!#5$"2'zzA[^!3=#!#@7$$"+j*[U3'!#5$"2j%*znkdI@#!#@7$$"+eptLh!#5$"/`,pK(RC#!#=7$$"+#\s`='!#5$"1>7+5CWwA!#?7$$"+K+zKi!#5$"1>`*=+]kI#!#?7$$"+^i$RG'!#5$"2b(*p0=A!RB!#@7$$")G1Pj!")$"2nh^N!43tB!#@7$$"1*****zh4LQ'!#;$"2B6EvC;HS#!#@7$$"+\uDLk!#5$"2k+I#=]LNC!#@7$$"+X%e[['!#5$"2Lg*=i//pC!#@7$$"+`*R``'!#5$"2#)3zo'\A-D!#@7$$"1*****pS$=%e'!#;$"2x&o4>3`MD!#@7$$"+MdTQm!#5$"2Q:BeUH1d#!#@7$$"**e9(o'!"*$"2ZlP5%3F.E!#@7$$"+Pd<Rn!#5$"2$)>)34rLQE!#@7$$"+8DK'y'!#5$"2Ne#G%)QIqE!#@7$$"+&Qmy$o!#5$"2n(\J-0Y0F!#@7$$"1,++f^O')o!#;$"1U3Cf"R(QF!#?7$$"+[.1Pp!#5$"23X2>LJPx#!#@7$$"+iTi')p!#5$"2-Hx>mY"3G!#@7$$"+%)G^Qq!#5$"2Maolo#RWG!#@7$$"+&)y[)3(!#5$"2au!\o7^zG!#@7$$"1,++YXfRr!#;$"2(fCp&oPc"H!#@7$$"+=!y->(!#5$"2'*eHhSx;&H!#@7$$"+m3&oB(!#5$"2#zBR53)\)H!#@7$$"1*******fG-H(!#;$"2s$)3BBqL-$!#@7$$"+)GqzL(!#5$"1&*=\i`!z0$!#?7$$"1*****>)G())Q(!#;$"1LEA&HM\4$!#?7$$"+eJfPu!#5$"20C>->w08$!#@7$$"1,++m2p"\(!#;$"2CJ7(G=QqJ!#@7$$"+;``Qv!#5$"0-L&Qh/0K!#>7$$"+0Vq"f(!#5$"1fs="[5YC$!#?7$$"*1i,k(!"*$"01J0)H(3G$!#>7$$"+Ls;$p(!#5$"1a'\3Dh2K$!#?7$$"+M<!*Qx!#5$"2;XstEl`N$!#@7$$"+))z)4z(!#5$"1=dO8l)\R$!#?7$$"*u+8%y!"*$"2Yp6bYsMV$!#@7$$"1,++E1e"*y!#;$"1d9$3FV@Z$!#?7$$"+TbnTz!#5$"1%Q(o!p!)3^$!#?7$$"+r5!)*)z!#5$"2c0H))o"H[N!#@7$$"+Rg#=/)!#5$"2WG#yM1&*)e$!#@7$$"+7'494)!#5$"0>xq<6zi$!#>7$$"1*****R)RfV")!#;$"20@sqQO"pO!#@7$$"+6M$3>)!#5$"1QE#Ru]mq$!#?7$$"+8=/V#)!#5$"1F"=sZF$[P!#?7$$"*P[IH)!"*$"1K!ygif%)y$!#?7$$"1,++4K$HM)!#;$"1#3CO%>qGQ!#?7$$"+<"Q]R)!#5$"2u4p4(p&4(Q!#@7$$"+T'GIW)!#5$"1B)\U&f25R!#?7$$"+)\x@\)!#5$"2&=C%)p&Q.&R!#@7$$"+vOWY&)!#5$"1vg5:y-&*R!#?7$$"+dsd&f)!#5$"1dN)\o-d.%!#?7$$"+^b#ek)!#5$"1z[%GD4v2%!#?7$$"+ln#pp)!#5$"1()pE)>U-7%!#?7$$"+E()*Qu)!#5$"08Tg'\rfT!#>7$$"+>$pRz)!#5$"2meG%*=&*>?%!#@7$$"+m(eO%))!#5$"1:\)QHhTC%!#?7$$"+L5"o*))!#5$"1tgc!4&\*G%!#?7$$"+/crV*)!#5$"1j!o#RqpHV!#?7$$"+VP$y**)!#5$"1KBCX6JwV!#?7$$"+%>rm/*!#5$"1e=Ocye=W!#?7$$"+&H$*\4*!#5$"1QD%*>chgW!#?7$$"+"3bp9*!#5$"1%*eL#*y-1X!#?7$$"+dq7*>*!#5$"1F">b@_=b%!#?7$$"+QefY#*!#5$"2D"y#4XWPf%!#@7$$"+ob+(H*!#5$"2:P4*)oR%QY!#@7$$"*a+iM*!"*$"1)=[j2kAo%!#?7$$"*TG&*R*!"*$"1V0TU.+IZ!#?7$$"+R=nX%*!#5$"1fmI$y)\rZ!#?7$$"+^#p')\*!#5$"1"*RdLEQ>[!#?7$$"+,'*[[&*!#5$"29!y$*f=hk[!#@7$$"+Y(Gyf*!#5$"2u(o'y]5'4\!#@7$$"+Pr?Z'*!#5$"/iUb0&[&\!#=7$$"*(*pvp*!"*$"1K"H=]/7+&!#?7$$"+HP&4v*!#5$"21K0*)os00&!#@7$$"*T,**z*!"*$"0wLO**\g4&!#>7$$"+a!>#[)*!#5$"1d#y_XS69&!#?7$$"+C)p)**)*!#5$"2v]L!4'f&*=&!#@7$$"1,++\"39&**!#;$"1bt$z<)4Q_!#?7$$"#5!""$"1yjf@v1%G&!#?-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q(damping6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q.Damping~[2,1]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklcGxvdEc2JCUqcHJvdGVjdGVkR0koX3N5c2xpYkc2IjYpJkkjRGFHRic2JCIiI0YsL0kia0dGJzskIiIiISIkRjEvSSZjb2xvckdGJ0klYmx1ZUdGJy9JJnRpdGxlR0YnUS5EYW1waW5nflsyLDJdRicvSSdsYWJlbHNHRic3JFEia0YnUShkYW1waW5nRicvSSVheGlzR0YnNyNJKmdyaWRsaW5lc0dGJy9JMGxhYmVsZGlyZWN0aW9uc0dGJzckUStob3Jpem9udGFsRidRKXZlcnRpY2FsRic=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$](!""-%)BOUNDS_YG6#$"$g&!""-%-BOUNDS_WIDTHG6#$"%?J!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7dw7$$"#5!"%$!2c8:qq7A."!#@7$$"+@uM_i!#7$!0.%oUgVX5!#>7$$"+$oQA3"!#6$!1)pL$*)yBo5!#?7$$"+6u='f"!#6$!2#z!H9Q1S5"!#@7$$"+CHa8@!#6$!2/!fD:vG\6!#@7$$"+P&R%GE!#6$!2Q6g!H=V-7!#@7$$"+4Y"e5$!#6$!1kD78%="e7!#?7$$"+X)3,g$!#6$!2dmKNbZ;K"!#@7$$"+^'386%!#6$!2>D%4j_1$R"!#@7$$"+L!p3i%!#6$!2[yos]U&p9!#@7$$"+>X,X^!#6$!2.MNIwnKb"!#@7$$"+[@o1c!#6$!1`**\yh%4j"!#?7$$"+`0TEh!#6$!2uX8r"4\A<!#@7$$"+7IF[m!#6$!2Bj;dv)[==!#@7$$"*>%=^r!#5$!2erVmI=Y">!#@7$$"*svyg(!#5$!2N&>-q5"[+#!#@7$$"1*****47E4:)!#<$!2%\`sc1X:@!#@7$$"+V5'4h)!#6$!1/#4B#R">@#!#?7$$"+@54Y"*!#6$!2(pA#G^CrK#!#@7$$"+D<x>'*!#6$!2nYN))px;V#!#@7$$"+`u%R,"!#5$!2')))fWAZ!\D!#@7$$"*XNM1"!"*$!2n%)e_r$HjE!#@7$$"+%)42:6!#5$!10>3jA)\y#!#?7$$"+A&)[i6!#5$!2:/igc))))*G!#@7$$"+VZj87!#5$!1o]o&*R*R-$!#?7$$"+$HhnE"!#5$!1)p/jILj:$!#?7$$"*63IJ"!"*$!2wbK]9jMF$!#@7$$"*%f&HO"!"*$!1aX;P:$>S$!#?7$$"+Opb99!#5$!1:/YUduON!#?7$$"+V%Q]Y"!#5$!2k74Qb\1n$!#@7$$"+(*=)Q^"!#5$!1%z/(*Gn?!Q!#?7$$"+DU6o:!#5$!0M$4Fp3]R!#>7$$"+%QWoh"!#5$!1H)p@:X\3%!#?7$$"+HU()o;!#5$!1K>4wX%3B%!#?7$$"+.5-;<!#5$!1G<^H:tkV!#?7$$"+z[cn<!#5$!1(3&\Z4"H^%!#?7$$"*ljg"=!"*$!21Q'p5(RSl%!#@7$$"*%)en'=!"*$!1n*eAn2L![!#?7$$"+aEK;>!#5$!18yXUg&4&\!#?7$$"+u8@o>!#5$!17_mI'Gt5&!#?7$$"+yj==?!#5$!1Y)[IWg'f_!#?7$$"+RIHp?!#5$!1"o,)eA=<a!#?7$$"*^w*>@!"*$!2&[bVEz7vb!#@7$$"+c$\l;#!#5$!2a_a=Qt<s&!#@7$$"+%4F*>A!#5$!1viqwgh"*e!#?7$$"+z(owE#!#5$!1DOGy87Xg!#?7$$"+t8d=B!#5$!1H(R.UW/@'!#?7$$"*l"HnB!"*$!1m$)[<VFqj!#?7$$"+c#*Q@C!#5$!1y,Rxxc\l!#?7$$"+4QBoC!#5$!1v@c'Gpjq'!#?7$$"+&z-9_#!#5$!1x,S/m2')o!#?7$$"+`0')pD!#5$!1JG=ggY^q!#?7$$"+Ed'Gi#!#5$!1bgn_y7Ms!#?7$$"+D-goE!#5$!1Xi8]Q?$R(!#?7$$"+#['o?F!#5$!1@PTb-.wv!#?7$$"+M#**4x#!#5$!1B@AWpIax!#?7$$"+>"z7#G!#5$!1(HMHy6T$z!#?7$$"+KSPrG!#5$!1s$\nH!*[6)!#?7$$"+i&*\>H!#5$!1e2by$*4!H)!#?7$$"+LX_rH!#5$!1F+`t/?"[)!#?7$$"+/"36-$!#5$!17hTWR(\m)!#?7$$"+xCHtI!#5$!1NPneq6g))!#?7$$")>`?J!")$!1Hhhm)*HQ!*!#?7$$"+2.usJ!#5$!0HJG^>pB*!#>7$$"+jouAK!#5$!0Vd@3K)G%*!#>7$$"+-<jsK!#5$!1b5'y'o!>i*!#?7$$"+4mtCL!#5$!1)zj.w8`#)*!#?7$$"+JrssL!#5$!2X->pJB9+"!#?7$$"+*)f(=U$!#5$!2ALJ<!z#4-"!#?7$$"+p@9wM!#5$!2RoB?lZE/"!#?7$$"+^dFDN!#5$!2x/q"Q-[i5!#?7$$"*/Cbd$!"*$!2VXy#zs#H3"!#?7$$"+d_iEO!#5$!2>t'=UA*Q5"!#?7$$"+>sftO!#5$!2_hA()H:L7"!#?7$$"+4ymBP!#5$!2t88DQ!=W6!#?7$$"+fsNtP!#5$!2;p@Q&30l6!#?7$$"+D&4l#Q!#5$!2#p)e(>rb(="!#?7$$"+(49M(Q!#5$!2R18W&Qd27!#?7$$"+OA`FR!#5$!223.J$4&3B"!#?7$$"+%opj(R!#5$!2w+9gEC?D"!#?7$$"+(y"pCS!#5$!2p*f9n38t7!#?7$$"+rNlwS!#5$!2t#>f>9+'H"!#?7$$"*bD)GT!"*$!2M]l4OY">8!#?7$$"+FVHwT!#5$!1EI*HSj.M"!#>7$$"+fSqEU!#5$!2n)=FG11j8!#?7$$"+J!**eF%!#5$!2'*435nv`Q"!#?7$$")pAHV!")$!2j"*GG`\(49!#?7$$"+L.PvV!#5$!2id.6]%*4V"!#?7$$"+VxOGW!#5$!1@g\(esbX"!#>7$$"2(*****\4)=yW!#<$!2xkP)\0&)y9!#?7$$"2(*****pBFv_%!#<$!2mI*e1%p?]"!#?7$$"+Gc!pd%!#5$!1;1t%4sa_"!#>7$$"+h%osi%!#5$!2a!G]2?^\:!#?7$$"+@Al!o%!#5$!2%pSFPB=v:!#?7$$"+,**fHZ!#5$!1Q&G"o,*))f"!#>7$$"+Zv"zx%!#5$!1^Mp'=`Ci"!#>7$$"+:$o&H[!#5$!2`O>I2=yk"!#?7$$"+Vm5")[!#5$!2%[X*Gp4Ln"!#?7$$"+a`OF\!#5$!0sz_#\M'p"!#=7$$"+L@;#)\!#5$!1%>LZy@Qs"!#>7$$"+ON,G]!#5$!1-k9p;(pu"!#>7$$")>k"3&!")$!2'[Qyo:Bu<!#?7$$"+#)\#G8&!#5$!2y&))etKV+=!#?7$$"1,++x`_y^!#;$!2O:g8(4)R#=!#?7$$"+Z-#*H_!#5$!2xHMO8N1&=!#?7$$"+,el"G&!#5$!27BG7X]w(=!#?7$$"+ha9L`!#5$!20RbsO@Z!>!#?7$$"+nH)3Q&!#5$!2/X*RiP)*H>!#?7$$"+$R7.V&!#5$!2MT[")=3j&>!#?7$$"+tBV"[&!#5$!1'>:Ta6P)>!#>7$$"+6%)QKb!#5$!16V\hz?6?!#>7$$"1******eH![e&!#;$!2_>5v6!oR?!#?7$$"+@(p4j&!#5$!02k"3r"\1#!#=7$$"+lD%Ho&!#5$!2%eLZ`g]$4#!#?7$$"+4)G^t&!#5$!2(4L^lBSA@!#?7$$"1*****\#*>ay&!#;$!1T`-d'H/:#!#>7$$"*3*3Je!"*$!2&>'QgjMg<#!#?7$$"1,++ATR&)e!#;$!1&>*pI=n1A!#>7$$"*h(RJf!"*$!2vV9ca(yKA!#?7$$"+71"\)f!#5$!1Wic%\`LE#!#>7$$"+z'yA.'!#5$!2Qf_Flx0H#!#?7$$"+j*[U3'!#5$!23>%y$pG1K#!#?7$$"+eptLh!#5$!2A_XwS@%\B!#?7$$"+#\s`='!#5$!2ms,r'ykzB!#?7$$"+K+zKi!#5$!22b_.7rvS#!#?7$$"+^i$RG'!#5$!2oakTRoyV#!#?7$$")G1Pj!")$!1^\tX[`pC!#>7$$"1*****zh4LQ'!#;$!2%ploGME(\#!#?7$$"+\uDLk!#5$!1f[fn9QFD!#>7$$"+X%e[['!#5$!2%o4YwBoeD!#?7$$"+`*R``'!#5$!1dY_Gt[*e#!#>7$$"1*****pS$=%e'!#;$!2Eq(fo_Y>E!#?7$$"+MdTQm!#5$!1O9vr'\Hl#!#>7$$"**e9(o'!"*$!0zKwo:Ko#!#=7$$"+Pd<Rn!#5$!2;!eF@"=dr#!#?7$$"+8DK'y'!#5$!1sw=)3P`u#!#>7$$"+&Qmy$o!#5$!2W)Q0!>+zx#!#?7$$"1,++f^O')o!#;$!1%z9"fIr3G!#>7$$"+[.1Pp!#5$!1^f8o85TG!#>7$$"+iTi')p!#5$!2mWSg'[%H(G!#?7$$"+%)G^Qq!#5$!0x^;"3Z1H!#=7$$"+&)y[)3(!#5$!2'*fU%[H%*QH!#?7$$"1,++YXfRr!#;$!2dP!))HfLsH!#?7$$"+=!y->(!#5$!2t`Jk$yj0I!#?7$$"+m3&oB(!#5$!1e%)fr<SOI!#>7$$"1*******fG-H(!#;$!1kDWpF&=2$!#>7$$"+)GqzL(!#5$!22"QH0Xt.J!#?7$$"1*****>)G())Q(!#;$!1A)4L83z8$!#>7$$"+eJfPu!#5$!2uat_z"zqJ!#?7$$"1,++m2p"\(!#;$!2t/.Qu0v?$!#?7$$"+;``Qv!#5$!1`n$p@o%RK!#>7$$"+0Vq"f(!#5$!29lz7BQfF$!#?7$$"*1i,k(!"*$!12#HJ$\N4L!#>7$$"+Ls;$p(!#5$!2Pk!oWB5YL!#?7$$"+M<!*Qx!#5$!2Y,J6$G(zP$!#?7$$"+))z)4z(!#5$!2FyHrSaWT$!#?7$$"*u+8%y!"*$!2M$=;83))\M!#?7$$"1,++E1e"*y!#;$!2'eM;$zna[$!#?7$$"+TbnTz!#5$!2'RgUCm5@N!#?7$$"+r5!)*)z!#5$!1&RP%=j^bN!#>7$$"+Rg#=/)!#5$!1lOY]P!Hf$!#>7$$"+7'494)!#5$!0"f[$=?(GO!#=7$$"1*****R)RfV")!#;$!2Vp'\`)3mm$!#?7$$"+6M$3>)!#5$!1:B`9&y5q$!#>7$$"+8=/V#)!#5$!1aQ#*=MORP!#>7$$"*P[IH)!"*$!2Et>]M?ix$!#?7$$"1,++4K$HM)!#;$!2l,^(\'pJ"Q!#?7$$"+<"Q]R)!#5$!2&fn;_w&>&Q!#?7$$"+T'GIW)!#5$!1lc$*o&ey)Q!#>7$$"+)\x@\)!#5$!1-*31!3![#R!#>7$$"+vOWY&)!#5$!1e(3T*\zlR!#>7$$"+dsd&f)!#5$!1kpG,")4.S!#>7$$"+^b#ek)!#5$!2&[<?r1VTS!#?7$$"+ln#pp)!#5$!297tO(Rg!3%!#?7$$"+E()*Qu)!#5$!1fZ%*=5y;T!#>7$$"+>$pRz)!#5$!2%Q;&\5Bb:%!#?7$$"+m(eO%))!#5$!22:R"3D:%>%!#?7$$"+L5"o*))!#5$!17&=V.vcB%!#>7$$"+/crV*)!#5$!1K(yxe*[sU!#>7$$"+VP$y**)!#5$!2N/"yks;:V!#?7$$"+%>rm/*!#5$!1.KNXe'QN%!#>7$$"+&H$*\4*!#5$!0**or9HBR%!#=7$$"+"3bp9*!#5$!12C3c<)QV%!#>7$$"+dq7*>*!#5$!10R')fH!eZ%!#>7$$"+QefY#*!#5$!22SSDq>T^%!#?7$$"+ob+(H*!#5$!1F+JkE*\b%!#>7$$"*a+iM*!"*$!1B[U/=1&f%!#>7$$"*TG&*R*!"*$!1sFVu$*pQY!#>7$$"+R=nX%*!#5$!17hUNyiwY!#>7$$"+^#p')\*!#5$!2NwbWe%Q?Z!#?7$$"+,'*[[&*!#5$!2D<.4&zqhZ!#?7$$"+Y(Gyf*!#5$!10br'[8G![!#>7$$"+Pr?Z'*!#5$!1sj"*[C8W[!#>7$$"*(*pvp*!"*$!14L(H^hk)[!#>7$$"+HP&4v*!#5$!1z#3`:N:$\!#>7$$"*T,**z*!"*$!1uJ'pD\I(\!#>7$$"+a!>#[)*!#5$!1.(p%*e.U,&!#>7$$"+C)p)**)*!#5$!1l37&z)Qe]!#>7$$"1,++\"39&**!#;$!0%4(*obn-^!#=7$$"#5!""$!1\J)fW6Y9&!#>-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q(damping6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q.Damping~[2,2]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the heave in the damping matrix at the second mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the pitch in the damping matrix at the second mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSJTR0YoNiQiIiJGLS9JImtHRig7JEYtISIkRi0vSSZjb2xvckdGKEklYmx1ZUdGKC9JJnRpdGxlR0YoUTBTdGlmZm5lc3N+WzEsMV1GKC9JJ2xhYmVsc0dGKDckUSJrRihRJnN0aWZmRigvSSVheGlzR0YoNyNJKmdyaWRsaW5lc0dGKC9JMGxhYmVsZGlyZWN0aW9uc0dGKDckUStob3Jpem9udGFsRihRKXZlcnRpY2FsRihGLQ==

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$!))!""-%)BOUNDS_YG6#$"$g&!""-%-BOUNDS_WIDTHG6#$"%!*H!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7[x7$$"#5!"%$!2s$>zNLg/>!#?7$$",0rthi$!#8$!22:[M6t%3>!#?7$$"+@uM_i!#7$!2'*f*4X6L4>!#?7$$".DrM-O#o!#:$!2;NS2Cq$4>!#?7$$"-Dts&[R(!#9$!2_j_([HP4>!#?7$$".v$*>7h'z!#:$!2#fgx$oV$4>!#?7$$",b7nt`)!#8$!1))[wAgG4>!#>7$$"-vxp()z'*!#9$!0Pc*Go44>!#=7$$"+$oQA3"!#6$!2RMuB!Q#)3>!#?7$$"+ZI@R8!#6$!2l$*evCoz!>!#?7$$"+6u='f"!#6$!2tME=kco!>!#?7$$"+CHa8@!#6$!1$R?>2$3/>!#>7$$"+P&R%GE!#6$!2(ywsL,&3!>!#?7$$"+4Y"e5$!#6$!18-tgme(*=!#>7$$"+X)3,g$!#6$!2X)e'f4PS*=!#?7$$"+^'386%!#6$!189"o8d-*=!#>7$$"+L!p3i%!#6$!2n`6$zQV')=!#?7$$"+>X,X^!#6$!2X4#4Tk[#)=!#?7$$"+[@o1c!#6$!2_9v-YB!z=!#?7$$"+`0TEh!#6$!2&4[XAJ;v=!#?7$$"+7IF[m!#6$!1C.jmeMr=!#>7$$"*>%=^r!#5$!2Gtf\oOx'=!#?7$$"*svyg(!#5$!21#*31kEX'=!#?7$$"1*****47E4:)!#<$!2kf8"z4!3'=!#?7$$"+V5'4h)!#6$!1@&o5IFx&=!#>7$$"+@54Y"*!#6$!1=S[K6Da=!#>7$$"+D<x>'*!#6$!2uq<W_l7&=!#?7$$"+`u%R,"!#5$!2L.=>9!4[=!#?7$$"*XNM1"!"*$!2Alyujk^%=!#?7$$"+%)42:6!#5$!2e=S1K9A%=!#?7$$"+A&)[i6!#5$!1$yROR'fR=!#>7$$"+VZj87!#5$!2Zv\xspo$=!#?7$$"+$HhnE"!#5$!2jcv9wUT$=!#?7$$"*63IJ"!"*$!1x!GH#[&=$=!#>7$$"*%f&HO"!"*$!2Zp<'))=ZH=!#?7$$"+Opb99!#5$!2$oxfnT5F=!#?7$$"+V%Q]Y"!#5$!2$ebV">y[#=!#?7$$"+(*=)Q^"!#5$!2B=\(Gu!G#=!#?7$$"+DU6o:!#5$!2XSF#)G,1#=!#?7$$"+%QWoh"!#5$!1adcQ-q==!#>7$$"+HU()o;!#5$!1PMo9Hv;=!#>7$$"+.5-;<!#5$!2D!*=9zf]"=!#?7$$"+z[cn<!#5$!2yGup;%G8=!#?7$$"*ljg"=!"*$!2)\<&[A$o6=!#?7$$"*%)en'=!"*$!27$Hrf)z+"=!#?7$$"+aEK;>!#5$!2m&o\r$z&3=!#?7$$"+u8@o>!#5$!2xr"Q&Gxq!=!#?7$$"+yj==?!#5$!29:iF&\p0=!#?7$$"+RIHp?!#5$!2$3vSdWM/=!#?7$$"*^w*>@!"*$!1(\v^5mI!=!#>7$$"+c$\l;#!#5$!1QR_.K%>!=!#>7$$"+%4F*>A!#5$!1_7ip^r+=!#>7$$"+z(owE#!#5$!2(fhlt$o'*z"!#?7$$"+t8d=B!#5$!1%)e'>3/')z"!#>7$$"*l"HnB!"*$!2&**HBPQj(z"!#?7$$"+c#*Q@C!#5$!2k\%ej+h'z"!#?7$$"+4QBoC!#5$!2<M$*f`ndz"!#?7$$"+&z-9_#!#5$!1:O*3**e[z"!#>7$$"+`0')pD!#5$!2k%=[dO2%z"!#?7$$"+Ed'Gi#!#5$!2bt$f>'fKz"!#?7$$"+D-goE!#5$!23aw$\Pf#z"!#?7$$"+#['o?F!#5$!2El"*z;v=z"!#?7$$"+M#**4x#!#5$!2vxu&**)>7z"!#?7$$"+>"z7#G!#5$!1s9ff=g!z"!#>7$$"+KSPrG!#5$!1\cB89-!z"!#>7$$"+i&*\>H!#5$!1E7'f&e\*y"!#>7$$"+LX_rH!#5$!2$pKqX='*)y"!#?7$$"+/"36-$!#5$!1$fJAw%[)y"!#>7$$"+xCHtI!#5$!2w9N)e],)y"!#?7$$")>`?J!")$!2Qrg2a<wy"!#?7$$"+2.usJ!#5$!2uZ***Rx?(y"!#?7$$"+jouAK!#5$!2to,bHVoy"!#?7$$"+-<jsK!#5$!2oZB/:1ly"!#?7$$"+4mtCL!#5$!1b<&o="='y"!#>7$$"+JrssL!#5$!1j'p3h0fy"!#>7$$"+*)f(=U$!#5$!1u4pchk&y"!#>7$$"+p@9wM!#5$!1$>H$HbQ&y"!#>7$$"+^dFDN!#5$!2Yf"fE@<&y"!#?7$$"*/Cbd$!"*$!2'G#R)*Gv\y"!#?7$$"+d_iEO!#5$!2*\T,Zlz%y"!#?7$$"+>sftO!#5$!20Xb^m]Yy"!#?7$$"+4ymBP!#5$!2&\HcER^%y"!#?7$$"+fsNtP!#5$!296E(GnR%y"!#?7$$"+D&4l#Q!#5$!2v*ya[5H%y"!#?7$$"+(49M(Q!#5$!2LjG:69Uy"!#?7$$"+OA`FR!#5$!1[-]"oVTy"!#>7$$"+%opj(R!#5$!12#o9T'4%y"!#>7$$"+(y"pCS!#5$!2%G'e!>V1%y"!#?7$$"+rNlwS!#5$!2$H6)[aXSy"!#?7$$"*bD)GT!"*$!1p1!R_USy"!#>7$$"+FVHwT!#5$!2#*=in2`Sy"!#?7$$"+fSqEU!#5$!2.mq)zw2%y"!#?7$$"+J!**eF%!#5$!1*G&>UX6%y"!#>7$$")pAHV!")$!2vB'HN$oTy"!#?7$$"+L.PvV!#5$!2&*oX!)4EUy"!#?7$$"+VxOGW!#5$!28'e2F[I%y"!#?7$$"2(*****\4)=yW!#<$!2ALXf\!R%y"!#?7$$"2(*****pBFv_%!#<$!2y1(Q!3'[%y"!#?7$$"+Gc!pd%!#5$!1sk<v?f%y"!#>7$$"+h%osi%!#5$!2;d/:Y5Zy"!#?7$$"+@Al!o%!#5$!2Y7?-)o%[y"!#?7$$"+,**fHZ!#5$!2jyoR\")\y"!#?7$$"+Zv"zx%!#5$!1:*RD+B^y"!#>7$$"+:$o&H[!#5$!2n!)[3U$G&y"!#?7$$"+Vm5")[!#5$!12oyuDX&y"!#>7$$"+a`OF\!#5$!2$>;!o&=h&y"!#?7$$"+L@;#)\!#5$!2ER@RL4ey"!#?7$$"+ON,G]!#5$!2;_(G\;)fy"!#?7$$")>k"3&!")$!1&45%o5>'y"!#>7$$"+#)\#G8&!#5$!2=(eHu&)R'y"!#?7$$"1,++x`_y^!#;$!2UEX]#**e'y"!#?7$$"+Z-#*H_!#5$!2u**H;s6oy"!#?7$$"+,el"G&!#5$!2B?G4zTqy"!#?7$$"+ha9L`!#5$!2C<>wGxsy"!#?7$$"+nH)3Q&!#5$!2&)p-7A,vy"!#?7$$"+$R7.V&!#5$!1._*4cQxy"!#>7$$"+tBV"[&!#5$!2LYMFl*)zy"!#?7$$"+6%)QKb!#5$!1HxOFaC)y"!#>7$$"1******eH![e&!#;$!2[3")G-9&)y"!#?7$$"+@(p4j&!#5$!1c)3e/b()y"!#>7$$"+lD%Ho&!#5$!2M(>@p6.*y"!#?7$$"+4)G^t&!#5$!10%)=MLJ*y"!#>7$$"1*****\#*>ay&!#;$!2JPF>s*e*y"!#?7$$"*3*3Je!"*$!1l^kjV%)*y"!#>7$$"1,++ATR&)e!#;$!2Q%*)e0::!z"!#?7$$"*h(RJf!"*$!2n#Rz[_T!z"!#?7$$"+71"\)f!#5$!2NU\.)fs!z"!#?7$$"+z'yA.'!#5$!1([BDU/5z"!#>7$$"+j*[U3'!#5$!2LQewU88z"!#?7$$"+eptLh!#5$!2%>")R_4h"z"!#?7$$"+#\s`='!#5$!1$Gy#[Y#>z"!#>7$$"+K+zKi!#5$!2Z]')R`:Az"!#?7$$"+^i$RG'!#5$!2O&y8%=KDz"!#?7$$")G1Pj!")$!29g:G8kGz"!#?7$$"1*****zh4LQ'!#;$!2)\Hn2b:$z"!#?7$$"+\uDLk!#5$!2Ou_!4EZ$z"!#?7$$"+X%e[['!#5$!2jMB(>F!Qz"!#?7$$"+`*R``'!#5$!2U_H@-GTz"!#?7$$"1*****pS$=%e'!#;$!2s%f,()[W%z"!#?7$$"+MdTQm!#5$!2'f/iK!*z%z"!#?7$$"**e9(o'!"*$!206u'G#>^z"!#?7$$"+Pd<Rn!#5$!1v;"\2jaz"!#>7$$"+8DK'y'!#5$!1lk[>jx&z"!#>7$$"+&Qmy$o!#5$!2:*)>C]?hz"!#?7$$"1,++f^O')o!#;$!2OuD@"fW'z"!#?7$$"+[.1Pp!#5$!2=.-7f(y'z"!#?7$$"+iTi')p!#5$!2A:hm2Brz"!#?7$$"+%)G^Qq!#5$!2di=1tvuz"!#?7$$"+&)y[)3(!#5$!2ci!o$o;yz"!#?7$$"1,++YXfRr!#;$!2YDW&*fm")z"!#?7$$"+=!y->(!#5$!1P"fDz9&)z"!#>7$$"+m3&oB(!#5$!2D15AqN))z"!#?7$$"1*******fG-H(!#;$!1l=4gX?*z"!#>7$$"+)GqzL(!#5$!2)[Z`p``*z"!#?7$$"1*****>)G())Q(!#;$!21EGt%*)))*z"!#?7$$"+eJfPu!#5$!1X2[X"G-!=!#>7$$"1,++m2p"\(!#;$!2m$f"3g01!=!#?7$$"+;``Qv!#5$!2-!et$4L4!=!#?7$$"+0Vq"f(!#5$!2WSmIY08!=!#?7$$"*1i,k(!"*$!1N!*f%RX;!=!#>7$$"+Ls;$p(!#5$!2dA!G!y<?!=!#?7$$"+M<!*Qx!#5$!2#4H=,&RB!=!#?7$$"+))z)4z(!#5$!2)H/z?jq-=!#?7$$"*u+8%y!"*$!2A@7o-hI!=!#?7$$"1,++E1e"*y!#;$!2G2rz"eT.=!#?7$$"+TbnTz!#5$!2Q^iRdpP!=!#?7$$"+r5!)*)z!#5$!1`!QYj4T!=!#>7$$"+Rg#=/)!#5$!1(\UyVxW!=!#>7$$"+7'494)!#5$!27"Qs@"G[!=!#?7$$"1*****R)RfV")!#;$!27uqJI(>0=!#?7$$"+6M$3>)!#5$!2CuMnbJb!=!#?7$$"+8=/V#)!#5$!1f[h!*4!f!=!#>7$$"*P[IH)!"*$!20*HME[D1=!#?7$$"1,++4K$HM)!#;$!2#ok9\xg1=!#?7$$"+<"Q]R)!#5$!2B9JUGwp!=!#?7$$"+T'GIW)!#5$!2243<g:t!=!#?7$$"+)\x@\)!#5$!2-+*HiHm2=!#?7$$"+vOWY&)!#5$!2s4k4GY!3=!#?7$$"+dsd&f)!#5$!2s!e"R7$R3=!#?7$$"+^b#ek)!#5$!2[)GZ*eZ(3=!#?7$$"+ln#pp)!#5$!1G1!ey2"4=!#>7$$"+E()*Qu)!#5$!2Y/HnfQ%4=!#?7$$"+>$pRz)!#5$!2Z@O,"4z4=!#?7$$"+m(eO%))!#5$!2K1)*))=S,"=!#?7$$"+L5"o*))!#5$!2=&*e9R80"=!#?7$$"+/crV*)!#5$!2Q]jnMU3"=!#?7$$"+VP$y**)!#5$!2Xz7=U@7"=!#?7$$"+%>rm/*!#5$!27utF0j:"=!#?7$$"+&H$*\4*!#5$!2&4cmK1!>"=!#?7$$"+"3bp9*!#5$!0i(3AJE7=!#=7$$"+dq7*>*!#5$!2)y]q:li7=!#?7$$"+QefY#*!#5$!2be51kcH"=!#?7$$"+ob+(H*!#5$!2e,/#pmI8=!#?7$$"*a+iM*!"*$!2vvT*)pZO"=!#?7$$"*TG&*R*!"*$!2:\e'Gn,9=!#?7$$"+R=nX%*!#5$!2AH&4"[NV"=!#?7$$"+^#p')\*!#5$!2_-I!>4q9=!#?7$$"+,'*[[&*!#5$!1odE)yV]"=!#>7$$"+Y(Gyf*!#5$!2LX)p*p#Q:=!#?7$$"+Pr?Z'*!#5$!2isF<A@d"=!#?7$$"*(*pvp*!"*$!1CFK(zlg"=!#>7$$"+HP&4v*!#5$!1c0ph-V;=!#>7$$"*T,**z*!"*$!2nSt#=Pw;=!#?7$$"+a!>#[)*!#5$!2NHYN>#4<=!#?7$$"+C)p)**)*!#5$!1"RB&eDW<=!#>7$$"1,++\"39&**!#;$!28re[N"z<=!#?7$$"#5!""$!22u]6Y>"==!#?-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q&stiff6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q0Stiffness~[1,1]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSJTR0YoNiQiIiIiIiMvSSJrR0YoOyRGLSEiJEYtL0kmY29sb3JHRihJJWJsdWVHRigvSSZ0aXRsZUdGKFEwU3RpZmZuZXNzflsxLDJdRigvSSdsYWJlbHNHRig3JFEia0YoUSZzdGlmZkYoL0klYXhpc0dGKDcjSSpncmlkbGluZXNHRigvSTBsYWJlbGRpcmVjdGlvbnNHRig3JFEraG9yaXpvbnRhbEYoUSl2ZXJ0aWNhbEYoRi0=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$+)!""-%)BOUNDS_YG6#$"$?#!""-%-BOUNDS_WIDTHG6#$"%qI!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7jw7$$"#5!"%$"2o%3j]MkW6!#@7$$".DwUVll"!#:$"2r0k)=4qj5!#@7$$"-Dbo38B!#9$"2jXF)))o755!#@7$$".vGGI'pH!#:$"0h]re?+q*!#?7$$",0rthi$!#8$"1b2O)y&**y$*!#@7$$"-vl0ER\!#9$"1&4>2]&p")))!#@7$$"+@uM_i!#7$"1=kKLhn,&)!#@7$$",b7nt`)!#8$"1`(oxiU$)*z!#@7$$"+$oQA3"!#6$"1nu!=IaRh(!#@7$$"+6u='f"!#6$"1^r^hsT")p!#@7$$"+CHa8@!#6$"1t2aGz/Al!#@7$$"+P&R%GE!#6$"1>_svu+kh!#@7$$"+4Y"e5$!#6$"2&)[KD1'Q*)e!#A7$$"+X)3,g$!#6$"1OA.$f'>Yc!#@7$$"+^'386%!#6$"1K[i?apFa!#@7$$"+L!p3i%!#6$"0DP0]zdB&!#?7$$"+>X,X^!#6$"1J>#>vR)f]!#@7$$"+[@o1c!#6$"2N(\xyLo>\!#A7$$"+`0TEh!#6$"178@4ryvZ!#@7$$"+7IF[m!#6$"0A1Xq')Qk%!#?7$$"*>%=^r!#5$"0<\np9q_%!#?7$$"*svyg(!#5$"1zH1z9[GW!#@7$$"1*****47E4:)!#<$"1"=xX([f>V!#@7$$"+V5'4h)!#6$"1*[z4H8OB%!#@7$$"+@54Y"*!#6$"1cw$Q!z-ST!#@7$$"+D<x>'*!#6$"1-\[GeQiS!#@7$$"+`u%R,"!#5$"1v[V=>E#)R!#@7$$"*XNM1"!"*$"1G<tIrV5R!#@7$$"+%)42:6!#5$"1bv%\=F(RQ!#@7$$"+A&)[i6!#5$"2meg`")z#yP!#A7$$"+VZj87!#5$"2V?67cOar$!#A7$$"+$HhnE"!#5$"2mI<YqNOl$!#A7$$"*63IJ"!"*$"1=o#*))4]-O!#@7$$"*%f&HO"!"*$"2Zp%>kS&)\N!#A7$$"+Opb99!#5$"2oK"43/3)\$!#A7$$"+V%Q]Y"!#5$"2Er&\><#)\M!#A7$$"+(*=)Q^"!#5$"2uxM)yxA0M!#A7$$"+DU6o:!#5$"1-g))o*pzN$!#@7$$"+%QWoh"!#5$"2Q+]ly+uJ$!#A7$$"+HU()o;!#5$"29))e#*=OfF$!#A7$$"+.5-;<!#5$"2vV$z;a"*RK!#A7$$"+z[cn<!#5$"1"[$)Q*H7-K!#@7$$"*ljg"=!"*$"2<\`u:"*z;$!#A7$$"*%)en'=!"*$"2:4U`j3P8$!#A7$$"+aEK;>!#5$"2Dt8wR$\,J!#A7$$"+u8@o>!#5$"1Je[C*p!pI!#@7$$"+yj==?!#5$"1xo3sQ.RI!#@7$$"+RIHp?!#5$"2'p<:8>Y4I!#A7$$"*^w*>@!"*$"2E<h]r<7)H!#A7$$"+c$\l;#!#5$"1f)*\&4nh&H!#@7$$"+%4F*>A!#5$"2C"*GEJm%GH!#A7$$"+z(owE#!#5$"1`vs!4gX!H!#@7$$"+t8d=B!#5$"2)H3Xq7$*zG!#A7$$"*l"HnB!"*$"1P!)H"*3:dG!#@7$$"+c#*Q@C!#5$"1>_UE3sKG!#@7$$"+4QBoC!#5$"1-wj9tE7G!#@7$$"+&z-9_#!#5$"1b#*p6S!)*y#!#@7$$"+`0')pD!#5$"21NNxH'**pF!#A7$$"+Ed'Gi#!#5$"2MbPF1B!\F!#A7$$"+D-goE!#5$"2&)pD_"R[JF!#A7$$"+#['o?F!#5$"2dDyGM5@r#!#A7$$"+M#**4x#!#5$"2Kz6d6zRp#!#A7$$"+>"z7#G!#5$"2&4ASetSwE!#A7$$"+KSPrG!#5$"1kH/Y?UfE!#@7$$"+i&*\>H!#5$"2)\t1_^dVE!#A7$$"+LX_rH!#5$"1l*yD3Upi#!#@7$$"+/"36-$!#5$"1dYe'y^:h#!#@7$$"+xCHtI!#5$"2dd2(*y@ef#!#A7$$")>`?J!")$"17q>o)z>e#!#@7$$"+2.usJ!#5$"2W\szH/rc#!#A7$$"+jouAK!#5$"1Y&f`7cKb#!#@7$$"+-<jsK!#5$"20Pv8x;)RD!#A7$$"+4mtCL!#5$"2j_wRGkh_#!#A7$$"+JrssL!#5$"2Lm`)H]#R^#!#A7$$"+*)f(=U$!#5$"2blJ;V6<]#!#A7$$"+p@9wM!#5$"1bX[i)*e)[#!#@7$$"+^dFDN!#5$"1L_,ym-xC!#@7$$"*/Cbd$!"*$"1p,f4=]lC!#@7$$"+d_iEO!#5$"2Ze#)Q@#3aC!#A7$$"+>sftO!#5$"2.bU;)Q%QW#!#A7$$"+4ymBP!#5$"2mJ&p"f$>LC!#A7$$"+fsNtP!#5$"1bpxHU)GU#!#@7$$"+D&4l#Q!#5$"1Q'*opJ87C!#@7$$"+(49M(Q!#5$"18]xbb(GS#!#@7$$"+OA`FR!#5$"1Gn9lFX#R#!#@7$$"+%opj(R!#5$"1#=5)oqF$Q#!#@7$$"+(y"pCS!#5$"2%e%*p@gSuB!#A7$$"+rNlwS!#5$"17kXF,4lB!#@7$$"*bD)GT!"*$"2B^Pt*='fN#!#A7$$"+FVHwT!#5$"2`<vC^YyM#!#A7$$"+fSqEU!#5$"2v%p&3K?%RB!#A7$$"+J!**eF%!#5$"1MP]t?QJB!#@7$$")pAHV!")$"0&z=#RoGK#!#?7$$"+L.PvV!#5$"22'>&yVkcJ#!#A7$$"+VxOGW!#5$"2&Gy0Q5d2B!#A7$$"2(*****\4)=yW!#<$"1lB.xO8+B!#@7$$"2(*****pBFv_%!#<$"2eV]8XEHH#!#A7$$"+Gc!pd%!#5$"16W7Dm'eG#!#@7$$"+h%osi%!#5$"2nd6WH>)yA!#A7$$"+@Al!o%!#5$"0KB0B8:F#!#?7$$"+,**fHZ!#5$"2'=Lpt#e\E#!#A7$$"+Zv"zx%!#5$"2V5ks$*='eA!#A7$$"+:$o&H[!#5$"28aK&fC)>D#!#A7$$"+Vm5")[!#5$"1vn\E2]XA!#@7$$"+a`OF\!#5$"2&*or[.*zRA!#A7$$"+L@;#)\!#5$"1bJ_TI=LA!#@7$$"+ON,G]!#5$"2:.[42fxA#!#A7$$")>k"3&!")$"1/&R$))4a@A!#@7$$"+#)\#G8&!#5$"2/?Y(o&Hd@#!#A7$$"1,++x`_y^!#;$"2PGy/dR1@#!#A7$$"+Z-#*H_!#5$"1d/L#*Q-0A!#@7$$"+,el"G&!#5$"2Dct%GS[*>#!#A7$$"+ha9L`!#5$"20&f2o+3%>#!#A7$$"+nH)3Q&!#5$"12Zl9];*=#!#@7$$"+$R7.V&!#5$"1bz"\tpT=#!#@7$$"+tBV"[&!#5$"2.`<yj,"z@!#A7$$"+6%)QKb!#5$"1-&=5XYT<#!#@7$$"1******eH![e&!#;$"2`(*eU]Z"p@!#A7$$"+@(p4j&!#5$"1pd6]Z#[;#!#@7$$"+lD%Ho&!#5$"1meCHh/g@!#@7$$"+4)G^t&!#5$"2nD`66R`:#!#A7$$"1*****\#*>ay&!#;$"1HmWTt)3:#!#@7$$"*3*3Je!"*$"2P9Q]n9p9#!#A7$$"1,++ATR&)e!#;$"2$>p7r`FU@!#A7$$"*h(RJf!"*$"1UD6zaTQ@!#@7$$"+71"\)f!#5$"1>%))Ga/S8#!#@7$$"+z'yA.'!#5$"1TTB'Rp,8#!#@7$$"+j*[U3'!#5$"28K9EnMg7#!#A7$$"+eptLh!#5$"2x3#pIo;A@!#A7$$"+#\s`='!#5$"2)Qdo!f,#=@!#A7$$"+K+zKi!#5$"1u)p'z@i9@!#@7$$"+^i$RG'!#5$"2tq\'Gi#36#!#A7$$")G1Pj!")$"1>%\`+`p5#!#@7$$"1*****zh4LQ'!#;$"2W2y&fyj.@!#A7$$"+\uDLk!#5$"2VWS*e^6+@!#A7$$"+X%e[['!#5$"2(R0n_u`'4#!#A7$$"+`*R``'!#5$"1OSnnl4$4#!#@7$$"1*****pS$=%e'!#;$"2%pJeF=#)*3#!#A7$$"+MdTQm!#5$"1Cy0hrC'3#!#@7$$"**e9(o'!"*$"0;hr-*3$3#!#?7$$"+Pd<Rn!#5$"2)Q*pp1s(z?!#A7$$"+8DK'y'!#5$"2Nb_DV9o2#!#A7$$"+&Qmy$o!#5$"2&eHtt?jt?!#A7$$"1,++f^O')o!#;$"1/yjeaoq?!#@7$$"+[.1Pp!#5$"2$>c?2Qln?!#A7$$"+iTi')p!#5$"1)H!fcmtk?!#@7$$"+%)G^Qq!#5$"2j6^)H7th?!#A7$$"+&)y[)3(!#5$"2M:cHi#))e?!#A7$$"1,++YXfRr!#;$"1$*z7o^,c?!#@7$$"+=!y->(!#5$"2C%G^4h@`?!#A7$$"+m3&oB(!#5$"1L&*HlCo]?!#@7$$"1*******fG-H(!#;$"2nPV%GH#y/#!#A7$$"+)GqzL(!#5$"1)owQh/`/#!#@7$$"1*****>)G())Q(!#;$"1Ka8*efE/#!#@7$$"+eJfPu!#5$"1are')e;S?!#@7$$"1,++m2p"\(!#;$"1Cd'f_Ru.#!#@7$$"+;``Qv!#5$"1hG<pT6N?!#@7$$"+0Vq"f(!#5$"2X@&RZR^K?!#A7$$"*1i,k(!"*$"22m/Whz,.#!#A7$$"+Ls;$p(!#5$"2C#\C">kw-#!#A7$$"+M<!*Qx!#5$"212gS3Db-#!#A7$$"+))z)4z(!#5$"1[5M'[BJ-#!#@7$$"*u+8%y!"*$"1'3">zz$3-#!#@7$$"1,++E1e"*y!#;$"2."\&)**pe=?!#A7$$"+TbnTz!#5$"2dk*z5lP;?!#A7$$"+r5!)*)z!#5$"1^@@MEG9?!#@7$$"+Rg#=/)!#5$"0"o,I707?!#?7$$"+7'494)!#5$"2<G(z?]&*4?!#A7$$"1*****R)RfV")!#;$"2LtckP!y2?!#A7$$"+6M$3>)!#5$"114Mf"Re+#!#@7$$"+8=/V#)!#5$"1(y#)eUBP+#!#@7$$"*P[IH)!"*$"2C\_IgD<+#!#A7$$"1,++4K$HM)!#;$"2OS-33g(**>!#A7$$"+<"Q]R)!#5$"2jM)p/et(*>!#A7$$"+T'GIW)!#5$"2nfFL'o*e*>!#A7$$"+)\x@\)!#5$"2;oiaTQS*>!#A7$$"+vOWY&)!#5$"2'4"pp<:?*>!#A7$$"+dsd&f)!#5$"10ojA)3-*>!#@7$$"+^b#ek)!#5$"2Y6166'Q))>!#A7$$"+ln#pp)!#5$"2'H%f^adl)>!#A7$$"+E()*Qu)!#5$"2ewn'f')*[)>!#A7$$"+>$pRz)!#5$"1#*pklI:$)>!#@7$$"+m(eO%))!#5$"1V)*)3aV9)>!#@7$$"+L5"o*))!#5$"2uoDtbR'z>!#A7$$"+/crV*)!#5$"2Oi1<Wo!y>!#A7$$"+VP$y**)!#5$"2'>/BF&zi(>!#A7$$"+%>rm/*!#5$"13,\*p'ou>!#@7$$"+&H$*\4*!#5$"2CuEUWIJ(>!#A7$$"+"3bp9*!#5$"1c_$*G&y9(>!#@7$$"+dq7*>*!#5$"2Bp?V-U)p>!#A7$$"+QefY#*!#5$"1AF`\>Po>!#@7$$"+ob+(H*!#5$"18\X)=Io'>!#@7$$"*a+iM*!"*$"0%)o!=XMl>!#?7$$"*TG&*R*!"*$"11!Gx![vj>!#@7$$"+R=nX%*!#5$"2XjOCU'Ri>!#A7$$"+^#p')\*!#5$"1L&f-db3'>!#@7$$"+,'*[[&*!#5$"2#*ebBgD%f>!#A7$$"+Y(Gyf*!#5$"1<rZNo-e>!#@7$$"+Pr?Z'*!#5$"2a.p=+Wm&>!#A7$$"*(*pvp*!"*$"1v>@x3Db>!#@7$$"+HP&4v*!#5$"1'4C#HHz`>!#@7$$"*T,**z*!"*$"1(o%y/GZ_>!#@7$$"+a!>#[)*!#5$"2t&4$)f]=^>!#A7$$"+C)p)**)*!#5$"2xB9&=^#)\>!#A7$$"1,++\"39&**!#;$"1j/q,][[>!#@7$$"#5!""$"2`t%yzmBZ>!#A-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q&stiff6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q0Stiffness~[1,2]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the pitch in the damping matrix at the first mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the heave in the damping matrix at the first mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= QyQtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiNikmSSJTR0YoNiQiIiMiIiIvSSJrR0YoOyRGLiEiJEYuL0kmY29sb3JHRihJJWJsdWVHRigvSSZ0aXRsZUdGKFEwU3RpZmZuZXNzflsyLDFdRigvSSdsYWJlbHNHRig3JFEia0YoUSZzdGlmZkYoL0klYXhpc0dGKDcjSSpncmlkbGluZXNHRigvSTBsYWJlbGRpcmVjdGlvbnNHRig3JFEraG9yaXpvbnRhbEYoUSl2ZXJ0aWNhbEYoRi4=

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$I*!""-%)BOUNDS_YG6#$"$?#!""-%-BOUNDS_WIDTHG6#$"%SH!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7hw7$$"#5!"%$"2$)4!3l+GkF!#A7$$"-Dbo38B!#9$"2D>HVi=$QF!#A7$$",0rthi$!#8$"1$o3YSXSs#!#@7$$"-vl0ER\!#9$"2)R:6:o#Rr#!#A7$$"+@uM_i!#7$"2v()30nOfq#!#A7$$",b7nt`)!#8$"2crTq(z$[p#!#A7$$"+$oQA3"!#6$"2`/PVR(z&o#!#A7$$"+6u='f"!#6$"2'e,H"yF$pE!#A7$$"+CHa8@!#6$"2DHUMd"fbE!#A7$$"+P&R%GE!#6$"2:fz.JrMk#!#A7$$"+4Y"e5$!#6$"2EDD$y-9LE!#A7$$"+X)3,g$!#6$"1T_OO47BE!#@7$$"+^'386%!#6$"10m;-*QLh#!#@7$$"+L!p3i%!#6$"2/eZ"eF3/E!#A7$$"+>X,X^!#6$"2t?m.08]f#!#A7$$"+[@o1c!#6$"1'oRDlnte#!#@7$$"+`0TEh!#6$"1Cl9ac6zD!#@7$$"+7IF[m!#6$"2k49Pf$=rD!#A7$$"*>%=^r!#5$"1v$)G!zbQc#!#@7$$"*svyg(!#5$"2'3%3&zqXdD!#A7$$"1*****47E4:)!#<$"2<^/]e],b#!#A7$$"+V5'4h)!#6$"2'\@(e72Ua#!#A7$$"+@54Y"*!#6$"1lb`@bcPD!#@7$$"+D<x>'*!#6$"2wR!\u6#>`#!#A7$$"+`u%R,"!#5$"2N@q2$=(f_#!#A7$$"*XNM1"!"*$"2L8bgNM0_#!#A7$$"+%)42:6!#5$"1tP,V&)3:D!#@7$$"+A&)[i6!#5$"0`3#oYG5D!#?7$$"+VZj87!#5$"2lw$\*e1`]#!#A7$$"+$HhnE"!#5$"2VU`:%4N+D!#A7$$"*63IJ"!"*$"1L:i8)3i\#!#@7$$"*%f&HO"!"*$"2A,]>23>\#!#A7$$"+Opb99!#5$"1vLDNlk([#!#@7$$"+V%Q]Y"!#5$"1$[u!)>\O[#!#@7$$"+(*=)Q^"!#5$"2Fs;<8P*zC!#A7$$"+DU6o:!#5$"2<$[Amy)fZ#!#A7$$"+%QWoh"!#5$"2.")*o!3)esC!#A7$$"+HU()o;!#5$"2`u6f_2"pC!#A7$$"+.5-;<!#5$"16NSp>3mC!#@7$$"+z[cn<!#5$"21oNAf3HY#!#A7$$"*ljg"=!"*$"2vG+i6Y+Y#!#A7$$"*%)en'=!"*$"1w\N.r<dC!#@7$$"+aEK;>!#5$"28yQ%R#*[aC!#A7$$"+u8@o>!#5$"22zgTm%z^C!#A7$$"+yj==?!#5$"2;h(eZ0J\C!#A7$$"+RIHp?!#5$"2v&)>khyoW#!#A7$$"*^w*>@!"*$"21`X!Q5dWC!#A7$$"+c$\l;#!#5$"2M*\.^(QDW#!#A7$$"+%4F*>A!#5$"1^'f'p%4.W#!#@7$$"+z(owE#!#5$"2ME?;s-%QC!#A7$$"+t8d=B!#5$"2'=]w&)pXOC!#A7$$"*l"HnB!"*$"2/aM8'fnMC!#A7$$"+c#*Q@C!#5$"2$Q7b@!)yKC!#A7$$"+4QBoC!#5$"1AsMTmAJC!#@7$$"+&z-9_#!#5$"2n"y+]R`HC!#A7$$"+`0')pD!#5$"16IJ1A1GC!#@7$$"+Ed'Gi#!#5$"1p`WYp_EC!#@7$$"+D-goE!#5$"2#QP['oi_U#!#A7$$"+#['o?F!#5$"1mo1E&))QU#!#@7$$"+M#**4x#!#5$"1Ev46_iAC!#@7$$"+>"z7#G!#5$"2dIU)3LU@C!#A7$$"+KSPrG!#5$"1vQB&*QG?C!#@7$$"+i&*\>H!#5$"2N#>DJ>C>C!#A7$$"+LX_rH!#5$"1r\58:<=C!#@7$$"+/"36-$!#5$"12$z)HN?<C!#@7$$"+xCHtI!#5$"1j9s-yB;C!#@7$$")>`?J!")$"0h([R)3aT#!#?7$$"+2.usJ!#5$"2%=%y]#4a9C!#A7$$"+jouAK!#5$"2A_FdWbPT#!#A7$$"+-<jsK!#5$"2&=d#3(\,8C!#A7$$"+4mtCL!#5$"2Wyy<(eG7C!#A7$$"+JrssL!#5$"2#><q<Il6C!#A7$$"+*)f(=U$!#5$"17cb#*>/6C!#@7$$"+p@9wM!#5$"22OzkV4/T#!#A7$$"+^dFDN!#5$"2M$ffnM()4C!#A7$$"*/Cbd$!"*$"2(*>sD>g$4C!#A7$$"+d_iEO!#5$"2C"[^+J()3C!#A7$$"+>sftO!#5$"2a\m.Nb%3C!#A7$$"+4ymBP!#5$"2tu'*QfS!3C!#A7$$"+fsNtP!#5$"2G7za6fwS#!#A7$$"+D&4l#Q!#5$"2(GAF3JG2C!#A7$$"+(49M(Q!#5$"1&o1C)y(pS#!#@7$$"+OA`FR!#5$"2<"4A'fbmS#!#A7$$"+%opj(R!#5$"2abU`I"R1C!#A7$$"+(y"pCS!#5$"2EP%GRP:1C!#A7$$"+rNlwS!#5$"1r?^]R#fS#!#@7$$"*bD)GT!"*$"1%Hl72>dS#!#@7$$"+FVHwT!#5$"2(y;](QabS#!#A7$$"+fSqEU!#5$"2vy*o'R,aS#!#A7$$"+J!**eF%!#5$"2&=W^9JF0C!#A7$$")pAHV!")$"1N%[=qc^S#!#@7$$"+L.PvV!#5$"14w**\V20C!#@7$$"+VxOGW!#5$"2#RLCz++0C!#A7$$"2(*****\4)=yW!#<$"1c7$3S\\S#!#@7$$"2(*****pBFv_%!#<$"20wtm'o"\S#!#A7$$"+Gc!pd%!#5$"223s&38!\S#!#A7$$"+h%osi%!#5$"2<l,4P-\S#!#A7$$"+@Al!o%!#5$"1(>o^_@\S#!#@7$$"+,**fHZ!#5$"1)QL!H[&\S#!#@7$$"+Zv"zx%!#5$"29o]J(>+0C!#A7$$"+:$o&H[!#5$"1#zH7_n]S#!#@7$$"+Vm5")[!#5$"2&f3)z*z90C!#A7$$"+a`OF\!#5$"1"yh,iK_S#!#@7$$"+L@;#)\!#5$"2wE8F]Z`S#!#A7$$"+ON,G]!#5$"2)e66HaX0C!#A7$$")>k"3&!")$"1FaX@[f0C!#@7$$"+#)\#G8&!#5$"2(\"***R1u0C!#A7$$"1,++x`_y^!#;$"2[4dd-")eS#!#A7$$"+Z-#*H_!#5$"2$=$3G+]gS#!#A7$$"+,el"G&!#5$"2;#\wg:B1C!#A7$$"+ha9L`!#5$"2$\%f)oKU1C!#A7$$"+nH)3Q&!#5$"2M$=>%[5mS#!#A7$$"+$R7.V&!#5$"1awt<O"oS#!#@7$$"+tBV"[&!#5$"1"=$f)GLqS#!#@7$$"+6%)QKb!#5$"1p\X@;E2C!#@7$$"1******eH![e&!#;$"2'='\H!f]2C!#A7$$"+@(p4j&!#5$"0zqcpGxS#!#?7$$"+lD%Ho&!#5$"1%yfev()zS#!#@7$$"+4)G^t&!#5$"2kB16Oc#3C!#A7$$"1*****\#*>ay&!#;$"1mV:jH_3C!#@7$$"*3*3Je!"*$"2ZrdXUr(3C!#A7$$"1,++ATR&)e!#;$"19yGmW24C!#@7$$"*h(RJf!"*$"2;"[(\TP$4C!#A7$$"+71"\)f!#5$"2&eAK<-l4C!#A7$$"+z'yA.'!#5$"1_OR*4L*4C!#@7$$"+j*[U3'!#5$"1`b..(\-T#!#@7$$"+eptLh!#5$"1nBbOqb5C!#@7$$"+#\s`='!#5$"1Y;EdN)3T#!#@7$$"+K+zKi!#5$"1">Q3[)=6C!#@7$$"+^i$RG'!#5$"2l4cPiA:T#!#A7$$")G1Pj!")$"1h`nX_(=T#!#@7$$"1*****zh4LQ'!#;$"1[K")Hm=7C!#@7$$"+\uDLk!#5$"22qO4QFDT#!#A7$$"+X%e[['!#5$"2Eu!R"3%)GT#!#A7$$"+`*R``'!#5$"1k'*H]uB8C!#@7$$"1*****pS$=%e'!#;$"2BD+eM$e8C!#A7$$"+MdTQm!#5$"1py&f"=(RT#!#@7$$"**e9(o'!"*$"1yP;rYK9C!#@7$$"+Pd<Rn!#5$"1l_sE_q9C!#@7$$"+8DK'y'!#5$"1A<ZCL0:C!#@7$$"+&Qmy$o!#5$"2Bw!z&GPaT#!#A7$$"1,++f^O')o!#;$"23Wo>n,eT#!#A7$$"+[.1Pp!#5$"2Y\-mk&=;C!#A7$$"+iTi')p!#5$"2=&30rRc;C!#A7$$"+%)G^Qq!#5$"2lX"e)*H'pT#!#A7$$"+&)y[)3(!#5$"2Z.[G/]tT#!#A7$$"1,++YXfRr!#;$"2FjNV\[xT#!#A7$$"+=!y->(!#5$"2b:Q"yh9=C!#A7$$"+m3&oB(!#5$"1$)Rb9P^=C!#@7$$"1*******fG-H(!#;$"1TW_Ct$*=C!#@7$$"+)GqzL(!#5$"1m!HeD=$>C!#@7$$"1*****>)G())Q(!#;$"0vY1VE(>C!#?7$$"+eJfPu!#5$"2l#H'y'*=,U#!#A7$$"1,++m2p"\(!#;$"2u[os%ob?C!#A7$$"+;``Qv!#5$"1c8w[w$4U#!#@7$$"+0Vq"f(!#5$"1%\:Xfr8U#!#@7$$"*1i,k(!"*$"1`.e/'o<U#!#@7$$"+Ls;$p(!#5$"2%f>1PW?AC!#A7$$"+M<!*Qx!#5$"1-@7A<eAC!#@7$$"+))z)4z(!#5$"2B!yr;F,BC!#A7$$"*u+8%y!"*$"2sV0uGIMU#!#A7$$"1,++E1e"*y!#;$"1n^sH([QU#!#@7$$"+TbnTz!#5$"2E&\<(pmUU#!#A7$$"+r5!)*)z!#5$"2W_Af;pYU#!#A7$$"+Rg#=/)!#5$"20kQ1?0^U#!#A7$$"+7'494)!#5$"1K&R#H;_DC!#@7$$"1*****R)RfV")!#;$"2$4j#)H2'fU#!#A7$$"+6M$3>)!#5$"1#p5j*)ejU#!#@7$$"+8=/V#)!#5$"1>]7D'*zEC!#@7$$"*P[IH)!"*$"2c*>'RPAsU#!#A7$$"1,++4K$HM)!#;$"2X=&))GYkFC!#A7$$"+<"Q]R)!#5$"2xJ*)H='3GC!#A7$$"+T'GIW)!#5$"20]!ywK\GC!#A7$$"+)\x@\)!#5$"2<&Gl\0"*GC!#A7$$"+vOWY&)!#5$"13aHC;PHC!#@7$$"+dsd&f)!#5$"1WV`f$*yHC!#@7$$"+^b#ek)!#5$"2jG9%)y;-V#!#A7$$"+ln#pp)!#5$"2mU'oY;lIC!#A7$$"+E()*Qu)!#5$"2u@?"z90JC!#A7$$"+>$pRz)!#5$"1K[ZkxZJC!#@7$$"+m(eO%))!#5$"2k8Y-%3!>V#!#A7$$"+L5"o*))!#5$"2D$4">R`BV#!#A7$$"+/crV*)!#5$"2<`!z0FvKC!#A7$$"+VP$y**)!#5$"2x(*\LL8KV#!#A7$$"+%>rm/*!#5$"2bp0r))GOV#!#A7$$"+&H$*\4*!#5$"1UOt,*RSV#!#@7$$"+"3bp9*!#5$"1HSul;[MC!#@7$$"+dq7*>*!#5$"1f0tg\#\V#!#@7$$"+QefY#*!#5$"2v*=#o.G`V#!#A7$$"+ob+(H*!#5$"2apXrybdV#!#A7$$"*a+iM*!"*$"2oiS=!H<OC!#A7$$"*TG&*R*!"*$"2`J"RdYiOC!#A7$$"+R=nX%*!#5$"09M')=:qV#!#?7$$"+^#p')\*!#5$"29$oM!GjuV#!#A7$$"+,'*[[&*!#5$"13.4WS)yV#!#@7$$"+Y(Gyf*!#5$"1P(3NF+$QC!#@7$$"+Pr?Z'*!#5$"29u+#RjrQC!#A7$$"*(*pvp*!"*$"2u!40i,9RC!#A7$$"+HP&4v*!#5$"1K'\**y)eRC!#@7$$"*T,**z*!"*$"2(pa=_&***RC!#A7$$"+a!>#[)*!#5$"2Nh<hX//W#!#A7$$"+C)p)**)*!#5$"2y(Q(=kO3W#!#A7$$"1,++\"39&**!#;$"2F'H3%>n7W#!#A7$$"#5!""$"2vCQlZs;W#!#A-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q&stiff6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q0Stiffness~[2,1]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= LUklcGxvdEc2JCUqcHJvdGVjdGVkR0koX3N5c2xpYkc2IjYpJkkiU0dGJzYkIiIjRiwvSSJrR0YnOyQiIiIhIiRGMS9JJmNvbG9yR0YnSSVibHVlR0YnL0kmdGl0bGVHRidRMFN0aWZmbmVzc35bMiwyXUYnL0knbGFiZWxzR0YnNyRRImtGJ1Emc3RpZmZGJy9JJWF4aXNHRic3I0kqZ3JpZGxpbmVzR0YnL0kwbGFiZWxkaXJlY3Rpb25zR0YnNyRRK2hvcml6b250YWxGJ1EpdmVydGljYWxGJw==

LUkjbWlHNiMvSSttb2R1bGVuYW1lRzYiSSxUeXBlc2V0dGluZ0dJKF9zeXNsaWJHRic2JVE1b3V0cHV0fnJlZGlyZWN0ZWQuLi5GJy8lJ2l0YWxpY0dRJXRydWVGJy8lLG1hdGh2YXJpYW50R1EnaXRhbGljRic=

%;

-%%PLOTG6*-%%ROOTG6'-%)BOUNDS_XG6#$"$]*!""-%)BOUNDS_YG6#$"$g&!""-%-BOUNDS_WIDTHG6#$"%?H!""-%.BOUNDS_HEIGHTG6#$"%qL!""-%)CHILDRENG6"-%'CURVESG6#7]y7$$"#5!"%$!2D=nv&QUaF!#@7$$"2,D1p&e8k6!#>$!2eBGuyl-w#!#@7$$"/D"Qrr#G8!#;$!19e+"*pKlF!#?7$$"2*\(=2d2C\"!#>$!1dNB/#*ypF!#?7$$".DwUVll"!#:$!2ZMAK6xPx#!#@7$$"2(*\P99:[)>!#>$!2lRl"))Rm!y#!#@7$$"-Dbo38B!#9$!2F4D(*elky#!#@7$$".vGGI'pH!#:$!2C#zR!*)eez#!#@7$$",0rthi$!#8$!1aZS=MF.G!#?7$$"1**\7Qrr#G%!#=$!0A(>=FO4G!#>7$$"-vl0ER\!#9$!1rTh<'*\9G!#?7$$".vL*R!ef&!#:$!1A99,t"*=G!#?7$$"+@uM_i!#7$!2&\J#HarF#G!#@7$$",b7nt`)!#8$!2.'4g@T6LG!#@7$$"+$oQA3"!#6$!23Y=N!4MSG!#@7$$"+ZI@R8!#6$!2E$=Y,I;YG!#@7$$"+6u='f"!#6$!2)R7>#[Q.&G!#@7$$"+CHa8@!#6$!2xBa/9([bG!#@7$$",0B"*4P#!#7$!1J!*4*[Bp&G!#?7$$"+P&R%GE!#6$!2OwKA4=y&G!#@7$$"+0LyZF!#6$!2(*3PDsy!eG!#@7$$"+tq7nG!#6$!2$4q'))o`#eG!#@7$$"+d*)zEH!#6$!12'G$z8JeG!#?7$$"+T3Z')H!#6$!1`<uY.NeG!#?7$$"+DF9YI!#6$!2m2SjQr$eG!#@7$$"+4Y"e5$!#6$!2c[U;Dv$eG!#@7$$",&)Q,w;$!#7$!2-)>I;>OeG!#@7$$"+o")QHK!#6$!1"[QYoJ$eG!#?7$$",v%\<"H$!#7$!2msSlE&GeG!#@7$$"+F<'HN$!#6$!2$eRHQLAeG!#@7$$"+'GNlZ$!#6$!2FWqc[b!eG!#@7$$"+X)3,g$!#6$!2(\VK!*G$y&G!#@7$$"+[(3d&Q!#6$!2oXN#)*o@dG!#@7$$"+^'386%!#6$!2:(*G'))zTcG!#@7$$"+L!p3i%!#6$!22EF"*3&QaG!#@7$$"+>X,X^!#6$!2nT$Qzm#=&G!#@7$$"+[@o1c!#6$!2iiQ\n)G\G!#@7$$"+`0TEh!#6$!2)H$[c6/i%G!#@7$$"+7IF[m!#6$!1Tu4R!RH%G!#?7$$"*>%=^r!#5$!1GL(*z(*oRG!#?7$$"*svyg(!#5$!1Gx]eyoOG!#?7$$"1*****47E4:)!#<$!1ZxUB04LG!#?7$$"+V5'4h)!#6$!2C))fc2V+$G!#@7$$"+@54Y"*!#6$!2B;Md'4_EG!#@7$$"+D<x>'*!#6$!290'=,$RM#G!#@7$$"+`u%R,"!#5$!2`_;o,6,#G!#@7$$"*XNM1"!"*$!2GxsfS.q"G!#@7$$"+%)42:6!#5$!2PYIxyLQ"G!#@7$$"+A&)[i6!#5$!1_*>[Y%*4"G!#?7$$"+VZj87!#5$!1GQP*H8!3G!#?7$$"+$HhnE"!#5$!2<SF^65]!G!#@7$$"*63IJ"!"*$!22"o8?cZ-G!#@7$$"*%f&HO"!"*$!00h'pK#)*z#!#>7$$"+Opb99!#5$!2$3ZUdn<(z#!#@7$$"+V%Q]Y"!#5$!2v=K95!o%z#!#@7$$"+(*=)Q^"!#5$!2(G%o#[8N#z#!#@7$$"+DU6o:!#5$!2`P8s;l)*y#!#@7$$"+%QWoh"!#5$!1p!G4l>xy#!#?7$$"+HU()o;!#5$!20o!yA+_&y#!#@7$$"+.5-;<!#5$!2nroO!pg$y#!#@7$$"+z[cn<!#5$!2-+d?#4g"y#!#@7$$"*ljg"=!"*$!2MdR')[$zzF!#@7$$"*%)en'=!"*$!1TZK'Q&)zx#!#?7$$"+aEK;>!#5$!18pBagHwF!#?7$$"+u8@o>!#5$!1n>SS&3Yx#!#?7$$"+yj==?!#5$!2P!=Lo'fIx#!#@7$$"+RIHp?!#5$!2ES1%)>^:x#!#@7$$"*^w*>@!"*$!2/@QAaG,x#!#@7$$"+c$\l;#!#5$!1bme')Q))oF!#?7$$"+%4F*>A!#5$!2G$*eZ-Hvw#!#@7$$"+z(owE#!#5$!2x'oO6-QmF!#@7$$"+t8d=B!#5$!2:n4$**)=_w#!#@7$$"*l"HnB!"*$!0i%z4q;kF!#>7$$"+c#*Q@C!#5$!2laFkBlIw#!#@7$$"+4QBoC!#5$!2Q+Heul@w#!#@7$$"+&z-9_#!#5$!29"y*z@/7w#!#@7$$"+`0')pD!#5$!0n&z!>"QgF!#>7$$"+Ed'Gi#!#5$!1)zZxBP&fF!#?7$$"+D-goE!#5$!2ByHs%[&)eF!#@7$$"+#['o?F!#5$!2LPYgoF"eF!#@7$$"+M#**4x#!#5$!2vuKzAuuv#!#@7$$"+>"z7#G!#5$!2(QG"Rlnov#!#@7$$"+KSPrG!#5$!20(G7yzIcF!#@7$$"+i&*\>H!#5$!0\Nf#4"ev#!#>7$$"+LX_rH!#5$!1.bu%*oJbF!#?7$$"+/"36-$!#5$!1"p<U_')[v#!#?7$$"+xCHtI!#5$!2:lU**yuWv#!#@7$$")>`?J!")$!1fQ(oIPTv#!#?7$$"+2.usJ!#5$!2$z#3)e>!Qv#!#@7$$"+jouAK!#5$!2y*z&*fl^`F!#@7$$"+-<jsK!#5$!20rG%pbE`F!#@7$$"+4mtCL!#5$!28qVH8QIv#!#@7$$"+JrssL!#5$!2Bj?!z*eGv#!#@7$$"+*)f(=U$!#5$!1tc;=Yq_F!#?7$$"+p@9wM!#5$!1%RuwBnDv#!#?7$$"+^dFDN!#5$!2ebJEtrCv#!#@7$$"*/Cbd$!"*$!1Hsqb9S_F!#?7$$"+d_iEO!#5$!2)[o!*=uN_F!#@7$$"+>sftO!#5$!2uC!\70M_F!#@7$$"+4ymBP!#5$!1#oP(3lM_F!#?7$$"+fsNtP!#5$!2LcTB8wBv#!#@7$$"+D&4l#Q!#5$!29,,[+LCv#!#@7$$"+(49M(Q!#5$!2QBWt1/Dv#!#@7$$"+OA`FR!#5$!2d!o+1&4Ev#!#@7$$"+%opj(R!#5$!2U?,;ZDFv#!#@7$$"+(y"pCS!#5$!2wxpF'*eGv#!#@7$$"+rNlwS!#5$!2%z3D'fAIv#!#@7$$"*bD)GT!"*$!2lSPX32Kv#!#@7$$"+FVHwT!#5$!2%4vw(*=R`F!#@7$$"+fSqEU!#5$!2<`aVA0Ov#!#@7$$"+J!**eF%!#5$!2BZ*Rl(HQv#!#@7$$")pAHV!")$!2Y%=Kd24aF!#@7$$"+L.PvV!#5$!2On6L$3LaF!#@7$$"+VxOGW!#5$!1H7#=GAYv#!#?7$$"2(*****\4)=yW!#<$!1p8IJ5"\v#!#?7$$"2(*****pBFv_%!#<$!2sZd_e5_v#!#@7$$"+Gc!pd%!#5$!2N(*RgVBbv#!#@7$$"+h%osi%!#5$!2O)>L#\bev#!#@7$$"+@Al!o%!#5$!2Dw#[P7AcF!#@7$$"+,**fHZ!#5$!2&*>[kdolv#!#@7$$"+Zv"zx%!#5$!2<f*yvA#pv#!#@7$$"+:$o&H[!#5$!2`+S$Q=JdF!#@7$$"+Vm5")[!#5$!2dR"y9>rdF!#@7$$"+a`OF\!#5$!2#=mo8.3eF!#@7$$"+L@;#)\!#5$!1E"fKmF&eF!#?7$$"+ON,G]!#5$!1-a\x2"*eF!#?7$$")>k"3&!")$!2xl/ljo$fF!#@7$$"+#)\#G8&!#5$!2k$\")f]")fF!#@7$$"1,++x`_y^!#;$!2%[5@^6AgF!#@7$$"+Z-#*H_!#5$!2$\[RkfogF!#@7$$"+,el"G&!#5$!2a`@1?i6w#!#@7$$"+ha9L`!#5$!2v)*)zWTkhF!#@7$$"+nH)3Q&!#5$!1/!y.z(4iF!#?7$$"+$R7.V&!#5$!2u)f\dTdiF!#@7$$"+tBV"[&!#5$!1^BlNO2jF!#?7$$"+6%)QKb!#5$!19<**G"yNw#!#?7$$"1******eH![e&!#;$!181\oO5kF!#?7$$"+@(p4j&!#5$!2cmt#z=dkF!#@7$$"+lD%Ho&!#5$!2u3>hn/^w#!#@7$$"+4)G^t&!#5$!0h8(yaklF!#>7$$"1*****\#*>ay&!#;$!28"40:><mF!#@7$$"*3*3Je!"*$!01'zgUlmF!#>7$$"1,++ATR&)e!#;$!1Ko]$*GBnF!#?7$$"*h(RJf!"*$!2Ykk!)>Fxw#!#@7$$"+71"\)f!#5$!2<Xv_t1$oF!#@7$$"+z'yA.'!#5$!1J@2;O#)oF!#?7$$"+j*[U3'!#5$!2ZD`br%RpF!#@7$$"+eptLh!#5$!1fh9\A%*pF!#?7$$"+#\s`='!#5$!2PJVN?<0x#!#@7$$"+K+zKi!#5$!2PS@%H$[5x#!#@7$$"+^i$RG'!#5$!2D/U^TC;x#!#@7$$")G1Pj!")$!2sY!zLhAsF!#@7$$"1*****zh4LQ'!#;$!2(Rm)*\DvsF!#@7$$"+\uDLk!#5$!2)=nB!oBLx#!#@7$$"+X%e[['!#5$!2FM9fQ;Rx#!#@7$$"+`*R``'!#5$!2'o#RDq)\uF!#@7$$"1*****pS$=%e'!#;$!2C*=P@V1vF!#@7$$"+MdTQm!#5$!2;.2'=ZpvF!#@7$$"**e9(o'!"*$!1/C0`JEwF!#?7$$"+Pd<Rn!#5$!2_I')*H?(ox#!#@7$$"+8DK'y'!#5$!2&R`*))QDux#!#@7$$"+&Qmy$o!#5$!2bY;Z+K!yF!#@7$$"1,++f^O')o!#;$!2iRqXC/'yF!#@7$$"+[.1Pp!#5$!2V\iM!Q?zF!#@7$$"+iTi')p!#5$!2nCE*f7zzF!#@7$$"+%)G^Qq!#5$!2E$p)\^2/y#!#@7$$"+&)y[)3(!#5$!2/"oYR@+"y#!#@7$$"1,++YXfRr!#;$!28))GPB6;y#!#@7$$"+=!y->(!#5$!1ZJ1/i@#y#!#?7$$"+m3&oB(!#5$!1r9]:Gx#y#!#?7$$"1*******fG-H(!#;$!2iC71]6My#!#@7$$"+)GqzL(!#5$!1B>RXL)Ry#!#?7$$"1*****>)G())Q(!#;$!2DiS>e$f%y#!#@7$$"+eJfPu!#5$!1#>[S4y^y#!#?7$$"1,++m2p"\(!#;$!1N%)QCv#ey#!#?7$$"+;``Qv!#5$!2#*>$Qg,R'y#!#@7$$"+0Vq"f(!#5$!2(o`?()*Gqy#!#@7$$"*1i,k(!"*$!2<?W&[8h(y#!#@7$$"+Ls;$p(!#5$!2W,APW[#)y#!#@7$$"+M<!*Qx!#5$!2`t=H:)z)y#!#@7$$"+))z)4z(!#5$!2sV[d9C%*y#!#@7$$"*u+8%y!"*$!2FAMSqG+z#!#@7$$"1,++E1e"*y!#;$!21^x0oK1z#!#@7$$"+TbnTz!#5$!2A+!)>>M7z#!#@7$$"+r5!)*)z!#5$!1ZkOt<"=z#!#?7$$"+Rg#=/)!#5$!2UTEYyNCz#!#@7$$"+7'494)!#5$!2))zY@5IIz#!#@7$$"1*****R)RfV")!#;$!2$efR-^l$z#!#@7$$"+6M$3>)!#5$!2dQe$)R?Uz#!#@7$$"+8=/V#)!#5$!2FejXdW[z#!#@7$$"*P[IH)!"*$!28Z(z/=W&z#!#@7$$"1,++4K$HM)!#;$!2w$\rJp.'z#!#@7$$"+<"Q]R)!#5$!2DA(=,yl'z#!#@7$$"+T'GIW)!#5$!2yHwI$*Gsz#!#@7$$"+)\x@\)!#5$!2&)=PS58yz#!#@7$$"+vOWY&)!#5$!29<3c<d%)z#!#@7$$"+dsd&f)!#5$!1d'[UXR!*z#!#?7$$"+^b#ek)!#5$!1Ez<YSj*z#!#?7$$"+ln#pp)!#5$!2$\x$>wP-!G!#@7$$"+E()*Qu)!#5$!0u#*3!=z+G!#>7$$"+>$pRz)!#5$!0RtXT"Q,G!#>7$$"+m(eO%))!#5$!1"4mR^l>!G!#?7$$"+L5"o*))!#5$!1"e^B:*e-G!#?7$$"+/crV*)!#5$!2;jU$e%QJ!G!#@7$$"+VP$y**)!#5$!1:b"*45x.G!#?7$$"+%>rm/*!#5$!099#y1M/G!#>7$$"+&H$*\4*!#5$!2t_K^A.\!G!#@7$$"+"3bp9*!#5$!2K93X)o]0G!#@7$$"+dq7*>*!#5$!2nx-_k6h!G!#@7$$"+QefY#*!#5$!1*p8hpgm!G!#?7$$"+ob+(H*!#5$!1b.;*\Us!G!#?7$$"*a+iM*!"*$!2u6&*R+4y!G!#@7$$"*TG&*R*!"*$!2:T@)\;U3G!#@7$$"+R=nX%*!#5$!1\\[A0&*3G!#?7$$"+^#p')\*!#5$!1^m>9lb4G!#?7$$"+,'*[[&*!#5$!1lccbZ75G!#?7$$"+Y(Gyf*!#5$!2ti8M8'o5G!#@7$$"+Pr?Z'*!#5$!2AV%oplC6G!#@7$$"*(*pvp*!"*$!2[G:!Hn"="G!#@7$$"+HP&4v*!#5$!2ih"3v%>C"G!#@7$$"*T,**z*!"*$!1E%)eb1(H"G!#?7$$"+a!>#[)*!#5$!2C.J.M8N"G!#@7$$"+C)p)**)*!#5$!2Ps'*y!>49G!#@7$$"1,++\"39&**!#;$!2i**\3gnY"G!#@7$$"#5!""$!2/WW+*)3_"G!#@-%%VIEWG6$;$"#5!"%$"#5!""%(DEFAULTG-&%&_AXISG6#"""6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6'-%+_GRIDLINESG6#%(DEFAULTG-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%+AXESLABELSG6'Q"k6"Q&stiff6"-%%FONTG6%%(DEFAULTG%(DEFAULTG"#5%+HORIZONTALG%)VERTICALG-%&TITLEG6$-%)_TYPESETG6#-I%mrowG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"66-I#msG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"6#Q0Stiffness~[2,2]6"/%'familyGQ0Times~New~Roman6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ&false6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%0font_style_nameGQ%Text6"/%,mathvariantGQ'normal6"-%-TRANSPARENCYG6#$""!!""-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""

LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the pitch in the damping matrix at the second mode LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= The figure above describe the shift that occurs from the heave in the damping matrix at the second mode

JSFH