2 TRILUX LIS - Leuchten-Informationssystem 07 #8&6yDMeRj%7q2VV 7941459 TRILUX Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP ETD 13 Luceos Luceos Luceos Luceos Luceos Luceos Luceos 510 mit elektronischem Transformator, dimmbar, 1..10 V with electronic transformer, dimmable, 1..10 V z transformatorem elektronicznym z funkcja przyciemniania, 1-10 V avec transformateur électronique, dimmable, de 1 à 10 V. con trasformatore elettronico, dimmerabile, 1..10 V Met elektronische transformator, dimbaar, 1..10 V con transformador electrónico, regulable, 1..10 V 109.00 1.0 Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Exklusive LED-Standleuchte mit direktem und indirektem Lichtstromanteil. Für Normgerechte Ausleuchtung von Einzel- und Doppelarbeitsplätzen. Mit Smart-Connect-Ausstattung zur Kombination mit einem LiveLink Lightgrid Controller. Die Leuchte verfügt über einen integrierten Tageslicht- und HF-Präsenzsensor mit Bewegungsrichtungserkennung. Bis zu 20 Leuchten in Smart-Connect-Ausführung können innerhalb eines Raumes über Bluetooth zu einer interaktiven Leuchtengruppe miteinander verbunden werden. Die Ersterkennung von Bewegung bei einer beliebigen Leuchte innerhalb der Gruppe bewirkt das Einschalten aller Gruppenteilnehmer auf Grundlichtniveau (ca. 300 lx, Indirektanteil). Eine nachfolgende Erfassung im Nahbereich einer Leuchte steuert diese durch Einschalten des Direktanteils in den Arbeitsplatzmodus. Die Parametrierung der Smart-Connect-Funktionen erfolgt passwortgeschützt mittels Smartphone über eine App. Die Bedienung der Beleuchtungsfunktionen erfolgt manuell durch 3 Bedienelemente sowie mittels Smartphone-App. Die Kommunikation zwischen den verbundenen Leuchten und dem Smartphone erfolgt mittels Bluetooth Low Energy v 5.0. Einzelne Leuchten sowie auch Leuchtengruppen können mit bis zu 4 batterie- und leitungslosen Funk-Tastern, die als separat zu bestellendes Zubehör verfügbar sind angesteuert werden. In Formensprache und lichttechnischen Eigenschaften harmoniert die Standleuchte mit Hänge- und Anbauleuchten sowie weiteren Standleuchten-Varianten im Projekt. Die Lieferung der Leuchte erfolgt zum Schutz der Einzelkomponenten in 4 Packstücken. Der Direktanteil der Leuchte bewirkt mit seiner breiten, leicht asymmetrischen Lichtstärkeverteilung eine sehr gleichmäßige Ausleuchtung der Schreibtischoberfläche. Der Indirektanteil mit lambertscher Lichtverteilung bewirkt eine optimale Raumausleuchtung. Aufteilung der Gesamt-Lichtstärkeverteilung (direkt/indirekt): 10 / 90 %. Blendungsbewertung nach UGR-Einstufung (EN 12464-1) < 19. Bildschirmarbeitsplatzgerecht gemäß EN 12464-1 Leuchtenlichtstrom und Lichtfarbe fest eingestellt. Bemessungslichtstrom 15300 lm, Bemessungsleistung 109,00 W, Leuchten-Lichtausbeute 140 lm/W. Lichtfarbe warmweiß, ähnlichste Farbtemperatur (CCT) 3000 K, allgemeiner Farbwiedergabeindex (CRI) Ra > 80. Farborttoleranz (initial MacAdam) < 3 SDCM. Mittlere Bemessungslebensdauer L80(tq 25 °C) = 50.000 h. Die Lichtquelle ist entsprechend der Ökodesign-Anforderungen (VO (EU) 2019/2020) austauschbar. Leuchtenkörper aus Aluminium Strangpressprofil und Aluminium Druckguss. Leuchtenfuß in U-Form. Neigung des Leuchtenkopfes über zwei Madenschrauben in Längs- und Querrichtung justierbar. Oberfläche weiß beschichtet (RAL 9016). Weitere Farben auf Anfrage erhältlich. Leuchtenhöhe: 2000 mm, Länge / Breite Standfuß: 500 mm / 320 mm, Länge / Breite Leuchtenkopf: 677 mm x 290 mm, Höhe Leuchtenkopf: 23 mm. Standrohrmaße: 50 mm x 28 mm. Schutzklasse (EN 61140): I, Schutzart (DIN EN 60529): IP20, Stoßfestigkeitsgrad nach IEC 62262: IK02, Prüftemperatur Glühdrahttest gemäß IEC 60695-2-11: 650 °C. Gewicht: 16,9 kg. Anschluß mittels flexibler Anschlussleitung 3 x 1 mm² (Schutzkontakt-Stecker und Kaltgerätbuchse C14), Länge ca. 3000 mm. Alternative Steckertypen verfügbar: Anschluss-Stecker Typ J SEV, Schweiz, Anschluss-Stecker Typ BS, Britisch Standard 1363. Die Anschlussleitung ist im Lieferumfang enthalten. Bemessungsspannung 220 - 240 V (50/60 Hz). Mit elektronischem Betriebsgerät, dimmbar (integriert) Das Betriebsgerät ist entsprechend der Ökodesign-Anforderungen (VO (EU) 2019/2020) austauschbar. Das Produkt erfüllt die grundlegenden Anforderungen der anwendbaren EU-Richtlinien und des Produktsicherheitsgesetzes und trägt die CE-Kennzeichnung. " Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Exclusive free-standing LED luminaire with direct and indirect light output. For standard-compliant illumination of single and double workstations. With Smart Connect equipment for combination with a LiveLink Lightgrid Controller. The luminaire features an integrated daylight- and HF presence sensor with motion direction detection. Smart Connect versions of desktop luminaires in a room can be connected via Bluetooth to form an interactive group of luminaires. The initial detection of movement by any luminaire within the group causes all group devices to switch on at basic lighting level (approx. 300 lx, indirect component). Subsequent detection in the close range of a luminaire triggers this into workplace mode by switching on of the direct component. Parameterisation of the Smart Connect functions is password-protected using a smartphone and an app. Operating the lighting functions is implemented manually via 3 operating elements and via Smartphone app. Communication between the connected luminaires and the smartphone is via Bluetooth Low Energy v 5.0. Single luminaires as well as luminaire groups can be controlled with up to 4 battery-free and wireless radio buttons, which are available as separately ordered accessories. In terms of design and photometric properties, the free-standing luminaire harmonises with suspended and surface-mounted luminaires as well as other free-standing luminaire versions in the project. The luminaire is delivered in 4 packages to protect the individual components. With its wide, slightly asymmetric light distribution, the direct component of the luminaire provides very uniform illumination of the desk surface. The indirect component with Lambertian light distribution provides optimum room illumination. Division of total light distribution (direct/indirect): 10 / 90 %. Glare evaluation according to UGR rating (EN 12464-1) < 16. VDU workstation-compliant in accordance with 12464-1 Luminaire luminous flux and light color fixed. Luminaire luminous flux 15300 lm, connected load 109,00 W, luminous efficiency of luminaire 140 lm/W. Light colour warm white, correlated colour temperature (CCT) 3000 K, general colour rendering index (CRI) Ra > 80. Colour locus tolerance (initial MacAdam) < 3 SDCM. Mean rated service life L80(tq 25 °C) = 50,000 h. The light source is replaceable according to the ecodesign requirements (VO (EU) 2019/2020). Luminaire body made of extruded aluminium profile and die-cast aluminium. U-shaped luminaire base. Lamp head inclination adjustable in longitudinal and transverse direction via two grub screws. Surface coated white (RAL 9016). Further colours available on request. Luminaire height: 2000 mm, Length / width of base: 500 mm / 320 mm, Length / width of luminaire head: 677 mm x 290 mm, High luminaire head: 23 mm. Supporting column dimensions: 50 mm x 28 mm. Safety class (EN 61140): I, protection rating (DIN EN 60529): IP20, impact resistance level in accordance with IEC 62262: IK02, testing temperature of wire glow test in accordance with IEC 60695-2-11: 650 °C. Weight: 16,9 kg. Connection via flexible connection cable 3 x 1 mm² (safety plug and C14 cold-device socket), length approx. 3000 mm. Alternative connector types available: Connection plug type J SEV, Switzerland, Connection plug type BS, British Standard 1363. With connection cable. With electronic control gear unit, dimmable (integrated) The control gear unit is replaceable in accordance with the ecodesign requirements (VO (EU) 2019/2020). The luminaire complies with the fundamental requirements of applicable EU regulations and product safety legislation and bears the CE symbol. " Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Ekskluzywna diodowa oprawa podlogowa ze swiatlem bezposrednim i posrednim. Do zgodnego z norma oswietlania pojedynczych i podwójnych stanowisk roboczych. Z wyposazeniem Smart Connect do polaczenia ze sterownikiem LiveLink Lightgrid. Oprawy wyposazone sa we wbudowany procesor swiatla dziennego i obecnosci HF z rozpoznaniem kierunku ruchu. Lampy stolowe Smart Connect mozna polaczyc w ramach jednego pomieszczenia poprzez Bluetooth w interaktywna grupe opraw oswietleniowych. Pierwsze wykrycie ruchu przez dowolna oprawe oswietleniowa w grupie powoduje wlaczenie wszystkich elementów grupy na podstawowym poziomie oswietlenia (ok. 300 lx, komponent posredni). Pózniejsze wykrycie ruchu w bliskim zasiegu oprawy oswietleniowej powoduje wlaczenie komponentu bezposredniego w trybie stanowiska pracy. Parametryzacja funkcji Smart Connect jest chroniona haslem i odbywa sie za pomoca aplikacji na smartfonie. Funkcje oswietleniowe obsluguje sie recznie za pomoca 3 elementów lub aplikacji na smartfon. Komunikacja pomiedzy polaczonymi oprawami i smartfonem za posrednictwem Bluetooth Low Energy v 5.0. Pojedyncze oprawy oswietleniowe oraz grupy opraw moga byc sterowane za pomoca maksymalnie 4 przelaczników bezprzewodowych, niewymagajacych zasilania, które sa dostepne jako oddzielnie zamawiane akcesoria. Pod wzgledem wzornictwa i techniki swietlnej ta oprawa podlogowa doskonale wspólgra z oprawami zwieszanymi i natynkowymi oraz innymi wariantami opraw stojacych w projekcie. W celu ochrony poszczególnych komponentów oprawa oswietleniowa jest dostarczana w 4 opakowaniach. Element bezposredni oprawy dzieki szerokiemu, lekko asymetrycznemu rozsylowi swiatla zapewnia równomierne oswietlenie powierzchni biurka. Elementy posrednie o lambertowskim rozsyle swiatla gwarantuja optymalne oswietlenie pomieszczenia. Rozdzial lacznego rozsylu swiatla (bezposredniego /posredniego): 10 / 90 %. Wskaznik olsnienia zgodnie z klasyfikacja UGR (EN 12464-1) < 16. Przystosowane do komputerowych stanowisk pracy wg EN 12464-1 Strumien swietlny oprawy i barwa swiatla sa stale. Strumien swietlny oprawy 15300 lm, pobór mocy 109,00 W, skutecznosc swietlna oprawy 140 lm/W. Barwa swiatla biala ciepla, temperatura barwowa 3000 K, ogólny wskaznik oddawania barw (CRI) Ra > 80. Tolerancja barwowa (initial MacAdam) < 3 SDCM. Sredni okres trwalosci znamionowej L80(tq 25 °C) = 50.000 h. Zródlo swiatla jest wymiennE zgodnie z wymogami ekoprojektu (rozporzadzenie (UE) 2019/2020). Korpus oprawy z tloczonego profilu aluminiowego i aluminium formowanego cisnieniowo. Podstawa oprawy w formie U. Pochylenie glowicy oprawy regulowane w kierunku podluznym i poprzecznym za pomoca dwóch srub mocujacych. Powierzchnia powlekana na bialo (RAL 9016). Po uzgodnieniu dostepne inne kolory. Wysokosc oprawy: 2000 mm, Dlugosc / szerokosc podstawy: 500 mm / 320 mm, Dlugosc / szerokosc glowicy oprawy: 677 mm x 290 mm, Wysokosc glowicy oprawy: 23 mm. Stojak rurowy: 50 mm x 28 mm. Klasa ochronnosci (EN 61140): I, stopien ochrony (DIN EN 60529): IP20, stopien odpornosci na uderzenia wedlug IEC 62262: IK02, temperatura badania rozzarzonym drutem zgodnie z IEC 60695-2-11: 650 °C. Masa: 16,9 kg. Podlaczenie za pomoca elastycznego przewodu podlaczeniowego 3 x 1 mm ² (wtyczka Schuko i gniazdo ICE C14), dlugosc ok. 3000 mm. Dostepne alternatywne typy zlaczy: Zlacze wtykowe typu J SEV, Szwajcaria, Zlacze wtykowe typu BS, British Standard 1363. Z przewodem podlaczeniowym. Z elektronicznym urzadzeniem sterujacym, sciemnialnym (wbudowanym) Zasilacz jest wymienny zgodnie z wymogami ekoprojektu (rozporzadzenie (UE) 2019/2020). Produkt spelnia podstawowe wymogi odnosnych dyrektyw UE i niemieckiej ustawy o bezpieczenstwie produktów i posiada oznaczenie CE. " Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Luminaire sur pied LED exclusif à composante de flux lumineux directe et indirecte. Pour un éclairage conforme aux normes de postes de travail individuels ou doubles. Avec équipement Smart-Connect pour combinaison avec un contrôleur LiveLink Lightgrid. Le luminaire dispose d’un capteur de lumière du jour/détecteur de présence HF intégré avec détection de la direction du mouvement. Dans un espace, les luminaires de bureau en version Smart Connect peuvent être connectés entre eux pour former un groupe interactif de luminaires. La première détection de mouvement chez un quelconque luminaire du groupe a pour effet l’allumage de tous les participants du groupe à un éclairage de base (300 lux environ, composante indirecte. Une détection ultérieure à proximité d’un luminaire fait passer ce dernier en mode « Poste de travail » en allumant la composante directe. Le paramétrage des fonctions Smart Connect, protégé par mot de passe, s’effectue sur un smartphone via application. La fonction d’éclairage se commande manuellement via 3 éléments de commande ainsi que via l’application smartphone. La communication entre les luminaires connectés et le smartphone s’effectue via Bluetooth Low Energy v 5.0. Jusqu’à 4 commutateurs radio, sans pile et sans fil (accessoires à commander séparément), permettent de commander aussi bien des luminaires individuels que des groupes de luminaires. Grâce à son design et à ses caractéristiques photométriques, ce luminaire sur pied harmonise avec d’autres versions sur pied ainsi qu’avec les luminaires suspendus et les plafonniers du projet. Pour protéger ses composants individuels, le luminaire est livré en quatre colis. Grâce à sa répartition extensive des intensités lumineuses, légèrement asymétrique, la composante directe du luminaire a pour effet un éclairage très uniforme de la surface du bureau. La composante indirecte à répartition de la lumière lambertienne a pour effet un éclairage intérieur optimal. Partage de la répartition totale des intensités lumineuses (directe/indirecte) : 10 / 90 %. Taux d'éblouissement selon classification UGR (EN 12464-1) < 16. Compatible avec les postes de travail informatisés selon la norme EN 12464­1 Flux lumineux du luminaire et couleur de la lumière fixes. Flux lumineux du luminaire 15300 lm, puissance raccordée 109,00 W, rendement lumineux du luminaire 140 lm/W. Teinte de lumière blanc chaud, température de couleur (CCT) 3000 K, indice général de rendu des couleurs (IRC) Ra > 80. Tolérance de localisation chromatique (initialement MacAdam) < 3 SDCM. Durée de vie assignée moyenne L80(tq 25 °C) = 50.000 h. La source lumineuse est remplaçable conformément aux exigences d'écoconception (Règlement (UE) 2019/2020). Corps de luminaire en profilé d’aluminium extrudé et en aluminium moulé sous pression. Pied du luminaire en U. Inclinaison de la tête du luminaire, réglable transversalement et longitudinalement via deux vis sans tête. Surface revêtue de blanc (RAL 9016). Autres couleurs disponibles sur demande. Hauteur du luminaire: 2000 mm, Longueur/largeur du pied support: 500 mm / 320 mm, Longueur/largeur de la tête de luminaire: 677 mm x 290 mm, Hauteur de la tête du luminaire: 23 mm. Dimensions du tube de support: 50 mm x 28 mm. Classe électrique (EN 61140) : I, indice de protection (norme EN 60529) : IP20, degré de résistance aux chocs selon la norme CEI 62262 : IK02, température d’essai au fil incandescent selon la norme CEI 60695-2-11 : 650 °C. Poids: 16,9 kg. Raccordement au moyen d'un câble d'alimentation flexible 3 x 1 mm² (fiche avec contact de protection et prise avec terre C14), longueur env. 3 000 mm. Types alternatifs de connecteurs disponibles : Fiche de raccordement de type J SEV, Suisse, Fiche de raccordement type BS, British Standard 1363. Avec câble d’alimentation. Avec appareillage électronique, gradable (intégré) L'appareillage est remplaçable conformément aux exigences d'écoconception (Règlement (UE) 2019/2020) Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Esclusiva piantana a LED con componente di luce diretta e indiretta. Per l'illuminazione a norma specifica di postazioni di lavoro singole e doppie. Con dotazione Smart-Connect da combinare con un controller LiveLink Lightgrid. L'apparecchio dispone di un sensore per la rilevazione della luce diurna e di un sensore ad alta frequenza per la rilevazione di presenza con riconoscimento della direzione dei movimenti. Apparecchi da scrivania in versione Smart Connect all'interno di un locale, possono essere collegati l'uno all'altro via Bluetooth a formare un gruppo interattivo. La prima rilevazione di movimento in un apparecchio qualsiasi del gruppo ha per effetto l'inserimento di tutti gli apparecchi appartenenti al gruppo ad un livello di luce di base (circa 300 lx, componente indiretta). Una rilevazione successiva in prossimità di un apparecchio mette quest'ultimo in modalità per postazione di lavoro inserendo la componente diretta. La parametrizzazione delle funzioni Smart Connect ha luogo protetta da password su Smartphone tramite apposita app. Il comando delle funzioni di illuminazione ha luogo manualmente con 3 elementi specifici e mediante smartphone con app apposita. La comunicazione tra gli apparecchi collegati e lo smartphone ha luogo via Bluetooth Low Energy v 5.0. Tanto gli apparecchi singoli quanto i gruppi di apparecchi possono essere controllati con fino a 4 pulsanti radio a batteria e senza cavi, disponibili come accessori da ordinare separatamente. Per quanto riguarda design e caratteristiche tecniche, la piantana armonizza con apparecchi a sospensione e a plafone nonché con altre varianti di piantana in progetto. A protezione dei singoli componenti, l'apparecchio viene consegnato in 4 colli. La componete diretta dell'apparecchio, con la sua distribuzione della luce a fascio largo, leggermente asimmetrico, produce un'illuminazione molto uniforme del piano della scrivania. La componente indiretta, con distribuzione luce a fascio lambertiano, produce un'ottimale illuminazione del locale. Ripartizione della distribuzione dell'intensità luminosa totale(diretta/indiretta): 10 / 90 %. Valutazione abbagliamento secondo classificazione UGR < 16 (EN 12464-1) Idoneità a postazioni con uso di videoterminale a norma EN 12464-1 Il flusso luminoso e il colore della luce dell'apparecchio sono fissi. Flusso luminoso apparecchio 15300 lm, potenza assorbita 109,00 W, luminosità dell'apparecchio 140 lm/W. Colore della luce bianco caldo, temperatura del colore (CCT) 3000 K, indice di resa cromatica generale (CRI) Ra > 80. Tolleranza cromatica (iniziale MacAdam) < 3 SDCM. Durata utile di riferimento media L80(tq 25 °C) = 50.000 h. La sorgente luminosa è intercambiabile conformemente ai requisiti previsti dal regolamento europeo Ecodesign (2019/2020). Corpo apparecchio in alluminio estruso e alluminio pressofuso. Base dell'apparecchio a forma di U. Inclinazione della testata dell'apparecchio regolabile con due viti senza testa in direzione longitudinale trasversale. Superficie rivestita di bianco (RAL 9016). Su richiesta sono disponibili altri colori. Altezza apparecchio: 2000 mm, Lunghezza / larghezza base di appoggio: 500 mm / 320 mm, Lunghezza / larghezza testata apparecchio: 677 mm x 290 mm, Altezza testata apparecchio: 23 mm. Dimensioni del palo tubolare: 50 mm x 28 mm. Classe di isolamento (EN 61140): I, grado di protezione (DIN EN 60529): IP20, grado di resistenza agli urti a norma IEC 62262: IK02, temperatura della prova al filo incandescente a norma IEC 60695-2-11 di 650 °C. Peso: 16,9 kg. Allacciamento mediante flessibile cavo apposito di 3 x 1 mm² (connettore maschio e connettore femmina per apparecchi freddi C14), lunghezza di circa 3000 mm. Tipologie di connettore alternative disponibili: Connettore tipo J SEV, per la Svizzera, Spina di collegamento tipo BS, British Standard 1363. Con cavo di allacciamento. Con alimentatore elettronico, dimmerabile (integrato) L'alimentatore è Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Exclusieve staande LED-armatuur met directe en indirecte lichtcomponent. Voor de normconforme verlichting van individuele en dubbele werkplekken. Met Smart Connect-uitrusting voor combinatie met een LiveLink Lightgrid Controller. De armatuur beschikt over een geïntegreerde daglicht- en HF-aanwezigheidssensor met detectie van de bewegingsrichting. Tafelarmaturen in Smart-Connect-uitvoering kunnen binnen een ruimte via Bluetooth met elkaar verbonden worden tot een interactieve armaturengroep. Zodra een willekeurige armatuur binnen de groep een beweging detecteert, worden alle deelnemers van de groep ingeschakeld op basislichtniveau (ca. 300 lux, indirecte component). Als er vervolgens weer een beweging gedetecteerd wordt nabij een armatuur, gaat deze over in de werkplekmodus door inschakeling van de directe component. De parameters van de Smart Connect-functies worden ingesteld via een smartphone-app en zijn beveiligd met een wachtwoord. De verlichtingsfuncties zijn te bedienen via drie bedieningselementen en door middel van een smartphone-app. De communicatie tussen de verbonden armaturen en de smartphone gebeurt door middel van Bluetooth Low Energy v 5.0. Individuele armaturen en ook armaturengroepen kunnen worden aangestuurd met maximaal 4 batterij- en draadloze radiografische knoppen, die afzonderlijk besteld dienen te worden als toebehoren. Qua vormgeving en lichttechnische eigenschappen harmonieert de staande armatuur met pendel- en opbouwarmaturen en andere versies van staande armaturen in het project. De armatuur wordt geleverd in 4 verpakkingen ter bescherming van de individuele componenten. De directe component van de armatuur zorgt met zijn brede, lichtjes asymmetrische lichtverdeling voor een zeer gelijkmatige verlichting van het bureaublad. De indirecte component met Lambertiaanse lichtverdeling resulteert in een optimale verlichting van de ruimte. Verdeling van de totale lichtuitstraling (direct/indirect): 10 / 90 %. Verblindingswaarde (EN 12464-1) overeenkomstig UGR < 16. Geschikt voor beeldschermwerkplekken overeenkomstig EN 12464-1 De lichtstroom en lichtkleur van het armatuur liggen vast. Armatuurlichtstroom 15300 lm, aansluitvermogen 109,00 W, lichtrendement van de armatuur 140 lm/W. Lichtkleur warm wit, kleurtemperatuur (CCT) 3000 K, algemene kleurweergave-index (CRI) Ra > 80. Kleurplaatstolerantie (initial MacAdam) < 3 SDCM. Gemiddelde opgegeven levensduur L80(tq 25 °C) = 50.000 h. De lichtbron kan vervangen worden overeenkomstig de eisen inzake ecologisch ontwerp (EU-Verordening 2019/2020). Armatuurbehuizing van profiel uit geëxtrudeerd aluminium en componenten uit spuitgietaluminium. Armatuurvoet in U-vorm. Hellingshoek van armatuurhoofd in lengte- en dwarsrichting regelbaar met twee stifttappen. Oppervlak wit (RAL 9016). andere kleuren op aanvraag verkrijgbaar. Armatuurhoogte: 2000 mm, Lengte/breedte voet: 500 mm / 320 mm, Lengte/breedte armatuurhoofd: 677 mm x 290 mm, Hoogte armatuurhoofd: 23 mm. Afmetingen standprofiel: 50 mm x 28 mm. Beschermcategorie (EN 61140): I, beschermklasse (DIN EN 60529): IP20, slagvastheid overeenkomstig IEC 62262: IK02, testtemperatuur gloeidraadtest conform IEC 60695-2-11: 650 °C. Gewicht: 16,9 kg. Aansluiting door middel van flexibele aansluitkabel 3 x 1 mm² (geaarde contactdoos en vrouwelijke C14-connector), lengte ca. 3000 mm. Er zijn alternatieve stekkertypes beschikbaar: Aansluitstekker type J SEV, Zwitserland, Aansluitstekker type BS, British Standard 1363. Met aansluitkabel. Met elektronisch voorschakelapparaat, dimbaar (geïntegreerd) Het hulpapparaat kan vervangen worden overeenkomstig de eisen inzake ecologisch ontwerp (EU-Verordening 2019/2020). De armatuur voldoet aan de fundamentele eisen van de van toepassing zijnde EU-richtlijnen en de productveiligheidswet. Ze is voorzien van een CE-markering. " Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP (TOC 7941459): "Luminaria LED de pie exclusiva con componente directo e indirecto. Para la iluminación normalizada de puestos de trabajo individuales y dobles. Con equipamiento Smart Connect para la combinación con un controlador LiveLink Lightgrid. La luminaria dispone de un sensor integrado de luz diurna y de presencia de alta frecuencia con detección de la dirección de movimiento. Las luminarias para escritorios en versión Smart Connect pueden conectarse dentro de un local a través de Bluetooth formando un grupo de luminaria interactivo. La detección de primera línea de un movimiento por cualquier luminaria dentro del grupo provoca que se enciendan todos los miembros del grupo con el nivel de luz básico (aprox. 300 lx, componente indirecto). La detección posterior en el área cercana de una luminaria conmuta esta al modo de puesto de trabajo al encender el componente directo. La parametrización de las funciones Smart Connect se realiza de forma protegida por contraseña a través del smartphone o de una aplicación. El manejo de las funciones de iluminación se realiza de forma manual a través de 3 elementos de mando, así como mediante la App para Smartphone. La comunicación entre las luminarias conectada y el Smartphone se realiza a través de Bluetooth Low Energy v 5.0. Las luminarias individuales, así como los grupos de luminarias pueden controlarse a través de hasta 4 pulsadores por radio inalámbricos sin batería disponibles como accesorios a pedir por separado. El lenguaje formal y las características luminotécnicas de la luminaria de pie armonizan con los de las luminarias suspendidas y adosables, así como con los de otras variantes de luminarias de pie del proyecto. Para proteger los componentes individuales, se suministra en 4 paquetes. El componente directo de la luminaria con su distribución extensiva y ligeramente asimétrica de las intensidades luminosas proporciona una iluminación muy uniforme de la superficie del escritorio. El componente indirecto con una distribución de luz tipo Lambert proporciona una iluminación óptima del local. Distribución del conjunto de la intensidad luminosa (componentes directa e indirecta): 10 / 90 %. Índice de deslumbramiento unificado según la clasificación UGR (EN 12464-1) < 16. Apto para el trabajo ante pantallas informáticas según EN 12464-1 El flujo luminoso y el color de la luz son fijos. Flujo luminoso de las luminarias 15300 lm, potencia conectada 109,00 W, rendimiento luminoso de la luminaria 140 lm/W. Color de luz color blanco cálido, temperatura del color (CCT) 3000 K, indice de reproducción cromática general (CRI) Ra > 80. Tolerancia de color (inicialmente MacAdam) < 3 SDCM. Vida útil nominal media L80(tq 25 °C) = 50.000 h. La fuente de luz puede ser sustituida acorde con los requisitos del diseño ecológico (VO (UE) 2019/2020). Cuerpo de luminaria fabricado de un perfil de aluminio extruido y de aluminio colado a presión. Pie de luminaria con forma en U. La inclinación de la cabeza de luminaria puede ajustarse en dirección longitudinal y transversal a través de dos tornillos prisionero. Superficie revestida de blanco (RAL 9016). Otros colores disponibles a petición. Altura de la luminaria: 2000 mm, Longitud / anchura del pie de soporte: 500 mm / 320 mm, Longitud / anchura de la cabeza de luminaria: 677 mm x 290 mm, Altura de la cabeza de luminaria: 23 mm. Medidas del tubo de soporte: 50 mm x 28 mm. Clase de protección (EN 61140): I, grado de protección (DIN EN 60529): IP20, grado de la resistencia al impacto según IEC 62262: IK02, temperatura de prueba para el ensayo de hilo incandescente según IEC 60695-2-11: 650 °C. Peso de: 16,9 kg. Conexión a través de un cable de conexión flexible 3 x 1 mm² (conector y enchufe de baja tensión C14), aprox. 3000 mm de largo. Hay disponibles tipos alternativos de enchufes: Conector tipo J SEV, Suiza, Conector tipo BS, British Standard 1363. Con cable de alimentación. Con equipamiento eléctrico, regulable (inte 1 109.00 15300.00 3000K 80 680 290 25 595 270 0 0 0 0 EULUM TX299621.LDT ![CDATA[TRILUX 2 0 144 2.5 73 2.5 R219245e Luceos S G2 PAW-IL 150-830 ETDI 01 +LLWP TX299621 09.10.2019-K?stens 680 290 25 595 270 0 0 0 0 8.498511 99.9823532104492 1 0 1 1 1 x LED ETD 15300 3000K 80 109 2.66628867524884E-02 3.58239049666369E-02 .042281903080602 4.97561518254432E-02 5.47725523772898E-02 6.03878520325928E-02 6.52439144050096E-02 .069079279077611 7.19614011029725E-02 7.45278366869865E-02 0 2.5 5 7.5 10 12.5 15 17.5 20 22.5 25 27.5 30 32.5 35 37.5 40 42.5 45 47.5 50 52.5 55 57.5 60 62.5 65 67.5 70 72.5 75 77.5 80 82.5 85 87.5 90 92.5 95 97.5 100 102.5 105 107.5 110 112.5 115 117.5 120 122.5 125 127.5 130 132.5 135 137.5 140 142.5 145 147.5 150 152.5 155 157.5 160 162.5 165 167.5 170 172.5 175 177.5 180 182.5 185 187.5 190 192.5 195 197.5 200 202.5 205 207.5 210 212.5 215 217.5 220 222.5 225 227.5 230 232.5 235 237.5 240 242.5 245 247.5 250 252.5 255 257.5 260 262.5 265 267.5 270 272.5 275 277.5 280 282.5 285 287.5 290 292.5 295 297.5 300 302.5 305 307.5 310 312.5 315 317.5 320 322.5 325 327.5 330 332.5 335 337.5 340 342.5 345 347.5 350 352.5 355 357.5 0 2.5 5 7.5 10 12.5 15 17.5 20 22.5 25 27.5 30 32.5 35 37.5 40 42.5 45 47.5 50 52.5 55 57.5 60 62.5 65 67.5 70 72.5 75 77.5 80 82.5 85 87.5 90 92.5 95 97.5 100 102.5 105 107.5 110 112.5 115 117.5 120 122.5 125 127.5 130 132.5 135 137.5 140 142.5 145 147.5 150 152.5 155 157.5 160 162.5 165 167.5 170 172.5 175 177.5 180 27.97 27.97 27.91 27.86 27.76 27.74 27.62 27.49 27.22 26.92 26.53 26.09 25.6 25.07 24.57 24.1 23.26 21.53 18.34 14.93 12.88 11.95 11.15 9.75 8.16 7.15 6.47 5.59 4.82 4.25 3.58 2.93 2.3 1.73 1.16 .58 .35 1.41 4.12 8.52 17.37 28.46 39.77 51.68 64.87 78.16 98.37 124.82 146.75 162.39 177.13 190.85 203.83 216.3 227.87 238.6 249.29 258.28 267.77 275.04 282.9 289.98 295.24 301.41 306.01 310.35 314.85 318.12 320.1 321.68 324.43 326.44 326.26 27.97 27.99 27.94 27.87 27.87 27.88 27.72 27.61 27.35 27.11 26.72 26.28 25.85 25.38 24.97 24.46 23.6 21.91 18.82 15.43 13.41 12.26 11.36 9.98 8.38 7.22 6.48 5.69 4.91 4.31 3.65 2.94 2.33 1.77 1.24 .63 .35 1.42 4.08 8.46 17.35 28.39 39.74 51.78 64.84 78.44 98.3 124.78 146.8 162.44 177.32 190.59 203.75 215.98 227.43 238.35 248.35 258.05 267.43 275.98 282.85 289.67 295.78 301.39 306.81 310.75 314.67 318.08 320.33 321.71 324.43 326.43 326.26 27.97 28.01 27.94 27.92 27.96 28 27.84 27.72 27.52 27.25 26.86 26.51 26.04 25.63 25.28 24.89 24 22.4 19.48 16.22 14.09 12.68 11.63 10.17 8.51 7.28 6.53 5.74 4.92 4.34 3.67 2.99 2.42 1.88 1.32 .68 .36 1.41 4.09 8.49 17.33 28.35 39.7 51.88 64.86 78.51 98.68 125.2 146.71 162.54 177.28 191.06 203.43 215.82 227.84 238.5 248.89 258.46 266.82 275.44 283.08 289.47 295.99 301.27 306.85 311.23 314.57 317.81 320.67 322.06 324.4 326.41 326.26 27.97 28.03 28.01 28.01 28.05 28.08 27.96 27.84 27.67 27.35 27.2 26.84 26.45 26.02 25.74 25.39 24.54 23.02 20.21 17.1 14.78 13.25 11.96 10.23 8.59 7.4 6.56 5.69 4.9 4.29 3.66 3.09 2.52 1.97 1.39 .76 .37 1.41 4.07 8.49 17.31 28.38 39.68 51.74 64.82 78.46 99.16 126.09 146.78 162.68 177.08 190.85 203.5 215.93 227.53 238.19 248.91 258.42 267.13 275 283.12 289.79 295.58 301.31 306.53 310.7 314.41 317.93 320.76 322.37 324.37 326.37 326.26 27.97 28.05 28.01 28.07 28.14 28.15 28.09 28.03 27.72 27.62 27.39 27.03 26.75 26.41 26.1 25.88 25.21 23.64 20.98 17.97 15.68 13.91 12.14 10.16 8.71 7.53 6.54 5.6 4.9 4.25 3.66 3.21 2.61 2.05 1.44 .79 .38 1.44 4.09 8.51 17.29 28.27 39.7 51.58 64.81 78.48 99.72 127.06 146.8 162.6 177.37 190.83 204.05 216.02 227.75 238.81 248.61 258.54 267.05 274.9 282.9 289.99 295.7 300.91 306.39 310.21 314.64 317.76 320.75 322.27 324.12 326.33 326.26 27.97 28.06 28.09 28.15 28.17 28.24 28.24 28.16 28.01 27.87 27.59 27.3 27.17 26.82 26.72 26.5 25.8 24.47 21.83 18.84 16.45 14.37 12.15 10.1 8.81 7.7 6.54 5.56 4.97 4.3 3.7 3.23 2.68 2.08 1.48 .8 .38 1.45 4.1 8.57 17.32 28.27 39.6 51.78 64.78 78.85 100.74 127.25 147.12 162.45 176.89 190.57 203.59 216.24 227.61 238.6 248.49 258.11 267.18 274.98 282.95 289.28 295.75 301.57 306.4 310.45 314.62 317.83 320.72 322.34 324.15 326.27 326.26 27.97 28.05 28.13 28.22 28.29 28.31 28.38 28.3 28.17 28.03 27.78 27.68 27.39 27.21 27.31 27.09 26.63 25.03 22.44 19.43 17.08 14.69 12.12 10.16 8.97 7.89 6.6 5.62 5.03 4.38 3.71 3.23 2.71 2.1 1.47 .81 .38 1.45 4.14 8.64 17.44 28.22 39.4 51.68 64.8 79.03 102.24 127.91 147.26 162.76 177.44 190.75 203.97 215.89 227.31 238.2 248.61 258.2 267.35 275.38 282.37 289.7 295.81 301.71 306.25 310.74 314.91 317.63 320.74 322.22 324.21 326.22 326.26 27.97 28.06 28.17 28.3 28.37 28.43 28.47 28.45 28.31 28.2 28.05 27.9 27.78 27.79 27.78 27.79 27.22 25.85 23.02 20 17.5 14.89 12.24 10.3 9.15 8.09 6.84 5.75 4.98 4.42 3.77 3.22 2.71 2.12 1.48 .8 .37 1.44 4.14 8.67 17.52 28.23 39.19 51.67 64.73 79.52 103.84 129.13 147.61 162.76 176.86 190.64 203.6 215.98 227.77 238.64 249.38 257.66 267.05 274.65 282.51 289.47 295.5 301.57 306.48 310.97 314.76 317.72 320.74 322.26 324.27 326.17 326.26 27.97 28.11 28.21 28.32 28.43 28.59 28.62 28.61 28.53 28.4 28.31 28.16 28.2 28.22 28.46 28.54 28.01 26.45 23.53 20.39 17.9 15.33 12.6 10.56 9.36 8.32 7.11 5.81 4.92 4.41 3.84 3.25 2.65 2.12 1.53 .82 .38 1.45 4.17 8.77 17.6 28.16 39.32 51.55 64.56 80.53 105.31 129.4 147.41 162.77 177.39 190.78 203.4 215.81 227.23 238.1 248.59 257.78 267.2 275.04 283.01 289.59 296.31 300.93 306.36 310.77 314.57 318.08 320.46 322.47 324.54 326.13 326.26 27.97 28.09 28.26 28.41 28.52 28.67 28.74 28.74 28.7 28.62 28.56 28.57 28.59 28.65 28.92 29.1 28.6 27.25 24.06 20.77 18.28 15.82 13.16 10.96 9.54 8.42 7.2 5.9 4.96 4.37 3.86 3.29 2.62 2.15 1.55 .83 .37 1.47 4.17 8.87 17.56 28.03 39.15 51.54 64.61 81.34 106.9 130.27 147.33 162.52 177.23 190.66 203.99 216.33 227.31 238.34 248.48 258.28 266.61 275.47 282.84 289.31 295.58 300.67 306.5 310.71 314.78 318.33 320.23 322.34 324.57 326.1 326.26 27.97 28.14 28.26 28.46 28.62 28.75 28.91 28.91 28.87 28.8 28.86 28.88 28.97 29.11 29.48 29.71 29.37 27.99 24.79 21.3 18.87 16.44 13.79 11.64 9.78 8.38 7.12 6.02 5.19 4.34 3.79 3.29 2.69 2.14 1.56 .84 .38 1.48 4.16 8.95 17.64 28.06 39.17 51.59 64.42 82.93 108.34 130.75 147.73 162.42 176.97 190.56 203.55 216.1 227.91 238.61 248.83 258.36 266.75 275.09 282.4 289.47 295.15 301.09 306.57 310.89 314.45 318.38 319.96 322.38 324.56 326.08 326.26 27.97 28.16 28.33 28.51 28.72 28.87 28.97 29.11 28.99 29.06 29.14 29.21 29.35 29.72 30.09 30.44 30.27 29.03 25.59 21.98 19.56 16.98 14.52 12.1 10.02 8.31 6.99 6.14 5.37 4.4 3.66 3.27 2.83 2.18 1.49 .81 .37 1.48 4.09 9.07 17.81 27.95 38.98 51.45 64.72 84.31 109.78 130.74 147.26 162.68 177.25 190.37 203.56 215.58 227.06 238.26 248.55 258.31 266.72 275.22 282.28 288.49 295.54 301.62 306.27 310.68 314.04 318.07 320.38 322.7 324.52 325.84 326.26 27.97 28.17 28.36 28.52 28.82 29.01 29.1 29.2 29.27 29.33 29.39 29.45 29.65 30.02 30.62 31.25 31.42 30.22 26.89 22.82 20.27 17.68 15.07 12.46 10.14 8.41 7.06 6.27 5.52 4.52 3.65 3.26 2.9 2.23 1.47 .8 .37 1.5 4.09 9.16 17.82 27.86 39.04 51.65 65.45 86.53 111.62 130.74 146.82 162.09 176.73 190.32 203.52 216.02 228.11 238.17 248.11 257.94 266.7 274.64 282.22 289.68 295.5 301.41 305.4 310.29 314.33 318.13 320.65 322.59 324.45 326.08 326.26 27.97 28.19 28.35 28.62 28.87 29.12 29.24 29.36 29.42 29.54 29.58 29.86 30.08 30.7 31.25 32.01 32.45 31.74 28.05 23.93 20.99 18.32 15.39 12.49 10.33 8.71 7.29 6.37 5.57 4.66 3.81 3.3 2.81 2.28 1.54 .82 .36 1.51 4.09 9.24 17.84 27.78 38.83 51.3 66.32 89.36 112.44 130.4 146.59 162.1 176.56 190.5 203.74 215.6 227.61 238.54 248.19 257.9 266.43 274.72 282.2 289.42 295.54 300.75 305.95 310.98 314.96 317.8 320.96 322.87 324.17 326.1 326.26 27.97 28.2 28.42 28.7 28.96 29.16 29.38 29.53 29.56 29.71 29.9 30.07 30.53 31.01 32 33.05 33.8 33.32 29.74 25.13 21.84 19 15.6 12.5 10.59 9.12 7.72 6.54 5.53 4.71 4 3.35 2.72 2.25 1.6 .88 .36 1.52 4.06 9.31 17.95 27.8 39 51.17 67.3 91.73 113.86 130.75 146.38 161.59 175.93 189.96 203.26 215.65 226.97 237.96 248.57 258.04 266.64 274.95 282.53 288.92 295.33 300.79 306.26 311.05 314.85 317.89 320.93 322.93 324.16 326.13 326.26 27.97 28.22 28.46 28.77 29.01 29.28 29.56 29.68 29.79 29.93 30.17 30.44 30.83 31.5 32.71 34.17 35.15 35.09 31.2 26.34 22.75 19.51 15.68 12.71 10.97 9.56 8.11 6.66 5.51 4.78 4.12 3.43 2.77 2.24 1.61 .89 .37 1.52 4.05 9.46 17.99 27.69 38.94 51.67 69.69 93.54 113.63 130.22 146.83 161.58 175.81 189.64 202.94 215.84 227.37 238.16 248.09 257.99 265.96 274.54 282.16 288.75 295.76 301.39 306.12 310.74 314.11 317.93 320.95 323.23 324.38 326.17 326.26 27.97 28.23 28.47 28.84 29.06 29.38 29.65 29.85 30.09 30.15 30.42 30.67 31.25 32.13 33.45 35.1 36.93 36.89 33 27.72 23.67 19.85 15.96 13.14 11.41 10 8.4 6.73 5.65 4.91 4.14 3.51 2.91 2.25 1.59 .88 .36 1.52 4.04 9.52 17.93 27.6 38.92 51.79 72.09 95.77 114.43 130.52 145.8 160.81 174.91 189.83 203.14 215.81 226.75 238.03 247.91 257.79 266.83 275.28 282.09 289.41 295.19 300.67 306.07 310.31 313.85 317.72 320.85 323.28 324.22 326.2 326.26 27.97 28.25 28.53 28.9 29.13 29.47 29.73 29.98 30.21 30.4 30.62 30.96 31.6 32.6 34.21 36.47 38.48 39.01 35.01 28.99 24.49 20.41 16.6 13.76 11.95 10.35 8.64 6.85 5.92 5.01 4.09 3.52 2.97 2.29 1.6 .88 .36 1.51 4.08 9.63 17.93 27.52 38.78 52.8 74.17 96.85 114.69 130.44 145.75 160.71 175.47 188.87 202.69 215.59 227.07 237.55 248.45 257.86 266.81 274.97 281.97 288.72 295.75 300.69 305.4 310.67 314.22 317.68 321.17 323.28 324.26 326.24 326.26 27.97 28.27 28.56 28.95 29.21 29.54 29.84 30.13 30.28 30.59 30.84 31.3 32.05 33.17 35.08 37.68 40.19 41.02 36.75 30.39 25.14 20.99 17.46 14.53 12.44 10.76 8.74 7.07 6.12 5.09 4.11 3.53 2.97 2.33 1.62 .89 .36 1.51 4.11 9.8 17.84 27.53 39.04 54.77 76.85 96.85 114.09 130.29 145.76 160.79 175.44 189.04 202.18 214.9 226.95 238.23 247.82 257.39 266 274.17 282.2 289.33 294.87 300.69 305.11 310.83 314.4 317.74 321.09 323.23 324.56 326.28 326.26 27.97 28.29 28.59 28.98 29.29 29.62 29.95 30.29 30.44 30.74 31.09 31.59 32.51 33.6 35.8 38.89 41.92 43.22 38.55 31.14 25.75 21.66 18.32 15.33 12.97 10.9 8.91 7.35 6.25 5.19 4.27 3.58 2.92 2.28 1.63 .9 .36 1.5 4.11 9.84 17.77 27.32 38.89 56.91 78.97 97.65 114.16 130.17 145.5 160.32 174.74 188.63 202.46 214.82 226.56 237.43 248.73 257.8 266.14 273.91 281.9 289.18 294.95 301.11 305.5 310.59 314.4 318.15 320.3 322.96 324.62 326.3 326.26 27.97 28.3 28.59 29.01 29.37 29.68 30.06 30.44 30.67 31.01 31.21 31.86 32.84 34.33 36.67 40.11 43.67 45.51 40.34 31.96 26.2 22.26 18.99 16.01 13.52 11.17 9.13 7.53 6.33 5.31 4.4 3.67 2.96 2.26 1.58 .89 .35 1.52 4.15 9.86 17.65 27.41 39.74 59.23 79.51 96.86 113.95 130.41 145.58 160.53 174.78 188.71 201.79 214.83 226.21 237.59 248.14 257.47 265.86 275.24 281.75 288.68 295.48 300.6 306.05 310.4 314.5 318.07 320.52 322.91 324.68 326.33 326.26 27.97 28.29 28.65 29.01 29.42 29.83 30.14 30.56 30.83 31.19 31.55 32.15 33.17 34.93 37.44 41.25 45.42 47.47 41.68 32.35 26.54 22.71 19.51 16.62 13.89 11.37 9.43 7.75 6.38 5.46 4.54 3.69 3.01 2.27 1.51 .82 .35 1.49 4.19 9.91 17.63 27.33 41.37 61.66 80.45 96.95 113.62 129.61 145.34 160.09 175.18 188.61 201.3 214.18 226.42 237.54 247.44 257.14 266.75 274.48 282.54 289.21 294.59 300.48 305.73 310.1 314.54 318.01 321.07 322.73 324.73 326.34 326.26 27.97 28.26 28.68 29.09 29.47 29.9 30.25 30.66 30.96 31.27 31.71 32.61 33.61 35.56 38.29 42.53 47.1 49.7 42.96 32.84 26.79 23.16 20 17.05 14.1 11.52 9.77 7.95 6.52 5.62 4.59 3.73 3 2.27 1.5 .8 .33 1.45 4.2 9.88 17.55 27.44 42.99 62.81 80.31 97.21 113.58 129.97 145.49 160.48 174.21 188.19 201.06 214.59 225.76 236.86 248.22 257.46 265.58 274.2 281.71 288.99 295.56 300.85 305.7 310.39 314.72 317.95 321.3 322.75 324.77 326.33 326.26 27.97 28.31 28.71 29.14 29.52 29.96 30.31 30.7 31.12 31.5 31.99 32.72 34.09 36.17 39.19 43.52 48.57 51.69 44.41 33.32 27.16 23.56 20.55 17.41 14.09 11.72 9.98 8.16 6.65 5.74 4.63 3.7 2.99 2.26 1.52 .77 .32 1.45 4.22 9.92 17.51 28.17 45.57 63.87 80.11 96.36 113.11 129.75 145.6 160.43 174.65 188.19 201.74 213.58 226.14 237.25 247.55 257.14 266.72 274.92 282.12 288.09 295.51 300.8 305.92 310.86 314.65 317.96 321.42 322.76 324.57 326.33 326.26 27.97 28.36 28.74 29.19 29.57 30.03 30.4 30.85 31.28 31.67 32.23 33.04 34.57 36.88 39.97 44.51 50.2 53.61 45.98 34.32 27.87 24.2 21.15 17.8 14.27 11.81 10.16 8.31 6.78 5.79 4.67 3.72 2.97 2.26 1.53 .77 .32 1.43 4.31 9.78 17.44 29.34 46.89 63.7 80.67 96.72 112.74 129.54 145.23 160.37 175.08 188.09 201.13 213.97 225.61 237.3 247.08 257.35 266.3 274.37 281.68 289.06 295.51 301.18 305.65 310.9 314.43 317.74 321.12 323.01 324.61 326.31 326.26 27.97 28.37 28.72 29.23 29.59 30.1 30.51 30.98 31.36 31.8 32.42 33.51 35.01 37.37 40.83 45.61 51.51 55.42 47.68 35.65 28.83 24.75 21.55 18.07 14.52 12.03 10.25 8.43 6.82 5.75 4.68 3.78 2.99 2.25 1.54 .79 .33 1.39 4.29 9.67 17.66 31.17 47.87 63.6 79.88 96.35 113.15 129.26 145.55 160.9 174.89 188.17 201.13 213.79 226.02 236.86 247.63 257.19 265.68 274.44 282.07 289.41 295.55 301.04 306.2 310.51 314.32 318.07 321.11 323.07 324.88 326.12 326.26 27.97 28.38 28.78 29.26 29.69 30.16 30.61 31.07 31.54 32.05 32.66 33.73 35.4 38.12 41.55 46.45 52.56 57.49 49.43 37.05 30.06 25.56 21.85 18.41 14.84 12.26 10.3 8.43 6.76 5.62 4.73 3.84 3.03 2.29 1.55 .82 .33 1.38 4.28 9.59 17.98 32.73 48.16 63.72 80.09 96.58 112.74 129.38 145.9 160.61 174.94 188.31 201.07 213.39 225.66 236.51 246.56 257.07 266.98 274.74 282.72 288.54 294.86 301.21 306.14 310.3 314.76 318.3 320.88 323.14 324.91 325.62 326.26 27.97 28.39 28.8 29.28 29.73 30.22 30.73 31.12 31.62 32.13 32.86 33.98 36.02 38.64 42.32 47.37 54.19 59.41 51.5 38.82 31.3 26.18 22.24 18.48 15.18 12.44 10.27 8.42 6.79 5.56 4.63 3.83 3.03 2.35 1.59 .87 .35 1.35 4.29 9.66 19.35 33.4 47.82 63.24 79.82 96.46 112.89 129.47 145.43 160.44 173.98 187.81 201.06 213.37 225.61 236.53 247.04 257.14 265.55 274.4 282.06 289.86 294.83 301.51 306.46 310.23 314.2 318.51 320.94 323.01 324.93 325.64 326.26 27.97 28.4 28.78 29.26 29.76 30.23 30.79 31.23 31.66 32.23 33.07 34.4 36.47 39.34 43.2 48.39 55.17 61.24 53.57 40.42 32.48 26.88 22.51 18.49 15.32 12.48 10.18 8.38 6.8 5.47 4.53 3.82 3.03 2.35 1.63 .93 .34 1.34 4.22 9.84 20.56 33.7 47.91 63.41 79.53 96.52 113.23 129.35 145.25 160.03 174.49 188.37 201.09 213.49 225.25 236.66 247.34 256.94 266.5 274.15 282.17 289.14 295.35 301.07 306.34 310.81 314.54 318.26 321.04 323.2 324.95 325.8 326.26 27.97 28.4 28.83 29.28 29.8 30.25 30.83 31.27 31.81 32.3 33.25 34.63 36.78 39.96 43.78 48.91 56.16 62.85 55.18 41.99 33.63 27.56 22.56 18.46 15.34 12.6 10.19 8.2 6.82 5.48 4.45 3.78 3.04 2.41 1.68 .95 .35 1.33 4.19 10.4 21.22 33.59 47.63 63.53 80.23 96.5 112.83 129.14 144.85 160.57 174.36 188.21 200.72 212.71 224.39 236.41 246.73 257.25 266.45 275.2 282.28 288.85 295.76 300.88 306.11 310.89 314.89 317.72 321.17 323.24 324.96 325.79 326.26 27.97 28.41 28.85 29.29 29.8 30.31 30.84 31.35 31.85 32.54 33.46 34.93 37.25 40.42 44.62 49.66 57.05 64.3 56.71 42.91 34.25 28.03 22.51 18.23 15.3 12.75 10.17 8.01 6.78 5.53 4.41 3.7 3.1 2.45 1.69 .97 .36 1.3 4.19 10.98 21.25 33.39 47.48 63.36 79.9 96.66 112.92 128.69 144.93 160.27 174.6 187.82 200.93 213.17 225.34 236.39 246.82 256.76 266.13 274.31 282.66 289.06 295.14 300.99 306.29 310.93 314.68 317.97 321 323.26 324.98 325.77 326.26 27.97 28.42 28.86 29.35 29.86 30.37 30.87 31.42 31.92 32.71 33.56 35.19 37.69 40.9 45.04 50.32 57.52 65.52 57.94 43.38 34.81 28.44 22.38 18.03 15.2 12.8 10.19 7.98 6.61 5.54 4.45 3.66 3.11 2.44 1.7 .96 .35 1.26 4.37 11.4 21.26 33.54 47.89 63.72 79.78 96.52 112.95 129.07 144.62 160.15 174.52 187.93 201.12 213.3 225.14 236.66 247.18 256.67 266.17 273.83 282.01 289.5 295.67 301.53 306.17 310.43 314.93 318.2 320.98 323.26 324.79 325.92 326.26 27.97 28.42 28.87 29.37 29.87 30.36 30.95 31.49 32.01 32.67 33.75 35.3 37.84 41.31 45.58 50.84 57.85 66.39 58.48 43.98 35.28 28.54 22.69 17.97 15.04 12.7 10.21 7.96 6.44 5.5 4.56 3.65 3 2.41 1.74 .97 .35 1.26 4.58 11.47 21.34 33.68 47.83 63.35 79.95 96.69 112.68 128.33 144.67 160.44 174.37 187.82 201.02 212.88 225.27 236.33 246.69 257.49 266.12 276.05 283.15 288.97 294.86 301.38 307.13 310.25 314.8 318.23 321.02 323.37 325.06 325.9 326.26 27.97 28.42 28.87 29.37 29.88 30.34 31.01 31.53 32.12 32.77 33.76 35.5 38.1 41.58 45.84 51.24 58.13 66.96 59.41 44.25 35.38 28.85 22.99 18.13 14.71 12.38 10.25 8.03 6.36 5.4 4.6 3.6 2.89 2.45 1.77 .97 .35 1.23 4.61 11.35 21.3 33.59 47.85 63.39 79.66 96.47 112.57 129.2 145.18 160.24 174.51 188.37 200.66 213.42 224.85 236.34 246.7 257.03 266.05 275.16 283.54 290.07 295.47 300.14 305.7 310.45 314.18 318.46 320.97 323.29 324.77 325.88 326.26 27.97 28.43 28.87 29.37 29.88 30.44 31.01 31.56 32.04 32.77 33.82 35.64 38.24 41.95 46.17 51.42 58.31 67.29 59.57 44.41 35.6 29.15 23.32 18.36 14.59 12.09 10.04 8.06 6.48 5.35 4.44 3.57 2.94 2.49 1.79 .93 .34 1.27 4.78 11.81 21.73 34 48.2 63.82 80.32 97.13 113.15 128.98 145.12 161.05 175.27 188.87 201.39 214.03 225.71 236.67 246.93 257.48 266.04 274.58 282.91 291.25 297.63 302.85 306.15 311.47 314.07 318.44 320.85 323.31 324.64 326.03 326.26 27.97 28.43 28.87 29.37 29.89 30.49 30.86 31.57 32.1 32.84 33.9 35.71 38.37 41.9 46.38 51.74 58.49 67.49 59.76 44.38 35.79 29.48 23.63 18.72 14.56 11.85 9.78 8.14 6.74 5.34 4.16 3.5 3.13 2.52 1.7 .9 .31 1.19 4.55 11.31 20.9 32.9 46.94 62.27 78.71 95.84 112.17 128.18 144.09 159.96 174.7 188.17 201.11 213.16 225.58 236.73 247.94 257.18 266.73 274.75 282.33 288.98 296.14 302.62 307.33 311.34 314.8 318.22 320.88 323.41 325.08 326.02 326.26 27.97 28.43 28.87 29.37 29.9 30.52 30.9 31.6 32.18 32.98 33.9 35.77 38.47 42.15 46.35 51.49 58.28 67.29 59.61 44.92 35.86 29.74 23.99 18.76 14.64 11.84 9.73 8.16 6.88 5.31 4.06 3.43 3.27 2.53 1.63 .9 .31 1.25 4.8 11.63 21.38 33.51 47.47 63.13 79.52 96.28 112.25 128.23 144.73 160.13 173.93 187.46 201.04 213.48 224.68 236.59 247.29 257.97 267.35 275.94 282.16 287.5 293.09 298.67 305.65 310.14 314.89 318.13 320.95 323.47 324.9 326.02 326.26 27.97 28.43 28.87 29.37 29.89 30.49 30.86 31.57 32.1 32.84 33.9 35.71 38.37 41.9 46.38 51.74 58.49 67.49 59.76 44.38 35.79 29.48 23.63 18.72 14.56 11.85 9.78 8.14 6.74 5.34 4.16 3.5 3.13 2.52 1.7 .9 .31 1.19 4.55 11.31 20.9 32.9 46.94 62.27 78.71 95.84 112.17 128.18 144.09 159.96 174.7 188.17 201.11 213.16 225.58 236.73 247.94 257.18 266.73 274.75 282.33 288.98 296.14 302.62 307.33 311.34 314.8 318.22 320.88 323.41 325.08 326.02 326.26 27.97 28.43 28.87 29.37 29.88 30.44 31.01 31.56 32.04 32.77 33.82 35.64 38.24 41.95 46.17 51.42 58.31 67.29 59.57 44.41 35.6 29.15 23.32 18.36 14.59 12.09 10.04 8.06 6.48 5.35 4.44 3.57 2.94 2.49 1.79 .93 .34 1.27 4.78 11.81 21.73 34 48.2 63.82 80.32 97.13 113.15 128.98 145.12 161.05 175.27 188.87 201.39 214.03 225.71 236.67 246.93 257.48 266.04 274.58 282.91 291.25 297.63 302.85 306.15 311.47 314.07 318.44 320.85 323.31 324.64 326.03 326.26 27.97 28.42 28.87 29.37 29.88 30.34 31.01 31.53 32.12 32.77 33.76 35.5 38.1 41.58 45.84 51.24 58.13 66.96 59.41 44.25 35.38 28.85 22.99 18.13 14.71 12.38 10.25 8.03 6.36 5.4 4.6 3.6 2.89 2.45 1.77 .97 .35 1.23 4.61 11.35 21.3 33.59 47.85 63.39 79.66 96.47 112.57 129.2 145.18 160.24 174.51 188.37 200.66 213.42 224.85 236.34 246.7 257.03 266.05 275.16 283.54 290.07 295.47 300.14 305.7 310.45 314.18 318.46 320.97 323.29 324.77 325.88 326.26 27.97 28.42 28.87 29.37 29.87 30.36 30.95 31.49 32.01 32.67 33.75 35.3 37.84 41.31 45.58 50.84 57.85 66.39 58.48 43.98 35.28 28.54 22.69 17.97 15.04 12.7 10.21 7.96 6.44 5.5 4.56 3.65 3 2.41 1.74 .97 .35 1.26 4.58 11.47 21.34 33.68 47.83 63.35 79.95 96.69 112.68 128.33 144.67 160.44 174.37 187.82 201.02 212.88 225.27 236.33 246.69 257.49 266.12 276.05 283.15 288.97 294.86 301.38 307.13 310.25 314.8 318.23 321.02 323.37 325.06 325.9 326.26 27.97 28.42 28.86 29.35 29.86 30.37 30.87 31.42 31.92 32.71 33.56 35.19 37.69 40.9 45.04 50.32 57.52 65.52 57.94 43.38 34.81 28.44 22.38 18.03 15.2 12.8 10.19 7.98 6.61 5.54 4.45 3.66 3.11 2.44 1.7 .96 .35 1.26 4.37 11.4 21.26 33.54 47.89 63.72 79.78 96.52 112.95 129.07 144.62 160.15 174.52 187.93 201.12 213.3 225.14 236.66 247.18 256.67 266.17 273.83 282.01 289.5 295.67 301.53 306.17 310.43 314.93 318.2 320.98 323.26 324.79 325.92 326.26 27.97 28.41 28.85 29.29 29.8 30.31 30.84 31.35 31.85 32.54 33.46 34.93 37.25 40.42 44.62 49.66 57.05 64.3 56.71 42.91 34.25 28.03 22.51 18.23 15.3 12.75 10.17 8.01 6.78 5.53 4.41 3.7 3.1 2.45 1.69 .97 .36 1.3 4.19 10.98 21.25 33.39 47.48 63.36 79.9 96.66 112.92 128.69 144.93 160.27 174.6 187.82 200.93 213.17 225.34 236.39 246.82 256.76 266.13 274.31 282.66 289.06 295.14 300.99 306.29 310.93 314.68 317.97 321 323.26 324.98 325.77 326.26 27.97 28.4 28.83 29.28 29.8 30.25 30.83 31.27 31.81 32.3 33.25 34.63 36.78 39.96 43.78 48.91 56.16 62.85 55.18 41.99 33.63 27.56 22.56 18.46 15.34 12.6 10.19 8.2 6.82 5.48 4.45 3.78 3.04 2.41 1.68 .95 .35 1.33 4.19 10.4 21.22 33.59 47.63 63.53 80.23 96.5 112.83 129.14 144.85 160.57 174.36 188.21 200.72 212.71 224.39 236.41 246.73 257.25 266.45 275.2 282.28 288.85 295.76 300.88 306.11 310.89 314.89 317.72 321.17 323.24 324.96 325.79 326.26 27.97 28.4 28.78 29.26 29.76 30.23 30.79 31.23 31.66 32.23 33.07 34.4 36.47 39.34 43.2 48.39 55.17 61.24 53.57 40.42 32.48 26.88 22.51 18.49 15.32 12.48 10.18 8.38 6.8 5.47 4.53 3.82 3.03 2.35 1.63 .93 .34 1.34 4.22 9.84 20.56 33.7 47.91 63.41 79.53 96.52 113.23 129.35 145.25 160.03 174.49 188.37 201.09 213.49 225.25 236.66 247.34 256.94 266.5 274.15 282.17 289.14 295.35 301.07 306.34 310.81 314.54 318.26 321.04 323.2 324.95 325.8 326.26 27.97 28.39 28.8 29.28 29.73 30.22 30.73 31.12 31.62 32.13 32.86 33.98 36.02 38.64 42.32 47.37 54.19 59.41 51.5 38.82 31.3 26.18 22.24 18.48 15.18 12.44 10.27 8.42 6.79 5.56 4.63 3.83 3.03 2.35 1.59 .87 .35 1.35 4.29 9.66 19.35 33.4 47.82 63.24 79.82 96.46 112.89 129.47 145.43 160.44 173.98 187.81 201.06 213.37 225.61 236.53 247.04 257.14 265.55 274.4 282.06 289.86 294.83 301.51 306.46 310.23 314.2 318.51 320.94 323.01 324.93 325.64 326.26 27.97 28.38 28.78 29.26 29.69 30.16 30.61 31.07 31.54 32.05 32.66 33.73 35.4 38.12 41.55 46.45 52.56 57.49 49.43 37.05 30.06 25.56 21.85 18.41 14.84 12.26 10.3 8.43 6.76 5.62 4.73 3.84 3.03 2.29 1.55 .82 .33 1.38 4.28 9.59 17.98 32.73 48.16 63.72 80.09 96.58 112.74 129.38 145.9 160.61 174.94 188.31 201.07 213.39 225.66 236.51 246.56 257.07 266.98 274.74 282.72 288.54 294.86 301.21 306.14 310.3 314.76 318.3 320.88 323.14 324.91 325.62 326.26 27.97 28.37 28.72 29.23 29.59 30.1 30.51 30.98 31.36 31.8 32.42 33.51 35.01 37.37 40.83 45.61 51.51 55.42 47.68 35.65 28.83 24.75 21.55 18.07 14.52 12.03 10.25 8.43 6.82 5.75 4.68 3.78 2.99 2.25 1.54 .79 .33 1.39 4.29 9.67 17.66 31.17 47.87 63.6 79.88 96.35 113.15 129.26 145.55 160.9 174.89 188.17 201.13 213.79 226.02 236.86 247.63 257.19 265.68 274.44 282.07 289.41 295.55 301.04 306.2 310.51 314.32 318.07 321.11 323.07 324.88 326.12 326.26 27.97 28.36 28.74 29.19 29.57 30.03 30.4 30.85 31.28 31.67 32.23 33.04 34.57 36.88 39.97 44.51 50.2 53.61 45.98 34.32 27.87 24.2 21.15 17.8 14.27 11.81 10.16 8.31 6.78 5.79 4.67 3.72 2.97 2.26 1.53 .77 .32 1.43 4.31 9.78 17.44 29.34 46.89 63.7 80.67 96.72 112.74 129.54 145.23 160.37 175.08 188.09 201.13 213.97 225.61 237.3 247.08 257.35 266.3 274.37 281.68 289.06 295.51 301.18 305.65 310.9 314.43 317.74 321.12 323.01 324.61 326.31 326.26 27.97 28.31 28.71 29.14 29.52 29.96 30.31 30.7 31.12 31.5 31.99 32.72 34.09 36.17 39.19 43.52 48.57 51.69 44.41 33.32 27.16 23.56 20.55 17.41 14.09 11.72 9.98 8.16 6.65 5.74 4.63 3.7 2.99 2.26 1.52 .77 .32 1.45 4.22 9.92 17.51 28.17 45.57 63.87 80.11 96.36 113.11 129.75 145.6 160.43 174.65 188.19 201.74 213.58 226.14 237.25 247.55 257.14 266.72 274.92 282.12 288.09 295.51 300.8 305.92 310.86 314.65 317.96 321.42 322.76 324.57 326.33 326.26 27.97 28.26 28.68 29.09 29.47 29.9 30.25 30.66 30.96 31.27 31.71 32.61 33.61 35.56 38.29 42.53 47.1 49.7 42.96 32.84 26.79 23.16 20 17.05 14.1 11.52 9.77 7.95 6.52 5.62 4.59 3.73 3 2.27 1.5 .8 .33 1.45 4.2 9.88 17.55 27.44 42.99 62.81 80.31 97.21 113.58 129.97 145.49 160.48 174.21 188.19 201.06 214.59 225.76 236.86 248.22 257.46 265.58 274.2 281.71 288.99 295.56 300.85 305.7 310.39 314.72 317.95 321.3 322.75 324.77 326.33 326.26 27.97 28.29 28.65 29.01 29.42 29.83 30.14 30.56 30.83 31.19 31.55 32.15 33.17 34.93 37.44 41.25 45.42 47.47 41.68 32.35 26.54 22.71 19.51 16.62 13.89 11.37 9.43 7.75 6.38 5.46 4.54 3.69 3.01 2.27 1.51 .82 .35 1.49 4.19 9.91 17.63 27.33 41.37 61.66 80.45 96.95 113.62 129.61 145.34 160.09 175.18 188.61 201.3 214.18 226.42 237.54 247.44 257.14 266.75 274.48 282.54 289.21 294.59 300.48 305.73 310.1 314.54 318.01 321.07 322.73 324.73 326.34 326.26 27.97 28.3 28.59 29.01 29.37 29.68 30.06 30.44 30.67 31.01 31.21 31.86 32.84 34.33 36.67 40.11 43.67 45.51 40.34 31.96 26.2 22.26 18.99 16.01 13.52 11.17 9.13 7.53 6.33 5.31 4.4 3.67 2.96 2.26 1.58 .89 .35 1.52 4.15 9.86 17.65 27.41 39.74 59.23 79.51 96.86 113.95 130.41 145.58 160.53 174.78 188.71 201.79 214.83 226.21 237.59 248.14 257.47 265.86 275.24 281.75 288.68 295.48 300.6 306.05 310.4 314.5 318.07 320.52 322.91 324.68 326.33 326.26 27.97 28.29 28.59 28.98 29.29 29.62 29.95 30.29 30.44 30.74 31.09 31.59 32.51 33.6 35.8 38.89 41.92 43.22 38.55 31.14 25.75 21.66 18.32 15.33 12.97 10.9 8.91 7.35 6.25 5.19 4.27 3.58 2.92 2.28 1.63 .9 .36 1.5 4.11 9.84 17.77 27.32 38.89 56.91 78.97 97.65 114.16 130.17 145.5 160.32 174.74 188.63 202.46 214.82 226.56 237.43 248.73 257.8 266.14 273.91 281.9 289.18 294.95 301.11 305.5 310.59 314.4 318.15 320.3 322.96 324.62 326.3 326.26 27.97 28.27 28.56 28.95 29.21 29.54 29.84 30.13 30.28 30.59 30.84 31.3 32.05 33.17 35.08 37.68 40.19 41.02 36.75 30.39 25.14 20.99 17.46 14.53 12.44 10.76 8.74 7.07 6.12 5.09 4.11 3.53 2.97 2.33 1.62 .89 .36 1.51 4.11 9.8 17.84 27.53 39.04 54.77 76.85 96.85 114.09 130.29 145.76 160.79 175.44 189.04 202.18 214.9 226.95 238.23 247.82 257.39 266 274.17 282.2 289.33 294.87 300.69 305.11 310.83 314.4 317.74 321.09 323.23 324.56 326.28 326.26 27.97 28.25 28.53 28.9 29.13 29.47 29.73 29.98 30.21 30.4 30.62 30.96 31.6 32.6 34.21 36.47 38.48 39.01 35.01 28.99 24.49 20.41 16.6 13.76 11.95 10.35 8.64 6.85 5.92 5.01 4.09 3.52 2.97 2.29 1.6 .88 .36 1.51 4.08 9.63 17.93 27.52 38.78 52.8 74.17 96.85 114.69 130.44 145.75 160.71 175.47 188.87 202.69 215.59 227.07 237.55 248.45 257.86 266.81 274.97 281.97 288.72 295.75 300.69 305.4 310.67 314.22 317.68 321.17 323.28 324.26 326.24 326.26 27.97 28.23 28.47 28.84 29.06 29.38 29.65 29.85 30.09 30.15 30.42 30.67 31.25 32.13 33.45 35.1 36.93 36.89 33 27.72 23.67 19.85 15.96 13.14 11.41 10 8.4 6.73 5.65 4.91 4.14 3.51 2.91 2.25 1.59 .88 .36 1.52 4.04 9.52 17.93 27.6 38.92 51.79 72.09 95.77 114.43 130.52 145.8 160.81 174.91 189.83 203.14 215.81 226.75 238.03 247.91 257.79 266.83 275.28 282.09 289.41 295.19 300.67 306.07 310.31 313.85 317.72 320.85 323.28 324.22 326.2 326.26 27.97 28.22 28.46 28.77 29.01 29.28 29.56 29.68 29.79 29.93 30.17 30.44 30.83 31.5 32.71 34.17 35.15 35.09 31.2 26.34 22.75 19.51 15.68 12.71 10.97 9.56 8.11 6.66 5.51 4.78 4.12 3.43 2.77 2.24 1.61 .89 .37 1.52 4.05 9.46 17.99 27.69 38.94 51.67 69.69 93.54 113.63 130.22 146.83 161.58 175.81 189.64 202.94 215.84 227.37 238.16 248.09 257.99 265.96 274.54 282.16 288.75 295.76 301.39 306.12 310.74 314.11 317.93 320.95 323.23 324.38 326.17 326.26 27.97 28.2 28.42 28.7 28.96 29.16 29.38 29.53 29.56 29.71 29.9 30.07 30.53 31.01 32 33.05 33.8 33.32 29.74 25.13 21.84 19 15.6 12.5 10.59 9.12 7.72 6.54 5.53 4.71 4 3.35 2.72 2.25 1.6 .88 .36 1.52 4.06 9.31 17.95 27.8 39 51.17 67.3 91.73 113.86 130.75 146.38 161.59 175.93 189.96 203.26 215.65 226.97 237.96 248.57 258.04 266.64 274.95 282.53 288.92 295.33 300.79 306.26 311.05 314.85 317.89 320.93 322.93 324.16 326.13 326.26 27.97 28.19 28.35 28.62 28.87 29.12 29.24 29.36 29.42 29.54 29.58 29.86 30.08 30.7 31.25 32.01 32.45 31.74 28.05 23.93 20.99 18.32 15.39 12.49 10.33 8.71 7.29 6.37 5.57 4.66 3.81 3.3 2.81 2.28 1.54 .82 .36 1.51 4.09 9.24 17.84 27.78 38.83 51.3 66.32 89.36 112.44 130.4 146.59 162.1 176.56 190.5 203.74 215.6 227.61 238.54 248.19 257.9 266.43 274.72 282.2 289.42 295.54 300.75 305.95 310.98 314.96 317.8 320.96 322.87 324.17 326.1 326.26 27.97 28.17 28.36 28.52 28.82 29.01 29.1 29.2 29.27 29.33 29.39 29.45 29.65 30.02 30.62 31.25 31.42 30.22 26.89 22.82 20.27 17.68 15.07 12.46 10.14 8.41 7.06 6.27 5.52 4.52 3.65 3.26 2.9 2.23 1.47 .8 .37 1.5 4.09 9.16 17.82 27.86 39.04 51.65 65.45 86.53 111.62 130.74 146.82 162.09 176.73 190.32 203.52 216.02 228.11 238.17 248.11 257.94 266.7 274.64 282.22 289.68 295.5 301.41 305.4 310.29 314.33 318.13 320.65 322.59 324.45 326.08 326.26 27.97 28.16 28.33 28.51 28.72 28.87 28.97 29.11 28.99 29.06 29.14 29.21 29.35 29.72 30.09 30.44 30.27 29.03 25.59 21.98 19.56 16.98 14.52 12.1 10.02 8.31 6.99 6.14 5.37 4.4 3.66 3.27 2.83 2.18 1.49 .81 .37 1.48 4.09 9.07 17.81 27.95 38.98 51.45 64.72 84.31 109.78 130.74 147.26 162.68 177.25 190.37 203.56 215.58 227.06 238.26 248.55 258.31 266.72 275.22 282.28 288.49 295.54 301.62 306.27 310.68 314.04 318.07 320.38 322.7 324.52 325.84 326.26 27.97 28.14 28.26 28.46 28.62 28.75 28.91 28.91 28.87 28.8 28.86 28.88 28.97 29.11 29.48 29.71 29.37 27.99 24.79 21.3 18.87 16.44 13.79 11.64 9.78 8.38 7.12 6.02 5.19 4.34 3.79 3.29 2.69 2.14 1.56 .84 .38 1.48 4.16 8.95 17.64 28.06 39.17 51.59 64.42 82.93 108.34 130.75 147.73 162.42 176.97 190.56 203.55 216.1 227.91 238.61 248.83 258.36 266.75 275.09 282.4 289.47 295.15 301.09 306.57 310.89 314.45 318.38 319.96 322.38 324.56 326.08 326.26 27.97 28.09 28.26 28.41 28.52 28.67 28.74 28.74 28.7 28.62 28.56 28.57 28.59 28.65 28.92 29.1 28.6 27.25 24.06 20.77 18.28 15.82 13.16 10.96 9.54 8.42 7.2 5.9 4.96 4.37 3.86 3.29 2.62 2.15 1.55 .83 .37 1.47 4.17 8.87 17.56 28.03 39.15 51.54 64.61 81.34 106.9 130.27 147.33 162.52 177.23 190.66 203.99 216.33 227.31 238.34 248.48 258.28 266.61 275.47 282.84 289.31 295.58 300.67 306.5 310.71 314.78 318.33 320.23 322.34 324.57 326.1 326.26 27.97 28.11 28.21 28.32 28.43 28.59 28.62 28.61 28.53 28.4 28.31 28.16 28.2 28.22 28.46 28.54 28.01 26.45 23.53 20.39 17.9 15.33 12.6 10.56 9.36 8.32 7.11 5.81 4.92 4.41 3.84 3.25 2.65 2.12 1.53 .82 .38 1.45 4.17 8.77 17.6 28.16 39.32 51.55 64.56 80.53 105.31 129.4 147.41 162.77 177.39 190.78 203.4 215.81 227.23 238.1 248.59 257.78 267.2 275.04 283.01 289.59 296.31 300.93 306.36 310.77 314.57 318.08 320.46 322.47 324.54 326.13 326.26 27.97 28.06 28.17 28.3 28.37 28.43 28.47 28.45 28.31 28.2 28.05 27.9 27.78 27.79 27.78 27.79 27.22 25.85 23.02 20 17.5 14.89 12.24 10.3 9.15 8.09 6.84 5.75 4.98 4.42 3.77 3.22 2.71 2.12 1.48 .8 .37 1.44 4.14 8.67 17.52 28.23 39.19 51.67 64.73 79.52 103.84 129.13 147.61 162.76 176.86 190.64 203.6 215.98 227.77 238.64 249.38 257.66 267.05 274.65 282.51 289.47 295.5 301.57 306.48 310.97 314.76 317.72 320.74 322.26 324.27 326.17 326.26 27.97 28.05 28.13 28.22 28.29 28.31 28.38 28.3 28.17 28.03 27.78 27.68 27.39 27.21 27.31 27.09 26.63 25.03 22.44 19.43 17.08 14.69 12.12 10.16 8.97 7.89 6.6 5.62 5.03 4.38 3.71 3.23 2.71 2.1 1.47 .81 .38 1.45 4.14 8.64 17.44 28.22 39.4 51.68 64.8 79.03 102.24 127.91 147.26 162.76 177.44 190.75 203.97 215.89 227.31 238.2 248.61 258.2 267.35 275.38 282.37 289.7 295.81 301.71 306.25 310.74 314.91 317.63 320.74 322.22 324.21 326.22 326.26 27.97 28.06 28.09 28.15 28.17 28.24 28.24 28.16 28.01 27.87 27.59 27.3 27.17 26.82 26.72 26.5 25.8 24.47 21.83 18.84 16.45 14.37 12.15 10.1 8.81 7.7 6.54 5.56 4.97 4.3 3.7 3.23 2.68 2.08 1.48 .8 .38 1.45 4.1 8.57 17.32 28.27 39.6 51.78 64.78 78.85 100.74 127.25 147.12 162.45 176.89 190.57 203.59 216.24 227.61 238.6 248.49 258.11 267.18 274.98 282.95 289.28 295.75 301.57 306.4 310.45 314.62 317.83 320.72 322.34 324.15 326.27 326.26 27.97 28.05 28.01 28.07 28.14 28.15 28.09 28.03 27.72 27.62 27.39 27.03 26.75 26.41 26.1 25.88 25.21 23.64 20.98 17.97 15.68 13.91 12.14 10.16 8.71 7.53 6.54 5.6 4.9 4.25 3.66 3.21 2.61 2.05 1.44 .79 .38 1.44 4.09 8.51 17.29 28.27 39.7 51.58 64.81 78.48 99.72 127.06 146.8 162.6 177.37 190.83 204.05 216.02 227.75 238.81 248.61 258.54 267.05 274.9 282.9 289.99 295.7 300.91 306.39 310.21 314.64 317.76 320.75 322.27 324.12 326.33 326.26 27.97 28.03 28.01 28.01 28.05 28.08 27.96 27.84 27.67 27.35 27.2 26.84 26.45 26.02 25.74 25.39 24.54 23.02 20.21 17.1 14.78 13.25 11.96 10.23 8.59 7.4 6.56 5.69 4.9 4.29 3.66 3.09 2.52 1.97 1.39 .76 .37 1.41 4.07 8.49 17.31 28.38 39.68 51.74 64.82 78.46 99.16 126.09 146.78 162.68 177.08 190.85 203.5 215.93 227.53 238.19 248.91 258.42 267.13 275 283.12 289.79 295.58 301.31 306.53 310.7 314.41 317.93 320.76 322.37 324.37 326.37 326.26 27.97 28.01 27.94 27.92 27.96 28 27.84 27.72 27.52 27.25 26.86 26.51 26.04 25.63 25.28 24.89 24 22.4 19.48 16.22 14.09 12.68 11.63 10.17 8.51 7.28 6.53 5.74 4.92 4.34 3.67 2.99 2.42 1.88 1.32 .68 .36 1.41 4.09 8.49 17.33 28.35 39.7 51.88 64.86 78.51 98.68 125.2 146.71 162.54 177.28 191.06 203.43 215.82 227.84 238.5 248.89 258.46 266.82 275.44 283.08 289.47 295.99 301.27 306.85 311.23 314.57 317.81 320.67 322.06 324.4 326.41 326.26 27.97 27.99 27.94 27.87 27.87 27.88 27.72 27.61 27.35 27.11 26.72 26.28 25.85 25.38 24.97 24.46 23.6 21.91 18.82 15.43 13.41 12.26 11.36 9.98 8.38 7.22 6.48 5.69 4.91 4.31 3.65 2.94 2.33 1.77 1.24 .63 .35 1.42 4.08 8.46 17.35 28.39 39.74 51.78 64.84 78.44 98.3 124.78 146.8 162.44 177.32 190.59 203.75 215.98 227.43 238.35 248.35 258.05 267.43 275.98 282.85 289.67 295.78 301.39 306.81 310.75 314.67 318.08 320.33 321.71 324.43 326.43 326.26 27.97 27.97 27.91 27.86 27.76 27.74 27.62 27.49 27.22 26.92 26.53 26.09 25.6 25.07 24.57 24.1 23.26 21.53 18.34 14.93 12.88 11.95 11.15 9.75 8.16 7.15 6.47 5.59 4.82 4.25 3.58 2.93 2.3 1.73 1.16 .58 .35 1.41 4.12 8.52 17.37 28.46 39.77 51.68 64.87 78.16 98.37 124.82 146.75 162.39 177.13 190.85 203.83 216.3 227.87 238.6 249.29 258.28 267.77 275.04 282.9 289.98 295.24 301.41 306.01 310.35 314.85 318.12 320.1 321.68 324.43 326.44 326.26 27.97 27.95 27.88 27.81 27.73 27.68 27.53 27.37 27.02 26.64 26.33 25.91 25.39 24.87 24.37 23.75 23 21.18 18.15 14.86 12.74 11.77 11.02 9.55 7.89 6.91 6.32 5.47 4.65 4.15 3.51 2.91 2.34 1.73 1.14 .56 .35 1.42 4.08 8.46 17.35 28.39 39.74 51.78 64.84 78.44 98.3 124.78 146.8 162.44 177.32 190.59 203.75 215.98 227.43 238.35 248.35 258.05 267.43 275.98 282.85 289.67 295.78 301.39 306.81 310.75 314.67 318.08 320.33 321.71 324.43 326.43 326.26 27.97 27.89 27.84 27.75 27.64 27.55 27.42 27.19 26.98 26.57 26.22 25.72 25.2 24.56 24.12 23.43 22.53 21.06 18.12 14.93 12.82 11.59 10.72 9.41 7.82 6.7 6.02 5.27 4.56 4.04 3.47 2.91 2.35 1.72 1.11 .57 .35 1.41 4.09 8.49 17.33 28.35 39.7 51.88 64.86 78.51 98.68 125.2 146.71 162.54 177.28 191.06 203.43 215.82 227.84 238.5 248.89 258.46 266.82 275.44 283.08 289.47 295.99 301.27 306.85 311.23 314.57 317.81 320.67 322.06 324.4 326.41 326.26 27.97 27.88 27.78 27.69 27.61 27.47 27.32 26.97 26.78 26.4 26.03 25.52 24.96 24.42 23.82 23.25 22.48 20.91 18.12 15.11 12.89 11.52 10.45 9.19 7.79 6.55 5.72 5.07 4.48 3.93 3.4 2.9 2.33 1.69 1.13 .62 .37 1.41 4.07 8.49 17.31 28.38 39.68 51.74 64.82 78.46 99.16 126.09 146.78 162.68 177.08 190.85 203.5 215.93 227.53 238.19 248.91 258.42 267.13 275 283.12 289.79 295.58 301.31 306.53 310.7 314.41 317.93 320.76 322.37 324.37 326.37 326.26 27.97 27.89 27.77 27.63 27.54 27.43 27.23 27 26.68 26.3 25.85 25.41 24.73 24.22 23.66 22.94 22.17 20.68 18.13 15.21 13.02 11.42 10.06 8.8 7.67 6.49 5.54 4.91 4.4 3.84 3.28 2.81 2.27 1.69 1.17 .66 .36 1.44 4.09 8.51 17.29 28.27 39.7 51.58 64.81 78.48 99.72 127.06 146.8 162.6 177.37 190.83 204.05 216.02 227.75 238.81 248.61 258.54 267.05 274.9 282.9 289.99 295.7 300.91 306.39 310.21 314.64 317.76 320.75 322.27 324.12 326.33 326.26 27.97 27.83 27.69 27.57 27.47 27.38 27.11 26.89 26.54 26.2 25.66 25.23 24.66 24 23.4 22.67 21.74 20.29 17.89 15.17 12.89 11.18 9.65 8.4 7.51 6.52 5.51 4.79 4.3 3.75 3.15 2.72 2.2 1.71 1.22 .66 .36 1.45 4.1 8.57 17.32 28.27 39.6 51.78 64.78 78.85 100.74 127.25 147.12 162.45 176.89 190.57 203.59 216.24 227.61 238.6 248.49 258.11 267.18 274.98 282.95 289.28 295.75 301.57 306.4 310.45 314.62 317.83 320.72 322.34 324.15 326.27 326.26 27.97 27.82 27.7 27.52 27.38 27.26 26.98 26.74 26.39 26.08 25.59 25.08 24.53 23.8 23.15 22.34 21.39 19.84 17.48 15.09 12.87 10.88 9.31 8 7.21 6.52 5.57 4.7 4.16 3.66 3.07 2.64 2.24 1.74 1.21 .64 .35 1.45 4.14 8.64 17.44 28.22 39.4 51.68 64.8 79.03 102.24 127.91 147.26 162.76 177.44 190.75 203.97 215.89 227.31 238.2 248.61 258.2 267.35 275.38 282.37 289.7 295.81 301.71 306.25 310.74 314.91 317.63 320.74 322.22 324.21 326.22 326.26 27.97 27.83 27.66 27.47 27.28 27.21 26.96 26.67 26.3 25.96 25.4 24.98 24.39 23.67 22.9 22.06 20.96 19.31 17.02 14.77 12.73 10.72 8.93 7.72 6.99 6.45 5.57 4.6 4 3.56 3.04 2.61 2.2 1.69 1.19 .63 .35 1.44 4.14 8.67 17.52 28.23 39.19 51.67 64.73 79.52 103.84 129.13 147.61 162.76 176.86 190.64 203.6 215.98 227.77 238.64 249.38 257.66 267.05 274.65 282.51 289.47 295.5 301.57 306.48 310.97 314.76 317.72 320.74 322.26 324.27 326.17 326.26 27.97 27.81 27.62 27.41 27.26 27.11 26.87 26.56 26.18 25.76 25.32 24.81 24.24 23.47 22.74 21.7 20.46 18.8 16.49 14.25 12.5 10.65 8.87 7.56 6.8 6.24 5.47 4.51 3.83 3.45 3.04 2.62 2.13 1.67 1.2 .63 .34 1.45 4.17 8.77 17.6 28.16 39.32 51.55 64.56 80.53 105.31 129.4 147.41 162.77 177.39 190.78 203.4 215.81 227.23 238.1 248.59 257.78 267.2 275.04 283.01 289.59 296.31 300.93 306.36 310.77 314.57 318.08 320.46 322.47 324.54 326.13 326.26 27.97 27.79 27.58 27.37 27.22 27.01 26.74 26.47 26.04 25.67 25.15 24.7 24.08 23.35 22.52 21.51 20.25 18.3 15.96 13.81 12.34 10.61 8.92 7.45 6.57 6 5.28 4.44 3.79 3.38 3.02 2.55 2.05 1.67 1.18 .61 .34 1.47 4.17 8.87 17.56 28.03 39.15 51.54 64.61 81.34 106.9 130.27 147.33 162.52 177.23 190.66 203.99 216.33 227.31 238.34 248.48 258.28 266.61 275.47 282.84 289.31 295.58 300.67 306.5 310.71 314.78 318.33 320.23 322.34 324.57 326.1 326.26 27.97 27.78 27.55 27.34 27.16 26.94 26.7 26.38 25.92 25.49 24.98 24.52 23.92 23.13 22.42 21.36 19.9 18.12 15.5 13.49 12.17 10.67 8.96 7.46 6.38 5.69 5.04 4.43 3.86 3.34 2.86 2.46 2.07 1.67 1.14 .59 .34 1.48 4.16 8.95 17.64 28.06 39.17 51.59 64.42 82.93 108.34 130.75 147.73 162.42 176.97 190.56 203.55 216.1 227.91 238.61 248.83 258.36 266.75 275.09 282.4 289.47 295.15 301.09 306.57 310.89 314.45 318.38 319.96 322.38 324.56 326.08 326.26 27.97 27.76 27.52 27.27 27.1 26.88 26.57 26.24 25.82 25.35 24.91 24.36 23.84 23.1 22.2 21.14 19.72 17.86 15.26 13.27 11.96 10.59 9.02 7.48 6.23 5.41 4.81 4.4 3.95 3.28 2.69 2.39 2.13 1.64 1.05 .57 .34 1.48 4.09 9.07 17.81 27.95 38.98 51.45 64.72 84.31 109.78 130.74 147.26 162.68 177.25 190.37 203.56 215.58 227.06 238.26 248.55 258.31 266.72 275.22 282.28 288.49 295.54 301.62 306.27 310.68 314.04 318.07 320.38 322.7 324.52 325.84 326.26 27.97 27.74 27.45 27.26 27.01 26.82 26.49 26.16 25.73 25.25 24.8 24.24 23.68 22.9 22.08 21.05 19.64 17.65 15.11 13.08 11.8 10.5 9.01 7.45 6.15 5.31 4.7 4.33 3.91 3.27 2.64 2.37 2.12 1.56 1.01 .54 .32 1.5 4.09 9.16 17.82 27.86 39.04 51.65 65.45 86.53 111.62 130.74 146.82 162.09 176.73 190.32 203.52 216.02 228.11 238.17 248.11 257.94 266.7 274.64 282.22 289.68 295.5 301.41 305.4 310.29 314.33 318.13 320.65 322.59 324.45 326.08 326.26 27.97 27.69 27.44 27.21 27.01 26.75 26.43 26.02 25.65 25.14 24.62 24.15 23.53 22.88 21.97 20.88 19.5 17.55 15.05 13 11.71 10.32 8.83 7.41 6.17 5.34 4.71 4.22 3.75 3.23 2.72 2.38 2.01 1.53 1.05 .55 .31 1.51 4.09 9.24 17.84 27.78 38.83 51.3 66.32 89.36 112.44 130.4 146.59 162.1 176.56 190.5 203.74 215.6 227.61 238.54 248.19 257.9 266.43 274.72 282.2 289.42 295.54 300.75 305.95 310.98 314.96 317.8 320.96 322.87 324.17 326.1 326.26 27.97 27.68 27.44 27.17 26.96 26.67 26.4 25.99 25.56 25.07 24.54 23.92 23.5 22.8 21.98 20.84 19.36 17.49 15.02 13.03 11.54 10.13 8.59 7.29 6.27 5.51 4.77 4.08 3.55 3.2 2.87 2.41 1.89 1.5 1.08 .54 .33 1.52 4.06 9.31 17.95 27.8 39 51.17 67.3 91.73 113.86 130.75 146.38 161.59 175.93 189.96 203.26 215.65 226.97 237.96 248.57 258.04 266.64 274.95 282.53 288.92 295.33 300.79 306.26 311.05 314.85 317.89 320.93 322.93 324.16 326.13 326.26 27.97 27.7 27.37 27.13 26.89 26.6 26.34 25.95 25.47 24.92 24.41 23.87 23.33 22.7 21.82 20.72 19.48 17.61 15.1 13.03 11.48 9.94 8.36 7.12 6.38 5.74 4.87 3.97 3.43 3.2 2.86 2.41 1.93 1.5 1.05 .53 .31 1.52 4.05 9.46 17.99 27.69 38.94 51.67 69.69 93.54 113.63 130.22 146.83 161.58 175.81 189.64 202.94 215.84 227.37 238.16 248.09 257.99 265.96 274.54 282.16 288.75 295.76 301.39 306.12 310.74 314.11 317.93 320.95 323.23 324.38 326.17 326.26 27.97 27.68 27.39 27.09 26.82 26.52 26.26 25.86 25.41 24.78 24.36 23.77 23.11 22.6 21.77 20.74 19.39 17.63 15.11 13.1 11.37 9.8 8.19 7 6.39 5.81 4.93 3.97 3.45 3.19 2.76 2.37 1.99 1.49 1.01 .52 .31 1.52 4.04 9.52 17.93 27.6 38.92 51.79 72.09 95.77 114.43 130.52 145.8 160.81 174.91 189.83 203.14 215.81 226.75 238.03 247.91 257.79 266.83 275.28 282.09 289.41 295.19 300.67 306.07 310.31 313.85 317.72 320.85 323.28 324.22 326.2 326.26 27.97 27.67 27.37 27.05 26.75 26.46 26.11 25.73 25.33 24.73 24.24 23.64 23.01 22.47 21.68 20.71 19.48 17.63 15.24 13.12 11.32 9.71 8.13 7.04 6.36 5.7 4.83 4.04 3.57 3.13 2.65 2.36 1.99 1.51 1.01 .5 .3 1.51 4.08 9.63 17.93 27.52 38.78 52.8 74.17 96.85 114.69 130.44 145.75 160.71 175.47 188.87 202.69 215.59 227.07 237.55 248.45 257.86 266.81 274.97 281.97 288.72 295.75 300.69 305.4 310.67 314.22 317.68 321.17 323.28 324.26 326.24 326.26 27.97 27.66 27.35 27.02 26.75 26.42 26.06 25.7 25.2 24.68 24.07 23.52 22.93 22.23 21.52 20.65 19.37 17.65 15.37 13.03 11.19 9.66 8.23 7.09 6.3 5.51 4.68 4.11 3.68 3.13 2.64 2.32 1.94 1.49 1.01 .49 .3 1.51 4.11 9.8 17.84 27.53 39.04 54.77 76.85 96.85 114.09 130.29 145.76 160.79 175.44 189.04 202.18 214.9 226.95 238.23 247.82 257.39 266 274.17 282.2 289.33 294.87 300.69 305.11 310.83 314.4 317.74 321.09 323.23 324.56 326.28 326.26 27.97 27.64 27.33 26.96 26.73 26.31 26.02 25.58 25.15 24.52 24.02 23.39 22.79 22.12 21.47 20.43 19.34 17.61 15.13 12.79 11.06 9.62 8.32 7.2 6.16 5.37 4.64 4.1 3.7 3.15 2.71 2.32 1.87 1.45 .99 .5 .3 1.5 4.11 9.84 17.77 27.32 38.89 56.91 78.97 97.65 114.16 130.17 145.5 160.32 174.74 188.63 202.46 214.82 226.56 237.43 248.73 257.8 266.14 273.91 281.9 289.18 294.95 301.11 305.5 310.59 314.4 318.15 320.3 322.96 324.62 326.3 326.26 27.97 27.63 27.32 26.95 26.69 26.31 25.99 25.52 25.09 24.51 23.9 23.28 22.62 22.06 21.21 20.46 19.26 17.53 14.92 12.56 10.77 9.52 8.31 7.19 6.17 5.3 4.68 4.12 3.62 3.19 2.78 2.32 1.84 1.45 .95 .48 .29 1.52 4.15 9.86 17.65 27.41 39.74 59.23 79.51 96.86 113.95 130.41 145.58 160.53 174.78 188.71 201.79 214.83 226.21 237.59 248.14 257.47 265.86 275.24 281.75 288.68 295.48 300.6 306.05 310.4 314.5 318.07 320.52 322.91 324.68 326.33 326.26 27.97 27.58 27.3 26.95 26.66 26.29 25.93 25.51 24.95 24.47 23.85 23.18 22.52 21.84 21.22 20.34 19.21 17.21 14.55 12.11 10.49 9.37 8.3 7.16 6.09 5.22 4.71 4.15 3.59 3.22 2.78 2.29 1.84 1.39 .92 .44 .28 1.49 4.19 9.91 17.63 27.33 41.37 61.66 80.45 96.95 113.62 129.61 145.34 160.09 175.18 188.61 201.3 214.18 226.42 237.54 247.44 257.14 266.75 274.48 282.54 289.21 294.59 300.48 305.73 310.1 314.54 318.01 321.07 322.73 324.73 326.34 326.26 27.97 27.58 27.29 26.93 26.61 26.25 25.85 25.45 24.92 24.38 23.74 23.11 22.54 21.82 21.12 20.25 18.89 17.26 14.23 11.76 10.25 9.17 8.31 7.16 5.99 5.19 4.74 4.11 3.58 3.26 2.75 2.26 1.82 1.35 .89 .41 .27 1.45 4.2 9.88 17.55 27.44 42.99 62.81 80.31 97.21 113.58 129.97 145.49 160.48 174.21 188.19 201.06 214.59 225.76 236.86 248.22 257.46 265.58 274.2 281.71 288.99 295.56 300.85 305.7 310.39 314.72 317.95 321.3 322.75 324.77 326.33 326.26 27.97 27.6 27.28 26.91 26.52 26.2 25.79 25.41 24.9 24.31 23.68 23.06 22.36 21.73 20.98 20.17 19.02 17.06 14.09 11.49 9.97 9.14 8.28 7.15 5.92 5.18 4.71 4.09 3.58 3.28 2.71 2.21 1.77 1.31 .87 .39 .26 1.45 4.22 9.92 17.51 28.17 45.57 63.87 80.11 96.36 113.11 129.75 145.6 160.43 174.65 188.19 201.74 213.58 226.14 237.25 247.55 257.14 266.72 274.92 282.12 288.09 295.51 300.8 305.92 310.86 314.65 317.96 321.42 322.76 324.57 326.33 326.26 27.97 27.59 27.26 26.88 26.5 26.13 25.75 25.36 24.8 24.27 23.65 23.01 22.28 21.69 20.95 20.07 18.87 17.04 13.93 11.34 9.91 9.09 8.24 7.13 5.9 5.17 4.71 4.05 3.59 3.23 2.65 2.19 1.74 1.28 .83 .36 .26 1.43 4.31 9.78 17.44 29.34 46.89 63.7 80.67 96.72 112.74 129.54 145.23 160.37 175.08 188.09 201.13 213.97 225.61 237.3 247.08 257.35 266.3 274.37 281.68 289.06 295.51 301.18 305.65 310.9 314.43 317.74 321.12 323.01 324.61 326.31 326.26 27.97 27.58 27.25 26.86 26.5 26.11 25.72 25.28 24.77 24.25 23.66 22.96 22.28 21.61 20.92 20 18.88 16.99 13.94 11.45 9.98 9.08 8.21 7.09 5.87 5.18 4.67 4.01 3.52 3.16 2.63 2.21 1.74 1.3 .81 .34 .25 1.39 4.29 9.67 17.66 31.17 47.87 63.6 79.88 96.35 113.15 129.26 145.55 160.9 174.89 188.17 201.13 213.79 226.02 236.86 247.63 257.19 265.68 274.44 282.07 289.41 295.55 301.04 306.2 310.51 314.32 318.07 321.11 323.07 324.88 326.12 326.26 27.97 27.57 27.19 26.83 26.52 26.14 25.71 25.26 24.73 24.22 23.6 22.9 22.22 21.59 20.85 19.94 18.89 17 14.21 11.66 10.15 9.15 8.17 7.06 5.92 5.14 4.59 3.99 3.49 3.08 2.63 2.23 1.78 1.31 .79 .35 .25 1.38 4.28 9.59 17.98 32.73 48.16 63.72 80.09 96.58 112.74 129.38 145.9 160.61 174.94 188.31 201.07 213.39 225.66 236.51 246.56 257.07 266.98 274.74 282.72 288.54 294.86 301.21 306.14 310.3 314.76 318.3 320.88 323.14 324.91 325.62 326.26 27.97 27.56 27.14 26.81 26.49 26.06 25.69 25.26 24.72 24.17 23.57 22.93 22.31 21.55 20.9 19.99 18.79 17.02 14.42 11.97 10.4 9.18 8.07 6.98 5.94 5.06 4.48 3.94 3.45 2.99 2.63 2.23 1.76 1.29 .82 .39 .25 1.35 4.29 9.66 19.35 33.4 47.82 63.24 79.82 96.46 112.89 129.47 145.43 160.44 173.98 187.81 201.06 213.37 225.61 236.53 247.04 257.14 265.55 274.4 282.06 289.86 294.83 301.51 306.46 310.23 314.2 318.51 320.94 323.01 324.93 325.64 326.26 27.97 27.55 27.16 26.76 26.46 26.05 25.64 25.25 24.72 24.15 23.54 22.88 22.2 21.51 20.77 19.91 18.84 17.03 14.5 12.26 10.51 9.19 7.95 6.88 5.94 5.03 4.33 3.86 3.43 2.95 2.56 2.2 1.71 1.29 .86 .4 .25 1.34 4.22 9.84 20.56 33.7 47.91 63.41 79.53 96.52 113.23 129.35 145.25 160.03 174.49 188.37 201.09 213.49 225.25 236.66 247.34 256.94 266.5 274.15 282.17 289.14 295.35 301.07 306.34 310.81 314.54 318.26 321.04 323.2 324.95 325.8 326.26 27.97 27.54 27.17 26.76 26.44 26.04 25.61 25.19 24.74 24.08 23.55 22.88 22.25 21.51 20.87 19.9 18.8 17.01 14.56 12.44 10.6 9.06 7.75 6.68 5.88 5.05 4.28 3.78 3.43 2.91 2.44 2.14 1.68 1.34 .88 .41 .25 1.33 4.19 10.4 21.22 33.59 47.63 63.53 80.23 96.5 112.83 129.14 144.85 160.57 174.36 188.21 200.72 212.71 224.39 236.41 246.73 257.25 266.45 275.2 282.28 288.85 295.76 300.88 306.11 310.89 314.89 317.72 321.17 323.24 324.96 325.79 326.26 27.97 27.53 27.16 26.79 26.43 26.01 25.65 25.17 24.66 24.04 23.47 22.85 22.24 21.55 20.73 19.92 18.61 16.92 14.55 12.43 10.61 9.01 7.51 6.47 5.8 5.12 4.32 3.7 3.37 2.84 2.39 2.09 1.72 1.38 .9 .41 .24 1.3 4.19 10.98 21.25 33.39 47.48 63.36 79.9 96.66 112.92 128.69 144.93 160.27 174.6 187.82 200.93 213.17 225.34 236.39 246.82 256.76 266.13 274.31 282.66 289.06 295.14 300.99 306.29 310.93 314.68 317.97 321 323.26 324.98 325.77 326.26 27.97 27.53 27.15 26.75 26.43 26 25.58 25.16 24.64 24.09 23.47 22.81 22.18 21.47 20.78 19.82 18.62 16.78 14.32 12.31 10.58 8.9 7.37 6.29 5.69 5.18 4.34 3.63 3.25 2.83 2.37 2.08 1.76 1.35 .88 .41 .24 1.26 4.37 11.4 21.26 33.54 47.89 63.72 79.78 96.52 112.95 129.07 144.62 160.15 174.52 187.93 201.12 213.3 225.14 236.66 247.18 256.67 266.17 273.83 282.01 289.5 295.67 301.53 306.17 310.43 314.93 318.2 320.98 323.26 324.79 325.92 326.26 27.97 27.52 27.15 26.7 26.4 26.03 25.58 25.13 24.66 24.1 23.5 22.79 22.15 21.49 20.69 19.71 18.44 16.61 14.09 12.03 10.51 8.88 7.26 6.15 5.57 5.11 4.34 3.54 3.12 2.78 2.41 2.09 1.71 1.33 .9 .41 .23 1.26 4.58 11.47 21.34 33.68 47.83 63.35 79.95 96.69 112.68 128.33 144.67 160.44 174.37 187.82 201.02 212.88 225.27 236.33 246.69 257.49 266.12 276.05 283.15 288.97 294.86 301.38 307.13 310.25 314.8 318.23 321.02 323.37 325.06 325.9 326.26 27.97 27.51 27.15 26.7 26.37 26.06 25.52 25.1 24.68 24.06 23.52 22.86 22.02 21.46 20.63 19.61 18.33 16.48 13.85 11.91 10.42 8.98 7.41 6.11 5.46 4.95 4.25 3.53 3.03 2.76 2.45 2.05 1.61 1.34 .92 .4 .22 1.23 4.61 11.35 21.3 33.59 47.85 63.39 79.66 96.47 112.57 129.2 145.18 160.24 174.51 188.37 200.66 213.42 224.85 236.34 246.7 257.03 266.05 275.16 283.54 290.07 295.47 300.14 305.7 310.45 314.18 318.46 320.97 323.29 324.77 325.88 326.26 27.97 27.51 27.15 26.7 26.29 26.04 25.55 25.12 24.62 24.04 23.43 22.77 22.1 21.41 20.64 19.56 18.3 16.36 13.59 11.72 10.45 9.1 7.51 6.21 5.32 4.69 4.09 3.55 3.1 2.69 2.38 2.01 1.62 1.35 .9 .39 .22 1.27 4.78 11.81 21.73 34 48.2 63.82 80.32 97.13 113.15 128.98 145.12 161.05 175.27 188.87 201.39 214.03 225.71 236.67 246.93 257.48 266.04 274.58 282.91 291.25 297.63 302.85 306.15 311.47 314.07 318.44 320.85 323.31 324.64 326.03 326.26 27.97 27.51 27.14 26.7 26.29 26.02 25.56 25.12 24.6 24.03 23.43 22.81 22.13 21.39 20.6 19.57 18.18 16.19 13.54 11.69 10.46 9.17 7.7 6.23 5.23 4.52 3.92 3.57 3.24 2.62 2.22 1.97 1.73 1.32 .85 .39 .22 1.19 4.55 11.31 20.9 32.9 46.94 62.27 78.71 95.84 112.17 128.18 144.09 159.96 174.7 188.17 201.11 213.16 225.58 236.73 247.94 257.18 266.73 274.75 282.33 288.98 296.14 302.62 307.33 311.34 314.8 318.22 320.88 323.41 325.08 326.02 326.26 27.97 27.51 27.14 26.7 26.24 26.01 25.55 25 24.64 24.05 23.46 22.7 22.06 21.44 20.5 19.46 18.15 16 13.51 11.59 10.42 9.24 7.71 6.31 5.19 4.42 3.86 3.57 3.28 2.64 2.14 1.95 1.79 1.31 .81 .37 .22 1.25 4.8 11.63 21.38 33.51 47.47 63.13 79.52 96.28 112.25 128.23 144.73 160.13 173.93 187.46 201.04 213.48 224.68 236.59 247.29 257.97 267.35 275.94 282.16 287.5 293.09 298.67 305.65 310.14 314.89 318.13 320.95 323.47 324.9 326.02 326.26 27.97 27.51 27.14 26.7 26.29 26.02 25.56 25.12 24.6 24.03 23.43 22.81 22.13 21.39 20.6 19.57 18.18 16.19 13.54 11.69 10.46 9.17 7.7 6.23 5.23 4.52 3.92 3.57 3.24 2.62 2.22 1.97 1.73 1.32 .85 .39 .22 1.19 4.55 11.31 20.9 32.9 46.94 62.27 78.71 95.84 112.17 128.18 144.09 159.96 174.7 188.17 201.11 213.16 225.58 236.73 247.94 257.18 266.73 274.75 282.33 288.98 296.14 302.62 307.33 311.34 314.8 318.22 320.88 323.41 325.08 326.02 326.26 27.97 27.51 27.15 26.7 26.29 26.04 25.55 25.12 24.62 24.04 23.43 22.77 22.1 21.41 20.64 19.56 18.3 16.36 13.59 11.72 10.45 9.1 7.51 6.21 5.32 4.69 4.09 3.55 3.1 2.69 2.38 2.01 1.62 1.35 .9 .39 .22 1.27 4.78 11.81 21.73 34 48.2 63.82 80.32 97.13 113.15 128.98 145.12 161.05 175.27 188.87 201.39 214.03 225.71 236.67 246.93 257.48 266.04 274.58 282.91 291.25 297.63 302.85 306.15 311.47 314.07 318.44 320.85 323.31 324.64 326.03 326.26 27.97 27.51 27.15 26.7 26.37 26.06 25.52 25.1 24.68 24.06 23.52 22.86 22.02 21.46 20.63 19.61 18.33 16.48 13.85 11.91 10.42 8.98 7.41 6.11 5.46 4.95 4.25 3.53 3.03 2.76 2.45 2.05 1.61 1.34 .92 .4 .22 1.23 4.61 11.35 21.3 33.59 47.85 63.39 79.66 96.47 112.57 129.2 145.18 160.24 174.51 188.37 200.66 213.42 224.85 236.34 246.7 257.03 266.05 275.16 283.54 290.07 295.47 300.14 305.7 310.45 314.18 318.46 320.97 323.29 324.77 325.88 326.26 27.97 27.52 27.15 26.7 26.4 26.03 25.58 25.13 24.66 24.1 23.5 22.79 22.15 21.49 20.69 19.71 18.44 16.61 14.09 12.03 10.51 8.88 7.26 6.15 5.57 5.11 4.34 3.54 3.12 2.78 2.41 2.09 1.71 1.33 .9 .41 .23 1.26 4.58 11.47 21.34 33.68 47.83 63.35 79.95 96.69 112.68 128.33 144.67 160.44 174.37 187.82 201.02 212.88 225.27 236.33 246.69 257.49 266.12 276.05 283.15 288.97 294.86 301.38 307.13 310.25 314.8 318.23 321.02 323.37 325.06 325.9 326.26 27.97 27.53 27.15 26.75 26.43 26 25.58 25.16 24.64 24.09 23.47 22.81 22.18 21.47 20.78 19.82 18.62 16.78 14.32 12.31 10.58 8.9 7.37 6.29 5.69 5.18 4.34 3.63 3.25 2.83 2.37 2.08 1.76 1.35 .88 .41 .24 1.26 4.37 11.4 21.26 33.54 47.89 63.72 79.78 96.52 112.95 129.07 144.62 160.15 174.52 187.93 201.12 213.3 225.14 236.66 247.18 256.67 266.17 273.83 282.01 289.5 295.67 301.53 306.17 310.43 314.93 318.2 320.98 323.26 324.79 325.92 326.26 27.97 27.53 27.16 26.79 26.43 26.01 25.65 25.17 24.66 24.04 23.47 22.85 22.24 21.55 20.73 19.92 18.61 16.92 14.55 12.43 10.61 9.01 7.51 6.47 5.8 5.12 4.32 3.7 3.37 2.84 2.39 2.09 1.72 1.38 .9 .41 .24 1.3 4.19 10.98 21.25 33.39 47.48 63.36 79.9 96.66 112.92 128.69 144.93 160.27 174.6 187.82 200.93 213.17 225.34 236.39 246.82 256.76 266.13 274.31 282.66 289.06 295.14 300.99 306.29 310.93 314.68 317.97 321 323.26 324.98 325.77 326.26 27.97 27.54 27.17 26.76 26.44 26.04 25.61 25.19 24.74 24.08 23.55 22.88 22.25 21.51 20.87 19.9 18.8 17.01 14.56 12.44 10.6 9.06 7.75 6.68 5.88 5.05 4.28 3.78 3.43 2.91 2.44 2.14 1.68 1.34 .88 .41 .25 1.33 4.19 10.4 21.22 33.59 47.63 63.53 80.23 96.5 112.83 129.14 144.85 160.57 174.36 188.21 200.72 212.71 224.39 236.41 246.73 257.25 266.45 275.2 282.28 288.85 295.76 300.88 306.11 310.89 314.89 317.72 321.17 323.24 324.96 325.79 326.26 27.97 27.55 27.16 26.76 26.46 26.05 25.64 25.25 24.72 24.15 23.54 22.88 22.2 21.51 20.77 19.91 18.84 17.03 14.5 12.26 10.51 9.19 7.95 6.88 5.94 5.03 4.33 3.86 3.43 2.95 2.56 2.2 1.71 1.29 .86 .4 .25 1.34 4.22 9.84 20.56 33.7 47.91 63.41 79.53 96.52 113.23 129.35 145.25 160.03 174.49 188.37 201.09 213.49 225.25 236.66 247.34 256.94 266.5 274.15 282.17 289.14 295.35 301.07 306.34 310.81 314.54 318.26 321.04 323.2 324.95 325.8 326.26 27.97 27.56 27.14 26.81 26.49 26.06 25.69 25.26 24.72 24.17 23.57 22.93 22.31 21.55 20.9 19.99 18.79 17.02 14.42 11.97 10.4 9.18 8.07 6.98 5.94 5.06 4.48 3.94 3.45 2.99 2.63 2.23 1.76 1.29 .82 .39 .25 1.35 4.29 9.66 19.35 33.4 47.82 63.24 79.82 96.46 112.89 129.47 145.43 160.44 173.98 187.81 201.06 213.37 225.61 236.53 247.04 257.14 265.55 274.4 282.06 289.86 294.83 301.51 306.46 310.23 314.2 318.51 320.94 323.01 324.93 325.64 326.26 27.97 27.57 27.19 26.83 26.52 26.14 25.71 25.26 24.73 24.22 23.6 22.9 22.22 21.59 20.85 19.94 18.89 17 14.21 11.66 10.15 9.15 8.17 7.06 5.92 5.14 4.59 3.99 3.49 3.08 2.63 2.23 1.78 1.31 .79 .35 .25 1.38 4.28 9.59 17.98 32.73 48.16 63.72 80.09 96.58 112.74 129.38 145.9 160.61 174.94 188.31 201.07 213.39 225.66 236.51 246.56 257.07 266.98 274.74 282.72 288.54 294.86 301.21 306.14 310.3 314.76 318.3 320.88 323.14 324.91 325.62 326.26 27.97 27.58 27.25 26.86 26.5 26.11 25.72 25.28 24.77 24.25 23.66 22.96 22.28 21.61 20.92 20 18.88 16.99 13.94 11.45 9.98 9.08 8.21 7.09 5.87 5.18 4.67 4.01 3.52 3.16 2.63 2.21 1.74 1.3 .81 .34 .25 1.39 4.29 9.67 17.66 31.17 47.87 63.6 79.88 96.35 113.15 129.26 145.55 160.9 174.89 188.17 201.13 213.79 226.02 236.86 247.63 257.19 265.68 274.44 282.07 289.41 295.55 301.04 306.2 310.51 314.32 318.07 321.11 323.07 324.88 326.12 326.26 27.97 27.59 27.26 26.88 26.5 26.13 25.75 25.36 24.8 24.27 23.65 23.01 22.28 21.69 20.95 20.07 18.87 17.04 13.93 11.34 9.91 9.09 8.24 7.13 5.9 5.17 4.71 4.05 3.59 3.23 2.65 2.19 1.74 1.28 .83 .36 .26 1.43 4.31 9.78 17.44 29.34 46.89 63.7 80.67 96.72 112.74 129.54 145.23 160.37 175.08 188.09 201.13 213.97 225.61 237.3 247.08 257.35 266.3 274.37 281.68 289.06 295.51 301.18 305.65 310.9 314.43 317.74 321.12 323.01 324.61 326.31 326.26 27.97 27.6 27.28 26.91 26.52 26.2 25.79 25.41 24.9 24.31 23.68 23.06 22.36 21.73 20.98 20.17 19.02 17.06 14.09 11.49 9.97 9.14 8.28 7.15 5.92 5.18 4.71 4.09 3.58 3.28 2.71 2.21 1.77 1.31 .87 .39 .26 1.45 4.22 9.92 17.51 28.17 45.57 63.87 80.11 96.36 113.11 129.75 145.6 160.43 174.65 188.19 201.74 213.58 226.14 237.25 247.55 257.14 266.72 274.92 282.12 288.09 295.51 300.8 305.92 310.86 314.65 317.96 321.42 322.76 324.57 326.33 326.26 27.97 27.58 27.29 26.93 26.61 26.25 25.85 25.45 24.92 24.38 23.74 23.11 22.54 21.82 21.12 20.25 18.89 17.26 14.23 11.76 10.25 9.17 8.31 7.16 5.99 5.19 4.74 4.11 3.58 3.26 2.75 2.26 1.82 1.35 .89 .41 .27 1.45 4.2 9.88 17.55 27.44 42.99 62.81 80.31 97.21 113.58 129.97 145.49 160.48 174.21 188.19 201.06 214.59 225.76 236.86 248.22 257.46 265.58 274.2 281.71 288.99 295.56 300.85 305.7 310.39 314.72 317.95 321.3 322.75 324.77 326.33 326.26 27.97 27.58 27.3 26.95 26.66 26.29 25.93 25.51 24.95 24.47 23.85 23.18 22.52 21.84 21.22 20.34 19.21 17.21 14.55 12.11 10.49 9.37 8.3 7.16 6.09 5.22 4.71 4.15 3.59 3.22 2.78 2.29 1.84 1.39 .92 .44 .28 1.49 4.19 9.91 17.63 27.33 41.37 61.66 80.45 96.95 113.62 129.61 145.34 160.09 175.18 188.61 201.3 214.18 226.42 237.54 247.44 257.14 266.75 274.48 282.54 289.21 294.59 300.48 305.73 310.1 314.54 318.01 321.07 322.73 324.73 326.34 326.26 27.97 27.63 27.32 26.95 26.69 26.31 25.99 25.52 25.09 24.51 23.9 23.28 22.62 22.06 21.21 20.46 19.26 17.53 14.92 12.56 10.77 9.52 8.31 7.19 6.17 5.3 4.68 4.12 3.62 3.19 2.78 2.32 1.84 1.45 .95 .48 .29 1.52 4.15 9.86 17.65 27.41 39.74 59.23 79.51 96.86 113.95 130.41 145.58 160.53 174.78 188.71 201.79 214.83 226.21 237.59 248.14 257.47 265.86 275.24 281.75 288.68 295.48 300.6 306.05 310.4 314.5 318.07 320.52 322.91 324.68 326.33 326.26 27.97 27.64 27.33 26.96 26.73 26.31 26.02 25.58 25.15 24.52 24.02 23.39 22.79 22.12 21.47 20.43 19.34 17.61 15.13 12.79 11.06 9.62 8.32 7.2 6.16 5.37 4.64 4.1 3.7 3.15 2.71 2.32 1.87 1.45 .99 .5 .3 1.5 4.11 9.84 17.77 27.32 38.89 56.91 78.97 97.65 114.16 130.17 145.5 160.32 174.74 188.63 202.46 214.82 226.56 237.43 248.73 257.8 266.14 273.91 281.9 289.18 294.95 301.11 305.5 310.59 314.4 318.15 320.3 322.96 324.62 326.3 326.26 27.97 27.66 27.35 27.02 26.75 26.42 26.06 25.7 25.2 24.68 24.07 23.52 22.93 22.23 21.52 20.65 19.37 17.65 15.37 13.03 11.19 9.66 8.23 7.09 6.3 5.51 4.68 4.11 3.68 3.13 2.64 2.32 1.94 1.49 1.01 .49 .3 1.51 4.11 9.8 17.84 27.53 39.04 54.77 76.85 96.85 114.09 130.29 145.76 160.79 175.44 189.04 202.18 214.9 226.95 238.23 247.82 257.39 266 274.17 282.2 289.33 294.87 300.69 305.11 310.83 314.4 317.74 321.09 323.23 324.56 326.28 326.26 27.97 27.67 27.37 27.05 26.75 26.46 26.11 25.73 25.33 24.73 24.24 23.64 23.01 22.47 21.68 20.71 19.48 17.63 15.24 13.12 11.32 9.71 8.13 7.04 6.36 5.7 4.83 4.04 3.57 3.13 2.65 2.36 1.99 1.51 1.01 .5 .3 1.51 4.08 9.63 17.93 27.52 38.78 52.8 74.17 96.85 114.69 130.44 145.75 160.71 175.47 188.87 202.69 215.59 227.07 237.55 248.45 257.86 266.81 274.97 281.97 288.72 295.75 300.69 305.4 310.67 314.22 317.68 321.17 323.28 324.26 326.24 326.26 27.97 27.68 27.39 27.09 26.82 26.52 26.26 25.86 25.41 24.78 24.36 23.77 23.11 22.6 21.77 20.74 19.39 17.63 15.11 13.1 11.37 9.8 8.19 7 6.39 5.81 4.93 3.97 3.45 3.19 2.76 2.37 1.99 1.49 1.01 .52 .31 1.52 4.04 9.52 17.93 27.6 38.92 51.79 72.09 95.77 114.43 130.52 145.8 160.81 174.91 189.83 203.14 215.81 226.75 238.03 247.91 257.79 266.83 275.28 282.09 289.41 295.19 300.67 306.07 310.31 313.85 317.72 320.85 323.28 324.22 326.2 326.26 27.97 27.7 27.37 27.13 26.89 26.6 26.34 25.95 25.47 24.92 24.41 23.87 23.33 22.7 21.82 20.72 19.48 17.61 15.1 13.03 11.48 9.94 8.36 7.12 6.38 5.74 4.87 3.97 3.43 3.2 2.86 2.41 1.93 1.5 1.05 .53 .31 1.52 4.05 9.46 17.99 27.69 38.94 51.67 69.69 93.54 113.63 130.22 146.83 161.58 175.81 189.64 202.94 215.84 227.37 238.16 248.09 257.99 265.96 274.54 282.16 288.75 295.76 301.39 306.12 310.74 314.11 317.93 320.95 323.23 324.38 326.17 326.26 27.97 27.68 27.44 27.17 26.96 26.67 26.4 25.99 25.56 25.07 24.54 23.92 23.5 22.8 21.98 20.84 19.36 17.49 15.02 13.03 11.54 10.13 8.59 7.29 6.27 5.51 4.77 4.08 3.55 3.2 2.87 2.41 1.89 1.5 1.08 .54 .33 1.52 4.06 9.31 17.95 27.8 39 51.17 67.3 91.73 113.86 130.75 146.38 161.59 175.93 189.96 203.26 215.65 226.97 237.96 248.57 258.04 266.64 274.95 282.53 288.92 295.33 300.79 306.26 311.05 314.85 317.89 320.93 322.93 324.16 326.13 326.26 27.97 27.69 27.44 27.21 27.01 26.75 26.43 26.02 25.65 25.14 24.62 24.15 23.53 22.88 21.97 20.88 19.5 17.55 15.05 13 11.71 10.32 8.83 7.41 6.17 5.34 4.71 4.22 3.75 3.23 2.72 2.38 2.01 1.53 1.05 .55 .31 1.51 4.09 9.24 17.84 27.78 38.83 51.3 66.32 89.36 112.44 130.4 146.59 162.1 176.56 190.5 203.74 215.6 227.61 238.54 248.19 257.9 266.43 274.72 282.2 289.42 295.54 300.75 305.95 310.98 314.96 317.8 320.96 322.87 324.17 326.1 326.26 27.97 27.74 27.45 27.26 27.01 26.82 26.49 26.16 25.73 25.25 24.8 24.24 23.68 22.9 22.08 21.05 19.64 17.65 15.11 13.08 11.8 10.5 9.01 7.45 6.15 5.31 4.7 4.33 3.91 3.27 2.64 2.37 2.12 1.56 1.01 .54 .32 1.5 4.09 9.16 17.82 27.86 39.04 51.65 65.45 86.53 111.62 130.74 146.82 162.09 176.73 190.32 203.52 216.02 228.11 238.17 248.11 257.94 266.7 274.64 282.22 289.68 295.5 301.41 305.4 310.29 314.33 318.13 320.65 322.59 324.45 326.08 326.26 27.97 27.76 27.52 27.27 27.1 26.88 26.57 26.24 25.82 25.35 24.91 24.36 23.84 23.1 22.2 21.14 19.72 17.86 15.26 13.27 11.96 10.59 9.02 7.48 6.23 5.41 4.81 4.4 3.95 3.28 2.69 2.39 2.13 1.64 1.05 .57 .34 1.48 4.09 9.07 17.81 27.95 38.98 51.45 64.72 84.31 109.78 130.74 147.26 162.68 177.25 190.37 203.56 215.58 227.06 238.26 248.55 258.31 266.72 275.22 282.28 288.49 295.54 301.62 306.27 310.68 314.04 318.07 320.38 322.7 324.52 325.84 326.26 27.97 27.78 27.55 27.34 27.16 26.94 26.7 26.38 25.92 25.49 24.98 24.52 23.92 23.13 22.42 21.36 19.9 18.12 15.5 13.49 12.17 10.67 8.96 7.46 6.38 5.69 5.04 4.43 3.86 3.34 2.86 2.46 2.07 1.67 1.14 .59 .34 1.48 4.16 8.95 17.64 28.06 39.17 51.59 64.42 82.93 108.34 130.75 147.73 162.42 176.97 190.56 203.55 216.1 227.91 238.61 248.83 258.36 266.75 275.09 282.4 289.47 295.15 301.09 306.57 310.89 314.45 318.38 319.96 322.38 324.56 326.08 326.26 27.97 27.79 27.58 27.37 27.22 27.01 26.74 26.47 26.04 25.67 25.15 24.7 24.08 23.35 22.52 21.51 20.25 18.3 15.96 13.81 12.34 10.61 8.92 7.45 6.57 6 5.28 4.44 3.79 3.38 3.02 2.55 2.05 1.67 1.18 .61 .34 1.47 4.17 8.87 17.56 28.03 39.15 51.54 64.61 81.34 106.9 130.27 147.33 162.52 177.23 190.66 203.99 216.33 227.31 238.34 248.48 258.28 266.61 275.47 282.84 289.31 295.58 300.67 306.5 310.71 314.78 318.33 320.23 322.34 324.57 326.1 326.26 27.97 27.81 27.62 27.41 27.26 27.11 26.87 26.56 26.18 25.76 25.32 24.81 24.24 23.47 22.74 21.7 20.46 18.8 16.49 14.25 12.5 10.65 8.87 7.56 6.8 6.24 5.47 4.51 3.83 3.45 3.04 2.62 2.13 1.67 1.2 .63 .34 1.45 4.17 8.77 17.6 28.16 39.32 51.55 64.56 80.53 105.31 129.4 147.41 162.77 177.39 190.78 203.4 215.81 227.23 238.1 248.59 257.78 267.2 275.04 283.01 289.59 296.31 300.93 306.36 310.77 314.57 318.08 320.46 322.47 324.54 326.13 326.26 27.97 27.83 27.66 27.47 27.28 27.21 26.96 26.67 26.3 25.96 25.4 24.98 24.39 23.67 22.9 22.06 20.96 19.31 17.02 14.77 12.73 10.72 8.93 7.72 6.99 6.45 5.57 4.6 4 3.56 3.04 2.61 2.2 1.69 1.19 .63 .35 1.44 4.14 8.67 17.52 28.23 39.19 51.67 64.73 79.52 103.84 129.13 147.61 162.76 176.86 190.64 203.6 215.98 227.77 238.64 249.38 257.66 267.05 274.65 282.51 289.47 295.5 301.57 306.48 310.97 314.76 317.72 320.74 322.26 324.27 326.17 326.26 27.97 27.82 27.7 27.52 27.38 27.26 26.98 26.74 26.39 26.08 25.59 25.08 24.53 23.8 23.15 22.34 21.39 19.84 17.48 15.09 12.87 10.88 9.31 8 7.21 6.52 5.57 4.7 4.16 3.66 3.07 2.64 2.24 1.74 1.21 .64 .35 1.45 4.14 8.64 17.44 28.22 39.4 51.68 64.8 79.03 102.24 127.91 147.26 162.76 177.44 190.75 203.97 215.89 227.31 238.2 248.61 258.2 267.35 275.38 282.37 289.7 295.81 301.71 306.25 310.74 314.91 317.63 320.74 322.22 324.21 326.22 326.26 27.97 27.83 27.69 27.57 27.47 27.38 27.11 26.89 26.54 26.2 25.66 25.23 24.66 24 23.4 22.67 21.74 20.29 17.89 15.17 12.89 11.18 9.65 8.4 7.51 6.52 5.51 4.79 4.3 3.75 3.15 2.72 2.2 1.71 1.22 .66 .36 1.45 4.1 8.57 17.32 28.27 39.6 51.78 64.78 78.85 100.74 127.25 147.12 162.45 176.89 190.57 203.59 216.24 227.61 238.6 248.49 258.11 267.18 274.98 282.95 289.28 295.75 301.57 306.4 310.45 314.62 317.83 320.72 322.34 324.15 326.27 326.26 27.97 27.89 27.77 27.63 27.54 27.43 27.23 27 26.68 26.3 25.85 25.41 24.73 24.22 23.66 22.94 22.17 20.68 18.13 15.21 13.02 11.42 10.06 8.8 7.67 6.49 5.54 4.91 4.4 3.84 3.28 2.81 2.27 1.69 1.17 .66 .36 1.44 4.09 8.51 17.29 28.27 39.7 51.58 64.81 78.48 99.72 127.06 146.8 162.6 177.37 190.83 204.05 216.02 227.75 238.81 248.61 258.54 267.05 274.9 282.9 289.99 295.7 300.91 306.39 310.21 314.64 317.76 320.75 322.27 324.12 326.33 326.26 27.97 27.88 27.78 27.69 27.61 27.47 27.32 26.97 26.78 26.4 26.03 25.52 24.96 24.42 23.82 23.25 22.48 20.91 18.12 15.11 12.89 11.52 10.45 9.19 7.79 6.55 5.72 5.07 4.48 3.93 3.4 2.9 2.33 1.69 1.13 .62 .37 1.41 4.07 8.49 17.31 28.38 39.68 51.74 64.82 78.46 99.16 126.09 146.78 162.68 177.08 190.85 203.5 215.93 227.53 238.19 248.91 258.42 267.13 275 283.12 289.79 295.58 301.31 306.53 310.7 314.41 317.93 320.76 322.37 324.37 326.37 326.26 27.97 27.89 27.84 27.75 27.64 27.55 27.42 27.19 26.98 26.57 26.22 25.72 25.2 24.56 24.12 23.43 22.53 21.06 18.12 14.93 12.82 11.59 10.72 9.41 7.82 6.7 6.02 5.27 4.56 4.04 3.47 2.91 2.35 1.72 1.11 .57 .35 1.41 4.09 8.49 17.33 28.35 39.7 51.88 64.86 78.51 98.68 125.2 146.71 162.54 177.28 191.06 203.43 215.82 227.84 238.5 248.89 258.46 266.82 275.44 283.08 289.47 295.99 301.27 306.85 311.23 314.57 317.81 320.67 322.06 324.4 326.41 326.26 27.97 27.95 27.88 27.81 27.73 27.68 27.53 27.37 27.02 26.64 26.33 25.91 25.39 24.87 24.37 23.75 23 21.18 18.15 14.86 12.74 11.77 11.02 9.55 7.89 6.91 6.32 5.47 4.65 4.15 3.51 2.91 2.34 1.73 1.14 .56 .35 1.42 4.08 8.46 17.35 28.39 39.74 51.78 64.84 78.44 98.3 124.78 146.8 162.44 177.32 190.59 203.75 215.98 227.43 238.35 248.35 258.05 267.43 275.98 282.85 289.67 295.78 301.39 306.81 310.75 314.67 318.08 320.33 321.71 324.43 326.43 326.26 ]] JPEG LuceoS_Act_S_SMC_PAW_IL_150_ETDI_01_LLWP_DB_WEB.jpg /9j/4AAQSkZJRgABAQAAAQABAAD/2wBDAAUDBAQEAwUEBAQFBQUGBwwIBwcHBw8LCwkMEQ8S EhEPERETFhwXExQaFRERGCEYGh0dHx8fExciJCIeJBweHx7/2wBDAQUFBQcGBw4ICA4eFBEU Hh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eHh7/wAAR CAQABAADASIAAhEBAxEB/8QAHAABAQEAAwEBAQAAAAAAAAAAAQACAwQFBggH/8QATBAAAgEE AAQDBAYFBwsEAgMBAAERAiExQQNRYXEEBYESMpGxIjRzgqHBBhM1QnIHCCUzQ2KzFBUjJDdS U2PR4fAWdJLxF2QnRKPC/8QAFwEBAQEBAAAAAAAAAAAAAAAAAAECA//EAB8RAQEBAQACAgMB AAAAAAAAAAABETEDIRNRAhJBof/aAAwDAQACEQMRAD8A/uQ07zjYolE2kC+lAw84E1fkAS5y 2ScrYrGBoWQDWRVrpklfI4wBLF2yv3G7TshU4gCTtIq1LlAlDYq7fQCpUq40z3LQrs2AFs1B LIBFxvDgfZtaCSWWBU8oJKFI90TUPIEMXyxSsSd4gCTbnkKbhqblFriBmldWahyswtClz0S2 BZYGqac4JZgAhRljEksjFu4Asya55Je9pDTsAul3LcG1ZBAAk2mtCrJ3kdsvZXIAaJe91FJX gksgRK+B0SzYCaIl2NdgM4bbwWt+o0qSi4FFndgMCAJXJJJP8BSjXxJYuwBTEzcb9xjsKspA xA0qBViScyAJZyCT9k3eCV7ygM35ls20loy1l4AEuVhpTuMOJggMw8F10cicvl2LLh3AxkF0 Rv2etjKtN8gSVkzVRlIVkApKId38BJKbyAQ1sO2TkZnvAGUk05K8WgYkIUsC1ZlfU/E0iAxL buVMKTUQ3b8QSXIAxK5ktiWwB2Uhe92zk6a6mcaAwrvk0aiwtAsO4GXfJRD/ACNK6vIcwMpZ uypVjSBxsCB9CkYAG9ZCiybNRDKrkBi950Cujk2QHFHVknzZqChTzAw08hVdWNxPQI0ANWgM Js1zBe6AQ3eQvOfgacBH0QMqevxJKJvJqYsjK2BlKUEWlehyaB8wMQCnr6mo6STTkDLmMAnL NQ22DQA89ANRlBELLAMKzM4Xc3HJg1KAzqwOLGmrMzTEcrgDUXB5vJu7VjMRZ5yBloFy5m3M NmUrAGG1IX7jF5KAMt2tIXjZuMmXG7AYlttlL5mrNMy1ABFgNcwgDDm70T2aXTIRdsDGETWH k1DdoCL9UB2WipWbl7MtyaSuBJRglnApTLJ4AqdisRBJLbg1StgCUtwl3YpRLaFJOeRJZhAV MtS3JKHgSiXIFHcYKlO7iwrkAJSh1BKdmpiGAKyhoYfIoTTa0QFsUrROBpUWgYz1Az7PVmot crZ5ipUxeAKxJRIwhSjKQAkUD2hDTu4BuIJLYw4uaVMKJAwKNU5kd4T9QMpJ3k1TaywVNNnh dTS6AZvFmIpfEgKCSgkTVuYE1KJEr5bNdgMmlkPZu5yaSSpAziYJK2bmkpkt/wDYAi8skpfY YJqVYAhLQpIlYeYGRstIaFs0BlOcFzNeynuBW+gHG+ayN1NhUu5RGMgF4ui9DUW7F6AZtGSt e2TTS0Hs9WBN3wVQ02KL4yBlubD7MqSS6msYAxTdjSpQpJZuUADzZ2LHJileIglEACT2VOGM YZAMWMxq1hjnkoATNQpRPNiBhJtNIbLUirNt5LsAezaQWWzYNgZXZFDl2NJQOgOONsmlEmkv UojYGcKNlSr/ADFc4RAD7skpQ0qbA+wArzDC+UaSjBYQA0pZNQiWYIDKvOPQkuaZq+iAy0ii 4vqykDMK8BlRyNJaKJAySUSMZHoBhtxz5AlM2k0oll2A44eBhTBpqbyTW4AxF2RqLZCOtgMv IX7o0UcgMtxoylZnJzUGWuQBoz7L0zas4sDw2Bhr1LGjVoD2bZAxZtsYlZFpJQELIBzJrmOb hFm5AIQfAVTNpsUcgMvtC7mYuzYNTYDKVgysDDeCgDMNKSaU4GIdwa3vkAdGjMI2lkzqQMwu QNKLG7q0GXygDLjMg73g1DW1JMDjuy7G6smQMxCYdTUr2WiiG0B2FbBGvQlbIEp3HwGIFXkk okC5Jool5wKUiumABDoU/gXsvkBJGkpYdy2BdBSSRK0ilKAlFxpU+pU4FKWAey4G8wxSZRcC 0SXwQjFnIEuqHRDHMAVhVhTSmxpe6BlKMxApJqYFqVBNXArSlBbYxcqdv8QC+8DTF9DC6egw BlKFA0r4Ggx1AoBKWaSH2UBlKUDT5G4tCd+YRaEgJKFYohirXLPQCVKmIJK8IYanqNOGAglK yXs9S9lgCTFJzIhTsAVrNGqVDLuid1CQCDUilIX5AKSYRO2aiQSjABi5X0X0oLMyAq6JL0Kn EXJqGApTsMKdkkMWAFi5qNAlCBWUAMciKSWWA0uSCOpagBbasZWGJNAKSzoyrT1EkkgBqFIt W6kSgCi1wSUWNJQFgJ3UGV1NL0LWbAEaSIk2lhkkBNXZRbLKNO7EDPYtSMdRaAylbmGVe0D3 wMKJywMx1GzKCSh2AqlaTKUrJuJQUqwFzMpSmxjvHUmndgZ9lkrdx0WgBX16g1tZNbbK+wM3 yCh3NNAuwBH0rJgabviC5xsDCKMJcxipOYt0LHcBbyYhGia6sDCUC6eRoAONKwrHNmlZFZoD jfqRqIYQ5YGVhtBDjSNF6gZS0EaNR1BpgZdLM7Nw0pbBJQBldpCJbNpQoMtWAElMTAbcOe5r WgeQBGcttGrciSAz8Ai43XcHiADTBqVBp8rg0mBmpcmZiDapSZQr7QGNBEm4uE2aAw6UCpNo HmQMpb0ZvdM2jMO/zAxEFFzSUzcocxyYHYajZezzFcuQ5cAURBUihStAE00hVtklCiNEplJA RLYr4NAlkBidjqSSlW0aSgA9m8DSokSgCS5EsMaVBUrmApSii+RpUO40q4AW2aSgadgEbsPs 5tIrM5G+wBRFlApZKm/YQJTDaJTzk1mUEQwDuWhyn0Ftp8pAm4XMKZdhUxCFK9gJL4klGyjr Y2sIDFOxi8YKIH2VcALmxpiMjYAwmE2SN35hD2BKOclfSGLkALI7gkm1mB6gEQoKFoYlyMZA yjUwBWuANDhMk+kCtgZStJpKLBUpi4pWAEUdBSsKQGSV1OjSUTMFNwBLJIlslh2YAMQKXUmg BKCssK4q4QApAlcexAECiJIAShFFh7EAJQuhQKIAKGrDotAEBCUwa0STUq0AZKIZrmSS2BlW RDEqyKABo1SrA8kkABGbmiSAEgjYpQxat2AzkGovscMYAy0Q0rJrCYHFEVM01eRKFsDLpyx1 v1LQgZagNFlmouBhq0lFhi5RFtAZKNwKlptClnkwMLDCOhqIdlY27NgcbCehpc2SXOAMzKfQ z3NL4soXKGBlYJc5NQAGHTeYBqZ6G2gh3gDDVyGP+4LYBkGjVpyGwMpEai8ZDTAy1yM+lzad MGVdc7gZS0rFGZXY11C9wMRzKOatoWmlJc0ANBhYkfZ6lEKJAx3RRayNL4AwMNQ4KOhtK2wi zAxF4BrRuFEq4OYwgMezKgI9mTWjMXAzvoTV1ODTUSCl9gOddMM0SGLtALK0RBdhSV7IA9Wa LQtdQMpODXsiXdASNQFKcOw0q9wKluLor8hQx0AtMtMYFSAK1xRpJy+bJKMXAqVBXGBS5gCu hXRFq4pAFxxTBJaFW1IBhG0ELUonACsO9gwlconGDSVgFdEZJOCaayBDTZQKyicxkCV1JO7h 2G/MgJJdihEocwSVsgSUKCvtCaAylGCbhwWkXUBTnoGhi8lNgAojZqhTKJWsAJE1oStyAFhs kJawBEowxSnALkBXFWyCsKsA25GUpkVYmpQFBLMFTgo6gC2KS3gpJqwFBTcuZRCkCnNgXc0i 9QCCiHAqCAJnRLZZY87AZ9JGGxStCRAZ1JLmasb1AHFsWSwUABYH0KIAIjmXoOSmADWCi5ZG LSARcG5cIepRFwLYMS9QB2DRq7UQCUJgEKZ2WbilYo+AApkWp2BACzcncYm46kDDSSlIfUld zf1F8oAzlymDyhXIYhgZaU4BTuLmtS8hhZkCdNrepmFfoaTgkrAZj6OQhrqa6EBm2VIOZvkX uxW9kAxIGtBAA0wSyKUcia2BmEEM0tgBmqmxlYOSJgPZyBjTgIUG0vosy1mAMhFo/E3aMMGB hKLBV6G+gRAGUk1YNYN4MRoDLUK5QowaBXAzAOOf4Go0CTANAkrto0waAxC5wUK8NjaJRJWA xLTuU5NR8WDTuBmLhFpFpglyYHZ28F2GHOYHSAItEjokaShwBk0uZXalGlF7dQBKbIeaGn0G AMpW+RpKCSFLnYANLoC7m05eAD2XNhyoYpSiw73AL7sbpwwRa7AUGlF4BJu4xLsgCnBpTeCj qiTnsBZ9BtyBLfM5AONWk1SpuSUyLQGUm1Y070yOoKJAEoZIrzbQ7kDMTabmkrFTcQDApEaA xGbiKUlAAuSF2NNJdA9AAVdFqCQESwSUkgLRJ5FWTWiSi+gLRYUCmEcgLHUksiStP4ADTiRI KetwLTXMUrF2JKQCLmmgTiUPs9QMpQSua9nqK/IDMZLQ+z1NAYI0rW2SUAZizZGm4BWYAkod kXU00i9AMkoi5qM7CEkAEhUpNmgMaklzUGkrQVgMkk4sQ0zDAF2JZFovZAC+Q0rbwDUbAC2J LNwB5JLMDaWXzAKeRQPcEoVgDQq/YafiD7gGyFWBZYFoHk3zMpADu4Bo1ovh6AZJK97IeYaA nZ5C7TjmOipcgCJKGJNXAHYuzHQO+gCJfYngY6BkDNKnAx9FqBSjGTOagB2nTBK2TlahHG0A NLrYHk1lAsyBncFo23mNg8NAYJwMSwhwBlptA8m4sCUSBhhs21axlrLAywNtNYDUAYafIDTS 5k0mBx2TyTcm40lYIXIDCXxJz25i1GCfcDMFoUpWQ/FAZd1omvotGoQPmBhJooSRpS07Gb8g MtS3eQsng087BqHMAdgUpZKm76D3QFEq8DF8lTs1EKyAyleDSRK4pQBNCkCTbN+zcDKTxY0l L0SSaY6cAVNKvMDfRRAgEWY7GlJipi8ruBmOWeY0k5WjUSsgSUsEpFWJQ9AKXNC1GBSaxcEn fYAlI+zY12sTuALHMr8hSvGx6AZXM0oiJyRfICKHfBIgJRA+yVMcxXICS2XZkTVgIi6XFPKA NMhRK4E4JdESUCARYFfZtKzCHEwBESeiaAqVZ3LRpKCaAKVPoDV7Dn0NAZSkWrNjG08l3AFd FtikivGAD5ilzsKTklsAUXhhlJmnT1BKKWBMt4KHtiAZxkrPsKyQBh5JoYJJRGQJKAasMJ+h AEyMFiWlYoAFdFHIebLoAJXyUNNiQAupJSX7wgARLH2VcqVYAV0Hs+pr1JKwGVcWrlAoDKpt cNTg1z6EnOAMika3JlrYAVowUKTVNFdWKW+qQGIJXTwc9PhuK/3Uu7OSnwb/AHq/ggOotrmD VoPSo8LwllOr1PG/SDicbwXieE+BHsV0NumpThgc/e5LD5nmeH83UxxeA11of5Hc4XjPD8WP Z4qT5VWA50Q0w6XAbhMAabViiEOhSmfkBhq4NNzNuxpWbFqZAzTyyxhzn0KQWbAUWBuFZdzS zA6AxqQvaxqI2TVgAziRgkoUAZJ8l6GkknOTOWARoGoubaaxcrubIDjYNScj3Jl/IDDU4aKB eG4gsIDPQPZ5GrvAdwM9AdLRv5AlMsDja2iy8WN1KDIA7IyajIRyAysMy0kbZAY1BlppWwb9 nqAGbFvAxzYYAy1GCRoGBmpWCG32NNBCA7CUzMkroW4wKV+wEkUClFiWQKlZNUpf7xJT0NUq ABo0GpFJTkAoVrmkVKWHcsNxYCQpXJLYrFokCSgsNjPQemwMpa5GhdM7JL4ASSerCsRBJQxA FECSRrAGaZvIlJaAItKYir4KI1PcCW0SUNkKWQJ4KJfoUQQF1SRdhaJKAKkDRcwBWbeRIYWm AU05JciQpJ4AEl2I0upakApnkKcpklBqAMuXgqVEmngEuQE4WxWMlokuoA0ScSKFq+QM04HJ EswBaLUjgsIARCk+RJSmBRZlFoJdhj0AGrQXQSAGLUlFogml3AElko6ikQGVmC3iTRLIA2KR RkuaAETUrqKS5B7PMC9mECUyaIASn0QaZoofoAJWsBqwNSgC0WLUDSqmrJs0uHU1iO4GGrhg 5lwbXqN0cKldQOtduEjS4XEeKX8jvU0KlWS+BroTR06fD1NXaRyUeGo/ebZ2UoFIaOOjhcOn FKN0qwo0lIGUjXs9SiGaEShKEfO/pdT/AKXw/wDC/mfQzTQvpVJdz579I/b8T4in9TS6qKKY lbKr59qDVDvg5K+FWpmlnGk6dMDn4PFrpvRU12O7wPGVpfTafc82l7OXh1dQPXo8TRVEqDlo qTVmebwakdvhVPE2A7Bdwori0nLR7DWGuxNHGloGocTJzLgt3pqT/BmauFXTLqoZRxwUCAEl CBilFuYbgAsrQSX0RXN3KADJmJnoaSUAAZXIDV4di1cDOsFocNC1Z7kDjTjKkIRvQRaZAy7B zwaaKJ6AYuHoafqDzuQMtN3gElD5m0DwBiGGDTWtBAGOsEaeIBIDC5FVS5NcwSbmXYDDUA1Y 06c3JL6LAwD6QbDIGUrSESzWmEAc/RGosVxp2BU7FSKp5DEq4B7PoaSDUwaaAKZltqw9x9LF ZzhQBQKXqSXqXxA00l1Jc7BGGkO7YAkm+xd2ylt3NrEgDUlZFdUil9GAJWFJIlaSSuwCnEkr rkKplNTc0lZwAZJXTUlSUXyAdDRaG04AJhdSQpTgewA82G4UzseaAIEtF2QFTTYuhpLmSUAD UXFYlkkk7i18QJKzZK5RL5kkBLBKdo0lKCLACd4HUClzKL2YAQpTcUgCITUSEdDSUIms9QCn 0JmkrQAAoWxGFsJAmrFcUtOxR9FgHNka1IJcgBKZGMsVS0xhbaAylP5BfsaFU2lAZURjuLU4 JrWWKTh2QBoEvU1abMXF7YAxCKO41OU7CkmpAylEklCNJPYJxd2AHcoD26bqZ7EquSAsEal8 xpUqZJozCuNNNjegpclF+rWRVNKcpEmkIChBGqQBZOUkkylKzqS7sg0kKOJ8fhU29r2nySN0 18ev+p8NW+rsQbQhT4bxnEzVw+Gviza8uTf+l49dfRWQHE+Lw6X9KulB/lVDlUUV8R8kju0e B8Lw8cJVPnVc5+HSqV9FKldFBR5dK8bxPc8N7C51sxxeB5gple0v7jPaBORo+drVdNUcRVJ/ 3kELoz6OqlVKKkmuTUnX4ngfDV/uey+dLgg8Grg8Or3qUzh4ngeBWnaOx7fF8sX9nxfSpHW4 ngfE0fuKpf3XIHg8XyvPs1djr1+A41H7v4Hv1U1UOKqXS+qgbMuj56jh8ShxUmc9Dc3R7D4P DqX0qF6o46vBcKrH0SjpcJpnNw3BurwNS9xpmf1PFpzS31RBz8KqUc/DrhN+1B06G6eh2KK5 WQOeOHxF9Ph0vrBmrwfBqvS6qfxHh1UupuLvJzUtqlw5a/8AP+o0dKrwXF/cdNa7wcPE4XF4 c+3w6l6HraGmpq0lHirfQD2uJweDXevhUt80oZ1uJ4Dg1XorrpfJqQPNKDuV+X8dKaXTX2dz rV8Li8P36Kqe6A43M4J5Fv8A+wSyAYQZaNOwJOW4AHTbJlJ6NMoh9wMQ50WoNtfSRVRMAY1C CDUcjM80pAywa0jT7XBy+wGVSu5NPlY0kgeAMRN5MxaTkatJmAMtcrGYlm2gYGWrTomoNPAN 5i4GKuoGmrOUZ0AZl8gNOeYRoDs7c2GIhTYYW7ipgASgVZMklIrYFBdSg2sdgMpXNQofUWoB blATTNNQjSvuxmnEAapxjJmnY6gQDuKSeSnoKnbkAZLD5GvZcyZiFHIBVpGlSySfMdwAZHZL lcUpAL5LU5FbKnYFFh5hodyBaJYIWoYFTloDVtl8gD3tGiST6E7vuBRBRaxJJyNKsAXXNlTs S7AKQDdwhAysEjWy9EAU4KNGsKAi0ARaFK1hibgFKkkuTnoNNMqSWQBLPUlelmn+IRFVwL2Y tkUtJKxQphsUolACV4eCSTlRg0CxiAJq7eOxNPsIKYgC/EKYi5pKxACXSVogrrpoU1NJdWcN fjOBTb2/afRAdhYgjp1eOTtRw395nFV4jjVYqVPZAegYfF4azWvidD2qq39Kp1d2bWIA7L8R ReKan+Bj/KKn7qVP4nCaowyaOR111ZqYLIJSOiDkp7ybRihWhZNoCJE2uY0VaSdT5JSBGqVC OSjw/iq/d4FST3VY5eH5d4h+/wAWijspLBwKEZfEoWakenw/LOCr18TiVvvBz8Pwnh+H7vCo nm1LGjxqKquJbhcKvidkc9HhvG144dPDX95nsUqFGhGjzeH5bxKv63xPdUo5qPLfC03qpqrf 95ncIg4qODwuHbh8Oinqkbag0QEWiIDCNkQA5JKBIDLyaIG4ASIijNVKqUVJNcmpOtV4Pw9T n9WqXzpsdsho6HE8vs3RxP8A5I4H4Pj0z9D2l0Z6rdxGjxKlVS/ZqTp7o4q/EUcKuml08Sp1 WXs0Nr44R71VKqX0kmuqOvV4XgVfuQ/7tijwK/NKF4ijg8XwfFXtZnh1VNf/ABTX4nd/VcFp /RdD6OTuV+BV1RX6NHFV4TjU4p9pdHJMHW/Uv9ziJvkypXFoX0qH6HK1UpprURzRvhtJWbA4 6ONThuGc1NVNWGmFVNFSftUpnC/D0P3aqqX0YHaowxOp7HiKPcrprBeJrotxeG0lsamO5MJh S26Wm7cjh4fi+DV+9Hc5qa6alapMpGKvD8Cufa4VMvdKhnX4vl3Dc/q+JVT0qudulyIV5dfl /iaPdpVa/us6vE4ddD9muiql8mj30dbzS/g6pWGmnyA8YtYLUfkIBq7Mo1bZJpJ3AKjNlo1J mLgTTbiTODWUDVwMwnkWvok8dgV1yADLh7NPsF3pAYgo6ya9lmfj8ACFyBocg1IA8SmZjmaz NrBCdwMxGwNVK8lEsDsJcjVKsUPZRewEojOTSsCVh33AruxKmMCrDzAliF6ClIaNL8AFXxcL 6JdhgAsKUvsUXh5EC2RaggGkkpIVYC0KVoyCFL0AObYonkYnmAJRkfkX7xaAhyiTsaV8AZpt lilfYpIQAqRwiW3zAiiJYpfAmrQBRAL3WOozIoAy7qyFWIY+AAKU95KLCkoduwGYhwMPuPNj SsvQGWrWFJIoc3GOoDThwiX4CkmuoICcj3JFCaAIsMInBV10cOlviV00LnU4AN4ko5HU4vmn guHb9cq3yoUs6vF87p/svD1Nf3nAHrp2KN2g+fr818XXKpqo4a/u0/8AU69fG43Ff+k4tdfe qwH0XF8V4fhT7fGoT5TPyOrX5p4en3aa6/SDx0oKlAejX5nxapXD4dFHVuWcL8T4iufa4tS6 U2OvSclKgDkWW3fuVJU5ORIg1ShSBXZtUVPCcFFSups1wvD8XiOKKKquyk7XB8r8VXmj2f4n AHTNnp8Lyh/2nFSjVKn5na4flvhaMqqv+JkweGkzn4PhuPxF9DhV1dYPeo4HCo9zh0LsjkGD xuD5b4qpfSdFHdna4XldETxONVV0pUHfIYOvw/A+Fpv+qVUf7zk5+HTRRaimmldFAj7PUDRA lGxIIiICIiAiIgIiIuCIiGCIiAiIhgiIhgiIgIiIgFfIkQEZiNilA6AE5TMKwksmgNe170Nd UYr8PwW/d9lvlY5ngwBwVeEj3OI/VHDX4fj04p9pdGd4iYPMqdVM+0nT3OP9ZKiJR6zUqHdc mcNXhuBVM8NLrTYo82ujhcRfSoS6o4qvDpf1fFqpZ6NXgVDfDraf965wV+F41FLf0WulRMHT /WeM4WHTWhp8xdL/ANNwqqdYOSQqqoj6TUdSjm4XjvD1xFdw8xrpq8HVFSd1vqdDi0eFrlui /OmxwqhUt+zVX7PJsCShWJbsxjmABtygjpc1hOWGVMyBnFhaWRixlrYAougULQuJwSd3gAjI ezqTTvtBecYAxEMIWDbUNhHqBlLkg5qINNbM5Ay1Yycrw9mH8AM6M75m3ky3GgAGpZp5gyoS ygO1F33BKUOW+RqnsAJPMCnOMjeLBSrgOoFUuIbJKb/AkoTlANvawKU7KxU4AIRq94CndpYq 4BliuvxFKUyp2BU5EtSMIAcIWmigngCwIJ2Y23kCL1GlClHUAp3zGlRJakUBErC0nkFZMBSK FoVZFHUAvoaVGSjNxAkRIUrgCVjSVpKCaj8wKlZuUS2aShWKm4GWoJcjW5sSyBQ3kgrqooTq 4lVNK51OEdTjebeX8KU/EqtrVC9oDuxBJSeJxv0g4S/qfD118nXVH/U6fF888dxE/YfD4S/u 0y/iwPp45Szg4vjPC8GXxfEcKl8nVf4HyfG8T4njT+t8RxK1ydVjippSwB9Lx/PPB0yuGuJx H/dphfFnU4vnvGf9T4fh0rnU/aPJppmZNUqQOzxfMfG8SVV4ipJ6p+j8jrKan7VbdT5tyaKO QErmkpZUo3Qm3CTfYCRyKxy0eF49SlcNpdbHa8P5T4niad/92lsnR0KVLzBpKNnu8D9H+I1N aj+Kr8kd7w3knBpvXUvu0/8AUo+Z4dFb92ls5uF4fi1P3YPrOF5d4Wj+z9r+Jydijh0UKKKa aeygD5rgeVeJrv7FcPcR8zt8HyStx7dVC73Z7pAefwfKfD0e9VVV2sdmjwnhqL08GmebU/M5 yAKUqVCsugkACRI2BghdyVJNGSOQGhoSIgMy+Qq+RIgiIgIiIoiIgIiIoiIgIiICIkQEiIia IiIUREQoiIhREDcHHX4ngUe/xaF6lHKR0q/MvDKVS6q+yOvX5o4+hwv/AJMD1TNR4tfmHiak 4dNPZHBXx+NX73FrfqTB7lfF4VD+nXSu7MPx3h6U4qb7I8IrtRJR6tfmdF/Yo9Wzr1+ZcRt+ zC7I6KUS0E3jYHPX43jVT9Or4nC+LW3dmXOZlom5UwA1OprL+JhKExi0g8MAK2hU+zJZUgEX uDEkrZAyRrCMgVrmciTUqABuLJAn2ZqEWMAYUXsETPQ21uTIGbLGS3HxYq0k82AxEYBpyaSs wANwDsns3FncyBhA1MnIZypAxozEP/saiHZlcDsU3nmiGLj3QElJp3sTU4RqHDAzeX0Glu8k rDoAfVDoWpCLQBdpYrDFKFglYCLUlsUrXsAJS2MdQV05YpAVI6hFotASUu40rMokrq7QgJAl AsCp2Oi0SxYC+YqIsBoCV9BGW9jolkBSsUdRv2FU/RAkpWQSZLDRpKEBlKzfIfZUS31Zq54H 6X8TiKjgcGmpqiv2nUluIiQPU4/mXgOA2uJ4rhSv3aavafwR0eN+kPhKE1weDxeL191fifOU 0WskSTQHqcX9IPG1J/qeFweF1c1M4ON5v5jxE0/EOhPVCVJ1PZs7F7LAq6q+I5rqqrfOpyXs uINU0jTRIGFTGzcHNRwaq3FNLqfRSdng+W+Kr/snT/E4A6Xss2qM7PY8P5B4niZldqf+p6PA /RtKHxGvvVf9APl6aehzcPw/Fq9zh1P0Ps/D+SeF4eVf+6kjt8LwXhuHjhKrrVcD4rg+WeJ4 jj2Uvx+R6Hhv0e49V63Wl6Un1lFKoUUpJdFAgeF4b9HuDSvp+y/jUd/g+VeE4SiKqvw+R3iA 4+F4fgcP3OHQo3FzlQCrAQghAiIgIiICAUbIIjNqbCnJAkQJyAkRAREQEREBERARERdEREUR EQERETRERDREQX0hoSMVcSihTXXTT3ZwV+P8LQr8VVdKbjR2iPPq804cP9Xwq6vwOvV4/wAT X7nDoo73KPYCpqlS2kurPDr4/iq1FXGaT/3bHE6E39OuqruwPar8Z4ahX41Hpc4KvNOBD9ii up9oPNVFKfuocEwdrieZcZr6HBppXVycNXjPF1TPF9hP/dRx6MtWkouI66vf4ldT6szCWhah ClK6gZjkHc00wS0Blzd/gUczSX0ZLQGFmGWEMb2TUAEPJlm4uZSgA2TXxLZaAGHY1eHLMxZv kApWky40JWAyQqwPpkCi4QmadgyAWWQ6jF2gXUCXuzyC84FK/IW9AYUNMlSMWC84AmuphJrJ vmDyBiHclByYlmAMRyTKLC13JqZAyg04RqLBD5gYhw2weTkMp36gc/TkaiUiSglAFfQx1JNL JQBrBnItJlYBUNWKOo82i9QJX7EsEKALJXGlXupKPUQLsSwSjCFNLAFSpQtSJRDkATvA05aF KzLQFFhS52BYGG5AovmxU7Gz7ksAWrEkmuaFIaVYCSnsSzhCkmmSw2ArDXPmUWcEoyxafoAK NDfZQlgANK12z579Lb8Tw6/u1fNH0K5NnS8x8u4fjeJw3XxKqf1aahLIHyVKikaaXVhS+SPq OF5R4Oi64KrfOuqTuUcKnhqKOFTSv7tMAfKcLwHi+Lejw9cc2o+Z3OH5P4mv3vYo7ufkfQET R5vhv0cdSmut9cJHo+G8h8Lw71Kl+k/Mk2nKqa7M5KPEcan99vvcaO/wfA+FoUKlv1j5HPw+ FwuH7lFNPZHlU+NrWaUzmo8fR+8ql1gYPSkZOlT4zg1f2i9bHPTxU/dafYo5pFHH7fQlUuYH IRiVo0mAkSICIiAZBEQDJSgIBlFKAgNEZJWA0QCBERAHqUCQBs5DAR1IOQjKsLRAkRAREDcA JHFxPEcDh+/xaF9469XmXhlZVVVv+6gO6R5tfmNb/qvDOOdTOGrxXjav3uHw10RR7Bw18XhU e/xKKe7PIrXF4n9Zx+JVOpgP1HDTup7so9PieY+Fon6bqfRHDV5nP9V4et9W4OoqFT7qS7ET ByPxnjKsLhcNfE4q6/EcT+s8RXHJYNaK5RxfqaJvNT6sVRSlamlehtoEoYE7qJDCg1KCLWAE svkEczVKh/mCvIAXMYKIuBlTElI6BLkALkF8RBt8gi4AlCYJW6mgjasBhrnYo6m4vczDVwMt FocoFkAWUTWWOiAzbl2BT6mklM7BACWbh6GmgQGalGA0bMqkAJZGrmCUqwGnh2OPqMl6ABEU bAysxEEtmo2GQKLQYWzVikDMLkURfQ2a7BE9gKEZfJMYcNQGpAJcucAtmudjPwArfAytmpTb kItIGcmYvLvfRvPQEtIDnSQlTsVcAnmIpQWABGkrXBIQJK4xDJKSgCgqRJKQKGSXMkaavkCS jBLFhViSuApErXbJdCArirolYQDkx7kKiGAWNW2CsUAbich7PIaVCEAie4pcwS5ZFWXUCSKZ VhKJbU4AmW2KUtikln1Ayat7N0TsOgDsrEpm+RStZwUc5AGk8pfAy+HQ9fibShE1YDi/VWtU T4NamIfY5aYFKzA6rorV3QzjqpvyO+rdQqpT96lPuTB54KuqmWqmuzO8+Bw6p+jD5o6vivD0 8Pw9fFVTilS01oYDh+N8Rw7Litrk7nNR5lxl71FFX4Hj/wCUp+6C41T6FH0HD814WK6K6fxO 5wvE8OuhV0VSn0PluHU6qomex7fl1vDRDyB6lHEpeKkbVSOh7VMxKOLxfiOJwaKf1dUS8k0e rKE8Th+ZcZL6Xs1ekHYo81pj6fDq7pjR6ZHRo8w8PVb9Z7L6qDno8RRX7tdNXqUc5GP1iH20 BolYJQ20BDIEArAmSQGiBA6klNTSXVgKsJwcTxnhaF9Lj0TyVzgfmXCf9Xw+JxOygDvEea/G eKqtRwKaOtTkzVX4ytfS46p6UoD1fai7subOKvxXh6Pe41C6TJ5VXBVV+JxOJW+rNUcLhJe4 vgB3KvM/Dx9BV1vojhq8fx6l/o/DpfxswkkoJJLqAfr/ABtU+1xaKF/dRx1cOqu/E43Fr7s5 GMAcNPA4afuz3uclKSVqUagonAAF4EgBLKRQ4ibjnBJSmBhoVZ2QqwbAp6AlzwPs5JKwAEil noQFoMIYeihgDjkGjRlcgLRCrBoAXUGvgaiXkMgEAajQLuBWgKUPMEAZEkiiAMxEgjUIkowB hqcBg3UEAZ1kyupqGiAzzKwtbJudAEQnCuCGGUSBnKB5k3AAYccrlcXkAIMoVku7AziQk1GS TgDBI1zDYBBPGiavMloDKzOibsO+ZO9tAYvOC52NTDgnCWbgYSDYwVT9AMQUXkbOxKZxIHNg ngWpFWTQBD0aRX2QFfZItZJOAFolbY/BClOWA045sPZ6jSrSIGaZmxosuwtW7ACsLSZdSAUr ElLHZLkBEKVroNwApL1FYH2VDECpcyUIbLBU9wC8yaXVgmm2nootIDglkkvxKml3AVOihadx VrpjCWABO7FJcgSizZJASSuKWnFhLYBkf3SjkhwBlJ9zaumZUwaSiQClKHJU4fIpSiDWp2AX jBW2KUh3WAE4PMfqHH+zq+RzzLnkcHj1/qHiPs6vkB8twlzbZ2OGktSdfhM5+EB3PDo9jy/6 v6s8jgqD1vLn/q7/AImSjstJ5UnX8XwHxUvY9mmPxOcNie6PNq8Lxqf3Z7OTDoqolVU1Luj1 TWoiS4PHJSnbJ6lXC4dXvcOn4HG/C8GrHtLsyYOnw+PxuH7vFrXqc1Hj/EUu9VNXdFV4CJ9n ifFHHV4TjLCpq7MYO5w/NKv3+H/8WcvD8x4DcN1U90dCjwXFfvOmn1k5afBUr366n2Rco9Fe M4Gf1tMc5M1eYeGp/tfafKlSdSnwnAX7k92clHDopX0aKV6Acj8xdX9V4biVdXYw/FeNqX0e HwuGubuzUuMkBxv/ACvie/4mtLlRYwvD8PNTrrf96o54LRcHHRw+HT7vDpXobcRA02eS2IFr JlRA6kkUZX4C8/kMBCIDrzI0llErCDJRe8C3HIB0MAXexDBagoFFi+SDMFGYFEAKSY6KAM4w iSXIfgIGbYYVC1IqZAzd30gbk10JrWwBLYW2MdwtyYEEbGHsgB+pQhCEAZ2EJiFp6gUdbIFo 0G7YAIYJWF2m5K6ALIkrFCuQAlEmWomTcdQhtQBhJq5OJNKVYy6XLAAk1CKOUAZkNSa11DMg DnAY2hwiAL6MvkajqDmAM/8AiI0nKZkAasXoIZAnbAbFguwAUdRthmWsoAWJF4ImssDNwSNK MhGQD2csIlODTcWMzcAgHC+JyPd9HGoyBzDFsjSlDaJXgCt2FXJLmSAqd3FKdgstDeAJQle/ UUp6El1G0wAgksik+a9BVgJEK2VKm34gUCiFKVAAuRI1ETa5JNICUubsUkmLaSsSps+QFSki HqMcwCBiSLmBWL92wq+yaAldchuSjY2YAldkknoWnEksQBTzQktJ/Er3AiWYaGmbwiW5bAkr xNhcLBKytco5IB0zN2PzEASa7lZOTUEAIkhSXcgLUwcHmP7P8R9nV8jnpUHB5h9Q8Q/+XV8g PlOEdnhHW4R2OEB3eFk9Ty36u/4jyuGen4BxwGupKO22FDlsz7Q8LLfQQbjmUCi73ZsF1fI/ MtEBfMliCVmxSsQZ3kSsTthlE1aSLqKUy5RADZPmBaKL1JDCTwBKJdoIUtsEm+xRb6FboSL4 ARfvOBi0ksMAgtRslDkgJFBaZAS2WiL0ANcyWx7lAGVl3yXe5qMxoErXdiAu9FeCTgdAGggU UOMAUWZk1omyDNheSWSQBt9QhXsKwVLkAa3cE4UWNc5JpsDOiWYYxDJzLkDLn2gjkrGi9AM9 y5jommBl8hSYYcMdQtgZUtwV46YH2VqQv7MIAwWpFq0pYyUXAEp6AllNDfRMDHQz6ycjSSkI wBhYI1UvQzbpIGYjbgraNBm4BooHQADVjLS5mzPQDJeg2Vii4GeZJcha0VNgBqDN5hI5KpWT C20APuBp4gzoBjqDUkU3jYGfmEczTCNtXAyFpF3CHHqBzpXYwA0gOsESwWgJOJF4XIqVKNbA ErWL94WrQOgBUq8sUpLXcacXQEriuSBbFOALVxp6IUKt1AqcXGnuvQmrjZYAraBRljSnAxKh gEyhiUWnaSSAhSb1cFEyat6gSshhSCyKXIASFO4klOQIojYpJ4FqVgA9lFTskrWlmngAU7Cl tXHGy3gCv0XoKKnAyAJSoHm0QwALBGtMJ6GgCupaJ3UQQCXXZw+Yp/5v8RP/AA6vkdg6/mX1 DxH2dXyFHyXDydrgo6tGTtcJwQdrhOUej4D+pfc87hWR6PgP6l9wOwb4GamcZyeHUupdAOUm hS52AoViyyAvHMpKJU8ySiZ2XQlZuXAFkQUqYZU7kCp2i3KHrgkkgJW3NwjmNoyVgBKWUrL2 KX0c4CJQD+6EW6jkkuYBGUSxiRiNhHxAleYReligb7aAGrWKLCXQDIpLL+JNElCuACnBRbIY JRElYWtSUFAXUi5gWpCdDorTgAhK0ErWEtQAPEgsDiyFLRBkmhyF9kBghjZAEaIoWiAiKEF+ YGWoLTNBUgAE5yKLbAOYGllhDmzAEV4YpFF2BhdcC9NF0ySUqHoAkGjUWAAaBKOxrUIKncAa RhLqjaxawR1Ay8gjV72MpZYA/iBolZAZsEdTSMwm/UCCFLNLDM6uBl3ImoKABK/MIfQ10M7y BFpkXPoAJWDeDXQy+XqAMGoW47mrZZWAyolwWVAtIzZVZ2BzZJE5l3EAWGapUoFm6NKZuBXy hpi8ETswFWL5EOAKnEchWCSsVKV5AktvA07sK9WMLmvQASljZPqyV3DGEAsObFMQJTstMhpx YAFO+0NKvcmrASVrdyaHAgRdyLQAlCYr8RSs5sVKlgN9lS7CFouAqdg1OUxiFAgZs3MNmito i8ELVpKIwxQBEFF8jD2yuUEXFPJEBNFZ5JcyvFgJYODzD9n+I5/qqvkdiDr+YL+j/EW/s6vk Sj5GjJ2OFVqDr8NnNwckHc4d0ej4D+ofc83h4g9HwFuB6gdmTl8NmrscLb5nL4Ry6p1Anujn SgplMU8otYNAXUfkWoGABYxIpTT+IJJ5GneABJpFEd9mk5lh+CAPkW2aibk1OwD2fUqug6jo V4gAVLmNAnlGphQShLkBm+sipex+RJQBJRhoysmlEymVsgZ0WhyKWQM+hLvA+yypwwC5Ik4R asBagMK9x7lFpAIcJwPqCXN5Y9CAS/AmlFhUcwjnoosSAz8QdwJF1YpXBEol/wDRczRnQ4Cn AzBEALIRezGJZAHwK0Crg0QWDNtm25yAAGE4GyYICowTWxhRBAY6ka0wV/QACeRqE8MACOkg PMkBmFiyBRLyacTco6IDG7k7is5sTsrAAOnqKnnPoTVwBS1ZA1GBvoL4gDLme4OzgYu5C7QB AGmpQR1AFzYO6NO4AZc+gYsLjBJWAzPJhEsWoJIDOGPUSAzzJpThFzsQGeZeo4IDKSaJq0IU rA1KA5Ers0rdSagaU4sBJQ5FEKAi0SFYjkBK2hBSKmLgRrKuQ0rkBJDSo6kklOyXp6AIbg1n uUAUEkQ077WAlKxcUoJFzAvmSRKJk0BWIkpH3mBJXyVMptQSSvCkV+ACHZFi4yBBeTSRLkBK xEMW6lwVJKxJf/Y6KIoktAk1IDokXqNOyCfQNDC7lCKAU0iWypVgGx1/M/2d4m/9nV8mdhR2 Ov5n+zPFR/wqvkB8fw8nY4WTrcJwc/DMjucNnoeXx+oa5s8vhnp+B/qfUDs8zl8DLdfKxxaO bwWa+yJB2oJZdySStkEmsmwqFu5dyVPNErK4E1axJNzzFX2i9m2XIAp5FHMkomUajmANWhE0 icK/XkTUsC9nkUXcMUXMAjqUXZQSvMsCjk4COppTEMgBJQwa3oUskp1dAQTbZpLWUiSgDOpC OcI0lM9AuBNckSTRLmNMxcAiao5A7KIHu2FU5yAtSoejLjKuabjsHsvQEn9FgihqyQwk+YAM Zck4kE7QAJuLAsNmgcSBPEkiUtXGmyAHiEBpxMyZAipcovmXYCgIEgCLBeIFwGyCBxIxsiAV i5sSgDJPDsSuK5AZWIgqslN+w62wMQigXggBLkoA0EKJAGuplehokomyAyuRNSLyDAHyBrY5 C0w2AZU7RKmzk0uSMzdqwGOZWGAALyTkoYvAGYJkr2RcwM4RluTWghtcwDoV8i3FgxNwDIYu hb0UAEqPUGPQgDUBF5kYXMAORTMGrzYlj8zSQEnLwWLK0FAxH/UBVkSUSQJQA9kaSaTBKzFR KAUrCuRUq0TIoAjkhiF3JKW7j+L0BCyWH0KekgBtKQUjVjYFTEXZElYQCBpsSNJQANQomRSh B7NxQFYhhaKmdgSTZKVgXggIrClYVgoFaSShSUEnOiip2Kl7Km8jS0ngAV6mRL3mPs2yBRgQ U4HqAQuYJNpyMwxVgKmEoi5Eplrma3qwGLzM+px+aOPLPFfZVfI51T1Or5oo8u8V9lV8iD4z huxz8I4KDl4RB3eGz1PAL/QPuePwXEI9jy/6v95kHKdjwDvX2RwVHP4BXrfRCDt3SsL6sGPc 2MrMJQhS3LdiiWaSsAF0kiAkp2DTnma2TgAJZxBRZ2K8dAJIcL/sWiVrABEaSgDMNu3II6is yQFqBCLyN9gBIs8y1AEnn8Cb6EVwJ4DNxJACu5J8l3HmSSQAll6KLZcC1IK1klLAHCeJBzPQ 3N4hMoAPUz7KGCvEoDKRppOwVbHSAza5F6YLm0BRZkSibySyAX2CfI0s3mQ7gC5O5YvAvOgT sBLEklktZIA0GjXQv3SUZvAJvGxWYGAC1wVhIgzFwabNE7sDLyS900oQcwMg0tM1d3gIYAoa BmvUMIDLuyeZi8Cpu0ABlwgSmxqYQWgDLjeCi2Bi5QBn2YWDMKZk28FzTbbAwlm4czWmsBD7 gZxZIDWgaAyrSMFfkQGWpZlqDUZBQnEAGnYMmqg0Bm5fIWUWALXejKuaBJ3hgcyhilALLHUg SzcacXuKJASUCtlDGm89AFKUCUqw0dhhRAE1Huir+hK+NEk+foAoiSgaQFbK2mCbctml0UAE cjVtglz/AAJASQrJY2NQF7N5RrfQyrGliAIi9BVpAko3IJIRSlgHyGBtAQaFdsViS7osqAJT MFYt5K+3JBYFXuKS7hFiil6KOsjuSjmpAv3bilzDqaaWgM25XNJJXQJVdy9nkBJW/EVz2SwV tAV9nV8zU+WeKnP6qr5HbSfVHW81TXlnimsPhVfJkHxPDtY5uG4OPho5OGpZB2eEj2PL/wCo f8TPI4SPT8DP6j1ZKOy3J2fA/v8AodY7PlueJ2QnR21kJa3Y1FhTv2NjN5spFXkV1CFDAoks FsdegAlJabLJdQLKkSacTBRaWBbBiQBFxzYmnEsUp7gZpi5TboKs4KG3IBN2XoW8CBJQnYEr DhyEAMSgFq0ySxMQAXReoqOVygDKJ3savEcgSyAZwMKOqJLYAEXFKERIAVqVYrD8wa5ACt2J u44UEnCccwCIViatyFyw6ADUgloVOJtI2hwBhbuUdRSTTLNgMjI/EGgJhoo+AxbYB8YLmXxI C+EhdigSACvd8xKCYCAZqLO5mEQAO+GacrBWAIjqZmTRLFgM/gRXdmQBNmGULvslhgZiFPIN mmr5sABFyStGykgCEgulZjkoYGbNTzD8DTZnVmBlxnPMrFENlYAfIDWmZAEtFF2No6g1rYGY h2A2p2EWYGQSiRCADsiWbC1Zh1QHNt2GnAJ5NLAErsrcy7QMANN9QaSS0CVsr0HQFd4FIrcx AEa3YFz6EA0b6kl9LIrEFSuoDBJWKnY9IgCiysVlmxUtpORiLgCUo1FsSQ+oBE9i5sUxwBJQ WmWjSjuBm/MUrMV8SVkWCtF9ERLBRfIsMhj6QEpJ9GVlj1Km2QFKLOSS0NN9/gHPmQK7SXs9 ypi8ipamSgShQTnWBWbom3bkBX9BjqOodwvpSgLLYJQaJYurxYC5nU8zUeVeK+yq+R21/wCI 63mqnyvxV/7Kr5EHxVGDm4Vjhowc1OSDscI9XwP9R6s8rgs9TwH9R95ko52dny1w+J6fmdZn a8tzxPQTo7mSgbciWzYMakp6DNyWACbwx7EukMgLnzIHlLXM0sMA9SWIWCV3Bp21+IGSWRcz FiSQEwF8h0+QGV1uQrLhaLFwArbYpLUglM9AKzT2WrIou7C0od+wAsWLsSuQBCzcS6EAa5sh hTJalAUWgIsKXP8A+gfIBhpAltEyQBzK0MYaJgZjWy9lZUiKdgMw05dyefQSmGBm6UlHI07B TiMAZsrcxVPUoSLKsAVSF2oNLF0gasBluBX4EuRNJdQBga2H5ASDmLuiSkAIuaImAJrRTzIU GVHIPxHncsYRBmdYIck1pAZiWyiKRSggMkalmWr2AGChZGJwDXUCiQaaHcQ/iWgMPNhgN9xa AzmZJQrFbFiSSAx2WQg5ErRKgy1AGVcGKK0YAzBJQVyAgJ5IDPsr2WgVsC1NwAOYdzUElYDm gl0JXFZYFSoUTLGlLZUp5yapTWQBO17M0Dwxb6ASVnJQSHYCK5klbmy66Al3GlO4aFWQEkK7 Mt5kZc8wJq1hKlWJLmgEnjqgWYNJRIFlEsknzFbAlEtCkkRRJoGRU6IgLsST2Q5Aotv1Kb2w XQUo0Bc0i9ESxOxVsgF9GmlMlDWPUV7sSALlCYqUr/Ao+BKUoXqAc0KXJlF2aWwBvpJagsAr 4eAJLq2ahLYWasSspAU2dbzW3lfivsqvkdpL6MQdPzV/0X4r7Kr5Eo+MpwclBxUYZyUPRB2O Eet5f9X+8zyOG7o9fy/6t95ko52dvy2P9J6HTOz5V73E9PzE6O/eH0GLwSw4RTV7JsUZJqF1 KWx2BfIlnILDsUANK+k7gk4uhXIUow8AZX4ik73GWPowMWe8ErI0lslSokDMSjTlUuwU2Ucz SSWAMNW2MSaTUOQUNdEAWlglnqLXIqVlvAAsP5kkjS3OgzdYQFCwCUOclF9FES5sBRe7HnBJ Qupa6gCdmihrI9NhKuAJSiWYGEC7AWmCVpHei9QDqStb4iucSWgBhffwHKklgAzYYUX0SuXY Ad0CnLNIJvESAKGULRRF0V82AObZWjqOUwtOwMjF4J72VO+QFD+JncDfVi7gWjK7jE2koSUA SegJLeySmUQXQrwyIAjkF+yFK/QoQAkpTD97YxEwRBnmSsns1JnQB7NssE7GwAze8AKWZIDJ WjAxsHyAHzSCbwKmIbsXaAM/vEyalFlcoAjEQ21fmblwCiXAGHuwag25ky8gHMzaLX7momWQ GWuxC+gMDKmHOQl50IQmrMAmXkW8pA0kTA5kokabvA2llSncBS0KwVMty4H0AkrySgsCoXcC GCSmRUJRfqA05zomHqKsAkiFWXcA2aSt3KnZAX0hmCJXASJXFQXADBK67DoCJZLRFFtsUpAa cSAq1MoEtSN8DCasBeygSlPmW8ofZsBR9GZQrMcyVk4RXyBOWr/AaUmv+5R9JhSkkBqX3Cns Ni0BXv1FJPIIabTIAomwrbkozcn0QBzgcqdok47FAErydTzb9l+J+yq+R24Or5t+y/FRj9TV 8iUfFUHMjho5HKleZIN8N3PY8vf+rfeZ41J7Hlv1b7zJRzurmdzydtvi9l+Z0nlnc8ntVxey /MTo9D2eqGGpvAzyQuylqTYzTSKUqCST6F7NwFZgmvwJq88gcvsBKnciojIhC5AGFmRl92Xs oSAeG+pRyVhIoICqPU0RAK0zBYwi23Bc7FCYvs0NyDHs3yOLK8mjKSAvZJpCiaKCM59SaSul ccYHcgYSu3BKZuas3nBQrwBiLkklg1Ci4c0ABzg0t5BzIAp7FbGBWIB0rIEkgSzsVzLmAXFc w5jEJgEWbB9hSlFsALsLLAGIh5sxxYUtMMPYE7BaLGniAWIAGrSZRrncylsDTX4GVHYWlOLA +wEZg1zK2gMikUZYLqTBYB57CthMARNO6G8Mv3WgM85Mxd9TVouRBl49SvzEgM2czrkGTVoi YMgVSSRn/wAwabkgMRhk9YQxcvZAFkL3K97leMgD5EUZuiThQBloHmEjRNKGBh5BXK+12IAY Gptsz6AEZBt4g0DAw007lfJqCbgDm3f4mkoUA1FxQCQpLmWQB5wIrbKnoAqIhT6klZil6EwJ KWJW5kgIVN7BSpyzYAnKfQYSwRICgSaTJXQCVOCWHYUigzKhCuREiiW5L1KDUdACnDv8SS5F fWTSjeQDbtEim1TzLMqN6HbAIWxh6hEucDjYBa6Y04b0UPkVOAFKLlSpJElAElGBphr/ALCF MAK5SEFglZATFQ3PIuvMKcPkAkk+gqGipeuYElbqdTzZx5V4pZ/0VXyO0k73Op5vP+a/FfY1 fIlHxNMTc2jjN04IObhuT2PLfq33meNRZwex5f8AVfVko5m7s7vk6vxfT8zoO7O/5Nni9l+Y nR6UDuRJYNiuGZRIvmBLMCSwV+ZBBck5Fd7gXrJQiRFB6kl1kSIDmJEFwUuR5kQQd2KIlEFE ZVzQNsyKLyOgbEsAlCB30OiiWQCpnmK3yElcoP8AxB7WVAxNU8iaUlGaaZcyUOWkOCtSu5AB Bqmb3BJy0UDiJKLx8R5oEsvfIA3klmGMABJwohArDDLUwAFA8zIDOGDzNiICQNYW5H0JoAZm 0y2as7ssq+AC4dWLT0GXcA52+JauaWWZScPkBRszEfma1IZX5gSS9A16jZU2wErQEF4FGneQ ONdScqRSKLEGZcYIYKIIM6YWeTTnTgIvKAyRp4BYAy5UlmReIMwAQBr8UABYldYRIXYDIZG7 vAROwCOpl5yaht2ADOiiwxbIdJAIsGbST5QyhTIBCBxKFhH/AJAHYbiRQLqagApUWQ7JKCvA Cl8CTluzKnkxUqeoDBJWEgIlL5RyJdTVKsBJW+Qlso6gSFEl0NJywMile7hkIFiQjqJTs0Jc xpVym0QVKedANuRKcF6WLcYAsCk3hfEKc3bNJJYAJ5KBab2GV/0NQrNgTJ0+gpPRUuVgCWLM l2BK/Qb9wFPoScMlPIoUfMCSyMSyt3L0AsW5FlOMF9H1GmZcATUIqeqkvQl7rAW0mDXoI3dw MqzOt5qv6K8Wv+VV8mdxJLJ1PNV/RXin/wAmr5EHwisbpCiGpN0og3Rk9ny5T4b7zPGotY9j y76r95ko5mjveSqauM+iOhUd/wAj97jfd/MQek1JJWm4lTs1gg9JZdRRRIiJWIJDgByVQQpO AQIiWC0SCooGCVgAhLAZDu+hYZIYCrDAYCARFHUoCHNgUoFmIFZGSGMrMySciWwiMLsbIAvo mpF4JFBN2iUuRBKAB02B8jTcMzmpACUehcjVUXZlXYE5+IGu8BjAARZZW5ACQ/ElkgADRm7w BO6JQyuSnYEFtFskubAEkrl9JqzKLtFqJjqBm+ORQ4sjTlXyGX2AzOmUaQuEubK2egA8WArk TAWKzd0JSUEBA5fYrJQSjLQXjqOySIDPcIUGnT1BoDMWumVhulbZlq4BixC4YADiQ5mmloLu /IDJRYYtDIAiAcRroIQm5yBh4iEEM1VTtMGnzAy84Ji59ky8ARnHqaADsDBm0vZpTAEKUy5A 1eNASuLJWm0CgBdh0VKlZLYDm6F2JOW+hJO0aAhpujUGacAKmYyKC0innRRRcdErbkslCod0 BLm8FuSBgoEpXMC12KZ0OFJNQUWMDdkpmGSVoYClKkipmbClAEWrKIIgLQplNsFdoBv2BN3u KKVNwK7JJ7GAQClCwikoUClAAnI+kDZZV2UK+wJLNxakEpViqcYUkGjp+bufK/FfY1fI7a7Q dXzf9l+K+xq+Qo+FoscqONQ0b2Zo1QpPY8v+q/eZ5HCU3PY8Bbwr/iYo5Kju+R+9xey/M6J6 HkeeN938xOj0xyCsRtcEP/qaBWKAYlbRCrCu4BAKxDkKEiHQX2iJqIigqmegIsmoZEADoggT KSVlBFaRIhCICRakIiJEGknBEUBFciRJAQJRIkEEFqwpAtoBMvMDbqSeWBNPGDOhSm5MDKwy lLqzc8kDS9QMtOOoQ9DzKXABF4yRKz6l+IGU8qGNKuWUwS/8QC89AFMnKANSZNEBLESDp3JY lEuQApSuTehjM6JezzgDHQJvHIdhFwJb6FNhstBhtEARfu+pXjJQQUWHUEkAKEp2ZZqrqCm8 kBoNM00BBlSlb1KW+Q7BpyAA5keZaAG7mY6mnkzhudgUQAvuZi7YFYB/dwXYDLz8jMPbNtLZ mpWyBko5laS9ACIVmG7eg5wSyBz2lxoVa8MEo+QpuAKmbtiseguWHYCQpcmKJqAJRlDdJjSl 19SUaASBOUKkCSFIhWAAcNk8SS/E0NKMMErsi+YDBKEKUMMt3bAVmSzS7X2S7fAlyQCqX7KF rZUw5vYsqQBP6UuUKlZyjUSgpxICrleYJZFsC3A6CLXZUzcCcuyQ9yKABNQMSpX4klkUrxKY FamSx1QpJqWS6gNGWmhhBGYBfEBmc4Knso0aBWcAVi91WKE8D6kBz6nV82UeVeK+xq+R2lyO t5p+y/FfZVfJgfCrkbps4M0qTaVyDkoVz1/AKfDfeZ5PDZ63l/1b7zJRuq2jveRv6XHtpHRq yzv+Re9xu1P5iD0xRAjapCkXYggRpAUBeotAOCYYEaQLZDUQsslsgEJEy6J4AiIIUScAUECQ sALoK5FA0ZQ+omUFOi0BKeRTCWiAiIkUEirUHODSt2AHQp2Tw7CREZpwMJkr6FCDOKWWFz9B akv3cAETSwvJLNkaa6gYaBZuK2VM45lBztBdYGMhYAyrklYQebKwFgEOZBAXoDNJA11AHnkG 2tjCWypw5yAEpadkWoRKUgMk+zKZcctl10APIGt2TBxLgALrJaK3qQDaBdBeSWADcA5vIrmX rcgzTZwSvKFlbkBjoi6SV2xauBi6tJdxknkDMIspvWChNbkoYAsZCMjrkEcmAWuD7I11kGrg YicZBo3EMywM4QQ5NBdvAHYgqdkrkr+gEnf8jSan8Aa5mgIoa2kKUvNizsBlkkkKsoBKEBQs IUSS5GkAIk4yKsSTl9CiV+hYEiiHKkoSc3BSk5QGljKJZxJnQpQBp8myxhFCjPxQrFuQEldx vJpKLaRnUikApypFKQGZAGkxWGSUlHWwEx+PoSSWi7AXNEsc7l0JYsArdrklKhbyVM84NpWA zTS8i1ayFOU5JOQClWvDGycktwNgBqRBsWnokERMoeiiOr5mo8r8V9lV8jtbZ1fNv2Z4r7Kr 5Eo+GRybAF7xBy0ZPW8v+r/eZ5PDsev5f9W+8yUbrUM9DyH3uP2p/M8+rJ3/ACL3uN2Qg9QI EjWiIWCTiYY6HCaAbp9ySALjgpJkARQO8lEkJBogLwMdQIqmOoQSuIElBYKMgIhZEuxICA1A QQAmYEtEKQaJDQEaQILqIgKJFEMoJATvkiSvOSCJF6EkosSwBbCl5JzyKxBQUtYEIUyyjO5c A4k0rrqTSQGaZllGYYuzsGZYBa86LUCkw7sAZK2BzzJKEAS7yCcJjZBrqAXdyypNJTeQkDEO ZaHu5NaaMuJsANKbILYsatoHnsAYnkTvcm5K2ABA1AxZ9AtuQLIK2BWZJZZAMyzSVgIB2LtI tTkL6AGsA5meQ6dwpw2wAEoYtQy1Z2AziYJzewqyMRFkwLCK/LuLBAD7kPQGBmXDRmTerbMt PWAM2vYIGxAdjBLJbyhpwBMlYlLUiBLd4GnBPKiwpaAbbRJkMWcASwKvsFgcLuWCQkSUKwEm uRKGQ56ASl2lCXyIolyLUKW0NK6/AYmqfiBLN5wVkTwy67QGmgp7DS5Ul3Ahj4EmT+AFzRR6 8iVxAFCk0lK1YLJ3NdwCncuSVxtHUEnDjIChTKmIsIFskoL5CQRbZEUXqSsRQFxERJASOt5r +y/FXn/RVfI7Wjqeav8AovxX2VXyJUfEksESIOSjmev5dfw33meRSmj1vLXPhfvMlHJWrs73 kXvcbsvzOjVlnoeQ+9xuyEHpITSyEZKJLqV0DGZKJFhyBoVayskaVgwNNUgKwwVhCNfIyQgH QtepczVKzcCVikjOiIWXoCRovF4NSLVgjqRESKfgSwwQDHUIKDUQi8UMDSMtERCiwSQEwF5J ABW0QGghBI0sheM35kTzYgIiKSIgGCRRn2eWSgVsr7AzaIBKEK7C7rAAr2M2ThjvZVK4Apgi cakVDkAtGgY6CIAdQZEAJuEDSj8h5xJazcDMK7nAN3yLX0Qj/uAKJnoEbkVKZd7gFieSUtOx NWAPQtERAQDQ3DosgCunOiEiAvozlM0QGGSsmLmQ5gAX2LvhlKdlIGVLsHM13DeQCETnBcy5 gZqT9mDN76Ng8YAwlkDWmtglOQOcYsSWZ5ElYBtzK8QRUuAGOo+sFS09FCnACsCrBTljYC1Y Y5lJLoUJaIupRJWGb9icaKbYkCTGl5BbNK6yBKYsJNvkSmYAVTbZP3o6ErLmMXnkBJQrEo2L BOFYBgN2bHKY09UBXLVytBQ7gSVsE1ZjTN9FN+gClOxScXcBEYGZcASSmRHUAlBBEsoSKIoe iJXRFxNEu5DF8lFogNYIjJ1vNP2Z4r7Kr5HaOp5sv6K8W/8Ak1fIg+JJBS5FWA5Fs9Ty76p9 5nlUs9Ty+P8AJOvtMlHM3J6HkfvcbtT+Z52j0PIve43an8xB6osFmGxcyaCSltoF2uF9BcXo S7M1otDTUZIgIiLRVVoghQEQ4C/Ih2VUgEAIQWBTgA+RGpyZtyIi2asCRABpBbkAGkyMxc0R GYNEUAAI1/5IWKIrlopsQZJCBVKUKEBIiiJLZEBFoVdXAIFTkQwpnOivJAJZJNrmPNBFigdM Bb1NRNLC/QC1JnF4HoCWQLZYTt6kWrXAFb0JkrlT7t/QCwrBzLoWgBzGn0C6XcaXoKlyYA5m xTlWJUsqgBZkJyuZqFAJaYBjQW0jU2jkZuycFfmEdbiWgMvoygkQoAvHI00GCA9ZB2Yg82AL 3eQUXFJzou4GW1AP1NQkpBx1AFiTLnM+hqyDKAHdB2G+sBa4GalMgk+wtrOAUuQOxLgb4QRL FcwJKTSSUxgysdzSAqXPcY5hhQayBUkSUEvwLBDTvkUDcdETSJSXOZclCiRReBJghp5RAasx koW+hNvMEp3gaWnIDolixKyahksAKWSSWsEs+hJcgKLst7FKZuy6gNK0weBhpzknEXYD6SwU LZIUmuQFTeZsaSjYU7sKuBbgr6EGpIEiDczJQkUkFiJCkQEKAiIjqebfsrxa58Kr5Hbv7J1v Nf2V4p/8mr5Cj4WjDNyYowaINLB6vly/1T77PKpPW8tv4V/xMg5eaPQ8hu+P2p/M89qGz0PI bVcbtT+Yg9Vepqz2AQa6vU5ArkAlkC2VWjIxckiINQMDkZKJYZg1AK5BIoEkVRDE0ZRE6yRo EiqkpKIKDTCMClYiuFHqNguSAegbENAa1kosRkjLWoCCXfAAUDBLAKcsgUAtLAFgCIiqQJCS IFkiRJyytKxESDIV00yeCxNg9ogqcMGnGCd3MdjVLlAZXNoG40ac7RlTDKAUhTlXyZAJhYFE rJ9SAA7CwAG3ykrNSxRWSuBlRomKVgWH0AzMu8FCTZNNLEE8ZbAE2+xKyZKYclNoAC1gldki DNy5i8l2ACkrgyCSV7BCc6L5k+YGe4pWZZ0ZvIEwG+IQLYBnTA0rmWoQAyQ6COoGXnCBGl1M wpc3kDnQqytBX2KspaAU5JYyl3Mxfub3EASmLklcDV9ASnoKyw9R7XNBUF2Lsiz/ANAIiFIl CtErU3Kl3dncvgyhhcyVORQLIGqXYsNwSSiwvIEpklddS6Gli2QCnDJO2CyNuSAr7Fd8Ahpw BUzBPtIu2GNKlAGNGrSTcXK04ASIPUCibiUWsyIJFoiKpBIkJDiBDoQgFICQg1k6nnF/K/FL /lVfI7asdXzb9leL+xq+RB8JRg0VHukAq563ltvCfeZ5NOT1fLZ/yX7zJRztyeh5Hnjfd/M8 89HyF/1/an8xOj0xQWeCNtIewgBIYFKwkTQmZySQlAhSgouIBoiuSiQoTyKIgNGYJEERIIQo KMpkkKUEBIYWggUEoAWuQPkQS2BtIygInyA1oDKGCXMQVYJXkysiRFAKzHALJYsIRcU8gEIE QBhQi+ZEkoCq5JWIimIzlo0REQUqJEOYFOpD2RWPdCrsUEWM4FXtEElqQLIagsNsbrkAbMo0 F+gAu5epFKANxky0twbkHnQBvoFV8McrAYsANPTCLCugTf1AFKsQuZAAUXWSxaBKWQZvFynk abkyKMqLk8DEOUGnBBa1INdijmwauAJ2kuw8wwwBfiEfgLuDTV/iBlvUoVEWL5FbAGZBp9DS xyBvoBzdRV05YWmLoacRAD6iRd0A5ySJbIBpVrkhZLvJRLZERRdzQTkUBJ2cM1CM7gWlFwFL NypUMl0K6VwFy3YVtNBTtsbgQrDtBKwbyBpdoLOCLsgIcdyWGycAapXMk4KnBOlt5AUFGLsU ocyVossECREiiSJIvQguGEBEgqGCIJpgBImIsyC2a9TN+TEWLJ1vNl/RfivsqvkdlHX81/Zf i/savkKV8OrIynJJQhIhWD1vLHHhfvM8mk9by36p95ko5m5lno+Q+9xu1P5nnHpeQL6XH7L8 xB6SxcUWSTk20oFA0mUsDYAF+QTCCkqTYGVuxQ9miIajJotBGYGLCQ6MqxESK0FfKgUaImpo WGCNGQRFN0RQVWjKySIIgShCQUIFBrVjICsAOoKbABehLkaJUrNjVgglgiBIVYCRpUJAREBr RkCJElYgq2TcBHMlMlQpZIgAgTexBXbbXxIBy1gtWFzF0gTzBQKL7DQwS5yAaYTodsFZPuBR cLC8yEMC5wjNnU7WNE3cDOJgoccySzZyXNpgZSiYkhpiW3MlM3hgHNxBncM0o7B1bALYRXFq DM+oFFixclgNXIIzZGlhxEAsSQEdAxY1cGstgZBi5dyYGSnsK2oC2ADUINa9B24YLuBknTLk YiQUYYHMlJpAlyFICQporaBZA0iIYsBJTKHnkIFSaFslZQpL0FTcCpwxL0XoS/8AGBL8Rbtj ARv8jSaAU41ApzPIz2FWYCi7FtinCAkpWCpU5+IrqUYQF+8SbSZCsQBU7tJXd4EU4mAJJPZU 7DoaVlebgVocIQ3kdgRMiAmLYQQaScCZkSIdWyAggjQGsbDEjRJSLMoZFAdXzb9l+K+xq+R2 jrebfsvxX2VXyFWvhyBoSIUer5a/9Uf8TPJPW8s+qfeZKOfR6XkHvcbsvzPNPS/R/wB7jdqf zEHpDHUSg20GiyJIIEIhcgkaIgiIiAiIiABEaAySNEXV1ERERERAZI0RV1kkaIpoVgRQQEEM SCjQCySyAmSNWInGUQoCqiJERDIC2BERCmQGSNAaUEskryQEgWe4loFQesishCuEDzkKrOwz yQ80wMrE8gsrcyvrBRa6ALLBLe+RehWSAHYrNEEfACB5wPQmuYA83bBXUZH3kysmBluG45Bo X+BJzVcAUsBh3B9pAMstsiAsA8QJnYEEXFzyJNXMjMLqWneRRWQGItIW2aYfu8+gBZWYNSOw eJAI3DDoLlbBgBJJp4HmAHM6XNhRXnIgHTZpbBXFWAkKBZFO0YKG8XIu5JJFFbQ4UE23yJS1 zgCQqJwiFK0sBt7LuCWUhpSi2SS5AKWiV8qBV3dEAOzZp/gCatmRtIDFiSgoll6gVpljl/Ik K6gSnqxa5XYK+1HQ0lAElZlqCTkQAVbqCjYgREKRBAkOiKIgQkoUUEkI4MoWIMgLiOgRVSxJ 1fN5/wA2eK6cKr5HaWTrebfsvxf2VXyIj4YVBlKEIErHreV/VPvM8k9Xyy3hfvMlHYPT8h97 j9l+Z5h6PkM+1xo5L8xOj1UaMoTa0gJlExEjREBERAQCQGUaDQIdVoiIYiMmiEERAoRAkRAR ERdEAkQZUjA6BFAREVpERAZuXTZqLA7ABDYGgIXiCkCIYDAyUSNRESIgjIhAERbG0XNKETJC 1IGe1hJoiIHONE0nsngErzgoLNQiV3k00uxlrcgDTm+g6jLkOgE7AoSG3qWwC8oId7yLiH+A AGJB4g0sXQQAayXTZKLlNpAIvkOYr6V5MgWGVXUmBAEkIFBDKLDlh3IAOuS0NuRBl4ugRq2I MgHMOjNGYAG+gGonZlrKAp6A8whSYMDmSvkVGgsm7SK924CIJIVkBp5fiS6kpRK6KH8i0SLQ EatIWdyShFCo7ikuVg1yQ0uWA27DFuoLmSbTcgKfNCWyAiWRpmS7sCHU/Al0llaboBW+5L+K RtsEgNUzGFBN2diiHslDcYAzTs3HUs4G+iAWBKCKIiXxGQoIS0Q1QBpADQbIsEQJktg1JFxc RIigqpM6/m37L8Uv+TV8jsLZ1vNv2X4r7Gr5EqV8ORAlBEKPW8uceF+8zyT1PLfqv3mSjs6P S/R/3+N2X5nmno+Q+9xu1P5idHrghIogEtFGSWTRBdREWoIiJZIgIUrXAgIiICIiAARokBET RARGUOy4EiIgiIgIyaMlWIkivyFXKIzDLZqQcZgBVgClJCZIiIvUmRVSIhJUoIiIgK/oQ6NK EiFYYAiIktlbQKJuDyaC6fQiCXGAaujUP0CLwUDxBnDNO92zNleZApWbyHUVsGwJYyCGIiSw APAKYNQoZmlxKkAeOYYVlAt9LkpaYGbLZcx3BVcwMwGRgAK0SGcF2FKEAbDmKUXAgIuRfveh RZkBMA1uLjSrxZoI/AA0Au4MAiMFp3Gxm9wApiLEAHOJn2bu9jSAokVkFsbASyaSjuCE0JfE i0KwwJW6diTtsdcypXUCXs8zStu5lJKXFkapVoyA0q2LElLYJ3saXUAj4oS7EBpdgSsyQoCe Ikl3JSSnWAGJcTcZhMFgVkDVL5klDsShJtEnKIDDhbHLLqIEsQWyIokSsQvAUTIgV3oDSUgC NJEqGxlfgaSM9BFiIhRVEC55gs2NEqVlHW83X9F+K+xq+R3EuZ1fN/2X4r7Gr5ER8MBCQB6n lv1X7zPMPU8u+q/eYHYPS8gzx+y/M83R6PkPvcbtT+YnR65lKDRGhGTREEREBERARERREREE QtRYAInGpIgJOCIgJOETckQEREUXUiIgFcSIuCJZIiCMmjJpYFjBISWAoeQw5k0DAth6kiUg Rozo0SpWTXMkBECzAgOCiwZFrqRQEREVJFrJEVGVayNBSokpuZBN3FyqyMZYZzY0DUBCuzXs /RZn2QDRRuScRZCvZaAy1KCHLNLd5BzoAv6wCj1GGqStEgDyHds1Yx00BRH5hqChrZZArRAQ iVlGCYAWpIlgAC8jIO5BNbAdGYs0QS3gExVrBVCYE5Mxk1Z5BUypmAMtOCe4GITMvIBeASbV x9CQHMi1BLMDaMwBQsIUCQ6A0SwXpoupoQpWAVOwG8F1tAJvDYqIaYClpGk1yBQrN2FXAElD Sn1NT6hP0Z2UQgEl8SGnmBZKL7sCXU0gKl2kk0pwXoNnZ4AuwqdBEM0lZvYElYSTmSyAzbIQ oH0IgiJYgYRVDIhQEREREK2VKyCA1oo5hNgRBrTMlollsqpGjKNIUqR1fNf2X4v7Gr5HaR1v N/2X4r7Gr5AfDJkjNNzRlAep5d9V+8zyz1PLvqq/iYo7J6PkKirjdl+Z5x6XkOeO5/3fzE6P WIgyUJETUAREQEREBERARNkQE3JEU2goiIiCIiAibkiLBEREERInawGTREBEQAJGSNLgZJiU bAWBozqCEZIbgVUjWjJEQosLJMiIysjoQLogRoyFhWAGWSxdAZErEUggSlcwVpCJ4yYcp3Rq p2LL5kFJl3srk1l4FW2UZ2XqxxIaAHYpQxmQj4AWXBmqmZjCNA5iJAL+iySYxZrIPMaAy7MO YtaJwsAHpPUzsWS6+gFJmY6isFYgrQ0jPQ0nZgUH7oZ0PcHZGRGXnmPdloDLUE1CuTcloAsH YVgzfAFZIFkYUtPkEr1A5u5LOC0KAVcVdZAbaAVskCsnzJKLmgpPqLyivgUow0AD+72JpXeS lANKTV+Q0qHZhTu08hTkBWR9mNhGybXUBGbYAViwCk8Mko7koZARRYlrkMXvhfiA0vmjT6Gb K40zcBUaKeRdwjqQaUFciKIniCLYUrsRIghREnAGQrqLIkAaYJcjSsyWADBCoIuroRRklYaW VQuZ1/Nv2X4v7Gr5HZlRk6vmv7L8X9jV8iI+GpwQqCMoEer5al/kv3meUet5Z9U+8xRz6PS8 g/t/u/meYen+j/vcftT+Yg9YiIoiIgIiIC9CJLqSAiJogIm5IgIiICIkrEBERAREQEZNEURE RBERAEAaIDMXNERRlGtNGQzgqmAXIUF7qMBWqdmOYjYicZK5CAsyjTkEIQAb3AFQQwESAIos CKuIikXBEE3uCciRQaYU4ZoErWIBxpSZvJtKFkzlOMlA49QWOprXczzAovOWgaWSfIkgJoM7 F8thoCVkZT5muZlICbm6wZUGkotMh7NmwDnfADoE5XYAL4lsrRZgUT3CBB5kACqeggzIli4Y lllA1DAHcreoy+SMgQCsMzMNgU3YE3fqWuoHNIkrNjPICRa+ZDJYL1EKM4HZQ4wHWC+I4IEr tuwLsap3zKGm0qQp3YomYsaXeAKcoUDex0AlDQGgBWHZIgJR1NSrq4U4JzhaAaFmRbsVOMyV O5A0QJyrigJF2IkFhAiAhJkQKDRDC5kQgxRaaAiMkXFxbJkWwIk88hViwVUlKudXzdf0V4uP +FV8jtHV82/ZfivsavkSpXw5U7EDKI9Ty36r95nlnqeXfVfvMUdk9L9H/e4z6U/meaej5DZ8 ftT+YnR65ETRrBEREERJWAoV3ItEQRaIgIk4IgItsiAiIgIiTJqAImyKMgREnA4wAETckgIi TiUQGYNERREREBoyhgjSh5NLYQWgBYAYZRGyCV0BrmCEIe7Mqzgls13HAbkhIiMvJAIAQgaV LBEikFSIVgGEQLnJUu17kiAqhGWrs1VmQlN3AE/xCclF4KyeSgcf9Chcx58geQBOXjpI7LsF 4AgbKcg04+QEmpm5lxLNZsjLUARKFYp+jE2BOzALS4LuKVmwAtBFuwuPQtQiDKBj3BkBou5S lkLNyBO7gDScpyZQA30gELRmQJzPUNDK2gjoBzWXMadkSsA/IUGi0WDU2ySCkRgYXcouG0M7 1BQ3FLrJKU4JSqcAaTtKjqWzMpYFRGQFXbQpJBQoQxcC0NlZBsYvIDoldRF9BFxtN5AVTCeS RU/gKTymApX5WLGCm0k+meYCCt6isdQyuRKNsCWIIohD0KICkhRaIgAdsaRwEEaMqw1daVgS sJWaYiMiuwCVozYFdXFIVsyyFY6vmz/ovxX2NXyO0jqebfsvxX2NXyLVr4jJKEoLAGUR6vlt /C9qmeVTk9by5/6r95ijnPS8izxvu/meael5F7/G7L8xOj1iIiiIiAiIgJuSIgLRAaSlABJW IgIiICIUpBoCIiAiTgiAuZEWgIiICblERAREQEREBGTRGhkUyfQIIrWzLIHIqAiNBWTRmGQG gygLYwwCIBE7kBILhgBDsU1A8wJEqJINZEy1eQKoEjeo0ZtMIoyCl35GuYJpYANN9S1eShoG rZAnAIkQE1eZB2qn8SqTgngAVgbbeIF4kG8NZAIcQENMZvOCbbAPau47ALUNvmGiAfa5S+5R so6gAJu47gGhRJWZWsoDRSsEBE7gmtE8AgCFIRk1zB82wDXcz2F4ADmWIEhVgFbGxn4lIGtk Wi7mhCsBocbAVmUSbnJKxJWyBpLSGmIvAejGlXAk5UDvuCdxAZKlOL7KlaCfo30BqxLLlkle GSiYYErrIp9AwsYNfMBslA0uUFOOpRedgaVlBBJAKwREgJDzAouFaRQZQkQGpMxo0rirU2TB I0RGbwRCaaAoCAVYUGSATqeb/svxX2NXyO0mdXzf9l+K+xq+RKlfDiVOAM9RHreWfVX/ABs8 k9byt/6q/wCJijnPT8gV+N938zzaj0vIY/01/wDd/MTo9UiIoiJok4UFwRERBERARJwRANQI iKIiIgiJuSAiLRAQCiAiIgIiICQtRYCbkCIiAyjREUWiIgMqwyBbKqFlpmcWIdBEiRVMoTKw aJUrJGltkDWSFk7diINEQGhIiJYkKiJl1IilBhMpXWCiU1JQTYzNWzSpibg8AVoCLZFfRyE5 YB0n8QVisMSBlE750LUABBHJ2GbOwJWYA89w9lcyvO2KTpWgMpSncJehme5AD5AhYYXIguYP IgsOyIB5B9xLRaC+giJJrkCTdyAn4lHQas6KXAAZeBeQAnszMUmugdQOWbtF2FJbVypwA9xc IFgljmWBUxeB0RFFsXgBTsBJ/gasrq4fAkBrU8xWzNOXkUtqQHApySUYJJJWYFsb6uGxWwKn A23ktQSUJ4AViSpnmEQugvF9AaTfIZUmaVKehd7gULmKaKFok5VzISS5kycmhQ9iSuAXpgiR Q9kQksEkUkEBI0VRJbgDQOLuZRX2QEvU0Seivsqhdjq+bN/5q8Xb+xqO1fkdbzZz5V4r7Gr5 EqV8OgEDMRHreV/Vn/EzyUev5Wv9U+8xRzM9LyL3+N2X5nnVHpeQe9xuy/MTo9UiI0IiYECS Mo0Xgm5IkrEKIhmQbkgUpQEmTXICIiAiIgInGiJqAIiDmXBCZRogiRE0BERARJwCEtEREQRE QGMCSui2aaUbAQAPQh0GgLQoBglSgZEGRAEXEgKxYIINCIkQaQdbimQZGwbiWpkbySs3JBlO EytFxeegdCg5wAxYou7gHMHLGc9Am1kBRZgsbHM3gPUCBWWRm4MAV3BlzLya0ZvuwFroGpkf xDmAMsXJtvOsFogkFySLmUE/AH3Q9gTZkGixGBasDw7YAnZMzqwpTlg1rkBR3M3uPqTAzSot JTdon2sGkBzLuKibgonYgJFgUiwS6ORpzdEskUKWSpt8QFASdhWehK2BU6gCUzawtWi4Jtuw w4d2Bqb4sSxJnEQayrgQrtILmaSuBItFeCAVdQT7DS4TsWW4TAsKzkaepQueBiUBUpXvJCZc vRBpYKSJSUIEiClMZsZSEhUkoaFESIgIWwKqIu5LJVSEMI1oiBczT7mVcmUavg6fm/7K8Uv+ TV8jtnU83/ZPi/sqvkSo+HIVYCCPW8r+qfeZ5J63lf1X7zJR2Kj0fIc8Zfw/mdA7/kXv8Z9K fzE6PWIiNCIiIIiItEREQRFJARJwmRARJwRARE0SAmi3cibkCImiAhSAgIiIoiIiCIjJRoiI aIABjFwo0YQrYKgl7HRlciqtlokQCsAuWxCLgSFgajmSpWSQmQhayCIkoAlBEialQirURL8A 6EQvuZeRBVXgBlYgHdi0ZXoBaB89QTwGufQoUl2M3kbdQswLd8Ersm1EIPUAiSV3cbg8gVSs YvJtu5i+VzAU+aZm0toX1ZRCAMXAi1kguwKRBYYF2DTIiDKcIssWoXcgMsJk1iTOQBotQx0Z cu/MDL7otdRskwj6UyBzbkUr3ArgaQt8gQxYsDRE3JdSL1QEnC6mpRnUl3KNaRW2yCl2uBqy UIaXj/qER1FaAabuRvBKES6oCWBmzD1FWTArRNiduxJSvUV+GgJZ5jLQbcLBXi7A3Ti0JCoW zJXgDSaEzSt4NEFS4RSGoHqUVOL5JEivyCkgEISgBTMhixkZZRyZoKiStkzzL8CYuGAtJbID a2ZSWiQqXoASOt5xbynxbX/Cq+R2UoOt5x+yPF/ZVClfDECvk0RAet5X9Uf8TPJPW8q+qR/e ZKOzKueh5F73G7U/mee0meh5Hnj9qfzE6PWIiNCIiIIrbIgIiIBSkyKcJmUXBoiJogiItgRE TcgREQEREBERJwgJJQScKCICIiAiIi0REWiC1Bk0Z0aWCWUiMEBpmRBFVoz0JZNakicZNFoy OoSfctAAogEDKECZVREu4r8CGrWQJkKggGpaSFuCz6jorxnZiFMzJrCaRlKclE9xEBHKCcLc kgB7XoHU07SEgEOOhawp6CnbIWQEna6Ms11MVTyAZV9gm5sP0YsZjrYCly5ZFaeYP8QJxjYa 7C+wEBkvZ2IS7igRF2gJcEErkiB4auANTgBXusAIkoD1BzsCcIzsm50UWA5laRVw/wDIFYgB WOqKLWZEWC2aVwQ6KLqRIabTcCTFWCIbkWA+yoFYChrAqMoCURc1TMXCjAz0AjVL+GjOsyKs BLfLQtt4yGU+QrqBL8BpwBoCpUs0laMmfwYpuOuwNEZp2KsiBJYgiKsSKSVivyCoQIIQNImS IlsBlirEBoDSsWgIFYLwRVRuYRkNFG08nU85f9E+KX/KqOzSdTzlf0V4r7Kr5GUfEAnJNskm 8gJ63lf1X7zPJPW8q+rfeZKOztnf8jzxvu/mdDR6HkTvx+1P5idHqJQaIjQiIm5IIiICIiAt ERAREKSeQAhcABTeSIiiJoiIIiICImybkCIiAiIgIiIoiIBglfIQaMhYrkaMMoiA16kGSJZI qtWuZJCRCEIC0RCtkwEoyQh0KqUNFFiIKiD1CXtEZatITeIsDUFiyAqgvmbDUpZiL2KJwVL1 oXAegFeHyLTLYN3wBIHLVhVpMtLncBtszdmlMGIl5c9dgVojINWmLDUoCbQBK9gY6CCAuTx1 IlgoleeYQMsJlgCCNyT5lJkRluLSN0rsvWwBlNmTWJQADnINfM0CcyBjZX5jEOAjYHNHIUw5 uZJAaSguyJXkUBRbI9wxgVnMmhLBEWwF/iKmJkEpH8QFKZKnDQJNZk0lAFBrRmZUlhgaJYIl 3kBUPEiowgXoVObQA3nUFOXpFCagrALuK2slKgkpm8ALUCEtWY03kCaTyhCVzECJTsiCpZIi YUkCGCYmFAQQ52EbC4kQQCZLFimcClOgVhWyqkdbzmP80+Kc/wBlUdlM6nnP7J8V9lUSpXxA pyTMpQZRtOD1fK1/qv3meQex5Vbwr/iYHPVax6HkXvcbtT+Z0HE3R3/JLVcZL+7+YnR6xERo REQAJlGiCIiAtkRAREQEREBERFoiTgiIIiICIiAiItQBERFwAkQ0RkQgqxagIQwQVA2SsiAN lotlbQEIGiIi5hNikiBghFYKAiAoiIkGkRLFyCaI2xKIRLBEZqcIlh3GOYRGcFBdE7lfGQc8 mAXckSnoDS9UBPIYG2wQFllF29jNzLQAm7yiqbkXKVgWMyANWmZLdyTcOYlFLwAbZaC15DQE CQqCWCAaU3K2CiQHBNytgPoViDN4eAwu5oOgGZkvoxJYbBgVuYLZbsDQFl3B5aRNFGUBzbFR oKXOclbYDTCmB7hSn0GAGm2yjkSaauK7lEi0y0QCrWKnrjmU3KnHVlDl3NUqKrMzYacOcAap hoU2ZlcjSAtF8wusDfoAu6aKnMW+BYwSsA2h2FYcgiX4sBS6FTcpcNOCWc5A0+4pcmGHCKnY F7M7ZooIgiWIBdivsLpgcoESKdMIgJEKRQERGtsEksF3gAFsCY+hVTAl2IqpSsqTq+c/snxb /wCVUdw6nm7/AKK8X9lURHw4oHHMkZRHs+VfVPvM8ZHs+U/U/vMUdlo73kiiri9l+Z0jveTL 6fF7L5sTo9NC4ATWiIEIESSyV9uQIEiABHOQICIiAtESiLkBERAREnBATXJkRAREQEREBERF EAmQITOxCkzFhQ2ZTjJFBbCgsEIB3I0RNTWUri8hfkMgoCDRMImGCALEREUqDQ9CwECEgdrk BDmclU7DJltXkou7sCefwC7RNOIAXyMxLsN46gp9QEyn9KIG/KwcwJR0CbwK7g1Mpu4FPSbG VLlwOhlcgMpZlQ4B2Fbqb7IOfUCBvRQTjSACIrAGFEgLX4EsEBsHkmSIBcrvqTcIgWZYE1eU Hcmr5B2YFoyxfMNSAEWy2By02mxozLYyuYChCnFxQF1NIFdkoSyaCREQMbKn3mWFzKnqUKt1 Y04a5gs4IDSzZMUpyZn0NUOwCn6CrJwZcOyNKyAkwJKHAqwCu0ErN8gvkQFCZRpJNZuBqmd4 BW2Cf/0LwAr6U2wUTkKUaIKYIGp2IEREURpODKmbCiLURBFyI0iAVZQi8EyfQpJEAsEa9TKK qOp5z+yPFfZVHbOr5wv6J8Wn/wAJgr4ZI0QULJlCez5Tbwf3meMez5T9T++xR2jv+TL6fF7L 8zoHe8n97i9l8xOj0wRI0bVGUaAmohIigW5BGiJoiIgIiIgiIgIiICIiAiIgIiItEREBbIiA jJEFUXknPIEaRRnRKxPJBTJktkiIo2Ox7BYiEgksYAmWim5WLotEla5IF3AEOiIqgiCL9iIt FYQhSAmZmTQN9gM5RQM6gyiipkJYzoJ6AKRkVM7BgTs4BK1yWWym+QK0RAJWmbk2TXUAthg3 oVi5lqAJNaRNyCKmYakClkp9CcxoCaC8tENg3koleQ0WiWLkAo2TtgmCaeCCwmZNPBlLqAt2 gzOiKAAHDwOFlJhbkwDnm4JaF25hMaYHKpuPsxPME1DNKbuLAN+QhJQBpMlbGAVp5loo1sgT mRxmxRDS7gSmANpxZhSshzbNU3m4A1yk0pl2gylm49rgKNf+QCtZErrkApDCAU4yBS4iJGeo QoKF7IDlDTYFzNPMsAT2biXmxhZjRpN3/MBl8ijkyb0skoyAkSICUokUlHUCwSKCDRIkRGUK 2AJAaZPEEAEjWu4JZDTCpZOt5y58p8Xj+qqO0dTzlR5T4q39lV8hSviCT5E9maZM4jR7PlL/ ANT+8zxz2PKV/qf32B2jv+T+/wAXsvzOgeh5Nni9kJ0egJm4m1MggRoBIi0SogUIVkhRERAQ KwkQQqAICWSIi0RERBERAREGgJdSEyXArqHoyQhUo5mUkNiRRbFsy3BEFkCXMtFU+gEQF6kS XciIhbG0dTKwAI0gIYgUFBISrQkN+hMznmEJEQApK0zIg1JkWZhk0Tah3KbGhmPpZBrmNpw7 A7KUsgDVrAlCadx5lqYAIUdO5Qk4HfyBgDtJWmS1AezmAJh+Aq2oJ5uAa0DuyaywhxAEkya7 khmbPCAxzuQvIGQSxTsGJUsr4KJRAaLmEwiAeCVh+AbYA2Cz0NNSZAnZ2wDdmT5SErABbMlM lZk7YANlNyatYL7A5dZQ0vqGxu7gPYadgsCAr4knGpJdBpQEvQkneRtFwRoI9EySlNBbQDEq DSa2jJJu/IDVLV+ZreTGrpyKm8gapVstlD5gnHYpUyBogpTm/oKwAqUmuZJRyKZUErzcBJsk 4tMknd3AVDidD6g8EpWQNxNzKbvcU3AXmGBqlyNzM3tc0ZEQasJoOmCKSC6cEiLQQ0lgMoiC +JoMKxTEkFJMM4BIuLjaxB1POf2T4r7Kr5HbOp5xH+aPF4/qqiI+HZlStGpXMtASPZ8p+p/f Z4tB7XlH1P7zJR2j0PJs8X0/M889DydJviy9L8xOj0TNIueQKUbUkoJAkFbIyhIyhMmlkCLQ EsjQkRAXMgIQJAQoSAQIiCWOCDZAupVaBEQCZXUS2BQQtmNAJZAgqK4raACIbwEERrUFPUyS IhAiAgRITShkRJwArAEQREV50C2wKLk3CYTuBW1MkgzSpUtXGzV4TGbGIWdgP5ZMzIzHWQi5 RInKVsE8OxTbMgT5AyV+jK4EzLdxlSSmJAAcx1K+WUp2Ay3IJrKyahYkOmwCncsJk1K6Gc2A iSbRMtMAfMky0HxILbYPmN4djKl5IH5g7KRMtgUvZmb9Bb5kAZQWvY0ZasAO1MfiZdsCVgIz lmmgvHUDluylshpbwgGmY0RLEFSoAcYEB0AxqxYwSKYKEtEsEihUaFO5lK7TNWfIC0KajogW LO5Lna4DMGk7YM5HqtAabIKdisAOExSSM7NaYGUaRFoBvBL6SiQWrinaLyBpWwLUmRpe3IFT HMWpClTIzDggoJyTlCKIkxBrkVTcBkAElcFsqVbqAkQmUFNkKbIk7AKt1Ol5wv6I8X9jV8ju N9jq+cfsjxf2VXyLR8IjZhGyAoPa8q+pr+J/keNSez5T9SX8TIO0d/yj3uL2XzOgd/ydX4vZ CdHpW5mWBG1aJRDBQSWyBIbAiiJYyRIgiRIkVTogKAmIkSkgpAiCAVnJFCbCtBImSMiBXUiK 0VBbYBITCgZLDAKuo9SXIgJQJkr9yI1K9Q9Ag0BLBWMrqhtAxCukGeYCBCCsMjAIBBYKsRET 6XBUlYl3CCgIpzcQlKzJu8AV4ZlSjSurg3HJgUthHUps0i0wCI2ArGMgBZyCYvGgSSnQBNiI sICgGIRDsANylGeRnI/MmAKYKlWbeSTabhSSc5AFfIZH94AK4NiTiABOZCEsEWiCDQY5k0iC WAcZkegNMCmTPMTN31AXyCy2WnAa5AUt7MvoIPIDiwLJBF5A5bZ5mqMmFG0aQD7THsZya2wF YJWCmYcqBAdSMIk4QLJcGk5TZIE4JqQFTsUlOWA42USsxDkPrcCUq5pJQ0jM9pFWwwNJTuCp y72KnbFKJAivcIWHNxyA0zhYGV1Mo00ocgDtm6FO8otQSUAP4k7rJIksw9gap7FLzgJkv3YA 0o7kSSWGVTsQW+gkTxBREi2yAkihl6j6hSQLJEQ32QFcaFQdXzn9keL+yq+R2Tq+cfsjxf2V XyIPhUbONG5XMCoPa8o+pL+JnjJ3PY8p+pL+JkHbO/5N73F7L8zoHd8nX0+LPJfNiD0eZFtk baQqVYDUr2SIEWw0MlVrOzLHIEQhJJkiqUaMio5hKrGXmRgAEnIqOZW5g0EgLYVsyim1wTCR qVzMESyAplclgsJhRGeokiAVETIPoQ6yRGSKI0MdAKHIkiIgTIyJQksAQARQPMqhDqAICJZI k7QREAgtyBeyia/AlDCXyAqpmwc2M2coMqEUCy+pN2jZPTtYLy3KAvkVvgRPE7AFhk3JXiYA CixdCKJYFozcauTkLpTMvQErNy0weQeb5ICW2VvQHygn0AMSupESyBBMYIEQXcngryWUQCS2 Z3k0D6ZAnISyl7AAbJcrk3yRaYBuwOR07My3LfIC6Mgj8ClgE3gH708xVpB4bYHLD0aTgE+w gScE3JDC2wGkkSwSvAGlOSBCBagU5QYNKxoRItEQUWya6GReOYComMGk5TT+JklKy36FGtNa GywF46DuAEoswVrIU0uYCncU+pkYcRP4AKyQJuBAvWRvDfMPSSU3Aab8iTklixICcpWFTOLF YabKyINECb2TcAJAMdZKIiRJBdNi+QK46AhTh2M3RLNyITqec/sjxf2NXyO2o5HU85/ZHi/s agPhKXYQWDSINULJ7XlP1JfxM8ZO57PlP1JfxMlHaO95S37fFtpfM6J3/J/7XshOjvroSF+h GlGhCIIqkBhgssiIjWjIEWhYFVFubio2OiIk7GSLmApwQFhFUyA9SAlkNs0ZIiIVKAqoSIAL REBaJZgRUaIiJdTLVhZEPMAIoQIiCIgLFRJksEVURFlO4RbB5K6wWidQhjYmHIFeHAp2vyFY M9CgwrFzJ56lMqEBauBLey72AkVLcFzhE2AfICvDWiyo5AWmpRlLpgUovJS7oAc9CVs+g+hl 9wDMlKm5KzDYDzMxCFvqSbAFktXIInBBav6A9mtIzzGCWCCQIHVgXIkowGGwKb4gJnSKoE5V gKQu5gmQE/mZTyMSrMMoCkN5LZWAy28AsmqvdkxtAc0dWaUOQGOoCSjQCBsFbAS7/iKcuAEU F5FX5AQpIOozACQdxNCVr/gNnoFgkBr1K85YU9WICnKcjMZM6ZWVO2wNqHzGLmU9oZfMBUND IJ3ZfCANLYK5SM8gJMluIJQUZ6gScWHHqC/ErsBVzadsMyrMU7gSbeu5pXUgnzBOEBpESwRB akJXUk+cDAFMdSp7kyUTMlCt7BEiCwnU85/ZHjPsavkdo6nnH7I8X9jV8iI+FRKwSzSRBqh2 ue15R9SX8TPEh8j2/KPqX3mSjtne8n97i9kdE7vlPv8AE7IQeiLJXyRoTBIWKsQWgWcCQFqD OiRFVClzJCBkVYlkCqhTCCWAHQDShIgTGxkgNAFzSAyig0Q01ACFjEBISCpMlEAREJAKwAEN sSBRWAkJVBESuFSSgmNjITU8ElAkRAlAkDEBN3BK75FtopWigbBDoO8AV+SD1sTlpoNL8SDU 5BYcR6hORTkoFZXIgUQA6gyrPLHQZTuBNoIjGC7ZBYgB0Zcy3BbsVTnDAGrlS7MUgiJ5AWQd m0TwW4gCuXUm3f8AItZIBxIFtkQAQJAE2DPcqgAghZQgm9oCcc5CVBXhyDvabAEEsECdnkC3 YG3IoOdwM1fgEuZkduWCWpA5le7waUbMfM1eQFShK3MEAmlmTMyKti4CIY5stxoDSxkgpFZA VdCCnBNxbZoNyTIlgCNXXUyciYGe4ptayg10JfEDShTeS5BC52Y0pxcBWyvyJ8xXMC5wh7An lNdhxcB7hSomxTzZKedgG2hVrxcxBoBV+QmVN5GZwAptwjUJmVYqZ5ZA1qJKmbyDyPPmBQiR J2vYSByG2RSBK03JYJF8ZKI6fnU/5p8Wo/savkdyYOp5zbyjxf2NXyJR8InDNUmRowQckrme z5R9T++zxaVzPN/lD/TCr9Bv5OfF/pJw/A0eOr4HG4fDp4NXEdCqddapltJ4JR9udzyf3+L2 X5n5Tq/nS+bfu/of5cv4vG8R/wD/ACfoH+Q39LON+m/6B+F/SXj+C4fguL4l8Smrg8Ot100u jiVUSm73go+9GAFgUiZEuAwaCRUIgySY5yCRVLLQlgiBCRAWjLcKyIS4uJORMiiIhsGg0VSg QwTAdGUas8ARAhki0Wiku4CQRaAgCGJSgVyxURLDgiqiibwRdAiRYkiCIO0EtklBAkDZATcE 3op7MHkAstlzwWJ10BYgovkTzNoKY2GoAWuUgSdoB8gFXyDtPIlKbLKANEsOStGy1kCBwiba 7A17XMCftaMwamAebANODFuthxstMATZS+hK2QWYIK5YuWwKGVACg7EAAp2uBAYv1L8xAAmF CAi0BBpgy0AN2DnYcMLAVgfIYQTLAPgD57Bq7cIraAyyxcXkEBzWWcjThpAuwpwgNLOSWWFh UMCShGqdyZTWxbuBqlyUgmpsNloCwmKZKxIDSsFyJXAXG/mO4VkZSs07mllmhE8q5aLWCBWx TWNGVY03yAUpTbmBcxYzbRS4KNJZWypbm5X7vJSuTA0PczPQZ5AKUkoDZNv/ALgKjmKCldBU S4gATsN0psUq6LmgFXzknl8gTFNgMzcVe7yCUc4JdMAVSiDUoJl9Ci5AySm8mU0tGle4EM9C Iojpebz/AJp8XP8Awavkd06fnP7J8Y/+TV8iD4Q0mZ5mqckHLo+B/nLf7BvMv/e+G/xUffHw P85j/YN5j/73w3+KgPxy8n7k/mgf7E/K4/4viP8AHrPw27H7k/mff7EvLPtvEf49YH9h2RJ8 8lJoRERKBCSdmCCkhJIiKSkNAk+QGkykkZaLgUxmxlGhVqp5lNyAYhW2SlEWiCzLkASGQFYJ MJICICRcXFgQIYYighKAlglh8yCoiJBESIpREUhK2VgyA9ynLhhtSmTywJsla3Mk5RPUlFZM G7XZTIJXvgCfqTfwLmZA0lzDRTaWgQFJJtyyhXRdgC72RaEAfIlbKgmpCHnIEw53gW89DKfw 6gSb9AWWWuhAFubnqU8ifUCCu7ldMkQGps4ML0EGUQEDfIyJsE11HuQBKjITaLDC5mXCAtQD kgUgOWZnMDGpgLavzAEmRWykTwBMyINgT5NwcbcOTbSezEzoC7IE7iDzKgDnRKFaATyNpAe0 im4uFOxQClkdGVGUKd3ICkstwatMyZ30IDQhTLRAKczzEIQwArYpNPqZQtcjQcJyyWAV8ipA pG+tgMsB9ZJZglZhMOQNU2l8hT5gpvAahsDdMObldTAJQ+pLb0BqMMt9CkG9IDTeIJAslsBV rq43m2ylQE2A0llMkupO6uADq1/UkrQgTifwFYAU4tkbq0MzjH4jPOAGyFGVkYzkBhTljqDC spSNLmyC7HU85a/zR4v7Go7aXI6fnMvyfxk/8Gr5EHwrYoyaQHLKjJ8B/OY/2D+Y/wDvvDf4 qPvFg+C/nNT/APgnx8b8d4b/ABUB+R+N5Z5hwvKeF5pX4Ti0+D41bo4fGa+jU1Z/J/A/a/8A M/b/APwn5Z9t4n/HrPyN4n9L6vEfoJwf0Z4vl1FdfBinh+JfEc00KqYVOF19OUH65/mfW/kS 8s+28T/j1nLw/l5LL+8z3/g/sQwCJZ6HddRYJIiBRIi0U0pgGSV+hMMIyGyCGU9hYCgLjRKO YJ9QWQjQWIoAiIEAgIBYYAQKIoREBESjZBURPFiCaiLoQFNiLoC2ETmDMdzSnZSToErXBzOH Y1NglyMCrsuskufxCfZVigX4A3rRE8gSt19CmxJ5YQBeliXS5WvIKEnd3AniMljJSQAo5MVY O5RuwFJJS3yK2ZL1AH0wGouWsk0o7AFTsEvCIuYEDs++CEA5yAz1RP4ABawReoEHcpcAiCkv UN/MnGLkEDebk5BgCsWit1ACixRbOCkF0AH0YTHcpUWsUbyBW0ncHyEEk7gRl+gp3aCvaAym otAIrkBc8mZ2MgBzDhdCJw1ACsF1CZ6CBrTNK20YTcJQKzpgaKm7BO4gaUKSTb0Z0aWIQF15 DIagdyA6GbdTKbEuhloQm2JKEUKXIiVphkBZQuW7B1FdAFOLlhhTmNDMsBWGN5hmU4waU55A K6lE7BvkKcIBRQmVMyyQEuqGz6BsaJ3AEmx1IQuZJLmA6JPWiTyixYC0OcgWsAaTgaWknLyZ cSKsBUu5PdoJDaIkB12Op51+yfFr/k1fI7K97udXzmr+ifGfY1fIg+EEBRBqnB8H/Oc/2EeN v/8A3vDf4p94uh8H/ObTf8g/jmot47wz/wD9QPybx/IvNOD5FwfO+L4d0+B8RU1w63UpcOJj MTaT9o/zPp//AAn5ZP8AxfE/49R+P+J+l/i+J+hdH6M8TwfhauFR9GnxDU8RUTPsrl6Z9D9g fzPf9iflv23iP8es5eG+Wy/JJ31n0P7ESIkd1hkCIIiJCgoIiRCoimCKqQgRE6iIiqEoNAhI yoKxAVTAEiAiZItkNXoQkigIiQCsAFtMUEWyDQU4ZBoHglEZLqUDiSVWmiT6XCxBOWScFdt/ gSjeChdXYym/QkheIAlmzBwBIChl0mCbQSwKIWyqBzE/IZsASiJ4B2uA2KykJfIrucAX4QXd E8uAX4gXtWaRN6MtKYRSsNgNljBn94W1BOHeQCc2JPoTiQAp2DcroITGgH1DHYJFu5AXmxTD LUoNSQDSbkkU2bJuwFrqEtIk2uobAmZfYW+hdwJPWTM2d8DrBnmgJom+RA3FgILpTaS0TW5A zzkqinmDd31AGy0VtmVN+oCwK/Iolgc1hMdrGqd9AFKNk5UxckSbewNUtepKFsLa5CkoyAzz NGeg08wHvcezBEnAGriCfMl3AUKzkym4ZpAW2imdQSGlcy6JSsEmTgijScYJW0C6F6sDWUyS 6mVkZgBbnZKyzYldclyGla5ASbmYGfQHENzc1P0eYCskmpnkYTUNOblLblIDTnUD+YZRJgKx AqNBhEwLKiDS+ITaNCugF8STL1JqVkBTzJJuXHogUx2CeT2BpzGCtspfMpa2BKErHV85/ZHi /sajtJxlydXzn9keLe/1VQHwpIhRkN9Hwf8AOaf/APA/mC//AHvDf4qPvFg+B/nN/wCwjzBf /veG/wAVAflbxP6M+Z8D9GPD/pDxaeFT4PxLf6tOr6bpTj2o5Tb4H7K/mfOP5EvLPtvE/wCP Ufjv/wBW+Z/+j/8A0z7Ph34SY9t8JfrPZmVT7XKfmfsP+Z9/sT8r3/pfEf49Rx8Py+/kzvrP r+D+x7bJCZv7R3GiIgIgTe18CZArMDnJkZNCIEIWJdSDGyBwkRLIEWC9UQEpREQCgIPUFO5J bBOcDuQiKUQQQK3+BaIPiBez3EzMD2vIwIQpyCUzDgs6AHZ5FS08EoeQnKAk4kl8gZdihXQI UNokom6CbyA04ZSG2X7sgWoDWWKfNgnM6Amp+A93YtXgG+sgSbWCm4TeUSugJ3e1yKzywVrF e4E4iXYJaZZfYmwB94JOZ6BMi1EAFoxcll3FLIWwAJsk4UKxR3YO8kClbIc7ki9RgG1kpmxR cFsoXjAbLANmROZIiAjDSk08GQJ2wQJ2fMJAXnJP0KwVXxAGWRaLYEGUSfMptAA8GZto1abm HIA3aSZdyzIFGwBpEgJvYSMpmfwA5k4m6uaSv3MKIZqmYsA3YoiT5IBFbgyrCpam6kDSamSS nqZdsXN0taYErD8TLFYAZn0NUuTCRql5AaXpiZUPman19QJZFXyELZJwA7YzDDViKFN7HRnv s0UWpFAiRBq3Mk9aMqehqITAhVr7BZK7ZRrKksvIKNFTZXAf/EPO0BE3RNvoBpuESjISmrlS 1mQH5CgmzglmzsBCA6cAKjsV23AUxBU4gBSgtRYl3Vi1ICmknJ1POf2R4v7Jna6nT86f9EeL +yqIPiCBTeSxYg0fA/zmnH8hHj//AH/hv8Q++R8D/Oc/2EeP/wDf+G/xAPx2qn0P3L/M8/2J eWfbeJ/x6j8MKJtPqfub+Z9/sR8rj/jeJ/x6gP7JPqScyFO9DjJoGMXBza3cdS7XKY6kwOcE nOyUXuZpapGjZErkBA5EgMs0RASASIM3bVjRK5FwZuxxljozVyA1lAlCgsWQOpAKSWBUYCmX mwWdWSjQauVN9iQRPBl6gpSKJWTT3gqcBPx0Uy30A1hyZqzZjL7Mz6gKLZQDxsBWA04YJwnk qbSAXQorYKdAXwJ4ZldRte8gSWyYUwrDMp4AERawX7t8gUqHeTOJnYqJBvMgap6mXmYwSiAm FYCpdmTiQVld2Lnf8ALo/Qu2iw9EgLFwThykTtKYAKbkKs2wSJASBsbzYo2ANhciklE9h3JO ST0QCsg9pJ8xu5WjK384Asr1JEXzAgIHbHzAgTd+REASBNLsQEDwUg2AOE2pK3MHkAKFe8gr SPOA3IB3KCJgATyJTzsZjIHMKuERKFAbSWZJPmrmdXZrb6ANNhbAWBWY08g1GhS0A2Qp8wut kBrUyTchd3bJJ3cAKU7NJzysZXQmoxMgaRD0ICTuxhgPa4EU81BNDD5FDosBIrrLAiRFdANk mylkupXjBQlzhYJS5L4gatmXJfIysRyZSBpcpQuOjM04cZKXl0gapambCsYMUuXDNXU2yA6n JczK5GlLAtDS5ug6ErWQD7N8inz0F2pRJZTkBOn51+yfF8v1NR2247nU86bXk/i/smB8OnmR RjZqVzMjSPlv5cv0b85/Sr+SLxfk/kHhP8r8fX4vg8Wng/rKaHVTTWnVDqaUxe7PqacHs+Vf U1/EyD8ZcD+QD+VPiuH5B4bhfa+Y8BfKpn6v/m4/oz5t+h/8mfgvIfO6eBR47g18WviU8Hi/ rKafb4tVSXtKzcNH1B3/ACf3uL2Qg9FN4UmvasY7NCrLBsaV1cE7Ncy5ygi0sDUKHDJrplhS 3DsXteoD2BJ/iNK+JKcALfIJc4sFkxypAVcH0FWRm7A021yFYMJp2k1eNASV2wnlsp9BUdY6 gXa5RPoUJbEAShvJlrqLekHxIHFkTx1L2utgbkok9Gk8mQl7A1JmVPQaXpMIu9gOiS0Dd2hQ A3HcnkFdzkrgKunsMFotZIKbFoJuLXUozSsqTWtBCBq0SAzzBYyXNCovcAQNxgQeQFfjyC/p 1J5CpvCAk5mPQmoUuSSgnM3uAPIaiCWxc5YBBTm5WjmGVh2AXdg2yta4XvYCViIJjqQOE2Ce eo9LhFuhQZyhuST5MPatEMyL1BxPIrhqLgKJA8FTMATsjPqKxewXYAV4kn3BgWrBzci2Zu+f oA52ErmT7QCXqBZxghtDRl4AndS7GZ3gZaWDM6Ath0uXMgJbMDEcyuAIJTux6XCE7gU8gWeR Oy6Ap9AP/9k= JPEG MS_LuceoS_S.jpg /9j/4AAQSkZJRgABAQAAAQABAAD/2wBDAAUDBAQEAwUEBAQFBQUGBwwIBwcHBw8LCwkMEQ8S EhEPERETFhwXExQaFRERGCEYGh0dHx8fExciJCIeJBweHx7/wAALCAQABAABAREA/8QAHQAB AAICAwEBAAAAAAAAAAAAAAcIAQYDBAUCCf/EAFsQAAECBAMCBgYVCQcDBQEBAQABAgMEBREG BwghMRI3QXSxsgkTFBdRchUWGCIkJzI0NTZCRFNUVWFxc5GSkyMlMzhSY2TB0SZWYoGDlKEo Q0VGZXWC4fBXov/aAAgBAQAAPwC5YAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAMXTwmUVF5QLp4RdPCAAAAAAAAAAAAAAAAAAABdADF08Jk C6eEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4ZyYhyspGmYqo2HCYr3KvIiGjZbZmUz G9bqMjSW8OFJ74tti7bGz4wr0vh2gx6rM27XBS6kIS+pqjzMN0WVpz4sNHK1HNY5UWxhdTtE l4sJs7IrLpEejEVzVTepM05iqSlsExcTv2S0OB25bpyWuQzA1OUaaR7pOnvjMYtuEjHKZi6n aHLRIKTci6C2K/gormKm0nXDFWg1ygylWl/0UzDR7foPSAAAAARbgAAAAAAAAAAAAHm4krlN w9SI1Uq0y2XlYLeE9y+Agud1NUdZyKtLp0SakoblR0bgO3eElPK7MjDuP6asxRppHRYaXiwl SytPSx3jGiYMocSq1yabAgN2Jyqq8mwhVmqCjJMtjRqbEZTHOt3R2t27wk4YMxTR8V0aHVKN Mtjy70RbpvS5x44xbRsIUWJVK1MpAgtRVTwqQp5p+jd1dtSnRfIzhW7o7W7d4SbsE4rouL6L Dq1Em2zEu/l3Ki+Cx7gAAAAAAAAAAAAAAAAAAAAAAAAAAAAABqWYeOJDBz6a2dhPf3fG7Szg 8imzSEy2bk4UyzY2I3hIc19nhMoAAAAu4hfVTjaLh7ByUelPvVKjEbBbDTfwHbFU9zTrgZuC svZSWmISJPxkV8aJbavC27TY80MOzGJsHTdIlXtZEjJZFduNcyQy2lMIYEgUWrSEjMzTIj3O iLBRb3XwqhCuf0rT8Z5z0LA1FkJaHCYnbJhYUJEXhNW/IWKxjhmJVcs5vDMnwIcSLJJAbfci 2saxkfljLYQwqtMq0jITMfZd6wkW/wBpEGpFkhiTNagYDpNNlYays1DjTDoUJEXgr4bFo8PU yFR6NK02XREhS8NGIh3wAAAYvt3HTrlRhUukzNQiormQGcJyJvPDy6xnI4ykZmakoT4bZeJ2 t3C8JtIAAAAAAAAAAF9/zGsZiYxksG0qBPzsN8RkaMkJvB8Kns0Kow6pSoE/CRUZGbdEU7xE GpLAtfx3IU+lUma7TKK5e6kuqcJLm5YOwNQKLhWTo7qTJPWHAbDiudBaquW21b2K6UCG3Cur CcpOH1WHJzEVqR4LF861Po5Duai1diXUFQsJT0R6UztKRXQ0WyOcilhZnBWGJzDi0aLR5JJd 8BGLaC1FTZvvYr/pQmI1FzKxThaWjPiU+FPPSGirdGIm5BqYiTOIc4MMYWmorkp3djeGxFtw kXkUsC/BeGoWHHUhtHku0MgKxLwW33b9xAGlmFFoOdOJ8Jy8aI6nwIPbobFddGqri0qbECrZ Lmm5gY+p+EZuSl5yFEe6b9RweTabZJzDZmVgx27EisR6f5nLffsMgAAAAAAAAAAAAAAAAAAA AAAAAAABSDNVitbEwm962a2oXU9CtZ64EwjRZaWm6gqzbYSJ2vta9JDuN9Y7ISOl6FRmRbrs icNUO3p81JQ6nP1CJjaoRJaGsT8izgq5ET/ImVdQGWt1TyXfs/cuCagMtfld/wCC4eaBy1+V 3/hOMrqAy0t7MP8AwXBNQGWq76w9P9FxjzQGWvyu/wDBcbFgXM3CWM5t8rQZ50xFYiqqLDVN 30m3xozIUJ0R7kRjUVVVeQpBjuo4qzSz1fGwxIvnYNKV0GyLsRzV3kgyma2YeXmI5CnY/ozm 0ucekKHNPffglmKROwKlTYE/KvR8COxHw3Jyop1cVVeFQsOz1Xj2SHKwliLf5iuOlWlRcT5g YizAnUVbTjmyqu/Yd4C0XJvOhXp6BTKPNT0xESGyFCcvCXw2UrRpip8zjHM+uZhVJixYLldL wXO8LV2E/Y4x3h3BcFkWvTbpdsRLtsxVNS80Dlr8rv8AwXGU1AZa2X88P/BcY80Dlr8rv/Bc E1AZaqu2sPT/AEXDzQOWvyu/8Fw80Blt8rv/AAXDzQOWvyu/8FxFOo7UHT4NEkouBa3G7pRy rFRGK3Z/maBgbV/XJHtcCs0vuxLWdEc/apLMPUdhHFeDqnKRkdKzUSBZrEYq3X6TZdJT2xsL VWMz1MSau37CbAD4jRGQoTokR3Ba1Lqp1qRU5KqyzpiQjtjQ0crVcnhQ7gAAAAAAPExjimj4 UpvkhWphYEC9uEjVU0VmoHLV23yXeiLy9pcQJndqZm6VjpjsIzkSbpiMaqsVFairynq4L1iy cyjYVcpLJfciuRyqetnPm7g3HODKVAo88sSZWeYqw+AqW/zLBZbpwcF01F+DQ2MKR7nhmLJY CwtFmXOa+fjp2qXhIu1XLuI90y5f1J07OZiYtR0Sr1Ta1kRNsOy7P+Dl1P5b12rz8ljbCSPd WJDgp2tmxXsRbqaZibUJjilYLmYNQwd3FNMg9r7f2zaipsubVo1wlOS1Dn8X1drlm6vH7oYr t9nHhZ2L/wBRuG0/jGFoJpPQ8Vf3a9BWXID9Z7F3Mm9JZ8w71KlfdWExAkqhQpuZdwYUPa53 g2nJXdS2BMPUiVl5WZWbmGS7bsViptsQ3jfWHVptHwKLSUl03JFa/ahKWReofD03gjt+L6vE bUe2r51Yau879JIMnnzlzNTsKTg1Z6xYq2YnanbSS5WPDmZeHHhLdkRqOavhRTlAAAAAAAAA AAAAAAAAAAAAAAAAAIM1WNR0bCTXblqFlNtncscIYow/JpU6ZBc5YSefbDThfaRXjPSLg+fV 8ajxI8CK5NiOfZLnd086elwJPVB2IYMjUIUaJeBdqPs357ky+UDCKqq+Qcjv+BaEwBhK/sHI 7P3DQuAMJfIcj+A0LgDCW7yDkfwGjygYSvbyDkfwGjygYRTb5ByP4LT0KHhmiUaKsWm06Wln qm1YcNGr/wAHXzBbMLg6ppK8Lt3aV4Nt5CGieLTVp+JYV4SVJKk/hov6S3L/AJHpa0309ctV gzDofdrkXuZrvV8L5iRMh2TcLKbD7Zy/bO42bF37jQNYuJo9PwZLYckn+ia09ZdGtXab1kNh iDhjLSkySQ+BMPl2uj7N7jfl2IQZrCxW6j5eLR5N7kn5+IxrERdqoq2U3DT7hRMIZbSNP4Kd sjJ2968t3Jc3Gt0KlVljW1KSgTKN3JEYjrfaeT3v8JfIcj+C0JgHCXyFI/gNHlAwin/g5H8B o8oOEr+wcj+A0Ll/hLf5ByP4LQmAcJW9g5H8Bo8oGEb+wcj+A0jrPTIum42pUnJ0aUk5FYLl 7Y5rEark/wAjWME6SsG0zgRqq+PHjInnkR90VSRqzl1hDDWAqqyn0eUVyQFs98JFcn+Z4mlB Ebhuro1LNSb2IhNIB5OLbphyfW6p+RdtT6FIv0iK92XM6sSNEiu8ko217rqnniZk2JYAAAAA AHSq9LkKrLdz1CWhTELfwXtuh4jcAYRRNlCkbfUNIGzx00xsaY3ZUKMknI09GNRzGojfpO9g zSVgmmo2LVHx48ZN6cK6HLn1gHDWEsC0tlGkIUJUn2Jw+AnC+0mvLe64Lp11/wC2hsZ4mNcS UzCuH5ms1SMjIEBnCVL7XfQVuyxw7WM6cwo2O8UMiQ6DJRVhycu7Zw7LdrrcpaiXgw4EJsKE 1GQ2IiNaiWRD7ciLv3cpVrP2cZjfNik5fUmVhdpl5hFn3w2+4XwqWUw3SJeiUGSpMqiNhSsN sNtvAhWnP2IlO1A4XnZz8lLRJ1iJEdsT7Sz0zMQVp0WZSK1YCwVcj0XZa28rLpwjwqhqNxbU JRe2SrpVGJEbtRVR21LlpESxhfUqQBqohMj1egQorUfDd6pqpv2mzVbJLAmKqPJvnqc2FEdL s89CYichEON9HVMjI+JhmbdDiKt0SM/YSrkXk3T8J4KWj4hp0jNzaReF2ztaO2fSb9BwLhSF HbFh0SSa9i3RyQW3Q2OExkOG2GxqNa1LIich9AAAAAAAAAAAAAAAAAAAAAAAAAAEHaqFTt+E tn/kCYMNewUnt/7SHoK1F3mU2AAAA+YsNkSG6G9Ec1yWVFK4Y1yOxJR8XR8UZb16LSosdVdG gQm+qcu9TgwzkjjHFOI5Ss5kYijT0GSiI+HKxG7FUsjISsCTk4UpLw0hwYLUaxqciIQzjzKi q4qzhp+I5yfc6lyEZsWFLqmy6bya4bGQ2NYxqNa1LIichlb3SxC+Y+VtSxnmpSa1PzTlpci1 UWCqbF27CZZWC2BLw4LE87DYjU+hEOQAAAAIljXcxk/sTVr7u0KRxpS9rlYt8bJpAIn1DZpS eXtG4E3IpMtmoTk2ra29CENL2elOkIDMJpTkdHnJ9z2vR25HqXGYquaiqlltuMgAAAAAAGLb QjUQhzVh7TKZ/wDIMJBy2t5S6bb4NDYyGdT+W1fzFo8lT6PU4kpBYq9vY1PVpyEaUXKrOyjU uFTaZjOalpWEiNbDaxNyG8ZWYQzbpmKYcziXFczPSCOThQntsioTfVWRn02ZZLqqRnwnNYqc iqmxSJMkMqp3DOJ6rijEE2s9Up/ZwnptaiLsJlshHmdmWFPzFoTJeK9IE7Lqr5aYttY7wkLs yzzwZLNw4mM5taY1O1pE4OzgeAmnJTK+l5c0LuaA5Jieiqro8zayvVd5IRh3qVIC1Rba5h5U XZ/+k34f9hZHm7Og71kvcyAAAAAAAAAAAAAAAAAAAAAAAAAAAFvyEG6qtkfCP/yBMGGttCkv qkPSAAAAAsAYtt3qZA5QAAAAAa7mPtwRVkXd2hSONKK/2crGz32TSByWIJ1pYYSs5Szk5Dho +PLW4K22ohWrQ1hTyYzMjzUzBR0OUho5qqm5yKfoUiIhkAAAAAAAAhvVhfymUz/5BhIOW2zB VNt8GhsYVL8qmOD86hE+dTITYAY4PzqZBh3qVIC1Rez2Ht//APKTfh/2Fkebs6DvgAAAAAAA AAAAAAAAAAAAAAABVRN5hVROUcJvhCqico4TfCOE3wi6W3hFRdymU27geJinC9IxG6UWqS7Y yysTtkK/Ip60tCZLwGQITURjEs1L8hyXF9vJ9ovs/wD0IvhsgutuT7RcXXwJ9ouEXb/+i625 PtCL4Qii/wBAvt5LfSLhV8AuL7Airbk+0XCKvLb7Rf6Aqr832i4vt+b6Rf6PtCL4dgvsOvUZ SDPyMWTmWI+FFbwXtvvQ8/CuG6VhyXjQKVLpBZFfw3onKp7PIYRdnJ9oV30faeDj2lMreEqh T3w0ekSE5Ub4VspCmjXA8xh2nVSozkv2qJEmorEv+zwthYpqWSwAAAAAAAAPIxVhyl4kkocp VYCRoUOIkRqLyKh3aZKQafJw5OXYjYUNLNS+47Nxdbcn2i4RV8CfaFXwW+0Ivh6Rdfm+0X2f OYuvgT7TN/oCKvLb7Qq8nJ9J4OJsJ0bEUxLxqnLNjOl/0aqu49yXhMgQGQYaWYxqNanzIfYA AAAAAAAAAAAAAAAAAAAAACrYjTNzF+LcOTMuzD9NhzcN6Kr1cxVsRxS86Mw6mkR0nQpeIkNy tcqQ12Kh3O+rmh/d6B+Epjvq5oXt5XoH4Shc1c0LbMPQPwlMpmrmhbbh6B+Eo76uaH93oH4S mFzVzQRFth6B+EpK2Vlfr1foaTVek2SswvuWtsbjybSKdSuZczlrgxtRlITIkzHVWQ0cmy5X 2l5uZ81SnQajKUOA+BHbw4aox21D6qObGfcjIxp2ZocBkGC3hPXgO2IdLC2dud+IZOJNUujy 8aGxbKqNVT1UzM1BfIEH8Nw75uoLb+YIP4bguZuoK/sBB+44LmbqCX/0/B/DcO+ZqDt7AQfw 3Dvm6gtv9n4P4bgmZuoJEt5X4P4bgmZmoJP/AAEH8Nw75moLd5AQfw3Ge+bqCtbyvwfw3GO+ XqC+QIX3HBMzNQSf+Ag/huHfM1BX9gIP3HBMzNQXyBB+44LmZqCX/wABB/DcO+XqC+QIX3HG e+bqCtbyvwfw3Hz3zNQXyBC+44yuZmoL5Ag/huMrmbqCVPa/B/DcYTMzUFb2Ag/huHfN1Bf3 fg/huCZm6gk/9PwV/wBNw75moLf5AQfuOHfN1Bbf7Pwdv7tx4lfzyzrok9Bk6hSZeHGjW4CK 1Uvc9KqZt59U6mRKhM0OA2BCZw3O4DtxPmmLNCZzMwfGnp6C2FNSr0hREalkuSpPJHdKRWy9 u2q3zl/CRBUqRnC+oR3SsSQ7Qrvyd4u2x1/IbOj4Sn/ijyGzo2pw6dZUsv5U46RhrNuRmILY a05kv23hRGtifaTTS2zDZCE2bt29G+ftuudkAAAAAAAA69RjOgSEeKz1TGK5CkWOtROZUlj2 p0Wi01k0yXicFjWMVy/8Hl+aHzq/u1F8Hrd/9DC6iM6kXbhuL/t3/wBDPmiM6t/lai/7d/8A QeaIzq3eVqL/ALd/9B5ofOu9vK1F/Af/AEMJqIzq3eVqL/t3/wBB5ojOpLr5W4uz+Hf/AEMp qIzqXamGou3+Hf8A0MLqJzqRduG4v+3f/Qz5ofOrf5Wou3+Hf/QeaIzq3eVqL/t3/wBDHmiM 6UY564biI1qbVWA/Z/wTBpPzjxVj+sz0liCBChLBejbNRUVPtLMtW9/pMgAAAAAAAAAAAAAA AAAAAAAAHh45qkGjYXnqlFa20GGu1yfMVz0X41i1uvV2jTUSHFXumLGYitTYl9haNsFltsOH 91DPaYfwcP7qDtMP4OH91B2mH8HD+6g7TD+Dh/dQdph/Bw/uofbGtalkaifQljKpcrN2QNPS 8pqotlSOvQRFgLVdFw1g6m0F2H+39xQUhJE2bbHLjTVnGr2FKhRWYf7Qs3BWGsTZsua7kfjP NqmYemGYSoceelVcnDeyGiohv7cyNQlvapNr/pIEzJ1BpvwpNr/pIO+RqES98KTf4SBcyNQl vapN/hIO+RqEVdmFJv8ACQwuZGoS/tUm/wAJD6XMjUJayYTm7/VIYTMjUJtRcKTf4SBMyNQl vapN/hIEzI1Cbf7KTf4SBMx9QibVwpN2+qQwmZGoS/tUm/wkMuzI1CX9qk2n+kgXMjUJv8qk 3+Eg75GoRd2FJv8ACQd8jUJa3lUm7/VIG5kahLe1SbX/AEkCZkahEVb4Um/wkHfI1CXv5VJu 31SDvkahLe1Sb/CQd8jUJu8qk3+Eg75GoRd2FJv8JDPfI1CWt5U5u/1SGG5kahP7qTa/6SBM yNQm3+yk0v8ApIaZjqZztxRVpWrVHC0218pZU/Jom5bnfruaecWIaJM4Z8gJhyx4SQXNSEl7 bifdF2B67gzA862vQHy8xORki9rcllQnSoxYsCRjRYMNYsRjVVrE3qpCNRzQzJl6jMwIOXVR jQob7MiIuxyeE4G5q5nJsdlrUvtCZqZn3W+WtSX/AOx9U3NbMeanIELveVBIboiNe/hJZqE4 UqPHmKfBjTEF0GK9t3MXe1TtAAAAAAAAHVq0N0SmzLWJdzoaoiFA8RYdzbw5mtWa1hnD8y5s WNdr+1o5HJ/mdzyyajeG5yYfj7f4dv8AQz5YtRisVFw/Gun8O3+g8seoxU24ejrb+Hb/AEHl j1GW9r8dU8Hc7f6HDNYr1Dycu+bmKFGhwWIqvcsu2yJ9hqULPzMB6RWvnoLHQt7e503/AGGa ZnxmTUpxsnIuhx479jWNgNupuDMS6jFbwmYfj8FyXT0O3+h9LiLUYrNuH490/h2/0Hlj1Fu9 Vh+P/t2/0MJiPUau/D0dfB6Hb/Q+Y1f1FRpeLAdh6OjIreC70O3d9hIOi/CWMaTimq1LE1Jj ybpiKjuE9tuEW6RLXMgAAAAAAAAAAAAAAAAAAAAAALuUhDWTidKHlHPysN6NmJpicDaVD0hY odQc2oUSJGVqTiJDXbvVVP0phrdqO5FRD6AAAVbFZOyCr6XtNTwx1PcyTyfwNVsqqDUJuky8 SYjSrXRHuhoqqpnOjJ/A9Lytrs/KUmXhR4Eq98N6Q0RUWx5OgxrVy4nLtRbvTeWPSBB+CZb6 B3PB+CZ9g7ng3/RM+wdzwfgmfYEl4PwTPsHc8H4Jn2DtEK/6Jn2Ge54HwTfsMJAg/BN+wLLw eSEz7DPaINv0TfsMdzweSEz7DPc8H4Jv2GEl4NtsJn2BJeFf9Ez7AsvB+Cb9hlJeCn/ab9hh ZeD8Ez7B3PB+CZ9gWXg/BM+wz3PA+Cb9hhIEK/6Jn2DtEH4Jn2BIEH4Jv2DueDyQmfYYfKy7 mqiwWKi70VDpwqFSIUft8OmSzIt78NGJc9JEREsmxAAeRi2qso+HJ2oRFRqQobrKvhstiINJ mPJnFdIqUvOxu2Roc3FVLrdeDwthOybUAAAAAAAAAONYEFVusNqr9BjueDyQmfYFl4PwTPsH aINtkJn2DueD8Ez7DWszocNmBKsqQmX7mfyf4VKoaL8DYdxVGrUasyUKZcx7rI9qL7o6WVNA pMjrFiUyFJwXSkNIvBhK3zqWXZsLwpLQEajUgssmxEsO0QvgmfYO54HwTfsCS8H4Jn2Ge54P wTfsMw4UNi+dY1v0H2AAAAAAAAAAAAAAAAAAAAAAADSs08usO49pyQMQS7o0ODDdwUR1vCV3 00ZRYOn6/Pz0xJOdGp869sBUdbg8F2wt5DTgsRvIiWQyAAAVl7IJxe03nCkt6d+JnDfM2jUD tydxHzJ/QRXoK4uZvx0LJpuAAAAAAAAAAAAAAAIX1g4kbQcoKgyGqpHjW4NlK2aDcVvkMw5y RmYn5KZhedRV90ql+kW+wyAAAAAAAAAAAaxmiqeUOrX2+honVUrloAtau+O7rGv5c/rtTGy3 6bpLqAAAAAAAAAAAAAAAAAAAAAAAAAAA4pv1rG+rd0KQLpW9ka/z+N1ifm7thkAAArL2QRPS 9pvOFJb078TOG+ZtM6guJ3EfMn9BFWglPS5nOXz6Fk03AAAAAAAAAAAAAAAEJapcsZ/MGisS Vm3woUtCcr2ItkdbaQRphyOqMzPS+L5edfCbKTqw3Na71XAUvHDvwU4SWW20yAAAAAAAAAAA azmiieUSrX+LROqpXLQB6mu+O7rGvZcovm2pi/77pLqAAAAAAAAAAAAAAAAAAAAAAAAAAA4p q/csbxF6CB9K9u76/wCHu+N1ifGbGmQAAF3FZOyCcX1M5wpLmnfiZw3zNo1BWXJ3EfMn9BFe gri5m/HQsmm4AAAAAAAAAAAAAAA8nFqr5W5/k/Iu6FIu0hK1cuZ1Udf85RusTOAAAAAAAAAA ADWMz7pgOr22r3NE6qlctAF7V3wcN3WNfy5VPNtTNv33SXUAAAAAAAAAAAAAAAAAAAAAAAAA ABxTfrWN9W7oIG0rKvd9fRU9/wAbrE+tvbaZAAAW9thWXsgnF7TecKS3p34mcN8zaNQVu87i O3xJ/QRXoJ4uZy/7aFk03AAAAAAAAAAAAAAA+IsWHCThRYjIbfC51jrRI0hPQnyyTMvGa9FR WtiItzyqBS6Bg6mxJSWiS0lAdEWKqOcjdq7z1JCq06f9Zz0vG+ZkRFU7oAAAAAAAAAABrOZy XwJV+T0LE6qlcdAG6u7fdu6xr+XX67Uxs+G6S6gAAAAAAAAAAAAAAAAAAAAAAAAAAOKaW8rG 8ReggbSuno+vr/HxusT6z1JkAAArJ2QXi9pvOFJc078TOG+ZtGoO/edxHt95P6FIs0FcXM34 6Fkk3AAAAAAAAAAAAAAHzEejGOc7c1FVSreZVexnmjmhMYGwlOpJU2Taj40VeVNy7UOnXcqc f5ayS4roeI+6llE4UaC5znq/6EU8rB2H8X6hI78QVeqxJSjwV7T2qG5WLw27F3HLjvLXFGSk GHjTCtajRpKWe3umDFiK9XXW2y5Z/LjEkLFOEpKsQ0XhRYTe2eNbabGAAAAAAAAAADWM0Evg Or7behonVUrloATZXdvu3dY1/Lm3m2pm373pLqX22AAAAAAAAAAAAAAAAAAAAAAAAAABxzfr WL4i9BAulf2Rr/Po3WUn5LW2AAAGHXtsKzdkE4vaan8QvQS3p34mcN8zaNQNu87iO3xJ/QRX oJW+XM546Fk03AAAAAAAAAAAAAAHHMQ1iwYkP9pit+0qnSK9Dyfz4qrsRQXsplQho2FMI1V2 qtyzUpHpeJ8PpHl3JHkptl0VU9UinBgnC9KwnSH02kQGQZd0V0VWtSycJd5COq/MigxMJTuB adFdM1qbiNakFrb2VFJNyGoE1h7Linyc2itivY2IqLyXRDfgAAAAAAAAAAazmcqeUSr3TZ3N E6qlctAG6u7Pdu6xr+XNvNtTFv3vSXTAAAAAAAAAAAAAAAAAAAAAAAAAABxTfrWN4i9CkDaV 7LPV9eXu+N1ifWpZDIAABWXsglu97TecKS3p425M4b5m0ag9uTuI+ZP6CK9BK+lzObPdoWTT cAAAAAAAAAAAAAADR82KZgao0bg4yiykvBS9okRUa7/JTp5dYzy6g06BQKBiGSc2AnAhQ3Rk VyoSF517Ni3Ryb0IunMssA4ZxHO4+qTVdMPicN75h12NVfBfcSNRajJVKQZNSERkSAqedVq7 LHdAAAAAAAAAABrOZ63wJV7WT0NE6qlctAFuDXfHd1jXsubebamP9bpLqAAAAAAAAAAAAAAA AAAAAAAAAAAA4pv1rG+rd0KQLpWS1Qr+2/o+N1ifmepMgAAFZeyCW73tN5wpLenjiZw3b4m0 zqCv3ncR3+JP6CKtBN+9zOX/AG0LJpuAAAAAAAAAAAAAAPiPE7XCe+3qWq77Cp87RpzOvPKo 0yp1GLBoVNhpEbLJta9UWyobdi/TRh5ZNJrCMdaPUoCXhxIKLdVQ8zLfN+vYJrLME5oy8SBE a7gS88+6rETchvep2bl57IWqzUrHbEgxFhq17V+c9XTqlssJDbfzrehCSAAAAAAAAAAAaxmg ieUOrX2ehonVUrloATZXV/xu6xr+XG3W1M3/AHvSXUAAAAAAAAAAAAAAAAAAAAAAAAAABxTf rWN9W7oIH0rqnd9fT+PjdYnxq3QyAAAu4rL2QRPS9pvOFJb08X7zOG7fE2mdQS3ydxGv8E/o Iq0E373M5f8AbQsmm4AAAAAAAAAAAAAA+YrEfDcx25zVav8AmVUxyzE2Teb83i+lUyPUaHUG NhxYcGGr3N23VSxeAMTwcWYcl6xClI8q2MxHdripZyfSdHM3L6g46or5Kpyze3WXtcdrUR7V +kqbmnS8ycucLz+DYkOLVaBOxW9oe1qvdDai8qloMgIEWXy1kGRobob+A1eC5LKmwkIAAAAA AAAAAGs5nqiYEq6qnvaJ1VK46ALWrvju6xr+XV01tTF/3vSXUAAAAAAAAAAAAAAAAAAAAAAA AAABxTfrWN9W7oIG0r+yNf5/G6xPrdxkAABUuVk7ILxe03nCkuad+JnDfM2jUHfvO4j2e8n9 BFegpPS5nL/toWTTcAAAAAAAAAAAAAADhm5aBNQHQZiE2IxyWVHJc+ZGTlpOXSBLQmwoabmo dg6tSp8pUZZ0vOwGR4S+5chySkrAlYDYEvDSHDbuanIcwAAAAAAAAAANZzPv5RKvdL+honVU rjoAtau+O7rGv5c/rtTG2/6XpLqAAAAAAAAAAAAAAAAAAAAAAAAAAA45v1rF8ReggXSv7IV/ n8brE+tW7TIAACpdCsvZBOL2m84UlvTvxM4b5m0aguJ3EdviT+givQSnpcznjoWTTcAAAAAA AAAAAAAAAAAAAAAAAAAAAAaxmgn9g6siL72idVSuWgC1q74eG7rGv5cqvm2pjZ8L0l1Nt/mA AAAAAAAAAAAAAAAAAAAAAAAAABxTfrSN4i9CkDaVl9H19F+PxusT63ahkAAArJ2QXi+puz3w pLmnfiZw3zNpnUFxO4j2W9BP6CKtBNu9zOW/bQsmm4AAAAAAAAAAAAAAAAAAAAAAAAAAAA1j NBbYDq90v6GidVSuWgBdldT/ABu6xr+XP67Uxtv+m6S6gAAAAAAAAAAAAAAAAAAAAAAAAAAO KaT0LG2+4d0EDaVm2n6+v8fG6xPrUs0yAAAVk7ILxe01P4hSXNO/EzhvmbTOoLidxHzJ/QRV oJ4uZzx0LJpuAAAAAAAAAAAAAAAAAAAAAAAAAAAANZzOuuBKvb4tE3+KpXLQBe1d8d3WNey5 RPNtTNv3vSXUAAAAAAAAAAAAAAAAAAAAAAAAAABxTfrWL4juggbSuv5wr6fx8brE+s9SZAAA UrL2QRfS9pvOFJb08bcmcN8zaNQe3J3Ed095P6CK9BS+lzOX/bQsmm4AAAAAAAAAAAAAAAAA AAAAAAAAAAA1jNC/lEq9luvc0TqqVy0AItq6v+N3WNfy5/XamNvw3SXUAAAAAAAAAAAAAAAA AAAAAAAAAABxTfrWN9W7oUgbSun5wr6/x8brKT8m4AAAwu4rN2QS3e9pvOFJb08X7zOG7fE2 mdQV+87iO/xJ/QRVoJv3uZy/7aFk03AAAAAAAAAAAAAAAAAAAAAAAAAAAAGs5nIi4Eq+23oa J1VK5aAN1d8d3WNey5RE1tTH+r0l1AAAAAAAAAAAAAAAAAAAAAAAAAAAcU361i+I7oIF0rJa oV/n8brE/M2N2mQAACsnZBU9L2mr/EKS5p4v3mcN8zaZ1BLfJ3Ea/wAE/oIq0FXTLmc5fPoW TTcAAAAAAAAAAAAAAAAAAAAAAAAAAAAazmfbyiVeyX9DROqpXLQB6mu+O7rGvZcJbW1M7fhe kuoAAAAAAAAAAAAAAAAAAAAAAAAAADimktKxvEXoIH0r27ur/h7vjdYnxnqTIAABWXsgl+97 TfB3QpLenfiZw3zNo1B37zuI9nvJ/QpFeglPS5nNvu0LJpuAAAAAAAAAAAAAAAAAAAAAAAAA AAANYzPT+wdX4K+9onVUrloARbV3x3dY1/Llb62pn/V6S6lttwAAAAAAAAAAAAAAAAAAAAAA AAAAcU361jfVu6CBtK1/JCvovx+N1ifWbGmQAAFS5WTsgl+99TU5O6FJc078TOG+ZtGoK3ed xHb4k/oIq0E2TLmct+2hZRNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrOZ1lwJV7r71idVSuWgD dXdvu3dY17Ln9dqY2W/TdJdQAAAAAAAAAAAAAAAAAAAAAAAAAAHFNX7ljeIvQQPpXT0fX1/j 43WJ8Z6kyAAAt7bCsvZBOL2m84UlvTvxM4b5m0zqC4ncR8yf0EVaCbd7mct+2hZNNwAAAAAA AAAAAAAAAAAAAAAAAAAAABrGZ9lwHV77PQ0TqqVy0AJsrvju6x4GXV/NtTF/3vSXTAAAAAAA AAAAAAAAAAAAAAAAAAABxTfrWN4i9CkC6VlvUK/z+N1ifmpZDIAABWTsgvF7TecKS5p32ZM4 bv8AE2jUFbvO4j5k/oIr0FL6XM5s92hZNNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrOaF0wHVr bV7midVSuOgDdXdvu3dY1/Lm3m2pm373pLqAAAAAAAAAAAAAAAAAAAAAAAAAAA45v1rF8Reg gXSv7IV/n8brE+s9SZAAAVbFZeyCL6XtN5wpLenjiZw3zNpnUHtyexHdPeT+girQTfvczd/2 0LJpuAAAAAAAAAAAAAAAAAAAAAAAAAAAANYzPX+wdXutvQ0TqqVz0AWtXfDw3dY17Ln9dqY2 fDdJdQAAAAAAAAAAAAAAAAAAAAAAAAAAHHN+tYviL0EC6V1/OFfT+PjdZSfk3AAAArJ2QTi+ pvOFJc08cTOG7fE2mdQV+87iO/xJ/QRVoKv3uZzx0LJpuAAAAAAAAAAAAAAAAAAAAAAAAAAA ANYzQ9odXvt9DRN3iqVy0AWtXdnu3dY1/LlLa2pnb8L0l1AAAAAAAAAAAAAAAAAAAAAAAAAA AcU361jfVu6CBtK9lnq+qfH43WJ9YlmmQAAFKy9kE4vabzhSW9PFu8zhu/xNpnUFxO4j5k/o Iq0E8XM3t92hZNNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrOZ68HAlWW3vaJ1VK46AFX8++O7r Gv5c/rtTGy36XpLqAAAAAAAAAAAAAAAAAAAAAAAAAAA4pv1pG8RehSBdKy3qFf5/G6xPzPUm QAACsnZBV9L2m84UlzTvxM4b5m0ag7953EfMn9BFegqyZczi7/PoWTTcAAAAAAAAAAAAAAAA AAAAAAAAAAAAazmai+USr2+LROqpXLQBurvju6xr2XKKmtqYuvwvSXUttAAAAAAAAAAAAAAA AAAAAAAAAAABxTfrWN9W7oIH0r27vr/h7vjdYnxu7YZAAAVLlZeyCW73tNT+IUlvTvxM4b5m 0ageJ3EfMn9BFegm3e5nLftoWTTcAAAAAAAAAAAAAAAAAAAAAAAAAAAAazmelsCVfbb0NE6q lctAG6u7Pdu6xr2XN/NtTF/33SXUAAAAAAAAAAAAAAAAAAAAAAAAAABxTfrWN9W7oIG0r+yN f5/G6xPrPUmQAACsnZBeL2m84UlzTvxM4b5m0zqC4ncR8yf0EVaCeLmc8dCyabgAAAAAAAAA AAAAAAAAAAAAAAAAAADWMz7pgOr22+honVUrloAVbV3x3dY1/Lm3m2pi373pLqbb/MAAAAAA AAAAAAAAAAAAAAAAAAAADim/Wsb6t3QQNpX9ka/z+N1ifm7t9wAAAVk7ILxe03nCkuaeNmTO G7/E2jUGqJk7iPk9BP6CK9BPFzOeOhZNNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrOZyKuBKvb Z6FidVSuWgC/Brvju6xr2XKJ5tqZ2/DdJdQAAAAAAAAAAAAAAAAAAAAAAAAAAHHN+tYviL0E C6V/ZCv8/jdYn1nqTIAAC7isnZBFtl7TU/iFJc078TOG+ZtM6g+J3Ed/iT+girQVdcuZy/7a Fk03AAAAAAAAAAAAAAAAAAAAAAAAAAAAGsZn7cB1ey+9onVUrl2P+/598d3WPAy6262pj/V6 S6YAAAAAAAAAAAAAAAAAAAAAAAAAAOKb9axvEd0ED6V19H1/b7/jdYn1u7fcAAAwu7dcrN2Q S3e9pqfxCkt6eE9JnDe33m0zqD4ncR7feT+girQVdMuZzl8+hZNNwAAAAAAAAAAAAAAAAAAA AAAAAAAABrGaFkwHVrp72idVSuWgC9q74OG7rGv5c/rtTG2/6bpLqcoAAAAAAAAAAAAAAAAA AAAAAAAAAOKb9axvEd0EDaV0/OFf5/G6xPrUsljIAACrZCsvZBEvl5TecKS3p44mMN8zaZ1B LfJ3EfMn9BFWglPS5nNvu0LJpuAAAAAAAAAAAAAAAAAAAAAAAAAAAANZzPW+BKvb4rE3+KpX LQAnna7t927rGvZc2821M2/fdJdQAAAAAAAAAAAAAAAAAAAAAAAAAAHFNJaVjeIvQQPpX9fV /Z7/AI3WJ8Z6kyAAAVl7IJfve03wd0KS3p34mcN8zaNQd+87iPb7yf0EV6Cbd7mct+2hZNNw AAAAAAAAAAAAAAAAAAAAAAAAAAABrGaCf2Dq/J6GidVSuWgBNld2+7d1jX8ub+bamL/vekuo AAAAAAAAAAAAAAAAAAAAAAAAAADim09Cxvq3dBA2lbZUK+l/f8brE+tSzTIAABWTsgl+99Tf B3QpLmnfiZw3zNo1BcTuI+ZP6CK9BNu9zOeOhZNNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrOZ 6omBKvfanc0TqqVx0ALsrvju6xr+XP67Ux/rdJdQAAAAAAAAAAAAAAAAAAAAAAAAAAHFNX7l jbfcL0ED6WLd31/w93xusT4z1JkAABb22FZeyCcXtN5wpLenfiZw3zNpnUFxO4j5k/oIq0FL 6XM5s92hZNNwAAAAAAAAAAAAAAAAAAAAAAAAAAABrGZ+3AdXul/Q0TqqVy0Abq7s927rGv5c 3821MX/e9JdTbcAAAAAAAAAAAAAAAAAAAAAAAAAAHHNIqysVE38BehSD9MlNn5GerrpyXfCR 89FVvCba6XJ0TcAAAFQrJ2QRPS9pnOFJc08bMmcN8zaNQa2ydxHf4k/oIr0E373M3f8AbQsm m4AAAAAAAAAAAAAAAAAAAAAAAAAAAA1nNBF8odWsvvaJ1VK46AL2rvju6x4GXV/NtTF/33SX TAAAAAAAAAAAAAAAAAAAAAAAAAAMXTwi6eE+YcODDv2uGxl9q8FqJc+wAAAu4rL2QRV73tN2 e+FJb078TOG+ZtM6g+J3Ed/iT+girQTsy5nLr7tCyabgAAAAAAAAAAAAAAAAAAAAAAAAAAAD WM0EVcB1e629DROqpXPsf6edrq/43dY17LrZramU+t6S6nKAAAAAAAAAAAAAAAAAAAAAAAAA Dr1CcgSMpEmpl7WQYbVc5yruK54k1JzsavR5DBNA8lYUFytfFe1yJdN+06KagMyeFbyjQL/S 4+YmoXMSEivjYIhIxu1ypwtxKWSucVGzCZFlLLKVSXskaXc3g2X5rkpIAAAVl7IIvpe01P4h SW9PG3JnDe33m0zqCS2TuI+ZP6CKtBKelzObb+fQsmm4AAAAAAAAAAAAAAAAAAAAAAAAAAAA 1jND2i1Xl9Dv6FKH6aqDi/EtYxHBwzXpulpKcJ7kgvtwtqnq6XfJFmquLAqs1EmpuB21j4j1 uqqh+gQAAAAAAAAAAAAAAAAAAAAAAAAAIs1TzE7LZO1N8ir0iK5iKrd9r7Tr6ZaXh5mWMs+m QZWYV7uFFiKxHLw13oqko9wSXxKWv9UhhafJL7xlVTlvCaVdxbAkKTqxoLcNqxkWZju7vhQd iIttl0Qtam4AAGF3FZuyCcXtN5wpLenhPSZw3zNpnUFfvO4jv8Sf0EVaCbJlzOW/bQsmm4AA AAAAAAAAAAAAAAAAAAAAC6C6C+y4unhF0CKi7lF0F08IunhFwhrGZ/tEqtvi7+hSmOi7FNBw zXcZOrlSgSKR4bmw+2Otwluu46umaagTmredm5aIkSDFixnMei3RUL/JvUyAAAAAAAAAAAAA AAAAAAAAAAAAefiCkydbpExTZ+G2LLxmqjmuTYVlm8mczMFVaPDwFiCci0uNEWIkvwuC1iqv IfSYY1BI5bz0zb60xEwtqDitWF5IzUJHbOGkXanzm+ZGZMRcL1WNifFFRi1WuzKo5YkZLrDX 5lJtRLX+cAABVsVk7ILxe01f4hSXNO/EzhvmbRqD25O4j2+839CkV6Cbd7mct+2hZNNwAAAA AAAAAAAAAAAAAAAAAANIzSx7AwVKMjxpZ8fhJezWqvQR2zUXTnuVjKfEV6JdW8B1zk80JJ2v 5FxrfVuCahJLaqUuNb6twTUJJbPzXG2/u3BNQkmiqnkXGT/TcPNCSfBv5Fxvw3BuoSTVuylx vw3BdQklt/NcbZ+7cF1CyacH81xvPLb9G4mDB1ZbX8Py9UZDWGkZL8FUtY8/NBUTAtVt8Xf0 Kfk5VLrWJu+z8s++351Jp0Ooi58ySfuXn6QoAAAAAAAAAAAAAAAAAAAAAAAAADz8Q1aUolIj 1OeiNhwILVVyqtiss1nPmjjCrzDsAUl0KmwXqxI0eBwkcqLyKfS4t1GX/QSf+2PmLjPUXBhr EWUlXo1Lq1srtU33InOWNimpRsNYnlIkhXJdUa5sRvB7YvzITagAABWXsgnF7TecKS3p34mc N8zaZ1BcTuI7/En9BFWglfS5nOTz6Fk03AAAAAAAAAAAAAAAAAAAAAAA6lUlpSNKxXTUrBjo xiu/KMR25PnKx5OYzpdZ1C12mx5GS7kbA4EJvam2RyKWY8haP8lyX4Df6DyEo/yXJfgN/oPI Sj/Jcl+A3+g8hKP8lyX4Df6BKJR7baXJfgN/oPISj/Jcl+A3+g8hKP8AJcl+A3+g8hKP8lyX 4Df6HcgwoUGGkODDbDYm5rUsiGuZoe0Wq83f0KfnPlDlLUc0KvXu4JuDAWQV0R/D5Uupt2kO lPo2pfyJe5HPlUiQ3Km5VQ/RBAAAAAAAAAAAAAAAAAAAAAAAAAARZqngTkxk3VGSSOWIjmKq N5UvtOvpgq1AmsspeFSo0CH2t3BisVUReHykqd0S/wAYg/eQd0S6bVmYKIm/zyFWcWzVPqur GgeVvgujS8d3kg+FuvbZexa1u4AAArJ2QXi9pvOFJc078TOG+ZtM6guJ3Ee2/oJ/QRVoJ25c ziKnu0LJpuAAAAAAAAAAAAAAAAAAAAAABqma9cTD+A6lUnxOBwYatRfpRT86MmcVxqbnbLVB 8VbTc/wXuvvRXH6eSUeHMy0OYhuu2I1FRUOYAAAGsZnp/YSq2+Lv6FKX6MMWUDC9fxj5PTvc rY7HNYtr3W6nX0zTMvO6uJ2blInbJeLFjOhuVLXTwl/+UAAAAAAAAAAAAAAAAAAAAAAAAAHX qEnLz0lFlJqG2JBiNVrmuS6FdcTabI0vWo09gytTUhDjOV74Sx1a2677Ih565A5gX9tUT/cu MRNPuPIrVhxMVRkY7Y60y69iUclsm6Ll7DiTjXxZyqR7LGjxncNb/MqkpIAAAVk7ILfve03w d0KS5p34mcN8zaNQa+k7iO6e839BFegm/e5nL/toWTTcAAAAAAAAAAAAAAAAAAAAAAOQ0nOb Br8dYJmqAsdYMOKl1VFsuwp5lxp/hT2a01Rkm+CtOakdHcPluXnwxTXUmgylOe9XugQ0bwlW 9z0gAAAazmcieUSrXX3tE6qlQ9HuXeHcZxKzFrEOK58N7rcFbX88fGS9GkaFrFfTae1WwITY rURfmLygAAAAAAAAAAAAAAAAAAAAAAAAA8TG2IZPDGG5utT70bAgN5eVeQrFTqxnbmlOTFXw 7OzVCpDYjmQlYt0fZd56a4D1A29vc/8AdQ+YuBtQbGLEh43n4jmpdGWTzxsWR2aWI4eLomA8 fQXw6q13AgxYi7YqlhQAAFtbaVk7IJxe023xhSXNO/EzhvmbTOoPidxHzJ/QRVoKumXM5y+f Qsmm4AAAAAAAAAAAAAAAAAAAAAAHHMfoYniKQHk2id//ABEvL3L/ADLAJy7QAAADWM0ETyh1 dFW3oaJ1VK5aAES1d2+7d1jX8uV/62pmyfC9JdTlAAAAAAAAAAAAAAAAAAAAAAAAABGWpulT lYyiqcrIse+MitdwWpdVRFuprmmrMLCszgGFTos/LU2alXrDiQY0RGOumxVspKfluwvu8sFO 2fxDf6mHYxwqxivdiKnI1u1V7ob/AFK2VCrSuP8AVDRpjDcNYsvSI691TMNLtdf50LYN3WMg AArL2QRfS9pvOFJb08JfJnDfM2jUClsncR8yf0EV6Cl9Lmc8dCyabgAAAAAAAAAAAAAAAAAA AAAAccx+gieIpAeTnH9iLmv8ywAAAABrGZ+3AdX4XxaJ1VK56AN1d8d3WNey5VF1tTFv33SX UAAAAAAAAAAAAAAAAAAAAAAAAAB8xYbIsJ0KI1HMcllReVCEsb6c8IVmrvqVO4NMjRFvE4Kr 55eU8TzMNK3+TTv+R5l+jOVEi1dz2e6bddqErZZZb4XwDJLAoclDhRYiflYl7q9TdAAACsvZ BF9L2mp/EKS3p44mcN8zaNQezJ3Eez3m/oIs0FcXM346Fkk3AAAAAAAAAAAAAAAAAAAAAAA4 5j9DE8RSA8nOP7EXNf5lgE5QAAADWcz1/sJV9tvQ0TqqVy0AW4Nd8PDd1jXsuf12pjZb9L0l 1PmAAAAAAAAAAAAAAAAAAAAAAAAAB4WOcSSmFcMTlbnlVIMBvJ4eQrDTp3O7NpY9bob5an0x kVzICPerFciLsPXwzmrjvLauwqFmfJJEknu4LZqA1XIieFXFk6DV6bWqfCnqXNQZmBFajkVj kda/hIax5i2tSOoXClBl41pCbiuSK2+8nYAABdxWTsgl+97TecKS5p34mcN8zaNQPE7iPmT+ givQUvpcznjoWTTcAAAAAAAAAAAAAAAAAAAAAADjmP0ETxFIDyc4/sRc1/mWAAAAANYzQt5Q 6vf4tE3eKpXPQAiWrq/43dY17Li/m2pm/wC+6S6gAAAAAAAAAAAAAAAAAAAAAAAAAIw1PUyc quUFTlpBjokZHMdwW71RFup4umrHmGangqWpMGcgy9Ql3driS+5102El4zwnRMW0eNS63Jsm IEVtt21P8ytc3RccZC4hWco749WwpEfwnwGpsgoq7VuvgQ6i45o2PNRWBqlRo7YipEcseGm+ GtuUt6AAAqXKy9kE4vabzhSW9O/EzhvmbRqDX0ncR7feT+givQSnpcznjoWTTcAAAAAAAAAA AAAAAAAAAAAADjmP0MTxFIDyc4/sRc1/mWAAAAANZzPXg4Eq6297ROqpXHQAqWrvju6x4GXV 01tTHL+l6S6YAAAAAAAAAAAAAAAAAAAAAAAAAOOZgwpiA+DGhtex6Wc1U2KRTDyJwzLY1Zii mTMzIxkej3QYXnYblvclpNiWOtUZGVqEq+VnIEOPBelnMel0VCJ6LkBhSi5mwcbUt0SXjw4n DSXYloafQhMIAACrZCsnZBE9L2mr/EKS5p34mcN8zaNQW3J3EfMn9BFmgri5m/HQskm4AAAA AAAAAAAAAAAAAAAAAAHHMW7TE8PAUgPJzj+xFzX+ZYAAAAA1nM6/lEq+5fQ0TqqVx0AWtXfD w3dY1/Ln9dqY/wBbpLqAAAAAAAAAAAAAAAAAAAAAAAAAAA+YjuBDc9fcoqml5b5gSmMo87Cl pdYSykZ0J11vdWrY3bYu0AAAFZeyCcXtN2++FJb078TOG+ZtM6guJ3Eey3oJ/QRVoKT0uZy/ 7aFk03AA+Yr2Q4bnvcjWtS6qvIeS7E1DavBWqQEVN/nj6g4iosaIkOFUoLnLsREdvPWTalzy ajiKi0+YSBOVKBBiLsRrnbT05eNCjwmxYL2vY7cqLvPsAAAAAAAAAAAAAAAAAHHMJ+RiL/gU gPJzj+xFzX+ZYAAAAA1jNGyYDq1097ROqpXLQBuruz3busa/lzfzbUxf990l1AAD5ixGQoav iORrU3qqnkyuJqFMTaysGqQIka9uAjttz2DhmpmDKwXRpiI2HDal1c5bHQpWIaPU4roUjUYM w9N6NceqAAAAAAAAAAAAAAAAAAAAADjm/WsbxHdBAulZqJUK+qIiej43WJ9alm2MgAAKl0sV k7IJxe0zwd0KS5p34mcN8zaNQaXydxHt95P6CLNBXFzN+OhZJNwANUzcjRZbLmtxoMV0OIyT iK1zd6LwVK55E5ORMcZcyWI6hi6rw5iZVyq1r9ibVJJw5p/gUeswaj5batH7U5Hdre7Ytj29 R2PIuBsAxXyN1n5hnAl/p3EY4CyHqeLcMw8RYoxbVYc/PsSPDYyJdIaOS6HFlViPEWW+bkTL uuT0aoyUw9sOUjRn8J11LTJygAAAAAAAAAAAAAAAAA45hfyMRP8AApAeTa/9QGI0/hf5lgEW 4AAABrGaCqmA6vdL+honVUrloAXZXU/xu6xr+XNvNtTG34bpLqAAbSteoLEeKcT5h0zLjDL5 qThzd2zE1Du3g2+c+cRadZil4WjVClYwrC1aWhLFusTY56JuubHpSx/VsR0Wo4fr7uHUqJZk WIq3V30qaJi+q4kzgzei4OpFSmKbSZRt40WA/gqqtWyocuZmS1XwFh5+KsJ4pqkaZkUR8SDE iWa/6SZcgMcRMcYChVCO1EmZdUgRrcrkTaSIAAAAAAAAAAAAAAAAAAAAAcc361i+IvQQLpX9 kK/z+N1ifW7thkAHBUZpklIR5uL6iDDV7voRLkaYWz3y/rMV8B1ZlpWK16s4ER+26LYkGkVu lVZnDp0/BmW+FjrlduyCcXtN5wpLenfiZw3zNo1BbMncR8yf0EV6CduXM4lvdoWCq1apdJZw 6jPwZZqJ7t1iPsVZ75f0RyQ0rUrNxVcjeBDftuq2JKpk3DnqdLzsL9HHhtiN+hUudg1LOBFX LWuttwlWSiJ//wAqVbyPx5mL3u5HD+FKBNsZJq5HTKsu121SSMt87K3K4yZg/MOmxpCcipwo UeKnBa7wIhjWhZ1Fojt6dsVUJqy59odE5nD6CuuaiJ5qjDi7vRjS1Sb1AAAAAAAAAAAAAAAA ABxzF+0xPBwFIDyc4/8AEXNf5lgE5QAAfMZ/a4ToipdGpcjSm53YDj1iZpczV5aUmYERYbmx H8qG9Uev0ert4VNqMCaRd3Adc8zM9eDgSrrb3tE6qlctAG6u7fdu6xr2XP67Uxst+m6S6bnI 1qucqI1EuqqazW8fYSoqPWpV6UgK3e1z9p0MAZl4cxrVZqSoc1DmVl28Jz2OuiobsDzvIamp U0qPcrO6k3RLbUNWzpxpTcG4JnZydjNbGjQnQ5dirte+y2QjXSBhWoytOrOLqnDdCiV1e2NY 5LK1DSazUIuR2ekxWqk1Y1FqDFThN2cFzl8J7ucGoHDVZwhHw9hte66jUmoyHwHXRi/OSZpo wdMYPy7hwJp6OjTr0mXfMqoSiAAAAAAAAAAAAAAAAAAAAAcU361jfVu6CBtKy+jq/ff3fG6x PrbW2GQCIMe5a4qrmJI9Rp+ManIS7187BhPs1DUMQ5PY3ZQahFdjysRWsl3uWGsTY5ERdhSi hYExdVqzHh0qnTXbWxXIj1arbrffcnzLbJXPCGsKP5NzchL7FsyPY2DVpRK5RMpaVL1yoRZ2 MkVUV8R11uWK08cTOG7fE2mdQfE7iPmT+ggLSjR6vW8mqjK0WfjSU0rkRr4brKalmTktnlEW LG8m5ufl7rsfHvsICxBgPF9HqkJlWp00sR0REV7Wq623wl1sMZP41i4dp0ZmPKxBa+WY5IaR NjEVNxuOXmW2KqBiWFUali+p1GXat1gxn3apK1QhSkaUiQZ5IboERFa9sRfOqi8h1aFSqRSZ HtNFlZeWl13JBROCVt1oycCBX8OViGiNm2z0GGjk38HhHoauoqxMI4aiP2K5Gqv2ITnlz7Qq JzOH0Fd807Jqnw5ff3Y2xalOUAAAAAAAAAAAAAAAAAHHMfoYniKQHk5x/Yi5r/MsAAARdm1h DF9eqkOPQK3NSMFGoithPsimjTeWWZvc0VfLXUF86uztvzFLKzg7FU1juoSkrJzcabbMOR0V WL55b77kvZa5RZ7xHw40lUpqRlm2VbR7bCytMw7iqhZa1VuJ6lHnYvcr7rEfwvcqRroAT2dX /G7rGu5fXdrVm2t2LaMiEl5yZe5r1mPGfhqvzcCG69mNjWQqvmFlZm7T3RX15JmbRL3Xhq65 s2k7BeL6nVKjDpU3PUmIyH59Uuy+35ywq5Y5n8FETFlQ3/Cky5d0uq0nDcOTrE5EmpprruiP W6qejiStSFBo8xU6jGbCgQW3VVUrBhyRq2fmaDq7VWRIOE6dE9DwvcxHsXwL4S00GBL0+m9p lYLYMCBDXgMalkREQqhgOmPzpzgqc7iSK6LSKfEfCZKOW7Vcxd9iSs3ckMHzOD5mZw9TJek1 GWZwoUaAzgrdPnPvSNi+pYiwZOSNXesSYpsyss16rfhI3Zcm1Ful0AAAAAAAAAAAAAAAAAAA AAOKb9axvEXoUgbSui+SFfv8fjdYn1nqTIBhWoYiw2xITob0u1yWVPCh0pGj0ySh8CVkJaHt vdISXO61qNbbYifNsKzdkEt3vqZzhSXNO/EzhvmbRqB4nMR8yf0EV6CtuXM546FkeCitsqIq fOdOeo9LnISsmZCWiIvhhJc7cGEyFBbCYnBY1LIngQ+0SxrGZtFma5g2fkpOK6HMrBcsJWrZ eFbYV2y1zlr2XdMfhXGuH6jNRJRVbCjolkft8KnQqEbEOfGaFOmIVFnKXh+RcyJeYbsc9q33 kz6jMATGLsvHS9O9fSUJFl0tvVCNMDZ/T2FMNQcO4lwpUnT0gxILHI2yP4KWOHKmhYkzLzgi ZhVqnR6bT5Z7YknCjtsty1KJtUAAAAAAAAAAAAAAAAAHHMfoInh4CkB5Ocf2Iua/zLAAACx8 uYjmq1b2U86SoNIlYj4sGnyyRHuu5yw0VVU9GGxrG8FrWtT/AApY1rNBVbgOrW+LRN/iqVy0 Abq747useBlyiebamLfvekunbbfacUaWl42yLAhREXfwmIp1ZGkU6Sm3zEpKQoER6WcsNiNv 9h37bb7TC3Ki6vsYYgnsQS2GJWlTr6Ox1prtafpLLyKevgvP2hYVw/LUmm4Bq8OHBhoj1RE8 85E2qS7lJmdBzGl5xIdDnKYkJOCqTHurkGT8jifIzNWcrcjSpmq0CeV0SI2A2/Bc5brtPUx7 n3VMWYfi4fwdhSptqE2nASKrboz6SUtNeAJnA+CHQ6gqLPz0TuiNs3OXehKiJZLAAAAAAAAA AAAAAAAAAAAAHFN+tY31buggfSuvo+vp/HxusT43ahkAAArL2QS3e9pvOFJb08cTOG+ZtGoN U7zuI9vvJ/QRXoJ4uZvx0LJpuAAPHq+GKFV4vbKnS5eaf+09tzu0qmyNMl+55CVhy8JPcsSy HbPEqOFMPVGa7pnaRKxoyLfhubtPWk5eDKy7YEvCbCht2Na1NiHKAAAAAAAAAAAAAAAAADjm P0MTxFICybv5oDEfg7l/mWBRN4AAABrOZ+3AlXsl/QsTqqVy0AJ52u+O7rGvZconm2pi377p LqAAHl1CgUefirFnKbAjv/ac251PKfhr5ElfunoUmj02mI5JCShS3C38BLXOefk5Wel1l5uA yNCdva5LoedScL0ClTPb6fSZaXi/tsbZT2QAAAAAAAAAAAAAAAAAAAAAcU361jfVu6CBtK/s jX+fxusT61LNMgAALe2wrJ2QS/e9pnOFJc078TOG+ZtGoLbk7iPmT+givQUl8uJzx0LJpuAA AAAAAAAAAAAAAAAAAAAABxzH6CJ4ikB5Ocf2Iua/zLAAAAAGsZoJfAdX5PQ0TqqVy0AJsrq3 927rGv5crfW1M/63SXUttuAAAAAAAAAAAAAAAAAAAAAAAAAADim/WsXxHdBA2lf2Rr/P43WJ 9btQyAAAu7eVl7IJxe03nCkt6d+JnDfM2mdQXE7iPk9BP6CKtBPFzObfdoWTTcAAAAAAAAAA AAAAAAAAAAAADjmL9pieDgKQHk5x/wCIua/zLAAAAAGs5n28olXvtTuaJ1VK5aAN1d2+7d1j XsutmtqY2W/S9JdQAAAAAAAAAAAAAAAAAAAAAAAAAAHHN+tYviL0EC6V0/OFfX+PjdYn1iWa ZAAAKydkFv3vabzhSXNO/EzhvmbRqCRFydxHzN/QRXoKS+XM346Fk03AAAAAAAAAAAAAAAAA AAAAAAw9qOY5q8qWNKwrl9T6FjWexLAc9Y83D7W5FXZY3YAAAA1jM/bgOr3T3tE6qlctACbK 747useBl1+u1MX/e9JdMAAAAAAAAAAAAAAAAAAAAAAAAAAHFN+tY31buggbSsvo+v3T3/G6x PrdqGQAAFS5WTsgvF7TecKS5p34mcN8zaNQXE7iPmT+givQTfvczl/20LJpuAAAAAAAAAAAA AAAAAAAAAAVbIcMaaloP6WYhM8Z6IcfkhIpe87L/AIiGUqEjf17L/iIc8KIyI3hQ3te3kVq3 PoAAAGs5oI7yh1a2/uaJ1VK46AES1d2+7d1jX8uV/wCtqZsnw3SXUvtsAAAAAAAAAAAAAAAA AAAAAAAAAADimlvKxvEXoIH0rp6Pr6/x8brE+NtwdhkAABUuhWXsgl+97TfB3QpLenfiZw3z No1B37z2I93rJ/QpFegpL5czfjoWTTcAAAAAAAAAAAAAAAAAAAAADWcy8UQsJYPnazGS/a2q 1if4l3FZ8FZcY2zhhRMX4ir01IykeI5sCDLR1YqIi7FsbOumB397K1/vHHxF0wx+1u7Viysp Et528461zrZUV7FuWeaMvl7iqaWakqgqrKRXuVy8FPCqlomKjkuioqLuMgAAGsZoL/YOr8L4 tE6qlc9ACpaup/jd1jX8uf12pj/W6S6YAAAAAAAAAAAAAAAAAAAAAAAAAAOKb9axfEd0EDaV 1vP1/b7/AI3WJ9Z6kyAAAq2KydkET0vaav8AEKS5p34mcN8zaNQKWydxHzJ/QRXoJX0uZvx0 LJpuAAAAAAAAAAAAAAAAAAAAABo2eWGo+Ksu56lyyL23ZEaicvBupDOROdeH8L0B2FMaOWlT snEcicJqrwkvsJK7/wBld/eBn3FMP1AZXQ4bn+T7POpf1CkR0qsTGdGoGlVylyb20Shq6H3T ayPRdylsITEZDaxNqNSx9AAAGs5n7cCVfZf0NE6qlctAG6u7Pdu6xr2XKf8AW1M2X4XpLqAA AAAAAAAAAAAAAAAAAAAAAAAAA4pv1rG8R3QQNpXT84V/n8brE+tW7TIAABWTsgnF7TecKS5p 34mcN8zaNQa2ydxHv9Zv6CK9BSelzOeOhZNNwAAAAAAAAAAAAAAAAAAAAAMOtZUVLouw0HG+ X+AKzMpHrEpIQI97q9Wta5ftNc70+VW/tkj95gblPlVwmrw5FbLu4TNpJOFqBQqJTmwaHJS0 vBVPVQWInC+fYeymwAAAGs5oKqYEq6p8WidVSuOgC/598d3WPAy6/XamN3/e6S6YAAAAAAAA AAAAAAAAAAAAAAAAAAOKaT0LG8ReggbSuv5wr6fx8brKT61LJYyAADCrZLlZeyCW73tN8PdC kuad+JnDfM2mdQV+87iO/wASf0EV6CuLmb8dCySbgAAAAAAAAAAAAAAAAAAAAAa7mLieBhLC c3WplNkJqo1L73LexWnCOCcxM5GxsU1HE8WkyUSI5sGArb7EXZuPf8zViTaiY9iIi/4FMP01 Yn7WqQ8fxGu9yva12KcWUuJ8aZfZnwcu8az0SoS045e4pp6WTgoWeat0ui3RdymQAADWMz9m A6vZbehonVUrnoA9TXdvu3dY17LlE821M7b/AKbpLqWAAAAAAAAAAAAAAAAAAAAAAAAAABxz frWN4i9BAuldPR9fX+PjdYn1nqdpkAAArL2QRPS9pvOFJb08X7zOG7fE2jUHfvO4jtt9BP6C K9BKWy5nNvu0LJpuAAAAAAAAAAAAAAAAAAAAABoefGGprFOW8/TJSyxktFanh4N1Ig0/500C h4YTCuJ4Uen1KTiuRyPZwWql7Ja5J6524DRV/OTfvJ/Uw7O/ATIboi1JFRqX2OT+pDUtWI+c OoajVilSkaHSKNwobozmKnCvuspbCExGQ2sRVs1LH0AAAazmffyiVfd61idVSuOgBFtXfHd1 jX8uV/62pnZ8N0l1AAAAAAAAAAAAAAAAAAAAAAAAAAAcU361jfVu6FIF0rL6Pr6bk7vjdYn5 m1pkAABSsvZBE9L2m7ffCkt6eNmTOG7/ABNpnUFbvO4jt8Sf0EVaCbd7mct+2hZNNwAAAAAA AAAAAAAAAAAAAAACoioqKl0XeR/i/KHAOKZ9Z2r0dsSOu9zHcG/2HieZ4yt+RH/jKZbp5ytR UXyEds/fKb9hHC1CwvJdx0OSZLQvAm1ftPcAAABrOZ/tEq+z3tE6qlcdAFrV3x3dY1/Ln9dq Y23/AE3SXUAAAAAAAAAAAAAAAAAAAAAAAAAABxTfrWN9W7oIH0rp6Pr6/wAfG6xPjbW2GQAA FWyFZeyCX73tN5wpLenjiZw3f4m0zqD4ncR8yf0EVaCbd7mc8dCyabgAAAAAAAAAAAAAAAAA AAAAeDj3EsthPDcxWptr3QoO9GpdSB4OrHDkdX9zU2fjta5UVYcurk2HI3VVQreeo1U/2rjH mqqJ8jVT/auPfy81DUnFuLJahQKXUIMSPez4kurWp/mTm1bonzoZAAANZzQRfKHVrL72idVS uOgDdXfHd1jX8uV/62pnZ8L0l1NtwAAAAAAAAAAAY4SeBfsCrbkUIt+RRwk8C/YL/Mpm5jhJ 4F+wyi3McJPAv2C+y9lCrbkUX+kcJPAv2GUAAAAAAAAOKb9axfEd0EDaV/ZCv8/jdYn1mxpk AABdxWTsgnF7TecKS5p34mcN8zaNQVkydxGl/eT+givQUvpczmz3aFk03AAAAAAAAAAAAAAA AAAAAAA6FfpMnWqTHps7DSJBjMVqovzoV5wBllVcAZjzVPh0ttRw7Nr5xUhIva1Vdqqqk7Jg 7DabPImX/DQwmDsNr/4mX/DQ55DDNDkppsxK06DDit3OaxEVD2QAAAaxmgv9g6vwk97ROqpX PQAvna6n+N3WNey5/XamNt/0vSXUAAAAAAAAAAAIx1DZnd7HCsKsdyPmeHFRnBapXxdaH/sU f7yDzaGz2Bj38dAmtDw0GP8AfQebQ2ewUe/joPNobPYGP99AmtBF/wDBR0/+6DzaCfIMf76G fNoJf2Bjr/8AdDCa0N96FH++gXWh/wCxR/vIPNobPYGPfx0Hm0P/AGGP99Aus/YtqHH+8hYH T5mf3zKBHqfcj5btSpscu+5KCAAAAAAAA4pv1rF8R3QQNpX9ka/z+N1lJ9bu2GQAAFvbYVl7 IJxeU3nCkt6d+JnDfM2mdQaek7iO6e8n9BFWgm/e5m7/ALaFk03AAAAAAAAAAAAAAAAAAAAA AKtkMcJPAo4XzKOF8yhFv4TIAAANZzO9olXtt9DRN/iqVy0Abq747usa9lyiebambfvekuoA AAAAAAAAAAu4rT2QHiul+cIR5pAypwtjLCs1N1iWbFiNRLKrL2Jz8zpl98Rh/hoPM6ZffEYf 4aDzOmX3xGH+Gg8zpl98Rh/hocU1p5y9gSsaMsjD/JsV6/k05EIJg0Wk1OvTtOw5hKSmoUrv e+FvPayywphLE+NPKvW8PS0jOcFXIkOFvRCYfM55ffEYf4aDzOmX3xGH+Gg8zpl98Rh/hoYT Tnl8nvGH+GhBusPKjCmCsEy09RpdsOYfG4K2YibCQNAvtCn7b7tLMpuAAAAAAABxTfrWN4i9 CkDaVrLPV/w93xusT61LIZAAAKydkEX0vqbzhSXNO/EzhvmbRqC4ncR7b+gn9BFegpPS5nL/ ALaFk03AAAAAAAAAAAAAAAAAAAAAA1nM3EMxhjCE1WJaViTUSCl+1sTbYrXRdS+Ma2kWJRsH 1GehQ3KjnQmXtZTvd/7MddqYAq9vqzPf+zG//wA/q/4ZsmWWcmOMRYylKRUsG1KRlot+HGiM s1pYZqqrUVTIAABrOZ6qmBKtbavc0TqqVx7H/e1d8d3WNfy6/XamNvwvSXUAAAAAAAAAAAW1 tpWnsgPFdL84Q4dAir5SJ2+6zbfaWcTcADpVz2Gnebv6FIN0vsY6vV3hQ2LtXarf8RwUjg+a igI1jW2l4nqUsWFRN/0mQYVEttKx9kDt3u5Lw9vPvQH7Q5/6Wlmk3AAAAAAAA4pq/csbxF6C BdK1/JCv3+PxusT8z1JkAAArJ2QXi9pvOFJc078TOG+ZtM6guJ3EfMn9BFWgni5nNvu0LJpu AAAAAAAAAAAAAAAAAAAAABwT8nLz0nFlZmG2JCitVrmqnIpCWFcqqxgrMuYqGHvytCnFRIku 5URrLrtVEJr7gk0TZLQ/sHcEn8Wh/YfUOTlocRHw4DGuTlRDnAAABrGZ9kwHV9qp6GidVSue gD1Nd2+7d1jXsubebambfvukuoAAAAAAAAAADCpdLFauyA8V0vzhDh0Ce0id232N6SzibgDC qiHSrSotInbXv3O/oUr5pyxBSaXiOuQp6ZSDEVV2P2cowpUpKqanIMaQiLFhtgREc5E2IpY9 HJt2LvPpACsXZBF9LuST9+fegP2hz/0tLNJuAAAAAAABxTfrWN9W7oIH0rr6Pr6fx8brE+NW 7TIAACrYrL2QRPS9pq/xCkt6eOJnDdvibRqD4ncR2X3k/oIr0E2TLmct+2hZNNwAAAAAAAAA AAAAAAAAAAAAAtt5QAAAAAazmffyiVfanrWJ1VK46AE2V3b7t3WNfy5v5tqYv+96S6lttwAA AAAADWsdYypOEpaFHqj+CyItm7bGnJnpg22yOn3zPfzwbbhLHRE5fPoEzzwZa7ZhFTwo9Ame mDt3b0+8gTPLBt1Tt6ffHfywba6R0++fULO/B8WKyG2Oiuetk8+Rxr1jMmcopKahLeHFjNc3 6FQ6WhqoQablxUp2ZW0KE1FcpKffxwcjnsWOiKx1l8+m8wmemDlX9Om3/Gh6+Fs0cP4jjzEr S4nDiwoLotkdfcQJjDVp5BYjm6WtNjO7Q7g3REPHjayYcSG6GtKj8FyWXYhHFSzfwNPVONUY lEqMOPG9WsOJwUU9TBGfuFMIVB09SKJOJHX3cRyOU3ZdZjLLalR/m2IWEyAzJTMjDMaq9zPg drcjbOTfckow7cVk7IGnpdSS/v8A+p9aA/aHP/S0s0m4AAAAAAAHFN+tY31buggbSv7IV/n8 brE+t3bDIAAC7isnZBE9L2m84UlzTxsyZw3zNpnUFbvO4jt8Sf0EVaCbd7mct+2hZNNwAAAA AAAAAAAAAAAAAAAAAAMPdwWOcvIlzTcL4+p9cxjPYbgeuJSHw3/QbmAAAAazmen9hKvs97RO qpXHQBurqW927rGv5c/rtTG2/wCm6S6gAAAAAAB5WIsOUTEEFkKs06DOsYt2pES9jwu9bgH+ 7Mj9w0rO7COAcM5Z1qow8PSMOYbLO7SqNsvCNY0s0XBGM8vWTc1h2SiTMJEbFVUvtJc712Af 7syP3R3rsA/3ZkfumUyuwEn/AKZkfumYeWGA4b0ezDUijmrdF4O4hbX1ChwMp5SBBajIbI6N a1NyJY62hGVl53L6oS03BbFgvaiOY7cpOK5X4CcrnLhmRu5br53epjvXYB/uzI/cOWHgvC9A kJ6bo9GlpOOsu9OHDbZbWU/PmUpMnXtSLKVUGo+WmJrgxEVN6XLkQ9OGXboTHeRkDan7B9Jp uy7X/wAZA+4Y8zdl4qexsD7hAusjKzC2B8MSE1RJSHAixYitdwW22EsaEeLSZ+sb0FjE3ArF 2QPi7kk/fn3oD9oc/wDS0s0m4AAAAAAAHFN+tY31buggbSsq9319F+PxusT61btMgAAKl0Ky dkF4vaZ4O6FJc08L6TOG9nvNpnUHxO4j5k/oIq0Er6XM5s92hZNNwAAAAAAAAAAAAAAAAAAA AAAOOY/QRPEUgPJtE7/2IrInrX+ZYAAAAA1jM9VTAdX4PxaJ1VK5aAFW1d8d3WNfy5t5tqY/ 1ukuoAAAAAAAAVk18YnbS8CSlNgxPykxFVr0ReSxpHY9cUdqiT+HosVFWPE4TGqvIiF0W323 Mgwu4rV2QHiul+cIcOgS3lInd+5vSWcTcDpV2/kLO/UP6FPzown+tTJ88/mfo/K27mh+Kcot s2FVOyGJ/Y6lr++U9/QjxaTP1jegsYm4FYuyB8Xkl9ecmgS3lDnreFpZlNwAAAAAAAOKav3L G8ReggfSuno+vr/HxusT43ahkAABd28rL2QS3e9pqfxCkt6d+JnDfM2jUFZMncR7feb+givQ Tfvczl/20LJpuAAAAAAAAAAAAAAAAAAAAAABxzH6GJ4ikB5Ocf2Iua/zLAAAAAGs5nIq4Eq/ J6FidVSuOgC9q74OG7rHgZdJ/wBbUxtv+l6S6YAAAAAAACpcrtq1yhdjGiz2I4lWiQWU+CsZ sFEui2NX0jZKNpEWn46hVaIrnQ79o4OxblsU3ABdxWnsgPFdL84Q4dAntIndvI3pLOJuB0a7 7DTyfw7+hT86cJ7NVMnzz+Z+j8rbueH4eCcoVbFVOyGJ/Y6lr++U9/QjxaTP1jegsYm4Kl0s Vi7IGid7uS2/98+9AftDn/paWaTcAAAAAAADim/Wsb6t3QQNpWVFn6/v9fxusT6z1JkAABb8 hWTsgip3vqanL3QpLmnfiZw3zNpnUHxO4j5k/oIq0E373M5f9tCyabgAAAAAAAAAAAAAAAAA AAAAAccx+hieIpAeTnH9iLmv8ywAAAABrGZ6p5Q6ve/raJ1VK5aALWrvju6xr+XKf9bUzt+F 6S6gAAAAAAABqecECNMZY4ggwIbokV8m9Gtal1VTwtOkrNSuWdOgTUF8GK2EiK1yWVCSUAC7 itPZAeK6X5whw6BNuCJzdub0lnE3A6Vd9hZ3wdof0KfnThS3mqpO3xz+Z+j0rfueH4pyhSqn ZDPafS/rlPf0I8Wkz9Y3oLGJuMO3bSsfZA+LuS+vOTQIlsBz30tLMpuAAAAAAABxTS+hY3iL 0EDaV0/OFfX+PjdYn1u1DIAACrYrL2QRPS9pq/xCkt6d+JnDfM2jUDxO4j5k/oIr0FIve5nN vu0LJpuAAAAAAAAAAAAAAAAAAAAAAB8TH6CIn+BSAsnOP7EXNf5lgE5doAAABrOZ9vKJV7Jf 0NE6qlcdAG6upb3busa/l1+u1MbLfpekuoAAAAAAAfL3sY1XPcjWpvVVsaTV818CUuefJTtd hQ47Fs5u+x0YmcuW8SG6G+vwnNcllRW7zlpubWXUWKyUk65BRzls1qJY3yWmIMxAZGgRGxIb 0u1zVvc5QYXdvK1dkB4rpfnCHDoFt5R522+zeks4m4HSrvsNPbf+w/oU/OjCf61Mnb45/M/R +Uv3PD8U5QVU7IZ7T6Z9cp7+hHi0mfrG9BYxNwXduKxdkD4u5JP3596A/aHP/S0s0m4AAAAA AAHFN+tY3iL0EDaV19H19P4+N1ifWepMgAAFZOyC8X1N5wpLmnfiZw3zNpnUFxO4j5k/oIq0 FWTLmcX/ABoWTTcAAAAAAAAAAAAAAAAAAAAAADjmLdpieHgKQFk2n/UBiNf4X+ZYEAAAA1jM 9VTAdXVE97ROqpXPQBe1d8d3WNey5VV1tTH+r0l1AAAAAAAFWyEIasMV1Wj0Km0CjRFhTFai rL9sTYrfoU8fA+mvCrsPSs3Wp2oTNQmIaPjudEv55d9j3fM24Cvbhzv3zpVnTNgeYkYzZeaq EGO1iqxzIllRUTYeLpWrlbo+MKtlpWZp015HsWNCivcrncFV2Jcsim7aDDtxWrsgPFdL84Q4 dAdvKTOW32b0lnE3A6VdX8yzqfuH9Cn5z4U/WolOefzP0glE9Dw1/wAJyhdxVTshq/2Opafv lPf0I8Wkz9Y3oLGJuCpdCsfZA9mXckv78+tAftDn/paWaTcAAAAAAADjm/WsbxF6CBNK6WqF ft8fjdYn5m1u0yAAAVl7IJxe03nCkt6eOJnDfM2jUHxO4jsvvJ/QRXoJt3uZy37aFk03AAAA AAAAAAw5bHzw08LftHDTwt+0JE+dv2mUei8qfafQAAAAAAAAABxzH6GJ4ikB5Ocf2Iua/wAy wCKAAAAazmf7RKv573tE6qlcdACbK7t927rGv5c3821M3/fdJdQAAAAAAAh3U/gqqYow1K1K hNc6pUl6x4LGptevgNAwjqPm6RSIFHxRhmNK1GUYkOIrlVeGqcp7Can6Su3yGff/ADOrU9T0 B8nFZS8NxZqbeithsRVRVVTu6W8G4hSt1DMHFUB8rUKi1WNgP3tZe6FhgCtPZAeK6X5whw6B FvgidS3I3pLOJuB0q7byFnfD2h/Qp+dGE/1qZPnn8z9H5X1vD8U5RYqp2Qy3lOpf1ynv6EeL SZ+sb0FjE3BVslysXZA+LyS+vPvQH7Q5/wClpZpNwAAAAAAAOOb9axfEXoIF0r28kK/4e743 WJ9buMgAAKlysnZBOL6mc4UlzTwtsmcN8zaZ1BbcncR8yf0EVaCuLmct+2hZNNwAAAAAAAAA NJzui4gl8uqlMYZThVGHDvCTwlTstqhnfjuFMrSqnJwpmXiKyJAjRla/ZvWxt3lJ1I8k/JWT f+WU+lwVqPuno+S/GU23KbC+dshi+BMYqm5WJTkeixEZFVVsWKAAAAAAAAAAOOY/QRPEUgPJ zj+xFzX+ZYAAAAA1nM+/lEq+71rE6qlcdAC7K6n+N3WNfy5/XamN/wD3ekupbbcAAAAAAAwq IqKlkPHmsLYcm4yx5qiSEWKu974LVVTi8puFP7v0z/btPuFhHC8J6PhUGnMcm5WwGop7EKGy GxGsajWpsRE3IfYMKi22FauyA8V0vzhDh0CKnlHnbb0RvSWcTcDo11PzNOr+4f0KfnThRP8A qpk0/jP5n6Pyt+54finKFvyFVOyGW8p1L8PblPf0I8Wkz9Y3oLGJuC7isXZA7d7uS8Pbzk0C LfAc99LSzKbgAAAAAAAcU361i+I7oIG0rp+cK+v8fG6xPrFu3aZAAAVbFZOyCcXtMX+IUlzT xxM4b5m0zqD4ncR8yf0EVaCeLmc2e7Qsmm4AAAAAAAAAGHNRzVa5EVFSyopHFOypplIzAfiu ixEk4kVqpFhpucqrtUkdEX5gqC3gMgAAAAAAAAAHHMX7TE8HAUgPJzj+xFzX+ZYAAAAA1nM+ /lEq90v6GidVSuWgDdXdnu3dY17Lm/m2pi/77pLqAAAAAAAEcZ55qSmWFHl6hOSLppsdytRE WxE8LVekSCyLDwVNOhvS7XI/YpnzVjt3lIm/o4Y81a/kwRNrb/GpIuR+cS5jz8zKrQI1M7Qz h8J63uSyAu4rT2QHiul+cIcOgRP7ETuzkb0lnE3A6Vdt5DTvh7Q/oU/OjCi31VSd/jn8z9H5 W3c8PxTlClVOyGe06l7f+8p7+hHi0mfrG9BYxNwXdvKxdkD4vJP68+9AftDn/paWaTcAAAAA AADim/WsbxHdCkDaVltP19P4+N1ifWrdpkAAArL2QTi9pvOFJb08bcmcN8zaNQap3ncR8yf0 KRXoKumXM5f9tCyabgAAAAAAAAAfEaJDhQ1fEe1jU3q5bIdPyVp3LUJS/wBahnyWpvyjKfio PJam/KMp+Kh9y9Rko8TgQp2WiO/ZbERVO2AAAAAAAAAAccx+hieIpAeTnH9iLmv8ywAAAABr GZ62wHV1Tb6GidVSuWgBVtXfHd1jX8ubebamP9bpLqAAAAAAAGo5q4GpmPMJzNGqMJrlexUh PVNrF8KEbZE4AqGHVmsO4moFOjycF/BlI6s4TlYm5V+clpMH4W3pQKf+CgTB2FvkGnp/oody lUOkUt7n06nS0q5yWVYTEbc9EBU2FaeyA8V0vzhDh0Ce0id37m9JZxNwOlXfYWd+of0KfnRh P9amT55/M/R+Ut3PD8U5Qq2KqdkMT+x1LX98p7+hHi0mfrG9BYxNwVLpYrF2QNfS7kk/fn3o D9oc/wDS0s0m4AAAAAAAHFN+tY31buggbSu20/X1/j43WJ9bbg7DIAAClZeyCJ6XtN5wpLen fiZw3zNpnUFxO4j239BP6CKtBN+9zOX/AG0LJpuAAAAAAAAABpOdlJrdZy7qclh+O6BUHQ/y TkTaU/ylwTjPG09OUicxulMq8tEc1ZaKi8JyJ7okhNN+Y2z0wGfdUymnDMXd5fm79/BU2nKn JHGmFcXwqtVMYNn5ZjkVYPBXaWEAAAAAAAAAAOOY/QxPEUgPJzj+xFzX+ZYAAAAA1nM5F8ol Xts9CxOqpXLQBuru33busa9l1+u1MbPhekuoAAAAAAADCIl1XZcw+Ixnqntb9KkfZpZpUzAt Tp8jOSyx3TvqFRyJbbY32RmWTUrBjsVLRYbXol+RUucwC7itPZAeK6X5whw6BPaROJfkb0ln E3A6Vd9hZ36h/Qp+dGE/1qZPnn8z9H5T1tD8VDlClVOyGe0+l/XKe/oR4tJn6xvQWMTcCsXZ A+LyS+vOTQIn9g57bytLMpuAAAAAAABxTfrWN4juggbSv7IV9P4+N1ifWpZpkAAArJ2QXi+p vOFJc078TOG+ZtGoK3edxHb4k/oIr0E7MuZxb+7Qsmm4AAAAAAAAABUNRdgCgMxamJJWA2Vn lbwXOhNtwvpNtRLcpkAAAAAAAAAAA45hfyERP8CkB5Ocf+Iua/zLAIlrgAAAGsZoXXAdXsvv aJ1VK5aAE2V1f8busa/lzbzbUxt+G6S6gAAAAAABGue0bHMjSZapYJgQ5mPLuV8aG91kVDQ8 A6kZCJNMo+N5GPS6mi8FypCVId/pU97NDBc3mS6DO4bxnMyULY7gykdP+bFbM/cq65h2v0WU nsVVKpRI6JwXx4l1h7eQs7kHlzW8Hr3dU8SVCqw5iVajIcxE4SMul9hLybEAW9thWnsgPFdL 84Q4dAif2Ind25vSWcTcDo11fzNOp+4f0KfnThP9amTv8c/mfo/K+t4a/wCE5QVU7IZfyn0v 65T39CPFpM/WN6CxibjC3tsKx9kDT0u5Jf3596A/aHP/AEtLNJuAAAAAAABxTfraL9W7oIG0 seyNf59G6xPrPUmQAACsnZBeL2m84UlzTvxM4b5m0zqC4ncR8yf0EVaCbd7mct+2hZNNwAAA AAAAAAABpWNcwqbhmvylImoD3xZng8FUXddTc4bkexrk5URT6AAAAAAAAAAOOYt2mJ4ikB5N onf/AMRL/C/zLAAAAAGsZn+0Sr7F9bROqpXPQBa1d8PDd1jXsuf12pjZb9L0l1AAAAAAADDk RzVRURU8CmmY+yywjjSWWDWaYxzrWR8Lziov0oQPWso8xstZh9Vy7rTo0ki37iVFe9U8G00D MvH1expizDtMrmG52nVKV4LIsSKlket9qohd6horaNJIqbUl2Iv3UO6AVp7IDxXS/OEOHQJ7 SJ3ZyN6SzibgdKu+w079Q/oU/OjCiW1VSib/AEZ/M/R+V9bw9nuTlC2ttKqdkMX+x9LT98p7 +hHi0mfrG9BYxNwXdvKxdkD4vJL68+9Aif2Dn/paWaTcAAAAAAADim/Wsb6t3QQNpX9ka/z+ N1ifWJZpkAABb22FZeyCW73tNv8AGFJb08bcmcN8zaNQaIuTuI7fE39BFeglU73M546Fk03A AAAAAAAAAAKl0sV51CsR2Z9Du2+2H0lgpVPQ8LxE6DkAAAAAAAAAAOOY/QxPEUgPJzj+xFzX +ZYBL7QAAADWcz/aHV9q+tonVUrloATZXV/xu6xr2XF/NtTP+t0l1AAAAAAAABuPGnsL4fn5 9s/OUiVjTTVu2K9l3IewxrWMRjURGolkTwGQF3FaeyA8V0vzhDh0CpbA84t+RvSWcTcDpV32 FnfqH9Cn50YT2aqZPnn8z9H5RV7nh+KcoKqdkL9p9M+uU9/QjxaTP1jegsYm4w7cVj7IGvpd ySfvz70Ce0Of+lpZpNwAAAAAAAOOb9axfEXoIG0sNXu6vrb3/G2//Ynxmxu0yAAAt7bCsnZB E9L2m84UlzTxsyZw3zNpnUFxO4j5k/oIq0E7cuZzZ7tCyabgAAAAAAAAAAdeoLHSSjLLr+VR qq36T86s5c5MYRcxpru6zYtOmFZA85bY1dhcXTLi/EeNcCQK3XkS8VtmKjbbiWEAAAAAAAAA APiY/QRPEUgLJy6agMRIqW9CJ0lgAAAADWczrrgSr2VPWsToUrloA3V3x3dY17Lr9dqY2/Dd JdS224AAAAAAAB4ePaw+gYNqtZhtVz5OXdFRE5bHmZTYojYswdKViNDVj4zEcqKbeAYdu3la uyA8VsvzhDg0BpbBM6t+RvSWdTcDpV23kLO/UP6FPznwns1USnPP5n6QSl+54finKFKqdkNt 5TqX9cp7+hHi0mfrG9BYxNwXcVi7IHxdyV/hz70B+0Of+lpZpNwAAAAAAAIp1KY3rWBMExq3 SpRswkNipERVta+wqJkRnfiWn4th0yn06HG8kpzhRPPep4a7T9Cqd25ZKEswloqtRXJ85zgA AFZOyC8XtN5wpLmnjiZw3zNpnUHtydxHzJ/QRVoJv3uZy/7aFk03AAAAAAAAAAAw5Lov0H52 6vMIupWdcpBbC85Pva66JvVzi72SdDTDuW1KpaM4Pa4d7W8JuoAAAAAAAAABoGfWJ6rhDL2d rtJlkmY0FETgKttilI8u89cSSuZy1KBT4b5qpPSXczhbtp+g+FJqancPSc1OQ0hx4kNHRG+B T1AAAAaxmei+UOr8Ffe0TqqVy0AXtXfBw3dY1/Lr9dqY2fDdJdQAAAAAAAA03OmKxMrMRNWI xru4n2RXWU8HTU5rcrqY1YsPhrBSyI5LkoIACtPZAeK6X5whw6BOD5SJxPmbf7SzibgdKup+ Zp1f3D+hT86MJ/rUyfPP5n6PyvreGn+E5QpVTshftPpn1ynv6EeLSZ+sb0FjE3ArF2QPi7kk /fn3oE9oc/8AS0s0m4AAAAAAAGh58UJuIssKtTVh8Nz2XTZ4Ck2kDCXknnRMwXwrskXKu7cr XH6KMuiW8CGQAAFvbYVl7IInpe0zl9EL0Et6eUc3JnDfCaqegmmdQCOXJzEfBavrJ9/sIr0F J6XE2vJw0LI7bbDIAAACXttA23AAAAOpP1GSkUas5NwoCO3cNbXOouI6Hv8AJaV++PLHQ1bs q0p9PDIRz5whRsZYypFYg1WT4UpEhqt3X2IpOtHn6fMy7IMnNwY3a2NRUYt7bDvgAAAAAAAA AGv5g0iHXcIVCnRmo5r4TlRF+ZFPzwyPwZGns+WyMWEqpJTqxFS3Jwj9K4EJkKE2FDSzWIiI hyAAAA1rM5t8CVe/xWJ1VK4aAEW1dXk4buseBlyi+bamEsv/AHekumAAAAAAAAVF14z2JaHA gTMjNuZITq9qexFXdY0vRFVcVVnHMvBiTrnUiVRWvh3X/Ivcm76ADC3tsK1dkB4rpfnCHBoE T+xE7ZORpZ1NwOjXfYee5u/oU/OnCf61Mnzz+Z+j8qvoeH4pyhSqnZDE/sdS1/fKe/oR4tJn 6xvQWMTcFtYrH2QPZl3JLf8A759aA/aHP/S0s0m4AAAAAAAGrY3xjhvD0NZWuTfalmGORreD e+wrrp7qOBMHYtrVXi1N6Pmo0RUvD5FUnFuceAd/ku78NR348BX9l3fhqO/HgH5Xd+GoXOTA O7yXd+Go78eAvld34ahc48A29l3fhqbVhfEdJxHIpN0iZWPBX3VrGj6mKriCjZZzM5hp8Vs+ 1yWWHvsfntj3MTHOKIDabiKdnJhkB6qjIiLsU3vCmo/GuH8OylFlpeK6BKw0hw9+5BirUfjX EGHpyjTMvFbBmoaw4i7dymhYLzLxvhGnRJCh1CclYD1urWIqXPd7/GaV/ZyofRtM9/jNHb+f Kh/yY7/GaXBt5O1D6dplM+c0dn58qH/ITPjNJFX8+VBftMJnxmlZfz7UF+0Lnxmkqp+fKh/y Z7/GaXCv5OVD6No7/OaNvZyob/nHf4zR2/nyof8AITPjNLgq3ydqH/Jhc+M0rW8nah9O0z3+ M0tlq7UE+0yufOaK2/PdQ/5Md/jNLb+fKh/yYXPjNG9/Jyof8me/xmjt/PlQ2/SEz5zRvfyb qH/JYTR9jnMDE+IXriGam48m53nViotrFuU5bkZZ5yVCmpaTStVuNS2pfgLDbfhEVpRsB8G3 l6nbW+CUJRsBolkx1O/hKYWiYBVbrjmcVfqlJMyPkcPy8ecdRa/Hqi8FOEkRluCSsgAAAAAA AAABr+MsVULDcqrq1NLAZEYqJ52+xStmWVQwDQM76ziRak5ZWYl/yd4exHXJxTOTAO/yXd+G o78eAvld34ahM48A2t5Lu/DU9Ci5g4cxIk1J0GfdHm4cFXo3g2KS5x5s5p0DHtSlYdUn4Er2 y0FERbW+Y07v85o/LlQ3fOEz5zR2fnyof8jv8ZpW9nKhv+cd/nNHb+fKht+k4J/O7MuekIsl M1mfiQYrVa5q32opjKbNzEmXiTKUuXiv7ffhXRU3njRswcTJjmLi+SfMStReqrw2It0ubEuf WaSqqrXKht+kw3PnNJEW9cqC/aO/xmlb2cqH/I7/ADmjt/PlQ/5Hf4zS4SKlcqH0bSyujbGO PcTzs1GxNMzUeXVydrWLfcWnbtv9JkAAABVRDCKi7iDtZWG1ruVceZSHw1kUdFVbbthpHY/8 MtkcJT9XmIatfFiIrFVOQtQ21vpM3Tb8xhFRQrrJcrV2QHiul+cIa7ogxZQaLg2chVKoMgPV E2OUsOmZWDbX8mYX2oZ75eDbezML7UOpVsx8HRKTOMbWISq6C5ES6eAolguPAmdUcjHl4nDh unLo5PpP0jlPW8Pb7lDlC35CqnZDE/sfS/rlPrRZi/D1Gy6mYFRqEOBEV7Vsqk8d8rBq/wDm YX2oFzJwamxazC+1CvGuTFmH65gGUg0ufZMRWxrq1F5D3tAftDn/AKWlmk3AAAAAAAA1XGeB KFiuJCiVaG97oSed4K2Nf7y+CeSVip9CmO8tgr4tG+8O8tgr4tG+8G5LYKbulo33h3lsFb+5 o33gmS2ClT1tG+8EyXwVt9DRvB6o3DCOGKZhmQSTpjHNhJyOU9abl4MzBdCjwWRmLsVr23Q0 KqZQYGqM/EnI9KhpFfvRrERDrd5PAPyW37qDvJYBtbyLb91B3ksA2t5Ft+6g7yWAfktv3UMJ kngG6/mpv3UM95LAO7yLb91DC5J4B3eRTfuoZ7yeAfktv3UMd5PAKIv5rb91AmSeAbexbfuo Z7yWAd/kW37qGEyTwCv/AIpv3UM95PAPyW37qDvJ4BtbyLb91DHeSwD8lt+6gTJPAPyU37qG e8lgH5Lb91B3ksA/JbfuoYXJLAKf+Lb91DPeTwD8lt+6gTJPAKORfItuxb+pQ3ihUOlUaThy 1OkYEuyGlkVsNEU9M8PFWF6ViOHDZU4SxEh+pseB3rMJW9aOMLlZhL4o4jzMyVwLg6vyFMmJ V3Dm3taibOVbEvYRwrR6A10WmQVh9uaiuNhAAAAAAAAAANcxnhCj4pgthVaG97W7uCpq/eWw TySsVPnuZTJbBSe9o33jHeWwV8WjfeHeXwUuzuaNs+c9rB2XWHMLVB89SoMRsZ7eCvCW+w58 W4CwxidGLVaZAe5vumw0RTXkySwD8lt+6hjvJYB+S2/dT+hnvJYB+S2/dQx3ksA/Jbfup/QJ kngH5Kb91DKZJYBT/wAW37qDvJYB+S2/dQx3k8Ap/wCLb91DPeTwCn/i2/dQd5LAPyW37qGF yTwDv8im/dQyzJPALXtelKbdq3TzqG90Sj02kSjJanyUGBDYlk4DERT0AAAADRs2MY1HCkjA jU6kTVRfEdZWwIfCVCNW524qttwZV/8AbqeVjDNTE2IcL1GixcGVbgTkFYa3l12XPNyzx/iH BmG4NHgYLq1obUS6S67TZ1ztxV/cyr/7dTPftxXt/sbVv9uoTO3FSoq+Uyr/AO3U+5TOrFMW Yhw34OqzWuciKqy67Dv6nsCV7M3LaQlKNwJeZc9sV7Yqbtm4rLL6WMzZdqtgVKDCRd6Mc5Dk 8y/mp8sN/EcPMv5qfLDfxHDzL+alreTDfxHGw5S6a8eYezGpNcnpmWfAloyPi2vdULxQGKyC xq70Sx9hb8hBGrjLPEGY1BkJKhRITHwYquer05CtsvpZzOl2KyBU4UJq8jXORD78y/mp8sN/ EcZ8zBmp8sN/EccUxpZzOjsVsapQYrfA9zlLQaUsuq3l9hibkK1EhviRVTg8BCak3AAAAAAA AAAAAGo5sV+aw5g6Yqko3hRYbkREufGUGIJrEuCZarTjOBGiPcipfwG4gAAAAAAAAAETYSx5 VKjm3WcNxoSpKykbgMdfehLKAGFWxQrWTjF01nZSGSsVWwpJzOFZeVri6OWdaSv4Jp1Ta/hp Ehol/oQ2UAAAAAAAAAAAAHi43qUWk4TqVSl04UWXl3xGp4VRDW8jcVT2LcFS9Vn4fAjREW6X vym/AAAAABdxFeduOanhSq0mXkYSvZNer27tpJVJjumKbLR3JZ0SE16/SqHaAAABhURU2ohj gp4E+wcBPAn2GVa3wJ9g4KeBPsHBb4E+wcFvgT7BwW/sp9gVNlkFhZb7/wDgKi33/wDAVF8P /BGGeONalhKPRIdPhcPuyMrH7bWQkKhTMSbpEnMxEs+LCRzk+c7xhVshFmbOOalhzGWGqVKQ uFCqM4kGKt9yEp22BEXlVPsFltv/AOBbZv2/QGoqb1MgAAAAAAAAAAAEdag797Wct+2hx6cu K2S+sd0kkgAAC6AAAIqKAAAL7bFe8vL+aHxLv9clg28pkHXqMV0CRjRWNVzmsVUROVT8wM56 Ji6oZkVOYnabNNe+Zd2hFhqiq2+yxd7SE+uy2V0nSq3JxpeJLtunbGKircmlAAAAAAAAAAAA AazmjbvfVvmkToU0nSvxYSl/AvSS4m4C6AC6AAAw71KkB6obpXMPW3f/AKTdh/2Fkebs6Dvg AAAAAAAAALuUgnVQqtm8LqnxhSYsKLfDlOX9w3oPUBAWoRfTMwQn/uTSfQAAAAAAAAAAAAAA R1qD4tZzZfz6fzOPTklsrpJP3jukkkAAGr4+x7hzBMCFGxBPMlWxfUX5TTk1A5bLZfJlu6/q FNqwFmNhjGsSMygzyTDoPq7NVLHr4pxLRsM011Qrc5DlZdvunKR/StQGW8/U0kYdaY1z3cFj laqXUlOTmIM3LQ5mXiJEhRGo5rkXYqHnYnxDR8OU50/WZxkrLtS6ucR5TdQWWs3VUkWVpjVc vBY5WLZVJSkZuBOyzJmWiNiQnpdrmre5zgAAr1l0q+aIxKnJ3UWFQAwq2RVK96g0RMzqJZrb Xh8ieEsBKIiS0KyInnE3J8xygAAAAAAAAAAAA1nNGyZfVvZ70idCmlaV+LCT+hekltNxxzEa FAgvixXoxjEu5yruIur+fWXVJqDpKJWWRIsNeDE4LVXgqbjgfG+HMZSazVAqLJtiJdyJsVP8 j35uZgyks+YmIjYcKG1XOc5diIRZVdQGW8jUXSjqyx6sWz3I1VRDe8H4toWLKd3dQZ6HNwU2 KreQ9ibmIMrLRJiYiJDhMS7nKu5CLa1n/lxTKi6Ri1pjnsdwXqjVWym/YTxRRcUU1tQoc7Dm 5d25zVPZML6lSAtUS/n7D23/AC/zJvw/7CyPN2dB3wAAAAAAAAAF3KQVqnS81hfw90KTDhNF 8rdO+ob0HqBbW2kBaheMzA//AMk0n0AAjnODN7DOXMqnklMw3zS7Ug322Njy2xXLYzwlJ4gl GIyFMs4TURTYzXMxcW0/BmFpquVB7UhwG34Kr6oxl5ihuLMOw6xDl1gw4llYnhReU7GNMVUf CVEjVaszTJeXhtvd3KQe/U7K90OjQKA+JS0fbutFW1vDYmbL3G1CxtRmVKiTbI7HJ55E3tNm AAAAAAAAI61C7MtZy6+7acenLitkvrHdJJI5QAF3KVp1eykGfxpgySmWq+BFVyPbvvtJKkMs sAup8mkenSTIroDfOqxqKuw2nCmDqDhh0V1IkocBYqeeVrES5XPNODNZk6iJTCE3NRoNKgQE iuhsdZHK1eVCUMfZKYQncETElJSEKUmYUL8nHhMRr0VOW5r2jSu1Ocw5WaLUph8daZPOl4Tn OuvBbsNRzpWex3qAkMFTM1EhUqUjtWKxjrcNF5F8JKuLslMETODpmRg0+HLRJeXc6HHhsRH3 aiqi3NL0ZYgq0WSqWF6jMPmG05zlhxHuuqpwrJtLGptQAGEW/JYyV7y7X/qHxKmz1yWDTlMg Kl0sRfmhl1PYoxfTqxLxmMZKq3hIrrXspJsFishsavuWoh9gAAAAAAAAAAAcoNZzRT0vq3Zf ekToU0nSvsywlFTwL0kuchFepKUxbVMFPo2FFRkabTgxIiXRWpfkU6mV+SeFqLg+Xl6tIw56 fmISOmYsdiOdw1TbZVIiWmvyw1IU+m0GYiJTqrMIx8DhbGp8yEsaoZbFNWwpBouHO2M7ojs7 c9l0cjL7dx2sBZI4PpOFYMjOU+HNzERl4kWMxHPuu/aRJgiViZbamoWGaXNRYlKqLHxnQeFd GryIiG+6wsQVSm4SplJpcZ0F1WjLAe9FsqIp6WVuTOEJfAMkyoSMOcm5qAjo0aKxHO4S8tyM cGwpnLDUlN4XpUzFiUiahs4EJ7ro1XLtshbNFuqp4AvqVIC1RNVa9h5f/wC3k30DZRZHm7Og 7/IEW/IAAAAAAAADF9trKZ5FIJ1UqiTOF0W+2YUmHCftbp3N29B6oVLkBaheMzA//wAk0n0B AfEwjnQIjWeqVqon0lUs5MooVNwfXMVYkm4s9UoiRe1Nc/hsY3aqfQpKukdE7xdBRNn5Jekl pdxVnUDVo+YGbVGy6pjnOloUbgT3B3W3pcsrhulwaJQpKly8NjIcvCbD86lr2SxXPVi6PW8w 8H4ZjRXMkJiZVsZjV2PT5yc6XgrDMHC8GkpRZFYHc/a1vBbt2Wv9JAWQ0BcLaisV4ap8R6U5 jWKyFfzrb+BC1AAAAAAAABHWoPi1nNl7PQ07KDMjBmFsrZVtarUGWe2I/wA67lPFxfqywdSV e2lwWVK17Kx9jxcnNTsvizGE1Ari+RMgxnChq9boq33E399zL7+8cv8A8n1DzZwBEiw4TMRy 6viO4LU27VN0k5iDNSzI8CIj4b0u1ycpyruUrpq+w5iqsVHDs1hWSix5uW4Xnme4up58bKXN ecw9DrEfHkWFUIUBHsgdr2oqJ6k2HTLmTWq7NVPCGLFctXpXnHRX74hqlEVV1euv8Td0llK9 7DTf1a9BX/Riid04wXl8l4nSeVULLq7j7d0RhZiu7aLUObv6qlbtHmzGeJ0+nrFnm7GmqV7M TB9EqDpCqVqDLTDUurHXuh0O+3l//eOX/wCTw8fZy4PksIVGbpWIYL52FBc6C1qLdzuRCvmD NYs5LxGwa5SHzDb2V6vsTZgvUrl9XFYybn4UhFfsRrrrtNdyiqchV8+MRT1NjpMS8SYux6cq Fj0vtuZAAAAAAAAAAAAAPNxDXaVQJLuyrTbJWBu4bjVW5u5e2v5ZJdUX6SEc5NT8DCmNmStD tVafwGq5zFsl+VD2sGassHVZG+S0JlMctrq51zecTZm4IxNgGsQ6PW4MxEdJvs1v0KcWlfix lLLfYtvtJcTcFRF3oimkZv4zqWDMOOqNMoUSrxkWyQmLa3zleMj5qFmRnRM4lxNNJJ1CTej5 eQiJ55ilvXI129EW3hQ1vMbGNKwThmZrVSisRITFdDhqtlevgQgnTrhmrYwzBnM06/CfBh9s clPhvTfCduVD0tZ62bhFE+UCbcC+1Kl/UIVxx1+tzC2285CLUtTzzgvqVK/6qo8KWq9AjR3o yE3a5y8m02Wfzzy6w/RJSHMV2A+O2AxO18u4ibG2sSmSrYkvRKSsd17NiteSDknnzh3EOD1n 8R1WHJTixVTtb99jfZbNfAUxMsloOIZd8WItmt27TdIEWHGgsiw3cJj0u1fCh9gAAAAAHi4j xRQ8P8DyXqEOV4fqeFynjNzPwP8A3gl9v0kHYx1XU3DmYM3RoUj3fT4bkRswjrJY3rCOpLLy tI1kzVIElFd7ly3Nc1DYloVfi4Xi0mfhzbe6FVFYTzhT2uU66W/IN6D1ApX7UbFhwMxsExor kYxtRRXOXkQkbEWbmAqFw0n8QS0OIz3NyHsb6usMUlsVlGk21FyJZrmPttN0yez2w9irDrqh V5yHT42z8m9bqhu8DMvBUaOyBCr0B0SIvBanhU26BFZGgtiw3cJjkui+EirVNxSVHbb8m/oU +NJCL3i6Fy/kl6Tcc08UyuE8EVCrTEVITmQXJCvyvstkIR0rUWYmJWtZo1qAsaZqd4kFXJtb a5JORmZb8wG1ZYkosv3DOPgJdb34K7yMNSPHfgbnallJP1jC+rQrRloqpqyxdwt/AhloQAAA AAAACPNQKPXLWcRkN8RVeiWal15SNsu8ncM41yvk0rMOPCesV6+psppeNNG9PVYkTDk9GVy7 UbFfZEOjkbporVBxvNLiuHBfT+1okJWLfaT+uSWDeEq9odt/woZg5K4OhzEKM2C7hQnI5vnU 3kjyErCk5SHLQU85DSzTnNbxDi+gUatydMqcZsKZmltB4VkubA18N0Lh3vDVvCvyWKrZVq2L qrxc6TVXQUjNurd245qU9sDWC5sdyQ1dJu4PCW19pZTEUVjKHOOiLwGthLdy7E3EA6Ll4cTF 72+eYtWiWcm5dp5FVfDhavInbXIxXxWIy/ulLM15yNodRV2xEl4m1fFUrdo4XtmLcTRWeehr ezk3L54s+3azb4DRcUZXYaxBVn1KfhK6O9LKvBRTyu8lg34F33UPGxvkRhydwrPy1MhKk4+C qQVVqInC5CDMIaOqjGe1+IptITVW6pCibbE24L00YCw6sKJ2p81FZZbxGou08HKOlwqTntiG UlZR8GXZMIjF4FmqlixiLe5kAAAAAAAAAAAAA8bFuHKfiWndw1FquhIt7WNIbkjgxEt2h1vE QgHPTTXWa7jlnlThQm09WNRyvWy35TvYM0b09Ea/Ec9GRyWu2E+6EoTuSuFcG4Cq76Wkd72S b7XbtVbHq6WWPZljKJEhRIa2XY9LLvJbTcatj3HlCwZ3L5NRXQ2zTuCxyJs/zPbl4knVqbAm UhMjy8diPZwkuiopVzPOQksL6gMJT9B4MvMTk5aYgwdnCT50QtBMVKBJURapPxGwYcOEsSIr ltuS5V7tlY1AZocGCyLCwhSYqPRzkVEjbbKngUtJRqbKUmmwKdIwUhQIDEYxqJZLIQHrSVrY OE4j9jWz91dyITZgKI1+EKS5i8JrpdFRybiueNXtiau4bYapEVrIV0btsWpT1ShfUqV/1WSf d1ToUs6BFiw33R3Abe20Yg0zYKxVS5WZjRZmDMOl2r51ETbYhnG2jytyzIkTDcyyM1q+dSLE 2qhLOQ2QsnT8D9zYrl293pFX1CXSxIcpkxhCXnIUzDguSJCW7V4KEjysFkvLw4DPUw2o1PoO QAAAAAA1LH2A6RjBISVN8VvavU8A1JuQ+EN3bprYVlzL01YqrOZ89Dw7CZ5FK9O1xIq2Wxt2 C9HEvwmRMR1GNCc3avaHnsZuZa0bAS4XhU2bmo6JHVE7atyzWE3KuG6cq8sBvQeoYXcV51My cKoY9wbJxnOayLUEaqt3n3mDpbwviWK+bSqT7Y67kV2wgrGmkPFci2JGokWDHhN3I9+0lnIL IeUhYUiQcS9uhTbbIqMTYSXJZHYUlZyDMw40yr4Tkc2/hJPkpdsrKsl2LdjEslyLNU9u9JUb /Bv6FPnSQqrkVQvql6SNdbdYrr30yiSdOmZmQhx2R4ywYauVU5U2HRpWoGFRsKNosjhOpw4E KFwGp3G5ETYafpczciUKr1GmJRpyMlSqbnq+HAVUZwnblXkJB1PREks3MC1Ka/Jy3dPCWIux G3TlUsjT5yWiUOFOsjMWX7TwuGi7LfSVqyhjQ6pqlxdPSDkjy3BZ+UbtT7S0wAAAAAAABwT8 pLzsssCZhJEhrvapiQk5eSlkl5aEkOG1bo1DsKmwwjbLtt9hkAKhEGo/K2Yx1T5aqUmZWXq9 NRVlnJfeRbCxHn2ymeVvyvzyuRnaUnODstuuSdp2yrmsGQJyt1yZSbrNSs6O9UsqKeVqBynq tYrsDG2EZnuatSyI2zUur2ptsaLU6hnxi6nrhePSZymwoqdrjTbm7FTwk5ZHZdy+XuE/I9j0 izUdyRZiJb1T+VTS9QeU9Tr9TlMY4Sme5K5IP7alkusReRDQZ+q5/YkpvlbiUqdp6xE7XGnX N865q7FJsyGy0lsusJMkXxGzE/EVXR46e6VdpIybAAYVEUydGBSJCDPRJ2FLtbMRFu59tqqd 4AAAAAAAAAAAAAAGFRL3sl/oMoljjmYMOYgPgxmo+G9LOReVDhpkhKU6WSXk4KQoabmodoj7 PLLiTzGwjGpkR3aZtjfQ8b9hSDqRVc+cFSSYeh0edrEvLJ2qXmGN2I1NiHv5T5WYor+OGY9z EiudNwnpElpeI2yw1Nm1W0jG1dwklKwlBjREiKnbEhpvTlQiLASZ3YMw9BoVHw1OQoMJVVXI xLuVfnJIysxDnLOYugwMTUmagU5Wrw3vbsuSLnXl/AzBwdFpcRyQppjVdLxV9w/wkEUedz4w ZS/KtL0qcqsCXb2mXmmNsjW+E3jILKetSWIZnHWOJruusTbeCjHNssNL7CfLA6NSpUjPvhvm 5dsV0P1Kqm47jGNYxGtSyIlkT5jKIiBqWS2wyAAAAAAAAYRqXVeCl/oHBQ8TFGFKLiR0q6rS vb1lXcKFttZT15WXhS0vDl4LeDDht4LU8CHKDwcQ4SoldqMjP1GVSLMSMXtsB1/Uu8J7xiyW sGtRqbERPoQyDTM4cJTGMsFTVElphIESM1yI9UvvQ+clMIzGCcuqbhyYmEjxZVnBV6Ja+026 PKS0dbx4EKIvhc1FOpUqPJTFPjy7JSWasRipftSEc5DZWRMA+S6zkaDNunZx8di9rS7EVdxs GcGXFKzDw06mzyIyYYnoeN8GvhIShZU51ykt5WpXHSNo1u1onatzN1rkvZIZVUzLekvZCckx UY6eiJnlfykjgAAAAAAAAAAAAJu3hAY27TIsOTeAAAAAAAAAAAAAAAAAAAAAAP8AMwifPcyY svhCJ85kILbbgAAAAAAAAAAAAAAAAABAAgMKnzmQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAf/Z