From: "Salvato da Windows Internet Explorer 7" Subject: Viterbo Oggi Date: Sun, 31 May 2009 12:51:03 +0200 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C9E1EE.74A58380" X-MimeOLE: Produced By Microsoft MimeOLE V6.0.6001.18049 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.viterbooggi.org/index.php?tipo=contenuto&ID=7436&categoria=pagine Viterbo = Oggi =
= =20 =20

In = ViterboOggi.org=20
=20 Nel Web con Google
  =

Home=20 |  Meteo = |  Infocitta = |  Pubblica=20 Utilita=20 |  Contact = |  Provincia = |  Pubblicit=E0 = |  Newsletter=20    =
   11:22=20 Pomeriggio di fuoco, una casa rischia di=20 bruciare   11:10=20 La "Liberatrice" dei viterbesi   10:39=20 La ricetta per ricostruire il paese? Il=20 turismo   09:38=20 Giovane 25enne trovato morto in = casa   19:45=20 Ecco le immagini dei protagonisti della Partita del=20 Cuore   18:24=20 E' finita 4-4 la partita tra la Nazionale Cantanti e = la=20 Selezione Regione Lazio   18:50=20 Dedicata al prefetto Coronas la Sala conferenze della=20 Prefettura   17:39=20 "No all'aeroporto" del Comitato agricoltori=20 viterbesi   16:25=20 Angelelli (candidato sindaco centrosinistra) incontra = gli=20 agricoltori   13:52=20 Brachetti: la Riserva Naturale va inserita tra quelle = a=20 controllo regionale

 NEWS

 Primo=20 Piano
 Politica
 Economia
 Cronaca
 Cultura
 Spettacolo
 Sport
 Attualit=E0
 Sanit=E0
 Sindacale
 Primo=20 Piano
 

 RUBRICHE

 Lavoro
 Agriturismo
 Cinema
 Eventi=20 e Manifestazioni
 Annunci
 Musica
 Oroscopo
 Shop

 TUSCIA E=20 DINTORNI

  CENA=20 IN PIAZZA PER INCONTRARE I SIMPATIZZANTI DELLA = LISTA=20 =93TUSCANIA PARTECIPA=94
Tuscania - = Luned=EC 1=20 giugno, ore 8 in piazza Torre di Lavello=20

  "RIFIUTI=20 E RACCONTA DIFFERENZIATA"
Civita = Castellana=20 - L'iniziativa =E8 stata organizzata dal circolo = di=20 Rifondazione Comunista "Enrico = Minio"

  TARQUINIA
Il=20 comune crea la fondazione "Etruria Mater" per=20 valorizzare la citt=E0

  PICCOLI=20 COMUNI E SPORT 2009
Tanti i paesi = della=20 Tuscia che parteciperanno all'iniziativa=20 sportiva

  FIUMICINO,=20 "VOLI SELVAGGI"
Il Comitato dei = cittadini:=20 "Vogliamo un aeroporto dentro i limiti di=20 legge"

  TARQUINIA,=20 I "NO COKE" CON MARZIA
Il 2 luglio = altra=20 udienza del processo

  MONTALTO,=20 PORTE APERTE ALLA CENTRALE
Sabato 30 = maggio=20 l'8a edizione

  BOLSENA,=20 FESTA DELLE ORTENSIE
Dal 19 al 21 = giugno, la=20 novit=E0 =E8 il giardino = botanico

  VITERBO
Roberto=20 Agulli nuovo coordinatore provinciale della Rosa = per=20 l=92Italia

  COMPLESSO=20 BANDISTICO "OTTAVIO = PISTELLA"
Iniziato il=20 tour di concerti

  VITERBO
Azione=20 Giovani sostiene Marco Scurria e invita i = ragazzi all'=20 Europe Party

  TUSCANIA=20
Un Comitato a sostegno della = candidatura=20 del prof. Philippe Daverio =

  CIVITA=20 CASTELLANA
Angelelli denuncia lo = stato di=20 abbandono della struttura della futura casa per = anziani=20

  TESSENNANO
Costituito=20 il comitato "Tuscia Vola"

  AMMINISTRATIVE=20 TUSCANIA
Il 31 maggio Gasparri per = Natali=20 sindaco

  BAGNOREGIO
Bigiotti:=20 "Mutui per nuove imprese, il comune coprir=E0 = parte degli=20 interessi"

  ISCHIA=20 DI CASTRO
La lista "Ischia Cambia" = contesta=20 le modalit=E0 di assunzioni per l'impianto=20 fotovoltaico

  VITERBO
L'on.=20 Alessandro Bratti (PD) solidale con il comitato = che si=20 oppone all'aeroporto

  POTENZIAMENTO=20 DEGLI APPARATI INFORMATICI PRESSO L=92UFFICIO = POSTALE DI=20 PIANSANO
Continua il piano di = aggiornamento=20 degli uffici postali nella provincia di Viterbo=20

  GRAFFIGNANO,=20 ALLOGGI ATER
Destinati al centro = storico di=20 Sipicciano

 
=

Agenda

29/05/2009 alle=20 ore: 14:28

VI=20 FESTIVAL INTERNAZIONALE DI=20 SCACCHI
Viterbo - I Re, le = Regine, gli=20 Alfieri inizieranno a muoversi il 30 maggio = dalle=20 15.30

Il giorno = 30 alle=20 15.30 i Re, le Regine, gli Alfieri inizieranno a = muoversi sul quadrato di 64 caselle dando vita = alla VI=B0=20 edizione del festival internazionale di scacchi = citt=E0 di=20 Viterbo presso la splendida cornice immersa nel = verde=20 del Balletti Park Hotel. Nel segno del = rinnovamento il=20 circolo organizzatore l=92 A.S.D. Club = Scacchisti.it con=20 il suo presidente Antonio Cristofari, Sante = Giuliani e=20 Riccardo Marini hanno curato il tutto nei minimi = particolari per la buon riuscita dell=92evento. = Il primo=20 turno di gioco avr=E0 inizio alle ore 15,30 di = sabato 30=20 maggio, sotto la Direzione dell=92arbitro = internazione=20 Sergio Pagano poi a seguire altri 6 turni con = inizio=20 alle ore 09,30 =96 15,30 per il turno = pomeridiano fino al=20 2 giugno. Per la prima volta risultati, = classifica e=20 partite potranno essere consultati sul sito=20 www.scacchisti.it con aggiornamento giornaliero. = Il=20 tempo a disposizione di ogni mossa sar=E0 = scandito dai=20 nuovissimi orologi digitali acquistati per = l=92occasione=20 dal presidente di scacchisti.it. Al momento = gi=E0=20 prescritti oltre 90 giocatori , il che fa s=EC = che il=20 torneo entri di diritto tra i pi=F9 importanti = d=92Italia,=20 sia per partecipanti che per il livello di = gioco, tra=20 cui nomi illustri, 2 ex campioni italiani i = maestri=20 internazionali Collutiis e Passerotti, Martha = Fierro=20 grande maestro femminile e il suo compagno = Mogranzini=20 anch=92esso maestro internazionale, oltre a una = decina di=20 maestri. Prevista la partecipazione di molti=20 giovanissimi viterbesi, nutrita anche la = presenza=20 femminile. Si coglie l=92occasione per = ringraziare=20 l=92Amministrazione Provinciale, il Comune di = Viterbo ed=20 infine un ringraziamento particolare al Prof. = Livio=20 Treta Presidente del CONI di Viterbo che ha = sempre=20 creduto in questo evento elargendo sempre un = contributo=20 alla sua realizzazione. I ragazzini di Viterbo e = provincia che intendono avvicinarsi a questo = nobil gioco=20 e i loro genitori sono invitati a seguire le = partite in=20 diretta presso la sala Leonardo al 1=B0 piano = del Balletti=20 Park Hotel.



<< = indietro=20

PRIMA=20 PAGINA

GIOVANE 25ENNE TROVATO = MORTO IN=20 CASA

ECCO LE IMMAGINI DEI = PROTAGONISTI=20 DELLA PARTITA DEL = CUORE

E' FINITA 4-4 LA PARTITA = TRA LA=20 NAZIONALE CANTANTI E LA SELEZIONE REGIONE=20 LAZIO

CICLISTA DI ORTE CADE, = BATTE LA TESTA=20 E MUORE SUL COLPO

UOMO FINISCE SOTTO UN=20 TRATTORE

ULTIMI TRE = GIORNI

Primo=20 Piano
Pomeriggio di fuoco, una = casa rischia=20 di bruciare

Giovane 25enne trovato = morto in=20 casa

Politica
L'impegno del PD per il = trasporto=20 locale

Bigiotti: "Massima = attenzione per le=20 nostre frazioni"

Economia
Equitalia Gerit incorpora = Equitalia=20 Frosinone e acquisisce Viterbo=20

Enel, aumento del=20 capitale

Cronaca
Reati e illeciti = ambientali:=20 controlli a tappeto in tutta la=20 Tuscia

Altri titoli internazionali = per la=20 pizza viterbese grazie al=20 Babb=E0

Cultura
La ricetta per ricostruire = il paese?=20 Il turismo

Mostra mercato dell'antico = a Palazzo=20 Doria Pamphilj

Spettacolo
Roma fiction fest 2009 in = provincia=20 di Viterbo

Pianiano torna a=20 fiorire!

Sport
Uisp Orte, doppio oro per = Giulia=20 Mariani

Bassano Romano: il campo = sportivo=20 torna pulito

Attualit=E0
La "Liberatrice" dei=20 viterbesi

Dedicata al prefetto = Coronas la Sala=20 conferenze della = Prefettura

Sanit=E0
Sanit=E0. Rifonfazione = Comunista=20 polemizza sul lavoro dell'amministrazione = comunale=20

Primo caso di febbre suina = a=20 Belcolle

Sindacale
A rischio 44 posti di=20 lavoro

La Fials: "Evitiamo = l'eliminazione=20 della Rsa Sorrentino di=20 Faleria"

Primo=20 Piano
Pomeriggio di fuoco, una = casa rischia=20 di bruciare

Giovane 25enne trovato = morto in=20 casa

Home

 =
= =20

VETRINA

13:22
TUSCANIA=20 - Approvato il bilancio

14:11
ASTRONOMIA=20 - Si =E8 concluso ieri il corso = d'aggiornamento per=20 insegnanti

17:42
UDC=20 CANINO - Nominato il nuovo commissario=20 cittadino

16:56
AUGURI=20 A MARTINA - I nonni e lo zio festeggiano = il suo=20 settimo compleanno

15:56
POSTE=20 - Arriva il nuovo gestore automatico delle = attese

11:05
UNIVERSITA'=20 DELLA TUSCIA - Aperte le iscrizioni per i = corsi=20 estivi

15:43
IMPRENDITORIA=20 FEMMINILE - Sportello microcredito = sociale

13:36
UFFICIO=20 ELETTORALE VITERBO - Ecco l'orario in = occasione=20 delle elezioni

12:01
ELEZIONI,=20 VOTO A DOMICILIO - Vademecum della=20 Prefettura

17:48
GIORNATA=20 NAZIONALE DELLO SPORT - Il 31 maggio i = "Giochi=20 della Giovent=F9"

13:34
REFERENDUM=20 21 GIUGNO - Modalit=E0 di voto per i = residenti=20 all'estero

17:18
TERREMOTO=20 - Il Vademecum della Protezione civile per = aiutare=20 = l'Abruzzo

 

 SPECIALI

  Gli=20 oli della Tuscia sul podio del concorso = oleario=20 internazionale Armonia =
Mazzoli e=20 Fabbrini a Torino per la cerimonia =

Viterbese-Gaeta.=20 Vincono i giallobl=F9 per 2-1, poi la = doccia fredda:=20 si dimette il presidente Franco=20 Mannarino
Playoff = DIRETTA(fine)- Di=20 Ambrosi la prima rete al 22\' su rigore, = poi lo=20 sfortunato autogol di Gasperini al 46\', = quindi il=20 definitivo vantaggio ad opera di Sbaccanti = al 23\'=20 della=20 = ripresa

 IN = AGENDA

  SOTTOASSEDIO=20 DI ANTONELLO RICCI
Tuscania - 2 = giugno ore=20 21:30, via della Lupa 10

  CAFFEINA=20 CULTURA
Viterbo - Dal 30 giugno al = 17 luglio=20 tutti i corsi di astronomia letteraria alla=20 biblioterapia, dalla lingua etrusca al=20 gioco

  ANGELO=20 PERUZZI INAUGURA IL CAMPO DI MINI - PITCH=20
Blera - luned=EC 1 giugno alle 17 = presso gli=20 impianti sportivi in localit=E0 = Puntoni

  SCUDERIA=20 FERRARI CLUB VITERBO
Sabato 30 = grande=20 kermesse in centro

  VI=20 FESTIVAL INTERNAZIONALE DI = SCACCHI
Viterbo -=20 I Re, le Regine, gli Alfieri inizieranno a = muoversi il=20 30 maggio dalle 15.30

  FESTA=20 IN PIAZZA DEL MOVIMENTO PER = ORTE
Orte -=20 Luned=EC 1 giugno presso la piazza della = stazione=20 ferroviaria

  "SALVA=20 FORO CASSIO"
Vetralla - Il 2 giugno=20 camminata per il recupero della chiesa di Santa=20 Maria

  MANZIANA=20 SU RAIDUE A "MEZZOGIORNO IN = FAMIGLIA"
Sabato=20 30 e domenica 31 rappresenter=E0 il=20 Lazio

  2=B0=20 MEGA PARTY FACEBOOK VITERBO
Pescia = Romana -=20 Luned=EC 1 giugno

  41=B0=20 ESPOSIZIONE INTERNAZIONALE = CANINA
Viterbo -=20 Marted=EC 2 giugno al = PratoGiardino

  "PALEOLAZIO,=20 CHI C'ERA PRIMA DI = NOI"
Acquapendente -=20 L'inaugurazione della mostra il 4 giugno alle 10 = al=20 Museo della Citt=E0

  "SOTTOASSEDIO"
Tuscania=20 - Il 2 giugno alle 21,30 al teatro Dark=20 Camera

  "FUORI=20 DAL COMUNE"
Nepi- Il 31 maggio = presentazione=20 del libro di Vittorio Mete sulle infiltrazioni=20 mafiose

  CORSO=20 GRATUITO DI DRAMMATURGIA DI GIAN MARIA=20 CERVO
Tuscania - 30, 31 maggio al=20 Supercinema, ore 9-13 e = 15-18

  LUBRIANO,=20 TEATRO DEI CALANCHI
Dal 29 al 1=B0 = giugno=20 rassegna dedicata al = pianoforte

  =93MOSTRA=20 MERCATO DELL=92ANTICO=94
San = Martino -=20 Antiquariato protagonista al Palazzo Doria = Pamphilj dal=20 29 maggio al 7 giugno

  SCUOLA=20 MUSICALE, AL VIA LA STAGIONE "PRIMAVERA=20 2009"
Viterbo - Dal 25 al 30 maggio = e dal 1=20 al 3 giugno al Teatro = dell'Unione

  TUSCIA=20 FILM FESTIVAL
Umberto Contarello = ospite=20 gioved=EC 2 Luglio

  GAME=20 FAIR
A Tarquinia dal 29 al 31=20 maggio

  CELEBRAZIONI=20 140=B0 ANNIVERSARIO DELLA NASCITA DEL MAESTRO=20 SETACCIOLI
Viterbo - Dal 4 al 7 = giugno=20

 

=
 

statistiche | suggerimenti | mappa |=20 stampapagina | faq

------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/img/lente.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAZAAA/+4ADkFkb2JlAGTAAAAAAf/b AIQAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQICAgICAgICAgIC AwMDAwMDAwMDAwEBAQEBAQECAQECAgIBAgIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMD AwMDAwMDAwMDAwMDAwMDAwMD/8AAEQgAGQAZAwERAAIRAQMRAf/EAIoAAAICAwEAAAAAAAAAAAAA AAYIBQkDBAcKAQADAAIDAAAAAAAAAAAAAAADBAUCBgABBxAAAQUAAQIDAg8AAAAAAAAABAECAwUG BwAIERMV0VNB4RKSsjNzk7OUNVV1FgkRAAIBAgUDAwQDAAAAAAAAAAECABEDITFRBAVBcRKRUnKx MhMzUxQ0/9oADAMBAAIRAxEAPwD2MzzzzTSyzTSSyySPfJJI9znve5yq5znKqqrlXryJ3d3LMSWJ xM2UAAAAYTlPIXIdnmT89ksjSD6nkHXQ2x1PVWdrNR52lz1A+uivtjsLkYC2OCoa0u4DFhgFFINs Di4oIWsYk5A73Hcfe5G6UQ+NtRVmzpoAOpMFeurZWpFWOQgbHyZyZirGmfyvVYQvIXl1T51drxyT pgFx15oTx6ig/tma1UllLNmbW9MgB9WDsPlBkEQuIDaO6QiClvuBfa2DuLFwuEFSCKGmooemkDa3 QdgjgCsa31vS/udx+YJ9vUz+/vP5X9TCfite1fSBxxYleKfZWJgddW1opdjZWViUOBXVtcFE8g2w sTy5IRAQAx43STTSvZFFG1XOciIq9IUJagxNYwMokdHzjx/zFc5Puc7e7VnPvBk+R2PFWp5A4pR2 uBhJqtsIcNcYytrmPut0HmtDU2IN8yrgIliiIHnHYU2GVqbbxPhxSFN+627t4gheqgVxf216A46y dfJ3DVsglVwJ6HtrCLVaIHnanTjTjsHTW1do7egi222NyOsymXxWVptFWXt+q2msp6BbjY2Y1S4C urQGkzxFEIQV5A8L3q/yPKbSztXVHV7zKQACDmKVNMgIOzYuM4qCFBxJj1+vk+5h+b8XWjyn5mUs dz/Yv3O99/cjf43ue5jpMX/mLi0zVhmO3Hg250dHyN3V6FQQzrkfue2DoQDaHC5rQRzQR0lSRJBZ QeVI3yZ0UllCxvNvsrPlt0J5Ek1ZgKJ8BqR1OUC9p7r0c0saDM95ati8XjuOMlnMDx5lM7hcNj6g KgyeOyNQFQZrN0ldC2AGqpqeuhgDBDGiaiI1jfFV8XOVXKqrMd2uMXclnJqScSe8YACigwAhQ+SS RUWR73qieCK9yuVET4EVyr4J1jOTf8uT3cn3b/Z0x4PoYOS+j/X7j+RL/Gd0xvv9l35n6wdr9a9h IXpSEmSH66L7SP6SdZJ947idRqevRJFn/9k= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/img/ms-rss.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAPAAA/+4ADkFkb2JlAGTAAAAAAf/b AIQABgQEBAUEBgUFBgkGBQYJCwgGBggLDAoKCwoKDBAMDAwMDAwQDA4PEA8ODBMTFBQTExwbGxsc Hx8fHx8fHx8fHwEHBwcNDA0YEBAYGhURFRofHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8f Hx8fHx8fHx8fHx8fHx8fHx8f/8AAEQgAIwAZAwERAAIRAQMRAf/EAHEAAAICAwAAAAAAAAAAAAAA AAMFAAQCBggBAQEBAQEAAAAAAAAAAAAAAAABAgMEEAABAwMCBAILAAAAAAAAAAABEQIDACEEEgVB URMUMXHwYZGhwSJSYoIzFREBAQEBAQAAAAAAAAAAAAAAAAERIRL/2gAMAwEAAhEDEQA/AOg68Lql BKCUCg524ZM8jcQAMj5opHO9axNAmz92hKSks5K1qe1K1kGMe85rXgvIe3i1ALeYp5NMv6+P9Lqz i6WbcGuleO4OO5AhBAUr4Xq1mGDpZYUhzgJoJPlbMBx+4VFLNxwu1n0grG4Kw/CtSlB1n0FMZ1Yw Y8MzvblnSG2aDYKt1IpVizjZOO6LIxJJB0L9FzjwW1SxQ8meKXa4QXgzxkDSt0CiknRV6TuRqpg2 5aO7k/WqldOpfy4L5VItU7Lw99aQXH0dZq9Pxt1NWlfWlBtFcmn/2Q== ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/BANNERELEZIONI.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAHgAA/+4ADkFkb2JlAGTAAAAAAf/b AIQAEAsLCwwLEAwMEBcPDQ8XGxQQEBQbHxcXFxcXHx4XGhoaGhceHiMlJyUjHi8vMzMvL0BAQEBA QEBAQEBAQEBAQAERDw8RExEVEhIVFBEUERQaFBYWFBomGhocGhomMCMeHh4eIzArLicnJy4rNTUw MDU1QEA/QEBAQEBAQEBAQEBA/8AAEQgAyACqAwEiAAIRAQMRAf/EAKgAAAIDAQEBAAAAAAAAAAAA AAAEAwUGAgcBAQEAAwEBAQAAAAAAAAAAAAAAAQIDBAUGEAACAQMCAwQHBQQKAgMBAAABAgMAEQQS BSExBkFRIhNhcYGRMlIUscFCMxWh0XIjYoKyU3MkNDUWNuFDkqKDBxEAAgEDAwIEAwYDCQAAAAAA AQIAEQMEITESEwVBUWEycSIUgZGhsdFC4VIV8MFygiMzQyQ1/9oADAMBAAIRAxEAPwDYUUVy99Bt ztSRPhljXgWAr6ro3wkGsJumXktmyoZGXQeABtwpjZNznizEhkcsj8BfvrMXV58Naztbt94Y/wBT VGt8Q2h11m0ZlX4jauPPh+ce+s31JucqSLjwtpLC7Ed1ZybMyIY2k8579nHtNGuqrcTWvpFjt969 ZN5SiotfcfLeej+fD8499H1EPzj31535+QeJmf31882f++f31T6lPJp0/wBEyv5rX3n9J6MJom5M DQZohzYCvPYs/KxjrWRm9BN6+SZ+VknzGlYXJ4A25Vbrpx5a0rSZf0rI63Qrb5dPqbmlK08p6F9R D8499fRLG3Jga8582f8Avn99SRZuZCwZJm4dhNxVfqU9Zoey5QFQbZ9A38J6LcVG2RAnBnA9tZB+ qZXx/IThkcm9HpqqknnlJaSViT6SPsqz3kWnjXXSY43bMi/yIAQIxUl9NRuJ6ImRC/wuDUlecRZO RCwaKVgR6SR+2tRtu/K+EzzmzxjxVNu6r7b+spl4F7GAL8WVjQMu1fKXrOi8WIFR/V497eYL+usR nbxl5jkhzHF2Ac7UlqkvfW1/4jVWyEBpqfhN7XZ8m4gc8LddQHOv4T0lXVuKm9fawu371l4ci63M kXbfmK2mLkJkwrKhuGF60R1cVWceTjXcd+F0UO4I2Pwk1FFFWmEKKKKRMX1Ni+TnrMB4ZRY+uqgS GF0mH/rYN++tf1TiedgmRRdo/EPZWPIDoR2MPtrkvjjcVx/ak+h7UwvYd3Gb9tQPg/8AGS5OX9bk tMDcABQaRzkeRQi8l8TeypcaLyYVQ8xzp2PFvt2Rkkc+C+oUT57zN4DX9JOT/wBbt1qzs9zip+35 mi45UrHHOGcyamBJ02bsprsr5jCfJDGNBZSRxburO1zqeKhvjOzO+n4p17r2RU8eBIr90nwBACRM pDEeG5vS6WANuWpvtp/G22V7vKQoTjYG9IILAj+k321pd5dIcgFPLwnHgG19a/RuPdToe5ySa19Y vMHMzfHbSNGkm16nh1iJfM+O3Gjzk87yb+O16JvMCXj59vqrIkkKpAX1nfbtpbe9fV7l2taoDUAj wA85DH/rZTbmAAfVXeVjnIj0Bihve4qzmk239PRIxqltfUvE3qpTImDaZIj6CO0eqtHtsGBQgkAa eOk4sbMtXLVxchHt23dm5UPHi58WG05U5ePGqFBKB+MHs9VPONGMmlwTMRqA7hUUciyLqU3FLyMU zYlv4Gvw9NqhH91Vo3FtZfJxyRYK3S9gXbYKNQilaAhoyx0qT3DlTj7HmJt4z/Mu1tRj7Ld1JSfA T3cfdWnn3LFOwcHFylreyrY6KQ1RWYd5yL1u5ZFtmQULfLpUzMghlB7DWs6TnZ8VoifgJA9VZOMW RQewCtP0gp8uVuwsaY3vYeFJbvYrj2WI+bn+Y1mlooorrnzsKKKKRIcuITY7xnjcGvPZYmgmkhYW KMQPV2V6RVPuHT2PmSGS+ljzI4Vndt81oN6zt7fljGvF2BZWUqwH4TGG9rLxJ4D1mtDmYf0/ToQD jp405idLY+PIHZi9uIub1bz4kc8HkMPDa1RatcAa6kzTuGeMl7ZUMqWxs3md5532VwkSJfRdb8TY kVq5OkYGYkSMo7ga5/4fD/et7zWIx7g2anwne/eMRwA9hnptyCmZhppYY2aNmv3XJrjHLGIFuZJJ 99a6DpPHja7MX9BN6+z9KY0jXVinoBtVzZcpxLVPKusxTueMmR1UtFF6XDioA1rWsysO3tktLMg8 cYBU+qvgNx91bnA2aDDjKLx1cyaSyulsaaQurFL8bA2o9gsqioqopK4/dVtX77lWNu83ML4gzExf yMp4z8EniTuB7RU8sfmAWYqw5MK2MPS2GikP4/SeNLy9IxliYpCo7uf21BsPUMGHITRO64/F7T2m ayxJUaVo2pFPjtMtDEsKaQb8bkntJpvH2aXOjbJUEeX+We8itBB0nCrBpnLgdnZV7BiwwRiNFAUc LVa3ZIYs55EzHM7mty0tnHQ2kQg1O/y7ATzogglWFmHAg1H5Ed78bc9Nzpv6q3Gf09iZjF7aHP4h wqv/AOI8fzjp9lUOO4J4NQGdKd4x3RfqLJZ01qAGFfMV2mcVWdgiDU7cABW42PB+jwlRviPFvXXG 37DiYR1Aan+Y8TVqAALCtbVrgD4kzz+4Z5ymWg4IntHjr4mFFFFazgim5ZX0mK03yiso3Ue4mTUC AvdWg6l/2uX1GsVWF+4yceJpWs9btOJZyOr1V5cONNSN6+U0MvUkn0qsn5jcPaKVg6jzllBlIKE8 bVTn8uP+Nvvobl7R9tVe64dQDoQJti4OPcx77stWtvcCmp2UaT0fHl82FZPmF6lpXbf9FF/CKarp nhyk3/dJsEKsXxNwF6pYOpM9HBmIKdtu6rfqrEMuH5yjxRnV7qyXBh6DXPeuOjCh0M9ntmJjZNm4 HX/UQ71Ox20m8fcUXA+qvwtesxL1JuDvqjICdgNQPuOrZlxb+PVoNV7sEQseSi9L11l4hDvrI7bg 2rovNkLUWzx3pqPdtNJB1UFxyZOMvIKO+q+bqDcpWJVhGOwc6otvUsjTP8Tk2pxI555RBjprkPH0 AVVrtwtwTcaE+s3sYGIlk5OQPkb5lWpoqn27akyyg6h3KJgXYSL2jlTGR1a0v8vHFpQLsD2VSFZo pGhnTRKnMdlvRUUilZUeNNTv4LcudQLt0Eofd4fGXft+CyJk2zSyNXFTQr4+opLb/kG6/Mv7aP8A kG6/Ov7arpEyIZhDPHoJXUDe9cyOyLdV1NcAL6zaoN28G4k6/ZNEwu2vaN5VrbWpLcm/bvLiDqbM iYNkkGPtIqfL6qmlFsQcPnPKs/m4uUkaJPFpWa3G/Zzrrwovcqipa7cUUb3H8pja7fhX7huWiegi 0IBOr+Op9JYfrm6ar+aPVb/zVntvU0hkWLLFtXAOOVZ4wZy44y2htjnt7bd9fOBFOrdQjnsZYYPb 8pHGMeLppUE7+FQfCekxusihlNwa6ql6Yy2yMIK5uyeEn1VdV1VFK+FKzwOm3Pp0+blxp67Sp6l/ 2uX1GsVW16l/2uX1GsVXNlft+2e32H/n/wAn98+H8uP+Nvvobl7RUYmVikQvqDsftruRNaFb2v21 S6aOh8lWdPb1LY2Qo3a7dA+0T0LbSPoouP4RTdxXncO47lDGsaz+FeAuKttr6kaKTyswl+FwVFdK 3kY0BniXu3ZNlDcuKAo09wO80+bCJ8Z4zxuDXnjxmKR4TzjYj2dlegYefjZynyW4jmp51kOocb6f cS4FllH7RVcheVuo/brNu0XunlBTtdHD7dxKURv9YTf+Xp1Af0uVTNE05EK83PH1CuqtenMP6nLk kYXVBpHrNc9qr3Fr+0flPYziuNiXuOhvufvff8JTwx+Wmj5SR+2rrpfR+ovqtfSLeqktyxmxc2SN hZWOpaVVpopBNjv5cg4X5girAhLxLbVP4zK5bbK7ZbWzqwVNPVNCJZdRaP1Xw/Kb++kIP9TD36xX BMryNLM+uV+Z/dTuz4rZWfGALrGdTGled8Fdqj8I6Zxe1ul2gYqwp6vsIx1EP83F/AfuqsT8yP8A jX7atuphpzox3IfuqpT8yP8AjX7am7/vr8VlML/yrv8Ahu/lLnqUHTi93/iqKT4D3dvqrV7/AIbT bdHKgu0YBrK8GW3YaZAo6t4fpI7MwfFvWQaNyP3MKVmtyDD/AMf7LaPurIx/lr6hXRlzGgGK0xOO Pw2427r0ch9lRfuK/ELrNO14d3G6r3qIDQDXwHjNL0ffRL3ajWmqm6Zw2x8IM4sz+I+2rmunienx 8eNJ4fVX6vq/t6/P7OVZi973p8xGiU6Y+7vrPSZUsfHSLXtRM7Fzc3NQSkshFVZQ3uFZezkXbFek xTlStPSMTI0ZWZBe/H31x9XOfwipcRvPxbH4k4Goymkm/Kqsik6itJdMvItgi3cKhm5Hbc+M++fk 6C+gWFSY8ysfNa2q1rV9QqUKk8xakIbq7ITxBtQIoNQKRcy8i6vC5cLL5GkvcPdXxchJo+BU8fSO 6tRuOFFveHFlY5sWFwe491YRTZudbPpDKvizQO1lQ6lv6asv8p2M5iSpDqaMpqCPOVY6a3LXa66e +xrSbNtgwIdJ4seLH006MmAmwcX9ddGaJebAVdURdVFJa9l37wC3XLhTUCIbrs8O4Jx4OOTDnWbm 6c3GNiEAkXs7DWx+px/7we+j6iE8nFGtq3uFYsZd+xXpOUB3G4+4zHQdN7hKwD2jXt7TWm2vaodv j0qLsebdppsZMHzj310s8TGysDRUVfaKSL+Vfv06rl6bDYfcJTb7s0mawki4OO+qzC6bzBOrTkaV N7Ad1a4sALk2FR/UwDm499DbUtyI1kpl30tGyrkW2rVfjvDyVaERMLi1qze4dLyeY0mIbX46DyrS ieFjYOCak51LKGFCKzO1duWm522KN5iYX9A3S9tA9d6s9t6YZZFlyzqK8Qo5Vp6KqtpFNQs3u5+V dXg90lTuAAK/Gk5RFRQq8AK6ooq85J5jkwC5eM3Q8jSRW/CpsXJ8p2im4wv/APU13PBoa44qeRrM 1m512ke1sI8sxn4ZRb20xmxmNmFISakYSL8Sm4qxy3E+Mk6/iHi9dQfAwNpp+lunto3DZ0y8qDXM S4La2HIm3AGsRkhYs6UKLKGYD2GvSeh/+uR/xSf2jXm+eV+rlPdK4Pvq5Gkop1M2fSfT+0bntP1W ZB5k2tl1amXgPQpFc9LbOMvLz3dmTDgmaFI1NtWk8iefAVZ9Bf7B/wDo9VHTfUCbbuW4YeTG5gmy ZHSVFLBWvY3t6qkASpJ1mhi2zp/Jlmx8dv5+ObS6ZG1IT6zSGJh4kebm4m7zho4ihx3aQx3Rge4i rU4ex7ussmOymRxaSWBtEn9YpY++s9k7RFgyT4U7GcaNcUjm7aDfgfVUyJfr0/sTRecqkxEag4lf TbvvqqvysTYxkYMODIH86fRKqys5KaHPzHtAp/BUL0uqjkMYgf8AxNZ7asOCLM2x0Wzauf8AVNIm gyNk6exgGyT5QbkXmdb+96UyItmx4Q22Sq8+pRZZTIbE8eBY0/1Bj7BPFEN7KiMMfK1uU49vwkVT DB6bgMTbKUMpkAfS7P4bH5iaRHdynZIoFPKR1VvUxtTWRsexRJ52SPLU82aV1Fz/AFqS3n4cX/Fj /tCrXeodpmwNG7lRiXBJZig1dnEEUiVk2P0/DjyPgzI2QougExc39Wo09iFmgQtzI41Rtt/SUMRk 2gocq66dMjP+IX4Fj2Vfw/lL6qRO6KKKSIUUUUieUSxG5BFd40+lfImPg/A/dWu37pmHEQ5ML2jP NTWVmijUcSDVCJsCKeUimhYG/Mdh767xCTHJC3wkXT111EfLXxBjF6QbUzHLjsQxXwjuqKecmo85 sOjcrEx9ijinmSN9T3VmAPxHvqR9j6OkdndYCzEsT5nMn+tWHyFw3DOniPYKr5UVSJB2HlV6yhX1 npHTE+34mHlQLLHHGmTMI1LD4NXhtc0n0xveHFNmbflukbfUSPA7WCurNyuaylsQR6gDdgD6jXGq ElV03FxxqOWtJPT0rWegYG1bLtWfk7nDkBTk31IXGhbnUbCks1juWTNlRg+SieXGSLarXN/21DF+ ipEkhUXAFx7KZj3vawPLU2HdVpnHMWWBNhGM0iiXyCugkXvbuqqw4Wjm2938KxtdieAHA04E2uT/ ADAsfTQc/bZQYiRYUiN7vibBvCJHnSo6xHUoEmmxPqNV8m0bJgY7TbawacFQoEmrmwB4X7qWlfYU azKL0xhSbMXHk2DdlIku5o8kWMflkQt7CKsNzj2XdMX6TNmjaK4YqHCm49RqPKmxki/mkaKqkGxz ubKL0iS/oXTmHBLLguDMiMYwJdXiA4cL1ZYbM2OhbnbjVS0my4j3sAaYXqDbVAAbhSJa0VXfrmDa +umsbMhyReM3pIk9FFFIkfUWOZ9pnUC5VSw9lZrofZoMpJNyzEEmhykKNxAK82tWmz9yxFikhdrF 1I99J9HhV2hokNyksgPtNx9tRTWTJE6j2Wbc32gcZFupYqPLLDmt6xvV2Pg4Wfr26RDHMLvFGQQj j0Dlek49uycvfptsClZ2mfU5BsBcnVTY6Uz8bfcHDytLwzSagym+pI/E1weNN5O03PT23phbPiwu o8woHkuOOp/EftrHdaYa4u7mUL4MlQ692oeFq226Y2fP9IMJkQRTI82skXjXmosDVL//AEDBafaU y0HjxXBNvkfwn7qmRL0YcGXtq48qApLEFbh3is70Zt8237luuFkLfyjFoJ/Ep12NX8+fHt20pmSi 8cax6/UbKT+2m4lgc/UxgEyqvjH4lFyv20iZzbGLdZ7tGeKLHFpXsF1WrPI3va4N0TaZ/DkSgFLr 4Tq5C9Ve1f8Adt3/AMOL+ytVnUQkk6xxYI4y7t5JDAfDpa5NIjvVmJ+nyYuZhjy45plimReAuTcN anOtmMPT0kkfhYNHxH8Qr71oyrtuMrHi2TEB673rjrv/AK1L/FH/AGhSJZx5MGHsseZOt0igV3sA TYLUePJtXUOB58ADIbqGtpdGH2VDuBA6TckXAxRcf1aS6BVv0yaXQUjklugIteygE0iL7C82ZvT4 03iG3ahIewvfQv76vt/xDk7TkpCLSqpeO3PUnit7aj2PBWGbcMu3iyshjf8Aop4B+29T7XjZ0Ayh nMj+bM7xaCTaNuSm4FIlFsvUWHjbfiY2TFI0rnRrCgrqZuHG/pq+3TccTa8YZORGWQsFARQTduVZ LIjXFzTgkW8rJUpf5WYMv7DWh6oAOBCDxHnJ99Ii2158O49RTTRRska4qLpcAcQ7Hl7akncjqB4x wXylNvfUWyADeprC38kfbXc//ZJP8JPvpEsqKKKSJgZc2TJJLHjTWx73Ls8760MuNLxkRfiBH4lp bE27I12dav8AD6eXIRXfw2PP0VQcqy+lIynWfT7OXjDtkEWIEfjPovSGNv0bbzLumejJGkflYsaj VpBN2Y+nhUWbhbdBlN9EgDAaXfvPopQxkr9grSkrHN16i3XKywdonaDH0gBCiks/afEDTzdQ4eXt jYGcJHyGi0Tsi3Gu1tQt6arVx5IlEaC+TLw5flrT8cOPhwANpv8AiY/ialJNJ93LdcPcdofbEWQS SIqjUth4SP3V1sm7/pWEMLNV3ERtC6jV4O4+qoMXELTHKnHj/wDWvYBRlzF2+nx1DSNwZuxaUikj wt1xYOpNw3Jg5iyERVUL4vCAOXsq2/5VtZfWIZS9rX0C/vpGDEjhSxs8h+JzXyXyIkMkgCqvbURS Ve/7wdxzscZUTY+JEwaEnjdr82q36gzId52l8LGV9TFCGI4EKQedZzcMj67g4tEL6F7vTRs29zbT KIMoGXCc+FjxK+2kibCHfcPHxYsaWGVyiKjWS4NhauMvqFjjMm24rmUiylwFVfTTUD4uTEs0Ol0Y XBFSiNByUUiIru4Tb/pMRZBlLHpSRl4a7fEfbxqDBzN5wp/M3OdsrGZCNKooIbsPhAq18tAb6Rev pVTzF6RM/uqRbhuEGfjq6hCvmhha+hrg0/uObDukKY8SOrJIrEsthwqwEaDkooEaDiABSJW47rt2 e+VKrMrxhBpFze967jK5e6NnRqyoyKtmFjwvVgUVuYvQFVeQtSRPtFFFIkAwVD3AFjUO65oxYRiQ m0jjxEdgprJyfIhLDi/4R6ay2RK7yGRyS5JvUy1CRWRta5PvqWBY4issqku/5Uf3muYlB/nS8Yx8 K/M3dVjiwycJcixk/B/RXupJn1F8iMzTm782ftA7qijR8ucTSAHGX8pe895ou+XM2pSkUR4X/Ga+ 5OWMdQkQvM3BEHZSJ3l5GgeTHfzXHhtXcEAhQC3jPxHtqDHUYcDTZBLSHxG/ME9gqSLKbyWyMkCO PmneRQxO5HSJGeQ2UdtUuVky5L35Rj4F/fXWXlNkuHbhGPhT99fIYPMBlkOiBebfMe4VESLFw2y2 8dliHxN3+gVZZWBhy4px3QJEo4N8p76XKtk2e/0+JDxUjgaWzMx8oeC4hU2A+b0mkRLbN5ydjyTG SZcQm1uwjvFb3Ey4M2BcjHYMjDs7PQawq4hzQYFHE8mI4LUOJm7h09l+XqJS/iQ/C49FJUiejUUl tm6Y2544mgYX5OnaDTtJEKKKKRCii9F6RCii9F6RIMiLzUt+IfCaocyFr6lFyvxrV8SQOBpTKiVg 0ospA8RPAEVMureB2iGMiTFZeBij4Ig7D6advc3qqJbFcZUB1Qt+Yo4g+qrCOVJUEkZupHuqZJBn GZkiBPD4pT8K1DiYmg/UT8Z34m/HTXcOKBM08p1yn4T2AVJNIkSmSQ2Qc6iRIZkBkORlNphi4qL/ ABVXZeW+UdfKJeKJ3AdppbOz3ynu3CFfgT7zUuLCpj+oyCUx+xfxP6qiJLDAJU86caYE4+lz3Cp2 UzKJZW8rETgsY9HYK6kkVAZp/DjBRoh+Y9hFIyZbzvqcgIPgTsUUic5mWcgBLFIV+GP7zUMUbS3W O/A+I9lqmTEkyEeRhoiXk3eT3U/ixRiNVCjQnM97WqyioqZWEKmGEKgVL8zzv66V3KJMuLyctQhH 5Uy99Qz5WSZP5g0wXsO6mMaY5amIrqMfAt2VcqBr4RWsoMfJztnzA0baXU8R+F1rebNvcG5wBh4Z R8aHsNZiTDjy1aGbwEX8uT5SOyjZ8fIE4XHOkIfHJ2cKzYcTQywWoJJpSbuvlqSTKkUaT4gO2pEy 7sFK86iUjNFFFJMKKKKRFiaR3Hb13GPypJnijHxBOGr10UUO8RLG2d8KIwRZBkh/CrjlUcOHn4sx aMq8Lc47/ZRRVpY8qCu3hHNcqgkxH2VTZ2VmSy3lhZIl+BfvooqsayCHyT/mMrhEp8KdrEd9OPlY 2hcvJFntaGEHhw7RRRSIlLlrkkyzNx7AOSj0U3g7er2nnNohxC9/rooqYlnKA2OypwAF1A5cKWw5 o3jaMi3C/wC+iirL7T8ZBimcnmwrDGQyqdQP3GpMbycKHzHIQsLMPTRRWjez0lRvKvJyWy59ES6U LDh2k+mrDHddsiaaRrKfjHZ7KKKyb1mycaNXf1nzH6twZJUi8p1LtYN2ca0UR/mL6xRRVfhMjLKi iikQooopE//Z ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/PremioFoto.jpg /9j/4AAQSkZJRgABAgEASABIAAD/4STMRXhpZgAATU0AKgAAAAgABwESAAMAAAABAAEAAAEaAAUA AAABAAAAYgEbAAUAAAABAAAAagEoAAMAAAABAAIAAAExAAIAAAAbAAAAcgEyAAIAAAAUAAAAjYdp AAQAAAABAAAApAAAANAAAABIAAAAAQAAAEgAAAABQWRvYmUgUGhvdG9zaG9wIENTIFdpbmRvd3MA MjAwOTowNToxMCAxNDoxODozMgAAAAAAA6ABAAMAAAABAAEAAKACAAQAAAABAAAAqqADAAQAAAAB AAAAyAAAAAAAAAAGAQMAAwAAAAEABgAAARoABQAAAAEAAAEeARsABQAAAAEAAAEmASgAAwAAAAEA AgAAAgEABAAAAAEAAAEuAgIABAAAAAEAACOWAAAAAAAAAEgAAAABAAAASAAAAAH/2P/gABBKRklG AAECAQBIAEgAAP/tAAxBZG9iZV9DTQAB/+4ADkFkb2JlAGSAAAAAAf/bAIQADAgICAkIDAkJDBEL CgsRFQ8MDA8VGBMTFRMTGBEMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAENCwsN Dg0QDg4QFA4ODhQUDg4ODhQRDAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM DAwM/8AAEQgAoACIAwEiAAIRAQMRAf/dAAQACf/EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYH CAkKCwEAAQUBAQEBAQEAAAAAAAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQh EjEFQVFhEyJxgTIGFJGhsUIjJBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXi ZfKzhMPTdePzRieUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIE BAMEBQYHBwYFNQEAAhEDITESBEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKy gwcmNcLSRJNUoxdkRVU2dGXi8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dX Z3eHl6e3x//aAAwDAQACEQMRAD8A6xrXOMNBJ8lL0bf3HfcVx3+M8kfV7GIMH7a3Uf8AFXLzIPf+ 8fvKiEbF21oYuIXdfR9+9G39x33FL0bf3HfcV4EDZ+84/MpTbH0nfeUeDxXfd/634Pvvo2/uO+4p ejb+477ivApt/ed95US+z9533lLg8Vfd/wCt+D785j2/SaWzxIhMWuGpBAPErhP8UriW9V3mRvxZ nX/uUt/6t9O6hVYzOzrXsFjb22Y77LnPeXXu9C3IZkWPx6PRx6v0H2Suv+e/SIEVeuzFKFEi9nbS WHlZH1ko6BhXVH1uo2htmY80DdXvqN7Mf7Jj0X/QyfTw7H/ZvU/8L/z9J8+zrvr4wxXegw1UHJa2 llw9W26vHyf0lwc5jcPHfbkf9b/S/o/UQpHD4h1kyzMGzqV1nRbMytzXPryv2gdpYGuDdlDrK2n0 6vW272t2f8Ul0XJ6ve7IHUq3M2hpAdUKgy0vuF2Ljub/AEzFqobi2V5m5+/1f+t0qlcPjs6aSSSC FJJJJKUkkkkp/9CH+ND/AMT2N/4db/56uXmlTQ48L0v/ABof+J7Gn/ua3/z1cvNseweoAW6Hw8zt /imR+VjwfJ9W3T051jQWumddB/uVlnR7DGjoPJACvWVHp7/XsJdSwNaGyGgucPbuVezN9cNc3e5p cGfSIG4/QZWza1vZVzkyXps2oiFOp9XPqNb1zLDBezHxG7vVvO02AtG4MbiOey33f6f+ZWN1/oh6 WKi17rKsh1npPdWa9zGENZdW87mXVW7vpVrpfqr9WepdZw8vOw7bKrKLBQz03Ct8nbZ+jv0f+i3t fb+k96zfrRT1fdXjdTvF76KjVjOPPpMAe309fez9H/Ofzn+lT4ykKMr8+iDWoDqf4p2y3qzeJfij 7xlLco+sV+XV1TIrayqrE6c/Kora9tlrbGOzWzlbqtuPkfqlX6k/7TVV/wAJ6lixf8VTZHVm8S7E H4ZK6anrGK7BGffiPq+133UV49dRuyLRU61lj7qWMr/Mx8i26vdcyuv/AAtj1Idzp2aOT55aXs6T HFzGO7ua1x+YBTqszqFVmbj4lTS9mViuzKskfzfph1LGD/rjchr/APtr/S/oxVdb6dbi35YdZXRj Mba91tTmF1Vk/ZsjHY73X05WzZjPZ/OvTaLHR7N9MqJ61gjFblbMgh2QcIUikm/7QJ3UfZ935u39 9Tf1XBZ1WvpD3ubmXCawW+xx2m7a2yfd+ib/AKP0v8H6vqpUVUezbSWdj9ZFzWvdQ6ltnUXdNq9Q u3OLd+6/a2ra331P/Rb/AE/+7KNT1XCu6jd0xjn/AGuhpe9rm7WlrSxr3Vune7a66v3emxln+B9T YlSqLbSSSQQpJJJJT//Rh/jQ/wDE9jf+HW/+erl5zgel9pb6zS9mggGDJc3a7+yvSv8AGjQ9n1ex fUgNOa0SHNdzVf8AuOcvNsY1VW1vILwXODmztBDdfpD6KYPlY8IPD9Xp/rDQRgkmA12Qxwl0e0VO s+mR+Z9JZ/SMQZz8qmtrH3fZmXsa6XP3MtpdtpcPYxvpOf8A8Z/Nra+tFpt6FgZFTSyh91bXukBz Cxlo9jvzf0bfpKl0Sn1n9Qsx2i5zsK6iulj3PebbnM+zem1wa7+b91aivRsAaPVfUAY9vUuq9DdW +7Eve3JZa0lgrbQ6KA54Pu9V2zazeqn+NJldPUQ6qqXOr9Ul2oIs3MsdUf8ABvrczd/wnvWj9Srs rFzuo02WWWtt2stFp0bf6npvofV7f0zmbqvZX63+kVD/ABqXg58tDfRrxGNaQQdzt9jYb+++pzmp sJAwHiQNdPomUCJG+mrU/wAVTia+rOHO/FiPGMldS7F6Hk4b8QWVPx8J9llnpZEOoe83W5Drb6Lf Uxd/q5Xq+q5n6L1VzH+KSu2xvV/Sbu2vxSRIHbK/eLV02L9TsnHpz6nXvuHUMZ+Juf6YLGPOQ7cI u9Pcz7ZZ7Kq8er+R9NTEandpZAeOR16bBOx3Sa3YebXdRW1rDi4NjLmCpzHFjfstHv8ARyfdj1+l Wz1HsfUqleF0Mfb+i4zm05F1ba76HvNjxX6frUDHoybHufiY1V/trq/Q0fpFfzfq7k5Rxix32c41 bqIDaLGuqeaHW1iu/fXVZ+p0+na3+a/SJ3fV649S/aIEW/aWZO2a/wDB4x6a2nf6m/09rnXf10K8 1lH+t9n2NPp3TcCmpuCLxm5GJlHNsO8GxuTYXObZbU19ltftf+jZkb9/8tM+roQuPXg9tr67Kwcj HtNrPVOzp1RdVRY6h1zWX10P3fQqRsL6pHEzMvJG6wZjLaywvaHNZkWfachvqi3/AEv8zsrq9P8A 4Sz9Imo+qV9OFfiusdY7Idil1o9JgDcI0fZa201v9Pd6WIyu638/+xXWlXmmj/W+z/GZ/ZOmV3Mw 5rGRVe7qNeP6g9T1SX78v0d3quq3Ps/M9FCxsPotPUci/Fcz7cPUfk1Mv3Fht9N2S9+H6jvQdc6q n1HOrZ7/AE1Yf9XMh/WB1TcQPVbkux/0WtzKfsNb/tG71/Q+z/SxvoeqqnTPqz1bG6pmX2trGI6q 6jFY19b3gZF5zrXus2Uv27v8Hc+7/wBGWqvNHCa/S27N0ZmJsx3vurq+1hpxm2vax1m4Ne1lTHO/ S2bbGeyr1E4yMY5BxRdUclrd7scPb6ob++6jd6zWa/T2IJ+rGR+pbHlhw8evDeSKX+pVU6m5v865 zce31sVjvVr/APPno21t/wA1sn9ujrJtcXB1rhjk17Qbqhiv9/q/mtY17P0Xq/6ay39H6arzVwef 2NtJH+w5f+j/AOmz/wAmkhR7LeGXY/Y//9KH+M/T6v4pA1+2t/8APVy85pc2WabgH79vMzpsg/vL 0b/Gh/4nsb/w63/z1cvNqiGQ6JIg/MGdyZH5WPB8n1ev6Jn4luOKep4ozsZsMNe/03NaHetj7XfR b6LtzP8AiV2PT8v6o0BjqcB1T2Qan+qC5pGkVvB9rm/yV5bX1EsiYcQNsNER39v9ZGHWbBB3Els6 ifxUMscr0/EX/wBJtCUer6U3L6Jg22X4WKKHPk7i9znhz/5y31PdZ9p9znMyPzFwn1pf0kY7a8d9 tl9e1lLX2F7a62+3b+79FZFvWL3aB5DfNUH3OcTPfVHHikDZPW0SmKoPo/8AibAc3rAPd+IP/btd F0vrfU8vqLaDtvpdlZNN7G4l1Qx6qHX11X/tQv8AseU5/o0t9JlW/wDSrnP8ThhnWSOQ7EI+7LXo GNj04lPoY7Syre+3YSXe+17r7ne79+2x7lMd2rM+ouPZ9Y21/WpvRi6kYxDMZ8uAuGZax+ZVtZu9 2J6DK8V/s/pmQr+FmX5HU+rYr2t9LAtoZSQIMW0V5NnqO/O/SWKZ6V0841uL6UU35H2y2HODjkb2 5P2n1QfU9T1a2bf5H6L+bTO6RgHqL+pgWsy7XMfaWXWMre6toqqN2Kx4x7dtbdnvYhotJDm5P1lr o+tNPRi6gY59PHu3Oi4ZWQy3IxfTZ+djMrpppv8A+HzakbqF/Wm9Yx8Lp2RjkX7bbsazGLnU4rfb fk3ZYv8ApXW768Or7N+ks/4qy5XH9J6fZi5OI6o+jmXnKyIe4OdeXMu9cWh3qVvY+mr0tn836fpo VvQOl251/UCMivKynMfkPpybqg81jZT6lVVja3NrZ7WMS0VcWv1vJ6xXm42J0a+k5OX/ADeJZjer sqYf1vqGVmevV6GLS121n6Dfdkfq9Pqf4M+Xk59/WWdJ6Y+nHIxxmXZF9Rv9rrTi00VUMuxvzqrH ZFrrPYz0/TUsroXTcvLszbftDMm5rK7X0ZN1Ac2v+aZsx7GM2sRs/pmD1F1b8utxsq3enbVZZRY0 P/naxbjPqs9K2P0lX0EtFWNNGgzrOVZ0vp2YKq678rPqwclgl7B+ntwst2O76W1z8ffjvcrfV8rK xm4lGG2sZWflNxarLwTXXLbMiy6yphY+5zaqH+jT6le+1Su6T067Bq6c6nZiY5rdRXS91RrdUd1D qranNtY6t35+9O/pWBZgDp1zH34oIcBbbY+wODvUZYMpz/tLbK3/AM3Z6v6NLRVhD0zNybMrN6dm +m/K6eaS6+phrZYzIYbanGh1l/oXs9N7bq/V2fzdjElZwsDEwKnVYrCxtjzZa573WWWWO+lbffc6 y66z+u9JLqqxdv8A/9OH+ND/AMT2N/4db/56uXmG5enf40f/ABO43/hxv/nq5eXJsNmPD8n1SB/i kXIaScyMiU0lMkkp9L/xOfzXWZ/exPyZa7AdR6vdbl04uJT6mHm00PbbZH6tZXVkvyt7XNb62y3c ypn83/o8lch/ic/mOsf1sX8mUvQmU1VvtsYwNsvLXXOHLyxraa3P/qVMZWmndhn8xcrq3XzhnKrx cZ978N+PXbe/a2hr8h1Pp0v97cl9n2bI9XdTV6XqenWq/wDz16XFjvs2SGVWsre8+l6YZaLHVZb8 j1vs7KXehZ/hVq5HSel5WQMrJxKrsgNDPVe2XQ0769f+DcPY/wCn+Z/NoI+rnQACB06iHFpIgwdg e2tv0v5prLravQ/mPR/Qel6PsQ0R6WfTOrUdTty6aqrabMKz0rGXBocZL2MtFTXutrrs9J/p+sxm 9ZB+tGfZ1G7p9GNU19mR9l6ddb6vpPLbXYt9z3t2/a669n6T7J6X2a+yrEt/0626Ol9Nx7jfj41d VpsNpewEHeRYwu5+jtyMj9F/M/p7rPT9SxQs6N0e37QbMKl5zI+0kt+mQfUn/g3er+l3U+n+m/Tf zqWigRbndH+seT1TJxSMeqvEy7H4gh7nWtya8f8AaNrvo+i/C0soq/wv81kf4T0qz4n1n6dmX+jR XeZe5lVpYAywM+0epdU/d/NtfhXM/wBJ/NPV2npnTaMkZdGJTTktrFLba2BrhW0NrZW3b7W7a2V1 fv8ApV11fzaHb0Lot3qi3Bpf67xZbLT7nAvdu0Ps911+9texlvr3+r/PWJaKuLSH1swnMfa3EynV Vsda+wCuBVVXVkZuRtNu708FmXjNub/O3WXfqvrelcttwLXFp7aKjb0To11TKbcGh9Vb/VZW5kgP hrS7X95tVbX1/wA1Z6f6StXiSTJ1JSQa6LJJJIIf/9Qf+NH/AMTuN/4cb/56uXly9R/xo/8Aidxv /Djf/PVy1nYf1QwXfs+ro1GRZiBjbnWUsJAdta2x19zS/I/S2VMs/wCMVLmObOD24QwzzzycVRx8 I4Yw4I3Iy/rZYLeXjcLuqL4wkvXcmjpWMyq23pXSmtfZ6Aqrx67HPuYN9no2OjdS9jmWfQ/Rf8Yh Od0BmDRHScTIyxbFjmY1LWPY31XOrdY+v0aMt7atn2b+d/wn81YlDmuYnESjysiDX6cY+mX6fr4f R/cZTGI3l+D5OkvXekn6t9Ruqrb0nDrDH2nL9TGo3CsNfkU7GVO9Wv0avTbbZZRsVrFZ9Urm0vf0 bDFV7GOba2io+58F7PRLfWbXTW/1PX/4xRZviObEalyeTTXQx7y+X9/5OP0foKEInaQcT/E5/MdY /rYv5MpeiLif8XOPVi9V+tONQ0V00ZjK62CSGtY/NYxvu/daF1PWer4vRenWdQypc1pDKqgQHW2u /mqGE/vfnv8A8HX+kV6MhMRkNpASH+E1sg9ZDce5tdbrbHNrrZq57yGtH9Z7oagU9S6bkPDKMyi5 54ay1jif6u13uXlPVetZvV8n1cqwW2SSzd/M1D9zEx3/AKOvZ/p7GvyrlUa7Le1zm2WbmNLzufED 8yzYPo+5O4Vwxdy+uZ3XOjdPsNWbm1VWjmqd9g7+6qre9v8AbVRn1x+rLi0OzhSHiWPurfU1w/eY +xvvb/KXklQzenXtbdW+q57Ra1to+mHDd6m787etv7ZiWYz8HKyH/YPY+iu5m8MeWu+0NxXP99VT X/Trb+hv/Ro8IT7Y8X1euyu2tttT22VvALXsIc0g8Frmp15l0rq9XSWR0y6x+0l4Y721k/uubLv0 W38xjF0ln+MbolTQH42W+7a0vbVW11e4iXCu9z2b2N/f2oGKyUCNtXqUlxTv8ZYe6MbpVhB49W1o P+bUHrS6b9d8PKPpZuHkdPvj2mxpdQ7+rkVjc3a337H1oUUcEuz0aShj2m6iu4t2eo3cGzOh+g6R ++z3pIIrWn//1R/40f8AxO43/hxv/nq5drR0np/VMq1t9DTXjn9K4aGy62tgfu2fS9Kn7O7/AI70 f9Aqt+PjZLNmTRVkMB3BlzG2NBjbuDLWvbu2lBP1p/YeZlYFmBkZVllvrYxx4sL22t3bnUV7smvG puZ6Ft7arf0n0P8ARqjLFDJznL8XzY4Z5wHefFy8f8LhjNZy8/1ch4x/53E1+pYf1axM+rCN2Tju td6Nlz21GqsUMPqXXHKDPS9d17H/AGt1dtNmR/Rvz1k5XS+jYtT7cPqDLAK3uyN2S3dkXACyvKxf V/RV/wA09r8hjP8ArVzPTsssY1vVa/rLlZGR0/PyKOqsacxmFjWUtqspNb8MszMp1T72Or9ZmXRv pq/SfzNn82q+f9bOsHGdmdHqx8Pp9eRXhdPxHU7rbXtPpP2lnsqqa1mz2epd+jWrDHI2B4Xfj0W5 MohXpMtzpXpEesjMxVhsuxOi0YnrYWRbTXYKq+nvaPtLSNn2K7qW270cqhr7dv6N+Plb/s/87VZa o4LaejfWGmrMwrKen9TtZ9iZmNHqUvZpVPvs9J7rtzPZ7LP0al17qudhhtzGOu6nkvazpZxX7fTf SLfW39MortZfbjZDsivOrv8Af/RqvS/nVeqyavrF0+rB+smTRlZbtp6ZfiY9rG2WbHWbvtdmxvqP 9L1MjH+z9P8AT2ep/NegouaxY54M0M1DHOBjKcT/ADXD6o5Yy/1a+EpCUJxF1vjkPmjMeqH9TL+5 +5NrfUGf259bgeft7Z/7czll/wCM/qLrOo0YAMMw6m2BvjZkfnn/AIumrY3/AIxeh1Y2LQ+1+PRV S692+51bGsL3STvudW1rrX+9/vsXnv8AjV6XYy/F6zWJquAxsg/uvYN2P/25X6n+Yq+D+bx/3I/9 FbYOQl4yl2Vk3MxsSqy4g7rG1t3HnY13t+i3c5a3T8nIrZZQwWuf6u4sY6rR1Z0D/XaXb6nfnfpm LAxcvJx7bbaHRbAGmo8PoH2/+QV3CNgxmua0ufU9p2QXB3/B2Vt9z2P/AD2qZkb3VmMtsOXkh1ZG 97Kg7e3e873De709uP8Amsox6P7ap9Mte1jr9rX3WH2ucA4jWGtYHe1qu2V5FjcjdWyqvLLH21tr a1oNZc6tuN9K3Gq9/vrr/nVn4/rUA1ei95Y4EPaIYY491mxJTfuz+pVW+k62xjzI9rgAI1+iEfHz SzBqydol9ldGxuxo3e/e47/d29mxvvWbZfbZabXUsFzpHqWXhztfzWtaf++K5j0urw3V5FW5r3Fz 2ua/04J3tE7a923+skpv5eVdj9UHTrn11VwQ/JNjizeP8DXbji1j7f7P0/3FWdk5eJYXERQBFjyW mZ/NILv0ez95ENmLin0SaqwGj6Mw2RuaCz3bHt3e5iq5LbBW+p53e0OB0LXNP0Xj81JT6D9Qcs29 HuwX2Cx+BeWiNQK7h9pqY2fzK91jEljf4sMguycyn97GYT8abSxp/wAzKSTa1Y69f4v/1urPCq5u Z1MdQ/UsbbdiPLWZIur+i8Mf6d+M99frVXfnUf8AFXVWV3K0hW4XT7nOffh49r3u3vc+sOJfHp+o 7+XsbsWbzXLzyZMOSHDxYePh4uP0yye36h7U8X6MJ/MwcvljjExK/VW39XiSP+tfVqKn35HT4qIO y2p4ur0Ddtn6H9Ltts9T6Tf0a5/0+gjKHUMbAxWZTS5xfZkhtYc/23W24lhqrbZZt/wf/bi2v2d0 va1v2DF21/QHpNhv0vo/570w6Z0sOc77DjkvO4yyQDG32An9G3+SxWcOfm4XxcBPT2+LH/d4vVk9 SckuXnpKJI8QP8X+7/Veeyv2rnF7un0Oo6g4bWZlEY1barLK8v0zvNNGbj0/Z/stdHp+nZ+nvust ttWlhU5uPlDMtxarMsuIeanMpqD7iTkO9B113p5V36N9uRutttp9KhnoY1fpLR/Z/TXEB2FjOBb6 RmsH9GTrV/UVt/QehttcB07G9jiGn0xPtPt/6lQcxHm+YhLHL2hikKMayer+9KOSDLDNiGo4rHk3 EDOwcTqGHdg5tYuxchu22s6T+c1zXfmWMd763o6ZWscTGEYneIA+xgJ1t8h+tH1Fyvq5uzqr25PT bLG1Vvd7bmucdzGXV/Qd7W/z1f0/+DWTjWWNftqt9Fz4YLZ2hu4tZ6jnfmsbu9y9L/xmNJ+qpcP8 HlUOPkJc3+K8rFhFrWhoc107o402/wDnKlB0ZoEkauvbRRdlYTamihuSCx2NvuseNp2tyrrciurc 3O/nKPs/6P02Losrp+D9Xfs1f7PozsrJqF/rZtTrKQD/AICil72e/wD7kZDv5n9H6dSwcItZ1zpj hl/b3A1l9kWQx3u/VA7K/SWtx2/4Rv6JdL9cbr3ZfT8e1xc6vGdYGE/RNtkf9JtKkB9BGm+9er7V kzUxv8u36Lr4n1v6bbl4+DhdHbhHJe2gXMNTSx1h2tdXS2s1Wt3/AOkfUsXrjZts+3Xvyb2h/pPv fve1rQdK/S3UV7lh4eTUcrEvEOr9eogOHIFjd25rv6q2evvzD1G+rOyW2lnrR9ncGtYxof6FXpHb XXy31Nu+22tOhPgB0BuhqxZQZmOpFa6PP0mhmHk0Zwe7ML2nGtjc19RHspFn5vvd+coOqsqDKLND VS1uvg+bm/8ARertlPrs6fVi1my+xrjksrJ9RxlvpS0u21011/nV/wA5/hFn2WtO97Bo8nYB4fRa om09J/iwEdTzP/Czo/7dx0kf/FpTtz853+jxqw7+tba5/wD6ISQ6rP0/o//X6tUj1vpdbnMycmvF eLn47W2uHudW8UOeNm9rK/Vft/S7PS/w3pq6se76t12/b5ySPt9eVWf0YOwZV1WY78/3+l6Pp/8A CKEV1aUa6pcb6x9KufY2y5uKG5L8Sk3uDTa+shlljK/pU0+q702vv2f98WjXbVaHGp4eGPdU8js+ s7LazP51b1j3/Vr1TkFmY6v7a2+jL/RNeXY+RkP6i6mje/8AQZFb7ravtP6b6fqfZ/UrrWy31juN zxY4vcWkN2wwn9FVEu3ekz2er/hUjXRUuHoyb9JvxH5VpW/ztn9d35Ss1v0m/EflWlb/ADtn9d35 SjFdDYsEkk6K5yvrT053U/q31HCraX2vpL6Wjk2VH1q2t/r7Nq8WrsD4fMzrp8l78CQZGhHC5HrH +LbpHUM12bi3P6e+4l9tTWCyouPNlTC+l1O793f6ScCyQkBoXh+n3MxOrdIzM/G9DDq9OwmthBup rc5rs0s3Psttud/OWfn/AJi0vrb9YcLq3WnZnT2WHHFVdVe9hZ9He6w7Xe7/AAi6PH/xX9JYd1+Z k2nk+m1lQJ+61/8A01fp+oH1Uq+li2Xn/hrnu/6LSxHiSZRL5o6+QQWwCfzyAruT1azqF7X+lXub uHp1B1g9zfS2+m381nt9L/i616fj/Vz6vY0eh0zGbHBNYefvt9RaFbW1DbU1tYHAYA0f9GEDJHFH 918kowfrJde6zEwcq5votoqLq3CGgbXN/S7PYjt+pP1uyXb34bap1Je+tn/RaV6qXOPJJ+KZLiV7 h7OB9T/q3kdCxsp2Y9j8zNexzxUS5rGVNLKq97tu936Sx70lvpIXra3iN2//0Os078d1zWd9brcD KuoyMdhGFZkszXND9Bs9XonpO3u93Uf5u3f/ANb9FdIhPw8Ox1j7Met7rjW61zmgl5p/ozrP3vs/ +CUIrq0okDcW87d9bc7AtNHVMalt2E65vVDR6mxn6Jl3Svs7nvf/AE25/wBnf6nqfQ9npp7frbm9 Pt9Dq2NUy3ENv7VNHqba2+lVd011G99n9MyL/s36T1f5v/BrobcTEudY66iux15rNxc0EvNJ3Y3q fveh/gkrsPDvNrr6K7Tfs9YvaCX+kd2P6n73ou/m0bHZdxR/daGTmdcZldG6fTXiVZ/Uq7X5H2gW muuyium99VTabm2bd9tlfuss+h6iE366ZmTiX9WpxaWYeFXi25tFjnfaHuzY9uE5jm1Vtrc/9X9e qz7X/wAErOV9X+k5uVRdk49b2V2XWWUFoLLbcj0m2ZF353rN+zs97Vr39H6O7Oqyn4OO6/COzFsN YmtrD+hZXHt20/4D/Qf4HYjEil8DGtnn7vrb1CmuvOdj0OwMhnULaKR6gyQ3ADmtbkO3uq332hnr bKP1apLK691TGzxidRbjWnCvxHvdgOuYHtuxuo5tjHNfc/f/AEKtlVN36G3+kWfTq9HQZ9VsQdUt 6lZe51r2XMqcymmu1hyWmu+2/Jrr/X7K2O/VvtVfs/wvrKXR/q1g9LdZcRXfk2WVW7249WPWx1Db a8eyjFxQK67tuTf6lv8AhPUTrC+4ud/zp6sxuNTbj4jsnqeLjZeCa3WenUMu+jCqZ1EbrLHsr+1b /tGO+n1vTfV6arY/1h63jZWTgFjMvNt6jmNfYyu/IqYzGpxNtGJi0W+uxll2Qz1P0/6l+m/RXLpK OhdDx6cjHo6fjVUZn9JrbWA2zXcGvH7jHfzdbPZV/g1F/wBXugPxW4bum4xxWP8AVbT6YDRZDWeq Nv57mVsbZ/pf8KlYRxR7PPU9cybOrfbrLDTjl2LkOxXXE0sael52ZZU62v1K/s77qWXPtZU//T+l 6iNjfWvqtkY1tFIysl+FXiWupvopBzPXD33VZNxybaa/sj/s1jXYv2v/AEda6IdM6Y125uHQDDRp W0CGVuw62bI2bGYllmK1m3Z6D/TVO36t9J+x242Dj04JtADnsprta8Nd6jKsqjJFjMmjf/g3/wA3 /gLaUrCuKPZy6PrL1rIvvwWVYVeVh/bbci6z1hjmrCezG2UkW7/Xutfvstsf6eNR/gFp3dXybOm9 IycKquvI64+hlIyS51VXq1OzLPU9H0bL3Nrr9OhjX0etYo4v1U6HT0+nBycWrObTa/ID7qmNHq2k PuNVNIZVRR7WM+ys/QenXX/OK7kdK6XktyG5GHRaMwMGTuYD6npt9Ojf/Kor9lD2fzX5iGiiYuDb 9aup1051/p4NlfRKqX9TNdtj2XPuc9np9MyPo1en6X/aqq/9b/Vf8H6qmev9fdnjFqqwdmTkdQx8 V7xfuZ+zz7rskNt/S+uxljfRo9LZ+jt9X/ALZd0Xozrca52BjG3CAbiO9No9IAl7G1ge3ax7vUr3 fzdn6T+cRhg4Ie2wY9YfW617H7dWuyP6W9p/eyf8N++jY7K4o9mPTcv7d03Dziz0zl49V5rBkNNj G2OYHfyXOSRqqqqamU0sFdVTQyutohrWtG1jGj91rUkFvV//2f/tKcpQaG90b3Nob3AgMy4wADhC SU0EBAAAAAAABxwCAAACAAIAOEJJTQQlAAAAAAAQRgzyiSa4VtqwnAGhsKeQdzhCSU0D7QAAAAAA EABIAAAAAQACAEgAAAABAAI4QklNBCYAAAAAAA4AAAAAAAAAAAAAP4AAADhCSU0EDQAAAAAABAAA AHg4QklNBBkAAAAAAAQAAAAeOEJJTQPzAAAAAAAJAAAAAAAAAAABADhCSU0ECgAAAAAAAQAAOEJJ TScQAAAAAAAKAAEAAAAAAAAAAjhCSU0D9QAAAAAASAAvZmYAAQBsZmYABgAAAAAAAQAvZmYAAQCh mZoABgAAAAAAAQAyAAAAAQBaAAAABgAAAAAAAQA1AAAAAQAtAAAABgAAAAAAAThCSU0D+AAAAAAA cAAA/////////////////////////////wPoAAAAAP////////////////////////////8D6AAA AAD/////////////////////////////A+gAAAAA/////////////////////////////wPoAAA4 QklNBAAAAAAAAAIACDhCSU0EAgAAAAAAFgAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4QklNBAgAAAAA ABAAAAABAAACQAAAAkAAAAAAOEJJTQQeAAAAAAAEAAAAADhCSU0EGgAAAAADZwAAAAYAAAAAAAAA AAAAAMgAAACqAAAAGQBCAEEATgBOAEUAUgAgAFAAUgBFAE0ASQBPACAARgBPAFQATwBHAFIAQQBG AEkAQwBPAAAAAQAAAAAAAAAAAAAAAAAAAAAAAAABAAAAAAAAAAAAAACqAAAAyAAAAAAAAAAAAAAA AAAAAAABAAAAAAAAAAAAAAAAAAAAAAAAABAAAAABAAAAAAAAbnVsbAAAAAIAAAAGYm91bmRzT2Jq YwAAAAEAAAAAAABSY3QxAAAABAAAAABUb3AgbG9uZwAAAAAAAAAATGVmdGxvbmcAAAAAAAAAAEJ0 b21sb25nAAAAyAAAAABSZ2h0bG9uZwAAAKoAAAAGc2xpY2VzVmxMcwAAAAFPYmpjAAAAAQAAAAAA BXNsaWNlAAAAEgAAAAdzbGljZUlEbG9uZwAAAAAAAAAHZ3JvdXBJRGxvbmcAAAAAAAAABm9yaWdp bmVudW0AAAAMRVNsaWNlT3JpZ2luAAAADWF1dG9HZW5lcmF0ZWQAAAAAVHlwZWVudW0AAAAKRVNs aWNlVHlwZQAAAABJbWcgAAAABmJvdW5kc09iamMAAAABAAAAAAAAUmN0MQAAAAQAAAAAVG9wIGxv bmcAAAAAAAAAAExlZnRsb25nAAAAAAAAAABCdG9tbG9uZwAAAMgAAAAAUmdodGxvbmcAAACqAAAA A3VybFRFWFQAAAABAAAAAAAAbnVsbFRFWFQAAAABAAAAAAAATXNnZVRFWFQAAAABAAAAAAAGYWx0 VGFnVEVYVAAAAAEAAAAAAA5jZWxsVGV4dElzSFRNTGJvb2wBAAAACGNlbGxUZXh0VEVYVAAAAAEA AAAAAAlob3J6QWxpZ25lbnVtAAAAD0VTbGljZUhvcnpBbGlnbgAAAAdkZWZhdWx0AAAACXZlcnRB bGlnbmVudW0AAAAPRVNsaWNlVmVydEFsaWduAAAAB2RlZmF1bHQAAAALYmdDb2xvclR5cGVlbnVt AAAAEUVTbGljZUJHQ29sb3JUeXBlAAAAAE5vbmUAAAAJdG9wT3V0c2V0bG9uZwAAAAAAAAAKbGVm dE91dHNldGxvbmcAAAAAAAAADGJvdHRvbU91dHNldGxvbmcAAAAAAAAAC3JpZ2h0T3V0c2V0bG9u ZwAAAAAAOEJJTQQoAAAAAAAMAAAAAT/wAAAAAAAAOEJJTQQUAAAAAAAEAAAADThCSU0EDAAAAAAj sgAAAAEAAACIAAAAoAAAAZgAAP8AAAAjlgAYAAH/2P/gABBKRklGAAECAQBIAEgAAP/tAAxBZG9i ZV9DTQAB/+4ADkFkb2JlAGSAAAAAAf/bAIQADAgICAkIDAkJDBELCgsRFQ8MDA8VGBMTFRMTGBEM DAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAENCwsNDg0QDg4QFA4ODhQUDg4ODhQR DAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM/8AAEQgAoACIAwEiAAIR AQMRAf/dAAQACf/EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYHCAkKCwEAAQUBAQEBAQEAAAAA AAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQhEjEFQVFhEyJxgTIGFJGhsUIj JBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXiZfKzhMPTdePzRieUpIW0lcTU 5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIEBAMEBQYHBwYFNQEAAhEDITES BEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKygwcmNcLSRJNUoxdkRVU2dGXi 8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dXZ3eHl6e3x//aAAwDAQACEQMR AD8A6xrXOMNBJ8lL0bf3HfcVx3+M8kfV7GIMH7a3Uf8AFXLzIPf+8fvKiEbF21oYuIXdfR9+9G39 x33FL0bf3HfcV4EDZ+84/MpTbH0nfeUeDxXfd/634Pvvo2/uO+4pejb+477ivApt/ed95US+z953 3lLg8Vfd/wCt+D785j2/SaWzxIhMWuGpBAPErhP8UriW9V3mRvxZnX/uUt/6t9O6hVYzOzrXsFjb 22Y77LnPeXXu9C3IZkWPx6PRx6v0H2Suv+e/SIEVeuzFKFEi9nbSWHlZH1ko6BhXVH1uo2htmY80 DdXvqN7Mf7Jj0X/QyfTw7H/ZvU/8L/z9J8+zrvr4wxXegw1UHJa2llw9W26vHyf0lwc5jcPHfbkf 9b/S/o/UQpHD4h1kyzMGzqV1nRbMytzXPryv2gdpYGuDdlDrK2n06vW272t2f8Ul0XJ6ve7IHUq3 M2hpAdUKgy0vuF2Ljub/AEzFqobi2V5m5+/1f+t0qlcPjs6aSSSCFJJJJKUkkkkp/9CH+ND/AMT2 N/4db/56uXmlTQ48L0v/ABof+J7Gn/ua3/z1cvNseweoAW6Hw8zt/imR+VjwfJ9W3T051jQWumdd B/uVlnR7DGjoPJACvWVHp7/XsJdSwNaGyGgucPbuVezN9cNc3e5pcGfSIG4/QZWza1vZVzkyXps2 oiFOp9XPqNb1zLDBezHxG7vVvO02AtG4MbiOey33f6f+ZWN1/oh6WKi17rKsh1npPdWa9zGENZdW 87mXVW7vpVrpfqr9WepdZw8vOw7bKrKLBQz03Ct8nbZ+jv0f+i3tfb+k96zfrRT1fdXjdTvF76Kj VjOPPpMAe309fez9H/Ofzn+lT4ykKMr8+iDWoDqf4p2y3qzeJfij7xlLco+sV+XV1TIrayqrE6c/ Kora9tlrbGOzWzlbqtuPkfqlX6k/7TVV/wAJ6lixf8VTZHVm8S7EH4ZK6anrGK7BGffiPq+133UV 49dRuyLRU61lj7qWMr/Mx8i26vdcyuv/AAtj1Idzp2aOT55aXs6THFzGO7ua1x+YBTqszqFVmbj4 lTS9mViuzKskfzfph1LGD/rjchr/APtr/S/oxVdb6dbi35YdZXRjMba91tTmF1Vk/ZsjHY73X05W zZjPZ/OvTaLHR7N9MqJ61gjFblbMgh2QcIUikm/7QJ3UfZ935u399Tf1XBZ1WvpD3ubmXCawW+xx 2m7a2yfd+ib/AKP0v8H6vqpUVUezbSWdj9ZFzWvdQ6ltnUXdNq9Qu3OLd+6/a2ra331P/Rb/AE/+ 7KNT1XCu6jd0xjn/AGuhpe9rm7WlrSxr3Vune7a66v3emxln+B9TYlSqLbSSSQQpJJJJT//Rh/jQ /wDE9jf+HW/+erl5zgel9pb6zS9mggGDJc3a7+yvSv8AGjQ9n1exfUgNOa0SHNdzVf8AuOcvNsY1 VW1vILwXODmztBDdfpD6KYPlY8IPD9Xp/rDQRgkmA12Qxwl0e0VOs+mR+Z9JZ/SMQZz8qmtrH3fZ mXsa6XP3MtpdtpcPYxvpOf8A8Z/Nra+tFpt6FgZFTSyh91bXukBzCxlo9jvzf0bfpKl0Sn1n9Qsx 2i5zsK6iulj3PebbnM+zem1wa7+b91aivRsAaPVfUAY9vUuq9DdW+7Eve3JZa0lgrbQ6KA54Pu9V 2zazeqn+NJldPUQ6qqXOr9Ul2oIs3MsdUf8ABvrczd/wnvWj9SrsrFzuo02WWWtt2stFp0bf6npv ofV7f0zmbqvZX63+kVD/ABqXg58tDfRrxGNaQQdzt9jYb+++pzmpsJAwHiQNdPomUCJG+mrU/wAV Tia+rOHO/FiPGMldS7F6Hk4b8QWVPx8J9llnpZEOoe83W5Drb6LfUxd/q5Xq+q5n6L1VzH+KSu2x vV/Sbu2vxSRIHbK/eLV02L9TsnHpz6nXvuHUMZ+Juf6YLGPOQ7cIu9Pcz7ZZ7Kq8er+R9NTEandp ZAeOR16bBOx3Sa3YebXdRW1rDi4NjLmCpzHFjfstHv8ARyfdj1+lWz1HsfUqleF0Mfb+i4zm05F1 ba76HvNjxX6frUDHoybHufiY1V/trq/Q0fpFfzfq7k5Rxix32c41bqIDaLGuqeaHW1iu/fXVZ+p0 +na3+a/SJ3fV649S/aIEW/aWZO2a/wDB4x6a2nf6m/09rnXf10K81lH+t9n2NPp3TcCmpuCLxm5G JlHNsO8GxuTYXObZbU19ltftf+jZkb9/8tM+roQuPXg9tr67KwcjHtNrPVOzp1RdVRY6h1zWX10P 3fQqRsL6pHEzMvJG6wZjLaywvaHNZkWfachvqi3/AEv8zsrq9P8A4Sz9Imo+qV9OFfiusdY7Idil 1o9JgDcI0fZa201v9Pd6WIyu638/+xXWlXmmj/W+z/GZ/ZOmV3Mw5rGRVe7qNeP6g9T1SX78v0d3 quq3Ps/M9FCxsPotPUci/Fcz7cPUfk1Mv3Fht9N2S9+H6jvQdc6qn1HOrZ7/AE1Yf9XMh/WB1TcQ PVbkux/0WtzKfsNb/tG71/Q+z/SxvoeqqnTPqz1bG6pmX2trGI6q6jFY19b3gZF5zrXus2Uv27v8 Hc+7/wBGWqvNHCa/S27N0ZmJsx3vurq+1hpxm2vax1m4Ne1lTHO/S2bbGeyr1E4yMY5BxRdUclrd 7scPb6ob++6jd6zWa/T2IJ+rGR+pbHlhw8evDeSKX+pVU6m5v865zce31sVjvVr/APPno21t/wA1 sn9ujrJtcXB1rhjk17Qbqhiv9/q/mtY17P0Xq/6ay39H6arzVwef2NtJH+w5f+j/AOmz/wAmkhR7 LeGXY/Y//9KH+M/T6v4pA1+2t/8APVy85pc2WabgH79vMzpsg/vL0b/Gh/4nsb/w63/z1cvNqiGQ 6JIg/MGdyZH5WPB8n1ev6Jn4luOKep4ozsZsMNe/03NaHetj7XfRb6LtzP8AiV2PT8v6o0BjqcB1 T2Qan+qC5pGkVvB9rm/yV5bX1EsiYcQNsNER39v9ZGHWbBB3Els6ifxUMscr0/EX/wBJtCUer6U3 L6Jg22X4WKKHPk7i9znhz/5y31PdZ9p9znMyPzFwn1pf0kY7a8d9tl9e1lLX2F7a62+3b+79FZFv WL3aB5DfNUH3OcTPfVHHikDZPW0SmKoPo/8AibAc3rAPd+IP/btdF0vrfU8vqLaDtvpdlZNN7G4l 1Qx6qHX11X/tQv8AseU5/o0t9JlW/wDSrnP8ThhnWSOQ7EI+7LXoGNj04lPoY7Syre+3YSXe+17r 7ne79+2x7lMd2rM+ouPZ9Y21/WpvRi6kYxDMZ8uAuGZax+ZVtZu92J6DK8V/s/pmQr+FmX5HU+rY r2t9LAtoZSQIMW0V5NnqO/O/SWKZ6V0841uL6UU35H2y2HODjkb25P2n1QfU9T1a2bf5H6L+bTO6 RgHqL+pgWsy7XMfaWXWMre6toqqN2Kx4x7dtbdnvYhotJDm5P1lro+tNPRi6gY59PHu3Oi4ZWQy3 IxfTZ+djMrpppv8A+HzakbqF/Wm9Yx8Lp2RjkX7bbsazGLnU4rfbfk3ZYv8ApXW768Or7N+ks/4q y5XH9J6fZi5OI6o+jmXnKyIe4OdeXMu9cWh3qVvY+mr0tn836fpoVvQOl251/UCMivKynMfkPpyb qg81jZT6lVVja3NrZ7WMS0VcWv1vJ6xXm42J0a+k5OX/ADeJZjersqYf1vqGVmevV6GLS121n6Df dkfq9Pqf4M+Xk59/WWdJ6Y+nHIxxmXZF9Rv9rrTi00VUMuxvzqrHZFrrPYz0/TUsroXTcvLszbft DMm5rK7X0ZN1Ac2v+aZsx7GM2sRs/pmD1F1b8utxsq3enbVZZRY0P/naxbjPqs9K2P0lX0EtFWNN GgzrOVZ0vp2YKq678rPqwclgl7B+ntwst2O76W1z8ffjvcrfV8rKxm4lGG2sZWflNxarLwTXXLbM iy6yphY+5zaqH+jT6le+1Su6T067Bq6c6nZiY5rdRXS91RrdUd1DqranNtY6t35+9O/pWBZgDp1z H34oIcBbbY+wODvUZYMpz/tLbK3/AM3Z6v6NLRVhD0zNybMrN6dm+m/K6eaS6+phrZYzIYbanGh1 l/oXs9N7bq/V2fzdjElZwsDEwKnVYrCxtjzZa573WWWWO+lbffc6y66z+u9JLqqxdv8A/9OH+ND/ AMT2N/4db/56uXmG5enf40f/ABO43/hxv/nq5eXJsNmPD8n1SB/ikXIaScyMiU0lMkkp9L/xOfzX WZ/exPyZa7AdR6vdbl04uJT6mHm00PbbZH6tZXVkvyt7XNb62y3cypn83/o8lch/ic/mOsf1sX8m UvQmU1VvtsYwNsvLXXOHLyxraa3P/qVMZWmndhn8xcrq3XzhnKrxcZ978N+PXbe/a2hr8h1Pp0v9 7cl9n2bI9XdTV6XqenWq/wDz16XFjvs2SGVWsre8+l6YZaLHVZb8j1vs7KXehZ/hVq5HSel5WQMr JxKrsgNDPVe2XQ0769f+DcPY/wCn+Z/NoI+rnQACB06iHFpIgwdge2tv0v5prLravQ/mPR/Qel6P sQ0R6WfTOrUdTty6aqrabMKz0rGXBocZL2MtFTXutrrs9J/p+sxm9ZB+tGfZ1G7p9GNU19mR9l6d db6vpPLbXYt9z3t2/a669n6T7J6X2a+yrEt/0626Ol9Nx7jfj41dVpsNpewEHeRYwu5+jtyMj9F/ M/p7rPT9SxQs6N0e37QbMKl5zI+0kt+mQfUn/g3er+l3U+n+m/TfzqWigRbndH+seT1TJxSMeqvE y7H4gh7nWtya8f8AaNrvo+i/C0soq/wv81kf4T0qz4n1n6dmX+jRXeZe5lVpYAywM+0epdU/d/Nt fhXM/wBJ/NPV2npnTaMkZdGJTTktrFLba2BrhW0NrZW3b7W7a2V1fv8ApV11fzaHb0Lot3qi3Bpf 67xZbLT7nAvdu0Ps911+9texlvr3+r/PWJaKuLSH1swnMfa3EynVVsda+wCuBVVXVkZuRtNu708F mXjNub/O3WXfqvrelcttwLXFp7aKjb0To11TKbcGh9Vb/VZW5kgPhrS7X95tVbX1/wA1Z6f6StXi STJ1JSQa6LJJJIIf/9Qf+NH/AMTuN/4cb/56uXly9R/xo/8Aidxv/Djf/PVy1nYf1QwXfs+ro1GR ZiBjbnWUsJAdta2x19zS/I/S2VMs/wCMVLmObOD24QwzzzycVRx8I4Yw4I3Iy/rZYLeXjcLuqL4w kvXcmjpWMyq23pXSmtfZ6Aqrx67HPuYN9no2OjdS9jmWfQ/Rf8YhOd0BmDRHScTIyxbFjmY1LWPY 31XOrdY+v0aMt7atn2b+d/wn81YlDmuYnESjysiDX6cY+mX6fr4fR/cZTGI3l+D5OkvXekn6t9Ru qrb0nDrDH2nL9TGo3CsNfkU7GVO9Wv0avTbbZZRsVrFZ9Urm0vf0bDFV7GOba2io+58F7PRLfWbX TW/1PX/4xRZviObEalyeTTXQx7y+X9/5OP0foKEInaQcT/E5/MdY/rYv5MpeiLif8XOPVi9V+tON Q0V00ZjK62CSGtY/NYxvu/daF1PWer4vRenWdQypc1pDKqgQHW2u/mqGE/vfnv8A8HX+kV6MhMRk NpASH+E1sg9ZDce5tdbrbHNrrZq57yGtH9Z7oagU9S6bkPDKMyi554ay1jif6u13uXlPVetZvV8n 1cqwW2SSzd/M1D9zEx3/AKOvZ/p7GvyrlUa7Le1zm2WbmNLzufED8yzYPo+5O4Vwxdy+uZ3XOjdP sNWbm1VWjmqd9g7+6qre9v8AbVRn1x+rLi0OzhSHiWPurfU1w/eY+xvvb/KXklQzenXtbdW+q57R a1to+mHDd6m787etv7ZiWYz8HKyH/YPY+iu5m8MeWu+0NxXP99VTX/Trb+hv/Ro8IT7Y8X1euyu2 tttT22VvALXsIc0g8Frmp15l0rq9XSWR0y6x+0l4Y721k/uubLv0W38xjF0ln+MbolTQH42W+7a0 vbVW11e4iXCu9z2b2N/f2oGKyUCNtXqUlxTv8ZYe6MbpVhB49W1oP+bUHrS6b9d8PKPpZuHkdPvj 2mxpdQ7+rkVjc3a337H1oUUcEuz0aShj2m6iu4t2eo3cGzOh+g6R++z3pIIrWn//1R/40f8AxO43 /hxv/nq5drR0np/VMq1t9DTXjn9K4aGy62tgfu2fS9Kn7O7/AI70f9Aqt+PjZLNmTRVkMB3BlzG2 NBjbuDLWvbu2lBP1p/YeZlYFmBkZVllvrYxx4sL22t3bnUV7smvGpuZ6Ft7arf0n0P8ARqjLFDJz nL8XzY4Z5wHefFy8f8LhjNZy8/1ch4x/53E1+pYf1axM+rCN2Tjutd6Nlz21GqsUMPqXXHKDPS9d 17H/AGt1dtNmR/Rvz1k5XS+jYtT7cPqDLAK3uyN2S3dkXACyvKxfV/RV/wA09r8hjP8ArVzPTsss Y1vVa/rLlZGR0/PyKOqsacxmFjWUtqspNb8MszMp1T72Or9ZmXRvpq/SfzNn82q+f9bOsHGdmdHq x8Pp9eRXhdPxHU7rbXtPpP2lnsqqa1mz2epd+jWrDHI2B4Xfj0W5MohXpMtzpXpEesjMxVhsuxOi 0YnrYWRbTXYKq+nvaPtLSNn2K7qW270cqhr7dv6N+Plb/s/87VZao4LaejfWGmrMwrKen9TtZ9iZ mNHqUvZpVPvs9J7rtzPZ7LP0al17qudhhtzGOu6nkvazpZxX7fTfSLfW39MortZfbjZDsivOrv8A f/RqvS/nVeqyavrF0+rB+smTRlZbtp6ZfiY9rG2WbHWbvtdmxvqP9L1MjH+z9P8AT2ep/Negouax Y54M0M1DHOBjKcT/ADXD6o5Yy/1a+EpCUJxF1vjkPmjMeqH9TL+5+5NrfUGf259bgeft7Z/7czll /wCM/qLrOo0YAMMw6m2BvjZkfnn/AIumrY3/AIxeh1Y2LQ+1+PRVS692+51bGsL3STvudW1rrX+9 /vsXnv8AjV6XYy/F6zWJquAxsg/uvYN2P/25X6n+Yq+D+bx/3I/9FbYOQl4yl2Vk3MxsSqy4g7rG 1t3HnY13t+i3c5a3T8nIrZZQwWuf6u4sY6rR1Z0D/XaXb6nfnfpmLAxcvJx7bbaHRbAGmo8PoH2/ +QV3CNgxmua0ufU9p2QXB3/B2Vt9z2P/AD2qZkb3VmMtsOXkh1ZG97Kg7e3e873De709uP8Amsox 6P7ap9Mte1jr9rX3WH2ucA4jWGtYHe1qu2V5FjcjdWyqvLLH21tra1oNZc6tuN9K3Gq9/vrr/nVn 4/rUA1ei95Y4EPaIYY491mxJTfuz+pVW+k62xjzI9rgAI1+iEfHzSzBqydol9ldGxuxo3e/e47/d 29mxvvWbZfbZabXUsFzpHqWXhztfzWtaf++K5j0urw3V5FW5r3Fz2ua/04J3tE7a923+skpv5eVd j9UHTrn11VwQ/JNjizeP8DXbji1j7f7P0/3FWdk5eJYXERQBFjyWmZ/NILv0ez95ENmLin0SaqwG j6Mw2RuaCz3bHt3e5iq5LbBW+p53e0OB0LXNP0Xj81JT6D9Qcs29HuwX2Cx+BeWiNQK7h9pqY2fz K91jEljf4sMguycyn97GYT8abSxp/wAzKSTa1Y69f4v/1urPCq5uZ1MdQ/UsbbdiPLWZIur+i8Mf 6d+M99frVXfnUf8AFXVWV3K0hW4XT7nOffh49r3u3vc+sOJfHp+o7+XsbsWbzXLzyZMOSHDxYePh 4uP0yye36h7U8X6MJ/MwcvljjExK/VW39XiSP+tfVqKn35HT4qIOy2p4ur0Ddtn6H9Ltts9T6Tf0 a5/0+gjKHUMbAxWZTS5xfZkhtYc/23W24lhqrbZZt/wf/bi2v2d0va1v2DF21/QHpNhv0vo/570w 6Z0sOc77DjkvO4yyQDG32An9G3+SxWcOfm4XxcBPT2+LH/d4vVk9SckuXnpKJI8QP8X+7/Veeyv2 rnF7un0Oo6g4bWZlEY1barLK8v0zvNNGbj0/Z/stdHp+nZ+nvustttWlhU5uPlDMtxarMsuIeanM pqD7iTkO9B113p5V36N9uRutttp9KhnoY1fpLR/Z/TXEB2FjOBb6RmsH9GTrV/UVt/QehttcB07G 9jiGn0xPtPt/6lQcxHm+YhLHL2hikKMayer+9KOSDLDNiGo4rHk3EDOwcTqGHdg5tYuxchu22s6T +c1zXfmWMd763o6ZWscTGEYneIA+xgJ1t8h+tH1Fyvq5uzqr25PTbLG1Vvd7bmucdzGXV/Qd7W/z 1f0/+DWTjWWNftqt9Fz4YLZ2hu4tZ6jnfmsbu9y9L/xmNJ+qpcP8HlUOPkJc3+K8rFhFrWhoc107 o402/wDnKlB0ZoEkauvbRRdlYTamihuSCx2NvuseNp2tyrrciurc3O/nKPs/6P02Losrp+D9Xfs1 f7PozsrJqF/rZtTrKQD/AICil72e/wD7kZDv5n9H6dSwcItZ1zpjhl/b3A1l9kWQx3u/VA7K/SWt x2/4Rv6JdL9cbr3ZfT8e1xc6vGdYGE/RNtkf9JtKkB9BGm+9er7VkzUxv8u36Lr4n1v6bbl4+Dhd HbhHJe2gXMNTSx1h2tdXS2s1Wt3/AOkfUsXrjZts+3Xvyb2h/pPvfve1rQdK/S3UV7lh4eTUcrEv EOr9eogOHIFjd25rv6q2evvzD1G+rOyW2lnrR9ncGtYxof6FXpHbXXy31Nu+22tOhPgB0BuhqxZQ ZmOpFa6PP0mhmHk0Zwe7ML2nGtjc19RHspFn5vvd+coOqsqDKLNDVS1uvg+bm/8ARertlPrs6fVi 1my+xrjksrJ9RxlvpS0u21011/nV/wA5/hFn2WtO97Bo8nYB4fRaom09J/iwEdTzP/Czo/7dx0kf /FpTtz853+jxqw7+tba5/wD6ISQ6rP0/o//X6tUj1vpdbnMycmvFeLn47W2uHudW8UOeNm9rK/Vf t/S7PS/w3pq6se76t12/b5ySPt9eVWf0YOwZV1WY78/3+l6Pp/8ACKEV1aUa6pcb6x9KufY2y5uK G5L8Sk3uDTa+shlljK/pU0+q702vv2f98WjXbVaHGp4eGPdU8js+s7LazP51b1j3/Vr1TkFmY6v7 a2+jL/RNeXY+RkP6i6mje/8AQZFb7ravtP6b6fqfZ/UrrWy31juNzxY4vcWkN2wwn9FVEu3ekz2e r/hUjXRUuHoyb9JvxH5VpW/ztn9d35Ss1v0m/EflWlb/ADtn9d35SjFdDYsEkk6K5yvrT053U/q3 1HCraX2vpL6Wjk2VH1q2t/r7Nq8WrsD4fMzrp8l78CQZGhHC5HrH+LbpHUM12bi3P6e+4l9tTWCy ouPNlTC+l1O793f6ScCyQkBoXh+n3MxOrdIzM/G9DDq9OwmthBuprc5rs0s3Psttud/OWfn/AJi0 vrb9YcLq3WnZnT2WHHFVdVe9hZ9He6w7Xe7/AAi6PH/xX9JYd1+Zk2nk+m1lQJ+61/8A01fp+oH1 Uq+li2Xn/hrnu/6LSxHiSZRL5o6+QQWwCfzyAruT1azqF7X+lXubuHp1B1g9zfS2+m381nt9L/i6 16fj/Vz6vY0eh0zGbHBNYefvt9RaFbW1DbU1tYHAYA0f9GEDJHFH918kowfrJde6zEwcq5votoqL q3CGgbXN/S7PYjt+pP1uyXb34bap1Je+tn/RaV6qXOPJJ+KZLiV7h7OB9T/q3kdCxsp2Y9j8zNex zxUS5rGVNLKq97tu936Sx70lvpIXra3iN2//0Os078d1zWd9brcDKuoyMdhGFZkszXND9Bs9Xonp O3u93Uf5u3f/ANb9FdIhPw8Ox1j7Met7rjW61zmgl5p/ozrP3vs/+CUIrq0okDcW87d9bc7AtNHV Malt2E65vVDR6mxn6Jl3Svs7nvf/AE25/wBnf6nqfQ9npp7frbm9Pt9Dq2NUy3ENv7VNHqba2+lV d011G99n9MyL/s36T1f5v/BrobcTEudY66iux15rNxc0EvNJ3Y3qfveh/gkrsPDvNrr6K7Tfs9Yv aCX+kd2P6n73ou/m0bHZdxR/daGTmdcZldG6fTXiVZ/Uq7X5H2gWmuuyium99VTabm2bd9tlfuss +h6iE366ZmTiX9WpxaWYeFXi25tFjnfaHuzY9uE5jm1Vtrc/9X9eqz7X/wAErOV9X+k5uVRdk49b 2V2XWWUFoLLbcj0m2ZF353rN+zs97Vr39H6O7Oqyn4OO6/COzFsNYmtrD+hZXHt20/4D/Qf4HYjE il8DGtnn7vrb1CmuvOdj0OwMhnULaKR6gyQ3ADmtbkO3uq332hnrbKP1apLK691TGzxidRbjWnCv xHvdgOuYHtuxuo5tjHNfc/f/AEKtlVN36G3+kWfTq9HQZ9VsQdUt6lZe51r2XMqcymmu1hyWmu+2 /Jrr/X7K2O/VvtVfs/wvrKXR/q1g9LdZcRXfk2WVW7249WPWx1Dba8eyjFxQK67tuTf6lv8AhPUT rC+4ud/zp6sxuNTbj4jsnqeLjZeCa3WenUMu+jCqZ1EbrLHsr+1b/tGO+n1vTfV6arY/1h63jZWT gFjMvNt6jmNfYyu/IqYzGpxNtGJi0W+uxll2Qz1P0/6l+m/RXLpKOhdDx6cjHo6fjVUZn9JrbWA2 zXcGvH7jHfzdbPZV/g1F/wBXugPxW4bum4xxWP8AVbT6YDRZDWeqNv57mVsbZ/pf8KlYRxR7PPU9 cybOrfbrLDTjl2LkOxXXE0sael52ZZU62v1K/s77qWXPtZU//T+l6iNjfWvqtkY1tFIysl+FXiWu pvopBzPXD33VZNxybaa/sj/s1jXYv2v/AEda6IdM6Y125uHQDDRpW0CGVuw62bI2bGYllmK1m3Z6 D/TVO36t9J+x242Dj04JtADnsprta8Nd6jKsqjJFjMmjf/g3/wA3/gLaUrCuKPZy6PrL1rIvvwWV YVeVh/bbci6z1hjmrCezG2UkW7/Xutfvstsf6eNR/gFp3dXybOm9IycKquvI64+hlIyS51VXq1Oz LPU9H0bL3Nrr9OhjX0etYo4v1U6HT0+nBycWrObTa/ID7qmNHq2kPuNVNIZVRR7WM+ys/QenXX/O K7kdK6XktyG5GHRaMwMGTuYD6npt9Ojf/Kor9lD2fzX5iGiiYuDb9aup1051/p4NlfRKqX9TNdtj 2XPuc9np9MyPo1en6X/aqq/9b/Vf8H6qmev9fdnjFqqwdmTkdQx8V7xfuZ+zz7rskNt/S+uxljfR o9LZ+jt9X/ALZd0Xozrca52BjG3CAbiO9No9IAl7G1ge3ax7vUr3fzdn6T+cRhg4Ie2wY9YfW617 H7dWuyP6W9p/eyf8N++jY7K4o9mPTcv7d03Dziz0zl49V5rBkNNjG2OYHfyXOSRqqqqamU0sFdVT QyutohrWtG1jGj91rUkFvV//2ThCSU0EIQAAAAAAUwAAAAEBAAAADwBBAGQAbwBiAGUAIABQAGgA bwB0AG8AcwBoAG8AcAAAABIAQQBkAG8AYgBlACAAUABoAG8AdABvAHMAaABvAHAAIABDAFMAAAAB ADhCSU0EBgAAAAAABwACAAAAAQEA/+EZNGh0dHA6Ly9ucy5hZG9iZS5jb20veGFwLzEuMC8APD94 cGFja2V0IGJlZ2luPSfvu78nIGlkPSdXNU0wTXBDZWhpSHpyZVN6TlRjemtjOWQnPz4KPHg6eG1w bWV0YSB4bWxuczp4PSdhZG9iZTpuczptZXRhLycgeDp4bXB0az0nWE1QIHRvb2xraXQgMy4wLTI4 LCBmcmFtZXdvcmsgMS42Jz4KPHJkZjpSREYgeG1sbnM6cmRmPSdodHRwOi8vd3d3LnczLm9yZy8x OTk5LzAyLzIyLXJkZi1zeW50YXgtbnMjJyB4bWxuczppWD0naHR0cDovL25zLmFkb2JlLmNvbS9p WC8xLjAvJz4KCiA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0ndXVpZDowY2FhMzhiOS0zZDVi LTExZGUtYjhlNC05MzY2M2I5Y2YxODgnCiAgeG1sbnM6ZXhpZj0naHR0cDovL25zLmFkb2JlLmNv bS9leGlmLzEuMC8nPgogIDxleGlmOkNvbG9yU3BhY2U+MTwvZXhpZjpDb2xvclNwYWNlPgogIDxl eGlmOlBpeGVsWERpbWVuc2lvbj4xNzA8L2V4aWY6UGl4ZWxYRGltZW5zaW9uPgogIDxleGlmOlBp eGVsWURpbWVuc2lvbj4yMDA8L2V4aWY6UGl4ZWxZRGltZW5zaW9uPgogPC9yZGY6RGVzY3JpcHRp b24+CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6MGNhYTM4YjktM2Q1Yi0xMWRl LWI4ZTQtOTM2NjNiOWNmMTg4JwogIHhtbG5zOnBkZj0naHR0cDovL25zLmFkb2JlLmNvbS9wZGYv MS4zLyc+CiA8L3JkZjpEZXNjcmlwdGlvbj4KCiA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0n dXVpZDowY2FhMzhiOS0zZDViLTExZGUtYjhlNC05MzY2M2I5Y2YxODgnCiAgeG1sbnM6cGhvdG9z aG9wPSdodHRwOi8vbnMuYWRvYmUuY29tL3Bob3Rvc2hvcC8xLjAvJz4KICA8cGhvdG9zaG9wOkhp c3Rvcnk+PC9waG90b3Nob3A6SGlzdG9yeT4KIDwvcmRmOkRlc2NyaXB0aW9uPgoKIDxyZGY6RGVz Y3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjBjYWEzOGI5LTNkNWItMTFkZS1iOGU0LTkzNjYzYjlj ZjE4OCcKICB4bWxuczp0aWZmPSdodHRwOi8vbnMuYWRvYmUuY29tL3RpZmYvMS4wLyc+CiAgPHRp ZmY6T3JpZW50YXRpb24+MTwvdGlmZjpPcmllbnRhdGlvbj4KICA8dGlmZjpYUmVzb2x1dGlvbj43 Mi8xPC90aWZmOlhSZXNvbHV0aW9uPgogIDx0aWZmOllSZXNvbHV0aW9uPjcyLzE8L3RpZmY6WVJl c29sdXRpb24+CiAgPHRpZmY6UmVzb2x1dGlvblVuaXQ+MjwvdGlmZjpSZXNvbHV0aW9uVW5pdD4K IDwvcmRmOkRlc2NyaXB0aW9uPgoKIDxyZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjBj YWEzOGI5LTNkNWItMTFkZS1iOGU0LTkzNjYzYjljZjE4OCcKICB4bWxuczp4YXA9J2h0dHA6Ly9u cy5hZG9iZS5jb20veGFwLzEuMC8nPgogIDx4YXA6Q3JlYXRlRGF0ZT4yMDA5LTA1LTEwVDE0OjE4 OjMyKzAxOjAwPC94YXA6Q3JlYXRlRGF0ZT4KICA8eGFwOk1vZGlmeURhdGU+MjAwOS0wNS0xMFQx NDoxODozMiswMTowMDwveGFwOk1vZGlmeURhdGU+CiAgPHhhcDpNZXRhZGF0YURhdGU+MjAwOS0w NS0xMFQxNDoxODozMiswMTowMDwveGFwOk1ldGFkYXRhRGF0ZT4KICA8eGFwOkNyZWF0b3JUb29s PkFkb2JlIFBob3Rvc2hvcCBDUyBXaW5kb3dzPC94YXA6Q3JlYXRvclRvb2w+CiA8L3JkZjpEZXNj cmlwdGlvbj4KCiA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0ndXVpZDowY2FhMzhiOS0zZDVi LTExZGUtYjhlNC05MzY2M2I5Y2YxODgnCiAgeG1sbnM6c3RSZWY9J2h0dHA6Ly9ucy5hZG9iZS5j b20veGFwLzEuMC9zVHlwZS9SZXNvdXJjZVJlZiMnCiAgeG1sbnM6eGFwTU09J2h0dHA6Ly9ucy5h ZG9iZS5jb20veGFwLzEuMC9tbS8nPgogIDx4YXBNTTpEZXJpdmVkRnJvbSByZGY6cGFyc2VUeXBl PSdSZXNvdXJjZSc+CiAgIDxzdFJlZjppbnN0YW5jZUlEPnV1aWQ6MGNhYTM4YjUtM2Q1Yi0xMWRl LWI4ZTQtOTM2NjNiOWNmMTg4PC9zdFJlZjppbnN0YW5jZUlEPgogICA8c3RSZWY6ZG9jdW1lbnRJ RD5hZG9iZTpkb2NpZDpwaG90b3Nob3A6MGNhYTM4YjQtM2Q1Yi0xMWRlLWI4ZTQtOTM2NjNiOWNm MTg4PC9zdFJlZjpkb2N1bWVudElEPgogIDwveGFwTU06RGVyaXZlZEZyb20+CiAgPHhhcE1NOkRv Y3VtZW50SUQ+YWRvYmU6ZG9jaWQ6cGhvdG9zaG9wOjBjYWEzOGI4LTNkNWItMTFkZS1iOGU0LTkz NjYzYjljZjE4ODwveGFwTU06RG9jdW1lbnRJRD4KIDwvcmRmOkRlc2NyaXB0aW9uPgoKIDxyZGY6 RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjBjYWEzOGI5LTNkNWItMTFkZS1iOGU0LTkzNjYz YjljZjE4OCcKICB4bWxuczpkYz0naHR0cDovL3B1cmwub3JnL2RjL2VsZW1lbnRzLzEuMS8nPgog IDxkYzpmb3JtYXQ+aW1hZ2UvanBlZzwvZGM6Zm9ybWF0PgogPC9yZGY6RGVzY3JpcHRpb24+Cgo8 L3JkZjpSREY+CjwveDp4bXBtZXRhPgogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAog ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg CiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAKPD94cGFja2V0IGVuZD0ndyc/Pv/iDFhJQ0NfUFJPRklMRQABAQAADEhM aW5vAhAAAG1udHJSR0IgWFlaIAfOAAIACQAGADEAAGFjc3BNU0ZUAAAAAElFQyBzUkdCAAAAAAAA AAAAAAAAAAD21gABAAAAANMtSFAgIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAEWNwcnQAAAFQAAAAM2Rlc2MAAAGEAAAAbHd0cHQAAAHwAAAAFGJrcHQAAAIE AAAAFHJYWVoAAAIYAAAAFGdYWVoAAAIsAAAAFGJYWVoAAAJAAAAAFGRtbmQAAAJUAAAAcGRtZGQA AALEAAAAiHZ1ZWQAAANMAAAAhnZpZXcAAAPUAAAAJGx1bWkAAAP4AAAAFG1lYXMAAAQMAAAAJHRl Y2gAAAQwAAAADHJUUkMAAAQ8AAAIDGdUUkMAAAQ8AAAIDGJUUkMAAAQ8AAAIDHRleHQAAAAAQ29w eXJpZ2h0IChjKSAxOTk4IEhld2xldHQtUGFja2FyZCBDb21wYW55AABkZXNjAAAAAAAAABJzUkdC IElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAEnNSR0IgSUVDNjE5NjYtMi4xAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABYWVogAAAAAAAA81EAAQAAAAEWzFhZ WiAAAAAAAAAAAAAAAAAAAAAAWFlaIAAAAAAAAG+iAAA49QAAA5BYWVogAAAAAAAAYpkAALeFAAAY 2lhZWiAAAAAAAAAkoAAAD4QAALbPZGVzYwAAAAAAAAAWSUVDIGh0dHA6Ly93d3cuaWVjLmNoAAAA AAAAAAAAAAAWSUVDIGh0dHA6Ly93d3cuaWVjLmNoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAGRlc2MAAAAAAAAALklFQyA2MTk2Ni0yLjEgRGVmYXVsdCBSR0Ig Y29sb3VyIHNwYWNlIC0gc1JHQgAAAAAAAAAAAAAALklFQyA2MTk2Ni0yLjEgRGVmYXVsdCBSR0Ig Y29sb3VyIHNwYWNlIC0gc1JHQgAAAAAAAAAAAAAAAAAAAAAAAAAAAABkZXNjAAAAAAAAACxSZWZl cmVuY2UgVmlld2luZyBDb25kaXRpb24gaW4gSUVDNjE5NjYtMi4xAAAAAAAAAAAAAAAsUmVmZXJl bmNlIFZpZXdpbmcgQ29uZGl0aW9uIGluIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAdmlldwAAAAAAE6T+ABRfLgAQzxQAA+3MAAQTCwADXJ4AAAABWFlaIAAAAAAATAlWAFAA AABXH+dtZWFzAAAAAAAAAAEAAAAAAAAAAAAAAAAAAAAAAAACjwAAAAJzaWcgAAAAAENSVCBjdXJ2 AAAAAAAABAAAAAAFAAoADwAUABkAHgAjACgALQAyADcAOwBAAEUASgBPAFQAWQBeAGMAaABtAHIA dwB8AIEAhgCLAJAAlQCaAJ8ApACpAK4AsgC3ALwAwQDGAMsA0ADVANsA4ADlAOsA8AD2APsBAQEH AQ0BEwEZAR8BJQErATIBOAE+AUUBTAFSAVkBYAFnAW4BdQF8AYMBiwGSAZoBoQGpAbEBuQHBAckB 0QHZAeEB6QHyAfoCAwIMAhQCHQImAi8COAJBAksCVAJdAmcCcQJ6AoQCjgKYAqICrAK2AsECywLV AuAC6wL1AwADCwMWAyEDLQM4A0MDTwNaA2YDcgN+A4oDlgOiA64DugPHA9MD4APsA/kEBgQTBCAE LQQ7BEgEVQRjBHEEfgSMBJoEqAS2BMQE0wThBPAE/gUNBRwFKwU6BUkFWAVnBXcFhgWWBaYFtQXF BdUF5QX2BgYGFgYnBjcGSAZZBmoGewaMBp0GrwbABtEG4wb1BwcHGQcrBz0HTwdhB3QHhgeZB6wH vwfSB+UH+AgLCB8IMghGCFoIbgiCCJYIqgi+CNII5wj7CRAJJQk6CU8JZAl5CY8JpAm6Cc8J5Qn7 ChEKJwo9ClQKagqBCpgKrgrFCtwK8wsLCyILOQtRC2kLgAuYC7ALyAvhC/kMEgwqDEMMXAx1DI4M pwzADNkM8w0NDSYNQA1aDXQNjg2pDcMN3g34DhMOLg5JDmQOfw6bDrYO0g7uDwkPJQ9BD14Peg+W D7MPzw/sEAkQJhBDEGEQfhCbELkQ1xD1ERMRMRFPEW0RjBGqEckR6BIHEiYSRRJkEoQSoxLDEuMT AxMjE0MTYxODE6QTxRPlFAYUJxRJFGoUixStFM4U8BUSFTQVVhV4FZsVvRXgFgMWJhZJFmwWjxay FtYW+hcdF0EXZReJF64X0hf3GBsYQBhlGIoYrxjVGPoZIBlFGWsZkRm3Gd0aBBoqGlEadxqeGsUa 7BsUGzsbYxuKG7Ib2hwCHCocUhx7HKMczBz1HR4dRx1wHZkdwx3sHhYeQB5qHpQevh7pHxMfPh9p H5Qfvx/qIBUgQSBsIJggxCDwIRwhSCF1IaEhziH7IiciVSKCIq8i3SMKIzgjZiOUI8Ij8CQfJE0k fCSrJNolCSU4JWgllyXHJfcmJyZXJocmtyboJxgnSSd6J6sn3CgNKD8ocSiiKNQpBik4KWspnSnQ KgIqNSpoKpsqzysCKzYraSudK9EsBSw5LG4soizXLQwtQS12Last4S4WLkwugi63Lu4vJC9aL5Ev xy/+MDUwbDCkMNsxEjFKMYIxujHyMioyYzKbMtQzDTNGM38zuDPxNCs0ZTSeNNg1EzVNNYc1wjX9 Njc2cjauNuk3JDdgN5w31zgUOFA4jDjIOQU5Qjl/Obw5+To2OnQ6sjrvOy07azuqO+g8JzxlPKQ8 4z0iPWE9oT3gPiA+YD6gPuA/IT9hP6I/4kAjQGRApkDnQSlBakGsQe5CMEJyQrVC90M6Q31DwEQD REdEikTORRJFVUWaRd5GIkZnRqtG8Ec1R3tHwEgFSEtIkUjXSR1JY0mpSfBKN0p9SsRLDEtTS5pL 4kwqTHJMuk0CTUpNk03cTiVObk63TwBPSU+TT91QJ1BxULtRBlFQUZtR5lIxUnxSx1MTU19TqlP2 VEJUj1TbVShVdVXCVg9WXFapVvdXRFeSV+BYL1h9WMtZGllpWbhaB1pWWqZa9VtFW5Vb5Vw1XIZc 1l0nXXhdyV4aXmxevV8PX2Ffs2AFYFdgqmD8YU9homH1YklinGLwY0Njl2PrZEBklGTpZT1lkmXn Zj1mkmboZz1nk2fpaD9olmjsaUNpmmnxakhqn2r3a09rp2v/bFdsr20IbWBtuW4SbmtuxG8eb3hv 0XArcIZw4HE6cZVx8HJLcqZzAXNdc7h0FHRwdMx1KHWFdeF2Pnabdvh3VnezeBF4bnjMeSp5iXnn ekZ6pXsEe2N7wnwhfIF84X1BfaF+AX5ifsJ/I3+Ef+WAR4CogQqBa4HNgjCCkoL0g1eDuoQdhICE 44VHhauGDoZyhteHO4efiASIaYjOiTOJmYn+imSKyoswi5aL/IxjjMqNMY2Yjf+OZo7OjzaPnpAG kG6Q1pE/kaiSEZJ6kuOTTZO2lCCUipT0lV+VyZY0lp+XCpd1l+CYTJi4mSSZkJn8mmia1ZtCm6+c HJyJnPedZJ3SnkCerp8dn4uf+qBpoNihR6G2oiailqMGo3aj5qRWpMelOKWpphqmi6b9p26n4KhS qMSpN6mpqhyqj6sCq3Wr6axcrNCtRK24ri2uoa8Wr4uwALB1sOqxYLHWskuywrM4s660JbSctRO1 irYBtnm28Ldot+C4WbjRuUq5wro7urW7LrunvCG8m70VvY++Cr6Evv+/er/1wHDA7MFnwePCX8Lb w1jD1MRRxM7FS8XIxkbGw8dBx7/IPci8yTrJuco4yrfLNsu2zDXMtc01zbXONs62zzfPuNA50LrR PNG+0j/SwdNE08bUSdTL1U7V0dZV1tjXXNfg2GTY6Nls2fHadtr724DcBdyK3RDdlt4c3qLfKd+v 4DbgveFE4cziU+Lb42Pj6+Rz5PzlhOYN5pbnH+ep6DLovOlG6dDqW+rl63Dr++yG7RHtnO4o7rTv QO/M8Fjw5fFy8f/yjPMZ86f0NPTC9VD13vZt9vv3ivgZ+Kj5OPnH+lf65/t3/Af8mP0p/br+S/7c /23////uAA5BZG9iZQBkgAAAAAH/2wCEAAgGBgYGBggGBggMCAcIDA4KCAgKDhANDQ4NDRARDAwM DAwMEQwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwBCQgICQoJCwkJCw4LDQsOEQ4ODg4REQwM DAwMEREMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDP/AABEIAMgAqgMBIgACEQED EQH/3QAEAAv/xAGiAAAABwEBAQEBAAAAAAAAAAAEBQMCBgEABwgJCgsBAAICAwEBAQEBAAAAAAAA AAEAAgMEBQYHCAkKCxAAAgEDAwIEAgYHAwQCBgJzAQIDEQQABSESMUFRBhNhInGBFDKRoQcVsUIj wVLR4TMWYvAkcoLxJUM0U5KismNzwjVEJ5OjszYXVGR0w9LiCCaDCQoYGYSURUaktFbTVSga8uPz xNTk9GV1hZWltcXV5fVmdoaWprbG1ub2N0dXZ3eHl6e3x9fn9zhIWGh4iJiouMjY6PgpOUlZaXmJ mam5ydnp+So6SlpqeoqaqrrK2ur6EQACAgECAwUFBAUGBAgDA20BAAIRAwQhEjFBBVETYSIGcYGR MqGx8BTB0eEjQhVSYnLxMyQ0Q4IWklMlomOywgdz0jXiRIMXVJMICQoYGSY2RRonZHRVN/Kjs8Mo KdPj84SUpLTE1OT0ZXWFlaW1xdXl9UZWZnaGlqa2xtbm9kdXZ3eHl6e3x9fn9zhIWGh4iJiouMjY 6Pg5SVlpeYmZqbnJ2en5KjpKWmp6ipqqusra6vr/2gAMAwEAAhEDEQA/AOg5sj3njVb3RPK2oapp ziO7txEYnZQ4HKaONvhbb7LNnGP+Vsedv+WyP/kRF/zTmPGBIsOvhhlMWK51u+iM2eeP+Vred/8A lsj/AOREX/NOX/ytbzt/y2x/8iIv+acPhnyZ/lsneH0Nmzzz/wArW87/APLZH/yIi/5pyv8Ala/n b/lsj/5ERf8ANOPhnyX8tk7w+h82edz+bHnb/lsj/wCREX/NOV/ytjzt/wAtkf8AyIi/5px8OXkv 5bJ3h9E5sj0+tXlr5J/T44S3qacl4eang0phEh5KhT4S3ZWxvl3WtS1G9u7W6aC6ggjjkS9tYJre Pm5cNAVuGl9RlVVfnG/7WRr7GnhNE9zI82EEXm2wby8fMtxBPZ2NEMYuBEryLIVEbrxleMLI0nEe pJH/AJfFPix0PmvTLjQ59fgWSW3tiySxRGOSTmpClFMcjwufiX7EzI382NFeGXd1r4p7mwg0/wA1 2uoXy6ebK6tZmkmt63CxcRNAokkirFLLVvTIk5ryi/4s5/Di0evQx2uq3t2T6Wm3MlvRI6MeKoVR Rzf1HdpOKt+65fyLjRXhPcnObAOmapFqazgQy209rJ6NzbT8PUjcosq19J5YyGjkR1ZJGwdgQRTs 2bNirs2bNirs2bNir//QNPzN/wCUG1b5Qf8AURFnnEKe3356O/M3/lB9W+UH/URFnnNAa/PK8f0/ Fx9L9B/rNhCBvjxHXsf4YY2duJHAK8gBvh1baXHMKrx260AO+V5M8YGi5sMZluGL+hUb5YtWPbJe bC3gYepKgPTiaHDzytaeV59RifXXZI0kRkSNOUDj9oTsd1C/8Nlf5oXVfay8LzeZtZuD2HvgV14k jO/+eNK0PVINW1nSI7FdNtIRCnp8QXk4q3KD0vst8dV5f77+P7WcHuIijuh+0vXL8c+Kwen2+bXK IHJ9MaXYW+qeTrDTrsE291p0EUoU0PFoVBocNmvLNFuGe4iVbTe7YuoEICCX99v+7/dsJPj/AGPj whhTUZPIdrHpRK3zaZALcoQrcvRT7DN8KvT7Dfz4WWOn6jFo3m36rBewy3gkbTRdyM90zfUo4kPq s8knL1l4x8pOSZCvPq6uruz1ZP8AobT5NGh0WjNYxRQxQlXIcLBxMLrIhDc0MaOrj9rMui2Y0+TT XaWWKZzJLJLIzyMxYPUu3uv2V+HBtuHFvEJK8wihq9a03rimC2Nnv62lkeg6fFeLfIr+stxLdglt vUnjEMm38vBccdE09ra+tHjLw6jI81ypYgl3CqSrLRk+wvHj9nDHNjZXiPegtN0q10tJltzI73En rXE0zmSSR+KoGd2/lRERf9XBubNgQTfN2bNmxV2bNmxV2bNmxV//0TT8zf8AlB9Wr4Q/9REWechK w+yKZ6N/M7/lBtW+UH/URFnnADK8fL4uPpfoP9Zlmg2wvbe4qtGjAAI6bgNgia8Gk/6GVWrASOTX lQ9AMGeWoLf9H3JtixkIQyA7UICcvo3wv8zRlNakLIwASIAqAQKoNj13X7WY88cZzPFy7nNhIg7K JuvVMbrCEWRiiKVKsWHc5Nvy58n/AOKrjUXf4WtEV1qxAJevGOgP7XH7WRPStOF1aX/GD1GtZbaQ Ts/x0aT0m27Iea886F+Wl9aaN5r1LSLt2NvqUf1KBojV1PKvLx4fa/eZARgJAdD+AzMiYkJb5m8l 33l+Jws3pQEVmijasaFlNAwpxYU+FZP9jnL7+LjIJK8hIgavz2/hnqD8wdJsLDyvGnN+MH+jKzUJ IevEvtvxzzBqMwacxen6ZjrGyj7NVP7P+SeuXQhwz27t+rWZWKPwfQcOoTaT5Ch1O3i9aWz0qOdI zShMduGq1WT4Fpyfi3Ph9j48FT63LptrZLf20tzqNzE0sltapGrKIlDzsUed41WLmqtwuZuT/wB1 6mbSrOHUPKNlp9yCYLrTYoJgpoeEkARqHt8LYK1TRrPVxH9YMsckIdY5oJGicLIOMqckP2JAPiGH br3uqJjZB7z+xCXOv8ZtB+pQm5ttakIEwKjjH9Xe5RwGZP5eX/GNZP8Adnpqz5vMdnBqJ09opiqz RWst4oQwJcTqGhgc8/V5uHT7MXD94nJ/iwRJo1i66cqK0K6U6vZCJiOAWNoOB68kMLtG2B7rQ9If U4tQuGZLiaZJFh9ZljmuIYyYn9Hlxklihi5fD+xFzb+7wbI9PnyKy98z2ljqA09ra4mImtraa4iV DFFLdsEgSQvIkn7Su3pxuqr/AJfwYJGsxtrT6JHazvJFEk89yoT0I1l9T0wxMgl5OYXHwxNhXqnl aXUNcg1JZ1itlltriZFMod3tG9SMMiyCCTfj8bx8kX+f936Z7FYW8N9caigP1i6jiilJO3GAyGOg 7f3z4dlPDQrnX2pXaea9Ou9bbQVjljuh6vFnMVG9AhX+BJXuIuv7v14IvU/3XgEeZdRFl5l1C4gW 3g0iSSK0BjEjH0U5uz8bn97y5L8H+i8V/wB2v8XpDoPLmjaVfJqiyPEyyyekskx9FZL2T94qI3w8 p5nXj+3z4Rp/JgqXQdPmstRsHV/Q1R5JLsBtyZVCPxP7Pwrjsm4dBtt+1Q8w+Z7Hy3Gkt7FLIjq7 lozCoCx8eW9xLAruefwQxepM/wCzHhwjrIiyLurAMp9jvhVrHlvTdbkWW89VXWKS2LQyNGWhmp6k Tcf2W44YxtBCY7MSD1FjqkbMOZRKIXp1IFV5Ng2rzYmqFc+qtmzZsCHZs2bFX//SNPzNBPkfVgOt If8AqIizzokErGlN6V3PbPSX5o3CN5E1cLbxxtSCjrzqP9Ii6cnYZ5zh5O9KmjREVHyrlcNon3tG mHoO9+p6L+X9vHOlwHdD6sf90D8VSFG//A4Ueamjm8w3KK6hERJZDIxVVdYxWgX7S/ZxPyRdLZ3s EsjhUY8Eody4qaEeDKeOSLVvKeua1qw1bR7FjDcxp6vEc+BT91Kh/wBbirZRKQEyCejmxia4kt8q l7WPzBPFLH6kNnHItCXUuZo2UfF+wcm/5bC1fzkk17YRiRkla2kJZ5E4x8z6Z5AfH+8+FlbL8v8A kLW47Z7XVLOSS1uSFuJI0KTGNWDolAPipT+bBui6Bq9n5gkklsDDGJHWwW4ehjjZqRvOYiGVuG/7 OUTlMZISiNgdy2RjExkCaNbM0/MOaJvJlxcOwcSyRGOverfY38BnlrXFVb08fAGngKnO7+e/Mjz6 fc+X2sZn+rvGIZ/TesrIpZ5eRFOAc8E/34ueftTmkmvJZJYxDIzHlCAQEI/ZoemZOI8UzLuFfFrm OGFedvoqH66fItt+j0d7w6bCIFif03LGFfsPQ8Wws0uHzGvl3zJDL9aFyyznSPUaUSjlbAJ6Tzz3 U6/6QG4c7jly+P8AdfYyb+WfqcflbR5ZoIgq6fbNJIzOAAIULMx5gDDKCfS7oFrVLeZR1Mbs4/4W Q5Oj5c3WcJF7jnfVhOp2N9Bo+nWtq15NFFPG2penO5u3gKu0gWdpFn/v2i5enLz9L93H8PwYy60y 71Cy8uQTi6i9C59S7Yzn6zGgs7qMercwFDzZ3jjkeNv92fa/ayeM1gjpG8MKvJURoWcFiByPEc/i oMzmxjZFeCFWkPGMMzgsaVotX3NBgo+SOE9469/V5zdQeZpPKWmRI0y36PGNRI5NcNCvNW/u5rWV pG/dM/p3EcrfHw+LFjBr3+FbOKdrmW7WWM3wiPpXb23rEsqMJnZJfR4cuNx6vHn8fq50P07X/llj ++T/AJrxkbWEy84YYZFqV5IzsKg0IqH7HDR8udrwn+jzvqwGO01aby7BDcxzNMNStpoY525zraR6 lFNH678m5SR2q8pPi5fD8Xx4n5ii15tU52CXbr6dsNOa2l4W6TCZzdm9j5r6iGExf3iOvHl6f73J 1+kdC9T0edp6vLh6frHlyrTjx9SvKuPuLvSLQhboW0DMKqJZChI9uUgxo+S8Jvp1PXq8x89313aX bBLm5StpH9RitLkQFbhpykkk0YkjeZHjKRx/BL8XP7Mrx5LXjujr0Eo5/UxZzK5r8HqmWEpUfz8B JTJEsek3oiuktba4VSTDMCzgEGhKPzPcfs46GXTbjn9Xjgl9M8ZPTdm4t4Nxk2ONbdFMNgLG19/V gvl2HVIr+c6gl76p+sfWZp5w9oxM9bb6tByfh+4/30sKovwTLJL9kv8AK8fmRNfkk1NLpLKW3n9R Z3kkjW4E6GIKzzSR/wBy0nxQW1rDx/n/AGOm/wCgmQxCCL1AAxTk/IKSQGpz6Hi2Z/qUSNJJBEiK Ks7M4AHiSXxo78t14Tv9O/vSnNhrE1hPGssMMMkbbq6M7KR7EPTH+na/8ssf3yf815Hh82PhHvH2 v//TNPzO38jasPaH/qIizzrE5SgG56Kfn2z0V+Z3/KDat8of+oiLPOkIG9emVY/pPvaNL9B/rJvp 4duPDdFY/CNtxvXfvnRNC81ajplDZX00KPQvGh+EsBv9ramcxhu3jJPIqO4U0rgoao4Aj34joxpU ZVkxmRsfNzoTAFPcIfzH1CvF72QkioqwqPGvTA1152MxMktyZGIILEmhHgc41+mHpWpqBsRsBgWX VJX70Hzyv8vM85H4ll4sByD0PWPO/BWjiPOSlADXj+NTnMLyV57iSeQ1aRi7H3OVLcO561GIlq5k YsQhy5lqnPifUdz/AOSpm/8AAeb/AKgjgHyp5WvIdQ0rW3sdM0q3t7Nk46Zy9W6M6JQ3Z9G3Sicf U4/vP3v7eSfyyiSeVdHjkUOj6fbK6MKggwICCD1GG6qFAVQAoFABsABhtweKrHm8w82S6rqmu3mr 6TZy3SeUxGLSSN41jF0Cl3fqyu6vJztBHa8YkduTvh35j1WwmuPJuseukdjPe+uk8rBFCSWU7IWZ jxX7QyZJFFHy9NFTmxd+IA5MerNTqxxJ7CxlhS3ktonhj/u4mjUov+qpHFcNrxDbbklWveYILLy5 datpksd3IV9GwMLLIslzKwggRSpIb9+68sjnkOK68uajP5WvreW1juYI7+x9d45C8kaJb6gecTyL WSX07jhy/wB2yZOks7SONIY4I1ijYOkaooVWB5BlUCgblvyx7RRPIkrorSR19NyAWXls3Fuq8v2s FosURXN5lbR+TPMXmr9IKul2Wn6VcEwMot4bi/vgfimdhxma2hf+7/5aZ/3nxphp5/n0S5ubTQJo tP8A0vexki/1GOFxZWnLjJcKZxvIxDJbRcvjm+L7EeTAaRpQbmLG3DA1Dekla+NeOKXGn2F04kur WGdwOIeWNXIHWlWB23w2ni3B32YprFjZ2H5dz2HlZ+dhBCqLJat6jNbiZfrzK8X25Xi+s8+Hxepy wvh/wmNf8uDyObQXPOT66unceJ0/0ZPUN36X/Lz9X9L6x+89b/ZZ0CGGG3jWG3jWKJa8Y0UKoqam irt1xsNtbW5doIUiMhq5RQpY+LcRvgteLn8ftYzLqWnad56vW1C7htBJpNkIzPIkYYi5va8eZWtK 4h52NhJceX5NaZG8tG4kOoGQ/wCjlzCTZG4p8Jg9b+f916npc8lVxp9hdOJLq1hncDiHljVyB1pV gdt8VMUbR+iyKYyOPpkArTw49KY2i9wWHeWf0X/irVv8Mel+hPq0P1sWlPqgvw7hvR4fufV+ren9 Y9L/AIq5/Hk0xkMMNvGIoI1ijHREUKo+hcfja8W9+VP/1DT8zv8AlBtW+UH/AFERZ5xBoKZ6N/M8 V8i6t8oD91xFnm2p8crx/T8XH0v0H+sqhzSnbH89uu+B6nxzcj45OnIVSx/2somuJ1PjlVOFV9cq pxtc1cVfX/luUQ+UtImZWZY9OtnKxqXchYENFRQWdv5VXAtv5puLuzsLy30i5YXl3NaTREEvbiC5 a0ZpuCuqN8DSt6jRxIqSL6/P0/VHeVgF8saKo6CwtQPohTBOl6eNMtntlkMge4urrkRShuriW6K9 T9j1uGVOIa396lfa/pGm3kNhe3SxXM/EohViAJH9KNpGVWSFZJf3cbSsiu/wLhZpnnjQ7+3095pv qtzfxRSi3YO6xtOvOOKSdU9FZGX7CuyM+C73QpbjVf0paX8lk00cMF4kaKxlit5HmjVXbeJv3ssb sOX7t/5uL5HYPy1WCTTmOqPImnG0MYeIMw+qqsfGJmcrDHLxLsqp/fNz5un7vDskcNblPR518tNb C7W9JiLhFpDOXYshlVli9P1WjaJHk9VU9LgvPnhz9ZiNr9ciJmhMfqoYxyLrx5DgB9rkPs5Cl/La JbKW0GoVV5I5EjNsggQxxyR+pHArL6Nw/q+o81s9v8Ucf7vhyRpRDpLrpk2kXd3JdW8kC2qSPtMI xCsDtJL/ALtlkYPMZOP2nwbIIj0LHtO/MFNVt4zp+n+ve3E0cFtbpcRmNjJbvenncAcI5IIIn+sR cWeKXgn7eCIPPMFyYJYbGX6kWtYr64d0U2816/oxRtHWsnCUoszq3wc+a+piVv5DFrIl7b6iYtSg aH6rcx28SoiW8M1qivbj4JGeG6l9V+SfFw4enw4Ypb+RYLRoY4L+X6oXtJr63dEY3E1k4lhkMlAY +cqo0yL9vh8Pp/FyOyfQnl5ruk6feQ2F5crFcz8OCEMQBIxjiLsoKRCWQenH6rJ6j/AmJXPmfQrS 2F5cXgSBk9VX4O1UEqW1QqqW/v5Y4+n7WF2s+SrPWNYXV3lCOVgSdHhjlLLbyNKhieSvou3MxyNx f4P5ZPjxCPyQwki9bUmmt7do/q0LQoOKR30OpcXYN+8Zmt/QL0+x+x/vwbIqO26c2fmTRb+7Wwtb rlcsvNY2SRK/CJGUGRVX1URlaWH+9i/3Yi4a5HbfyqLfV49Q+uyNawXNxf29iUUBbm7V45naX7bx 8ZpfTj/ZZ/t/ZyRYoNdHZs2bFX//1TP8z/8AlBdW/wBWH/qIizzZnpP8z/8AlBdW/wBWH/qIizzr aadqF/y+o2k1zw+36MbSca+PAGmVQkIwJkQADzOwcfS/Qf6yGzYZf4d8wf8AVqvP+keX/mnN/h3z B/1arz/pHl/5pw+Ph/1SH+mDk8J7ilubDL/DvmD/AKtV5/0jy/8ANOb/AA75g/6tV5/0jy/804PH w/6pD/TBeE9xS3Nhl/h3zB/1arz/AKR5f+acDXen6hYcfr1rNbc/setG0daeHMCuSjlxyNRnEnuB BK0e59d+WP8AlGtG/wCYG1/5MphrhV5Y/wCUa0b/AJgbX/kymGuRcI8y7Nhbq/mDSNCjWTU7pYS/ 93Fu0j0/kjTk7fQuRpvzO0YMQLacKDQNIYo6jx4tJy/4IY0UiMjyDN82Q64/MzyrbWn1mSdi5NEt lUNIx9uJ4f8AD4Qz/mxPKrSafpiCMEDlPKa0P7RCD/jbDwlIxyPR6fmznF3+Y2raSkVxqOlJc2ko 5Jc2Ll4yPAP8Y5f5OSjQvOGi69CsltN6clBzgl+F1LdAwxMSpxyHRP8ANmzYGLs2bNirs2bNir// 1jP8z/8AlBdW/wBWH/qIiwv/AC11mx0DyDpsstuzvdzXLMYgN+EpTnI3svBf9XDD8z/+UF1b/Vh/ 6iIsR/K63s5/IWkie3WeeSW6t7ZSN/30rrIP9Xh9vOf7ehGel0+OeOWYZNVGPhwPDKZMMnDHi6Dj 4bR2aaEyDVXuf81PX17VJifjgtTE/wBXmhU8mZnPFZIi+/7vlH8NMI9R1e5tprzTpb+W4a2Ui4uE kYhPSVZOQ9McWPGWF24fyv8A5WTufyFolvbCaa6e2ZYDFJMzBgZiapcFpNzIh2Vf2/gyLf4Ps9YF 5Y6Nq8NxJZiOG7ijicXA2McyHkyJErr+xx/Y45k6TsDRYdzjieWwFAEV/F/eH18Uo+v+Lh/hbpZ5 nqo6p5wnZbE2luJLi3kkkeRnZLeZooyPTidamSrc+VV+GSPA+l+bbjU0awRXtrlrpJeYuU9TjNKy +isT0mZOPgvHAWoeVJtNhnksWuZdKRDJDOUeciX1CJFt2X90eckvL7KRP++kTn+2t5atdZstDt9N u9LtdKnWZJLW+nAE0sKyFmTm1PTlDrWKFv7/AP1cyj7P9lmNQ00QIEGJEpfVfFynKiLv08LAZ8tg mR35smufNDLeXtrZhJJLaVYgsx9NRxRWlXmafvOTcP8AWyC/nJqlvq3k21mhQp6epwgFqGqPbTuj qR+y64D1SbTedlq+lzXDXCSO+s2N0gimhaMkFJo1DfDL8PFufx8cU/NOfS7z8utMvdJiSGC41KJ2 SPpz+r3Ffo/l/wAnNLn7Cwdm63s7LixTMcuSMY5L+mURwyGXoZZIx/hjFuxZ5ZsOYmUScZ4ZxHOy OKMhHmIS/heq+WP+Ua0b/mBtf+TKYD84+aYPKulfWiBJeTt6VlATQM9Klm/4rjHxPgzyx/yjWjf8 wNr/AMmUziv5p6u2o+YpUDfudPH1SFP8upaZvpPFf9jnRgWXXQjxS35JPfaxdX9zLcySmS6nNZrl vtN34r/vuJf2Y1wGIhzPKjg7eoSaVP8AL44Ty3xhi4Rkc32ao7daVw30q7MNxDOJCqxivIJ6tD1U hRvljktXWi6lPKfq8PqtDHykVCmyg15E8vfGaReiKdA1WhD8JoiD0H2lp/NkhbUVnheESTsTMJxP DF6FCAyspmmPPhIGHL4PtJkTvLcafG9wZQ88zElErxQnfZm3dv8AKxVlVtf6XHDNBdiSOMyu8MPw misAA46+nJT4Wpg201PTLcUsonNd/ibYn3yKaZMttbiQxLJO1CZHHLc9hXBcus30RHKRoqmgCrTr 07DFXpOn/mc+lWAi1G0kvpVcqjW5AKpTYSeof+GxC6/OO8YgWOilQf2p5lr9y5BtMvXvZnjlCtKX QmZhvxpsWFPiwytLwXVvcXNujvDakiWREAQAEivJU+HnT4OWDhDDw43dJ6n5n+bJ2rDZwH/isKW/ 4YHJPov5j/XlMGq6bLp10Oj7Swkd2Ugq9f8AIOcytL641exkvoIZY7eNuHqlqqT/AC9ftbfsrgeH VpIbiSGlE+w3Mblh3TZtseEdy+HHufRGn3El3ZxXMgUGQFl4moKkngfmy05YKzn/AOVmoTy2F7pd 0fjtZRNClalYZq8R7fEjtx/ys6BkK9VNPD+84fP7H//XmOuaNaeYNKuNIvmdba54iQxEK/wOsg4l gw+0n8uP8p6NpnlmfSNHgkItYo7t7Z7mRQ3qu6saNRFZvj+FeODcC67oS67pEcaJG13ayfWLMyqH QSLUUZW+E8lPw8v2+DZpe0tVi0p0ebOaxx1URI/zRPHlx8f+bxcTj6ESlLJCP8wmvMGKZfmHrFtB oMtjbSh9XnERsbeNPXkLvKkUbAL/AHfKR1RJf5/s5GPK2j2nmbRbfV/XezjHL9MzG5kF2bqCVvVM safuf3nKXjz/AHkXrf7s+HBPlb8ufLkOkSLb61qRGyXCyPHHLbsCGZCoiLwstP5/+LI/58rVvyk0 HTdB1Sby4851e9iYW9xPdPR3k+ypEZRH51+HkjfFnQYjilwATuMyDxDlR63ypszSnDHOQG8Ykgc9 x5JFqfmz8v4p54PS1G4hhla3muI5ZPQHqfAeTqOPFU4w/B9mNOGCLoWF05t9KnNrDDGsnqaxcvUz y+msAj/eK3FURuX++0T7PJ1TI7D5V8xX6aX5bvdIk0+1sCs91LK8fCSRR/uttx9r4ndx8K4N83aZ JeWP6M+B7QXM9peXtjEbiZILdBfrbkSem00sHpfvrqPhF/dp/PmbmxYoxjQoknrxekdT/W/hcHSZ ZzyTAznPGEQJGocIyS6R8OMeUfrjKUv8myLy/wCffJ/m7T38rR6bdW9zKpgVYITc/CKlbgzRL8C+ pyb996eFln+VYfTr7yt5inm+opdxahZfV2VSpKSxlQ7K6lPj+zwX4sAaIi2umWVxoeoz3WlhRNYr DNEL6OctxFqEi9NnaXnJJdNcc47e3h+3nSNDTUV0u0bV7wX+ovEjXV4oAWRqfscQq8FG3Knx/bzR dra3FhlptECJSz54GMeZx8HqOT+jxcHB/SdhHGf3maJ4SIVIj+OP8MZf1ZepE2NnFp9lbWEBYw2s SQRlzVisahF5EU+Ki55w/Me1msPNeowyggTzvdR17rMSwOel85t+bfky48wadHrGlxmTUdPBDwqP ilgO7Kvi8Z+JRl0Tu0Y5VLfq8GsLlINSS5KLIsakhJAGFW2rRqryH7PLDY6qNU1FplHpxoBHCgAU qq9jwoK1yPw1+tlXFCQQQdjUDvhjYRRwOkg+zQEg/LLHJZHFqHKydWmZdQRuMUPpqYuFN3aRqnl/ k4V66YbiKGaMSKyRILn1iCTN/uwx8P8AdX8vLDK1to7iVxZW9zeTBfUnWNapGo33PYYiLhbpeNvA xr14kd/dsIjKR4YgknoBZQZRiDKVADvNBDWTqscL1BHKpNfDFdRmgup/WkuYoUDcuCksWp032phv o/5b6trIWSG2RI3bjG95ciJWY/sp9nm3+SmS+H8i9UjCm4eyh/mKRvNxp3JbjiQQaIo9xUSBFg2O 8POdIux+kzLaTAMEqWRqcSD4j4sNLRJYTcRw30i2k7c5LYBmSo+yC7fEVT9nJFfeUtE0gvaQ6lJc 6ip4iG2gSKM/OT9n7sj1xO+lM8c5KSTLwUOPVCnfcj9rYfCyftZKWKcYicokA8iwjmxymYRkCRzA d9UtLINd2yD1WNG4jj16mn9MB387TWtNwAQQQTXFbl9S0sx/WQCrAGSEiux7FvtfTjLxU53Ecf2O qg+4DUyDYy/8qLw/4gALEm6tZIpanq8LK6GnjxL52rOAflYxHmuyTtymr9NvL/zTnf8AI/xfBrr9 5/mv/9DoOFmvElbCEXE8Bl9Za26F9qAszUZR24rhnjlkdRRWKjwBIzU67Sz1GOAhIRlCfGLG30Tx 90v9U4vpcLTZhimZEWCK294P6GGwrYzSJDHqN+k8/wAJujbujUB5BZDy+Nan7Lf5eVc6lqUM4EF3 NeKpM1TBPC68gHUDkZY6fF+yvwZNPWm/343/AARzetN/vxv+COUYdP2hhkODODECuCRiY33/ANzt /muSdbiPPGb7/wAFgr6ul1FST6/JF/vtCrqeKlT8cnqrSrftRYGSymnlhiM7W0N0FAMcMss1RIeX JyY44+dG9T7XJPgzoSyOihUYqo6KCQMv1pv9+N95zKyy7RlExhPHj57g2f8AZY2I1eLrCRYFp2ne XtI4tp7XEchojXIsnWQhN6Ssrr6it+1x+DJn5WkikguDFNNNR1U+vEYgAFovBSW6qMkI/wB57Zu7 R1Y9yeTdcbmLDs7VHNjy5s3HwzjM2RIy4en91D/dNs9TAwMRGrFfN2bNmzcOI85/MfyP5fudLv8A zGlt6Gp28Zl9WH4RIen7xPssf8r7WcLQ0QCmwXqc9OedYmm8p6xGoqxtZCB8hX+GeXmciEkEk8Tt 4bZOPJyMRJib6FkWlNE0tGYIschluxJctbpPAAoFuAnxOxb/AIHD7yBY2+qaxOTbotuHVxDISVRW Y0Su3Livw5FdFSwnBfWLiS3RVLIIIhK7y0HFd/hjX+Zsl/5Z+s99dxRiruqAj6Tl2IkTBiaO+/wR qK8KXELG23xTnz9FPa+YpLWSSN7f0ke0jiA4RwnZFUfsSbNyZfibAFx5v8zvEsbavdcIwBGqyFOg 2rw48v8AZZfnKTn5mu4weQhWKGvuEBP4tkbFyk0XqrULUgBtjUHj0wEbtfET5eT1XXme50231g8n WS3iJZ+FujOyjlvtzq37bZzPW4I9QYBqRMkaujBuQDBiDXptvxyVapFJLouk6jJfB1+pRxx2jkuF ZOSniAfgf4K4RWs0EGqWcrIKRxh56t6nJuTNybkr+K/DxbLMmU8Ph3tQLXgxx8Y5P4twl9xfXOqS W0WpmNQgRXlUbsAaElR4L8Xw/awE9C8rV5As1G6VA+EH8MGGO4DahqIT1YA7lrkUC1dvhVRQU6/Z wskYrGIxu1KHKHNZH+V6kebrM9i034W8ud+zhv5YQj/FdqoIrFb3EzfMhY/+N87lg/i+DX/lP81/ /9HoOIm5hW6SzJPrvG0yrxbjwRlRjzpwB5SL8PLni2Q3znYalezy/UopnVtKuYQ8IO0r3NoyKCP9 2cEkZf8AVbMYCy6yIBNE0ybU9Us9IthdXrMEZ1ijSNHlkeRzRI444g7u7H+VcFqeShhUVFaEUP0g 5zvU/K5/Sn1aCwkl0walp04RuckYUpKt5IC5bY8YvXbNomnanBd2IurK8F7Gt5/iO6kZmiuUZXES xMWKzM8npNB6X9zHh4RXNnwRqxJ6LmxCyEa2dusMbQxCJBHDJUOi8RxRwSTyUfC2+L5FrTkf7zWv /GL/AI3bKyx/vNa/8Yv+N2ystcju9wdmzZsVUbu3S7tZrV/szI0bfJhxzydd20lld3FhJ9u2lkha uxqrFd89b5yL8x/yxvdS1KTzF5dUSTTgG+sgeLMwFPVir8JYj7aZKJpsxSAJB6vLdPuILeYTXMCX UZVkEMjFQHdAElHH7TRn9nOhfk/qGh6fqd/Nrl3FbJ6SCJppFjBbkeVOZFdsjemeUfOlncLNa6Xc pcICqO8GwBHE/wB6OHT9rDK1/K7zdcCslpFCCSazyLXfc/Y5nJ2B1bpGNUSEN5o1myuvMOp3dtKs sM1y/pFCCpQUVWr/AC/DhP8AW4zUKS1TtsaZOrX8nNZan1m+tofERq0lPvCYdWv5PWaAfW9Umfx9 JFT/AIlzxMx3td4x1YJFryLpcen/AFVvgDAvyCglyeTGnxVpxXAC3ksMJeFhHOkDRBlPxMSSat70 +DOxW35XeVYaesk1yR3klIr9CcMNrfyX5WtqenpcBI6M68z/AMNXImQu+Z5IE8cfpBeAQaldCzjs oovU6kpxJ7U6D55otG1y7esOnztX+WJqffTPSkOn2NsONvbRRAdkRR+oYJ6bDBx+STm7g8z/ACx8 p6rpV5eazq8BtmlhW3tYnPx8eXORiP2RsnHOmZs2CzdtfGeLif/S6DmzZBvPdrfx3dpdaZG7yatD JoVyyAngtyytFMafZ9Gk/wAf/FmYwFmnWRjxGrpnObOS22karPY313LbyfWvKKx2mk8gf3ps7hrm R4/5vVtUt4Vp9rL0vS9U1HU4dN1KCR9O1+VfMN5zUhEAM/8Aore5/wBA+Bslw+bPwhv6uT1nNnGS vmiy438MEzzaMreWoECkeoHWdUuh4or/AFBuWSDzbHpNr5e0jRKSS2ulajYWt6iRyBiioxk4UUer zjqzejz/AODx4fNTi3Au77nr4/3mtf8AjF/xu2VnGTCghlns7e6TyG2q2jyQxxzKhhFsy3ciQ8fW +om89L1Aiemz8+GPFoJneSC1u5fIH6Vjf6osc5HorakO625X1/0et7xZoxH6fwZOm/g5b9B+Pe9j wNPeCC5tLYwTSG7Z1EsaFo4uCGSs7j+6V+PBP5pPgzkNhBaTLKWs7mXynF5hu31C2Mc7OsQsYBZm a34m4+qpJ/ut0/dp6XP7OJ6Lb3ElwW0KG4jC65rn1H1VdXjrpXp2/L1gHj+Piiet8S/Yf48aXg83 teAbjVbW21Sx0mQP9Z1BJ5ICACtLYRmTma7f3ycc5Np0JmXSk8nxXcGvx6feL5gkdZ4ybgWjJEt2 8vBJLj6+V9H4vg+1/d4jb2Vr61hJ5Ps7qDV10TUI76Rop42+vejHxUySqqteep6nJkb/AHz+xwxp eDzeyajfQ6Xp93qdzyMFlDJczBBVuESGR+IJHxcVwLpeuWWrz3dvahw9l6Hrc1AH+kQpcx8aE1/d yLy/ys4/plnI2m3q6WSANC1BNStrSxuoFaVrfiqXz3U8iy3wm+x6ELu/73/dfDDDUI5oYdTS4sml tZ73RxO8wmFskaabFykukgHqzW6yJweP+79T+8fGl4Byt7Hmziem2kn1aW0ubaSby3DrYn1C2tba 4hiNs9qGikjs2Ms31H6yPUdfj5fbxK1jsfXuJJLe5XyfHr0w1GApNUR/U4xaevFT1vqqyleUci/C npc8aXg8/se45shPkm5isba8NJ4dIvtUeHy/FLHKT6JiUjgrKXgtneOYxet6af8ABpziumwBbErF ZXw/MMjUGurmNZUKyOlx6Uk80gWCS0f919VVOXx+n6fx88aRw83sGbOMWsVnNb2Y8s293HOmk36+ aecc6cpTZ8Y0uvWAWW6+t7p6fNvtf7r44P07yfpZv9Nt3sXFtceXjdX8ZMnCa8Vogj3Ir+8mX1pW Tn9n/YY0vAO/7HrGbCPyY1y3lLRTd8/rH1KAS+pXnUIB8fL4uXzw8wMa3rzp/9PoObPH2bMV1b7B zZ4+zYq+wcC3unWuofV/rSFvqs6XUNCRSWOvBtuv2vs55IzYqLvZ9tD/AHmtf+MX/G7YXavo1lrU EUN56itBIJ7aeCR4ZYpQrIJI5IyrA8XZf5c8bZst7nIF7V3D7n1wfJehiwjsY1niaK4e9S9juJVu /rMilJJ2ug3rPJIjFH5sysn+qmGek6PYaJafU9PRljLvNI0jtJJJLIeUkssshZ5JHP2mZs8aZsd0 nire32zmzxNmxQ+2c2eJs2KvsnV9GstagjgvPUUwyCa3ngkeGWKUAqJIpYyrK3F2XNpGjWGh2r2t grhZZGnnkld5ZZZZKc5ZZZCzySNT7THPG2bHdO9eT7ZzZ4mzYofbObPE2bFX2zmzxNmxV//Z ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/CORRIERE%20VITERBO/banner%20corrierre.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAHgAA/+4ADkFkb2JlAGTAAAAAAf/b AIQAEAsLCwwLEAwMEBcPDQ8XGxQQEBQbHxcXFxcXHx4XGhoaGhceHiMlJyUjHi8vMzMvL0BAQEBA QEBAQEBAQEBAQAERDw8RExEVEhIVFBEUERQaFBYWFBomGhocGhomMCMeHh4eIzArLicnJy4rNTUw MDU1QEA/QEBAQEBAQEBAQEBA/8AAEQgAyACqAwEiAAIRAQMRAf/EAKkAAAIDAQEBAAAAAAAAAAAA AAQFAAMGAgEHAQACAwEBAAAAAAAAAAAAAAAAAQIDBAUGEAACAQMDAQUECAMFCAMBAAABAgMAEQQh EgUxQVEiEwZhcZEUgaGxMkIjM1PBUhXR4WJyJPDxgpKistJDczQlFhEAAgIBAgQDBQUGBwAAAAAA AQIAEQMhEjFRYQRBIhNxgaEyBZGxQlKS8OHxI0NTwdFygvJzFP/aAAwDAQACEQMRAD8A39VmRO8f GrD0oYwROgZx2C+pFEYrxlvmp3j4175id4+NJczISOeKGAxtH+K7dLnX8QpikGMV8BuG62Yn20tY yFrQwsEHob17S7O5PF4rFfIyCRGpCqBqWNugoRPVPGPxr8juZY0O1oyPzN3YtqcjHlSkC+r+KbBO d+YERxG8ZX8xSelxf2V2vqziWxJcoM9oCBJGVs43Gw8NEI8qUhT1dxD48mQGceTbfGVs9mNgbV2v qrjWyxiASeaQD93TUbutEI7qUjxPV3D5c6wRuyu5ITepAJHYKu4v1DgcpM8OLvLILksthobUQjWp SLK52bGz/lZIPCDa4YEkHofZTOTOx40Zt4YqpbYpBYgC+gokBkU2AflNGF1KRH1XxQhgmu5GQzKg C63U2N6of1zwybSRKQ3QhPbbvok5pKlZ8eseLMkcYSUtKAVsnYTbXWvYvWXDSTeSWeMltm91su73 0Qj+pSFfWHE/NHGZnRg5j3svg3Xt1rvL9VcViZwwpGYvcB3UXRC38xohHdSvAQQCOh6V7RCedlIO fyuQjw0jxIRIZWCG5PQ99qfHpSXMhllksMhVQEeEsNLC320A0bhpWpmKysfJSWUpAzNuFpAp6kdx U0x4XP5TG5CHGcSmCT7ysunvutaaOCAqRPJGWYWJW179/wB6q5MciQGCeNQOlyoPT2VLeekVLzgP qxSI8HLYE40GQrTCx0GmpFIuQ8nKhl5DCxDFiJlAyuGYiXr4tp0H99baOWIYjpkukrWJK7gdwt0q peRwkh8pYQIiD+WBp7rAVGOxzmGzichc/PxltjSTxiM2NmbXW1dtDI2ByuRlsTyCvGji1ltuGoA9 1bb5/CVBAMdfLGoUAbR9FqjcjgtqYAxf791/u1ohvHMTCyQySY3IT5rE5sYiQC1gUJWx09gFH4Mi x81NvyTj7o4wIgpYSnyx4b9la5crClUt5MdzYEOVBItcVbHJxzne8cSMOhJQn6qIt45z5/w0Ms+b gRZbFcXfI8Fhbxg3IJ+gUb6b5A4EE+zJHnXbbiupC9Rdt3f7K2Uk3FxbARHYEldoB2nv06Url47g 5V3NJJcXIIFjr1/DRE5sEKQDBeOllzWyp5kWaYlBZwLBSdbfRVXJbMSTGfFIFt/i0N/ERr9FDS8W y5JXGmf5Zj+oTaw7tvU1UeLyPMKByY16OTpbr061DWc8q+2q81/P1u7i/hoWm5AQubx46zOF/wAW 0/xFFqn/AODxnh1+bN9PbTficCDFyRkTSqrLuC2BN7i1zpTQ5qA7E8sxr00tr3gbakJuxuSnmoH2 xDy0iY/qou2ScRPJXxBS27p4LDvpJFFNK6RzsRx8uWQ5Uah++/uNbsTxyPun8p2JUA7bn/tqvPzm xJ1hgw1kiJuzBdL2OtOWWJiMhJWbIxo5Ny/OeDFAuznUbgetX5QOMvJ4E8Z+dyJY2gFiSRuJ0PuN apeUmTKsMBVbtk22Oqbu7vq3I5SH+sRYpxVaWzkTMoJGwX0NEI14+OSLAx4pdZEjRX94AvRVVQSC WJJALB1DAe+raISWpRNjYqzOJIIdzEsCxAJHfTek2PBLHmZ/zEZkGQwMLWuCgW232WNERAPEXLE4 2K3iw4r6d399etxsO4bMSLbpe9r0u3c5vQ+IpoJEsR4zo209luzsrnG/rUMaEmXYixeYpUE3JbzP abadKIvTx/lX7IzbjoNLYcZuNemhrw8dDY/6OO/YKV+XzSO0imSSUNIwuNqk7FCG3TvovPl5QYMb Y3mPOxYiy7SBYlQw+qiHp4/yr9kJ/p+IgHmYsQZrADvPsr3+mY9hfEjvbUe29BcmvJy5UflKxWNo 3jFvDfa+7d9Nq5X+tPLJ4pFjWJmj0FzJtSwNx/Nuoh6eP8q/ZDDx0KdcWK243OgFr6V23G44AtiR km3Z7KVTHnDHtYO6lrEMq/dtGb9O/dXeLyGXDMi5WRtUgsdwVrWY3Q2tbw2oh6eP8q/ZGA46A9MS I2+9aum46AE2w4z4rLoOlu2sinqTl5cub+lQPPB5l1awWNgHN/FbtGlTH5P1VzckphnTCiikZHXq 6nTw9KqfPiQEu6jb82vD3SQwA1SDXpNXNi8fjxB5oIY7X3biABSWf1B6Yi3DbC7KGNlFwbdBcUtf gZW5DHXk8mXOgkVvvEgCQa9h7RRXNcHhHh54sWBI3Rd6lQL3XXrWRvqmAOiqGYZK83ACzUsHaCiS qCvCoKrcxzKCbEx8fBxJPuOQGci/XtqYyz8NyuPj55TMxczwrI6hdsl6J9HT+bwqITcxMyH47v40 XzuD8/xzrGfzoj5kLDqHSsp+o5k7wpkIGJXKEAeHgZZ/5cRxWqiyLjqPAgZiy4se0GwIsehomeR4 o2kALhTbaigm1Zf03yfI5kGMyBzaS2SQBtF2bcPsrXJu2vbrc2rtTMFA4ACCJnbgG2MFIJuVAtb6 e2u4sh5XAMboT0cqLdKEaCUkNJjXZiCzLIFFzqfDfvovjklRHV4jF4ri7h7/AAojhULFkBbrr9Rq yqsf9Ie8/bVtEJKUzvyYWVUTViRGev4vZ08NNqVO0yuoVgAxbxOzgaH2aUQnkEnLNOGKAQ3KHdob L+Lr21z5nOqrssUZJYkKTfT/AJhU+YYKxeWJAoOplYC/00PyPKrxvHtmTOkgUmwjkY7r/dAohC/N 5s3DQx2sCCp7e0fer2CXmTIRNFGEuLFT2fGsyOX9UZ4/0eKMSNukkztex9l6O9P81mPmZHGcmf8A VwqWVlJtItuovVa58TOUV1ZgLIBuSKMBZBAl2d6kfjUb514o5tvhjXxNu3Wva57KVP67zHkMkGI7 wqDZlRiD3E60PxUEEnPchHmxCWe4liaUbm2n33p/5qJkLjbLbkLKezwkAj66w919SOHKcS4txUWS TWnHSW48G5QxariDCl5f1NG+TPntj44cp8vCNpFvbRJ9JcQ6Oh8x5e2QuSwP2V1gquDz+ViKNsWW gnjHZuGjWpusSJO8oPikABHZ4b/21zu673OclrkdUZQ6BdOPhpyl2PElaqCQaNxP6YDYseTxchu+ HIQvtR/EprzD/wBF6kycbpHmoJk7tw0auGE+D6oE0lvl89fLW3YyAWvXfqMHHmweUXT5aULIf8D6 GkfNlOoI7vDf+/8A5CPgv/W3w/hHjKrWJFypuPYajAMpU9CLGq5Z1jjWU/cJFz7G0vXMs3l5MKk2 WUMo/wAw8Q+q9YQpPx+EtsRJ6XjOJl8lx50EUodB/hbp9VPoo0iLIGvuJfaT0v1tSHO5DC4vnTlS OCuRDtdU8Tb0ItcD2UM/K8jyHIR5PGY5iEaMjPkaKwa1tBW89rm7l/UVSFyY1YseG4CvvEpGRUFE /Ka90LxJMjhfUZx4bDF5E70B+6JOjVspDkAfkAE7zuv3W94rI4HD5+dmRZnKZkcnkEvHBECAGAv1 tV3q7NyMbIiSHJeDcCbIxUE/RXd7dci4UXKQXUUSOkyOVLErwMdy4DhtgxhJGepLntN26nvtV+Is 8L7Bj+XG7Fnbfu7O6sFFzGfbXLmc26CRv7aMx8/k3ZT58u32u39tWb4VN5j/AKQ95+2rqpxf0F/2 7auqUjJSbPzFxsd3YoNqttLgW3a+H6ac1luYlMQZpgpxi1gHAYb7dxohEHD8VBzeOc7PmklcuwaE NtRSD0AHsoWa8PH8rw76/LMJoC2pCXBAH0Ux9PlsPlszAcbVlAyIgdND1tVHqaFcfk4sk6RZcTQS n220rl482RfqD4cjFlcWgPAeIqaGRThDAURxmi42bz+Px5r/AH41J+FKvUKSYWRjc5jjxYzbJgO2 NtKt9LSifg4lPVN0Z+gm31UyfFWbDOLkHzAybHbpfTrXKVz23dlh/TylSOa+MvI34wOa/GIc+eOL mcDl4v0sn8qVuzxdPwrT3MyIMSBsyYXWEXuBcgHurIMk7cbl8TJ+vxzeZGfEWKKbgjW3StJDmYub wqSZEiok8W1yxAF7WbrW/wCqY1Z8OYWyv5Tt8RxHwlXbsQGXgRrrM7k8pl5HJ4vNCFosCNxErt1Z XvcmtVyFxAuQvWBhJ/w/i/6SaRcNhzct6ek4619shSGY7iNDdSD0q5MP1blwPiKYYVgXy5GGrtbw k6361d3P08ucPoABcY2ncfw/tcjjzVu3+OunOE+pQP6cuWhAkxXSZPoOv1UBy/qPiszj5MSLfPNM llVFOj9Re/tpLk4ywM68jkPK8QGxJGNj7BQuHkpHlRmCJpGU3EajUini+moip6jljiYupXyxNnJv aPmFRo3qfOPHrgDFG8R+W8jnuFr2oDJzOUzFQZWSxSP7oXw2NrdlWnj+Ty+QSBovlGyNzoZO4dfp rzlOGk4vMw4smUzwTMPM02jQ+IfCrkHZY32oELtuyCvMetGRPqkWboacoNh5gw5N8Nnlvodoc/WD TaL1JykgumQLdg2r/wCNavE4zj8RQMaBE06ga/GsZzeF/TeWdVFoMn8yPuB7RUO1+opnynGFKaWt njzjyYCi3d84dieoeWbKijMx2s4VhtUaE27qb+q8Zsnk8NLFkKndYa9ay+ET87ACfxr9tbT1B/8A Zj7CFuCPfW5jQlaiyBMplxJj5RWIEL11ozHnjsmvU2+mvM23y7X1IGl/ZS+KRQYgTp5gsPf/ALqS DcJN/IZ9Txf0F/27avqjE/8Arr/t21fU5VJWP5gxy5ZxZ1EkJO4ob/eANiLVsKxfPJBJksGB84ar a4NFwq4iyeXhHOYWQrHdEfJlBFrKdPqrT8pxeNyuOsOQSEVg4K6HSsJmYLRxszfecgre1xameMnL 8niq8/IiKO20RqdpsNPFaud3fZZMuXHlxOMbIKLePSpfjybUIZbDcIy47K47gHy8KaYLEjh4gTuY hlGmnuqrG5vkMjMy5eKxHy8d9pUsdoQgWPXsNqWzY/F4KKDGZ53Nrg72Y+ymHFy+ooUkXjsNceKX o051A93Wg9l2uMtk7jIGLqA287Qa8fhEM2RqVFoDlDOP47kH5JuR5QQqZE8oxIykbTr4rmhcji/T GNkBp5VC7yfK8wFVF+xQxobkZ+ebKxcDlWEcGRIAZYLLuvpa9Pcb03w+MpC44kY9Xk8Z+upZe+7f t0QKN6lfJs4UNOMFxO5N6HxuDz8uuHFj4fCosmRkHdCg2lEUX8R21xHxHqAu2Q/KmKdyWZUS63Ov eKVcRi/0v1W2I/3GVhAT/KfELVp82WfHninjjeZCGR401Nzqra27qzd532YZEXAwRXxjIDQ1v2ye LEu0lxZDVM3x+JIvqV8fmlXJllTdFIwuGI1uBTLmY0weT47kEUJGG8iSwsNr9PhQnPvnJNh8tJji BMaQBhu3OVY9thb66b85jjO4eYJq2zzYyO9fELVny5WbJhyudMqnFko2oPyn4EGTVQFZQPlO4QzI xY8gxOdHiYPG/aO/4ik/rHE8/ivPUePGYP8AR0NMuIyxmcbBkE3LIN/+YaN9dX5EUeXiSRXukyFb +wisWN2w5lJ/ovXx1EtYBlNfiEqxsln42LJUbyYlew6nS9hQHqfjjn8YZIx+fj/mp32H3hV3p1m/ pUcT6PAWiYdxRiK8Xn+PAnXMlSF4ZGjKE3LAdCB11FTUZMectiUscOT8OulxEgoAxrcsx/GyCTJx mtb8xb/GvoPMYXzM8bbwmhUXt1+IrBYQgfmWOHdsUzK0ZIt1Oo1r6XlPjqLTQSTDvRSQK9QvnUaE WLo8ZhJ2mxMzPwhkisJtu426A9l/5qpx/SBnkQ/Nqm0jaCo8VtdLMa0MmRhSFXEE66H7qH3V4kkB kFlyiNwI/LFgfhUgtcJEtfExzii0CjuJH11dVON+iPeftq6iElY/l8Rpc0va4t/GthQAEDOyHy3Z LglhrYm9qKhMoMOLcC8W4qCL9eyhzxkMrlkEibrEhWKjUdwran5VBY+SvcNBXAOEDcGAe61LxhRr xnz/AJTDTjhjZkKkHHlVmJNyVJrVzSyNhmbG8Tld6Dru7bfTVnL8fhZvHywecm7yyFIK3v2dlLPT GUcjiY1c/mQExP8A8PT6q5P1jH5ceYC9jbT7DwmntiRanx1nnqSLzOK+YtaTHZJlvoQQRemRyEXH WfqhCm/sa2tZjm8jleRnzuORkhhxEMrD8UqjUU+4Sbz+IxZDqfLAPvXT+FYM3bvj7bC70QzkgA/h YA/4S5XByMBy+Ii/1Nisox+WgF5cNwz26mO+tOJZpGwzPjWdym+MHUHS4odc/By8ORpmWOIl4pFk IFrEqQaQ8Zz2XiRyY0eM+di4zFIsiL+X8INCYc2bGECbn7duB8VPhfQxFlU2TQcfGPuSx/6hxEsR WzSx7lU9Q1tw+uhvT+fFNwsRncKYgYpCxt93TW/soeNvUvLZDxwbOOiCglZPE9j29KsxvR3ER4yz 5c5n3sd77iqFtbmwFbMP0zK2EplIx24da8xHMSts6hrUbtKMA4fm+O4wZmJNMDDHKzQFQWDK3YLV zjc5ycaTDCw2lxmkLQSS+HaG1tbtFFvy/AxN8vxvFnLEVwZIkuL++1U5fqXHXElilx5MbIt+TFIp Fya1jse2Ltu/mM9FlJ8R40JSc2ShQoDxgAi5KQzDKzhiLITI0cZsCx7L0NJjcbjx+YfzX3WHRndj TrB9MYj465fLOZZZAGZSxVEv2aVVzXpvEwoF5HjlMcmMwkKXLAgG99b1Be/7UZPSxgiztDBaUn2y ZxZK3H29YuSTOxzHmy4JhxY3W7kWIBI/DX0yMvPjh4XCq3iNxe4IpBlRpynDuq6jIi3J7yLj6699 LcpkS8JEqLukh3RyXBYgpoL2q3sO7PcDJvUI2NqocpHMmyqNgiNSjMrEgrYDxbNTf3mrscFTuWRV W43IVAPT30E03JuXJjhL2tdkbUDUCu8U5RYrJBGlza4jYA1uqU3GmP8ApD3n7auqnG/RHvP21dSj kpTKYEyLFAXYkk7itrtam1J8uXbKwG6w0Nm2jqf8NEJTMuBPFaWFG2fcBl7z76rGDxhfa0EYAtf8 w9vsopWjHhIlI22+929fZQ/JcjHheUfLZ/NBIVn22t9BpEA8RckGYCgWE4OHxe7b8ogBttJlte47 Kz2Ll4vBctmwTflYc1pYCLsL9oFqZ4/qHe8g+XctHZbtJ1BvqPDXc/M8dHh/M5+NuKuFiQ2kdmIO g0qrPhTLjbG2it4jjpGMrBgbuuZieON/UHNCfj1eGAwtFNO6+FgQQLd/Wi8b016lxYfkYs2KDDjJ 2ygXexN+3pUHKc3lEHjONXEjuCrzG3/TpS3nJfUsGGFzWRsRmXzXgJDAX6E1Sp7MKnblkybPlViG Nxn1SS9Fb4kaQh/TXp+KcR5PKJLlOTv3t1Zu3Q0xz+Ih4bjnyGyFGPGxaOJF+9uYFV+97KHyPTvF niJThwjzXj3xynxNcDcNTWezvUfznGY2C0JDwMpkl3ff2962/jU+17pM6ucYK+maowfGUIv8Udrg 89zDNmz5IwEnAtEgu20Cy36dlLea47l+Px0ifKM+FI4VmttKlj/GtZOzS8f5mOSG2B47dtvEB9NV 8jCvI8RIi6+bHuT/ADW3L9dchPqXceqGdh6Zfay18o9s0HAm2gNau50qQ8ZgD5eMCOIC4Gnh/E3w 1pb6rXBn4xt8iCeOzwi43H2Cj+InXP4mFpPFuTZKPaPC1dYmHxmyRcaJRYmNzbxXHUEnWsqN6WUu 28viyakePtMsI3LQqmWeYLx8jw8R/DNEFb32sfrqluP5LJxzBl5QSMrsZYV1YWtqz3+yhfTEnkHL 4pz4sWUlAf5G6U3giminnZ33QyENGCbldLMPdpRlvFkyKpFBt6WL0PCvdBfMoJ9hi70zIwwXwpDe TDkaE362B0Ne+nnmwee5DjIyqjItkRBumv3qEkzsXiPUE7TSBcfLjDtbW0i6dB7K4jnPNc/h5HHR yiOEMs07AqhXs1ro9iMg7o5ArennTcWrQE6/fKM2309pPmQ1NhLBZmuoZ7b22hrE3r3EyMq5WWPa u49AenvNA/KRsLCZw573k7KKw8VWJIkZowTclmvfS33q7WnOZdeUYY/6Q95+2rqpxv0R7z9tXUo5 KT5KqZnBClmJCi67uvtIpxSbLZhMxA6hgTfvJ9lEJSY10sV1uFIKfe+NAc6PBipsBYKxv1trbqL0 zhSci6g+IdV6f9tLubLKmKJLq4Vrjr2+4UQmS+dmiykxr2YGzL2a/XTHkIZH4dsyO5kw545R7gNa 5yIdkqZccSPvaz30fu0rQcbjpl8dmY5GkoK2v3q1R2ABhzhylqztPgCfHPikj3Rn2kXFU5EacnxT oRpPFp7CR/A0H6WmZuPbEl/Vw5GhYewHSj8ANGZ8cjwxyEp/lfx/aa8rkQ4sjqNGw5LB6ftU6Knc oPgywL0xknI4lI5P1McmFwf8PT6qy78EJebzMEv5SqGljJ6EHUD66f8AFsML1FnYN7JkATxj2/i+ 2hfU+NGvK4WQTZZvyZQpsbX0+2ul2b7O9YDRO5Tevv8AN/nKMgvEOaGj90Z+l8k5HEpE/wCpjkwu P8vT6qOwEaOOSBhYROyp7UPiW3uBtSqbjs/hcls3i4xkYmQA0+MDYqw7VoPL9U8kXXFhwjjzykKr SG9r6Xtaq+4+nZzmf01Bx5G3A3VSSZkCjcdVFS3h+VxMHks7jZ5BGnnM8LMbL4uq3pjk8vxHG75T KGedgWSM72Jta9h7q8x/TGJjwJHmoMuWc+bM7XBLt3VbieneNxJVkhhRHGu52LHp2XFbH+lY3cOz sLUBwPxESoZ2AoAdJn1izuX5mTkeK34YVAGeQAbz06Hso6TjPUGbaHPzEjg6kQlQzW9txWjAIk2N Yo1wFBPXQr2dleMHMgCpu0BdwxAsDcdlbF7bCAnkVjjAVSws0OsqLsb1rdxqKcD09xeJIpZFnkY6 yOyv2+1q0jJhxeFz5QubKugt9FCqq+eCrWQMbEntv06a0dNDC6s8pI2kgMCRa9XSJ6QGbN44E7ck ILAC7Ne401tUglR7MuQjqCCtt3f767YqtjcbG7L69evT2V3gxQveznfoxCm4tT06xa9Idjfoj3n7 auqnH/SHvP21dSjkpZJKzhowm5d17ga9dwpkehpd+REhllRSALszAX6UwLiMqCsSGVWte4Cu4HT2 GuZY1l2LLCW2X23LX9vbStuWPlzTLj+aEa5Ci1o+8+61NeOy8PKxhkmNdjKW3EC+nW9NlKGjIrkV uBlbYsGjNBYL7Wt9tEiUp4VhCX7FFrkgiqH5XAX9OBT7wBVMmYdylYkUaErtveonQWZManSZ+XKj 4X1FlPl/k4uYgkBsbbx7qtPqWTJJXisKXJP7hGxPiaexw4+W5bIx0kUG/wBwNYn30UvyeHEYXKRA sdi6AGwFc/L2nb5ie4ILEgeUmhpLRldBs4dZk4vS3K5sx5LMmbHzZCNgiI8CWtamOH6UxMWX5jID 5c66iSV729wvTsZ/HgD/AFMenQ7hewNdDMwrbvmFJZf5h2CrVfbW1UFDaPYPCQ3E8YNJBBGt2h8J I13E62/zaVyjYyAAY6GxuCw3Nf3mrpcrjZRb5lLXJNmHUCqWl4xTY5C3013DoTUMmfOD5dldYrlz 5cLhd8ZJUAAhiPsqRfLyPtSFix11c9n+6qhJxm4hslRYgDxDtqzAt8zpqNbfCoL3Wf1MYYJTvt0i g8XIcZLNKsd2eA/meNrKfp0q6MRuobGRjFY3IZm1996WxcNNkZkk/lqke5mVFJCknvt2360xWHJw 4GBKRQqd0kg1J117O6t4JJ4S10xgfP8A6r0AnGNl7LqpV1FiRYsfF01a9Xnl0ViugLHQG970AOSg I8DRKdDohHTsOlRsyEkE+SW0JvGb3v7qnsyfkf8ATKrx/wBzF+qMvOlyAJFQlbMvh3W1Nuz3VyiT I24I9/aXt8L0IvJOjKY5EEdrbVUgDt7q6HLTWA85BYa3Vjrain/I32R/y/7mP9Uc4v6S3663996u oXAcyYsbk3LAkke+iqUXv985PQ1n+VjnnMUS6QBdznvI7K0B6GlrSQbBHKbXA7Cae5lBZfmA0iKh qDfLu19kzrxmN2BK+XKg37rgEBhcad4qwB1x28jKSKBGYNDttZWPhA8NzpTXKx8CWB7+JrWX8NiN aCx8PH8uY5jkM5UrY3ZbX1LWq1WXIgOS9+gMpyhhlb0wNrksOkWrBIUMvnXVHUtp0BJ06Vaq5Ijt JJuJttPcLfRTT5PDaGS07ESlTIx66HTsoqRsXy0SJgrKAu4Lc6CosE8IYxkvzcvjA+FbMx2WFV3R O13dgb/GuPUePlTSQeVt2KzmV2tYLtXvpjHFNJqkl7HWwND85lQQQhMmQRtKWVb9p2is3cWMLUPd xl0x8KSuCXeNNrWPiT7tiT29N1q8R83wOskQt4AWZLrpu7D0JuK5EKxbmlYKn4rk9/aWFFYOTw4J +beMWHhKubWPZYWrO2lnZu6AR++dYeLnPIRlwExSKwVwFJDNt8XXp1rmTE5RUjRMYSKEO4kLcSN3 DuFGjN4AWtk9Lf8Asf8Atplgf01sSXkIJHnEXhKq5bXTTxVSpyM1DH+pNo++L3zPvi8w4AaG5udw IXb27beLp31r+NDLLGCNQNbe6qeHzMTkw14DEV6Xa4NvhTmOGCL9MAE9tTXBldsbN6ahG3eS44uz Ml/OZFJTZoAGUbr++qzK8mDkQvdiFPiLKT/01dyGMfM81V3XA0VVJBHbc1wyrj4E+RIv4TcFQrae 61bVsZAdeMsybThry+ZamVysrFwgRI35nUINTVXH8piSqqzPaU9dw069K6n5fAmntLjqYmABdrbv rvRL5GLj+XNjYo2P0LWVb/R1rWe4YnhpMS9uqoaOvMaQyGV4MiZSFWOZFsCLai96KKvIlkVFB9gr Lc9yxymiGw3UHxIdCD2UzwuUghwItwJe3QnWgZACRUk2IkA3flo85suOUrhxg9QLH40XQnGSCXBi lHR13fGi6ovW+surSp4ehrF53qTiDkyR3YPj/lvdVPiU9Rc+ytoelfPM/wBJYMufNI+XIrzO7lQg Pbc67qACeECQOMJX1DxsmgZifw+FOlx2XqDneNN1fcA19FRe/TtpVH6f4mIiRORkAYdBH1HaCA1X rxXGi9uRcH/4umv+ajaYywjE8/wdyp83ubwJVkPqHg0IkKyix3A7UuCKWji+OdrDkGLNYaRD/wAq rm4HAdGLchIFIu22LqLlf5qdGK15x5//AGfDK1vNn77WS2lLfUnI4/IQcVnY+54nnbb5mhO0qutv dS0+l+GFgeQcFtQDGL/91M5eN4xuNxsEZMlsJy4fyt1/NNxcXpFTESKhWXC2Vig+XEiy7X++x8Ct ubrGeyqJeKxZI2/00EI8xGV73uA1yotH0N7UO2NgK2051j0t8pH/AGV2mPhsWCZ1yF1tiRdBr3Ut p5RXFXqGXHx1fDHHpC7MDHOp7ASTbwr32pr6ORpuJnx0mijvKTJHKL7gVFu0VxJi4LWL5vXoRiR9 vuFCD09xF9M+UXBOkXdr/NS2nlC5oE4WdcQRxxhXDhyFIBPsv5nZ76acVxUuKxnkcMxUi12uPi7C sgfTnHw6nkZkuP5Laf8ANTPhVxuLnaX+ozZEdtjQsulz0/EaBi6R7hOH5LOUtaVyb6Ddah5M/k5U aOSVmRtCC3UURJBxDOzfNPe2o8sH+NcHG4japOW+1iQD5Y6ge+sww5/2M657nsun6P3RRYC67SAd LW00+ir1ndY/Juyx9CoX+6jmx+EsGbJkAK7hePsP01acPiBFrktbv2Dpe3fUvSzdftkf/T2nMfoi oQuANq9epFra/RRGMoh8SqFfpcW6UWMbh2BYZT2vt3bBbQe+vYsDiHIVMh2OlhsHbqO2l6Oc/wAZ Id32Y5e9f3TW8UScCAnUlQSaNoXj41jxIkUkqq2BIsaLrRRqvGvjOZa+pu/Duv3SVUYICbmNb+4V KlOR0nny2N+2vwFT5XG/aT4CpUp6xadJPlcb9pPgKny2P+0vwFSpRrDTpJ8tjftr8BXvy2P+2vwF SpRrDTpPPlsb9tfgKny2N+2vwFSpRrDTpJ8tjftr8BU+Wxv21+AqVKNYadJ78tjn/wBa/AV58tjf tr8BUqUaw06SfLY37S/AVPlcb9pPgKlSjWGnST5bG/aX4Cp8tjftr8BUqUaw06SfLY37S/AVPlsf 9tfgKlSjWGnSWABRYCwHYK6qVKUc/9k= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/img/vendesi.JPG /9j/4AAQSkZJRgABAQEASABIAAD/4QCARXhpZgAASUkqAAgAAAAFABIBAwABAAAAAQCAgBoBBQAB AAAASgAAABsBBQABAAAAUgAAACgBAwABAAAAAgCZmWmHBAABAAAAWgAAAAAAAABIAAAAAQAAAEgA AAABAAAAAgACoAQAAQAAAOYAAAADoAQAAQAAAIkAAAAAAAAA/9sAQwABAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB/9sAQwEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEB/8AAEQgAiQDmAwEiAAIRAQMRAf/EAB8AAAEFAQEBAQEBAAAAAAAAAAABAgMEBQYHCAkKC//E ALUQAAIBAwMCBAMFBQQEAAABfQECAwAEEQUSITFBBhNRYQcicRQygZGhCCNCscEVUtHwJDNicoIJ ChYXGBkaJSYnKCkqNDU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6g4SFhoeI iYqSk5SVlpeYmZqio6Slpqeoqaqys7S1tre4ubrCw8TFxsfIycrS09TV1tfY2drh4uPk5ebn6Onq 8fLz9PX29/j5+v/EAB8BAAMBAQEBAQEBAQEAAAAAAAABAgMEBQYHCAkKC//EALURAAIBAgQEAwQH BQQEAAECdwABAgMRBAUhMQYSQVEHYXETIjKBCBRCkaGxwQkjM1LwFWJy0QoWJDThJfEXGBkaJico KSo1Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoKDhIWGh4iJipKTlJWWl5iZ mqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uLj5OXm5+jp6vLz9PX29/j5+v/a AAwDAQACEQMRAD8A/v4ooyPUVnX2qafpyF766htkHVpZBHnA7ZOT1/8Ar00nJ2im32Su++y121Kh CdSSjCMpye0YRcpP0STb+SLu7s3Q+4P/AKCM0pVR2H4tjPXpz9PTr2rxbxL+0F8GPBdvNceKviZ4 L0KGBC00mr+JtHsUQ+/2y9XHf8+pzXy/4z/4Ki/sO+Bgw1n9oDwG5VS2zS9Rl16TjHbw9Dqhx6HG PwJrpw+XY/Ez5cNg8XX2/g4evV36XUbXbvb0Z9fk/h3x7xDJQyLgzinOG/8AoV5FmONvtrajhpuy urvZX3P0ILA8ZALY4PJxnj6ev9fQC8k5ByMZHXpjtxwPXP4Zr8NPG3/Ber9i7w+blfDNz438bvAu Im0bwZrNnDcgjGILrWxpKkdQbgkDPPc18keOf+DkX4eaPaz3Phv4F+IntIk+fUfFnjPQ/DOn256f vZRZaryce5PA9692hwXxRiKfPTymvFJXk67VBRta9/bKlbl69up+xZL9D76SGeUZ4rDeFfEGFwdN SrVcXm8MLkeFwtCKTlWxVfOMRg4UVBXcuZqyvfrb+oHBPHTH446kksOn+eOM0wSRqCWYZByAeMHj pjGR07V/EN42/wCDm/4ma/rK6D4D034MaDf6lPLaaXZf2nr3jS/80YHJsRpNuLj6EdcdOD8JeN/+ DkH9pvX4pxbfFnVtLt4JZUubzwX8J9PtUtpfONv++vNXgvMf6nqMcdQa3hwhioQ5sXmmS4NN6Kvm dF6ppNN0Pa/DdXd211Z7+H+iHxXh6NDFcT+I/g7wnRniK+GX9q8f5Ziq/t8NSo1cbSVDJFmalVw1 KtSqYim5x9lCpTqN2mj/AEVp9V061b/SL22iGCSJJVUqR9Tkg459M8c1xmt/Fj4b+GovP13xr4Y0 qIH/AFmpa5pthGPUfvrhc+wIyPev8z74wf8ABUn9rbxfq3hvw5oPxq+MPxT8S+PNKj8Q2Gj6b4/1 zwt4eh0GeH9xeXlrpM9nBBnyZ8232TFoYM317Xxt4r/a4+J3iLwf4o1a6stTPjf4d61bQ+PfCni/ WdX8R7NInvBbjWdInuLg3O0XBNvfC5A+yGa2vARncPT/ANTMtw0qtPHcRUX7LlSeAwNfEYdulRVa vQo4h+yo1q1Gk/beyp1vaey1aW7/AEGP0QfDvI8bmGC4y8ecG8TldLFVqsuDeDeIeJMtxWIwmXYf OMwyzLc9rxy3JsZmmDyiv/aFfLqOJq4mlhFVq+zfs3E/0+PGn/BRD9jT4f8A2hPEn7Q3wstbi2iL vaW3jHRNRv8AHTjT9Nubq4II44t859q+QfGf/Bc39hLwurrY+Odc8VyKDmDw34Q167PqD597baXb f+TXf16f51+u/FTxh4j8ba9o/gnW/sXhnTvgzJ45hezs9OuLw6x/ZsNxAJryaC6uf9GuP9GNt/x6 ccEGvVPgB4o1Dxh8K/CPiDWr6bUtWk/tS11K/uVElxNdQTZgmmz/ANdYcDqbTBHPX6TJOCeFcwzN 4BYvMsQvZ4ift37GhRxKwNWjRrrDv97a3tbeW2vT968HvobfRn4643xPBUuK/E3P8TSy/iTH4POY 4fh/JsizqPDOYZRl+ZxylUpZpi6tP2ubUZwq13SioUql1of2n+Nf+Dir4I6ZO9v4K+E3j/xJI0e+ 0GsXeh+GZLnA/wCfQ3Wp3OPrZn1618U+L/8Ag5L+JGr3Gr2Pgf4RfD/QrvQrae61WLU/Hd54nvtJ sFwTd6lpul6PoDWJAMhIuWyMgn73P8Vut+H9b8OTeJfGHjXw+vxDGkeLV1S7+KHg74mi3v8ATg0o a206G3inuxZq6lWH/EoN1a3RFl9stAcn0jw/448J+Fvjn408R+I7w+H/AAt8UPh1a6xZ3WqwmMSH VNNHked5P+vuPtEV5bfaOTd3eDgZ558FhOE6WIp06+Qxwzlj6eHX9q47GT9hh61DF+wxta1DC4RX rUaNP91Vq0v3v8RaNeVwnwv9GTJ82wmAzrwWoZZKlxRh8lzHFcdcZcVVq2CyXH4HiOll+d4+Ly7h 7Io0amc5NQw1WeX4rMsFJYz2NPGe0gz+l2f/AIL8ftj/ABU02bW/h94x8BaboctzdWKXmg+D1uNl 1AQJxDL4ja7z/wBfHI9vT9r/APgm9+2B8dPEvwE8KfEP40+K9T8dah4u8T+MbyXVNRt7K3ktdLs9 en0vSYbSCwt7O3W3treyz9mIyfPyM4zX8Hf7IQuV+GOuEwTLpreONVfRLqddn2q18tROYP8Ap3/1 AHfnPBAr9CvhL+0N8aPgZffa/hd8Qtd8N2zzedeeH3m/tTwhqIaUZ/tDwtqv2vRpiSDm6s7W01jp /pw4NfVV+EsJxBwfl2KwGBy3KcdiaFGviJTpRjHEcrq2oUa83Vqq9lV1fW99LH9Yx+i3wH49fRm4 Nzjgvw74E4A4o4hw2FzvMXgsprZfLEwwtPGYaNHBZrW+s5jQp16qjjKXtquKpVqXs1UspKUf9Jfw V460XxtpdvqOmXMM3nJG58txk5xzjBJOR2xyfy7rPGOBk5OQTgduD69AfSv43f2Tf+C058J6ppun fGXwFe6WZHihv/Enw4N5qOiXY/cefeXngq9/4mWl3AGP+QZd3tr9jJ3EnNf0/wDw6/af8BfELwV4 f8Z6Lc3N7oviKxh1HTtQFjqVv9ptZwT5os763tLlSc/8e9yLQ479K/l7xE4o4R8KqdDE+IHFnCvC OExeIVChjs7z7LcswVeta3saVbF4ilCpWX/PvTXa97P/ABy8ZPo3+J3gvncsu4l4exssDWdsuzHB 044vA41J9MRhnVpKtu/ZOztro1JL6n7dM+2Mfof60mT/AHT+Y9vf/PXvXhEnxz8Prnyre4f1xHJ/ hyD+nfpWdL8fNOP3NLum44H7nHfHS46/0r8HzH6X30Yst0xPjl4a1Wn/AMwvFeTY57q+mDxVaz7a b+mn5BT4W4hqfBk2Y7J64equq6NadPL5M+iNi+n6n/GnHj9P1OK+Z5fj0p+7pMv/AAN4uen59PX3 5NZs3x61Qj91pcf/AAOYZ/L7P+Xavi8w+n59EXLEvrPjTw7U7/VaGZ456W1X1PBVr/JavVHZDgri edv+ErELX07enfrY+qDnseOnAHXOCenqc/h78A3dwTnHoMfyP6dvfj5Jf46eID/q7G3T/tt/9z/5 9O9Zs3xo8WPnZ9kj7f8ALeT8eg/Ovh8f+03+hrgfg8Ua+NqJW5cLwpxZa+l7Sr5RRo+n7y+3Sx1R 8PuKpb5dZf8AX+hfpa79trvr18tT7ICr2HT3P60EnsPz49PUg+v6V8Ty/Fzxk4/4+rdf+2I/D/l5 /wD1+2aozfE7xhMf+Ql5X+4n8/y7V8bj/wBq99E3Cq2FzfizNUrX+p8NYhbW/wCgurhOuqvqdkPD TiaVuenhot2/5f2XTf7/ANPT7iLgY4UDkkEjn36cd8f4YoJ3DGFGPpjr2J/ycZ47/BcvjvxfJ97W 7n22iLn+ox9MfpWj4f8AiV4hsde0aG81Ca5tdSvPsbpJ/wAs8Q3E+MnH/PGbjjrjtXreF37TbwE8 WfEnhfwx4YyPxDp51xdmH1DLcwzLJ8swuU0a3salZOtVeeVa/K3RdJOjhKl6r3RlmPh7neWYDEZh iKuXSpUFqqFetKtunbSjG1tE1dv5WR90joKKr2sgnt4Zv78YP4Z/+tRX+jR8KeX+Kfijonhe/fTp llmvYo9zwohAx7y9Dn6e3tX8uv8AwXp+KXjufW/gZrHhTxd4y8LaFfWHjDSNQ03R/EmsaXpl9cwy 6Ve2095ZWGofZp7g28lxbfaLr/l0zjA4r9//AIqLjxlfHP8Ayzhx+c39M1/Ff/wUR/4Ka+Ev2p/j 18Sf2NrH4Na14N8T/su/FPx9plz8QL7xZp+sWni638J65qPgy7Gm+HIdAtbjS7fU5xb6yftOr3f2 S0gFmRd/LeV/nZ4AfSk+kPxx9P3P/BTC8KcJ47wn4E4hzDCcT5nRwcKGb5dlONy6usmxlepjs4Us RWljJ0KVT6lgpcu8qSi1f++/oS5RwtlPjl4SZrmkaeIrZ3isdl7w2N+r4jCVq2NyzGUVJ0Z0uTSb ju+rsnKyf5W/Hbxt4u8K/DjxV400DUFbxFYPp8zXmpJ/am+1nvIIL6eb7dj/AEj7PN/x8/h2zSN4 0vo/gx/wsWCGK91VPh8fEwRYgYJdZGmynzpoMErB9ph+0/Z8AHBA6MK3viH4ei8VeBfFHhS61Kw0 ga7o9zYLqOpzQx21pKfKMM826YHyBcRADsMd6+avC2mab8NG0QeM/wBqDwzqHhnQreWz/wCEIju9 PbQbzT57SeCfTru0t7+8uZrf97jNza3fGRnBwf8AcLNq+Ny/O6sqDlHLMdk1HCrE/Wcvw+Hy/H+2 qpV/Y1atJr91VTfsqLq6ep/r/wCKnEHGXBfi1mMsmlCHAHFfhjhOG4ZjT4o4XybKOAeL3m+ZRqcR 4jBZ3m+XSqKjluLo1ary2hWr4hYSnTSTtbyq40zxNa/BjT/2iLX4p+LJvHx1iK5vIZtV8zRz/wAT n+yv7H/s3/j2/wCnn7OP9E+x/wCg/Yf+XuvuiC00v4jeBdFPijS4LnTvFegaFrGsaRJm3tzJPbwX 23i4NzBb/aP9Ix9rA55OMY+DNU8Q/sQ6FqZnbxp4m1vTIL8agngvSX1y+8K/aoSBj7Pc2NmbiD/l 3x9qJ+xf6J9t213etft//BuxCppHh7xZqLeX+5SU6ZosHl/8sPKM0zrDB5H90kZ6YBr5fh3NclyS pjYZvnWUfVq+X0cNWw+Hx1bNnjsRQ9q8bjqyTaw/1xNL2NtLr2nRH86+BviB4W+EmJ4yp+LHiv4Z 0skzvhDIOF814WyjjzHeI9HiviPBPMaef8cYzDxwmIWX1uI6OMo08VlsKdWpXdKp7f8Ah02b3wO8 N+G9E+P/AMYPCT6JpLRaKkN94biuLOG4fRrUzWRA03zv+PEm31HgWvXBx3ryTwx4A8c+IPC/x68L aL4k1DSdP8P69ql5N4SOj74/Gcn2zVPs8MOpkfabcYs4c21qQPtn2bsK5jUv+CgdlDf3Wp+G/hP4 R06+vF23es6trq6hql4B5EJF1e6XY2vnQfuY8W5uOMk4PIrzTWP+Cgvxeunb+zb3wN4ejP8AqzYa BJqVwmPX7bDc9sd6+WxObcDwo4fCSx2JxFPB4rPJReX5dVo/uM0accP7adbB3dBvRWq0qns/ZX9m fzfxJ4h/Q9w+T5Jw7iOPc/zXLuHuJfFbGxpcA8I5vk1fHZL4iOq8uy2vjcwxmRuVLI5LB8ulbA42 jhVgqmHWHqTPrrSfCvxQtbn4YfGTwT4KhbXtJ8If8IZ4n+HWpEaJOlrpXn2MN7psV6cG31TT5hc5 Gbu0uzxZ3gxn174SfA3x94k1z4n+MPH/AIXmm1r4rWEugv4P8PWs2ufYNGnig/101jb3ZnuP3Nnb WR/4/OLm864r8t739o/9pDxrN9lg8beNdQln+f7J4R0sxfuvUQeHtKZc8cHHT8arP4g/au8EaZce L7qT9pDwhoH2mKK88WajY/EPw34dS6vsw2MN5rbpZaXBc3Rh+zWUH2nN7gANhcDxcRxpk+BpueVZ ZmOaYiivbYbD5xXoYLKvr1fBLBV8bVw+CpYus/b0Xb2LxCp3/hs+Kwv0oPAbhXNstxeTcI+JXGmA y2c8yXDvFGb8P5HwpX4qxPDy4XzPiitlmWYPMsa8XmWV+19rhXmTwVKpialSnhobH7Sfs8/8E7P2 l/Ddx4uVfhd8SfFs3ifw9/wjVl/Zfw68XLHYaX50/wC9vLy/sBbfaP8AU/6Lnn8a+v8A4M/8Etf2 mfhp4KsvDd3o2maJpy6jdaqNT+JfjHwP4CntPtwgxFNp2o6+bmC3Hk5H2r/S+BkE1/OF8OfD/wC2 f+1dr2oeEfhB4a/aT/aP8TabYRarrfhv4c6V8QPifqmlaN53kf2xrGm6CNWubHTxcf6Mbm7/AND+ 2f6F3qz8f/2IP20f2W/CWk/EX9p39l744/AfwX4h1seHtE8UfFnwNqnhKy1TXTZ3GqDR4V1SD7TP qB0+C8uRbYH/AB73PpivyzE8VeL9KOFjwnmnh3whHB4fE0MNLHcH55xZiaNDH1lWr3qy4zyGhO9T /n7hsRpZNK1zwuGfpu5b4b0eH6Xhl4OcMcP1+GMDxBgcgzLOc64izzH4DAcT42jmee4fENYnC0cS sbiqWFqxVWhP2SpKnT5Ej+jiL/gkH8G5/EF1r/xL/aL/AGP/AIeC6uhfX+n337RWizaTNc/8t55t BTU9G08jz+TbC5+yDpjJAP0Zcfsef8EvtKSwh+Mv/BS/9kvWJNLQRQaXoniL4V3yabH5HNppF0vj HWbi3t1MJxbC3+xnn/Qx1r+ef4Uf8EP/APgrl8cPBng34kfCv9h/4geIvAHxB8PaV4t8GeLJ/Hfw m8P6dr3hfXYYL/StYh/t3xlpN1bwapYTwXOLoWt4bM5zwM/Veif8Gv8A/wAFstYtUupf2ZfBXh/d 0t9f/aI+CqTjA7xaV4w1YD2zjPY5r8lznhj6Qme/WKU/pF4zhnD4xWxFDgfw24HyNV3da+2zrC8T Y1W3iliFbWzbSb/P8R9NDj6lHOY8O8O+HvCEM/xX1nN6WR8F5FH+1K9Gt7ehVxUsXllevUVCvXrV qPtm5Uq1WpVotVL3/bbR4f8Aggl4FiSHxJ+2n4Q8V29qmyOz03xZrH2FIuP3VnaeAtAQC37/AOig 49T1r0Wy/bj/AODdb4VRxDTvHHhDxJeW0ezcvwv+Pvjy4fB5lkOt+BrqxmBIA4ck9O5Ffxm/tjf8 E+P2zv2APE2leGf2uPgN4v8AhL/wkt1d2fg/xRczWfiTwB4zurGIzT2nhzx34bubzw5faha8XB0Q Xlrq4tSLw2YyM9F/wTf/AGAfiV/wUy/ag039lT4S+O/AXw58aal4D8WfEKHxJ8SDr0nhv+y/B5sf t1nDD4c0/VtSn1m6OpC4H+ifY/skFyPtnSvxXiD6JvF3GM3HjL6W30os1wdZWr5ZlnHOW5Bgqy02 wmA4fVBJJ2sqEUlezS0XzOa/S48bc5w0aGL44zyOCS5Y4TC5vmGEwkYtJOCwmX47D4ZQtpyew5ba JH9oVn/wXo/4Iw+A18rwcuuokY+T/hFv2dtT0YcdMjUNN8P8+vBqpq3/AAc//wDBN/RoCmj+Fv2k 9e8pNkMOl/DbwZYW35a18TNM8k/UHp1r4O0n/gyy/a4uNv8Ab37c37Puk9d39i/C7x3rm3jII+3X Ph7/AOtnGK9n8Kf8GTnixpF/4Tn/AIKO6ZHB/HF4S/ZjEknYjyptV+MFoeBznGM/p+X4j9lz9HPN K6xPE+ceK3F04yU/acTceVMbUvvd1MJl2BaeurUk/PU/Lcb4ucVZjL2mMxrrT1s8R7fEWvbW+IrY jrd7JX6K50ur/wDB1v8Asiw7v7C/Zu/aK1LGdkmq3Pwy0ffx1/0LxV4g8n8Oa8y1f/g7O+FcDH+w v2MvHuoDkodW+MXhzSM+2LPwPr/kc8ckV/PL/wAFhf8Agmvpv/BLf9sPR/2VfC3xO8U/HiPV/hR4 O+IVn4kv/Bln4c1zUtZ8U69f6HB4c03w3oWseIvtA+32UNvY/wCl/bLu7nFkf+fsf1Y/8Etf+DS7 4Jp8KvCPxe/4KZN4t8b/ABO8Y6bY68n7NXhzxNqfgfwP8NLC9igvLLQfHmueHLiz8XeMfG9rB/yG re21fR9F0e7M+jLaX32X7bXq4f8AZd/Q6w8k6nhzmOJje7Vbi7ippv3d/q2a05JPrqnd92eXPxE4 ha5oY66sv+YfDWXw7Wj6rW/mu/5/61/wdq+L5pJP+Eb/AGJPDFpGfuPrfx01bVJOf+e0Nj8LNJJ6 46DNeZ6r/wAHYf7SUxYaJ+yz8DdP6lP7U8R+P9a2Hn/nhdaD5/uT/TFf1W/Gv/g17/4I6/FbwRe+ GPCn7ON98CfETWksOj/ET4RfETx9beLdGuDDKtveeR4y8Q+LvDuq4uGBeDVdHuvtYXBuhuyv+dH/ AMFUv+CcPxe/4JY/tO+Kv2efiRqX/CWaDc6DJ44+Cnxas9Jn0vTPif8ADq4mngstXNncC6ttP8U6 DqEJ0TxpoNvd3VrY6xB9ssry8srqzvLv7jA/s7/oc5a6Tw/glktaUdG8VnnF2YrRJXcMxz7E03fr ePyscf8Ar3xHW0/tOS7JUKK7PdUL9ut16q5+qXiT/g6d/b71Fm/sP4Z/sv8AhiL+DZ4J+Iup3A9D /wATX4skkfrx+XkWq/8ABy//AMFO9SLfYfEfwX0Pd/q30j4R6XL9Odb1TVfUZ/AV/ZR+w7/wQE/4 I6eP/wBkn9mX4reJf2J/Bfirxb8RvgT8K/HniPW/EXj34wamdW17xT4J0jXNUvJdNn+JDaLbrdah eTzm2tLK1tBkbQeK/wA9z/grP8Hfh9+z3/wU3/bb+CPwn8J6b4D+Gfw5+Nd/ovgPwXoxvDo3hjw5 Po+l6rY6ZpkN9cXlzDb4vOv2sV9thPoZfRawVNU6XgZ4cwjFKzrcOZbjJPzlLF0as5N+cpXbdt7H MuLc+rT5f7Rxf/hTO2iWtr26Xsl2ufUuv/8ABwt/wVh11Wih/aP0zQo26/2B8HfgvbyH1MM154Cu bn/PFePap/wWy/4Kl6yzfbP2zfiZEW/6BVj4I0Mcf9gTwnpXHfnJ+lfljRX12XfRu+j3lNJU8v8A BLwloqLTUqXAXCs53ut6ssulUbVr3cvUVTOs5m7zzbMnt/zE4hLSy20X3LTW1mf0gf8ABHz/AIKR /tv/ABi/4KZ/steA/jL+1N8Z/iH8P/FXiPx1pWv+CvEfjjV7jwrrJm+EvxB/sqLV/Dv2j+xr3+zN eGnajZk2v+iXdlp14P8Aj1tM/wCgjct5ereFJP7via1/9Nt7/wDWr/LX/wCCPGq/2N/wU7/Ypu9w XzPjh4e0vzOOP7atdT0Uw9e41Ht+Ff6j+qfLNoMnOY/EWltv7J/r4M/+R+meOvav8s/pVcNcP8Bf tDPog4jhvIMl4dy7G5fw/gfq+S5bgctw0sRV4wz3DOq8PgaFCg60aOY0Eqtm0uSKVlFL7rJK2Ixf BfFHtarxFW9Zv6w7tL6vh9fnZ6vfrufpdo7btLsW9baP+VFVvDr79F08/wDTtH/L/wCtRX+3x+Mn yB8X4wvjK597aIjnjI8/HYeuPpxX+cFrvwC+Gvx6/wCDkHx/+zR8XfFXxL8DfD/4+/tO/EXwnrev /CbxPaeEPGMV/wCKNHu/E/hy0tNa1PRvEdjFb6pr/wBktry2fSLv7V9o3AqcEf6Rvxnj8vxZ5h53 W3Xt/rxk+n4e3Wv8x/8A4Kd/EK6/Zr/4L6eNfjFZyNZzfC39pj9nn4qPMj+XIlrB4U+G/iO+l87H /PvqU3169a/yW+jjWqZR+0y+ljlEKrozxPBGV5rKOybhLgucX03Wbz1Su+bpc/WsZi8XheBuF8fg MRicDi8FiWsNisNX9hiMNeNZWo16FvZJpW89Vc/rf+Mv/BqL/wAE19G+Dfxb8S6JrX7VHiv4gaL8 MfHuseDrzxh8cm1G2TxbpXhbVr3w7c3tlovg7RRfW6azBZh7PpdWoKYJJA/zXvhtoieKfGXw68Oa jbtu8UePPB3hS/t1YwXMn9q+KrLQ9Uh88jME91bzXefsozZgYwD0/wB0yT+z/E/h9vs0sF/pPiHS H8meM+ZbXdhqtn+5mUYyYLi3mzjAypAxzz/jHWfwebwP/wAFVLP4B3Nq1vJ4H/4KORfC5LYp5ZI0 v9pQ6FpYh9La686zA74xX+tM5ylJTlOTXrLfW1rPorWfyPziebZnjalWtjMbicTVatKvia9XEVnt v7zvpffbV9j/AEzfCn/Bud/wRk8OafpkR/YR+HOp31taWqXNxr3i/wCLXiM3V3DDD5800eufEK9t 5zcT5LLtNoTjGM7T+Vn/AARG/wCCdn/BNf8AabP/AAUb1zx5+xL+z141sfhn/wAFIPj78NfhfbeL vh/pviiPwT8M/DsulWXhvwTo39uC78jw/oM8Oo/YLfkYuCfSv6/9duvsGi6ve+aIPsemX90JuP3I t7SabzT9PKz+Hc5B/kO/4NA/iXJ8Svgd/wAFCdYuHZrrWP20dZ8czI5/eZ8f6PNrfnc8/NjP+QKD znOTbbbbdnfrptrvof0VeFf+CaX/AATu8FQLD4W/YU/ZB0RUHD2n7OPwk+0D3+1TeEGuT36yfTFe zaT+zD+zV4aiLeHf2efgXoXlp8n9j/CbwFpmz/wB8Pr39FJ+vb8c/wDgvB/wWQ+JP/BIPwp+zl4l 8AfAXwn8bT8dfEvxF8O3n/CVeN9U8H2/hqXwNo/hzVrcwf2XoGrC+Oq/2zOS1zdWf2T7EVOftObT +ZXV/wDg9A/bXuQRon7G/wCzNpobOz+1fGHxI1v/ANJ9R8PZHHf8PcKjGc9rted/6flf5bafpH/w aHQwaPr3/BW3waILeKXwv+1jo0cWyCKOSKGa8+J2leTD08iD/iQgfZwcDHfFfvR/wXG/Z9b9pj/g lJ+2r8MbPTBqviCL4Oa1478J22zdJ/wlHw4mg8caUYRn/Xk6DNbjngXBx2r+aL/gzp+LF98Rvjx/ wVU1rWLSw0rV/ij4h+EHxq1HR9IEsej6bqfjLxX8cb7VbLRxPO1yNO0u51P7NZi5JvBZm3OcAk/3 UaxpFnruj6tomowR3Gn6xp17pV9bTJvjntL60ms7iCZSB5sDwTFT3IJyc9AmUeS0e3/Dfoj/ADeP +DMvXGT9v/8AaM0xiFbXv2RrXUnj67zpfxI8KDPoSDqWa/Zn/g8+0Vr/AP4JzfA/UVXJ039qjw3D v/uDVPAnjKD16fuc/wCTX5Gf8G4nwrvP2RP+Dgn9rD9lXUont3+HngD9qT4UWhkk3i80XwN8YPA1 /wCFr2E8mf8AtPw/9juge1mMjpx+8/8Awd5eHF1n/gk7baqF3yeF/wBp/wCC2pZH8MN7/wAJTpU5 +o+2w/nn0oLqaztfolf0uvx9fmfq1/wRg1b+3P8AglP+wJqO7zN37NPw5td/b/iV6QNK/wDbP+df oXP428GW2vR+FrjxZ4ct/E0wj8nw9Nrumxa5L5+fKNvo81yLyYtn+G2b156V+SX/AAb2eI18Tf8A BGr9gq+3BpLP4RXWiTf9ddD8a+KtL/lBH/niv4PP+DoXTtU8Cf8ABbT4xeLvC+q6t4Z8S3Xw3/Z+ 8X+HvEnh7UrzRPEGi6zb/D6x0n+2NI1jSbiz1Kx1G1uNMiubK4tbr7YDB3oIhHmnyrX0+e33dj/S X/br/Y5+FH7e/wCyz8XP2XvjBoNnrPhv4i+G7qHRtQntoHv/AAf43sYZZ/B3jfQbyeB20rX/AAxr HlXSXNri6az+1WJP2O8urZv85f8A4NrfBfir4Hf8F8fCfwW8eQ/ZfHHgLw/+1n8GfGEJSaNB4j8A eFvEf9q+QZuZ4bm48Nm6XH/LrMDx1H+gd/wST/ah8Qftm/8ABOH9kT9onxjfx6p488efB3w3b/EL VEXYNU+IPhSIeE/HGr+VwLafVfEWh6jqb21tm2trq4dV+6Av8k+sfD61/Zt/4PPPASaLALLQPjlq mvfEG3h2COIXfxU/ZE8SWPiowmHtdeONG1O5Gcf6XPz6VLV7a2aHT/5ewb7adOmq+evc/vO8WeMf Cvw/8M61408deJ9A8HeEfDenzar4h8U+KtY03w94f0TTIM+fe6xrOq3Nrp2n21uM5ubq6trXL/e4 FfFXir/gqx/wTQ8Eo8niX9vT9knS1iB8xW+Pnw2uXTHbyrHxDdMc9iFIrkv+Cx3hhPGH/BK3/goD 4faPzBdfspfGS5VcjPm6V4P1DVYZB7q1kD26dDiv8ZKxtLM2tvJHZwr51tE/MPX9z1/zk57GiUuW 2l7l0qPtOv8AX9adz+9r9oHXP2Sv+Cnn/Bz7/wAE7fEnwK+Lnw1/aD+GHg34QxeNvFupeCNUs/Ff hpPFHwIl+JvxH0nQtXlMDW005v7PQboW2TkfZT6iv7AP28f2qdM/Yk/Y6/aJ/at1LQv+EoT4I/DH xF400/wz9qmsIvEevWUP2bw3oU97DAzWVvquvzabp17dFSbS1lLHkjP+Y7/wbKeLtN8G/wDBaX9l GO5kht/+Eu0P45+DLbjy99/qvwk1y4ghx/z8f8S2bt7V/pi/8FHv2YtQ/bP/AGFf2p/2X9FvbbTv EXxk+EHinwt4VvbwiOxj8YRQjVvB8Wo3BYCDTbjxPpmmW+oXAObWyluXGWAVmmnsRUiqc+Rt/wCf V2+Xc/Cv/g3g/wCC6/xz/wCCo/xC/aD+BX7UXg74X6B8T/h54Z0z4teBNZ+FGma/4f0DVPAd/r8H hXxF4c1LRvEfiDxFcHUfCutajoAsdTttV/4m1jf3RvbNbyyN3eeE/wDB5r+z7pPjD9if9nr9oq1s LU+LPg98e4vAF5qzw/6QngP4w+FdcsdVszP1ggHijQPCtz15PXkV/FH+z1+0p+3B/wAEcv2rPiRq PgHTm+Bf7TOheFNf+C3xC8MfE7wTBrkmn6Dfa9oeuX3k6Brn2S2nt7rUfDej6loviO2+12l5Z4Nj 9sF4CfW/2wf+C2v/AAUh/bz+El/8A/2mfjL4Z8X/AAl1bxD4c8Uan4Z0T4V+DvC8j6z4VvPtuhTx axpOnjXITa38q3P2e1ux9s246Ywub+fq/vXXubex/eU5wa9kt/WyX+b11+SP9RD/AIJGeIF8Vf8A BL39gHXkk8xb/wDZM+CHz+slv4C0Sy5x0OYSPbmv8yH/AIOFtBm8O/8ABan9v23kj8tdU8c/DnxD DjnfDrnwZ8D3vneuPtE039K/0bP+CAetHXf+CO37A10Tn7H8CtB0QDHQaHe32lAflZ/nX8Bf/B0f o8ek/wDBa/8AaOkjj8tNe+G/7PuvD/bk/wCFS+HNKnmxjn/SNN7fn0ol8L+X5oVD+N/4F+TP59aK KKxPQPt7/gmlqv8AY/8AwUQ/Ybv921E/a0/Z8tHf+5FqfxU8M6XN/wCQLuXI444z2r/Vm1/5bO3m yf3OsaC6fX+0rGH999PO+vTtX+SN+x9rB8Pfta/sv6/u2f2L+0P8E9XL9k/sv4k+GL3zu3eLr2OM H0/1ufEW46XKy4+W50t/+/GpWQ79f89a/wAa/wBoZKGW/S3+hBnMVpHjXA4acurw2E4w4YrTi+lk 8VUsurk7o/SOD7z4a4sp6O+EqNa6/wAGu9b7Xev/AAT9HvCD7/D2mt/07Rj9D7CiqfgKTzPC+lt/ 07R/yP8An8+1Ff7NxfNGMltJJr5q5+Pnzt8clx4gsm/vWsn/AKNg/wDrGv8ALn/4OL9Ea3/4Kt/t HSKmT4k8I/Be+T/bl/4Uh4C0YzEf9fGnjJx7dsV/qR/HeLGs6bJ2aGaP1/548ev/AOvPPSv8zP8A 4OYdKOm/8FOtY1Dbt/tz4L/CnVc9n+z2Oo6H19/7I6H075r/ACQ8PVLLP2sfjVy3Szvwey9zWlpQ oYTgO2j/AL+XRb81Y/Va1qnhtlL3dHMX+NSte/8A4Od/l6H+jD/wSP8AjfJ+0Z/wTP8A2Ivi5d3g vtZ8R/s5/DSz8SXXmeY58U+G/Dlh4V8SecQP9f8A2zo95+Z+lfwBft1/A+TwP/wdUaL4Njtmit/G v7fH7L/xvhVF5uYvG+peDfibqs3PX/iYWd4c9zntX9Q//Bov8Yf+Fgf8EoLT4d3d61zq3wF+OvxR 8CTI7YeHRtWvLDxvoYB7QH/hINSthnPFuQOM1+e//BUH4ISWv/B1x/wS98eLaf8AEu+KVh8K9bvH 2Hy7m6+Fd74ysJ5sdOLYaXan6ck1/retUn3R+XR92fft+DX/AAT+w39rvxf/AMK8/ZQ/aa8eectu 3g79n74x+J0nf+CbQvh54j1SA8/9N4B71/Gt/wAGTeumfwR+3noX3Q3iz4JeIvK977wtrtvnsP8A liP/ANWa/pW/4Ll+PD8Of+CR/wC334kiuPs14/7O3jPQLF+p+3+KoYPDluOOpJ1Lr0wDX8rv/Bk/ qRt/HP7e/ht2GU8KfAfUfL/68T4l0rzfzJ575PvTJhtV/wC3fzgfo1/wdtfss/tC/tP/ALPP7H9j +zt8Dvid8dPFfhH45eMrnVtA+F3gzWfGmqaTo2ueCoLc6lqNpolvdmytTcWUVut1dj7GbvnFfxNa R/wRR/4K8640aaf/AME5v2m0M33H1vwfD4bTB/57Ta5cWnkevPXNf7JlFJpPcqNWdO3I7a/rr/XU /wA77/gzXg1fwj+2t+3p8OvENjcaL4k0X4M+DNN8T6DeeV9t0fxH4I+J2uaFrmmXh4/0jS9Q1Oa1 vfsg+yfbD3OK/uF+KHx9b4cftbfss/A+/uEj0z9o7wr8e4NKR+3ij4SaP4U8YiGKXIxPc+H9S1k7 c9LE4ya/iy/4Nso5PB//AAX4/wCCtvge5LQvI37TcKW8h8uQSeG/2s9CBHk9sDUsdgOelfu1/wAF 2/jBa/s1/HT/AIIvftF3922n6N4J/wCCi+n+BvE9/vEaQeDvjD8MfFXhXxWZzz+4/seG7uDnPFvj rxTCp8T0tv8Amz4kvfgY3wK/4O8/Cnj+ysV03w9+1Z+yL4x8cWgVfLt77X9D8HWfhXxVNkZ86e51 DwHDqLf9PtwM5xx9p/8AB1Zppvv+CNHxzugu5tD8f/BzW19VMHjvT7fP/k2Rz1r6R/bs+DD23/BT z/gkD+1VZQ4Hhj4k/tD/ALOfiqZMDOjfGL4AeOfEXhwzYJBgHijwT9mXgD7VfgY/0o153/wcxaCd c/4It/tjlRu/sjRvh/rXH8I0v4n+EiSPp5uPz7UEx+Jeve39enXYwP8Ag181dtV/4ItfsqBmydMu viro4/2PsPxO8VZ57n97X8fH/B29pf2D/grtDehdia5+zB8Kb7d/flstX8R6WPXp5A/wxX9Xv/Bp 9qq6h/wR4+GFkr7h4d+MXxt0H/rn5HiqO/8AL/D+0B+f0FfzLf8AB4robab/AMFLvgtruzaviL9k Pw/scZ+f+yPin4yt+fTrzj1NJ36d1919fwLpPlrU/VN326aeln5H9O3/AAag+JZvEH/BF/4F2txM Zm8LfEj45+GE3HmGOD4k6rq0MH4DWAc96/Nn/gp3pq+Ev+DrT/gkt4wTAbxj4Y8L6XI6JsfzfO+J 3hX5ic+cPI1OEdMAEgccV9s/8Gg96Ln/AIJHNZbt39jftSfHPTf93z4fBOq4/wDKmT74r4y/4Li3 kHhP/g4m/wCCGHie4xbx3vjP4fabLcbuHivvjvpehdMY4/tiYYx364FMjlXPb5ddt7f8E/sQ+MXw o8H/ABz+FPxI+C/j+2vrrwL8VfBPij4e+MLbTL+bSr+fw54s0i40TVorLUrc/abG6awvp/sl1bc2 rYbqAK/A7w5/wakf8EXPD0kU9z8BPiH4lMQBP/CR/Hv4tSxP6+bBpPifSLY/goA7elf0O+KfENn4 T8Oa/wCKdRjupbDw5ouqa7fpYwm4vHtdJs5764jtIeDPP9ngm2wZ5bAyM5P8qev/APB4/wD8EwLK 3aTw38LP2y/Fc235EtfhX8PNIjeXtEJtX+L9oAfwOMn0yQIxnJ+5vff+mn2P57f+C0vwe+An/BFL /grz+xB8TP2LvhNbfCvwV8MPB3gP416x4S0rXPFXiCTxPf6T8Q9V0PxiftnirxBq+pC/1XwdLPpv F4LQZH+hkZDf6QnwO+NXw3/aJ+Efw5+Ofwf8TWHjL4Z/Fbwlo3jfwZ4i02aC4gv9H1u3E8CzG3uL lbfUNNuPN07WtNYm60jWILuwv9t7aXS1/lM/8F3P+Cpvwc/4Kv8A7RHwf+M3wb+FvxT+F2m/Dn4S 6h8Ptbs/iv8A8ItHqmsXVx4r/t2yu9Nh8LeIPEVt/Z1tB5tteC6u7S8F3PjoK5v/AIJS/wDBcj9r z/glLfXHhDwC2m/GP9mrXNc/tvxN+zn4+1C8s9I0/VJ/+Qrr3wx8Uw213qPw58Q6p/y+21rZ6t4a 1i8+z3l/4Xvr60s8Tzx7/g/8jaVGbh7Ty7r/AIZPr28j/Tc/bx/4Jd/sUf8ABSLwanhX9qj4OaR4 n1vT7Vrbwl8U/D23wv8AF/wPhp5oT4V+INjbnU4La3nnmuf7D1T+1/DN3dH7XqGiXZyK/wAw3/gs L/wR2+Mf/BJH40aH4e8Qaxd/E/8AZ8+J0+oS/BH44ro/9l/2rJpP7+9+H/ju0tydN0P4j6Hp4huv 9FuxZ+JNHxrWiYNpe2Nl/pA/8Euv+C0X7H3/AAVX8P6pb/BjVdZ8B/GnwjpMOr+O/gD8Rhaaf480 Cw84WM+vaHNY3Fzo3jnweNQlFuPEuguWtTcacuu6Pol7d2doec/4OAP2V9F/aw/4JR/tY+Gp9Jhv vGPwq+H+qftAfDTUPKhk1DRPGfwXgn8cCbTZphi3m1bw9puv+Gr1iRnSNc1FBktiiUea2trGdOU6 c+ydrfP/AIPbpucN/wAG1erf2v8A8EWf2LJS242Phjx3pDDA4Ok/E/xlY+Vz7Qj8c1/FB/wdnab/ AGf/AMFk/FN190a5+zJ8DdVzn7/kHxJoX6DTcH8PrX9fX/Bqf4lXxF/wRn+BluPveHviR8fNDKf3 Il+LXiW/gP8A4D6kMfjX8tP/AAeI+Ff7H/4KkfCXxLt2/wDCX/sZ+CPn/vy6H8VPirYD8v3Pbj86 J/C/l+aNKCtWSWvb5pf5n8pdFfT37Gn7KXj/APbf/aR+HH7MPwu1fw14e8afEt9e+w+IfGT6jb+G NItfC2g33iPVbvV5dLsNV1I/8S/Tvs1lb2lpefa7ue2siDX1v4r/AOCOv7X1r+2l8aP2FfhbZ+CP jZ8Zfgh4I8OfEbxDJ4f8TWfhDRtf8KeI9H8LasNQ8Lnxv/ZNzfXOmz+MNO0+9tQLU/axdXoBxk/n md+KHh7w1nmM4Z4i4uyjKM7wXDD4vzHDY+v9S/s/hiONjlks+xGOq/7Hh8CszrUcI/b16MvaczUX RjOS9inhsTVpKrSw9etS9usP5e3snbvd7rfRs/OT4XasdB+Jnw61vcB/Y3jvwdq4fpsOmeIrG99e 3kjPfpxX+wV4k2jQ9QY/wpE/Of8AljND6+/5ds9v8enx14G8b/Cbx34s+HHxA8P6h4M+Inw68Sap 4X8X+GdUP/Ez8M+JvD1xLZapp14Yf9GnuLaeHJuba7urS7yRZYPNf7BDaiuteCW1aHZ5WreGDqUP /PPyr7R/P6fSb+df5P8A7UGpQw/ih9CvizC4nD18LPjfOKuHxGHrKWHxGGw+ZeH2Nw+JoYih7WjK jiI4r21GtdpxSknZ3P0PgN82XcU4ea/5hMPfvrRrXv6Wem+9+y/RD4YSeZ4Q0tv+mEf8v/1f/ror P+D8vneCdLb/AKd4B/5DH+f88Ff7PYWXNhsPL+ahSl33pxe/Xc/HpK0pLtJr8TzP48x5m0ibngSo fyHf39Otf5uf/B1BpH2D/goH8MNRUfLrn7Kfgi8d+f8AWwfE/wCMWlc+3+hw4z79c1/pMfHyLEOk v/084/OGcY/z9fYf52f/AAde6T5P7V/7NGtiPnUP2e7vS9//AGDfiX4wvsZ9v7bJP16+n+T8Wsn/ AGsk4y34m8FZxhqleeGwlOt83yZTP/h9/wBQwv7zw3g1vQzNN/8Ag3r+D/G6R9y/8GWPxvSx8c/t z/s2X9xh/EHh74SfHLw3bO/3Dol74p8D+MfJiIP3v7Z8HXBx2zx0NfvT/wAFJvgtHrX/AAWS/wCC Efxit4mb+zviB+1/8PdefYDGYYfgDcfEfw0ZpB/y2GoeFdUVMjkSnHqf4lP+DXv40J8Hv+CxfwP0 ua8+z2vx1+HXxW+Cdykj/urmW+0yx8caHCYv+fj+2PB8P/1ic1/pv/G34ERfFX4o/svfEctbpd/s +fFTXfH1sZsFzF4j+G/izwBfRQD+8bbxIc89FGcAGv8AWWHwr5/mz8yrfxqvpH8z8fP+DpbxU3hv /gi7+0lZQ3AguvGvir4I+DLY7gnnRap8W/Cl9fwEnrnR9M1Hjpx36V/OV/wZf+Ivsn7Xf7Znhhm4 139nzwHrcaesuk/EK9h69v8AR9THHT8q/X//AIPGvH8Xh7/gmj8K/AYk8ub4k/tZfDmDj/ltaeFf C3jjW54O/wDy8y2Vz/2w44zX4Mf8Gdes/Zf+Ck3xo0jdt/tj9lHVH7fP/ZXxC8OT/wDtbGf06Ufa /wC3f1CP8Kp6x/NH9Wn/AAcoftQ/tJ/se/8ABN2b40/sr/FfW/g18RtO+PXwp8Pal4r0HTPDer3j eEvEY8Rwatpoh8VaPq+mwi51CLTJzdLam6HkbM5ujj/PQ1f/AILif8FftbLfbv8Agol+0bDu+/8A 2PrGg+Gv/THpFp5GPY/yr/RP/wCDkP8AZt+NP7VX/BLP4ofCj9n74Z+KPi58U7j4i/CbXtC8E+Dt P/tPxBqEGi+K4Dqs9nZZ5gtNPmmuLw5/49N/TJr/AD3dL/4IE/8ABZPXGzZ/sB/FS2Vxydb1vwT4 fH4w6r4g9hzzx14pS5/sW+ff+trF0JUft/N79v8Ah7eXzP0d/wCDUv4n+LvFP/BZnxl4r8ceJNW8 VeMvi9+zr8fdW8beKtduvt+t+LfFuq+N/hl4r1XXdYviT9t1DVNQgvNRvbvk3l3yCCK/oY/4PItA kvf+CYHwn8U2bSQ6r4L/AGzPhff6bcwOY7i2udU+G/xi0qCaGU9D9pntB/PkYH4Mf8EE/wBjz9p3 9gb/AILtfs+fCL9qz4XS/CXx747/AGdfjl4h0rw9d+I/DXiiW58N33hS4nsrz7Z4cv7y1gmGoeFr 22Ntu+12nkgkHHH9H/8Awd06b9s/4I/eIb4KW/4R/wDaM+A2s8fwA6xq2iE9P+oxx9acfhX9dSHL mqJr+tP6+dz9c/2L/iD4T/b2/Yf/AGJf2kPEAXUdU1/wL8G/jdFcxNG0ukfE/SfDkEPiODzef39p rM/iDRL31BuAO1eK/wDBeXQl8Sf8Efv2/dLMfmf8WH1XUSnGc6Jruh6v5nrwNO7dh6dPzM/4NE/j 7H8UP+CX2ofBu7v3vtf/AGZvjh478DyLM3mPB4X8YXA8ceFQOB+5B1PWbZAP+Xa34IHX9iv+Cvmk /wBuf8EvP29NN27vN/Ze+LU20/8ATl4Vvr7/ANoDOKoj7X/b36n4u/8ABnf4lbWP+CW/jXSN5ZfD v7VfxVjRf7n9raF4M1QjHuZh27V+N/8Awej6MsP7Wn7FfiDad2p/s++PNBD54caV8QZ9UMP/AJUi eexx15r9K/8Agyw1Nrj9gD9ozSWJ3aX+05Lcn6ar8PfCs/T38nn6/n9pf8F2/wDghr8UP+Cu3xB/ Zn8WfD746eA/gxbfBPQPHmga9J4s8L694o1DU4vGN7pNxBcaPDpU1nan+zBZzbrbUru0F2zYJ4NB UZ2nzW8vlpfoeYf8Gguk32nf8EpdY1CbzP7P8SftRfGXWNKd0/dvFBD4V0KfyeR/y8aP39uO9fm9 /wAHN/itfD//AAWa/wCCK9xFJ5d14d8YfCXxI7pjC2v/AA1R4cHTPJ/4ls2OOtf12/8ABPz9ij4b f8E8f2S/hD+yX8K72/1nw18L9HuYL/xTq1rDaav4z8Ua3fXGu+LPGGp2VsRa2Fxr+vaheXK6dbtd ixsza2IvLs2hum/z7/8Ag5O/aI0/4h/8F4PhPo+iaql9pv7LLfsweANR8p/+Qb4tvfiDZ/FTXLP6 Wlvr2jg9P9LnPpQEfendfd+H32/E/wBL/wAZWa6j4R8U6ey7lvvDms2bJ1yLjTriHHPB4lr/AAr9 X06TTdc8Sab5bf8AEr8TeKNN68J9h16+sRD6dIPxr/dsngjuoJbeZQ0c8UkUi+scwwx/T/HpX4RW H/BtL/wRjg1nU9f1P9kGz8S6lq+r6rrd+/iT4m/FvUIp7/V9Tn1a8/cjxzbwC3FxNKtrb7QLSz/0 UBQMVMo81tbWKo1PZ+nz8kvPT+ttf8w79hD4OfD/APaI/bS/Zc+AfxSn1uH4e/GL43+CPh74yfwx qUOkeJF0HxHeTwTzaNqU9td/Ybn7QYj9pNpd/ngV/fb+0R/was/8EuPhR+zX+0P4/wDA/h/9oHXP iB4H+BvxU8X+BpvEHxu167t4fGXhzwPreu+HJbjTNK07R7XVIf7Y02yJtboNa3gxaMOdw4//AILf f8E8/wBgH/gmj+xj8Pv2wv2VP2Vvhz8H/iT8Bf2vf2WvG6eMPCg15/En/COaV8SbIa5o41LVdY1W 5+yapBLFbXcHO5TnBxz/AFo+C/FvgT46/Cnwv458M3Vj4t+Gnxe8A6N4n0W8A87T/EXgnxzoMGqW ExHn82+qaLqa55ziYjOF5Ix5fVhOtOUk1stVtptZf159z/IL/wCCF/xJ8beAP+Crf7AfiHwPf38O t+IPjZpXgPVLawuZre31zwx4+07VfDfinSL6CBv9N0/7LO119mugbP7ZY2150tLNh/rTftnLayfs fftWx320Wb/s2/HNLrecJ9mPwx8UCck8fw5zxnGMCvxJ/Yi/4Nl/2Nv2JP24J/2zvCvxA+JHj0eF da8TeIfgV8IPFun+G7bwv8HdY8VG9Fxdxa5pduuo+MT4f0/UrzTvBgu7XSm0a1+zf2hdazqFoLxv p/8A4OC/2svD/wCyP/wSo/ai8Q32rR2PjT4veD7z9n74U6b9shttR1vx38VrW48PKNMhnmxenQfD x1/xbf22Nx0fQtQLZzzUfdtbp39bkznzy5+tl+Hp0Pgn/gz61c6j/wAEkksy3Oi/tF/F2x/3ftMm g6v+ROp/TGRxX4bf8Homm+R+23+xnrAX/kJfsweLdKL9m/sn4m65e4x7HWM/j6V+v3/BmpqUbf8A BN341+HVk3/8Iz+1v4yhXj5/J1X4e/Di+g/Pzc+x9OK/NT/g9G0fT0/aQ/4Jya7rf9ox+HdS8B/H LRPEN3pBh/tOLRtL8VfDm91U6cZx9m+3WunazeXNkbk4+1BfQYyrVPZ069W0nyxlJxiueTUY8zjG K1lJ6pRWrdktSqXu1Vffz0u3bS/r1+Z/P9/wQ++BPhL9pH/go78JvhP441f4gaF4f1vwh8U764v/ AIZeO/EXwz8XeZong65v/Js/Fvhm/tvENlp915E1te21tc2v2yz/ANCvcc5/q6/ZD+F/7B/7Hf8A wWU+MX7OHhbwf8Vo/wBp3xh4D0DWPgv458S+OvHHxH08/CXU/hLpniP4iaT4p8ReJ/E1zcT3/wDb nhm71Gy/ty01YZ+z2VleWf2P7JefE/7Nf/BLv4Xf8E5f2xv+CZ37Z3wJ/aK1/wDaA+BP7R/xXuvh Bpms614f0jT00u2+M3wl8WXfw81CbXfD9y1tPc65fWDaObW5s7S8F4hsiLS9/wBDH0R8Xr/w94N/ 4Oqf2cNS8Sapp+hW/iz9kqS2sbnVbyHT7e5127+HPxd0nStOE1x/y86nc6KttZWw5vLxhY2f+mmv 8TvpIccz8cPEDxLpcJ8Vca1PDXNfof8AiPnWByXKqud8PKpxtwDxdjaWOwOZZXiMPh68qiqYGGBz TA1sMp4nLa7o/wAGtCpL9Nyih/Z2Hws6+Hwrxf8AbuXRfw12sPiMMpXb6LW66KTvvc/J3/g5O8H/ ALB/gn9pDxbp/wAOfCHxU8NftyeKfEPg74lfF3WXlE/wX8X+CvFHheWRrzTorzXru5s/E4+zWdyf sug2tndXbakBeXd99pr+3v4I6mfEP7Nvwi1k7pf7d+B3gPVP9/8AtTwHpd6cf9/uO/5mv4Zf+Dmj wD8LLH9srTfi5ofx+8PfEb4ofE7QtC0TWfg94Yi03Uf+FN+Cvh34cttKgvPF/iLS9Xu1/t/xhr+o D/hGtE+y2t7Z6RZaze39mM6Ndn+1j9hnUD4g/YZ/Y81ZX3Nrn7J37PmoF37nVPg54Pmz6f8ALU49 K/n36UdF4f6JH0FOKKma8TZtXyvNsPRxeI4nq5m8ZhsVissyNY7L8J/alDD4uhleAr5DiMPlkVGt hY4WhBYGtVwfsZv6bhhqee8U4dU8NRUqc2/qzVmoutq0rr2zWITb3b3d7n64/AeYzeA9Kb1tov5H /P40Vk/s6XAl+H2lsT/y7R/54/r60V/0V5bLmy7AS35sFhZXvfehTe/X1PwipZVJr+/L/wBKsRfH mLGl6a4/hue//XCf8efx/Cv8/L/g7R0nyfiV+xhrm3/j/wDA3xb0rf76Vrngy/wff/ie/kenp/oO fHMZ8O28n9y5i/Myg8fn/L8f4MP+DtzSw+ifsJa4o/49tV/aN0uZ/wDr8sfgpew9M5/5B93/AF5F f5P+JUllP7WTwKrS0o554PZzG66y/snj6MY6d54Sil2bVtz9Ryb954dZpTW9HMo7q7tzYK9r+V21 vu76H8tn7Bnxmb9nX9uL9kH47ed9nj+F37RXwv8AEl/M/wC7j/sb/hJLCx1yGaX/AJ9/7HvJrbuf sfbtX+2uVB/z+df4OxXzUZS0kTMhRHT/AFkMv/PaH/p4P/Hz/POef6mrP/g7r/4KgaV4Z8PeHtL+ H/7LySaHoOmaO+r33hTxtqup6lLpNnBYzaneCfxVaWxubvyTcE2yi0W7PBOSB/rOqsI6TnGPbmkl 8tX93/DH5ziKU5z54LR7vfsrfiux+qn/AAes+Nkj+H37AXwyZlzrPxF+Mfj5V4P/ACKnhXw5oYlz 3AbxXEQPUnjJNfkj/wAGjWsLpv8AwVpuNOLbf+Ei/Zj+KthGg/j/ALK1fw5qp/XH+NflF/wUX/4K o/tY/wDBUjxJ8L/E37U1x8PXuPg3pXi3R/Adh8PPB0/hOzsrXxzeaHfeI5tSE+oavc6pPc3HhvR7 b7T/AKH9js7E/wDP3emvmj9l39rD4/fsWfFmz+Ov7MvxCl+GnxU0/wAPa74Vs/FSaVpGulNC8VQQ Qa5pv9m65bXemz/avsdnm5+y4tDB/oWKlVqUppqpTtsvfj2fn1HGlU9jyNP1a19X30t8rWR/t/UV /j4eIP8AgvZ/wWO8Xn7Pd/t6/F61+0Pt+y+FdP8AA3h/f/0xh/snwsP5/XkVxH/Dwf8A4LGfEQ7r T9q79ufxGbj/AKF7XfGzFuv+pHh7SFx1H/HsDnjA5rlxua5bl8VPGZhgMJTeieJxdPDt/wCHmevX RbWd30Mo4PEVPgg35pXdttvmvyP7iP200l8Jf8HTv/BKXXnhcQ/EL9mD43eGIn2Y86XS/Cnxjnni 4H777L+5ucc/j1r6J/4OptLi8Qf8EWf2lvstxbS3Xhnxj+z94jkt0uITcLFD8cvA2lTfus5IxqZB 9SGGMdf87nW/AH/BWH43+MfDPxF8ReEP+CgvxW+IHg+2urTwT45uvB3x98R+L/Ctrfmf7dB4V8SW Wh/2lodvqn2y8z/Zd3am88+5z3rprv8AYB/4K5fE63ktfEn7Nn7dfii1vHie5s/iB4e+NDWd1KeY Ptdl47uba2uBn/SP9K4GcDgV81jfEjw+y2m6uYcccLYCktHUzDP8qwtNWdtZ4jEKFk+rktbnXTyn Gz9moYfEN6OyoV7626KLv+XyP3U/4M8/2qdB+FH7WX7UX7PfjPxVpPhjwx8Z/g1pPxN0e517VbTR 9LuPGPwe8TQaVcwi81We1tvtNz4W8e6pdqCPtZtNKuc4FqSP7Pf+ChP7Sf7LWvfsYfta/D67/aN+ BMWueKf2cPjXommaPN8VvBH2271O4+HfiP7DaQ2cOs/aZ7i6uPJX7MBu54AG4n/MJ0j/AIIk/wDB VDxAVFj+xr8Trfd9x9V1fwR4Xcj/AKbTa3400ryAMen+NenaR/wbsf8ABVzVW8y5/ZV0HRlk/wCW uufGj9nrzOf+W3k6Z8TNVuOf+nq1z/T4nG/SR+j5laazDxy8JMGoayVbxF4VeI6f8wyzh4iTTf2U /NLr2LhzOa01OGU5k9v+YXEJe81rf2Om/fz0Z+9f/Bo9+2x+y3+y9+zZ+114W/aR/aD+FPwQutR+ L3w51/w5ZfErxno/hW81uxm+H09nql5plnqk9pcX1ta3NlDaGe1FyPtRPTAB/qL8Uf8ABeL/AIJA +Etw1T9vz4ATyrwYNG8R3euXIwByItJ0+89OOcf0/wA+nSf+DZr/AIKa640bat4R+B+gMeFfX/iz pd75IyDj/iSaZr49OLXPPf19l0P/AINWv+CgN0FbU/in+yX4fi/55v47+K1/eJ6/urH4Lm39v+Pr n16mvkcX9Mv6LWDUpV/HTw5mo6t0+JstxLduyw1etKXWyScnqdEeEM+m/wDkW4tvRe7hp+WmiXd7 21+Z/Sn+3Z/wdpfsI/CD4deJdK/Ytu9Z/aj+PN7YXdh4Vkj8MeIPDXwk8LapcQTiy17xh4l1u20m 61zT9MnC3H9h+F7W7vNXKrZfbrEXQvF/zjPGfxU8f/Er4seIfjf8SPEuo+Mvib41+JUvxT8a+KtS k/4mGu+MdW8SQ+I9V1IQf8e1uDcE/Y7UfZLO0s4beysfsllamv6eNI/4NP8A9qGfb/wkH7UvwH00 fx/2RoXj/XinHP8Ax+6boPndT616xov/AAaS+KJtv/CR/t1aBpn99NE/Z41XXPp/x/fGnw9z07j2 9vhcz/aHfQ2yuXJivG/I6kotX+q5HxbmUeminlmQYqD8mpNeeiPQw/AvEj1WWYrX/p9h1271072a WvfzV/241T/g8E/4JiWEMa6f4L/al8QSeTFva1+Fdhp+6Xpgf2h4ntepBOQeegzXk+t/8HnH7C9o sg8P/sxftTa/Iv3EubPwFocb+uZrzxPc49uPTvmvz20X/g0t+G0BX/hIP22PHOq/3xo3wV8N6ASc Z4+2eP8AXvI9CMHHbnmvXtE/4NR/2Prfb/wkf7R37SWq9n/sX/hWWhknPb7b4F8QGH079PWvicX+ 1D+hvhbxpeI+Y46K2lR4R4qcZLRXSr5Lh5W0v7yT79ToXh1xE/8AmC3fTEYdb8ved++i219V8Mf8 Fef+DlX4U/8ABTH9in4lfsjeE/2TfiT8Nrnxz4h+HWvaX478XePfCGq2+iTeAPHmh+MZzNoGh2/2 m9Gqafo82i4F2PshvvtxBNqc/Kf/AASS/wCDj39pb/gmV4Dsv2ffG3gW1/ae/Zg0i8ur3wX4N1Xx LN4T+Ivwoivrye+vtH8B+MJ7fVtMn8H3WoTTal/wiWv6TeDSL2a5/sO90exuruzr97dI/wCDXL/g nHphX7b4y/am8Qbfv/2t8SfAMG84/wCpf+EmgD9OPY4r1bRf+Dbb/gllpZX7b8N/ip4jAxvGt/Gb xlb7+v8A0Ls3h8j37Z7Yr4vNP2tv0TMvlbDYrxBzuz1eT8JxUWu6/tXM8qkl25o37nXDw0z2UOSc cNHW/vYheX8tCWr8r9etjxXxl/wen/BiPw/LL8Pf2GPi/qninyT9msfGHxN8A6H4eN1287WNL/tf U/s+D1Hh8Z9MHFfyP/8ABTD/AIKrftWf8FUfivpHxC/aB1fTdB8H+CUv7b4U/BPwZ9sj8AfDe11U wf2rqMP27Fz4j8Yapbw2dvrXi3VD9s+x2/2KwsrOwAs6/uk0j/ggF/wSR0fa0f7JlrqEy8tPrPxh +P8Aq2/qAZrS8+Kotu2Sfsh4r1nRv+CM/wDwS78P7RZfsW/Byfb/ANBqy8QeI+v/AGMWs6sPpXw2 Yftkfo60p+zy3grxZx0EtXico4bw0k9OlLijFqzfXmXe1jro+FubwmpzxGWvVXV8Q+qvb9wrtWfR a7f3v4KP2Df+Cyf7dP8AwTY+GXj34S/sqeJ/h54a8K/EnxzF8RfEc/jD4c2fjTWE8Sf2DonhXdpt 5fX9obGw/s7QtOBtrq0uybr7TeZxeV5Z+3X/AMFOv2yf+Ckdx8NJ/wBrf4i6B48Pwi/4S1/AKaH4 H0LwWNFk8cDQR4izLpIzf/abfw1o/N2T9k8heB9qvM/6RGi/8E1v+Cenh4L/AGZ+w7+yWskeClzd /s+/C7VbhO//AB96r4Zu7kc/yr1fR/2Tf2WPD2z/AIR/9mn9n/RPL+5/Yvwb+H2m7Pp9i8MWvQ/z r47M/wBtD4WUY2yjwi44zObS9zGZtkuUx5tLLmoPNZWu1ryNpX0d0dtLwtx/tOepmGDWi+GjXb6X tflWid0kz/Jh8J/Fj4peBIdNtvBHxN+IHhK00fxPo3jLRbHw5401/SLDR/GHh27nvfDvinR7Syvj b2Ov6FfzzXOjala/6bZ3efsBHNeg+O/FX7UX7Sni6z8f/EfXPjl8cPHdrp+m6TYeMfEA8YeNPE9r pelSz3ul2ema7Db3WpW9vpl/eXlxZ/ZT/ot5Pc3n/L1gf63Oi+C/B3hsr/wjvhLwzoG37n9iaDpu l7OfWxtrU9PUda6fPGMD8ua/L8f+2V4bji/7Qyn6M+EhmN69F4/GccYOeM9hiHSeJSnQ4KhXj9al Sh9YSxjjWlSpOak43Xox8MavJyzzpezaV7Ye3VdfrGttrdNktUn/AJGGh/seftceKpzcaD+zB+0f 4muL2cTS3Nh8F/itrc91JkDzpbyLw1d3M1wDgkXJ4HSv9PP/AIJt6P4t8OfsB/sa+GPHnhvxF4N8 YeFf2c/hL4W8QeF/Fejaj4d8S6HqnhXwlpmhz6frehapb2mo6XfW39m5FvdWtrdkEYHevtvgdT/Q D268+/6cUuDjOOBxn/P+entX8gfSv+n5mf0reHeD+EcV4b4HgvC8O8WYfiGjjMPntXM6uI5cLiMv hg405Zbl8KdFRxbk5KU37kYJJH0nD/B1Ph6riMQsd9Y9thJ4f+B7B3bT5m7yu7pebtfV2Po/9mib /igbKL/nlDEuwH7mB+I/Cis79mqRh4TuId+fJurpOx/5fJ/8KK/6i+DcxeP4S4Yxqqu2LyDKMRpa 377AYef8uvxJdT+aMdRccZiVzx0rTWqT+15p/ppr6d98bFJ8JhiRlbmLp/12g47546fn3r8cP2xP 2AP2W/287HwBpf7TvgPVPHem/DK/17UvCVhYeNfGXguO2uvEVnpUGqTXf/CI67oFzeg/2RZ4Nwc2 gB+x4NyK/Z/4vxb/AAfeAdF/eZ/T8MYPfrx06/GR9uOn+fx/Sv8ABD9rdxDxPwD9IPwk444Mz3NO GOIsP4e4nDZZnuRZhiMtzPCKnmWZ4fELDY/DV6NfD+2w+ZVqElRkuahVlG9qrR+4+GFDD43I8xwm JpKvReYaxr2a/g0Hs1rtdbap9VZ/j9pP/BBH/gkrohU2v7IWjXLrjL6z8VvjrrwfHH+p1n4q3eO2 OgJyfUn1nRP+CPP/AATF8P7fsH7FHwNnCf8AQa8OXPiMZweo8R6jqwmPvzwCe1cX+1l+3h4p/Zz/ AG/f2K/gLHZQXXwU+K3hfx1J+0Fqy6WbufwBc+PPGXw/+FP7N3jPUtXMGPDugan8Y9Rl+HxumvBp F2vi66u72yLabo92f0v8U+PPBHgh9Bg8Z+M/Cvg+TxTrVt4Y8Lp4o8R6RoEniTxDeed9j8O6HFql /aHVNeuTDKLTRtM+1Xn7nJtAcY/gjizj36YOW5V4f5/nXi54s5thvEvh7GcRcPyw3G3FWY1vquW5 pj8oxmGxlGGM5sPmNGOAp5o8OnUtk+Z5Zj5NUcXBv7bDYThqrWxdGjl2WReAxEcNiebD4ZK8o0K6 lr0u+VNr44uNvdkfMmjf8E6/2APDwB0f9iH9ku0dfuXC/s8fCO4u/obufwkbgngd8dh2I9W0f9mH 9mvw4EPh/wDZ5+Buh+Xny/7F+E3w+0wx44/5cvD9pj8M8Ctj4n/Hr4I/BKw07VPjB8XPhv8ADDTd W8SaZ4P0/UPiB4y0PwlY3fivW7Oa90Xw9Fd61f2tuNW1OwtLvUbOA4uhZw3N7/x5Wpz01p8RvAGo +Nb74aaf428JXvxD0zwppnjjUfBFt4i0mTxbZ+Ddb1C80zRfE934eg1D+2YdB1LVtPu9Ps9ZNp9l u7uJbM3f21hX5PmnFfj5nOWUs1zriTxRzPKcTTxWKhjsdmfEuJwFfC4KeFw+MrxxWIrzw7p4Wpic NTxElLlw88TQU7SrRR6NKhk9Ko6dOjgoyulyxWG5rvZWST95JtXWqu9UjZ0rw94f0FBHomg6Lo0X 3NmlabZ6dH/36soB6+h+uem4VOATnB98fyOa+SPiJ+3R+yj8Lfho/wAXPFPxr8KN4NfT/EGp6WfD zal4w8ReIovDPxD8MfB3xBaeGPBnhnT9U8VeIdX0X4peNPC/w81jTtM0q5u9K8Q63p+k3htF5Hkn xV/4Ko/sRfCf9nzwV+0zqnxcHij4YfETXb7w54OTwV4d13XvGWran4f8648dQ3PgX+z7XxX4eX4a afa3Ot/EiDxPpWgXXgiztFtNas7TWbzR9Ju4y/wp8duJf7OrZfwP4jZrHOc7xHDmAxdLJOIK1PF5 3haVarispoYidH2csbhqWGxNTE0FJVaFOhXqVuVUavK55nlNB2njMFS9hQ+sNe2g2sP7qVWy1s9L d77O5+iQA6Zx9f6/480Y645A7/yr40/ak8U/BPVf2d9C/aF8W/GX4geA/hP8NtX+Hf7QXh/4u/BD xZLYS3GiRtAmk3cn2TT9e0fx/wDD7xdoXimXTvEnhbXNB17w9q/h7VDdNZ2ms2ul6rbfZZJ4ye3H t2/P/wCtXx2dZBmOWZDlObV8Tm7r47OM/wAjzDA4/Lcfg6GAzbIXltWvhMPjp1JYfG4h4fM8O8Vh ksPi8BObhicNGlXwuIxHRSrQq1qsIqHIo4aUWrPmjiE9Wkk18L12as7tpxSEZ9R9OtH6V+JvjH/g sVeRftja1+yx8Gv2Nvjj8edE8DfF3Qvgn8SPiv4LsvFg0/w/4wvZbSHxTdaVZ2Xwz1/wJfaH8Phd Sf8ACX6h43+Lvw4vLX7JPe6LZ6romdXH0H8Rf+CgHirwb+2doX7NXhz9mH4l/EH4UaX4u+F3wr+N H7QXhO+sdRt/hT8UPjnoVz4i+E9ldfDzTYbrxFf/AA9NgunL47+JdzdaDoHgn+2rfP2s2i2d/wDq OJ+i144YaeU08dwisJiM64JxfiBgcLjOIuG8PjJcLYKGBqSxWIwuIzmOJwuMrrMMDRy7J8VRoZvm OIxFHD4HA4iu/ZPgjxFlU/acmJsqGJ+qtrD12vrF9r+xs0rO8k3FJXcrH6Yds/Qf5/Kk4PQ9OuSB g/nXwD+0f8ev2kB8e/BP7K37JGgfB5Pifq/ws1n46+OfiP8AtBL4yvvh34M+Hul+KLLwJounaT4S 8B32g+K/Gni3xL4mvJQDbeKNB0jw/pGm/bNa+2DVNKtR8Dftc/8ABW348/sOfBrxxD8e/wBnbw9d ftGfDOS01DWB8OdS8Rap8FfiD8LvHHh/xr4W+G/xz+Hur60bXWdK8P6X+0TD8MPh38Vfh54wurTx d4K0nxdcXehXfixrrQLmbv4L+ip4o8fUOFocNrhnEZ3xbDD43L+FMRxFl2B4ipZNjsXPLcvzrF5f ja2HjDBYzMqcsLhoRxFTHXq4XEV8FRwOMweJxOWJ4iy/BvEvELFUqVCy+sxw0pYdysm4pq7ckne9 kt1zNxkl+/HB7EfUjn6enrzSHIOMZ9cds4/+tn/61fhB8Uf26v2z/gBp5/Zj+PcHwN8IftQfETVv gVB8G/2lPD/h7xNJ+z9J8Pvi58WPCfwk+I/jXxL4H1rXLiaw8Z/s9eJ/Fmhade+Fj48tPDfiy78d /DbWftWlaHqWq6RJ0v7Rvxp/bR/4Jx+AdZ8b/FT9oTQP2wPA/wARdL8Q+CfBep698Lfh/wDCj4xf Cz42z+EfFGqfDa80jwh8MbLTPD3xk+Fmp+IdP03T/H+jNpmmeOPA+kxDxgNX8Q+GLTxENN9qj9ET juvVyrCQ4r4ElmHFOMxuF4FwP9p5rXhxxhMuweW43HZtkGaUMkrZLSwmHw2Ycv1bOsxyjN3jsJi8 njlzzig8A4fEuEjCpP6ri3ToJPFO0E8NzSsliE6/tndpfwKNaKUozcvZe8v26xlt3fnPGcjr09uv /wBavItb+KU2gfGDwP8ACW5+HPxLvbLx94Z8S65pfxX0Pwx/bXwu0PV/DHlT3vg3xl4isr66v/Be ualpMo1Dw3c61pdt4f8AERs9Q0ey1cazaHSbn+eO3/aL/wCCuVpo/wDwT2g8cfGfw/oHif8A4KX3 ei+FdU0bRPgt8OrHXv2PLPw5P4N+IE3jTwna+IND8Qf8J94u8d/Aaw8b3XjvRviXpNz4c8DeONWY eGNH0iz0BdJuftHTv2rv2oE+E/w18S3mr2/jbx1+y7+3t4g/ZY/bXh8G+CLRofHPwxnHjP4Y+E/j RL4KsDd+I/D9uT49+Bvxy1XRPCF3a2ds0PiH7EB4MtLuys/ran0POIuG3QxGN4u8LeL6Ga/2/kuH wmT8T51h54DH0f8AWTIMuzqWLxGR4XDLB/685FieFcvlWbwebZ19Uw7nRyzNsDnVTl/1no178uFx uH9j9WnevhaDUot4etKCaxF7/Vq6xErWdGjeSUqydE/agE4PPX2x/PmvIPg944+IfjvTvGf/AAsv 4Rap8G9e8KfEXxV4N0/TbvxPpPjLRfG3hbSjY3vhn4keE/EWmW1l53hvxfpOoWtwNP1zS9B8Q+Hv EFl4g8OXtndnSjqup/gr+wR+1fYfs4eIfiJq/wC2V+2d8bPEfxP+J2jeGJvi7+y/8XPhB8WvFHxN +FX7VOi6lqel/Ez/AIUro3w7+HWrR3fwI8TaRF4ctvhvo/gDTde0C60iy0250m8BS7CfrN8GNQ+N 1h+17+0fZ+KLX4h6/wDs+/GPwH8Ffjl8CPE3iC31208PfDjWLHwlpvwx+JXwbn0TxPb6XrPw/wDE F3c+HvDHxT/4RW40q1+1XXivxzeXtnaa3bataD5Dj/6PeZeGFbxDyLMK+S5zgso4dyrP+G+Oq+X8 S5HheIsZg8xyGhxBknBtbNKuV5bnVTDYXPMVjsZUlg8zhiMvyX+0MorUMPWlUrdWCzuOYrB16XPh ubEyw+Kwi9hiHh01L2E8Q480qCboJKzVnK0tdF9rX9/p+kWF3qep31pp2m2NtLd31/f3ENpYWdrB xPLd3lwRbQ24wf8ASSRxzWT4X8X+E/G+kx6/4L8UeHPGGhSvLBDrPhfWdO17SpZoB+/hi1LS7i7t p5yDjH2nPfOK+AP+Clfwq1f4l+APgde3/wAMPFHx9+Cfwz/aF8MfEX9o39nnwZZQ61r/AMWvhXpn g7xzpmmWsPhSe4tv+FkWHgf4lat4D+IOs/Cr7LcjxzpHhq5s7S11PWLPSdLuvzo8e/s8aH+0J4j8 YeBf+Cfn7Nvx7/Y/8NfGX4dfEHwz+05r3jX4D+K/2SPgFqb2vw58XXvwT8WeGPhv4z0rwd4hu/j/ AOGvjl/wrrWbPxz8MvAVnaf8IPB4zs/GviK7S80y0rp8NPo+8HcccDZbxPmniDjOHZYt5pi86zr+ yMrxXBvBuDyrFSg8r4szOef4XNcHxDnGAhPF5Bg8Pk+Iw+Z1sVleX4TEYrE4zMJ5RGOzvF4PF1KF PB/WFFR5EpTWKxTrpWeFh7B0HDDvTEN11a1VytZe1/f/AMJfE74beP8AUfFukeAfiF4I8a6p4C1i Xwx450vwl4r8O+JtQ8GeIYTOJfD3i200S/u7jw/r2YZ8aPqX2W8zBcf6JkHPy9/wUg8eePfhZ+wl +1L8Tvhl4rv/AAT8QPhx8IPE/jzwn4k05LSe9s9U8Jpb6/DF5V6LofYdTGnzaLe4zdjSb25+xXdp ef6Xa/n9+z/+wl8T/wBkn4Xf8E8viP4S8GKP2p/CnjHQvh9+2ldeBJtPkt/ir8M/j9r2q6r8YdW+ K2oQT2x+IVz8IfHOuaN8QNH8VXd5qtzpF5oniGz8M2baLrdxaL+kn7efwd8Z/tDfsYftNfBD4dfY x48+KHwZ8deDfCUV9fQabYXmt6zo0sVnp13qF9b3dtZQanMv9m3lweLS0nN39tssfbLSanBHhdwD 44+FmJyPjXKeM/Datx/lmDzrMc5p5S6FClwzxbhstzmrm2FhicVhK/D+Z4Cnh87y7G1IRwmLyfMl h6nPWwmLY1isxxmUY9VcNLC45YVuKip3f1jDcys7J/WYtewa3Uo7q8bc94Y+Ofg39nT4dfEL/hpv 9rz4f/Eif4c+OPirb33je/0Xwv4O8VaXoXg/wCPjpffD3xR4Y8CC6tvE/wAQ/h78H5pvEN9/wiHh bS9W1bwTDp2rjweL0Xdzdcn4h/4KhfsT6B+zJ4r/AGtT8YE1L4SeD/Elr4G1eODwt4o0n4gRfELU /sX9l/DyT4beLtI0DxnpnizU7fUbXUbPT/Eml6VZf8I9M3iS9vbTwwLvVq+Q/wBtL/gkLJ+15qPx 5U/EfR/CHhL48fE39mb4+t4W1Pw9Nq0/gP40fCDSD8K/idq2mzWN9a6dqegfFT4B3EfhnW9OurTM ni7RNN1i+vrqxubu0r0f9s7/AIJnTftPftHaH8VvCniPQ/hrp9/4B0bXPGeuy6Lpniu11L9oj4A/ EPwlrX7LnjPxT8KdWtz4b+KWk6Z4S8R/GnwF4vt/FGp293d+BdU0jR7TWLQaX4eudM/SMBwj9D/i PNOFsx4q8SeIVnPEOJq51xrLJcrynhbhjIHlWU8O5vmfD2EynKuGZKnDOq2O4iyTKcfk9KtLC5pk OGpUMizDD5zh8ZT8+eK4lo0sTTw+X4b2OHtHCLEOWJxWJTxFaP1lt4nX2FqFeSdk41m3WTpSivrL 9jH9uj4F/t3+DfGnjX4HzeKRb/DvxzcfD3xrpPizR7XTtQ0fxJaadZ6mLWDUtF1DX/CmuW5g1G2u PtHhrxVqptOt6LPK2p+yM9vX+lfCH7P3wu/ba8C67oGm/Erx9+xTofwh0K61Z77wN+z3+zP8SPA2 s+LfO069t7K6j1vxD8fdT8O+C5/7Wu7PWdXg0vwb4nN2bEWf9sY1M3Vt931/MXjFlPA2SeIWKj4b 5ll+P4QxFTD43KsPl+Z5xnUcqXtEpYLF5lnPDXC9XFYn3Fi7YfL61DDYbFYfCzx2KxWHxMl9DldX FVsDD66pLENO98PHD3slqqMcRiEtbLdNtcyjFNHt/wCzi5GleIIIwVWHXNYVB/0x/tObyeuO27pR Wd+zvIY/+EriLdNX1Bun968830/6biiv+yTwVxX9oeEHhfjud/7XwDwnidFWd/bZJgamt9ftW16X 6an8r5vSUc0zCKUXbGYhdP8An4++vU99+Kq7vBurf7MMrde+Bjj8/wDIFfElfc/xJj8zwjrC9/sc o/8AIR/z/hXwxX+H/wC2owKp8W+CuYLavkvEuG00usPjMtrpXe1vrfX7rH694Sz58JmtL/p/h7ro lapq30u1p+Z/Pn+1F/wT3/az/bR/ah/b/wBct/jvrn7Pnw61n4L/AAE/Zy+BR1L4a+BvGHhT4jaF onh4fGvxJeveTwDxp4ct/CXx08SA6P498M3WmeJNI8QRaz9gOr2XhbSbK14T4DfsG/Gb9rz9q/TP 2lf28PgU9l8J/Gv7JfiXwx8Wvgf8SL3Qr/S9A/bc0W/8F/s5+L/iL4L8Li4uLiDSvHfwW+D+keN/ AnxM0JbS80aC+0YaLrRvbBdXuv6JL6XxcLp49N0zw7JYjyvIuL/XNRt7twYYeJtPg0L9zmbzrcZ1 S6OP9MzaEG1qnt8dyg5m8IWxyM/6Prt/0+t/pZ/A9hnIPT+Hcr+mT4n5PwlHh3LMFwLk8sNwlk/B vDuf4TDU8NnvDWU0eGMm4czueBx+T1KOPq5pxDLh7h/OMZjcyq46tgMwyuhDAQweEnWwsvsqnDGA q4n21R4qr/tUsViY6VaGKlLEVsRh1JNWtQVetQskrqXv8zsz+fn9nD/gmn8bPFH7Z/gL42ftJGP4 k/CP4LfDr49/s16/p3xktptav/jiPAHivxd8Nv2efjVr3hDWftWh69r3ir9nLx83hzxD4yuPtn9r f8IRqGts15qPjMXh7T4G/sT/ALWX7K/xt1b4/wDwZ+Hngn4nf8KrtPiR+xx4J+GXxg+Ip8I+KfGv 7D//AAnWifGP4G6v8PPi5p9j48GjeIfhnruu6v8ADP8AsD4maD9q174c+BfCun3V14evNA0i6uP3 RNj45f73ifw3Ef7lv4Q1E4PtNP4tHH+fov8AYviuQfvfGjJ72Ph7SI/yF6brp9T179ss3+mX4lZv iM6oZjU4Fx/D2fcPYfhXG8LYjLs/w2Sf2Lh8Vm+JlR9hls8rnTrVKWfY7BzxWGqU60MPDCVaHssd gcNi6RR4XwNL2XJ9bVahiHio4m9D2/t7YfS7UtE6Klb/ABLVNo/DfTv+CTfxF+MnxO+G/wC0d8bb 74cfBvxd4L/4KE6b+21ovwI+G2q+IfiT4G8D6Bc+F/h9/wALE8ER+ONU0jwJcat4u+KnxK+FXgT4 t+L9Y/4Re08Ir4gt9a/s/SLpfEF3cV7d8Wf+CbfjzXf2vPiD+0V8E/HHw7+F+m63o3hLxlYeGfHn gWb4r/DXxj8WfF/hz4j/AAp/af0Lx58JIL/waq+C/jV8JbP4FDxRreieMbbxJeeN/Bf9sKbs3eq2 mt/q1/wjerN/rvHXiknn5IrfwjbR9fWHwl9oGT+GeKB4Q3jNx4k8XXAXgn+3ZbQnn00xbT04PXv3 NeNjPpe+MOIx1LFR4uyTD5fl/DdbhTJuH8Dw8sblOT5Bi8zyzMquEp4XPcPXlmtepUyzCYWtj8/x GbZjicJUxKxmLr4jETrm0eGctjHk+rScnX+svEvENSlXd9+W1k3NvkocsU+iPjP4f/s2/HbxZ8PP Hvwd/ar8Zfs6ar+z/wCMvg7rnwS0z9nv9m/4H+Jvhd4V8I+EdT0iy8MQtZ+M/FPxQ8U6n5WmeFBd +HtH0XRfBvhjR9I862vLLm1tLS1+tvhJ4En+Ffws+HPwyufFmv8AjyX4f+CfDPgxvGXisae/iTxS PDGk2eijW/EH2KC1t5tV1JbMT3k9tbW32u7+0XhLHNa//CEaOwxNdeJrj1M3jPxbKnP/AEy/tj7P /n82jwH4TB/eaV9oz/z+X2pXf6T3/wDjX41xf4jZ3xwsXhs1zHky3FZxHPHlOTcJZHkuV085eH+q zzClhMtnQUcbi8NyUcyxmmKzV4bC1Mzr4qthcNOl6WGwNLC+znGn+95VFuWJrzbjdNJ8ztyx1sto ptQSTaPjLxh+w7d2PxE8ffE/9nr9qT49fsoah8WNdl8V/FPwr8OofhF4y+Gfi3xpfWdjpeqeP4vA vxu+G3xG07wx4212303TbXxLrfhH+wT4iWxtbrWbO71kXd1dYGsfsHfDKfV7Txyv7Uv7TnhT4yye FrbwV46+N3hT4xeDvB/xA+LHh7S9RvtT8Ow/E/S/D/gvTPhtrd94Zn1a7tvDWs2/w50HVtI0eVdF srz7Gq2g+8F8CeCkG4eEfDjMOjPounXDjj/pvAcHHcD2x1rTh8PaDaZNvoOkW3/XHTrOMnPGf+Pc /T8PavrMP45eJlChl1PDcQZrUr5dg8LlcMeuEuHKGd5jleFwtHCYXKs84h+o4rNs+yrDYWjh4YfL M7xOOwlFYXB+yw/+x4X2PO8owMnK8I2nLmcfreIcU203LD0OZRoSctXKgk3d/wAzZ+fV/wDsV/sz zad4Ce/+OPx3ufid8N9c8Ra14U+PN7+1X8QdY+PVmvjCHRoPF3hc+M9S8SamD8PPE3/CPaJcXfwu OlWvw0s7uzOs2XhC01q8vby76TwT+yV+yJ4YtviAfE9nrv7QOv8AxWTwxZ/EHxp8f9f8UfHjxT4l 0HwTrtv4o8FeF/7S8TjVbbS/CXhnxNBD4i0fwr4ZtdL8PWurW41e/tLzWgLofeR+y2agE29rHv2D Hk28f+fx44z1zVaTVdJj3GTU9Pi2/f8AOvLOPp/28Y/T9AKv/iJ3jbn+FlgMPm3irjKGKxaqz+p5 rj+eTjmKzKOGw9TD5bDEYfBwzVLMMPl1GusHh8dGOJo4dV1GoksDlVKXPOngqVkkk6Me1nvJ6ujo 29bNpuz1+b/ir8JP2d/jpr3h/wAQfFX4dXfxKm8N+CviX8PbDS9Z8H+M9W8NT+Efi4PCK+O9K1vw 9/ZH/CP61BqNv4H8PW4udctroaQYbhrH7Jf3NyRwPwp/ZE/ZD+CPjSx+JHwq/ZltdE8faTox8PaJ 4wk8L6zqviXw7onlfYp7DwxqvjfUbu48LwXVh/xLr230L+ymu7PNlen7F/odfY7+INBUD/idaT90 P5f2+z8zrziH7QSe3r1xkVXHijQflH9oLJu/54QzSc8f88Lc9Oh/x69+UZT9IuWSUuG8h4Y8b6vD 8sHi8FTyTBS4pq5ZPL8dXxGIxuGhl+BwOHoxw2LxGMxVXFUE7VKuJruSfNJCqVcijW9tVxOV+191 uVsP7e6UUm2222rJp9NNdjCvL0ajdaVqM/w11rUb7RLuW+0W+vofBv2jSbmfT73S57zTpr7xJ9ps p7mw1G7077Tan7Zd2d9c2fNld3lUtOtX0rUte1rQ/hXp+j6x4surC+8Uasl14W0vU/Et9pWnw6Zp d3rt3pf2q51SfTNJtbTTrO51P7Xd2lpFb2YH2K1Jrqv+Em0lukl83/XHR9Yk/wDcd/nn0p3/AAkE bbvJ0vXrjj5PJ0e8j3cf9N/snr15xW2A+jv9JjMYewwPgH4nTo1oLCNf6scaUKEsMsXHHLDyqVPZ 0OX62linHSP1hfWElK0lnPPeH6b97OcvTvf+Ph7ptKPRaO2i18vIzxfeNm6eG/Dsfr9p8X6jGfyg 8I3NIJPHUn/Lt4StQOv+navf/wDtja8f1/GtZdRvpceX4X8TS/Jn5LK0j/8AR9z29O1WFPiSQL5H g3xBt5H+knTbf/0RcXfA7fzr6zB/Qw+ljmkYRoeAXEcFFNReNw2IpNJpXSjmuYuKVlZpRSte+ljC XFnDVL4s4w1nq7JO701/cxv131vfS2phCDxzJ/zGPClvkcGPw7q9578zHxbaHHqPz75Q6R4vb/We LrOMdcWnhmGMH2zfavqp/wAiuoi0/wAdzZ8vwXccf89tShj/APcf/L3697o8M/EqbHk+EbWHjCPN qs0n4/8AIP8Af/Cvs8B+z0+mrj4clDwfw2Gw0neUa+acE4ZOzjZyWJzSNZ203112vocdTjrhKnb/ AIVU339hjX0W16XXyT6+Rxg8P64f9f4614f9eeneF4vz8/wzdU0eF53A83xb4tmI/wCnzToB/wCS WkWv69P1r0GPwD8Vpvu6To8OOfn+2Sfh/L1FaEPwq+LEpGItBj/7cLyT+WoD+mR2r7PLv2Yn0ysa lGrwjwplW1niM44bUlpHXmwMa0l5697bq/HLxC4Wj/zEYmu9NqFay9b2VlbZ6dzy8+ELJv8AX6r4 suP+5t8Q2/tn/Qr61FIfA3hsk+bDqN13/wBO1/xFf/h/pt/d8Dt+X19ej+CXxPkK+Zq9lGT18nTI fXv5/wCuevv304PgD8QH+/4okjz8/wAmm6P9P+ffnkelfZ4D9kz9LbGx5a/Enh/lkW17uJ4mzTlW 3TB5RXS+SvfRbo45eJnDMH7lLMKz6WoUVbyT9qmk/wAzxCPwP4PjZW/4RvR5mT51e4sYrt+3efjO MY+n0rra9ST9nHxPJlp/F2qfONr7PsVv0HbybceR1HStCH9me8LL5/ijXG9f+JlNHnHX/H3/ADz9 dhv2OXj9jXQ/tzxN8Poqm7xWHxPEGOUPhvyuvlOES2TdnrZavQwl4qZHTf7rLsf0u7UFe1u1e7vv bXV+pi/AsyQ33jKPb5af2mJFbP3vOit7j/2t9evpRX0V4L+Gtj4Rs5IYJHnlmP724nk895MHOCZs EdB3zxiiv9+/C3hnM/D7w14B4Fx2Ojjsbwjwhw9w7i8bg1i/quKxOU5XhcDWxFD2i5/Z1alKU1za +9bsj8SzKvh8dmGNxkINRxOKr14rbSpVc9Vf/L7zs/FNk2paFqFkg+aeHH6D6dOD789K+AtZ0fxV pd1Lap4X1C+aP5fOheGOJ+AeOOuQDn8etfoz/A/0H9a4G7/4+pP9/wDrX5X4/wD0UvCD6SuI4Zqe KeVZlmb4NWZrKFl+aYjLFbN3gXjFiPq+tVXwFD2SdvZ/vLX53b1eH+Ic0yNVXltaFH63PD+156Ua t/Z81rc3+OV/U+GI9K8fzf6vwTN/wPUvL/np/wD9eri+FPidcbfL8J2dv/v6rNJ1/wCuGn2h7/41 9zW/f/dFbUHf8f6V+OYH9mN9DTBU/az8L6+NknHXFcWcVXb913ao5vRpf+Uu/c9KfiHxT/0MLdbK hh11S0/dX63Wuh8FR/D34rTD5dL0SH+5vTUrjn/wI6/j2HWtNPhP8Vpt3/IDh3f3LC9kkjyP+wx7 8f8A16+8ov4fx/rVv+AfQ/8AoS19rl30A/oh5frQ8FuHaiTtbGYjMsdokt3jMZWOSfGvE8/izWv8 rLtt93y0tsfB0fwR+Jz48zWrOH/c02Ef5/H8jwK1If2f/H0nE3iu4j4/g03Rz+v9nkfj1/p9wr0H 0H8qWvtcu+iB9GDLkvYeBPhnUejvi+Fcsxr6dcXQr66LU46vFXEUknLOMweuyxNSHTW3I49v+HPi mP8AZv8AEMmPtHi3Vh8+/wCSSGL/ANEYzWjH+zLM/wDr/E+vNu/556xeW/pkfuD/AId+xr7EHVvr /QUtfX4TwA8DMrS/s/wg8OcHro8NwhkdGzvFJ+5glt8vvs1zTzvOKnxZpj3/ANzVXy/vf1sfJi/s xaO7E3Wr6rcNs2b5tV1KT91z+5P+kdKvQ/sweDFx5yCbZ9wSPK+Pzx6D/IGfqAfeb6/+zinr0/L/ ANBWvsMD4fcC5Ur5fwdwzhLWt9XyPLKVndWtyYWNrdLHJPG4ypbmxeKet3+/n5efl57nznb/ALM3 w9h5/s21bj/niMf/AKvx47VuW/7P/gG3+7pVr7/uR65PevcqK+ljluXQty5fgo225cLQjb0tTVjF 1Kj3qTfrKT/U8nh+DPgeHG3S4OBj/URj+lacfww8Hx/d0q3/AO/Fei0VtHDYaFuTD0IW25aVONvS 0UTzS/mf3s41PAfheMZTSrf1+51/Ln6celX08JeH0zjTbf8A746fz/z9a6OitkklZJJdkrL7kIyF 0HR0+7p9uP8AgH/16nGl6ev3bO3H1T/9ea0KKYFX7Far923hB/3P69am8mL/AJ5R/wDfC/4VJRQA zYP7qf8AfA/xp9FFABRRRQAUUUUAFFFFAH//2Q== ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/img/coprin1.png iVBORw0KGgoAAAANSUhEUgAAACYAAAAmBAMAAABaE/SdAAAALVBMVEV0PllEREQiIiLMzMwAAAD/ ZjMAuwCgoKSZmZnd3d1VVVX/+/B3d3fAwMD///8RR1GsAAAAAXRSTlMAQObYZgAAAKZJREFUKJFj YKAUMApCgQCS2DsooLOYIKYY40WYmCBcTAYuJiuAX2w3FCDEpC7OhAIJqBjXKjCYNQtCg8VWglVM X7UconQBXGz6zGkz0cVmzpyKLLbmDApAVjcTi146iM25c4eAOqCbYclAUAbqZq7ychcYcC+vgoTV XWRwCyIGDhegT4+DGLOgYhOBJhkbGxsCKagYw6pFSkqKIBuUlJRWLWCgCAAATS0CNGYZG0EAAAAA SUVORK5CYII= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/Esame2.jpg /9j/4AAQSkZJRgABAgEASABIAAD/4RSNRXhpZgAATU0AKgAAAAgABwESAAMAAAABAAEAAAEaAAUA AAABAAAAYgEbAAUAAAABAAAAagEoAAMAAAABAAIAAAExAAIAAAAdAAAAcgEyAAIAAAAUAAAAj4dp AAQAAAABAAAApAAAANAAAABIAAAAAQAAAEgAAAABQWRvYmUgUGhvdG9zaG9wIENTIE1hY2ludG9z aAAyMDA5OjA1OjI2IDIzOjUxOjQzAAAAA6ABAAMAAAABAAEAAKACAAQAAAABAAAAqqADAAQAAAAB AAAAyAAAAAAAAAAGAQMAAwAAAAEABgAAARoABQAAAAEAAAEeARsABQAAAAEAAAEmASgAAwAAAAEA AgAAAgEABAAAAAEAAAEuAgIABAAAAAEAABNXAAAAAAAAAEgAAAABAAAASAAAAAH/2P/gABBKRklG AAECAQBIAEgAAP/tAAxBZG9iZV9DTQAB/+4ADkFkb2JlAGSAAAAAAf/bAIQADAgICAkIDAkJDBEL CgsRFQ8MDA8VGBMTFRMTGBEMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAENCwsN Dg0QDg4QFA4ODhQUDg4ODhQRDAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM DAwM/8AAEQgAoACIAwEiAAIRAQMRAf/dAAQACf/EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYH CAkKCwEAAQUBAQEBAQEAAAAAAAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQh EjEFQVFhEyJxgTIGFJGhsUIjJBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXi ZfKzhMPTdePzRieUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIE BAMEBQYHBwYFNQEAAhEDITESBEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKy gwcmNcLSRJNUoxdkRVU2dGXi8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dX Z3eHl6e3x//aAAwDAQACEQMRAD8A9VSUbGucxzWO2OIgPgGD4w5Y2DnZuQ6oG9znbouBaxjdrjfU z0tw3Osa+lv+lYosmYQlGJBJntVdN2SGIzjKQIHDvfi7aSyqusNpw6TkuFl9htA1ZXIreatx9V9V X7iIzrDLSz7Pj23Nsr9Zjm7AC0Ha/wCnY33tf7UBzGIga6kCXDVy9X91JwZBemgJHF+j6f7zopKh b1nGrr9VrH2VNqbfY9sAMZZ/N7vUcxznv2/zbPf/ANBTPU6xYR6Vnoi0UHIgbPUJ9PbG71dvq/of U9P+cTvex7cX8u/91Hs5P3f5dv7zcSVK+6+zObhUv9ECv1rbAA50F3p1sr3yxv0X737HqFWZlVRj 31uyMomx22sNYPSa7ZXb+ks2t9T2+3el70bIo0DXFXp4v3f3le1KgbFkXw3rw/vOgks79s1ug1UW 2tdV64c3YPYNLPa+xrmvY72bFJvV2Gp9hosaW1DIY07JfV3e337W7f3LNiH3jF+9+BV7GT938Q30 lmnrIAJOJcNtXrkez+a/f/nfpf8ABfTU7up1UW2us9T066W2iAwtc1x272a+pu3fS9X9Gl94x78X npX/AElexk2r8bb6SoHq9bag91L2l9vosBLNrjt9Xe271PR9Pb7fp/zv6NRHVaw/1bm20V/Z3X7X hkQxzWv0aXXer7/b/grPzEvfx9/7PNXs5O39vk6KSz7ertpbYbse1j6mesazs3GuYe9sWbP0f59e /elkdRc3HyS6m6mzHYLHAemXBjt/6Vm576XbfSs9iXvw11OgvY/y/RUMM9NBqa3H8v0nQSSSUrG/ /9D1N7XOYWtcWOIgOEEjz90tVCvozKxUBkWObS7cyW1zI3ubue2prnNa+1z9q0UkyWOEiDIXW2q+ OSUQQDV+DQr6SKms9PItbbXv22xXO2wiyytzfT9NzfUHqN9ikOmltgsZk2giv0hu2vMc7nPtY973 7v3nK6kgMOMbDbxkk5pnc/hFz2dIbXW1leRbX+jbS97doc9jJ9Lc4M9llbX7PVq9OxT/AGZX6k+r Z6PqC/7PI2eoD6m6dvq7fV/Ten6n86rqSXs49PTt4n+X95RzZD1a2RhtutZeyx1N9YLRYyJLTq6t 7Xte1zdw3ITelsrLX03WVXDfvuGwuf6h9R/qB7HV/THs9n6NXkkTigSSRqfH8UDJMAAHQOeOkVsI 9K6ytopNDWgMMMP0juexz3Pc73e9yY9HBAb9ptAFP2fiv+bPP+C+ktFJN9jH+7+Mk+/k7/hFzz0m d05Nvup+znSv6Gv/AAX0/cmd0gOMuyrZDGMBArBArd6tTh+i+k160UkvYx9vxkr3snf8IucOjVA7 m3PbYXF7iBXtMtFWx1Xp+ls2t/cSHRaAAw2PdUK31Go7QC2077dWsa9n6T3s9NzPS/wS0Ukvu+L9 38Sn38n7zQs6SLW2erk2vssYKjaQzcK53OY1vp+n73fTfsSu6W643b8q2MisU2ACvVg3/R/Re3+d sV9JH2MfY/bL+X6SPen3H2R/l+ixra5rGtc4vcBBeYBPn7drUlJJPrSll62//9H1VJAzckYmJdkl u/0mF23iY8/zVQZTmWZ2RRfaA+3GBms2BjXFzmbvTNv0mbfp1uq9RRzy8MhEDikf28XD/jcLJDHx AyJ4QP2fN/0nWSWUeoZTLn1UsNlOK9lLy8S55isvechz66qnNbb+ez9N/wAH6iYdVyPUL3+kyj9N tDw9k+nPpOblHfTZ6rWeo/8AR76v5ab95x7GxrX/AHP/AEl33ee4ra/+6dZJZA6pmDHyTZ6bL6Km 3M3VvYHSLXvo9Kx7bHbfs7/03/gSe3P6nULp9A+hjjKcNrxIO/8AQD3/AEv0Tv0//suh95hV0f5c X/eK+7zurH8q/wC/dZJZd/U8sX2iioPqx3Ma4EauLmstf+mc+uqjZXb/AIT1N/8AIROqE+pjs3WO aS4uxqQd9sDaP0jX1elXS525+9/ppxzxqRiCeAgfu/pcCBhlcQSBxC+/6PG6CSxKDc+3Gw7rT6Vl l7ixthc9or2+liW5Fbt+9nqOsf7/APB+n+kYnY5zs0dONz3YzbrQDvO4hlVFoxzcD6rtll9v5/8A gvTTPvOx4dyIb/5SfD/zfWu+77+rYGe36EeKP+N6XaSWG+y7ecCm11kZeytrnuG6ttTL7qX5LZta 2qyz/hLP8D/pESq7IrxMjELyMo3+hUJL/T9UNsZsud77vRof6/6T/i0hzIsjhOlg/wC0j+h/3qjy 5oHiGtH/AAJfpuwksPLFm/KbTZY91Qa2q3e6urHhrf6Rc+zbe7/DW/o77P8ATIzx9o/aF1tz6zin bUWPLGsDaq7/AFtjDtfvfZv/AEvqez9Gj75sjh2Nb+n08XF6v+pq9jQHi3F7a68Nen/qjrJLGoLs 1mTdlXPpspZWGhj3Viuaa8h121p9zvVtf/O7/wCaQTdkX1utyPVe92LVZV6Fnpit7mF1huYHs9Nz rPe2y79H6aB5mgDw/NfDr+7vxfu/KocvqRxbVxf4fy8P7zvpIGDZZbhY9tv85ZWxz9I9xaC7RJTc Y4OPWq4vFi4TxcHW+F//0vVHNa9pY8BzXCHNOoIPYqvT07DosFtVe2xo2h25x9vZmrv5tv5jP8Gr KSaYRJBMQSNiRskSkAQCQDuAd0D8HEff9ofWDbLSTrBLP5tz2/Qe6v8Awbn/AM2oM6ZgMmKQQ4OB aSXN9/8AO7WOJY31P8JtVpJD24b8Md726p9ye3FL7Wk7o/TnGXVbnEbS4ucXERthzy7c72O2f8X+ jUj0vBO6WE7mem6XvMsH+Dd7/ofyVbSQ9nF+5H/FCfdyfvy/xi1f2Zgy1xqksDQJLjIZrX6m4/pf T/wfqfzankYWJlOY7JpZcawQzeJjdG7n+qjpJ3twojhjR3FI9ydg8RsbG2t+zsP0fR9P2BweDLtw cBtbYLZ9Xe1vs3b/AKCc4OIaG0emBWw7mASCHc+o17ff6mv85u3qwkh7cP3Y7cO36P7qvcn+8d73 692ucDEdQ3HNQ9Nh3MAkEO59Rrx7/U1/nN29Rr6fTVdW+uG11B5FcGTY+N177C73v2bmf9cVpJL2 4WDwjSq0/d+VXuT1HEdb/wCdu1LOl9Pssfa6hvq2O3OsEteTHp/zjYft2D6ClZ07CtcHPpadoDYG jS1urGPY32WMZ+YyxWUkvax6+iOu+g1T7k9PVLTbVr34OJkPD7qw90bTM+5oO4MsA9trN35liV2B h32Gy2oOcQA7kBwH0W2tHtta3/hVYSROOBu4xN76boE5iqkRW2qkkkk5a//T9VSSSSUpJJZuUyq/ q9WPlgPo9Fz6a3wWOsDot9h9tllVW3Z/1xMyT4QNLsiPYerxXQjxE61QMu/yukksJmLgOfiNrY22 v7XdWHOboWhuRd6Q3F3rU13M/qb60fOGJl5ONuqa415X2ewvAO4Cqy/Z/Kr37HbH/nsUYznhvhF3 GIHF83F/W4f6zKcA4gOI1UpE8O3DfTi/qusksFtGHb0+3JyoGX65F1pG+xr22+zHaJ37dja66qW/ 4NSdThXYGXkZUDKZbYLLCN9jC2z9BTX9F/ur9JtVLP571P8AhUPvEjtEaw9wXOvT+7L0+mafu4/e OkvbNQv1f1fV6ou4ksPOusOe7OYxzqumuawvBbtAPuz9zZ3u/QPq/t1K51l4bhtLnbcc2VjJeCRF RP6T3N/Md9F/8hO98VkNfzf/ADhtxf40ZLfYN4xfz/8ANP7v+LKLoJLncoYrm5jMSr0qmYj3207N orub/RrfTj9Fc+v1Heoz/viuOwumu6jjV100vrdj2OcwNa5pAdSKXlv0fzrfTf8A8YmjmCSajE0Q Pm34pcHp9K44AACZHUE/L+7Hj9XqdZJZ/QWVt6VQ5gANg3PcOXOJje535ztFoKXHPjhGdVxASr+8 w5I8M5Ru+EmN+Skkkk9apJJJJT//1PVUkkklKQ7qKb2bL622smdrwHCfg5ESSIBFHVQJBsaILMHC t2+pj1P2tDG7mNMNHDGyPoqJ6b04gNOLSQOB6bYE6/uqykm+3D92P2LuOf7x+1EcbGNwyDUw3jQW lo3gf1/pJOxsZ1wvdUx1zdG2loLgPJ/0kVJHhj2G97fpd0cUu52r6dmsOndPDS0YtIaYkCtsafR/ N/NRmU011+jXW1lQkCtoAbB59o9qmkgIRG0QOmgSZyO5J8y1aOn0497raS6ut0kY7IbUHEMa5+xj W+7bV+cptwsNjH1soray3+cYGNAd/XbHuR0kBjgNojr/AM7dRyTO8j0/5uyOmiihpbRWyppMkMaG gnjd7URJJOAAFAUFpJJs6qSSSRUpJJJJT//V9VSSSSUpJJJJSkklF72VsL3uDWt1LiYA+JKSmSSy sn61fV3G/nc+kn92t3qn/No9Ryzn/wCMDoosDaqcu5ne1tO1o84udVY7+xWgSBuV8cc5fLGUvIPT JLGw/rh9W82xtNOdWL3aei+WPn+pYGrXFjC4sDgXAAlsiQD9Ex/K2o2tMTE0QQex0ZJJpTpIUkkk kpSSSSSlJJJJKf/W9VSSSSUpJJJJSlmfWP8AZo6Rc7qeO/KxGFrn11NLnghw22tLHM9L0XfpPX9S v0f5zetNCyfW+z2eg5rbtjvTdZJYHR7HWBpa709300lB88x/qdnZXTKs3Dz6LrLA57mPcx7Q1znG hn2rFDan2Mo9Ou5/pWepf6np2Ln7Ol9bxepN6ddifacy7c+pmS5m3bWC+51f2jbj+gxnv/mc1aFN rTn3WDJPS83Jue6nMqduxsiyTXfTdQD6Fd1VjPR/Qup+0f0muzI9VGz8v6xvpoF1W8Yl7n1ZWPax uL6lbXMfdcbW2W432T1X+ynH/S2f8WoZSxiUoTHDId/TxR6Sif3ZNwHLKManxxOnq9REv3f6zXxr 8zbj029XNWNlF7am9Pb9mxDsB37+p3V42N+Y/wDovT8j1P5tiu/V+nAs+uXTX9AZZazGZkDq2bNh Y/cwNpqfZdDn+m/Z/g6/5yv9H+i/R5NVL86jp+Car+pvcyzqGXRjvaybLdjq3XZFj6vQxrW22WfT /SK5fV1DB+zsONh9AxnvDH2YjbMnKp3A7LvUxBj47vfsY/8AWLrP0nqelYkDR9OPTrLSMaVlgI+n j1IieCtOOXaMI8P6T6t4J1l/V3Kw8npjBh57+qNoc6qzKtINpsB3vrv2Mq2vr3t9vp/zexaimaak kkklKSSSSUpJJJJT/9f1VJJJJSkkkklKVXqeBV1HAuwrSWNubAe36THA76rmfy6bWstYrSZJT5V1 Xpl7Oi5DmgUPwScbqFbRvYysuLsfLYywO3U4tu/Hd/hf2b9myP5ylZed1LFGFdg4VrDj3MYPsrss ZNrXNtdk2DEyaKrN9dzrrt32v/Cem/8A4FehfWWnqOFkXZnTse29vUcd2Ld9npZkPquG30cr7Ndb jV3Msx/Vpu9Wz0/0GF9Otc1hYf1yxq2U4eBlsoqa1lXrOrrhrRsYPS9bL27WhOkIzAEgDw7WeGv0 v+kuiSDYNOVT1HrL2PHS8TKpba82PtspyMq9z3fSt2NqxOm0O/4v2Vqpn4vU8Cyvq/UKMvJY2xrR V1Kus47yWv305LKrnW++P1bfT6PrfoX+p6i641fXjabLqtrRz/hT/mVVVIGN9XeudfyGsz8wnBqf usik1AR+ZWH2vb6239H6jav5r/CV+ohUR2P+OZf870riSRuf+a9b0DqeBdUzAxqPsz8dgJqZWGVA cbq/S/RV7v8ARu2LZVbCwcbBpFOO3a2ZcTq5zj9J9jvznKygsNXopJJJJCkkkklKSSSSU//Q9VSS SSUpJJJJSkkkklKSSSSUpJJJJSkkkklKSSSSUpJJJJSkkkklP//Z/+03jFBob3Rvc2hvcCAzLjAA OEJJTQQlAAAAAAAQAAAAAAAAAAAAAAAAAAAAADhCSU0D6gAAAAAdsDw/eG1sIHZlcnNpb249IjEu MCIgZW5jb2Rpbmc9IlVURi04Ij8+CjwhRE9DVFlQRSBwbGlzdCBQVUJMSUMgIi0vL0FwcGxlIENv bXB1dGVyLy9EVEQgUExJU1QgMS4wLy9FTiIgImh0dHA6Ly93d3cuYXBwbGUuY29tL0RURHMvUHJv cGVydHlMaXN0LTEuMC5kdGQiPgo8cGxpc3QgdmVyc2lvbj0iMS4wIj4KPGRpY3Q+Cgk8a2V5PmNv bS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNSG9yaXpvbnRhbFJlczwva2V5PgoJPGRpY3Q+CgkJ PGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5h cHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFsUmVzPC9rZXk+CgkJCQk8cmVhbD43MjwvcmVh bD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCTxzdHJp bmc+Y29tLmFwcGxlLnByaW50aW5nbWFuYWdlcjwvc3RyaW5nPgoJCQkJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0Lm1vZERhdGU8L2tleT4KCQkJCTxkYXRlPjIwMDktMDUtMjZUMjE6Mzg6NDRa PC9kYXRlPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJ CQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8 a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNT3JpZW50YXRpb248L2tleT4KCTxkaWN0 PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmluZz5j b20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC5QYWdlRm9ybWF0LlBNT3JpZW50YXRpb248L2tleT4KCQkJCTxpbnRlZ2VyPjE8 L2ludGVnZXI+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY2xpZW50PC9rZXk+CgkJ CQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5tb2REYXRlPC9rZXk+CgkJCQk8ZGF0ZT4yMDA5LTA1LTI2VDIx OjM4OjQ0WjwvZGF0ZT4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8 L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9k aWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tleT4KCTxk aWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmlu Zz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNv bS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVh bD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCTxzdHJp bmc+Y29tLmFwcGxlLnByaW50aW5nbWFuYWdlcjwvc3RyaW5nPgoJCQkJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0Lm1vZERhdGU8L2tleT4KCQkJCTxkYXRlPjIwMDktMDUtMjZUMjE6Mzg6NDRa PC9kYXRlPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJ CQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8 a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxSZXM8L2tleT4KCTxkaWN0 PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmluZz5j b20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxSZXM8L2tleT4KCQkJCTxyZWFsPjcyPC9y ZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5PgoJCQkJPHN0 cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJPGRhdGU+MjAwOS0wNS0yNlQyMTozODo0 NFo8L2RhdGU+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+ CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4K CTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFNjYWxpbmc8L2tleT4K CTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0 cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxTY2FsaW5nPC9rZXk+CgkJCQk8 cmVhbD4xPC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5 PgoJCQkJPHN0cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJPGRhdGU+MjAwOS0wNS0y NlQyMTozODo0NFo8L2RhdGU+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVG bGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4K CTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnN1YlRpY2tldC5wYXBlcl9pbmZvX3RpY2tl dDwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFkanVz dGVkUGFnZVJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0 LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJp bmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFy cmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFk anVzdGVkUGFnZVJlY3Q8L2tleT4KCQkJCQk8YXJyYXk+CgkJCQkJCTxyZWFsPjAuMDwvcmVhbD4K CQkJCQkJPHJlYWw+MC4wPC9yZWFsPgoJCQkJCQk8cmVhbD43MzQ8L3JlYWw+CgkJCQkJCTxyZWFs PjU3NjwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tl dC5jbGllbnQ8L2tleT4KCQkJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0 cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJ CTxkYXRlPjIwMDktMDUtMjZUMjE6Mzg6NDRaPC9kYXRlPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJ PC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdl Rm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUucHJpbnRp bmdtYW5hZ2VyPC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJy YXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQu UGFnZUZvcm1hdC5QTUFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8 cmVhbD4tMTg8L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+Nzc0PC9y ZWFsPgoJCQkJCQk8cmVhbD41OTQ8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuY2xpZW50PC9rZXk+CgkJCQkJPHN0cmluZz5jb20uYXBwbGUucHJp bnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lm1v ZERhdGU8L2tleT4KCQkJCQk8ZGF0ZT4yMDA5LTA1LTI2VDIxOjM4OjQ0WjwvZGF0ZT4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20u YXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxl LnByaW50LnBtLlBvc3RTY3JpcHQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC5QYXBlckluZm8uUE1QYXBlck5hbWU8L2tleT4KCQkJCQk8c3RyaW5nPm5hLWxl dHRlcjwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tl eT4KCQkJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5wbS5Qb3N0U2NyaXB0PC9zdHJpbmc+CgkJ CQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lm1vZERhdGU8L2tleT4KCQkJCQk8ZGF0ZT4y MDAzLTA3LTAxVDE3OjQ5OjM2WjwvZGF0ZT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MTwvaW50ZWdlcj4KCQkJCTwvZGljdD4K CQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBN VW5hZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50LnBtLlBvc3RT Y3JpcHQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwv a2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBl ckluZm8uUE1VbmFkanVzdGVkUGFnZVJlY3Q8L2tleT4KCQkJCQk8YXJyYXk+CgkJCQkJCTxyZWFs PjAuMDwvcmVhbD4KCQkJCQkJPHJlYWw+MC4wPC9yZWFsPgoJCQkJCQk8cmVhbD43MzQ8L3JlYWw+ CgkJCQkJCTxyZWFsPjU3NjwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGlu Z21hbmFnZXI8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQubW9kRGF0 ZTwva2V5PgoJCQkJCTxkYXRlPjIwMDktMDUtMjZUMjE6Mzg6NDRaPC9kYXRlPgoJCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9p bnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBs ZS5wcmludC5QYXBlckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29t LmFwcGxlLnByaW50LnBtLlBvc3RTY3JpcHQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJ CQkJPGFycmF5PgoJCQkJCQk8cmVhbD4tMTg8L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4K CQkJCQkJPHJlYWw+Nzc0PC9yZWFsPgoJCQkJCQk8cmVhbD41OTQ8L3JlYWw+CgkJCQkJPC9hcnJh eT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY2xpZW50PC9rZXk+CgkJCQkJPHN0 cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0Lm1vZERhdGU8L2tleT4KCQkJCQk8ZGF0ZT4yMDA5LTA1LTI2VDIxOjM4 OjQ0WjwvZGF0ZT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9r ZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8 L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFtZTwv a2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5 PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5wbS5Qb3N0U2NyaXB0PC9zdHJpbmc+CgkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJ PGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFt ZTwva2V5PgoJCQkJCTxzdHJpbmc+VVMgTGV0dGVyPC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5PgoJCQkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50 LnBtLlBvc3RTY3JpcHQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu bW9kRGF0ZTwva2V5PgoJCQkJCTxkYXRlPjIwMDMtMDctMDFUMTc6NDk6MzZaPC9kYXRlPgoJCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdl cj4xPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNv bS5hcHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJCTxzdHJpbmc+MDAuMjA8L3N0 cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQucHJpdmF0ZUxvY2s8L2tleT4KCQk8 ZmFsc2UvPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+CgkJPHN0cmlu Zz5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvVGlja2V0PC9zdHJpbmc+Cgk8L2RpY3Q+Cgk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJPHN0cmluZz4wMC4yMDwv c3RyaW5nPgoJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnByaXZhdGVMb2NrPC9rZXk+Cgk8 ZmFsc2UvPgoJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnR5cGU8L2tleT4KCTxzdHJpbmc+ Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXRUaWNrZXQ8L3N0cmluZz4KPC9kaWN0Pgo8L3BsaXN0 Pgo4QklNA+kAAAAAAHgAAwAAAEgASAAAAAAC3gJA/+7/7gMGAlIDZwUoA/wAAgAAAEgASAAAAAAC 2AIoAAEAAABkAAAAAQADAwMAAAABf/8AAQABAAAAAAAAAAAAAAAAaAgAGQGQAAAAAAAgAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAA4QklNA+0AAAAAABAASAAAAAEAAgBIAAAAAQACOEJJTQQmAAAA AAAOAAAAAAAAAAAAAD+AAAA4QklNBA0AAAAAAAQAAAB4OEJJTQQZAAAAAAAEAAAAHjhCSU0D8wAA AAAACQAAAAAAAAAAAQA4QklNBAoAAAAAAAEAADhCSU0nEAAAAAAACgABAAAAAAAAAAI4QklNA/UA AAAAAEgAL2ZmAAEAbGZmAAYAAAAAAAEAL2ZmAAEAoZmaAAYAAAAAAAEAMgAAAAEAWgAAAAYAAAAA AAEANQAAAAEALQAAAAYAAAAAAAE4QklNA/gAAAAAAHAAAP////////////////////////////8D 6AAAAAD/////////////////////////////A+gAAAAA/////////////////////////////wPo AAAAAP////////////////////////////8D6AAAOEJJTQQAAAAAAAACAAM4QklNBAIAAAAAAAgA AAAAAAAAADhCSU0ECAAAAAAAEAAAAAEAAAJAAAACQAAAAAA4QklNBB4AAAAAAAQAAAAAOEJJTQQa AAAAAANJAAAABgAAAAAAAAAAAAAAyAAAAKoAAAAKAFUAbgB0AGkAdABsAGUAZAAtADEAAAABAAAA AAAAAAAAAAAAAAAAAAAAAAEAAAAAAAAAAAAAAKoAAADIAAAAAAAAAAAAAAAAAAAAAAEAAAAAAAAA AAAAAAAAAAAAAAAAEAAAAAEAAAAAAABudWxsAAAAAgAAAAZib3VuZHNPYmpjAAAAAQAAAAAAAFJj dDEAAAAEAAAAAFRvcCBsb25nAAAAAAAAAABMZWZ0bG9uZwAAAAAAAAAAQnRvbWxvbmcAAADIAAAA AFJnaHRsb25nAAAAqgAAAAZzbGljZXNWbExzAAAAAU9iamMAAAABAAAAAAAFc2xpY2UAAAASAAAA B3NsaWNlSURsb25nAAAAAAAAAAdncm91cElEbG9uZwAAAAAAAAAGb3JpZ2luZW51bQAAAAxFU2xp Y2VPcmlnaW4AAAANYXV0b0dlbmVyYXRlZAAAAABUeXBlZW51bQAAAApFU2xpY2VUeXBlAAAAAElt ZyAAAAAGYm91bmRzT2JqYwAAAAEAAAAAAABSY3QxAAAABAAAAABUb3AgbG9uZwAAAAAAAAAATGVm dGxvbmcAAAAAAAAAAEJ0b21sb25nAAAAyAAAAABSZ2h0bG9uZwAAAKoAAAADdXJsVEVYVAAAAAEA AAAAAABudWxsVEVYVAAAAAEAAAAAAABNc2dlVEVYVAAAAAEAAAAAAAZhbHRUYWdURVhUAAAAAQAA AAAADmNlbGxUZXh0SXNIVE1MYm9vbAEAAAAIY2VsbFRleHRURVhUAAAAAQAAAAAACWhvcnpBbGln bmVudW0AAAAPRVNsaWNlSG9yekFsaWduAAAAB2RlZmF1bHQAAAAJdmVydEFsaWduZW51bQAAAA9F U2xpY2VWZXJ0QWxpZ24AAAAHZGVmYXVsdAAAAAtiZ0NvbG9yVHlwZWVudW0AAAARRVNsaWNlQkdD b2xvclR5cGUAAAAATm9uZQAAAAl0b3BPdXRzZXRsb25nAAAAAAAAAApsZWZ0T3V0c2V0bG9uZwAA AAAAAAAMYm90dG9tT3V0c2V0bG9uZwAAAAAAAAALcmlnaHRPdXRzZXRsb25nAAAAAAA4QklNBCgA AAAAAAwAAAABP/AAAAAAAAA4QklNBBQAAAAAAAQAAAAIOEJJTQQMAAAAABNzAAAAAQAAAIgAAACg AAABmAAA/wAAABNXABgAAf/Y/+AAEEpGSUYAAQIBAEgASAAA/+0ADEFkb2JlX0NNAAH/7gAOQWRv YmUAZIAAAAAB/9sAhAAMCAgICQgMCQkMEQsKCxEVDwwMDxUYExMVExMYEQwMDAwMDBEMDAwMDAwM DAwMDAwMDAwMDAwMDAwMDAwMDAwMAQ0LCw0ODRAODhAUDg4OFBQODg4OFBEMDAwMDBERDAwMDAwM EQwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCACgAIgDASIAAhEBAxEB/90ABAAJ/8QB PwAAAQUBAQEBAQEAAAAAAAAAAwABAgQFBgcICQoLAQABBQEBAQEBAQAAAAAAAAABAAIDBAUGBwgJ CgsQAAEEAQMCBAIFBwYIBQMMMwEAAhEDBCESMQVBUWETInGBMgYUkaGxQiMkFVLBYjM0coLRQwcl klPw4fFjczUWorKDJkSTVGRFwqN0NhfSVeJl8rOEw9N14/NGJ5SkhbSVxNTk9KW1xdXl9VZmdoaW prbG1ub2N0dXZ3eHl6e3x9fn9xEAAgIBAgQEAwQFBgcHBgU1AQACEQMhMRIEQVFhcSITBTKBkRSh sUIjwVLR8DMkYuFygpJDUxVjczTxJQYWorKDByY1wtJEk1SjF2RFVTZ0ZeLys4TD03Xj80aUpIW0 lcTU5PSltcXV5fVWZnaGlqa2xtbm9ic3R1dnd4eXp7fH/9oADAMBAAIRAxEAPwD1VJRsa5zHNY7Y 4iA+AYPjDljYOdm5Dqgb3Odui4FrGN2uN9TPS3Dc6xr6W/6ViiyZhCUYkEme1V03ZIYjOMpAgcO9 +LtpLKq6w2nDpOS4WX2G0DVlcit5q3H1X1VfuIjOsMtLPs+Pbc2yv1mObsALQdr/AKdjfe1/tQHM YiBrqQJcNXL1f3UnBkF6aAkcX6Pp/vOikqFvWcauv1WsfZU2pt9j2wAxln83u9RzHOe/b/Ns9/8A 0FM9TrFhHpWeiLRQciBs9Qn09sbvV2+r+h9T0/5xO97Htxfy7/3Uezk/d/l2/vNxJUr7r7M5uFS/ 0QK/WtsADnQXenWyvfLG/RfvfseoVZmVVGPfW7IyibHbaw1g9Jrtldv6Sza31Pb7d6XvRsijQNcV eni/d/eV7UqBsWRfDevD+86CSzv2zW6DVRba11Xrhzdg9g0s9r7Gua9jvZsUm9XYan2GixpbUMhj Tsl9Xd7fftbt/cs2IfeMX734FXsZP3fxDfSWaesgAk4lw21euR7P5r9/+d+l/wAF9NTu6nVRba6z 1PTrpbaIDC1zXHbvZr6m7d9L1f0aX3jHvxeelf8ASV7GTavxtvpKger1tqD3UvaX2+iwEs2uO31d 7bvU9H09vt+n/O/o1EdVrD/VubbRX9ndfteGRDHNa/Rpdd6vv9v+Cs/MS9/H3/s81ezk7f2+TopL Pt6u2lthux7WPqZ6xrOzca5h72xZs/R/n1796WR1FzcfJLqbqbMdgscB6ZcGO3/pWbnvpdt9Kz2J e/DXU6C9j/L9FQwz00Gprcfy/SdBJJJSsb//0PU3tc5ha1xY4iA4QSPP3S1UK+jMrFQGRY5tLtzJ bXMje5u57amuc1r7XP2rRSTJY4SIMhdbar45JRBANX4NCvpIqaz08i1tte/bbFc7bCLLK3N9P03N 9Qeo32KQ6aW2CxmTaCK/SG7a8xzuc+1j3vfu/ecrqSAw4xsNvGSTmmdz+EXPZ0htdbWV5Ftf6NtL 3t2hz2Mn0tzgz2WVtfs9Wr07FP8AZlfqT6tno+oL/s8jZ6gPqbp2+rt9X9N6fqfzqupJezj09O3i f5f3lHNkPVrZGG261l7LHU31gtFjIktOrq3te17XN3DchN6WystfTdZVcN++4bC5/qH1H+oHsdX9 Mez2fo1eSROKBJJGp8fxQMkwAAdA546RWwj0rrK2ik0NaAwww/SO57HPc9zvd73Jj0cEBv2m0AU/ Z+K/5s8/4L6S0Uk32Mf7v4yT7+Tv+EXPPSZ3Tk2+6n7OdK/oa/8ABfT9yZ3SA4y7KtkMYwECsECt 3q1OH6L6TXrRSS9jH2/GSveyd/wi5w6NUDubc9thcXuIFe0y0VbHVen6Wza39xIdFoADDY91QrfU ajtALbTvt1axr2fpPez03M9L/BLRSS+74v3fxKffyfvNCzpItbZ6uTa+yxgqNpDNwrnc5jW+n6fv d9N+xK7pbrjdvyrYyKxTYAK9WDf9H9F7f52xX0kfYx9j9sv5fpI96fcfZH+X6LGtrmsa1zi9wEF5 gE+ft2tSUkk+tKWXrb//0fVUkDNyRiYl2SW7/SYXbeJjz/NVBlOZZnZFF9oD7cYGazYGNcXOZu9M 2/SZt+nW6r1FHPLwyEQOKR/bxcP+NwskMfEDInhA/Z83/SdZJZR6hlMufVSw2U4r2UvLxLnmKy95 yHPrqqc1tv57P03/AAfqJh1XI9Qvf6TKP020PD2T6c+k5uUd9NnqtZ6j/wBHvq/lpv3nHsbGtf8A c/8ASXfd57itr/7p1klkDqmYMfJNnpsvoqbczdW9gdIte+j0rHtsdt+zv/Tf+BJ7c/qdQun0D6GO Mpw2vEg7/wBAPf8AS/RO/T/+y6H3mFXR/lxf94r7vO6sfyr/AL91kll39TyxfaKKg+rHcxrgRq4u ay1/6Zz66qNldv8AhPU3/wAhE6oT6mOzdY5pLi7GpB32wNo/SNfV6VdLnbn73+mnHPGpGIJ4CB+7 +lwIGGVxBIHEL7/o8boJLEoNz7cbDutPpWWXuLG2Fz2ivb6WJbkVu372eo6x/v8A8H6f6RidjnOz R043PdjNutAO87iGVUWjHNwPqu2WX2/n/wCC9NM+87Hh3Ihv/lJ8P/N9a77vv6tgZ7foR4o/43pd pJYb7Lt5wKbXWRl7K2ue4bq21Mvupfktm1rarLP+Es/wP+kRKrsivEyMQvIyjf6FQkv9P1Q2xmy5 3vu9Gh/r/pP+LSHMiyOE6WD/ALSP6H/eqPLmgeIa0f8AAl+m7CSw8sWb8ptNlj3VBrard7q6seGt /pFz7Nt7v8Nb+jvs/wBMjPH2j9oXW3PrOKdtRY8sawNqrv8AW2MO1+99m/8AS+p7P0aPvmyOHY1v 6fTxcXq/6mr2NAeLcXtrrw16f+qOsksaguzWZN2Vc+myllYaGPdWK5pryHXbWn3O9W1/87v/AJpB N2RfW63I9V73YtVlXoWemK3uYXWG5gez03Os97bLv0fpoHmaAPD818Ov7u/F+78qhy+pHFtXF/h/ Lw/vO+kgYNlluFj22/zllbHP0j3FoLtElNxjg49ari8WLhPFwdb4X//S9Uc1r2ljwHNcIc06gg9i q9PTsOiwW1V7bGjaHbnH29mau/m2/mM/waspJphEkExBI2JGyRKQBAJAO4B3QPwcR9/2h9YNstJO sEs/m3Pb9B7q/wDBuf8AzagzpmAyYpBDg4FpJc33/wA7tY4ljfU/wm1WkkPbhvwx3vbqn3J7cUvt aTuj9OcZdVucRtLi5xcRG2HPLtzvY7Z/xf6NSPS8E7pYTuZ6bpe8ywf4N3v+h/JVtJD2cX7kf8UJ 93J+/L/GLV/ZmDLXGqSwNAkuMhmtfqbj+l9P/B+p/NqeRhYmU5jsmllxrBDN4mN0buf6qOkne3Ci OGNHcUj3J2DxGxsba37Ow/R9H0/YHB4Mu3BwG1tgtn1d7W+zdv8AoJzg4hobR6YFbDuYBIIdz6jX t9/qa/zm7erCSHtw/djtw7fo/uq9yf7x3vfr3a5wMR1Dcc1D02HcwCQQ7n1GvHv9TX+c3b1Gvp9N V1b64bXUHkVwZNj43XvsLve/ZuZ/1xWkkvbhYPCNKrT935Ve5PUcR1v/AJ27Us6X0+yx9rqG+rY7 c6wS15Men/ONh+3YPoKVnTsK1wc+lp2gNgaNLW6sY9jfZYxn5jLFZSS9rHr6I676DVPuT09UtNtW vfg4mQ8PurD3RtMz7mg7gywD22s3fmWJXYGHfYbLag5xADuQHAfRba0e21rf+FVhJE44G7jE3vpu gTmKqRFbaqSSSTlr/9P1VJJJJSkklm5TKr+r1Y+WA+j0XPprfBY6wOi32H22WVVbdn/XEzJPhA0u yI9h6vFdCPETrVAy7/K6SSwmYuA5+I2tjba/td1Yc5uhaG5F3pDcXetTXcz+pvrR84YmXk426prj XlfZ7C8A7gKrL9n8qvfsdsf+exRjOeG+EXcYgcXzcX9bh/rMpwDiA4jVSkTw7cN9OL+q6ySwW0Yd vT7cnKgZfrkXWkb7Gvbb7Mdonft2Nrrqpb/g1J1OFdgZeRlQMpltgssI32MLbP0FNf0X+6v0m1Us /nvU/wCFQ+8SO0RrD3Bc69P7svT6Zp+7j946S9s1C/V/V9Xqi7iSw866w57s5jHOq6a5rC8Fu0A+ 7P3Nne79A+r+3UrnWXhuG0udtxzZWMl4JEVE/pPc38x30X/yE73xWQ1/N/8AOG3F/jRkt9g3jF/P /wA0/u/4sougkudyhiubmMxKvSqZiPfbTs2iu5v9Gt9OP0Vz6/Ud6jP++K47C6a7qONXXTS+t2PY 5zA1rmkB1IpeW/R/Ot9N/wDxiaOYJJqMTRA+bfilwen0rjgAAJkdQT8v7seP1ep1kln9BZW3pVDm AA2Dc9w5c4mN7nfnO0Wgpcc+OEZ1XEBKv7zDkjwzlG74SY35KSSST1qkkkklP//U9VSSSSUpDuop vZsvrbayZ2vAcJ+DkRJIgEUdVAkGxogswcK3b6mPU/a0MbuY0w0cMbI+ionpvTiA04tJA4HptgTr +6rKSb7cP3Y/Yu45/vH7URxsY3DINTDeNBaWjeB/X+kk7GxnXC91THXN0baWguA8n/SRUkeGPYb3 t+l3RxS7navp2aw6d08NLRi0hpiQK2xp9H8381GZTTXX6NdbWVCQK2gBsHn2j2qaSAhEbRA6aBJn I7knzLVo6fTj3utpLq63SRjshtQcQxrn7GNb7ttX5ym3Cw2MfWyitrLf5xgY0B39dse5HSQGOA2i Ov8Azt1HJM7yPT/m7I6aKKGltFbKmkyQxoaCeN3tREkk4AAUBQWkkmzqpJJJFSkkkklP/9X1VJJJ JSkkkklKSSUXvZWwve4Na3UuJgD4kpKZJLKyfrV9Xcb+dz6Sf3a3eqf82j1HLOf/AIwOiiwNqpy7 md7W07Wjzi51Vjv7FaBIG5Xxxzl8sZS8g9MksbD+uH1bzbG0051Yvdp6L5Y+f6lgatcWMLiwOBcA CWyJAP0TH8raja0xMTRBB7HRkkmlOkhSSSSSlJJJJKUkkkkp/9b1VJJJJSkkkklKWZ9Y/wBmjpFz up478rEYWufXU0ueCHDba0scz0vRd+k9f1K/R/nN600LJ9b7PZ6Dmtu2O9N1klgdHsdYGlrvT3fT SUHzzH+p2dldMqzcPPoussDnuY9zHtDXOcaGfasUNqfYyj067n+lZ6l/qenYufs6X1vF6k3p12J9 pzLtz6mZLmbdtYL7nV/aNuP6DGe/+ZzVoU2tOfdYMk9Lzcm57qcyp27GyLJNd9N1APoV3VWM9H9C 6n7R/Sa7Mj1UbPy/rG+mgXVbxiXufVlY9rG4vqVtcx91xtbZbjfZPVf7Kcf9LZ/xahlLGJShMcMh 39PFHpKJ/dk3AcsoxqfHE6er1ES/d/rNfGvzNuPTb1c1Y2UXtqb09v2bEOwHfv6ndXjY35j/AOi9 PyPU/m2K79X6cCz65dNf0BllrMZmQOrZs2Fj9zA2mp9l0Of6b9n+Dr/nK/0f6L9Hk1UvzqOn4Jqv 6m9zLOoZdGO9rJst2OrddkWPq9DGtbbZZ9P9Irl9XUMH7Ow42H0DGe8MfZiNsycqncDsu9TEGPju 9+xj/wBYus/Sep6ViQNH049OstIxpWWAj6ePUiJ4K045dowjw/pPq3gnWX9XcrDyemMGHnv6o2hz qrMq0g2mwHe+u/Yyra+ve32+n/N7FqKZpqSSSSUpJJJJSkkkklP/1/VUkkklKSSSSUpVep4FXUcC 7CtJY25sB7fpMcDvquZ/Lptay1itJklPlXVemXs6LkOaBQ/BJxuoVtG9jKy4ux8tjLA7dTi278d3 +F/Zv2bI/nKVl53UsUYV2DhWsOPcxg+yuyxk2tc212TYMTJoqs313Ouu3fa/8J6b/wDgV6F9Zaeo 4WRdmdOx7b29Rx3Yt32elmQ+q4bfRyvs11uNXcyzH9Wm71bPT/QYX061zWFh/XLGrZTh4GWyiprW Ves6uuGtGxg9L1svbtaE6QjMASAPDtZ4a/S/6S6JINg05VPUesvY8dLxMqltrzY+2ynIyr3Pd9K3 Y2rE6bQ7/i/ZWqmfi9TwLK+r9Qoy8ljbGtFXUq6zjvJa/fTksqudb74/Vt9Po+t+hf6nqLrjV9eN psuq2tHP+FP+ZVVUgY31d651/IazPzCcGp+6yKTUBH5lYfa9vrbf0fqNq/mv8JX6iFRHY/45l/zv SuJJG5/5r1vQOp4F1TMDGo+zPx2AmplYZUBxur9L9FXu/wBG7YtlVsLBxsGkU47drZlxOrnOP0n2 O/OcrKCw1eikkkkkKSSSSUpJJJJT/9D1VJJJJSkkkklKSSSSUpJJJJSkkkklKSSSSUpJJJJSkkkk lKSSSSU//9kAOEJJTQQhAAAAAABTAAAAAQEAAAAPAEEAZABvAGIAZQAgAFAAaABvAHQAbwBzAGgA bwBwAAAAEgBBAGQAbwBiAGUAIABQAGgAbwB0AG8AcwBoAG8AcAAgAEMAUwAAAAEAOEJJTQQGAAAA AAAH//8AAAABAQD/4Rf8aHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wLwA8P3hwYWNrZXQgYmVn aW49J++7vycgaWQ9J1c1TTBNcENlaGlIenJlU3pOVGN6a2M5ZCc/Pgo8eDp4bXBtZXRhIHhtbG5z Ong9J2Fkb2JlOm5zOm1ldGEvJyB4OnhtcHRrPSdYTVAgdG9vbGtpdCAzLjAtMjgsIGZyYW1ld29y ayAxLjYnPgo8cmRmOlJERiB4bWxuczpyZGY9J2h0dHA6Ly93d3cudzMub3JnLzE5OTkvMDIvMjIt cmRmLXN5bnRheC1ucyMnIHhtbG5zOmlYPSdodHRwOi8vbnMuYWRvYmUuY29tL2lYLzEuMC8nPgoK IDxyZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjAxMTM2YzkzLTRiZTItMTFkZS04YTk3 LWI3YTliZjFjZjk5YScKICB4bWxuczpleGlmPSdodHRwOi8vbnMuYWRvYmUuY29tL2V4aWYvMS4w Lyc+CiAgPGV4aWY6Q29sb3JTcGFjZT4xPC9leGlmOkNvbG9yU3BhY2U+CiAgPGV4aWY6UGl4ZWxY RGltZW5zaW9uPjE3MDwvZXhpZjpQaXhlbFhEaW1lbnNpb24+CiAgPGV4aWY6UGl4ZWxZRGltZW5z aW9uPjIwMDwvZXhpZjpQaXhlbFlEaW1lbnNpb24+CiA8L3JkZjpEZXNjcmlwdGlvbj4KCiA8cmRm OkRlc2NyaXB0aW9uIHJkZjphYm91dD0ndXVpZDowMTEzNmM5My00YmUyLTExZGUtOGE5Ny1iN2E5 YmYxY2Y5OWEnCiAgeG1sbnM6cGRmPSdodHRwOi8vbnMuYWRvYmUuY29tL3BkZi8xLjMvJz4KIDwv cmRmOkRlc2NyaXB0aW9uPgoKIDxyZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjAxMTM2 YzkzLTRiZTItMTFkZS04YTk3LWI3YTliZjFjZjk5YScKICB4bWxuczpwaG90b3Nob3A9J2h0dHA6 Ly9ucy5hZG9iZS5jb20vcGhvdG9zaG9wLzEuMC8nPgogIDxwaG90b3Nob3A6SGlzdG9yeT48L3Bo b3Rvc2hvcDpIaXN0b3J5PgogPC9yZGY6RGVzY3JpcHRpb24+CgogPHJkZjpEZXNjcmlwdGlvbiBy ZGY6YWJvdXQ9J3V1aWQ6MDExMzZjOTMtNGJlMi0xMWRlLThhOTctYjdhOWJmMWNmOTlhJwogIHht bG5zOnRpZmY9J2h0dHA6Ly9ucy5hZG9iZS5jb20vdGlmZi8xLjAvJz4KICA8dGlmZjpPcmllbnRh dGlvbj4xPC90aWZmOk9yaWVudGF0aW9uPgogIDx0aWZmOlhSZXNvbHV0aW9uPjcyLzE8L3RpZmY6 WFJlc29sdXRpb24+CiAgPHRpZmY6WVJlc29sdXRpb24+NzIvMTwvdGlmZjpZUmVzb2x1dGlvbj4K ICA8dGlmZjpSZXNvbHV0aW9uVW5pdD4yPC90aWZmOlJlc29sdXRpb25Vbml0PgogPC9yZGY6RGVz Y3JpcHRpb24+CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6MDExMzZjOTMtNGJl Mi0xMWRlLThhOTctYjdhOWJmMWNmOTlhJwogIHhtbG5zOnhhcD0naHR0cDovL25zLmFkb2JlLmNv bS94YXAvMS4wLyc+CiAgPHhhcDpDcmVhdGVEYXRlPjIwMDktMDUtMjZUMjM6NTE6NDMrMDI6MDA8 L3hhcDpDcmVhdGVEYXRlPgogIDx4YXA6TW9kaWZ5RGF0ZT4yMDA5LTA1LTI2VDIzOjUxOjQzKzAy OjAwPC94YXA6TW9kaWZ5RGF0ZT4KICA8eGFwOk1ldGFkYXRhRGF0ZT4yMDA5LTA1LTI2VDIzOjUx OjQzKzAyOjAwPC94YXA6TWV0YWRhdGFEYXRlPgogIDx4YXA6Q3JlYXRvclRvb2w+QWRvYmUgUGhv dG9zaG9wIENTIE1hY2ludG9zaDwveGFwOkNyZWF0b3JUb29sPgogPC9yZGY6RGVzY3JpcHRpb24+ CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6MDExMzZjOTMtNGJlMi0xMWRlLThh OTctYjdhOWJmMWNmOTlhJwogIHhtbG5zOnhhcE1NPSdodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8x LjAvbW0vJz4KICA8eGFwTU06RG9jdW1lbnRJRD5hZG9iZTpkb2NpZDpwaG90b3Nob3A6MDExMzZj OTItNGJlMi0xMWRlLThhOTctYjdhOWJmMWNmOTlhPC94YXBNTTpEb2N1bWVudElEPgogPC9yZGY6 RGVzY3JpcHRpb24+CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6MDExMzZjOTMt NGJlMi0xMWRlLThhOTctYjdhOWJmMWNmOTlhJwogIHhtbG5zOmRjPSdodHRwOi8vcHVybC5vcmcv ZGMvZWxlbWVudHMvMS4xLyc+CiAgPGRjOmZvcm1hdD5pbWFnZS9qcGVnPC9kYzpmb3JtYXQ+CiA8 L3JkZjpEZXNjcmlwdGlvbj4KCjwvcmRmOlJERj4KPC94OnhtcG1ldGE+CiAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg CiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAK ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAo8P3hwYWNrZXQgZW5kPSd3Jz8+/+IM WElDQ19QUk9GSUxFAAEBAAAMSExpbm8CEAAAbW50clJHQiBYWVogB84AAgAJAAYAMQAAYWNzcE1T RlQAAAAASUVDIHNSR0IAAAAAAAAAAAAAAAAAAPbWAAEAAAAA0y1IUCAgAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARY3BydAAAAVAAAAAzZGVzYwAAAYQAAABs d3RwdAAAAfAAAAAUYmtwdAAAAgQAAAAUclhZWgAAAhgAAAAUZ1hZWgAAAiwAAAAUYlhZWgAAAkAA AAAUZG1uZAAAAlQAAABwZG1kZAAAAsQAAACIdnVlZAAAA0wAAACGdmlldwAAA9QAAAAkbHVtaQAA A/gAAAAUbWVhcwAABAwAAAAkdGVjaAAABDAAAAAMclRSQwAABDwAAAgMZ1RSQwAABDwAAAgMYlRS QwAABDwAAAgMdGV4dAAAAABDb3B5cmlnaHQgKGMpIDE5OTggSGV3bGV0dC1QYWNrYXJkIENvbXBh bnkAAGRlc2MAAAAAAAAAEnNSR0IgSUVDNjE5NjYtMi4xAAAAAAAAAAAAAAASc1JHQiBJRUM2MTk2 Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFhZ WiAAAAAAAADzUQABAAAAARbMWFlaIAAAAAAAAAAAAAAAAAAAAABYWVogAAAAAAAAb6IAADj1AAAD kFhZWiAAAAAAAABimQAAt4UAABjaWFlaIAAAAAAAACSgAAAPhAAAts9kZXNjAAAAAAAAABZJRUMg aHR0cDovL3d3dy5pZWMuY2gAAAAAAAAAAAAAABZJRUMgaHR0cDovL3d3dy5pZWMuY2gAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAAAAAuSUVDIDYx OTY2LTIuMSBEZWZhdWx0IFJHQiBjb2xvdXIgc3BhY2UgLSBzUkdCAAAAAAAAAAAAAAAuSUVDIDYx OTY2LTIuMSBEZWZhdWx0IFJHQiBjb2xvdXIgc3BhY2UgLSBzUkdCAAAAAAAAAAAAAAAAAAAAAAAA AAAAAGRlc2MAAAAAAAAALFJlZmVyZW5jZSBWaWV3aW5nIENvbmRpdGlvbiBpbiBJRUM2MTk2Ni0y LjEAAAAAAAAAAAAAACxSZWZlcmVuY2UgVmlld2luZyBDb25kaXRpb24gaW4gSUVDNjE5NjYtMi4x AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAB2aWV3AAAAAAATpP4AFF8uABDPFAAD7cwABBMLAANc ngAAAAFYWVogAAAAAABMCVYAUAAAAFcf521lYXMAAAAAAAAAAQAAAAAAAAAAAAAAAAAAAAAAAAKP AAAAAnNpZyAAAAAAQ1JUIGN1cnYAAAAAAAAEAAAAAAUACgAPABQAGQAeACMAKAAtADIANwA7AEAA RQBKAE8AVABZAF4AYwBoAG0AcgB3AHwAgQCGAIsAkACVAJoAnwCkAKkArgCyALcAvADBAMYAywDQ ANUA2wDgAOUA6wDwAPYA+wEBAQcBDQETARkBHwElASsBMgE4AT4BRQFMAVIBWQFgAWcBbgF1AXwB gwGLAZIBmgGhAakBsQG5AcEByQHRAdkB4QHpAfIB+gIDAgwCFAIdAiYCLwI4AkECSwJUAl0CZwJx AnoChAKOApgCogKsArYCwQLLAtUC4ALrAvUDAAMLAxYDIQMtAzgDQwNPA1oDZgNyA34DigOWA6ID rgO6A8cD0wPgA+wD+QQGBBMEIAQtBDsESARVBGMEcQR+BIwEmgSoBLYExATTBOEE8AT+BQ0FHAUr BToFSQVYBWcFdwWGBZYFpgW1BcUF1QXlBfYGBgYWBicGNwZIBlkGagZ7BowGnQavBsAG0QbjBvUH BwcZBysHPQdPB2EHdAeGB5kHrAe/B9IH5Qf4CAsIHwgyCEYIWghuCIIIlgiqCL4I0gjnCPsJEAkl CToJTwlkCXkJjwmkCboJzwnlCfsKEQonCj0KVApqCoEKmAquCsUK3ArzCwsLIgs5C1ELaQuAC5gL sAvIC+EL+QwSDCoMQwxcDHUMjgynDMAM2QzzDQ0NJg1ADVoNdA2ODakNww3eDfgOEw4uDkkOZA5/ DpsOtg7SDu4PCQ8lD0EPXg96D5YPsw/PD+wQCRAmEEMQYRB+EJsQuRDXEPURExExEU8RbRGMEaoR yRHoEgcSJhJFEmQShBKjEsMS4xMDEyMTQxNjE4MTpBPFE+UUBhQnFEkUahSLFK0UzhTwFRIVNBVW FXgVmxW9FeAWAxYmFkkWbBaPFrIW1hb6Fx0XQRdlF4kXrhfSF/cYGxhAGGUYihivGNUY+hkgGUUZ axmRGbcZ3RoEGioaURp3Gp4axRrsGxQbOxtjG4obshvaHAIcKhxSHHscoxzMHPUdHh1HHXAdmR3D HeweFh5AHmoelB6+HukfEx8+H2kflB+/H+ogFSBBIGwgmCDEIPAhHCFIIXUhoSHOIfsiJyJVIoIi ryLdIwojOCNmI5QjwiPwJB8kTSR8JKsk2iUJJTglaCWXJccl9yYnJlcmhya3JugnGCdJJ3onqyfc KA0oPyhxKKIo1CkGKTgpaymdKdAqAio1KmgqmyrPKwIrNitpK50r0SwFLDksbiyiLNctDC1BLXYt qy3hLhYuTC6CLrcu7i8kL1ovkS/HL/4wNTBsMKQw2zESMUoxgjG6MfIyKjJjMpsy1DMNM0YzfzO4 M/E0KzRlNJ402DUTNU01hzXCNf02NzZyNq426TckN2A3nDfXOBQ4UDiMOMg5BTlCOX85vDn5OjY6 dDqyOu87LTtrO6o76DwnPGU8pDzjPSI9YT2hPeA+ID5gPqA+4D8hP2E/oj/iQCNAZECmQOdBKUFq QaxB7kIwQnJCtUL3QzpDfUPARANER0SKRM5FEkVVRZpF3kYiRmdGq0bwRzVHe0fASAVIS0iRSNdJ HUljSalJ8Eo3Sn1KxEsMS1NLmkviTCpMcky6TQJNSk2TTdxOJU5uTrdPAE9JT5NP3VAnUHFQu1EG UVBRm1HmUjFSfFLHUxNTX1OqU/ZUQlSPVNtVKFV1VcJWD1ZcVqlW91dEV5JX4FgvWH1Yy1kaWWlZ uFoHWlZaplr1W0VblVvlXDVchlzWXSddeF3JXhpebF69Xw9fYV+zYAVgV2CqYPxhT2GiYfViSWKc YvBjQ2OXY+tkQGSUZOllPWWSZedmPWaSZuhnPWeTZ+loP2iWaOxpQ2maafFqSGqfavdrT2una/9s V2yvbQhtYG25bhJua27Ebx5veG/RcCtwhnDgcTpxlXHwcktypnMBc11zuHQUdHB0zHUodYV14XY+ dpt2+HdWd7N4EXhueMx5KnmJeed6RnqlewR7Y3vCfCF8gXzhfUF9oX4BfmJ+wn8jf4R/5YBHgKiB CoFrgc2CMIKSgvSDV4O6hB2EgITjhUeFq4YOhnKG14c7h5+IBIhpiM6JM4mZif6KZIrKizCLlov8 jGOMyo0xjZiN/45mjs6PNo+ekAaQbpDWkT+RqJIRknqS45NNk7aUIJSKlPSVX5XJljSWn5cKl3WX 4JhMmLiZJJmQmfyaaJrVm0Kbr5wcnImc951kndKeQJ6unx2fi5/6oGmg2KFHobaiJqKWowajdqPm pFakx6U4pammGqaLpv2nbqfgqFKoxKk3qamqHKqPqwKrdavprFys0K1ErbiuLa6hrxavi7AAsHWw 6rFgsdayS7LCszizrrQltJy1E7WKtgG2ebbwt2i34LhZuNG5SrnCuju6tbsuu6e8IbybvRW9j74K voS+/796v/XAcMDswWfB48JfwtvDWMPUxFHEzsVLxcjGRsbDx0HHv8g9yLzJOsm5yjjKt8s2y7bM Ncy1zTXNtc42zrbPN8+40DnQutE80b7SP9LB00TTxtRJ1MvVTtXR1lXW2Ndc1+DYZNjo2WzZ8dp2 2vvbgNwF3IrdEN2W3hzeot8p36/gNuC94UThzOJT4tvjY+Pr5HPk/OWE5g3mlucf56noMui86Ubp 0Opb6uXrcOv77IbtEe2c7ijutO9A78zwWPDl8XLx//KM8xnzp/Q09ML1UPXe9m32+/eK+Bn4qPk4 +cf6V/rn+3f8B/yY/Sn9uv5L/tz/bf///+4ADkFkb2JlAGSAAAAAAf/bAIQAEg4ODhAOFRAQFR4T ERMeIxoVFRojIhcXFxcXIhEMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAEUExMW GRYbFxcbFA4ODhQUDg4ODhQRDAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM DAwM/8AAEQgAyACqAwEiAAIRAQMRAf/dAAQAC//EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYH CAkKCwEAAQUBAQEBAQEAAAAAAAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQh EjEFQVFhEyJxgTIGFJGhsUIjJBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXi ZfKzhMPTdePzRieUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIE BAMEBQYHBwYFNQEAAhEDITESBEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKy gwcmNcLSRJNUoxdkRVU2dGXi8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dX Z3eHl6e3x//aAAwDAQACEQMRAD8A7hJJV/tfvcwVP3Ngn6A5+h9O5AyAq+qREnbo2ElXbltd6fsc BaSGk7dHDdua/wB//BqwkJA7KII3UkkkihSSSSSlJIBy2DcWse9jNHPaBt0+l+dvf/1tGY4PY140 DgCJ800SB0BSYkbhdJJJOQpJJJJSkkwJJILSI4JjX+rtcnSUpJM4kNJDS4jsIn/puYnSUpJJM4kN JDS4jsIn/puYkpdJJJJT/9DuFmWuqsybYua0fo+XNDXbHb3t/sfyFppJk4cQAuq/9EXwlw2atzRf Ufs5lrR6jzE/m/pmep7/AN9DInfve1uRvMDYXXc/ovRd61f6LZ/1paySj9m95X/g/wBTg/fXe7Ww /H+txudtwjfkF3pwAI1Ghj9I5v8Awm9Myyqz0HXuDqvTiXGWet7f578z1PT/ANItJJH2vGPf5P6/ uepXueB/xv6nA5lYrBqF53UBrthsEMLt3t9rt3+B/mPVVvDn03RPp73elP8Ao/zVYSRhj4SDeyJZ LFU0ce2qnG9G47bGSHMPL5Lv5r/Seooj0RZ+ttDG+m30mu1a3T9Kyvd/hv8AwVaCSXtmgLH6vSNx /wDSivc1Jo+v5vV/0HLAqLsUX7d/u3B8btsO+z+soE4rab3sLN7bP0RBEge1zPR/4P8AnFrpJvse Mf73B6vk9td7vgf8b+vxucfsL8wlxrc01yTLdpdLt3/XNiFS/HZVjWBzRZvh7pG7b79/q/8Aga1k kfZ1u43qfk/w/wB9Hu6VUv8AHcqx9IOQytzWtc6v6PEe31X7K/zP9Kmc5jWWhu1rXmsOfV/Nc/uN /wDBVrJIHCf3h+l+h+/7n/q1Pu+B/R/S/d4P/VbkWegKsjSvVrS1zI9Pf7/bV/w6sF2O69zsgtdW WN9EnVkf4b0v+G3/APXFfSRGGusf8T+//wCrUHLfQ/439z/1W5bRUTii/bv924Pjdt932dt25NY/ G+z5NYcwhriamyDEtZ/Mf2961UkPZ0Isa/1PV/N+0n3dbo/439f3FmOa5gc0hwI0I1CdJJTdGHq/ /9HuEkkklKSSSSUpJJJJSkkkklKSSSSUpJJJJSkkkklKSSSSUpJJJJSkkkklKSSSSU//0u4VTIzA xp9JwLmuDSC1xaTP0PWbsr3q2qDqshuMccVlxDpDwWwW7vW/Pdv9RR5TID0/uy2HH6v0PkZMYjev ePXh9LaNj22u3QKWt3biIg/193vSbk0umHRA3HcC32/6T9I1nsUcit1+M5gG1zgCAfI79jvTVd9F r2uLai12wtHqPNh3O/Mr3W2V+mhKUwdBxR+baf8AiKjGJGp4T8v6Labk0uJAcRDd/ua5vs/0n6Rr UmZFT5DSZA3RtcCW/vsa5v6T/raq+jk+702lv6Mti0ts1/Nrq/nPZ/xqZteTXc2yupxAbsh7mEjW vdtayzZ/NtTfcnpcf73omu4Ia1L/AJ8Wx9txoncQAYJLXAA/uO9n00Rl9T90GNmrg4FhaP5Tbdip mu80Or9F251u/ln0d/rf6VSupuufaAwsbZWGhxLY3NLrPfssc9IZMn7t6fuTj++rgh3r/DhJtV5F VjtrSZIkAgtlv77PUa3eoW22es2msAbgXF7gXN0/N9mz/wA+IdVTvVY81uZsBkvebDJ/0P6W1LJr vstA2b6Q2du/0wXz+ftbvf8A+e0TKfDZHq4v0Iz+X/0oio8Wm3D+kYKGW8McCA61rxU2PoOc5SN9 lLw2/aWuBIc0FsFg9R7HNe+z8xD9G51YArbV6T2vqZoJj6bH+m+1n/XFKyqzJeN7DWxrXCCQXFzx 6X+Dc/6CFzr9Li9PBp6fm9fGmof1eH1cX/ccKjkXtpGQ4N9MwSwA72sd+d6m7/0UldlOZa9m5lQY 0OBsn3z/AKP31/8AoxMa8h+OMZzNuga6yRt2t/OZ/hff/wAWpBltVtp9P1RZq1wLdBG30LPVcz2I XPSuPh9PEZRl8/r4/wD1Gqo/1b9XDr+j+iz+0H7KLy2HFshh/eP0Gf56b1b3Wmpu1pY0Fzy1zmuJ /wBH76//AD4hU1vBqoeZ9ObHgcCS77NV/Y/9EpXVXWXPL6/VqbGxu/aDp7/0X57/APjkTKVA+r9G Mh/g/rP5tVRsj09Zf9587JuW97Kwxo9WxzmjuwbP5y3+WndkupL23QS1nqNc0RuE7NmxzrPfvUfT v/RW7AHUlwFYhs1uG39+ytln/XUrMezJNjnj0wWbGAwTz6nqP9Pf+6heStOL3P0dPR8n6X/VFVC9 eHg/S19Xz/8AeMzdkVBj7Q0seQ1waCCwu+h7nO/Sf+BpvXvc22yvaGVFw2uB3O2fT9+79F/mJPbf eGMfXsAcHWOJBB2+7bVs/f8A+todlFjjaPRlzz7XNdtrI/MfkV+r77P+sIky6cfD48fHxcKgI9eH i/weHhblVgtrbY3h4BHzUlCmsVVMrGoYAJ+CmpfVw/6zh/57Hpxf1OL/AJj/AP/T7hJJJJSkkkkl KSSSSUpJJJJSkkkklKSSSSUpJJJJSg1oJIABPJ8YSSSSUpJJJJSkkkklKSSSSU//1O4SSSSUpJJJ JSklXLrLb31td6bKgNxABc5zhv8A8I16DY/KZQ95sIcx+0e0bXsca6/3f5SjOQAE1Ixjxer/AGfz rxAmhcbPD/z/AJW8kobH+nt3nfH04bM/1dvpqnXfeaazvmy9xaCQNrA3fve1v9hGUwCAQdRxIELu iNDTfSVSx11D9znmyoMc4yG/Sbt2t31sYk4Zfoi0WEvMEsDQWw782v2+r7EPc39Mrj8yeDbWPqba SqZl1zC1tP0mg2PH8hv5n/XFaa4OaHDUOEj4FOEgZGP7iDEgA/vLpKqx11+97bPTa1xawANM7fbv t9RrkIX3WegQ8sNhLHgBpALN291e9v8AITfdHaXq+X+v+gn2z3Gnzf1W+kqn6c5L6vWcGhoe0wyf cXN2u/RqeG+yykWWO3F06QABtLmfmoidmql+l+7/AJNRhQux+j/z2wkkknrFJJJJKUkkkkp//9Xu EkkklKSSSSUgNVrLnW1bT6gAe1xLdW/Qex7W2IVuPkvpcyWudY4OcSSGt2lmyur2P/0auJJhxg2N alxf8/514mRR00r/AJnytZzMl1rLC1g2B0De7Uu2/wDAIbMW4UsaS1tlLtzHAlwMl29ljdlf76up Ie2CbJJ/l/67VxmqAH8v/R2u6m24/poazaW7GEu3bvbue5zalH0so1CkuaGiAbATvLR/we32Wf8A XlaSR9sdzr839ZHGfDT5Wn9nsda+y6qqzcAGgku27fzPfQi4td1VYrsDYb9EtJOk+1vuYz6COkkM YBsE36v+ekzJFeX/ADXPvovpD7K3fo53gbnN2OJ32exnsvZ/xinVVuqqdQ4ONLnGXaNsJ3NtduZv /fV1JN9oXfT93/n+lPuGqa7K7hY+5wb6jgGtYCdoAO73W+n/ACv9EnxK7aqhXYG+2YLSTMlz/wA5 jEdJOEACDZ04v/HPmWmRIry/5ikkkk9apJJJJSkkkklP/9buEkkklKSSSSUpJJJJSkkkklKSSSSU pJJJJSkkkklKSSSSUpJJJJSkkkklKSSSSU//1+4SSSSUpJJJJSkkkklKSSXP9T6znYdprdWylrnE VPeC8WAfu27mU+ps/wADYkkCzQegSXEX9Z6g8EvyXNHgwBn/AJ6Z6qpMyX3EXNscfCyy3Zr/ANet 9f8A8CTTMMnskfNKEX0RJcbR1XJoE25/s/dDDd/7MZn2VXX/AFkyBQbacY2sYN1lrprbsb9N/wDh P/A/USEge604yP5cP/TelSVfCymZmLVksBa21u4A8j+SrCcsUkkkkpSSSSSlJJJJKUkkkkp//9Du EkkklKSSSSUpJJJJSlg577acsZHUm7sKl5dS6uPTYXh2NU7L3frHrfpv/C63lz31jNw9P0rRL9GU uPs9Ru6xj7K/+E/0n+n+z/6VKidkgi9VrsDo2a3fQQxztQW+P/FM+n/23asOzoz68tjLL3NotDhW +pzT6j2bXeh9ofvvr/R/8Ci1sxr5NL/smS3WxnDCf330/wA3/wBtoOSzqDix9jGasJGQXuj03bfp Y9ey1/8A6E2emohkGoI4JR6SZjAiuGXpkoMqx6HZFVLKzU/bYbD9oyAA70rNuRkfq1dnt/RempXd RszGPxcRjjXYC19zt1hLf3XW1ttrq9T/AIL10FjQ7FxqGM9d9jg9zBtbvBD7mOdv/RMr9Z6vur6v 6cbqsOscNYHX2f8AQaytK5/oi/7x4V84wFdDwR4v70npOkHFqwqcWm5tpqbDoOu76dn6L+cZ71oL jekW9KqtZfn22vzWPLW22n9EHE+nV6NWM70/fU//AIVdkFIDo1pCj/FSSSSKFJJJJKUkkkkpSSSS Sn//0e4SSSSUpJJJJSkkkklKXPdXxGV5rMlwLqbT+kA/e2+jks/6/g/pa/8Ah8L/AIddCg5eOMmh 9RME6sd+69vvpt/63YkFPEZuI6rNbRkOca2k/pKwPUfS8fo8mh3/ALcU/wDpJDy7rPQspAtsp3ML bdm1+xrWY/pWUNd/gvT9T/hFp9T2ZXTsaKrDfU8tLq9w9JtZ2ZONfbV7/wA37PV/28s9tfTWmbqN 39dznf8Atzmf+i0ZQEjZEiR2/qroyI2KIdQbTvNAc9zzLn3Obj1/nO9mP+j9nv8A+FVbIysjJaN+ Ywa+5rP0gaP5G3f/AOe61r15PSKz+jxqgfIVk/8AR3or+rsrhtNDye0Nds/8BqS4e4/xpJvx/wAV H9WsnBBPrVVF7IjKgvc+foW77t9lP0LPUXZMex7dzCHNPBGoXJdE6TdcX3Pb6VdjpJIhx1fbZsr/ ADP01tn/ABda6ymqumsV1ja0dkFpZpJJJIUkkkkpSSSSSlJJJJKf/9LuEkkklKSSSSUpJJJJSkkk klOXkdA6ZkXvvsY7fYZeA9waXRt3+lu9NJn1e6Sz6NAC1EklNIdJwQIFcfAlCb0bHFgcXOcwfmH/ AMmtJJJNlZrWtAa0QBoAE6SSSFJJJJKUkkkkpSSSSSlJJJJKf//T7hJeHJJKfcUl4ckkp9xSXhyS Sn3FJeHJJKfcUl4ckkp9xSXhySSn3FJeHJJKfcUl4ckkp9xSXhySSn3FJeHJJKfcUl4ckkp//9k= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/innform.jpg /9j/4AAQSkZJRgABAgEARgBGAAD/4R9nRXhpZgAATU0AKgAAAAgABwESAAMAAAABAAEAAAEaAAUA AAABAAAAYgEbAAUAAAABAAAAagEoAAMAAAABAAIAAAExAAIAAAAdAAAAcgEyAAIAAAAUAAAAj4dp AAQAAAABAAAApAAAANAAAABGAAAAAQAAAEYAAAABQWRvYmUgUGhvdG9zaG9wIENTIE1hY2ludG9z aAAyMDA5OjAzOjA5IDE1OjQzOjEwAAAAA6ABAAMAAAABAAEAAKACAAQAAAABAAAAqqADAAQAAAAB AAAAyAAAAAAAAAAGAQMAAwAAAAEABgAAARoABQAAAAEAAAEeARsABQAAAAEAAAEmASgAAwAAAAEA AgAAAgEABAAAAAEAAAEuAgIABAAAAAEAAB4xAAAAAAAAAEgAAAABAAAASAAAAAH/2P/gABBKRklG AAECAQBIAEgAAP/tAAxBZG9iZV9DTQAB/+4ADkFkb2JlAGSAAAAAAf/bAIQADAgICAkIDAkJDBEL CgsRFQ8MDA8VGBMTFRMTGBEMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAENCwsN Dg0QDg4QFA4ODhQUDg4ODhQRDAwMDAwREQwMDAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM DAwM/8AAEQgAoACIAwEiAAIRAQMRAf/dAAQACf/EAT8AAAEFAQEBAQEBAAAAAAAAAAMAAQIEBQYH CAkKCwEAAQUBAQEBAQEAAAAAAAAAAQACAwQFBgcICQoLEAABBAEDAgQCBQcGCAUDDDMBAAIRAwQh EjEFQVFhEyJxgTIGFJGhsUIjJBVSwWIzNHKC0UMHJZJT8OHxY3M1FqKygyZEk1RkRcKjdDYX0lXi ZfKzhMPTdePzRieUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9jdHV2d3h5ent8fX5/cRAAICAQIE BAMEBQYHBwYFNQEAAhEDITESBEFRYXEiEwUygZEUobFCI8FS0fAzJGLhcoKSQ1MVY3M08SUGFqKy gwcmNcLSRJNUoxdkRVU2dGXi8rOEw9N14/NGlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vYnN0dX Z3eHl6e3x//aAAwDAQACEQMRAD8A8uTtBe4NYC5x0AAkn7lr/U59LfrV0oX1suqsyq6nV2ND2n1T 6HuY8Ob/AIRfRVVVVLRXSxtbBw1gDR9zUSVPzhR9WfrJkgOo6VmWNdw9tFm3/P2bFp4/+Lf67XwW 9MewHvZZVX/0X2bl7+klanxLH/xPfW64TY7Ex/Ky1xP/AIBVcrTP8UVzW/rPV622DltFDrW/9uWW 4y9Yy7+a2nQfS+Pgsy5yBK2Uq2eAb/iw6RU39Pm5NrvFjWVj8RerVH1P+qGK0DJ6dbmQdXuyXtdH 9Sv0mf8ASXTXnlZuSfaUwyPdglkmNi6fRPq1/i+yWudgdNx3vZBsqvabHtn9+vJNv+d9BdBi9F6N hmcPAxsY+NVLGf8AntrV5ldk5GLkMysWw05NRmu1vI/kub+fW78+t69D+rXX6uudNGSAK8ip3pZV I12WD93/AIKxv6SpGMr06r8OfjuJ0kPxddJMnTmZSSSSSlLz7/HTjh/1bxLwJdTmNE+DX13bv+m2 tegrkf8AGpji76kZzol1DqbG/wDbtdZ/6FjklPg6SSScl//Q82wMt2Dn42a36WNdXcPjW5tn/fV9 Or5aPBX0z0TLdm9GwM130snGpuPxsrZZ/wB+RKm6h32elS+z90Ej4oiqdVJGBaR2gn/Oagg7FzjY 5+jQXHvAlVch5YCbIrHMvIaAP7e1cX/jG6tk014GFjXvpNpsvu9J5Y4tbFNQe5hDtm71PauYe99X 1Umx7nXdVz9S9xcXUYbO+8u9n2rITVnCZAG/mNPpF2dh+jbeMip1FH89a14c1n/GOr3bViWfWHo+ TYacXLbfYGusIY1xAbWPUsdvLQz2tXBY+dkY2Hl4VLtuPntY29gET6bvUY5sfnfmf1EbBPpYPUcq Ycam4tZ77r3TZH/Wa3oELZYRRsnoI/4TtHreDnXCmgvlwJaXt2gxrA1Rvqj9cMjpnWm14uM69nUH MxnVF+0FzngVZHta/wDmW+p/nrkgS0gtJBB0I0grX+pzXu+tHTRXDXerAJEgbgav/RiQiAbUOXhj JmL0GmvV9tB6pc5/pXN2jhzWtY33APbtLxkv9rXM9/pqwzNpoZXRk3izJaxvrPa0wXRtfY4MDm0t 3/vfQWflY4sxLMxzvSZe4bQxgD2h72Uss3vdZtfs/wAI1nsUpxacZsFzcj1AXbeanMPur2/8X+iZ X9PL3/4b1N6cyAty7q2JVcccFz7x9Gpogv8AobvSfYa6n7PVr9T9IgDr1VhHoVPcwhrm3WEV1ljn Glr9/uczda3ZWyxjPUQOkU114Flt1bXOppLHsgOaN27MtpZ9Ld/PV12/8V/ISbYB0312MLhZbWPa C+W1bQ3021td+dVtq/we9JFltftS91rSKPToJLSLSW2Etd6dmyA+r9H/AMZ+l/wSrfXXHbk/VLq9 bu2JbYPjW03N/wClWjHGebcLHfS57aamzafc0OBY57Xv/e/QtV7Mx25WJfiv+jfW+t3we0sP/VIr hb8wDhJM3hJOXP8A/9Hy5fQv+L/JOT9TOk2EztoFX/bTnUf+i189L3L/ABR5Au+ptNQP9GvuqPlL vX/9HolT2iDlU/aMayjj1GloPgSNEZMgp8G+uV2RmfWPIrZW+04TG4sVsc6HVy+9vtH+msS6n0nq ttHTMPGxLHVYWG0WGA1vr3Odk5MueW7nN3Mrf/UXqf1p6PmEO6j04Oe6JyMZnLo/w1Tfzrdv02f4 T+uuGsz2uEtdI8UyRprZMxxkR4R6flvq4OR9Xb24OI5gYzLDXDNY94A1dupfvG5nsr/Rv2qI6Vd9 gbieqwONzrrC2XAw0V1AfR+h7l0mNZ9W3Y4s6pmZQvJdONi1gw0fze62xjmb3/S9jknZn1JrPs6d n5n/AIYuFYP/AG09MJn0MQPHVfhz4jG83GZcXFH2544Rr+tx4s8v+a83X0lrKLKrbARYQ7eYaW7e Ns/FdP8A4u/qxVkdWszW3P8ATwmfzrC2Rc7+bazRzPbXvs/7aRumZmF1DObhdE+rOIch2rn5Njrm Vt0/TZDtnsrb/n2f4Jel4OHRh0CqmmqkaF4oYK2F8Brnitv9VGEZE2ZWPAUzjJhnGXBiI4v055Jz 18oxwY//ABtJXRWyhtAE1taKw12stA2w6fpe1DqwMSl4srrAeJDXElxAP5rN5dsb/UR06lQwqpqp YK6mNrYOGMAaB/ZapQq+X1PpuCJzcunFHjdY2v8A8+OasrJ+vf1Pxf5zq+M7/in+r/7b+qkp3U64 7I/xsfUqmdmVZkEdq6bP/RzaVmZH+Ov6vtafsuDmWvHAsFdbf85tt7v+gkp8r67jNxOu9SxG6Nx8 u+pvwZY9rUkuu9TZ1frOZ1Ouk4zcuw2+iXb9pd9P9Jsq3bn+76CSPRT/AP/S8uXr/wDiTy2v6P1H CH0qcltx+Ftbax/7auXkC0uj/WTrnQ23t6TlHFGVs9fa1ji709/p+6xj3M2+rZ9BEqfpRM5waC5x AA1JOgXzhf8AW7615Diber5mvLW3vY3/ADK3MYsu6y695svsda88ve4uP+c5KlP0hkfWb6t4zi3I 6rh1Pbyx19Yd/mb965H6w9Z/xXdQe67I6gK8s6HIw22bz/X9Oqyi3+tY1eNbQp1sBKBArVXAJ+ki 3srsj6s+oGYXUcvL3HQNwwD/AJ1uRjtVyjCxCQ77JnZY0Oxz68Zp8neizOs/zLFX+oHSasvqbPUZ ua3XheyV9Pw62w2oCPJQQkJTkANIpy8lix8JqzLV4fB6113CpGN0bouLg48zscbLCT+9ZYPQdY/+ W9Et6n/jAtG5ttOOD2ZSD+NzrV2/o1N4YB8lXzBoAG6fBRzzkXS7HAEgdHhxifXfLsDburZADuRW WV/+eK63f9JUvrD9WOoVdPNudm5GRvO0C66ywfdbY5eg4VZNxcQYaFhfXywjHooHfc8/9SocmfIM Zlfg3MGKEuYhCrG8voOJ8dy+m1VOIAGizH1hryPuXRZ7CXHRYeS2HSrfLTJGptHOYYx+UVRQQEoC SSsNJSSSSSn/0+D6FiYmUM/7VV6n2bEsyavc5vur/Mds+lW/f71v3fVjpVGS2aXPx77qKqwbHBzd /qNyGyD7/wCaqtqfs/w1lf6T01zfSup1YAyvUpdf9rx3Yx22Cva1/wDOO1qu3P0bsWm363NF9ljs Mmt2UzNZX60FtgEWsc/0XbqbXe/6FdjP9I9VM8OYOSRx8XDXSVX8vy+r0tfLHKZkxuvNs3/VvAxw /fWf0FWZlfTcfVZR6f2Wt8P/AEG77R+sbf0n6D/A+oi4v1Z6S7quZgPBsFLqLKpeQ/0rg51lcMd7 /Sd6bPtGz/CfpP5ytZLfrO4UU47sfdVXj34dhNnvfRcGNqa1/p7ar8dlNbfV9PZZ/oUN/wBZLrM/ OzLKGn7djPxBWCRsY5rWVuD4/SOr2M9Td/O/8Gm+1zZBBkRodeL9L3PT+l+4jgz0QSdjrfXiZV9K qt+rWR1T0iLxf+iLXEtbSC1lm6slzvZY/b7/ANItbF6P0O/IwWDHexueL7mNNrm2MorE45sr/wBJ kO/wn8z6X81/Iyx9Yav2Q7pgxXe7Hbj+t6rZlr7MgWbfs/0fVt/mvU/mv+F/TK5T9YqPtdGVX052 /GYKKQckaUis4/ofzH0fd6/7/r/8H+jSyR5giWkh6pmNTA9PBw4/0/313BzEr4Yyu5cPCenD6P0m xVVd0zplmbg5V2PkNxMfMe6ux7Wubkvsa/D2+pvrrrZXX6d7LPtH85/pP0W96fUG5VzX9T6icYhh p/Xbw5p97L2O/Snez21XMfsZ/O2V/wCDWb0rpHXvrB063Fw8aprW0VY9lj72hz6aHPtoxqmel+jy 7PU2Py3/AKD9H/N1rcq+rf1ypuyLh0upzMm43tq+2M3VucGi33+lsfXa5u+v2+z/AAiilHmCJGB6 yvhlH/V9eL++jLj5oaS4hLXQnXh9NNWjL+sVf1U+sWS/Myqvsb8VrPUvda8XVhj+pU05DbX5FWPf 6+Ps2X/Q/wCuqvkO6kzqtOE3P6hXTkOeW3nLssL6qqw/Jo22vc6m77Q5jWXtZ/Mq/g/U3r9P1e6x 0yuhmKc77K2vC9cWbhR/TbPX2fZ6MjO/R+/0vzP+LQf+Z31ns6tb1z7NTjZNbGNZhvubaLtPRuY3 IrbWzE/V/ovt3/p/+CTpkkemQFRkDr/lOGHt/pfvf7RknjzHh4bB4JXr+l+j+k5uPmdXfeKmZ+bZ 6vS25+NS3JuZtteY+y72W78iqy6z/Cu9bZ6dXqoraGdQtym35mdltxbRSyyzJu3D2MfZU4Wf6G1z q/5auj6k/WwfpHdPrsrtwP2cyluWxr6agS39Na6l1eRkW/zzLKv0TP8ARKndX1zHyn3XdPabd4No rzGCtzm0/YtGGpz/AEvb61TH2P2WJmYZIj1S4RIem5wj6hw/1lscPOTJ9oZJSA/QLkV9KGV1Pq+M wWupwqi3FYLXF5yHt/V9xcd1nqelZ/wSh0fpvS87Dxr8imxzrrq8Vzja5hda42vutrb72WUVU+h7 Ge/1PX9T/Bq+zPzcfIdf+zpL7nZDmnKrI3Pr+z7W/q+5rdv7v/ntUcTqLum4+NQ7p5sGI59lZOSI 9R5lt21tP066v0X+j99r/T/cIlklEiJ19HDw5IXpGXH+n+lPhXz5fn+E8WPL+jue0fV+kvj/AFc6 dkS07mHKycnHpLST6LcdlllbgHO/WHWPr/Tep/g/5r0/pojvq/00YlOeKD6V2PjvdWbH+222yhjt jt2/0nU5Vv8Axb8ar9L+lVBn1lvxy/ZjgFt11+KXPB9N17X13C79E37Uxvqb6f5n/hPVr/Rpm/WW tgsqbiP+zWV4zNhuG8PxfSZXa2z0Nn6WrHqZez0f+Lsr/m1IcfNE3ZrT9Ifver9L/N/9BhOPmAdb 8r8f+9RfWbp+L07Jrx6KHUkmx7Xl+8WUkivHfzurt315HrNSVbrHUsfqNxyK8U491llllzzZ6hdv 2bK/5urYynY7Z/xiSn4cv3bh192u/q4uL97j/wC7/wC8ZOGfs1rx131vz4n/1PLklLaU4YU7ReIl glCO2knsjMxXHsmmYC+OCRa7GFaPT6KrMzFouLxXda1j/S+mWn9z+19JNXiO8FoYH2jCy6cuittz qg9jqnO2bm2N9N223VrXN/lNVfLluJo60a1r1fo6s8sGQYZ+2CcnD6RH5rdmvJyOj4vW8DCuyMbd TXl4VhcZLaXs+30NyK3syWU279tN3s3+jbX6isZNudVn1Y7uo9Say7JZTS05mQRbW6sOyLPU3bWW Yl383/N7/wDhVSrwOtdattGLQzHL8P7Hc23IY911QtrydjLfSb6GS5zPdkW/olrWdD+tHrWZbumV BrrqcktGdVIfQz0W7neltdTZXs9n876nqfpP0jFUuRjHhkLAlx8M4/P6OE/N/hOfmw83WMSjMTES DZqW9QcXLzOqU4RyKcvqFttrcm1mzKuipmNdXTFv6drn0uo9b17P531LK/S9JW8yzLx+rYmG7K6g KMu4srt+22ndW2v9YDx6m9l1OS9npez031KN/wBWOu9QxBjWdOocGOsdRY7LYHVstsGRbX7WNbZk uc3ZVkbfSZW/9JUrln1a+sFvU6+qfsmkZLLWWT9uqJIbX9nZQ39HtbXu/TWfnpWSNJdMu04fpfzP 6a2WLmhVjID679X/AIX+k1r+odTxsG6y3qfUGjFAuvwftFshrrPs1FjMwn19lmI2y/0GZHo/av5z 0vT9JVfs/U8q7Lwb3ZLH4GNb6VJv/SjIvfZd09t7q3F1r/szW1v9R3sW0fql9bvsn2O3pVVuHNhs p+2Ma57bLftba/VbU3ZZVb/OOb+iuo/wfq/pUDp/1U+s/Sj6bOm037bn5ANeXWysGyv0vRqZkV2Z DGUfQ/nf0n/FJ045RE8eswT7fFKPy/439/8Ax/5xWM8zHHkEeLjlQBEv0Pm/7lpYgOX0/GyJ3Otq YXOiJeBst/8ABWvVTOwXbSYXX9C+rGZidJoxs1gbbVvAa1wftYXOfVW61gYy2xjXe97GqzkfV9r2 ERqq/qhOXD8oka/uvSxywnjjxH1GI4v7z5PlYxa46Km6qF3PVvq5dU5x26Lnsjpr2EyFew80CKOh aWblrNhxizRJXLMctHCSse4Ktq+wbp//1fOW0yrFWIXdlboxC4jRbvTOjm0jRU8vMiOzrY+XHVyc XpL3x7ZWzi/V17wPYuv6b0CprGkt1W7jdJY0D2qqZZZ9aDLLJhxDXUvAf82nMbJaofsZ7To1eh5O GxjTosbJbUwngKLIJR3K/Dmjk2DndDw3Y94eRGkLo821tfTnCdXkNWC/OZVq08LF6v8AW70BBb6r hpXWDAn857nfyU3HZuMAZSkvyYuKUZyNRhr9j0jL21gCdSYAV5l217fBpBK4Lp31gv6pksZV6dNp fLq3ujQAbPR/f2+9dNXnep6D9rm+s5zHbtCC0S1uz6Td+16RjPGeGQooMYzFjxt71pDmg+Kia2Hk BZWJ1dooayz6TRE/BWWZ7bOFoS5mEgNNacaXL5IE6bNr0az2Qn4rCissa7hTlAcEgs4pA7uTndNr fWQWgyNVxvWugsaHPY3RegZToYQub6va0Uv81XygDUOhymSchR1D5j1DDFciElc6w8Fzkk7jl7Vs /APcf//Wq4n1fyQQSyQuo6P00VRubBXRU9OqIBEKyzBqaskYZE2dXUnzsACAGGNjtaBpp4q4AAEI 1PaPYfkVB1r2D3c+QU49G8WhK5m7tF1FzQw66rgutZlouLQYb5LrOo3OIP0vuK5DqbWvsJM/NsKl nnxSdbkMfDAuLmZ91VX6Mb7HkMYPNx2/9Fc7nkuvdJmNJW/nioWYrBoXXAEeW15WDk/zrviZKtcq AACA2cl1LXqAhxbH1XtsYS17TLXDkEeC77oGUM3GG50OqAdY8nUGo728/mWs+iuBa33COfJdV9Uc WnKffVkPcymG/RMFzma7f6vvT+ZiJDi/dY8ekSPF6m/qNLfoGfgnxuqO3xPyWfn4f2bWhxdLgG1/ SdH7yji4vUXODtjmjxOizJmV6M3DAx1G/d7DEzHvaOwWlXc0NlxIXP4VeXtDRIWiQKWbrXa+eqs4 ZGtfxczmMMeKgRr0jumzsyvado+a4/rfUWhrgCrHWOuU1tc1rpK4jqnVjYXaokSySoM+HHHFDXdq dUyg5xPiksfLyS8nVJXvu/6qmH7wPdf/1+m+qvWsnLd6dzg6I1XWtXjPQ+tCq1r2P2nRem9E6m7K rbL90hZvL5DjlwTBJ6Olz3LiX63HXDWoDtqvl2trqc49gjQSFVzsb1qSwu2DuSrPMSmcekWhjEeM cR0t5HqfVQXOG533rBte21xJcZPiVrdZp6Rjb9+XX6g/NDtxn5LlLMj1b21YzvUdY9tdYBAlzjsY 3c5wa3c4/nrJjjnKWup+16DHPHGIrQeOibMxAyynKNga1j9usa72ur2/23O2rmsn+ed5la3UvWxc e63I2g4mQaH1mxpd69J9V9Ppsd6uz2bftDW+h/wiou6fk5trHYYZa3IvZjUAWVtc6y0bqW7Hva7a /wD038x6nsWhy+OUQBIHtsslmxnj9Q/Rlv8A4LVrhz2sB2lxDdx4EnbuXf8AQMU4WD6eU2tr3AO9 MQSNvs2yz+c3bWv9X89ch0XBI66MLMbsfj2OrvaSCA6slljf3Pa5q7XqrBX1KtjIdW9jSwtjQfm+ m4JvNSoVWx1+qoUSDe4uNJ8O+u3IAdE6CAeY7w5dTiUs2jTXwK5jG+rWXZY23HcHM5g6FdLh05WN X+nltbBLieBCrYYni+U0wc5OJjpMWN43qmyrBQyQ2Fx3W+sXkuaCQF2hfRn0ubXIcwAkOBaYMwdp 935q4zr2FW174I3DUgcieFLniY76Bi5GUJX++8T1DLteSXErEyLXEmVvZuOJMLFyKAJVjljGtl/M Rk5zySkivrhJXbFOfwS4n//Q8yoy7qSC12gXf9EysyjpdtrmOpyGdJt6lSWOc973Mu2U5drtKaKL K9+OzBb6vspsvu9J+xedQVZZ1PqldLMevLvZRU17K6m2PDGtt/pDGMDtrGX/AOG/0qU8MJbxBZI5 8kRQkafWqvrB1ev6xHoz33V4r8miqnqJcXMNVoPpua/a7Guf1Z39G2f0V/8AN/zdqyWdT6v1llle dRlNycejJsbV7wci2p9DXY7cG99LbH9MqvtdYyl+/K2M9T1H1+/zm7Pz78erFvyLrcbH/mKHvc6u uf8ARVOOyv8AsIl3V+r35deddm5FuZSAKsl9r3WsAJc0V3Od6jNrnu+i5M+7w8PJcOYkNQAD+8Pm /lL9J7LIs6azpPUeqs6WWW4o6fZVVlBzWl17r2ZNjcZlu5mHl/Z2W141tn5/ss9D0kXq3S8XpHUL LMTCOQwdabhAWlz21UhmPlV0Vsb79+Y/Isay936X0cX06f8ACLh39V6tYLm2ZmQ9uU4PyQ615Fjm /QffLv0r2fmOsUx1zrguuvHUMoXZIAyLBdZusDdGNufv3W7Pzd6eMQGwC05sh3kdfEvT/W7Bxv2b 1bqJpjMH1jysY3y6TTtfkMq2k+n/ADjt/wBFaXRum4J6R0fN9Fv2sZ+BX6wmSxzHWuqLZ9P+cra/ 6HqLgr+p9TyKn05GXfdVbYbrK7LHua606G97HuLXXf8ACfTXXYvVcOrpWFS3NZW6uup5Y20t22tH 85sa4bb6/wDSfzrFDzJMBAgE6n5WXliSZDiqwNz0dXHrx2/Wuwvra513VHMfuaDO7LLCx/8AnLVt rqvzMd5aXPd1V2JYPcPbNDzjlv5v85kP/f8A+21xz+o4bnPe/LY97yS5zrNznOP5znuO9zv5az8/ 6xdQqzXux8yyxtrWOvc2153vY4vqfc7d+lsq/wAG6z+bVaEDkkQYnWXH6h/FtSyiAB4xpHg0P/ev rmH1TEa+ih99tFttr8eipswXVXuxLq7Ppbr62eld+k/f/wBEjn62dJynYuI217r7bqWhzGwxzi9r fzv8E/6a8Y/51dR2WM9SzbcZtbvdDyRtL7fd+ke5vtc96CPrFntsbbU99VjDLHsJa5p8WPZtcz+y pxjzRoRAjEb7XTARyp4jKUpSI07cXi+y4nXcC6rHYzJtLcm8YrB7p9VhxXPx/YPY3Zbd/wBZ/qKp a3By7+nY9h9VuTZmMIcHB9jqjY1zHWN2u9Si2qtjV5I36w9Tbv2ZN7PVc2y3bY9u97Dvrts2u/SW 1v8Aeyx/vUP251CABkXDbb9obFj9L/8AuU33f0n/ALsfzqccUj8wva9OxjL/ALhaJYom4SI3rf8A SjKH/N43t6sXBs6b03KyMcWPy8Lqlz3PL2h7sQepiXexzPdW0f5io4+Pg5eV0Jp6fW+j6wPsbkmn eBU4WnFdXhbnWWYv7PrbXn2/znqevZ636r6ddfLHr/WNxcM7JDjvJcLrJm3+f/P/AMP/AIb/AEv5 6BX1PPpx7MWnIuqx7v52hj3NrfI2fpKmnY72ez+onwxCOwARkzmRJ4tyTvKvV0/wV7i0Pc1rxY1r iG2AQHAGG2Bv5u9vvSVXc5JScCz3X//Z/+1CSFBob3Rvc2hvcCAzLjAAOEJJTQQEAAAAAAAHHAIA AAIAAgA4QklNBCUAAAAAABBGDPKJJrhW2rCcAaGwp5B3OEJJTQPqAAAAAB2mPD94bWwgdmVyc2lv bj0iMS4wIiBlbmNvZGluZz0iVVRGLTgiPz4KPCFET0NUWVBFIHBsaXN0IFBVQkxJQyAiLS8vQXBw bGUgQ29tcHV0ZXIvL0RURCBQTElTVCAxLjAvL0VOIiAiaHR0cDovL3d3dy5hcHBsZS5jb20vRFRE cy9Qcm9wZXJ0eUxpc3QtMS4wLmR0ZCI+CjxwbGlzdCB2ZXJzaW9uPSIxLjAiPgo8ZGljdD4KCTxr ZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFsUmVzPC9rZXk+Cgk8ZGlj dD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+ Y29tLmFwcGxlLnByaW50aW5nbWFuYWdlcjwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20u YXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUhvcml6b250YWxSZXM8L2tleT4KCQkJCTxyZWFsPjcy PC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5PgoJCQkJ PHN0cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJPGRhdGU+MjAwOC0xMS0yN1QwOToz MzozNVo8L2RhdGU+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9r ZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGlj dD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJ PGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3Ry aW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJCQkJPGludGVn ZXI+MTwvaW50ZWdlcj4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tl eT4KCQkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50aW5nbWFuYWdlcjwvc3RyaW5nPgoJCQkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0Lm1vZERhdGU8L2tleT4KCQkJCTxkYXRlPjIwMDgtMTEt MjdUMDk6MzM6MzVaPC9kYXRlPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRl RmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJCTwvYXJyYXk+ Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNU2NhbGluZzwva2V5 PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8 c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1TY2FsaW5nPC9rZXk+CgkJCQk8cmVhbD4x PC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5PgoJCQkJ PHN0cmluZz5jb20uYXBwbGUucHJpbnRpbmdtYW5hZ2VyPC9zdHJpbmc+CgkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJPGRhdGU+MjAwOC0xMS0yN1QwOToz MzozNVo8L2RhdGU+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9r ZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGlj dD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFJlczwva2V5PgoJ PGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3Ry aW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFJlczwva2V5PgoJCQkJPHJlYWw+ NzI8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY2xpZW50PC9rZXk+CgkJ CQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5tb2REYXRlPC9rZXk+CgkJCQk8ZGF0ZT4yMDA4LTExLTI3VDA5 OjMzOjM1WjwvZGF0ZT4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8 L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9k aWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsU2NhbGluZzwv a2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4K CQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFNjYWxpbmc8L2tleT4K CQkJCTxyZWFsPjE8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY2xpZW50 PC9rZXk+CgkJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5tb2REYXRlPC9rZXk+CgkJCQk8ZGF0ZT4yMDA4 LTExLTI3VDA5OjMzOjM1WjwvZGF0ZT4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5z dGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2Fy cmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuc3ViVGlja2V0LnBhcGVyX2luZm9f dGlja2V0PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBN QWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50 aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8 L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJ CQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0 LlBNQWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPHJlYWw+MC4wPC9y ZWFsPgoJCQkJCQk8cmVhbD4wLjA8L3JlYWw+CgkJCQkJCTxyZWFsPjc4MzwvcmVhbD4KCQkJCQkJ PHJlYWw+NTU5PC9yZWFsPgoJCQkJCTwvYXJyYXk+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LmNsaWVudDwva2V5PgoJCQkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50aW5nbWFuYWdl cjwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5tb2REYXRlPC9rZXk+ CgkJCQkJPGRhdGU+MjAwOS0wMy0wOVQxNDozNDoyMVo8L2RhdGU+CgkJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+ CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50 LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhcGVyUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNv bS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5w cmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0 ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5w cmludC5QYWdlRm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQkJCQk8YXJyYXk+CgkJ CQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+LTE4PC9yZWFsPgoJCQkJCQk8cmVhbD44 MjQ8L3JlYWw+CgkJCQkJCTxyZWFsPjU3NzwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCQk8c3RyaW5nPmNvbS5hcHBs ZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQubW9kRGF0ZTwva2V5PgoJCQkJCTxkYXRlPjIwMDktMDMtMDlUMTQ6MzQ6MjFaPC9kYXRlPgoJ CQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50 ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5 PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1QYXBlck5hbWU8L2tleT4KCQk8ZGljdD4KCQkJ PGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20u YXBwbGUucHJpbnQucG0uUG9zdFNjcmlwdDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmlu dC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVBhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+ aXNvLWE0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNsaWVudDwv a2V5PgoJCQkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50LnBtLlBvc3RTY3JpcHQ8L3N0cmluZz4K CQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJCTxkYXRl PjIwMDMtMDctMDFUMTc6NDk6MzZaPC9kYXRlPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRp Y2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4xPC9pbnRlZ2VyPgoJCQkJPC9kaWN0 PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8u UE1VbmFkanVzdGVkUGFnZVJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUucHJpbnQucG0uUG9z dFNjcmlwdDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5 PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBh cGVySW5mby5QTVVuYWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPHJl YWw+MC4wPC9yZWFsPgoJCQkJCQk8cmVhbD4wLjA8L3JlYWw+CgkJCQkJCTxyZWFsPjc4MzwvcmVh bD4KCQkJCQkJPHJlYWw+NTU5PC9yZWFsPgoJCQkJCTwvYXJyYXk+CgkJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LmNsaWVudDwva2V5PgoJCQkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50 aW5nbWFuYWdlcjwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5tb2RE YXRlPC9rZXk+CgkJCQkJPGRhdGU+MjAwOC0xMS0yN1QwOTozMzozNVo8L2RhdGU+CgkJCQkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8 L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxrZXk+Y29tLmFw cGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQk8ZGljdD4K CQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5j b20uYXBwbGUucHJpbnQucG0uUG9zdFNjcmlwdDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4K CQkJCQk8YXJyYXk+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+LTE4PC9yZWFs PgoJCQkJCQk8cmVhbD44MjQ8L3JlYWw+CgkJCQkJCTxyZWFsPjU3NzwvcmVhbD4KCQkJCQk8L2Fy cmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCQk8 c3RyaW5nPmNvbS5hcHBsZS5wcmludGluZ21hbmFnZXI8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQubW9kRGF0ZTwva2V5PgoJCQkJCTxkYXRlPjIwMDgtMTEtMjdUMDk6 MzM6MzVaPC9kYXRlPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8 L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJ CTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8ucHBkLlBNUGFwZXJOYW1l PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9r ZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50LnBtLlBvc3RTY3JpcHQ8L3N0cmluZz4KCQkJ PGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJ CQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8ucHBkLlBNUGFwZXJO YW1lPC9rZXk+CgkJCQkJPHN0cmluZz5BNDwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5jbGllbnQ8L2tleT4KCQkJCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5wbS5Q b3N0U2NyaXB0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lm1vZERh dGU8L2tleT4KCQkJCQk8ZGF0ZT4yMDAzLTA3LTAxVDE3OjQ5OjM2WjwvZGF0ZT4KCQkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MTwv aW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCQk8c3RyaW5nPjAwLjIwPC9zdHJpbmc+ CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnByaXZhdGVMb2NrPC9rZXk+CgkJPGZhbHNl Lz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQudHlwZTwva2V5PgoJCTxzdHJpbmc+Y29t LmFwcGxlLnByaW50LlBhcGVySW5mb1RpY2tldDwvc3RyaW5nPgoJPC9kaWN0PgoJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCTxzdHJpbmc+MDAuMjA8L3N0cmlu Zz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5wcml2YXRlTG9jazwva2V5PgoJPGZhbHNl Lz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+Cgk8c3RyaW5nPmNvbS5h cHBsZS5wcmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJpbmc+CjwvZGljdD4KPC9wbGlzdD4KOEJJ TQPpAAAAAAB4AAMAAABIAEgAAAAAAw8CL//u/+4DOAJBA2cFewPgAAIAAABIAEgAAAAAAtgCKAAB AAAAZAAAAAEAAwMDAAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkBkAAAAAAAIAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAOEJJTQPtAAAAAAAQAEYAAAABAAIARgAAAAEAAjhCSU0EJgAAAAAADgAA AAAAAAAAAAA/gAAAOEJJTQQNAAAAAAAEAAAAeDhCSU0EGQAAAAAABAAAAB44QklNA/MAAAAAAAkA AAAAAAAAAAEAOEJJTQQKAAAAAAABAAA4QklNJxAAAAAAAAoAAQAAAAAAAAACOEJJTQP1AAAAAABI AC9mZgABAGxmZgAGAAAAAAABAC9mZgABAKGZmgAGAAAAAAABADIAAAABAFoAAAAGAAAAAAABADUA AAABAC0AAAAGAAAAAAABOEJJTQP4AAAAAABwAAD/////////////////////////////A+gAAAAA /////////////////////////////wPoAAAAAP////////////////////////////8D6AAAAAD/ ////////////////////////////A+gAADhCSU0ECAAAAAAAEAAAAAEAAAJAAAACQAAAAAA4QklN BB4AAAAAAAQAAAAAOEJJTQQaAAAAAANDAAAABgAAAAAAAAAAAAAAyAAAAKoAAAAHAGkAbgBuAGYA bwByAG0AAAABAAAAAAAAAAAAAAAAAAAAAAAAAAEAAAAAAAAAAAAAAKoAAADIAAAAAAAAAAAAAAAA AAAAAAEAAAAAAAAAAAAAAAAAAAAAAAAAEAAAAAEAAAAAAABudWxsAAAAAgAAAAZib3VuZHNPYmpj AAAAAQAAAAAAAFJjdDEAAAAEAAAAAFRvcCBsb25nAAAAAAAAAABMZWZ0bG9uZwAAAAAAAAAAQnRv bWxvbmcAAADIAAAAAFJnaHRsb25nAAAAqgAAAAZzbGljZXNWbExzAAAAAU9iamMAAAABAAAAAAAF c2xpY2UAAAASAAAAB3NsaWNlSURsb25nAAAAAAAAAAdncm91cElEbG9uZwAAAAAAAAAGb3JpZ2lu ZW51bQAAAAxFU2xpY2VPcmlnaW4AAAANYXV0b0dlbmVyYXRlZAAAAABUeXBlZW51bQAAAApFU2xp Y2VUeXBlAAAAAEltZyAAAAAGYm91bmRzT2JqYwAAAAEAAAAAAABSY3QxAAAABAAAAABUb3AgbG9u ZwAAAAAAAAAATGVmdGxvbmcAAAAAAAAAAEJ0b21sb25nAAAAyAAAAABSZ2h0bG9uZwAAAKoAAAAD dXJsVEVYVAAAAAEAAAAAAABudWxsVEVYVAAAAAEAAAAAAABNc2dlVEVYVAAAAAEAAAAAAAZhbHRU YWdURVhUAAAAAQAAAAAADmNlbGxUZXh0SXNIVE1MYm9vbAEAAAAIY2VsbFRleHRURVhUAAAAAQAA AAAACWhvcnpBbGlnbmVudW0AAAAPRVNsaWNlSG9yekFsaWduAAAAB2RlZmF1bHQAAAAJdmVydEFs aWduZW51bQAAAA9FU2xpY2VWZXJ0QWxpZ24AAAAHZGVmYXVsdAAAAAtiZ0NvbG9yVHlwZWVudW0A AAARRVNsaWNlQkdDb2xvclR5cGUAAAAATm9uZQAAAAl0b3BPdXRzZXRsb25nAAAAAAAAAApsZWZ0 T3V0c2V0bG9uZwAAAAAAAAAMYm90dG9tT3V0c2V0bG9uZwAAAAAAAAALcmlnaHRPdXRzZXRsb25n AAAAAAA4QklNBCgAAAAAAAwAAAABP/AAAAAAAAA4QklNBBQAAAAAAAQAAAASOEJJTQQMAAAAAB5N AAAAAQAAAIgAAACgAAABmAAA/wAAAB4xABgAAf/Y/+AAEEpGSUYAAQIBAEgASAAA/+0ADEFkb2Jl X0NNAAH/7gAOQWRvYmUAZIAAAAAB/9sAhAAMCAgICQgMCQkMEQsKCxEVDwwMDxUYExMVExMYEQwM DAwMDBEMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMAQ0LCw0ODRAODhAUDg4OFBQODg4OFBEM DAwMDBERDAwMDAwMEQwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCACgAIgDASIAAhEB AxEB/90ABAAJ/8QBPwAAAQUBAQEBAQEAAAAAAAAAAwABAgQFBgcICQoLAQABBQEBAQEBAQAAAAAA AAABAAIDBAUGBwgJCgsQAAEEAQMCBAIFBwYIBQMMMwEAAhEDBCESMQVBUWETInGBMgYUkaGxQiMk FVLBYjM0coLRQwclklPw4fFjczUWorKDJkSTVGRFwqN0NhfSVeJl8rOEw9N14/NGJ5SkhbSVxNTk 9KW1xdXl9VZmdoaWprbG1ub2N0dXZ3eHl6e3x9fn9xEAAgIBAgQEAwQFBgcHBgU1AQACEQMhMRIE QVFhcSITBTKBkRShsUIjwVLR8DMkYuFygpJDUxVjczTxJQYWorKDByY1wtJEk1SjF2RFVTZ0ZeLy s4TD03Xj80aUpIW0lcTU5PSltcXV5fVWZnaGlqa2xtbm9ic3R1dnd4eXp7fH/9oADAMBAAIRAxEA PwDy5O0F7g1gLnHQACSfuWv9Tn0t+tXShfWy6qzKrqdXY0PafVPoe5jw5v8AhF9FVVVUtFdLG1sH DWANH3NRJU/OFH1Z+smSA6jpWZY13D20Wbf8/ZsWnj/4t/rtfBb0x7Ae9llVf/RfZuXv6SVqfEsf /E99brhNjsTH8rLXE/8AgFVytM/xRXNb+s9XrbYOW0UOtb/25ZbjL1jLv5radB9L4+CzLnIErZSr Z4Bv+LDpFTf0+bk2u8WNZWPxF6tUfU/6oYrQMnp1uZB1e7Je10f1K/SZ/wBJdNeeVm5J9pTDI92C WSY2Lp9E+rX+L7Ja52B03He9kGyq9pse2f368k2/530F0GL0Xo2GZw8DGxj41UsZ/wCe2tXmV2Tk YuQzKxbDTk1Ga7W8j+S5v59bvz63r0P6tdfq6500ZIAryKnellUjXZYP3f8AgrG/pKkYyvTqvw5+ O4nSQ/F10kydOZlJJJJKUvPv8dOOH/VvEvAl1OY0T4NfXdu/6ba16CuR/wAamOLvqRnOiXUOpsb/ ANu11n/oWOSU+DpJJJyX/9DzbAy3YOfjZrfpY11dw+Nbm2f99X06vlo8FfTPRMt2b0bAzXfSycam 4/Gytln/AH5EqbqHfZ6VL7P3QSPiiKp1UkYFpHaCf85qCDsXONjn6NBce8CVVyHlgJsiscy8hoA/ t7Vxf+Mbq2TTXgYWNe+k2my+70nlji1sU1B7mEO2bvU9q5h731fVSbHudd1XP1L3FxdRhs77y72f ashNWcJkAb+Y0+kXZ2H6Nt4yKnUUfz1rXhzWf8Y6vdtWJZ9Yej5Nhpxctt9ga6whjXEBtY9Sx28t DPa1cFj52RjYeXhUu24+e1jb2ARPpu9Rjmx+d+Z/URsE+lg9Ryphxqbi1nvuvdNkf9ZregQtlhFG yegj/hO0et4OdcKaC+XAlpe3aDGsDVG+qP1wyOmdabXi4zr2dQczGdUX7QXOeBVke1r/AOZb6n+e uSBLSC0kEHQjSCtf6nNe760dNFcNd6sAkSBuBq/9GJCIBtQ5eGMmYvQaa9X20Hqlzn+lc3aOHNa1 jfcA9u0vGS/2tcz3+mrDM2mhldGTeLMlrG+s9rTBdG19jgwObS3f+99BZ+VjizEszHO9Jl7htDGA PaHvZSyze91m1+z/AAjWexSnFpxmwXNyPUBdt5qcw+6vb/xf6Jlf08vf/hvU3pzIC3LurYlVxxwX PvH0amiC/wChu9J9hrqfs9Wv1P0iAOvVWEehU9zCGubdYRXWWOcaWv3+5zN1rdlbLGM9RA6RTXXg WW3Vtc6mkseyA5o3bsy2ln0t389XXb/xX8hJtgHTfXYwuFltY9oL5bVtDfTbW1351W2r/B70kWW1 +1L3WtIo9OgktItJbYS13p2bID6v0f8Axn6X/BKt9dcduT9Uur1u7Yltg+NbTc3/AKVaMcZ5twsd 9LntpqbNp9zQ4Fjnte/979C1XszHblYl+K/6N9b63fB7Sw/9UiuFvzAOEkzeEk5c/wD/0fLl9C/4 v8k5P1M6TYTO2gVf9tOdR/6LXz0vcv8AFHkC76m01A/0a+6o+Uu9f/0eiVPaIOVT9oxrKOPUaWg+ BI0RkyCnwb65XZGZ9Y8itlb7ThMbixWxzodXL72+0f6axLqfSeq20dMw8bEsdVhYbRYYDW+vc52T ky55buc3cyt/9Rep/Wno+YQ7qPTg57onIxmcuj/DVN/Ot2/TZ/hP664azPa4S10jxTJGmtkzHGRH hHp+W+rg5H1dvbg4jmBjMsNcM1j3gDV26l+8bmeyv9G/aojpV32BuJ6rA43OusLZcDDRXUB9H6Hu XSY1n1bdjizqmZlC8l042LWDDR/N7rbGOZvf9L2OSdmfUms+zp2fmf8Ahi4Vg/8AbT0wmfQxA8dV +HPiMbzcZlxcUfbnjhGv63Hizy/5rzdfSWsosqtsBFhDt5hpbt42z8V0/wDi7+rFWR1azNbc/wBP CZ/OsLZFzv5trNHM9te+z/tpG6ZmYXUM5uF0T6s4hyHaufk2OuZW3T9NkO2eytv+fZ/gl6Xg4dGH QKqaaqRoXihgrYXwGueK2/1UYRkTZlY8BTOMmGcZcGIji/TnknPXyjHBj/8AG0ldFbKG0ATW1orD Xay0DbDp+l7UOrAxKXiyusB4kNcSXEA/ms3l2xv9RHTqVDCqmqlgrqY2tg4YwBoH9lqlCr5fU+m4 InNy6cUeN1ja/wDz45qysn69/U/F/nOr4zv+Kf6v/tv6qSndTrjsj/Gx9SqZ2ZVmQR2rps/9HNpW Zkf46/q+1p+y4OZa8cCwV1t/zm23u/6CSnyvruM3E671LEbo3Hy76m/Blj2tSS671NnV+s5nU66T jNy7Db6Jdv2l30/0myrduf7voJI9FP8A/9Ly5ev/AOJPLa/o/UcIfSpyW3H4W1trH/tq5eQLS6P9 ZOudDbe3pOUcUZWz19rWOLvT3+n7rGPczb6tn0ESp+lEznBoLnEADUk6BfOF/wBbvrXkOJt6vma8 tbe9jf8AMrcxiy7rLr3my+x1rzy97i4/5zkqU/SGR9Zvq3jOLcjquHU9vLHX1h3+Zv3rkfrD1n/F d1B7rsjqAryzocjDbZvP9f06rKLf61jV41tCnWwEoECtVcAn6SLeyuyPqz6gZhdRy8vcdA3DAP8A nW5GO1XKMLEJDvsmdljQ7HPrxmnyd6LM6z/MsVf6gdJqy+ps9Rm5rdeF7JX0/DrbDagI8lBCQlOQ A0inLyWLHwmrMtXh8HrXXcKkY3Rui4uDjzOxxssJP71lg9B1j/5b0S3qf+MC0bm2044PZlIP43Ot Xb+jU3hgHyVfMGgAbp8FHPORdLscASB0eHGJ9d8uwNu6tkAO5FZZX/54rrd/0lS+sP1Y6hV08252 bkZG87QLrrLB91tjl6DhVk3FxBhoWF9fLCMeigd9zz/1KhyZ8gxmV+DcwYoS5iEKsby+g4nx3L6b VU4gAaLMfWGvI+5dFnsJcdFh5LYdKt8tMkam0c5hjH5RVFBASgJJKw0lJJJJKf/T4PoWJiZQz/tV XqfZsSzJq9zm+6v8x2z6Vb9/vW/d9WOlUZLZpc/HvuoqrBscHN3+o3IbIPv/AJqq2p+z/DWV/pPT XN9K6nVgDK9Sl1/2vHdjHbYK9rX/AM47Wq7c/Ruxabfrc0X2WOwya3ZTM1lfrQW2ARaxz/Rduptd 7/oV2M/0j1Uzw5g5JHHxcNdJVfy/L6vS18scpmTG682zf9W8DHD99Z/QVZmV9Nx9VlHp/Za3w/8A QbvtH6xt/SfoP8D6iLi/VnpLuq5mA8GwUuosql5D/SuDnWVwx3v9J3ps+0bP8J+k/nK1kt+s7hRT jux91VePfh2E2e99FwY2prX+ntqvx2U1t9X09ln+hQ3/AFkusz87Msoaft2M/EFYJGxjmtZW4Pj9 I6vYz1N387/wab7XNkEGRGh14v0vc9P6X7iODPRBJ2Ot9eJlX0qq36tZHVPSIvF/6ItcS1tILWWb qyXO9lj9vv8A0i1sXo/Q78jBYMd7G54vuY02ubYyisTjmyv/AEmQ7/CfzPpfzX8jLH1hq/ZDumDF d7sduP63qtmWvsyBZt+z/R9W3+a9T+a/4X9MrlP1io+10ZVfTnb8ZgopByRpSKzj+h/MfR93r/v+ v/wf6NLJHmCJaSHqmY1MD08HDj/T/fXcHMSvhjK7lw8J6cPo/SbFVV3TOmWZuDlXY+Q3Ex8x7q7H ta5uS+xr8Pb6m+uutldfp3ss+0fzn+k/Rb3p9QblXNf1PqJxiGGn9dvDmn3svY79Kd7PbVcx+xn8 7ZX/AINZvSukde+sHTrcXDxqmtbRVj2WPvaHPpoc+2jGqZ6X6PLs9TY/Lf8AoP0f83Wtyr6t/XKm 7IuHS6nMybje2r7YzdW5waLff6Wx9drm76/b7P8ACKKUeYIkYHrK+GUf9X14v76MuPmhpLiEtdCd eH001aMv6xV/VT6xZL8zKq+xvxWs9S91rxdWGP6lTTkNtfkVY9/r4+zZf9D/AK6q+Q7qTOq04Tc/ qFdOQ55becuywvqqrD8mjba9zqbvtDmNZe1n8yr+D9Tev0/V7rHTK6GYpzvsra8L1xZuFH9Ns9fZ 9noyM79H7/S/M/4tB/5nfWezq1vXPs1ONk1sY1mG+5tou09G5jcittbMT9X+i+3f+n/4JOmSR6ZA VGQOv+U4Ye3+l+9/tGSePMeHhsHglev6X6P6Tm4+Z1d94qZn5tnq9Lbn41Lcm5m215j7LvZbvyKr LrP8K71tnp1eqitoZ1C3KbfmZ2W3FtFLLLMm7cPYx9lThZ/obXOr/lq6PqT9bB+kd0+uyu3A/ZzK W5bGvpqBLf01rqXV5GRb/PMsq/RM/wBEqd1fXMfKfdd09pt3g2ivMYK3ObT9i0YanP8AS9vrVMfY /ZYmZhkiPVLhEh6bnCPqHD/WWxw85Mn2hklID9AuRX0oZXU+r4zBa6nCqLcVgtcXnIe39X3Fx3We p6Vn/BKHR+m9LzsPGvyKbHOuurxXONrmF1rja+62tvvZZRVT6HsZ7/U9f1P8Gr7M/Nx8h1/7Okvu dkOacqsjc+v7Ptb+r7mt2/u/+e1RxOou6bj41DunmwYjn2Vk5Ij1HmW3bW0/Trq/Rf6P32v9P9wi WSUSInX0cPDkhekZcf6f6U+FfPl+f4TxY8v6O57R9X6S+P8AVzp2RLTuYcrJycektJPotx2WWVuA c79YdY+v9N6n+D/mvT+miO+r/TRiU54oPpXY+O91Zsf7bbbKGO2O3b/SdTlW/wDFvxqv0v6VUGfW W/HL9mOAW3XX4pc8H03XtfXcLv0TftTG+pvp/mf+E9Wv9Gmb9Za2CypuI/7NZXjM2G4bw/F9Jldr bPQ2fpasepl7PR/4uyv+bUhx80TdmtP0h+96v0v83/0GE4+YB1vyvx/71F9Zun4vTsmvHoodSSbH teX7xZSSK8d/O6u3fXkes1JVusdSx+o3HIrxTj3WWWWXPNnqF2/Zsr/m6tjKdjtn/GJKfhy/duHX 3a7+ri4v3uP/ALv/ALxk4Z+zWvHXfW/Pif/U8uSUtpThhTtF4iWCUI7aSeyMzFceyaZgL44JFrsY Vo9PoqszMWi4vFd1rWP9L6Zaf3P7X0k1eI7wWhgfaMLLpy6K23OqD2Oqc7ZubY303bbdWtc3+U1V 8uW4mjrRrWvV+jqzywZBhn7YJycPpEfmt2a8nI6Pi9bwMK7Ixt1NeXhWFxktpez7fQ3IrezJZTbv 203ezf6NtfqKxk251WfVju6j1JrLsllNLTmZBFtbqw7Is9TdtZZiXfzf83v/AOFVKvA611q20YtD Mcvw/sdzbchj3XVC2vJ2Mt9JvoZLnM92Rb+iWtZ0P60etZlu6ZUGuupyS0Z1Uh9DPRbud6W11Nle z2fzvqep+k/SMVS5GMeGQsCXHwzj8/o4T83+E5+bDzdYxKMxMRINmpb1BxcvM6pThHIpy+oW22ty bWbMq6KmY11dMW/p2ufS6j1vXs/nfUsr9L0lbzLMvH6tiYbsrqAoy7iyu37bad1ba/1gPHqb2XU5 L2el7PTfUo3/AFY671DEGNZ06hwY6x1FjstgdWy2wZFtftY1tmS5zdlWRt9Jlb/0lSuWfVr6wW9T r6p+yaRkstZZP26okhtf2dlDf0e1te79NZ+elZI0l0y7Th+l/M/prZYuaFWMgPrv1f8Ahf6TWv6h 1PGwbrLep9QaMUC6/B+0WyGus+zUWMzCfX2WYjbL/QZkej9q/nPS9P0lV+z9TyrsvBvdksfgY1vp Um/9KMi99l3T23urcXWv+zNbW/1HexbR+qX1u+yfY7elVW4c2Gyn7Yxrntst+1tr9VtTdllVv845 v6K6j/B+r+lQOn/VT6z9KPps6bTftufkA15dbKwbK/S9GpmRXZkMZR9D+d/Sf8UnTjlETx6zBPt8 Uo/L/jf3/wDH/nFYzzMceQR4uOVAES/Q+b/uWliA5fT8bInc62phc6Il4Gy3/wAFa9VM7BdtJhdf 0L6sZmJ0mjGzWBttW8BrXB+1hc59VbrWBjLbGNd73sarOR9X2vYRGqr+qE5cPyiRr+69LHLCeOPE fUYji/vPk+VjFrjoqbqoXc9W+rl1TnHboueyOmvYTIV7DzQIo6FpZuWs2HGLNElcsxy0cJKx7gq2 r7Bun//V85bTKsVYhd2VujELiNFu9M6ObSNFTy8yI7Otj5cdXJxekvfHtlbOL9XXvA9i6/pvQKms aS3VbuN0ljQPaqplln1oMssmHENdS8B/zacxslqh+xntOjV6Hk4bGNOixsltTCeAosglHcr8OaOT YOd0PDdj3h5EaQujzbW19OcJ1eQ1YL85lWrTwsXq/wBbvQEFvquGldYMCfznud/JTcdm4wBlKS/J i4pRnI1GGv2PSMvbWAJ1JgBXmXbXt8GkErgunfWC/qmSxlXp02l8ure6NABs9H9/b7101ed6noP2 ub6znMdu0ILRLW7PpN37XpGM8Z4ZCigxjMWPG3vWkOaD4qJrYeQFlYnV2ihrLPpNET8FZZnts4Wh LmYSA01pxpcvkgTps2vRrPZCfisKKyxruFOUBwSCzikDu5Od02t9ZBaDI1XG9a6Cxoc9jdF6BlOh hC5vq9rRS/zVfKANQ6HKZJyFHUPmPUMMVyISVzrDwXOSTuOXtWz8A9x//9arifV/JBBLJC6jo/TR VG5sFdFT06ogEQrLMGpqyRhkTZ1dSfOwAIAYY2O1oGmnirgAAQjU9o9h+RUHWvYPdz5BTj0bxaEr mbu0XUXNDDrquC61mWi4tBhvkus6jc4g/S+4rkOpta+wkz82wqWefFJ1uQx8MC4uZn3VVfoxvseQ xg83Hb/0VzueS690mY0lb+eKhZisGhdcAR5bXlYOT/Ou+Jkq1yoAAIDZyXUteoCHFsfVe2xhLXtM tcOQR4LvugZQzcYbnQ6oB1jydQajvbz+Zaz6K4FrfcI58l1X1Rxacp99WQ9zKYb9EwXOZrt/q+9P 5mIkOL91jx6RI8Xqb+o0t+gZ+CfG6o7fE/JZ+fh/ZtaHF0uAbX9J0fvKOLi9Rc4O2OaPE6LMmZXo zcMDHUb93sMTMe9o7BaVdzQ2XEhc/hV5e0NEhaJApZutdr56qzhka1/FzOYwx4qBGvSO6bOzK9p2 j5rj+t9RaGuAKsdY65TW1zWukriOqdWNhdqiRLJKgz4cccUNd2p1TKDnE+KSx8vJLydUle+7/qqY fvA91//X6b6q9ayct3p3ODojVda1eM9D60KrWvY/adF6b0Tqbsqtsv3SFm8vkOOXBMEno6XPcuJf rcdcNagO2q+Xa2upzj2CNBIVXOxvWpLC7YO5Ks8xKZx6RaGMR4xxHS3kep9VBc4bnfesG17bXElx k+JWt1mnpGNv35dfqD80O3GfkuUsyPVvbVjO9R1j211gECXOOxjdznBrdzj+esmOOcpa6n7XoMc8 cYitB46JszEDLKco2BrWP26xrva6vb/bc7auayf553mVrdS9bFx7rcjaDiZBofWbGl3r0n1X0+mx 3q7PZt+0Nb6H/CKi7p+Tm2sdhhlrci9mNQBZW1zrLRupbse9rtr/APTfzHqexaHL45RAEge2yyWb GeP1D9GW/wDgtWuHPawHaXEN3HgSdu5d/wBAxThYPp5Ta2vcA70xBI2+zbLP5zdta/1fz1yHRcEj rowsxux+PY6u9pIIDqyWWN/c9rmrteqsFfUq2Mh1b2NLC2NB+b6bgm81KhVbHX6qhRIN7i40nw76 7cgB0ToIB5jvDl1OJSzaNNfArmMb6tZdljbcdwczmDoV0uHTlY1f6eW1sEuJ4EKthieL5TTBzk4m OkxY3jeqbKsFDJDYXHdb6xeS5oJAXaF9GfS5tchzACQ4FpgzB2n3fmrjOvYVbXvgjcNSByJ4UueJ jvoGLkZQlf77xPUMu15JcSsTItcSZW9m44kwsXIoAlWOWMa2X8xGTnPJKSK+uEldsU5/BLif/9Dz KjLupILXaBd/0TKzKOl22uY6nIZ0m3qVJY5z3vcy7ZTl2u0poosr347MFvq+ymy+70n7F51BVlnU +qV0sx68u9lFTXsrqbY8Ma23+kMYwO2sZf8A4b/SpTwwlvEFkjnyRFCRp9aq+sHV6/rEejPfdXiv yaKqeolxcw1Wg+m5r9rsa5/Vnf0bZ/RX/wA3/N2rJZ1Pq/WWWV51GU3Jx6MmxtXvByLan0Ndjtwb 30tsf0yq+11jKX78rYz1PUfX7/Obs/Pvx6sW/Iutxsf+Yoe9zq65/wBFU47K/wCwiXdX6vfl1512 bkW5lIAqyX2vdawAlzRXc53qM2ue76Lkz7vDw8lw5iQ1AAP7w+b+Uv0nssizprOk9R6qzpZZbijp 9lVWUHNaXXuvZk2NxmW7mYeX9nZbXjW2fn+yz0PSRerdLxekdQssxMI5DB1puEBaXPbVSGY+VXRW xvv35j8ixrL3fpfRxfTp/wAIuHf1Xq1gubZmZD25Tg/JDrXkWOb9B98u/SvZ+Y6xTHXOuC668dQy hdkgDIsF1m6wN0Y25+/dbs/N3p4xAbALTmyHeR18S9P9bsHG/ZvVuommMwfWPKxjfLpNO1+QyraT 6f8AOO3/AEVpdG6bgnpHR830W/axn4FfrCZLHMda6otn0/5ytr/oeouCv6n1PIqfTkZd91Vthusr sse5rrTob3se4tdd/wAJ9Nddi9Vw6ulYVLc1lbq66nljbS3ba0fzmxrhtvr/ANJ/OsUPMkwECATq flZeWJJkOKrA3PR1cevHb9a7C+trnXdUcx+5oM7sssLH/wCctW2uq/Mx3lpc93VXYlg9w9s0POOW /m/zmQ/9/wD7bXHP6jhuc978tj3vJLnOs3Oc4/nOe473O/lrPz/rF1CrNe7HzLLG2tY69zbXne9j i+p9zt36Wyr/AAbrP5tVoQOSRBidZcfqH8W1LKIAHjGkeDQ/96+uYfVMRr6KH320W22vx6KmzBdV e7Eurs+luvrZ6V36T9//AESOfrZ0nKdi4jbXuvtupaHMbDHOL2t/O/wT/prxj/nV1HZYz1LNtxm1 u90PJG0vt936R7m+1z3oI+sWe2xttT31WMMsewlrmnxY9m1zP7KnGPNGhECMRvtdMBHKniMpSlIj TtxeL7LiddwLqsdjMm0tybxisHun1WHFc/H9g9jdlt3/AFn+oqlrcHLv6dj2H1W5NmYwhwcH2OqN jXMdY3a71KLaq2NXkjfrD1Nu/Zk3s9VzbLdtj273sO+u2za79JbW/wB7LH+9Q/bnUIAGRcNtv2hs WP0v/wC5Tfd/Sf8Aux/OpxxSPzC9r07GMv8AuFoliibhIjet/wBKMof83je3qxcGzpvTcrIxxY/L wuqXPc8vaHuxB6mJd7HM91bR/mKjj4+Dl5XQmnp9b6PrA+xuSad4FThacV1eFudZZi/s+ttefb/O ep69nrfqvp118sev9Y3FwzskOO8lwusmbf5/8/8Aw/8Ahv8AS/noFfU8+nHsxaci6rHu/naGPc2t 8jZ+kqadjvZ7P6ifDEI7ABGTOZEni3JO8q9XT/BXuLQ9zWvFjWuIbYBAcAYbYG/m72+9JVdzklJw LPdf/9kAOEJJTQQhAAAAAABTAAAAAQEAAAAPAEEAZABvAGIAZQAgAFAAaABvAHQAbwBzAGgAbwBw AAAAEgBBAGQAbwBiAGUAIABQAGgAbwB0AG8AcwBoAG8AcAAgAEMAUwAAAAEAOEJJTQQGAAAAAAAH AAYBAQABAQD/4Rk2aHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wLwA8P3hwYWNrZXQgYmVnaW49 J++7vycgaWQ9J1c1TTBNcENlaGlIenJlU3pOVGN6a2M5ZCc/Pgo8eDp4bXBtZXRhIHhtbG5zOng9 J2Fkb2JlOm5zOm1ldGEvJyB4OnhtcHRrPSdYTVAgdG9vbGtpdCAzLjAtMjgsIGZyYW1ld29yayAx LjYnPgo8cmRmOlJERiB4bWxuczpyZGY9J2h0dHA6Ly93d3cudzMub3JnLzE5OTkvMDIvMjItcmRm LXN5bnRheC1ucyMnIHhtbG5zOmlYPSdodHRwOi8vbnMuYWRvYmUuY29tL2lYLzEuMC8nPgoKIDxy ZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjUyNGEzNTYxLTBlNTMtMTFkZS1iOWUzLWNj YTE1NTA0OGZlMicKICB4bWxuczpleGlmPSdodHRwOi8vbnMuYWRvYmUuY29tL2V4aWYvMS4wLyc+ CiAgPGV4aWY6Q29sb3JTcGFjZT4xPC9leGlmOkNvbG9yU3BhY2U+CiAgPGV4aWY6UGl4ZWxYRGlt ZW5zaW9uPjE3MDwvZXhpZjpQaXhlbFhEaW1lbnNpb24+CiAgPGV4aWY6UGl4ZWxZRGltZW5zaW9u PjIwMDwvZXhpZjpQaXhlbFlEaW1lbnNpb24+CiA8L3JkZjpEZXNjcmlwdGlvbj4KCiA8cmRmOkRl c2NyaXB0aW9uIHJkZjphYm91dD0ndXVpZDo1MjRhMzU2MS0wZTUzLTExZGUtYjllMy1jY2ExNTUw NDhmZTInCiAgeG1sbnM6cGRmPSdodHRwOi8vbnMuYWRvYmUuY29tL3BkZi8xLjMvJz4KIDwvcmRm OkRlc2NyaXB0aW9uPgoKIDxyZGY6RGVzY3JpcHRpb24gcmRmOmFib3V0PSd1dWlkOjUyNGEzNTYx LTBlNTMtMTFkZS1iOWUzLWNjYTE1NTA0OGZlMicKICB4bWxuczpwaG90b3Nob3A9J2h0dHA6Ly9u cy5hZG9iZS5jb20vcGhvdG9zaG9wLzEuMC8nPgogIDxwaG90b3Nob3A6SGlzdG9yeT48L3Bob3Rv c2hvcDpIaXN0b3J5PgogPC9yZGY6RGVzY3JpcHRpb24+CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6 YWJvdXQ9J3V1aWQ6NTI0YTM1NjEtMGU1My0xMWRlLWI5ZTMtY2NhMTU1MDQ4ZmUyJwogIHhtbG5z OnRpZmY9J2h0dHA6Ly9ucy5hZG9iZS5jb20vdGlmZi8xLjAvJz4KICA8dGlmZjpPcmllbnRhdGlv bj4xPC90aWZmOk9yaWVudGF0aW9uPgogIDx0aWZmOlhSZXNvbHV0aW9uPjcwLzE8L3RpZmY6WFJl c29sdXRpb24+CiAgPHRpZmY6WVJlc29sdXRpb24+NzAvMTwvdGlmZjpZUmVzb2x1dGlvbj4KICA8 dGlmZjpSZXNvbHV0aW9uVW5pdD4yPC90aWZmOlJlc29sdXRpb25Vbml0PgogPC9yZGY6RGVzY3Jp cHRpb24+CgogPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6NTI0YTM1NjEtMGU1My0x MWRlLWI5ZTMtY2NhMTU1MDQ4ZmUyJwogIHhtbG5zOnhhcD0naHR0cDovL25zLmFkb2JlLmNvbS94 YXAvMS4wLyc+CiAgPHhhcDpDcmVhdGVEYXRlPjIwMDktMDMtMDlUMTU6NDM6MTArMDE6MDA8L3hh cDpDcmVhdGVEYXRlPgogIDx4YXA6TW9kaWZ5RGF0ZT4yMDA5LTAzLTA5VDE1OjQzOjEwKzAxOjAw PC94YXA6TW9kaWZ5RGF0ZT4KICA8eGFwOk1ldGFkYXRhRGF0ZT4yMDA5LTAzLTA5VDE1OjQzOjEw KzAxOjAwPC94YXA6TWV0YWRhdGFEYXRlPgogIDx4YXA6Q3JlYXRvclRvb2w+QWRvYmUgUGhvdG9z aG9wIENTIE1hY2ludG9zaDwveGFwOkNyZWF0b3JUb29sPgogPC9yZGY6RGVzY3JpcHRpb24+Cgog PHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9J3V1aWQ6NTI0YTM1NjEtMGU1My0xMWRlLWI5ZTMt Y2NhMTU1MDQ4ZmUyJwogIHhtbG5zOnN0UmVmPSdodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8xLjAv c1R5cGUvUmVzb3VyY2VSZWYjJwogIHhtbG5zOnhhcE1NPSdodHRwOi8vbnMuYWRvYmUuY29tL3hh cC8xLjAvbW0vJz4KICA8eGFwTU06RGVyaXZlZEZyb20gcmRmOnBhcnNlVHlwZT0nUmVzb3VyY2Un PgogICA8c3RSZWY6aW5zdGFuY2VJRD51dWlkOmM4MGU0OTUwLTBlNTItMTFkZS1iOWUzLWNjYTE1 NTA0OGZlMjwvc3RSZWY6aW5zdGFuY2VJRD4KICAgPHN0UmVmOmRvY3VtZW50SUQ+YWRvYmU6ZG9j aWQ6cGhvdG9zaG9wOmM4MGU0OTRmLTBlNTItMTFkZS1iOWUzLWNjYTE1NTA0OGZlMjwvc3RSZWY6 ZG9jdW1lbnRJRD4KICA8L3hhcE1NOkRlcml2ZWRGcm9tPgogIDx4YXBNTTpEb2N1bWVudElEPmFk b2JlOmRvY2lkOnBob3Rvc2hvcDo1MjRhMzU2MC0wZTUzLTExZGUtYjllMy1jY2ExNTUwNDhmZTI8 L3hhcE1NOkRvY3VtZW50SUQ+CiA8L3JkZjpEZXNjcmlwdGlvbj4KCiA8cmRmOkRlc2NyaXB0aW9u IHJkZjphYm91dD0ndXVpZDo1MjRhMzU2MS0wZTUzLTExZGUtYjllMy1jY2ExNTUwNDhmZTInCiAg eG1sbnM6ZGM9J2h0dHA6Ly9wdXJsLm9yZy9kYy9lbGVtZW50cy8xLjEvJz4KICA8ZGM6Zm9ybWF0 PmltYWdlL2pwZWc8L2RjOmZvcm1hdD4KIDwvcmRmOkRlc2NyaXB0aW9uPgoKPC9yZGY6UkRGPgo8 L3g6eG1wbWV0YT4KICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAog ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg CiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAK ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIAogICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgCiAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgIAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgCjw/eHBhY2tldCBlbmQ9J3cnPz7/4gxYSUNDX1BST0ZJTEUAAQEAAAxITGlubwIQAABtbnRy UkdCIFhZWiAHzgACAAkABgAxAABhY3NwTVNGVAAAAABJRUMgc1JHQgAAAAAAAAAAAAAAAAAA9tYA AQAAAADTLUhQICAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ABFjcHJ0AAABUAAAADNkZXNjAAABhAAAAGx3dHB0AAAB8AAAABRia3B0AAACBAAAABRyWFlaAAAC GAAAABRnWFlaAAACLAAAABRiWFlaAAACQAAAABRkbW5kAAACVAAAAHBkbWRkAAACxAAAAIh2dWVk AAADTAAAAIZ2aWV3AAAD1AAAACRsdW1pAAAD+AAAABRtZWFzAAAEDAAAACR0ZWNoAAAEMAAAAAxy VFJDAAAEPAAACAxnVFJDAAAEPAAACAxiVFJDAAAEPAAACAx0ZXh0AAAAAENvcHlyaWdodCAoYykg MTk5OCBIZXdsZXR0LVBhY2thcmQgQ29tcGFueQAAZGVzYwAAAAAAAAASc1JHQiBJRUM2MTk2Ni0y LjEAAAAAAAAAAAAAABJzUkdCIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAWFlaIAAAAAAAAPNRAAEAAAABFsxYWVogAAAAAAAAAAAA AAAAAAAAAFhZWiAAAAAAAABvogAAOPUAAAOQWFlaIAAAAAAAAGKZAAC3hQAAGNpYWVogAAAAAAAA JKAAAA+EAAC2z2Rlc2MAAAAAAAAAFklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAFklF QyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAABkZXNjAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFj ZSAtIHNSR0IAAAAAAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFj ZSAtIHNSR0IAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAAAAAsUmVmZXJlbmNlIFZpZXdp bmcgQ29uZGl0aW9uIGluIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAALFJlZmVyZW5jZSBWaWV3aW5n IENvbmRpdGlvbiBpbiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHZpZXcA AAAAABOk/gAUXy4AEM8UAAPtzAAEEwsAA1yeAAAAAVhZWiAAAAAAAEwJVgBQAAAAVx/nbWVhcwAA AAAAAAABAAAAAAAAAAAAAAAAAAAAAAAAAo8AAAACc2lnIAAAAABDUlQgY3VydgAAAAAAAAQAAAAA BQAKAA8AFAAZAB4AIwAoAC0AMgA3ADsAQABFAEoATwBUAFkAXgBjAGgAbQByAHcAfACBAIYAiwCQ AJUAmgCfAKQAqQCuALIAtwC8AMEAxgDLANAA1QDbAOAA5QDrAPAA9gD7AQEBBwENARMBGQEfASUB KwEyATgBPgFFAUwBUgFZAWABZwFuAXUBfAGDAYsBkgGaAaEBqQGxAbkBwQHJAdEB2QHhAekB8gH6 AgMCDAIUAh0CJgIvAjgCQQJLAlQCXQJnAnECegKEAo4CmAKiAqwCtgLBAssC1QLgAusC9QMAAwsD FgMhAy0DOANDA08DWgNmA3IDfgOKA5YDogOuA7oDxwPTA+AD7AP5BAYEEwQgBC0EOwRIBFUEYwRx BH4EjASaBKgEtgTEBNME4QTwBP4FDQUcBSsFOgVJBVgFZwV3BYYFlgWmBbUFxQXVBeUF9gYGBhYG JwY3BkgGWQZqBnsGjAadBq8GwAbRBuMG9QcHBxkHKwc9B08HYQd0B4YHmQesB78H0gflB/gICwgf CDIIRghaCG4IggiWCKoIvgjSCOcI+wkQCSUJOglPCWQJeQmPCaQJugnPCeUJ+woRCicKPQpUCmoK gQqYCq4KxQrcCvMLCwsiCzkLUQtpC4ALmAuwC8gL4Qv5DBIMKgxDDFwMdQyODKcMwAzZDPMNDQ0m DUANWg10DY4NqQ3DDd4N+A4TDi4OSQ5kDn8Omw62DtIO7g8JDyUPQQ9eD3oPlg+zD88P7BAJECYQ QxBhEH4QmxC5ENcQ9RETETERTxFtEYwRqhHJEegSBxImEkUSZBKEEqMSwxLjEwMTIxNDE2MTgxOk E8UT5RQGFCcUSRRqFIsUrRTOFPAVEhU0FVYVeBWbFb0V4BYDFiYWSRZsFo8WshbWFvoXHRdBF2UX iReuF9IX9xgbGEAYZRiKGK8Y1Rj6GSAZRRlrGZEZtxndGgQaKhpRGncanhrFGuwbFBs7G2Mbihuy G9ocAhwqHFIcexyjHMwc9R0eHUcdcB2ZHcMd7B4WHkAeah6UHr4e6R8THz4faR+UH78f6iAVIEEg bCCYIMQg8CEcIUghdSGhIc4h+yInIlUigiKvIt0jCiM4I2YjlCPCI/AkHyRNJHwkqyTaJQklOCVo JZclxyX3JicmVyaHJrcm6CcYJ0kneierJ9woDSg/KHEooijUKQYpOClrKZ0p0CoCKjUqaCqbKs8r Ais2K2krnSvRLAUsOSxuLKIs1y0MLUEtdi2rLeEuFi5MLoIuty7uLyQvWi+RL8cv/jA1MGwwpDDb MRIxSjGCMbox8jIqMmMymzLUMw0zRjN/M7gz8TQrNGU0njTYNRM1TTWHNcI1/TY3NnI2rjbpNyQ3 YDecN9c4FDhQOIw4yDkFOUI5fzm8Ofk6Njp0OrI67zstO2s7qjvoPCc8ZTykPOM9Ij1hPaE94D4g PmA+oD7gPyE/YT+iP+JAI0BkQKZA50EpQWpBrEHuQjBCckK1QvdDOkN9Q8BEA0RHRIpEzkUSRVVF mkXeRiJGZ0arRvBHNUd7R8BIBUhLSJFI10kdSWNJqUnwSjdKfUrESwxLU0uaS+JMKkxyTLpNAk1K TZNN3E4lTm5Ot08AT0lPk0/dUCdQcVC7UQZRUFGbUeZSMVJ8UsdTE1NfU6pT9lRCVI9U21UoVXVV wlYPVlxWqVb3V0RXklfgWC9YfVjLWRpZaVm4WgdaVlqmWvVbRVuVW+VcNVyGXNZdJ114XcleGl5s Xr1fD19hX7NgBWBXYKpg/GFPYaJh9WJJYpxi8GNDY5dj62RAZJRk6WU9ZZJl52Y9ZpJm6Gc9Z5Nn 6Wg/aJZo7GlDaZpp8WpIap9q92tPa6dr/2xXbK9tCG1gbbluEm5rbsRvHm94b9FwK3CGcOBxOnGV cfByS3KmcwFzXXO4dBR0cHTMdSh1hXXhdj52m3b4d1Z3s3gReG54zHkqeYl553pGeqV7BHtje8J8 IXyBfOF9QX2hfgF+Yn7CfyN/hH/lgEeAqIEKgWuBzYIwgpKC9INXg7qEHYSAhOOFR4Wrhg6GcobX hzuHn4gEiGmIzokziZmJ/opkisqLMIuWi/yMY4zKjTGNmI3/jmaOzo82j56QBpBukNaRP5GokhGS epLjk02TtpQglIqU9JVflcmWNJaflwqXdZfgmEyYuJkkmZCZ/JpomtWbQpuvnByciZz3nWSd0p5A nq6fHZ+Ln/qgaaDYoUehtqImopajBqN2o+akVqTHpTilqaYapoum/adup+CoUqjEqTepqaocqo+r Aqt1q+msXKzQrUStuK4trqGvFq+LsACwdbDqsWCx1rJLssKzOLOutCW0nLUTtYq2AbZ5tvC3aLfg uFm40blKucK6O7q1uy67p7whvJu9Fb2Pvgq+hL7/v3q/9cBwwOzBZ8Hjwl/C28NYw9TEUcTOxUvF yMZGxsPHQce/yD3IvMk6ybnKOMq3yzbLtsw1zLXNNc21zjbOts83z7jQOdC60TzRvtI/0sHTRNPG 1EnUy9VO1dHWVdbY11zX4Nhk2OjZbNnx2nba+9uA3AXcit0Q3ZbeHN6i3ynfr+A24L3hROHM4lPi 2+Nj4+vkc+T85YTmDeaW5x/nqegy6LzpRunQ6lvq5etw6/vshu0R7ZzuKO6070DvzPBY8OXxcvH/ 8ozzGfOn9DT0wvVQ9d72bfb794r4Gfio+Tj5x/pX+uf7d/wH/Jj9Kf26/kv+3P9t////7gAhQWRv YmUAZEAAAAABAwAQAwIDBgAAAAAAAAAAAAAAAP/bAIQAAgICAgICAgICAgMCAgIDBAMCAgMEBQQE BAQEBQYFBQUFBQUGBgcHCAcHBgkJCgoJCQwMDAwMDAwMDAwMDAwMDAEDAwMFBAUJBgYJDQoJCg0P Dg4ODg8PDAwMDAwPDwwMDAwMDA8MDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM/8IAEQgAyACq AwERAAIRAQMRAf/EAOYAAAEFAAMBAQAAAAAAAAAAAAcABQYICQMECgECAQABBQEBAQAAAAAAAAAA AAAFAAIDBAYBBwgQAAAGAgIBAwQCAQUBAAAAAAECAwQFBgAHEQgSECETIDEUCSIVMjBBIyQWMxEA AgIBAwIDBAgEAgYEDwAAAQIDBAUAEQYhEjETB0FRIhQQYXGBMiMVCCCRoUIzFrHBYpKTJDDwUqLR 4XKCslNjc4M0RIQlJhcSAAIBBAECBAQEBAUEAgMAAAECEQAhEgMxQSIQUWEEcYEyEyAwkUKhwVIj QLHRYjPwcoIU4ZJDgwX/2gAMAwEBAhEDEQAAAMGrLkkkklMUjo1GhrJVHVmUdM2s5fqcpZZPNXOu KSSSSSSSSwJf3BSbqSSXqei5YOPh1TSRxzUmgmKgLIx4yhpCiMcJIqetZTdnSW/9XUkkkkkklj85 eZ6d31JJe2euw886uL89QRiqDxlMftojeGkI4adaqwToSWfRGb9NYONm/ZfiSS+pJLPfq8ks7v11 JL15V23v4klEGw1bhGgVR18YmNlatbI6y9uxnrdqrJTRt8bsp4xyvHeMeOyuznNT7XivnfydSS9P 0PNY2cSQujqYqRVM/uk65dsOCRLiFB+cz8TfSCwDbN9l+c9sbG9dl/LuPydOH2PCDM9OSS9BMXN2 I+JKI8h8vtauKevH/H8nI5xSq9aDQ/IdP6hdBgDrJba013T3Lq/S79S/SXhzm6Kn9SWykfPSbFxJ cfeZK0s9WWjl2JlQjwepc0es4bGbtiQH6VkLX1d+pJJJJL8pMK547ZXVQk6ktH2r1hQNSSSbE3KM bi84qWabnWI43mi97Q6tX9gNmTCxkgfrWKl9uVkICwDJCCeoTdX3veVySVquL2R12hBIEdQHSA/V XCGw2gbd0DAl1H2JWMk4xOpLfYQzn9pjceL1p3nl8PI5pJJJJJJJcyXG1dXi/XV+urkbKSxG19HP nhPUv0XzLhyc7QMuBIftC2Zyea+M9hxt1k9bNx5wMDmH4+xpJJJIqBh9mMgASTTPKkhWaIv9WIlC I526yZKIMwFthUyuCdobHWnqOgJ1c9EWit6OTVBXejjdoIhIcJ1u1hw8ZwTcjA5ZJNE8grMkSaIo DMvfMYEXDSFsz58UQtb6RSN+XLYai1ObPRtOI3rLDZm67nS6jW78bK/aczUDd6ZNSTkl+Ht/L+du KzKh+jKQK/uGICxghm+qDPNFmB+vM6pWKmnnHsHQr6cdmhlfdhiBYfx7XOOSbwvbw9b9XfvV++P7 Edl7rFZsL0l7fO/nhs0m5mGS8/HxgrHZuTYfUbpzH7bwg5362l1AtWPX5et21xEKK5/qSUm6aDoS x8rZe7HbfKhKRUyknHlZgNKFcP5kZrVorwZaE1zD1coSgsLkiggQ8pZMP62bhJ4FR2KBlIa3agCO TQGOXxzLZTxVuTgSYLue0JoBlSFTl4oZn6hb0EkzpxL5oFZnbz00BsdtfOzTtsgzZm51asjXDZjF MlW4Pt87KGio7pg4e0QRpszE4CUtVlTl1KUlkroOTT1BOI0UPHlpC+rAXPCr3WJhhsXoMdbfe+V9 cVI5T1+yUj4KDhUD1FOgHpeVs09ZNdn5iKN2rzd/RqcTa8/5+SymcjA8lT7Ges1IE7AS33Z4+p55 nIANXvJ9VY7kBVQiddCGovjZqYCuM0AXG7GkGd9Iy+Lx1u2Ob2G880547VtsfwBfJZJ2MVh3mT+b GB9vozaMAnbC676kax3BlucdqNJ8p2J54zIKDbaaDz056XDutyrWwR6BnZSPZ+bvNg/UZT2N4ihL 7Yp3I0+lRmZxtsIgdpSfKen1cuXazbwfXTUiOhNTLwgtshgXV/AG5XFXtSSzp502HHTC+d1LS0M1 Ais+3xMBL5r1L+G+s6O+k+LOelr/ADih/n5aiPnHttQBmvGN7te9yNqprxfL2G6mfp6D4fTTaAbb nR+YyG8PqsK3uaVc7S3XgwZq8kPTOVabI3an55+mdkdL5PZLZef8vWh/C63ObB+1VKt2oEXQv1Ia teom5uUtjcNcYM2RI0VfRbYeST8mCz0y/r2b3btV9jnAtp8pCimeb5qZ9x/oOnmM0mqZvzsl6QBX 3MaKk4/WUnIzS06AqcVC2PG7WNib+oQ6Hly969e18pm5oZBp6QczG+zbzfoAF1IOvuhB13JC2meh BTGVuPQu6D0LgkpkuKaPmtj3OaoCpIYUnaeec7ivYg/a88JUNwlS0GSoX4CIPs3aoRhu1fLVJYRD ZaTSMMkMUJAfq58b373iXU7i51cT7Vn098V9TGtzgq0AcK6kT3Ip2iav1Xx8fW9SaFusU+nLX4nx Lrf/2gAIAQIAAQUA+jkME5Qz5S4LjjDORwrscBQRARH/AECfQJhwFPLB5HOOMEeMMIjg84YAw3uB VTEFFXzD6y/cPX7DgB6CPoI4bD4YRDGygkNyHHP1B9w9Tf5ehx4ABz74Jc8BHFEuMO2AMQRDgo57 Z5YJhHBEcDnkPuGB6qff0UDkCfc3t6ce5jcqc+4DwVH3AxeBEfZIPYOeeMKHoX1U9TByCYDyYQw5 vEouUgJ+agQy8sgIqzqWJF4AfceMKHGAH0E9VPt6BjgBATKCOeQiK0So4wleTAQh2pRax6CQ8/6B PU/29RKBgXaDgFUIJlTGwpBMKLPA8S4K5AwXaeLSSaQJvyqYT+QeOeOeOAHHqb7ZxnGcZxivAYeR J8qZg8HT0CYpJcApKm5RenOE9IqFNErmErE/IfWJc8c8c8cMPGP1PEseYyrof4Ivlfc5+QMONEv+ OcN5PYseAYH9gHkPosD9VgzC4uSKBcXJFFbeuQs1bV2iktNKsnMxLv2jle0LJAMmVFB5dFyldKAd B5IKpvnkw2QVfzSjJ1Iz4JrlkCpxD2RcNmcXZnai6VvXOVK4uVk67Mu5EctaZ1Y5aDWdprQaztNz CPACaglD5aWjl46mFljSbmKdOgXjXH4kvXXCLl2gRRsRgC88+g3Sys1HuHEjKx7p4dVs5UjlG7g8 PHoOHb1CHdgUYNZsenJC2D1D3wC57YobF1hAH5HCmRCrgUljKmI6jl1cVSWDItIWy86ZQ6TGPm1Q CXfInaTDgRZPjnBNXkPLPLOc4DPbOcE+GUxRXFlPM08/bpzM6QibMQKdCKQB28dt1HM9YTCElXUv MtheC2dWdIG8o3dGLkZKBjV4BgIuA4CnI/JgmzzwyvGHcgGKPgDFJAMUkfAz/wDqVDK2JjIprBFC Q0hDL44WjHirZixl1VohjHKPgj3h50pZBwEdxhm50hZypiC1lgNiLryz5sFXFHQFBzJAUHU1xi00 YwmkVBwz82OVzHCNKIZJGAiCanjiLj+FOcBy8bgqVVkUMFsGHajwdABxyzAMTUOkZg/E2fkDirvH skBQcvzqiCBzijH4oz4BZEC4cQAU3YJAY7mQEkOuAkMbK8++BRSfAQPI+YouQNhBIIOQLw444c8c x5h8vIcdPwAFnJlBbNvIUWwYRkPDsnjj5bgSgJ8bsDLHhWJG5JBoVZKRaHaqJpCQyrsxMTkMbu+c SdiOGUEwOTcAubkYpLkfjwUTmxNmYBbE8QSEAEHRALJOQHHZ/I7YoZH+JUGxuAVOAlmmQLJrLiBX CgmwDmKLI48NlQADOR4dLiOIJioaKZ8B+IGJoFxNl5YSJMYF49ZLDKCXHqwiCpuTICI40KYqCX+J j4+EPjdKJmA3BhO3MbGjJQcQbeALrAXCIisaOi+MZtPEPiDI+SU84tL5QKUCgoYoBNrEAXr7kSAJ sQN4C0cAqRL7GDJg5fFw2KUWqICLdoHAplTBy4HG6QqGj2BQxs3AMSLwHtjhAzc8VNnLjaYObHbl RQssU5iqNVCmao+WFYAORqPi3b+5XBvjLLmNyc4jiKwlOzV8gUS8iu0hIZoqBRYuMbrBiaoZ55JV 8DgEC5TUj3KzdY8wBTyKrlZYtceLGRrHw4SFKCBItIibVcpSTEiTJiOXOgxjFzEb1ryBCuJpmfIg RNxCqLYlDuiqsYxzw2QUDEuc5wxAHF2xRxzGkXIEKHwt4wUiJtTFwjfxAhAKLgeGrf8A+EuH/YKk RR5GNwjGxX7hgSGk37hyH5KqCyYqGaRwjgM+CAl/MqWfGGCcM8i8eQZ5FzkM8i4JgzkuPf5If0L7 yCDecQUOqRdWBbHEK62AQhkQz+pSwItMMIxIGFblDCplDAKXOC5//9oACAEDAAEFAPqMoUuKPikF WVMUSzaWJrFVADch9YfQPsPsOew+hhAMWN5Yp44cAAFhAAReKNDxkgR6kH1h9A/f1VUxQ2KD7nNi wm4WOAjDPBaLeQePzEH0/wB/rH1XHgnmJ8FJQpSx6qhWkcZyd9CinjqtoASFhUitnAkA4AiGFW5w 7oeTqKjn8wMkAlOA/QIerznwig+RR8f/AIy8lTTS+MyoGVkPLxDnkrNb5hVIBTqHKJWJRAEuTKIg blAggPH0D6uCCZOGSFNNwPk5knpWySMogYjAHB3C9PsUkI63tJ27RiLUDABhBIOSgBQD2wPb1D1H 1EOclxcoAtICbFFTCak2eSqwH2xaeH9+nnBW7xy8Nx9fA4HqP0HIBwka8cgkTURN+SqcESmVNHV1 QwlIUClSMbBbnDGsco4MpDHJi6IpG4+ofpAOMTjiuMVrDdJMiJCCBcInyZrHgJZFIiY0SOTcBLM0 yjON+B/0OM49Ek/IYlsAjaDAk1/3JjUnKiHsEov5rUFAU42ULyMulyChPEfolXSjZuFgWKYLAsUx 55UoSM8qgZ9IqN1n8k7brBa3rbHVneLN17KsXIlRZwVaZeJul7c5SWeTjlFwe+SzTBuMn/Wv55/+ M0m3CipJ5UwEsCyhImQXdjk4Ux2ikaouRSNUXItHOAyRjDGyaQWcLv1FDPFmK6+Ks1vgfxKqa1dM AJptAWlHsS5+aRaqqu3zVdwY6Kx2h0lTMGiSy7hOPXAP61RE0AQUQ9RDjOfRJPnGDJM2ITcMg4tR 2zZwR+1ApJ6NRRTno1E8lNsXGRb9m1eStkq8eoSFjF03kAzAJGISILloBRMlxnhnjnvnA54DgIiO JtRHGzMeUEwRTlXSJJG1HVUih4MlFIEdO10jLSksPDyoMmrx1bpQFZGpOhcxC4AbJBkB8fR48rMR DDthDPx8+HAbCOJshHEY3nEorEY3xwI4FU3GnVnCs7RHP4yevxXUdaqUIDrXiqikrVSoLR9bbmWc UYHJqy//AKpn/flPiT5NXHDQqmOY3gF2PGfi4RniTLnG0dzjeLDCMCFAG5AwpADCCAZP8DleQFV6 4b/ILltwpbkBIoUwgJXKgYDxTEpIxRRlxLkVNfKBuDg7ahx8AYm1xuz90kCkxR8kiDuxlLiM+Jxa v/kAv8gdxouMYRyEaVN+TlwmUh7jDmUR/BUARZnABKIYOBzkSJuY/kSOifx8QxJrgJgUJGRBEH0u OKvTnGNcCY0K2FQpEwLnyFKMqpwKAmE/AnTeHBcpoQp8fQBig8izAKrMSYUvvDpeQtUvAjwwAX5A wXZCYvKJFCVdCYVjCfOMhmpjHh0/BEcbJHVfSAeR0i+JwP5JtWoCCZSlBwkQ4S7YpDOmgnFvEF8o iOKmBjAUJJ0AZ+YGOpRUoqSihsF6fE3ZBxJIigxCJQFkXhMQ9o0wGcOw5ORMeSrAmVEyyahVeCnf JlySkUAx0/8AmNGRhjZyCYPHwBkk/wCc/JHLBXUBRW/ib0jUDKqQsKBCkTAgGL7MERSdO/8AMuM1 DrrJicwSyxiEfPjiZD5FzRcQRIpzAQHroceuhx0qJh98OBHKdgqgIioj4CUoBlaOmRVrJJKF/J5w zn2K7Akg/AAOmUD4wAoAU4Fx8gksnLMhRNHvfiVjXBV01kuQeoCGPGw4s2HPhHIm0hjyXZqpSUGR RMkOsckZAICk3k4pmmFjbqFGzj+cFgU+aWeJLmrrkAQi7C0MvOTLdIziyOhM4ll1wTERNDzRGgf3 zMUpCwMCC8kW3kuUM8QwDCGEkFiiymVGyhrH/wBl5OkWVcSRT4u9OqdRcxxaByuucRXhlBK2KsoV jMiaZekrjV+pPVeNZMlYtiis2T+BN3ICTEX4C5M4Erb8rxL+TnGcDnGcZxnA5xnA41ECqkmWgAaZ aZKTRARQtrtMDXJ0OGtLkw/+kXwbCqIGmlDAeQObDOTDgqCOeQ5//9oACAEBAAEFAPor2vL/AG4a 70k7bWjIv9XPcF0iw/Vxt4DMv1mxTEaj0S6bRI68/Xr0NWZV3q31qq2RsTEwzf6v3e1wfIPt6Un9 VHTFOKr3Qnp7WcruntS1HClAoSsmhFoWF8q+VlTcBLHDiwGAqMXsm36usGht513edRD6/wBz9dNJ dbi/b06vT/8A6rrbwGcYocqZJqd/OcSTzyyUcBxKrgOWV0UEra6Ac0TuV5pTcB5mMRYq7IoyLgBw TAGeZPQB5z9pNdNYOlJP8fT9aVgGxdK/S8vwj6zO22JgI1z2b0U5m9h94NK06f3p2ahNXQ0L2mmL 8B+wV2lH9+usm7sHQNGzPev/AMeqmhUNnSj6VebesMpLK2vbkg5YhdVpfXRk4q29w68e19VU/wDH 0/TjYBlerPpt8xk6X+xC5JttP9TWbVDbbl2rIuZCdlZVlFHJCaT4MID/ABD9fsNIE0BdKoyjrRar RVzV7RcQZJtV5JSe2TQ2sk8uOt46fIe2wpLJVToLNF/T9I1gMtX/AEvcMewVPvpbFZbaGvHidc0B qylKW29WDUl4iLFY6LaHlVqutJGPGM0ZKOZDr/pBTUFWl4CKnm0RSK7BuYqEi4NAE0wHxDAKAem+ a8ao719P0sWIzTe/ob79rurmvIO8pnrUIxczrl84N1H7I2MSdI9moCbrXpmCHrP1W0I6luPcPqnL TW6yj3sWrrnt56fqksRoPuf6zEXHTUbvfpXcq6aRmLdR7DM7P2HY8jY2Xtch17/XvYpp6retQUCP nO4vWWvDKfsT65sjXL9oVRgmdu/cfswuWz9vXcCTPYv2Jd1bSWw7933biq/M5VIn4+vR2xGq/buV nIWBb2Dtl1gqwWH9nnSWv5Yf3N9XYwbD+7+LIN4/bNtnYpNVW7c235OE1F2SUTU6f7Bs547ok2QS T6fV5qtR+ptP8O1+panTYG7Q7RJezsykU4+pu4cM3D1d5IuARwEQz4i4mkUx6swTWdfr7oMe3rCb BkimcqZcmFviYvRE6lTYAhE935gF7Jc0hOrZ2w8qEEh/o0vToHYGwj9YKa8ij9YKa8imHWarvXGq +tVXuUXrbVUDeabrDWGrLfS4vr1XpdaqzG2ISTgGe8ZNbpNsXftvvNfvmzJzWlan+xk+3otw3JbK VH62nNjMVKCaQ39VKHUrJsTYGhKLF1t/1mq7JxJdYKbBy28NW0XWjfOuryNi9uRu26/UJeN23X6h LwO19fqqar3DFsM69WWmUmj6yja+10zA7Fo9TUibtVhu2tN31Gbp/Q7a0lrvZC1ucw/V+tbKrFXY 6rutVr2o9dXOj0thHTlQjduMpqqsewF0majTtcyuzqGs4Ltuv2eM7PyLe0r55iIchhgEMERDPfEU hOMXHoqnqZ6+zxzt/prqSjPe2XQd45qfdnrRTZNr2h6fEfRndDqae1bI7S/r6exWwrT16ZPT6+1/ JR9g17W007JWGbQ7th8ZhQEMMiIB454jniOeA4CJhxNocwtI8RFg1I0Q07TrXJddKnMTFkiEzOml muj9GsVCtzcXWerekUUz6d3O9RbSemKu3tNM0Wi8tGnJeirLpXqkOG4zNeUSUcRZiCoyEpfxBwrc RwrQRFKPE4tYY58a1lU2Mqsry2qf5TWozu74aP1f0+3i6jFeo3bmCYV/rT2oIrWeoPaWsQtC6Edu P/OzPQHuLIM610s7bUVl116pWvU+vFtSIgTYugQfN75pSQjFZyhrNDPoMUS/1o4nHiONIYVBiamo 4NA61Vc5C6YcLlb6LcJpqaqWbGg6G4SW0qyVjobZD8jKoR0gRmnGyvkz05IJrs1kyqFUimZzGhWQ g7rSCgP6akuGx9UR0iltLTYMBt1RBkb+qxlCGUPXaao4U19p9aSVqGhU0C1/T7REr/XDVBGapEem f+mj2h463sYENg7yg3RZXdtaWSqtsCZrulLmghJDYI8xAmWyhk1CmABDhXji3/jintRsyUjdpoNy LeBcg6uKimt9eA6ca11s3ZpQNOSKDWDatyWaPTRQ2DOtokJrZhTuLlsIrdhsi3yNikNf3WVqUzre 5V21La4FyxjC3l02NA7CSVNDWpM5Gsym4xRUxkro8BJPbU2n+Js6TIZb8/IbrYCY0/UasIrUokiK TFIiBfkKAXSXbotd5ujuSv1XRFrILl9YZNP5l0EjJONGXE0PNKbQhWxn1ukHh6zZHpF6dJuHKMTN ItiyFwclQ2DdDpJbYvwKhfLJ8xv7o2RVVjFSt6swSwkIzAHEQ6TF48ctSXGQUULslZNUZIGaSsq4 au5p/wACsRIDDrZmqpagplFUrthrD/8AuqzrS3irVKxMgnFQH9c3vuwYiBb7W3Ym5Ndr+q9NYp4z gfzT5oPfE1ZHzE35CABwBvEAtD9BjHbA2GiVS0zQyy8hDKO05iuSNebOxAF0jppm6xVeVLYJ19Hx B9dN2LwYGAZlSf8A4MUhtTap4tHaOzZN8pa7K5VNMSqiovVhUNybNObIWr0xq7dJLCxavvyUlDnN m0EpFxG3ug2c6toUfQSw3t+iNmnH0vOygiDqAZDLSkNUFtc6jcEnp2O1HL2FhI06ZB8lYYQX8buW muhG/wACoRSzw5ijLRqhRcszAP4uUrbirBbrt2IdilXuz9Pizv8AsXrKLa7M7nwtbdX/AHn2Stsh sFTcjOedV88b1h3nZ7zEbxr+q7G0s01q5SD7A3NKwHoXXyPI6jKm01tMqz0VFVhCjz7NmfaEx/6R G91qwyswTR+1rqgtqS/zbF2CZg8C4RQ5DddEoyT1tc75r2/WHXFzg5Fjri5Qp3VKvU2wmdMbL1zX qPK0pel9Q+5kpDWTujITEGeIvks3LtFvsypmmdd7FrmuKi97ULwEXW+71itOwKv25ePYWV7IUSSf N9m0m2y247LBq9epDYNKV7TWCcby01+YGfEpnxnHPiPnxn4FNTPjPgpnwEjZVzJN7Natwa3eLDsi igrtG/wzyssNpWpkmptqyqAtsSfWE12lj4a2yJ8VsLtXFJNc+HcqnMKiw58imf/aAAgBAgIGPwD8 PPhwasKvXP8Ag+fCKtU/mH/DH8gDqaIFX8OfC3+AFGat+O/5c1LGK7moY7KgAt8P8BI4q9QK7jjU s0/OrxWSD/AQalakCDXdNdak1zXNc1NWqfzb1gIqfwTSKDzQmo/MtRpifOh+AUE/pFD8bb9WMqRZ gSCCQvQrHMzfiIvIbXs+2D9oOpxMZFBsCmX6glBFy2JjpTa9n2wftB1OJjIoNgUy/UEoIuWxMdKs qkprTY9iA33CkKnccYXZ9Rylh9IFL9oKU2a12Lkpy7jwxDgcAmQDeFj91e19uuDHawD2MgEqsqMu 2ZaJy46waGpF1gbHVdeQJykd7Eq1sGKi6yQ0iYNe4+8mtvtP9tYUiWJbuaWbtAQ9okkkDIc17nZr 1axt9u4VuzscFioKrlKt53bj17dZ1rrYMgJBUyrSVYWfiVyXg4ss+ZXbvVP+UhTriNmoctZmuT0m RxW32mrVoJUDAMoUuWKwklwMob/yxsL22qNC/a17Bra39wls8mVphQpTtWLj9y9N+oa9RTSFb6SG ZWKDGciAQNn1Qbj6b2n/ANb25lVaTrlodQ4BM3IyibTEwOKHvzr1DYTCqFhfqxiMu5oDNaIHSxJ1 e61JrCtryckEhWKjBVUMDDuceuMybA067wgTXq+6cAZK4qwAyaAYYTaLR/uq6qC+t9iWJC/bLyr9 wyldf1DGGP0kUhT7YYrsLAqbHWpcEd84usLfhgxuLUGf7eGBJx+pXyKhWBdjdQWBxH8L1s1orMzF QAoLGzBugMWBubdOSK2sNbjYiacZRhkEQJtUTAkGCOWbGEBk1tYa3GxE04yjDIIgTaomBIMEcs2M IDJoxrY/e0alWAbMp0yr27IwJloWOsyB7BDrzCY69hWfp7RciGxs97BZ6E1tddbtiUVI1v8ASA2c GMYz8wS0jFsQZT3C6dmxNKAquDYu7eVjiVDBiSs5a8YBg17vDW99o2LKsuSg7JxkDu71OJhiJgEi K99swY/f2DBQrZkLsLZFYlQRxlHHqssNGp21N3KQrfS18TyQV+khoa0kCa169es6VXcdaBsu5W7s +8BgCehmOK2btupygAKMVdVzQJfKAP2tEnFvWRW7Wiz97cuxWE4YRtJJaIGOQkHuP7Q1p9zt16th IVTrYKw70wkqYA+lXx/qMYyxWm3nVtOwjV/+NgD/AG42H6ejgAcC5gEce39r9rZ2DaWB1v8AV3fa uAOcjEEqCZcECK9v7TDapOw5wjHFQxPcsS31qygSCVN8lr3DHQ2kbdLa1BVsFOKqBliABC+Q8heJ BbWw+1p2I3a0l3O0KqQDn9anJZULctSbdetyr6WBGDSuw6mRlIuwl7gkBe7t7RNfaOh0Zkyd2DAF g5CpDCPoaZU/ESD+RY19tNoXYRKpnDnngfI/pR27t2EHEl3K9w/bJ6jyr7i+61hJjL7nblzE+cXj ypdm33WooZxLbDBjnEkdDzFHW/vdYIsQdpt5gj+VDW/uddjGA2Xy4jG15tHnX2NO5de5oxBfFjeB jF7mwjrQZ/dnWSzKqvuYMzIcWCi891vjR17N2zJSQe9uQYPWr7G/+x/1ruYn5/lhRybV99Az4MuQ nHvS0KYPaMVmRc5QYINe8RbH+2zCSQHd5aCQJHB4HwHFe4dyV2DTqGESCn9mHyB6wCVItkLmDD6t inYv/q64WSJhdTBQZ7Za/lJJPWt2ldY2I4QOCSI1/wBslgQymQQI5+Br3Yg4lEDERKrOo5AEjK4A xkczMCvcsi/+w2ptZ1ySmWBdUa5tC3CmbDGtAhSdBDuAYnbsb7rgTfExIIBC5QTJArei8ZZfNwHP 8W8IJ/K5oMOQQf0p9mz7ylzkyqVxyvfuv1bniTEC1bNWxdiq2MsuGb4/12xF4Pb/AAFqLE7wCgQ/ 8csqwVm1iMVHbEhRMksSgK7u1Qp+hfuKsFV2YkSFxABENAEmQCNm523g7RDR9uIBBAFuBit+bXJk zu3ZbZ2DFgcAItjECe0qpF74jLIFgUcDYxSCBICMyTgzhQvcs8jnlpLMWd9h3/3GDED7cSoKrFph VJHryZN6G1VI7QCTGTR+5sbT8LW8JFQ1c1z+Dmua58Y8I86mpp186v48VcVbw5r5eNqv+GfKgupS aKlTIE1hwRWXjermrceNq+Vc+E+MUfACKAAvRHB8xzQDAc8+c0QOOlc1z438Zr5eF6v4k+AqALsR +guaHgTF1uP9KhRFHxuat4i1fLxkVxbwNjXWhFafi38vFmPQV2m4o1YeF6gVagT44NU1Fd1EraiA akk0K1GDIkf5eIQHn/P1q1R4WFQPxZDwuKtaiOtSair0VXoQfh4E19w/uq1SKH5FhROsWHMmAPma OrZrhlEmYxA8y3EV9s67xl0xx/qy4j519tdMGMpJGOP9WXEUQ46TaIj0PWgIufnWJUZZC/WtjlQs jgcWrVmoGZgf7qfUo7gY9KTSgDNjke5fUmBMkAdaXdAKOYEEG/lAvNS6j/r4UDNvKrKLHmnDQMVL C4ueny8zSqQJe69ywY8jMVOPWOR0qSPwRFjTqR9UA/Lim1sSQwAv0C8D4UVJJkAXvAHS/Sr3tHFQ BxXFP/2n/KvaCVldhLdy2BM3vWy4ILEiCDY/Cvb7g6x9nDm84kXHQD1rUu11lNxZgDNiuPzIsbVv OxlYRGuCCWJNjA4AHM0n3GhAZabW+dbtcrnmCJIjH406BlOWgKL/ALv5CvatkP7Mg/GelEDq5b9a Djx5/Bz4c+Dqtzian7LfpX/E36UDt1kCDyKmBVqsK4H4/wD/2gAIAQMCBj8A/Fc1BBqyfxrukVKk EVP50eN64qwq9Z6zPpQYWPUeX+EtXMUrD6W5qZirHwj8s1Aok9KDdDRXiKUA3ZgPlN6bAkmLTe9B 9qy5Pyr0AHynpXP+ngMRMmKYLySKxnmsZsPyPnTHoKC/1MKAHAo42pUm2tcj85ilHU0BwKLdC1vg BQgdKgf9f/NX/wCpo0SaLHr+QQKYHk0i9ASaZg0EC3r6Uochcr9Zn16VtcaNzM5hewww9GIxPwyn 0pF9p7HcpQzDQl+h7rH4TPpTM+jXrQiGZ3ClDHMGx+AYHyBoIWmP08JqBVvyuay1tC9T5VLOS3nS rlJJkDzNbPse007X2m77b4jy9P0YelYrs0aF5gKJ+REfoQR6Uf8A2f8A+m49U7W/VYn4RHpX3W91 t2iIuxg/EWB/T/AEESPWi2gyP6evyoEgqy8GLiiGYt8/5VgilifjQb3HToP50ABAFWFXFYirk1B/ N7lmjtOsV2gDwAoTQUVs2MOIFWFZDp+aKCjr4ihR9KL/ANTHwNR+FtqRKxyJ5MdCPOir4jsDAweS oeD3eUqPWLdKKviOwMDB5Kh4Pd5So9Yt0rgEqiu1jfIr2rcxAf6jMn9opcAMXQMJBm/Qw3xMj4et adQxJcw36gSBNpvEzx6UETEB2ASZvI7iSDbFiBxebcVulvobARkJJyue4wAFNhf1HNbQ7ZNoaO6S GBONu6Rx1J/jZSgUyoJsZBuCLN5iR6EUxfE3OJXgqODy3Jm00+nWVlYxmQWnHtnICYb5xxemIJw1 sEIvJ+qSL42x4IOXmOm1TiwQA8GSCVtM2PdzB44r7WraypAIAZwBkA0WYC0xMCeYHFHe+4lmNgS3 Q4xJbLiTYj4WrVuy7cJYmTcgFR9QJljjN4tNqYbscVTMwDJEBoEnnu/l61wAWRnWxtiW7WuJkJ9Q iD+00pXHKHyEH9gyEd3DC1+oPNS2OOMmOVbKACMibgTMDwdVBJMQACeoPT0FOQjBlXXEqROKhXAm BMwepMdtOQjBlXXEqROKhXAmBMwepMdtGEJ+5qQCxsw+3Ib+n6SbwPWZr2qlcgsK5Hl2/PH6r9PS adgjGCoXtbiDlB4jLzmZGJjldo1uy61BAxMMx8rHEgEGSJlI5it+KNd8xKkZKM+JHPcDHJ6Xr3L4 n+64xEHKAxMkRIEecfxEn7SMUN1hTweh5II4vfrF62KusoiTEzJAM5dwBvJtTO6NjbEwwGS49fkf Q+tq26sTL7AwN8Y75kxaJEjnyBtW50RpgYmGHcuMwfgGjz/bJim2FHLnD9pv2d/TowH8prVpwbtz LDBvqvh0Hn0MCe4EWrVoxcEscu1rCSbjk/UCPOPMVtJ1HWNmsqAQcQYAAmLC3l6UCUI+3rdTY3Zi 4AWB3fUDI7QOTSuqNi2sz2mQ+BUgjm7XmAL2sKwOplJWWY5C4YgLBEfSZt+O9dyg/IUNGxFLH/av +skW6A8VYqiEAjhVvxHAvWZdcZiZET5TMTQuBlN+0Ax6zejkVkH/AGyD+tYIVGyYvjPlHMz6VrPu iCs/TYk9PpJE0mnZ7dCzqpEa9f7wGX6sSTDKbA8jrS7Nft9RVgGBwXgiR08qgadY/wDBf9K7UUfA AVYflNsIsoJPyE0dqAsFInp3La1jawm17xaDSPtABxAEf0qyj04MjgTzW1ms/wBvWMeZX+3DZfId sWnk3r7W49h1IOthGs9L83gVs1hQysFyBMdvYSRcXFv9K3iLFVk+QlLxabwIkc0ye42RrVlIeCYx DYHEGfIQbCb8UrJ3JpKgTZoEBAf/ANaJJAMHm5r27MLhcfkhKD+CiooxXH4+PFtbcMCP1EU7LtAV jMZEX84wa9z1MSYtSe327srXj4zbt6m5hVv6UNS7LsoU35CxE9h4xUWA4+JK57FMAAwSMlEQGhBM QPI2FzANO7bLvY36AggfR0xHrbnmmba5J2C8ERFo/aDaAR8LzeUORAUg82JXgkACSJ9J6zLSzNuH eQTf+kED9nQGOfjJoe3fZmQSfhMWFh1k8C5NvD1qa4/DxUx4cVx4A+lFvIVFY0jdIq1c1zV6mahz Vr1P4b1C1z+Au5u1ZSBesyJDeXrQxF1NRH4RV6vXz8SBXNTNAUD4etRVv41HBF/hSsRyKkCpioAq /hao8PnVzRg1Iv4g0PDIntRSY9TYH/OjQNBvKiX8zHwq1QRRgVYGr1MVNGvnV/Dmu4VIihcUIg+H uPQL/OiPAIeWruFjV7VdhUyKhBWT2FelGPD50XUQRRHiABNBmUVA8N1/rUH9KNTRYi3Q+npVzarU bmomgzXPifEoeDRdDY1B8Jc0ApHjrLGMgVo1Ao6x+2r0Q1EgyKihHT8QDGguxjLcAAsx+AF7UPca NgZXMKL5Fv6QsTPpFfcERlj1nL+nH6p9Ir7+3fAyxxUEvn/TjEz8qBVzMxcHIEc5CLfOmdWsvMyI /WsxsYa/tmxsAfMCL/xrQquXwcdzfUZNe72e39wxZUBx4CEDpI69YrU7kk4Ak89K279hZUzwEq3o BkQIBJ6G4p9ORGxRJBBEDzBiCPhRwcgfwNQx8NcS2ThTYmB+74nyFPsyMa4DdrSs8SImoL3gHg8H jpRAPWJg4z5TxPjagQYI4PUT5GtbC/2yxH/nz86170QLgWMDqWEFj60uxUCgMSQO0sWEFiR1rsSO 4Mbkkkec0zH90T8uKkmk/wC4f517sgND6wo7TcgRHFauQQoBkEGR8a9z7c62yG77nFsQym3mSLwK 3No1vD6AFJUjuDZdeAYIE9fjWhdCupN9oYEDWALiSLkniJpzqVjtiFiWOXwHp517fZi/2mQhoUlh s8o5rXswcYe4LER+zpHmehivfIUad4BW3TG8ni3WkYgiNIS4PIpvbsDlJ+cmZoCeB+UpNgCP86/5 V/Wv+Rf1o/a2At0g1Ez4T+R//9oACAEBAQY/AP4EXifBuQcnaT/DGJxlq6W+zyI331H+l/t85pAJ dux8pjZMUpB8D3ZD5cbaWxnOGYThdZuvnZnP447D60ozW3+7t30P1/1B4hjk/uNA37rAfZJVqj+u lfkHq1bvL/fDjsRHWP2CSa1N/wCjqBed3PUu5N3KJ7ByNBqZHgT2VKMMyD3/ABn7dQZnjXppR5lX cDa9dzOUvruPY8L3PLU+8GMajfAegfAMdNHt2XF49jnsdPD8+SFpP+9pamIxlTFVRt21qcCQRjbw +GNVH8f7eOXRr0//AGLEWn29/wAhYhG/3SaH04zLT4DkvMqmRrQ260mWz1iPvjmQSIT+mil4g+zS fpfoBxez2eAy0U2X/n+pS2d/v0n+U/S/iXGDFt5f6ThKFIrt7jBCmgANgvQD6td7bNO+/kx+8+8/ VqSxalM0hHTc/Co9yj2DTfWNNqTr169NR8l4ZlDQuxttapPu1W3GDuYp4t9mB9h8R7NDO4pRjs1j XWtyfjjuGlpzkbgj2mOQAlG9vUeI/wCg4JyONN5ONc+qJKduqw3sfdjbr/7xI9D6fQPPvL5s2S4B x17b77/8wuOgScb/AFSKw+l5HIVIwWZj7h1Opp+74GJES+5B4DTdfafv03UfXpuvQA6frt49NSDf 3nWA5etqWPj1p/07mdKM7rNj5G6sV9rQt8a+3x9+oMrNk68GMtJHLXuzSKkTpKAyFWYgHuBGoKsn KsaJ7M6VYIxMCWnkZUSMEdO5iw2G+53930Hf2DfQ+IdfD6N/Zr1TljTvm47ZwmXiHuEOVrRSEfZF K+h9PotLJJ5ljFV8tip+u/aKWXuwxL/wQh+nIy93a0wWBD9cjAH+m+reYz+YqYPD0VDXsrelENeF SdgXkboNydh9esdxuh6pYPLZ7M2o6WLxWPlazJLYlYKkY7F2BJPv2+7Wa43O2dzWU4/cloZUY+jv Ck8DdsoWZm7WCkEbga4Nl8fhm5enqDVOQxEcVlIBHUCKwlk3BJBLdvT2g65lcscUo8fxHFcDYyrT /MSTO86kJDEe7ZdmZh4apT5mOgmPLr8/TrV9j2N+IByd9xq9DisvLHh40jEIhICuHQMSTt4nfY6y HMPUfOWeUSZbIW7fGL2ekXIJj6oaLD1Yoo7IeNBusuwI2Gzb+OqvzmXtZRK80M9SrKJxXsWYXDwK kUUccUsgkUGNNidwO0dNRVqGBpNQmsyVa7z5ApPYliUl4o1SF4hKCDtG0gLbHYgjWOh4bgYs3hs7 alxuLsBHFqKetWE1qxMrukflQyOkJG4+M9WG2pMZRySYu5UvUaOMN7Fx1JMnYsHzLKzwO9gwx14A x7kZu7buG+41Pxmpyy5DkTlJKOZlvSx24rFeOnDZlsUpIoqzxGJp1iKhR1369N9XcBUsWZPIGUiy G0tp6s7U5aqJZVLU1ho3Lyyx7B+09jEAdNfuCwqR+bNLwTN2a8Z9stKo9qL7++IfwcgxEkm8nF+f ZSpFFv1WCxSoW1P2GSaT+R+mxOCQILMDvt7u7XHuJC0on5dyCJ5qYPWSrjl85u5favmFd9LzDILG uF9McDleUX5ZR8KtWrtHX2Hv81wR9mrmQsOZJ8lZmtzyMdy0liRpWY/WSx1hcdkbslqnxys9PCQS HcV4JJWmZFPuLuTrlNx2HzPN87VxdZAOpgoAzSb/AFFmGmKgkKO5iB4D3nR2Hh4fbrgWBF69UizV 21BYsVXEbwVccrW5SrMrbeZZtbEbe3bw1hq9SDI5S7Dichfo3rFqWSVT5kMdvyNtlEiwuSvaO7q3 btrE4HjlUz4pJa1is9NPKVBSkWeKvWXYM88jxhQqjoCzMwA1G15hayOKoGW3cBDxx2s7YfIzwREd D2IYu4+34dZlZK6eXhZ8i8snUmNlaCnArHYANIqOR/sqPfrkOYuYu0v6c2T+XvWq8lZTLcuELDCJ QCwWKurFx0IkXbWQyXI8NLhrsitD5UrxOZWknknkdDG77J8agb7Enc7DXJuOzKGiz+Ku46VT4FbU DxEfybU9WwhjnrSNFNGfFXQ9rD7iPp/cJxV5Nkx2R49lq8RPibsV+CVgPq+VTf7vpz2Ih3+ZtU5P lQPHzEHcgB+sjbXHeLSsETh2GJsRE9VtX3EkgYewqqKPvOvW7kMSKMlzC7i+G4ucbtIYXPzN0Rgf i3UAHbw1xrDZPFXf0C1ZP6xYMEsaLWjRi35hUAHfbbrrMYanxy9kq2PsSJTycUfdBPBv+W6yeHVd t/drgnHKdWGGLC1Z7OUSSVV7b1lyX6dSSFO2ssuYihtRZGp8okcfXtDHdm3b27gbap148h8zYsWo oadOOLrLI7gRoTvv1bYdBri+KsZ+XJviMS8AxxhSKOGxfkSxccsvxOS6KgJ8FUaWnlavzMKN3xMH eKSN9iO+OWNldG2PirA6e7QpO9+RPKfI27E1ywU8O3zbDyN4Dqd9z7SdGnhsZVxVMyGRq1SJYkLn xbtUAb9NMQigue5yABudttz7/o/1fR6z8XMXkjj/ADjkFCOPw2jgyM6Jt9qgH6fVTixftizvBf1L tJ6NJjclUiUfaFusf5/T9esx6wT8BpZ6pzWzHPn8naEsoq31URgMgk7VSRVBHw7b7+3UOMw+CxuN xteRpq9GKtEIkkYbFwpU7Mff47ar43GxNNcyEyVadKuoDSyysFRFRANyzHYDXe3CFxUEQbZ8lkq1 dRt7Svdv1Hhp25J6mennDq6Fu82siZJF+HuHQDb7Rv8AXovzj94XH6qIR318PWSc9VPg3mE+Ph02 OuP+r/Deb8j9Qa3HLxkwtvIx/K42xZjRk81IWjBlWNz3KQdg4HXp9B/h6a+Z5FyHGYCttubGStw1 E2Ht7pnQa9c7/FM3jeR4HL52LJ0sziLUN2nM1+nXtTeXPXd42KyysrbN0YFT1BH08Gx4fsTluGz+ Il67AhMdLkAD/wCdTH3/AMF3E5WlDkMbkomr3qU6ho5Y3GzKwOr2f9HmflWA3Mn+TXbbJVFJ37az sdp0HsXo4/2vZEbFfJ8P5ThpfNqtageraryr4PH5i7bj3jfTtmvUPP5TvJLiXJz7bkbdQjgeH1ag xeKpZHk+UtuFr0oUnvTSPv2jYfGem+31apcn9b4F4pxmu4lj4PXZRfuqnULblTpBGT+JV+MjpuNU cNZ5rxLh2LxEK16ONs5SlRjrxRjtVESSVNgANML/AKwYWyU8RjBYyn8vkIZ9/u0y4mxyblRHh+mY aWPf7Pn3qf11JcwHo1yjMKv+EuTt1MZ3H6zD89t/XTrxT0KwGGYb9jZfK28mB9oghob/AM9SQ40c K4fuPgfFYSSVlHv/APyNq4Cfu06ZD16zNNH6duIq47EkD3BsfUrt9+++pE5T61885DFJv3wZHkWT sx7H2COSwygfUBp57ErzzSnukmkYszH3ljuT/B+3rJIxU2eaY7EEj3ZhzjSPvFnbRuZzMUsNUG5N q9Yjrxjbx+OVlH9dSjOfuC9Pac0O/m015Fj57A2/9hDM8n/d1LGfWRc1Zj/+mxOFzFru2/7MwpCE /wDE1LFhOJ+oPJpV38qaHHUKtdvtexkEkH/C1LHxX9ulq4p3EVvLckSsR7i0MGPn3+6QakpN6Fel z0pQUjXO4+7mZ4wem6SNbrqDt7ezQnxfE+FYGM9PLxXE8UQATvsJLle1JsPZ8egtPnme47E42aLC WGxCbHoR20BANj7ttCTlXI8tnHY7s2RuWLRJ95MztoyWhuFG5+HTiWIHtPXcD2aaeWnG3b7xvrEU 6NOJJbQkkk7VG+y+GpvLiAG7bdNeYi7dhIP2fxwW6k8lW3VkWatahYpJHIhDI6OpBVlI3BHUHT2r 9ua7ZkO8lmd2kkb7WYkn+BRt4nrqFezfdgANRZKekjPKNw7KPdodlaNdvco10RV+wDUu3TuG2pPe xOoSV2aTqdJjVbdcfTAK/W3XUp29++n+Hx330V93h/Dh+H8hN+KlmorQitY6eKCWGWvXeyGPnQTq 6lYivbsp3Ibu+HtbGZjCHkluJOXT4HPUGu15JhQgyljEPbrtFjSO6OREsOHXtEQkXu3AfWMzGEPJ LcScunwOeoNdryTChBlLGIe3XaLGkd0ciJYcOvaIhIvduA+m83LZSrU5HynLcX4h2zwTSVP0ivkv Mu3t6sQn82fHNtDH5fajDeVm8MwuftZSDNcV5TkeNcimx+QgWq/yKd3zFSOXHO53d0Tsdx07pO4H aLXrBzK3HmcZS4XQmt8TCSxPFLLFXtWGgsztWCzNGqQ9/liM7Nvsvcu17keTyPJJr3FMLkstz5cV PWhWk1eV2o14YrNM+c1qtHI/csxVGj2ft7129LG43n+Q4ZOa4V+TZ2W1kIZ3rUII6RerVEVKHume S/GqysQqKrN2Odl16OcPwvrh6i8b9P8A1PxNvOYOLB8knoZjH3Fx1e3PBauwwqLddQAIl7Y9i7Ht Hb+ZyOvyL9zfrnQmw2Xlo4uzU5xkUgu48Qwz1LCh4U+MRzCKYqWBmjkPd12HrHwXA+qHPuQk+jst +N/Uq5dyr8Z57dljTFwtNfrwuqCN3fZU7ZQpcb7Dbh/qTyb9xXrzDSz09tOVy43mGUs18ZHUS75t 35etVldYGlqKvbttGJBu5C7twXP2P3DcyTnnIONNyTjsKZewOOxw4sYuOrVyOO7CLL2Ut908p8H3 JSXxb035NF+5f1pxWc57eu49VXmtyXH07dOvkZ/mPk+xBJC0mP8A8DvXZX7fMPbu0+c5l63+qWZz X6jk8bk7U/I2kSabGX7FF5o0lhkMaStAXWPubsB7O5u3uMno/W5Dy+zxmlAtnPZqW+tm8p/TzbWU TCsEgiMk0URDK27f3buoXmnp9nM7yCxk8VyL9G4XQq2o4ZbdOvcsJkbFmxJUmiL1asYm2PYZNiid WAGDu8OvZ+zm+T8z/wAl41s3bqrVgtR3bNOWeZa9NneMvUYL2sDswYjcFCvlZbKWqnHOU4ni/L+6 eCGS3+r18b5d2jtVlEHlT5Fd4ZPM7kU7Sq3jn4MkeSTYeG/xqDjmTgu14xNFnbqY2eOYvjSnnVZg 0pCMQ0bxA9hJYz0sRLySLPpmYq2OGWHmU8hjPkI7E9uvPHRrxForEywsiysRtuR8Xw64rmcrk8fh cXioL82RyGQtwU4lWSnNWQBp3QOxklUdq7ttu23arEcSoTcswNnjWfz3L48/LVytCz8nJkcvLew9 uUQNNII3jLox3VI/M3mZSoGuJUJuWYGzxrP57l8eflq5WhZ+TkyOXlvYe3KIGmkEbxl0Y7qkfmbz MpUDVJJeT0KS8B9QuUZbMzWLEKLPj70eeevaobOWuK7W40CwhpO4/g7SrN+5LKQcl/QLef8A1Dkn AMdknRP+af51x5ccheA2CXrqYwWL9oADqh24hjr3K8Dh5MtVy2U5VHNnsaO29LZrJQ86u8jzLI1N OgRkVO1hKhkZSuc4Ve59xbiud5/nrFfPZyLMUPm8fi6aFAJ1FiE2Y5pazxKkcpQx2fNBKl1PocmU 5XhpVocRm4rmpqOTo3Fx+QsR4p4/mfIndlhLUZEMyho1bt72VW7tft0xkmexteH0w4zch5dnZr9R MZHZsYevV+Wr3TN5VmWOTt7xCXADA7ntfsxknMOZ4HD8sx3fjuSVrWTpx+ZbqHy3sRMDFFJHOAJV aHujHd2qx7Tr1yynIc/S9Ra+V9JYPUj1CzGDjrS2K9/jDfLx4iI0J5KrukFiXYqFMh7T4ddcQ4rx rluGg5FkLM9Pk+Ehu0Ldz9Jy010MhrBppu5vmISyxJ5ybncL2vtwabkE8uJzHprxHJcS5Pw6yI48 2uYjlw0MVWDHs4lm881XKOgKAf4jRkMF9KePZvlvG4ati/dg5zg7F/H2WOMygyRgjsVy8jBWnnre aNt41Leb2osu2I4nV5fxGhxWlLyeRSc9RmlgVs15uHjVjbZmWWpNIzdwZgVUMVbcN6o8/TlvG2bO S8Xo8ayUPI8SjSY8GqmZ3jkmlUKiwKWDxiRlUrCys3dr1T9ShyLiOVq1uN1zw2GfN4+Jrt+SpDCq 1rDu8cLb1JYZGYhkWRSVKSb69MKVb1HxfqPb4Hz2lyXkVylfpvkbcDXLdmeVK7XJHlk77IB+Mk9X bZe4rfr1eU4u1/nznvHc5h51vVUjgxuLr4Oxas3mllj+U7fkZYxHN2ys+yrGepHIcBl+WYGDL8b5 7jbFGzLlaEcF3Bw56tka1mCbujgfyqiFGRHeQGP4/wAxwupOQweo+G5BisXmY8dxLiOOmoWZYqdr GwS27xmqzNL2m1A0fbKnQgEMFYA6C79B1A+ge4+B+jpoA+336USQI/8A5Sg/6tfrV/h1nIcXoW46 mY5KmLWfGQO7RgpPOQVH+Iu4Pj3Dp1GvTDgvLv251fVzJZ/Cf5vxXGeJ8Iw2dWtTtstZsnIlowRp 8w8ITvQlm7R3dO3UWKk/YnnZ+Q16iyVuNzelnGmvR49G8tbCxGydoBIewEH8XTbWapem37W+dcWs P5Q5Zx7jPBcTj7EKyKWri/DVtxD8xCWj7id131R5Nxb9knLEuLIl/D8qxfppgUd2b8yO3Xsx2Vf4 9w6uCD131F6p8j/adzjMXq6R5Gt6mT8Aw1iWOOJQ8WQGQlueaI44x3rIG3C9Rrkw9Ov2oLy+FYCb XqfgfTTCDFQmaBZ7RltT/L2Y2jil/N74gR133GrNbj3o3FyGtSxVHM5bLcf4rSlqUKeQrC5XktSd sRjDQHzOo27d/aDqjlcXxHByUMnWit0Z0xtdQ8MyCSNtvLB6qwOm8njeNiA3KiOpCoBPj4J9WmNe hBBt+HsjVf8AQNEKgH2DXhr8OvZrw14a9+gdvu211Xp79DZfHU1uVT5VWJpX2HUqiljt9w0nD8lZ oYL/ADLQux4G4ImuPHiMvvKJLEazxKZnWeQp2uAqmPvBYOmv2VZjOVK7/p1z1G4zw7kIrxVrl/jO Ex1CLHfNxxPKFaGaS0gXvbbqe5ixZvTHG42GLLcYn5xy25PyYSNBLDk2TkDTY9qUkfcVRpZFWZZC GMTfCoZC3EcxU5DFwD531ozS53m0eOXItSgtZDN0bV+SmFJtNDV/s27mVQqkELtwPklvkdrjOawd rNWOFXasCWPOzDnMQwV5UlrWU8uVJJAxZVA/7anXolOluKLK0cznJ8BjpxIsV+55GdjWtJPGkhgX y3eQyFG2CdoUsw16SY3PZ+L0axHOcRyahz25DSjy600ycVK1crFIU/Maa0AjTx7HuYy77d2/qXZi tZGrU9UK1rj/ABHJWoVmSPj2DqDDY6WUQhUWdFlKMkkitJ5fcg7Qz64JlJ4FVloPQQIDsUx08tKM 9faUgBP16kPkEHb2DUu8BHU7HbT7xEHfx0d129/TX4TrwPjrqPv14ddDZfH2HQ/LJOv8M7aUmIk/ ZqxTmVkitQvDIy+IWRSpI/nrB4XFQcHysfHKRxWEzOWrXVvLRJj7YWesUUDthiUhR8XYpbuYd2uF ct4XzLhtq9xuTMHFcL5JPmVw2DGVcGQ4tq4lmkLpur+f9p7mAYRZdsr6M2K2My1zkFKu9nkgFO9k FsR2fIK11MiyfNTSESlu1pWC7IkYXKtjeT+l8AzWRs5WGKycvZTB3riSx2beJNitKyvN58kjJITG GZgqhXcHi/HcJc9G5cbwqeWzx+xbtcl8/wA+aOxDLYl7Ye0vKtqUsv4AX+EDtXbjvH+M8g9GaGK4 Bca1gr1izyNrbWCk6yvKpqSRn5pbEqSgdEEjGIKyxlbmJ5NzP0nhwvIhaq5vMYts3eyuOx+RkQ36 mNa/TAaOYRBu2Vx2luxCiRw9mAxOA/8A4/JDxWlcxuIu2LXJGnaC/PFZtNKoh7O+aWFJG2Gynona vTT8Z5dco5HIz5e5koaeKazLjsdBZKFaVSS5+e0aMrPvJ8W7Hfc9SVettv8A7OpXrVgzHc7AamVq bbAnqV1IWhKgfVogp4dNttfg/v8A+v3a8D08Bofl9fbpdoievjtpB8ux32/t0m1Nj4de3Qdqh/3d FRXI28RtpAYD49OmoqkgK/FuAfdqKuHAktyqgHvGxJ0XJ2A6E/bpLPd+N+0D3jbWShB+MSK5H1Ea IYAj2g6JaFd/s1t5QGiY0G/s3GjGa6sWB3bboNTBqiMeu0gGrDpW2UbkbDU6mPYrv11/8Xt0Nk6n wG2k2i3B221DvXGzEbDb/wAWommrr4DYbaQimnh4kaINdNgOvTTkxKPq20fy13U9DtoB3VFT69vD QfI5SDH4rFMEaxM4VWlfoEUnxbbrt7tWrOMy0dvGebFUryoxBeR1Ldy7b7ndG+7VC3XmjURQ+bJ3 t2gRqCWPX3dui0soFXIRDZvZuOo1uLKEEe/Xarg79NxoEHofDXjo+AHt1IoA2G/XVoyKu+x21aEY H92v/uPr8dIPL8dvZquGg3LEezVdvIHmbD2eGl3iG+w9mtvLBOndV2UqdTvK4QL7SdtOkL/AN/i0 83zAMjfBEnd1Zj0A/noxSzsadQt5MO/w9zH4n297e/3ajtVzFbrl4zYo2kWaJxG3cNkcEBh12I66 sZTGJI8ORrwU7+IftSusRTsl8tEC9jbSHf39o01KSx51jB2JKEtkbgOYG7Q33jbQR7B2Hs392lTz g7Hx66R2lBB9hOh2jYHTFQT004Y7Ek6sR+aBsD7dWSrbjcgHfx1+Mf8AzHv9mkbyvL1E6x9/YR7N RpIoifoNyNBQ6t9mvEaeLdSdj7fadTiJiOvgNSKwJ6nbVySedhVw9B3iqb+NiwSqOR/sqr7fWdWH G52YjtJ36Dp/q0Nuh7hsfdqDG2LBjpZjsrSMGChJe4NDLuw2+Fuh94JGhj8RL83OkEK5Kwu3x2gg EhJAAJ6DcgaLJui7+/UaGVVJP4iwB/qdQs0obw692lLWIi4/tUhj/TfR8lvLGx+IDYnUzzWN269C ft1ZUT777+3UxD7k77nfX+If8T3nS9nb7/ZofD4e4DXwxbEe0a3rykD3N46aORZWbb+0E/6NS/8A LWOgPXsf/wAGpg9S0Tv4hG2+/ddO7wsF6kh9eoMkI2jiixwjQgbjZbBbY+PU+zUg/Ch+LtB23+z/ AE6RW+ID29Aevv67/drA1k7ov+bWeafYuI4oT3szbf2g7b6CYvHV4b00SSWbTse/zGQFiJG7u37N vq1JR49DPkqaom0yqdw5HxK2ygAg6imsU5IYxs23XfUMPlynYAEnfQmvSBCBvsfHUi/ML3KD4kez U8UE48SNgem2p95dyd+m+nHfvufZr8R/FvqHH5DaR9huw9o3GopfDzFDbfaNba+LViZ5PL2XoR01 YjF6QdSBsTqQtelYE9AW04jPduOh31zRbPaIb1ilPEhX4+6SKaMkv0+HaMAD376PbuNzsx67nb+e lLNuybkhv66qZG9x3zIKk1e3LcnjcGWC4jRxCux/LeP/ANZvuens0I/lVQ2I5FnSOQAqCNox2noO mo2kYNK23cZBsx+8+Oo94lbcD2b6LrXCFR1I6amhrsVcA7bamBsM25bc76lJkJJPv0+7HfR677+O vD+73+zVS7UlU9R3ofaOmqkU8QLFVAYHYjppZU6qw3Gvq00NONnaRSBtvqxYZW7d2OwB3GpEnDhl PiQdfkt1H1asy5S0Q9zETQ1I9yve9eaObYDw3WPzD19m+2pAH37WI38Nuvu1Soq4/wCYlEZ36k9x 22P164/HA9sPJGC7hu3yonKgRg9Pwdu4B69TqK9jw2Rii377AG8zAexwPd9mlQCUV9/iglHcn+62 4GoUaARSBR1XcD/dPT+WmKjZ+zfoNWJQp+EHf+upQw22J330523O+n6fZokjY68NQ+bOVI29ushb Si9vD8agitcjzDSxQVMfDNKteF7Nid44oxJK4RAzbs3RQeur2D5TXtYfNYGFZ8xjZUUSVoWWN1nl bu8oROs0ZWTv7G707WPcu7T5HIz05VoplDUli2c0JVV47gfu8owOrDtlD+WSQobu6a/R8RwfJXsh Yxcebr2cg0FWk2LnUNFkFtNIYDWfuAEvmdhJ7d+/4dZzG4L06FUY3ADlVgUBBcV8FKvdFkK86StH Zik8FMBfdvh27umuKYrk3GbF7LeoaLLwmvj5IMiMqXmNYx1JKE08byJMDG8YbuRujgazvLbHHMZZ 5o3qzieK4PkmLyVbJyyRWcXdksY4y1bc1eNo540JGyN1Ukkdp1LxrkHBcd6Wchw+SpR3uAY8l6eO e5ThURrvYsn8yOYSMPNbZnPhtsP290OZ+jWEm4Rm+dTUZuVO04m5LUmyNKtditvDcR/LqCTaEhI+ rHfv+Ia9QocNUqY3i+H5lnYcTj4twsFSvkJ0hhjQA7BEUKBv4aw/C7FCvksvkMLW5FjocXYqzBaZ qyW2DMJyZGjgiMjMo2PXs7u3cplZa7x4hp567X5ApgMtWNZZYzsxZXWN1YBlBIII331FR/THitys scFmzV+X7pG7u1RIvTd+xu3v27iCBuQRrH08aZamRz9yDHY+yqB1hM0qI8hZh2KyoxKd3i2wAPhp 7Umay+TgWk5yFWxBYsO9pofmSiuHdJO1YZfKaNO5xurM3aNZk4WstMYnEDO3zkPLg76LmMReT5ki qxl85T3d2yj8WzFQ3HMbj8JLNb55IycMi86qoyTCdq3bDIZhH3ecpj7WYEt0A3183xvg9q9Tly9r AR3HsU60RydOOSWeoZLNiNQ6CNvHox2VSSQNC/iuNvblsYiXkFLCLZqjLWsRAGMuQrYtpRcmgVUZ u9IiCqs67oC2iwIII3UjwIPu1/XQZW2Pv168WZ/UPE4vleLp4KXj3plybOLhcHn6625Gt3LffLAt 58aAskNXv3Zn7u2Tt8tvWHgOI9ZOB43kvqp6femWX9LeWfqsNbDy3+J0IRfwt6x2pHj3tOSYo5uw ho171X4QfWH9v/K/WzjCepOf41x8cI5rbzJm4rXv8fyUt08ZizbkwCOWJ0IkQiATKVRm7QW9UfQn lXrbxCp6h8h4niKnCOb5K/DleIY7I4XKtfHHBlbKT1RFNEwJljXyUl+FGZl+L1f4pz/1p4ZyHL8e 9AuYcU48tDNYmvhqWQyjwNj8Di7yGrDblk8pncQho0JCd/cGGv2bwc651gMH5WM9XeNZ3JxZKpZs 8Su8wAhwmQu1YJWmhjYFz3lQEDFmK69TvSnOeoXAbvOZPV/jmVxOCxfLMTkPnsfXxN2mbVZ69h4y jtPGfiZWVesgTpvyrkfGs/ieVce5DleOT4fPYS/WyNSwkVChWk7Zq0kigrLE6kHYgjw221+3BHzG Lry4f1Iy+QzlaW7XjehWnyWLnSe2rODCjJVlfucD8PvZQfUe/i7VfIV7XLMxdo3qk0c8E8Fi9NND LFLEXVldHB3B+3rr0Zkm5VhIcTmeBU+PXr0uQhT9MyxwN/EvFkYye+qq2pY1MkoC7N3AlQxHEf1f keIvT4T1TSxy3jmMyFbIWf0v9LqRSTw/LO8dhIpUDkxMy7jt7u7uAylLOTYDIW8BjY8TwnJ4i9Xt R5R1vVJYLaCB3aOGGGsZiZQpDlY9u8kDiGC5HmMLg+K3M5Slz161LDUr16dadJ5Xeed0UbBOg33J 6Aa5cr5XjC8u9Pb2KXF4/IZulRr38NWhyNWxPUtzSrBM0RsRuURyxVt1BPTWQ4zFy/i002V9I6N/ F35MtBWpyZlVx0s+KmsWDGlebsruyrMVb2EBumv2m81g5txfDYjhPL5KPOK+Qy9ataoSf5o/UIWF SVlnkhngkDrMqeWo3MjRhTr1JxNPl3G81kLPr9ks9j8bjszRszWcNJjJq0WRigjlMrRGVwncE3B6 +HXXo7+6zjfM8JifSLHYvj+R5VTjyFaPJ4BsDhVxl3j74oyLbeWYQCOARxNHKJQQ3aHIzOUrUkxd TKZC1cqYyM7pWjsTPIkK7eyNWCj7Ne33f9fr1+E6/Br8O+/jr8B+z2aI7SRofBrop1+DXHZ7TivU gylOSzYc7KkazIWZj7AAN9SCtzXFzqZnKuk6noT49NO/+aqBAJ8Jh1G+rMODz1e3deeJo4YJN22W QHfYfUNCMWXYAADqfAezR/NcFvE7+Ot3mkYn69fE7HbqN/fohnOx8fH7dEsxPcNjv130T1J9nv13 FTuP7vbrwI1+E6//2Q== ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/RIVISTA/RIVISTA%20EDILIZIA%20copertina.JPG /9j/4AAQSkZJRgABAQEASABIAAD/4ShJRXhpZgAASUkqAAgAAAAHABIBAwABAAAAAQBaaxoBBQAB AAAAYgAAABsBBQABAAAAagAAACgBAwABAAAAAgBAPTEBAgAdAAAAcgAAADIBAgAUAAAAkAAAAGmH BAABAAAApAAAAM4AAABIAAAAAQAAAEgAAAABAAAAQWRvYmUgUGhvdG9zaG9wIENTIE1hY2ludG9z aAAAMjAwOTowNToxOSAxMjoxNTo0NwADAAGgAwABAAAA//+RkwKgBAABAAAAqgAAAAOgBAABAAAA yAAAAAAAAAAGAAMBAwABAAAABgCHihoBBQABAAAAHAEAABsBBQABAAAAJAEAACgBAwABAAAAAgAw KwECBAABAAAALAEAAAICBAABAAAAFScAAAAAAABIAAAAAQAAAEgAAAABAAAA/9j/4AAQSkZJRgAB AgEASABIAAD/7QAMQWRvYmVfQ00AAv/uAA5BZG9iZQBkgAAAAAH/2wCEAAwICAgJCAwJCQwRCwoL ERUPDAwPFRgTExUTExgRDAwMDAwMEQwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwBDQsLDQ4N EA4OEBQODg4UFA4ODg4UEQwMDAwMEREMDAwMDAwRDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwM DP/AABEIAKAAiAMBIgACEQEDEQH/3QAEAAn/xAE/AAABBQEBAQEBAQAAAAAAAAADAAECBAUGBwgJ CgsBAAEFAQEBAQEBAAAAAAAAAAEAAgMEBQYHCAkKCxAAAQQBAwIEAgUHBggFAwwzAQACEQMEIRIx BUFRYRMicYEyBhSRobFCIyQVUsFiMzRygtFDByWSU/Dh8WNzNRaisoMmRJNUZEXCo3Q2F9JV4mXy s4TD03Xj80YnlKSFtJXE1OT0pbXF1eX1VmZ2hpamtsbW5vY3R1dnd4eXp7fH1+f3EQACAgECBAQD BAUGBwcGBTUBAAIRAyExEgRBUWFxIhMFMoGRFKGxQiPBUtHwMyRi4XKCkkNTFWNzNPElBhaisoMH JjXC0kSTVKMXZEVVNnRl4vKzhMPTdePzRpSkhbSVxNTk9KW1xdXl9VZmdoaWprbG1ub2JzdHV2d3 h5ent8f/2gAMAwEAAhEDEQA/APQCVzn1y65TgY1fTtxZf1EEB50a2sGHN9T/AElzvY1b7ba7N3pv a/Ydr9pB2uH5jv3XLj/8Yhsooozn4teTg1tNOSHuAJD3bmNYw/Se130EZXRrddCuIXtbk0Y4rfsG pgGFoVUEkSJPcd1S6HScXqdeG9tgrtqbZS2wh5ax30W+owv9uv8AXrWj1TCwL+qnpNoyRa8b2+m9 raTXt9X1X2BzbNja2u9m1UJQ1onqPPV1ITMgTGN1EzOunBD5pX+7FiesYGA7a+5jrj7W1N97p/qV 7nKB6jTkS6QXd2jQg/1HQ/8A6KD0DqfQxnWdP6dSashgLnGuojcxmrn+r7n7WfS962L8XpnUiC/Z c4HS1paXsI/OZbWXb/8APTuAgdR5sYyxJv0ny+ZwMhteXUWtOx0uEjRwMLnsnpOTj1veLNTwWA8n xj6S7AY2DX1W7pteFl3ZtWtjKTW4ENjbaHbvoua9jkN9GBl3XYFTLsTPa0zi5DdjnQPU9mwn37P0 n/ntKMpR+2vqyZMBkCeE/L7m4P6uX+UqP6H9d81yqMqv33sLRIAcYn/ySrkCSORwT8eFrdaoubfa HseXNJlxGkLMFFz4LK3EEQYEq3E6W5kwASAjBOk/1SkS4a9wUU42SHEOqdJ507pzjZMSanT4wisR z+aOHCQruQ7p+Ri0WY1bsfIYxzczcZpe5sek7G/Obfc3d6lP0P8ARoFNWRXYy0U+oaXtfse2WOAO 7bY389rvz12nTup4nU6n49uN6geN9uG9jRc0Atda/Hf+jo6hQ3b7/X9LNxq/5m+v+cRU8Y3GLGMf fYKqrWuNbyN4JH5jxVufW7+s1Ba9omHASIMwdD8V2Lvq+7pmWzqXTWVdRwA4tfiOi+uxji72UOe3 dv2sd6dWQyvI/wBBbkrvekYf1dzsGvIwsLHFLtCw0tDmOHNdrS3cx7UhRCgb2fFxj22WhmOW5JcN zdmnHLS1+z3JL1j64/VfotmHb1x9NdNvT6zZaA0bL2AbG497G7P0jvaym5vvYkip/9Da+r2Qc/6w /WDqNbRXjssrwA0CC+3G3erkWfy/dsQPrpmPcaen1OLSIvfHd2oqH9hvvR/qSxg6d1HIa8v+1dUy 7C7xhwYHf2mqj9b/AEsTqmPnZIIxMiv0jdyGWsMlr/69KGW+E0yYK9wX/ItDolL8a7e4fpLTBuPb 91rf3Fp31OH12x6nmScIiRr/AIC1TxrcG6v7NUwX7gHF4sDWj93/AM5RLukdaZ1yrq2BVjuropFL G33ABw9M1Pe5rdrm/TdsVMRlvv6gdP0XVxSx3kBIhxYcmMGZoSlP5dXP6Z0l56g0U4lLnTtFrqxv gnvYyGuV/pmN0/PzL24lTca2o+oXNaGNvr3Po+14+zb6tPqV7N6nc/6z2U2UYlfT8Fz/AG3XV3B1 oB0d6fqv9nt/87Vh2DiYeZhZXRnPc/FJouqvyCWvxHN2vqZ9oftr2O/SVVV/o96cL6nr5f4qwxx0 RceKQPBwHjjEw/zp+X9Z8kHM9S3G+u3VraaHZTqcZx9Bjtr3DZjh/pkh+57W+7YrHSKP2zms+suX a1jAx9GJjYziX1ljXV/rNzwNlrGP9Wv/AEnqV2/zf6NSZVmY31pzOukVNxshr627bmmxrS1rK7vT H/FNc6r8zeq+Pkuxs23qnSaxYLJ/aXTW6CwCf1rFGv6Vm5z/AE2/9b/R2WJDQ67cRNf9GbNOYlER gYxySwYsfu3ppDhy8tP9DHxf5xo2C23oPTus5dj8ii66yjqTXnd7dzmU3MaG+zYxv/bnpI2F9XGY nUqelMcWOd6mVkXVEEjFYIr27pb+sW+1j/zFb6HXVd9UDi2gW02+pW703Ndtc9wtqss1/QWUP9+y 1V+lXXdPt+x2Wfas7KaKw6syDTQ30cShjnbf6z/7G9Pxkmo3pIRJ/wAH5v8AGYuZOKMsk6jHJhnl xwjw1GcMspe1KX6P6jiyf+MNSix56V03Nyd7cXIttHUM6uttllew+nTUzc3ZRXs927+v/wAWr1WH hXZLPs/UL78J8NDmNpscHH/SWOrbs/4t+OiYHTPrB0/pmLjtxq7AXP2BuTXW9znu3/obNzqra3M9 vpObv3q107p9mJ1uzqeVRTh2vq9NvTKLGOe5x9xuv2+nVvfs9vo1/wDCf4P9IYA+m7O3FfFHh0/e /wC5RzMsf64w9uAichxSx+xljn/WemM8PD7sPT/lv5uEHL6PRXf0d/V8/IeK8a1/r1tZVseyr03/ AGfcGssrtyXP9P6azbcWy+5mOcip+fZQ3Kw7Mct30Xjc52G8s/w/p/S3rSxfq7n14lWLl0BuKLjb nGq9o9WsQaKn1gj31Wb/ANL/ADux/wCjVNzr+rF/S241eHlYtodhhjW0ho/woc+Gu+j7/wDSeoxC IycIlRuAGh4vX+8uyz5M5J4uKBhnlLhyQji4OVh/kTxQ/wBZ68n+peao+s+bi5L6+oNFdmrPtFFb Gvh2j68jGj0c3Gs/wtD/APzBAs+s3VsbqWbf0q67FqucC9nEQA3+bdv9Kv8A0e/8xWfrhSzfi5Rj 7RdU11xEEF30fW9vt/Sx6qr9N6jR1BrcHqmI/Mt4oysYxmNAH83S76OSz/gL9/8AwSsx1ArRyJR4 CY6ekmOny+n0+ludM+tVvUc6nH+tWVdl9LYRYcdpDWusBBrOQ0D9NSz6XppIF/1dzenMZ1zprm9T 6XQRY7JrG2yog6szMQ7raLK3fT/nKkkUP//R1PqMBRg9TwHkDLxeo3jJr7jcW+m8N/0dmz2LX6lV gZlLenZ+0szX7KmHk2V/p2vZH+i2b15mPrvbd9Z6er9LwG4mRkgY+XQ+7fXk7yGVOudsp9F7PZ+k b+4gdQ/xidYyupYef6GNTZ051px62te5p9Vvo2etvs/Se36CNhQe16T9Xer21mxuMxzt7w9zb9oD mOLHtLR7mOd+Z7Fuvwuo4dDi9tA9MMLy/IiPUOxsutrY36X/AJgvPOmdRz+vWHOynMx8rIc5rrqS aQKqxW2z2Vn9Ja5rnfS/nF0mN0/phezDx6Te1gAbSxptc6D/AITd+a3/AIV/pqDggCemreHHKMTY qrqtv+cl6tXZXaHvDKbt5r3VWNsbuEe2wN9zPpfnqi254jcSJEwtrOpDcY0v2z/o2QWsjtub7X2/ 1PZWsJ41g8tACgyAXozYia1/BV17thEnVZv2q/HsFtLix4MgjSIV17Z1cdFmZljWmBq7w7psN2SZ AGrsY3V8R5+1+qendRdpbkVtDqrgfpNzcT+bt3fvs/r/AKRWse3EstOXnh1bvbtzMUHIxoaRY5tl NezKoptjZbX/ANOtcbkNstikdve/y/dWM3qufgZjnYtzqtpjQkKxjjd60WrlzGPDxDjiCOGzU48P 7k/6v7mX3cf+rfSrMLCIpOBnW5bcd2+l9ZDy2I2MbjWW7aGVf4LZTXb/AMInHVIOJUKMh+Thtcyi 51W+x262rJq37nb3+l9n+zbN/wCkossXEM+uGS4n7bjU5R/0j2APP/Xa9ln/AElYq+t+OWwMMsEh pPrXbQT9Fxb6qeMdfoj/ABpR/D1IlzRlV5cgo2B7eHJv/rOLDxfN/m3rsevF9HblZl2PW4NLX5Ld 7t7XNsZdRS61z3ZO6vZ9C1np+z0UHqmf03BxC21zgJfufb7cq5jzu9D02uf9ixfzd9z/ALZZX+i9 On+cXLdS+tOXXY04FdeE14i0VCXse07L6/WP6V7d36Wv3/zdi52/JtvsNtry/drJ1+KIxgHaulBj nzU5CrMteLjmIR4ZfvQhD5Zf4eRt9X6nZ1LMOQ4R+60cR+a1o/N2tQ6zdiury8a0bwPUGw+9hBjb /wAYg0vqrta62v1qwffXMbmke7a78yz86t6nfUyjIIof69J91VgBBcw+I/0jfoWs/wBIpA1nuMDq WLnuxnZz3dO6nl1k09ZxyPTyG/zfo51P8zkOa/8AR5FdjfUrSWL9XOpYTabei9SP+Ss9wsqyRqcX K+hXkNP7j/ay1JOvqin/0uQ6f0nGqzsd7aze5t1YDHn2k7m/mf8AknIFuPQWOY6tpLZEwBEnsWhb VdjXX49f0D6rA58cDf8AT2/yFTpwnZNNuwhpJcW9uD7XK5PgxwlKgBEf+itLH7mXJCFkylL/ANGR dEsyMPIfRWAKrBv9N/iI/rbdzV2XTs/NbWaZcyqz6VdR2gz+9t2risp7sWzGNTnOdW3fYXjaHPcY buYN3+C/PW50/r+NZB9zHtHuYWk6/wAl7Vk5DKXqFa7072HhjH2yTQ+Xi1elvuftcHja1oho4/12 rLDmw661wa0zBJjQKuep3dQv9HGBLojcR7R/5koW9Myy8PutFrG6sZw0f2VHXdkutmVhys0hmG2G Hm52gH9Rv56Fl4uP0zHNjybLnaSdXOJ7LW6feDinJeNtbJ2/LRZlVVvU8z7ZaP0NZihnae70h+Cj 9pateI7HwLbrY9R43u+5cv1DpltXTcfqok1ZNttT5iGvrI2/57Cu465Rc7DFGOw2XXubXVWwS5zn GGsaP5SwfrxXVhMwug4zw9nTWk5bgSA7JtO+3dUd7d7G/uv+gpsBOpPVq81+iB0eY+k0HuRqiMx3 EY7t4ZVlPLC507QWODdz9PzfUa72oYB27R34R2PyMvEro2v+z4ILnva3c2tttgFt1sfynVMVhqo3 m0H0rJEO2vYezgPT/wDMUS94tFVgZscGCuwjhz6+LNv5m+n0/wDMW5+wMbNwum5GPsxnZgfgOAdN f26j+ZdY57vYzqVf/bVvv+gufvpux7X03sNd9LjXbW7Qtc07Yd/KaihiCeBo4aj4Kxh3WOtqoLwG hxdVuOjS76bW/u71WOhkcjUfBTY5gex7meowODtoO2R+fXuH0UgaS971f6uW5/SquvdHpbVk1s29 QwWtAbYa9HWin+b9Vrf5yrb+m/4xJP8AUv6wt6flfYLrDkYeUGupsmTDv3/3b6f5q9qSf1W9H//T xKmMGTTt949VmojX3N4Ch041Mrs9Ue0ghoaPaSZGxx/M3ImL7sqgRINzDtOsy5vd35r/AOqg1tIB DXlordudt9pLQfH+sreePFhyRvpxf4p42ny0+DmMUq04uH/Gj7f/AHTo2dMoy6mPrcH+m0VNIEAB o/m9v5//AKMQqKPsZ22US12rLGgw4Tt/6pHxMey2wtsZvDwDLwK3MGv9HDP0Xp/S2M/wf8tX7MYb aXnI3OuaJYZDqXgQ1rLXbnvY9u3Y3/C/8WsarvXZ6HiqtNSx6QK22PuYIbtJbIVq8Vt6PbkvMPaH bD4zwP8AOQXF+Bi2PuJsY1rnveGgun93az978z+X/wBuJZPS+p4ufiY3VKtldxe/Fxqj67rbKg15 Y5lDXP8A0TXeqkIk7AmlSnEbkRtrZbCzEx+mU/T2N9aO0rYowqcfGawD6LQqj67KRbkvpuqDR6l1 99FrAGmf0tj31iuqnRGfccOiu/qWPlZZyHGvG6Zj49wsuMF/885rK/T9Fllrq2+/YnRhImqKzJkh EXxD6G2HUOoYHRenu6zmhll7Bt6bh2e19jj7XZdU7nbamu9lvp/+i15ZlW5GRab8l5dbaS4btXOn 89zv5X7y6Lrv/O/rnWGPyulZTLXNf9gw30WbaaGnafTqcxvqenur9W5/5/p/8Eg4P1S6nmdRf0nD bu6l6ZsuGTNBa1uzeNlzfU3fpa9nt97PerEYiNBpykZ3IlycNh9DLs9JthZWB7gZZuM+rW4R7/au 4+pPTm5f1RzsXawHPddUXgy4nZto9cfmenb76Vl0/VXrfTcDKz78dpxLn/YnMrfvtN7LXYMVUMG+ 3fkhza/T9+z9Ip/VnpX1oxsr7Ph49uF1Gqp17q8tporsoYWNeX+s3Zc31LWf1P8Ag04SIJsaaUt4 YkCpC6N/Rn9R8K3qv1e6v0d81OZdXbjPIg15IB2un+vRXvR/rL06r6xdD/5y0V+l1PDBp6rQO5q9 l/t/0mP/ADrf38f/AItW/q5k3U9ayeoWYF+D0zrtddtdj67PT+1RvazGds/S/bn2v+y/n2b/ANHv WrUyzB+tFt7MXLs6d1ik/agzFu21X1RW661vpt/R3VP/AEljW/zif0Y3yMuJ0Orm9/EKTdDt7HUe RW31T6p52FQ/qNP6bpPrvooywHwK5Axb7rDW2h2PkeoxteRTZZT6n6JYjmlpcx2hZ25405SSmxMi zGyK3D6BfuA8HcOhJAJkDXn8oSS6Kf/UxsRo+00QCXepX7Sduoez2/yVCwFpLvohroeToP7SYdQx MXNxq7XH1DbXsqY2XQXN2n+S3+R/0FSPTcvqF4t6mfQoDjsxGGDz/hP3HOVzjqWnqI9VNH2wYniP CD6b8x6qbTvrBgNcaWC3Ltb7a2VgmY/ObH/QRa+ofWR7dtWJViVFxO7JcSBPtb7Ad9f+j/kJ8fEZ hOa/FAxyZ+iAHTH0d3/U71pY2bj5BazIcabiCzfwx+7T3f6OxU83KyFzgBk6yqzKP0dDl+ejKsWQ nERpC+GMJR8ZfoyY4uT9Yr7aRm/ZPsbL6zl144e+8112NstZVO5m57WLpXde6XXls6llY2Zj14ed dltusabG+lbjvxHPn2/ZWOfZ/RHfpP0f8tYHW/rn0fFoGDgYrcjqAc1jW0fzYA02Otr91r2/4Oup n/GrJb0frPWnsyfrBcaqAQ6vArO2P67f8F/a35CgjIwGtAH7WxKAyGhxGQ039P1k6uH9aOm5HS68 el+Ra5nRj0x5a0gDKf7msFljtjf0dF1n2l36Kv0/0n+jW6z6z9GFrPQ9ZzKs1mTZa6p4eWCj7I6y +6+z9au9avZ6lP8Agv8AB/o1zD6KcBwpodDKNl4Yytr3VNr9R7bXbnh3pO22+vds/Sf4Wzfaqvp2 YrRZZY/HrxQxjbdjQ+oVi+qpz7bD6Xqu9Wv1WNZ/Sb6P+4qjPNkEioA2BAGWsr/e/dWHABoT5vRt 6rh/ZsOrJbfDMXqNRBa59L35VtVmNXlMpsb9px3Mb+l/S+l6n6Cyz9IqmT9Z+n/8+crq9T7GVXdN dj0kM97byG+lua0+xrnM9tiy2YVbvU9Ku2wve7HFJbW1u8j7XbjtxS5v0vT9X+Raq5yOoMrByHMc MrFe9tu1vqPZYPtV7m/4R/2f0P6fs/Vvf9npS+9m6HBL/DpRxRHfXxens+v+BkWUMtZcbRdhZNWP s2gtDPVzbWOeRXu9R9z27v6Rs/RfznqIh+t3Sf2o6kOvtYMfOduZi+nXWcq2p9VexrfW/wDDmVa7 0PtH/G/ouVsxesuyb8W98VVV+i6trNz8je2GPy6BbudbZsc7Eybff6lXqIezPd1ClwaPs2NXte0b GxXltf6jBU5221zqWv8Ao/8ABfyEBzdjQ49uL5tNfk/xvSj2h47vVs+uHSHM9Wv1X3Wfs5mRjbIF AwrftGTY24u9LJ9rv0TMZvqPQ8f67dEx8zDvvsyGVftHNzQ51T4NFrMqiqxsTua21+zZt/RrFvqr bQcfD9YlpDaqXNY10MDPpWNfv+zuZW2q+/8Am37/AEH2/p1C63NAJbc8EWMLza1u4XV3PDNvu+nV mXW0vr/Pr9n6SqpL73KxQxmzXz/+gp9kHQE27rerO679Ubx0nHvssHTG9Psx68dod6lIcXusznlz H4/pP3Y+NR+m97/8KvLBq0Ect5juP3lrMyMzoue042TkYzS5ps+zWGt7mA+9s/ze/X2eoxVusYuP i9RsZg2m/FeG24tr/pPqsHqt9b6P6Zu707/+FVwEEWGKUTEkHo0gJkDgjcCkpNBdAb9KYaPGdNrU kUP/1ed+r2HXvo6ned+W+wXPsOpYA4bdod9D/X9ItSNpIaDA4mI8W2B0fnS//wAzWFW9jIdrWW6h 0kEfNJ3Wcu2w0YVgvcdXvsALGyNu7+U5XpYuAbg+HWRaIkckqo79Nh4Ojl9RxcOtwyLBUTJbWBun 93a1u7/tz6H8tZVz+p9RkUs+xYb/AKL3D9I4eGnu/wA1TxsKmlxutP2nKcZ9ezWI49Njvz/89Wjb YdS7nlUZc/iBr1Hv7fX/AAuKLtYv+L3OThx/qoaWPflLij/gQx5eH/DZ9IpZ0ra7FYw2kAPue2XG fpbXg7q2/wDFrcp6nTYIs/Qu8zLZ/r/+TWIy8TDgBPcacd1cFbH8EQ0/SaQNP3tv7znKUDleZjYH CRpcPTOP96P6TSzY/iPw6Yjk9UJWY8f6zDkr5vbyR9UP7n+T/wAo6lmHj5BFllTLjEB/On9Zqi7p WGRHoMjuCJH+aTtWeGvpMNc9ljgZIcY0giIVhvVc6gHdtuYIAa8Q4+W9vua5QS+H5P0JiXhL0f8A fRXw+L4iR7mIwv8ASj+tj9fkn/zVZPTcNrC8Y7N0aOjXT+Uub6U3ddlXZDSaa2vnc4u2AfuyTt9v s9q6W7rGDfVtsmiwj3NdO2f5Nqx8DDpr6Vn5tocKiHNJ2lwAdMfR/eUHtzx3GcTEmgL/AO5bYyYs pjPHKMogE6f901/q3UMiq7IyA6wucA1znO83bW6/ykbrmCKRj5VOPNFL91xYTIH5sj/v/wCYrP1f wcmvo7LS1xZO9xIjaD7W+10Od/ZV3PY6zpt9YMF1btT8EDKsh7XX0+VdHGDiHer/AML5ndxemdEy cerIZiV7LWhzZGokfFDy+l9Lqb6lWPWyxvDwNVR+rGSbOkYjdxAAIc7mAD/r6a0vTxraLXXWZDLK ySKWsY51lf5jq9r3Npf/AKX1Xfo00iWoHTRVwiQTpY4tng/rHQDNgGrDOngdFn34WQ/pOL1EUOZi ttfj25nLfUMWsqc38306nf8AXf7C7q36tdOy99b7rrnWB0VVvbW/aRuZBNVzHfnes/8ASpYP2Hpn QB0kF9jfUsdmV3lrmMsJa+rc1mz9PV6df2d7v0XqKbHLhjRYM1SlY6uT9Xeh9PoxaMm2uvIynuc+ z1WPa+kt/mqqq3u/wdg32W2Ve+v+bSWvhPc2mpt7nOse0uYbW7bHfnPZc3/TNnc//SJJcRu1ldH/ 1uABtzztn0sdpmOSf/JLSw6mV+1rQGtGnj4Sf3nKTawGNaIAA0HaB+anYxrXA8fPSFfy4JSxZIg3 knEx4j/0f7rX5Lm4Yeaw5Zx/VYpxmYj1f4f9acfnb7aMuGs9EWv+zB7HOMxUd1jC+fZ/Ntf6NFP6 ZCtZkPbY449ba2s3v2ghrayw1/pCz3bfY/0v9HZ9P1EhkZAgttIhja2kBshrQ5lY37N+5jHvrY/+ d9J/pfzaYX5IaGi58NO5p9pIMPb7Xlu9v89b/wBuPWHOEcZ4ZxnCXiB+D0mL4dDPxZcAwZsczKVx y8xXr9Xywn+r/wBmve+/ddVZTXUTLdm0gs3bX7mB3t97fd7f66nVfsa1u8BwmA4AjX+Ug2WOe91l ji+x8FxMSYGxvEN+iNqg1rnGXDTwPHx1V74Zy8xklklEjHwmMeIcJnxOf8blyWHlI8pg4fflkjly jHOWaGKWOEoH15OP1y4/k/8ADHVrz6QzZZXsaAZA94JP0Bu/N9P8zeiCymwNmxvu02kQONLW/Qbu 3f4J/wD1ayhWAOXNHYsIIH9gqBdY07mPFo1+jyP3v0btu5ahxDpYt5wSP2fQN+2gFhDmta4EA8Ng j2uadPp/nrcpxqMIOGGTjNbLA6tx9T3bS/dZ/LhZnR6mel9qymwAR9n3AtaP37XMcPfv9rW+o1ad f6Sy28b4B9IB0hpLJLr6mH95z9nqfn+msvnMgMuAGxE+r93i/wDQXT5PHKMTOQoy0j+9w/8AoSbq PVOoiiqoWMtBefW9f9I57Nryam7h7W/1XfoP5z9IgP6TnX9Fq6i6vDZj5VTXNYLMgvAcPNzGKr1X JZTbhMMeq+0hgI/N2n1Hbj+j9rf9di3MTqOK/wCq2BhC39NTSxtjRVcQCBqN7aXMUEADdjybMpzi PSSL3p5/p23GyKuj7W1V1OssikvIdDWbX3uue93+E21rVNfYHXufBUbBYOr/AGn0XGh1npeoWuYZ cxgZaxlzarnU/mfR9P1FoEGI13fk/q8IHc+agdAT2QtrB9wjcOJHGv8Ar/XVbJwX1zdhhrLgQ5zA wEWbSX7NzjuY/wBz/TerzpYCIkmIKZxe7QgR2HiUEtav07g4B29oOogggj95r/d9L6KSjl1QGuLg x5ePRf3DjwGkTu/O/R/zaSSn/9fmtnJEc6jzUg0RJEjuUJrrGkyC4dy1TDm2MLWgucRBaBqe0f2l q58ntYp5KvgF149HP5Pl/vHM4sBlwjJIRMu0f0v8L91k8tY9zI2PaYc06OB8D/KTG2BJfpxMq7bj dQoc/ZdU6uvdab2EbXBjWev7iDu+zvHob/6Rbd/pkL7LntdZueG7GFtjnNBIYWOr3cbP6Oz/AAb/ AP2Y9VYM83NzkScmQeECYR/xYvTcv7OLEIjkuRNDWWTJ7s5181+5gyT9X+0/wEEM3ltg1aYdpqCD DtwVhtLQfboD38vik7D6g936Q+oKiWMcNGkus2v9KGNdZ+k+n7P5tFZW+oPptAD6rHVvEzBYdrhu Ht+luWh8O5nNKZxZbkK4ozl83p/RMv0nN+Ncpyw5WHNYvaw5uIQzcvy8/cwcM+LgyY/TDg+T5OD/ ANeV7G7fl3aY/wCiUbpOHXkZRusfJxi17W7Yl2sbzPt2wh3QfEHwR+hte63IAaSNjTuH5okjc5W+ dkY8vMg0aA/xpcJcjkgJZoAi9/8Ao6N/LzGsrOQ93qY1Xus3END3CdrHPf8AS/f/AK/76vNe4176 2kl/uAdpEj27vorIwejuc7GyuoO9a5u72GQxjp3M+zsbDfaxmx+7+cWy5+7kjWONFhuzZaF2DXmZ hqzrHO31yG11/o2Ob7fS9bcHb/dvZVe1Wb+o3dPL7h9qrY9rGvY3J3B5r9opopc136zc3+b/AEP0 FcwMVmb1XBwLBOPe+x+QxpLdzK63u1cza/8AnjSiZvSOl1/bsu/HyaKGYeDl4dXqObdjW5D8ijK9 P7R6jG5DfTo9X1fUT4wkRoVpkL2cI9TreLxksc6pxLBktFljgH7tz7NzP5ynb6u5v/fEXE6nRVit qve420gtcIJLgDta9n0nubZ/0P8ACq7mfU7pGCX2W52aHu6jT0/GDBU4H1W1ihl3qVFuyr7Vc71P /AvUQ/8AmpjNyqq68nOvf+1v2e0ssqD2Mrqsy/tpsspd+lx/0r7f9JV+i9ND28v9X7ZK44+LXb1e oh9ZrNcQ5os3/QO5rbXemx7XVb2WN/RuRqMquwFrbK7XjR5aHMGh7VvL3t2fRd71CrofRL8W4Yud m1Yjs8dKwLiaX05D73NblObVVVVbZV7bHWW/aNl/p+p/waLk9Lxen3Mysa6+/wC0ZWTg2nKcx7w/ G3j12WU10t2WsxNj63s/0X+iSEMg34aH7pN/Ynij0ty782m29/T+p12VWyXVGo+14H0LqnNP0qv/ AANJT65g1ZGLbe+TZjMNrSDE7Pd7P3LNP5xJFVF//9Dma/Tfq12pjcOCDH/SRHVmARBKpD1GklpF m3hp0dHyVmvNAAbYxzQBqR7h/wBFbHpkDGQ0Iog7OSOOEozxkiUCJRI+aMo/LKK4YAwtGlbiHOYN Glzfouez+T+am9Ooj6LSB93irDLMe1o2vk66DQ/MKL8Yu9wAd5jQws/J8IxyNwySjH90+v8AxS72 D/jVlhHhzctjnPrOP6jjP7048M48X9320Taai4e0ad1Y9UMYGsADBwq53VnvB/e1/wCkoOtaWw75 FWuW5THy4PDZkfmnL5vL+65vxH4lzHPyj7gjDHDWGLGKgJfvy/fmytySNDqPvCtdDvnMtawAF1RM udDQW6s7O3e/2rJse5p92s6yFe6B6lnUHux2tfYKXENe8sB1b+c1ln/UpvNm8Mx4fkx8rHhywPi9 DjVte99rp3XPFoD4ljtray1kT4fmK3dVd6LzS31Xta4sY50bnAexnH57lXZ+1PSIBxqnxH6Rlrtp 8osY17f5dasVNyxzbVoPpNqd/wB/vcsZ1Gv+0en4fUPUyep5WC1jxVj5NGOQ+2iytjs39E7Hu9F1 WW3+e2b/ANFX6VPv+0oHTvrBhVdOwqLPrLm4r249bH41eI21tWyfTxt32ex7vShv032P9L89Pk+v Z1bGxXWhzDTZc5zawHAh7KNn0nN2bLVwOV1TqLcm1gyrore5rIsIgB3AhSQkToABSyQ62XvHdW6X mXY1d/XOo2135By8lj8bbZXcxjjVbTbXj+25tlePXV6X6Cn/AES0f2pmHKYf251I0ms2vyG4lTYy C5tXpfZ/srfb9kda71f/AFWuR+qV2Zm15Trcix7qradjnzaRubkbvpub6dbvT/SbV1QGXoftDYMR +i50/wCNRMyDVBAAK9uc66o49nWOptoG1zYwqq/dufusxvQpZZjOZsrs3Md/h/8ACfpk9t2Jl212 5vV8+91ZIrNmC1raw4j1nenRSxrrrGn+e2+o/wD8+MWZe0zez4Cv7v8ADKtkZOXVlYdBsrc3LNrX uNZBaK6/Xkfpvz3ez3JcZPQJ4a7tXPfm2YjA22rGNlLzkstbLSC0NdUyzd+jd79qSl1Kl9uJb6pq tDGFzazUZmPbtPrHakmWl//Z/9sAQwABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB/9sAQwEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB/8AAEQgAyACqAwEiAAIR AQMRAf/EAB8AAAEFAQEBAQEBAAAAAAAAAAABAgMEBQYHCAkKC//EALUQAAIBAwMCBAMFBQQEAAAB fQECAwAEEQUSITFBBhNRYQcicRQygZGhCCNCscEVUtHwJDNicoIJChYXGBkaJSYnKCkqNDU2Nzg5 OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6g4SFhoeIiYqSk5SVlpeYmZqio6Slpqeo qaqys7S1tre4ubrCw8TFxsfIycrS09TV1tfY2drh4uPk5ebn6Onq8fLz9PX29/j5+v/EAB8BAAMB AQEBAQEBAQEAAAAAAAABAgMEBQYHCAkKC//EALURAAIBAgQEAwQHBQQEAAECdwABAgMRBAUhMQYS QVEHYXETIjKBCBRCkaGxwQkjM1LwFWJy0QoWJDThJfEXGBkaJicoKSo1Njc4OTpDREVGR0hJSlNU VVZXWFlaY2RlZmdoaWpzdHV2d3h5eoKDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5 usLDxMXGx8jJytLT1NXW19jZ2uLj5OXm5+jp6vLz9PX29/j5+v/aAAwDAQACEQMRAD8A/sAn7fh/ WuD+IHxA8IfC7wf4k8f+P/EmneE/Bvgjw7quveJPEmvZ0zTNK0zTPfj/ADiuwuLj+v8AUYx/nvzX w3/wUQ07w/rf7F/7QmieJLzTv7Lu/Bh+2Wd//wAgzVf7L1jTtY/sfGP+Yx+Feg3bXtr+o0k2k9m0 n82k/wAz+Zv9pD4oXH7Y3xo8YfGO1/5Fe7/5E+04/wCJV4a0z/kD/wBfxHtmrngfRzbafZ/ZrP8A 4++f/rH/AA9K/Ov4b6f/AMITb/8ACW/sufEjTviF8JdW/wCRl+Fd/qv/ABM/Cv8A2J+sXnT2z3PY 9P28/Y3+H+nfFr4b2et6aTeapd/6f/p5/wA/l6dq/lTjeGNxmc47F2aWMzB2VnfS1umuu33XP7o8 O83yfKMmwGET+rfU8vi21Zp35X0bt5f8Pbm/D/hfFxm5/wCXv269fUfTn86+hPB+saP4I/4mXiS8 0600u0/5/wDOf/159a8H+MPwn/bItrf7N8JbPw74f0v/AKHDXv8Aiaan6D+x9Hx/njpXlfw3/Yn0 /wAf6x/aXx++MHxE+MfAF54bOq/8Iz4GOp+/9j/Y/wAOc9Pw+YwXDzwjWOxGN+q62utUmrN7dU+/ 3n22dcU4TNWsFQy+df3VK1SLg5QavzLnSvGS1TtZ9D608YftEaN4/uLz7N/Z32W06/2f+vtjuPev nvxh4n8L/aLO2+2add3V3+Xb+uPX2r6o1j9g/wCB/wDwj9n/AMIT4P1H4ZXVpp32Cz8SfDTVTpmp 9/xBHJzj2r5L1j9h/wCMH2e800ePNO8WWv8AaIv/AA34wv8A/iWanqvH/L5k/T8ua9nFYTFxtjVb Ntmr9ly699LfOz2OHKM1ymT+orBPKpPRKN5NydrWSu7vokm2/uPz4/ao+C3ijxtp+s/8Ij/on/Ex +wXnhuw1XWP7M1XHv/aN5/nNfld4w+C/xQ+G3h68yP7KurT/AEC0s7DVdY/5Bn59etf1QeH/ANkf 4sf2f9m1u807v9s/4muj9vfn07j/AAr5j/aP/ZP8T6L4X1g+I/DenXn2Qf2hZXt9pRI/4lg4+2Y9 fxyOnavpsn4jzXB8qxeDjZtJJNdXGyVtdtOno9D5Dibg3Ls3hLH4fEVYYrrKpTnGN9kryS1ei9Wr LY/jD8cXGsalOf7bs9R/0Qf8fnvk/wCH5Vwdxb/6PZ3P/H2f/r9/b8efWv0s/ag1DX/tGsaJptnp 2k6Xaf6B9jsP8+3Tp75NfmPcD7Nb4/59NS//AF9/6/h1r91yjF/XsEm1Z2v6aa/1a29j+RuIcqeB xrwfZ+eivd3+7r2Di2uLS6+x4tbv/j8/Mc+3H+c0W9x/o/2bP+lWn/Ews+v+R6+vTvzS4+0QYtwc XZF9ajoRqY4P4+3sfxtW9x/o/wDaXt9gvPT15/D0612+d9PwPF0Wl/v9F+mvz7FT7RcW32PU7bH+ ifkfTPP/AOo/r0lvcfZv+vW7/wCPMdu5/wA/5xj3EH/Hlz79fw9Pw/p3o+z/APEv/wCwT25/ofwJ p77anAfYPwW0b9mDxd8KPinpfxZ8R6l8M/i34U07VPFnw28XjSf7U03xWdN0fA+G2r6N1JPAGsde ccnFfN1x4P8AGFtrFnptto+o2mvXenaVf2fhuw0o6nqeq6Zqf+mehHHuD7e37e/ssfsz/sMePvAH gT4kalaeIviba2fhzTNP+JHiTTj/AMJNpngD4l6no5Uj4p/BUalpGrnwb/a+R4bPhokEd8Vd/aJ/ 4JkeLvhxr9l8dP2SvHQ8QaHqviL+z/CHh0asf+JvpeWJPwi8XtqbAtyoHws8W7PiN4aVOUZmLV6H 6/qH+V/l39D8Tf8AhB7+58H/APCW/bPDl3bWmo/YLyz/AOEq0c+JtK1M/wDUn3n/ABODj/JzWPYf 2jbG9t7b+zrv+1tO+wXn2/P+fT/9VftJ/wAE5/2F/wBmf9vzxx4w+G/x18YfET4OftBaT4i/5A9h /Y+maZ4q0z/oD/2PrGnf2x/wl/frjvX9Dnh//g2P/Yntrez+1eMPjNd3XP2z/iqtH/UHTv8APNdX 1VP/AIaP9dUB/Cv4w8L+KPCVxZ3PiSz/ANF1Y/8AEnvLD+x9S0zVv/BPx9K5v+1v+nP9P/rV/YZ/ wUQ/4N39Q+Evh/R/jH+wrrHjPVh4T/sq/wDGHwrv9V/tPxN/xLOniTwHeY/5DHb/AIRuvzpvPgBp 32u6/tv9tWy0rWftE/8Aa+l678AdH/tzTdT81vt9hrPH/IVs7rzbfUf+nyOaj6ov6UQP7brf9sDx Ron/AAUQ/wCGJ/G2j+HdW0vxv8GdV+NPwr8X6Dn+09K/4RnWP7H1nw34w0c9unH519mfEjR/B/iT wP4k03x/Z6dd+Dbvw9qv9sfb/wDkGf2ZpnX/AD/PNfzyf8Ex/wC2Pj9/wVg/4KcftD+P73TtW1T4 DeM/+Gd/hx/1Kvhn+2NRF59j/wDBP+HT0J/UP/gpR8SNQ8Afsv8AiT+zP9EuvFmo6V4RvLz/AKhn /H5rGc4OPWuHNsX9Sjjsav8AmETSS72X69f037spwn9t43A4L/oMx6bemsW49/Tfz72R/H/4X8P/ AAP+Dnxw/aQ8b23hrw74r0H4m6jqug+D/AdhpXjDwNpvhXTP7Y/4k+s+G/sfiH/iceJB0/4qSv3s /wCCXHh/UPgn4HtP+EtvPteqeIR/yLf/ACEzjVOv9sdfzx1/Ovyv8D/Cj/hNtYs9b+x/6V/x/wD4 /XPT2/yf10/Zg0ew+G/j/SPDfxH/ALQ/szVgb/Rs9MnpnjOM9cA/nX8r8Q8U4vO83weCUbJZg+Z2 2Wiu3pZd3fof29w3wDg8k4fxDwslzfUoP3pa4h80W0r2218k+nf4X+CXg/Qv+Hlf7UeiWFnp7aJ8 PdK/aQ8W+BtI1AKPDXhbVtM1Yf2SbTRlAX/iUHxIf7ICgAdAAK+FPh98AP2t9R/a38O/FrTfi6t7 4Db4h6TfeOvCNj8QG0zVNS8Nb1bWNJWy8R+DvEWjaO21Ch36M67HOBvCuv6j/sqWL6n/AMFcP2ut PsB9qgvPDf7RgtgccM+teGQ4/AsR/wDX6fS/hj9iDX/iP8V/tV3afaguokm91DSwNSAAzkk4AHv0 A9OaeR5ri8nwssHhcDHHfXM/x97pSsrrVaNKKvdW0X3H7T9Ijh/L824z4dxWZZy8AsJ4P8CVFFY1 wlKUspSTklZuo3B8925N3Tu72qeINQ/ag8JeINHufDfhv4d3fwuu/wDj9/4qrWP+Em/sz11j/inb PwJ4kHH/ADLfhvwH6ewt/tMz2HxA/YA/aOuda8IfY7rwlp/hXX9I+3gH/hF/Eum+L/D1kLrSM8gZ IbI5+XHIJrzb9qD4x+Ifgr8W/G178JfHPhIfCb9kW++D/hX44fDK7vfCU2vfGLUPGerIfiKfh/p2 rbtejf4ZeG3EmurpZQSfPCMtGzH9GP8AgoZ4b8B2P/BMz4+eJvh1c6dqXhHxZ8LvDHirQNW08hl1 PT/Efizwlq2k3YOTldy5XnIBGec134zETxWBzuTwKgsJl2OktbaLmXMl1inCUeaN0pb2bi38Xwlw nW4R4z8Fc0xWNlW/1g4/4Uhh/dcoQlPNOHcestzW6fLKeT51RqqjVUZVKc2uV8tZQ/MD/gm1+wR+ zB+0f+yPb/Ej4s+BviBr3jvVPil4+8KHxJonxT8YeGv7I0zwydAOkPa6Po0ieG9n+lHGQv3WJYjI Xxz9ke38S+Gf2u/j9+yhZ+MPGXxn/Zp8HeHvjFrfiO5l0seN30nw98O9JW60Pxto9kwUnXC7/wDC G7PDYDeJW7Dmofhh8Gf2mPGv/BJi1+KH7PfxX8f6TZeCPi38Yh8W/hB4R8U6tps3j7wW02iLJ4n0 C00cB4/EHh0eU2t6SCySeHzcI5RxEs36w/8ABObVf2brv9mHV/Ff7IXgKLwZfan4O1e0+Odpfaif EfxJ/wCE403wjqYUeLfF1+8pOgRqFHgdwx8OZbKiNJNg8fL8NhMXDhhywbwjweXYLNlr/wAjr3G+ W92mk7c19Y62ju5fv3iNxJmeUYLx1xOZ5tifEDKuJvEHOuBMNw/Gmv7P8Lsc86pxwOa4r68o1cqb pyn/AGGsoTpVEnz1VanGP8uX7TH7GP7KvxSur34r+CPjd4gPhDxV4g1Pwp4d8RX/AIB8X+GfDep+ JNP0iwu9W8Otq3/CO/2SNX0o6rpQUkfMUYAnacfnDo//AAS2+IH/AAujWPhdqVnqJurTUfp/yDBj p+vSv6qf2QPgJpX7UH/BG/42/C61svtPxM8P/Hzx38TvhI5ONSbxj4W8KeAZl0YY6HxZoEniXw6S flCPIeD04HR/ib4O8SfsHeEPjf4bV9W/ar1XXV/ZB0fw9tA8Rar8S9Ucpo/iHdnPmf8ACBqSVK4/ 4SIghieB+hZFxljMFh8FHM/qLeNyP+1MH9XVrVLpV8uevvNScezfZH8w+JP0deG8fmGJp8B4rPaW L4a8WsZ4d8YRznMJVHLJcfGNXIuK1eEfZ4NwWZxzLmThGcfjcXE/BjQP+CZH7N+tjR9F074w6jd6 9428QjQfCFpY+AfGGNU8cDWP7H/4RvRz/wAI7/xOABrGB2x6Ctjxv/wSJ+C/wm8b6t4C8ffG7w8f GOk6gP7W8OaBpWs+OdT0pT813/a//CNf2xwSd3HGT61/RD+058GvC37Nfxx/4IzfBbwtqSasfht4 i8OJ401rTo9o8Q/EbVvjV4G1r4i+IW5JkOr+KI5bgngbpigGFyX+FvDf7SH/AATz+PPx/wBf+B3g 3w7+1f8ACn4weIdW1/xIvh6STTfjdpGnafqviLVn4+TVpBo39sFUfw/H4wbxGpJULvYHpjxXxa8X i8LiMLgGsLj/AKtmeLwmC9u8tj/ZMMfGX1JtOScpOEpJ6crdneKe9fwA8BsVhsmzbLc0z+nLijIM 3zLgvIc+4pyzIlxfWy7i/NuH6qhxFjMjlgspkspy+nXo0pXdZ14UlJOE5n81dz/wTf8A2T7n/j1/ aQ8O2mf+f/SfGGmY4/7F30x6UW//AATf/Zftrj7Tc/tOeDPs39nf9Arxh1Oeh/4R0+uf8K/q4/ZY /aA074/fFDxh4t+Clnp2k+KP+P8A+MHg/XvCmj6Z8TDpn/IH/wCJxrH/ADMh4/SvD/8Agkl8Uvhp 4P8Agx+17o3xB1fw/aW3h/xpqnxW8RaR4r0fStV0zxT8NPDnhAaN4ks9I/tVWHiJSVGfDzgIpwCy 5xXVLizOI4vJfqmc5E8Fmscc5Zn9StK2XJNxcf7R0crNNtadt0eBT8CeAamUeJuLxfhn4qZRxH4f ZhwPg6fDD4ryuWKzFcYyjGE1NcJ2nTV04yi0pLa17n4Fad/wTiH7Ofj/AMN3Xw2/aH1HwB8WvEHh 3wrrfg/SBpmseG9T1TTfiRpB1TwgudY046Nq+keLDdGNl1j7hQocEYH2z8N/2kfA/gn7Z4S8Xax8 Gfhl481bUdKsf2hPg/8AFr/imvA3j/U9M/4k+keJPDesaxjR/wDhDuP7Y/4RvR8+1en+KdR1H9sL 4eftJfGbSvgJ8cvHvx88UfF2y+I2gfFbwN4RJ+HHwf8AhX8O9Mg0vQ/hodT81VV4vDUMqlfDkcjz vo3gl2dGUb/z8/bw+EGj/te/B/R/2h/BH9nXfj3SfDulWHxg8Nj/AJCeleJ+P+Jxn/oD+JD9fzxW 3DPGb4ix31HHy+q/W28Tw/LDKUfrFBTceWV0k5NRUmotpKSV7p2+O+kP9F7BcKcBYHinhfE5/CWS ZhTyPxLh/aGBxn+r+bypUa2BqwWWzlOOQYyc55RzZvClUcqMpKmqbhOf3H8QPhv8H/ij4o0fxJom saj8J/2gvBH9la9o/wBg8Vf2nqf/AAjOmaP/AKZrHgP4kXmnHWPjBo45/wCLb+JB/wAJJn/kW/GH jzv9+/sX/wDBen9l/wASfCeztv2h/GGo+CPiN4T/AOJDrF5/Zesf8VV/Zn/L5/n19q/jE/Z//aA/ aY8NahZ/ArwT4x8O3mmZP/CN2Xxa/sjU/DXw/wDE3H+meD9Y1gY8H556E+HODkdM/Pfjn4TfFfwB 4o1jRfizZ6h4T8dXhOu3dn4uI0tvFX9ogXn27w74h3t4d8RZBGc/KTkKTtIH6vhL3Sd9Lb/4rfof yNFWSV72SV+9luf6OfxI/wCC5H7C+mfD/WNS+G/jDxF8WPiNead9g8B/Dbwl4V1jVPE3irxNqX/I Hs/8OBxwa/k6vP8Aghx/wVH+LF3dfFPW9N0vRtZ+JdzP8QNX0fUfFH2fUNK1PxlK3iO/02+t8fuL yxutSltbmH/llNE6fw1+NPwH+MHjD4FfGDwf8WvBN5qNp4o8Eaj9v0e8/wCgVqfP1/x7V/Y54W/4 Krf8FNNQ8MeHL+y+AGnazZ3ug6Rd2msf8Uj/AMTW2udPt5oNS/5CH/L9E6XX/bWuoZ9d/wDBBfT/ AAfqeof8FLPiR4bvDd3Xiz9u74qWH2wcan/wjOmf6Zo/b/qMZH+TX6Qf8FEPhP4g+Nn7K/xI8N+C bP8Atbx54e07/hLfB+j/APQV1Pwz/wAwf/uMaOf89B+QH/Bu/p1x4R/4eP8AhvXAdI8d6V+2X4qP iPw4dUx/ZfJGQehAZSMjIyCDjBFf0Z3Fx/n+XH5dvTiuPF4T68sdgn1S+dkt/K/XTVeTHlOL+o47 A43Cf8wdt9Larz216WZ/K/8Asn/tUfB/xIdY/tz+zvD3jLSf9P1jw1rw69vxNfrp8J/HP/C7NQ8N 6ldaP8KtJ0v/AI/7P/oZv+nTN5/pv5dfzzXwH+3R+yP4X8N/GDw34/8Agn8N9R8Q6X+0f8RdVv8A xj/wgedT/wCK50zRzef8Sez0f/oZP+Rk9uor1/4H/BD4r2txo9zonws/aY+yjUf7CtLyw0oaZpg1 Ln/RCPEmnaNheOvA+vb+c+IMnxuS5ysHgsveMji3fFu2q22ktVZaXVj+zuHuJsJxHw3HG43MsBgZ YJRw2FvKNrqzu4t8r2vrdWVuut/T/wDgnL+3f8Of2j/iN+1X8H/2iv2XfAPi/wAe6j45Pks/ivxK um+HPGmsJqFz4fJ1bwAjsyuis2IwN4+7tFbHiLwZ/wAFR/Fljq/gC5/bo/Zr8HC8P2PWD4F07VfB XiPUtNwebLxFp3ww+VgCeY1PBxnBr7u1G5+J/gnSMXPwU+M139k1H+wby7/4o/Uz/aeeSP8AhG/E fY+nr9a+D/2kLC/uvtmuaj4P+Ifwo17StR+wC813wrrGmaZ/aZ6WY1kf8Scj/OeBXJi8rw2Di3hM vzDB6XkvruNtzNLmlypq12neySSVrWSt+jR8ZOK85xmBxecz4Ezh4HL8Bk+U4/GcFcJZhmkMHldl ltJVJU3Llp8zSlPmqLmlLm5nc+sf2evgZ+yj8IP2cvD/AMEfjH8P/gj8VPiXrOm+N/8AhZ/xRv8A w1pniXxB4j8TeMtY8Ryavq2k+NPEHhMeKtM8yS+caIflbQYwsJfbHG1eDWPwh+ONr/wTn8XfsLT/ ABR/Z+1YXfiJtF8DeP8AXPFXj4DTfgr/AMJYviiPwvrTnwAD/wAJPot+Gh0dRIY2QpkBo8n8+rfx x4w+0f8AEy1f/SrT/l8sD/yFev6devvz6dLceONY+zj/AInGo/5/P37H6818zi+JpK+CeCTi8v8A 7Jktk8M1FSUno5cyS1u3zLmupSk362VU88li8XnSzl4jG4ji/L+OI/2kvrCp8S5NUdTLsyy2EueF NReOmlCCjTdPlouLpUqUYfUX7Psvjf8AYO/Zxv8A4U+L/HPwt8VNpnxB1Lxx4d1T4cat4sbUtviJ rI6vpGsDxD4f0pSW/sxg3zHKgAgY5+eF/wCE1+GvjXxF+2D+wx9h/tPX/D2qWX7Rf7NKsPsPjjw7 qPGqeJ/Bnh+13MJQGbVx4eKsGUOnhTeJCsnzB8WPHOoXVvi5vB/nPGPbr/Ovm/w/8cPGHwl1j+2/ DesajaXVp7Hr+X0HB6etRhM2eN+pYNP6n9TSjhN/+E5JKKV97Jd27p2eu/0SzvNsj4hznjDHxwWd Yniyp7Ti3KMXg4rJ+I516iqynjsDyqEajneSqJLkm+eNpJW/bX/gjzrVp4c/Zb8Tw6R4i8HeLLnQ fiDqnjoeG/Cup6q3xG8NDU9GsNHbRPHXhHWPDukf2Q5Hhw7tf0sgsqlkQqHY/KPjf4HeB/2d/j/4 v/aq/tnT20tR4p+JWj/CCx0vWS3gH4v+Jf8AQv7ZJ/5A/wDwjmkf2xrBPTnPSuO8FeLfhJ8cL60+ NPhXx1f/ALKf7U+mD7afil4GAbwv4s1LuPiT4NPGsdiM/wA67H4j/FfWPGtto3hr9r3w2fBHhZdR AvPjz8CNLPij4Q+KsYH2zxK2k51nwIfckk9SSea+pyrCYScskWMjJ4XKcek8z1+rv4fVpSd7pqyt e9rJebxTn2bZ/ivEPibw4z2vDM/ErL8XheKeAp/VaWf0vrr0jlKl7vEEKWrpzyeUc2jCXI4ppzn7 rZ/s7/Hr9uL4jfsr/GH4fX3wssrf4VeIdM8VLpfxJ8e6v4b8T+Om07VvD/jDV7bw2NI8F6yMK2jg jKsucbht3EfROh/s1f8ABR/wt8RtdsNG8afsN/GnxT4PKhdd8ReOvF+l/Ebw3phBP/FbeFPDHh51 IA/vFevANeZj9k7/AITjwzpXxA/Z5/bA+H134V8O+IvE+u6N4u+G3in4i6n42/4Vr4k0fT9K/wCF L6rpHhvxD/ZPgQsbVVbx54cY+LlaNdiqd7P8g+IPB3iD4b+OPip4t0T9pweE7rxvp+q2F5e3+q/E jU/HOlHTBp3/AAiH2v4kf8SfWPEn/CN6xo/r3xk5xX2P1fEfW8wxWUZJjKn13HLmxeFzuyfMo+81 rzLkvFqSslta9z4TDZ5k9PhDh/hfjnjbgqh/qzkbwuB4f4r8Oc0xGJyrMKefVMa4QxUpLFQlKpjO f2kZXk7Rqrljyr9Kv2VPgZN+zH8VfjX8TfFfxT+Hfxh/a7+O9/qsfi7RvCWraR4a8M6SqAeLrrw1 o/hslvEh/wCJuB/wkesnw4TjG7kmvgyw/wCCcP7UB/Z/+IvwA/t39my60rx/8YNO+Md5rt9J8SB4 x8Mf8I9pcWlXmgeEp/8AhXX/ABTs2qeTsik3fLHLMuDv49S+J37YPwQ8afHOX48+Edf8BeFPGUPg 34C2At28Matp0uoeOfhJ8R/EXjrx2up61pKHVxo3xP0bxJ/wh8YdX5GX8wsxPEfAPRda17xJpCz/ AB9f4p6Feadqlh4w8D+KfFPx003T/Hup6lpGonR9XHi/Qb7S/Fvg/wD4RD7XtPhsx+JTgnADYIeL 4Y+tvA4X/VrG/VcG8a3LD43f+0LNuWjunzO9rvyvZPzsh8YsXTr59nmF8WMkw2aZxT4VxOKwOYcN fWb4/haTjk+XZM8FKng8F/ZUYxlgXUcYNSjGT0lbxb9pD48/Gj4FfGj4V6J4I0f/AIRP4I6T/wAI rYeG9H8JH/imdK0zTf8AoD/9Bj8c81x2j/sv/wDCt/iDrHxQ/wCEj+Hn/Crvjx4L+NBs/hzYeKtX PiXwt4G0zSG8SG71f7Z4N/sjPhnxING3EgLyME/Nj7Utfg14S+Bl5beGPi38WvCH7UPiax+FS+E9 G+BvwoOp6bfeGdS03WfD3/CC+O/HF14hmbwR8H9I0bRgPDfiU+KI41G9SN7K6D8YP26P20PC/wAL tH8YeG9N8Sad4h+I3izTv7B1j/hEv+RZ8AeBtM/48/AfgMXnX/sZDx4xr2Y4HB8Rf2Hy4D6ljMox qinF65fGNrXcbXvbVXvd6q5+dVOIM88IsN4jYWjxZg+JuHvFHJ5ZdUhVwUvrWf1cTJulj3hMxXNT /s+TvHM+WKfuyhKUWfzx/tEW+n6J8YPEv/CN3n2S1tNR+32d4fy//X2PFfoR+yf+1x44+Lfg/R/2 U/jH8E9O/am+F9p/yB/hvf6Uf+E5Gp8f6Z8N/En/ACMn9sD8s1+S9xqFx4k8T3lzc/6X/a2o/wCh nvn8ev59/avbPB+sfFj9lz4kWfiTTf7R8Pa94T/sq/8Atlhj/iVHU/8Arz49Pev1rCaJK97W17+7 ufyrjOvT4dP+G0P1c+IH/BH+4+JHhj/hdv8AwTx8ef8ACzdB0j+1b/xh8B/iXqv9mfHL4V6npn/M Hs8f8jh+nHNfDn/DXHxl8Nf8U5qliNK1PQP+JLqOl3FhrFncabfaV/oN3YT2eP8ARJrO4gkt5bb/ AJYPG0X8Ffvv8D/2gPgP+1Xp3gP/AIXHrHiL9mX9sjVtO0r/AIQP9oTwH/xTP/Cf6ZqX/HnrHiSz x/wjfiTw3+g56dK+tNS/YG/4KHahqN/fweOP2MPF0N7e3V3D4r1n4V6P/bHieK5nkmj8Q6r/ANRL Wkcalff9PVzLXd9T8v8AyY88+UP2p/2svhH+wJ/wU6tf25/2af2j/hb8bfgr+1FqWlaF+1f8Fvhn 4/0fxR4l0wadpC6O3jeSx0hwFQANrkboCQ5eN0kEqyW/6T/tMf8ABd//AIJz+G/hP480z4b/ALSH /CWfEbxD8O/FVh4PtPCXgDxh4lGleJtT0f8A4k/9s6x/wjv9j/8AIY+mDX+eTp3hbx/qk9pp2i+E vEFzd3WPsYstKcswPcbUYd8nLDqeDxX2D8b/ANmnxufF2j2mn2Pg3wpd2fwa+C1/deHtBJ/4mf8A afw38PG91Yi004qdXJOfEnAYNuOWHFGWZRnWcXeEy+WJe7fK4vptdJ669X1VjkzLN8lyhr+1cwy7 DO6vyyvZtR3tLRdr6dNlp/Rr8Df+C5f7KXhT9h74EfBXxF4j+Klp+0/4H8N+Fms/EnhTwEmo6b4W +Lulauf7I1lfEWtamC+3B3bNxAByOCa/QH4cf8FRf+CmvxAudH+Dvgr4vfDo69eX58Vaz48/4VXo +p6l4W0nTdYGV1gH/iTYbGD/AMSbkcfX+DLTvAni/wCG3jzw3rXizR/7V0zw94i8Na9q1mupAHVN MsdWhuXG4tkq0asmDuKhiQPn4/sD/ZP+MFvpvhcal4J1jwZd/wDCWajqvi3+2L8HTNTH/CTf2d/x J7y9/s7P/EnHp6e1fnnGscXkmNwLx0cdlGtmrLWz2emt/lZbdGf0f4J4bhzjXBZ3gnLAZqk8C8I0 17rVr6p2ula9no7pn7Aax8Vv2x/ihcXnhPUv2j/iJaW2reMtK8V+JNZ0L+xvDOq6VqOmYJXwgfDe nZ0fRv8AQufDZJyevNekeP8AR7j4oeDvF+l+I/EniHxsLrF/4j8X694q1fUtLHiUaP8A2PjRgP8A imx4jGjAY/sbGK8d+CWofCO608a18VvHnjD4g6reZv7T4W/Dfd4b0zVNT6j/AISPxapXxI2eh/eR 7c5G7pXt/wAQPiPp+t6PZ6bbWfh7w9pdpp32DSPCGg/8SvTPC2mfpz3xjHXFfn2b8a4LltpJtNbX b6Xa6Xb0T1Wras0fqEOFMJgMw+pYLL5JwcbT+ze8W1F7uySu0rbJNyi1D8o9Y0+4023vNNuebmz1 H7APQ/2b/np+A64rj7i4+zW/2b9ePyJ9P69OlekfFjWLf+2P9G/4+v7R9vTr7jkf56cGYBc/6Tc4 /n059M+3fuCK/DM2f12Tcerv7unXy+d726H7nlCUYxTslFRXkrfh0X3I8f8AEGn3Fzb3dzc8/wCf w/Ufyr5K+JH2fTf+Pn/Pb8P/AK/0r6F+MHxY0fwTbXltc3n+lXZ/0OzGf7T6dffPTp618r3Hg/xh 42t/+Ek8SWf/AAj2g/8ALnZ34/4mmT/n6cZr2cowaTWMxujaSSutfVf1c8fiDNtHhMEvrfd7pbdf +DZW+R4n4o8cah4b8L3lzol59ku7v/QLP09z2zj/APVXz4P2/wD9oH9mfUbK40PxfqJtrz/j7sr4 Ek45xjr6flnAzX034X8Ef8LI8YXn2b/kV/Cf/Hkef+Jrqf69O4/Kvyj/AG0Le3tviB/Ztt/x66T/ AMfn8vrz6H/A1+s8J4mMs3+pOKlB/ZcU0tE7OL0t019D+f8AxIoVKWVLPMROdKpF/wCxSpylTlF3 i1aUHFp3trFqS6eX66fC/wD4Kcfs3+LfseueP/hX/wAK98ZY/wBM8efBbVdY+Gfib+0zgjjw3/xT ZGM/8wfnHbOK+5NI/bA+E/i3T/8ARv2tNR1a1u/+YP8AHj4V+D/HP/lyaPqPhvWB/jj61/HPoAFz b3ltj8M/Tvjvzx79K2Li4uLa3NtbXn2T2/8A1fpxxX6LLh/KG3i1hXhdbf7I3gE3p71sHa+vVrW+ up+bYTxb8Qo4TCYXF5tT4gwmGX+z4XijL8p4spUFppgnxBHMng1Zde2iVkj+yTR/jB8F9N1Cz8Sf 8Lg/ZVu7q04+2/8AClvGGp89f+RbvPGf9j/kfyrG+OH7aHwH+AGn2dtc/GHxF8QtL8Q+HdK17w3/ AMK00rR/g/4Z1XTNT/7Fv+2PHn/l4d/y/kZ8L+L9Q0S3s7f7ZqP/AAlGk+Iv7Qsz1xpn9j4P49D1 OQQTmvU/HHjjT/FugXmm3N59ktdJ1HVdf8H6PjjStM8cDPjDw2bwj/oMc+G85GOtdmEyHCR2lj8V onfFY56bW3tpvv03PJxviTxHUVsLgOH8qV3fFZHwtkOU5he6V/ruCy2z06aeTSvb9IP2kP8AgqR8 QPEmj/8ACE/BzR/+FZeA7v8A4/NH0H/iWf2rqnT+2NY76x+X8s1+Ues+KPEHi24vNa1u81G7urv/ AI/Ly/6/z9P8fenw+Btfufh9q3jb7U2qaFpPjDS/CmsWhOrnUfDLalpTDw3rV1nYFXV1yoUF8uhA wXITmLf7Rbf8fP8Ay9/447f59q61hFgtkrveyWt9r2er+fU+MxeMxuPxccXjcdLGYrEq2IxMnpFa aJbK/lbXtqj2D4f/AAv1Dx/4f8YXXhLWP+Ky8J6d/wAJaPB4/wCQnqvgbTONY1nw3xgax4brj9P8 UajqVx/Zut3mo3drd5sP9P8A8P8AJ5BHWqfhfxh4o8EeIdH8W+E9Y/4R7xR4T1H7f4bvLDr/AJ/T r3r2J/Bvhj4i+KvDuoaNrGoWmmeNtP8At17t0xdOXwr4mH/IyeG1tlLKynWOjKSrDBBIIJ9vCbfd /wCknEfrN/wTP1D4QfHXR/En7E/7SGsf8I9r15jXv2QPjB/a3/IgeOdU/wCPzwf9rGP+JP4k/wA9 K+ybzwB/wVH8F3d14Og8N+PtRh8J3M/hmHUNK1X/AIld9FoMraXHeabx/wAeF0lqJ7P/AKd3jr8j v2gP2T/ix+yFcfCzU/jHeD/hF/FunaV4t+D/AMYPAf8AxM9M1XU/+Pz7H66P4k0f3GO/ev098Lf8 FZf22dK8MeHNM/4aQ+A2o/2doOj2H9oazqmsf2vffY9Pt7f7Zqv/ABT3/ISuvL8++/6enlr1cM8X 7GOq38u+nn236bnn2fZnyNcfD/Ufs+sXP2P+ybX+zj9j+wY0zI4/wxj865v48af/AGZ448N6bol5 qPiG6/4V38K/tl5jI/5Jvp3+h/6J0/sbtXvHiHxxqH9j3nhs2Y+1f8TXi/8A+Jn/AGqdT/0P/Tfz 7+tcf440fR/EnxQ0fTLa81G70q0+FXgG/P8AaH/Ez/4qbU/B3h37ZZ9Dz3/zx/TrxkcRCdTFxjgo 04ym3FJfCk7uyWiS17M/h7Be0o1cTSwk5Y7GVJ5fglzybX1mcoR0u3u5bL9NfifUPC9v4k/ti2ub z/j01H7BeWfP9p6rqf8AntweK+2P2R/D9va23/CE/bNRtNU8Paj9gvLOw1X/AJhmp51iz/8Arc9e lXNQ+B/hfwB8SLPx/rdnqPiG1Onfb/sehAanpn/Es6f2x4b/ALO/4nH+HtXwf8N/ih4o+Cfji88S abZnOrajql/rGj5/4lmq6ZqesY/0Pv6AentX+c3HPFOL4/zvPcS8d/scHJZUnZbPl6PpZfPTsf6/ eF3BmE8MsvyDD4vA4JYydOE+IHhL3xGIlGEl10ett9LWR/VB8FtH1DTdQs9NttY1H06Hr0/z345F fSHjC4g8N3H9palrH2vI+wWfqPw4/Dn1r8W/gv8AtseH9b0/+0rbR/Gek3Rz9ss7/Su/sfz5Ge3a uv1D9pjxh8UfGFn4a8JaPqP2v/jw+2X/APzCuv68/wD6u/4t/ZeKu/rslo9rq7t87ru/v9P6Slmm Cxv1HG4KNtrJx16b9d9r97dT6d1jxBo9z4o1jW9bvfsml6Uf+X89f8Pw9ewrys/FDxB8WtQ/sT4X Wf8Aov8Ax4XniS//AOQZnv1P6c8g0eKP2N9Y8SW9nc+JPGHiL7Vaf6feaP8A2r/xLPbt+P8AOqfh /wAP6h8JfE/hvwRon+ljxZqIsP8AkFc/rx/kd+Kn/Y1qtWtt9/yOD65i27N2T3Vul15+X9XZ7b8L /wBjfw/puoXnjbxbef8ACWeKLTH2zWNe/D/jzs/5D/Gvlb9rnxx/xOLP4OfDcf8AFUat/oF4bA/8 grS+fX2B9P8AH9FPjx8Wf+FOfC//AKj13p3+h/n7e/1HtXw3+zv8B/EGpahefFHxt/pfijxZ/p/+ nn/kFfX6n6fngVX1p2+uYvbaK1t5aLZO6+7U473aweEV278zv3s3Z/foy54H+EGn/C74bj7TZ/6V /wAI6Ptl5fn/AJifPQf/AF+mK/Ov9l/4H+D/ANo/4wftUeG/G15p9n4Yu/gT4/v/AO2b/wDscf2T qemaxnR73/icHr3GPT8v2k/aQ0/+xPg/4kubb/RPsunfn+Z78f8A6q+M/iR4Ht/2Hv8Agl94w0Tx tZnw9+0Z+25p32G78IeLdK/tMf8ACs8/8ef2PRv+QP8A8U3rH/CSf8VJrOa+18PXi3jMbjd17tm9 X9lJpXeum17dz8w8YXbJsDgcHZvRuL+V7Le3nru20fyAaQTp2sZIF0LUmxAAwDyRx14ByBj3x3ro 9Y/0a3+0+3+h9f8AOPT+VU7fSLfTtQvLe3P2v7J/y+cD8MDA/Ee9XPEFvcXOkZBwbPH2zPUdeR09 uP8AJ/oFXaW+yf32/PT8D+WrW0tbpptfqe/fEDwR4e+F3xM+BOoeNtI+2eH/ABZ8HPhX8S/FmjWW ogMdM8T6P8zbgTtbCR6sUDMDvOOhNeS+INPtxc3mm6JrH9raX/aOPDesHSjpn9q6Z/bGPthF4QeO vfJ65zXa23h34gfFrRdX+KOueE/EGqfDH4Zaj8LvCnxH+IliGGmeFPDITTPAnhrw8zEBR5o4i2Fm Lr84RfLZv190v4feC/jr+wT8N/j94p0fQPENx+xH8Y9R/Zp+Ko8K6UNM1XxV+z94m1Rf7A8SDbx/ wkOjS6w/l6xyRHt3/NmvQXdev4Lbv6i01/H7j8ZfD/iD7Nb6xon9sajpOg+LNO+wax/0C/7T0z/i ceG/tn/cYwf/AK1cfcf6Tb/auv8An3+nr396+wP2wP2T/GH7KfxA/sTUv+Kh+HPxC8Onxb8H/Hlh /wAgzx/4G1P/AJFvWMn/AJjHQ+JP8a+P9P8AtNz9strnr/L9P8/Sh+flv+H/AABq3S3y/rtYufaP 7St/tPW6tP8Aj96/5Pf8frXpHwf1jR/DfxI0j/hJP+QDd6j/ANBX+zOMjn0HYZ/TnFeV29x9muPt P/Lrd4+2WfPP/wCvPr/9bpNH1i48I+INH1u2s9O1a68Paj/b1naa9/xM9M1XTDj/AIk+senGev8A PpOExev9a9vP7991qJ6p+jP78P2MPhf8B/8Agod+xPrH7LvxavPDvxCuvCX+geGtYsNV/wCJnpX/ AEB/Enhu86f8SfPP/wBfj8b/ABH/AMG5P7TOn+IdesNF8UaLqujWWs6paaTqd7pY+2ajpltfTw2F /d/9PN5apFcT/wDTWR68A/YI/bGg/ZS+MPgPxt8L9XOqfDr4h6bpGof2NZaodS/4QDUdVAbxF8OP Egx08OKQQcYKlSDggn+3DQf27/hBrWh6NrM9hp8c2raVp2pzR/2t/q5b+zhupE/4C8pX8K+mWH+t fvVrzW69rW/T5+Z5mGxH1WlGi94tvXfW3+fTuj+L/wAQeF7fTftlsP8AS7r+0dV+2fYPx/HH9Kx/ EFvp9t8YNHubb+z/AOy/+EM+Ff2zWLD/AJBnHg/TuOPXP+eK1/tH+j6zbW3+l/a9R/0MWGdT03+z B7/9Qf096u/EG3/s34oWdz/xMbv7X8O/hXf2d5f/APIM48H+Hf8AqHfy+nI6f0vDCLG0a2Db1xeV 5j6p8mmvTa3mfwi8WskxFDOnthM1yDFt23WHnC689N/v8z7A8P8Ag/w/rfjAXPhu88O6tqln4M+w f2xf/wBj6npn9meJuv8AY9nef8xj/wCv6183eOP2N4NEuLy50TR/7WtBj/Q7/wD6Cg/Pt/8AX9qX gfV9YubfWNbtvAeo3eqf8JFquvWej6Dqv9m6ZpWmaZ/0Mn/UY0fj/hD/APhG/X3r7l8LeINY8SW+ j63/AMJhp3izS/8AiVWHiTR7/Sv7MGlamP8AmD/8U3/xUn9sax/0Bz17V/kjmWExuAzSvgnePLWq YSSd078+mmjvvvbv0P8Ae3hbN8mzzKsPnX1OLwmMw9LF8ys9oQu7Ldabp2Plf4T/APCt9E0/+xNS 0f8AsnVLQ/YLyz45/wAR+FfWn7P/AIO8L3PxQs7nRLPTvsv9o/4Y9x/ntR448D6xqWsXn/CW/Cse E/GXh7UcXngPXtK0fw1pmq6Zpn/Hn/wjf2L+2OvXrxzXsHwAt9H8N/bRqXhvUfCd1/aOq6ho9nf/ APIU/sz/AJfK8HF4SaxlnzLfdy62fk+35bn0eDzTBY3BtRit/wDZMVFbLRa/hppdep9aeD9Pt/H/ AMWNY0S5/wCQXd9+n9Pbn0r5LuPh/p9z+2B9mubz7Xpfw98GarqF5ef9ArU9T1j/AB+mPrVPxB+0 Bb/BPxB4k1u2vPtd1d4+xWdhxqZ/Pue/r6npR4H8D/EC58D+JPFviT/RPiN8bv8AifeJLy/P/Iq+ Bv8AmD6P9ce36VTjJK7jJJ7Np2+8lZbCWMaU4z/2JaKSbvdX0Wz30t96PE/E+nXH7Q/x4s9Etv8A S/C+k6j/AOUzTPwP+Rmv1ct/hPo/hvw/9m+x5/snTs45Hf6df8/X4++H/wDwiHwl+x3NtZ6jd3Vp wLz/AD/np2r7Z+G9x4o+P1vrB03Hw98G/wBnD7Z8SPFulaxpfhnSsf8AQG6/2x6V6+U4N4++C5W7 22V9bJav5HzHEM1kdsdKUcJhUr2um3s+j+XbfZnN+F/g/wCD/ij/AMJH4k+JH/CO3fwb+Dmnar4t +JFnr2q/8SvxV/Zmj/2x/wAI30z0/wCQxn8etfxW/wDBS79um+/bY/aB8S638OR4ktPhdaLpmg+A vDeunRs+FfDemA/abPSBpAI0hdwXeODtzgg1+kP/AAWl/wCCnHgb4xGy/Ye/Zm1dfCvwS+DviE6b 8U/i/wCFNWOl6Z8fdT03Rf7F1jSjpHhtlHi/w2usHcGLbfEZXLDb1/AXT/B2r+LbXV9N8AaTqGlf Dn+0P9N8R66CP7TIOMMSAMkdNpPHUg8V+0cO5Bg8jwfNjGlLRu7tr7tl0bbfTy8z+ZuIuIMZxRm7 WD5nDVYZrVNLRtrZK13d6aaaHiX2f7N9sthm7+mMfXGP59vzr6c+JGn+H9E+E/wr0S18B/2Tr13p 2q3+s+MNP1X/AJGrTNT/ANMs/wDQ+M/5715xdaDoF23iXT/DjbrfQPDxYnUDyW04/wCmk+5JPP41 9x/FC38L+JP2R/gn4k0T+zv7U8Pf2VoOs/YB7mzP6mvp8VmrwOLwL5Xy4v8A2W6Wy0er6aLTay/D xMHkH13C50pOPNhcEsThNVfmTV+t73fa+3Q/pN/Zv/Zn0j4j/wDBEi8+CemfDj/hE9f+Jn7PHirX h4dvv7IGp6r45H/E48NeMheYB/4nGs6Po+sjIB9QOlfl5/wbw3H/AAsjUP2v/wBlTxrZadq3gL4s /CnSr/xHaX//ACE9M1LTGbwcGGecf2RrBH4EEgg19Hf8E/8A/gpR4w+BXgfwH4J+MX9o+N/gj/Z2 k2Gj6xxqfib4f/8AzSeG/wCfbinfsAaf8Lf2Vf8Agst8UfBPgjxf4d1X4O/tdfDrVvHXwJ8Safu/ stv+Em1o+JV8I2h3HDaPrFp4k8MlVUACNTyzMa9nCZrg8ZKKwl1a0Xfut73tovz9Lny2aZXjMljf F4O/1pRaad9+VdLpadNL/cfU3wv/AGb/AAP+1r+zd8YP+CXfx/H9k/Hj9k/UdV/4VX48/wCYn/wj Op/6Z8N/iRZ5/wCYP/pn/FS89D171/H/APHD4PfED9mb4seMfhd8SNIGkeKPBHiLVfCfiWz/AFGs WfB/7DH8z3H9vP8AwUw0fxB+zN8YP2e/+Ci/wu0fUbzVPh74i0r4S/HizsP+QZqvwg8TH/j81jj/ AJhHQV+af/Bxv+zNp1zb/BT9uHwVo+njwv438Of8IH8U/ElgAQf7SI1j4WaxenIIBXOkZweQARyW Hs4r4V6f+2o8fCaWvp8W/wAj+Ub/AEe5uP8Ap1u/y5/U/wCfw19PuP8ARxptzn7Vaf8AHl0PH6fl 6d6qafp9xbaePs3+l2x1H/Q+vbj0/P2+tBuLj7P9ptrP/wCvxjPt2x6d/WvGPQOl8P8AjG/8E6+P s2f7C1Y6Vf3tp2/tLTduLzGM8c85wQRwMc/rvoX7Y9xa6Jo1rg/6NpWnQdP+eNpDH6/7NfjfqFwL nT7O2+xcXf8Ap9n7cf1xjt6fQh1vWIoootv+rjSPof4FC+vtXrYWWMVGOtu2uvRr/Pt36hZdl/X/ AAy+4/oQ0/7Rcf8AT3dXeL+87DVdT/LnB+uP5eqfFjT7j/hKPDepW3+iWtp8O/hZ/wAf/X/knHh3 nsPX+Vcfp9vqFtbWf/Pr/wAg/wC2WHHf27D11j2zXqnxo/s/wlqHhu51vxJ9k0u0+FXwrv7y817G mf2Vpn/CH6d/XHv3zxX9Jyzb/a7uXJHZTwzcY62T956R6v8AN73/AIgjlLx2E+pwi5tNYv6niY81 2rNLzvZWi/kY/wAN7jwPresXlzrdlqP9l3enY0ezsf8AkJaVqffk8/56V9geF/GGn6J4e/5E/wC1 /a9O/wBD8Yf8SfTNT1X/AIRnR/tusHt/3B+OvsK/CzxP+2vo/hzT9X8N/B201Dxvr15qIzenS9YA A/6dMdPyJxjGc4r1X4f+D/2//wBrzTyNT8d+Hfg94YtD/Z93aWBOmeJDpYPbRgNX1og49Qfzr+P/ ABp4Ewz4kfEuSQlHJ0sG82zRYmeYJZikv9tUYRlq9knaKa95pK5/ob9GvxPzSHDGC4N4qw8f9Yk8 YuH8roYbKso5smaXLgXKTi39UVrSe+6u9F++3jD48W/jbWPDfjfxb488O6Tqlpp2q2F5Z69/xLP+ JZqesf6Ho/8A0GP7Y/tjGj/n9a9U8QeKPgvc+GPtOpePPBuk6XpP+n2d5/wlWj6YdK1PTP8AnzvP fjtX8/mj/wDBMfwdbzjUvij4v+KvxY1Tw9puNY0e+8U/8IydK0zB/wBM8Nn/AIqQ/wDFOEn/AIps kjPAwAAPrTwN/wAEifgRqOk3d34i+EPxXudD1TT9U1HRvE2uat4wBXw1qXNiQV1EEEEA7hyTznPN fi2IwWTYuccZi86x2MtJbYCyaTj2776pPyTP6Qo5tnGDjLA4PJMBlDlF25s7Tbb7aW9V628/6e/2 XP2T/gJ4/wD2M/2fPhh4j/Zz8A/EL4w/tcfssftP/GjR/wBo3V/hV4f1XVPC3ifVtc8O+Ifh2svj uXw0zeGdVXRfjekvghlaOQQ+A8xDzFO/5+/ZU/ZK8CfFj4bf8EzdF+L/AI9/aG/4WN+2F+zJ46+J 3ju58J+Ofh14d8N+AvG/wx8JfCzW9e+xeG0+F+rljNqvjsww/wDFQhoZlMjpcIVhrzix/a//AGwf g9Y/CDxPB+0Z8F/hn8PP2ZvhZq3w38M+Bj4B8Y6Z8I/E3gk6F4Q0HSNa+J2lf8LW3a74l8B6H4Tl XwEYDGQZpnHzyys/4feMf+C9n7VejftBfs46X+yRon7PPxeuP2XPCPx38L/D3Wr34VeMfC3w41bw 18SNK0nWviG92v8AwtmFpPDvg3R/AEbJ4g8zwyHRSGJjL1+rwr8NYzAqXLgPqeCjdyxUbK0YqUm5 PTSMW227Kz0smfzpjqHH3DmOqYv+0cwwssZjpKKwmPlJq7V/dTbtrulpfZaH7z6f8AfhZ4j8JfsF eNX8Z/tKDwp+1J8U/j38J/iF4d0HwnpXxw8dakPhEvxVXSdW8KWfw5+DezwOdWk+Ghk8R+Jo/Dye EPDnheQRvEhjE8/on7Qv/BMnwX+2/N+wB8Lfjt8XP2iPD3wE+Ivif46eHvHH7Oeh/GH4S+JtL07W Phv8NfGGtfDrUrL4ofDv4caRHcxeGv8AhB4idGh8y3DTPbSKslldbvxi+EH/AAUi/bV+APhr4Qwa 5rHwafS/2RtO1L4t+ELKy+FrsvirU/2pdIa/8daT4u1S/wDjyV1/wLo3j742DwL4c8TeAFRiVVnJ 2Jt+hPAX/BTL9p3SvF3wV8D2Fh8CPCuufs9fFb4yyfC3wH8NPgvrWpeGtT8T+Ivh34xf4oaSG8Rf Gfw0VPhnS/Hfi1lKkHcBXzuF458OsFhvrGDzbI8Nh7vEvExg5S9xJztZfZji3JvT3VzPRtk4rLeM 86VsbmGPxXM9frePaSu10v6JrbdW0PLPGH/BBD/gma3gn9jD4meHYf2xtA8JfFf9tv48/s1/ETwr oWqr+0F498VeH/hFq/7TXhvS08I+HPBnwo8zR/7V8Q/AOMnxO/huSLwl4OumbxHCZ42lbB/4K6/8 E2/gZ+x1/wAE9fA/7QXwWuvin8M7O4+Ofjv4D+JPhL46+KfhL4t6bptlpn/C5z4V8RDX/CfhzRx4 Q8Vqvw6hfxD4HilnHhB/E83gmXyn8Egy+heB/wDgpX8d/Dmkfs/+E/hf8SPh43ij4VftUfH34leB vBvi/wCDOs+HPEerfF34lj473fxI8HeLo28bXyL4b1nV/jz4x8HeBxGo3eMR4QL+MDtJHyD+3/8A tdfG/wDbG/Y0HwWufBvw7/4UZdfEPV/2oLBvhr8Km+GjaVqfxM1v9obxLrfjnVB4k+MvibVx4Rdv +F6+JWGreGhu2R7y2xAO/MeM+CXbDYrN8I1bAvmxMZWvj3/sDUrJK7VrOzb93V6OMsyjiPJsWvql lrr/ALbe6aS6vVu6fk131P6h9M/YG/YE8e/Ar9iy7u/gF+zX4Q8S/Ar4W/s4ftm/Gm6s/gl8N9O1 P4pfCXTPhB400fxbpni02fhlV8Wx6v4jUan4hTxKGilIjcu08z+Z8s/th/8ABH/9i39qT9q/4neK J/B2lfBj9nz4Jf8ABP34VfFW3+C3wG1D4d/sueGPHXjXx544/aL1SPWPiR4007wNLo3hTSE0D4bw W9x4ll8uC1iae8unMNrKj/jJ49/bx/4KOGw8SeALmx+FPhHxPpv7A3j79jG+8O2PgBtSv9V+G/8A Y1/ZeA7/AMIaMPjK2sax488XeMNGXwL4c8eKp8HhvEnm/wDCGmQ5KeEv+Cq//BQPVfHI8f8Ax+8N /s9W6/HT4G6T+xLdfBXwh4Dl+JHwh+KXgnwI3jO7/wCEc8YHwz8adX8ZaN8RWPxX8Sq0R8Y+G4n8 MsyOjRswZR8Q+BsbTc1xJgMVGm9Yxa5oxUPaOcYO0/ZqEXN1EnCK1ctjk/1Y4l+tv3nhnJNu9STU k3rqk099VZrbTc/Xv9kP/gmn+wz8Cvit+114Y+GN54K/aq+C2rfsF+Ffix4A8N/GaX4aftC6p8DP G/8Aa/xmPiOw8N+O5vDmDouqwJ4fuPD2vxIlwrRzKss0aJI3k3wv/wCCGf7LXge7+CXhvTvGHxsu f2u/AH7H2lft1+DfjpqHi3wjqXw30v4r+GNT0DR/+EcHwWPg0q3gttc1ZZ/K/wCEtCrbB4yXkAkH 5peCP+Cuv7e0/wC0P8ebvxLqf7M1poOrfsVeAdE8J/DbQ/AOtar4b0v9lxcayrfCOx8O/ETJ8Yp4 a+Iy+O9fXx/4wYReD4UWMIIYgnZeD/8Agq5+3h4j+Ew8N/2L8PNJ+y/s0N8B/Df7Ten/AA/0nU/2 hf8AhR+fiHaX2dZHxU/4Q7k/BXxhrB8Xj4QEk+ED4wYDdzVTjjgrLP8Aa6ma4WkuSElzQlB8uYO0 WrpXTl7rtrdSTekg/sDiTHNYRvm+s6Xc203h7aNu9tFfz0dlofvLF+yT8PP2j9P+D37NHxZ+Kv7S 10v7Un/BObxR+0n4y1bRPEvwj03w3pl9px+DPhbWdG0XSV+DnySed8YhKsp1V4zCNjKm8zx+V/s3 /wDBPT4dfGP4Mf8ABNv4a+E/i/8AtCeHf2fvjB+zvqX7U0/hvx14u8H+PPjF4B8RfDcfAfVvAMHw 9+It98OYBoeJvi9MviONfCj7449yyK7GJPyG8L/8FIv+CkGjeLvht8QPhvZ/s03evfBP9mnwr+x9 8E9H13wxJqR+Kfhn4s/F/wANeBj9rNl+0SB/wkP/AAkX7NynSfFqN/wjLLv8xCJD5nxnpP8AwWs/ 4KPfszL+xBpV7ovwf8EeFv2StL+IH7LVgy+GZPEP/CVeGdN8H/Bew8eeBvi7pA+Id3IvjrwhHovg XV08lvBTLIRKHDqwfuyLxD4W4jxbyrKeIsJisUuXDPDPFSSXPGnJXbVr8k4Nq6tzRi0pNJ8GL4Wz fAq2LwienxJptpXW6uv87Ppvhf8ABer9mD9l74F3XwZ/ax+A/i/wTq/ij9tlviDZfH/4MeHfH3w4 +JXgPwJ8RtO0nQNZTxb8OPFvwg8IeE/CaTajqoCTNpHhzypfEq/aIzH5jWtv/NBcf6Ncf2b2u/8A 05/h7jHf8e/9bX/BYa08K/tif8E8fhF8U/hd+1p+zP4s+HX7JBB8I/s4fAc6R4I8M+FfDXjddN0T xEB4b8TeNfGHxITx14b2jK+Idqhi77S7Pu/kl/4+bf7L/wAvWkdD/nP8+O9feJWVnrbTTb5aI+cs 15FMm4ube803/l6tB9vs+Oo/w/8Ar0f2xY/8tx++/wCW3X/W/wDLTpx9/NFv/wAfGj6l/wAen2v/ AEC849v6nv7fSrk0flTSxf8APKR4/wDvhiv9K4bvu/vO+67r+v8Ah195+8Hxg/aI+G/wctz/AMJb eajd69/Z32/R/Ddhzqeq9v8ATP8AoD5Ga4/4wfD/AONH7WfiDwhqWpXeofDL9n27+FXwqv7LR7// AJCeq/8AFt9O/wCPMd+o/wDr8Z8s/ZX/AGfz8frYfH34tD/hINV8V+IiNHs7/Sv7S005Oc6Ro554 /TAwOuf2X8cf2fpuoeG7m21jThdD4d+ALCzvP7K/4lh/4Rnwf4d/4pv/AIk//IH4/wChw4+vWv3V SecPAyxj5cp3WV7O2lm9rq/3/O5/NksRguDMFjsBg05Zzblxma2ToK6V44a92mr6O11uux8gfCj4 A/DnwFoFl4c8F+HC1rjVBq+sEk6p/aS6uFUeIz/Z+cBQFAHCgBQAAMd3/Z//AAhNxealpusaj/am k+Iv+XD8/wDQ8e3+TmvSNY1C3trezFto/wDop1E/Y7y/0r+zNM9v8/2wPwrxP40fHD4f+AdG/tLx r4w067tQNVsD/wAgf/hJtV/swgWZPhvjV8EkD/kDnqBX3eGzGjhME6c4U5ZNJWxeClGLoOOm2l3d adfzPznM8vxGcSwNWlmGZwzqLwU8HjYOSzBNtPVxaSTdrq+qetj7k+G/7RPw38W6xZ23xRs9O8J+ MrvTvsA8SWGP+Ea1X/5TdPU9a6b9r7/g4A+HvwT8EeJPg58OdJ0742fE6604WGkXugapu+GvhXxL phAtNY1a6+XVyQOR4O8OMoOMZGRX80/ij4sfHj9pg3mi/Cbw2PBHg3+0fsN5rAxp39q6Xk9fEWcd RjHh3tzggg19Z/ssfA/wb8AW0jxdqHhvwb8QviJaaeb9b3X8anpulaiTx/wjlnecZ6Z1gcZ9q/Ac 48FMnzvOcwzvgLL8dhsK05fUs1xv1fLpYl2bWAXaTaS28uh/S+S+P+ccLZLl+R+MWe4HFYtZhCOD zfKcC8RnWW5Z0lm6V72Su3/hdnfS34Q/Zv8A25/+Ci+oWfjb9pDxh4h+GXwbtDpX9j+G7/Sjph1X 0/4Q/wABc5GP+Zk8SDv1OAB+rngf9jD4D/CX4cXnhPw34bPh62Gnap/bHiSw1X/iptU/tPRtR8N+ I/7Y1k/9BfR7wAZ9MDgcd54G/aY8P63cG28W2f8Awieqf8eH+n/8TPTPr9s+v/6ua94uMa3p95/z FtLu/wDQP+gnpfP/ANbjk/X0r+TfEDAcZZHjJZTxHkWYcP4FXX9nwwDeWvtLnS/23msnfzuf3h4W Zh4T8a5NHNeEOLMs43x+Nj/tOYTnH+0Ytpe7Wwsmngmm7aLoj8vfFE2k+P8ARr03Gj/FX4g6Fr/h 3wvYeEPGGvfFTWNS8EeKRpmj+Mfi94c3Xejj+yNYHwsPw58X6t4w4/4o/wASE5HBFcL4n8O6D4T0 fxH4t+MN5421jwhd+IfHp8X6v4s8Unw1po8c+OdH8OjxcQf7PJ1jWPiP4v8Ahv8AGnR/F2Bz/wAK 5HTFfoh/wzP8Hrn/AJkPTrT7X0FgNY/68/8A28z/ADNGsfsr/C+5t/s1z4P067tf+Xyyv9V1jU9M 56n/AEzv2/zg/jDw9d43ArCYrA4bAYN3lgcPlSV3XSTnB+ztGdlBJtTUeWV4uMoxh6WM8Ps5b0eA Wrs7XunayevvJJeXn5/IPh7w74K1LWPF3i3TPAWo2nijwVr/AMLdE1fWPHnxU1fTPHWl+I/G+sfC zR/hydIxp2sY8R6MPFvgXP8Awh//ACJ+3OMYz85eLvhv8YdL0/4v+LdO8Xaj4J0LQPEHgDwp440j XfHur6f4H/4VDqXw58Q/8Tjxh4j0fTj/AGyDo/xF+Fg+HH/CI6u2V+JBG3BzX6H+IP2Zvg/bQfaf +ED04XWP+PzH/QM/48/8ivwg/aYubnTfjxZ+CfCV54z0nQbTTtK+2eG7DxV4w/sz/oD/APIIIyD/ AGNzxj39K+ryfI8x4ixv1f6zkr5I4NvmymLvQoQwadH/AHyLi7qtOEuZunKVKVpSw8vb/McVZPj8 nwmAWMWAblmEYp4WLvZtKzu3fdaWV1e9k9PsXxLoHxh+I/h/x38dPh18R/Gvh/4l6V8LPC2vWfxQ vtV/szd4K1H4jeM/EWr+JNY8Qjw/dY+Fn9j/AAi8XeI/Anh0YPPhD75BWqnwk+AfiP4Z/Dnw94p0 nxH4k8UeI528BfFXxNr3w51PSdL+HOo6rfa1+0Mvh34ieHl8O+C9G8Taqy+G/wDhBV8IBgCrfFxl IU4FfNP7a2pHwPb/AAf8N+ANY8Q+Ez4h03Sr/WLLQvFGreGv+JZpvHTSdRx/zGMg9R2xX6WfB/4M fD+5+G/g/TdSs9Ru/tnh3Sj9j/4SrWP66j+Pb9M1tnHDubYDI1TweLyLC5bmuZPlo1MnvOOW4KnC DwMakOSpOKnGc6VOVqdNVJqUarlKT8/BcP4zH8SYzCp3xWU4BN2b+q3r2avuk9Vd35n3WiXxv4B+ DfxKtP2kPEnj/W9Z07V9B+H3jHxP+z5e2d94/wBY03xJ4p8M/Dfxb8PP2ZvEfhvw7jwbjV/AmsJ8 YPDfgTbgHGTxivvvxhf/AAqXR/Fv9mfCz4i6PaXmnf2HH4E0/wCICjTPH2mf8K5/4WjrHh3wH4dG nj/hLv7H+HXx11fxf4k8OaQVx/wnYPQgn82/2oPC/h/4XftEfCu5udH8ReHvBv8AaP2+8vM6wNL/ ALT/ALY/tjj/AKi/P9sfz61/Up8N/wBj/wDZH+JHgfw34k0TwH4d8Q6D4h03Sr+zvP8Aib/2Zqv/ ABJ/sZ/ycVtmuSZjjZZNOvismrYL6g1BLLVeDwE4zy9TqexXO1FNSVqd6nJUjyqLhLkwuCxyxmNw Uv7PvhMe94vXRJ2Sei2010bXp+BVz4I1TwDo174C8XeHPEeleMfD2gaXr5PhP4gax/Zh+Gvw18X+ IvhZ4EvfDgPh06wT4R8YeLvEfgTw3kHxgf8AhLuvGa+bP2gfgfqOt2/jy51PWNR8Q6r4e+IfxT0H WNX/ALV/tPTP+E40zxfqNn4v1jR/+PPH/CSeItHH5cGv6uPFH7C/7K/9nXn9pfDfTrv/AIl39n/b P7V1j8j/AMTH+XPWvy7/AGmPhf4P8E6PeaJ4b0fTrPS/+XOzsMf0/r/KvOwk8Vk2OwOPxmNwTx3N BylhcIqN7aL7N3aPLGLlKTik1qpLl+1yHh+WP+v4LG4LA/VP7PfK0ndSaTtvvdN3227H82v7Gzfs s6X+0RpGiftd/DlvGvwl8Xabq3gG91hdW1nS9T+FniTVR/Y3h34pWg0bUtG/4SVfCGscaz4a1nII 4Oa+Vfih4H1DwT8QPGPhK5vPtWqeE/EWq6DeXn/QV/szWPsf2zrn8q9s+OHh+38E/FC8xm0tdWP9 oWdn9P8Aj8/Ttz+lH7QHh/T7nxh4D1Lwlo+o6T/wlngzwrYazrGvZ/szVfHP/IH8S6xo94Qf+Kb/ AM/T+vsoxn17BYHG/wDQVFXfbRbt383rbfqfzJxDg1gsdjsGlZYTHvC7br3bNdbdFq9Hp5fMdvm5 t/s1zeZ+1+//AOr9a9V034J/FzVdOsNT0vwZqF7pmo2Vrf6def8AP3Y3kEdxaXPX/lvbyRy/8Dr9 l/2Bv+Cb/wAP9b+F9n8bPjr4D8O/Fi68WeM9K0/wf4PHj/WNM/4RXwx/bA0fxh4k8YWej/Y9H/4S Tw31/wCEb/A9q/dXSPAvwu8N6Tpfh3w94O8G6doGgadZaLoen/2Vo/8AoOj6VbRWOmWf/IN/5drK CCD/AIBXl4viDBYStKj0hppd9v69dfIww2QfWqMazunJ7LS2q72+Xoj+eL4X6z4g8AaPZ6J4S1jT tJtbT/mDjStH1PTP+4xo/wCPXFfVGn/tIahpun2dz4k8H6dd2uk8Xl5/aw6aZo+cj7YP+JPo3/cy dhX5j+MPH+geANI/tL/iY2mqWn/Hno9/z+v6eleK23iH4n/HQC21HWD4e8C/2ic2dhqgOpapyRkf bD/xOD6ZAxkngiv794inwZHEyynB5LHFZrHL28PQyvWENLuU2nZKKTbu0fwnk2S8TZjWxOaYvOHh srnmEY16uaR/eVJOUVGFOLs5SlJpR03a2Wr+1vjR+2f4h8f/APFE/s4WWo6tqmr4sPEniQ6V/Zem aVqRH2PP/QHxz/yGNY61yHgf9mDwhoeonxd8YdZPxW8Y3mn/APE4ssnU/DOlamDx/pv/ADMp684B HUdcV6/8J/A/h/RJ/DfhLTbP/hHv7W07VRef2DpWsan/AGpqf9j40ez/AO4xwf8AhJP8n1TR/ht8 QNSt9IP2Pw7aXV3qJsPsd/qusf2npX/JRP8Al8/s4eHPEmsf8W38Sf8AEn8H+JPEh6Zwc1/mb4me OmeYLOcwwHBiwWKweUuWEeZ4vXD3T1+o4a9pctmna9mrbtH+z/hD9Gz6LXhtgcsw30tePsx4N4u4 lyDAcU0eDKVLG5ZGjkucRX1d5pn8IuTzKSwqvgssd8BF7O6Yf8JRp9tb/ZrbR/slraf6DZ2fb+zN NOf/ANXsePfsNP1jR7n/AEb7ZqPp/p/+e49uteWah4W8T2xH2Y6dq1z/AMI74q13R7PQf7X1PTdV /wCEZ8X/APCHk/2ufD3/AAjZxrAOfDf/ACN/TkZFdefhP4w/tj+xPtvh201W01E/bB/an/Es/wCE Z/4Q/wAO+JP7YH/MYPHiTv8ATHHPy/Dv0lvFTJMZgXnP1HN8B8TwccGsA3HmSbTW7Wyaum1e+ja+ g8VfAz9lhxHg8Zl3CnijnPBPFFa0MBn9CrxFxDl8qkkowUqOawt/Zbk0m77vse8aPo5ube0uf+Ji bq8/0Czs/wDkJ6aP7M/pjt610ng/UPiB4SubP/hEtY+yfagPseNV/wCJZq3/AHB89v8A9frXifw3 +JH9p6f9m1u807/inv7VsLO8v/7H1PPPP+mf5HfFfVHhe4t/En/IN0fTru1u/wDQPtlhqv8AxLNK Op/9fnPp/Lpmv9DOE+MMF4kcIYLPJZdl+O4exi5cZlmfQWKlhMVZc2HUrOWmrtfpd6b/AOMvjV4N 519GrxSxvBtbMszwGfZb9RxuScQcMY+WVx4lyPMeXH5dnOChgWl/tqaUrp2vbyPSNH/aI+IGiXFn beJPDfh3xDdWn9q2F4bD/kKf8SzP/QHP5dj/AC+hPD/7VHwP1v8A0XW/7R8EXV3/AKB9s1/Sv+KZ /wDBxZ98fTrXx/cfD/8As3/RhrGnf2X/AGjj/QNV/sz+ytT7++sf2Rj/AJDA5/HNcH4g8L/2lp// ABLbzm0/4mGsf8wzTOP5de/bHpivj838CfCHifCP/hE/sWTd/wC1ci/2ZJu2joaXSlp89HqdXDn0 ovpBcE4xNcUPiTAJp/2TxS1mD5VZ2oY9/wDCne1lbSz30P048Yf8I/rfhf8Atvw3rGneItL1b/jz 1iw1X+09M1U+3Hrxxz61/Ov8Wfhv4w8SftgWlton+l3R/sr/AI8P+wwP8+lfQlx/wsjwl/pPgnxh qOk2v9nfbjZ6B4p/tPTM/wDT5o/+f513n7M/w3+KGt/F+8+MfjbwfqN3oOf9D1j/AJEbTPFWp6Z/ zB9H+26d9CeD0/Gv574s8Cc18O8Jnec4HPMBmuTvSN7YfFRWll3cra27rzd/7S4H+lBlHij/AGFk 2d5Hj+HuJVy4ubSePy6W133inbRva/Sx8B/tsfD/AFi2/a4+FdsLM+IbnVtO0rT/ALGeP+QZrHb8 q/XTwv8AaLa5s7X7Jj7Jx+fXp/8AqHU46H2HR/2D/gP8Wv2qP+Fx+Nv2j/jLpN3pJ0qw8N/Di/8A hXo+p6bpXibU9HF3/Y//AAmN54j8NjWMYJGsY9cnoB9N/Hj4D/DfRPEFn4S+DmseDPFfjLwn/ZVh 4w8H6Dqp1PxznxNo/Osax4b/ALR1j/nzH/IG5/SvxjiHCY3H4PJY4O2K+qYG7V/tO179b/i09rH9 F8KcQ5Ngc3zqTa/4VsbHV9For9dNG7Xukz8x/wBtDT9P1v8AZ38YfadH068urTTvt9n9v0k6n/ZW p6Yevp/n6V94f8E3/jRqGpfsn+A/7Sux9q0nOg/5/P8AWvB/2gPhf8UP+FT+MNN/4Vv4yu7n+ztV sPsf/CK6xn9c46f5NcH+wP4f8YfBz9me8ufjZ4b8ReCM+IvsHhvw3fjRtM8TeK9T1Pkf8SbWNRx/ Y4+nPb1rjwmV41cOfUpYJpvHa3bvbTv09PR+fbmub5Ng+I3jMTjcveE+oNpRtrJJJJ2166u2mnU/ aS5t/ix421Cz0Tw34D8RatqmreHf+Et0ez/4k/8AxNPDOP8AkMaPj/Pr0Nfnv+0x8D/2gNS0ca3c /CvxFaWuraj9gxf/ANj6bqf/ABM/zPb/AAr6Et/GFx/wmFn4/wBNs/7J8eeHtR1W/s/Elhqusf2n pX9p/wBnf8SfR/8AiY5PhvNn/j2zc1f4keIP+E41jx+LzUbvxR4h07SrDWPEl/qusanqeNM0fj+x 7zv/AMef+etC4Uwmjau1Z6u+un9fJfL41+Jeb4JtYHB4Bxatddm1r5q2yXmfzf8A7V//AATX/ao1 vSLPxtpvg/4d3n/CPeIvsGsaPf8AxU+G+meJvT+xrPR9Z1H/AInH/wBYHpX7kfGj9i/4X+P/APgn v+yX8Af2h/hv4d8PfFD4T/DvSvFvhDxJoOq6xqfjnVfE3ibWP+Ek8SfDe8/4Q/w7rH/CN+G/En9s Z1j3/Aj1TxR4wuPH/wAP/Emm+P8AwH4d8WeKP+P/AMN3n9q/8Izpn/EsP+h4N5nwf/wkn/cHH8q+ G7jxh441u40fw18UfEngzwn8Rv7R/wCES0e8OqnU/wC1fDOp6P0/sf2/D6GvtMJxBjMDk8cBg+ml 7a2en4f1rqfmWat5hjXjsYr8zvZW308v1Ow/Z38P+H7bwv8A2bpvgP8A4VPqln4i1bXtY8B2H/Es 8M/2n/y+f2Po/p/n6/VH2a29NQ/T/wCKrwfw/wCF7fwl4X8N+G/BGseIrS78Ef2VYWd5r+q/8JNq eq6Z1vPDesXnX/icdK7GHxQfJi8/QzHP5aedH/a2kfu5do8xP+Avlfwrh+uN6yd3u7xvr94K1lba yt6dD+On4cfCjxR4p1G18afEa21HV7W73Xtra3pwGwT/AMhY4BweOecjrwcV9M29vp+mnjOk/ZP+ XP8Az+H16dc16Rp+kW9tp/2b/j0F4PT8/b9auHR/+fr+zrv/AD1J9fpx/T/WjI+EcHlWAqYDCvWp TnTxePxeuKxHPHlbUtWlZ37bfP8AzOxvH2NzLNKGZYuKUKGIpVsHRwusL06kKiTi/dd+Wzbvf1Po T4P+BtH+LXii80W5vfEP2Wz+FXxU8eWY8B/2x/wk2q6n4G8HnWLPw5Z/2N4L8eav/wATc4/5A/g/ xIfmGAecdJ4f/Zf0/UvA/gPxL4t8SeM7S6tPEXgDQfDej/2VrHhnwz4V8DeJv+Kk/wCKP8Sax4d/ 4rDxh4b/AOEkz4k/6Fvxh/xTffn570e30/7P/Zv/AC69bPof8g4zk/j1p3/CK+H/APoEaf8AnX+V fiH4UZ74O5jmWFxnCWZcTcO1Mzx88r4gwUZToKhOXNy5hZSaa5tOy0uf9LHhn4x+Gn02sHw7xFkf i9wRwN4h5ZwzleW5rwDxVkeTLP8AAZxgacYY2vkcszSjjsqxyjdLCt7vue1f8Mr6jc+Fv7bN5qN5 a6tp39veD9I/srV/7M8U+JtT+A/h3416v/xXv/Iof8hjxJo/g4/8JGfrXB/ED4T6f8N/iBe+EtSv P7W17SdO8K+LrPxJp/8AbGman/xXOj/2x/y+f8gfWOn6dhXH/wDCL6B/0B9O6f8AHn7Zx09P6c9a ufaNP0T/AEa2s/8Aj7/58OnqP/r1+S4bLM040ccm4F4E4jr5vjJJc9KE60YNtXd5Rskr3dvO+5/S 2ByDg3wMT4z8d/F7wixXCOCy92wOP4Y4Xy3GSa1Sy5Q5pYyTtaNle+q2NjT9Yt/CX/HtZ6cf+XCz s7/9f5//AFzzjr/D/wASLe2uLPUtM/4SLwRr3/Hh9tsP+JZ+P+eR6+nllvp+oa3cfabn/j1/8pnY fj/nrXYW+j/6P9m/4l1n/wBf/J/szP8Ahn/64r/Xv6OXhnm3hj4aYDhnPIrFZvjMbi80zaM1dxx+ PUWo63S5Vdb/ACvq/wDmM/aCfSA4a+k59IfPePOFsEsFw1k2BwXCnCbhbC13k2S2SzBRirWxsU3F W0T00PoPT/jz4gtrf+zbn/hHdWtf7S+33l5Yf8SzVNV/sz/P88816Tb/ABp8L6lrGj22paPp13da Vp2q/bNYsP8AkJ6r/afB/wCEw+2f5HvmvjPUNH8L21v/AMTKz1Hw99k/5fNB/wCJnpnsTo57/j6V zf8AZ9xon/IpayPFlrzzYf8AEs8SjPH+h2erjp0J79epr9RzbhXJ8Um3guRRs3L4Yx5bNyvtZPVt +nXT+L8HicdNpYLGOUn7qWK1lJu1km+/ZfifbH9oeF7bT7z/AInOo3dr/aP9g/8AQM/4SnTOf+gx /wAy39P1r9FPhfp9v4S+E/w30TxbZ6jpNrZ/6BeWevar/Zep/wDEz1jURo//AIOD16/gK+G/2MPA 2sA6z8R/H/hvULvSxpx0DwfZ+LfCw/5Cmp/8zJ/wjer8aPrGj+o4xzmvuTUNQ8P/ABR8QeD/AAl/ wjY8WeF7vTv+E8vNYv8ASv8AimdK/wCEZ1j/AIpvnWP+QxrGsawDx6iv8+/pAcW5Pjc2XBmXSWMj hMb9azXFxb5Pbq1knG8WrJd15H90/R04I4kwOFxvE+er6pLFYFZZlWEatL6grXk7q933unruewaf qFxc/bLm2/tG0x/oGj/YMaZ/xLM/5ye/8/z3+LHhfw94k+JHiS5trPxFd/a/ir8AfCXjC8/tXV8/ 2ZqfjDTtH1j/AEz/AJg/g/OsA/j0r78txcfaPtIs+v8Ax+f9BPv9ePfqfxr8o/EPxYt/G3x/+JGm 6Jeaj/YPh74ifAH7Z/aGlD+0xqemfEj+2NY+x+G/+QxrH/En4/4k+j/1r+c8F/v1ul4q2yS0+5H9 OSvGEtWmovXVO9vz/wAz+hD9sD/gmd+yP8Jfh/4b1vwl8K/+J9q/9k/a72/8Vax4m1Pn/hHf+hk8 Rf8AUYzz398V+D/jjwf/AMKT/aA0jw38N/Df/CPaDd+M/hZr3iW9x/xTOlaZ/wAIf/zGLP8A6jH1 /Sv6NP2gP2oPhv8AGzwP4b03w1efFW7tdJ07Sj9t/wCGbP2kP7M/5DGnf9UZx/zB6/EP48eH/ixq XxQ1j4o+EvB/iK00v4ef8IBr1n/wnnhXxh8IP+E/0zTNH/5g9n488O+G9Y1j/hG/y56V+k8U4XAr Aw+ptJpRbd7a2V7bea9PWx8Dww8dLGz+uvHyWq1aa6WWv9fifeNxcafcj7T9j/4+/b0+n8v6Vx2o afp/+h/ZrPTrv7J/x+Xn/UMPT8/cj2zxWxo9xb3On2et/Y/9Fu/9PszYY/4lX9p9v8+ntgH9j3Fz cXlzc/TH+f09Tn6V+frZa3217/8ADn2HXT5dwt/D+nXNzZ3P2PTsdrPt09v889K8r+MHwn8P+NvD /wDZut2enWl1af6d4b8Sf2UP7T8K6njFn4j0cdfbrXpFxqGsf2h/z6fZOvf8PyPOOKp/Z9Quf+Pn /j6/5cz+v0/OmvL8D0Nz570/xR/wiVteal4t0fTvCdrpP/H54k0H+2NT8M/2Zj7ZjWBz/wAI3nWO e44r23zZZf3sA07yZP3kPA/1T/NH2/uEVwXxB0/T/Dfh/wASeJNbvPsmgWenarr2sXh/5hQ0zP8A bIP+f1r5wh+EHh/yov8AirviBH+7T93oXiIaNocfyj5NG0f/AISL/iVaUv3dO03/AJcbQQ2v/LKg D8ojo9x9o+1W1n6f6GP/ANX4/wCOKLfTxcn/AI8/pZ/T/P0x9RWPo/ii3ubj7N/z9/8AH5Z4/sz2 P5f54rsLf/SR/o15/QE5+v6+9f7a1J4ClCdWXw04SqSavflhFydvO0fyP8fcPRzDEV6GHp/HWrU6 NPaynVnGnH5czQC30e2t/wDSR/4H/l1HGMHkf0qnSz+ILfTdP8YabrdnqN5pfiz/AIRY/bNC0of2 npQ0zWMY/wCEj/tH/iTeEOv9saP/AMI31PajUPE/wu8/xH/Ynw48Q6ta/wBo6V/Y93p+q6z4Z/tT wzpms6j/AGx/ZFmfGWsL4b/4pr+x+hI4OQOK/wAgfGj6UPHfG2c5hlnCGb4zhXg+nmMqeVrLIKhm GY8sowlj8bjZayd3qop2SurrVf8AQT9Gj6N/hT9HbE4jAeLn0WfEvxs8SqFHLcwr8RwoZZnXBKjm sMrnVy/A5XmUsry9PLI427u8wej0vdCef7fp/wDXqn9n0+5yLmz9D9s/z27VUPiDwdc2+r21z4P8 Zatd/wDCO+P7DweNB/sjTNN0rU9T1jUNY8Oaz/Y48ZaxrBHhvOkccnjv3uaz4o8PeJLiz1Lw34Q1 Lw/dat4y8U694j1i/wBVwNV0zU9Y8Q3mjizFnqA0j/kD/wDCOD69CRyfyDhvxs8XOBMaswwHHec5 rqm8HneJp5pgZaN8q+tJSV0rXSVm1s2j+pcy4H8APpB5tg/Driz6CPGHh9gs4WOwa44yjL8k4Whw 0tFl+cyq5PUwseWD95p3TSd+rPR9P8H6P9ns7nTf7O7ah/0DP/1df1zjArsP+EeuPs/2n7H9rP8A nj07dPw6cVzfw31D7TqF5olzeH7Ldj7f2/zj6fTHNew6hp9v9n/Lv7elf7KeBHiXhfF3w3yTjGeC WFx0f9kzjCWtfMsPZNrsnuunZn/OB9ODwAzX6I/0heKfCjEZ1/rFkkvqXEHCOfp8/wBf4bzlp4CO Iabu4prBtp77s+etY/0a3/0a8+y+v9vcZ9//AK1e2/sn/s/3Hi3xRZ/GPU73w6dL8EeIv9C8N/8A MT1TU/7HzZaxxjH4f4V4l4o/tC2+2fabP/Rf8/l+fbtX1p+xfrFxbfDf4kDTemk+Ivt4+w4H/MH/ AM8jHavmfpLcQZxwv4cZzjclbwf1u2V4rWzWGzBq7TWzWuqad763PE+jnlOTZ5x5gcJjkpWtiknq vb4ez0V7dtOyvY+wPiB4o8QW1udE0zWAbu707Vf7Y1iw/wCQnpWmaZ/pn/1uOpzjOK7z4X+IPA/i TT9I1LwT/aOk6X4eGq2H9j3+lf8ACM/2V/zB/wDQ7Pv/AC49BX5MeH/HHxw+Nmj6P/wq7+0fhl8O PEPjLVPCV58SNe0r+0/E+q6npn/Tn/Z3/FH6PrH/AEOHbnPIxX65/A/4T+Fvgn8P9H8JabZ6j9qt P+J9rF5f/wBsan/auqan/pmsaxrF7rH/ABOOTj+eO9f5VOUptzm25y1lKV3JvrdvXfuf6WLE8iUI pKMdElzJaaaJKy+QeKPFHxA8SQax4S+G+j6dpN1q2nf6H4w17/iaaZpWp/2x/wAgf/hG7P8A4nOs D0/4Rv8AnXz38B/2d/B9t/wiH7Q9z8SNO1bXvCfiLF5efCX/AKlj/imz/Y/9sad4b1jR9Y0f/mZN Y/4Tz9BX2BqH/E7try2ubz7Jpd3/AGV9jOn5/tPt1/8ArdP0PtH7IX7Jnif9pbxF8XtB+Dni/wCF nwJ8M/B7UPAdn4iTXPh/rGqab4r8SfEkeIix+yeG/Gng5RzpKLksBvdRnkmqynCYzG422CunbZ6J bW3te/566hi8Xg1gv9t0vv06rS3p6bJaHyfp/wC0h/wpy38eaZbfGz9pm0+HNp4i/wCEt8Yf8Jb4 V8YanpnhXwzqf/Qt2fiTxF/wjf8AxOOvTxJ/OvK9P/aQ8H6l8QPGGieP7PUdWurT+1des/GF/wCK vB/ibU9W0z/mMf2x4b/4SL+2PDf/ACGPoevevffFf/BP748ftCeGv2ifFVzqfww8Sal+w/8AtMaz +zTd/Ay6RfDvhX48+KNQ1T4VSWPiKbxj44+I3h3wl4Y0eXRPHfh7xLF4T8XoYN8YieVZZrZJ/i24 /wCCXf8AwVE1PxN8a/BPhL9ljw54jufhnp2mfDXxh4S/4Sv4QHS/+El+LnxJ8RfF7SPHWkN4j8Ra wgGjeEPiRyPCByMH/hIsbWz3ZplfF1n/AMI/9q9k8do0uVb6pSd7K+l2k2jhwuMya3+x436norp6 dFqk92+lr3t3PVfgx4wt/CXxB+JGial4w/4pfxZ/xXngLH/Ez8M/8Izqf/MH8N3n9m/2P/xTYx/x Tf8AbFeqfED9oH4X+CbezutS8Sfa9U/4lX2Oz0L/AJBmq6ZqfPOsj/iT9u/0r5K0/wD4J0/t7634 w+HHgrw3+yB4L0rVPjb4e8ffGf4QaNp/xV+D/hrVNT8EeB/GHw58SeOwfEmjeItIPg7+xx8Sl8Oe GwceJAPGQPC+D+Kfg/8AYS/bd1r4U+G/jlb/AAU+FGrfDJ9f0zUfFvjn/hdf7N4bxWvxJZPAXh7w N8Ul1jxp/ZHhAKfHyaK51jRiF8xQcErXjKPGH1S3+pWOVm1rjMtvprpu7ysoq/V62Sck/rWT31xz 3V9X1a1evn+Lt5fZusfFD/hLs/8ACAeG/wC1tU/s7+0P+J94q0fwz4Z0rS/7H/0P/icWX/CSfT1/ M12FvrH/ABL/APkD6jd3V3/1Ff8A9f8An1zXyV/w7Z/b+8Na/wDCzwWf2J/BhtfEOm+PvHmjXlh8 avhv4l8Nan8NfDWj+IOfEvxf0fUP7H8IeHNIHxg8HgeLvEniMHxgfCIPhv0rpPhr8Cfjf+zj4n/4 QH9oXw5/wieveLPBmk+PPAllYeKfCHiXwP4p8D6nq+oX3/CX+EfHnhDUdY8IeLjjxMPDm3SQCM+D +K68KuI+VfXeF8dlSspPFrG5a1G2lpXS1sub3HJWa1crpL63gm7YLHbWfLo7q0dVZu29uv5HnGof tEfD/wAf+KPGPwc+KN5qPwy1+01H7BrGj3/9s/8AE18M/wDTn6eG+OePTFeOzfAPwFDNLFpf7Wni LTtMikePTtP/AOE/1j/QbFGK2ln0/wCXW3EcH/AK6b9tj9ne4+MVvo/iTwlZ/ZPFHhP/AE+z1iw/ 5GbStT0zOP8AsMZ76Pmvyum+M3xj0qaXS73UvgfcXmmyPYXdxe6j/Z15Pc2bG3nmu9P/ALSH2G5l ljd57PA+yys8H8Fdv9f1bT7vkB0tzp1vqWo3n2mz+12vpYY5/wA49PU8cVcg8P6hbG8udE1j7Ja9 rO/Gen8+v59Pen4e8cfabezttbs/9KtP+PPWLD6f8vn9O/Gc+vtmn2+n6lb/AGm2s/8APH58/Xt9 a/23oQwGZQnTn8NSEoTtZvlmnF697N/fc/yLrZhj8qr0a8NKlCrTrQb0tOnOM4P5NJp6d9il4H+J 9/4K8L+O9Et/B2m+LdM+K+nHwn8R7PUNU1jTf7U8Eabo3iMf8Iho/wBkz/Yx/wCE7LeO8jkjwgQe 9dj4w+LHhbU7mztfCXwr8O6tpV3/AGrf+JLzXtK8H+GTqv8Aaej/ABms/wDhW9mNH8GWWsHwH4b/ AOFkeD+O/wDwrcg15vceF7i21D7Tbds/bLP/AD/njpVPULfULbA+x/axwf8AQD/xM8/y7+/PA61/ ll4ufRq8VODswzGr4bZFl3F/CVXMJVMr92+c5NzPmeBs7X1enTpbW5/0VfRp+nF9EDxvyzh6p9IX i3iLw18UMPllPL8+WIzHNY8HcY16cIZfHN/7QwLSymSjCO+1vJW7y5+LAtoPEo0z4WaadU1bUvFV 94bvr7Vfhxpg8Lf2n/Z/9jn/AIpD4daMf7X8IaOP+Fb6PuA8H/8ACB9vS5qHxgt9S1jxL4t/4U/4 du/GWrf8J/8AY7y//wCEP/4RjSv+EmPjP+x9Y/4Rv/hXeP7Z8B+JPGH/ABJ/+pa8H846V4OPFGj/ AOmW1z/aNpdWn/Lpf/5x09uOK6TT7j7VcD/Q/tdr/np/T6e9fkXCfgz9I3irHLAy4Ijk8eaKeMz7 ArAYfDJtXlG61dtU+u/Q/pTxN8f/ANnP4W5Ljs7h4x5nxhjll18Dk3BnFmb57m2ZySXLlzlgmsHB NtRcsxtZO+57xp/iDR/Fvijw3reieA/+FfaZ4T+Hf/CB3ln/AGr/AGnqfirU/wC2PEWsf8JJrF5Z 6do//Mt3n/CHY/pWx4g1jT7b/RTj/pz/AP19e3fjPXNeV2+of8u1t/of2Tt9Dz+f/wBb0rzfWPFG YP8ARv8ARLq0/wD1/p1r/Wrwm8PsJ4XcG4Dhr64sTjbLGZvio/uI5hmVlzKPkn5K6tquv/Mb9JHx Xxf0ifGPPfEB4PMssyXmwWQcJZFjsY8fPJ+HMua+oYKeOd5YyTWrW8bu3c7DxTcW9z/o1t/pfA/z 7fjX1p+wvceH7nR/ip/aWj/ZLq08R6V9j1n+1f7M0vStM/sf1x/kV+V+oeINQubj/wCQP+YV6fj+ nT8Ptj/gn/4g/tvxB8VNE1K88Rf6X4dNh9j0LVf7M/5Cf/CRWf8AbB/4/M/2P9D14r8z+lDivrvh Xna3t9Rur31WaR1+7RX2W+jPsfo6ZV/YvHmSOW7WNvfdJ4VPd311X37WP0g8L+KLfTbjx58LvBHh s/avh4fCt/Z3l9qv9maZqv8Awk3/ABOP9D+x6dx9OB9K+kLfWftNv9pxqJ786V9P6cmvH/h/4f8A EFsLPUtSs9S1bVP+JVYXmsf8Sf8AtPVdM0z/AI8+Pxx2r6Q0+30/7Obe5vPsn2TTvsGP7V/HPP8A kD3r/LtaJdLJH+hF9b6b3t0/4Y4S38Yadolx/wAVJrGnaTa/8f8A/p//ABLP7V/5/P8AkMf9Af8A qfrXq/7OX/BQX9kT9mf9mf4z6N8ULv4geIvi9r/7dPwb+Jd74F+G2meNPDGrJ8N/DXjH4LDwD471 bxuPB158Pn8HaWvgPWfHv/CKNrCyfEBYn8Fqsi3jtB4f8UPhvrFz4H+PHhLwj/whmraX+0f8CP8A hQ+sXnjzStY8T6n8K9M/4qK9/wCEw8B/8TH/AJHD/ipORn8e9fE/7QH7eH7ZHi3wf8bPhd/wof8A Z3tPC/iHxF8F9P8AGHjy/wDFXjDUvE2q/wDCs/GHhz4kf2x4l/4SPUf+Kk/4ST/hG9H8N48YZ/4Q /wAH19nw7isnwTWLWN/2zazdu1l+i3bvpueDmuFxeN/5g9Frp5Wu2t/J/N9mv3O+L3/BQX/gl14s 8L/tp+CPBn7W3h3Qrn9qL9qn9m/472l+3wr+O2p6e2q/DIfsq2HjmU7PhyF3MnwTbzAoRdznC4AC 8x+1H/wVt/ZB+JPws/4KkaH8DP2jvEPhv4jfGzw54A8LfArxH4f0n4j+FtS8VS6Z8NvDvhvxL4j8 I+LbDQZE8H6Pvd/D58SeJJPCirIoYO7BXr8cfFH/AAWg+O9z8QNZ1PRP2P8A9gDSdCz/AKHo3jz4 qf8ACT6lpY/4p77Z/bGs2Z8N6RrB1f8A4RsAfKc5JyMDPm2of8FIP2sPiR4X8H+Cbn4J/sReN9U8 EfET4V+PNY1jQfFWsan4m8V/8Kz+PHw7+MH2PxJo+j/8y34k1jwH/wAI3rBz096+2/tbCaN452aT 26Oztfo91be9lu9PEWV2svqkdLL4rfy/3f6u1fY/oF/Zg/4Ka/sHeC4P+Cbfiz4pftNQ+EvE37Ln 7C/xN+A/xa8I694B+MXifxNpnjDxNov7J/neJNQ1jRfBeraUmhq3wfuRF4kDPH4jHiS3feGaSNPh bxR4p/4JveJf2Ef2Xf2IPBf7bPgvwB8G7z47J8dv29dF8QfBj48/8Jx8afEniLxWvi/xd4a0ptH8 EN4dU6Prd4y4/eKkXg34flFBLA1/iR8aP2iP2kPgv8VPhdrfgL9mbwR/wuPwZpXhLWPiRoX/AAmG p+OdJ0zwz/wj3/IH1jWNR/6k/wAN9R7dq9U1j9oj9qDUvEA8SW3gP9kTSdUvPGf/AAlusax/wr/W NT1TVf7T+L+nfFTxJo/+m6lyPGH2P/hG/Enf+VT/AKwZPbTGdP5na+n6t/00P+ycX1wKt6q1v8tf wXdn0He/8FHf2L9K/bD+M3iS4/a08F3n7OPxi/Ytb9lb4B6B4T+DPxl0zwx+zi/goG6f/haBu/B9 pIo+ImreMmj0FPBOlzoLTwDDZhI1jV0+L/2m/wBp34BfFjxT+xB4J+D/AMV/DvxF0D9kb9knS/gV 4s+I2zVfC/hnx1421TRfhPZmPwHpHjkeGvEmuZk+G0km9tH3/vNjbtu5tDR/jR+0x4b0/wAH6bc+ A/2RNW1Tw98O/h/4SvPEl/4A1nTNT8Vf8IN/wkX/ABONY/sbUf8AmcP+Ek/4ST6npXe237TH7RGi fY/+LJ/sZ2ml6TqOk68fDdh4V8YaZpn9p6Zo/jPR/wDoI4/sf+x/GH/It/j7Vw4vNMFjsG8Isbdt 3167W1vvbd7tbDwuExeCxibwbsrdXZ/De/d30tt13sfPfijxx4X8JfY/Eni3xJ4e8PWv/HhZ3mva r/Zemf8AEz5/+v8A061/LZ8WPA+r/wDC0/iX/wAI9p91e6B/wsDxl/Yd5Z4+x3ej/wDCRal/Zlza 8/8AHtPZeRLB/wBMnWv6A/ih4H8L6b8H/Afhv4keG9O8b+DfCeo6V/wkln/ZX9p5H9j6j/x52f8A 9ftX45alr/7OP9o3/wDZfwx8ZaNpn226/s7R/wDhFNG/4lVj58n2TTev/Ljb+Xa/9sq+Z+qx/pR/ z81959P9bVlfTbS8dO347HCW+ji21H/iSaxqOkj/AJcrP/kJ8/X8+/XP4dh4f+JHjjw3b/8AEy0f Trv/AImP2C8+wAf2nj6ZOOO+ehoor/XqP+yNex92zt36peux/l0oUcfFrGYbD4jmaV6lO7Wi2s13 636Htnh/40eF7m5s7bW7PUfD1163/HX6jnp7V6pb3Hg/xLbi503+zv8Ar8sP6fl/Priiivq8qxNX FK1aXMrp2tbXTX182fnvE2TYPKvewUq9J25lardLW9l7q0v0d/M5vUPh/qAt/wDRj9rtbP8A+t7H /PWvN9Q0f+xP9JttH+yE/wDgs/8Arc44/A0UV6OLwtFXtF9L62v62seHkWZYvEtKtU59UtUr2sv8 zm/+EouLf/l8z3vP+Ynx3+nbpXB+KNQ/ts/8S28/7cxn/ia//rI/zmiivhsXi61/i7/ml3/r00P0 vKcLReM+Hblfz0+75Hidx4o+zH/Sf/AzPr0H/wCqv0I/4J76P4x8W+IPjBdeANY8GaTr1p4d8K/6 Z4t8K6xqYA/tjUf+gPqOj9v/ANdFFfzj48Yqt/xDfij3r2WC3V/+Zkn+vSx/SHhRhKP+veR+61/v vX/qEXdPsfrR4P8Ah/8AHC2sPs+pfGzxF4T1T/mMfYPAHw3/ALM1XTM4/wCKb8Saxp2sf2xj+neu w8H/AAw8caJp32a5/aE+KvizVOftl5f6V8H9MzyT/wBE6A/Xv+ZRX+cX1i//AC5w/TX2ev2P7x/Y 56prHge2ubjOpfEj4rcZ+2f8VVo+mf8Apn8O2fc+n1r8JNStL7xZ+wX+1L8RvHviXxF4k8T3o/aN sbO81zViDnwT8Rb7w74dS70c8h00nSWQnBG8HBIxkoq8PGPuvlV/7XyeN7K/K+a8fR2V1s7I7m3r r/zLca/muSz+R/Mh/az/APPDT/8AwVaZ/wDG6/XX/gkNpv8AwlnxY/aC065/tO0sx+zvq15e2nhS ZPD+parp6fEf4dF7NHjAXYdylQN2M/ebrRRX7TjEvqOL0TvBdF6fovnqfAqUueKu9ZW3faL/AKuf 1A+H/hfcW1uLa2+JHxVtDpOo6rYXln/wlWjf/M7/AJ6Z7HYt/h/ccnTfip8Vf9E/6mrR8D1/5l33 /wA9KKK/KMKk3qr6z/M+swuHp4pQdZOTfL1a3aKeofDe4tvsdzbfEj4q/wDg18H9vb/hDMjj8ea+ ZPGGr+OPDf7V/wALPhdbfFXxmPAfiz4NfFPx54jsr/VfB+p/8VN4Z8YeDdH8OH+2T4M7f2wB0Oc8 njkoruwSTk7pP3Zb+j1+TSfyV7rQWLobfvq61S0qenlv0uej6x4PuLr7Zbf8LU+Ktp/yFb/7H/av g4j/ANQwY6e9fh7410/4x/8ACZeLf7L0+e80z/hJte/s68vP7G+2XVj/AGrd/ZLm7/4pz/j5nt/L ln/6as9FFVd939/9dl9xX1Shyr3b/D262XY//9k= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.viterbooggi.org/userfiles/image/banner/piccoli.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAPAAA/+4ADkFkb2JlAGTAAAAAAf/b AIQABgQEBAUEBgUFBgkGBQYJCwgGBggLDAoKCwoKDBAMDAwMDAwQDA4PEA8ODBMTFBQTExwbGxsc Hx8fHx8fHx8fHwEHBwcNDA0YEBAYGhURFRofHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8f Hx8fHx8fHx8fHx8fHx8fHx8f/8AAEQgAOAPJAwERAAIRAQMRAf/EAMQAAQABBQEBAQAAAAAAAAAA AAAGAQMEBQcCCAkBAQACAwEBAAAAAAAAAAAAAAAEBQECAwYHEAABAwMCBAMDBgcLCAsAAAABAAID EQQFEgYhMRMHQSIUUWEycYGR0lMWQlKSI9MVCLFiwoOTRFSVVhcYoXIzY7TEdUbR4YIkNISUhdU2 JxEAAgEDAQUDCQQIBgMBAAAAAAECEQMEITFBURIFYXEG8IGRodEiMhMUscFCUuFi0iMzQxUW8XKC ksJTsnM0B//aAAwDAQACEQMRAD8A+qUAQBAEAQBACgKE8aIBXwrxQAHigKoCjiQOCAi+c37j8WHn yysiNJZXPEbB/m8HFyqsvrFmxLkdZT4ImY+BdvfCjZbazrs3jGX/AKd9syQnQyT8Jo5OBoOBVhau c8VJJqpHu2+STjXYbddTmEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBA EAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAE AQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQAoDzTjUc0Bz/e+8L9mQ bhMQHvvZXtgY2NwYTK8ajqdzDY2EONCqnMyrvzY2bVOaWrfBFjh4sXB3bj9yPr7DVR7qyW3r5tp+ sHZm9uvzYilJ6YkYSHlpc4aWjlVxT62cbnyY/vJx+J6JIz9Ipxd1+5b3dp0bDXl9c4+Ga9ZHFcyN 1PjicJGCpNPMFa67yudK0RoO4e64sNinxBx60rSXBvxBg8B++ceHyVUHOyXbioxVbk9Eu/2EvCxv nS10hHVvsOX7axV7uHN2FplHkMjb63IMrRkcTXAxxezxAK850nCU8qUq80YPbxe89Dm5sbWIuRcr ubO7ideG89rQ3TLJt9G2TUI2saDpB8ADSi9Yr8K7Ty3ypa6GzkzWNjvW2L7qNt240bCXDUSeIHyr fnVeWuvA05XStNCgzmJdcTWwu4+tA1z5WahVrW8Cae5PmRdaPZ6g4tU02lpu5cI63Ny2+iMDX9N0 gcCA6lacvYsfOjStdDPJKtKal67zeLs7Zt1dXkUNs8DpyvcA11eVPat2Yo9RaZrG3kb5bW5ZNFGK yOaRQClan3LWM1KtGHFqia2lhu5sE4VbfROIdpLWuBdUCtKLX58Kc1VQyoSrShemzeMgZFJLdxtZ PTouLhR1eRFFl3IqlXt2GFF66bDOa/UK+B5Lepg9LICAIAgCAIAgCAIAgCAHkgNBuLfe1duSRRZn IstZpgXRwhr5ZNI4aiyJr3AcDQkUXK5ehDaywwulZOSm7UHJLfol6W0arH94u3t9ctt2ZVsMjzRp uI5IWcATxke0Mby/CIWkcu295MveG863FycK04NN+ha+gmQdWnsKkFGekAKA1mc3JhMDZ+sy97HZ wVoC81c4+xjGgvefc0FaTuRiqtkrEwr2RLltRcn5bXsRH4O8fbeeeOCLMAySuDGB0Fy0anGgq50Q aPlJXFZdviWU/DedFNu3ov1o/tEsury2tLeS5upmW9tENUs0rgxjW+1znUACkNpbSlt25TlyxTlJ 7lqyJT94+3EMz4XZlpfG4tJjhuJGkg/gvZG5rh7waKO8u2t5dQ8OZ0lVW/XFepupv8BujA7gtTc4 e+jvIm/HoNHsqSBrjcGvZXSaagKrrC5GSqnUrcvBvY8uW7Fxf29z2PzGnyXdft/jrk21zmoTMBU9 Bstw0cSKF8DZGA8OVarSWTbTo2TrPQM27HmjbdO2kfVJpmVgu4ezc9P0MXloZrioa2B4dDI80J8j JmxufwBrpBoswvwl8LOOX0fKx1zXINR47V52q085e3Dvja23XRszORjtZZaFkNHSSaTWjunGHvDf KRqIpVZuXoQ2s0wul5GVV2oOSW/YvS9K9m01ll3d7d3lw2CLNRte7kZo5oGfPJMyNg+crRZVt7yX d8O50I1dt07HF+pNslweDQg1B5FSClPSAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIDCyOWt7 Dp9Zr3dSunQAfhpWtSPagML714/7Ob8lv1kA+9eP+zm+hv1kBX714/7Oavs0t+sgKfevHfiS/Q36 yAr96sf9nN+S36yAfevH/ZzfQ36yAp968f8AZzfkt+sgK/evHfZy/Q36yAfevH/Zzfkt+sgH3rx/ 2c30N+sgKfevH/Zy/kt+sgH3rx/2c35LfrICv3rx/wBnN+S36yAfevH/AGc35LfrIDMx2Wt7/qdF r29PTq1gD4q0pQn2IDNQBAEAQBAEAQBAEAQBADyQHM8t3+2fi8reYy4s8i6exnltpnRxwFhfC8sc WkzNNKt8QuDyIp0PXY3gzLvW43Iyt8s4qSq5b1X8pif4kdj/ANByf8lb/p0+oidv7EzPzWvTL9kf 4kdkf0HJ/wAlb/p0+oiP7EzPzWvTL9glexO5OE3p639VwXMPoOl1vVMjZXra9OnQ+T7M1rRbwuKW wpesdCvYHL8xxfPWnLXdTilxJYuhShAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEB4kdpbX2L AqQjc3cyzxokisx6iaOtdLHSHnTytbTxPiVW5HUYxbjBOclt7O8n4+BKdHJqEXxINi73MSZ6fcsc HWhtddu6aXTGPUTjzOa2tat1fMqvp96dZ5dxKjr5qbizzLUIWo48XWdU327qkZuruQy3WVje5pmc LOwaB5quOkvb7SQa/OocYNQhGVa3W5z7Ird60S5KKm09YWY0pxkyUbO3Ha7W60l3O6eFtLG2kJc2 JxaRWrqHVIXmnFW9rLjatO+uecZv0JFVdxrl2Sg1GM4x17f0mDk9wWeb3HLJcTxyNaHEQ1fUSDhV vloemz5uKqZ9UdZX5Qkqqlt7l+kso9LlG2rSaUm05a693cerK9mt8NcywAi8zUoETHAjVHXpwNB/ FLqk/Iu+PalZxoWo6Tvv0I55HLdyH/12Y+s2W8cfb2UOK2/aBhvINJu52gFxmfSSVxPPysbX2cQr HJindtWI7FLmk+xJkPEu+7evSWlKLtb9hkYq7kvdwZLOzDqR4qOtsD8Lr2dulg4/iMouWHdU7lzK l8Kqo9y9prlRduzbsr45as1bLlsOJvcxI5zn3D3Q2zyTUw29C4g+2WYgfMoClKOI5fzMiVF5/wBC JkrSlkRtr4LS94yH2ExZjNuRyH1lzJW+mBp5pKT3Rr4aGUapd21zXrWNHZb96RHt3VyzvvZ8MV3/ AOBsN030H66EtnbjK2+Pt2R21nJTpRuNIxIf3RXmrGeZBSco+9yJ17KEG3ZnyLmVOd+kw8Pc+hxO VvKllrO70cDampjtR1J38Pa8hg+XgqXHuys4c7z+K8/dXfoWN+3Gd+FtP4FqyzcYiKwx0GTex8mf yA9Tp1EFpmBit4qA08wcXHh4Jl4qt41vGWty5LX7WzW3dU78pr+HA2LLceqscVJI42eOYHXclTrd b2585r/rJaqVJK9lqC/h48FX/MRotRtSufiuSojquMvLa8s4bm1frt5WAxu93vXoIuuq2FZJNOjM tbGAgCAIAgCAIAgCAIAgMHN5MYvDX+Scwytsbaa5MYNC4QsLy0H36VrOVItnfGsu7djb2c8kvS6H ybhYrTO7njOeyItLe6mdNkL6Q+Yipe+ho7zu5CopVUUEpz95n2HKlLHx38mHM4qkYry2Ik/cHbvb WzxkV3tXLie7Y9jJrJ0nU1RlpBkb5QdWoAnjTjwXW/btJVi9Sp6Rm587jjk26RppKlNeG3Zw3nQ+ w+7rjIbdusVfOAGDEfSuXvJJgl1uDXajyi0UB5aaDwUzCu1jR7jzfizpyt343Ifzd1PxKn2+mteJ Ovv1sv8AtBjf/VwfXUn50OK9JQf0rK/6rn+yXsMiHc+AuLK6vbXI213a2THSXUtvNHK2NrWlx1Fh IHBpPFbK5FptPYcpYN+M4wlCUZSdFVNVPl6abcHcDeTRqD7/ACUpbbse49OGIVcGg0NGRsqeAqeP AkqlfNdn2s+swjY6di/qQWvFv2vyoTfJ/s95iyxMl9Y5Zl3kII+t6NsL2anMbqLYpA97nOqKM8or 7lJlgSSqnqefx/GNq5cUJw5YPSta+lUWnHV+c0feDe17nM4Me17osfYMjDrUFwabksDpXPYQ0h0b nGOh5U95XLLvOUqbiw8N9Lhj2efbObev6tdKd/xefsRucH+z5lr/AA8N9e5NthdzxiRlk63c8tDm gtbK5z4yx3g5uk0XSGC2qt0IOV4wt27rhCHPFOnNzU9GjquDrqc+z2Fze1c3dYu6eYLuNpjfJA9w ZJFMyh0u8pcx7HUIPvB8VEuQdttHpMXKtZdpXI6xfHamnw4r9K3En7f9oMpu2wdkpLtuOx+t0cMj 4nSvkLaVLGExgsB8urVzBFOC72MRzVdiKrq/iO3hz+Wo886caJefXXfs2M1/cDt1lNlXtuX3Au7K 4r6W9Y0xnWwAua9tXaHCtR5jUfOBpfx3afYSej9at50XRcso7Y7dO/evNp6K2No7Q3BvrNzsZcFz 2ATX2RujJJQFwbxfRxdI4VLWkitDx4LFq1K7L7zfqPUbPT7KbWmyMVRercuPDQkm9OxuW2/iH5Sx vRlbe3Dn3rBEYZI4wK9QN1y6mjjq48Ppp1vYbiqp1Kzpniq3k3FbnH5bfw61TfDYqdnlWQfs+buu pJ7rbF08yQtjN3Yve8ks0lrJImgk+U6g8AcvMfFdsG7q4srfGHTopRyI7a8svXR/d6DtysjwgQBA EAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQGlzzGvv8Wx7Q5jpXBzSKgglvMFAY24bi2xkls2HHW0v XEhdrY0U0aeVB++QHvKY60ucH6y2gZBM2IXDNIDeGkOc06Rx8qAvTWNj933zC2i6vpC8P0N1aulW tac0BZwUmMyEBjmtYRdRt/O0ja3UCTRzfH5fegNLk8fJjrwwuOqJ4LoH8fhqRpJoPMPGiAuMtzDF HE2NsuQvxpgicNTY4nU/OuFDQ+z3IDcnA2FxiGR2kjZJGguju2lp1uFRRzwDVteCAjDmvY58cg0y Rkte32EeCAlzMLjrrHQB8LWPdGx3VjAa+unnUDj86A0mQ29f2zXPhHqYa0aGAmSlPFv/AEFAbCys 7Y5iOGS3Zp9BG97HMHxl5BJBHPggNduWGGDKsihjbEwwNcWsaGiut3Gg+RARA71wXrbyzEj3XFi1 zrhjY3mgY4NNKDzcXeCAwx3K2uZeiJJjNxHT6Emqo4000qgOjbHuYrq3muIqiOVsL2agWuo4OIqD xHPkgJOgCAIAgCAIAgCAIAgCAID4133/APeNxf8AE7z/AGh6rrnxPvPvfRv/AI7P/qh/4o0a0LEI DuX7Mf8AzJ/5L/eFKxt585//AED+T/r/AOB2fL5nE4awkyOXvYMfYRaRLd3UjYoWanBrdT3lrRVx AFTzUo+cmFDvXaM0ohhzNlLM4PLYo543PIYwyOo0Ek0Y0nh4BAY47i7D/VdvlTuHHsxl1K63tr19 zEyGWVvxRxyOcGucPYCgLkO/tjzX8OOi3DjX5G5IbbWQu4OvIXVA0R69bq08AgL9xu7a1vcXttcZ ezhuMaYhkIXzxtfAbinRErS6rOrXyavi8EBhs7kdv3vmYzcuMc+2/wDENbdwEx1qRrAd5eR5oDZt z+EdmXYQX9ucy2L1Dsb1GepENadXpV16KmmqlEAye4MHip7ODJZC3sp8hKLewiuJWRunmcQBHEHE F7yXABreKAuZXM4nEWMmQy17Bj7CItEt5dSshhZrIa3VJIWtbqcQBU80Bdu720s7Oa8u5mW9pbxu muLiUhkccbBqe97nUDWtaKknkEBSwv7HIWcN7YXEV3Z3DQ+C5ge2WKRh5OY9hLXD3hAZCAIAgCAI AgCAIAgCAIAgCA1m5X3DMDfutq9ZsDywjmDQlaXK8rptobQ+JV4nGLHO4+32dJ0gx2VuppHXhrV+ lr6W8fEciaGnuXm7tymIoQ0u3Zcr476v1HopY9ct838O2uZcKGwt9h9x4sJBjA22davc+V46ga5k kxOqR3DzaWOLaKwv9OlK0rKdIJrz0267dpCt58Ff+c9Zbu/cYd7213PBJbySi1jtcc93pQ+amtzh QSngfh/FXHI6ZOcrknJJSSjXhE3tdShGEU1+Lmn2y3eYy7l10Mbj9o4qJtzeMPCo1fnnEmS5mPJj RqOkHmo07jv0xrL/AHcaKU12bvOdLcFzSyb2lX7v+Bi7mgt7W3tsJjA0u8tlDcGgdI+Rw68xPPzP HD3BceoSV3It4sPghRskdN0U8qfmL/cTZeXsG4+9xxpjbCOASyRuo6N0PDURUEjzK2y8aUWrsX/D g1sIWBkwlGVuXxXZ1q9ENn2IzWJyeQMzv1xHWC0F1K1uoOdqe5zq83gfQtMaxK5anOtblxU5tlO5 DNvRt3I2mqWoSba2172Ui2rvqKwFkLmwFtLNLLJD1WCRj5eHVc4nzUbUALSXTLjxo2KpJPXtRs+o 2vqHd5ZPgSL+72/kydhAHxDA2Ihc0a9Rf0gfIR73kuqpc8DmvQn+CEdF2kNZyjbuKj55vbpsMfHb P3s3P3t3NBAyGW2mgjkdIHeeU6i5uni0uJpy5LTHw7kLlycmm7np7Da/lW5WoQSklHb2mFDsnuFF bXZEVsTcy9R8ReOo6jdMfnPCkfE0UR9JufSuypU5nr2kqWdYeQpuvLFaLgbGLYW4riDFWF0IYbO2 ZGLx7HEkhj9b208XSEip9ylT6e5ztarktbu0iwy4L5kteaWiNlebU3Ddbmnv3thZa2+uSxOqpkfo 0RAtp5dC6fRN5TvN6cvKjlC/GNnk/E3r6zTehGOxWWOQkiZkbsRw6WSdRsFvEQfM/kXOd4c6lVty McOxOM3zXbreze3ou47K4r1yCjpGBNdgWM9lteyimDmvcHyiN3NjZHl7Wn3hpCu8S24WoRltUaMh 5E1K45LeSNSDiEAQBAEAQBAEAQBAEBo9720tzs3OQw16slhchgbzJ6TqN+fkud5e4+5k7pk1HKtt 7OeP2o+XtkYvCZbc1li8zLPDaXrxA2S3LQ8TP4RA6myChfQcvGqpLMYykkz6z1W/es2JXLSTlHXX gtu9bjqO6e0nbHbGNbkMrkcpHC+VsMbWPhe5z3AmgAg8GtLjX2e1TrmLbgqtvy8x5LA8RdQyp8lq FqtK7JftG37Y4Pts25yke1steX0s9r0byOdpYGRvNA5uqCHzfT8i3xoWqvkbdfLgQuu5We4weRbh BKVVTit3xPQ9f4d9lf03JfysH6BZ+ghxfl5jH95Zf5bfol+0bS37VY7DbSz2HwtxcPly0BaDcvjP naxwY0FjIwGuJoarf6dRhJRe0iS6/O9k2rt1RStvcnsrrtbOKdqtz4/bm8be+yPCzlY+3lmpXpdS lJKewObQ+6vyKtxrihOr2Hu+v4M8rFcLfxKjpxpu8t59GZnee3MRgTnLm8Y+wc3Vbuhc17pi74WR AHzOd8tPE0AJVvO9GMeauh8yxumX7175MYvn3105e18PKh8t3O4BLu6XcQtxR+QdkBavOpvGYzdN xpx9nL5lSO57/N21PrUMOmMrDf8AL5KrupX7z6k2/vLb2dwoy9ndxttmM1XQkcGOgdSrmy1I06fb yPMGiu7d2Mo1R8lzOmXse78uUXzV0ovi7vKvnPnru9uzF7m3a27xbjJZW1tHbRzkOb1C1z5C4Ne1 rm0MuniPCqqcq6pzqtiR9K8O9PuYuNyXNJSk3ThsW59nrOp9jd2YW42pa4D1DYsrYulBtpCGukbJ K+YPi/HADqGnEU4ihFZuFdjyKNdUeR8VdPuxyZXqVtzprwokqPhs8tTS9+t64ibHxbas3R3N31mz 3cg4iAMHlaDy1v1+B4D5Vzzbya5UTvCXS7sZu/KsY0ou39C8thrOxO5MLhI8gzJyi1GRngghuX/6 PqMDi2Nx/BrrcQ4+XgakcK64VxRrXeSvFeFdvuDtrm5It0300q/Vs2+s6P3P3rhMDty8tLqTXf5G 2mhs7VgDyTJGWB7xUUjBdxJPHwqpeTdUYtPa0eY6F0y9kX4yiqRhJNvZsexdvkzkfYPHz3O+xcs4 RWNtLJK6hp56RtbX2nXX5ioGFFu5Xgez8XXlDE5d8pJejX7j6SVwfMAgCAIAgCAIAgCAIAgCAIAg CAIAgCAIAgCAIAgNJn3sjv8AFve4MY2Vxc5xoAAW1qSgMPcXosjLaut8jZtEAkD+pM0fHopSlfxU BdyWWsbbAOtba6iubjoi3Y2NwdUlugu8uqlBx4/IgLsuSx33ffb+rhM/pCwRdRurV0qU01rWqAjd rcTWs0dxEaPj408CPFp9xQEiyGbw0+JEs7WTyDS4WWqjxJ+L4Hh4mnJAasQj0b3tyNmMjfF3rJZZ mgiN4FYmgaxz8eFOSAuYe7jxF0yF9zBPaXJOowSdQRvFKPdwFK1of+pAXdyuxly0XdteQOuIm6Xx NkYXPbXhTzc21Phx+hAWbnP3lvdWbbOZkls21i60I0uGsE6hqHFpogNvYbosLgBtz/3SXxEh8nzP 4D6aIC03JY77xvn9VD0fRtZ1eo3TqErjprWlUBFe424ZLKWO+xlqcuemyPpWztRFXPJJLGycuHgg Oc7ax9+zuDlLmW1ljt5RL05nscGO1SsI0uIoagIDFtsVkW9z3XTrSYWhmlInMb+nQwuAOulKE8kB 3XZ4AF0B/q/4SAkaAIAgCAIAgCAIAgCAIAeSA+Bd87/dY919zxZKxF5jbfM5KOSC3l9NO8NuJWsp M9lyxtHUJ/NGo4cOY4uxFup67G8Z5dm1G3GNvlhFRVVKuip+Ys/3q7H/ALL5P+ubf/4xY+nidv77 zPy2vRL9sxcp3Q25JYysxWAvLS/Ono3F1kormFvmGrVDHZWznVbUCkgoePHkX08TP995n5bXol+0 d1/Y23Fe5j73epZGzofq7R0g4V1+qrXUXfireFtR2FJ1jrt7P5fmqK5K05U99OLfA6L+0pjcplOz uaxuKsbnI5C6ktG29rZwS3Eriy7ild5ImvIAYwmp4LoUpvLfbm6rDHZOfI7pvtwwS2E7IsfNZWUJ Ejm1a9otLeGYvoC0M9/KtEB87Yvau7bPtV23t7jb+WbdYndTr7I2rcfdvmhtmTazK+JkTn6dJ4cO PhXigOnd9W3HcjZDdr7X2/kchlpryCaO4v7C9xcNmIydc/Vv4rZjyWOdHpaSaOJpwQG52LjMrbd9 +5F/c2N1FYZCHECxv5beVlvObe0bHL0pnNEbi1xoQHfuIDW7I/We3e4nd3cN/iMkbC4mxr8cYrG5 lfeGKOaNwtWsjc6Wj3NBLAQ0Gpo3igI9u7tJvsYmDfFhY2cXcTF3cm4Lm8iuLq7uLk9Ml2NZbsiZ E5oY2OJgaTUMoOL3EgbTunf5TP3Xarc1rt/MNt7TLtvcrZ/q67fdWUbHRiXrwMjdINJBpRvnAqzU EBtO+mSdu/s1uXG7exmWu8g42LY7R+JyVvLIfWxSHpsuLeJ0mlkLi4trp8aVFQN7vaDce6dwWm27 LGOO3LHoZPMXl2+S1t7x7XuMOO4wSmRmprZptIIoAx1NRQEY7NYvemwd15PYOVsrmXaL2es2tkIY 33Npb9SR0k9rJdMhYQ4uk5zafgNPjCA7WgCAIAgCAIAgCAIAgCAIAgLczWuYQ/i08HD3EcUFDhku Efm9zz4/bsURtWOddzNm1CNtHaYwCONa1IXlHgSv5M5Q/d8mzv8AOept56tYkfmrmc9NPym5Le6V qWQNxksoaNOuO6do/wArqrusXqS0VzTuj7CIpdOkteZdhfttn9wclJW8khxUbnVkfrNxPpPMsc4u 0lZfR792nz7ra4bPsoarOxbf8KDcv1jd3m17jbeCfFty0fdXt0/TfXOoeoe1wPHU7lxoCrV2HZtO NhJSIEshX7nNek1HsIn/AHdb0yc5lvLWzti06om3D+rpLaaaBoPJUOP4evRlzu5ST1dOJd3usY6t q3CDkjcW/avOSsMd7l4GROZR8UNs14JNa8ZDyVnDpDpSVyb87KyfUrf4bUV31Mm27OWEUAjOTuGu B4uijgjB/wCyGELouj2d7m/9UvaaPqtx/hh6F95dHaDG1q7KXbh7KQ/o1t/SbP63+6XtMf1O490P 9sfYLntZM5wdFmptLR5I5YY30PgajSVj+lx3TmvOwuorfbi/MYz9l77tJTLa5WK4OjTQvnhca8xR ry0LlLAyFrG8/PFP7jZZWO/itU/yt+0tzy9z7SPS6znlbHRrXW88Ujne+kjSfpWkrXUYrSduXmNk sKW+cTDmzW/bVrJJrPMEOcaNYLd9CfaGRk0UeVzqeyls2+Rhv+ZL0GX1t+5ANibi7nlwku5zEwV8 XBmklarG6ndfvThBdiXsNJfSQ1TlI3OI2A98kVxn5m3To3CRljA3RbNeCCCWgDWR++U/B6RCxLnk 3cuP8UtThezKrkglGHrJq1rQeA4+5W1CEelkBAEAQBAEAQBAEAQBAEBxPffYee6yEmQ2s6CGCYOf LjZCYw1/DhA4BzQ134p0hvhw4Ctv4TbrA910nxYoQUMjmbWnNt0/W9utftjsHZvuhmp2/rh7YBAx rI5r666/kBpoj6RnI0jwNAuX0l2W37Szl4l6fYX7vWr2Rjy+mvL7Ttmytl4jaeJZY2LA+dwaby8L Q188gHxO50aKnS2vl+kqys2lBUR4PqfU7mZd55vTdHcl5bXvJFQLqVxQgUKA493F7ITZXJXGZ29N HHcXLjLdWE1WtfKdTnvjk81C86fK4AVqdXgq+/h8z5ontejeKVZtq1fTajopLhuTXZx9W8gVr2R7 jzXEcUmOZbMeaOnluICxnvcI3yP/ACWlRVh3K7PWehn4owYxqpuT4KMq+tJesm7P2eoRtiSF98w7 jLxLHdAPFu0BlDbkVqWl/HqadX73mDJWB7tK+8UL8Yv56fK/kUpTTm2/F3/q1p27yEXXZHuPDcSR RY6O5Yw0bcRXEAY8e0CR8b6fK1Rnh3FuL634owZRTc3Fvc4yr6k16yWbX/Z8uXRyzbjumRufE9sF rbkvLJHsLWySP8gPTcdWltQfE0qF3t4P5mU+f4ximlYi9qq3ppXVLv47Vw3kdzHYjfdncaLGKHKQ GpE0MrIiADQa2zmOhI/FLvlXKWFcT01LPG8WYc41m3bfBpv0ctfXTuNLnu2W68BhDmMxDFaRCZsD YDK2SUl4JDh0tbNPCnF1VynjzjHmkTsTruNkXfl2m5OjdaNLTvo/UZ209q5rcmx8rZYeFtxdQ5G0 uHROeyOrGwTsNHPIbWrxzK3t2nODS4+0j9Rz7WNlwlddIu3JVpXXmg92u4v47sZ3Cup+nPaQ2DKE 9e4njczh+DSAzPqf81I4Vx7qGl7xVhQVYylPsUX/AMqI7rsbY+K2jihZWf525lIde3pbpfM8cuFX aWtr5W14fKSVaWbKtqiPn3Veq3My7zy0ivhjwXltZJV2KwIAgCAIAgCAIAgCAIAgCAIAgCAIAgCA IAgCAICO7vAItQeX5z+CgI10IvxR9CAsXV1ZWLWPm8vUdpja1rnOc6hNGtYC48ASeCAwrbcGEuG6 9fTdr0Br2kEkzOtxSla1kYfHgOJoEBcbuTEOlbCJX9V5cOmYZQ5ujRqLxp8gHVYauoKGqAyJshZQ xCeQO0lxjbpY57i4V4BrA534J8EBjx5fDXDiIX9bgDraxxYQS0cJKaD8Y4VQFm33LgpGNexz29SN soYYpNRa95YzgG1q4sdQc6CvJAXX5rCxvZ1JOmXtMjXPje1tAwyGri3SHBgJ0nj7kBfGWxoszeiS kAdoJ0O1B5cGaNFNerUQKUQFDl8ebg2xc4ygAkaHhtCWjg8gMP8ApG8AUBZdmsUJDD5y/XoLRDJ7 HEEeXi09N1HDgUB7tMrj7i3uJYw5sVsR1dTCDxiZNwaPN8Eg4UrVAWp9wYS3jfK6QgxxGZzdDg7S 1hkLeIbR+hhOg8fcgPcOax88rGNY/wBU9rXmBzC14a4s1VJo382JGl9DwQE12h/O/wCL/hICRIAg CAIAgCAIAgCAIAgCA/Nfuwf/ANS3l/xzJf7XIgImgKoD6p/Ya/51/wDa/wDfEB9VUQCgQBAKIBRA KBAKIBRAKIBQIBQIAgCAIAgCAIAgCAIAgCAIAgKFoIoeXsQxQsW+PsbdznW9vHE5/BxY0NJp7aLF FWps22X9IWTA0N9ixQDSPYsgaW+xANIQDSEBWgQUKaW+xANDfYsUA0t9iyCtAgKaQgGkICqAIAgC AIAgCAIAgCAIAgCAppCArRAKBAEAQFNIQFaBAKBAKBAKBAUoEBGd/wCzTu3AjE+s9FSZk3X6fV+A OFNOqPnq9q4X7PzI0rQtOkdS+jvfM5ebRqlafczC7b9u/uXBfQ/rD1/rXxv1dHo6emHDlrkrXUtc fH+WnrWp3611n66UXy8nLXfXb5kTSgUkpBQIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAj u7v5p/GfwUBHkBi3uPtr1jWzgnQ7WxzXOY5rqFtQ5pBHAkfIgMZm3sWyONjYBSJ0j46lziDOXGTi ST5tZQHm323i4JnzMY4yyB7XvfJI8kSBgdUvc7whYPmQF+5xVvcRNicXta15kBY9zHaiD+E0hw+L wKAtwYDHQP1Qx9PgBoa54YKEHgyukfCPBAW2baxDGaGRFo0saCHyagI3PezS7VVukyupT205IC5L gMbNCyGaLqRxklrXFx4mMwmtTx8jiOP7qAuDEWYtDaUd0idXxv16q6q666618aoC1FgMfFN1Y2Fp oGhut+gBukDSyulvwN5BAem4OxbK6UNd1HODy4veTUaqAVJo3znyjhxQHu3w9lbwTQxNc1s9Oqdb 9RLY2xA6ydQIYxvEH380BinauEMRi9OOm5jo3NDngEPaWuPP4i15Gr4uPNAX4cFjob919GwtuHBw Ltb9NH6S6jCdI1aG14eCAmW0f53/ABf8JASJAEAQBAEAQBAEAQBAEAQEau+2Xba8upru72nhrm7u ZHS3FxLj7V8kkjyXPe97oy5znONSTzQFr+6ftZ/Y3B/1bZ/o0A/un7Wf2Nwf9W2f6NAbXBbT2rt/ r/qHDWOJ9Tp9T6G2htup066NfSazVp1upXlUoDaoAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIA gCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAUCAUCAIA gCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIAgCAIBRAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQB AEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEAQBAEB/9k= ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.viterbooggi.org/css/stile2.css TD.menu_left { BORDER-BOTTOM: #ffffff 1px solid; BACKGROUND-COLOR: #e9e3cd; = TEXT-ALIGN: left } TABLE.notizie_laterali { BORDER-RIGHT: #d1c1a7 1px solid; BORDER-TOP: #d1c1a7 1px solid; = BORDER-LEFT: #d1c1a7 1px solid; BORDER-BOTTOM: #d1c1a7 1px solid } TD.etichetta { DISPLAY: block; HEIGHT: 15px } TD.bordo_sopra { BORDER-TOP: #bdbdbd 1px solid } TD.padding_left { PADDING-LEFT: 10px; VERTICAL-ALIGN: top } TD.padding_left2 { PADDING-LEFT: 30px; VERTICAL-ALIGN: top } TD.padding_left2 { PADDING-LEFT: 5px; VERTICAL-ALIGN: top } IMG.bordo { PADDING-RIGHT: 10px } TD.padding_bottom { PADDING-BOTTOM: 10px; VERTICAL-ALIGN: top } TD.galleria { BORDER-RIGHT: #d1c1a7 1px solid; PADDING-RIGHT: 15px; BORDER-TOP: = #d1c1a7 1px solid; PADDING-LEFT: 15px; FONT-WEIGHT: normal; FONT-SIZE: = 14px; PADDING-BOTTOM: 15px; BORDER-LEFT: #d1c1a7 1px solid; COLOR: = #666666; PADDING-TOP: 15px; BORDER-BOTTOM: #d1c1a7 1px solid; = FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, sans-serif } TD.bordo_destra_rubriche { BORDER-RIGHT: #bdbdbd 1px solid } TD.bordi_ultima { BORDER-TOP: #bdbdbd 1px solid; BORDER-BOTTOM: #bdbdbd 1px solid } TD.menu_left2 { BACKGROUND-COLOR: #e9e3cd; TEXT-ALIGN: left } TD.bordo_destro { BORDER-RIGHT: #bdbdbd 1px solid } P.menu_left { FONT-SIZE: 10pt; COLOR: #ffffff; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left } P.data_corsivo { FONT-SIZE: 11px; FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, = sans-serif } .titolo_piccolo { FONT-SIZE: 18px; FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, = sans-serif } .continua_piccolo { FONT-SIZE: 11px } .titolo_rubrica { FONT-WEIGHT: bold; FONT-SIZE: 14px; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif } .titolo_grande { FONT-WEIGHT: bold; FONT-SIZE: 18pt; COLOR: #000000; FONT-FAMILY: Book = Antiqua, Garamond, Times New Roman, sans-serif } .titolo_grande_video { PADDING-LEFT: 12px; FONT-WEIGHT: bold; FONT-SIZE: 12pt; COLOR: #000000; = FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, sans-serif } .titolo_ricerca { FONT-WEIGHT: normal; FONT-SIZE: 18pt; FONT-FAMILY: Book Antiqua, = Garamond, Times New Roman, sans-serif } .testo_rubrica_piccolo { FONT-WEIGHT: normal; FONT-SIZE: 11px; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif } .testo_rubrica_piccolo_azzurro { FONT-WEIGHT: bold; FONT-SIZE: 11px; COLOR: #167cbc; FONT-FAMILY: = Trebuchet MS, Arial, sans-serif } .grigio { COLOR: #666666 } .nero { COLOR: #000000 } IMG.home { MARGIN: 4px 10px 4px 0px } .marrone { COLOR: #d1c1a7 } P.testo_news { FONT-SIZE: 13px; FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, = sans-serif } P.categoria { FONT-WEIGHT: bold; FONT-SIZE: 13px; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif } TD.testo_contenuto { FONT-WEIGHT: normal; FONT-SIZE: 14px; COLOR: #666666; FONT-FAMILY: Book = Antiqua, Garamond, Times New Roman, sans-serif } TD.testo_stampa { FONT-WEIGHT: normal; FONT-SIZE: 14px; COLOR: #333333; FONT-FAMILY: Book = Antiqua, Garamond, Times New Roman, sans-serif } TD.testo_contenuto2 { FONT-WEIGHT: normal; FONT-SIZE: 14px; COLOR: #666666; PADDING-TOP: = 10px; FONT-FAMILY: Book Antiqua, Garamond, Times New Roman, sans-serif } P.ultima_ora { FONT-SIZE: 11px; FONT-FAMILY: Trebuchet MS, Arial, sans-serif } P.azzurro { FONT-WEIGHT: bold; FONT-SIZE: 10px; COLOR: #167cbc; FONT-FAMILY: = Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: center } TD.laterali { FONT-WEIGHT: normal; FONT-SIZE: 12px; COLOR: #000000; FONT-FAMILY: Book = Antiqua, Garamond, Times New Roman, sans-serif } A.link_news:link { FONT-SIZE: 13px; COLOR: #167cbc; FONT-FAMILY: Book Antiqua, Garamond, = Times New Roman, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_news:hover { COLOR: #666666 } A.link_home_tit { COLOR: #000000; TEXT-DECORATION: none } A.link_home_tit:hover { COLOR: #cccccc; TEXT-DECORATION: underline } A:link { FONT-SIZE: 13px; COLOR: #167cbc; FONT-FAMILY: Book Antiqua, Garamond, = Times New Roman, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A:visited { FONT-SIZE: 13px; COLOR: #167cbc; FONT-FAMILY: Book Antiqua, Garamond, = Times New Roman, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A:hover { COLOR: #167cbc; TEXT-DECORATION: underline } A.link_news:visited { FONT-SIZE: 13px; COLOR: #167cbc; FONT-FAMILY: Book Antiqua, Garamond, = Times New Roman, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_oriz:link { FONT-SIZE: 9pt; COLOR: #ffffff; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_oriz:visited { FONT-SIZE: 9pt; COLOR: #ffffff; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } .barretta { FONT-SIZE: 9pt; COLOR: #ffffff; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_oriz:hover { COLOR: #ffffff; TEXT-DECORATION: underline } A.link_sezione:link { FONT-SIZE: 9pt; COLOR: #666666; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_sezione:visited { FONT-SIZE: 9pt; COLOR: #666666; FONT-FAMILY: Trebuchet MS, Arial, = sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_sezione:hover { COLOR: #666666; TEXT-DECORATION: underline } P.cerca { FONT-WEIGHT: bold; FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; = FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } P.quiz { FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; FONT-FAMILY: = Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_menu:link { FONT-WEIGHT: bold; FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; = FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_menu:visited { FONT-WEIGHT: bold; FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; = FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_menu3:link { FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; FONT-FAMILY: = Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_menu3:visited { FONT-SIZE: 9pt; COLOR: #444444; LINE-HEIGHT: 12pt; FONT-FAMILY: = Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; TEXT-DECORATION: none } A.link_menu3:hover { COLOR: #666666; TEXT-DECORATION: none } A.link_menu2:link { FONT-WEIGHT: bold; FONT-SIZE: 10pt; COLOR: #444444; LINE-HEIGHT: 12pt; = FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_menu2:visited { FONT-WEIGHT: bold; FONT-SIZE: 10pt; COLOR: #444444; LINE-HEIGHT: 12pt; = FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_menu2:hover { COLOR: #333333; TEXT-DECORATION: none } A.link_ultima:link { FONT-WEIGHT: normal; FONT-SIZE: 11px; COLOR: #000000; LINE-HEIGHT: = 12pt; FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_ultima:visited { FONT-WEIGHT: normal; FONT-SIZE: 11px; COLOR: #000000; LINE-HEIGHT: = 12pt; FONT-FAMILY: Trebuchet MS, Arial, sans-serif; TEXT-ALIGN: left; = TEXT-DECORATION: none } A.link_ultima:hover { COLOR: #000000; TEXT-DECORATION: none } A.link_menu:hover { COLOR: #999999; TEXT-DECORATION: none } A.footer:link { COLOR: #ffffff; FONT-FAMILY: Book Antiqua, Arial, Helvetica, = sans-serif; TEXT-DECORATION: none } A.footer:visited { COLOR: #ffffff; FONT-FAMILY: Book Antiqua, Arial, Helvetica, = sans-serif; TEXT-DECORATION: none } A.footer:hover { COLOR: #89ad0f; TEXT-DECORATION: none } TABLE.contorno { BORDER-RIGHT: #11411f 2px solid; BORDER-TOP: #11411f 2px solid; = BORDER-LEFT: #11411f 2px solid; BORDER-BOTTOM: #11411f 2px solid } P.bianco { FONT-SIZE: 8pt; TEXT-TRANSFORM: uppercase; COLOR: #ffffff; FONT-FAMILY: = Book Antiqua, Arial, Helvetica, sans-serif; TEXT-ALIGN: center } P.menu2 { FONT-SIZE: 7pt; TEXT-TRANSFORM: uppercase; COLOR: #0e3218; FONT-FAMILY: = Book Antiqua, Arial, Helvetica, sans-serif; TEXT-ALIGN: center } P.footer { FONT-SIZE: 7pt; COLOR: #ffffff; FONT-FAMILY: Book Antiqua, Arial, = Helvetica, sans-serif; TEXT-ALIGN: center } #form_search { FONT: 12px Trebuchet MS, Arial, sans-serif; COLOR: #000000 } #select { FONT-SIZE: x-small; BACKGROUND: #ffffff; WIDTH: 160px; COLOR: #000000 } #select2 { FONT-SIZE: x-small; BACKGROUND: #f5f5f5; WIDTH: 160px; COLOR: #000000 } .selezionato { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; BACKGROUND: #cccccc; FONT: 12px = Trebuchet MS, Arial, sans-serif; COLOR: #000000 } .opt1 { BACKGROUND: #666666; COLOR: #ffffff } #input { FONT-SIZE: x-small; BACKGROUND: #ffffff; WIDTH: 150px; COLOR: #000000 } #input2 { FONT-SIZE: x-small; BACKGROUND: #f5f5f5; WIDTH: 150px; COLOR: #000000 } #textarea { FONT-SIZE: small; BACKGROUND: #f5f5f5; WIDTH: 400px; COLOR: #000000 } #button { FONT-WEIGHT: bold; FONT-SIZE: 10px; WIDTH: 60px; CURSOR: hand; COLOR: = #666666; FONT-FAMILY: Trebuchet MS, Arial, sans-serif } ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.viterbooggi.org/css/lightbox.css #lightbox { Z-INDEX: 100; LEFT: 0px; WIDTH: 100%; LINE-HEIGHT: 0; POSITION: = absolute; TEXT-ALIGN: center } #lightbox IMG { WIDTH: auto; HEIGHT: auto } #lightbox A IMG { BORDER-TOP-STYLE: none; BORDER-RIGHT-STYLE: none; BORDER-LEFT-STYLE: = none; BORDER-BOTTOM-STYLE: none } #outerImageContainer { MARGIN: 0px auto; WIDTH: 250px; POSITION: relative; HEIGHT: 250px; = BACKGROUND-COLOR: #fff } #imageContainer { PADDING-RIGHT: 10px; PADDING-LEFT: 10px; PADDING-BOTTOM: 10px; = PADDING-TOP: 10px } #loading { LEFT: 0%; WIDTH: 100%; LINE-HEIGHT: 0; POSITION: absolute; TOP: 40%; = HEIGHT: 25%; TEXT-ALIGN: center } #hoverNav { Z-INDEX: 10; LEFT: 0px; WIDTH: 100%; POSITION: absolute; TOP: 0px; = HEIGHT: 100% } #imageContainer > #hoverNav { LEFT: 0px } #hoverNav A { outline: none } #prevLink { DISPLAY: block; BACKGROUND-IMAGE: url(data:image/gif;base64,AAAA); = WIDTH: 49%; HEIGHT: 100% } #nextLink { DISPLAY: block; BACKGROUND-IMAGE: url(data:image/gif;base64,AAAA); = WIDTH: 49%; HEIGHT: 100% } #prevLink { LEFT: 0px; FLOAT: left } #nextLink { RIGHT: 0px; FLOAT: right } #prevLink:hover { BACKGROUND: url(../images/prevlabel.gif) no-repeat left 15% } #prevLink:hover:visited { BACKGROUND: url(../images/prevlabel.gif) no-repeat left 15% } #nextLink:hover { BACKGROUND: url(../images/nextlabel.gif) no-repeat right 15% } #nextLink:hover:visited { BACKGROUND: url(../images/nextlabel.gif) no-repeat right 15% } #imageDataContainer { MARGIN: 0px auto; FONT: 10px/1.4em Verdana, Helvetica, sans-serif; = OVERFLOW: auto; WIDTH: 100%; BACKGROUND-COLOR: #fff } #imageData { PADDING-RIGHT: 10px; PADDING-LEFT: 10px; PADDING-BOTTOM: 0px; COLOR: = #666; PADDING-TOP: 0px } #imageData #imageDetails { FLOAT: left; WIDTH: 70%; TEXT-ALIGN: left } #imageData #caption { FONT-WEIGHT: bold } #imageData #numberDisplay { CLEAR: left; DISPLAY: block; PADDING-BOTTOM: 1em } #imageData #bottomNavClose { FLOAT: right; PADDING-BOTTOM: 0.7em; WIDTH: 66px; outline: none } #overlay { Z-INDEX: 90; LEFT: 0px; WIDTH: 100%; POSITION: absolute; TOP: 0px; = HEIGHT: 500px; BACKGROUND-COLOR: #000 } ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: application/x-javascript Content-Transfer-Encoding: quoted-printable Content-Location: http://www.viterbooggi.org/flowplayer-3.0.5.min.js /** =0A= * flowplayer.js 3.0.5. The Flowplayer API=0A= * =0A= * Copyright 2009 Flowplayer Oy=0A= * =0A= * This file is part of Flowplayer.=0A= * =0A= * Flowplayer is free software: you can redistribute it and/or modify=0A= * it under the terms of the GNU General Public License as published by=0A= * the Free Software Foundation, either version 3 of the License, or=0A= * (at your option) any later version.=0A= * =0A= * Flowplayer is distributed in the hope that it will be useful,=0A= * but WITHOUT ANY WARRANTY; without even the implied warranty of=0A= * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the=0A= * GNU General Public License for more details.=0A= * =0A= * You should have received a copy of the GNU General Public License=0A= * along with Flowplayer. If not, see .=0A= * =0A= * Version: 3.0.5 - Tue Feb 03 2009 13:14:17 GMT-0000 (GMT+00:00)=0A= */=0A= (function(){function = log(args){console.log("$f.fireEvent",[].slice.call(args));}function = clone(obj){if(!obj||typeof obj!=3D'object'){return obj;}var temp=3Dnew = obj.constructor();for(var key in = obj){if(obj.hasOwnProperty(key)){temp[key]=3Dclone(obj[key]);}}return = temp;}function each(obj,fn){if(!obj){return;}var = name,i=3D0,length=3Dobj.length;if(length=3D=3D=3Dundefined){for(name in = obj){if(fn.call(obj[name],name,obj[name])=3D=3D=3Dfalse){break;}}}else{fo= r(var = value=3Dobj[0];i';if(p= .w3c||ie){html+=3D'';}var = e=3Dextend({},p);e.width=3De.height=3De.id=3De.w3c=3De.src=3Dnull;for(var= k in e){if(e[k]!=3D=3Dnull){html+=3D'';}}var vars=3D"";if(c){for(var key in = c){if(c[key]!=3D=3Dnull){vars+=3Dkey+'=3D'+(typeof = c[key]=3D=3D'object'?asString(c[key]):c[key])+'&';}}vars=3Dvars.substring= (0,vars.length-1);html+=3D'';}html+=3D"";return html;}function = Flash(root,opts,flashvars){var = version=3Dflashembed.getVersion();extend(this,{getContainer:function(){re= turn root;},getConf:function(){return = conf;},getVersion:function(){return = version;},getFlashvars:function(){return = flashvars;},getApi:function(){return = root.firstChild;},getHTML:function(){return = getHTML(opts,flashvars);}});var required=3Dopts.version;var = express=3Dopts.expressInstall;var = ok=3D!required||flashembed.isSupported(required);if(ok){opts.onFail=3Dopt= s.version=3Dopts.expressInstall=3Dnull;root.innerHTML=3DgetHTML(opts,flas= hvars);}else = if(required&&express&&flashembed.isSupported([6,65])){extend(opts,{src:ex= press});flashvars=3D{MMredirectURL:location.href,MMplayerType:'PlugIn',MM= doctitle:document.title};root.innerHTML=3DgetHTML(opts,flashvars);}else{i= f(root.innerHTML.replace(/\s/g,'')!=3D=3D''){}else{root.innerHTML=3D"

= Flash version "+required+" or greater is = required

"+"

"+(version[0]>0?"Your version is "+version:"You have = no flash plugin installed")+"

"+"

Download latest version from here

";}}if(!ok&&o= pts.onFail){var ret=3Dopts.onFail.call(this);if(typeof = ret=3D=3D'string'){root.innerHTML=3Dret;}}}window.flashembed=3Dfunction(r= oot,conf,flashvars){if(typeof root=3D=3D'string'){var = el=3Ddocument.getElementById(root);if(el){root=3Del;}else{domReady(functi= on(){flashembed(root,conf,flashvars);});return;}}if(!root){return;}var = opts=3D{width:'100%',height:'100%',allowfullscreen:true,allowscriptaccess= :'always',quality:'high',version:null,onFail:null,expressInstall:null,w3c= :false};if(typeof = conf=3D=3D'string'){conf=3D{src:conf};}extend(opts,conf);return new = Flash(root,opts,flashvars);};extend(window.flashembed,{getVersion:functio= n(){var version=3D[0,0];if(navigator.plugins&&typeof = navigator.plugins["Shockwave Flash"]=3D=3D"object"){var = _d=3Dnavigator.plugins["Shockwave Flash"].description;if(typeof = _d!=3D"undefined"){_d=3D_d.replace(/^.*\s+(\S+\s+\S+$)/,"$1");var = _m=3DparseInt(_d.replace(/^(.*)\..*$/,"$1"),10);var = _r=3D/r/.test(_d)?parseInt(_d.replace(/^.*r(.*)$/,"$1"),10):0;version=3D[= _m,_r];}}else if(window.ActiveXObject){try{var _a=3Dnew = ActiveXObject("ShockwaveFlash.ShockwaveFlash.7");}catch(e){try{_a=3Dnew = ActiveXObject("ShockwaveFlash.ShockwaveFlash.6");version=3D[6,0];_a.Allow= ScriptAccess=3D"always";}catch(ee){if(version[0]=3D=3D6){return;}}try{_a=3D= new = ActiveXObject("ShockwaveFlash.ShockwaveFlash");}catch(eee){}}if(typeof = _a=3D=3D"object"){_d=3D_a.GetVariable("$version");if(typeof = _d!=3D"undefined"){_d=3D_d.replace(/^\S+\s+(.*)$/,"$1").split(",");versio= n=3D[parseInt(_d[0],10),parseInt(_d[2],10)];}}}return = version;},isSupported:function(version){var = now=3Dflashembed.getVersion();var = ret=3D(now[0]>version[0])||(now[0]=3D=3Dversion[0]&&now[1]>=3Dversion[1])= ;return = ret;},domReady:domReady,asString:asString,getHTML:getHTML});if(jQ){jQuery= .prototype.flashembed=3Dfunction(conf,flashvars){return = this.each(function(){flashembed(this,conf,flashvars);});};}})(); ------=_NextPart_000_0000_01C9E1EE.74A58380 Content-Type: application/x-javascript Content-Transfer-Encoding: quoted-printable Content-Location: http://www.viterbooggi.org/js/prototype.js /* Prototype JavaScript framework, version 1.6.0.2=0A= * (c) 2005-2008 Sam Stephenson=0A= *=0A= * Prototype is freely distributable under the terms of an MIT-style = license.=0A= * For details, see the Prototype web site: http://www.prototypejs.org/=0A= *=0A= = *------------------------------------------------------------------------= --*/=0A= =0A= var Prototype =3D {=0A= Version: '1.6.0.2',=0A= =0A= Browser: {=0A= IE: !!(window.attachEvent && !window.opera),=0A= Opera: !!window.opera,=0A= WebKit: navigator.userAgent.indexOf('AppleWebKit/') > -1,=0A= Gecko: navigator.userAgent.indexOf('Gecko') > -1 && = navigator.userAgent.indexOf('KHTML') =3D=3D -1,=0A= MobileSafari: !!navigator.userAgent.match(/Apple.*Mobile.*Safari/)=0A= },=0A= =0A= BrowserFeatures: {=0A= XPath: !!document.evaluate,=0A= ElementExtensions: !!window.HTMLElement,=0A= SpecificElementExtensions:=0A= document.createElement('div').__proto__ &&=0A= document.createElement('div').__proto__ !=3D=3D=0A= document.createElement('form').__proto__=0A= },=0A= =0A= ScriptFragment: ']*>([\\S\\s]*?)<\/script>',=0A= JSONFilter: /^\/\*-secure-([\s\S]*)\*\/\s*$/,=0A= =0A= emptyFunction: function() { },=0A= K: function(x) { return x }=0A= };=0A= =0A= if (Prototype.Browser.MobileSafari)=0A= Prototype.BrowserFeatures.SpecificElementExtensions =3D false;=0A= =0A= =0A= /* Based on Alex Arnell's inheritance implementation. */=0A= var Class =3D {=0A= create: function() {=0A= var parent =3D null, properties =3D $A(arguments);=0A= if (Object.isFunction(properties[0]))=0A= parent =3D properties.shift();=0A= =0A= function klass() {=0A= this.initialize.apply(this, arguments);=0A= }=0A= =0A= Object.extend(klass, Class.Methods);=0A= klass.superclass =3D parent;=0A= klass.subclasses =3D [];=0A= =0A= if (parent) {=0A= var subclass =3D function() { };=0A= subclass.prototype =3D parent.prototype;=0A= klass.prototype =3D new subclass;=0A= parent.subclasses.push(klass);=0A= }=0A= =0A= for (var i =3D 0; i < properties.length; i++)=0A= klass.addMethods(properties[i]);=0A= =0A= if (!klass.prototype.initialize)=0A= klass.prototype.initialize =3D Prototype.emptyFunction;=0A= =0A= klass.prototype.constructor =3D klass;=0A= =0A= return klass;=0A= }=0A= };=0A= =0A= Class.Methods =3D {=0A= addMethods: function(source) {=0A= var ancestor =3D this.superclass && this.superclass.prototype;=0A= var properties =3D Object.keys(source);=0A= =0A= if (!Object.keys({ toString: true }).length)=0A= properties.push("toString", "valueOf");=0A= =0A= for (var i =3D 0, length =3D properties.length; i < length; i++) {=0A= var property =3D properties[i], value =3D source[property];=0A= if (ancestor && Object.isFunction(value) &&=0A= value.argumentNames().first() =3D=3D "$super") {=0A= var method =3D value, value =3D Object.extend((function(m) {=0A= return function() { return ancestor[m].apply(this, arguments) = };=0A= })(property).wrap(method), {=0A= valueOf: function() { return method },=0A= toString: function() { return method.toString() }=0A= });=0A= }=0A= this.prototype[property] =3D value;=0A= }=0A= =0A= return this;=0A= }=0A= };=0A= =0A= var Abstract =3D { };=0A= =0A= Object.extend =3D function(destination, source) {=0A= for (var property in source)=0A= destination[property] =3D source[property];=0A= return destination;=0A= };=0A= =0A= Object.extend(Object, {=0A= inspect: function(object) {=0A= try {=0A= if (Object.isUndefined(object)) return 'undefined';=0A= if (object =3D=3D=3D null) return 'null';=0A= return object.inspect ? object.inspect() : String(object);=0A= } catch (e) {=0A= if (e instanceof RangeError) return '...';=0A= throw e;=0A= }=0A= },=0A= =0A= toJSON: function(object) {=0A= var type =3D typeof object;=0A= switch (type) {=0A= case 'undefined':=0A= case 'function':=0A= case 'unknown': return;=0A= case 'boolean': return object.toString();=0A= }=0A= =0A= if (object =3D=3D=3D null) return 'null';=0A= if (object.toJSON) return object.toJSON();=0A= if (Object.isElement(object)) return;=0A= =0A= var results =3D [];=0A= for (var property in object) {=0A= var value =3D Object.toJSON(object[property]);=0A= if (!Object.isUndefined(value))=0A= results.push(property.toJSON() + ': ' + value);=0A= }=0A= =0A= return '{' + results.join(', ') + '}';=0A= },=0A= =0A= toQueryString: function(object) {=0A= return $H(object).toQueryString();=0A= },=0A= =0A= toHTML: function(object) {=0A= return object && object.toHTML ? object.toHTML() : = String.interpret(object);=0A= },=0A= =0A= keys: function(object) {=0A= var keys =3D [];=0A= for (var property in object)=0A= keys.push(property);=0A= return keys;=0A= },=0A= =0A= values: function(object) {=0A= var values =3D [];=0A= for (var property in object)=0A= values.push(object[property]);=0A= return values;=0A= },=0A= =0A= clone: function(object) {=0A= return Object.extend({ }, object);=0A= },=0A= =0A= isElement: function(object) {=0A= return object && object.nodeType =3D=3D 1;=0A= },=0A= =0A= isArray: function(object) {=0A= return object !=3D null && typeof object =3D=3D "object" &&=0A= 'splice' in object && 'join' in object;=0A= },=0A= =0A= isHash: function(object) {=0A= return object instanceof Hash;=0A= },=0A= =0A= isFunction: function(object) {=0A= return typeof object =3D=3D "function";=0A= },=0A= =0A= isString: function(object) {=0A= return typeof object =3D=3D "string";=0A= },=0A= =0A= isNumber: function(object) {=0A= return typeof object =3D=3D "number";=0A= },=0A= =0A= isUndefined: function(object) {=0A= return typeof object =3D=3D "undefined";=0A= }=0A= });=0A= =0A= Object.extend(Function.prototype, {=0A= argumentNames: function() {=0A= var names =3D = this.toString().match(/^[\s\(]*function[^(]*\((.*?)\)/)[1].split(",").inv= oke("strip");=0A= return names.length =3D=3D 1 && !names[0] ? [] : names;=0A= },=0A= =0A= bind: function() {=0A= if (arguments.length < 2 && Object.isUndefined(arguments[0])) return = this;=0A= var __method =3D this, args =3D $A(arguments), object =3D = args.shift();=0A= return function() {=0A= return __method.apply(object, args.concat($A(arguments)));=0A= }=0A= },=0A= =0A= bindAsEventListener: function() {=0A= var __method =3D this, args =3D $A(arguments), object =3D = args.shift();=0A= return function(event) {=0A= return __method.apply(object, [event || = window.event].concat(args));=0A= }=0A= },=0A= =0A= curry: function() {=0A= if (!arguments.length) return this;=0A= var __method =3D this, args =3D $A(arguments);=0A= return function() {=0A= return __method.apply(this, args.concat($A(arguments)));=0A= }=0A= },=0A= =0A= delay: function() {=0A= var __method =3D this, args =3D $A(arguments), timeout =3D = args.shift() * 1000;=0A= return window.setTimeout(function() {=0A= return __method.apply(__method, args);=0A= }, timeout);=0A= },=0A= =0A= wrap: function(wrapper) {=0A= var __method =3D this;=0A= return function() {=0A= return wrapper.apply(this, = [__method.bind(this)].concat($A(arguments)));=0A= }=0A= },=0A= =0A= methodize: function() {=0A= if (this._methodized) return this._methodized;=0A= var __method =3D this;=0A= return this._methodized =3D function() {=0A= return __method.apply(null, [this].concat($A(arguments)));=0A= };=0A= }=0A= });=0A= =0A= Function.prototype.defer =3D Function.prototype.delay.curry(0.01);=0A= =0A= Date.prototype.toJSON =3D function() {=0A= return '"' + this.getUTCFullYear() + '-' +=0A= (this.getUTCMonth() + 1).toPaddedString(2) + '-' +=0A= this.getUTCDate().toPaddedString(2) + 'T' +=0A= this.getUTCHours().toPaddedString(2) + ':' +=0A= this.getUTCMinutes().toPaddedString(2) + ':' +=0A= this.getUTCSeconds().toPaddedString(2) + 'Z"';=0A= };=0A= =0A= var Try =3D {=0A= these: function() {=0A= var returnValue;=0A= =0A= for (var i =3D 0, length =3D arguments.length; i < length; i++) {=0A= var lambda =3D arguments[i];=0A= try {=0A= returnValue =3D lambda();=0A= break;=0A= } catch (e) { }=0A= }=0A= =0A= return returnValue;=0A= }=0A= };=0A= =0A= RegExp.prototype.match =3D RegExp.prototype.test;=0A= =0A= RegExp.escape =3D function(str) {=0A= return String(str).replace(/([.*+?^=3D!:${}()|[\]\/\\])/g, '\\$1');=0A= };=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= var PeriodicalExecuter =3D Class.create({=0A= initialize: function(callback, frequency) {=0A= this.callback =3D callback;=0A= this.frequency =3D frequency;=0A= this.currentlyExecuting =3D false;=0A= =0A= this.registerCallback();=0A= },=0A= =0A= registerCallback: function() {=0A= this.timer =3D setInterval(this.onTimerEvent.bind(this), = this.frequency * 1000);=0A= },=0A= =0A= execute: function() {=0A= this.callback(this);=0A= },=0A= =0A= stop: function() {=0A= if (!this.timer) return;=0A= clearInterval(this.timer);=0A= this.timer =3D null;=0A= },=0A= =0A= onTimerEvent: function() {=0A= if (!this.currentlyExecuting) {=0A= try {=0A= this.currentlyExecuting =3D true;=0A= this.execute();=0A= } finally {=0A= this.currentlyExecuting =3D false;=0A= }=0A= }=0A= }=0A= });=0A= Object.extend(String, {=0A= interpret: function(value) {=0A= return value =3D=3D null ? '' : String(value);=0A= },=0A= specialChar: {=0A= '\b': '\\b',=0A= '\t': '\\t',=0A= '\n': '\\n',=0A= '\f': '\\f',=0A= '\r': '\\r',=0A= '\\': '\\\\'=0A= }=0A= });=0A= =0A= Object.extend(String.prototype, {=0A= gsub: function(pattern, replacement) {=0A= var result =3D '', source =3D this, match;=0A= replacement =3D arguments.callee.prepareReplacement(replacement);=0A= =0A= while (source.length > 0) {=0A= if (match =3D source.match(pattern)) {=0A= result +=3D source.slice(0, match.index);=0A= result +=3D String.interpret(replacement(match));=0A= source =3D source.slice(match.index + match[0].length);=0A= } else {=0A= result +=3D source, source =3D '';=0A= }=0A= }=0A= return result;=0A= },=0A= =0A= sub: function(pattern, replacement, count) {=0A= replacement =3D this.gsub.prepareReplacement(replacement);=0A= count =3D Object.isUndefined(count) ? 1 : count;=0A= =0A= return this.gsub(pattern, function(match) {=0A= if (--count < 0) return match[0];=0A= return replacement(match);=0A= });=0A= },=0A= =0A= scan: function(pattern, iterator) {=0A= this.gsub(pattern, iterator);=0A= return String(this);=0A= },=0A= =0A= truncate: function(length, truncation) {=0A= length =3D length || 30;=0A= truncation =3D Object.isUndefined(truncation) ? '...' : truncation;=0A= return this.length > length ?=0A= this.slice(0, length - truncation.length) + truncation : = String(this);=0A= },=0A= =0A= strip: function() {=0A= return this.replace(/^\s+/, '').replace(/\s+$/, '');=0A= },=0A= =0A= stripTags: function() {=0A= return this.replace(/<\/?[^>]+>/gi, '');=0A= },=0A= =0A= stripScripts: function() {=0A= return this.replace(new RegExp(Prototype.ScriptFragment, 'img'), '');=0A= },=0A= =0A= extractScripts: function() {=0A= var matchAll =3D new RegExp(Prototype.ScriptFragment, 'img');=0A= var matchOne =3D new RegExp(Prototype.ScriptFragment, 'im');=0A= return (this.match(matchAll) || []).map(function(scriptTag) {=0A= return (scriptTag.match(matchOne) || ['', ''])[1];=0A= });=0A= },=0A= =0A= evalScripts: function() {=0A= return this.extractScripts().map(function(script) { return = eval(script) });=0A= },=0A= =0A= escapeHTML: function() {=0A= var self =3D arguments.callee;=0A= self.text.data =3D this;=0A= return self.div.innerHTML;=0A= },=0A= =0A= unescapeHTML: function() {=0A= var div =3D new Element('div');=0A= div.innerHTML =3D this.stripTags();=0A= return div.childNodes[0] ? (div.childNodes.length > 1 ?=0A= $A(div.childNodes).inject('', function(memo, node) { return = memo+node.nodeValue }) :=0A= div.childNodes[0].nodeValue) : '';=0A= },=0A= =0A= toQueryParams: function(separator) {=0A= var match =3D this.strip().match(/([^?#]*)(#.*)?$/);=0A= if (!match) return { };=0A= =0A= return match[1].split(separator || '&').inject({ }, function(hash, = pair) {=0A= if ((pair =3D pair.split('=3D'))[0]) {=0A= var key =3D decodeURIComponent(pair.shift());=0A= var value =3D pair.length > 1 ? pair.join('=3D') : pair[0];=0A= if (value !=3D undefined) value =3D decodeURIComponent(value);=0A= =0A= if (key in hash) {=0A= if (!Object.isArray(hash[key])) hash[key] =3D [hash[key]];=0A= hash[key].push(value);=0A= }=0A= else hash[key] =3D value;=0A= }=0A= return hash;=0A= });=0A= },=0A= =0A= toArray: function() {=0A= return this.split('');=0A= },=0A= =0A= succ: function() {=0A= return this.slice(0, this.length - 1) +=0A= String.fromCharCode(this.charCodeAt(this.length - 1) + 1);=0A= },=0A= =0A= times: function(count) {=0A= return count < 1 ? '' : new Array(count + 1).join(this);=0A= },=0A= =0A= camelize: function() {=0A= var parts =3D this.split('-'), len =3D parts.length;=0A= if (len =3D=3D 1) return parts[0];=0A= =0A= var camelized =3D this.charAt(0) =3D=3D '-'=0A= ? parts[0].charAt(0).toUpperCase() + parts[0].substring(1)=0A= : parts[0];=0A= =0A= for (var i =3D 1; i < len; i++)=0A= camelized +=3D parts[i].charAt(0).toUpperCase() + = parts[i].substring(1);=0A= =0A= return camelized;=0A= },=0A= =0A= capitalize: function() {=0A= return this.charAt(0).toUpperCase() + = this.substring(1).toLowerCase();=0A= },=0A= =0A= underscore: function() {=0A= return this.gsub(/::/, = '/').gsub(/([A-Z]+)([A-Z][a-z])/,'#{1}_#{2}').gsub(/([a-z\d])([A-Z])/,'#{= 1}_#{2}').gsub(/-/,'_').toLowerCase();=0A= },=0A= =0A= dasherize: function() {=0A= return this.gsub(/_/,'-');=0A= },=0A= =0A= inspect: function(useDoubleQuotes) {=0A= var escapedString =3D this.gsub(/[\x00-\x1f\\]/, function(match) {=0A= var character =3D String.specialChar[match[0]];=0A= return character ? character : '\\u00' + = match[0].charCodeAt().toPaddedString(2, 16);=0A= });=0A= if (useDoubleQuotes) return '"' + escapedString.replace(/"/g, '\\"') = + '"';=0A= return "'" + escapedString.replace(/'/g, '\\\'') + "'";=0A= },=0A= =0A= toJSON: function() {=0A= return this.inspect(true);=0A= },=0A= =0A= unfilterJSON: function(filter) {=0A= return this.sub(filter || Prototype.JSONFilter, '#{1}');=0A= },=0A= =0A= isJSON: function() {=0A= var str =3D this;=0A= if (str.blank()) return false;=0A= str =3D this.replace(/\\./g, '@').replace(/"[^"\\\n\r]*"/g, '');=0A= return (/^[,:{}\[\]0-9.\-+Eaeflnr-u \n\r\t]*$/).test(str);=0A= },=0A= =0A= evalJSON: function(sanitize) {=0A= var json =3D this.unfilterJSON();=0A= try {=0A= if (!sanitize || json.isJSON()) return eval('(' + json + ')');=0A= } catch (e) { }=0A= throw new SyntaxError('Badly formed JSON string: ' + this.inspect());=0A= },=0A= =0A= include: function(pattern) {=0A= return this.indexOf(pattern) > -1;=0A= },=0A= =0A= startsWith: function(pattern) {=0A= return this.indexOf(pattern) =3D=3D=3D 0;=0A= },=0A= =0A= endsWith: function(pattern) {=0A= var d =3D this.length - pattern.length;=0A= return d >=3D 0 && this.lastIndexOf(pattern) =3D=3D=3D d;=0A= },=0A= =0A= empty: function() {=0A= return this =3D=3D '';=0A= },=0A= =0A= blank: function() {=0A= return /^\s*$/.test(this);=0A= },=0A= =0A= interpolate: function(object, pattern) {=0A= return new Template(this, pattern).evaluate(object);=0A= }=0A= });=0A= =0A= if (Prototype.Browser.WebKit || Prototype.Browser.IE) = Object.extend(String.prototype, {=0A= escapeHTML: function() {=0A= return = this.replace(/&/g,'&').replace(//g,'>');=0A= },=0A= unescapeHTML: function() {=0A= return = this.replace(/&/g,'&').replace(/</g,'<').replace(/>/g,'>');=0A= }=0A= });=0A= =0A= String.prototype.gsub.prepareReplacement =3D function(replacement) {=0A= if (Object.isFunction(replacement)) return replacement;=0A= var template =3D new Template(replacement);=0A= return function(match) { return template.evaluate(match) };=0A= };=0A= =0A= String.prototype.parseQuery =3D String.prototype.toQueryParams;=0A= =0A= Object.extend(String.prototype.escapeHTML, {=0A= div: document.createElement('div'),=0A= text: document.createTextNode('')=0A= });=0A= =0A= with (String.prototype.escapeHTML) div.appendChild(text);=0A= =0A= var Template =3D Class.create({=0A= initialize: function(template, pattern) {=0A= this.template =3D template.toString();=0A= this.pattern =3D pattern || Template.Pattern;=0A= },=0A= =0A= evaluate: function(object) {=0A= if (Object.isFunction(object.toTemplateReplacements))=0A= object =3D object.toTemplateReplacements();=0A= =0A= return this.template.gsub(this.pattern, function(match) {=0A= if (object =3D=3D null) return '';=0A= =0A= var before =3D match[1] || '';=0A= if (before =3D=3D '\\') return match[2];=0A= =0A= var ctx =3D object, expr =3D match[3];=0A= var pattern =3D /^([^.[]+|\[((?:.*?[^\\])?)\])(\.|\[|$)/;=0A= match =3D pattern.exec(expr);=0A= if (match =3D=3D null) return before;=0A= =0A= while (match !=3D null) {=0A= var comp =3D match[1].startsWith('[') ? match[2].gsub('\\\\]', = ']') : match[1];=0A= ctx =3D ctx[comp];=0A= if (null =3D=3D ctx || '' =3D=3D match[3]) break;=0A= expr =3D expr.substring('[' =3D=3D match[3] ? match[1].length : = match[0].length);=0A= match =3D pattern.exec(expr);=0A= }=0A= =0A= return before + String.interpret(ctx);=0A= });=0A= }=0A= });=0A= Template.Pattern =3D /(^|.|\r|\n)(#\{(.*?)\})/;=0A= =0A= var $break =3D { };=0A= =0A= var Enumerable =3D {=0A= each: function(iterator, context) {=0A= var index =3D 0;=0A= iterator =3D iterator.bind(context);=0A= try {=0A= this._each(function(value) {=0A= iterator(value, index++);=0A= });=0A= } catch (e) {=0A= if (e !=3D $break) throw e;=0A= }=0A= return this;=0A= },=0A= =0A= eachSlice: function(number, iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var index =3D -number, slices =3D [], array =3D this.toArray();=0A= while ((index +=3D number) < array.length)=0A= slices.push(array.slice(index, index+number));=0A= return slices.collect(iterator, context);=0A= },=0A= =0A= all: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result =3D true;=0A= this.each(function(value, index) {=0A= result =3D result && !!iterator(value, index);=0A= if (!result) throw $break;=0A= });=0A= return result;=0A= },=0A= =0A= any: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result =3D false;=0A= this.each(function(value, index) {=0A= if (result =3D !!iterator(value, index))=0A= throw $break;=0A= });=0A= return result;=0A= },=0A= =0A= collect: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= results.push(iterator(value, index));=0A= });=0A= return results;=0A= },=0A= =0A= detect: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var result;=0A= this.each(function(value, index) {=0A= if (iterator(value, index)) {=0A= result =3D value;=0A= throw $break;=0A= }=0A= });=0A= return result;=0A= },=0A= =0A= findAll: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= if (iterator(value, index))=0A= results.push(value);=0A= });=0A= return results;=0A= },=0A= =0A= grep: function(filter, iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var results =3D [];=0A= =0A= if (Object.isString(filter))=0A= filter =3D new RegExp(filter);=0A= =0A= this.each(function(value, index) {=0A= if (filter.match(value))=0A= results.push(iterator(value, index));=0A= });=0A= return results;=0A= },=0A= =0A= include: function(object) {=0A= if (Object.isFunction(this.indexOf))=0A= if (this.indexOf(object) !=3D -1) return true;=0A= =0A= var found =3D false;=0A= this.each(function(value) {=0A= if (value =3D=3D object) {=0A= found =3D true;=0A= throw $break;=0A= }=0A= });=0A= return found;=0A= },=0A= =0A= inGroupsOf: function(number, fillWith) {=0A= fillWith =3D Object.isUndefined(fillWith) ? null : fillWith;=0A= return this.eachSlice(number, function(slice) {=0A= while(slice.length < number) slice.push(fillWith);=0A= return slice;=0A= });=0A= },=0A= =0A= inject: function(memo, iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= this.each(function(value, index) {=0A= memo =3D iterator(memo, value, index);=0A= });=0A= return memo;=0A= },=0A= =0A= invoke: function(method) {=0A= var args =3D $A(arguments).slice(1);=0A= return this.map(function(value) {=0A= return value[method].apply(value, args);=0A= });=0A= },=0A= =0A= max: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result;=0A= this.each(function(value, index) {=0A= value =3D iterator(value, index);=0A= if (result =3D=3D null || value >=3D result)=0A= result =3D value;=0A= });=0A= return result;=0A= },=0A= =0A= min: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result;=0A= this.each(function(value, index) {=0A= value =3D iterator(value, index);=0A= if (result =3D=3D null || value < result)=0A= result =3D value;=0A= });=0A= return result;=0A= },=0A= =0A= partition: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var trues =3D [], falses =3D [];=0A= this.each(function(value, index) {=0A= (iterator(value, index) ?=0A= trues : falses).push(value);=0A= });=0A= return [trues, falses];=0A= },=0A= =0A= pluck: function(property) {=0A= var results =3D [];=0A= this.each(function(value) {=0A= results.push(value[property]);=0A= });=0A= return results;=0A= },=0A= =0A= reject: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= if (!iterator(value, index))=0A= results.push(value);=0A= });=0A= return results;=0A= },=0A= =0A= sortBy: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= return this.map(function(value, index) {=0A= return {value: value, criteria: iterator(value, index)};=0A= }).sort(function(left, right) {=0A= var a =3D left.criteria, b =3D right.criteria;=0A= return a < b ? -1 : a > b ? 1 : 0;=0A= }).pluck('value');=0A= },=0A= =0A= toArray: function() {=0A= return this.map();=0A= },=0A= =0A= zip: function() {=0A= var iterator =3D Prototype.K, args =3D $A(arguments);=0A= if (Object.isFunction(args.last()))=0A= iterator =3D args.pop();=0A= =0A= var collections =3D [this].concat(args).map($A);=0A= return this.map(function(value, index) {=0A= return iterator(collections.pluck(index));=0A= });=0A= },=0A= =0A= size: function() {=0A= return this.toArray().length;=0A= },=0A= =0A= inspect: function() {=0A= return '#';=0A= }=0A= };=0A= =0A= Object.extend(Enumerable, {=0A= map: Enumerable.collect,=0A= find: Enumerable.detect,=0A= select: Enumerable.findAll,=0A= filter: Enumerable.findAll,=0A= member: Enumerable.include,=0A= entries: Enumerable.toArray,=0A= every: Enumerable.all,=0A= some: Enumerable.any=0A= });=0A= function $A(iterable) {=0A= if (!iterable) return [];=0A= if (iterable.toArray) return iterable.toArray();=0A= var length =3D iterable.length || 0, results =3D new Array(length);=0A= while (length--) results[length] =3D iterable[length];=0A= return results;=0A= }=0A= =0A= if (Prototype.Browser.WebKit) {=0A= $A =3D function(iterable) {=0A= if (!iterable) return [];=0A= if (!(Object.isFunction(iterable) && iterable =3D=3D '[object = NodeList]') &&=0A= iterable.toArray) return iterable.toArray();=0A= var length =3D iterable.length || 0, results =3D new Array(length);=0A= while (length--) results[length] =3D iterable[length];=0A= return results;=0A= };=0A= }=0A= =0A= Array.from =3D $A;=0A= =0A= Object.extend(Array.prototype, Enumerable);=0A= =0A= if (!Array.prototype._reverse) Array.prototype._reverse =3D = Array.prototype.reverse;=0A= =0A= Object.extend(Array.prototype, {=0A= _each: function(iterator) {=0A= for (var i =3D 0, length =3D this.length; i < length; i++)=0A= iterator(this[i]);=0A= },=0A= =0A= clear: function() {=0A= this.length =3D 0;=0A= return this;=0A= },=0A= =0A= first: function() {=0A= return this[0];=0A= },=0A= =0A= last: function() {=0A= return this[this.length - 1];=0A= },=0A= =0A= compact: function() {=0A= return this.select(function(value) {=0A= return value !=3D null;=0A= });=0A= },=0A= =0A= flatten: function() {=0A= return this.inject([], function(array, value) {=0A= return array.concat(Object.isArray(value) ?=0A= value.flatten() : [value]);=0A= });=0A= },=0A= =0A= without: function() {=0A= var values =3D $A(arguments);=0A= return this.select(function(value) {=0A= return !values.include(value);=0A= });=0A= },=0A= =0A= reverse: function(inline) {=0A= return (inline !=3D=3D false ? this : this.toArray())._reverse();=0A= },=0A= =0A= reduce: function() {=0A= return this.length > 1 ? this : this[0];=0A= },=0A= =0A= uniq: function(sorted) {=0A= return this.inject([], function(array, value, index) {=0A= if (0 =3D=3D index || (sorted ? array.last() !=3D value : = !array.include(value)))=0A= array.push(value);=0A= return array;=0A= });=0A= },=0A= =0A= intersect: function(array) {=0A= return this.uniq().findAll(function(item) {=0A= return array.detect(function(value) { return item =3D=3D=3D value = });=0A= });=0A= },=0A= =0A= clone: function() {=0A= return [].concat(this);=0A= },=0A= =0A= size: function() {=0A= return this.length;=0A= },=0A= =0A= inspect: function() {=0A= return '[' + this.map(Object.inspect).join(', ') + ']';=0A= },=0A= =0A= toJSON: function() {=0A= var results =3D [];=0A= this.each(function(object) {=0A= var value =3D Object.toJSON(object);=0A= if (!Object.isUndefined(value)) results.push(value);=0A= });=0A= return '[' + results.join(', ') + ']';=0A= }=0A= });=0A= =0A= // use native browser JS 1.6 implementation if available=0A= if (Object.isFunction(Array.prototype.forEach))=0A= Array.prototype._each =3D Array.prototype.forEach;=0A= =0A= if (!Array.prototype.indexOf) Array.prototype.indexOf =3D function(item, = i) {=0A= i || (i =3D 0);=0A= var length =3D this.length;=0A= if (i < 0) i =3D length + i;=0A= for (; i < length; i++)=0A= if (this[i] =3D=3D=3D item) return i;=0A= return -1;=0A= };=0A= =0A= if (!Array.prototype.lastIndexOf) Array.prototype.lastIndexOf =3D = function(item, i) {=0A= i =3D isNaN(i) ? this.length : (i < 0 ? this.length + i : i) + 1;=0A= var n =3D this.slice(0, i).reverse().indexOf(item);=0A= return (n < 0) ? n : i - n - 1;=0A= };=0A= =0A= Array.prototype.toArray =3D Array.prototype.clone;=0A= =0A= function $w(string) {=0A= if (!Object.isString(string)) return [];=0A= string =3D string.strip();=0A= return string ? string.split(/\s+/) : [];=0A= }=0A= =0A= if (Prototype.Browser.Opera){=0A= Array.prototype.concat =3D function() {=0A= var array =3D [];=0A= for (var i =3D 0, length =3D this.length; i < length; i++) = array.push(this[i]);=0A= for (var i =3D 0, length =3D arguments.length; i < length; i++) {=0A= if (Object.isArray(arguments[i])) {=0A= for (var j =3D 0, arrayLength =3D arguments[i].length; j < = arrayLength; j++)=0A= array.push(arguments[i][j]);=0A= } else {=0A= array.push(arguments[i]);=0A= }=0A= }=0A= return array;=0A= };=0A= }=0A= Object.extend(Number.prototype, {=0A= toColorPart: function() {=0A= return this.toPaddedString(2, 16);=0A= },=0A= =0A= succ: function() {=0A= return this + 1;=0A= },=0A= =0A= times: function(iterator) {=0A= $R(0, this, true).each(iterator);=0A= return this;=0A= },=0A= =0A= toPaddedString: function(length, radix) {=0A= var string =3D this.toString(radix || 10);=0A= return '0'.times(length - string.length) + string;=0A= },=0A= =0A= toJSON: function() {=0A= return isFinite(this) ? this.toString() : 'null';=0A= }=0A= });=0A= =0A= $w('abs round ceil floor').each(function(method){=0A= Number.prototype[method] =3D Math[method].methodize();=0A= });=0A= function $H(object) {=0A= return new Hash(object);=0A= };=0A= =0A= var Hash =3D Class.create(Enumerable, (function() {=0A= =0A= function toQueryPair(key, value) {=0A= if (Object.isUndefined(value)) return key;=0A= return key + '=3D' + encodeURIComponent(String.interpret(value));=0A= }=0A= =0A= return {=0A= initialize: function(object) {=0A= this._object =3D Object.isHash(object) ? object.toObject() : = Object.clone(object);=0A= },=0A= =0A= _each: function(iterator) {=0A= for (var key in this._object) {=0A= var value =3D this._object[key], pair =3D [key, value];=0A= pair.key =3D key;=0A= pair.value =3D value;=0A= iterator(pair);=0A= }=0A= },=0A= =0A= set: function(key, value) {=0A= return this._object[key] =3D value;=0A= },=0A= =0A= get: function(key) {=0A= return this._object[key];=0A= },=0A= =0A= unset: function(key) {=0A= var value =3D this._object[key];=0A= delete this._object[key];=0A= return value;=0A= },=0A= =0A= toObject: function() {=0A= return Object.clone(this._object);=0A= },=0A= =0A= keys: function() {=0A= return this.pluck('key');=0A= },=0A= =0A= values: function() {=0A= return this.pluck('value');=0A= },=0A= =0A= index: function(value) {=0A= var match =3D this.detect(function(pair) {=0A= return pair.value =3D=3D=3D value;=0A= });=0A= return match && match.key;=0A= },=0A= =0A= merge: function(object) {=0A= return this.clone().update(object);=0A= },=0A= =0A= update: function(object) {=0A= return new Hash(object).inject(this, function(result, pair) {=0A= result.set(pair.key, pair.value);=0A= return result;=0A= });=0A= },=0A= =0A= toQueryString: function() {=0A= return this.map(function(pair) {=0A= var key =3D encodeURIComponent(pair.key), values =3D pair.value;=0A= =0A= if (values && typeof values =3D=3D 'object') {=0A= if (Object.isArray(values))=0A= return values.map(toQueryPair.curry(key)).join('&');=0A= }=0A= return toQueryPair(key, values);=0A= }).join('&');=0A= },=0A= =0A= inspect: function() {=0A= return '#';=0A= },=0A= =0A= toJSON: function() {=0A= return Object.toJSON(this.toObject());=0A= },=0A= =0A= clone: function() {=0A= return new Hash(this);=0A= }=0A= }=0A= })());=0A= =0A= Hash.prototype.toTemplateReplacements =3D Hash.prototype.toObject;=0A= Hash.from =3D $H;=0A= var ObjectRange =3D Class.create(Enumerable, {=0A= initialize: function(start, end, exclusive) {=0A= this.start =3D start;=0A= this.end =3D end;=0A= this.exclusive =3D exclusive;=0A= },=0A= =0A= _each: function(iterator) {=0A= var value =3D this.start;=0A= while (this.include(value)) {=0A= iterator(value);=0A= value =3D value.succ();=0A= }=0A= },=0A= =0A= include: function(value) {=0A= if (value < this.start)=0A= return false;=0A= if (this.exclusive)=0A= return value < this.end;=0A= return value <=3D this.end;=0A= }=0A= });=0A= =0A= var $R =3D function(start, end, exclusive) {=0A= return new ObjectRange(start, end, exclusive);=0A= };=0A= =0A= var Ajax =3D {=0A= getTransport: function() {=0A= return Try.these(=0A= function() {return new XMLHttpRequest()},=0A= function() {return new ActiveXObject('Msxml2.XMLHTTP')},=0A= function() {return new ActiveXObject('Microsoft.XMLHTTP')}=0A= ) || false;=0A= },=0A= =0A= activeRequestCount: 0=0A= };=0A= =0A= Ajax.Responders =3D {=0A= responders: [],=0A= =0A= _each: function(iterator) {=0A= this.responders._each(iterator);=0A= },=0A= =0A= register: function(responder) {=0A= if (!this.include(responder))=0A= this.responders.push(responder);=0A= },=0A= =0A= unregister: function(responder) {=0A= this.responders =3D this.responders.without(responder);=0A= },=0A= =0A= dispatch: function(callback, request, transport, json) {=0A= this.each(function(responder) {=0A= if (Object.isFunction(responder[callback])) {=0A= try {=0A= responder[callback].apply(responder, [request, transport, = json]);=0A= } catch (e) { }=0A= }=0A= });=0A= }=0A= };=0A= =0A= Object.extend(Ajax.Responders, Enumerable);=0A= =0A= Ajax.Responders.register({=0A= onCreate: function() { Ajax.activeRequestCount++ },=0A= onComplete: function() { Ajax.activeRequestCount-- }=0A= });=0A= =0A= Ajax.Base =3D Class.create({=0A= initialize: function(options) {=0A= this.options =3D {=0A= method: 'post',=0A= asynchronous: true,=0A= contentType: 'application/x-www-form-urlencoded',=0A= encoding: 'UTF-8',=0A= parameters: '',=0A= evalJSON: true,=0A= evalJS: true=0A= };=0A= Object.extend(this.options, options || { });=0A= =0A= this.options.method =3D this.options.method.toLowerCase();=0A= =0A= if (Object.isString(this.options.parameters))=0A= this.options.parameters =3D = this.options.parameters.toQueryParams();=0A= else if (Object.isHash(this.options.parameters))=0A= this.options.parameters =3D this.options.parameters.toObject();=0A= }=0A= });=0A= =0A= Ajax.Request =3D Class.create(Ajax.Base, {=0A= _complete: false,=0A= =0A= initialize: function($super, url, options) {=0A= $super(options);=0A= this.transport =3D Ajax.getTransport();=0A= this.request(url);=0A= },=0A= =0A= request: function(url) {=0A= this.url =3D url;=0A= this.method =3D this.options.method;=0A= var params =3D Object.clone(this.options.parameters);=0A= =0A= if (!['get', 'post'].include(this.method)) {=0A= // simulate other verbs over post=0A= params['_method'] =3D this.method;=0A= this.method =3D 'post';=0A= }=0A= =0A= this.parameters =3D params;=0A= =0A= if (params =3D Object.toQueryString(params)) {=0A= // when GET, append parameters to URL=0A= if (this.method =3D=3D 'get')=0A= this.url +=3D (this.url.include('?') ? '&' : '?') + params;=0A= else if (/Konqueror|Safari|KHTML/.test(navigator.userAgent))=0A= params +=3D '&_=3D';=0A= }=0A= =0A= try {=0A= var response =3D new Ajax.Response(this);=0A= if (this.options.onCreate) this.options.onCreate(response);=0A= Ajax.Responders.dispatch('onCreate', this, response);=0A= =0A= this.transport.open(this.method.toUpperCase(), this.url,=0A= this.options.asynchronous);=0A= =0A= if (this.options.asynchronous) = this.respondToReadyState.bind(this).defer(1);=0A= =0A= this.transport.onreadystatechange =3D = this.onStateChange.bind(this);=0A= this.setRequestHeaders();=0A= =0A= this.body =3D this.method =3D=3D 'post' ? (this.options.postBody = || params) : null;=0A= this.transport.send(this.body);=0A= =0A= /* Force Firefox to handle ready state 4 for synchronous requests = */=0A= if (!this.options.asynchronous && this.transport.overrideMimeType)=0A= this.onStateChange();=0A= =0A= }=0A= catch (e) {=0A= this.dispatchException(e);=0A= }=0A= },=0A= =0A= onStateChange: function() {=0A= var readyState =3D this.transport.readyState;=0A= if (readyState > 1 && !((readyState =3D=3D 4) && this._complete))=0A= this.respondToReadyState(this.transport.readyState);=0A= },=0A= =0A= setRequestHeaders: function() {=0A= var headers =3D {=0A= 'X-Requested-With': 'XMLHttpRequest',=0A= 'X-Prototype-Version': Prototype.Version,=0A= 'Accept': 'text/javascript, text/html, application/xml, text/xml, = */*'=0A= };=0A= =0A= if (this.method =3D=3D 'post') {=0A= headers['Content-type'] =3D this.options.contentType +=0A= (this.options.encoding ? '; charset=3D' + this.options.encoding = : '');=0A= =0A= /* Force "Connection: close" for older Mozilla browsers to work=0A= * around a bug where XMLHttpRequest sends an incorrect=0A= * Content-length header. See Mozilla Bugzilla #246651.=0A= */=0A= if (this.transport.overrideMimeType &&=0A= (navigator.userAgent.match(/Gecko\/(\d{4})/) || [0,2005])[1] < = 2005)=0A= headers['Connection'] =3D 'close';=0A= }=0A= =0A= // user-defined headers=0A= if (typeof this.options.requestHeaders =3D=3D 'object') {=0A= var extras =3D this.options.requestHeaders;=0A= =0A= if (Object.isFunction(extras.push))=0A= for (var i =3D 0, length =3D extras.length; i < length; i +=3D 2)=0A= headers[extras[i]] =3D extras[i+1];=0A= else=0A= $H(extras).each(function(pair) { headers[pair.key] =3D = pair.value });=0A= }=0A= =0A= for (var name in headers)=0A= this.transport.setRequestHeader(name, headers[name]);=0A= },=0A= =0A= success: function() {=0A= var status =3D this.getStatus();=0A= return !status || (status >=3D 200 && status < 300);=0A= },=0A= =0A= getStatus: function() {=0A= try {=0A= return this.transport.status || 0;=0A= } catch (e) { return 0 }=0A= },=0A= =0A= respondToReadyState: function(readyState) {=0A= var state =3D Ajax.Request.Events[readyState], response =3D new = Ajax.Response(this);=0A= =0A= if (state =3D=3D 'Complete') {=0A= try {=0A= this._complete =3D true;=0A= (this.options['on' + response.status]=0A= || this.options['on' + (this.success() ? 'Success' : 'Failure')]=0A= || Prototype.emptyFunction)(response, response.headerJSON);=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= =0A= var contentType =3D response.getHeader('Content-type');=0A= if (this.options.evalJS =3D=3D 'force'=0A= || (this.options.evalJS && this.isSameOrigin() && contentType=0A= && = contentType.match(/^\s*(text|application)\/(x-)?(java|ecma)script(;.*)?\s= *$/i)))=0A= this.evalResponse();=0A= }=0A= =0A= try {=0A= (this.options['on' + state] || Prototype.emptyFunction)(response, = response.headerJSON);=0A= Ajax.Responders.dispatch('on' + state, this, response, = response.headerJSON);=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= =0A= if (state =3D=3D 'Complete') {=0A= // avoid memory leak in MSIE: clean up=0A= this.transport.onreadystatechange =3D Prototype.emptyFunction;=0A= }=0A= },=0A= =0A= isSameOrigin: function() {=0A= var m =3D this.url.match(/^\s*https?:\/\/[^\/]*/);=0A= return !m || (m[0] =3D=3D = '#{protocol}//#{domain}#{port}'.interpolate({=0A= protocol: location.protocol,=0A= domain: document.domain,=0A= port: location.port ? ':' + location.port : ''=0A= }));=0A= },=0A= =0A= getHeader: function(name) {=0A= try {=0A= return this.transport.getResponseHeader(name) || null;=0A= } catch (e) { return null }=0A= },=0A= =0A= evalResponse: function() {=0A= try {=0A= return eval((this.transport.responseText || '').unfilterJSON());=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= },=0A= =0A= dispatchException: function(exception) {=0A= (this.options.onException || Prototype.emptyFunction)(this, = exception);=0A= Ajax.Responders.dispatch('onException', this, exception);=0A= }=0A= });=0A= =0A= Ajax.Request.Events =3D=0A= ['Uninitialized', 'Loading', 'Loaded', 'Interactive', 'Complete'];=0A= =0A= Ajax.Response =3D Class.create({=0A= initialize: function(request){=0A= this.request =3D request;=0A= var transport =3D this.transport =3D request.transport,=0A= readyState =3D this.readyState =3D transport.readyState;=0A= =0A= if((readyState > 2 && !Prototype.Browser.IE) || readyState =3D=3D 4) = {=0A= this.status =3D this.getStatus();=0A= this.statusText =3D this.getStatusText();=0A= this.responseText =3D String.interpret(transport.responseText);=0A= this.headerJSON =3D this._getHeaderJSON();=0A= }=0A= =0A= if(readyState =3D=3D 4) {=0A= var xml =3D transport.responseXML;=0A= this.responseXML =3D Object.isUndefined(xml) ? null : xml;=0A= this.responseJSON =3D this._getResponseJSON();=0A= }=0A= },=0A= =0A= status: 0,=0A= statusText: '',=0A= =0A= getStatus: Ajax.Request.prototype.getStatus,=0A= =0A= getStatusText: function() {=0A= try {=0A= return this.transport.statusText || '';=0A= } catch (e) { return '' }=0A= },=0A= =0A= getHeader: Ajax.Request.prototype.getHeader,=0A= =0A= getAllHeaders: function() {=0A= try {=0A= return this.getAllResponseHeaders();=0A= } catch (e) { return null }=0A= },=0A= =0A= getResponseHeader: function(name) {=0A= return this.transport.getResponseHeader(name);=0A= },=0A= =0A= getAllResponseHeaders: function() {=0A= return this.transport.getAllResponseHeaders();=0A= },=0A= =0A= _getHeaderJSON: function() {=0A= var json =3D this.getHeader('X-JSON');=0A= if (!json) return null;=0A= json =3D decodeURIComponent(escape(json));=0A= try {=0A= return json.evalJSON(this.request.options.sanitizeJSON ||=0A= !this.request.isSameOrigin());=0A= } catch (e) {=0A= this.request.dispatchException(e);=0A= }=0A= },=0A= =0A= _getResponseJSON: function() {=0A= var options =3D this.request.options;=0A= if (!options.evalJSON || (options.evalJSON !=3D 'force' &&=0A= !(this.getHeader('Content-type') || = '').include('application/json')) ||=0A= this.responseText.blank())=0A= return null;=0A= try {=0A= return this.responseText.evalJSON(options.sanitizeJSON ||=0A= !this.request.isSameOrigin());=0A= } catch (e) {=0A= this.request.dispatchException(e);=0A= }=0A= }=0A= });=0A= =0A= Ajax.Updater =3D Class.create(Ajax.Request, {=0A= initialize: function($super, container, url, options) {=0A= this.container =3D {=0A= success: (container.success || container),=0A= failure: (container.failure || (container.success ? null : = container))=0A= };=0A= =0A= options =3D Object.clone(options);=0A= var onComplete =3D options.onComplete;=0A= options.onComplete =3D (function(response, json) {=0A= this.updateContent(response.responseText);=0A= if (Object.isFunction(onComplete)) onComplete(response, json);=0A= }).bind(this);=0A= =0A= $super(url, options);=0A= },=0A= =0A= updateContent: function(responseText) {=0A= var receiver =3D this.container[this.success() ? 'success' : = 'failure'],=0A= options =3D this.options;=0A= =0A= if (!options.evalScripts) responseText =3D = responseText.stripScripts();=0A= =0A= if (receiver =3D $(receiver)) {=0A= if (options.insertion) {=0A= if (Object.isString(options.insertion)) {=0A= var insertion =3D { }; insertion[options.insertion] =3D = responseText;=0A= receiver.insert(insertion);=0A= }=0A= else options.insertion(receiver, responseText);=0A= }=0A= else receiver.update(responseText);=0A= }=0A= }=0A= });=0A= =0A= Ajax.PeriodicalUpdater =3D Class.create(Ajax.Base, {=0A= initialize: function($super, container, url, options) {=0A= $super(options);=0A= this.onComplete =3D this.options.onComplete;=0A= =0A= this.frequency =3D (this.options.frequency || 2);=0A= this.decay =3D (this.options.decay || 1);=0A= =0A= this.updater =3D { };=0A= this.container =3D container;=0A= this.url =3D url;=0A= =0A= this.start();=0A= },=0A= =0A= start: function() {=0A= this.options.onComplete =3D this.updateComplete.bind(this);=0A= this.onTimerEvent();=0A= },=0A= =0A= stop: function() {=0A= this.updater.options.onComplete =3D undefined;=0A= clearTimeout(this.timer);=0A= (this.onComplete || Prototype.emptyFunction).apply(this, arguments);=0A= },=0A= =0A= updateComplete: function(response) {=0A= if (this.options.decay) {=0A= this.decay =3D (response.responseText =3D=3D this.lastText ?=0A= this.decay * this.options.decay : 1);=0A= =0A= this.lastText =3D response.responseText;=0A= }=0A= this.timer =3D this.onTimerEvent.bind(this).delay(this.decay * = this.frequency);=0A= },=0A= =0A= onTimerEvent: function() {=0A= this.updater =3D new Ajax.Updater(this.container, this.url, = this.options);=0A= }=0A= });=0A= function $(element) {=0A= if (arguments.length > 1) {=0A= for (var i =3D 0, elements =3D [], length =3D arguments.length; i < = length; i++)=0A= elements.push($(arguments[i]));=0A= return elements;=0A= }=0A= if (Object.isString(element))=0A= element =3D document.getElementById(element);=0A= return Element.extend(element);=0A= }=0A= =0A= if (Prototype.BrowserFeatures.XPath) {=0A= document._getElementsByXPath =3D function(expression, parentElement) {=0A= var results =3D [];=0A= var query =3D document.evaluate(expression, $(parentElement) || = document,=0A= null, XPathResult.ORDERED_NODE_SNAPSHOT_TYPE, null);=0A= for (var i =3D 0, length =3D query.snapshotLength; i < length; i++)=0A= results.push(Element.extend(query.snapshotItem(i)));=0A= return results;=0A= };=0A= }=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= if (!window.Node) var Node =3D { };=0A= =0A= if (!Node.ELEMENT_NODE) {=0A= // DOM level 2 ECMAScript Language Binding=0A= Object.extend(Node, {=0A= ELEMENT_NODE: 1,=0A= ATTRIBUTE_NODE: 2,=0A= TEXT_NODE: 3,=0A= CDATA_SECTION_NODE: 4,=0A= ENTITY_REFERENCE_NODE: 5,=0A= ENTITY_NODE: 6,=0A= PROCESSING_INSTRUCTION_NODE: 7,=0A= COMMENT_NODE: 8,=0A= DOCUMENT_NODE: 9,=0A= DOCUMENT_TYPE_NODE: 10,=0A= DOCUMENT_FRAGMENT_NODE: 11,=0A= NOTATION_NODE: 12=0A= });=0A= }=0A= =0A= (function() {=0A= var element =3D this.Element;=0A= this.Element =3D function(tagName, attributes) {=0A= attributes =3D attributes || { };=0A= tagName =3D tagName.toLowerCase();=0A= var cache =3D Element.cache;=0A= if (Prototype.Browser.IE && attributes.name) {=0A= tagName =3D '<' + tagName + ' name=3D"' + attributes.name + '">';=0A= delete attributes.name;=0A= return Element.writeAttribute(document.createElement(tagName), = attributes);=0A= }=0A= if (!cache[tagName]) cache[tagName] =3D = Element.extend(document.createElement(tagName));=0A= return Element.writeAttribute(cache[tagName].cloneNode(false), = attributes);=0A= };=0A= Object.extend(this.Element, element || { });=0A= }).call(window);=0A= =0A= Element.cache =3D { };=0A= =0A= Element.Methods =3D {=0A= visible: function(element) {=0A= return $(element).style.display !=3D 'none';=0A= },=0A= =0A= toggle: function(element) {=0A= element =3D $(element);=0A= Element[Element.visible(element) ? 'hide' : 'show'](element);=0A= return element;=0A= },=0A= =0A= hide: function(element) {=0A= $(element).style.display =3D 'none';=0A= return element;=0A= },=0A= =0A= show: function(element) {=0A= $(element).style.display =3D '';=0A= return element;=0A= },=0A= =0A= remove: function(element) {=0A= element =3D $(element);=0A= element.parentNode.removeChild(element);=0A= return element;=0A= },=0A= =0A= update: function(element, content) {=0A= element =3D $(element);=0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) return = element.update().insert(content);=0A= content =3D Object.toHTML(content);=0A= element.innerHTML =3D content.stripScripts();=0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= },=0A= =0A= replace: function(element, content) {=0A= element =3D $(element);=0A= if (content && content.toElement) content =3D content.toElement();=0A= else if (!Object.isElement(content)) {=0A= content =3D Object.toHTML(content);=0A= var range =3D element.ownerDocument.createRange();=0A= range.selectNode(element);=0A= content.evalScripts.bind(content).defer();=0A= content =3D range.createContextualFragment(content.stripScripts());=0A= }=0A= element.parentNode.replaceChild(content, element);=0A= return element;=0A= },=0A= =0A= insert: function(element, insertions) {=0A= element =3D $(element);=0A= =0A= if (Object.isString(insertions) || Object.isNumber(insertions) ||=0A= Object.isElement(insertions) || (insertions && = (insertions.toElement || insertions.toHTML)))=0A= insertions =3D {bottom:insertions};=0A= =0A= var content, insert, tagName, childNodes;=0A= =0A= for (var position in insertions) {=0A= content =3D insertions[position];=0A= position =3D position.toLowerCase();=0A= insert =3D Element._insertionTranslations[position];=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) {=0A= insert(element, content);=0A= continue;=0A= }=0A= =0A= content =3D Object.toHTML(content);=0A= =0A= tagName =3D ((position =3D=3D 'before' || position =3D=3D 'after')=0A= ? element.parentNode : element).tagName.toUpperCase();=0A= =0A= childNodes =3D Element._getContentFromAnonymousElement(tagName, = content.stripScripts());=0A= =0A= if (position =3D=3D 'top' || position =3D=3D 'after') = childNodes.reverse();=0A= childNodes.each(insert.curry(element));=0A= =0A= content.evalScripts.bind(content).defer();=0A= }=0A= =0A= return element;=0A= },=0A= =0A= wrap: function(element, wrapper, attributes) {=0A= element =3D $(element);=0A= if (Object.isElement(wrapper))=0A= $(wrapper).writeAttribute(attributes || { });=0A= else if (Object.isString(wrapper)) wrapper =3D new Element(wrapper, = attributes);=0A= else wrapper =3D new Element('div', wrapper);=0A= if (element.parentNode)=0A= element.parentNode.replaceChild(wrapper, element);=0A= wrapper.appendChild(element);=0A= return wrapper;=0A= },=0A= =0A= inspect: function(element) {=0A= element =3D $(element);=0A= var result =3D '<' + element.tagName.toLowerCase();=0A= $H({'id': 'id', 'className': 'class'}).each(function(pair) {=0A= var property =3D pair.first(), attribute =3D pair.last();=0A= var value =3D (element[property] || '').toString();=0A= if (value) result +=3D ' ' + attribute + '=3D' + = value.inspect(true);=0A= });=0A= return result + '>';=0A= },=0A= =0A= recursivelyCollect: function(element, property) {=0A= element =3D $(element);=0A= var elements =3D [];=0A= while (element =3D element[property])=0A= if (element.nodeType =3D=3D 1)=0A= elements.push(Element.extend(element));=0A= return elements;=0A= },=0A= =0A= ancestors: function(element) {=0A= return $(element).recursivelyCollect('parentNode');=0A= },=0A= =0A= descendants: function(element) {=0A= return $(element).select("*");=0A= },=0A= =0A= firstDescendant: function(element) {=0A= element =3D $(element).firstChild;=0A= while (element && element.nodeType !=3D 1) element =3D = element.nextSibling;=0A= return $(element);=0A= },=0A= =0A= immediateDescendants: function(element) {=0A= if (!(element =3D $(element).firstChild)) return [];=0A= while (element && element.nodeType !=3D 1) element =3D = element.nextSibling;=0A= if (element) return [element].concat($(element).nextSiblings());=0A= return [];=0A= },=0A= =0A= previousSiblings: function(element) {=0A= return $(element).recursivelyCollect('previousSibling');=0A= },=0A= =0A= nextSiblings: function(element) {=0A= return $(element).recursivelyCollect('nextSibling');=0A= },=0A= =0A= siblings: function(element) {=0A= element =3D $(element);=0A= return = element.previousSiblings().reverse().concat(element.nextSiblings());=0A= },=0A= =0A= match: function(element, selector) {=0A= if (Object.isString(selector))=0A= selector =3D new Selector(selector);=0A= return selector.match($(element));=0A= },=0A= =0A= up: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return $(element.parentNode);=0A= var ancestors =3D element.ancestors();=0A= return Object.isNumber(expression) ? ancestors[expression] :=0A= Selector.findElement(ancestors, expression, index);=0A= },=0A= =0A= down: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return element.firstDescendant();=0A= return Object.isNumber(expression) ? = element.descendants()[expression] :=0A= element.select(expression)[index || 0];=0A= },=0A= =0A= previous: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return = $(Selector.handlers.previousElementSibling(element));=0A= var previousSiblings =3D element.previousSiblings();=0A= return Object.isNumber(expression) ? previousSiblings[expression] :=0A= Selector.findElement(previousSiblings, expression, index);=0A= },=0A= =0A= next: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return = $(Selector.handlers.nextElementSibling(element));=0A= var nextSiblings =3D element.nextSiblings();=0A= return Object.isNumber(expression) ? nextSiblings[expression] :=0A= Selector.findElement(nextSiblings, expression, index);=0A= },=0A= =0A= select: function() {=0A= var args =3D $A(arguments), element =3D $(args.shift());=0A= return Selector.findChildElements(element, args);=0A= },=0A= =0A= adjacent: function() {=0A= var args =3D $A(arguments), element =3D $(args.shift());=0A= return Selector.findChildElements(element.parentNode, = args).without(element);=0A= },=0A= =0A= identify: function(element) {=0A= element =3D $(element);=0A= var id =3D element.readAttribute('id'), self =3D arguments.callee;=0A= if (id) return id;=0A= do { id =3D 'anonymous_element_' + self.counter++ } while ($(id));=0A= element.writeAttribute('id', id);=0A= return id;=0A= },=0A= =0A= readAttribute: function(element, name) {=0A= element =3D $(element);=0A= if (Prototype.Browser.IE) {=0A= var t =3D Element._attributeTranslations.read;=0A= if (t.values[name]) return t.values[name](element, name);=0A= if (t.names[name]) name =3D t.names[name];=0A= if (name.include(':')) {=0A= return (!element.attributes || !element.attributes[name]) ? null = :=0A= element.attributes[name].value;=0A= }=0A= }=0A= return element.getAttribute(name);=0A= },=0A= =0A= writeAttribute: function(element, name, value) {=0A= element =3D $(element);=0A= var attributes =3D { }, t =3D Element._attributeTranslations.write;=0A= =0A= if (typeof name =3D=3D 'object') attributes =3D name;=0A= else attributes[name] =3D Object.isUndefined(value) ? true : value;=0A= =0A= for (var attr in attributes) {=0A= name =3D t.names[attr] || attr;=0A= value =3D attributes[attr];=0A= if (t.values[attr]) name =3D t.values[attr](element, value);=0A= if (value =3D=3D=3D false || value =3D=3D=3D null)=0A= element.removeAttribute(name);=0A= else if (value =3D=3D=3D true)=0A= element.setAttribute(name, name);=0A= else element.setAttribute(name, value);=0A= }=0A= return element;=0A= },=0A= =0A= getHeight: function(element) {=0A= return $(element).getDimensions().height;=0A= },=0A= =0A= getWidth: function(element) {=0A= return $(element).getDimensions().width;=0A= },=0A= =0A= classNames: function(element) {=0A= return new Element.ClassNames(element);=0A= },=0A= =0A= hasClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= var elementClassName =3D element.className;=0A= return (elementClassName.length > 0 && (elementClassName =3D=3D = className ||=0A= new RegExp("(^|\\s)" + className + = "(\\s|$)").test(elementClassName)));=0A= },=0A= =0A= addClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= if (!element.hasClassName(className))=0A= element.className +=3D (element.className ? ' ' : '') + className;=0A= return element;=0A= },=0A= =0A= removeClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= element.className =3D element.className.replace(=0A= new RegExp("(^|\\s+)" + className + "(\\s+|$)"), ' ').strip();=0A= return element;=0A= },=0A= =0A= toggleClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= return element[element.hasClassName(className) ?=0A= 'removeClassName' : 'addClassName'](className);=0A= },=0A= =0A= // removes whitespace-only text node children=0A= cleanWhitespace: function(element) {=0A= element =3D $(element);=0A= var node =3D element.firstChild;=0A= while (node) {=0A= var nextNode =3D node.nextSibling;=0A= if (node.nodeType =3D=3D 3 && !/\S/.test(node.nodeValue))=0A= element.removeChild(node);=0A= node =3D nextNode;=0A= }=0A= return element;=0A= },=0A= =0A= empty: function(element) {=0A= return $(element).innerHTML.blank();=0A= },=0A= =0A= descendantOf: function(element, ancestor) {=0A= element =3D $(element), ancestor =3D $(ancestor);=0A= var originalAncestor =3D ancestor;=0A= =0A= if (element.compareDocumentPosition)=0A= return (element.compareDocumentPosition(ancestor) & 8) =3D=3D=3D 8;=0A= =0A= if (element.sourceIndex && !Prototype.Browser.Opera) {=0A= var e =3D element.sourceIndex, a =3D ancestor.sourceIndex,=0A= nextAncestor =3D ancestor.nextSibling;=0A= if (!nextAncestor) {=0A= do { ancestor =3D ancestor.parentNode; }=0A= while (!(nextAncestor =3D ancestor.nextSibling) && = ancestor.parentNode);=0A= }=0A= if (nextAncestor && nextAncestor.sourceIndex)=0A= return (e > a && e < nextAncestor.sourceIndex);=0A= }=0A= =0A= while (element =3D element.parentNode)=0A= if (element =3D=3D originalAncestor) return true;=0A= return false;=0A= },=0A= =0A= scrollTo: function(element) {=0A= element =3D $(element);=0A= var pos =3D element.cumulativeOffset();=0A= window.scrollTo(pos[0], pos[1]);=0A= return element;=0A= },=0A= =0A= getStyle: function(element, style) {=0A= element =3D $(element);=0A= style =3D style =3D=3D 'float' ? 'cssFloat' : style.camelize();=0A= var value =3D element.style[style];=0A= if (!value) {=0A= var css =3D document.defaultView.getComputedStyle(element, null);=0A= value =3D css ? css[style] : null;=0A= }=0A= if (style =3D=3D 'opacity') return value ? parseFloat(value) : 1.0;=0A= return value =3D=3D 'auto' ? null : value;=0A= },=0A= =0A= getOpacity: function(element) {=0A= return $(element).getStyle('opacity');=0A= },=0A= =0A= setStyle: function(element, styles) {=0A= element =3D $(element);=0A= var elementStyle =3D element.style, match;=0A= if (Object.isString(styles)) {=0A= element.style.cssText +=3D ';' + styles;=0A= return styles.include('opacity') ?=0A= element.setOpacity(styles.match(/opacity:\s*(\d?\.?\d*)/)[1]) : = element;=0A= }=0A= for (var property in styles)=0A= if (property =3D=3D 'opacity') = element.setOpacity(styles[property]);=0A= else=0A= elementStyle[(property =3D=3D 'float' || property =3D=3D = 'cssFloat') ?=0A= (Object.isUndefined(elementStyle.styleFloat) ? 'cssFloat' : = 'styleFloat') :=0A= property] =3D styles[property];=0A= =0A= return element;=0A= },=0A= =0A= setOpacity: function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1 || value =3D=3D=3D '') ? = '' :=0A= (value < 0.00001) ? 0 : value;=0A= return element;=0A= },=0A= =0A= getDimensions: function(element) {=0A= element =3D $(element);=0A= var display =3D $(element).getStyle('display');=0A= if (display !=3D 'none' && display !=3D null) // Safari bug=0A= return {width: element.offsetWidth, height: element.offsetHeight};=0A= =0A= // All *Width and *Height properties give 0 on elements with display = none,=0A= // so enable the element temporarily=0A= var els =3D element.style;=0A= var originalVisibility =3D els.visibility;=0A= var originalPosition =3D els.position;=0A= var originalDisplay =3D els.display;=0A= els.visibility =3D 'hidden';=0A= els.position =3D 'absolute';=0A= els.display =3D 'block';=0A= var originalWidth =3D element.clientWidth;=0A= var originalHeight =3D element.clientHeight;=0A= els.display =3D originalDisplay;=0A= els.position =3D originalPosition;=0A= els.visibility =3D originalVisibility;=0A= return {width: originalWidth, height: originalHeight};=0A= },=0A= =0A= makePositioned: function(element) {=0A= element =3D $(element);=0A= var pos =3D Element.getStyle(element, 'position');=0A= if (pos =3D=3D 'static' || !pos) {=0A= element._madePositioned =3D true;=0A= element.style.position =3D 'relative';=0A= // Opera returns the offset relative to the positioning context, = when an=0A= // element is position relative but top and left have not been = defined=0A= if (window.opera) {=0A= element.style.top =3D 0;=0A= element.style.left =3D 0;=0A= }=0A= }=0A= return element;=0A= },=0A= =0A= undoPositioned: function(element) {=0A= element =3D $(element);=0A= if (element._madePositioned) {=0A= element._madePositioned =3D undefined;=0A= element.style.position =3D=0A= element.style.top =3D=0A= element.style.left =3D=0A= element.style.bottom =3D=0A= element.style.right =3D '';=0A= }=0A= return element;=0A= },=0A= =0A= makeClipping: function(element) {=0A= element =3D $(element);=0A= if (element._overflow) return element;=0A= element._overflow =3D Element.getStyle(element, 'overflow') || = 'auto';=0A= if (element._overflow !=3D=3D 'hidden')=0A= element.style.overflow =3D 'hidden';=0A= return element;=0A= },=0A= =0A= undoClipping: function(element) {=0A= element =3D $(element);=0A= if (!element._overflow) return element;=0A= element.style.overflow =3D element._overflow =3D=3D 'auto' ? '' : = element._overflow;=0A= element._overflow =3D null;=0A= return element;=0A= },=0A= =0A= cumulativeOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= element =3D element.offsetParent;=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= positionedOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= element =3D element.offsetParent;=0A= if (element) {=0A= if (element.tagName =3D=3D 'BODY') break;=0A= var p =3D Element.getStyle(element, 'position');=0A= if (p !=3D=3D 'static') break;=0A= }=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= absolutize: function(element) {=0A= element =3D $(element);=0A= if (element.getStyle('position') =3D=3D 'absolute') return;=0A= // Position.prepare(); // To be done manually by Scripty when it = needs it.=0A= =0A= var offsets =3D element.positionedOffset();=0A= var top =3D offsets[1];=0A= var left =3D offsets[0];=0A= var width =3D element.clientWidth;=0A= var height =3D element.clientHeight;=0A= =0A= element._originalLeft =3D left - parseFloat(element.style.left || = 0);=0A= element._originalTop =3D top - parseFloat(element.style.top || = 0);=0A= element._originalWidth =3D element.style.width;=0A= element._originalHeight =3D element.style.height;=0A= =0A= element.style.position =3D 'absolute';=0A= element.style.top =3D top + 'px';=0A= element.style.left =3D left + 'px';=0A= element.style.width =3D width + 'px';=0A= element.style.height =3D height + 'px';=0A= return element;=0A= },=0A= =0A= relativize: function(element) {=0A= element =3D $(element);=0A= if (element.getStyle('position') =3D=3D 'relative') return;=0A= // Position.prepare(); // To be done manually by Scripty when it = needs it.=0A= =0A= element.style.position =3D 'relative';=0A= var top =3D parseFloat(element.style.top || 0) - = (element._originalTop || 0);=0A= var left =3D parseFloat(element.style.left || 0) - = (element._originalLeft || 0);=0A= =0A= element.style.top =3D top + 'px';=0A= element.style.left =3D left + 'px';=0A= element.style.height =3D element._originalHeight;=0A= element.style.width =3D element._originalWidth;=0A= return element;=0A= },=0A= =0A= cumulativeScrollOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.scrollTop || 0;=0A= valueL +=3D element.scrollLeft || 0;=0A= element =3D element.parentNode;=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= getOffsetParent: function(element) {=0A= if (element.offsetParent) return $(element.offsetParent);=0A= if (element =3D=3D document.body) return $(element);=0A= =0A= while ((element =3D element.parentNode) && element !=3D = document.body)=0A= if (Element.getStyle(element, 'position') !=3D 'static')=0A= return $(element);=0A= =0A= return $(document.body);=0A= },=0A= =0A= viewportOffset: function(forElement) {=0A= var valueT =3D 0, valueL =3D 0;=0A= =0A= var element =3D forElement;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= =0A= // Safari fix=0A= if (element.offsetParent =3D=3D document.body &&=0A= Element.getStyle(element, 'position') =3D=3D 'absolute') break;=0A= =0A= } while (element =3D element.offsetParent);=0A= =0A= element =3D forElement;=0A= do {=0A= if (!Prototype.Browser.Opera || element.tagName =3D=3D 'BODY') {=0A= valueT -=3D element.scrollTop || 0;=0A= valueL -=3D element.scrollLeft || 0;=0A= }=0A= } while (element =3D element.parentNode);=0A= =0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= clonePosition: function(element, source) {=0A= var options =3D Object.extend({=0A= setLeft: true,=0A= setTop: true,=0A= setWidth: true,=0A= setHeight: true,=0A= offsetTop: 0,=0A= offsetLeft: 0=0A= }, arguments[2] || { });=0A= =0A= // find page position of source=0A= source =3D $(source);=0A= var p =3D source.viewportOffset();=0A= =0A= // find coordinate system to use=0A= element =3D $(element);=0A= var delta =3D [0, 0];=0A= var parent =3D null;=0A= // delta [0,0] will do fine with position: fixed elements,=0A= // position:absolute needs offsetParent deltas=0A= if (Element.getStyle(element, 'position') =3D=3D 'absolute') {=0A= parent =3D element.getOffsetParent();=0A= delta =3D parent.viewportOffset();=0A= }=0A= =0A= // correct by body offsets (fixes Safari)=0A= if (parent =3D=3D document.body) {=0A= delta[0] -=3D document.body.offsetLeft;=0A= delta[1] -=3D document.body.offsetTop;=0A= }=0A= =0A= // set position=0A= if (options.setLeft) element.style.left =3D (p[0] - delta[0] + = options.offsetLeft) + 'px';=0A= if (options.setTop) element.style.top =3D (p[1] - delta[1] + = options.offsetTop) + 'px';=0A= if (options.setWidth) element.style.width =3D source.offsetWidth + = 'px';=0A= if (options.setHeight) element.style.height =3D source.offsetHeight = + 'px';=0A= return element;=0A= }=0A= };=0A= =0A= Element.Methods.identify.counter =3D 1;=0A= =0A= Object.extend(Element.Methods, {=0A= getElementsBySelector: Element.Methods.select,=0A= childElements: Element.Methods.immediateDescendants=0A= });=0A= =0A= Element._attributeTranslations =3D {=0A= write: {=0A= names: {=0A= className: 'class',=0A= htmlFor: 'for'=0A= },=0A= values: { }=0A= }=0A= };=0A= =0A= if (Prototype.Browser.Opera) {=0A= Element.Methods.getStyle =3D Element.Methods.getStyle.wrap(=0A= function(proceed, element, style) {=0A= switch (style) {=0A= case 'left': case 'top': case 'right': case 'bottom':=0A= if (proceed(element, 'position') =3D=3D=3D 'static') return = null;=0A= case 'height': case 'width':=0A= // returns '0px' for hidden elements; we want it to return null=0A= if (!Element.visible(element)) return null;=0A= =0A= // returns the border-box dimensions rather than the = content-box=0A= // dimensions, so we subtract padding and borders from the = value=0A= var dim =3D parseInt(proceed(element, style), 10);=0A= =0A= if (dim !=3D=3D element['offset' + style.capitalize()])=0A= return dim + 'px';=0A= =0A= var properties;=0A= if (style =3D=3D=3D 'height') {=0A= properties =3D ['border-top-width', 'padding-top',=0A= 'padding-bottom', 'border-bottom-width'];=0A= }=0A= else {=0A= properties =3D ['border-left-width', 'padding-left',=0A= 'padding-right', 'border-right-width'];=0A= }=0A= return properties.inject(dim, function(memo, property) {=0A= var val =3D proceed(element, property);=0A= return val =3D=3D=3D null ? memo : memo - parseInt(val, 10);=0A= }) + 'px';=0A= default: return proceed(element, style);=0A= }=0A= }=0A= );=0A= =0A= Element.Methods.readAttribute =3D Element.Methods.readAttribute.wrap(=0A= function(proceed, element, attribute) {=0A= if (attribute =3D=3D=3D 'title') return element.title;=0A= return proceed(element, attribute);=0A= }=0A= );=0A= }=0A= =0A= else if (Prototype.Browser.IE) {=0A= // IE doesn't report offsets correctly for static elements, so we = change them=0A= // to "relative" to get the values, then change them back.=0A= Element.Methods.getOffsetParent =3D = Element.Methods.getOffsetParent.wrap(=0A= function(proceed, element) {=0A= element =3D $(element);=0A= var position =3D element.getStyle('position');=0A= if (position !=3D=3D 'static') return proceed(element);=0A= element.setStyle({ position: 'relative' });=0A= var value =3D proceed(element);=0A= element.setStyle({ position: position });=0A= return value;=0A= }=0A= );=0A= =0A= $w('positionedOffset viewportOffset').each(function(method) {=0A= Element.Methods[method] =3D Element.Methods[method].wrap(=0A= function(proceed, element) {=0A= element =3D $(element);=0A= var position =3D element.getStyle('position');=0A= if (position !=3D=3D 'static') return proceed(element);=0A= // Trigger hasLayout on the offset parent so that IE6 reports=0A= // accurate offsetTop and offsetLeft values for position: fixed.=0A= var offsetParent =3D element.getOffsetParent();=0A= if (offsetParent && offsetParent.getStyle('position') =3D=3D=3D = 'fixed')=0A= offsetParent.setStyle({ zoom: 1 });=0A= element.setStyle({ position: 'relative' });=0A= var value =3D proceed(element);=0A= element.setStyle({ position: position });=0A= return value;=0A= }=0A= );=0A= });=0A= =0A= Element.Methods.getStyle =3D function(element, style) {=0A= element =3D $(element);=0A= style =3D (style =3D=3D 'float' || style =3D=3D 'cssFloat') ? = 'styleFloat' : style.camelize();=0A= var value =3D element.style[style];=0A= if (!value && element.currentStyle) value =3D = element.currentStyle[style];=0A= =0A= if (style =3D=3D 'opacity') {=0A= if (value =3D (element.getStyle('filter') || = '').match(/alpha\(opacity=3D(.*)\)/))=0A= if (value[1]) return parseFloat(value[1]) / 100;=0A= return 1.0;=0A= }=0A= =0A= if (value =3D=3D 'auto') {=0A= if ((style =3D=3D 'width' || style =3D=3D 'height') && = (element.getStyle('display') !=3D 'none'))=0A= return element['offset' + style.capitalize()] + 'px';=0A= return null;=0A= }=0A= return value;=0A= };=0A= =0A= Element.Methods.setOpacity =3D function(element, value) {=0A= function stripAlpha(filter){=0A= return filter.replace(/alpha\([^\)]*\)/gi,'');=0A= }=0A= element =3D $(element);=0A= var currentStyle =3D element.currentStyle;=0A= if ((currentStyle && !currentStyle.hasLayout) ||=0A= (!currentStyle && element.style.zoom =3D=3D 'normal'))=0A= element.style.zoom =3D 1;=0A= =0A= var filter =3D element.getStyle('filter'), style =3D element.style;=0A= if (value =3D=3D 1 || value =3D=3D=3D '') {=0A= (filter =3D stripAlpha(filter)) ?=0A= style.filter =3D filter : style.removeAttribute('filter');=0A= return element;=0A= } else if (value < 0.00001) value =3D 0;=0A= style.filter =3D stripAlpha(filter) +=0A= 'alpha(opacity=3D' + (value * 100) + ')';=0A= return element;=0A= };=0A= =0A= Element._attributeTranslations =3D {=0A= read: {=0A= names: {=0A= 'class': 'className',=0A= 'for': 'htmlFor'=0A= },=0A= values: {=0A= _getAttr: function(element, attribute) {=0A= return element.getAttribute(attribute, 2);=0A= },=0A= _getAttrNode: function(element, attribute) {=0A= var node =3D element.getAttributeNode(attribute);=0A= return node ? node.value : "";=0A= },=0A= _getEv: function(element, attribute) {=0A= attribute =3D element.getAttribute(attribute);=0A= return attribute ? attribute.toString().slice(23, -2) : null;=0A= },=0A= _flag: function(element, attribute) {=0A= return $(element).hasAttribute(attribute) ? attribute : null;=0A= },=0A= style: function(element) {=0A= return element.style.cssText.toLowerCase();=0A= },=0A= title: function(element) {=0A= return element.title;=0A= }=0A= }=0A= }=0A= };=0A= =0A= Element._attributeTranslations.write =3D {=0A= names: Object.extend({=0A= cellpadding: 'cellPadding',=0A= cellspacing: 'cellSpacing'=0A= }, Element._attributeTranslations.read.names),=0A= values: {=0A= checked: function(element, value) {=0A= element.checked =3D !!value;=0A= },=0A= =0A= style: function(element, value) {=0A= element.style.cssText =3D value ? value : '';=0A= }=0A= }=0A= };=0A= =0A= Element._attributeTranslations.has =3D {};=0A= =0A= $w('colSpan rowSpan vAlign dateTime accessKey tabIndex ' +=0A= 'encType maxLength readOnly longDesc').each(function(attr) {=0A= Element._attributeTranslations.write.names[attr.toLowerCase()] =3D = attr;=0A= Element._attributeTranslations.has[attr.toLowerCase()] =3D attr;=0A= });=0A= =0A= (function(v) {=0A= Object.extend(v, {=0A= href: v._getAttr,=0A= src: v._getAttr,=0A= type: v._getAttr,=0A= action: v._getAttrNode,=0A= disabled: v._flag,=0A= checked: v._flag,=0A= readonly: v._flag,=0A= multiple: v._flag,=0A= onload: v._getEv,=0A= onunload: v._getEv,=0A= onclick: v._getEv,=0A= ondblclick: v._getEv,=0A= onmousedown: v._getEv,=0A= onmouseup: v._getEv,=0A= onmouseover: v._getEv,=0A= onmousemove: v._getEv,=0A= onmouseout: v._getEv,=0A= onfocus: v._getEv,=0A= onblur: v._getEv,=0A= onkeypress: v._getEv,=0A= onkeydown: v._getEv,=0A= onkeyup: v._getEv,=0A= onsubmit: v._getEv,=0A= onreset: v._getEv,=0A= onselect: v._getEv,=0A= onchange: v._getEv=0A= });=0A= })(Element._attributeTranslations.read.values);=0A= }=0A= =0A= else if (Prototype.Browser.Gecko && = /rv:1\.8\.0/.test(navigator.userAgent)) {=0A= Element.Methods.setOpacity =3D function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1) ? 0.999999 :=0A= (value =3D=3D=3D '') ? '' : (value < 0.00001) ? 0 : value;=0A= return element;=0A= };=0A= }=0A= =0A= else if (Prototype.Browser.WebKit) {=0A= Element.Methods.setOpacity =3D function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1 || value =3D=3D=3D '') ? = '' :=0A= (value < 0.00001) ? 0 : value;=0A= =0A= if (value =3D=3D 1)=0A= if(element.tagName =3D=3D 'IMG' && element.width) {=0A= element.width++; element.width--;=0A= } else try {=0A= var n =3D document.createTextNode(' ');=0A= element.appendChild(n);=0A= element.removeChild(n);=0A= } catch (e) { }=0A= =0A= return element;=0A= };=0A= =0A= // Safari returns margins on body which is incorrect if the child is = absolutely=0A= // positioned. For performance reasons, redefine = Element#cumulativeOffset for=0A= // KHTML/WebKit only.=0A= Element.Methods.cumulativeOffset =3D function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= if (element.offsetParent =3D=3D document.body)=0A= if (Element.getStyle(element, 'position') =3D=3D 'absolute') = break;=0A= =0A= element =3D element.offsetParent;=0A= } while (element);=0A= =0A= return Element._returnOffset(valueL, valueT);=0A= };=0A= }=0A= =0A= if (Prototype.Browser.IE || Prototype.Browser.Opera) {=0A= // IE and Opera are missing .innerHTML support for TABLE-related and = SELECT elements=0A= Element.Methods.update =3D function(element, content) {=0A= element =3D $(element);=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) return = element.update().insert(content);=0A= =0A= content =3D Object.toHTML(content);=0A= var tagName =3D element.tagName.toUpperCase();=0A= =0A= if (tagName in Element._insertionTranslations.tags) {=0A= $A(element.childNodes).each(function(node) { = element.removeChild(node) });=0A= Element._getContentFromAnonymousElement(tagName, = content.stripScripts())=0A= .each(function(node) { element.appendChild(node) });=0A= }=0A= else element.innerHTML =3D content.stripScripts();=0A= =0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= };=0A= }=0A= =0A= if ('outerHTML' in document.createElement('div')) {=0A= Element.Methods.replace =3D function(element, content) {=0A= element =3D $(element);=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) {=0A= element.parentNode.replaceChild(content, element);=0A= return element;=0A= }=0A= =0A= content =3D Object.toHTML(content);=0A= var parent =3D element.parentNode, tagName =3D = parent.tagName.toUpperCase();=0A= =0A= if (Element._insertionTranslations.tags[tagName]) {=0A= var nextSibling =3D element.next();=0A= var fragments =3D Element._getContentFromAnonymousElement(tagName, = content.stripScripts());=0A= parent.removeChild(element);=0A= if (nextSibling)=0A= fragments.each(function(node) { parent.insertBefore(node, = nextSibling) });=0A= else=0A= fragments.each(function(node) { parent.appendChild(node) });=0A= }=0A= else element.outerHTML =3D content.stripScripts();=0A= =0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= };=0A= }=0A= =0A= Element._returnOffset =3D function(l, t) {=0A= var result =3D [l, t];=0A= result.left =3D l;=0A= result.top =3D t;=0A= return result;=0A= };=0A= =0A= Element._getContentFromAnonymousElement =3D function(tagName, html) {=0A= var div =3D new Element('div'), t =3D = Element._insertionTranslations.tags[tagName];=0A= if (t) {=0A= div.innerHTML =3D t[0] + html + t[1];=0A= t[2].times(function() { div =3D div.firstChild });=0A= } else div.innerHTML =3D html;=0A= return $A(div.childNodes);=0A= };=0A= =0A= Element._insertionTranslations =3D {=0A= before: function(element, node) {=0A= element.parentNode.insertBefore(node, element);=0A= },=0A= top: function(element, node) {=0A= element.insertBefore(node, element.firstChild);=0A= },=0A= bottom: function(element, node) {=0A= element.appendChild(node);=0A= },=0A= after: function(element, node) {=0A= element.parentNode.insertBefore(node, element.nextSibling);=0A= },=0A= tags: {=0A= TABLE: ['', '
', 1],=0A= TBODY: ['', '
', 2],=0A= TR: ['', '
', 3],=0A= TD: ['
', '
', 4],=0A= SELECT: ['', 1]=0A= }=0A= };=0A= =0A= (function() {=0A= Object.extend(this.tags, {=0A= THEAD: this.tags.TBODY,=0A= TFOOT: this.tags.TBODY,=0A= TH: this.tags.TD=0A= });=0A= }).call(Element._insertionTranslations);=0A= =0A= Element.Methods.Simulated =3D {=0A= hasAttribute: function(element, attribute) {=0A= attribute =3D Element._attributeTranslations.has[attribute] || = attribute;=0A= var node =3D $(element).getAttributeNode(attribute);=0A= return node && node.specified;=0A= }=0A= };=0A= =0A= Element.Methods.ByTag =3D { };=0A= =0A= Object.extend(Element, Element.Methods);=0A= =0A= if (!Prototype.BrowserFeatures.ElementExtensions &&=0A= document.createElement('div').__proto__) {=0A= window.HTMLElement =3D { };=0A= window.HTMLElement.prototype =3D = document.createElement('div').__proto__;=0A= Prototype.BrowserFeatures.ElementExtensions =3D true;=0A= }=0A= =0A= Element.extend =3D (function() {=0A= if (Prototype.BrowserFeatures.SpecificElementExtensions)=0A= return Prototype.K;=0A= =0A= var Methods =3D { }, ByTag =3D Element.Methods.ByTag;=0A= =0A= var extend =3D Object.extend(function(element) {=0A= if (!element || element._extendedByPrototype ||=0A= element.nodeType !=3D 1 || element =3D=3D window) return element;=0A= =0A= var methods =3D Object.clone(Methods),=0A= tagName =3D element.tagName, property, value;=0A= =0A= // extend methods for specific tags=0A= if (ByTag[tagName]) Object.extend(methods, ByTag[tagName]);=0A= =0A= for (property in methods) {=0A= value =3D methods[property];=0A= if (Object.isFunction(value) && !(property in element))=0A= element[property] =3D value.methodize();=0A= }=0A= =0A= element._extendedByPrototype =3D Prototype.emptyFunction;=0A= return element;=0A= =0A= }, {=0A= refresh: function() {=0A= // extend methods for all tags (Safari doesn't need this)=0A= if (!Prototype.BrowserFeatures.ElementExtensions) {=0A= Object.extend(Methods, Element.Methods);=0A= Object.extend(Methods, Element.Methods.Simulated);=0A= }=0A= }=0A= });=0A= =0A= extend.refresh();=0A= return extend;=0A= })();=0A= =0A= Element.hasAttribute =3D function(element, attribute) {=0A= if (element.hasAttribute) return element.hasAttribute(attribute);=0A= return Element.Methods.Simulated.hasAttribute(element, attribute);=0A= };=0A= =0A= Element.addMethods =3D function(methods) {=0A= var F =3D Prototype.BrowserFeatures, T =3D Element.Methods.ByTag;=0A= =0A= if (!methods) {=0A= Object.extend(Form, Form.Methods);=0A= Object.extend(Form.Element, Form.Element.Methods);=0A= Object.extend(Element.Methods.ByTag, {=0A= "FORM": Object.clone(Form.Methods),=0A= "INPUT": Object.clone(Form.Element.Methods),=0A= "SELECT": Object.clone(Form.Element.Methods),=0A= "TEXTAREA": Object.clone(Form.Element.Methods)=0A= });=0A= }=0A= =0A= if (arguments.length =3D=3D 2) {=0A= var tagName =3D methods;=0A= methods =3D arguments[1];=0A= }=0A= =0A= if (!tagName) Object.extend(Element.Methods, methods || { });=0A= else {=0A= if (Object.isArray(tagName)) tagName.each(extend);=0A= else extend(tagName);=0A= }=0A= =0A= function extend(tagName) {=0A= tagName =3D tagName.toUpperCase();=0A= if (!Element.Methods.ByTag[tagName])=0A= Element.Methods.ByTag[tagName] =3D { };=0A= Object.extend(Element.Methods.ByTag[tagName], methods);=0A= }=0A= =0A= function copy(methods, destination, onlyIfAbsent) {=0A= onlyIfAbsent =3D onlyIfAbsent || false;=0A= for (var property in methods) {=0A= var value =3D methods[property];=0A= if (!Object.isFunction(value)) continue;=0A= if (!onlyIfAbsent || !(property in destination))=0A= destination[property] =3D value.methodize();=0A= }=0A= }=0A= =0A= function findDOMClass(tagName) {=0A= var klass;=0A= var trans =3D {=0A= "OPTGROUP": "OptGroup", "TEXTAREA": "TextArea", "P": "Paragraph",=0A= "FIELDSET": "FieldSet", "UL": "UList", "OL": "OList", "DL": = "DList",=0A= "DIR": "Directory", "H1": "Heading", "H2": "Heading", "H3": = "Heading",=0A= "H4": "Heading", "H5": "Heading", "H6": "Heading", "Q": "Quote",=0A= "INS": "Mod", "DEL": "Mod", "A": "Anchor", "IMG": "Image", = "CAPTION":=0A= "TableCaption", "COL": "TableCol", "COLGROUP": "TableCol", "THEAD":=0A= "TableSection", "TFOOT": "TableSection", "TBODY": "TableSection", = "TR":=0A= "TableRow", "TH": "TableCell", "TD": "TableCell", "FRAMESET":=0A= "FrameSet", "IFRAME": "IFrame"=0A= };=0A= if (trans[tagName]) klass =3D 'HTML' + trans[tagName] + 'Element';=0A= if (window[klass]) return window[klass];=0A= klass =3D 'HTML' + tagName + 'Element';=0A= if (window[klass]) return window[klass];=0A= klass =3D 'HTML' + tagName.capitalize() + 'Element';=0A= if (window[klass]) return window[klass];=0A= =0A= window[klass] =3D { };=0A= window[klass].prototype =3D = document.createElement(tagName).__proto__;=0A= return window[klass];=0A= }=0A= =0A= if (F.ElementExtensions) {=0A= copy(Element.Methods, HTMLElement.prototype);=0A= copy(Element.Methods.Simulated, HTMLElement.prototype, true);=0A= }=0A= =0A= if (F.SpecificElementExtensions) {=0A= for (var tag in Element.Methods.ByTag) {=0A= var klass =3D findDOMClass(tag);=0A= if (Object.isUndefined(klass)) continue;=0A= copy(T[tag], klass.prototype);=0A= }=0A= }=0A= =0A= Object.extend(Element, Element.Methods);=0A= delete Element.ByTag;=0A= =0A= if (Element.extend.refresh) Element.extend.refresh();=0A= Element.cache =3D { };=0A= };=0A= =0A= document.viewport =3D {=0A= getDimensions: function() {=0A= var dimensions =3D { };=0A= var B =3D Prototype.Browser;=0A= $w('width height').each(function(d) {=0A= var D =3D d.capitalize();=0A= dimensions[d] =3D (B.WebKit && !document.evaluate) ? self['inner' = + D] :=0A= (B.Opera) ? document.body['client' + D] : = document.documentElement['client' + D];=0A= });=0A= return dimensions;=0A= },=0A= =0A= getWidth: function() {=0A= return this.getDimensions().width;=0A= },=0A= =0A= getHeight: function() {=0A= return this.getDimensions().height;=0A= },=0A= =0A= getScrollOffsets: function() {=0A= return Element._returnOffset(=0A= window.pageXOffset || document.documentElement.scrollLeft || = document.body.scrollLeft,=0A= window.pageYOffset || document.documentElement.scrollTop || = document.body.scrollTop);=0A= }=0A= };=0A= /* Portions of the Selector class are derived from Jack = Slocum=C3=A2=E2=82=AC=E2=84=A2s DomQuery,=0A= * part of YUI-Ext version 0.40, distributed under the terms of an = MIT-style=0A= * license. Please see http://www.yui-ext.com/ for more information. */=0A= =0A= var Selector =3D Class.create({=0A= initialize: function(expression) {=0A= this.expression =3D expression.strip();=0A= this.compileMatcher();=0A= },=0A= =0A= shouldUseXPath: function() {=0A= if (!Prototype.BrowserFeatures.XPath) return false;=0A= =0A= var e =3D this.expression;=0A= =0A= // Safari 3 chokes on :*-of-type and :empty=0A= if (Prototype.Browser.WebKit &&=0A= (e.include("-of-type") || e.include(":empty")))=0A= return false;=0A= =0A= // XPath can't do namespaced attributes, nor can it read=0A= // the "checked" property from DOM nodes=0A= if ((/(\[[\w-]*?:|:checked)/).test(this.expression))=0A= return false;=0A= =0A= return true;=0A= },=0A= =0A= compileMatcher: function() {=0A= if (this.shouldUseXPath())=0A= return this.compileXPathMatcher();=0A= =0A= var e =3D this.expression, ps =3D Selector.patterns, h =3D = Selector.handlers,=0A= c =3D Selector.criteria, le, p, m;=0A= =0A= if (Selector._cache[e]) {=0A= this.matcher =3D Selector._cache[e];=0A= return;=0A= }=0A= =0A= this.matcher =3D ["this.matcher =3D function(root) {",=0A= "var r =3D root, h =3D Selector.handlers, c =3D = false, n;"];=0A= =0A= while (e && le !=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in ps) {=0A= p =3D ps[i];=0A= if (m =3D e.match(p)) {=0A= this.matcher.push(Object.isFunction(c[i]) ? c[i](m) :=0A= new Template(c[i]).evaluate(m));=0A= e =3D e.replace(m[0], '');=0A= break;=0A= }=0A= }=0A= }=0A= =0A= this.matcher.push("return h.unique(n);\n}");=0A= eval(this.matcher.join('\n'));=0A= Selector._cache[this.expression] =3D this.matcher;=0A= },=0A= =0A= compileXPathMatcher: function() {=0A= var e =3D this.expression, ps =3D Selector.patterns,=0A= x =3D Selector.xpath, le, m;=0A= =0A= if (Selector._cache[e]) {=0A= this.xpath =3D Selector._cache[e]; return;=0A= }=0A= =0A= this.matcher =3D ['.//*'];=0A= while (e && le !=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in ps) {=0A= if (m =3D e.match(ps[i])) {=0A= this.matcher.push(Object.isFunction(x[i]) ? x[i](m) :=0A= new Template(x[i]).evaluate(m));=0A= e =3D e.replace(m[0], '');=0A= break;=0A= }=0A= }=0A= }=0A= =0A= this.xpath =3D this.match