Aplicativo de c\303\241lculo usando o modelo padr\303\243o do Instituto de Engenheiros El\303\251tricos do Jap\303\243o Modelo de motor de indu\303\247\303\243o LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= Conte\303\272do nesta planilha Calcule os par\303\242metros do circuito equivalente do tipo T a partir da sa\303\255da nominal. Calculado usando os resultados do processamento estat\303\255stico dos resultados do teste de medi\303\247\303\243o constante coletados. Nem sempre corresponde aos par\303\242metros do motor de indu\303\247\303\243o real. Para obter mais informa\303\247\303\265es, consulte as refer\303\252ncias no final da p\303\241gina. LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= \303\255ndice Entrada de capacidade nominal, frequ\303\252ncia de energia e n\303\272mero de p\303\263los Constante do motor Valor nominal Diferente do valor nominal Caracter\303\255sticas motoras

Capacidade nominal : use DocumentTools in end use; \343\200\200W: Freq\303\274\303\252ncia de energia : use DocumentTools in end use; \343\200\200Hz N\303\272mero de postes : use DocumentTools in end use; \343\200\200\343\200\200 P0:=DocumentTools[Do]( %TP0 ) : # \345\256\232\346\240\274\345\256\271\351\207\217 Freq:=DocumentTools[Do]( %TFreq ): # \351\233\273\346\272\220\345\221\250\346\263\242\346\225\260 Pole:=DocumentTools[Do]( %TPole ): # \346\245\265\346\225\260 if (P0<55000) then Vin:=200 else Vin:=400 end if: k:=1.25*(P0^0.95/Vin^2): we:=evalf(2*Pi*Freq): #Z1:=Complex(R1,we*L1)+(Complex(R2/slip1,we*L2)*Complex(Rm,we*Lm))/(Complex(R2/slip1,we*L2)+Complex(Rm,we*Lm)); # \345\233\236\350\267\257\345\256\232\346\225\260 R1:=0.3*P0^(-0.3)/k: L1:=0.032*P0^0.05/(k*we): R2:=0.038*P0^(-0.05)/k: L2:=0.032*P0^0.05/(k*we): Rm:=0.1*P0^(0.03)/k: Lm:=0.6*P0^0.1/(k*we): #\345\256\232\346\240\274\345\200\244 Iin:=k*Vin: Eff:=66*P0^0.03: Pf:=70*P0^0.024: w0:=evalf(4*Pi*Freq/Pole): wm:=P0/(3*Iin^2*R2+P0)*w0: Tq:=P0/wm: slip:=(w0-wm)/w0: N:=evalf(wm*60/(2*Pi)): #\345\256\232\346\240\274\345\200\244\344\273\245\345\244\226 w01:=evalf(4*Pi*Freq/Pole): wm1:=w0*(1-slip): slip1:=(w0-wm1)/w0: Vin1:=Vin: Z1:=Complex(R1,we*L1)+(Complex(R2/slip,we*L2)*Complex(Rm,we*Lm))/(Complex(R2/slip,we*L2)+Complex(Rm,we*Lm)): Iin1:=evalf(Vin1/(sqrt(3)*abs(Z1))): Tq1:=(3*(1-slip)*R2/(slip*wm))*Iin1^2*abs(Complex(Rm, we*Lm)/ (Complex(R2/slip, we*L2)+Complex(Rm, we*Lm)))^2: Eff1:=evalf(wm1*Tq1/(sqrt(3)*Vin1*Iin1)): N1:=evalf(wm1*60/(2*Pi)): Pout1:=wm1*Tq1: Pf1:=Re(Z1)/abs(Z1): #\347\265\220\346\236\234\350\241\250\347\244\272 DocumentTools[Do]( %TR1 = sprintf("%6.3e",R1) ): DocumentTools[Do]( %TL1 = sprintf("%6.3e",L1) ): DocumentTools[Do]( %TR2 = sprintf("%6.3e",R2) ): DocumentTools[Do]( %TL2 = sprintf("%6.3e",L2) ): DocumentTools[Do]( %TRM = sprintf("%6.3e",Rm) ): DocumentTools[Do]( %TLM = sprintf("%6.3e",Lm) ): #\345\256\232\346\240\274\345\200\244\347\224\250 DocumentTools[Do]( %TVin = sprintf("%6.3e",Vin) ): DocumentTools[Do]( %TIin = sprintf("%6.3e",Iin) ): DocumentTools[Do]( %TEff = sprintf("%6.3e",Eff) ): DocumentTools[Do]( %TPf = sprintf("%6.3e",Pf) ): DocumentTools[Do]( %TTq = sprintf("%6.3e",Tq) ): DocumentTools[Do]( %TW0 = sprintf("%6.3e",w0) ): DocumentTools[Do]( %TSlip = sprintf("%6.3e",slip*100) ): DocumentTools[Do]( %TWm = sprintf("%6.3e",wm) ): DocumentTools[Do]( %TN = sprintf("%6.3e",N) ): #\345\256\232\346\240\274\345\200\244\344\273\245\345\244\226\347\224\250 DocumentTools[Do]( %TVin1 = sprintf("%6.3e",Vin1) ): DocumentTools[Do]( %TIin1 = sprintf("%6.3e",Iin1) ): DocumentTools[Do]( %TEff1 = sprintf("%6.3e",Eff1*100) ): DocumentTools[Do]( %TPout = sprintf("%6.3e",Pout1) ): DocumentTools[Do]( %TPf1 = sprintf("%6.3e",Pf1*100) ): DocumentTools[Do]( %TTq1 = sprintf("%6.3e",Tq1) ): DocumentTools[Do]( %TW01 = sprintf("%6.3e",w01) ): DocumentTools[Do]( %TSlip1 = sprintf("%6.3e",slip1*100) ): DocumentTools[Do]( %TWm1 = sprintf("%6.3e",wm1) ): DocumentTools[Do]( %TN1 = sprintf("%6.3e",N1) ): (* Nmax:=2*nrated; p1 := plot('FuncI(N)', N = 1 .. Nmax, color = red,labels=["Speed(N)","Tq[Nm],I[A]"] ,labeldirections= [horizontal, vertical]); # ,legend = ["Current", "Torque"]); p2 := plot('FuncT(N)', N = 1 .. Nmax, color = blue); DocumentTools:-Do(%NIPlot = plots:-display(p1, p2)); *) #pi1 := plot(Fis(R1, 1-s), s = 0 .. 1, tickmarks = [[0 = 1.0, .2 = .8, .4 = .6, .6 = .4, .8 = .2, 1.0 = 0.], default], # color = red, legend = "Stator Current"); #pt1 := plot(Ftq(R1, 1-s), s = 0 .. 1, tickmarks = [[0 = 1.0, .2 = .8, .4 = .6, .6 = .4, .8 = .2, 1.0 = 0.], default], # color = blue, legend = "Torque"); pi1 := plot(Fis(R1, 1-s), s = 0 .. 1, color = red, legend = "Stator Current", view=[0..1, 0..Fis(R1,1)]); pt1 := plot(Ftq(R1, 1-s), s = 0 .. 1, color = blue, legend = "Torque"); DocumentTools:-Do(%CharPlot = plots:-dualaxisplot(pi1, pt1,tickmarks = [[0 = 1.0, .2 = .8, .4 = .6, .6 = .4, .8 = .2, 1.0 = 0.], default])); use DocumentTools in #restart; #\347\265\220\346\236\234\350\241\250\347\244\272 DocumentTools[Do]( %TR1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TL1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TR2 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TL2 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TRM = sprintf("%6.3e",0) ): DocumentTools[Do]( %TLM = sprintf("%6.3e",0) ): #\345\256\232\346\240\274\345\200\244\347\224\250 DocumentTools[Do]( %TVin = sprintf("%6.3e",0) ): DocumentTools[Do]( %TIin = sprintf("%6.3e",0) ): DocumentTools[Do]( %TEff = sprintf("%6.3e",0) ): DocumentTools[Do]( %TPf = sprintf("%6.3e",0) ): DocumentTools[Do]( %TTq = sprintf("%6.3e",0) ): DocumentTools[Do]( %TW0 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TSlip = sprintf("%6.3e",0) ): DocumentTools[Do]( %TWm = sprintf("%6.3e",0) ): DocumentTools[Do]( %TN = sprintf("%6.3e",0) ): #\345\256\232\346\240\274\345\200\244\344\273\245\345\244\226\347\224\250 DocumentTools[Do]( %TVin1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TIin1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TEff1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TPout = sprintf("%6.3e",0) ): DocumentTools[Do]( %TPf1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TTq1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TW01 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TSlip1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TWm1 = sprintf("%6.3e",0) ): DocumentTools[Do]( %TN1 = sprintf("%6.3e",0) ): #DocumentTools:-Do(%CharPlot = plots:-dualaxisplot(p1,p1)); DocumentTools:-Do(%CharPlot = plots:-dualaxisplot(plot(),plot())); end use;

MFNWtKUb<ob<R=MDLCdNNZak:dR>T:`N:UXbCB`N\\@Nd\\QgmxHYJvLkdXY]ywpaWt=S<DSZDNN`JBdqqQNB<Sk@NP<Lk@NR=yf<UxqTnYpq]TNTKP]ob@oZ@KbdUtuwwXLD=S<DNwUSp`yaim^MRBDRLal>xwvAYpIN_UPmXXamwsxwwtvVYXomU?<K<@NBLjZNo>NicOZ;?\\>J<@kmDRJ\\J;=L>>kmFbJ^Z;kB:;[B<=L<ex=AYkpSVXlMXjGTMp<VQqoW=XuhuluN>DRbPxbaXt\\thhUUdMulX>=Yr=qn<kZ<KQplrTQn=wJlUwexO]WTapClQxlQJYw?Ika<K<et?hTA`mHuNFpR]lNF=m:HN=mjBUnBLjjEWCXpnaxn]wUypIDtKItRTP`]KflLE\\UhtlVIL;=Ld`MV`QliPamsV\\yjYrI<SDMSLpRK\\J[QtMtV>ysIyKgXUqprWtXVINqMRJ\\jdtSXmUXlLgLU>Tj;ANGHNBLrytP[\\qRyM:YvkAkAaSJ\\jdEjRQO;=LxyV>IMYMjZ<KOeMhlULhMiaJ;=yaHPDULNpJi\\mpUMfmPU\\UXeQfpqx=xoIPYMPQuVEIs:mR@hK;dP<IvaYfHfatPlvpZH`[fYuw?[XVC?hjAXNAClYbKATHcYiIxdsvJIRqyIxoB>ieaarXiheAXnSsE?wr?U>aRQQbOaTwWi^wteIrcWDAEdlMxn[ehcI<YWQIRg?xJ;Eoedm]yV_xN[FXcS<WuR[cbAwB]BsIeE]wigFyCr<?FBKFHqG[[eRai^yBFAemOCHsi`=i[qreEt[GYgyYgawawCgertiUS;gYQg?KwA]BXgHBCumsS]UxtgdRyddaRmqSwGt\\oWJEEAUtf[GSgxokYRgh;cH\\We]=rOSBJyfUUvLsBv_fWYckQvyuI<IWqwEtmCtgBq_UYyCKcHvMsf[XIgWWUbSWCPGvNgs=ovWwBZwYiqVj_y=KbTiwlUr__inMYWcfZeBAYW?=TtUx?ybHuW>GSKCTaeEHEysmeesChuCZwTNufh?us?wWkf^=HTcS?ObpsxnqIFMYcIXf;u]URQWGi]rMwSwyBGKRewXQ_x^iv\\ExnwskisfiVBQXRCXOAwA?XEiXwADLmuU[wkGvnMi=Cb[CRj;GGOieexiAerqyq=sdGuOSv@iuIoeGaykMx>MDleI;?cCOgK=FteWRqhkEHP]WGeRFeu@;SB=W@?wB?VRcV;=iZ;C\\kKD=qjhY_ywruyWxUZIkW\\kHiQADO\\aoByWWpP^]na=r`ax:AVJiU:=P:lq;DrBLKlij[`P\\ErUXjSuUyHjQqqXQk`eYhHrymwwXJgYmNIj_@VZHuxPV`lms]xS\\oFMP]]x]ywZikAxJ[`OcPscyJQQvAHOY<vEHQuDvQUpGLVUhXAummaqqUx<IuRHQuyK^MQe=nCuxK<KBLxcTYMMO\\lVQQms<YcIuQ=XnTSAHL]akBDxEYjCimE`QqxxVDTMMOKlnbLNyAnTAWRAN@DR;dJX`lv`XfXUl@MmqliAjSQW@ps]@KotSsYrK]oieJWxLXtoKdXT\\p?it=MY[<obAWiuQ?hnmyV\\euHXvjEqG<xtXxNYxkywFLkZTxteujyKGpRQqu=@txlQFeWA`vWUWj@WwQKfQSpUrrhnslKXLS>=je<kHhRbIv@MXLMPVmvJ\\Ph]TIltdMtMeKD@WwLpgeM`eys@RciP[Awk\\UAtqlMKm`on`RFYmkdLEuPaTnIAtKAMRYN;tnIhw<QvsTKJhtrnbs_ojx^iArQvoyHkGyneGvdXw@HfJi\\W>fHYs;QtSx][InCV[KWq;ifrowOxljWvON^Ha:[RVgU\\=ENGBPyExkF_YgZ?BR]YIqD_sfLsh\\Yuioi@qd>aURcdPcxrgIsIVuOB[GrVcDWocEExoMcJWBtcCVkceqbnIRREG@cgnWBe;xgyWmIhguWLkhW;S=]WeqsbEtBUDaMI^qVVSTQgxaeenEVsQbYIhgqfEItlKhNWf[wt@GimwV[EvTiIdyhoOr=CvBqIBGiymF]sFQIfBCSD[C_=XoygCOU[KIFQy]eGVKsaybieWrAwlChfExv=IlOhOaIVkivKgpQx:uVkOfxUv`?WOaf[IiI;eqsCcCuCAXdaujYgYiCgQERAxgYyI=VhQvg=XcaCdwHDugq;r^mH=ugBGFqmUX[ehcRnQGGSW`=sIEDo[gocvhKFn_uXsDdmrWubqsUs]CwWI@evyAtKOc?Shy_rMyWwQUCys<wCtcUkuCt]CdqUF]e_OvIywyxXapoAhyvLMj\\o;uJvdMSISOtVXtRtlthlU@`vMIysqlH`w>]Ysqy><ydiQBYTx]VkDqkXXuqOrdydQvPXQ@Qv@HJWHT]<rnExt@jLqwp`uf\\VauvdLpKuU<XLLunPPmjUumDl[`uiTplUoVmjtAKoyK:mvCYldxrKYT<@Q`ysoqJM\\oxIRB<pTpsLducxjQIvgxtX]rliQSAUpXu=@kTyS=QwQLJytQ_qO>pj[pjYXMeylvIkCyMxujwqX=LPFhPJYqYuJRdUp]VVtQ<towtJHtWBLn<QJOys]<K<@N\\awLPrAlQPeRf<Mb\\MF=pRhoaeypTQoAJ`uyrDMElXaildAWSInkAq\\QO?]mW=Wv\\XVprFxoyTrdiwCQwqistuK>uuHeSJ<U^qooHwxnZXGxAnhvWpNVaq^y?xmax_=WpkhiDgvwVcXIpJvqxa`UrMGyu[HV;ux_B]ywUufB[SiOGp?E`WX_Ii[Mh>OF;EDTEGCubZAvUSXqOv_wRAEr\\YV;GTS;dshsEYXcLVHiJIdjbxURlWy]wS]qmaX=]JNTQaxrOhk^an>=QVlW>qtgmk>PqK@ut`s@`sVUQneJo`nlaws@sFAs<tQOHuT<kZuYm\\wsDUDYYVLoJmxILK<ht<En`ijPlWFApUAvjAqE`KgqU^IYmyqq<mwATalokLwPAx;Xk<IqFpKnTn\\lMVpxF\\MTyqUeLMmM@PSExM=ELP`kcMqOxmApRqPRIqWgETm<s^@KouLHpwRuj?TsqDo<itJ=lbulsMwZlvg@U<`xvtOWiSRyqxyOfiUw@RMIQsIWMMOe`lYyj\\hUUqpQtTVHqODPstXTlnIyUITmAAT\\@Qm<MF@tsPpj`V_qT^QXKUneuOxxyfMJpeoDPjHYlQxwSdOpyPXuoEln:ASneMj\\M=qOe]YPyw\\TVTPVjiVw<pmAsv\\ouYxa]yo`yD]XJmm?ToLiyvHJx@sxLp?ToNHs?qYupKoUmoQrGtPVejjdnCPPMMTk=YIIL_xqT<teQw;=WUQPPMPJaJ;=LkmTWIxr`MD@QBAjwtsMxOR\\Xh\\n_mVcHv`<O\\QN_dvBLTMeUd@jkDmgLs:]vOmyQMmLEMrUvUxX?ulpexZxrStS;TW\\DumP\\kQr_@apO`EgssNqjAf[irhhlyHvMxgQNvnhs]`[ZGxrhiNA[nogPfiPYqvQnL>taxdi_srih_nhavw;ascwuZQkxh]Ki^HyyiwkhWaw?]Ywcxa]yooRinxnZkfkTO^`^t:haUvt]f^Ui[=P^DPvTihAgqZWZHgnXvrphseGle`pAHsiNbKN[C>x`w]<qlgvZJXnFNr`@rT>gNQpCNn=OjZwsFAdn`oliigQu_N[>wd@IcVNutx[pfbagZ?xt@gotiukwtwf`KinIO\\nq^M^sPV[LphfvrNy_`Vf=OgJNqYWhUngyP^XVaQps:ajIwv:Y\\V@jkv[HpbEQio^tJgnAG\\@`\\wFjoOmZhd]Q^lwdsx\\@fixYvWF\\Qa]I_crUyqR;MWXKUSUfUoFmwc\\xw<yniqkAarixPctxMumYlvvTK_IQk<wNERSqnaAPv`xtyy[HX^mqJTUsiuEAuyPXMLTNXqh]PShlUUwLerRQpOUyNEPaMKixkxequ=NDySa`QeMQ^qVYDr<hjEIXvaR@\\cdAnEwoH@oUFvqGhubBogGWS`Ev=yC`mvE[xLEd@gvEsYLmUQ;xEuB?QrOUhMIU\\ac[=V=wYfkRYYXIkDh]uEgTASBJKEZmbEqeg_ST[dpSbMsfLmSZAukYTjCE<Gt_wxO?ERYG;EtAqE^mfWSrpiYSQSI[H]GUm?GrAUlYyMswuoSMowXaypoDOqFBKbBWhdEbQsfpyg=YyiiY<ggAYh[]T>QbCAv>qigSGKGvNmYu=YCkIvUyK]yKcDHSUpgCKEXGAt^oiy[GPUBfky[?EjUr==YxIbXQWRcbs?TFgWT[D;wVEEuBWy@wu?wWImW?pUqErVQoMuRQYv=HkiQVwqqNexpdxTLXElJqaWCTwsDYmlLnpwXyMwqOYXjwTtQAVeQmy<x;yrYUnCYKqMN>yn^uySXPwAQx=YmiXv=yoaMVPs=LreiXAYvIqqDHNgauruvSyjjQuqXoZ]p@XvtYuXTrrXwUAvBql?AYd]u=<y]UsK]XULPTTLXPM=@TuqTvLXyYNRppnuLvlJy]Us\\WFlymLxd=eW>hcvlgYvQ>jLP`LQtLh\\KwpmfcSNeG?gLaqXNg@a`>_fMqjbAtmasuokhHx?QySweZWb`?`TxhX^jKvpnOr`vm]>mnIuV?qwQw[Qoeqg;wo>@vLguEOviy]>prGOm\\n```ye^gWFrh^tdH]L_xjxvQV]D@_n^\\SOkd?pR^tjw`?^MIh<IeP?cSyIyQbwIEsyBlYh@SvTWeiyrGydqSbIGsEgHmsF[UytgxD?IEaRAqyq;VRicQQFvQFeUHbasjCGwEbI]dI=Vg]hbme:OE;KyLciJ_xxMW\\iTW=CKMrU?yX_gMuRkgVwqTRaDkWwqmTVItE_uMWijYtIYCJOex]CcoSwKVTsr\\AwXgXRah_mEL_DwyeqgVWkDg?C;WrRURcYDa;dl]X]kiSOxgKUqoW=suMyBjwIMGfpUHHowREcSyi_GRaqXPCxVIX\\aD^_IyegJQhc]fR_I;=D>]eOUByGElKdHKVXyWm=hparceHQ]SaWxdgd;iTIWS`IGfoyeEFPIEG;xrguBoWXOCiAvX=tU_sd=E?QEJUB;oyPYXHOwMkEF?FEGgnSVuKHMux\\MxUyg\\YcSUm;PtTdKtAVFAoUDtjLPZ`rqyj?yp?Aleyo;aq_TwkXwNIKvqyGYQBXWRTkAmwrPJxeNNAPrdYbeQ`mOTxj=Dwp<M=Pw[qsAtwAiM=QQ:Pt_=soXRktfw?ckix=pucabB?h:nhap]<xgGV_\\NfUNvpXaiGbeqrkNsuVfjWugWojxacO`HpvsYrIy_BFr[FrrYeGFvoOfqqt_AuSHlg`[pI\\bWlJw[[g^VOlXAfNWr]`smOsQxl@ffZgx^Yiv^eX?qVffmgik@hbXr`WdxP`exrjO_YWabqiKIwD?x:h\\vfZDIynqbM^ifpajN`Q?t_qsyYmEVg;gxrpu\\vj_Yh=ylKawEVkKIjWWm`QvAIeeitVfaXxawAt@_yjiuF^xgwTeeJ_TFqexSDuox`SrRKt>SbiOE>ohoeye_RIAtciIdwtfGWEIrrUv=ytKIIXyhVSCr[HIAeQSYPwS=YR]oRZERtmYUgDgYbSuFpGv=yxXqrHWFa_tpWHUWTjqr`wIJWeeUbEowCaroAelIrP=eGmDRcdS=rTIYy?VuqboAikqhKAW_YiGkSoaES=ybifa;xkoeAqtcoEfme@Gf`udaoIX;YkiGF=Wt;EloS:=D>CDaeb]yTOeca;wKKDWAE=mWXkc@uFlCVN]cy[iaGhbms\\[wuKe<siTcXKifEuD>ytGCRhmXhKWq[S:]W^GDA_WHeHqQs_qXbSbrWUWEEPwwk;sqQdsUXOweuWxMwiyqwDYXMqc\\YwCug\\icCYtKWfbSHMwWfkwx=v;]xgAtjyW@CDmKIoIiTSF@gGAYhY[s<mrCgIruyOwf[yfBGryacbiCeGwfyiFSWVIE=yRF[rCsrV[HwOvX]utUVy;imUhJGfBsetcgtQv?IS[=snubZGTmorRyhweExkT>OvFiXc=gUIx@]HhgV;gesiUsmUnowk[DIYG<Kr`wC;Ur@ec[aslGrAysDWxOoIm]VYCrVwU`IvnmbWEYlaUFMgMUu<OFQivpuDpgTHmhGCYHcXnebWIWQ]bkmHfmXumipItcKB;qVQerloHBYHnas;wTymiaMseiGnqurKXLGxmyfiQvqiFuGBEOxSeCJUrIQumAsqGEOCRUgdKWbTExWGXUAwUItkkIFes[UGGExKmE_CyRqUfEunoBXOY;;x^IujgVUqY^WGYstf]s=IrgUCkOWcydRqXDqCYsy@?wVIhXkHi_yESCywy:sWqKC;eWfQrquYhORhwTIGB=mW;AfxcId?S^isEsc\\KXOYi^wHbsxSyE`ST?aVGgTcuY?uw;igBoUQWuumTY[CfgtNshIoiEsBMWpy\\NVlyX`RvQxMyKRMq[tPyiMDajCinviUWQyQHV^Asx@xo\\v<YWDLRN=q?TPx`UH`OAXMPtyZ]tB\\xMmmAemlas^Uv^IonaylmN`UNvYreMNn<sDtw_tVy`J;=<?BVAwVGfGOgAoCoKVUEVfYdG_TieCwsVH_do;iyurpcTVgbq;w<WIY;YPcyukRbGFUkdC=IlGxq[y^ax:IWEartgFyCvMSwH=wOEr[Oy@]d;]sFSyciyRAX^aR;Ar\\WGKiY@Qt;STXiY?sgvGyGKtmeIjKy>OVriiI?Vfisw?DvEbdgDPQeG=H\\qgk?uwwWykisYXQKTIsgAYW]yE?WrkaH@qup;E[kdmCs^qBY?HVeIdIXn_wuuC<YRv=hdEvaAYfYuy;vkKUNGBMyB`SCEuS:sYvqHGCWDyVTmikcTKCSX]EYIiFsSy[XYKRvigd?f\\?XoKeFMsueeBAsFqRwovQWvpYIhUREOY_;i=ais=uy_YXkyRei=Kg]YSsCR@gce[Iw;Uuswa]GREiOCY@ShT]uqCYAqRfuI\\aTN_TTkdIYeDwTWWgkwY_QTRiih=YMyX]YuImu@qr?IrdmsScRTghpUHVEIbwGLKWA_UjqwtceS;UuoW[kfIaUE_IIogjIENebQcIceBE[CRKdh=tCIcxstXUcHwDVMi[Oyaat?CDnaxgeUliDhquv\\oPUKFLsomv^]n[aL?ExcaRf\\ycMKp]OYesuljphy@=v_yyuPLmqQr=MixSwYKYtqpaNFlUaLXlewbxucQQFPqw=KT`RNELaqpluyb<mSqUXtVdltiTyOTqQlm:MUPmuslum`Y[QTjDOkqmeLWWEYX\\Ro<W:tuViYjLUG<PRhSNpYaex;uujqNrhYf]mTXTbqXUIpfyjqEvvdWuTVr`sDiqN]JRmk]dJPQUG@Pl=Ui\\JcimRuQ]MPPaoWioniQwLUqIMHxyx\\YALMPQK:W]`Ov[IxiOfAqyM>]jWsr^uqnfFNup^k<Giq?snFmFO`t?[<@do^rSVr=ohuhyFAfPosSv^?HeTOeTPajpd?I]bpsZ_jixY=VfQUwWDAWTMOC>eVZKb=UFJ;DjmvqqID?xKYG<Qr]_CvYG`aY;gCE_D;Qr;EgBiHm[dLWWmgDvuYhIIMqchmrASDYAr>GsySG<asCci_[B=uwxMBi[yYiwbgUdOCXOI?]Eoyrryvg=sGQYBsif?S>Is]UEkqNXLR\\Iv>]uoLW>LUNyKe\\ooaVlpRZlOxLRsHlC@uvpVxPNPmVcxrZ=WPAsjyKvhj_LPnXwBQQs=MmuV_lLxmYt=TNATKxtgpoPaWN`wApQ=tjO@OHawSxNjdyAymkxxrmT;UQ@=nH]VG=mZUrlHwYQvgyWQ<o[TPphLetvu\\MFDN`MVeQrY<pqEmKlOahUGdT;qY:tQIem>xurENsYnyLJLlo<]Umqp_PLaMww@teAlaQxZ<OdlLQhxbIjZuUMLxV`TXlNR]Ss=urpXoltgmueplbAPbYSsaYdiOBpWJQJgYuUDvNmmYXlAtx[AV\\mqRtp>lj\\lqoMJ\\YM_<noMRw]J`pwAQmnALF`MwLJWPQ?INHuYulLiMuDhjUUtDlVhDrrpwPXmKypEUndXLlUP@<nWuwe@xRxWe\\j?pJZun\\<wyhmk`TcurLPWMIwNQpkDypMvVitk`pWDNDUUWqPdqNFhYkiYniSpLnOEx<yrtTJFqL=\\qstrjirAXLkwkxprHXbcijxwf]Pty^iGq]VPcVQjqner_\\uy[FproylqVrThvEHhfVk<ws>VnYgcn@gOQ\\KIZ@_ZuVw:yuQwotGm]Ympobqp[kApPxdaP_YxamV`MgwU^uo^bpXhL^Z[`aT?kMheYv]YP\\Wfd_p\\a_\\MWd``c;apcWtDNhq^hONy:G_cF_dgihpoWWqX?t=pvoom@qpgVekxwJOolVspVnl`xVxt=A`GhZ[gh\\It`hf=?yO@uTFoRhxuaafaarOayYq=XejPioQ[n_gKy[;fZO_fWiZsAdFvrriZ?H^d^aJ>_LnZ]ixs`ms>aP@iFFehwvsvfRyqco\\XoihiZvaaiWZl>]Ea`@Nnqip]@xYXeiHbBHuCXlcFubfshYntVj?Flkiekwsyoy=`xMyo\\GvHYtBwcs^jivuuo]eodf^ryweT@j;geUNvfHayp_Bfmtwe=xZWGtjAwNFlcxam>rT`c@^f`hm:auSXtk?^sV][FdkAqt?x_AoS^wiP[oQr;GkoxrNFpMf]Yi[kI`;h^n^p=gegGy]awOAsoWgAw`<agnFoOXywp[APhWIajQy@@nOWt@?`uOtjXhAq]^?uF@kJ_ZN_eWA`^v]u>jWYyOFjfOxAgu`H[BP[pYbLqqg@uM@m<VbHh[twgcx]:gxTf[DipoVgy^ZIwawwa\\PrvQxqyh_ywnogvaxxYxRyoBX`IvdZolpIfmYo=H\\]qe?AvknhrglyHuq`wA_qjQte?epXaQfq@fk@Yd]yw:ggyW_<`yGAcgYtKVaMDtixGWbQqe<gbeoh[AsCUySWV_ivZUvlgRRuukgBtuhcwT?]rS=HTyxuGDGQYdcg\\AI@GwMmx]EVr=IvoFEmY_yCiwhZwWeAVEqS=Ib=wrOyVp;GfKCoWW?OGMOBiERyCfaas[_yvoD\\UM=pqwQuZQP_IuKuTkpL;IlMpkWUwPLvexOaTvuHwE=X\\duH@mPyl]XRVxKPiORhJ]]Uq\\uneTi\\WYhyClYXmp=tQHEm>`nwhok]V=Qk<qqLpXldMSDmHeTVhnY`SP]JytNAEJB<prqlu\\VZhOp=YmisqDP]mrFDueUTJ\\jluSlAo_pNF=m:pXgQuOxUVHTFesYxQYTUp`WKUXh`sD@SlUqWivllWven`pndlrLIT\\=u]@QH`xw@mlIxeAycykgLWC`jDULaMwseob]uq]LxlmjAo\\\\oHiYIqyOXXkTyihKsixb`LHuNg=ruyox\\k=yRAAv;XqAEncem:dPsYQIIl]@w@@PVUPdIQFXMKIJ@PN?@pNuWJIwW<YtIja@xeQywDy_lPD`U=mSPIOfuuwXSOlV@tuT<q`]vR]KcATMtuwhPXtoYPs:xlXLOwmqAUkyuvK]R_XkEMNohO>DYrlpeHTcUMwHMkEKGIP`IxaELxdv]\\yj@Wa\\MDAVs=y>mlT@WymWRtNBeuDHo=iVQYOQIXp@M[yvHASTyKfqUBxSLXXJDt^QOvly>YnBhkF\\QuqmctUm@OfHUS\\xHiuTLt=`rgYOjDXLyRRIlLhnBXO?EM_IYNukDmyZeoIyK]POYepr`wD]qlQxM=Kx\\qBtsxlPHTXHtj]xuGySZIoUQU]UviUljUy]tm;iMLqLIeqnqLtpr?LVcalkAYlimc@pcpMvdYSqwuPXMaYgHnBpoWuJoLJIqyJIT[DjdqXLMWXHUcxMfUJflTy<UVqRNAoSUKxiOT@nPtlRmwp=nP]T=]XH=ke\\wfEnWMy=pY\\XluxL]MrAXlkIyITXOXyMXKmHOBlLmXJSIqp]OXpy?lSV<uCXMh]qGTNAxUGPqo`YiLpcDtettAiTCQoLdTXXxaDtx=xwPw\\HKWPqtItM=luxv?Mu;irrxvxyVjhw:mOhMquyqRdX]uPrQwwhjX\\Po\\NhYvI@kB?`Tfs?V_SWkVy]QX\\exfvOjAyeyA[UnpY>j=G`mF`gvZ]inQym??tkIarfibw`\\ViH>rBH`q@^iXhW_jIOyFVwpy^]AxPh[RqiZVoZA_h_neVlsXlcQs^?opx_LqkeNvfVaAGys__vgighvPvfvpcPFb`agQyuYyay@ylxr]V^G@^Bfnp?dSf\\]xhvAyk_gRAp;gyy`rsAhcw[BG^?Al`wphgujFh\\abO_mOxrbFwDndBIdbikYvaXg`nw\\vY]qfqAGcB_al_vY>gdV[d_mHadEyaNvrWhh:vuvox?nthaaX_rUqfAOt[iwrawWxlj_yZO_XxipId>oZ@>rbXxbNnMQjBQuGHt\\He<IqAVpU>\\O>lyplk@y:xeyHiy^arnwx_quFya_rpW];xvXn]C`l?yw\\_wQyu]VpVvdNvlRpjevnGwrEg_L>deixq@`aGidngTvxRNqnvkDy[MHuMG`eyliIprguX>wFIjD@ck`ljHjspcW>gmW`IPfwOft>qaIblIjO@iqYrC@kFNpPn\\[g_dNtNiZKnxV^f_GqKfmJiZ=qbXWkBWb@ntIiyCvaFYu;v\\eiolPkvG`y>^IHbSxwQ^\\D@y`GxBv`YFbjvp:?d>pfRgwtAgJApsN`eab:g[pP]=>dyn`;f[U>mk__\\^Z`gbgofu_q___fVmi>bWo_A^gpW]J>en^[eajmvsCP`yFusFkRPyXYoRPauW[T_[vh[QgppFr^gvwqcKOuKYhP?ilV^_A\\`yssI]YocSPjypdhWb`XZjioOq\\qiuyy]nhkHIrNykaFftQpWAutPghN\\qiw<yeEo\\\\?sGvt\\xiqqcbX\\h@[AWp[Q^Ux\\=Nj<YnK^\\Vpk=vZIPbQ>dEfp<Qb[Yej@bZv`jA[vatwqnF?kcxtBfwDOwIviqwhNFnUn]SFk:fbrAyrqj[Qx;Wrjwwwxx]QkhHbrgykhgRqhjV\\;h_f?p_XmJQpQA\\v@dyH_P_swq]Iyqjqjla]cA\\XFdAnuNa^RYlqAv>Ig_Oh=@fVfuqOZSa\\doyo@\\R^\\Vow?o\\dQsYgrPnuvWxGA]oNgNIiEgjBNjZ^mIWZKIbophgQeVyiyiydhcc@lrVtH>]V^]FprGX]Q?y=nr@qrdp_wPtB^aM?h=_kVfyBNvu^]Loffp\\o?ne`[m?swy[maxP_rpfw:@pmOg:?qj@XYCFeywEIl_eFSiRctdEy;eHeUFRaw?Ic]wrjSwuISDARcMrogY\\;VnYxKURtkUiowvOYZaY[KHyAvB[UuKvx[ro_wA?fbqVb=DO;C=Uvh=iiITQKhmaXjIHdAhaUvD]sUMi@CuHcV:MwVyCWYIoCbYGcsoUXcR>;yZSHcuGPgsyYDUuc^MG<KtBSf?yDGKUWmcaoUHOroWym=dJqiGOXGgB=OYHIDvIxwyfR_HmUSSOuecwZQXv=xtQxvuIDGtFShKuCIWscobnssK;cgWdJqiIAV>mtmIRn]UM[HHoC<IDw]GtehBkrvibeGdOwvxSwXKh_=iAEWHmDZesoGrCitumUq[epaWx=V^evr[tqYYWEYBqsZ_VGSRHgIIKWnKhfyXxsixaEqCFikwpGbSEDdovlwvtev_QVuQi?=UrOVi[ikgyk;g_URR]c@cxsKumgXxkitIHFCR@uCLqSVkrlibmEhrext[EvKsVSHy]hiiIJSfiiYJSr@cX<=fS;WUaIXcGxkyNsuHUyMSyHmF\\mynysjgVMQXf[wk;EqucWsbEYI>eTCSFmwYWyerEv_wHjwFmoBTyxuoCIwInuF\\cY;_sFaE_MhMwiRkb<UgfqStSB\\YIG;r]Yvg=urMFIcwu]x=uhpcCkWX;aVFQeo?BCIgs?xlMTaqsNms_mby]Vw]XgYtYSRpgw<wutWdbat]WFpgSwuDyeeRYcWwbL?vbaEFgEAoc<Eym[boOc>]T>=T?_igaxPgthgUUcxditMGd@=D>OX;aTkSgOQYXIsWEewWynaX_av^ArIyg\\eTkShmWhEeI]atUUFJYY:iCbIY?mYXUS_eG[;T=MgDyIwOEp[IuyXAstFur>wXy_rX_VuKWPyW;XnF<uxHW]LjeyXAiYqtx;In?ym]imYpTZysytn[<Nb=Nnmt:<qODXk=VuQMfLULxJ=ERbxRUqt@ImkXKumS_=WxDom]t_Hsi\\MgMQ@xLDxjbqTwIxRUvX=xdQx=mXmpQuyOPqWVAjfeU>loXdXIlrWAt=lL=TR=pUoepUMspiJBYQlPTKtVSAKF<oA@LEmYBAp`]W<xOlMmA<J:<L:`N\\^d_idVgwtYnswjX>]bQog`yghbgXvooxw@tpy[DyxlOgoInnPlNneqo_phoWokWyrlFfGVg:pmgOm[N^RaZaP^r@_b`]Hwl\\>sTAo\\n\\@W_ToxsH\\i_q_gb\\oej^yLxy<Qx_XgKHfmamQYnOOvIahQ>iUGa>NehP^vqc_of[>sdidxVpl>ueacjI`aI^]V_Agev?d`hythh`f`fXc<OZ\\`\\Khvepa=^aIqj_vq[IxgV_[?ts@lSpiLFuspo<G^RIylHbrxx;yZJynEOZfynL@l[qt]>_ph]hwqi>\\;Ps>?wwI_yVv:OdTNdHnw>Q[m__hwyIhnD@mPv\\Hg]w^kOVhPYfixrF@sPxtZ@gGYvvaaLWaPfstq\\t`xoApNVqaocuh[KhxU@naivwI\\WNdfG_lxt?XvuplZowli\\r>ldwr@ixeH`?Qf@IlGY_kHgIIcoIqXAqlO]XGi[wjTo^@hyQiwFIbhhcApuQauAHlQg`>avgXdk@vRO^pfoYykMh]V@uq_xBPqZaneWp@?kgX\\PGnevfY@sGisOHt??\\>Ph=g]oyhHIodWd>ple@[yilOXgXwZHngS?kqverG]Ev`WFd@pdy^em^wP_`opw:Othikj?i=>txQpUFhWwtZ_wI_s?OcZW`nhgVfk_X]F>smhnZoyivg]wrDAbbAqKYh;gmmn[Xn_ao\\LV\\Ip\\F^eQ^`yA`ThiJ>fPqZgVaLx[hybPocX^i<Qg\\Hc]PuBF[vVaAFsAG]v`mpam<xqp>_<Xwi_aPnioG`^qkAHhSi[Hg`YhcY_sexvg>umPlsGetfySQoBAfNouiwc;arAwrZAxkhcbxnB@sAprIXbaAieN`m@avIqOi\\voaxGrB@kByclq`sqj]QxewwJokawrYx]f>dQWfX_taGciOf\\Y\\pgoYhkap]unjJnoPafWa`h@\\nFqkxf]QajVhc^nNWufgmcW]wHnZwsCwgxW]tO[N>qHwv]@gqV:GV[?WJuH@CGCEwD?xD;rcYruEVIIIHGIykY>wUxcSAmHeevkACD?eIcCGkbuSICkrZACn_ch=cZlVnTwVyMgUm@pTKpMcaRhmpWlX?qprijo\\RUqXW<X`ETkpSGIl>LxjyvIuMctoLxkJtucxQ<PvutlZlsVASuLpOTXaas;qp>aX_HQrPjQqKaEj`hxkyx?hO]ANxUmpHKptvS`qQQUoYYZxtjplbxUi\\LGPuphjkmwK]WYmxelqmtj]urhYLDyrDDRmqlgHTapny`kFLjZ\\Tc]VA@j\\=YlQXkPWHyTrQxqiSdeXxQyWpj\\qxKxt]avLxPODx?iT^EmBUQguRQpo=DxfajZ]mlmt:]piILflyVInhMvVHmxMJHurCQr;LQy=XPYOT=RS\\sfqkleY``vGXpktVhQK^=O]DV<]UE]RQAKytvwDqslP_=pnmLrajVAXyimMMtZERr]Vf\\KHhxRXPyEKHln^IrDQp?luvQpB\\LMPy<hKGIqQdvShLR\\LZLY?]m_=VAIrndPI]O]DWqlLwIQ=tRq@UJhmGajyAKnMwXyKwLMQQO[HXoMW;puEPm\\XTJMv>xtTPmrhKm\\lQIY_qLixqVEsXqu<El;ayfpSQxu:HpqmK;]Xr=PvaL[iXfASDPtxHUrQx_yRjdXoQTf]Um`L;En[QwPlRvtmCEL]DWcuNKXWmErilnslMuxyX\\KfatNlY;Hvr@weQJDtvjDUrllv]Ugxu`yMVljtiK]mstpXIErGmKG`oG@oTeP[]tctS_XSEHRayj@TVeyt=hp^`ysdqKDtgxo<YlIit?MUhXM;lqp]ssqxW\\yryrX=y>ap@iMqxk>ur`EPRiqsmOxDyjYL^lnS=t[xuo<qeqlU@txhRJPyvupeQtEdx=qV[utpHQruwjxOHemDARZemX<WYQokLjFQVaaJ;OVoUbiGBGciubr?y_;IhAgGwbXCiIexFgytSGQkXaKxeqUs=UpAFFcWtgxKuy^uydgyBIsGIb;aE<Wsh_EGWwAcHOuDB;WUsemed^gwnqEvExxyDRUiiAYSarCmsk[YlIya=UkwG?[G=;tewWy]rAaee[YVoXuKXlCG^[YZYsDOwPWCuaYpsGSobayEweCumSQsyGSCKQXEKFq[UpyiqQXWSux?BiAGiWH>MvHwF<Gt]gYnIi=KYsQlOMpd@x:ImUhK@=V=LWp<r:pyWALdyW;XrXxTRuvfUsTiLRmqxup\\\\Nw<OyQRv`ygynRirdiPduovTL=LKyUtvhOZUSUQkYXRGPWB`OxXrO=yyXYA=N\\\\rQeU;QWlDwjhXSaOv=PsYKVdT>dYGdRBupgetxPSoUlf`lM<unHX=<MVYKpPmK<Mjmnd=mAeUwXS[MW<AnUtw;isQqxLuTeMqVuVv`Uh`QaLJ=UNJuq^PteLkZhoKTtDTRA]pDyypat@]OuIx=dX<ITuHXa\\UqLxh]XdxW?QNqqYFmTtAmi]VvljIpYNTn@pph\\Q<]UEpmR<uxDJuuYUunnHVpPqr`niuyxAwRapH`WQaNBLjBXpdunGakx@wt<YNlmoHy]DKoIX]AjPQsJTvP]jSXpB@prTU[=pDiQwTV@umT@WWYvT\\kxhqEEK\\TWAlPGAmgPkmdte@TTDl\\US=aoIyu=avYlL]Tr[iRNUo;@qt=Ra]jA\\muyrSEuS@SwDSIaUj\\Y=PrJ<UD`t^@vbpRbQtexL<QlmAVpDMOiRIlPUmOpqwXYkNXla@VDDoGppWTLJlVkUo?EVOANgTVlpOulKhQu@XNcHUjPOiIvxlm[HRD@rkHQZiPQIRMqroTsgitttmQLwfxUO\\Y]iOMInmyugMPuYnsUxh<wO`L<plwmj]IkAtR\\pT:xk\\\\MlirSHTYxj_xqyujIqnFUjolquLV<YJIAWgPtdPWgtPi@vUaQammTxwN]xP@uLYPJXmeaTwPokhKtLv@XWiXR:xwSXyTuuJpjYuYrILAxSsDl]ApQEpXMv<qygYwk`YsqKoYqnanw@ygyviEt\\psg@oMUrDTo?AUjukv=t^hRQ]xcquo`u<@sKhXFtmwPx@lng\\ugPYlXlpmo>yVYdqGhwkPYf<ysMOHpnSEtgQmx<qvXXmXpxqsTDLIpRoUM;QWTAnniUIPmaEuxxRQ]rVxVyMU;=L>D\\dPa`A\\Vga\\qo\\vajxywGtWwwsoqxV[W^k_?_JqvFQa;HaY_i:xvXoyBrNaURUbeQvHIh]?tkGXCYGoaXVsCoIysOVXsdAkeL=wBorWobZIutiI[AXueDkmV:GufMrxicy=v?wFXcrvWdDysFGRbQtqqXFgiswBvAv>Wco]gRwT_AI?GSIou;GSmkH\\GVAWWjauMux[gU=sURiWpeR`OeJ[DTmx>WWous=UcI;UwMbU=IS?UZyTa=TqSCaeGt?BysEOusLYCcyENwem[vEieS[XQkDcmB]GDxoYsIx:UCEgrXixnKyXAW==VR]b\\[XmYxW_c@egnsgCcuAsc>UshuT<YVjIRJ=R;yuS]sdmUYEgtcdSQCysIeOiTglrPNatNEtrItw;Ir]unKUqkUO>XOAqPcUUAEqVQWSPm:tumluaLKtdtmqTCXKZMOE`mnhUrixQHoRuYftQAIPqav[]YtqtyEvHYXZIpuuR\\LrAQoDhYpYMUmWHPUr=uy`mOyQLqKf@rnHwmElLhw<]RFUJrQwHPvEyX@YvEeRBUYNau?AT>aRNIRn=SKtLaxt@hmepv\\ysGXuJXvf<ysXs;hKeqT[UWipLbUMW\\NplSJ\\JKnyQ>tO^[<qcAh[SFus>`cAdr@^:gul>_mV]pQjLX\\QN\\MFmcVykfgDa^vhxTybRILIfqIC<AtKyCZqx[gUK[XXgIpcEHUEHUhJmgXABe=bSkbL]cbqTyAVNiTXuVWuR@]CT[tDkrYUUMAdMOiAsixexOKUnOW?GT=OEQCxx]b\\Kh`gTg;WU;EXCctIXG?DOCTKqxM]BcmWhkcake:gwROxDYxbGIUEwaGiM_r[]fXOsJeBawBs?SCeID_fZAB^of_Ebo]WIyT\\_ReuVPcIGisFibGqvLUrNoBy?FNqCBkT=agVEHmmwAGt;afh_inQFQEywci?oHhut]gWpoU\\UVT]tWcDNicViIp=IfmH^ydiGX]ux`gfR?I[CEUmDHArLgsc?Eruwe?YsqdPMWwOHO]xeIi:[vfuTaGROsHO=XmeWamD`aYyiHx?y_yG?mgeaD;WE=?etkiRih_uNtQwMQswHS;iPWdYKXsjDp\\mUflLe\\oO<OEqvM<MEHRQyK?xuHuJ@lUMyLHXVE@PcYjiHhLp\\hwa?h\\Exi;yvy^`;igqf[:H`uA]Pw_rI\\Mp^w_kYwlhQd?qpOQv?hsKXjcYlYabXhu;xbii]?poTgsyFbJ^ZKr_WGFaC@UClaWS;Um?vU[SFYU?SfHUuPISaoDXeX^eF\\eW\\myxae@WxNKW]QV>_rwWEjcv]wXkquQsI]cGUYBWGI:sTFsiYscWyITCHo[yDcVAgGaSCSIIpcXoueEqX>SgPgGAMf\\WHnEBP]RNIgCsulmcvCdGMYZqeake=IsMyS[yfoIcB]IroDmovfSrJquGCD\\etXsDq[inqsKYr]uT>=ctwudwSsSUIWcJ[CdyUiIUu?DioI`UbcSwjkTY[THGeu]EEoYxuEIowdgb]Uiq;FEWSJKTqSvWwDXSrnQUxAItgW?kS_QG<CtNMxDmUGYuSOerwEYeSvUBUWEtIgoEvv?tvGTayGXUge;uqWToAwSgYZusrKc_UGqevYys\\MsQYwpMFmaXTKhgIyUseiqujYGxsSqOVwqXPgYBYrTyix=TX]ikqVNAgKuSKKcpcxXIwnqRoOixIc]YeksYkQFNiCqYbWIdAsUYUCpkWVqbNaWaOi:Sfd?vGYs;QgSue\\YbqyIAMvc_IbaGK?EnUw];imQwr[qwyljdW@QPvqxcYsR]yM=KVpXPQnELRdMxk]MDmQ?@XytMo@tkpthxVWtl?IkOxuS`L;PUvUOMAltewkAsmdxk<YYIRV@QtX]h`a?XdS`e^Pf@_bng]rY]W>ak?iwn^y_yGNr=fur>qvO]xhypO_pw^mgxgxaTwxXNjXI[t_ysYuF_gu^m<xuyniGFsAp[\\IvkWnKYp=OZ<Wj=@fl>kGV\\>Fb>Iu_>oHahJY_\\asMxhTVsaqcKoeQ>iyxvVggPXitA[xQmwiaxfynO[xWevXZnOqRfo;AwmWrWAix_y=?gPfenvd@ikGvivwkYnfgfbPps>`oMVijphGQioygvayvItjnppgZvPZP^pbiaNvkGxcAIsapa<NeF^rwwhnyb:htZ@[FYlBOcCAjwVwbnxVVsPWg;HoeNae^qtQtePkT`x]WykyrFXb?nmjV\\Fo^inkfweHxwqhvE?fMHk[xrF^oT_aMVocVilQxeW_rIh=pxL^dPp`Hyf^p]<atIwe;atDGqSqAoemwhoMX^mE>yTY_Y<GYeoCbGYKUUQusKmUsibteyvYbJ;EVUBoMVdIfkUtP?wLYhIKiqewB?VQqUo_H>SwVaWSmxmkwVqirsINWw[qYe=T=IbSCUs?h@ME;OGJEbxsHwcCEiD[mxParC?UnWv^OutgcTex>iG]sW>ugPGvbmTqoBdqtteEYgSWwb]yfHuDfAiKobiuIuUBAwxh?RMqBKAClYhbWDO[eoWg>Su:icTgX\\AX?iTQEf`ERXieasGMSIqsW<IhNaS^oFWKrLirmAxaausQcJYs?wcY=DtkCroDI[IjkBoSHyQrmyGwWboUiQUv?wbP=VYIv=Mw^Gr^YE<oXwuW;YHIqICoYg[sbUE_YbauuxQBuMTlGpVysklXeQLVQQhIMv\\XqASNIKNTL`<K<@[OQ\\Pqv\\osrpcK^ZhQfCfeV^elAeaWb[^a\\H[Tvr?H_=>quvywOqvQyQosVYdRip]w_l`gsOsk_eaAkm`rWW_kFwGydjViMoyLIcy@lR^[whgfn]SvhINmYXp\\hk\\hfSnfvgxGnkNfuXadi_bMpdWGhSwr>P[XgoOf_tqk>YyoWa=A\\TAZGPfRNynGfqQyYGxrYsYWvZIp^^]v>h:g__HbO>wgVbhfmAiv<o]]iih`q<itfp[Ah]Fn_tibp>r_gatPnH?k_viiAdZ@hiidgWuiPrEgtu?paGyL_gRyi>n]_hiIIu:VbsY]QGbRN\\`V_\\O]qVbWAfEP]\\axNHdeAhQFZqha=vZqwg=Od`omTWeeaogWoVo`f`evv]Uq[a?osqfVq[e^opWZn`gWqZGQ]_>noWuH>gYU:egJsYRcC@ehlCscgyu_tJyF?ggHQvI?stGtB[HU_tvER]GSI_dMsbOEX`uXbssWWy\\ywWAi]EprEvsxTj`XiMqtiYGQYgEXAiQqMnYUsvQphDVkdwkAuetMZhUqHwriwQyuk@VkQW^`VdLJmAwHdvsduDHM?mNlLqmpWMdQSPYnHwwUQttKL]rSptYaMc@mtQur\\SviVMPqwtLmeKGqLELVU`p?Av[xP[qsUqRZHU=@Vfdy[mLLUTLElUplFhQVAX;uWKmQUUSVuYmisrXWNio?hYa=uwYv[iT>uwEywwujgyRl@lP`XRDSAuS<YoMTu`<K<@;crESbKaCewglSxQmVyyvfAy=_yGycwMBdAvDID]Ix>Auh?HciIaEcmsrCiIR_xdYuRoivUE\\MwNQbo?eeUghUfp=Ev;YJktfayCkdbqCRSHhIVViIlQCNQCfCGCcu>?e`gsJaggeIrKDmAv]mT>IclKsqKWUYBqqIlAFTati?ie;rfyD>_bPiWIQx=EXqKf=UypUViIHHOb@;yReYJ?trkBoSWRWSWqcVCew]d;mHAiW\\EumcxrCBKCTB_CF[ReIR=ExFYdI=fs]fsQbHQFhYysWV[yErYVsQURYWpcR]AwJWXvoVxkVE[GDYGdCfMkevUvW]xEwCJUweedOID_MVRUxNIR?]VF]raWHpMfK]UF[s?MrGoI[gcj;fIuRfqIgeRMos=?HZwXQ[r?ir[oYWQIB[hTGVlCEK]UyOT\\?eFqRReYf?Wmerg;YoIwu?DUUHJeGcIVK]rWQi?UtjqsuWdkwuXkcZAbEwUnchHUf@=WTAi;kTfyu>?rbobrwv[IXrWW>usm_InoDYAXF;EtuBhSwu;EUqhhErPiWu;hoUyp[wXIY:sfHuV\\scGsgiKURyTIsheSEHeU:KupMw;?CyYHyGHtat<UcHgwJcht\\nRaKbutsxJtuxcYjXhQtXOYXnxLjf`x\\PuJhmciThiSxQRK@L?]uqqMr\\KqpuleQtepi]nPike\\Wiuut<qk]uE@KiXLIxvXUYYDM;eMkUtGxT[ppNYnO\\J;]rSeX?ajPdQ@PvxuWw=m=YU\\HSfIu\\yN^LokloVlPPDXcIRR<YouVn\\oYuxVYR>aR]ijqQm\\]UpmO<Tb[pbkPdQntTfxjgwWvkcVZYwb>f`dqjEQqp@jYhvvIrCqdwqw:Yygvo@hs[ijHwsOImt_Z@`j\\N`\\^qNWk;NsHH:abX?Y\\IxaCdrMHUeUSKwQKDGouwUy\\oX:EwH=gm;eJAhgiDrgwHsY^AfpKD\\MRNqhWKIpISngEnKC;eheIf[eiZ;eDEyCOm\\QWnDwOyMXemKeUGEYPllT@wwerj=QwMm]LNhhK@tXgmjBTW?]tC]L@qQMtkeqr`Ur\\yMFPmPXPCPStdqOdY@hQF@uXpK>qPBXRNesZayt=YyUji=UfloshwK]rpAs;UtHeYKqq_UPNDQ^LWWUYuLvUxXAmjMAoVTpxiRiIJoPvu=VfYRI=OIyvV]joPMBHPqxK>=jkauaYluEWTUj]@txXY^LUo]qFexDPumeWj]lZiOHyX_POMTM_yWvey=ETnIPLIMwAtiqpAATaXtgMWuutcXLC@N?]ntAUDpQWlQbUt]=L@aum=MUUp]<X=Ax[AwKqoCPqumRCeoi=P?HvlYwAQN\\HTQ\\vr]lCyRMqJJYkaaSJN>OwUaSGMInyR=otwgd;yr^oWpmUN?tbqvRcxZYhjEYnAhtqei_buoC;ih\\cdQIY_WCderpSrGwX>IguiUX=WFAxG;C?ei:wYqUGYsyJqBroyPIHd=eGWBgciCoDmEEXCFwGDGWIYEcaSUoYbAuV:weTqTt[R>arcwglSR[;vumewkUGERbeuwQS^[XR;B]GSsaeO?h_cfY=TrKw?cbQ?yu?gtiGOwTcyc_ECF_rOstGoRYkDWghrAfrEfvUdi=HLKUpWglcI:uVjSfsuxe?HxgVi=EfGbjihV=GEoUaoFrYx_yEJmeLiDDuYCSW:oGWQEviwuMF\\YIZqiaQE;qwpCf@=SZiBmeGomRY[HiUtC]ST?FBKnWMLGdnF<xvelfHLFevV<jD=QIHuLejUERaPKCTT?lyXXOYTJGqQyQsaePT`OdYoDmp^pSITpIPNDQoMuNJmmmAjJ@ldltJpRryJ@PR\\Xl<@NVMSBEoYDRJ\\J;=L>D\\DhcxghL@y[>[<@>?FV]XkmRKmv]Yv]odd;D>CRbOwrIysIgpUsUeBdusCKbjEwlEtNEDGWUpmXpkdisUHwHXAY=]BT?FBcTXgbEsD\\sHqsTvgy<?FVMe\\aGn[HNCHkCHRiheuDXMYciFbixtEeGOC<?T_CtvgVpSeGCV[EVBOcDOd@ED>CvLYDaeSUoH?YxIyIIgIumx:Ivj=sF]TJ[bdcC?IEw[yKGdK?wTihe_HB?FBsdX?IEsCIsrJIf=evH;C<?FBKJbLjNPtJ\\J;KJDX`<K<@NBLjZFh`>[<@^BJk;CZk;KZ\\=L:]=\\:?A^:@A>;DHB;FHB<<yYTrbdSjyq=EWptlYtQx]Q\\MV\\=t[XRA\\pfEuLMMgPKYYRh]rg<K\\uR>Dp[LNHajE]mQtUvEpjYwetovPLImQsaNtdXdaNGTNBLjRIL;=Lk?yaFaYakcF`kF\\endf@rjIv=I`movFgxo@f;QZnqwWYeTfcJ^ZkLryLJ`mmDvf<]k^gRA`^v^aVomneLynIw]OAuDNjZ>kWF\\>F\\aOr?On`gsT@]qngVGvqam?V[<@^B<BcUupgW[ytyeyoydn;cZ;C\\:EHCKCDKGvQy]wcxKd@CD>CRf>><;LZ>ImZ>o^_f^_\\xgiqiuqWc=@[<@^p_bJ^bVH[QVl=wjHf\\xgumxfIGgJFbJ^rH@[<@kmFv\\O`yoyvQriXqnGw\\f[\\>[<@uKFbJFHsDEwwywyXscvHLoYwYqYuiSgXU^<K<@Np]RJlys]VA@J[@L`qjj\\J;ImhpVJunHemT=U>MTJ\\J;]GByADQKuv?eCWivEs`gr<?FBg]xie^^oc^mQAoDHbO^Z;_WVyBxvfyiNPlp^_xavMxcjwvWxhdxeyfynYtraxMycOiwQ_Z;?\\>M[yu=]QaMR[TV@akc\\sEDmsTX`luuuwwDWNDRJ\\BCnF@YHajm@]La^OAnLx\\Y_iKfcUp`?Ap[WrDqhJhiMFtongV>xHqefviZHnnNgo?bhImJgZfAsVXqn?]rIhCvqrXhp^qMxZBWrPG`^qiwYhBxvF?aEn_owej@f;GvqYrAx[AqvGYmEQtWGhQP`ByoJpnfpc`ndhImjGlgAkla[dqsm>tMxkANbaXwDHkuangWoFhsJXyoyk\\nmmFvVNiqqW]yrIxdaKs@XXAKuLw:]YfdSQesFXoVYP[POSILZXSCmmUQJipwDdvYAqUuN\\=tlyJZlqWQo;`uixYHDxVHK_LrtaRLxP\\<K<yq]uR@<VlxtUMXBeq[YJRmqqiMbXYE\\orILm`rUTT?<luixIUNXXP[`R<Pj<@x`YmimlltW^tq]pSh\\mrdX?]urDKLhTATvdtxF=otlX^yWb=QBtPnEMAhLelTZurXmYidWUenKXyOEV>YX`v_kIxkQg_wgGPpaymCNjZnh^P`fAsX_wJwvHfeJ@\\afgTgxKXy_NvF?yAGvFvlsW^T^sUFcCGcKpjK^Z[yumX^mofN^vAo`=_qrGfdpalwqd^k>h`?X[lwuwwxcX`Woj`^pvHlQnerGbTnv\\Vh[homOc\\`n\\Hn<@dohwBqaF_ikvibxwlqsyIbD^`NghUN^qYol>\\IImjGbrPqdIsavmf^yXHi]vuywyw``F@^Bvyrh]SXhQ_]NahBq_iAvEGo;yd_Iluids>kaaWKf\\kUMoSWOICwt_OeYYR;=ghmX>WCOMxeEWWIcSQTLGfDYuJCiYMFHaB;=D>WSRWHOyvOGbXYISMr]MXy_RVGC<>[QfiZxwlq[pQkAnbhylBX`;?\\>BhkDuAHkWW;msL_wIAGqYS>IeZ;C<?FV]SHaWckT\\qh:MbVyGKsV<?FBKbjyGK=iYSFW;HX=c=kRhydBWH;=g>IENETP]cEWbh]epie^CcDiIM[bmAhquBngs=qIX;gusvs_IUCYhcvxeUtASWWH;<K<>\\d@\\tvgcVkX`gSQp?v[w^xJNZ<NZjisqvu:ysIycTwcJ^:LjJmRP`OSMjKXNAMvgxpXQb=wjXXxuGxVH[<L;=Ld@L\\ls>:KFHaB;RJLNHa:BO]Eccf[;CyQHVUbmwWYqIfxVIlSWPQ?TmGqJ=Hr:@r:AR>uRAUnCUl`<KHlKh@ts\\QXtKpewTinXxjaApUiwjDmFMwkUV]UVOYXN]XKuKIHsm]Mr<hLYtMIvnOa[GpR_tm_`b?t:fkUv`@HufolUn_BflfwabWapqwWYopiwVauVgpiwZ?fZ[n^`nBqHgES?=sEYs=qwWYikwYyqYVoIwMyfSyKugXLws\\oPUW?ps;UqqXXaqSVLQn=oJqYJqUNAoKUnJqYjam\\ls>DRryrSqpgUM`isUxjypytYSWEJWPlLPnTlQwpUiPMNqjGTM\\XRApKbyuyxQthXeqnT\\ulPklhSUp`VHam?pvGylgxvw^Iom>Xr[Ad?>^Gvev_ivNaqowFX_h@q<fmtfhdVpKhn[qewPioPiWVsPh_Mg[fOeTO]Vo_Q^k@W^<Wb=GlJ@lZpixqqwcdixjyv<?FN]cgWUqOvIyIyaTQMykYWGqYjwWM=IKqYnwWYqE=kBF;RQoGWMsfKtVqWqktiwUitJgyrpiwUiT;<S[arx\\sm=TndXgQuOewUap]\\mJhl?Lu\\hTepT[mwVIqdIQbLJc<JoTyKlLPlj`hSUPoaAnGPWUqpgPYwMNHaZJGwJAjxIxAy]rAy]ykk@gKQ^oYy\\qbKpbJx_DvmSWp`Gf>AkK>qoqtUgtS_fc?n;XmxfitnqtQwefdvil^^uLXlMhtQQt_XcOWvr^gRA`VaimisbheuphcpsKPmTPkYvivI\\Yoisi^PqoWWe\\HhynivAqtQmyvixP_LFiGvtYwiwPgngZ;?_uFasFariyqyukirQveZGr<hZd@lcnuqHuqFyTGqlgndWgRypiGq_qlLWuIncjpisivQ^cSP`?g\\Gg^oigGqiJqqjxgMqhVahMicB@kB@_OIaH_mrFjiyqyqegvr?G\\ROtsnkWVa`pqbwmbN\\sg;utWufHMy>]eCKbJEW^mV`MvUyWygrUsWvGb=wBIkDxaI^[F>eLRUQJXpCakF`KOAYKAxl\\TrQsetobHnExrXTYFdoTept@nbMmnDWLlQtAw]dXpdo;YvAxjAXrQytQeQAdrYMTLMltYQt=uRll^=w\\IxAyMAeytixyqxVtRIpM?YQiaq=xSxDy>eq`dKTlVXUKIIrJTKG`QG<Q[@t^IQreuI\\QjARchRZ@NBDyj\\vAErnqxUyW]DPkDpjyvnQjmxYuYyuYoXhOHmsRywbuQRlxvEw_xlNUykarMtSZHYmqvyUYHLu>LuIlSXDwcutbHUmpnTypSPJ;IK_ts[HuIhkUtPdpUilj_tMs]vKdP^Pyq]MsLX>TL`\\S:ynYpYdPkGQnpYjQQv]Yv]pjtDW]`PUlp\\erDdtx=xVtxWyXYLn\\Pn>]mCFnlofvxmyoysnewgxOQb;QrJWZ=w[nGumvh=PvCpjIpjQHvDhjEv\\dPjCpbPXpFO]fxvXXiHf_UopvvwFxl?`[YiiqieO_]cOriXiqqwbYtaxkTNf^?iNxq]o[TQv?YkOIuqfkfvsuIuawmcxq]H`iXeqpwsgkqYsivqfP]PojoFcgPeo@tmxfIgxV^mWXxt@_TAiHnjvFwWXnKhnbanb@g_vZ:>ZZ>ZC_b;_dbXvspmtOwcfxiaZ;?qjFuSIuR`asO`Xaimis<Gt>qi@ad;njhFuqHwKOnG@v>>kcoZfYiAx[Yndw@dMwnHgduiuEv_v@n@P[EOjw_lpYj\\acmAwmAmnx]Ffe@ir?Io[asf`offhLAcuabiyaaNlnX]V@\\lYhla]aYmvGtMnxfYpIQoXV`DFcGqinqwWY]QhepGmTnk_@s^hyZ@v]hi\\xhHPbGpxGPrNxiqAw]xkxysRy[=YpfGpL?r;hjhnb@ylihQoTLcY?Cv<;TVEH>;SKUrjsE[asiqguow<YtIuIGGr=wBeGyY]Hb]D?eGT]hJecOSDhehJAF=iDnkTnKUWSIp]Iasb>UDQ]xDIt:MDhKGrwyxYyOIEmuixeyNucRss;ib:cWTahKeCh]V^]fd=rc=VS?VFaikKYPAYHKY:QcE[SXse=_BYYRb=wyywyqyIeHP_H\\Qus;yyUipewNEt@IUwccscCfsg=Gyi]SjiVXWuyQX\\wgZ[d@Kcekfb[ixQyeibMSIpIhuhYqlmsmvS\\KV<QJeLoLmwAnqem<ujYUW[HR<usMdw>Ty_EXuIRKurxeSIpLypNvYyAxMx=UgyuTarExvZhU\\hyr`ylYsOukTtNM`yVMmGPv^hksmn?ip;dwAtNx]xxIWpYjX`QXtmXTY`qrkAuThyZarOpP?XLDMY:DQsXVU=tMurIysV\\pEErx=txQPGdjsirNDu\\lshDPRInbqx`Mr^yQO`XGIMMtZvxvF_ei`gbn[bnarV[uynHIhk>fXqrEx_x@oDv]LwnHg]OA]GX]qncong_FreyfAgnJWnkYvf?mgYryIuqAm^Vo_vrlyvVhexyxyxyg^[o>tjpayaymAqmqsuftJGbC?xrrPigOUfEAhASrO_Hj_yV_DI_xJIWaAvIIIuqfQmc\\ScjyxVgFmsu^?iJWtZaGRWhuMEVmFhSHfQS]iS=_rp=voKwnMIcArQCEpIITyCTqcyMsx=tp=x?IBoyedYuvoBXUCYgwEevsOfwAVYqfQcUU_XwCy^YddarEoupYxoiw`esTGg\\ybMSFpyHTIcWSIp=gyUR[YTnwWm]SagcLQrB_hC[DLUfAucxsw\\]F@wEc;dRkr^wdVOFJUS?Av>_c<kSuwBvsH?kFwSXTMG>syPwv^mgTscOMDFexJawASti[h?sRnwTV=d:uWXeXyws\\kshCVrSfrQyeygOuhlcCMciScdwOg?ognmb^?w;KfkqvFqflws;iD;]EvIe>sSqMy?OXQKg=[sGAVbKbC]i>GV@YyiyiIesuOoOiSNDSVhSL=PktT=pOwmx;msNHwgUNvIQ=imF=J`\\WulYyyX@uobLmqXkCHqvxsvtJIHS;<SIQM[HTa=SpUx`is?prUpUylNbql@ljgEW^IWZEQ:Px?UNGIUvIy@<M[yu;XlhLYWEm==suusaQolhQL\\M:puyuyweXJLnWAWNAoKenYuJwLpV\\yausXhoDtYxTqOiYZqnguv^Tk[\\R<ukKTXIEwoTOGhyZUQJqTjeRrdQjQu<eMDTMgEj:djHYWihq`pv?PLpXM?ANadU_HLKaLB]w=axbEX\\qRIDMg]LwDVTavMpxEpx<PNHUps\\L`uTWeXOiJIxsIArIYsJPOQuXlAyfuLTyKD`sdqq:AS>Iu_\\KGHLY\\X`IMjmt<qs<qKSEUJiJwiuquuchMPhMJxvbitexT_poTHnKAnUqywxxXYr@hKU\\TI=N=qUOdoMYXkHmkTV@POTHWB=QJ=pIaQkar]Qsoelx`P@tVDawi]UODs]AT:ExR]Ka=tjEX_et>IkMdtp\\njmn[qvEXpHQt:YVK=KmaMFyK]iy`aKTUscEn:Yv:QQgMundteir^@V`dvl\\OUmLI<KadKnLoNDjNDJnQxktW>PNJ]qauLIHmmtfgyZMpocim[xp?HniQs<pmHNiG?_l>iiIwCnfRikMflDu:gsCYBmEFsmCxsfnasNuXuIxMySyCgCIyN;tfYFVEhBucSEUdyElwWM]WiWUqoSwkCwwtfYrFcIlwWmseoYbIkIJewAsYHuWSYbIkIRmFIKgpkujsTPgWIIScscGatCkEQWdhyuxUyGeYP;Wa=emMsO=w_geZYW<ccMOIH=xrmC@EDrktkqIQuvbSs?_rS_wJ;TGEvFeb@idmwEtwfSKI\\uFJQdoWG=KYKmYxIyaeTjCh]GT^;tM[f_ceQmBV;ER_yCysGYXjWdmCunOI=IcFswGSuI?HFArlMDoOW?]dsAUVGVXUXGiH?wui_UsORcUfy_T;Wx=yCy[D`AXj[djUuguhOGYZYt`SUV]e:IR:GVBkIA]ecQTFWHs?UuwuFiHsGx@YEEawscvuIIUsvZ?RraIkEExseSEnmasj=X`ARAUy;usbTsi\\T`uu`mMLtwmTxW@uqHw?IvZ]rmiTP\\mnLxVLmGPnqim\\]ntTRKdRuXo_POjdkZ]vBIl?pufQp:qyDIrYUwm`OIERKXR[`spPtfyJMaMblsDQwsdnJXnGPVxaoPypcaPZiqaYp?UU\\hvlHX;TJYYUPurHdrXAmkTVNUMaHkxmQA]xdyUDAkrTo`@tUmrQETbiyJQRVelkTw_@X\\YobxlEpM[LOxQs:pRTXJ<dJ`pJmyLRIqo`y`PwBtw;pT=\\kmTQTtRt]MEYJw@Vn\\YTQSe`n^XLdHV\\@SPqJ[LMiLM[eOVIUP=M<@nr]t<ELvxMfHT@IrUXSRipqaKSLP^`toTlDXryXnBat<EmNTJvtjjEXZUueEvfdKH\\u_dtXPOi\\pA]mfEWJYYM]XLQTK=OtAOj\\p>yXgMV>Uy;ijhdtOLuVQn<TlwqkX`wlAr<TtfHPbHYr@OR@O`EWAIMc@NF`jjaMnqROxJtUUcuYn@P]TXREwgunauUedy;IS]dQ`]SOAOihyRLQn=W[mMgtmWQn]UlBXP[PS:UNqYwixqXhTmTkjeVEdkYdRNeR[HX]uJhlQMpVa@n;itPXRQ]J`Qmktn<UmSELtmWR@KehvT]Tq<uh\\yfQuwHVb@k[=sD`vlAt]aR;xRrTtWhQumkTlJ`MlfDVXutOyTYeU[`T=lTtqn:`vFTm\\Hm@hlEDJnDlFiTVhLCTRlywrPLOHnBLrjd_XaxL>[yq_fWitofnh\\>Q]nafLYdTG]wWm<vemQmOfwUaxXH`wnnl^gNvs;wsFpvwItZIieVd^oyU@`<@dN_eLYg@A\\[Gee@xQfjwQmex]ovsrv^qgbeI^LqiNfxHylaxgmvjNH^eOr?y]voqrFqMQwSHhoq`?nf?OtR>g]AySG[IXckodN?mE@aMn_t^\\A_xTHt:Ix[wv:PsQfkNfj;V\\^W_<VajfbRpvSAtHxoCx[`YbNoba@nKNtVWtnwkeOZ@X`iNkFovi^dq>wO_v:^nGnan>cT@^cv_VG\\SYnAw[oFiYPrCXpKO[Ugseob]is>>vD@r^hiD>bggx_Vr?_c`ivwqvwGvLPyDpv]F`S>m@OeuvZIxq`gsTFwJy\\;Y`=Wy[hjQFuqHw[inq`mo>xdNgy^`iH]YOwZVnVVeEYf\\wm`ArWGdKoCItu]sJYipmCxsfnwbnwEnAsQuR[ysxgSUYggAjwqqvpMgdKTAKGqYJlnf<piItHYXOePuaVseQTMMvlPgyJiYPyTQYHNGqKlyVV@nP]p:dPgyKa<YTmQ[TnMtll=WmPUDXPtUXrUxcIV[HP[Hji`oJUUo=xTHTr`LoasFtMx\\qjPquTWTAt]iTK<MT<vk\\p^]TPhXZXSTUSntn[uVCtjD`vqHtBDX@Xogto`AvIImKTQXtJGlKZLmkuoH=TNAW[@R@@xdTWkUJmqtrTQglKIhsSHX?uLbAXjUnJ`t<qlTmKZDvZArTLSOdOo@RK<RI=jpPMQPJYhw_\\yupx=XOihpCiLiyJQuxdMrUHvnLYIQO<drKtNpMu^QkMXLTyK@@ub<KrmK`ilP]rumrJAO]xJTxVHHyJ`L:LU<aQ=imOisumn_ixdEVYmSR@wotQYESVPp:YvbEWI\\qALMVeLHuoseRQlvjxWMqRjDYY@TZHWqyl[dtDQuYTleDRoPNn`LS`MiaRVhT;\\PqEOEILjpkMiqqquepYwlXfAUoYYhPKdpwCAnQLj<]l\\hRUHUKANkErgdR:pNVEOt]p_Xs_Ij@LjsyN>pwnmNkMpRAophJBdK\\drUeRvxVvakTaKWXpqlw=trOASTaOKPvGpwqmK`dtClUMpTjLlmHTGAUO]L`TJQ`p\\xj\\MkaAoFhTI`oKpr;Qqr@K]HVgtWhHUk=UDEnb=W<Hk=QUkauDqjXuQ@PwrDlZxnZPP<EWOIMG=MkEJHpvoTVrTk?dSotwhTTF<wwuVD`RsEt`tW>Xo:DYHLuceWELPDpPhlVctoa]mqil\\qSU=T<EtAajkmtI\\tpxx[avOpumdOnyUW<v>@kCQyT=OJPjSPjdPPP]NlxWQ`Va<ymeoylTNLY@QkaqrkaYFEkb@oauU=pPJUxlIpw@OHAqrhvL]nTaWYaRkHx[yjYLomhNg@OYEXbIS]mQ=tltYP;Ep\\DXtQoTIYSXK^hUyTQidULaMrDQm]tvhUV<kRXk;iVKiVW\\pSmo;hWbhv]<p=ItrPP[dmCHwFMN_@Q]HX^xXEhmu`oaAtPUPPdmSUXpqreAVh]jp`NXxxMxvJQxgPot\\MRAM`Et`UxvxQOhVN@MD\\nkevfMUmlRnqlK]SWxoZhWSEvZtRkaryYkDPVH<LOhp_MKEYjjIU\\@x`\\YPHQJpUbuwyPp:aYWlQY]m^=trUTvItuAraYkmtWhPMe`opToH=xsaVX<LwTU>pMFMuGLYp<MpQtvhUFToKqJNxV;HKm]LsDpMQxSAQSQv>LlXyXTyKPYo\\@S^@j]aNMXLyPpt]Tr]WHMto`YRmtvPtvLONLJN\\yV`qL]mkqUQuPuIn_ayK=kNmTgtOD\\QtuuS`yihW=drpunjTofTM?Uu>yV@UsgUtHYSuhrC<Y_mSLEQxAXF@v^LjKUPx^rmohK>nkqv`>tFOjhN_FAgjGaMOtDngdGc<XvAykQWkmp\\I_\\gpwJAglInNqoEHq@_`F_j@IkiNdKhdK_\\YOe[adHnyVqyAWxRA`fAoOFl^?aLxwenmN_eT>]DpfrVkmxhT>k;Wj@Fo\\vkXV]gw_qNrHwrvqp\\Hc?idSnpqGtpvoFGd]Hi\\QkP>w_@k\\WeOpnZagcg[rvamGttFgvQm<PolPkMPxr^qHf_iak=Hi_o^oQtUPrW?]RwcChrOG_:>yfHtU_rtHdVQtDhrvVoeOrrgbvpfvpfDn\\GYg@Gp^hxgoxmgsuobkyc;hnC@ql@buYsxicrFa`avKxvJqdgVgpYjqimXYplpoDqnbQn:YtPOwKqbkg\\YVdB>gE?qdAlIY_[Qj;NkFyiDY`UGujOd;Ak;p^f?_rN_mpn^Vux@oJVnZOv>NplPgPPxxWxrgbeGpkfw<hywPpVf^nx]vvjPP_<WuKgmQovPWgkob[Hb]Vs\\?oTokMv]lnjnFqaG^e^]mP_tVa_pxJ?h:`nRXf\\ai_otNIqR@gC@yTooSvfJ^\\lNeaivZhsS?_ANgpogPP_JQbMhn?pbSWunvdmQhJAxcgmQhwHIejp^@>aZItJoloqiLYg\\Hi`AwkFfHalp_c@xfoHmhvoSHvKPsdv[lyc=WrdhsDGiw^\\Vhlciq_af^N^\\acg``XXnlVo[Xxr^\\agbegnKYhdh[pgl?fZephW^xP^dPGuNns\\H]\\XylYsivsU`[HQuK_u]ykpVnlN\\YYoE^\\b^_i?nCn_pxawNvTiq`@saouapv[AftaZMw[DQZa^gV_v]hvVOtMGc;>oSy[tGgRWdIWjMfcHoZEQf]Hyf@`t?nCn_tGfcwZoHs=fa:`xxXgepkeVqv>syFcKGn;ysIGd=I[RgfpYq\\hiUXv_GduOdSVlunvxv\\wn^w^tvpkDauOojHF]G_mKYtuGo@h`e`qrVnuYmC^oTxx>XssIqCV`?G]=ylfngCaibnwTwyJYbIf\\PId\\XiRpbtPaQYsdN[?q\\GHmPq[fN]DW^^Hb=>siip^Hhx>pnnrT@ebf[FyhZO^gFnQVkX@q\\Ha>^wZ_`hPerXj<Vk@AqfVo\\@]d`tlovRImc>_Epvv>d:@hPvoCNZDn]HApEplUAod@hjOtxv^Gxb_od<wt>AeKiyhAaJPtZqd`glfOkkPnYXm@iplvfiajAYt<QkTqujhl[naxvyveNYc[=yVWxwQu<_dEeE`OIJYtgGC[kSl?wcSt>gIyyfGEtlQrRyhciXdScwAv>ecMGGHmCsaSL=GOchY[xPoUsevOgbEwdrmCH=ImKHEuHrOWCSxTQGlMClKuIOfecCSywrYHG@VRUmqQqlTkeqyM=xmLWIYNiXnfTq;\\l@lpyETkxTSQvFUwUiRQ<PNtmJmT@\\mJPWXiYpHUo=qqhv[PSaamcEY=LU[TQpMWD<Pp=x\\AtEErYItR@PqdkXmPtmXR@JEIrXpJ]PorEtb=KseWFtSlYXwimaYj@mk<`kotnn`NymX:lvL]Ly=woPRY`PL`QxdKSTu:HyqWfR>_xapOy_fAZnQmOvuD>khphPYp[YybIu\\asNprJH^IQtHquovoSvwavkO_aYFj@fmQyrj^\\UAk[O\\HqioP[my\\tofr>vmqyQpdn@pwI_hWkIqwnXy>Yw^YpmyhqIk\\ols`hT?sSproaiUPjQx\\Hnb?gak_gqPsRGsO_\\Xvqb?mNxtKGusXmvonnHjAxspfqs^m;Vxxg\\WGcPO\\vxcfwj\\Hag^qi^ix^pvnpLAruIcIA\\whbNN_vxsQNaqgdmhkvo_i^fy>yFWdvQpYIgXwh`I`kwgNQv=xaw@dFIb]hs^ii[h][@\\tyypqs=^cdPxfWriVsLYiM^nqGwBG\\J>\\;qkLfbJ>dKG^PNfAxyD?ck`yKAkcNgL^`@gnb_tYAe:G\\OPnZP^\\>nZ@^D@^GGlXYiixyXy]xWwSihEawhashalaqvtvtHqsFVamvfHIiIYxwhl\\gmfAaOyiiOcdWgENbI_ne^ni`d`G^@hqZ_wRvwWxym>xtHjPiyVqwSQi:HebWlm_wmgdKffVW[LyjoI\\?`_fFk:>^bAk@>xv@v\\o`m>pUniTAbbn]cwqyIaA?p;Fr]?_bcfocgkc[mcAmDsoIt[r<CGLkx];ii?GPACqgyZAYEKC:mI==igyBAygyoVrUy;IHhyx]mXpisQ[Isyw>yG`KrwsTpkg?IE<UcOsEA[giMVCGHGaCHkpO@rbQli=jE@YNAoKmoa\\LY=RndTeEVFALeDUW]xwuKmtmYivQ=K>hyB=nIAW_]jRINkYLi<MXYPvpSfypfqjFUvSXV?HsxMvoDLBmqc@VtYk]LnGDT@yX=Ik;iWFtUPuNtxKoPNnPjOpnSdN<XvGLvk\\KkLjADXHQKU`VYaoH=NxqOiHjklvyij\\QSqymQXVaTN]Lj[evuMsDAUuUvF@MpqUZfqjgv<hZYw^b>aw@dCv^cykAwu=V_V@pi_qbyrrP^:>uIA]GasHIdi?bMyoxiyuYbJ_vnhmHNf?hZ:FvJawh>nKqZuikVVufawAvrBVk[@fBPlj>^XnxnyuevrLNvF`iO_rhFfpns;_bPohmQeCvctaiRoeQ`d?vm=V]>Fp@O[DF[wanY@\\`oimOrUptthdeag?PjiOleiZGnmx^gWOijhh>Xdkh`^ar\\wnjhgRykfPxe@apApY>iFF\\<`iH`w>Nmyn_SyaSfygoxAnhUVuNHuYQvRnvkneUy_hQx=qi^xefijE@ve_vohyHobj_[kxiv@m`Yq?qwlx]wip_V`KfsqalxY`uYhBFpIok^og@af_^mrVv<VwWaqRffLVc=HfW`k:Yj@oy>ne`nqJ^kEVev@jQakO?f`g\\p^dXGvwVv>wxwQrRGZ]_olV`H^]ZA]PoyIx\\A?]JastYhKx\\@QwNhiFyy?Af\\nnjNvSHr?`ZIqjIIi[i`roi`G^m^r[vwsIuawmoW_S_ab`jjX`dixO^eSW\\PQnj_nZXxJ^qjp[aFwQ>]BNkB_[Hv[p?kaYyGvpAIabN_knnBVo<@g;Xr?@ldpfp`b;XxhxiyqySpjVIxFXp:nfkwrkTu;WgGdOwVVwv[UVwwVY_eZKfOCECgGHwT<IgvkssgCrusR=xkEVFaCHyV>UdQ;v>wuCEhBaSfEhj_V;Awaysl?BZIySec;MxXkryuyuyucgwfKvCqYrYxs;GDMrGkHd;yTCdR]xrqYsmyoAsCmCAmUlKu<oXVuXWiXQ]RfQWHgRh]HUKdZUFu[Dr=GdsE]wsCSEGSIq[ujOd\\=IgmRXcgZQg<gD_we_obqIDK]dOmUIcUPGxxEYIcF=kVmOxJMhIGHnmyo;xLMxyYhDgyMeVE?rlyDxmu]cWZKH=gtEsskif^AE_MXIShd?roYrUWf[CRNWcYmXXqbVAE_?fA[d?SSrKEVqfYerAsuq]FvWXVwr[quqKFnsc=iSqcu^awAmVXcCxwD>WdyTYiIUPeLMqYFTmytyCuQBAsemLvlWK<kxdO=TuJ\\WBemSYWraYR]Qm<Y`ApMEmSIYxqPElRyQM^HVJdYBQOtMjwAvw]Ln@P=\\jg=q=QmviqZQVR@tZ=qIYRfeRjdS?xtFtpaiMu<MCTy;iX=PN[`qntTI=MIIUjAJ_PsIXKnTQhToEhJkUYVivxeT:xLGPS@AWEIQ=Alk=PZ]O<EQrELd`v>`KX\\QrTupaKNeT\\iQu]wkxrVyuaerseyoytuTjPpuRHxrljOyKdqv\\ykAUOu`NHMrd@MZMYDDpYEsgUNSymJHSt=PfAk`tuRQlOLKXyqfQYGEpDiviIliurYAXsIO=tJ`=OdAuy\\oHhqqyKKEj:YvrIsdYYaAqZQR?ijEyjEayd`kwereQxwdVOllBlyglUETr;@YGYwRilnAxWApYAx@Pv_\\voLrgQjaEJ:ijMXXBXk_DVh@XpXJ;LXW@QPDyh@Sw<VyyVaiNjIVClyituc=xuLvvINvlr?<QNYXVYY`<xnXlYdryYkO@p`twWDJ;yxMLkwAxXtTHYMThp`uLw=RnANJAQYEpq`L_EvS@sbETBqY=]qsYXUhRCTkd`od\\Ysuyn@J\\AutywyuyequYluE]WPxW`hmXqYZuUvAoXlks]QuIuoqs\\AM=YrIQnHhy?hM^tthTnX@UvmSXYjqqyk@jZiXBtm_mLdTxuql]Wyn>wKIx\\NtaFyAPfy^yk>s<`lnamvpkuNsbGrBxjLFnE@w@qp@Xux?hGqvu_fyNxsgyNyljWubne=@sTFlRnqe@d?>nqx]xAa^GpIYioik=IqIXf[^egib\\qdVHhkqxaFaAn_@NZ=pmS?gEX\\:@xVxw?prCQjEPl>^dHNyfpcl`yn^oXAqlGtIq_KaarOv\\?Zr@m>Ph:NlJwkEwmvg_h>jrwsTapcWxm`^Z_kd?teij;vrbofANZ>hlcVyU`^ZocrOrU@]>ax\\I]=?bHHkYGlZ_vsq[mXyVAkd_kjV_X_rsvo=?uLFxSpaYVjv_\\Twn>VxMFyhI`PFeg`jLY]QAnJ>f]^nDHhoyiq^\\kojBP[pQxDv^V_g@qkWVwtvm]ne=i]tArBI`HyZ[Gs?fmV@rjg`J`[twvjnoVVg^aZ?vfqpj\\nsr@flYqyxkiikjYujIv=YdMNt=GyV`iA_]]>kV_kn_onhuCNkm@dfyjYydfYqJo_rae>I\\acESy[yR_CD`[SiIX=qtlmuuuWosracDoIfRAG>ObIyC_sGFCx>Ix`YxC_IrUHvwtFwsDIXYGt<UH]Sy;mYhKrHgrFsg;yNXPUtYksLrIxx\\YogHpguqvividuo<OeHRjqYkuLNtV;QVO`mBXPyyYKtVrmO]DlIlrxAVkhrkYroANLlUg\\ZDvarn`CFfAXaqo[rg[xq`EP`hx`[`_JOtUy[xx`VHa>P`CYpnyuS_p>gu\\PeVHpMfiaQgH?f>I]Qn^Hn_F`cjY[[aZ\\FZN`ZYw]<Yv^nrBaj\\>g\\i[PwjV@kfy_HO\\FX]QfuZQsNXZNhi`iq`_ojOj[fkfA^nIkAfk>Qgxq\\X>axX^xX`Iv\\w^rYVbjgqefmOalYVpLh]xxwSfZ;>]H_kenbw>mB^seWvSXx=Arsnab@`=Ar@Y]RNnBwh=qbbff^IrBvxdy\\=n]hHtk^veFhVGtLw^NGj=@u:YcVngIfbv>vmQrjx]rooJn_f^kwWnTw[[?b>wky@`AVddNpUyyX?sKypF>q:Opb`[`ij[NgR_hsI]f@k_nqaAdUatj_ejiauIwc>u\\^wA?hNN]Qq[Xvxsag>pyjAtaglaX]e@hhwnyq[=i[AIb@gZeGvpXj>OlRQx<Nfg^ugVc<qpJokpYjCXlOypJ?v>gicinQ`uFf`H?glgmRGi]n_bfsxisioiMP]PQreGbEF[YYdaFt:ArrqsSAj:PrriZmwsRG\\uQs^v_bQh\\>gRg_laiiiu>?jkyx<pow_q`?]xvmenj[?reh\\do]MfjI>ip^qe_mJi\\[isZwum^uLA[rwuRPlJHcbVoqG\\YwruFnuawTi^riZWnbWvof?pAolrI[LQ]JNexfq;Vy;hsGnbY>xT?pROxpYjwwsPNoZHrehsshwg_lY`vJ^siWrmxweHi;vsToc@I`[wykHDwEf;vvaBNsC\\_c?ieIiH=]H`edIqF\\ybZmUu_rSmC[QrIUhS]Uj?rC[r?qe[CuRSVvGRrwekeStIRr?R_uE[WdbUwWMdY?Dt[F>?wuyR[]dJ[hXKRL_X<sBv_d^AF^aXJuHXYHD]t;?tYkumKsdIrQUcLWh\\ii_;C@ae^IIZ=FSebsQSh[RScDOErkCSfOwwuhqmIASGxaROcvC_C[MTlaGkqb_]djto;LNHXkiTNXAQH]X;lsvaq=qYJlQnyvWLJ@yx;]JPDSf<sjhO^AwZlvlMWy<LTmuMXjw@vo<s]exJApTyk=PxOPwsDWdMsaArp=YuIRI`PlUsv=yUyvdPyvmP<EkVuP<XVLaRvQLGIq`HPkTUMTJkAt=uK_PYJAu[`oTAmoDSAMWPURXYW<QKcqpUofqaumwcNaxeF_Bwg<wqxgyLWb:^wavuE@kVF\\FFnYv\\<?mJXkOocm?\\BF^\\iunYyt>a_?rI>aqIyfGwAgo^abZXlBYwmGdr@^jGfZYhjPgaYhrI_?^j>?`>IvHinJFtIvusvuyY\\I_a[qsyAfuH]XVreQh]ikqNuYyyxyhQN]Epj^xubweRvZMNqS?uKnr^Qf@hy:_vrwoSNZEykGOsC^vQGvwVx?Ib^q[\\WnvxbE@`^xxLX\\<vb:nvNNmmWvwVxsXlRIbYqeC`uG_a<pqL_\\IXa[fyB_pk@\\\\nWmr?aeMOdJiF=WcKKDcyGjACJkS:MXH=eiwdBGY`EE;Gh[OgLWcMkwU]iH?ClKR;AcUueRCcA[CQmYh=FFEwwwV>_FREwLkBkIFCsi\\PoQPsr`m<Hn>=XsaQ@tm]LR_pKXxQvpVvmKHHkVAYyaRvEjQaxPYUieX<HrE>[kHb=pZs`tA^a<GkfIdIIoRixOOm^ag[>sbOgEIiAWnTwwo?nbQ_]pjLIn:hgqIiN`mUan@?dB@bDP[XX`Z@ZCVa=@tDikwAf[wwmA_KnlB`cYP\\]iAsrBCY`Mip=cb=FskTXAGa;E\\IB=YSb]cvSFH=VPeTfoirwe>]ThkyK?wD]Ee?h\\cFqoB]sRxGE@swysysyceOh<AI;Csk?YGQXeISZ[B:Gb_CXQgdbSGfmbOYXUgsY=HmKEoOdMgTvCI>_bBED:?EOMS^IC_UyIIRRUCKsfEsgZsEl;UgScG=rMovuqvC?tIiWvwV^oCZIBaEF>EtOCV:uwgoxGWWmUUW=sqQbqiEK_bw?ruqsVYTP;YxiHRwvEYyBigAUsowDtOhqWhK=C:muyShQGx\\Gyv[UvSysEyVKR^[frSxJEU;QcRgcE_HsSBNubBiCWGydydvoC>WC[;VF[wMuSwcv<MbxCSYSb>MDwmW[sg=yvXGh\\cV_eSqyWY_rEGh]Ixv?Yn?yV[yGkTlAERuys;CA=yIIRE;Dy;iS]Fp[EMCrPKGxwVW?s[iB\\cRNQvsurx;Vy;xtCyHKyxuy\\iHEYSOiGYiCsmU>OEsshkwEFgmyxOP\\XruwlUwSXJP\\WXYyHyvZdv\\IsatmFUP<uKiHUh]QmMR>]vTiMEyWXXlP`Q<DKm`o[hW?lu@ummErd]taAUjPN_\\LRxtX`UrmrReyLxm<@O=ArtiLcDKv`PpdseYW^xswTNfHwytJOuX^qN@Mnq@mBhY\\EWhmVnHrshjwipfYLu=J:<L:`N\\@Nd@x=tff?\\o^u`Ne;xtwvow@xjx]rwukAi\\nlBgqjqx=Fr>@hDYoA_qKWr@oc>N\\[>fKwkAiuUy[<Gmvpbtq]eObB_mC@k<?ckVnOx^@h`Vfac?xfGy`Qp;?`>`uYx\\Iaejg\\Ig^XFfN`xOohrwZ=IxTNbBVySIaFxttVnxQiBNmv@inPjJnpFwaBa];oboggrnsg_arAiIai_yqAYiGQrOYhI?[CX`KN`^Qv[^g<X_=OmiOl^W]hp^v_hOxvoNjsV]^aqKgkOnohFtfPvkqm?ve=paC_otX`T^pf^jBYaroprvk=Xk\\^a\\EGAXSyCLqEJCb;UE?whVWXu[M\\aq@lU:AVotPOtvBTrjuS<AL\\DN?IMsdN^dXtqsmQNu=P^`jkdQ>XPmPMJ]mUhlclro<QuQlDDOYQJ_\\MjEX:YKR\\U_Qxs\\voTL\\LXj@q\\PMx<Wy<yw\\mslmBlnnIye]paAKaURcMxMHxlxJwhYf<TsaMdIYaLnC@mgTWVqpgUmwPydYohajHAWPMmrIQNeVLApQ@xZDnDlvMhju=oodTKUR@`KkeWu<WiMreijtLW_t>iEq]u[QGt?suEf[AX\\wxnWD\\KtjmWmmuKevB?s[gHC=iAuuj?h]Gir;xqGWlkSyorjMRX_uWwXXIWIaImacmqd[Uf^iXQKDaEV<_fpMgu=IkEwtaEhYDrkE[?X<SR>er]CV<[cg]FP=uFih>=C\\=r=idIOdxYXZ=rk[v^afjOtPQgQ=cBQrsacwAfLmexWVK?IiAUrkCX<pe`y`\\qSDkXhjRqQ>uMpLkQAt\\qUB]m?HKvhNnAr[\\oCeN\\TvxLrSlmExVREOtqjkHl<TjQDw;yprmyLyLY<K[LNiuQ\\dWeEorqknhk<=ncQm[LnS@mVmOJmyvtXhaUQmKGxtFyXKpL<=K[\\jJ@Qe<JR`KjIyaymuXuF`LShQumpuIO>@L<=K[DXP=JvUygyph\\ncIUt`XcXMsIN>@<^_YHnmf`XW`t`du?qGas?OrVPbBF^>d>IUxKhtexduHZsHBSXXqvGYeQOIhYRBCF>?D<MvfseZ[eSoUVGHEgcuqdisUhwWN=C[[J^lslYK<MmmyvIypW^wrIu]WuqxgqoumXnAwkdYeONbBF>CXPwEf_UsOtx?y\\YcFsEu;YjAfGAekSrC;I[[bJKRBCcm_Y:OgFmhF?FnGijEv<ebpcbJKRBC>;vKSremh_UsP_SYWrBufIwIxAuHcEt[fimTBCF>\\^?OlYnirIrxpytYgaI^Eak=yjIVuVHam_u>FZ[^J\\j>?[litQweSQVQvfse=asGiREoDSQcOSGnisDCF>?<KTVCIl]rOEWh]urGHUyvhwUyouoCg?Yc`[bJKRBB;;x>GdfycalXJQS=HW;DMoXuJLRBjrTK=\\PRhUp`WS=SIiR:isWXQQivbHK[\\jJLRB]m?HM<YlreslPoLaSIqjGTMV=MNEnGEN>@<BwesxSyfYHukYvAYByyAswSatcWTWmyS?D<=KB@U\\DQTyuZTpnDxThLelTFQlLPlf@T[PRH]YWTQp]Oo]TMtxOdOT]tDtLh\\wXTV]HMgQqoUwfpYwQytql?@LHqSBDN>`bj>doPgOWwUypiX]Iaj:VbZHteakPH]Y^ijIjuhe_PcOVwOYoQhdh`eSiyHxlg`fCQlPOoNG_a^t^_l?@ljV[_@nB?[[^^HQbZaqmqsmWejgvEHlWVap_oUhnC@]eHEGWyWyWywfGX]qrcwyIYE\\ECmCF>kUpiyuyxuscuMXlMhp=cJKFdGctaem[rOwu<wx?SXJAD\\EwasB^wyyKRB_rPsVuwXiqSGebJKJLNrFNrffqrVf?__>@\\SHr<nc[hc[^j>ImJNb>G[lanEF^^ns>@\\<SBCFkB<:B^HK[\\::<KCXP[\\jJ:@kM<McqTv@YkewBDN>`rS@L<]L>Dr`XpVqy[yjY\\WUqpgMukLRB@oAUR`ajJDXALnfAx[Yb?I]yvutWwgv`S_vLXchFpphgUQeOP_O_p]`jJN<FlY^<lVaammmkMTVYxYxIqmAmg`UsPt@mkVDWMxNImpElOr@rhlqrQVeUt`hkOqoWUUu\\SBDNkmN>@LK`jvQpUuWwht@\\KRnrFH]]wowpxThoTgpDiapPf?Q[qhqsqvUpc^HvCWwJIn=htcXdAQkPf_dhma^jJ@A\\RrHVHpVsPX_aupUugupSUkPdOfimqmukxsxTyFqtgXUauRH`MkhSUpPSYSidq^aRTupheufxVIqmH]o[ISedTdfw>G^>`R^b<PmoVgTi`Qae]wlYoishivIxAqxpYuiWuFImmfgGQmonpywyxwpGgmtft`xcYpgagmooluoeIp]w^ocWt`pdp`gSgw:G^>`Rb:sWRkukWxIyIYqDf;UZaRTKbfYyiyiqguuwXUIh]urfmwVIiHYiPagSUHeYuqwgGkEv;u?WIkarCCNCjB@J^iloMwNIsTypiuWyPyOyoV@SUTQp]owexOyThIXTqWflUv@u_AoOxOYmu?hRc<PJLR>yLfLq<XKi@WT]jcxsS@L\\DPQmnCIsPmnFEMQQT]PR?PKyTPFISCEShPuMyp]AL<]rQ\\mUIrmYmUIt\\<t^IQMLR^\\LrmrptWXaWiiqqqmG=mjDrx@y\\YKQQW=YMcQr?XKUeqtexfQoepolXOi`qLmUmDN\\al=tJH<qg<yuIr=xJg`RCPLLtV<O^y@euphghquqwup`x_yrw^DqhfAuKPyRNnfHcMp^PYoQw_aNsN?\\Z^bvWpiwuxvpsoxhiueqii@ekPn>ImJBKob@[hMmfFEXgUHByFEuI@IgohogxSYpQpEt?uLsDT@UKHDN>]Y=xpVtSt=xqAWCUVJ@QMLR>iOEylitpCXLaLu^HSM`WCQl_lpwUypatAAscTWQqoWXL_]SE<WRAp[Xs;UL<_[lN_B>dHImJNBKV[Qr?opnHWhHxfLnfuvHimcxkODOL]rOUWtqY`]jldtnmTBNmJ@aMBkEB[AC`AWLATP_ilgfEudTqgWUiLuEqYxpsGu_wlSwXiiuWCYMGSyUBCFkJZLsbmME@N]HofdyDQjO<UnQOuTyfYpW@O=]mKAVPpPTLRBDNkSB?Hl=yjIVaKsXyYyiYaKsPcGT]vhYxJEXOifEuDu_xLYSW?GemuvGipMeJKR\\B<iC_qwmyvIyXscVBSpQhJelodhTepVWTQp]XXPpmuswttTtPh]oWpN>@lrTL<=kjURIMPlMsjQl[\\svAq_tSgPUo`o=ujHloIEUqpWWaoxeioXt>@\\[Vndgc[^bhhkAohVyhYiiPWqpgga^dbyuOv[f_urHt@gkTffihqpUYqYuiWdiyNEULisYwssEs_sdRiBQ[msms>@L\\tnJEsWdOOXuLtV<]rSTN@]kBeqwYkY]y<qwsxfhhh>__mVgPa_uOwcxnfWwPiocowA_jXihaiep>gJA^endVglQPbB@TubZmYhwVMqfGmhfEulsdPCRY[RCWH[[RHGsfWdoQeoSWfmsVGIpesostroIY]WY[YjIbWwXXIYkSySEgr_gUupYHkmXrApKUQkOTOfYvSuMuptRdPemtNIj[\\jBilWdV^Xu=uKw\\vTTTM]R>Qvi@n`aWPlYZdjJmmbyJ?TtQ<kqlUn@WKQJWIm^qmJMQIPx_\\k;YYtdwnXtn]nC@q`IrAtMFeqWHucXsbInPdOT=ugypYqwPEjnEsyEx?yLgqrUtWFHuk`RoLWNApDeldDuKYnAeWyqywqW=qKfauoXt`asWXVMqnIUX]LmHhMulvt`y]=TOqO==KKhLRYkwTYpAuthXeaUHUwKXNA]mWDNihxEyOy`X?yRbeM<em?YkQtKeYWyAx=yKh]mVTtC=WiYlXDUiDN\\aLPTO=qjGTXXXP:Ym@QSjlL;APpywYyusuy`]sRHViuqwqpwMxCyNpHV=qJa=TqtWTaWi`qlQkuaoneyiIumxnmLYf\\uDmlfDo=HRBDl[QnI`MWqTgNpAo]s_rOF][>sHf]t^fYfinIlw_ykyrhvmOVi<ocefwrOxe?_t`rS@\\k_[mX^wV`aosnXoipqtnnyvc_QsOhoYwqxosJoipIuaogho^e`e<GqR^twWypIa;pbov^YhyDX_h@hIigJAn;pbnF[[N`>V];QroOsNH_cXhrwhiqugQ^m_pdIrEpbkN\\EXrxhiuQeuqxgieNN^LpusGkmF^\\AmZ?]mImaomkxnYpitn_xv\\[XcdV`uphgQwPWqMn^F?h\\f[]PkBWnSf_XPbLy]XoisifqvbMpfn`ovg`VaeBF\\>@t_Imaomcaw=ipQqeeWlavcpWkvn\\:@knNdbndgPe_WoQwopxpXQiEIknNkg@xLY\\[@_V?qj`rS@\\<?iBvhLQ`>`]uXwhXqHiv?Q^NAecQ`<IkJx^MXZbwqknivAia_ci`qlQcQgqTOqnGwbHwc_^>@_r?g_Hb[ItJH^=_mA`kjp^c^\\^PdfGulhr_AokY\\UOjqomdpsupwtXsg^\\syqLvf<?kJ@fOyvshxPYe]qxmOlQoj:W^vGcbVx=y[y^h[vcvxffYZvFgB^piqquqs?h_b`r\\@kBH[<^jDgjJN^bNtByd_fj\\QnEp?wRX?g=YEi]i[uBIkEnewq;GZ;etcXdWs;UWLafCWwq?GkmNKLLrHvw<KK@YAPOGqjGTMt`yKLrR`xAUNI`jDqwgUupHQIMuTipeewOyTYeXeHVYxl@Ex:TL@\\jJLr=xVW`PBhmutXr`XC`kvdw>`P]DtwPR\\aSB@AISIuvHieMkvmUVfCwsmR?wF\\_d<=CvkV>gIywyxYYQ?wEat;kw]mSaKVGCHAaIHYHHAI=uBH?DCkC[YStYRLWV@mwSkel[i`metcXdAiKEX=wBIkcBUEiCcmCF\\aD>srimYmYEqUevGcReW]tOjPogpUwPqUAojPqdQoe`mZeNVDRhLMJYrKhkd`O<qLrEtRAs_UTHMmJDk?TT<<pIlY[qjahQBUv@ikWeXauwXiqWEJ;]^QglrV\\\\nkZvqD@d`NZ>Y[mNyyGdS_LcTeoToUE[_SP]inIH<Yd@GB`[V;QsR_EogrEwDugtlkUnkT?QEZoG>]y=UIXKtY;D`=u>gxeytaGYVCF@uim[IfavqoTcOT_KfiyR\\aSB?E_SIioC?;BfExl[yv[UjKCdWSQoGcGy`UXaqsoUROIEWQBn]CY=hZEbeceaCuQgYRkwhAv<=cbArI]BjQfFssS=dpgWUqftUtkgfRycvAR\\aSB?I?MrfSWJ[UN]VkYH]oI?]XDsVV]dJKFxAy`Yei]ebSFi_wMySycX?SRX[w;cWl;WKGX[ibQKiX;WnouCyS^ks>?cKMHT[YxkVFAEQYfAkwywyxUEukXfoVHqV:SHAEeR?RRSBiCECyiX[IL_bg;seCrmorvCV[[RfYR[;DcUCnOu;YTpsWXaIUiheuTTgBUCic?ClKUb=voSGbGI\\QDaMR>IDq_ulUceaWgyhyeyeyUpAt=uCcur>[Cmcc_CWZCsIAVY;ItUEkOR`wBTKrfawmwsHyxOQhJKFvAv;sVL?CXMHlIpXhQUiPcpxjmm]LsHyQyaYQlqvTwfXpD\\ywTSVHKKtVvDy^YlcXrHyRF@M[QLSUpXHosdtxeTbQTUdwhuKkHOatRSusftU[tnIyOR=W:USBTjxpVrMsBMyIuWRHuA=M`]RSlRTpYcMRB@u@XxVhJSLnFYYDApAlmDdLd<UUpPg]mZTrMmr\\aOT=lrTL\\lsZhV@lrBDp;ttVUXGhPgMun\\rvYpKqP\\Ix[qtm=W=aSYHplIxKtQDTpbqj>qY<ylf`lc]REmUCTvQMj@HmjiNuIkD\\ob=UgTK[LxHlMkmswMokHQqIwMmLFUJ[PtLDN@=yLPSpMQvyRULLaMb=?]FYiYiiqIaII]>plyotSQaqom]Wh@hadWdApf`i[UPgIp[UXbAWeeaaafvsHdrIucGkkPf?QkNqnm`dZgZ[_eMWsPh_WQgSphS>[nF^>_wmxGhYwixQqSJHPv`mXij;=W_Xr\\dlmqm?DMMaR\\hLCXP[LvNLyVHtbePnaympLcLjhhRDHtDauumvwpV=MT>xUDYL]PSVHTgeRBTrUlV`Iv?DVo`udhTett]akgLmGTpJLNa]wYyqYiPXqYvIxAimW<SODQCIsPUn@eKQ`uI=wLDVPnboHcVH[KvnNX_QosXVifIpVhvYhxVng]VaIpp[G]twsvxtf_nGvcs?vKA_samUwphghCqqFNaA?mk^uVYb_i^XQbthy]_lCFfjf_:?[KvejouyyuyiyYO][oZni^upytYwgqkunwjgomOf?FkmF>kbKUFF=CZswFKhIyIe=W=xP>qj_=vwTyCYWp\\P_IUMUKnYXWtQx]upmwVIwL\\YAikUtvlQs<hMwHwM]ja`ksMnF`W\\\\sE=S==KKtmNhOUmtsUrCUVBls:aVtyJpMj?MMwUsBIsgdTd`l>ImJLnZErMmRoPVBIyaEMtusLQYGQKL]lKYlFPkEmvZMNDAxVhnT\\p^aVqIqt]xbIVQmUsenMdVf`moTNM=krqJKiPv=yjuvWTnlTl<@JdhPCYR]hXHTvTAURPvwtVFTLspnBLQCXP[\\R;HXQiUqevZtyfyvXYpnpUm`yAPSe\\RSlRPDT@As_hwUypuDp@lY:IQs`VBPpHemtDqOIXLMTLpqvAJ[@kNMKC=qJILDlk?IKMtpWqXUhQmasmlwplU]aoUAsvaMdPYcIXayku@U:`UetwWtVl<sMySy^oywm?f]EXaHhkbgwU@skhcOi^iIlwGbUa]`_vlnlGvcTIl]vbVh[VOqnGoGx=wXE;ixgYuQi]aiFEelCTq?bM?IMKF;;rU_XIiIqabXwYPorumtUqFP;hQaWsQx_qxQwivirXqYuiWQmFIURS=fuuI@CejeBWayC=yastH]vXsw[eBv_CVsHBguR=viyqqaQCTPReqteXFiYamymMND=yvajqqYwYwYuj_yWmmqsYV<`qGAWApM?@Y?AuAdquuxpUt:<Lc]PXhvm@NLAxdHl]pR[ATqpWWamBUvaenDel^ls>@LstNiTOsmOjHnyyyY`qaulPLykhufEJses:htiTXjAsmTKLAoKUNuiyiyYiqOT\\oxeRXyk_hPemtr@pktLtuwcenimM[LvbmjE@POLs:xx^tP<akIqww<Tk@OJaYtQJuIj`Qo[AyHAm^HLnHNkPJ]@mJ<WrEjkxK>hPc<M\\hqHlUqmn@\\oWUamQal_i]Ibu`ylYsWgba_`NWhDyvi^jBA]aiauIxpGZaQm[?feqtgXymXyqfgTavDNZBVdZ?g??ipi`QNyGYmqVaII]JAoQFvLfoJNxpicQHiIqe^hv>_l[NbeatcX\\MyuWvmu>yWhZaor`q\\>f[Fp]wNa`vxCVpkFg_H`Z?r:VinItAgwsyvYxh[xeiwcBgk:qkZilyxxXYigqrUvgnxivYvYnsupdJHfgAmoam[QmniuxHctYx[o[[^br@yCYiP?lXW`Z_nLY^I`a\\QrM^^uQylGitWmKQb=@l?ffnaoJH];an@QpswjJ?yjHf=Qd=GvrWtJngKA[YiqA@`f?o[hwrW_NFvmwZMy\\Ry_sG[iO^TgiR@]IQdfVbk@\\sGof_c=FwYyqyhcUpaGqnHGmdQhKAj?F[UQj?V[VQjIpbOqit?cxw]eF`cnsvww\\X`HAa=i^tIxMWpjajB@Zwvb_`oXvbO>yUA^>Gt_XcQVgPaoSX[w>`aVlvG\\ynl?v[;V]wqsXaimicQXj@Hd?_tK__ZNhAWqpgwLwgIamsV`QGn<Ac=oa\\xxNHvKFk_@tU_^ZYxmx]JfdXYl@WcW`u:@^Any@__Pvj^oZgghRA[wqxt`oQXapHenIdb_jafkcV^NnjJn^@?wXXihIqhGtAoeTnpBOvfV\\b@r\\nlH_eRH^``^kIvp`\\<_rq^s=awTipeX`d`l=Yla_bOo\\\\f[INa@glENsQxexGw<I`RI[FP_Q^_g>vlwvCHxjGpIvhO>fr>[tgsJf^sF^]@pO_arWtv@amYyavPgvEyGy_wxmUuewoGXs]YMqVAgRYSt=;hM[vQIys[iuuxhiXUkUnkR<ETckcgIrhATGYeoAGv_BOsVjMycyfugSBDxZhS@lUk\\RTDKv`joDSniy^YlI]UKAJ<ewmysytX\\dK]PsDxL[prD<M=`O\\YJ<qWxPlJDRLTwXiM<YWn\\S?=LrEX?\\StAruitkXVAAl>EJuIrE\\PpysgtpVQl]AlnxWwXJ[`LP\\jeiqQ\\Jf\\uJ<Wf]vdIxs<UnIVQmPh]eOv[Zib]WrewsaGruvkwFkNom\\PoofjJF`EF^EY`IaaMigRVcPoqRfd<Y\\RfdlQdK>gf_uIH`_vk>hliprrffIfoANjXAmbWrAhuZ?tZHbkVqYH[CYtu?`Rqr^>cj@r;FpMNcXF]uYrE`nVavEN^J_yqqmO@oD`ruw_BOep`gcq`>F_p_j?i]X```>lJAtP@`tV]XWi>OuJH^=_ouwxhqogxk>ImJNb^XjVYdpX[i^qJiorG[I?\\haeoPgOXiVY]O_af?knnmA?c]piwQyTIiS@\\fIy?qaEp`v?uG>wxq]e`uvWxGIoXO_dpZ=pe`^rIfZjV^Aoknws;_w>P^jOjuYjwalM`i;_bsNn=NyoYwQxwiiaT>oQwoXXuBIh??oLgoDGxKFoN?jRWmjFf<XcmPnQQfrhabO\\aOb^^awfgNIsMp`dNvyy^y?n>omGyovG_V>vaNrF`fYOb[_v[A^LA[qOvCWf@v^?qZ\\f_FxrlApIPnCvuxQZbYgPVoGyjcYp_yaAvrcOy<pZ>p[AQ`UAmkVfLgbMohjxaRy_r_prYyfyoJgqa_hKyx>Vk<OxeiqAW\\rWsjX]ShpOAfyvb\\@wBOvF?[KvlJXlTynIw]QXl@g`PFfGOhLqqwqxUw`FFmOgyeyoypmdNtB_x_y^GX_O_ajOw<Yw=Odr_b\\hoGprDileVdiwrlWmA@nqy_uPcMOhAQhLags>qY?uYGnxwjf>g:@`^od\\x`Lxww@n;YvHxrFP_HObR`nC?yPhenhvb?tZHjmaqMy\\gN\\cN\\Lvf<?krpnnGwLqoyImI_x_Qr=OdiN^Gyd^GhYN^GPgfNop@x`HfvW\\gOw:FvfNbS@iFaqjVfFNli_gTfgQvcIFvfAe?YiXPb_v^[IsZqi[wi?PlRys\\hraykKxrS?diiqZ>^AglkpcrGZsagfNwbinbIn[h_pGjVV`fO[yF_HOk>N\\aK<=RyMNvTVfpXc<L:Ay\\<sjlrBPLlESRDx<HR`HJ_TJNyoypytutlxNXQmOPRpumC`RjAWh@jVYpauSTxwplT;=ytEl=Mvs=Quap?txE=XyeV?DYTpyweVqiuAMxwxva<YLIKuQTJ]x@YMi=ufHUm`WyqywIoIxlfDULivYHp:YV@xO?dRKpxhXSVHK[LLDLx==s]HV]\\t<AyaLXJqLh\\UbqMatp>HUX@Kr\\kliwqxuXlxD]oR=NTYUM]Je@JELQ^QmMDxXpQqEkXLVX=vjEtAYTCUSA`uplkGLLVyO[pN]YlUlvYyTp]RliqayJB<PvLkfLsvanKlnIDYjam]Lsb=WGqjaeQypLdMLaMRB`j>`NY]RQtLj`kvtOBTPl]S\\iXn\\U@EKHIr^hwuywyxu@qkWTMohqcPv?@v:QXBlKXuRZTT_TS;XKOylKpOt=nbmrEhO>mTfdqqamDPpiyqyqu_XPZLsR=k[iQELklpRGPMsPSG]QbioTepDyxqAOkmN>@Sb<KYMP^dmvXPFTPsiNupXgQSw]M;qR<xWiquwhURqNPXR`EQ?tS\\tLauqKyqdtpWivmUrDyru@U]HXwiW?aw<hm_QmYApIXmqtWXpRVAJwMsLyPnenoeR^`jHdK^eqjPKOYyOdOiiQNET@upyMlvIQqILP`OLQj\\`kXtV>pOKlVB\\p<PMyqNkmN>>\\JnoZvqFY]`OrR`\\=>iBox_glI@^eitexleytN@kOWmIoasafdxx>vkBv\\XAdLFqapyd@lWOatVjAnjFGpMXntoroqaEaoGQbH?fYVp[iqTopfGeTHm[p]xw^aNlj^i^^bHx\\R_jjQfgiqagZm>qCgdrWwgxpVIpGxtf>]x`nb?k[qvwWypihwy[CffPF_L_n:wkcFkmF>stJEb?QCSYE`MgnCwW]v;YT@=u?CR@whFOCq[coMf<=eqYbIkIjEsIqy<gsxIsvsyfMgwQgJifpKImwIrKyLUGnKimgcVEHUqbp[ySOfmoGEybUaw[GerIsPmIheUXcWfUh]aUViB;YV_iiP]N]PYL`NwMRHqu]Hs<TNVilI`kYMxJ=QMTSiiQm<xNHxtaPEhnryJIHqiMNE\\sdinBHj@UqVtwOQoOUXE`pb=R\\ac\\n_[^e;AuTHcMp^shwAx]x?cMGj?@_]oaaNjFVrF?[]Fl?GeJNeh>y@nnJNcxIeaIlenihNpJvdGpjSamNxi=qZwngQhnEvdHgmrNu`akXfg?pjGFpcv^AGe]xmxYnwnu_HlGVm]qyjOsigayo\\`a^FovwX`sFgjP]e?pIIx`Qpb?xXfsJWaxYpYOjuY_e>wsyZ[agbYmQxxXx\\R_iGwmxfuoyv]GnkHimqvnnmlP_OOorXfV`ilN[S>wC@eJqml@]KvfaVdFVwkVal?ybhmf^l^gbEh\\o`v^`nfnmx_sHn]tNfavcRh^_v\\mPf?W[U_]PoqEF^<?jJg^_gy>p_co]CiZDHbbq]l?sbPq\\^j[yZQByYcn<yrIvQIUaymWPmPDl[dKAPufiLpMSZhsStVMxTHdS]iQeIQdan_@WlXT[Dt<muqqPAQMOLMPPxmalZUK?yVP\\S`qkQMjs<V[pxQTKouqJQS@YKkMyqeR=YYIiK^qk\\IN=YT@mOcqnGUmVAtluKXHPtAMLXT@=MMxuELOa`O`erSylmtulHXMtuoxMHtTlHJ=tJUuoheSgTNWUqquxtTMqayRTy^EvdUOTMvnUwyYou`wVYPe=s_<O>MjkXXaqSalrjQlkDK:tSS=tjtTh`USIkklTlaxtTrMQLgDNF@W>twCluP`u^ym_hLbulSuyHYrVxLmEsDlYIARXIQKpxM=Yn=sNXlPhU^TpGUmpDoqHsmMkOpxGDw[ML=mSqIWbXRbIuiDMgyonAlIhvCISiPpBmqqamlhXeqTQxOsaumusSQqoUwLuwaaMa\\OIIqI@x^DvYtSS]pMdnTlnJhWsqV;hSvexyppvuVSUoLUpMhXiauNQO^xYqxNqYuQuMGxpy`QvLtPeWWyVGTQYUV=PSOdp^DuOENLlJPurFDQaervtYxaYaLs<hwi<ov`n]yQ]ImBTVL`xY=ShhxJhQX\\xhPxCPvSyvYhV>QKUMRrMttTUmpRStQ]dYkDrbYSEdnB`pfhQaePemtFeqGavA@WVPVJLKfYTlMNiQqeqofTr@AY=hQ[pNfYpYMPTyUcIncQpUyw]xRAesuuscTMp\\WjEnFAnjTJvdvVTM^ArOxOYmQ`mkE@oOtVOySiPV_Qka`odukgEpgTMPIuXiY`eLLiwQimeylTAyQlmIEL`UYfDqneWU<X=ANeeTqPn>c>;bD?HvcVFasvaymysgeytixceEpcCUKiVMHhkBnaWDQw\\aFlsFwuGe_EqyIUOIkyr\\EbPktrSb<?b<mSOged;Er_WlwW_GXSgShQtbaTbWHMOWIAfa_cqqRRkHPubYWxxIulKW\\QSLeIAIiQ;s^ab?OF>Ub[OsnYye;C[uYYQx<swL]HvwxVAToOWOUIaaem]WkQv?IWd?hCcw\\Kub?g_IXd?h]ER^gRg]xioX]OYPUfteRUwipucgxXwhwSyXJaov=nfhybqMuax=xpgitcYkGQlDHUAYkiHpUtotttDuLc\\W<=krijv<OFhOCpq>XVBtV>DQmasmdoAukXlsMmRmASFppBYMrmR<UsyTSIQSu]Y>IOcmts]vjymsErPmOY]m`@lZynKmvGdWbawMpPNPj<HREYPf<KjqmXtuntXcQt_HQXtMNhmAdP]xr=ItpTNmxsJpqQ=Ut=KmtjLivYywI@ve]V@Dv`=Rndvn\\PVDoqqmU<sYTq]qku\\U[uKElP@=P[lKc\\JZPVMhoSUp`mOYalSHnFir^tNNMV?<J:<\\C_b;SR;Fkmd=MsPAIWQGNUgJOXeehgMupgtp]w;ECyaFHqhfOy<qrGoyigWXyX<QsPQI=qBYaHBQwQMTxAcJCxfKsbAwGAThMe_MvS;xJwT<mSGcDRuDW]XKWiWSgX]db]BiCuwsxVYd]aymGgyOycOvlibFKu_]HVKIUqVaexA;Gb;s\\ICWKIn=Swgy<YCi[r^aWAMEyqxiyuYIccKE^OXfuBUwh\\iW\\uUqmwVIIAeDc_wIsSPmEktS<=O]QmlYwwxvTIoMPxT\\PthVkmjbaR^HPLHkNuJRMp^EkUAURIT_Hkg@ng=K?ERLtV[LTrPRGToXEvntT><p`ewpUuvHQ?ALqTQ_qRyDXZunGAmnqjwXPaYQEMOTMuthUk<stuXiMOELO>]m<UrR]J;dnkaxgTKhpls@RM@vIqR?llL`ymtNilUY\\jImSxyQWqyIevKhKkHOKLwryShYMClvxXMwmSaIj@XuEllU=UB=pyeqr`YtIwaXxv@lkQNcTohuyXYMD\\OfMn[iqAXj@dKT<qGtKSLvF`YNuTJPl\\\\s:HYT`Wf\\xjan[LtjxMrmt^lslhTaeTfpUOPSPEP_iMhmUuHup\\oyIWvPsdyoaEuyuyuDtpXU[ToOavVTqsylQIU_are]vg\\R<ARXDK@`Pb\\s:@l_luU`w<MO\\tYsIO;yQnqXR<jadw^AtVhqPxLa=rIAWJtJ?dSJYYOhTo]ni<MZIQkAQ=eld`sepotPssMtbLS:YlpIxAyMuDl@hO[@mBpyh=uP\\rSdj==YLQUn@WK=vglP\\@q]aRkToWAndhTf@m^Umq`okhkUxPSdxQurqyoqHoiuq\\uMxEqXQlE]tjXStayLqOdUn;aq<]rm<Y==s[TmpdWTXWSHv[XvqAqkUvfUypiwHAqpDWLaN[tRhdR_@PeaQltU`]Vl]Wrqjs@kLHR=pJ?aVrUPV=N<]qrTVy`V`IS^dO:yvEHpIQvSPSOPOspPT<YLAWmXrNPJ>MM[AUTltLyMGynF=VA=po\\v^HTS`Ud`TcDkmxmcputiXg`U_QX`UUpLupiqU]koTxlIqiQuEuWFEpwIOieqOurE\\wQxtnapLLoDxL\\lo[DpyIjAlMjetZ]pGoiEqkWVaVqbmHepNrM>]OOomF[c?`>Ae^y^;poxIyvvcMPj?veS@yayayIq:ovqnb=>[hnay?hy`f@?pZ?ZKNlB>`O^jDngvFgnhu;qlJgcDg`lVKGtH]yHqvmMtbMUEab=kRwcvacbY;r\\ib:SvI;cUQx[QynIwMwGseEakCgMhquuwarPegYIVGWIXMWWusfWVMweyYeGgenihOcgNAuhEyYwIRixQcHKgSNKF;;fC_GeOUFoF[aST[sLMHIAT]=f_;B@edDkSvCWr=tJ;WnIILCd@oBlgefIvodkkMUmLn]mqxPQXiK<ITilqrQneEpL`mV`meaMd@U`IvAxMpeWH=j^xX<YXSHPd]tbtvwLn\\Ql>hy>Mjd\\UTUwJ=O;UWGtWI=MiqvaHkJyOGHRgaTsMToISRXlkqW[Qx^HT^@x`YmiMqJMW@EqhETglsD`MYyVY`SSpWEtqUAWoXmpxp^iqEiW\\yYY]piqpW@pHylG\\py\\KyhrdtlNuTmDNLdS^HXkDNfAR;=JGnwSYpaftbPtFPx]xkxNh@g\\Kpj;g^qabGxf]^Zgq_dfeiW\\gadawyqvoe@eZvg]pewPihomdNj=hKieO?ICwHbqty[XbDKu]pg@Mr<XZmlIyRvPXsyWQqoWMrXLqRaJlewR]x[uSjXLNDkj@wmYXrEL`]LO<XFEVU=yy<Kn`qtmvmXLaETWltflThaPeXU]`mOTSKyUEyvGmpQllVLpilqSiWOLMnEp;TJADUMPSTLt^\\R\\PRsYyWyXYiwPTk^LyltSI`Ja]JS<LtaV]exEiRETvEmwC`RT=mSEp>qvvAYmaTauyf@sSEj:mS[xxTqpgUuVmsOxOLDknAlgAWKlVxYxL`uYDsxMVkQKMXRBTJqYwQysoITvUvGxPVmyXtrMLnyYyiyqqxYyYyYqo\\]MUMrfmUddrKtXK@OX<kheXMMp<htd=TGQOa@KNilYesydtZ@pJeJu`x\\qyPyx<qttLm>@Lh\\QkUtGuPSivQxUhaquAMOMlxEs[DreprgMXDmMv=x;ut=DS?TJkiKOQmCpTkHk:dS>DLTxMZikypwtXwVmwdTKu\\qU=YHAxZHvGUnBDw_fq^qfrQ\\PfbJI\\Lw^NpmrNvFQcUGyMYgSGk\\I_d`hqIhqwc]ppaAu:IZw_oTGcW^b<?kM?yjaZ[`mXgqtGqOiw]xkxNw>G]Z^tb@sDplxpdkgbIIdcVyo_lpYjBX_uOjQh]i`a\\fkXFg^Y`Lqh=Fj@TjGGNKFk?uewUyoimai?WdbsSRQG^edeaHmOIGssjOt_SSTefTcwfQc;sHRirWmYxSFiavCYvpWYuqFUei`eegIIj]TAudJCCBMTLMdeOgtOvDWGVeBTwCq;XyEd\\cRnWb>?DsKbx=Wf]voofiYhB[vYybUYW@CTY_hOQfGIypArBOgpGXMqWecTkohosWWQsDmVJkuwkhyuhGEY`ycpkVpqEuWvXwiSuwhghGUTpcbB]SJcV;aIJkT<QsoSD<]bDcRJ_x=UV<OrVIimeeaiePUEXOwOYguotw[cjOFNKejMvf_U_QePixVQwpMv^IgOyW`_evkWAkXg=hgSUqIuxYFAaS;YC[KDuehEMDiOrRORB_ejiuquusoya]vNGHpkWeqtgGWfAC??S^oSJatPoiE_fM]R\\EvQSE_qc?OdfCGUwsX_Ul_ioQiwyGPQwdYVPuf;IwP=I?]gWSIX_VCIs?_wbIbWmhxUr`UIS]g<gtfGXTgDKuxGCF>?D<]yBCyc_SC;RRGXUOGGAFngV[GGguwXiiWMs>cGwMFC]unQfrCX^Acg?eqIgw]xWIVu_gyeWukhsYTumy_IIP_UfCupcgsqrxsUn_sH]Di?WgyscIWq[UQysTqHxcUAUfJKRBCd:AtxuBKmH]mrFsH=yHrkEH;WQGvAuIkCG:OR;_yZkW>IukWFuaWxadaawYuwY[htgetMULIsigWVYGIEuqUwpUuciCHahmKEQAhOsUIIhakEuaupyEsCW]kERKWOetr[UBCF>?Sb;WReSMOWv_VBOh_UsPGiSSeXKGjCe>MrbqFTgxLAtrsia]W@ITQstMoV?wcRIcMwrgCsDCukadYuCX[u`EsoKISiuyWyYUi^ae@khnmtekxeIvy]hssewMWeuXWIVOUgcGcg?lJN^:xdfotfHehHgofwk>[YoZe>`SxrDwwlX[i^qJixhV^vGeJgdXIh]pcB?sEo_POrDxlFOp<Ic?`oJIcdXpDWuswlG>pewoxvud^nvOtTirhNpqPevyr`y]w^gAvkVvkifgd^jJNbBxm;SCUHdMgiCyCwff;CmgHuoXgQwvcVaaemmcEsUP[HkifHmSX_ykOg\\afeouvCYl?iOaIg_YD?UucxjMTLETe?Ut_hOouQ=G_IEdOCJKRBCF\\idOUgPEip;ErMsJcVFYhFKRmAU>EusyvYwwvcV[qW^SGkmd?sRHoEmWDreGWaepYdNkYTOuWCCK?Uj?W]]dM?D\\kySMh^EcMcV^adkYX]qrGGWXsFVEsjWXdwGkad?MfIEe>IuImvqcr:sejWdckBravIorRawrWywcg;oIcQY`GC[KDAsdpAdV_g@]h<]rk[CasflQdjiFsgVuuxhiSw]grEx\\qtrGX]uv[Sfs]GXShlgVEqRgyVCWEkmbjQIv=xJgwUyXBqcXcI[uFHgMAtKhYp=yRIPuC`taaMqXrAlKTIj=tjgAmTXTDDlj<lNYUx`YsuPdeRBDLy=vWTMsLX^hkTdPddSatYd`OUepdevTIVZ<sjAm?MVVQl>IU`UO]Qr?aodUjPqt`hs;UoRmpRhlwlUWQUqpWieXdeTHessTON`UDQWolWceSqytlPtdaRe\\R<AjbTOWMqnMmKpS<=krIVEqlglPymyvaP<aKrtwKlVqputUWxhxbTlrTKh`kE]lkXKi=MheSteMoPYGPoREmMxLTYjyEWdeVHuogenx]pAIS_UWTumUywoXKHhLqPqOdV^hjB]LjaomlsC=KKtmNQoOUsouwYA`@vpWfat_tWysrinQnerGrWybHHeuphgao@gkTFdYPvJvbXXp\\nhtgq`G_UxqaPmohwJp`Cy_c@gcVoYaxFg]?Qb^>]RNglycbIgNV[[f[[^bHAoRGp\\huswvWptlhfEWigipQaemGuGWmpFuKnnAfoRGvpH[Mn^RwkXfafxeypiPIoMw^ePd_PcNQu=FecF^>ObBXpwVipAa=g_ko^>_iLOp^GcQ`wIOtyfc`weygyoWyjYrIfggQuop_VIkRWi_ilQ_eeg[tvyqiwUytOWgl^qvNulId_gn>@\\<?[Kv`J_Z:wlyqsWXauH`GwwvXxHhcT``CqtfHe]q\\b_cD>i]ikq^mqgkaA\\HffpofWPao_^HaJ?lJDlNDWr=sBDVXeYoitpDX\\aRa\\tBDX\\Ltp]wRIvTuWf<Uj@rxPydYOU\\Pb=lo@WKQNd\\qbMLaMB@kU=KqmXfAuKQmqtWhQRS@KlxPYaYMqLilUfQK?@OP<MmlVFXLeuYwYwYeU;Aj>IUhDn<TVoQwOqWAqlcTT@ik[=VL`qJLRBDN>MYbUoKqqwUYqTQmQkelojxTXeY?qUvEx?UunHXMhMv<YJqpgUuPpVJLq>IUHDVFTsnIwMiw[yjYN\\wGd=yK_I\\ecTcHLIta[bJKRB_S;IfmmvSwVtoXTsewMySWDa=b=wFTMUf]r^?I]wVKST`IeYgvs;XZAbH?I[[bJKR>_B[qs\\erDgR_YYEGupCyFWVkiuxGu;QwviG>?D<=cJEfb;FTMrRGX]ksjeItux]obSSC[KbJPS=ps?@LkPk@\\SDDN\\qkwYyqynHxWKLRB@U=eon\\jJDPGqrGXMWuvimPtDjm<JSPtrijEtLtPv[<xmhPsIO>@LLtF?Cm;ciwWxGy@iD?CtvKdpOIB_HT]wJiyucyJWX>MEqiF_CGR=F>?drSD<=cjGRauW`mvksGiYtIuQYyYyiYBEvEQsOXOupTuDtptQI=K[\\^CF^\\O\\vffMqnGWpqxuxWuoAaVypiweTxrcpthPd_PkMFfnNm^PjUpe@_xgNnj>ngKequwXqdPq?@LLZi>d`qayoyvcwmxSuHb?YQqgWEgIGFvOgQugheCUkHneEyWeoSW`eSUoHoOgOUgTEx\\irWwdFyhVIgJEf<oX`?D\\cC^Af@SxJUtyqGkmF>?DcAIn=wJWxNgIpAu]mSZGYDqdgSw`ObnewTittgXeqv`mv[iHMKRB_e:QrGsst=xqAWkqgE]eCCF\\oCTWRxOxDYGpKV>ACuqwuwwViYrErjqck;irwSYoIHYS`_ByEF>mW[EfQmgVEiNyuEydiswhYdrSD<=cn=TSEIkMv>aH<agNEgLmSJgusuvWot[WRAcw^CF>me[]XM=XvUDqWf_?WBMvF=CKcHJww;UWFwRXCY^cTRGhTgRNgukuJfPUoPWTIS<Gfmx`xx\\\\xeRnZywlrV\\<?kNnxhiueWfAqkohbEp\\sxuSgrXiiqiuhWoNGoLphJ@\\\\F^JOr@@\\\\No>Iu^IsMXdAH\\MxepWtGw`C?mCF^^nSDTJ<t?yYuqxgqwpeoTepV@PehUuppp]kJLN[@TRUdk_b[Pb?Pdiwrda]CwyxHcvygKQNwGO=CK?XBYX`[bBOSkmbjSfDUTBCF^HK[>_:py=Gr@Fl<?[[Fh`^jJfZBFqaGnFf`QNbBFkmF^>@k^HdtIpeyyQXkx`pwYyqYgA@[[^>jrammHYYhsmxsxTyflVETM>@L<MfJN^`IfxofGP]o^ugioUwpTYtIwagWsPh_MqkKNbB_M=CK=DJ]Bj;V:AbNQR:wxYyYYqRH_EcUWPagKqsKKRB]=mYMMh^ESuGv@WEfWYqhuiaP_hYxIyaiuJ\\x?YkQTWADK[LL<dtcXK[LnDpJGLMRyMxAxATuphWUhYsivQpXrAx[UMmlVFXxXfwpXufXcQp_PGqlgfgA_[^bVQ^IImJbtksuswvSyMyexaVgQuoWSwwwwwxXYhukwrWrsEt`]sRGVUsHh]XXgH[[bBwH^IIMKR>eFy?y?yGf_RCODpAu]ucSagSUhfAr;WBpoYwQYu]ykyrgigqoulEfIYxIyIYQuqwWievEydqOh_Ust?hb?D<=;@KkEr?tLrHraysxTiugyoytggwTiphH`gQwOYoWo_TAykYvgpewPiPaqsssEuBCc\\[tJcX?WCQkXyUbY_CKugLefDMeSYf<=C[C`<_v<prGX]UYjInabw\\X?i[hqtQwep_^HqcWt`vvCWnCg_?PZYaimikwHx@Y]hh\\ANvf`cSP`ch\\Y@kmpkWVaTAp[WrfHgMqnchchgjJNb\\acBbVMTv?Ykuv?UIatvrprnxSxDy^hST`PCqKX\\awnc]Pu]wrHHqGXyBybENxoytYWeGQmofwQyqxipOp_WOeu^dBF\\OAgCF_>@kSnpfGu\\WcQp_oGqawbH`]CfuJi^_FqXNg?WkPftH_\\<_bwNxVH[[NnXNhFqrGX]aQbQXoPgolhauox^HoNabvG\\HaoPgoTXmj>hTIgaHecPd_`eHH][isPf_T?u_ylYo_ko>[FH^r\\Vdgyd?p_oHthqxJVmlOhNhxFVwmYbaarCX\\pffDa\\uytypy_Wx`ismheupHTOP]oRhmkmrSltlhVEUWUqpghpheuTQoPeodQrP`j;eYHIM<dkV\\PCTP[\\j>CKsBFohKscIshXWRUkVtacOwcI?yK=e?wDlurbOtvMwcwfV=GMYRu_CT=WVMXCiFhORM_UlOcOSGtOCGEF>?<]rkcegWXaIIpsVRYfpcXbmVXAhcoxbAhsCGIeSsmwV_daqbcidIcEt[vvgVnaHUAh[tXYlMjpMwLYRAr;XJgXUqpWPunHeMQemc\\jJDx@PK<\\jJDmJQrhYqi=kWPxXhoFAxSluemP^qquQTXhMX<or`YcinQ`wCxNX@SOlVrmrbejkyky]y=qYsYsYMU=qjGdNFajJB[[R<Ktm=iG_wfufvwVySYJYYGqRTAxjcFSGd]mRhEE\\[cD_SboUwOiWYXIiIhUFi_SG_V??DLs^L>m@p`nV\\iIuIoemHnPA`FwopxgYqaUVap_gdokSgjDf\\fyixyvy_u:YhGVaQNbB_MLJl\\xXhjYYW@\\pBAmpdWTIO]alN`VQeUoelETVdmV`@L\\DlJER:@LkMShMry]XTyystnvxV=qOwIolUPLlUm<nqEmiul;asFIr=xJUenDelniVDDNLLKsms>Npafkqa_lnemv_bfyfYc`IfLyrF?[[N\\GFiHajBX^lnxvgj=xmvxfQp\\tIpWagRhQMyIArJOXTcsDCF>Mf[ssS?D\\[Hx]xXGI\\;voSSiksRsiN=ijEVgyX[[b>IeJKR^tUsHMstoS=lGXMqLuKYnAepUijJDKAPrTPRB@tcIQD_asN_\\x_[Y[Sn\\f>eZWaqownPp_WsdwqEF^LN[sos>@\\KgjIffxGx?y\\pVgPaoBnvKI[[^j>]^GcKQn?gohgutpwpf_onbIp]gwexGy_phF@\\<OV@L?DRsPX_aW:Aj;lT\\`RCtxuawSYpgywyuyuhOUmpFUQA=K[DHDyGLnfQqeqomXkilqRixuTVPqvrIx]iwXYYiipsYxaYWADK[bDKB>?DcAwcUfHmenGTKsyyCEMUgPeGq[vVOV:GemsVTId]sRfiOwntgXeaw`XAi]hxiyuYQsQx_ixoC?[KvpBYh`^jBdmostSsXkYrIVeIt]wbuiyRIh]mxSyVYGuyqyiyyTAd[SRfivQwUpggUuhduRCCF\\QDsms>?DKESQoGW]UxGuysysySQKuv[XbTuvHYmXqwIwaxmtDjPIqmuVeatcXlUpN:xPGyvdHK[\\j>C[KF:UepcWfIfAoElWHIaIMqUueOptWXaQquyTipeeu@UoGPuoXWUekTdPVAnnmVkmTipUWQsNHO]QUl=t@XjGxrTlPf=oCXJ<=KCX@XOoMwNIputwvXts=sXiYqiUuAw]xkVex`qxgYugusXhQp@YkQVqHtvpp<ejDlo\\YLILmimVE@QexUypqwqxqxqoXXHIQAUQN=K[DHN[wysBFflhsWXaQqrFH]]Wlavcph_Uop^paAF\\pXfAq[qhnaGsLh^PQqoWgeWuphoUHuc^jJN<?\\Ao[V>aZqbtfilIsanptgxdWav?yj?syypLgnDo_vIcuo[[^jJ@aMB\\scf[M[hkUtPHqnHemdUkPdODUxRLjePSOPOhUoPeoTXssTRFhLilUViQx]yrIXe]tbHlWEX?iLd<MJLRB]=lUZtnfimqmukxVYhYPqVFAmKpvkLk:<LWeOUmpnpTgPUSesThPWxXFDX`pQbMRBD;@Km\\NvyQmasmlxNYTIEu@hKULTiyn:=j\\AjEmOs`rt\\h;i^uYiiFM?DLF^>_ZZ?wsYvIxahwyryry^gyqywqwxNojvswvxVWqtQwehmjVnlVdBBCLb\\NrJagPPgFy^X@i\\fdRH\\<aqsqvUhun?Z<ql<?[[ZJFy>fiFqmvOxCWuwXiqXyW@p_VppvZH^]b@x_@\\\\F>uTh[bBOERwdsaumussowyAR?kviyYyYYCSH[[b>R^yHnCd_GrfyBY[YZqWMQF]qbUkWjoiwUyD=eCCF^k;si[[cC?HUIimufuiiCUd`kGsyi\\erDOusKRBC;xuV\\Qr=tP]oREvvpV:UmFPqoUwdurBD^V\\;?rro^yv\\m@h[QrPAqkWfeFel`np_kJNBb<?BIGE]odvcrDgDmOR?OCcurBCF^k;?FZCwy_SSOHhqxCWDa[WwQyoqX^AsKcwRCF>_:]DN?I]Guf;v?Uy\\Yci[uBsF[[bJ?A<RSQp_eoEulhlOVHKBXpcYtaXuKYnAepm]:bB`LgLUNqsutwvTWWQaqYyxhIsHrayMySyctHID<=SV>\\?FZ]Pm@f[T^f_XcQphyxisivQpxjYrIVcZH[[^>NnZ>cHocpW\\;NynIwMPiYYiiiqawirYrY^gLanCO[kO[[N\\=q\\dw\\BF^\\HkdhdePujIv=igUqpgo`_OSiuAAHnmYyqxUyWgwVIqePaisUXgAG[[b>R^yDgKUn?hycycyShGEgYiiqieaI`UcQsOqyuyuqwxyxYyHYqPIoMuNexTipUd=KN=[B;CRTiheuVymymyegOUoOWh[fsGX]qRu[XbAdESXHaesStCWhmuswstO;Dn[WRAtdcTd_V_OSOOhLcFD=i\\QB[[bJJ[mJILuYqypyPqtVmijQlUjmumhUupXsDl@=oMho<ejDlws=KnPwOYoUesThPW=WNXyEulcdW?QkPTplevDIqAAscUL<=KCZA>\\Sw`YaimXxLhcR@`;IiKqlhfedabTVvXphhaucWp`gslW]JasPHmV`gBH`<Wn^AoKN\\?Y]aHlJObBFKLR>Hj@ekTDuiqYqYQeytixmemSE@MU=pZEjgEulhrGdSy<YjAnumMXePptQ>eMPeoTeVWUqpeXXlP>YmJLRB[jFBcwPWUhEhxiyuYuditePsOXOgEt\\hRpixQyUuHYV@YNALdUYqWwpvsxiyuie[Gj>ImJbrJ`DOcDs?XQSAOB<wOYoQXxPHv;UuwXYqhWTapCiTsmkTdPDqxfIu]QRU`k?Pva@L<=C>[Ef`d^`SA\\e_[IwgPaoSXxThqrQVWDa]CLuvsMRBCDMkXGUi:=CKscZ;sN_yi[bJ?a[Nn:X\\ancrPcH_ZT@\\<?cVL<=K[\\R\\IkmlT@aWxqpP=s<=K[F>gDZsrHgEEeDa]dGYyUQRBCF>LVS@mfpt^PwdHWMgoIwmxnhrAx[WgVAqkhdf@eKwu`@\\<?;CK?DJO<UWXQqmXm`xjAnOpOWMuGQtMLRBDN>FH;D_UsPgXU?D<]V>MydeS_qfDCF\\eBOUWDCF\\qCvWw?UcPcSW?C:MG>=xqEF>?drbvmDaeddcTlUT=;fBEd\\kGicD;oF>LnW@mETWLXVppVGQMq<xrUv@ikh=lkDQaeXeqtoPQoMwRelddTnioDDNfPX_QscXRHYlMXlg`YsQxTDv^\\jJ@QEtPy\\yjYjUlVvdWTaPuQwexoV@QmiJ;dKT\\PjpKWLQRyOxExETQuagUGmlffniwDFlZ@`:fisQx_qwaxeNioYwqXipWIxXa`[^jJtlABC]iYwYxIiwYxYwynwHYpnWLQn=OGYvnXtRqqwUqGYmqts``SSPVq`ulUkWaYmicDIeBFlr>fenlhfedWl`fclHx]yruFb@>klxvXXiHIiTy_y`ylwpRX\\<?[CXpv>pjGv<WqiqquamAas=xfFPgGO\\vG\\eWqpgwlX^AokRyhYiiaW^@_kjOjgqwuxwpP[ON_bYePN^;>ntVh@akSnxZYjINufIumxiPGmCh]S_pbGlGwmxfuhiqqqeeatcXlD^Z>@\\LRh=ukWVAgIoatMEg<aC]MudgTeSEr;XZgeomtSmGKyXUqhgmHoMwNuhLmvpqywYygIsasenWHHAI=Qyqywi_IMCF\\aE>?EXWxYyyxyxpirQsU^MyvKuc=Ve;CqmyoygyeX<cSBC>=sAsEvpQvAx=uXUDloEx?yLUyMyAyAUWMqnGXL`mujtXiquWQuphWeuKv<x:XK_=NLqUUtxThmWIyfUoMUqHpqcEN\\AMHyxQlUrENEEVP\\v]ykylpyayayQTpO\\\\R<TLGiwoMnT]mKlo^\\J;eV`\\pheuTqjGTM`QLyYjJmPI=mmQueuoohKUlPRYnIpQdUypiwmHmYdsnHymqvUexMYoaPkrD^rIjmw]Pv_X_wDhj<gZU?xxYyiYu?w\\W_vl?t^W]>@cvVu;_lG`aNGkm`efpjQgoTgld?auphgQgWOqnGsnIy_VcP`hOQmixqxQqwgyoytpXhaqcuYuYqy`QkB>y\\^`VfeB@y<vgtnx;hZVQqoWwl_xyGgCYbbWh\\arCPmX>^>OZTq[V>b;wgun`ZNefAbNWkmhoUwPwVIlwplmklVcMN:Qp\\pRG^eIY`POtxPsm^tJwjJN^pFsGHb_hq@`w=@\\lh]XNkD`qqne\\a_Uhm`yhNva=GucoiAwZq?qP_r<?kjO[uF^>_i;oySfkfii]QgCXpf>nUyicPd_`ugOf=yuywywopG_^q`gSQv<i\\XpxgYuUWp`CqUU[eS[KvEkDf]XyyUuoXgWSlyfWoSb_DekTFivkoHimuVPnC]nCDlRXkm\\p;duWLyoYwQdPWiM\\PeePeoPoOyoYwuxNybY^aqg^yvvIymioUcUmfuCygyhYPxNAjkeOqeuouloAwKYrSDXStU[LvI\\kcyPYaY]UmqtWpEq`Hn:ejPUt`hSgqxUyWqXKh<q:U[<_^j@a]WnaN_wXd]hjbp\\a?qSvsyvyvWiiiqqaeu_[lAsRP\\:QkqXfAUTwvLWepCV<aBumxSyVWef`;Tv;XXIYaIUGQeocX>KCKsrZiVyOydYg=MDa]GNAxxWVU;gNaT]OW[[RnGDoiYHAGouf^iysyvYwX_sgFgV[GHguwXiiW=iLoUaUiquwpGemsVtOgekviMR_OSO_UeecMqSucSYQhJCXHSCsKEMuGSMh>qUsevO_HX?HYWgDQwRsGUCI_[x?]f;eh>GeJ`bV?rv_sUwgwhtOHsMYxF`uJNhE?]?Qblq]sq^rgsbfnqqZSPsHYuhWqGQipawcakp@\\\\ny;q]VyiyemQcGmevCupkWVAedKs:CT@Mg>kEomviqfiydb[bJKll=J@]lHyy^AlklrCtSSquwXYW=mmdQGPMoLXXTPlESnPOPLNk@NcxLUEj:TVKtpvEylutEAonEwLqOyepWUqpmOAdtQDKCDN>`bv>tsXhaWoXgqtXox`fVX\\[Yc<YmNN[jP^hpdgPmo@gKQrh@q\\Q[u`vLXcl`oba\\<sEciHsBIkEfqRwGdeOC^[iP=F:;R:qSLCTJcdrSf:;bv_HteFDCF>_jjLRmEuYqypyppesottRQn?UkV@R]\\sCej?Ul`dSfhVEqlhejf\\jJtnYpYtXu>@L<MvftMbhTeplUajJ><Cx@MdpEbJKJ<=KCNB=[<OV@L<;J^F[[::KFygrSweOuF>?D<>_ZGhP_oRsDmdfTYH=K[\\Z>o_:wbkFq>ysxicI?sG?gwxpfWwPiop@f;uG[DIawIOC[[J>N`PYdEwlhfp=vZH>eLOdLou>IeKP^?_uIovTo[R>`:QlMXl_ns>@\\<Ks<L`=pmuvHUuvHYmmu?IM=ajiIqaqMeYuqxoU\\NF@PMmwS@L<=[B@tjqcgNbTh^D_ljpxgYuaicVhlcVDWxHYIIiW<=;\\VJUOGDN>@L<=KC:DNk;?clmyYKeyUfKyuE?GJ;B:;j^PNaLNQENjDB:3:\"\{\}-%+ANNOTATIONG6'-%)BOUNDS_XG6#$""!!""-%)BOUNDS_YGF'-%-BOUNDS_WIDTHG6#$"%S[F*-%.BOUNDS_HEIGHTG6#$"%qGF*-%)CHILDRENG6" 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 : \316\251 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: H LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYoLUklbXN1YkdGJDYlLUkjbWlHRiQ2LFEiUkYnLyUnZmFtaWx5R1EoQ2FsaWJyaUYnLyUlc2l6ZUdRIzE2RicvJSdpdGFsaWNHUSZmYWxzZUYnLyUrZm9yZWdyb3VuZEdRKFswLDAsMF1GJy8lK2V4ZWN1dGFibGVHRjovJTBmb250X3N0eWxlX25hbWVHUSkyRH5JbnB1dEYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJy8lKnJlZmVyZW5jZUdRJTk2MzdGJy8lMmRpc3BsYXlfcmVmZXJlbmNlR1ElOTYzNkYnLUYjNiYtSSNtbkdGJDYpUSIyRidGMi9GNlEjMTJGJ0Y7Rj5GQEZDRjJGPkZDLyUvc3Vic2NyaXB0c2hpZnRHUSIwRidGMkZSRjtGPkZD : \316\251 LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYpLUklbXN1YkdGJDYlLUkjbWlHRiQ2LFEiTEYnLyUnZmFtaWx5R1EoQ2FsaWJyaUYnLyUlc2l6ZUdRIzE2RicvJSdpdGFsaWNHUSZmYWxzZUYnLyUrZm9yZWdyb3VuZEdRKFswLDAsMF1GJy8lK2V4ZWN1dGFibGVHRjovJTBmb250X3N0eWxlX25hbWVHUSkyRH5JbnB1dEYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJy8lKnJlZmVyZW5jZUdRJTk2MzdGJy8lMmRpc3BsYXlfcmVmZXJlbmNlR1ElOTYzNkYnLUYjNiYtSSNtbkdGJDYpUSIyRidGMi9GNlEjMTJGJ0Y7Rj5GQEZDRjJGPkZDLyUvc3Vic2NyaXB0c2hpZnRHUSIwRictRi82I1EhRidGMkZSRjtGPkZD : H 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 : \316\251 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 : H

Tens\303\243o\357\274\232Vin : V Corrente el\303\251trica\357\274\232Iin : A efici\303\252ncia\357\274\232Eff : % Fator de pot\303\252ncia\357\274\232Pf : % torque\357\274\232Treq : Nm Velocidade de sincroniza\303\247\303\243o\357\274\232Omega0 : rad/sec Bichano\357\274\232slip : % Velocidade angular de rota\303\247\303\243o\357\274\232Omegam : rad/sec N\303\272mero de rota\303\247\303\265es\357\274\232N : rpm JSFH JSFH

use DocumentTools in Vin1:=DocumentTools[Do]( %TVin1 ) : sl:=DocumentTools[Do]( %TSlip1 ): wm1:=DocumentTools[Do]( %TWm1 ): N1:=DocumentTools[Do]( %TN1 ): slip1:=sl/100; #\345\206\215\350\250\210\347\256\227 w01:=evalf(4*Pi*Freq/Pole); #wm1:=w0*(1-slip); #slip1:=(w0-wm1)/w0; Z1:=Complex(R1,we*L1)+(Complex(R2/slip1,we*L2)*Complex(Rm,we*Lm))/(Complex(R2/slip1,we*L2)+Complex(Rm,we*Lm)); Iin1:=evalf(Vin1/(sqrt(3)*abs(Z1))); Tq1:=3*(1-slip1)*R2*Iin1^2*abs(Complex(Rm, we*Lm)/ (Complex(R2/slip1, we*L2)+Complex(Rm, we*Lm)))^2/(slip1*wm1) ; Eff1:=evalf(wm1*Tq1/(sqrt(3)*Vin1*Iin1)); #N1:=evalf(wm1*60/(2*Pi)); #Vin1:=Vin; Pout1:=wm1*Tq1; Pf1:=Re(Z1)/abs(Z1); #\345\256\232\346\240\274\345\200\244\344\273\245\345\244\226\347\224\250 DocumentTools[Do]( %TVin1 = sprintf("%6.3e",Vin1) ): DocumentTools[Do]( %TIin1 = sprintf("%6.3e",Iin1) ): DocumentTools[Do]( %TEff1 = sprintf("%6.3e",Eff1*100) ): DocumentTools[Do]( %TPout = sprintf("%6.3e",Pout1) ): DocumentTools[Do]( %TPf1 = sprintf("%6.3e",Pf1*100) ): DocumentTools[Do]( %TTq1 = sprintf("%6.3e",Tq1) ): DocumentTools[Do]( %TW01 = sprintf("%6.3e",w01) ): DocumentTools[Do]( %TSlip1 = sprintf("%6.3e",slip1*100) ): DocumentTools[Do]( %TWm1 = sprintf("%6.3e",wm1) ): DocumentTools[Do]( %TN1 = sprintf("%6.3e",N1) ): end use; Tens\303\243o\357\274\232Vin : V\357\274\232\347\267\232\351\226\223\351\233\273\345\234\247 Corrente el\303\251trica\357\274\232Iin : A efici\303\252ncia\357\274\232Eff : % resultado\357\274\232Pout : W Fator de pot\303\252ncia\357\274\232Pf : % torque\357\274\232Treq : Nm Velocidade de sincroniza\303\247\303\243o\357\274\232Omega0 : rad/sec Bichano\357\274\232slip : % Velocidade angular de rota\303\247\303\243o\357\274\232Omegam : rad/sec N\303\272mero de rota\303\247\303\265es\357\274\232N : rpm

-%*_DUALAXESG6$7,-%'CURVESG6%7^x7$$""!!""$"+V/,j<!")7$$"+D]gd_!#7$"+b9mh<!")7$$"+X!>A$)*!#7$"+.iZg<!")7$$"+&4&o(\"!#6$"+)GI"f<!")7$$"+#[eb,#!#6$"+"Qhxv"!")7$$"+20(4`#!#6$"+^ZQc<!")7$$"+KM#)3I!#6$"+rb4b<!")7$$"+dCh.N!#6$"+luu`<!")7$$"+vRK:S!#6$"*))QBv"!"(7$$"+FWRDX!#6$"+\+#4v"!")7$$"+$ek+0&!#6$"+(*\W\<!")7$$"+UV>7b!#6$"+hC8[<!")7$$"+&*HWKg!#6$"+<(Rmu"!")7$$"+Ry#[b'!#6$"+kW7X<!")7$$"+KCCeq!#6$"+n%[Ou"!")7$$"*6"R:v!#5$"+4XHU<!")7$$"+0^)*e!)!#6$")umS<!"'7$$"+A0[>&)!#6$"+dUFR<!")7$$"+mh9b!*!#6$"+(QOwt"!")7$$"+D5IH&*!#6$"+C3<O<!")7$$"+0C&\+"!#5$"+ibaM<!")7$$"*%**[a5!"*$"+M3)Ht"!")7$$"+hr<16!#5$"+X,LJ<!")7$$"+k@k`6!#5$"+)z(zH<!")7$$"+$eR[?"!#5$"+mp7G<!")7$$"+7$>!e7!#5$"+d8PE<!")7$$"+BCJ/8!#5$"+nh#[s"!")7$$"*D5VN"!"*$"+P$RJs"!")7$$"+)*G'fS"!#5$"+cnP@<!")7$$"+Q\\c9!#5$"+-Dj><!")7$$"+%G(Q0:!#5$"+'zDzr"!")7$$"+)*Qnf:!#5$"+r%3gr"!")7$$"+OGX3;!#5$"+/`E9<!")7$$"+kZ`g;!#5$"+hCQ7<!")7$$"+J(Gxq"!#5$"+4nl5<!")7$$"+.UKf<!#5$"+3$[(3<!")7$$"+@:(y!=!#5$"*iJpq"!"(7$$"+duhe=!#5$"*\5]q"!"(7$$"+%)3B3>!#5$"+j*4Jq"!")7$$"+X:<g>!#5$"+#H'4,<!")7$$"+vl>5?!#5$"+#GL"*p"!")7$$"+$Ra81#!#5$"+\95(p"!")7$$"+)f)37@!#5$"+"oh]p"!")7$$"+k!3(e@!#5$"+O_;$p"!")7$$"+L#R@@#!#5$")_'4p"!"'7$$"+2(G*fA!#5$"+wI(*)o"!")7$$"+bA)3J#!#5$"+TK#oo"!")7$$"+,8lfB!#5$"+&>SZo"!")7$$"+fI!QT#!#5$"+CwR#o"!")7$$"+.XpgC!#5$"*^V.o"!"(7$$"+6n"R^#!#5$"+JF)zn"!")7$$"+wHUiD!#5$"+&[.en"!")7$$"+17[:E!#5$"+s*)Qt;!")7$$"+'[h7m#!#5$"+p$z7n"!")7$$"+"))*R8F!#5$"+yl%)o;!")7$$"+(*HwjF!#5$"+NbYm;!")7$$"+6K49G!#5$"+e\0k;!")7$$"*FQU'G!"*$"+r<ih;!")7$$"+t>T7H!#5$"+-TDf;!")7$$"+A!*[kH!#5$"+a2mc;!")7$$"+EA79I!#5$"+xd:a;!")7$$"+N)ej1$!#5$"+(f$[^;!")7$$"+Ybk8J!#5$"+nB.\;!")7$$"+8i!f;$!#5$"*&pGY;!"(7$$"+EG'f@$!#5$"+`3iV;!")7$$"+*f(*eE$!#5$"+0]#4k"!")7$$"+jY0=L!#5$"+y(p!Q;!")7$$"+CK4mL!#5$"+-PSN;!")7$$"*G"H:M!"*$"+$\OEj"!")7$$"+"y6'pM!#5$"+uq`H;!")7$$"+XXz=N!#5$"+$4!pE;!")7$$"+LJ4pN!#5$"+%pPPi"!")7$$"+-bC?O!#5$"+$*>p?;!")7$$"+$[ksm$!#5$"+KK&yh"!")7$$"+%>&Q<P!#5$"+s]y9;!")7$$"+$QCrw$!#5$"+Pkp6;!")7$$"+a)H.#Q!#5$"+FKM3;!")7$$"+y8GnQ!#5$"+_4M0;!")7$$"+*o`9#R!#5$"*bD=g"!"(7$$"+C+MqR!#5$"+J\g)f"!")7$$"+(\5(=S!#5$"+7BP&f"!")7$$"+%HC22%!#5$"+>T%=f"!")7$$"+)\[H7%!#5$"+#>Y#)e"!")7$$"+"zk/<%!#5$"+1L#\e"!")7$$"+%)\#4A%!#5$"+E?M"e"!")7$$")#p,F%!")$"+2Qzx:!")7$$"*X]NK%!"*$"+0o)Qd"!")7$$"+s+upV!#5$"+ETXq:!")7$$"+L0zAW!#5$"+.2Xm:!")7$$"2(*****\vgEZ%!#<$"+hmii:!")7$$"+&G\?_%!#5$"+(Q!ye:!")7$$"+/rZrX!#5$"+F3([b"!")7$$"+^.*=i%!#5$"+1*>3b"!")7$$"+[vKvY!#5$"+1XXY:!")7$$"+DUKCZ!#5$"+WdQU:!")7$$"+P-psZ!#5$"+KfIQ:!")7$$"+2FRC[!#5$"+\M(Q`"!")7$$"+DE)f([!#5$"+&ev$H:!")7$$"+TwGA\!#5$"+AKFD:!")7$$"+r#Rr(\!#5$"+Z>L?:!")7$$"+sl.B]!#5$"+$oFh^"!")7$$"+='=n2&!#5$"+Cz76:!")7$$"+NH&z7&!#5$"+h8F1:!")7$$"+v!*pt^!#5$"+OM'=]"!")7$$"+#RX^A&!#5$"+9P#o\"!")7$$"1*****RtKpF&!#;$"+y-m"\"!")7$$"+NRZG`!#5$"+U#Hk["!")7$$"+E#fiP&!#5$"+M`\"["!")7$$"+J"QdU&!#5$"+9$*Hw9!")7$$"+"G4pZ&!#5$"+;+$3Z"!")7$$"+Ej"z_&!#5$"+6#z_Y"!")7$$"1*****>M$Q!e&!#;$"+&zj%f9!")7$$"+;jfEc!#5$"+D1Da9!")7$$"+'=@'yc!#5$"+;uF[9!")7$$"+o'f3t&!#5$"*pl@W"!"(7$$"+D6?"y&!#5$"+1^;O9!")7$$"1*****\*f"p#e!#;$"+$\>1V"!")7$$"+(Rv7)e!#5$"+0F!RU"!")7$$"+N\KFf!#5$"+eg5=9!")7$$"+-:*3)f!#5$"+hpB69!")7$$"+&)pIGg!#5$"+;1/09!")7$$"+"HH.3'!#5$"*o8")R"!"(7$$"+Co')Hh!#5$"+R%*Q"R"!")7$$"+XSb"='!#5$"+umB%Q"!")7$$"*0>!Hi!"*$"+F@ax8!")7$$"1*****pY;-G'!#;$"+$Q#=q8!")7$$"+'>'RLj!#5$"+T7Qi8!")7$$"+1$*ozj!#5$"+-sXb8!")7$$"+NroHk!#5$"+3j$yM"!")7$$"+%yR8['!#5$"+UN!)R8!")7$$"+C=(=`'!#5$"+KRyJ8!")7$$"+rTw!e'!#5$"+3*oQK"!")7$$"+%y]]j'!#5$")l*[J"!"'7$$"+=(HQo'!#5$"+lZm18!")7$$"1*****zk6ft'!#;$"+$f$p(H"!")7$$"+=c5$y'!#5$"+>yR*G"!")7$$"+&3,Z$o!#5$"+iB9!G"!")7$$"+2%[K)o!#5$"+<<Dr7!")7$$"+UV*R$p!#5$"+F[wh7!")7$$"+pxg$)p!#5$"+JLH_7!")7$$"1,++K%[b.(!#;$"+#*R;U7!")7$$"1,++dMd&3(!#;$"+,i>K7!")7$$"+w7tOr!#5$"+<<y@7!")7$$"+#[lu=(!#5$"+voA67!")7$$"*&\3Ms!"*$"+ARK,7!")7$$"+:h^(G(!#5$"+xrs*="!")7$$"+$f0`L(!#5$"+Md7z6!")7$$"*9fiQ(!"*$"+\wdn6!")7$$"+'=G]V(!#5$"+o>Gc6!")7$$"+X*z"*[(!#5$"+jRXV6!")7$$"1,++(Qrg`(!#;$"+2n4K6!")7$$"+)f$H*e(!#5$"+E%=*=6!")7$$"1,++f)*zPw!#;$"+sXj16!")7$$"*4e3p(!"*$"+l:*G4"!")7$$"+s$Qmt(!#5$"+2*p23"!")7$$"+knx)y(!#5$"+7&fm1"!")7$$"+z)R"Ry!#5$"+#>8F0"!")7$$"+&4q%*)y!#5$"+ZuXQ5!")7$$"+c^hRz!#5$"+c&HR-"!")7$$"+f))y()z!#5$"*Bg'45!"(7$$"1,++/f')R!)!#;$"+*)y")Q**!"*7$$"*6*\*3)!"*$"+tO%\y*!"*7$$"+=dtT")!#5$"+FgA>'*!"*7$$"1*****>VA!*=)!#;$"*t)zl%*!")7$$"+&4$GT#)!#5$"+OOP#H*!"*7$$"1,++3(R8H)!#;$"+O%zB7*!"*7$$"1,++#[u7M)!#;$"+X1$*[*)!"*7$$"+[:V$R)!#5$"+4+bj()!"*7$$"*6q9W)!"*$"1,++TI#*)e)!#:7$$"1*****f;o1\)!#;$"+Kg91%)!"*7$$"1*****Hm))\a)!#;$"+&>F'*>)!"*7$$"+F9<%f)!#5$"+36I3!)!"*7$$"*-qWk)!"*$"+dxH3y!"*7$$"+(QAcp)!#5$"1*****HiN.g(!#:7$$"+n8kU()!#5$"1*****fel]S(!#:7$$"*3iFz)!"*$"+iw_#>(!"*7$$"+m7]U))!#5$"+G>4xp!"*7$$"+Qnq&*))!#5$"+&>G;u'!"*7$$"+h#eE%*)!#5$"1*****fX>&Hl!#:7$$"+t0$o**)!#5$"+<Ivzi!"*7$$"+4prX!*!#5$"+zSu\g!"*7$$"+#Q(3%4*!#5$"+XV*y"e!"*7$$"+"=,h9*!#5$"+_0#Rc&!"*7$$"+#QD$)>*!#5$"+wO=/`!"*7$$"+y;%eC*!#5$"+[=*Q1&!"*7$$"+p=I'H*!#5$"+l9z/[!"*7$$"+&3YbM*!#5$"*zJ$[X!")7$$"+Ot#*)R*!#5$"+2MwmU!"*7$$"+bp6X%*!#5$"+6&Q1-%!"*7$$"+<u;)\*!#5$"+-L!ft$!"*7$$"+Qw.[&*!#5$"+$)oFnM!"*7$$"+rhU(f*!#5$"+8@s,K!"*7$$"1*******)R&ok*!#;$"+9!G$QH!"*7$$"+OsE(p*!#5$"+W***[n#!"*7$$"+KWq](*!#5$"+tJ&fS#!"*7$$"*6,(*z*!"*$"*Q%eu@!")7$$"*7n![)*!"*$"+[vPo>!"*7$$"1,++$fp(**)*!#;$"+^'eUy"!"*7$$"*bkb#**!"*$"2N9D7a&G6<!#;7$$"1*****p]f8&**!#;$"+#4;Ql"!"*7$$"-DI'>N'**!#7$"278gb*orK;!#;7$$",Nvzc(**!#6$"2@<&**z5u:;!#;7$$".D^")f<)**!#8$"2:VM?\c)3;!#;7$$"-vw)Ry)**!#7$"2%\^Dhy1.;!#;7$$"/Dc2*z3***!#9$"1p(H\?!f+;!#:7$$".v$Q*>R***!#8$"292A')3$R)f"!#;7$$"0D"y`*Ra***!#:$"2;OuPL+uf"!#;7$$"/v=p*fp***!#9$"1/>M<%ykf"!#:7$$"0v$f%)*z%)***!#:$"2W)oGbvi&f"!#;7$%*undefinedG%*undefinedG-%'LEGENDG6#-%)_TYPESETG6#Q/Stator~Current6"-%&COLORG6&%$RGBG$"#5!""$""!!""$""!!""-%%VIEWG6$;$""!!""$"#5!"";$""!!""$"+U/,j<!")-&%&_AXISG6#"""6&-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-&%&_AXISG6#""#6&-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%*AXESTICKSG6$7(/$""!!""$"#5!""/$""#!""$"")!""/$""%!""$""'!""/$""'!""$""%!""/$"")!""$""#!""/$"#5!""$""!""!%(DEFAULTG-%+AXESLABELSG6$-I#miG6#/I+modulenameG6"I,TypesettingGI(_syslibG6"65Q"s6"/%'familyGQ!6"/%%sizeGQ#106"/%%boldGQ&false6"/%'italicGQ%true6"/%*underlineGQ&false6"/%*subscriptGQ&false6"/%,superscriptGQ&false6"/%+foregroundGQ([0,0,0]6"/%+backgroundGQ.[255,255,255]6"/%'opaqueGQ&false6"/%+executableGQ&false6"/%)readonlyGQ&false6"/%)composedGQ&false6"/%*convertedGQ&false6"/%+imselectedGQ&false6"/%,placeholderGQ&false6"/%6selection-placeholderGQ&false6"/%,mathvariantGQ'italic6"Q!6"-%*AXESSTYLEG6#%&FRAMEG-%)_VISIBLEG6#"""-%%ROOTG6'-%)BOUNDS_XG6#$"$g%!""-%)BOUNDS_YG6#$"$S"!""-%-BOUNDS_WIDTHG6#$"%!3(!""-%.BOUNDS_HEIGHTG6#$"%II!""-%)CHILDRENG6"-%+ANNOTATIONG6'-%)BOUNDS_XG6#$""!!""-%)BOUNDS_YG6#$""!!""-%-BOUNDS_WIDTHG6#$"%+S!""-%.BOUNDS_HEIGHTG6#$"%+S!""-%)CHILDRENG6"7*-%'CURVESG6%7^x7$$""!!""$""!!""7$$"+D]gd_!#7$"+:)Ro>%!#67$$"+X!>A$)*!#7$"+i.%R(y!#67$$"+&4&o(\"!#6$"+x#yP?"!#57$$"+#[eb,#!#6$"+aU+E;!#57$$"+20(4`#!#6$"+"zA$\?!#57$$"+KM#)3I!#6$"+E8eWC!#57$$"+dCh.N!#6$"*m,n&G!"*7$$"+vRK:S!#6$"+*[)*fG$!#57$$"+FWRDX!#6$"+")f1<P!#57$$"+$ek+0&!#6$"+V=yjT!#57$$"+UV>7b!#6$"+*[b+c%!#57$$"+&*HWKg!#6$"+b)R$4]!#57$$"+Ry#[b'!#6$"+`I)QY&!#57$$"+KCCeq!#6$"*X(=0f!"*7$$"*6"R:v!#5$"+M#Q(3j!#57$$"+0^)*e!)!#6$"+=^5#z'!#57$$"+A0[>&)!#6$"1,++cpe/s!#;7$$"+mh9b!*!#6$"+7S!zo(!#57$$"+D5IH&*!#6$"+-F*)=")!#57$$"+0C&\+"!#5$"*r8_f)!"*7$$"*%**[a5!"*$"+0x<_!*!#57$$"+hr<16!#5$"+AR`K&*!#57$$"+k@k`6!#5$"+CS)o(**!#57$$"+$eR[?"!#5$"+Px'f/"!"*7$$"+7$>!e7!#5$"+@Z]'4"!"*7$$"+BCJ/8!#5$"+)QA39"!"*7$$"*D5VN"!"*$"+%eH!*="!"*7$$"+)*G'fS"!#5$"*h4#R7!")7$$"+Q\\c9!#5$"+n`n)G"!"*7$$"+%G(Q0:!#5$"+Y;*oL"!"*7$$"+)*Qnf:!#5$"+#3T3R"!"*7$$"+OGX3;!#5$"+(["pR9!"*7$$"+kZ`g;!#5$"+7XC#\"!"*7$$"+J(Gxq"!#5$"+90AS:!"*7$$"+.UKf<!#5$"+.21$f"!"*7$$"+@:(y!=!#5$"+,T:V;!"*7$$"+duhe=!#5$"+V!3fp"!"*7$$"+%)3B3>!#5$"+;_(yu"!"*7$$"+X:<g>!#5$"+Ktp-=!"*7$$"+vl>5?!#5$"+:X!f&=!"*7$$"+$Ra81#!#5$"+aIt5>!"*7$$"+)f)37@!#5$"+Eq_l>!"*7$$"+k!3(e@!#5$"+X#[i,#!"*7$$"+L#R@@#!#5$"+W8#[2#!"*7$$"+2(G*fA!#5$"+.>hF@!"*7$$"+bA)3J#!#5$"+[#>V=#!"*7$$"+,8lfB!#5$"+(41!RA!"*7$$"+fI!QT#!#5$"+6K?+B!"*7$$"+.XpgC!#5$"+A=g`B!"*7$$"+6n"R^#!#5$"+>.n9C!"*7$$"+wHUiD!#5$"+XtvqC!"*7$$"+17[:E!#5$"+-1eKD!"*7$$"+'[h7m#!#5$"+&\Bje#!"*7$$"+"))*R8F!#5$"+*z%)zk#!"*7$$"+(*HwjF!#5$"*D4!3F!")7$$"+6K49G!#5$"+%)=XoF!"*7$$"*FQU'G!"*$"+j*H"HG!"*7$$"+t>T7H!#5$"+sd&y)G!"*7$$"+A!*[kH!#5$"+v/#=&H!"*7$$"+EA79I!#5$"*/^K,$!")7$$"+N)ej1$!#5$"+`(*RyI!"*7$$"+Ybk8J!#5$"+)>;y8$!"*7$$"+8i!f;$!#5$"+-I(R?$!"*7$$"+EG'f@$!#5$"+L_#yE$!"*7$$"+*f(*eE$!#5$"+Fz*>L$!"*7$$"+jY0=L!#5$"+im`*R$!"*7$$"+CK4mL!#5$"+Bc?iM!"*7$$"*G"H:M!"*$"+#z\o_$!"*7$$"+"y6'pM!#5$"+O2x)f$!"*7$$"+XXz=N!#5$"+acQkO!"*7$$"+LJ4pN!#5$"+%)*y>t$!"*7$$"+-bC?O!#5$"+j$H7!Q!"*7$$"+$[ksm$!#5$"+u'Q`'Q!"*7$$"+%>&Q<P!#5$"+l!eT$R!"*7$$"+$QCrw$!#5$"*QXH+%!")7$$"+a)H.#Q!#5$"+=)pq2%!"*7$$"+y8GnQ!#5$"+&o[H9%!"*7$$"+*o`9#R!#5$"*=/&>U!")7$$"+C+MqR!#5$"+D64*G%!"*7$$"+(\5(=S!#5$"+J@TeV!"*7$$"+%HC22%!#5$"+CTZLW!"*7$$"+)\[H7%!#5$"*,"Q4X!")7$$"+"zk/<%!#5$"+Jb"*yX!"*7$$"+%)\#4A%!#5$"+LyC`Y!"*7$$")#p,F%!")$"+#*QFEZ!"*7$$"*X]NK%!"*$")T(f![!"(7$$"+s+upV!#5$"+XwQv[!"*7$$"+L0zAW!#5$"+T[ib\!"*7$$"2(*****\vgEZ%!#<$"+Y$\:.&!"*7$$"+&G\?_%!#5$"+6@@2^!"*7$$"+/rZrX!#5$"+#=,M=&!"*7$$"+^.*=i%!#5$"*<&eh_!")7$$"+[vKvY!#5$"2'*****p1y\M&!#;7$$"+DUKCZ!#5$"20++q70>U&!#;7$$"+P-psZ!#5$"+R:F)\&!"*7$$"+2FRC[!#5$"+x4P!e&!"*7$$"+DE)f([!#5$"+nEwic!"*7$$"+TwGA\!#5$"*V2rt&!")7$$"+r#Rr(\!#5$"20++!*eXc#e!#;7$$"+sl.B]!#5$"+fV6+f!"*7$$"+='=n2&!#5$"+/lk()f!"*7$$"+NH&z7&!#5$"*65;2'!")7$$"+v!*pt^!#5$"+ru"p9'!"*7$$"+#RX^A&!#5$"+=h(>B'!"*7$$"1*****RtKpF&!#;$"+Uk(zJ'!"*7$$"+NRZG`!#5$"+Tu#RS'!"*7$$"+E#fiP&!#5$"*X>R['!")7$$"+J"QdU&!#5$"+v"Qqc'!"*7$$"+"G4pZ&!#5$"+_AH`m!"*7$$"+Ej"z_&!#5$"1*****p:W&Rn!#:7$$"1*****>M$Q!e&!#;$"+-h_Go!"*7$$"+;jfEc!#5$"+&[*42p!"*7$$"+'=@'yc!#5$"+O1v&*p!"*7$$"+o'f3t&!#5$"+/a%\3(!"*7$$"+D6?"y&!#5$"+e3/rr!"*7$$"1*****\*f"p#e!#;$"+$3;$\s!"*7$$"+(Rv7)e!#5$"+N;ZUt!"*7$$"+N\KFf!#5$"+'GA9U(!"*7$$"+-:*3)f!#5$"+>9E8v!"*7$$"+&)pIGg!#5$"1*****>T=Xf(!#:7$$"+"HH.3'!#5$"+sqe$o(!"*7$$"+Co')Hh!#5$"+#Gw#ox!"*7$$"+XSb"='!#5$"+z*fk&y!"*7$$"*0>!Hi!"*$"+#*4BPz!"*7$$"1*****pY;-G'!#;$"+">vS-)!"*7$$"+'>'RLj!#5$"+$z7R6)!"*7$$"+1$*ozj!#5$"+7_v">)!"*7$$"+NroHk!#5$"+'[)Qv#)!"*7$$"+%yR8['!#5$"+T>Ch$)!"*7$$"+C=(=`'!#5$"+W&>YW)!"*7$$"+rTw!e'!#5$"+$pSY_)!"*7$$"+%y]]j'!#5$"+B*[Eh)!"*7$$"+=(HQo'!#5$"+oo)3p)!"*7$$"1*****zk6ft'!#;$"+vjWt()!"*7$$"+=c5$y'!#5$"+P%*HZ))!"*7$$"+&3,Z$o!#5$"+^b*o#*)!"*7$$"+2%[K)o!#5$"1*****Rh'f+!*!#:7$$"+UV*R$p!#5$"+yjGw!*!"*7$$"+pxg$)p!#5$"+Kv$)["*!"*7$$"1,++K%[b.(!#;$"+QL7B#*!"*7$$"1,++dMd&3(!#;$"+j1#HH*!"*7$$"+w7tOr!#5$"+AwPi$*!"*7$$"+#[lu=(!#5$"+`!)=H%*!"*7$$"*&\3Ms!"*$"+2Hi)[*!"*7$$"+:h^(G(!#5$"+rBEa&*!"*7$$"+$f0`L(!#5$"+zVc5'*!"*7$$"*9fiQ(!"*$"+(42zm*!"*7$$"+'=G]V(!#5$"1,++kG,?(*!#:7$$"+X*z"*[(!#5$"+_uXu(*!"*7$$"1,++(Qrg`(!#;$"+-J]=)*!"*7$$"+)f$H*e(!#5$"+Q!oZ')*!"*7$$"1,++f)*zPw!#;$"1,++PZD.**!#:7$$"*4e3p(!"*$"+WX1T**!"*7$$"+s$Qmt(!#5$"*Uf)p**!")7$$"+knx)y(!#5$"+nx0)***!"*7$$"+z)R"Ry!#5$"+ih.-5!")7$$"+&4q%*)y!#5$"+9-v.5!")7$$"+c^hRz!#5$"+mZ"\+"!")7$$"+f))y()z!#5$"+LD\05!")7$$"1,++/f')R!)!#;$"+v`[05!")7$$"*6*\*3)!"*$"+L?$[+"!")7$$"+=dtT")!#5$"+0EU.5!")7$$"1*****>VA!*=)!#;$"+.BZ,5!")7$$"+&4$GT#)!#5$"+o.H&)**!"*7$$"1,++3(R8H)!#;$"*x:*[**!")7$$"1,++#[u7M)!#;$"+$>6U!**!"*7$$"+[:V$R)!#5$"+a20[)*!"*7$$"*6q9W)!"*$"+/hJ(y*!"*7$$"1*****f;o1\)!#;$"+x&)p:(*!"*7$$"1*****Hm))\a)!#;$"*Y$)\i*!")7$$"+F9<%f)!#5$"+-8xJ&*!"*7$$"*-qWk)!"*$"+")e+D%*!"*7$$"+(QAcp)!#5$"+#H*)RI*!"*7$$"+n8kU()!#5$"+c(o6=*!"*7$$"*3iFz)!"*$"+t)ou.*!"*7$$"+m7]U))!#5$"+o!\7)))!"*7$$"+Qnq&*))!#5$"+`7X)p)!"*7$$"+h#eE%*)!#5$"*T(3B&)!")7$$"+t0$o**)!#5$")kn.$)!"(7$$"+4prX!*!#5$"+t$H$*3)!"*7$$"+#Q(3%4*!#5$"+tUPhy!"*7$$"+"=,h9*!#5$"+'>ozf(!"*7$$"+#QD$)>*!#5$"+Bks8t!"*7$$"+y;%eC*!#5$"+O]GPq!"*7$$"+p=I'H*!#5$"+c$*\Cn!"*7$$"+&3YbM*!#5$"2&*****p7p&*R'!#;7$$"+Ot#*)R*!#5$"+\_qCg!"*7$$"+bp6X%*!#5$"+Wq!3o&!"*7$$"+<u;)\*!#5$"+hT'GE&!"*7$$"+Qw.[&*!#5$"+(=\q%[!"*7$$"+rhU(f*!#5$"+HB'GT%!"*7$$"1*******)R&ok*!#;$"*`(ebR!")7$$"+OsE(p*!#5$"+"Gc`Y$!"*7$$"+KWq](*!#5$"+z2/>H!"*7$$"*6,(*z*!"*$"+0Lq$R#!"*7$$"*7n![)*!"*$"+%)4,_=!"*7$$"1,++$fp(**)*!#;$"+R%3uC"!"*7$$"*bkb#**!"*$"1m2l"3K(e$*!#;7$$"1*****p]f8&**!#;$"+*GBv<'!#57$$"-DI'>N'**!#7$"2aQP'>O.bY!#<7$$",Nvzc(**!#6$"2%>ac?"Qz6$!#<7$$".D^")f<)**!#8$"2Nb$3y#=RM#!#<7$$"-vw)Ry)**!#7$"2QJn&>NDm:!#<7$$"/Dc2*z3***!#9$"2#3"y06bg<"!#<7$$".v$Q*>R***!#8$"1Z!y]wk%\y!#<7$$"0D"y`*Ra***!#:$"0)=Z!Q40*e!#;7$$"/v=p*fp***!#9$"2&)*p=1)z#HR!#=7$$"0v$f%)*z%)***!#:$"1"z4z^wd'>!#<7$%*undefinedG%*undefinedG-%'LEGENDG6#-%)_TYPESETG6#Q'Torque6"-%&COLORG6&%$RGBG$""!!""$""!!""$"#5!""-%%VIEWG6$;$""!!""$"#5!""%(DEFAULTG-&%&_AXISG6#""#6'-%&COLORG6&%$RGBG$""!!""$""!!""$""!!""-%*LINESTYLEG6#"""-%*THICKNESSG6#""!-%-TRANSPARENCYG6#$""!!""-%)LOCATIONG6#"""-%+AXESLABELSG6$Q!6"Q!6"-%*AXESSTYLEG6#%&FRAMEG-%)_VISIBLEG6#"""-%%ROOTG6'-%)BOUNDS_XG6#$"$g%!""-%)BOUNDS_YG6#$"$S"!""-%-BOUNDS_WIDTHG6#$"%!3(!""-%.BOUNDS_HEIGHTG6#$"%II!""-%)CHILDRENG6"-%+ANNOTATIONG6'-%)BOUNDS_XG6#$""!!""-%)BOUNDS_YG6#$""!!""-%-BOUNDS_WIDTHG6#$"%+S!""-%.BOUNDS_HEIGHTG6#$"%+S!""-%)CHILDRENG6"G6"%!G

Relat\303\263rio T\303\251cnico IEICE No. 1382 "Modelo padr\303\243o para simula\303\247\303\243o de sistema de aplica\303\247\303\243o de eletr\303\264nica de pot\303\252ncia" "-An\303\241lise de smart grid, acionamento motorizado e campos automotivos-" (2016)

Todos os direitos reservados Copyright \302\251 2018 CYBERNET SYSTEMS CO., LTD. Todos os direitos reservados. LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic= JSFH