Content-Type: multipart/related; boundary="----=_NextPart_4066710.201549267225" X-Msg2Mime: True X-Msg2Mime-Client-Submit-Time: Fri, 15 Aug 2014 18:18:35 -0400 X-Msg2Mime-Message-Delivery-Time: Fri, 15 Aug 2014 18:18:46 -0400 X-Msg2Mime-Creation-Time: Tue, 17 May 2016 14:34:44 -0400 Received: from BL2PR02MB273.namprd02.prod.outlook.com (10.141.89.142) by DM2PR02MB286.namprd02.prod.outlook.com (10.141.55.146) with Microsoft SMTP Server (TLS) id 15.0.1005.10 via Mailbox Transport; Fri, 15 Aug 2014 22:18:45 +0000 Received: from BN1PR02CA0015.namprd02.prod.outlook.com (10.141.56.15) by BL2PR02MB273.namprd02.prod.outlook.com (10.141.89.142) with Microsoft SMTP Server (TLS) id 15.0.1005.10; Fri, 15 Aug 2014 22:18:42 +0000 Received: from BN1BFFO11FD031.protection.gbl (2a01:111:f400:7c10::1:115) by BN1PR02CA0015.outlook.office365.com (2a01:111:e400:2a::15) with Microsoft SMTP Server (TLS) id 15.0.1010.18 via Frontend Transport; Fri, 15 Aug 2014 22:18:42 +0000 Received: from na01-bn1-obe.outbound.protection.outlook.com (207.46.163.141) by BN1BFFO11FD031.mail.protection.outlook.com (10.58.144.94) with Microsoft SMTP Server (TLS) id 15.0.1010.11 via Frontend Transport; Fri, 15 Aug 2014 22:18:42 +0000 Received: from BN1BFFO11FD019.protection.gbl (10.58.144.30) by BN1BFFO11HUB052.protection.gbl (10.58.144.199) with Microsoft SMTP Server (TLS) id 15.0.1010.11; Fri, 15 Aug 2014 22:18:39 +0000 Received: from SATURN.ms.genomebc.ca (66.119.182.58) by BN1BFFO11FD019.mail.protection.outlook.com (10.58.144.82) with Microsoft SMTP Server (TLS) id 15.0.1010.11 via Frontend Transport; Fri, 15 Aug 2014 22:18:38 +0000 Received: from JUPITER.ms.genomebc.ca ([fe80::4d91:be02:cc6e:e11f]) by SATURN.ms.genomebc.ca ([fe80::9410:9dfd:ad61:8d2f%10]) with mapi id 14.01.0438.000; Fri, 15 Aug 2014 15:18:36 -0700 From: Alison Dendoff To: "Rieseberg, Loren" , "John M. Burke" CC: Gabe Kalmar , David Charest Subject: RE: Genome Canada Large-scale applied research project competition: Genomics and Feeding the Future Thread-Topic: Genome Canada Large-scale applied research project competition: Genomics and Feeding the Future Thread-Index: Ac8+QFJFxLz4deLGTj+nvc/wxMOCZwACow4AAAADkAAAAAARIAAAABWwAAAAD3AAAAAdoAAAAA9gAAAADGATDtV1cAbiDKKAAA56qnABI0NTAAOADJoA Date: Fri, 15 Aug 2014 22:18:35 +0000 Message-ID: <439727E51BE77C4D872D5A3C8A6FA9CEE0D28149@JUPITER.ms.genomebc.ca> References: <439727E51BE77C4D872D5A3C8A6FA9CECFA5584B@JUPITER.ms.genomebc.ca> <439727E51BE77C4D872D5A3C8A6FA9CEE0CF5C52@JUPITER.ms.genomebc.ca> <287E48A6-E0A7-430C-8A75-D1D044791F65@mail.ubc.ca> <439727E51BE77C4D872D5A3C8A6FA9CEE0D16DC1@JUPITER.ms.genomebc.ca> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-originating-ip: [10.10.13.153] MIME-Version: 1.0 Return-Path: adendoff@genomebc.ca X-EOPAttributedMessage: 1 X-Forefront-Antispam-Report-Untrusted: CIP:66.119.182.58;CTRY:CA;IPV:NLI;EFV:NLI;SFV:NSPM;SFS:(51704005)(377454003)(52044002)(189002)(24454002)(42154003)(164054003)(199003)(15975445006)(16601075003)(83072002)(44976005)(19580405001)(85852003)(19625215002)(2656002)(561944003)(568964001)(16236675004)(83322001)(16297215004)(15202345003)(87936001)(99396002)(92726001)(15974865002)(92566001)(50986999)(54356999)(84326002)(33656002)(76176999)(105606002)(86362001)(19300405004)(6806004)(575784001)(4396001)(99936001)(55846006)(2171001)(31966008)(74482001)(74502001)(74662001)(85306004)(95666004)(93886004)(14971765001)(18717965001)(64706001)(20776003)(79102001)(19617315012)(77982001)(104016003)(80022001)(46102001)(107046002)(21056001)(106466001)(81342001)(19580395003)(81542001)(512874002)(77096002)(71186001);DIR:OUT;SFP:;SCL:1;SRVR:BN1BFFO11HUB052;H:SATURN.ms.genomebc.ca;FPR:;MLV:sfv;PTR:ms.genomebc.ca;MX:1;A:1;LANG:en; X-Microsoft-Antispam: BCL:0;PCL:0;RULEID:;UriScan:;UriScan:; X-Forefront-PRVS: 0304E36CA3 Received-SPF: Pass (protection.outlook.com: domain of genomebc.ca designates 207.46.163.141 as permitted sender) receiver=protection.outlook.com; client-ip=207.46.163.141; helo=na01-bn1-obe.outbound.protection.outlook.com; Authentication-Results: spf=pass (sender IP is 207.46.163.141) smtp.mailfrom=adendoff@genomebc.ca; X-MS-Exchange-Organization-MessageDirectionality: Incoming X-Forefront-Antispam-Report: CIP:207.46.163.141;CTRY:US;IPV:NLI;IPV:NLI;EFV:NLI;SFV:NSPM;SFS:(438002)(189002)(51704005)(199003)(52044002)(164054003)(24454002)(42154003)(377454003)(561944003)(64706001)(19580395003)(6806004)(106466001)(76176999)(46102001)(77096002)(33656002)(85306004)(16601075003)(93886004)(15975445006)(99936001)(79102001)(4396001)(575784001)(81542001)(15202345003)(55846006)(14971765001)(19580405001)(19300405004)(18717965001)(2656002)(87836001)(16297215004)(21056001)(19617315012)(22756005)(85426001)(74482001)(92566001)(95666004)(86362001)(74502001)(71186001)(107046002)(15974865002)(81342001)(44976005)(54356999)(85852003)(31966008)(19625215002)(512874002)(92726001)(20776003)(80022001)(83072002)(74662001)(84326002)(16236675004)(99396002)(83322001)(568964001)(2171001)(77982001)(104016003)(50986999);DIR:INB;SFP:;SCL:1;SRVR:BL2PR02MB273;H:na01-bn1-obe.outbound.protection.outlook.com;FPR:;MLV:sfv;PTR:mail-bn1lp0141.outbound.protection.outlook.com;MX:1;A:1;LANG:en; X-MS-Exchange-Organization-Network-Message-Id: 0b5c52c5-b768-4c52-a50d-08d186ee0206 X-Microsoft-Antispam: BCL:0;PCL:0;RULEID:; X-MS-Exchange-Organization-AVStamp-Service: 1.0 X-MS-Exchange-Organization-SCL: 1 X-MS-Exchange-Organization-AuthSource: BN1BFFO11FD031.protection.gbl X-MS-Exchange-Organization-AuthAs: Anonymous ------=_NextPart_4066710.201549267225 Content-Type: multipart/alternative; boundary="----=_NextPart_19040268.201549267225" ------=_NextPart_19040268.201549267225 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable Hello Loren and John, The attached form includes some suggested revisions to your registration form. I am so sorry I missed sending this to you earlier! The registration form can be submitted as is, but if you want to make any changes you can send it to me by Monday at 10am and we will complete the final check before sign-off and submission. Please also send me a copy(ies) of the signed cover page. Either a scanned page or electronic signatures are acceptable. Best regards, Alison Alison Dendoff Coordinator, New Programs Genome British Columbia From: Rieseberg, Loren [mailto:loren.rieseberg@botany.ubc.ca] Sent: Monday, July 28, 2014 12:33 PM To: Alison Dendoff Cc: Rieseberg, Loren; Gabe Kalmar; David Charest; John M. Burke Subject: Re: Genome Canada Large-scale applied research project competition: Genomics and Feeding the Future Hi Alison, Here is the appendix with suggested reviewers. Thanks, loren On Jul 22, 2014, at 11:00 AM, Alison Dendoff > wrote: > Hello Loren, > > Thanks for your registration. We=E2=80=99ll review it and send you feedba= ck in a couple of days. Could you send it to me in Word format? > > The suggested reviewers need to be provided in the attached template: 6 for the research proposal and 5 for the social and economic benefits. Could you select which of the names listed in the registration form you would like to provide? You can also indicate if there is anyone you would not like your application sent to for review. > > Cheers, > Alison > > Alison Dendoff > Coordinator, New Programs > Genome British Columbia > > From: Rieseberg, Loren [mailto:loren.rieseberg@botany.ubc.ca] > Sent: Tuesday, July 22, 2014 10:39 AM > To: Alison Dendoff > Cc: Gabe Kalmar; David Charest; John M. Burke > Subject: Re: Genome Canada Large-scale applied research project competition: Genomics and Feeding the Future > > Hi Alison, > > Attached please find our project registration form. Please let me know if you need any further information. > > Thanks, loren > > > > On Jun 17, 2014, at 10:51 PM, Alison Dendoff > wrote: > > > Hi Loren, > > > > Genome Canada officially launched the Request for Applications for the 2014 Large-Scale Applied Research Project Competition: Genomics and Feeding the Future yesterday in partnership with the Western Grains Research Foundation (WGRF). The amount of funding available from Genome Canada is now up to 40% of the overall approved project budget, and GBC will contribute up to an additional 25%. > > > > The RFA and registration documents are attached and other documents can be found on Genome BC=E2=80=99s website at the following link: > > http://www.genomebc.ca/research-programs/opportunities/current-funding-c ompetitions/genomics-and-feeding-future/ > > > > Please feel free to contact me if you are interested in learning more about this competition. > > > > Best regards, > > Alison > > adendoff@genomebc.ca > > 604-637-4381 > > > > Alison Dendoff > > Coordinator, New Programs > > Genome British Columbia > > > > From: Alison Dendoff > > Sent: Wednesday, March 12, 2014 4:42 PM > > To: 'lriesebe@mail.ubc.ca' > > Cc: David Charest; Gabe Kalmar > > Subject: Upcoming Genome Canada funding opportunity > > > > Dear Loren, > > > > Genome Canada will soon be seeking proposals for large-scale applied research projects, which focus on the application of genomics and related technologies (bioinformatics, epigenomics, metabolomics, metagenomics, nutrigenomics, pharmacogenomics, proteomics and transcriptomics) in the agri-food and fisheries/aquaculture sectors to address opportunities and challenges related to Canadian and global food safety, food security and sustainable production. > > > > Applicants must demonstrate how their proposal holds a high potential for attaining concrete deliverables by the end of the funding period and therefore translate into significant social and/or economic benefits to BC and Canada in as short a time-frame as possible after the close of the project. Proposals that address challenges that are relevant both in the Canadian context and also to Canada's international development priorities by providing sustainable, genomic-based solutions to problems of agriculture and fisheries/aquaculture in developing countries will also be considered. > > > > Project total budgets can range in size from $2M to $10M, and successful projects will be awarded funding for a term of up to four (4) years. > > > > At this time the amount of funding from Genome Canada is undetermined, but will minimally be one-third of the overall approved budget, with GBC funding an additional 25% of the overall approved budget. Genome Canada is continuing to work with the Centres and other funding agencies to increase its maximum contribution to 50% of the overall budget. > > > > Additionally, eligible sources of co-funding may include specific Canadian federal funding sources (e.g. Agriculture and Agri-Food Canada, Department of Fisheries and Oceans, Growing Forward 2). Notable co-funding exceptions include Canadian Institutes of Health Research (CIHR), the Natural Sciences and Engineering Research Council (NSERC), the Social Sciences and Humanities Research Council (SSHRC), and tri-agency programs (e.g., the Networks of Centres of Excellence, Centers of Excellence for Commercialization and Research, and the Canada Research Chairs). Foreign sources are also acceptable. Potential research applicants should contact Genome BC directly to discuss possible co-funding scenarios. > > > > Based on Genome Canada's criteria lead research applicants must be from eligible institutions: > > 1. Canadian post-secondary organizations and their affiliated institutions including hospitals and research institutes; > > 2. Canadian non-federal government departments or agencies and not-for-profit organizations (including community or charitable organizations) with an explicit research or knowledge-translation mandate. > > Research teams may include as co-applicants international, private sector (for-profit organizations), or federal laboratory scientists who may also provide co-funding for eligible expenses. > > > > Genome Canada funds can be awarded to researchers at Canadian post-secondary organizations including hospitals and research institutes, Canadian non-federal government departments and agencies (e.g. BC Provincial Plant and Animal Health Branch, British Columbia Centre for Disease Control) and not-for-profit organizations. Genome Canada cannot flow funds outside of Canada for research undertaken in a foreign country, in for-profit organizations or in federal laboratories (e.g. Agriculture and Agri-Food Canada, Canadian Food Inspection Agency, Department of Fisheries and Oceans etc.) except for costs incurred based on a reasonable fee-for-service arrangement or contract. > > > > Genome BC funds can be awarded to researchers at British Columbia post-secondary organizations including hospitals and research institutes, Canadian federal government departments and agencies (e.g. Agriculture and Agri-Food Canada, Canadian Food Inspection Agency, Department of Fisheries and Oceans etc.) and not-for-profit organizations. Genome BC cannot flow funds outside of British Columbia for research undertaken outside the province, into for-profit organizations or in to provincial laboratories (e.g. BC Provincial Plant and Animal Health Branch) except for costs incurred based on a reasonable fee-for-service arrangement or contract. > > > > End-users must be clearly integrated into the project team in the form of a project team member, collaborator, and/or member of the management team. Co-funding would clearly demonstrate end-user interest in the project=E2=80=99s potential deliverables, although it is not a requirement for an end-user organization to contribute to the co-funding required. > > > > Social Scientists and humanists can submit Large-scale GE3LS (Genomics, Ethical, Environmental, Economic, Legal and Social) research projects for funding. All research projects must include an integrated GE3Ls research component as part of the research team. > > > > All research applicants from BC who are leading a proposal and research team are required to apply for Genome Canada funding through Genome BC. All interested researchers and their teams must contact Genome BC in advance of submitting any project proposal to discuss the objectives and deliverables of the research program. > > > > BC researchers who are co-applicants on projects led by other Genome Centres in Canada are encouraged to contact Genome BC to determined whether their project is eligible for research funding for the BC portion of the project. > > > > If you are interested in learning more about this program, or receiving the RFA when it is released, please contact David Charest, Director, Sector Development, and Sector Manager for the agri-foods and agriculture sector at dcharest@genomebc.ca . David will be away from the office until April 7; in his absence, please feel free to contact Gabe Kalmar, VP, Sector Development at gkalmar@genomebc.ca . > > > > Best regards, > > > > Alison Dendoff > > on behalf of David Charest > > > > Alison Dendoff CPIM, B.Sc. > > Coordinator, New Programs Genome British Columbia > > t. 604-637-4381 I c. 604-808-0472 I f. 604-738-8597 > > adendoff@genomebc.ca / www.genomebc.ca > > http://www.genomebc.ca/opportunities/current-funding-competitions/ > > > > "A catalyst for a vibrant genomics-driven life sciences cluster on Canada's West Coast" > > This message contains confidential information and is intended only for the individual named. If you are not the named addressee you should not disseminate, distribute or copy this email. Please notify the sender immediately by email if you have received this email by mistake and delete this email from your system. > > > > <2014-competition-appendix-1-registration.xlsx><2014-competition-registr ation-form.docx><2014-competition-request-for-application.pdf> > > Loren Rieseberg > Botany Department > University of British Columbia > 3529-6270 University Blvd > Vancouver, B.C. V6T 1Z4 > Phone: 604-827-4540 > Fax: 604-822-6089 > > <2014 LSARP competition-appendix-1-registration.xlsx> Loren Rieseberg Botany Department University of British Columbia 3529-6270 University Blvd Vancouver, B.C. V6T 1Z4 Phone: 604-827-4540 Fax: 604-822-6089 ------=_NextPart_19040268.201549267225 Content-Type: text/rtf; charset="utf-8" Content-Transfer-Encoding: quoted-printable {\rtf1\ansi\ansicpg1252\fromhtml1 \fbidis \deff0{\fonttbl=0A=0D{\f0\fswiss\= fcharset0 Arial;}=0A=0D{\f1\fmodern Courier New;}=0A=0D{\f2\fnil\fcharset2 = Symbol;}=0A=0D{\f3\fmodern\fcharset0 Courier New;}=0A=0D{\f4\fswiss\fcharse= t0 "Calibri";}=0A=0D{\f5\fswiss "Lucida Handwriting";}=0A=0D{\f6\fswiss\fch= arset0 "Trebuchet MS";}=0A=0D{\f7\fswiss "Tahoma";}}=0A=0D{\colortbl\red0\g= reen0\blue0;\red0\green0\blue255;}=0A=0D\uc1\pard\plain\deftab360 \f0\fs24 = =0A=0D{\*\htmltag19 }=0A=0D{\*\htmltag34 = }=0A=0D{\*\htmltag1 \par }=0A=0D{\*\htmltag1 \par }=0A=0D{\*\htmltag161 }=0A= =0D{\*\htmltag1 \par }=0A=0D{\*\htmltag241 }=0A=0D{\*\htmltag241 }=0A= =0D{\*\htmltag241 }=0A=0D{\*\htmltag1 \par }=0A=0D{\*\htmltag41 }=0A=0D{\*\htm= ltag2 \par }=0A=0D{\*\htmltag50 }\htmlrtf \lang1033 \htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\h= tmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag= 0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A= =0D{\*\htmltag148 }\htmlrtf {\f4 \htmlrtf0 Hello= Loren and John,=0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag252 }=0A= =0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\= htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \pa= r }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\= *\htmltag148 }\htmlrtf {\f4 \htmlrtf0 =0A=0D{\*\= htmltag244 }=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\= *\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlr= tf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

= }=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\html= rtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\= f4 \htmlrtf0 The attached form includes some suggested revisions to your re= gistration form. I am so sorry I missed sending this to you earlier! The re= gistration form can=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\h= tmltag4 }be submitted as is, but if you want to make any changes you can s= end it to me by Monday at 10am and we will complete the final check before = sign-off and submission.=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D= {\*\htmltag244 }=0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\html= rtf0 =0A=0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64 =

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f4 \htmlrtf0 =0A=0D{\*\htmltag244 }=0A=0D= {\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag252 }=0A= =0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\= htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \pa= r }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\= *\htmltag148 }\htmlrtf {\f4 \htmlrtf0 Please als= o send me a copy(ies) of the signed cover page. Either a scanned page or el= ectronic signatures are acceptable.=0A=0D{\*\htmltag244 }=0A=0D{\*\htm= ltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\pa= r}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A= =0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf = {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f4 \= htmlrtf0 =0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag84  }\htmlrtf \'a= 0\htmlrtf0 =0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrt= f }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f4 \htmlrtf0 Best regards,=0A=0D{\*\htmltag244 }= =0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf= 0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmlta= g72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\ht= mlrtf {\f4 \htmlrtf0 Alison=0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag252 = }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\par}\htmlr= tf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A=0D{\*\ht= mltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf= 0 =0A=0D{\*\htmltag148 }\htmlrtf {\f4 \htmlrtf0 = =0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf= 0 =0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlr= tf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\html= tag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag96
}\htmlrtf {\ht= mlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

= }\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f5 \ht= mlrtf0 Alison Dendoff=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 =0A= =0D{\*\htmltag148 }\htmlrtf {\f5 \htmlrtf0 =0A=0D{\*\htmltag= 244 }=0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf= }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D= {\*\htmltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f6 \htmlrtf0 Coordinator=0A=0D{\*\htmltag156 }= \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag148 }\h= tmlrtf {\f6 \htmlrtf0 ,=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{= \*\htmltag156 }\htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f6 \htmlrtf0 New Programs=0A=0D{\*\htmltag8= 4  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\ht= mlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htm= lrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\ht= mltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }= \htmlrtf {\f4 \htmlrtf0 Genome British Columbia=0A=0D{\*\htmltag156 = }\htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag148 }\= htmlrtf {\f6 \htmlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{= \*\htmltag156 }\htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f6 \htmlrtf0 =0A=0D{\*\htmltag244 }=0A= =0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \= htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72=

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104
}\htmlrtf }\htmlr= tf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\h= tmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf= {\f4 \htmlrtf0 =0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag84  }\html= rtf \'a0\htmlrtf0 =0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }= \htmlrtf }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf= 0 =0A=0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag96 }\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag84 }\htmlrtf {\b \= htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f7 \htmlrtf0 From:=0A= =0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }\htm= lrtf }\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\f7 \htmlrtf0 = Rieseberg, Loren [mailto:loren.rieseberg@botany.ubc.ca]=0A=0D{\*\htmltag4 \= par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htm= lrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 }\htmlrtf {\b \htmlrt= f0 Sent:=0A=0D{\*\htmltag92 }\htmlrtf }\htmlrtf0 Monday, July 28, 2014= 12:33 PM=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\= htmltag4 \par }=0A=0D{\*\htmltag84 }\htmlrtf {\b \htmlrtf0 To:=0A=0D{\*\= htmltag92 }\htmlrtf }\htmlrtf0 Alison Dendoff=0A=0D{\*\htmltag116
= }\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84= }\htmlrtf {\b \htmlrtf0 Cc:=0A=0D{\*\htmltag92 }\htmlrtf }\htmlrtf0= Rieseberg, Loren; Gabe Kalmar; David Charest; John M. Burke=0A=0D{\*\html= tag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\= *\htmltag84 }\htmlrtf {\b \htmlrtf0 Subject:=0A=0D{\*\htmltag92 }\ht= mlrtf }\htmlrtf0 Re: Genome Canada Large-scale applied research project co= mpetition: Genomics and Feeding the Future=0A=0D{\*\htmltag244 }=0A=0D= {\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htm= lrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72 }=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104
}\htmlrtf }\htmlrtf0= =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104
}\htmlrtf }\htmlrtf0 = =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag64

}\htmlr= tf {\htmlrtf0 =0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag84  }\htmlrt= f \'a0\htmlrtf0 =0A=0D{\*\htmltag252 }\htmlrtf\par}\htmlrtf0=0A=0D\ht= mlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \par = }=0A=0D{\*\htmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A= =0D{\*\htmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{= \*\htmltag64

}\htmlrt= f {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrt= f {\htmlrtf0 Hi Alison,=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlr= tf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D= \htmlrtf0 =0A=0D{\*\htmltag4 \par }Here is the appendix with suggested revi= ewers.=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htm= ltag4 \par }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{= \*\htmltag4 \par }Thanks, loren=0A=0D{\*\htmltag244 }=0A=0D{\*\htmltag= 252 }=0A=0D{\*\htmltag156 }\htmlrtf }\htmlrtf0 \htmlrtf\par}\h= tmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A=0D{\*\htmltag72

}=0A=0D{\= *\htmltag0 \par }=0A=0D{\*\htmltag104
}\htmlrtf }\htmlrtf0 =0A=0D{\*\= htmltag0 \par }=0A=0D{\*\htmltag104
}\htmlrtf }\htmlrtf0 =0A=0D{\*\ht= mltag0 \par }=0A=0D{\*\htmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmlta= g0 \par }=0A=0D{\*\htmltag96
}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag0 \= par }=0A=0D{\*\htmltag64

}\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag148 }\htmlrtf {\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htm= lrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A= =0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }On Jul 22, 2014, at 11:00 AM, Alison = Dendoff =0A=0D{\*\htmltag84 <}\htmlrtf <\htmlrtf0 =0A=0D{\*\htmltag84 }\htmlrtf {\field{\*\fldinst{HYPERLIN= K "mailto:adendoff@genomebc.ca"}}{\fldrslt\cf1\ul \htmlrtf0 adendoff@genome= bc.ca\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 wrote:=0A=0D{\*\htmltag116
}= \htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag116=
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\html= tag84 >}\htmlrtf >\htmlrtf0 Hello Loren,=0A=0D{\*\htmltag116
}\html= rtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}= \htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A= =0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \pa= r }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Thanks for your registrati= on. We\'92ll review it and send you feedback in a couple of days. Could you= send it to me in Word format?=0A=0D{\*\htmltag116
}\htmlrtf \line=0A= =0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\h= tmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmlta= g116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\= htmltag84 >}\htmlrtf >\htmlrtf0 The suggested reviewers need to be prov= ided in the attached template: 6 for the research proposal and 5 for the so= cial and economic benefits. Could you select which of the names listed in t= he registration form you would like to provide? You can also indicate=0A=0D= {\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }if there is any= one you would not like your application sent to for review.=0A=0D{\*\htmlta= g116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\= htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0= \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\= *\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Cheers,=0A= =0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \pa= r }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Alison=0A=0D{\*\htmltag116=
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\html= tag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htm= lrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\ht= mltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Alison Dendoff= =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Coordinator, New Progra= ms=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116 <= br>}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmlta= g84 >}\htmlrtf >\htmlrtf0 Genome British Columbia=0A=0D{\*\htmltag116 <= br>}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmlta= g84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlr= tf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\html= tag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 From: Rieseberg, L= oren [=0A=0D{\*\htmltag84 = }\htmlrtf {\field{\*\fldinst{HYPERLINK "mailto:loren.rieseberg@botany.ubc.c= a"}}{\fldrslt\cf1\ul \htmlrtf0 mailto:loren.rieseberg@botany.ubc.ca\htmlrtf= }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }]=0A=0D{\*\htmltag= 4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\= htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlr= tf0 Sent: Tuesday, July 22, 2014 10:39 AM=0A=0D{\*\htmltag116
}\htmlrt= f \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\h= tmlrtf >\htmlrtf0 To: Alison Dendoff=0A=0D{\*\htmltag116
}\htmlrtf \li= ne=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 Cc: Gabe Kalmar; David Charest; John M. Burke=0A=0D{\*\htmlta= g116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\= htmltag84 >}\htmlrtf >\htmlrtf0 Subject: Re: Genome Canada Large-scale = applied research project competition: Genomics and Feeding the Future=0A=0D= {\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\ht= mlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf= 0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Hi= Alison,=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\h= tmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlt= ag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*= \htmltag84 >}\htmlrtf >\htmlrtf0 Attached please find our project regis= tration form.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Please let = me know if you need any further information.=0A=0D{\*\htmltag116
}\html= rtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}= \htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf= 0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Th= anks, loren=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\= *\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\ht= mltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D= {\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf = \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htm= lrtf >\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 = =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 On J= un 17, 2014, at 10:51 PM, Alison Dendoff =0A=0D{\*\htmltag84 <}\htmlrtf = <\htmlrtf0 =0A=0D{\*\htmltag84 }\ht= mlrtf {\field{\*\fldinst{HYPERLINK "mailto:adendoff@genomebc.ca"}}{\fldrslt= \cf1\ul \htmlrtf0 adendoff@genomebc.ca\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrt= f0 =0A=0D{\*\htmltag92 }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 w= rote:=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\html= tag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag1= 16
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\ht= mltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlr= tf0 Hi Loren,=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \= 'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 Genome Canada officially launched th= e Request for Applications for the 2014 Large-Scale Applied Research Projec= t Competition: Genomics and Feeding the Future yesterday in partnership wit= h the Western Grains Research Foundation (WGRF). The amount of funding=0A= =0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }available fr= om Genome Canada is now up to 40% of the overall approved project budget, a= nd GBC will contribute up to an additional 25%.=0A=0D{\*\htmltag116
}\h= tmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 &g= t;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D= {\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htm= lrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >= }\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 The RFA= and registration documents are attached and other documents can be found o= n Genome BC\'92s website at the following link:=0A=0D{\*\htmltag116
}\h= tmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 &g= t;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A= =0D{\*\htmltag84 }\htmlrt= f {\field{\*\fldinst{HYPERLINK "http://www.genomebc.ca/research-programs/op= portunities/current-funding-competitions/genomics-and-feeding-future/"}}{\f= ldrslt\cf1\ul \htmlrtf0 =0A=0D{\*\htmltag4 \par }http://www.genomebc.ca/res= earch-programs/opportunities/current-funding-competitions/genomics-and-feed= ing-future/\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 = }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4= \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 &g= t;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 = =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >= ;}\htmlrtf >\htmlrtf0 Please feel free to contact me if you are interested= in learning more about this competition.=0A=0D{\*\htmltag116
}\htmlrtf= \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\ht= mlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\ht= mltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \= line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\html= rtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Best regards,= =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >= ;}\htmlrtf >\htmlrtf0 Alison=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D= \htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\html= rtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 }\htmlrtf {\field{\*\fldinst{HYPERLINK= "mailto:adendoff@genomebc.ca"}}{\fldrslt\cf1\ul \htmlrtf0 adendoff@genomeb= c.ca\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }=0A=0D= {\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htm= lrtf >\htmlrtf0 604-637-4381=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D= \htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\html= rtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 &nbs= p;}\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\h= tmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrt= f0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Alison Dendoff=0A=0D{\*\h= tmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 Coordinator, New Programs=0A=0D{\*\htmltag84  }\htmlrtf = \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 Genome British Columbia=0A=0D{\*\htm= ltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\= htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmlt= ag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*= \htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\ht= mlrtf0 From: Alison Dendoff =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D= \htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\html= rtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Sent: Wednesday, March = 12, 2014 4:42 PM=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 To: 'lriesebe@mail.ubc.ca'=0A=0D{\*\= htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 Cc: David Charest; Gabe Kalmar=0A=0D{\*\htmltag116
}\html= rtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}= \htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Subject:= Upcoming Genome Canada funding opportunity=0A=0D{\*\htmltag116
}\htmlr= tf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\= htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\= htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf= \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\ht= mlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Dear Loren,= =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >= ;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 = =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >= ;}\htmlrtf >\htmlrtf0 Genome Canada will soon be seeking proposals for lar= ge-scale applied research projects, which focus on the application of genom= ics and related technologies (bioinformatics, epigenomics, metabolomics, me= tagenomics, nutrigenomics, pharmacogenomics, proteomics=0A=0D{\*\htmltag4 \= par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }and transcriptomics) in the a= gri-food and fisheries/aquaculture sectors to address opportunities and cha= llenges related to Canadian and global food safety, food security and susta= inable production.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{= \*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \l= ine=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlr= tf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlt= ag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \lin= e=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf= >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Applicants must = demonstrate how their proposal holds a high potential for attaining concret= e deliverables by the end of the funding period and therefore translate int= o significant social and/or economic benefits to BC and Canada in as short = a time-frame=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4= }as possible after the close of the project.=0A=0D{\*\htmltag84  }\h= tmlrtf \'a0\htmlrtf0 Proposals=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htm= lrtf0 that address challenges that are relevant both in the Canadian conte= xt and also to Canada's international development priorities by providing s= ustainable, genomic-based solutions to problems of agriculture=0A=0D{\*\htm= ltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }and fisheries/aquacult= ure in developing countries will also be considered.=0A=0D{\*\htmltag116 }\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag= 84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 = =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116 }\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag8= 4 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 P= roject total budgets can range in size from $2M to $10M, and successful pro= jects will be awarded funding for a term of up to four (4) years.=0A=0D{\*\= htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrtf = \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*= \htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htm= ltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\ht= mlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\h= tmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlt= ag84 >}\htmlrtf >\htmlrtf0 At this time the amount of funding from Geno= me Canada is undetermined, but will minimally be one-third of the overall a= pproved budget, with GBC funding an additional 25% of the overall approved = budget.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Genome Canada is = continuing to work with the Centres=0A=0D{\*\htmltag4 \par }\htmlrtf \html= rtf0 =0A=0D{\*\htmltag4 }and other funding agencies to increase its maximu= m contribution to 50% of the overall budget.=0A=0D{\*\htmltag84  }\htm= lrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\h= tmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\h= tmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 Additionally, eligible sources of co-funding may include spec= ific Canadian federal funding sources (e.g. Agriculture and Agri-Food Canad= a, Department of Fisheries and Oceans, Growing Forward 2).=0A=0D{\*\htmltag= 84  }\htmlrtf \'a0\htmlrtf0 Notable co-funding exceptions include Can= adian Institutes=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\html= tag4 }of Health Research (CIHR), the Natural Sciences and Engineering Rese= arch Council (NSERC), the Social Sciences and Humanities Research Council (= SSHRC), and tri-agency programs (e.g., the Networks of Centres of Excellenc= e, Centers of Excellence for Commercialization=0A=0D{\*\htmltag4 \par }\htm= lrtf \htmlrtf0 =0A=0D{\*\htmltag4 }and Research, and the Canada Research = Chairs).=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Foreign sources = are also acceptable.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Pote= ntial research applicants should contact Genome BC directly to discuss poss= ible co-funding scenarios.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0= =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84 &nbs= p;}\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A= =0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \pa= r }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\= htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A= =0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \pa= r }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\= htmlrtf >\htmlrtf0 Based on Genome Canada's criteria lead research applica= nts must be from eligible institutions:=0A=0D{\*\htmltag116
}\htmlrtf \= line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\html= rtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 1.=0A=0D{\*\h= tmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf = \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\h= tmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf = \'a0\htmlrtf0 Canadian post-secondary organizations and their affiliated i= nstitutions including hospitals and research institutes;=0A=0D{\*\htmltag11= 6
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htm= ltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrt= f0 2.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84=  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htm= lrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84=  }\htmlrtf \'a0\htmlrtf0 Canadian non-federal government departments= or agencies and not-for-profit organizations (including community or chari= table organizations) with an explicit research or knowledge-translation man= date.=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\html= tag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag8= 4 >}\htmlrtf >\htmlrtf0 Research teams may include as co-applicants int= ernational, private sector (for-profit organizations), or federal laborator= y scientists who may also provide co-funding for eligible expenses.=0A=0D{\= *\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \li= ne=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlta= g84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line= =0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf = >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Genome Canada fun= ds can be awarded to researchers at Canadian post-secondary organizations i= ncluding hospitals and research institutes, Canadian non-federal government= departments and agencies (e.g. BC Provincial Plant and Animal Health Branc= h, British=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 = }Columbia Centre for Disease Control) and not-for-profit organizations.=0A= =0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Genome Canada cannot flow f= unds outside of Canada for research undertaken in a foreign country, in for= -profit organizations or in federal laboratories (e.g. Agriculture and Agri= -Food Canada,=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag= 4 }Canadian Food Inspection Agency, Department of Fisheries and Oceans etc= .) except for costs incurred based on a reasonable fee-for-service arrangem= ent or contract.=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\html= tag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\= *\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\h= tmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmlta= g116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\= htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htm= lrtf0 Genome BC funds can be awarded to researchers at British Columbia po= st-secondary organizations including hospitals and research institutes, Can= adian federal government departments and agencies (e.g. Agriculture and Agr= i-Food Canada, Canadian Food Inspection=0A=0D{\*\htmltag4 \par }\htmlrtf \= htmlrtf0 =0A=0D{\*\htmltag4 }Agency, Department of Fisheries and Oceans et= c.) and not-for-profit organizations.=0A=0D{\*\htmltag84  }\htmlrtf \'= a0\htmlrtf0 Genome BC cannot flow funds outside of British Columbia for re= search undertaken outside the province, into for-profit organizations or in= to provincial laboratories (e.g. BC=0A=0D{\*\htmltag4 \par }\htmlrtf \htm= lrtf0 =0A=0D{\*\htmltag4 }Provincial Plant and Animal Health Branch) excep= t for costs incurred based on a reasonable fee-for-service arrangement or c= ontract.=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116 <= br>}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmlta= g84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 = =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116 }\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag8= 4 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 E= nd-users must be clearly integrated into the project team in the form of a = project team member, collaborator, and/or member of the management team.=0A= =0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 Co-funding would clearly de= monstrate end-user interest in the project\'92s potential deliverables, alt= hough=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }it i= s not a requirement for an end-user organization to contribute to the co-fu= nding required.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\= htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line= =0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf = >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag8= 4  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line= =0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf = >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Social Scientists= and humanists can submit Large-scale GE3LS (Genomics, Ethical, Environment= al, Economic, Legal and Social) research projects for funding.=0A=0D{\*\htm= ltag84  }\htmlrtf \'a0\htmlrtf0 All research projects must include an= integrated GE3Ls research component as part of the research=0A=0D{\*\htmlt= ag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }team.=0A=0D{\*\htmltag84=  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htm= lrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\ht= mltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlta= g84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlr= tf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\html= tag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag8= 4 >}\htmlrtf >\htmlrtf0 All research applicants from BC who are leading= a proposal and research team are required to apply for Genome Canada fundi= ng through Genome BC.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 All= interested researchers and their teams must contact Genome BC in advance o= f submitting any project proposal=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrt= f0 =0A=0D{\*\htmltag4 }to discuss the objectives and deliverables of the r= esearch program.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\= *\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htm= lrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\= *\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htm= lrtf >\htmlrtf0 BC researchers who are co-applicants on projects led by ot= her Genome Centres in Canada are encouraged to contact Genome BC to determi= ned whether their project is eligible for research funding for the BC porti= on of the project.=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{= \*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag4 \par }\htmlrt= f \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D= {\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\= htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0= \htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\= *\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\ht= mltag84 >}\htmlrtf >\htmlrtf0 If you are interested in learning more ab= out this program, or receiving the RFA when it is released, please contact = David Charest, Director, Sector Development, and Sector Manager for the agr= i-foods and agriculture sector at=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrt= f0 =0A=0D{\*\htmltag84 }\htmlrtf {\= field{\*\fldinst{HYPERLINK "mailto:dcharest@genomebc.ca"}}{\fldrslt\cf1\ul = \htmlrtf0 dcharest@genomebc.ca\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A= =0D{\*\htmltag92 }. David will be away from the office until April 7; i= n his absence, please feel free to contact Gabe Kalmar, VP, Sector Developm= ent at=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag84 }\htmlrtf {\field{\*\fldinst{HYPERLINK "= mailto:gkalmar@genomebc.ca"}}{\fldrslt\cf1\ul \htmlrtf0 gkalmar@genomebc.ca= \htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }.=0A=0D{\*= \htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\h= tmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrt= f >\htmlrtf0 Best regards,=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\h= tmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrt= f0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84  = }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htm= lrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Alison Dendoff=0A=0D{\*\htm= ltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{= \*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\= htmlrtf0 on behalf of David Charest=0A=0D{\*\htmltag116
}\htmlrtf \lin= e=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf= >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag= 84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line= =0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf = >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Alison Dendoff CP= IM, B.Sc.=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\= htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\html= tag84 >}\htmlrtf >\htmlrtf0 Coordinator, New Programs=0A=0D{\*\htmltag8= 4  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\ht= mlrtf0 Genome British Columbia=0A=0D{\*\htmltag116
}\htmlrtf \line=0A= =0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\h= tmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 t. 604-637-4381=0A= =0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 I=0A=0D{\*\htmltag84  = }\htmlrtf \'a0\htmlrtf0 c. 604-808-0472=0A=0D{\*\htmltag84  }\htmlrtf= \'a0\htmlrtf0 I=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 f. 604-= 738-8597=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\h= tmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmlt= ag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 }\htmlrtf {\field{\*\fldinst{HYPERLINK "mailto:adendoff@gen= omebc.ca"}}{\fldrslt\cf1\ul \htmlrtf0 adendoff@genomebc.ca\htmlrtf }\htmlrt= f0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }=0A=0D{\*\htmltag84  }= \htmlrtf \'a0\htmlrtf0 /=0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 = =0A=0D{\*\htmltag84 }\htmlrtf {\field{\= *\fldinst{HYPERLINK "http://www.genomebc.ca"}}{\fldrslt\cf1\ul \htmlrtf0 = =0A=0D{\*\htmltag4 \par }www.genomebc.ca\htmlrtf }\htmlrtf0 \htmlrtf }\html= rtf0 =0A=0D{\*\htmltag92 }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A= =0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\h= tmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 = }\htmlrtf {\field{\*\fldinst{HYPERLINK "http://www.genomebc.ca/opportun= ities/current-funding-competitions/"}}{\fldrslt\cf1\ul \htmlrtf0 =0A=0D{\*\= htmltag4 \par }http://www.genomebc.ca/opportunities/current-funding-competi= tions/\htmlrtf }\htmlrtf0 \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag92 }=0A= =0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\= htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 &= gt;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A= =0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116
}\= htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 &= gt;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A= =0D{\*\htmltag84 "}\htmlrtf "\htmlrtf0 A catalyst for a vibrant genomi= cs-driven life sciences cluster on Canada's West Coast=0A=0D{\*\htmltag84 &= quot;}\htmlrtf "\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\ht= mlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf= 0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 This message contains conf= idential information and is intended only for the individual named. If you = are not the named addressee you should not disseminate, distribute or copy = this email. Please notify the sender immediately by email if you have recei= ved=0A=0D{\*\htmltag4 \par }\htmlrtf \htmlrtf0 =0A=0D{\*\htmltag4 }this e= mail by mistake and delete this email from your system.=0A=0D{\*\htmltag116=
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\html= tag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf= 0 =0A=0D{\*\htmltag84  }\htmlrtf \'a0\htmlrtf0 =0A=0D{\*\htmltag116 <= br>}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmlta= g84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 = =0A=0D{\*\htmltag84 <}\htmlrtf <\htmlrtf0 2014-competition-appendix-1-r= egistration.xlsx=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\html= tag84 <}\htmlrtf <\htmlrtf0 2014-competition-registration-form.docx=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 <}\htmlrtf= <\htmlrtf0 2014-competition-request-for-application.pdf=0A=0D{\*\htmltag84= >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\ht= mlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf= 0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmlta= g4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Loren Rieseberg=0A= =0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \pa= r }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Botany Department=0A=0D{\*= \htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A= =0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 University of British Columbia= =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 3529-6270 University Bl= vd=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag= 4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Vancouver, B.C. V6T 1= Z4=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag= 4 \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Phone: 604-827-4540= =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 = \par }=0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 Fax: 604-822-6089=0A=0D= {\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }= =0A=0D{\*\htmltag84 >}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag116
}\ht= mlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }=0A=0D{\*\htmltag84 >= ;}\htmlrtf >\htmlrtf0 =0A=0D{\*\htmltag84 <}\htmlrtf <\htmlrtf0 2014 LS= ARP competition-appendix-1-registration.xlsx=0A=0D{\*\htmltag84 >}\htmlr= tf >\htmlrtf0 =0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag4 \par }=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrt= f0 =0A=0D{\*\htmltag4 \par }Loren Rieseberg=0A=0D{\*\htmltag116
}\htmlr= tf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }Botany Department=0A=0D{\*= \htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }Uni= versity of British Columbia=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\h= tmlrtf0 =0A=0D{\*\htmltag4 \par }3529-6270 University Blvd=0A=0D{\*\htmltag= 116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }Vancouver, = B.C. V6T 1Z4=0A=0D{\*\htmltag116
}\htmlrtf \line=0A=0D\htmlrtf0 =0A=0D{= \*\htmltag4 \par }Phone: 604-827-4540=0A=0D{\*\htmltag116
}\htmlrtf \li= ne=0A=0D\htmlrtf0 =0A=0D{\*\htmltag4 \par }Fax: 604-822-6089=0A=0D{\*\htmlt= ag244 }=0A=0D{\*\htmltag252 }=0A=0D{\*\htmltag156 }\htmlr= tf }\htmlrtf0 \htmlrtf\par}\htmlrtf0=0A=0D\htmlrtf \par=0A=0D\htmlrtf0 =0A= =0D{\*\htmltag72

}=0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104
}= \htmlrtf }\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104
}\h= tmlrtf }\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag104 }\htm= lrtf }\htmlrtf0 =0A=0D{\*\htmltag0 \par }=0A=0D{\*\htmltag58 }=0A=0D= {\*\htmltag2 \par }=0A=0D{\*\htmltag27 }=0A=0D{\*\htmltag3 \par }} ------=_NextPart_19040268.201549267225 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable

Hello Loren and John,

 <= /p>

The attached form include= s some suggested revisions to your registration form. I am so sorry I misse= d sending this to you earlier! The registration form can be submitted as is, but if you want to make any changes you can send it to= me by Monday at 10am and we will complete the final check before sign-off = and submission.

 <= /p>

Please also send me a cop= y(ies) of the signed cover page. Either a scanned page or electronic signat= ures are acceptable.

 <= /p>

Best regards,<= /span>

Alison<= /p>

 <= /p>

Alison Dendoff<= o:p>

Coordinator, New Programs  

Genome British Columbia

 <= /p>

From: Rieseber= g, Loren [mailto:loren.rieseberg@botany.ubc.ca]
Sent: Monday, July 28, 2014 12:33 PM
To: Alison Dendoff
Cc: Rieseberg, Loren; Gabe Kalmar; David Charest; John M. Burke
Subject: Re: Genome Canada Large-scale applied research project comp= etition: Genomics and Feeding the Future

 

Hi Alison,

Here is the appendix with suggested reviewers.

Thanks, loren



On Jul 22, 2014, at 11:00 AM, Alison Dendoff <adendoff@genomebc.ca> wrote:

> Hello Loren,
> 
> Thanks for your registration. We=E2=80=99ll review it and send you fee= dback in a couple of days. Could you send it to me in Word format?
> 
> The suggested reviewers need to be provided in the attached template: = 6 for the research proposal and 5 for the social and economic benefits. Cou= ld you select which of the names listed in the registration form you would = like to provide? You can also indicate if there is anyone you would not like your application sent to for review.=
> 
> Cheers,
> Alison
> 
> Alison Dendoff
> Coordinator, New Programs 
> Genome British Columbia
> 
> From: Rieseberg, Loren [mailto:loren.rieseberg@botany.ubc.ca]
> Sent: Tuesday, July 22, 2014 10:39 AM
> To: Alison Dendoff
> Cc: Gabe Kalmar; David Charest; John M. Burke
> Subject: Re: Genome Canada Large-scale applied research project compet= ition: Genomics and Feeding the Future
> 
> Hi Alison,
>
> Attached please find our project registration form.  Please let m= e know if you need any further information.
>
> Thanks, loren
>
>
>
> On Jun 17, 2014, at 10:51 PM, Alison Dendoff <adendoff@genomebc.ca> wrote:
>
> > Hi Loren,
> > 
> > Genome Canada officially launched the Request for Applications fo= r the 2014 Large-Scale Applied Research Project Competition: Genomics and F= eeding the Future yesterday in partnership with the Western Grains Research= Foundation (WGRF). The amount of funding available from Genome Canada is now up to 40% of the overall approved proj= ect budget, and GBC will contribute up to an additional 25%.
> > 
> > The RFA and registration documents are attached and other documen= ts can be found on Genome BC=E2=80=99s website at the following link:
> > http://www.genomebc.ca/research-programs/opportunities/current-funding-comp= etitions/genomics-and-feeding-future/
> > 
> > Please feel free to contact me if you are interested in learning = more about this competition.
> > 
> > Best regards,
> > Alison
> > adendoff@genomebc.ca<= br> > > 604-637-4381
> > 
> > Alison Dendoff
> > Coordinator, New Programs 
> > Genome British Columbia
> > 
> > From: Alison Dendoff
> > Sent: Wednesday, March 12, 2014 4:42 PM
> > To: 'lriesebe@mail.ubc.ca'
> > Cc: David Charest; Gabe Kalmar
> > Subject: Upcoming Genome Canada funding opportunity
> > 
> > Dear Loren,
> > 
> > Genome Canada will soon be seeking proposals for large-scale appl= ied research projects, which focus on the application of genomics and relat= ed technologies (bioinformatics, epigenomics, metabolomics, metagenomics, n= utrigenomics, pharmacogenomics, proteomics and transcriptomics) in the agri-food and fisheries/aquaculture sectors to= address opportunities and challenges related to Canadian and global food s= afety, food security and sustainable production. 
> > 
> > Applicants must demonstrate how their proposal holds a high poten= tial for attaining concrete deliverables by the end of the funding period a= nd therefore translate into significant social and/or economic benefits to = BC and Canada in as short a time-frame as possible after the close of the project.  Proposals  that add= ress challenges that are relevant both in the Canadian context and also to = Canada's international development priorities by providing sustainable, gen= omic-based solutions to problems of agriculture and fisheries/aquaculture in developing countries will also be considered.=
> > 
> > Project total budgets can range in size from $2M to $10M, and suc= cessful projects will be awarded funding for a term of up to four (4) years= . 
> > 
> > At this time the amount of funding from Genome Canada is undeterm= ined, but will minimally be one-third of the overall approved budget, with = GBC funding an additional 25% of the overall approved budget.  Genome = Canada is continuing to work with the Centres and other funding agencies to increase its maximum contribution to 50% of = the overall budget. 
> > 
> > Additionally, eligible sources of co-funding may include specific= Canadian federal funding sources (e.g. Agriculture and Agri-Food Canada, D= epartment of Fisheries and Oceans, Growing Forward 2).  Notable co-fun= ding exceptions include Canadian Institutes of Health Research (CIHR), the Natural Sciences and Engineering Research C= ouncil (NSERC), the Social Sciences and Humanities Research Council (SSHRC)= , and tri-agency programs (e.g., the Networks of Centres of Excellence, Cen= ters of Excellence for Commercialization and Research, and the Canada Research Chairs).  Foreign sources are a= lso acceptable.  Potential research applicants should contact Genome B= C directly to discuss possible co-funding scenarios.   
> > 
> > Based on Genome Canada's criteria lead research applicants must b= e from eligible institutions:
> > 1.      Canadian post-secondary organiza= tions and their affiliated institutions including hospitals and research in= stitutes;
> > 2.      Canadian non-federal government = departments or agencies and not-for-profit organizations (including communi= ty or charitable organizations) with an explicit research or knowledge-tran= slation mandate.
> > Research teams may include as co-applicants international, privat= e sector (for-profit organizations), or federal laboratory scientists who m= ay also provide co-funding for eligible expenses.
> > 
> > Genome Canada funds can be awarded to researchers at Canadian pos= t-secondary organizations including hospitals and research institutes, Cana= dian non-federal government departments and agencies (e.g. BC Provincial Pl= ant and Animal Health Branch, British Columbia Centre for Disease Control) and not-for-profit organizations.&nbs= p; Genome Canada cannot flow funds outside of Canada for research undertake= n in a foreign country, in for-profit organizations or in federal laborator= ies (e.g. Agriculture and Agri-Food Canada, Canadian Food Inspection Agency, Department of Fisheries and Oceans etc.) = except for costs incurred based on a reasonable fee-for-service arrangement= or contract.
> > 
> > Genome BC funds can be awarded to researchers at British Columbia= post-secondary organizations including hospitals and research institutes, = Canadian federal government departments and agencies (e.g. Agriculture and = Agri-Food Canada, Canadian Food Inspection Agency, Department of Fisheries and Oceans etc.) and not-for-profit organi= zations.  Genome BC cannot flow funds outside of British Columbia for = research undertaken outside the province, into for-profit organizations or = in to provincial laboratories (e.g. BC Provincial Plant and Animal Health Branch) except for costs incurred based= on a reasonable fee-for-service arrangement or contract.
> > 
> > End-users must be clearly integrated into the project team in the= form of a project team member, collaborator, and/or member of the manageme= nt team.  Co-funding would clearly demonstrate end-user interest in th= e project=E2=80=99s potential deliverables, although it is not a requirement for an end-user organization to contribute to the = co-funding required. 
> > 
> > Social Scientists and humanists can submit Large-scale GE3LS (Gen= omics, Ethical, Environmental, Economic, Legal and Social) research project= s for funding.  All research projects must include an integrated GE3Ls= research component as part of the research team.  
> > 
> > All research applicants from BC who are leading a proposal and re= search team are required to apply for Genome Canada funding through Genome = BC.  All interested researchers and their teams must contact Genome BC= in advance of submitting any project proposal to discuss the objectives and deliverables of the research program.  =
> > 
> > BC researchers who are co-applicants on projects led by other Gen= ome Centres in Canada are encouraged to contact Genome BC to determined whe= ther their project is eligible for research funding for the BC portion of t= he project.  
> > 
> > If you are interested in learning more about this program, or rec= eiving the RFA when it is released, please contact David Charest, Director,= Sector Development, and Sector Manager for the agri-foods and agriculture = sector at dcharest@genomebc.ca. David wil= l be away from the office until April 7; in his absence, please feel free t= o contact Gabe Kalmar, VP, Sector Development at gkalmar@genomebc.ca.
> > 
> > Best regards,
> > 
> > Alison Dendoff
> > on behalf of David Charest
> > 
> > Alison Dendoff CPIM, B.Sc.
> > Coordinator, New Programs   Genome British Columbia
> > t. 604-637-4381  I  c. 604-808-0472  I  f. 60= 4-738-8597
> > adendoff@genomebc.ca&= nbsp; /  www.genomebc.ca
> > http://www.genomebc.ca/opportunities/current-funding-competitions/ = ;
> > 
> > "A catalyst for a vibrant genomics-driven life sciences clus= ter on Canada's West Coast"
> > This message contains confidential information and is intended on= ly for the individual named. If you are not the named addressee you should = not disseminate, distribute or copy this email. Please notify the sender im= mediately by email if you have received this email by mistake and delete this email from your system.
> > 
> > <2014-competition-appendix-1-registration.xlsx><2014-com= petition-registration-form.docx><2014-competition-request-for-applica= tion.pdf>
>
> Loren Rieseberg
> Botany Department
> University of British Columbia
> 3529-6270 University Blvd
> Vancouver, B.C. V6T 1Z4
> Phone: 604-827-4540
> Fax: 604-822-6089
>
> <2014 LSARP competition-appendix-1-registration.xlsx>

Loren Rieseberg
Botany Department
University of British Columbia
3529-6270 University Blvd
Vancouver, B.C. V6T 1Z4
Phone: 604-827-4540
Fax: 604-822-6089

------=_NextPart_19040268.201549267225-- ------=_NextPart_4066710.201549267225 Content-Type: application/msword; name="2014-registration-RiesebergBurke_GBC.doc" Content-Transfer-Encoding: base64 Content-ID: X-Rtf-RenderingPosition: -1 Content-Disposition: inline; filename="2014-registration-RiesebergBurke_GBC.doc" 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAADAAAAOwEAAAAAAAAA EAAAPgEAAAEAAAD+////AAAAADgBAAA5AQAAOgEAAP////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////s pcEABYAJBAAA+BK/AAAAAAAAEAAAAAAACAAAxjUAAA4AYmpiaiQWJBYAAAAAAAAAAAAAAAAAAAAA AAAJBBYAcEEBAEZ8AABGfAAAXiwAAG8AAAA2AAAAAAAAAMIAAAAAAAAAAAAAAAAAAAD//w8AAAAA AAAAAAD//w8AAAAAAAAAAAD//w8AAAAAAAAAAAAAAAAAAAAAALcAAAAAACISAAAAAAAAIhIAAGUf AAAKAAAAbx8AAAwAAACNHwAASAAAAPkfAAAQAAAACSAAACQAAAAAAAAAAAAAAP////8AAAAALSAA AAAAAAAtIAAAAAAAAC0gAABQAAAAfSAAAFQBAADRIQAAfAEAAC0gAAAAAAAA8JMAAFwCAABNIwAA ggAAAM8jAAAiAAAA8SMAAAAAAADxIwAAAAAAAPEjAAAAAAAAPScAACIAAABfJwAADAAAAGsnAAAI AAAAUZMAAAIAAABTkwAAAAAAAFOTAAAAAAAAU5MAAAAAAABTkwAAAAAAAFOTAAAAAAAAU5MAACQA AABMlgAAogIAAO6YAABwAAAAd5MAABUAAAAAAAAAAAAAAAAAAAAAAAAAex8AABIAAABzJwAAHgAA AAAAAAAAAAAAAAAAAAAAAAD9JgAAAAAAAP0mAABAAAAAkScAABQAAAClJwAADAAAAHeTAAAAAAAA AAAAAAAAAAB7HwAAAAAAAHsfAAAAAAAA8SMAAAAAAAAAAAAAAAAAAPEjAAAMAwAAjJMAACgAAAAD KgAAAAAAAAMqAAAAAAAAAyoAAAAAAACxJwAA7gAAAHsfAAAAAAAA8SMAAAAAAAB7HwAAAAAAAPEj AAAAAAAAUZMAAAAAAAAAAAAAAAAAAAMqAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAcycAAAAAAABRkwAAAAAAAAAAAAAAAAAAAyoAAAAAAAADKgAA 0gQAACqDAAC3AwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAiYwAAAAAAADxIwAAAAAAAP////8AAAAA0Nyrv9W4 zwEAAAAAAAAAAC0gAAAAAAAAnygAAL4AAADhhgAAXgAAAAAAAAAAAAAAPZMAABQAAAC0kwAAPAAA APCTAAAAAAAAP4cAAEoFAABemQAAAAAAAF0pAACmAAAAXpkAALwAAACJjAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACJ jAAAOAAAAF6ZAAAAAAAAAAAAAAAAAADVHwAAJAAAAMGMAAB8BgAAcycAAAAAAABzJwAAAAAAAAMq AAAAAAAAcycAAAAAAABzJwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAcycA AAAAAABzJwAAAAAAAHMnAAAAAAAAd5MAAAAAAAB3kwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAyoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHMnAAAA AAAAcycAAAAAAABzJwAAAAAAAPCTAAAAAAAAcycAAAAAAABzJwAAAAAAAHMnAAAAAAAAcycAAAAA AAAAAAAAAAAAAP////8AAAAA/////wAAAAD/////AAAAAAAAAAAAAAAA/////wAAAAD/////AAAA AP////8AAAAA/////wAAAAD/////AAAAAP////8AAAAA/////wAAAAD/////AAAAAP////8AAAAA /////wAAAAD/////AAAAAP////8AAAAA/////wAAAAD/////AAAAAF6ZAAAAAAAAcycAAAAAAABz JwAAAAAAAHMnAAAAAAAAcycAAAAAAABzJwAAAAAAAHMnAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABzJwAAAAAAAHMnAAAAAAAAcycA AAAAAAAiEgAACQwAACseAAA6AQAABQASAQAACQQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0yMDE0 IExhcmdlLVNjYWxlIEFwcGxpZWQgUmVzZWFyY2ggUHJvamVjdCBDb21wZXRpdGlvbjogDUdlbm9t aWNzIGFuZCBGZWVkaW5nIHRoZSBGdXR1cmUNUmVnaXN0cmF0aW9uIEZvcm0NDUFsbCByZXF1ZXN0 cyBmb3IgcHJvamVjdCBzdXBwb3J0IG11c3QgYmUgc3VibWl0dGVkIHRvIEdlbm9tZSBDYW5hZGEg dGhyb3VnaCBhIEdlbm9tZSBDZW50cmUuICAgUGxlYXNlIGNvbnRhY3QgeW91ciByZWdpb25hbCBH ZW5vbWUgQ2VudHJlIGZvciBmdXJ0aGVyIGluZm9ybWF0aW9uIG9uIHRoZWlyIHByb2Nlc3MgYW5k IGludGVybmFsIGRlYWRsaW5lIGRhdGVzLg0NVGhlIGRlYWRsaW5lIGZvciBzdWJtaXNzaW9uIG9m IHRoZSBSZWdpc3RyYXRpb24gRm9ybSB0byBhIEdlbm9tZSBDZW50cmUgaXMgQXVndXN0IDExLCAy MDE0LiAgUmVnaXN0cmF0aW9ucyBtdXN0IGJlIHN1Ym1pdHRlZCB0byBHZW5vbWUgQ2FuYWRhIGJ5 IEF1Z3VzdCAxOCwgMjAxNC4gUmVnaXN0cmF0aW9ucyBzdWJtaXR0ZWQgZGlyZWN0bHkgdG8gR2Vu b21lIENhbmFkYSBpbiB0aGUgYWJzZW5jZSBvZiB0aGUgc3VwcG9ydCBvZiBvbmUgb2YgdGhlIEdl bm9tZSBDZW50cmVzIHdpbGwgTk9UIGJlIGFjY2VwdGVkLg0NUmVnaXN0cmF0aW9uIGZvcm1zIHdp bGwgYmUgdXNlZCB0byBwcm92aWRlIGVhcmx5IGd1aWRhbmNlIHRvIEdlbm9tZSBDYW5hZGEgb24g ZWxlbWVudHMgc3VjaCBhcyB3aG8gaXMgYXBwbHlpbmcsIHdoYXQgdGhleSBhcmUgcGxhbm5pbmcg dG8gZG8sIHJlc2VhcmNoIGFyZWFzLCBhcHByb3hpbWF0ZSBidWRnZXRzLCByZWxldmFuY2UgdG8g dGhlIFJlcXVlc3QgZm9yIEFwcGxpY2F0aW9ucyAoUkZBKSBhbmQgc3VnZ2VzdGVkIHJldmlld2Vy cy4gVGhpcyB3aWxsIGFsbG93IGZvciBzY3JlZW5pbmcgZm9yIGVsaWdpYmlsaXR5IGFuZCBmYWNp bGl0YXRlIHRoZSBlYXJseSBzZWxlY3Rpb24gb2YgcmV2aWV3ZXJzIGZvciB0aGUgcGVlciByZXZp ZXcgcHJvY2Vzcy4gIA0NVGhlIGZvbGxvd2luZyBtdXN0IHJlbWFpbiB1bmNoYW5nZWQgYmV0d2Vl biByZWdpc3RyYXRpb24gYW5kIFByZS1BcHBsaWNhdGlvbjoNbmFtZSBvZiB0aGUgUHJvamVjdCBM ZWFkZXIgYW5kL29yIENvLVByb2plY3QgTGVhZGVyIChwbGVhc2Ugbm90ZSBDby1Qcm9qZWN0IExl YWRlcnMgY2FuIGJlIGFkZGVkIGFmdGVyIFJlZ2lzdHJhdGlvbik7IGFuZA1Qcm9qZWN0IHRpdGxl IA0NR2VuZXJhbCBJbnN0cnVjdGlvbnMNUmVmZXIgdG8gdGhlIFJlcXVlc3QgZm9yIEFwcGxpY2F0 aW9ucyAoUkZBKSATIEhZUEVSTElOSyAiaHR0cDovL3d3dy5nZW5vbWVjYW5hZGEuY2EvZW4vcG9y dGZvbGlvL3Jlc2VhcmNoLzIwMTQtY29tcGV0aXRpb24uYXNweCIgFDIwMTQgTGFyZ2UtU2NhbGUg QXBwbGllZCBSZXNlYXJjaCBQcm9qZWN0IENvbXBldGl0aW9uOiBHZW5vbWljcyBhbmQgRmVlZGlu ZyB0aGUgRnV0dXJlFSBmb3IgbW9yZSBkZXRhaWxzLg0NUmVnaXN0cmF0aW9uIGZvcm1zIG11c3Qg YmUgc3VibWl0dGVkIGluIGVsZWN0cm9uaWMgZm9ybWF0IHRvIGEgR2Vub21lIENlbnRyZS4gVHlw ZSBtdXN0IGJlIHNpbmdsZS1zcGFjZWQsIHdpdGggdG9wIGFuZCBib3R0b20gbWFyZ2lucyBvZiBh IG1pbmltdW0gb2YgMS43oGNtIGFuZCBsZWZ0IGFuZCByaWdodCBtYXJnaW5zIG9mIGEgbWluaW11 bSBvZiAyLjUgY20uICBUeXBlIGZvbnQgQXJpYWwgMTEgcG9pbnQgbXVzdCBiZSB1c2VkLiAgDQ1D T01QTEVUSU5HIFRIRSBGT1JNDUVhY2ggZmllbGQgd2l0aGluIHRoZSB0YWJsZXMgaW4gdGhpcyBm b3JtIHdpbGwgZXhwYW5kIHRvIGFjY2VwdCBtb3JlIGluZm9ybWF0aW9uIGJ5IHVzaW5nIHRoZSBy ZXR1cm4gKCggRU5URVIpIGtleS4gIElmIGFkZGl0aW9uYWwgcm93cyBhcmUgbmVlZGVkIGluIGEg dGFibGUsIHBsYWNlIHRoZSBjdXJzb3IgaW4gdGhlIGxhc3QgZmllbGQgb2YgdGhlIGxhc3Qgcm93 IGFuZCBwcmVzcyB0aGUgVEFCIGtleS4gIElmIHRoZXJlIGFyZSBtb3JlIHRoYW4gdHdvICgyKSBQ cm9qZWN0IExlYWRlcnMgY29weSBhbmQgcGFzdGUgdGhlIFByb2plY3QgTGVhZGVycyBjb250YWN0 IGluZm9ybWF0aW9uIHRhYmxlIGRpcmVjdGx5IGJlbG93IHRoZSBmaXJzdCB0YWJsZXMuDQ1JTkZP Uk1BVElPTiBTSEFSSU5HDUluZm9ybWF0aW9uIGZyb20gUmVnaXN0cmF0aW9ucyBkZWVtZWQgZWxp Z2libGUgKGkuZS4sIG5hbWUgb2YgcHJvamVjdCBsZWFkZXIocyksIGxlYWQgaW5zdGl0dXRpb24s IHByb2plY3QgdGl0bGUsIHJlc2VhcmNoIGFyZWFzIGFuZCBrZXl3b3Jkcykgd2lsbCBiZSBwb3N0 ZWQgb24gdGhlIEdlbm9tZSBDYW5hZGEgd2Vic2l0ZSB0byBmYWNpbGl0YXRlIHRoZSBpZGVudGlm aWNhdGlvbiBvZiBhcmVhcyBvZiBwb3RlbnRpYWwgc3luZXJneSBiZXR3ZWVuIGFwcGxpY2F0aW9u cyBmcm9tIGFjcm9zcyB0aGUgY291bnRyeSBzbyB0aGF0IGFwcGxpY2FudHMgY291bGQgY29uc2lk ZXIgZW5nYWdpbmcgd2l0aCBvdGhlciByZXNlYXJjaGVycyBvbiBwcm9qZWN0cyB3aXRoIGNvbW1v biB0aGVtZXMuICANDU1FQU5JTkcgT0YgU0lHTkFUVVJFUw1UaGUgc2lnbmF0dXJlKHMpIG9mIHRo ZSBQcm9qZWN0IExlYWRlcihzKSBjb25maXJtKHMpIHRoYXQgdGhpcyBSZWdpc3RyYXRpb24gaGFz IGJlZW4gcmV2aWV3ZWQgYW5kIGFwcHJvdmVkIGZvciBzdWJtaXNzaW9uIHRvIEdlbm9tZSBDYW5h ZGEgYnkgYWxsIGFwcGxpY2FudHMuICBJbiBhZGRpdGlvbiwgaWYgdGhlIFJlZ2lzdHJhdGlvbiBp cyBkZWVtZWQgZWxpZ2libGUsIGFsbCBhcHBsaWNhbnRzIGFncmVlIHRvIGFsbG93IHRoZSBmb2xs b3dpbmcgaW5mb3JtYXRpb24gdG8gYmUgcG9zdGVkIG9uIHRoZSBHZW5vbWUgQ2FuYWRhIFdlYnNp dGU6ICBuYW1lIG9mIFByb2plY3QgTGVhZGVyKHMpLCBMZWFkIEluc3RpdHV0aW9uLCBQcm9qZWN0 IFRpdGxlLCBSZXNlYXJjaCBBcmVhcyBhbmQgS2V5d29yZHMuIA0NDQ0NVGhlIHNpZ25hdHVyZSBv ZiB0aGUgbGVhZCBHZW5vbWUgQ2VudHJlIENFTywgb3IgZGVzaWduYXRlLCBjb25maXJtcyB0aGF0 IHRoaXMgUmVnaXN0cmF0aW9uIGhhcyBiZWVuIHJldmlld2VkIGFuZCBkZWVtZWQgZWxpZ2libGUg Zm9yIHN1Ym1pc3Npb24gdG8gR2Vub21lIENhbmFkYS4gDQ0NTEFOR1VBR0UgT0YgQVBQTElDQVRJ T04NR2Vub21lIENhbmFkYSBwcm92aWRlcyBpdHMgY29tcGV0aXRpb24gZ3VpZGVsaW5lcyBpbiBi b3RoIG9mZmljaWFsIGxhbmd1YWdlcyB0byBlbnN1cmUgdGhhdCBpbnN0cnVjdGlvbnMgYXJlIHdl bGwgdW5kZXJzdG9vZCBieSBhbGwgcG90ZW50aWFsIGFwcGxpY2FudHMuICBIb3dldmVyLCB0byBl bnN1cmUgdGhhdCBhcHBsaWNhdGlvbnMgY2FuIGJlIHNlbnQgdG8gdGhlIG1vc3QgYXBwcm9wcmlh dGUgbm9uLUNhbmFkaWFuIHJldmlld2VycywgYWxsIGFwcGxpY2F0aW9ucyBtdXN0IGJlIHN1Ym1p dHRlZCBpbiBFbmdsaXNoLg0NDAwyMDE0IExhcmdlLVNjYWxlIEFwcGxpZWQgUmVzZWFyY2ggUHJv amVjdCBDb21wZXRpdGlvbjogDUdlbm9taWNzIGFuZCBGZWVkaW5nIHRoZSBGdXR1cmUNDVJlZ2lz dHJhdGlvbiBGb3JtIA0NUHJvamVjdCBUaXRsZToJR2Vub21pY3Mgb2YgQWJpb3RpYyBTdHJlc3Mg UmVzaXN0YW5jZSBpbiBXaWxkIGFuZCBDdWx0aXZhdGVkIFN1bmZsb3dlcnMgDQ1Fc3RpbWF0ZWQg VG90YWwgQnVkZ2V0OiAkNiwwMDAsMDAwDQ1Fc3RpbWF0ZWQgUmVxdWVzdCBmcm9tIEdlbm9tZSBD YW5hZGE6ICQyLDQwMCwwMDANDVByb2plY3QgRHVyYXRpb24gKHVwIHRvIGEgbWF4aW11bSBvZiA0 IHllYXJzKToJNCB5ZWFycwkNDVByb2plY3QgTGVhZGVyCQkJCUNvLVByb2plY3QgTGVhZGVyDU5h bWUHTG9yZW4gSC4gUmllc2ViZXJnBwdBZmZpbGlhdGlvbiAgB1VuaXZlcnNpdHkgb2YgQnJpdGlz aCBDb2x1bWJpYQcHQWRkcmVzcwcNQm90YW55IERlcGFydG1lbnQNMzUyOS02MjcwIFVuaXZlcnNp dHkgQmx2ZA1WYW5jb3V2ZXIsIEIuQy4gVjZUIDFaNAcHVGVsZXBob25lBzYwNC04MjctNDU0MAcH RS1tYWlsB2xyaWVzZWJlQG1haWwudWJjLmNhBwdTaWduYXR1cmUgJiBEYXRlBwcHCQ0NTmFtZQdK b2huIE0uIEJ1cmtlBwdBZmZpbGlhdGlvbiAgB1VuaXZlcnNpdHkgb2YgR2VvcmdpYQcHQWRkcmVz cwdEZXBhcnRtZW50IG9mIFBsYW50IEJpb2xvZ3kNTWlsbGVyIFBsYW50IFNjaWVuY2VzDUF0aGVu cywgR0EgMzA2MDIHB1RlbGVwaG9uZQc3MDYtNTgzLTU1MTEHB0UtbWFpbAdqbWJ1cmtlQHVnYS5l ZHUHB1NpZ25hdHVyZSAmIERhdGUHBwcNQ28tQXBwbGljYW50cwkNTmFtZSAgB0xpc2EgRG9ub3Zh bgcHQWZmaWxpYXRpb24HVW5pdmVyc2l0eSBvZiBHZW9yZ2lhBwcNDQ1OYW1lICAHRW1pbHkgTWFy ZGVuBwdBZmZpbGlhdGlvbgdVbml2ZXJzaXR5IG9mIEJyaXRpc2ggQ29sdW1iaWEHBw1OYW1lICAH Tmljb2xhcyBMYW5nbGFkZQcHQWZmaWxpYXRpb24HSU5SQSAHBw0NTmFtZSAgB0JyZW50IEh1bGtl BwdBZmZpbGlhdGlvbgdVU0RBLUFSUwcHDQ1OYW1lICAHU2FtIFllYW1hbgcHQWZmaWxpYXRpb24H VW5pdmVyc2l0eSBvZiBDYWxnYXJ5BwcNDQ1TaWduYXR1cmUgb2YgR2Vub21lIENlbnRyZQ0NTGVh ZCBHZW5vbWUgQ2VudHJlDUdlbm9tZSBCQw1Dby1MZWFkIEdlbm9tZSBDZW50cmUgKGlmIGFwcGxp Y2FibGUpDQ0NU2lnbmF0dXJlIG9mIENFTywgb3IgRGVzaWduYXRlLCAmIERhdGUNDVNpZ25hdHVy ZSBvZiBDRU8sIG9yIERlc2lnbmF0ZSwgJiBEYXRlDQ0NBwcNSS4gIFJFU0VBUkNIIEFSRUFTIEFO RCBLRVlXT1JEUw0NU2VsZWN0IHRoZSBhcmVhKHMpIHRoYXQgcmVsYXRlKHMpIHRvIHRoZSByZXNl YXJjaCBwcm9wb3NlZC4gIElmIHJlbGV2YW50IHRvIG1vcmUgdGhhbiBvbmUgYXJlYSwgdXNlIG51 bWJlcnMgdG8gaW5kaWNhdGUgdGhlIHJlbGF0aXZlIHdlaWdodGluZyAoaS5lLiwgMSA9IHByaW1h cnkgZm9jdXM7IDIgPSBzZWNvbmRhcnkgZm9jdXMsIGV0Yy4pDQ0NMQdBZ3JpY3VsdHVyZQcHRW5l cmd5BwdFbnZpcm9ubWVudAcHBwcHBwcHBw0HRmlzaGVyaWVzCQcHRm9yZXN0cnkHMgdHRTNMUwIH BwcHBwcHBwcNB0h1bWFuIEhlYWx0aAcHTWluaW5nCQcHVGVjaG5vbG9neSBEZXZlbG9wbWVudAcH BwcHBwcHBw1Qcm92aWRlIGEgbWF4aW11bSBvZiBmaXZlICg1KSB3b3JkcyBvciBwaHJhc2VzIGZv ciBlYWNoIGNhdGVnb3J5IChpLmUuLCBSZXNlYXJjaCwgYW5kIE1ldGhvZHMgYW5kIFRlY2hub2xv Z2llcykgdGhhdCBkZXNjcmliZXMgdGhlIHByb3Bvc2VkIGludmVzdGlnYXRpb24uDQkNQ0FURUdP UlkHS0VZV09SRFMHBw1SZXNlYXJjaA0HQWJpb3RpYyBzdHJlc3MgcmVzaXN0YW5jZSwgYWdyaWN1 bHR1cmFsIGdlbm9taWNzLCBlY29waHlzaW9sb2d5LCBldm9sdXRpb25hcnkgZ2Vub21pY3MsIHdp bGQgYW5kIGN1bHRpdmF0ZWQgc3VuZmxvd2VycwcHDU1ldGhvZHMgJiBUZWNobm9sb2dpZXMNB0Fz c29jaWF0aW9uIG1hcHBpbmcsIGhpZ2gtdGhyb3VnaHB1dCBnZW5vdHlwaW5nIGFuZCBwaGVub3R5 cGluZywgZ2VuZSBuZXR3b3JrIGFuYWx5c2VzLCBwaHlzaW9sb2d5IG9mIGFiaW90aWMgc3RyZXNz IHJlc2lzdGFuY2UsIHBvcHVsYXRpb24gZ2Vub21pYyBhbmFseXNlcwcHDQ1Qcm92aWRlIGEgbWF4 aW11bSBvZiBmaXZlICg1KSB3b3JkcyBvciBwaHJhc2VzIGZvciBlYWNoIGNhdGVnb3J5IChpLmUu LCBSZXNlYXJjaCBxdWVzdGlvbnMsIGFuZCBNZXRob2RzKSB0aGF0IGRlc2NyaWJlcyB0aGUgcHJv cG9zZWQgaW50ZWdyYXRlZCBHRTNMUyBpbnZlc3RpZ2F0aW9uLg0JDUNBVEVHT1JZB0tFWVdPUkRT BwcNUmVzZWFyY2ggcXVlc3Rpb25zDQdBY2Nlc3MgYW5kIGJlbmVmaXQgc2hhcmluZywgZ2VuZXRp YyByZXNvdXJjZXMsIGdlbm9taWMgZGF0YSBzaGFyaW5nLCBwcm9wcmlldGFyeSBpbnRlcmVzdHMs IG9wZW4gYWNjZXNzBwcNTWV0aG9kcyAgDQdMaXRlcmF0dXJlIHJldmlldywgbGVnYWwgYW5hbHlz aXMsIHN1cnZleSwgSVAgbGFuZHNjYXBlIGFuYWx5c2lzBwcMDUlJLiAgcHJvamVjdCBTdW1tYXJ5 DShNYXhpbXVtIG9uZSBwYWdlKQkNUHJvdmlkZSBhIGJyaWVmIGRlc2NyaXB0aW9uIG9mIHRoZSBw cm9wb3NlZCBwcm9qZWN0IChpbmNsdWRpbmcgaW50ZWdyYXRlZCBHRTNMUyksIGV4cGVjdGVkIGRl bGl2ZXJhYmxlcyBhbmQgcG90ZW50aWFsIHNvY2lhbCBhbmQgL29yIGVjb25vbWljIGJlbmVmaXRz LiBDbGVhcmx5IGRlbW9uc3RyYXRlIGhvdyB0aGUgcmVzZWFyY2ggaXMgYWxpZ25lZCB3aXRoIHRo ZSBhcmVhcyBpZGVudGlmaWVkIGluIHRoZSBSRkEuDQ1XaWxkIGFuZCBjdWx0aXZhdGVkIHBsYW50 cyBhcmUgcmVndWxhcmx5IGNoYWxsZW5nZWQgYnkgYSB2YXJpZXR5IG9mIGFiaW90aWMgc3RyZXNz ZXMuIFRoZXNlIHN0cmVzc2VzIGFmZmVjdCBwbGFudCBncm93dGggYW5kIGRldmVsb3BtZW50IGFu ZCByZWR1Y2UgY3JvcCBwcm9kdWN0aXZpdHkuIFRob3VnaCB3aWxkIHBsYW50cyBoYXZlIGV2b2x2 ZWQgbWVjaGFuaXNtcyB0byBtaXRpZ2F0ZSB0aGVzZSBjaGFsbGVuZ2VzLCBtYW55IGNyb3BzIGFy ZSBsZXNzIHJlc2lsaWVudC4gVGhpcyBpcyBsaWtlbHkgZHVlIHRvIHRoZSBvY2N1cnJlbmNlIG9m IHVuYWNjZXB0YWJsZSB0cmFkZW9mZnMgYmV0d2VlbiByZXNpc3RhbmNlIHRyYWl0cyBhbmQgb3Zl cmFsbCBncm93dGggYW5kIHByb2R1Y3Rpdml0eSBhcyB3ZWxsIGFzIHRoZSBsb3NzIG9mIGFkYXB0 aXZlIHZhcmlhdGlvbiBkdXJpbmcgYm90dGxlbmVja3MgYXNzb2NpYXRlZCB3aXRoIGRvbWVzdGlj YXRpb24gYW5kIGJyZWVkaW5nLiBUbyByZWR1Y2Ugc3RyZXNzLWluZHVjZWQgeWllbGQgbG9zcyBh bmQgaW1wcm92ZSBmb29kIHNlY3VyaXR5LCBhdHRlbnRpb24gaGFzIGluY3JlYXNpbmdseSB0dXJu ZWQgdG8gdGhlIGRldmVsb3BtZW50IG9mIHN0cmVzcy1yZXNpc3RhbnQgY3JvcHMsIGJ1dCBzdWNo IGVmZm9ydHMgcmVxdWlyZSBrbm93bGVkZ2UuIEFuIGltcHJvdmVkIHVuZGVyc3RhbmRpbmcgb2Yg dGhlIG1lY2hhbmlzbXMgdW5kZXJseWluZyB2YXJpYXRpb24gaW4gYWJpb3RpYyBzdHJlc3MgcmVz aXN0YW5jZSBpcyB0aHVzIG5lZWRlZCBhcyB3ZSBzZWVrIHRvIGRldmVsb3AgY3JvcHMgY2FwYWJs ZSBvZiBmZWVkaW5nIGEgcmFwaWRseSBncm93aW5nIHBvcHVsYXRpb24gaW4gdGhlIGNvbnRleHQg b2YgYW4gaW5jcmVhc2luZ2x5IHZhcmlhYmxlIGNsaW1hdGUsIHBhcnRpY3VsYXJseSBhcyBtYXJn aW5hbCBsYW5kcyBhcmUgYnJvdWdodCBpbnRvIHByb2R1Y3Rpb24uDQ1XZSBwcm9wb3NlIHRvIGlu dmVzdGlnYXRlIHRoZSBnZW5vbWljIGFuZCBwaHlzaW9sb2dpY2FsIGJhc2lzIG9mIGRyb3VnaHQs IHNhbHQsIGFuZCBsb3cgbnV0cmllbnQgc3RyZXNzIHJlc2lzdGFuY2UgaW4gY3VsdGl2YXRlZCBz dW5mbG93ZXIgYW5kIHJlcHJvZHVjdGl2ZWx5IGNvbXBhdGlibGUsIHN0cmVzcy1hZGFwdGVkIHdp bGQgc3BlY2llcyB0aGF0IGFyZSBwb3RlbnRpYWwgZG9ub3JzIG9mIGJlbmVmaWNpYWwgYWxsZWxl cy4gU3VuZmxvd2VyIGlzIGFuIGlkZWFsIHN0dWR5IHN5c3RlbSBmb3IgdGhlIHByb3Bvc2VkIHJl c2VhcmNoIGJlY2F1c2UgdGhpcyBnbG9iYWxseSBpbXBvcnRhbnQgb2lsc2VlZCBjcm9wIGlzIGNs ZWFybHkgbGltaXRlZCBieSBzdWNoIHN0cmVzc2VzLCB3aGlsZSByZWxhdGVkIHdpbGQgc3BlY2ll cyBhcmUgYWRhcHRlZCB0byBhIHZhcmlldHkgb2YgZXh0cmVtZSBlbnZpcm9ubWVudHMuIAUNDVRo ZSBzcGVjaWZpYyBnb2FscyBvZiB0aGlzIHByb2plY3QgYXJlIHRvOiAoMSkgYXNzZXNzIHJlc2lz dGFuY2UgdG8gZHJvdWdodCwgc2FsdCwgYW5kIGxvdyBudXRyaWVudCBzdHJlc3MgYW5kIHJlbGF0 ZWQgdHJhaXRzIGluIGN1bHRpdmF0ZWQgc3VuZmxvd2VyIGFuZCBpdHMgd2lsZCByZWxhdGl2ZXMg dXNpbmcgdHJhZGl0aW9uYWwgYW5kIGhpZ2gtdGhyb3VnaHB1dCBwaGVub3R5cGluZyBhcHByb2Fj aGVzOyAoMikgYXNzb2NpYXRlIHZhcmlhdGlvbiBpbiBhYmlvdGljIHN0cmVzcyByZXNpc3RhbmNl IGFuZCByZWxhdGVkIHRyYWl0cyBpbiBjdWx0aXZhdGVkIGFuZCB3aWxkIHN1bmZsb3dlciB3aXRo IHNwZWNpZmljIGdlbmVzLCByZWd1bGF0b3J5IG5ldHdvcmtzLCBhbmQvb3IgY2F1c2FsIHZhcmlh bnRzOyAoMykgZGV0ZXJtaW5lIHRoZSBtZWNoYW5pc3RpYyBiYXNpcyBvZiBzdHJlc3MgcmVzaXN0 YW5jZSB2aWEgaW4tZGVwdGggcGh5c2lvbG9naWNhbCBhbmQgdHJhbnNjcmlwdG9taWMgY2hhcmFj dGVyaXphdGlvbiBvZiBnZW5vdHlwZXMgd2l0aCBkaXZlcmdlbnQgc3RyZXNzIHJlc3BvbnNlczsg KDQpIGlkZW50aWZ5IHN1aXRhYmxlIHN0cmVzcyByZXNpc3RhbmNlIGFsbGVsZXMgKGkuZS4sIHRo b3NlIGV4aGliaXRpbmcgcmVzaXN0YW5jZSBpbiBtdWx0aXBsZSBnZW5ldGljIGJhY2tncm91bmQs IGlkZWFsbHkgd2l0aCBtaW5pbWFsIHRyYWRlb2ZmcykgZm9yIHVzZSBpbiBzdW5mbG93ZXIgYnJl ZWRpbmcgcHJvZ3JhbXM7IGFuZCAoNSkgZXhwbG9yZSBob3cgdGhlIENvbnZlbnRpb24gb24gQmlv bG9naWNhbCBEaXZlcnNpdHkgaW1wYWN0cyB0aGUgdXNlIG9mIHBsYW50IGdlbmV0aWMgcmVzb3Vy Y2VzIGJ5IHByaXZhdGUgYW5kIHB1YmxpYyBzZWN0b3IgYnJlZWRpbmcgcHJvZ3JhbXMgaW4gQ2Fu YWRhIGFuZCB3b3JsZHdpZGUgYXMgcGFydCBvZiBvdXIgR0UzTFMgcmVzZWFyY2guDQ1XZSB3aWxs IGFkZHJlc3MgbWFqb3IgYmlvbG9naWNhbCBxdWVzdGlvbnMgY29uY2VybmluZzogdGhlIHR5cGVz IG9mIGdlbmVzIG1vc3QgY29tbW9ubHkgaW52b2x2ZWQgaW4gdGhlIGV2b2x1dGlvbiBvZiBhYmlv dGljIHN0cmVzcyByZXNpc3RhbmNlOyB0aGUgZGVncmVlIHRvIHdoaWNoIHRoZSBzYW1lIGdlbmVz L25ldHdvcmtzIGFyZSBleHBsb2l0ZWQgaW4gdGhlIHJlcGVhdGVkIGFkYXB0YXRpb24gb2YgcG9w dWxhdGlvbnMgb3Igc3BlY2llcyB0byByZWxldmFudCBzdHJlc3NlczsgdGhlIG5hdHVyZS9leHRl bnQgb2YgcGh5c2lvbG9naWNhbCB0cmFkZW9mZnMgYXNzb2NpYXRlZCB3aXRoIHJlc2lzdGFuY2Ug YWxsZWxlczsgdGhlIGlkZW50aXR5IG9mIGdlbm9taWMgZmFjdG9ycyBpbmZsdWVuY2luZyB0aGUg b2NjdXJyZW5jZSBhbmQgc2V2ZXJpdHkgb2Ygc3VjaCB0cmFkZW9mZnM7IHRoZSByb2xlIG9mIGdl bmUgZmxvdyBpbiBmYWNpbGl0YXRpbmcgdGhlIHNwcmVhZCBvZiBhZGFwdGl2ZSB2YXJpYW50czsg YW5kIHRoZSBuYXR1cmUgb2Ygc2VsZWN0aW9uIG9uIGNhdXNhbCBnZW5lcyBvciBnZW5ldGljIHZh cmlhbnRzLg0NDU91ciBwcm9qZWN0IHdpbGwgaGF2ZSBpbXBvcnRhbnQgcHJhY3RpY2FsIG91dGNv bWVzIGZvciBhZ3JpY3VsdHVyZSBhbmQgZm9vZCBzZWN1cml0eS4gV2Ugd2lsbDogKDEpIHByb2R1 Y2UgYWN0aW9uYWJsZSBrbm93bGVkZ2UgcmVnYXJkaW5nIHRoZSBtb2xlY3VsYXIgYW5kIHBoeXNp b2xvZ2ljYWwgbWVjaGFuaXNtcyB1bmRlcmx5aW5nIHJlc2lzdGFuY2UgdG8gYWJpb3RpYyBzdHJl c3NlcyB0aGF0IGxpbWl0IGFncmljdWx0dXJhbCBwcm9kdWN0aXZpdHk7ICgyKSBpZGVudGlmeSBz dWl0YWJsZSBhbGxlbGVzIGZvciBpbXByb3ZlbWVudCBvZiBzdW5mbG93ZXIgY3VsdGl2YXJzIGZv ciBDYW5hZGlhbiBhbmQgaW50ZXJuYXRpb25hbCBtYXJrZXRzLCBhbmQgZm9yIHN1YnNpc3RlbmNl IGZhcm1pbmc7ICgzKSBkZXZlbG9wLCBldmFsdWF0ZSwgYW5kIGRpc3RyaWJ1dGUgdmFsdWFibGUg Z2VybXBsYXNtIHJlc291cmNlczsgYW5kICg0KSBpZGVudGlmeSBhbmQgZXZhbHVhdGUgaW1wZWRp bWVudHMgdG8gdGhlIHVzZSBvZiBhZ3JvYmlvZGl2ZXJzaXR5IGZvciBjcm9wIGltcHJvdmVtZW50 BS4gIAcHDA1BcHBlbmRpeCAxDQ1TVUdHRVNURUQgUkVWSUVXRVJTDQ1Ob3RlOiBUaGUgZmluYWwg c2VsZWN0aW9uIG9mIHJldmlld2VycyBpcyBhdCB0aGUgZGlzY3JldGlvbiBvZiBHZW5vbWUgQ2Fu YWRhLg0NUmljaGFyZCBBYmJvdHQsIFVuaXZlcnNpdHkgb2YgU3QgQW5kcmV3cywgcmphQHN0LWFu ZHJld3MuYWMudWsJDUp1c3RpbiBCb3Jldml0eiwgQXVzdHJhbGlhbiBOYXRpb25hbCBVbml2ZXJz aXR5LCATSFlQRVJMSU5LICJtYWlsdG86anVzdGluLmJvcmV2aXR6QGFudS5lZHUuYXUiARRqdXN0 aW4uYm9yZXZpdHpAYW51LmVkdS5hdRUNQW5hIENhaWNlZG8sIFVuaXZlcnNpdHkgb2YgTWFzc2Fj aHVzZXR0cywgY2FpY2Vkb0BiaW8udW1hc3MuZWR1CQkNVG9tIEp1ZW5nZXIsIFVuaXZlcnNpdHkg b2YgVGV4YXMsIHRqdWVuZ2VyQGF1c3Rpbi51dGV4YXMuZWR1DVJvYmVydCBMYXR0YSwgRGFsaG91 c2llIFVuaXZlcnNpdHksIFJvYmVydC5MYXR0YUBEYWwuY2EgDUFuZHJldyBMZWFreSwgVW5pdmVy c2l0eSBvZiBJbGxpbm9pcywgbGVha2V5QHVpdWMuZWR1DURhdmlkIExvd3J5LCBNaWNoaWdhbiBT dGF0ZSBVbml2ZXJzaXR5LCATSFlQRVJMSU5LICJtYWlsdG86ZGF2aWRicnlhbnRsb3dyeUBnbWFp bC5jb20iARRkYXZpZGJyeWFudGxvd3J5QGdtYWlsLmNvbRUNSm9obiBNY0theSwgQ29sb3JhZG8g U3RhdGUgVW5pdmVyc2l0eSwgamttY2theUBjb2xvc3RhdGUuZWR1DVRvbSBNaXRjaGVsbC1PbGRz LCBEdWtlIFVuaXZlcnNpdHksIHRtbzFAZHVrZS5lZHUNTmlzaGFudGEgUmFqYWthcnVuYSwgU2Fu IEpvc2UgU3RhdGUgVW5pdmVyc2l0eSwgbnJhamFrYXJ1bmFAZ21haWwuY29tDU9tIFJhZ29yYSwg VW5pdmVyc2l0eSBvZiBOZXcgQnJ1bnN3aWNrLCBvbS5yYWpvcmFAdW5iLmNhDUtoYWxpZCBSYXNo aWQsIEFncmljdWx0dXJlIGFuZCBBZ3JpLUZvb2QgQ2FuYWRhLCBLaGFsaWQuUmFzaGlkQEFHUi5H Qy5DQQ1DaHJpcyBSaWNoYXJkcywgVVNEQSwgQ2hyaXMuUmljaGFyZHNAYXJzLnVzZGEuZ292DUpv aGFubmEgU2NobWl0dCwgVUMgRGF2aXMsIBNIWVBFUkxJTksgIm1haWx0bzpqc2NobWl0dEB1Y2Rh dmlzLmVkdSIBFGpzY2htaXR0QHVjZGF2aXMuZWR1FQ1Kb2UgVG9obWUsIENJQVQsIGoudG9obWVA Y2dpYXIub3JnDURhdmlkIFZhbiBUYXNzZWwsIFRoZSBMYW5kIEluc3RpdHV0ZSwgdmFudGFzc2Vs QGxhbmRpbnN0aXR1dGUub3JnDVBldGVyIFdlbnpsLCBDSU1NWVQsIBMgSFlQRVJMSU5LICJtYWls dG86cHdlbnpsLnBlcnNvbmFsQGdtYWlsLmNvbSIgFHB3ZW56bC5wZXJzb25hbEBnbWFpbC5jb20V DU1pY2hhZWwgSGFsZXdvb2QsIEJpb3ZlcnNpdHkgSW50ZXJuYXRpb25hbCwgEyBIWVBFUkxJTksg Im1haWx0bzptLmhhbGV3b29kQGNnaWFyLm9yZyIgFG0uaGFsZXdvb2RAY2dpYXIub3JnFQ1QZXRl ciBQaGlsbGlwcywgVW5pdmVyc2l0eSBvZiBTYXNrYWNoZXdhbiwgEyBIWVBFUkxJTksgIm1haWx0 bzpwZXRlci5waGlsbGlwc0B1c2Fzay5jYSIgFHBldGVyLnBoaWxsaXBzQHVzYXNrLmNhFQ0NDQ0N CQkNDQ0gDQ0NDQIgVGhlIGFjcm9ueW0gR0UzTFMgc3RhbmRzIGZvciCTR2Vub21pY3MgYW5kIGl0 cyBFdGhpY2FsLCBFbnZpcm9ubWVudGFsLCBFY29ub21pYywgTGVnYWwgYW5kIFNvY2lhbCBhc3Bl Y3RzlC4NDQMNDQQNDQMNDQQNDQ0NAQggDQ0NDRNQQUdFICAVDQ0NE1BBR0UgIBQ0FQ0NDQgBDQkN DQ0NDQVUaGlzIHNlZW1zIHRvIG92ZXJsYXAgd2l0aCBwYXJhZ3JhcGggNC4gQ29uc2lkZXIgY29t YmluaW5nIHRoZW0NBUF0IGVuZCBvZiBzdW1tYXJ5LCBiYXNlZCBvbiB0aGUgZGVzY3JpcHRpb24g YWJvdmUgaGlnaGxpZ2h0IDItNCBjb25jcmV0ZSBkZWxpdmVyYWJsZXMgYW5kIGV4cGVjdGVkIHNv Y2lhbCBvciBlY29ub21pYyBiZW5lZml0cw0NDQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACAAAAQgAAAQIAAAFCAAADAgAADYIAAA3CAAA RggAAFgIAABZCAAA5cGgwXxbN6B8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEYACIEVaLgf3AAWaGgkawAXaElVLQA1CIE6CIFCKgFD ShgAXkoCAGFKGABjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAAEAACIEWaGRtUgAXaElVLQA1 CIE6CIFCKgFDShgAXkoCAGFKGABjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAAEYACIEVaLgf 3AAWaJdpjAAXaElVLQA1CIE6CIFCKgFDShgAXkoCAGFKGABjSAEAZGgAAAAAZGgAAAAAZGhIuydn cGgAAAAAAEAACIEWaB5ECQAXaElVLQA1CIE6CIFCKgFDShgAXkoCAGFKGABjSAEAZGgAAAAAZGgA AAAAZGhIuydncGgAAAAAAEYACIEVaLgf3AAWaK0d2wAXaElVLQA1CIE6CIFCKgFDShgAXkoCAGFK GABjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAADMACIEWaJdpjAAXaElVLQA1CIE6CIFeSgIA YUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cACQAIAAABCAAAOQgAAFkIAABrCAAAbAgAADwJAAA9 CQAAYgoAAGMKAADcCwAA3QsAACsMAAClDAAAtAwAALUMAADKDAAAtg0AALcNAADzAAAAAAAAAAAA AAAA6wAAAAAAAAAAAAAAAOsAAAAAAAAAAAAAAADiAAAAAAAAAAAAAAAA2QAAAAAAAAAAAAAAAMsA AAAAAAAAAAAAAADDAAAAAAAAAAAAAAAAwwAAAAAAAAAAAAAAAMMAAAAAAAAAAAAAAADDAAAAAAAA AAAAAAAAwwAAAAAAAAAAAAAAALsAAAAAAAAAAAAAAACwAAAAAAAAAAAAAAAAsAAAAAAAAAAAAAAA AKQAAAAAAAAAAAAAAACkAAAAAAAAAAAAAAAAnwAAAAAAAAAAAAAAAJ8AAAAAAAAAAAAAAAAAAAAA AAAAAAAEAABnZAkkbQAACwMAAyQDD4QAAF6EAABhJANnZKsySgALAAADJAMKJgALRisAYSQDZ2SC WjgAAAcAAAMkA2EkA2dkIRwtAAAHAAADJANhJANnZKsySgAADQAAAyQDDcYFAAHQAgATpHgAYSQD Z2SrMkoACQAAAyQBQCYAYSQBZ2SDLd4ACQAAAyQBQCYAYSQBZ2SXaYwAAAcAAAMkAWEkAWdkl2mM AAALAAADJAIPhNACXoTQAmEkAmdkaCRrAAASWQgAAGUIAABrCAAAbAgAAG0IAABvCAAAdwgAAHgI AAB9CAAAhAgAAIUIAACNCAAAywgAAODBp41zjXNWjVY8VgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAMwAIgRZokAULABdoSVUtADUIgVwIgV5K AgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZzkACIEVaIdnmwAWaP8ShQAXaElVLQA1CIFcCIFe SgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2czAAiBFmjZaPUAF2hJVS0ANQiBXAiBXkoCAGFK FgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnMwAIgRZo7AZzABdoSVUtADUIgVwIgV5KAgBhShYAY0gB AGRoAAAAAGRoAAAAAGRoSLsnZzIACIEVaIdnmwAWaPA9xgAXaElVLQA6CIFhShYAY0gBAGRoAAAA AGRoAAAAAGRoSLsnZwA9AAiBFWi4H9wAFmiDLd4AF2hJVS0ANQiBOgiBQ0oYAF5KAgBhShgAY0gB AGRoAAAAAGRoAAAAAGRoSLsnZz0ACIEVaLgf3AAWaNs7ywAXaElVLQA1CIE6CIFDShgAXkoCAGFK GABjSAEAZGgAAAAAZGgAAAAAZGhIuydnAAzLCAAAHgkAADoJAAA8CQAAPQkAAGAJAABxCQAAdQkA AIgJAACXCQAAmAkAAJkJAACaCQAA3r/ep493j19FKUWPAAAAAAAAAAAAAAAAAAAAAAAANgAIgRVo dQraABZoWWTXABdoSVUtADUIgV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZwAyAAiBFWh1 CtoAFmhZZNcAF2hJVS0ANQiBYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cALwAIgRVodQraABZo pkyxABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnLwAIgRVodQraABZocBvQABdoSVUt AGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnLwAIgRVodQraABZoWVvpABdoSVUtAGFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhIuydnLwAIgRVoh2ebABZogy3eABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgA AAAAZGhIuydnPAAIgRZoPyMhABdoSVUtADUIgUIqAVwIgV5KAgBhShYAY0gBAGRoAAAAAGRoAAAA AGRoSLsnZ3BoAAAAAABCAAiBFWiHZ5sAFmj/EoUAF2hJVS0ANQiBQioBXAiBXkoCAGFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhIuydncGgAAAAADJoJAAC+CQAAzgkAANcJAADdCQAA3gkAAN8JAADsCQAA 9wkAABEKAABRCgAAVAoAAGAKAADnzbGVsZV9ZU1lM2UAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAADIACIEVaHUK2gAWaFlb6QAXaElVLQA1CIFhShYAY0gBAGRoAAAAAGRoAAAA AGRoSLsnZwAvAAiBFWh1CtoAFmj2eugAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cv AAiBFWh1CtoAFmhZW+kAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cvAAiBFWh1CtoA FmjbO8sAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2c2AAiBFWh1CtoAFmhZZNcAF2hJ VS0ANQiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnADYACIEVaHUK2gAWaPtD6QAXaElV LQA1CIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cAMwAIgRVodQraABZoWWTXABdoSVUt AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZy8ACIEVaHUK2gAWaFlk1wAXaElVLQBhShYA Y0gBAGRoAAAAAGRoAAAAAGRoSLsnZwAMYAoAAGEKAABiCgAAYwoAAHAKAAB0CgAAdQoAAHYKAAAj CwAAJwsAAOrV6reagGVILgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAyAAiBFmimJ1sAF2hJVS0AQioBXkoCAGNIAQBkaAAAAABkaAAAAABkaEi7J2dwaAAAAAAAOAAI gRVoaGsJABZokAULABdoSVUtAEIqAV5KAgBjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAADUA CIEWaJAFCwAXaElVLQA1CIFCKgFeSgIAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZ3BoAAAAADIACIEW aJAFCwAXaElVLQBCKgFeSgIAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZ3BoAAAAAAA4AAiBFWh+X5gA FmiQBQsAF2hJVS0AQioBXkoCAGNIAQBkaAAAAABkaAAAAABkaEi7J2dwaAAAAAAAOwAIgRVoaGsJ ABZokAULABdoSVUtADUIgUIqAV5KAgBjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAKQAIgRZo WVvpABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZokAULABdoSVUtAGFKFgBj SAEAZGgAAAAAZGgAAAAAZGhIuydnAAknCwAAPwsAAEULAABGCwAAXQsAANsLAADcCwAA3QsAAOsL AADvCwAAGgwAACAMAAArDAAALAwAADkMAACfDAAAoAwAAOHF4auOq3RcQlwtXC1cLVwAAAAAAAAp AAiBFmiCWjgAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cyAAiBFWiCWjgAFmghHC0A F2hJVS0ANQiBYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cALwAIgRVoIRwtABZoIRwtABdoSVUt AGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnMgAIgRZoIRwtABdoSVUtAEIqAV5KAgBjSAEAZGgA AAAAZGgAAAAAZGhIuydncGgAAAAAADgACIEVaGhrCQAWaJAFCwAXaElVLQBCKgFeSgIAY0gBAGRo AAAAAGRoAAAAAGRoSLsnZ3BoAAAAAAAyAAiBFmiQBQsAF2hJVS0AQioBXkoCAGNIAQBkaAAAAABk aAAAAABkaEi7J2dwaAAAAAAANgAIgRZoZG1SABdoSVUtAEIqAV5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoSLsnZ3BoAAAAAAA8AAiBFWiXaYwAFmhkbVIAF2hJVS0AQioBXkoCAGFKFgBjSAEAZGgA AAAAZGgAAAAAZGhIuydncGgAAAAAEKAMAAChDAAApQwAAK0MAACzDAAAtAwAALUMAADKDAAA1gwA AO8MAADq0r3SpY11VTgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAA5AAiBFmhyVyIAF2hJVS0AQioBXAiBXkoCAGFKFgBjSAEAZGgA AAAAZGgAAAAAZGhIuydncGgAAAAAPwAIgRVol2mMABZogy3eABdoSVUtAEIqAVwIgV5KAgBhShYA Y0gBAGRoAAAAAGRoAAAAAGRoSLsnZ3BoAAAAAC8ACIEVaIdnmwAWaIMt3gAXaElVLQBhShYAY0gB AGRoAAAAAGRoAAAAAGRoSLsnZy8ACIEVaIdnmwAWaO9bWAAXaElVLQBhShYAY0gBAGRoAAAAAGRo AAAAAGRoSLsnZy8ACIEVaIdnmwAWaCEcLQAXaElVLQBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsn ZykACIEWaIJaOAAXaElVLQBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZy8ACIEVaCEcLQAWaCEc LQAXaElVLQBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZykACIEWaCEcLQAXaElVLQBhShYAY0gB AGRoAAAAAGRoAAAAAGRoSLsnZwAJ7wwAAPAMAADxDAAA9AwAAPUMAAD2DAAA9wwAAEsNAABMDQAA Tw0AAFANAADhwqPChGxZbDsdAAAAADoACIEVaBBEfAAWaB5ECQAXaElVLQAwShcANgiBXkoCAGFK FgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnADoACIEVaBBEfAAWaJdpjAAXaElVLQAwShcANgiBXkoC AGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnACUACIEWaCA7gwAXaElVLQBjSAEAZGgAAAAAZGgA AAAAZGhIuydnLgAIgQNqAAAAABZoIDuDABdoSVUtAFUIAWNIAQBkaAAAAABkaAAAAABkaEi7J2cA PAAIgRVoEER8ABZol2mMABdoSVUtAEIqAV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZ3Bo AAAAAAA8AAiBFWgQRHwAFmgJJG0AF2hJVS0AQioBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhI uydncGgAAAAAADwACIEVaBBEfAAWaHJXIgAXaElVLQBCKgFeSgIAYUoWAGNIAQBkaAAAAABkaAAA AABkaEi7J2dwaAAAAAAAPAAIgRVol2mMABZogy3eABdoSVUtAEIqAV5KAgBhShYAY0gBAGRoAAAA AGRoAAAAAGRoSLsnZ3BoAAAAAApQDQAAVg0AAFcNAACBDQAAhA0AAJANAACiDQAAow0AAKQNAADi xOKmh2hHJwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/AAiBFWgQRHwAFmhoJGsA F2hJVS0AQioBXAiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAQAAIgQNqAAAA ABZoIDuDABdoSVUtADBKFwA2CIFVCAFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cA PQAIgRVoEER8ABZoHkQJABdoSVUtADBKFwA2CIFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABk aEi7J2c9AAiBFWgQRHwAFmhoJGsAF2hJVS0AMEoXADYIgVwIgV5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoSLsnZzoACIEVaBBEfAAWaGRtUgAXaElVLQAwShcANgiBXkoCAGFKFgBjSAEAZGgAAAAA ZGgAAAAAZGhIuydnADoACIEVaBBEfAAWaEpn1gAXaElVLQAwShcANgiBXkoCAGFKFgBjSAEAZGgA AAAAZGgAAAAAZGhIuydnADoACIEVaBBEfAAWaJdpjAAXaElVLQAwShcANgiBXkoCAGFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhIuydnCKQNAAClDQAApw0AAKgNAACsDQAAtQ0AALYNAAC3DQAAuA0AAN+/ n4JiRZ8uAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAALQAI gRZoCSRtABdoSVUtAF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZzkACIEWaIMt3gAXaElV LQBCKgFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2dwaAAAAAA/AAiBFWgJJG0AFmiD Ld4AF2hJVS0AQioBXAiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAOQAIgRZo nlF5ABdoSVUtAEIqAVwIgV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZ3BoAAAAAD8ACIEV aAkkbQAWaAkkbQAXaElVLQBCKgFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2dwaAAA AAA/AAiBFWgQRHwAFmiDLd4AF2hJVS0AQioBXAiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhI uydncGgAAAAAPwAIgRVoEER8ABZoCSRtABdoSVUtAEIqAVwIgV5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoSLsnZ3BoAAAAAAAIuA0AAMMNAADJDQAA9A0AAPYNAAD9DQAABA4AAAUOAABPDgAAUw4A AJgOAACbDgAAsQ4AALIOAADFDgAAxg4AAOjR6LroutGlkqV9pWdLLwAAAAAAAAAAAAAAAAAAADYA CIEVaKsySgAWaIMt3gAXaElVLQBdCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cANgAI gRVoqzJKABZoqzJKABdoSVUtAF0IgV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZwArAAiB FWiHZ5sAFmiHZ5sAF2hJVS0AY0gBAGRoAAAAAGRoAAAAAGRoSLsnZykACIEWaPA5FAAXaElVLQBe SgIAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZyUACIEWaIdnmwAXaElVLQBjSAEAZGgAAAAAZGgAAAAA ZGhIuydnKQAIgRZoh2ebABdoSVUtAF5KAgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnLQAIgRZozhG+ ABdoSVUtAF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZy0ACIEWaAkkbQAXaElVLQBeSgIA YUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2ctAAiBFmiXaYwAF2hJVS0AXkoCAGFKFgBjSAEAZGgA AAAAZGgAAAAAZGhIuydnAA+3DQAAsQ4AALIOAADGDgAAPRAAAD4QAABSEAAA3REAAN4RAAD0EQAA hhMAAIcTAACIEwAAiRMAAIoTAAAtFAAALhQAAC8UAABHFAAAchUAAHMVAAB1FQAArRUAAM0VAAD3 AAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAO8AAAAAAAAAAAAAAADmAAAAAAAAAAAAAAAA5gAAAAAA AAAAAAAAAN0AAAAAAAAAAAAAAADYAAAAAAAAAAAAAAAA5gAAAAAAAAAAAAAAAOYAAAAAAAAAAAAA AADYAAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA9wAA AAAAAAAAAAAAAPcAAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA0wAAAAAAAAAAAAAAANMAAAAAAAAA AAAAAADTAAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAOYAAAAAAAAAAAAAAADLAAAAAAAAAAAAAAAA ywAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAcAAAMkAWEkAWdk10+AAAAEAABnZP5B0gAABAAAZ2TO Eb4ACQAAAyQDQCYAYSQDZ2S9NqUACQAAAyQDQCYAYSQDZ2SrMkoAAAcBAAMkA2EkA2dkqzJKAAAH AAADJANhJANnZKsySgAAF8YOAAAsDwAALQ8AAM8PAADQDwAA1w8AANgPAADyDwAA8w8AAPoPAAD7 DwAAPBAAAD0QAAA+EAAAUhAAALUQAAC9EAAABREAAAYRAAAfEQAA58znt+e357fnt+edhmlPNU81 TwAAAAAAAAAyAAiBFmgJJG0AF2hJVS0AQioBXkoCAGNIAQBkaAAAAABkaAAAAABkaEi7J2dwaAAA AAAAMgAIgRZozhG+ABdoSVUtAEIqAV5KAgBjSAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAADkA CIEVaIdnmwAWaL02pQAXaElVLQA1CIFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2ct AAiBFmiDLd4AF2hJVS0AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnMwAIgRVoh2ebABZo gy3eABdoSVUtAF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZykACIEWaJMq+gAXaElVLQBh ShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZzUACIEJagMAOPAVaIdnmwAWaIMt3gAXaElVLQBhShYA Y0gBAGRoAAAAAGRoAAAAAGRoSLsnZy8ACIEVaIdnmwAWaIMt3gAXaElVLQBhShYAY0gBAGRoAAAA AGRoAAAAAGRoSLsnZwATHxEAAHgRAAB5EQAAxREAANkRAADcEQAA3REAAN4RAADpEQAA9BEAAObJ r5WveGFFJgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADwACIEVaIdnmwAWaIMt3gAXaElVLQA1 CIE7CIFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cANgAIgRZo6HYzABdoSVUtADUI gTsIgVwIgV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZwAtAAiBFmjvW1gAF2hJVS0AXkoC AGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnOAAIgRVoaGsJABZozhG+ABdoSVUtAEIqAV5KAgBj SAEAZGgAAAAAZGgAAAAAZGhIuydncGgAAAAAADIACIEWaAkkbQAXaElVLQBCKgFeSgIAY0gBAGRo AAAAAGRoAAAAAGRoSLsnZ3BoAAAAAAAyAAiBFmjOEb4AF2hJVS0AQioBXkoCAGNIAQBkaAAAAABk aAAAAABkaEi7J2dwaAAAAAAAOAAIgRVouBDTABZozhG+ABdoSVUtAEIqAV5KAgBjSAEAZGgAAAAA ZGgAAAAAZGhIuydncGgAAAAAADIACIEVaLgQ0wAWaM4RvgAXaElVLQBcCIFeSgIAY0gBAGRoAAAA AGRoAAAAAGRoSLsnZwn0EQAAARIAAAISAAADEgAABBIAAAwSAAANEgAAFBIAABUSAAAdEgAAJRIA ACgSAAAzEgAAPxIAAJASAACgEgAAyBIAAMoSAADqEgAABRMAADQTAADn0ufS59Ln0ue9qOeT535p flRpOgAAAAAAAAAAAAAAADIACIEWaM4RvgAXaElVLQBCKgFeSgIAY0gBAGRoAAAAAGRoAAAAAGRo SLsnZ3BoAAAAAAApAAiBFmgzLOkAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cpAAiB FmjOEb4AF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cpAAiBFmj0X/UAF2hJVS0AYUoW AGNIAQBkaAAAAABkaAAAAABkaEi7J2cpAAiBFmjbO8sAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAA AABkaEi7J2cpAAiBFmitHdsAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cpAAiBFmgJ JG0AF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cpAAiBFmhtEOUAF2hJVS0AYUoWAGNI AQBkaAAAAABkaAAAAABkaEi7J2cvAAiBFWiHZ5sAFmiDLd4AF2hJVS0AYUoWAGNIAQBkaAAAAABk aAAAAABkaEi7J2cAFDQTAAA1EwAAPBMAAD0TAABHEwAASBMAAEwTAABNEwAAWRMAAFoTAABhEwAA YhMAAGgTAABpEwAAcRMAAHITAAB7EwAAfBMAAIQTAACFEwAAhhMAAIcTAACKEwAAnxMAAObM5szm zObM5rLmzObM5szmzJ2BbFc/AAAAAAAAAC8ACIEVaIdnmwAWaIMt3gAXaElVLQBhShYAY0gBAGRo AAAAAGRoAAAAAGRoSLsnZykACIEWaG0lqAAXaElVLQBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsn ZykACIEWaNlo9QAXaElVLQBhShYAY0gBAGRoAAAAAGRoAAAAAGRoSLsnZzYACIEWaJI8IAAXaElV LQA1CIE7CIFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2cAKQAIgRZokjwgABdoSVUt AGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnMgAIgRZoCSRtABdoSVUtAEIqAV5KAgBjSAEAZGgA AAAAZGgAAAAAZGhIuydncGgAAAAAADIACIEWaM4RvgAXaElVLQBCKgFeSgIAY0gBAGRoAAAAAGRo AAAAAGRoSLsnZ3BoAAAAAAAyAAiBFmhkbVIAF2hJVS0AQioBXkoCAGNIAQBkaAAAAABkaAAAAABk aEi7J2dwaAAAAAAXnxMAAKMTAACkEwAAtRMAALYTAAC3EwAAxRMAAM0TAADYEwAA5BMAAPsTAAAL FAAAKhQAACsUAAAsFAAALRQAAC4UAADq1b2ovaiTvX69ab1UvT8qKQAIgRZo/kHSABdoSVUtAGFK FgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZogy3eABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgA AAAAZGhIuydnKQAIgRZocXFQABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZo 10+AABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZo2zvLABdoSVUtAGFKFgBj SAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZoCSRtABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAA ZGhIuydnKQAIgRZorR3bABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnLwAIgRVoh2eb ABZogy3eABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZol2mMABdoSVUtAGFK FgBjSAEAZGgAAAAAZGgAAAAAZGhIuydnKQAIgRZobRDlABdoSVUtAGFKFgBjSAEAZGgAAAAAZGgA AAAAZGhIuydnABAuFAAALxQAAEcUAAByFQAAcxUAAHQVAAB1FQAAeBUAAHkVAAB/FQAAgBUAAKoV AACrFQAA69O9pYV1YlJiQmIyAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHhZo 4m37ADUIgUIqAUNKGABeSgIAYUoYAHBoAAAAAAAeFmhKZ9YANQiBQioBQ0oYAF5KAgBhShgAcGgA AAAAAB4WaB5ECQA1CIFCKgFDShgAXkoCAGFKGABwaAAAAAAAJBVouB/cABZo10+AADUIgUIqAUNK GABeSgIAYUoYAHBoAAAAAAAfFWj+QdIAFmjZcIEAOwiBXkoCAGFKFgBtSAkEc0gJBD4ACIEVaP5B 0gAWaIMt3gAXaCgGvwA7CIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaFP8J4dtSAkEc0gJBAAv AAiBFWj+QdIAFmj+QdIAF2hJVS0AYUoWAGNIAQBkaAAAAABkaAAAAABkaEi7J2crAAiBFWgKEuwA Fmj+QdIAF2hJVS0AY0gBAGRoAAAAAGRoAAAAAGRoSLsnZy4ACIEVaP5B0gAWaP5B0gAXaElVLQA1 CIFjSAEAZGgAAAAAZGgAAAAAZGhIuydnACgACIEWaKIFZwAXaElVLQA1CIFjSAEAZGgAAAAAZGgA AAAAZGhIuydnDKsVAACtFQAArhUAALoVAADMFQAAzRUAAM4VAADaFQAA4RUAAOIVAADxFQAACxYA ADgWAAA5FgAAOhYAADsWAABTFgAAVBYAAFUWAABdFgAAXhYAAF8WAABnFgAA7drtyrewopSLf3dv d2Rbf1JJUn9bQAAAAAAAAAAAAAAAAAAAERZoJTuNADUIgV5KAgBhShYAERZopjfRADUIgV5KAgBh ShYAERZoxVMFADUIgV5KAgBhShYAERZo7hWSADUIgV5KAgBhShYAFBVodU71ABZoIjmnAF5KAgBh ShYAAA4WaPoFAwBeSgIAYUoWAAAOFmh1TvUAXkoCAGFKFgAAFxVocXFQABZoIjmnADUIgV5KAgBh ShYAERZoa31dADUIgV5KAgBhShYAGhVouB/cABZoIjmnADUIgToIgUNKGABhShgAABoVaLgf3AAW aJlqJgA1CIE6CIFDShgAYUoYAAANFmhaHeMAOgiBQ0ocACQVaLgf3AAWaNdPgAA1CIFCKgFDShgA XkoCAGFKGABwaAAAAAAAHhZoHkQJADUIgUIqAUNKGABeSgIAYUoYAHBoAAAAAAAkFWi4H9wAFmi4 H9wANQiBQioBQ0oYAF5KAgBhShgAcGgAAAAAACQVaLgf3AAWaGgkawA1CIFCKgFDShgAXkoCAGFK GABwaAAAAAAWzRUAAM4VAADhFQAA4hUAADoWAAA7FgAAXhYAAF8WAACQFgAAkRYAAMkWAADKFgAA 7hYAAPMWAAAGFwAA+QAAAAAAAAAAAAAAAPkAAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA9wAAAAAA AAAAAAAAAPcAAAAAAAAAAAAAAAD3AAAAAAAAAAAAAAAA9wAAAAAAAAAAAAAAAPcAAAAAAAAAAAAA AAD3AAAAAAAAAAAAAAAA8gAAAAAAAAAAAAAAAPIAAAAAAAAAAAAAAADqAAAAAAAAAAAAAAAA3QAA AAAAAAAAAAAAANAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAANAAAWJAEZhGYAGyZgIyQCL4S0AElmAQAAAA0BABYk ARmEZgAbJmAjJAIvhLQASWYBAAAAAAcVAA3GCQLgEMAhARAOAgAEAABnZAkkbQAAAQAABgAAAyQB QCYAYSQBAA5nFgAAaBYAAIMWAACFFgAAhhYAAIcWAACIFgAAiRYAAI8WAACQFgAAkRYAAKEWAACi FgAAoxYAALYWAAC4FgAAvRYAAL4WAAC/FgAAwBYAAMcWAADIFgAAyRYAAMoWAADYFgAA7RYAAO4W AADvFgAA8xYAAAUXAAAGFwAA9u3h2M/Yz9jGuuGxqLGfsajhk9iTi4B3buFg4VhNFBVocXFQABZo IjmnAF5KAgBhShYAAA4WaKY30QBeSgIAYUoWAAAaFWhxcVAAFmgiOacANQiBOwiBXkoCAGFKFgAA ERZoJTuNADUIgV5KAgBhShYAERZorR3bADUIgV5KAgBhShYAFBVocXFQABZoCSRtAF5KAgBhShYA AA4WaCI5pwBeSgIAYUoWAAAXFWhxcVAAFmhidCIANQiBXkoCAGFKFgARFmhoJGsANQiBXkoCAGFK FgARFmjZaPUANQiBXkoCAGFKFgARFmhkStkANQiBXkoCAGFKFgAXFWhxcVAAFmhkStkANQiBXkoC AGFKFgARFmgiOacANQiBXkoCAGFKFgARFmimN9EANQiBXkoCAGFKFgARFmjFUwUANQiBXkoCAGFK FgAXFWhxcVAAFmgiOacANQiBXkoCAGFKFgARFmh5Ax8ANQiBXkoCAGFKFgARFmhtEOUANQiBXkoC AGFKFgAAHgYXAAAHFwAAFRcAADQXAACCAAAAAAAAAAAAAAAAdQAAAAAAAAAAAAAAAGUAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAAWJAEZhGYAGyZgIyQCL4S0 AElmAQAAAGdkdU71AA0BABYkARmEZgAbJmAjJAIvhLQASWYBAAAAfQAAa2QAAAAAFiQBFyQBSWYB AAAAApZsAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeUHwEI1jAAApT/7ARIEoAGWAUAAAAA AAAAAAAAAAAAAAAAAAZcDQAAAAAAAAAA/////wAAAAANNmAPlGYAEJS0ABPWMAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7QSF/YDAAAa1ggAAAD/AAAA /xvWCAAAAP8AAAD/HNYIAAAA//////8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh 9gMAAAADBhcAAAcXAAAVFwAAMxcAADQXAAA1FwAAPRcAAD4XAABQFwAAgRcAAIIXAACDFwAAjRcA AJkXAACaFwAAmxcAAKIXAAC2FwAAtxcAALgXAADBFwAAyBcAAMkXAADKFwAAyxcAAM4XAADPFwAA 0xcAANgXAADgFwAA4RcAAOIXAADjFwAA8BcAAAQYAAD57d7T+e3H3rit+aG4rZqhkoeaoX6hh5rT cO1oYNP5cO24AAAAAAAAAAAAAAAAAAAAAAAADhZopjfRAF5KAgBhShYAAA4WaMVTBQBeSgIAYUoW AAAaFWhxcVAAFmgiOacANQiBOwiBXkoCAGFKFgAAERZo6HYzADUIgV5KAgBhShYAFBVocXFQABZo hAPlAF5KAgBhShYAAA4WaG1hlgBeSgIAYUoWAAAMFWhxcVAAFmiEA+UAABcVaHFxUAAWaIQD5QA1 CIFeSgIAYUoWABQVaHFxUAAWaMVTBQBeSgIAYUoWAAAcFWhtYZYAFmhtYZYAXkoCAGFKFgBtSAkE c0gJBAAWFmh1TvUAXkoCAGFKFgBtSAkEc0gJBAAUFWhxcVAAFmgiOacAXkoCAGFKFgAAHBVobWGW ABZodU71AF5KAgBhShYAbUgJBHNICQQAFxVocXFQABZoIjmnADUIgV5KAgBhShYADBVocXFQABZo IjmnACI0FwAANRcAAD0XAAA+FwAAUBcAAGoXAACCFwAAggAAAAAAAAAAAAAAAHUAAAAAAAAAAAAA AABsAAAAAAAAAAAAAAAAbAAAAAAAAAAAAAAAAFwAAAAAAAAAAAAAAABcAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAEAAAFiQBGYRmABsmYCMkAi+EtABJZgEAAABnZG1hlgAJAAAWJAFJ ZgEAAABnZHVO9QANAQAWJAEZhGYAGyZgIyQCL4S0AElmAQAAAH0AAGtkqwAAABYkARckAUlmAQAA AAKWbAAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQBAAAHlB8BCNYwAAKU/+wESBKABlgFAAAAAAAA AAAAAAAAAAAAAAAGXA0AAAAAAAAAAP////8AAAAADTZgD5RmABCUtAAT1jAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gO0Ehf2AwAAGtYIAAAA/wAAAP8b 1ggAAAD/AAAA/xzWCAAAAP//////HdYIAAAA/wAAAP8elLQANNYGAAEFAwAANNYGAAEKA2wAYfYD AAAABoIXAACDFwAAjRcAAJoXAACCAAAAAAAAAAAAAAAAcgAAAAAAAAAAAAAAAGIAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAAWJAEZhGYAGyZgIyQCL4S0AElmAQAAAGdk hAPlABABABYkARmEZgAbJmAjJAIvhLQASWYBAAAAZ2SEA+UAfQAAa2RWAQAAFiQBFyQBSWYBAAAA ApZsAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeU4gQI1jAAApT/7ARIEgAGWAUAAAAAAAAA AAAAAAAAAAAAAAZcDf////8AAAAA/////wAAAAANNmAPlGYAEJS0ABPWMAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7QSF/YDAAAa1ggAAAD//////xvW CAAAAP8AAAD/HNYIAAAA//////8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh9gMA AAADmhcAAJsXAACiFwAAtxcAAIIAAAAAAAAAAAAAAAByAAAAAAAAAAAAAAAAYgAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAABYkARmEZgAbJmAjJAIvhLQASWYBAAAAZ2Rt YZYAEAEAFiQBGYRmABsmYCMkAi+EtABJZgEAAABnZIQD5QB9AABrZPsBAAAWJAEXJAFJZgEAAAAC lmwABdYYBAEAAAQBAAAEAQAABAEAAAQBAAAEAQAAB5QfAQjWMAAClP/sBEgSgAZYBQAAAAAAAAAA AAAAAAAAAAAABlwN/////wAAAAD/////AAAAAA02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEA AAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDtBIX9gMAABrWCAAAAP//////G9YI AAAA/wAAAP8c1ggAAAD//////x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNsAGH2AwAA AAO3FwAAuBcAAMkXAADKFwAAggAAAAAAAAAAAAAAAHIAAAAAAAAAAAAAAABiAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEAAAFiQBGYRmABsmYCMkAi+EtABJZgEAAABnZIQD 5QAQAQAWJAEZhGYAGyZgIyQCL4S0AElmAQAAAGdkhAPlAH0AAGtkpgIAABYkARckAUlmAQAAAAKW bAAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQBAAAHlB8BCNYwAAKU/+wESBKABlgFAAAAAAAAAAAA AAAAAAAAAAAGXA3/////AAAAAP////8AAAAADTZgD5RmABCUtAAT1jAAAAD/BAEAAAAAAP8EAQAA AAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gO0Ehf2AwAAGtYIAAAA//////8b1ggA AAD/AAAA/xzWCAAAAP//////HdYIAAAA/wAAAP8elLQANNYGAAEFAwAANNYGAAEKA2wAYfYDAAAA A8oXAADLFwAAzRcAAM4XAADTFwAA4RcAAIIAAAAAAAAAAAAAAAB8AAAAAAAAAAAAAAAAfAAAAAAA AAAAAAAAAG0AAAAAAAAAAAAAAABbAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAEgAAFiQBGIT4/xmEYf4bJmAjJAIvhLQASWYBAAAAZ2SmN9EADwEAFiQBGIT4 /xmEYf4bJmAjJAIvhLQASWYBAAAAAAUAAA3GBQABsBMAfQAAa2RRAwAAFiQBFyQBSWYBAAAAApZs AAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeU0wEI1jAAApT/7ARIEoAGWAUAAAAAAAAAAAAA AAAAAAAAAAZcDf////8AAAAAAAAAAAAAAAANNmAPlGYAEJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7QSF/YDAAAa1ggAAAD//////xvWCAAA AP8AAAD/HNYIAAAA/wAAAP8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh9gMAAAAF 4RcAAOIXAADwFwAABhgAAHoAAAAAAAAAAAAAAABrAAAAAAAAAAAAAAAAWQAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAABIAABYkARiE+P8ZhGH+GyZgIyQCL4S0AElmAQAAAGdkdU71AA8BABYkARiE+P8ZhGH+ GyZgIyQCL4S0AElmAQAAAACEAABrZPwDAAAWJAEXJAFJZgEAAAAClnMABdYYBAEAAAQBAAAEAQAA BAEAAAQBAAAEAQAAB5QfAQjWMAACjf82BUYSgAapBQAAAAAAAAAAAAAAAAAAAACABhANAAAAAAAA AAD/////AAAAAA02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAABT2A7kSF/YDAAAY9gMAABrWCAAAAP8AAAD/G9YIAAAA/wAAAP8c 1ggAAAD//////x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNzAGH2AwAAeXTFUwUAAAME GAAABRgAAAYYAAAHGAAADxgAAFEYAABSGAAAUxgAAF0YAABlGAAAaRgAAGoYAABrGAAAchgAAIEY AACCGAAAgxgAAIwYAACTGAAAlBgAAJUYAACWGAAAlxgAAKUYAACmGAAApxgAAK0YAAD05d7Sw7Te 0qiZjt7Sg47e0nrSjt5x0mVXSwAAAAAAAAAAAAAAAAAAAAAXFWhxcVAAFmhxcVAANQiBXkoCAGFK FgAaFWhxcVAAFmhxcVAANQiBOwiBXkoCAGFKFgAAFxVoxmE0ABZocXFQADUIgV5KAgBhShYAERZo WCxPADUIgV5KAgBhShYAERZo6HYzADUIgV5KAgBhShYAFBVobWGWABZobWGWAF5KAgBhShYAABQV aHFxUAAWaCI5pwBeSgIAYUoWAAAcFWhtYZYAFmhtYZYAXkoCAGFKFgBtSAkEc0gJBAAWFmhtYZYA XkoCAGFKFgBtSAkEc0gJBAAcFWhxcVAAFmgiOacAXkoCAGFKFgBtSBYEc0gWBAAcFWhtYZYAFmh1 TvUAXkoCAGFKFgBtSAkEc0gJBAAXFWhxcVAAFmgiOacANQiBXkoCAGFKFgAMFWhxcVAAFmgiOacA ABwVaHVO9QAWaMVTBQBeSgIAYUoWAG1ICQRzSAkEABYWaPoFAwBeSgIAYUoWAG1ICQRzSAkEGgYY AAAHGAAADxgAACsYAABBGAAAUhgAAHoAAAAAAAAAAAAAAABrAAAAAAAAAAAAAAAAYgAAAAAAAAAA AAAAAGIAAAAAAAAAAAAAAABQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAASAAAWJAEYhPj/GYRh /hsmYCMkAi+EtABJZgEAAABnZHVO9QAJAAAWJAFJZgEAAABnZHVO9QAPAQAWJAEYhPj/GYRh/hsm YCMkAi+EtABJZgEAAAAAhAAAa2S/BAAAFiQBFyQBSWYBAAAAApZzAAXWGAQBAAAEAQAABAEAAAQB AAAEAQAABAEAAAeUHwEI1jAAAo3/NgVGEoAGqQUAAAAAAAAAAAAAAAAAAAAAgAYQDQAAAAAAAAAA /////wAAAAANNmAOlPj/D5Rh/hCUtAAT1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEA AAAAAP8EAQAAAAAA/wQBAAAU9gO5Ehf2AwAAGPYDAAAa1ggAAAD/AAAA/xvWCAAAAP8AAAD/HNYI AAAA//////8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDcwBh9gMAAHl0xVMFAAAFUhgA AFMYAABdGAAAahgAAHoAAAAAAAAAAAAAAABrAAAAAAAAAAAAAAAAXAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAA8AABYkARiE+P8ZhGH+GyZgIyQCL4S0AElmAQAAAA8BABYkARiE+P8ZhGH+GyZg IyQCL4S0AElmAQAAAACEAABrZIIFAAAWJAEXJAFJZgEAAAAClnMABdYYBAEAAAQBAAAEAQAABAEA AAQBAAAEAQAAB5TiBAjWMAACjf82BUYSAAapBQAAAAAAAAAAAAAAAAAAAACABhAN/////wAAAAD/ ////AAAAAA02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAA AAAA/wQBAAAAAAD/BAEAABT2A7kSF/YDAAAY9gMAABrWCAAAAP//////G9YIAAAA/wAAAP8c1ggA AAD//////x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNzAGH2AwAAeXTFUwUAAANqGAAA axgAAHIYAACCGAAAegAAAAAAAAAAAAAAAGsAAAAAAAAAAAAAAABcAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAADwAAFiQBGIT4/xmEYf4bJmAjJAIvhLQASWYBAAAADwEAFiQBGIT4/xmEYf4bJmAj JAIvhLQASWYBAAAAAIQAAGtkRQYAABYkARckAUlmAQAAAAKWcwAF1hgEAQAABAEAAAQBAAAEAQAA BAEAAAQBAAAHlB8BCNYwAAKN/zYFRhKABqkFAAAAAAAAAAAAAAAAAAAAAIAGEA3/////AAAAAP// //8AAAAADTZgDpT4/w+UYf4QlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAFPYDuRIX9gMAABj2AwAAGtYIAAAA//////8b1ggAAAD/AAAA/xzWCAAA AP//////HdYIAAAA/wAAAP8elLQANNYGAAEFAwAANNYGAAEKA3MAYfYDAAB5dMVTBQAAA4IYAACD GAAAlBgAAJUYAAB6AAAAAAAAAAAAAAAAawAAAAAAAAAAAAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAPAAAWJAEYhPj/GYRh/hsmYCMkAi+EtABJZgEAAAAPAQAWJAEYhPj/GYRh/hsmYCMk Ai+EtABJZgEAAAAAhAAAa2QIBwAAFiQBFyQBSWYBAAAAApZzAAXWGAQBAAAEAQAABAEAAAQBAAAE AQAABAEAAAeUHwEI1jAAAo3/NgVGEoAGqQUAAAAAAAAAAAAAAAAAAAAAgAYQDf////8AAAAA//// /wAAAAANNmAOlPj/D5Rh/hCUtAAT1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAAAAA/wQBAAAU9gO5Ehf2AwAAGPYDAAAa1ggAAAD//////xvWCAAAAP8AAAD/HNYIAAAA //////8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDcwBh9gMAAHl0xVMFAAADlRgAAJYY AACXGAAAphgAAK0YAAC6GAAAegAAAAAAAAAAAAAAAG8AAAAAAAAAAAAAAABvAAAAAAAAAAAAAAAA XwAAAAAAAAAAAAAAAE8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAAWJAEZhGYAGyZgIyQCL4S0 AElmAQAAAGdkcXFQABABABYkARmEZgAbJmAjJAIvhLQASWYBAAAAZ2RxcVAAAAoVAA3GCQLgEMAh ARAOAmdkxmE0AACEAABrZMsHAAAWJAEXJAFJZgEAAAAClnMABdYYBAEAAAQBAAAEAQAABAEAAAQB AAAEAQAAB5TTAQjWMAACjf82BUYSgAapBQAAAAAAAAAAAAAAAAAAAACABhAN/////wAAAAAAAAAA AAAAAA02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAABT2A7kSF/YDAAAY9gMAABrWCAAAAP//////G9YIAAAA/wAAAP8c1ggAAAD/ AAAA/x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNzAGH2AwAAeXTFUwUAAAWtGAAAuRgA ALoYAAC7GAAAxxgAANUYAADcGAAA3RgAAN4YAADfGAAA4RgAAOIYAADoGAAA9BgAAPUYAAD2GAAA AhkAABAZAAAgGQAAIRkAACIZAAAjGQAAJBkAACoZAAA6GQAAOxkAADwZAABIGQAATRkAAE4ZAAD4 7eba0vjt5srCtKiglY6o+KCVjoN1afheV2lLgwAWFmhtYZYAXkoCAGFKFgBtSAkEc0gJBAAMFWhx cVAAFmgiOacAABQVaHFxUAAWaMVTBQBeSgIAYUoWAAAXFWhxcVAAFmgiOacANQiBXkoCAGFKFgAa FWhxcVAAFmgiOacANQiBOwiBXkoCAGFKFgAAFBVocXFQABZoIjmnAF5KAgBhShYAAAwVaHFxUAAW aG1hlgAAFBVocXFQABZobWGWAF5KAgBhShYAAA4WaHVO9QBeSgIAYUoWAAAXFWhxcVAAFmhtYZYA NQiBXkoCAGFKFgAaFWhxcVAAFmhtYZYANQiBOwiBXkoCAGFKFgAADhZocXFQAF5KAgBhShYAAA8V aL9zTAAWaL9zTAA8CIEOFmjFUwUAXkoCAGFKFgAAFxVocXFQABZocXFQADUIgV5KAgBhShYADBVo cXFQABZocXFQAAAUFWhxcVAAFmhxcVAAXkoCAGFKFgAADhZobWGWAF5KAgBhShYAHboYAAC7GAAA xxgAAN0YAACCAAAAAAAAAAAAAAAAcgAAAAAAAAAAAAAAAGIAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAQAAAWJAEZhGYAGyZgIyQCL4S0AElmAQAAAGdkbWGWABABABYkARmE ZgAbJmAjJAIvhLQASWYBAAAAZ2RxcVAAfQAAa2SOCAAAFiQBFyQBSWYBAAAAApZsAAXWGAQBAAAE AQAABAEAAAQBAAAEAQAABAEAAAeUHwEI1jAAApT/7ASUEYAGWAUAAAAAAAAAAAAAAAAAAAAAAAao DAAAAAAAAAAA/////wAAAAANNmAPlGYAEJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2AwASF/YDAAAa1ggAAAD/AAAA/xvWCAAAAP8AAAD/HNYI AAAA//////8d1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh9gMAAAAD3RgAAN4YAADf GAAA4BgAAOEYAADoGAAA9RgAAH8AAAAAAAAAAAAAAAB6AAAAAAAAAAAAAAAAdAAAAAAAAAAAAAAA AHQAAAAAAAAAAAAAAABiAAAAAAAAAAAAAAAAUAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABIAABYkARiEcRoZhEH+GyagIyQC L4S0AElmAQAAAGdkbWGWABIBABYkARiEcRoZhEH+GyagIyQCL4S0AElmAQAAAGdkbWGWAAAFAAAN xgUAAbATAAAEAABnZL9zTACAAABrZDkJAAAWJAEXJAFJZgEAAAAClmwABdYYBAEAAAQBAAAEAQAA BAEAAAQBAAAEAQAAB5TiAAjWMAAClP/sBJQRAAZYBQAAAAAAAAAABAEAAAAAAAAABqgM/////wAA AAAEAQAAAAAAAA02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAFPYDABIX9gMAABrWCAAAAP//////G9YIAAAA/wAAAP8c1ggAAAD/AAAA /x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNsAGH2AwAAeXTbO8sAAAb1GAAA9hgAAAIZ AAAhGQAAegAAAAAAAAAAAAAAAGgAAAAAAAAAAAAAAABWAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEgAAFiQBGIRx GhmEQf4bJqAjJAIvhLQASWYBAAAAZ2R1TvUAEgEAFiQBGIRxGhmEQf4bJqAjJAIvhLQASWYBAAAA Z2RtYZYAAIQAAGtk8gkAABYkARckAUlmAQAAAAKWbAAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQB AAAHlB8BCNYwAAKU/yQFlBGABpAFAAAAAAAAAAAAAAAAAAAAAIAGcAwAAAAAAAAAAP////8AAAAA DTagDpRxGg+UQf4QlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEA AAAAAP8EAQAAFPYDABIX9gMAABj2AwAAGtYIAAAA/wAAAP8b1ggAAAD/AAAA/xzWCAAAAP////// HdYIAAAA/wAAAP8elLQANNYGAAEFAwAANNYGAAEKA2wAYfYDAAB5dG1hlgAAAyEZAAAiGQAAIxkA ACoZAAA7GQAAegAAAAAAAAAAAAAAAHQAAAAAAAAAAAAAAABnAAAAAAAAAAAAAAAAWgAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0A ABYkARmEdQAbJmAjJAIvhLQASWYBAAAADQEAFiQBGYR1ABsmYCMkAi+EtABJZgEAAAAABQAADcYF AAGwEwAAhAAAa2SsCgAAFiQBFyQBSWYBAAAAApZsAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEA AAeU5AAI1jAAApT/JAWUEYAGkAUAAAAAAAAAAAQBAAAAAAAAgAZwDP////8AAAAABAEAAAAAAAAN NqAOlHEaD5RB/hCUtAAT1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAA AAAA/wQBAAAU9gMAEhf2AwAAGPYDAAAa1ggAAAD//////xvWCAAAAP8AAAD/HNYIAAAA/wAAAP8d 1ggAAAD/AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh9gMAAHl0bWGWAAAEOxkAADwZAABIGQAA ThkAAIIAAAAAAAAAAAAAAAB1AAAAAAAAAAAAAAAAaAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0AABYkARmEdQAbJmAjJAIvhLQASWYBAAAADQEAFiQB GYR1ABsmYCMkAi+EtABJZgEAAAB9AABrZHQLAAAWJAEXJAFJZgEAAAAClmwABdYYBAEAAAQBAAAE AQAABAEAAAQBAAAEAQAAB5QfAQjWMAAClP/sBJQRgAZYBQAAAAAAAAAAAAAAAAAAAAAABqgMAAAA AAAAAAD/////AAAAAA02YA+UdQAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAAAAAAP8EAQAAFPYDABIX9gMAABrWCAAAAP8AAAD/G9YIAAAA/wAAAP8c1ggAAAD/ /////x3WCAAAAP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNsAGH2AwAAAANOGQAATxkAAFAZAABR GQAAWBkAAGQZAAB/AAAAAAAAAAAAAAAAegAAAAAAAAAAAAAAAHAAAAAAAAAAAAAAAABeAAAAAAAA AAAAAAAATAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABIAABYkARiEcRoZhFP/GyagIyQCL4S0AElmAQAAAGdk dU71ABIBABYkARiEcRoZhFP/GyagIyQCL4S0AElmAQAAAGdkdU71AAAJFQANxgkC4BDAIQEQDgIT pHgAAAQAAGdkv3NMAIAAAGtkHwwAABYkARckAUlmAQAAAAKWbAAF1hgEAQAABAEAAAQBAAAEAQAA BAEAAAQBAAAHlOIACNYwAAKU/+wElBEABlgFAAAAAAAAAAAEAQAAAAAAAAAGqAz/////AAAAAAQB AAAAAAAADTZgD5R1ABCUtAAT1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAU9gMAEhf2AwAAGtYIAAAA//////8b1ggAAAD/AAAA/xzWCAAAAP8AAAD/HdYI AAAA/wAAAP8elLQANNYGAAEFAwAANNYGAAEKA2wAYfYDAAB5dNs7ywAABU4ZAABPGQAAUBkAAFEZ AABSGQAAWBkAAGMZAABkGQAAZRkAAHEZAAB5GQAAehkAAHsZAAB8GQAAfRkAAH4ZAACEGQAAjhkA AI8ZAACQGQAAnBkAAKYZAACxGQAAshkAALMZAAC0GQAAtRkAALYZAADCGQAAwxkAANAZAAD58eja zsa7tM7Gu7To8aaakoeAmniSh4BwZ19WTVYRFmglO40ANQiBXkoCAGFKFgARFmjGYTQANQiBXkoC AGFKFgAOFmjbO8sAXkoCAGFKFgAAERZoxVMFADUIgV5KAgBhShYADxVorE1uABZorE1uADwIgQ4W aMVTBQBeSgIAYUoWAAAMFWhxcVAAFmjZcIEAABQVaHFxUAAWaNlwgQBeSgIAYUoWAAAOFmhtYZYA XkoCAGFKFgAAFxVocXFQABZo2XCBADUIgV5KAgBhShYAGhVocXFQABZo2XCBADUIgTsIgV5KAgBh ShYAAAwVaHFxUAAWaHVO9QAAFBVocXFQABZodU71AF5KAgBhShYAAA4WaHVO9QBeSgIAYUoWAAAX FWhxcVAAFmh1TvUANQiBXkoCAGFKFgAaFWhxcVAAFmh1TvUANQiBOwiBXkoCAGFKFgAAERZocXFQ ADUIgV5KAgBhShYADxVov3NMABZov3NMADwIgQwVaHFxUAAWaCI5pwAeZBkAAGUZAABxGQAAehkA AHoAAAAAAAAAAAAAAABoAAAAAAAAAAAAAAAAVgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABIAABYkARiEcRoZhFP/ GyagIyQCL4S0AElmAQAAAGdkdU71ABIBABYkARiEcRoZhFP/GyagIyQCL4S0AElmAQAAAGdkdU71 AACEAABrZNgMAAAWJAEXJAFJZgEAAAAClmwABdYYBAEAAAQBAAAEAQAABAEAAAQBAAAEAQAAB5Qf AQjWMAAClP8kBZQRgAaQBQAAAAAAAAAAAAAAAAAAAACABnAMAAAAAAAAAAD/////AAAAAA02oA6U cRoPlFP/EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/ BAEAABT2AwASF/YDAAAY9gMAABrWCAAAAP8AAAD/G9YIAAAA/wAAAP8c1ggAAAD//////x3WCAAA AP8AAAD/HpS0ADTWBgABBQMAADTWBgABCgNsAGH2AwAAeXR1TvUAAAN6GQAAexkAAHwZAAB9GQAA hBkAAI8ZAAB6AAAAAAAAAAAAAAAAcAAAAAAAAAAAAAAAAGsAAAAAAAAAAAAAAABbAAAAAAAAAAAA AAAASwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAQAAAWJAEZhEEBGyZgIyQCL4S0AElmAQAAAGdk2XCBABABABYk ARmEQQEbJmAjJAIvhLQASWYBAAAAZ2TZcIEAAAQAAGdkv3NMAAAJFQANxgkC4BDAIQEQDgITpHgA AIQAAGtkkg0AABYkARckAUlmAQAAAAKWbAAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQBAAAHlOQA CNYwAAKU/yQFlBGABpAFAAAAAAAAAAAEAQAAAAAAAIAGcAz/////AAAAAAQBAAAAAAAADTagDpRx Gg+UU/8QlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAFPYDABIX9gMAABj2AwAAGtYIAAAA//////8b1ggAAAD/AAAA/xzWCAAAAP8AAAD/HdYIAAAA /wAAAP8elLQANNYGAAEFAwAANNYGAAEKA2wAYfYDAAB5dHVO9QAABY8ZAACQGQAAnBkAALIZAAB/ AAAAAAAAAAAAAAAAbwAAAAAAAAAAAAAAAF8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAQAAAWJAEZhEEBGyZgIyQCL4S0AElmAQAAAGdk2XCBABABABYkARmEQQEbJmAjJAIvhLQASWYB AAAAZ2TZcIEAgAAAa2RaDgAAFiQBFyQBSWYBAAAAApZsAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAA BAEAAAeUHwEI1jAAApT/7ASUEYAGWAUEAQAAAAAAAAAAAAAAAAAAAAaoDAQBAAAAAAAA/////wAA AAANNmAPlEEBEJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAABT2AwASF/YDAAAa1ggAAAD/AAAA/xvWCAAAAP8AAAD/HNYIAAAA//////8d1ggAAAD/ AAAA/x6UtAA01gYAAQUDAAA01gYAAQoDbABh9gMAAHl02zvLAAADshkAALMZAAC0GQAAtRkAALYZ AADRGQAA0hkAAOUZAAB/AAAAAAAAAAAAAAAAegAAAAAAAAAAAAAAAHAAAAAAAAAAAAAAAABfAAAA AAAAAAAAAAAAXwAAAAAAAAAAAAAAAF8AAAAAAAAAAAAAAABGAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAGBUAAyQDDcYGAuAQwCEAD4SP/xGEcQAWJAFJZgIAAABehI//YIRxAGEkA2dk4xwZ AAAQFQADJAMNxgYC4BDAIQAWJAFJZgEAAABhJANnZKsySgAACRUADcYJAuAQwCEBEA4CE6R4AAAE AABnZKxNbgCAAABrZBkPAAAWJAEXJAFJZgEAAAAClmwABdYYBAEAAAQBAAAEAQAABAEAAAQBAAAE AQAAB5TiAAjWMAAClP/sBJQRAAZYBQAAAAAAAAAABAEAAAAAAAAABqgM/////wAAAAAEAQAAAAAA AA02YA+UQQEQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAFPYDABIX9gMAABrWCAAAAP//////G9YIAAAA/wAAAP8c1ggAAAD/AAAA/x3WCAAAAP8A AAD/HpS0ADTWBgABBQMAADTWBgABCgNsAGH2AwAAeXTbO8sAAAfQGQAA0RkAANIZAADXGQAA5RkA AO4ZAADvGQAAFBoAABYaAAAXGgAAJxoAAD0aAABPGgAAZRoAAGcaAABoGgAAaRoAAGoaAABrGgAA bBoAAG0aAABvGgAAihoAAIsaAACMGgAAUBsAAFEbAABSGwAAUxsAAHUbAADz6+PY0Njj2Mm+477j vrespaCYoJiTh4B0aFtRWwAAAAAAAAAAAAAAAAATFmiBTpsAQioBYUoWAHBoIR4eABkVaJhFmgAW aJhFmgBCKgFhShYAcGghHh4AFhZomEWaAF5KAgBhShYAbUgJBHNICQQAFhZo/0cgAF5KAgBhShYA bUgJBHNICQQADBZoJTuNADUIgVwIgQAWFWhtEOUAFmglO40ANQiBXAiBYUoWAAAJFmjXT4AANQiB DxVosE1sABZosE1sADUIgQkWaNlo9QA1CIEMFWhxcVAAFmhma7gAABQVaHFxUAAWaGJ0IgBeSgIA YUoWAAAMFWhedEEAFmgXUdkAABQVaF50QQAWaBdR2QBeSgIAYUoWAAAMFWhedEEAFmiSLXMAAA4W aLxBgwBeSgIAYUoWAAAUFWhedEEAFmjbO8sAXkoCAGFKFgAADhZoF1HZAF5KAgBhShYAAA4WaMZh NABeSgIAYUoWAAAXFWjGYTQAFmjGYTQANQiBXkoCAGFKFgAAHeUZAADvGQAAFRoAABYaAAAXGgAA PhoAAOUAAAAAAAAAAAAAAADUAAAAAAAAAAAAAAAAwgAAAAAAAAAAAAAAAEMAAAAAAAAAAAAAAAAy AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEBUAAyQDDcYGAuAQwCEAFiQBSWYCAAAAYSQDZ2QXUdkA AH4AAGtk0g8AABYkAUlmAgAAAEskAUwkAQKWbAAF1hgEAQEABAEBAAQBAQAEAQEABAEBAAQBAQAH lOoCCNYwAAIFANQSuicABs8SAAAAAAAAAAAAAAAAAAAAAAAG5hQAAAAAAAAAAAAAAAAAAAAACnQA AKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYD tScVNgEX9gMAABrWCAAAAP8AAAD/G9YIAAAA/wAAAP8c1ggAAAD/AAAA/x3WCAAAAP8AAAD/NNYG AAEFAwAANNYGAAEKA2wAYfYDAAB5dBdR2QASFQADJAMNxgYC4BDAIQAWJAFJZgIAAABhJANnZF50 QQBLJAEAEBUAAyQDDcYGAuAQwCEAFiQBSWYCAAAAYSQDZ2RedEEAGhUAAyQDDcYGAuAQwCEAD4SP /xGEcQAWJAFJZgIAAABehI//YIRxAGEkA2dk4xwZAEskAQAFPhoAAD8aAABmGgAAZxoAAGgaAABp GgAA5QAAAAAAAAAAAAAAANQAAAAAAAAAAAAAAADCAAAAAAAAAAAAAAAAQwAAAAAAAAAAAAAAADIA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQFQADJAMNxgYC4BDAIQAWJAFJZgEAAABhJANnZJAFCwAA fgAAa2RsEAAAFiQBSWYCAAAASyQBTCQBApZsAAXWGAQBAQAEAQEABAEBAAQBAQAEAQEABAEBAAeU 6gII1jAAAgUA1BK6JwAGzxIAAAAAAAAAAAAAAAAAAAAAAAbmFAAAAAAAAAAAAAAAAAAAAAAKdAAA oAQT1jAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAU9gO1 JxU2ARf2AwAAGtYIAAAA/wAAAP8b1ggAAAD/AAAA/xzWCAAAAP8AAAD/HdYIAAAA/wAAAP801gYA AQUDAAA01gYAAQoDbABh9gMAAHl0F1HZABIVAAMkAw3GBgLgEMAhABYkAUlmAgAAAGEkA2dkXnRB AEskAQAQFQADJAMNxgYC4BDAIQAWJAFJZgIAAABhJANnZBdR2QAaFQADJAMNxgYC4BDAIQAPhI// EYRxABYkAUlmAgAAAF6Ej/9ghHEAYSQDZ2TjHBkASyQBAAVpGgAAahoAAGsaAACLGgAAjBoAAFAb AABRGwAAUhsAAFQbAABgGwAAYRsAAGgbAACYAAAAAAAAAAAAAAAAiwAAAAAAAAAAAAAAAIsAAAAA AAAAAAAAAACGAAAAAAAAAAAAAAAAfQAAAAAAAAAAAAAAAHQAAAAAAAAAAAAAAABmAAAAAAAAAAAA AAAAZgAAAAAAAAAAAAAAAGYAAAAAAAAAAAAAAABmAAAAAAAAAAAAAAAAZgAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAADQAAFiQBNyQAOCQASCQASWYBAAAAZ2SYRZoACQAANyQAOCQASCQAZ2QlO40A CQAANyQAOCQASCQAZ2T/RyAAAAQAAGdkJTuNAA0AAA3GDgAE0AKgBXAIIgsAAAAAZ2QlO40AZwAA a2QGEQAAFiQBFyQBSWYBAAAAApZsAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeUJQQI1hoA AZT/KygABpco/////////////////////xPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAABT2A5coFTYBF/YDAAAa1gT/////G9YE/////xzWBP////8d1gT/ ////NNYGAAEFAwAANNYGAAEKA2wAYfYDAAB5dBdR2QAAC2gbAABpGwAAdRsAAHYbAAB3GwAA8QAA AAAAAAAAAAAAAPEAAAAAAAAAAAAAAAArAAAAAAAAAAAAAAAA8QAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAMUAAGtkjxEAABYkARckAUlmAQAAAAKWbAAF1hgEAQEABAEBAAQBAQAEAQEABAEBAAQB AQAI1ogABgAAoAImDM4OVBj8GvElgAagAgAAAAAAAAAABAEBAAAAAACABoYJ/////wAAAAD///// AAAAAIAGqAIAAAAAAAAAAAQBAQAAAAAAgAaGCf////8AAAAA/////wAAAACABqgCAAAAAAAAAAAE AQEAAAAAAIAG9Qr/////AAAAAP//////////CnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAE AQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYBAAAX9gMAABrWGAAAAP//////AAAA//////8A AAD//////xvWGAAAAP8AAAD/AAAA/wAAAP8AAAD/AAAA/xzWGAAAAAD/////AAAAAP////8AAAAA /////x3WGAAAAP8AAAD/AAAA/wAAAP8AAAD//////zTWBgABBQMAADTWBgABCgNsAGH2A2wAeXSY RZoAAA0AABYkATckADgkAEgkAElmAQAAAGdkmEWaAAAEdRsAAHYbAAB8GwAAfRsAAJQbAACVGwAA mBsAAJkbAACbGwAAnBsAAJ0bAACeGwAApBsAAKUbAACnGwAArRsAALUbAAC8GwAAvhsAANQbAADV GwAA1hsAANwbAADdGwAA3hsAAOgbAADvGwAA+RsAAPobAAABHAAADBwAAA0cAAAmHAAAJxwAADAc AAA0HAAANRwAAPns+ezi7NPswuz57Pnss+yz7LPs+ez5p5iImHyYfJhwZJhwZAAAAAAAAAAAAAAA AAAAAAAWFmjibfsAXkoCAGFKFgBtSAkEc0gJBAAWFmg/X30AXkoCAGFKFgBtSAkEc0gJBAAWFmgl O40AXkoCAGFKFgBtSAkEc0gJBAAfFWgeRAkAFmglO40ANQiBXkoCAGFKFgBtSAkEc0gJBBwVaHZs cgAWaCU7jQBeSgIAYUoWAG1ICQRzSAkEABYWaJhFmgBeSgIAYUoWAG1ICQRzSAkEABwVaJhFmgAW aJhFmgBeSgIAYUoWAG1ICQRzSAkEACADagAAAAAWaPEBrwAwShsAQioBVQgBYUoWAHBoIR4eAAAc FWiYRZoAFmiYRZoAQioBSCoBYUoWAHBoIR4eAAATFmiBTpsAQioBYUoWAHBoIR4eABkVaJhFmgAW aJhFmgBCKgFhShYAcGghHh4ADBVomEWaABZomEWaACR3GwAAeBsAAHkbAAB6GwAAexsAAHwbAADx AAAAAAAAAAAAAAAA8QAAAAAAAAAAAAAAAPEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAA8QAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAANAAAWJAE3JAA4JABIJABJZgEAAABnZJhFmgAABXwbAAB9GwAAfhsAAH8bAACKGwAAOQAAAAAA AAAAAAAAACsAAAAAAAAAAAAAAAArAAAAAAAAAAAAAAAAKwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAA0AABYkATckADgkAEgkAElmAQAAAGdkmEWaAADFAABrZNYSAAAWJAEXJAFJZgEAAAAClmwA BdYYBAEBAAQBAQAEAQEABAEBAAQBAQAEAQEACNaIAAYAAKACJgzODlQY/BrxJYAGoAIAAAAA//// /wQBAAD/////gAaGCf////////////////////+ABqgCAAAAAP////8EAQAA/////4AGhgn///// ////////////////gAaoAgAAAAD/////BAEAAP////+ABvUK/////////////////////wp0AACg BBPWMAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAABT2AQAA F/YDAAAa1hgAAAD//////wAAAP//////AAAA//////8b1hj///////////////////////////// //8c1hgAAAD//////wAAAP//////AAAA//////8d1hj///////////////////////////////80 1gYAAQUDAAA01gYAAQoDbABh9gNsAHl0mEWaAAAEihsAAIsbAACUGwAAlhsAAJ0bAADxAAAAAAAA AAAAAAAA8QAAAAAAAAAAAAAAAPEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA DQAAFiQBNyQAOCQASCQASWYBAAAAZ2SYRZoAAASdGwAAnhsAAJ8bAACgGwAAoRsAADkAAAAAAAAA AAAAAAArAAAAAAAAAAAAAAAAKwAAAAAAAAAAAAAAACsAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAANAAAWJAE3JAA4JABIJABJZgEAAABnZJhFmgAAxQAAa2RxFAAAFiQBFyQBSWYBAAAAApZsAAXW GAQBAQAEAQEABAEBAAQBAQAEAQEABAEBAAjWiAAGAACgAiYMzg5UGPwa8SWABqACBAEAAAAAAAAE AQEAAAAAAIAGhgn/////AAAAAP////8AAAAAgAaoAgQBAAAAAAAABAEBAAAAAACABoYJ/////wAA AAD/////AAAAAIAGqAIEAQAAAAAAAAQBAQAAAAAAgAb1Cv////8AAAAA//////////8KdAAAoAQT 1jAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAU9gEAABf2 AwAAGtYYAAAA//////8AAAD//////wAAAP//////G9YYAAAA/wAAAP8AAAD/AAAA/wAAAP8AAAD/ HNYYAAAAAP////8AAAAA/////wAAAAD/////HdYYAAAA/wAAAP8AAAD/AAAA/wAAAP//////NNYG AAEFAwAANNYGAAEKA2wAYfYDbAB5dJhFmgAABKEbAACiGwAAoxsAAKQbAAClGwAA8QAAAAAAAAAA AAAAAPEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAAKwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AMUAAGtk4hUAABYkARckAUlmAQAAAAKWbAAF1hgEAQEABAEBAAQBAQAEAQEABAEBAAQBAQAI1ogA BgAAoAImDM4OVBj8GvElgAagAgAAAAD/////AAAAAP////+ABoYJ/////////////////////4AG qAIAAAAA/////wAAAAD/////gAaGCf////////////////////+ABqgCAAAAAP////8AAAAA//// /4AG9Qr/////////////////////CnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAA AAQBAAAAAAAABAEAAAAAAAAEAQAAFPYBAAAX9gMAABrWGAAAAP//////AAAA//////8AAAD///// /xvWGP///////////////////////////////xzWGAAAAP//////AAAA//////8AAAD//////x3W GP///////////////////////////////zTWBgABBQMAADTWBgABCgNsAGH2A2wAeXSYRZoAAA0A ABYkATckADgkAEgkAElmAQAAAGdkmEWaAAAEpRsAAKYbAACnGwAAtBsAALUbAAC9GwAAvhsAANUb AADxAAAAAAAAAAAAAAAA8QAAAAAAAAAAAAAAAPEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAA8QAA AAAAAAAAAAAAAPEAAAAAAAAAAAAAAADfAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAEQAADcYFAAHCAQAWJAE3JAA4JABIJABJZgEAAABnZJhFmgAADQAA FiQBNyQAOCQASCQASWYBAAAAZ2SYRZoAAAfVGwAA1hsAANcbAADYGwAA2RsAADkAAAAAAAAAAAAA AAArAAAAAAAAAAAAAAAAKwAAAAAAAAAAAAAAACsAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAN AAAWJAE3JAA4JABIJABJZgEAAABnZJhFmgAAxQAAa2RTFwAAFiQBFyQBSWYBAAAAApZsAAXWGAQB AQAEAQEABAEBAAQBAQAEAQEABAEBAAjWiAAGAACgAiYMzg5UGPwa8SWABqACAAAAAAAAAAAEAQEA AAAAAIAGhgn/////AAAAAP////8AAAAAgAaoAgAAAAAAAAAABAEBAAAAAACABoYJ/////wAAAAD/ ////AAAAAIAGqAIAAAAAAAAAAAQBAQAAAAAAgAb1Cv////8AAAAA//////////8KdAAAoAQT1jAA AAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAU9gEAABf2AwAA GtYYAAAA//////8AAAD//////wAAAP//////G9YYAAAA/wAAAP8AAAD/AAAA/wAAAP8AAAD/HNYY AAAAAP////8AAAAA/////wAAAAD/////HdYYAAAA/wAAAP8AAAD/AAAA/wAAAP//////NNYGAAEF AwAANNYGAAEKA2wAYfYDbAB5dJhFmgAABNkbAADaGwAA2xsAANwbAADdGwAA8QAAAAAAAAAAAAAA APEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAAKwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAMUA AGtkmhgAABYkARckAUlmAQAAAAKWbAAF1hgEAQEABAEBAAQBAQAEAQEABAEBAAQBAQAI1ogABgAA oAImDM4OVBj8GvElAAagAgAAAAD///////////////8ABoYJ/////////////////////wAGqAIA AAAA////////////////AAaGCf////////////////////8ABqgCAAAAAP///////////////wAG 9Qr/////////////////////CnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQB AAAAAAAABAEAAAAAAAAEAQAAFPYBAAAX9gMAABrWGAAAAP//////AAAA//////8AAAD//////xvW GP///////////////////////////////xzWGP///////////////////////////////x3WGP// /////////////////////////////zTWBgABBQMAADTWBgABCgNsAGH2A2wAeXSYRZoAAA0AABYk ATckADgkAEgkAElmAQAAAGdkmEWaAAAE3RsAAN4bAAB5HAAAexwAAIQcAACNHAAAjhwAAI8cAACY HAAAmRwAAPYAAAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA6QAAAAAAAAAAAAAAAOAAAAAAAAAAAAAA AADSAAAAAAAAAAAAAAAAWQAAAAAAAAAAAAAAAOAAAAAAAAAAAAAAAADgAAAAAAAAAAAAAAAA0gAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAB4AABrZC8aAAAWJAEXJAFJZgEAAAAClnMA BdYYBAEAAAQBAAAEAQAABAEAAAQBAAAEAQAAB5S4AQjWMAACDQBbB+MkgAZOBwAAAAAAAAAAAAAA AAAAAACABogdAAAAAAAAAAAAAAAAAAAAABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAABT2AQAAF/YDAAAa1ggAAAD/AAAA/xvWCAAAAP8AAAD/HNYIAAAA /wAAAP8d1ggAAAD/AAAA/zTWBgABBQMAADTWBgABCgNzAGH2A4AAeXRRPTUAAA0AABYkATckADgk AEgkAElmAQAAAGdkKT6ZAAkAABYkAUlmAQAAAGdkKT6ZAA0AAA3GBQABOQgANyQAOCQASCQAZ2Ql O40ACQAANyQAOCQASCQAZ2QlO40AAAk1HAAAQBwAAEEcAABFHAAATBwAAE0cAABOHAAAXRwAAHcc AAB4HAAAexwAAIQcAACNHAAAjhwAAI8cAACZHAAAtRwAAMkcAADLHAAABR0AAA8dAAAQHQAAER0A ABIdAAAcHQAAKB0AACkdAAAqHQAAPx0AAPTo2c3BzcHN2c20pKC0kIR4bIRszaC0X5C0T2wAAAAA AAAAAAAAAAAAAB8VaEkndQAWaAkkbQA1CIFeSgIAYUoWAG1ICQRzSAkEGRZoCSRtADUIgV5KAgBh ShYAbUgJBHNICQQWFmiLMpsAXkoCAGFKFgBtSAkEc0gJBAAWFmgJBDUAXkoCAGFKFgBtSAkEc0gJ BAAWFmgaQRQAXkoCAGFKFgBtSAkEc0gJBAAfFWhJJ3UAFmglO40ANQiBXkoCAGFKFgBtSAkEc0gJ BAYWaCU7jQAAHxVoOk8wABZoJTuNADUIgV5KAgBhShYAbUgJBHNICQQZFmglO40ANQiBXkoCAGFK FgBtSAkEc0gJBBYWaD9ffQBeSgIAYUoWAG1ICQRzSAkEABYWaCU7jQBeSgIAYUoWAG1ICQRzSAkE ABwVaHZscgAWaCU7jQBeSgIAYUoWAG1ICQRzSAkEABYWaOJt+wBeSgIAYUoWAG1ICQRzSAkEABYW aAkkbQBeSgIAYUoWAG1ICQRzSAkEHJkcAAAQHQAAER0AABIdAAApHQAAKh0AAMcdAADxAAAAAAAA AAAAAAAAeAAAAAAAAAAAAAAAAGoAAAAAAAAAAAAAAABcAAAAAAAAAAAAAAAAXAAAAAAAAAAAAAAA AE4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAANAAAWJAE3JAA4JABIJABJZgEAAABnZPk84QAADQAAFiQBNyQAOCQASCQASWYBAAAA Z2QJJG0AAA0AABYkATckADgkAEgkAElmAQAAAGdkKT6ZAAB4AABrZNEaAAAWJAEXJAFJZgEAAAAC lnMABdYYBAEAAAQBAAAEAQAABAEAAAQBAAAEAQAAB5TgAQjWMAACDQBbB+MkgAZOBwAAAAAAAAAA AAAAAAAAAACABogdAAAAAAAAAAAAAAAAAAAAABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2AQAAF/YDAAAa1ggAAAD/AAAA/xvWCAAAAP8AAAD/HNYI AAAA/wAAAP8d1ggAAAD/AAAA/zTWBgABBQMAADTWBgABCgNzAGH2A4AAeXRRPTUAAA0AABYkATck ADgkAEgkAElmAQAAAGdkGkEUAAAGPx0AAMYdAADHHQAAyB0AAMkdAADKHQAA1B0AANsdAADlHQAA 5h0AAO0dAAD4HQAA+R0AABIeAAATHgAAGh4AACQeAAAmHgAAKh4AACseAABPHgAAXB4AAF0eAABt HgAAbh4AAHEeAAB6HgAAgx4AAIQeAACFHgAA9Ojk3dHCssKmwqbCpprCpsKmmqbRitF70W5eWm4A AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABhZoPEcnAAAfFWg6TzAAFmg8RycANQiBXkoC AGFKFgBtSAkEc0gJBBkWaDxHJwA1CIFeSgIAYUoWAG1ICQRzSAkEHBVodmxyABZoPEcnAF5KAgBh ShYAbUgJBHNICQQAHxVoPEcnABZoPEcnAEgqAV5KAgBhShYAbUgJBHNICQQWFmjibfsAXkoCAGFK FgBtSAkEc0gJBAAWFmg/X30AXkoCAGFKFgBtSAkEc0gJBAAfFWgeRAkAFmg/X30ANQiBXkoCAGFK FgBtSAkEc0gJBBwVaHZscgAWaD9ffQBeSgIAYUoWAG1ICQRzSAkEABYWaDxHJwBeSgIAYUoWAG1I CQRzSAkEAAwVaLBNbAAWaLBNbAAABhZoJTuNAAAWFmglO40AXkoCAGFKFgBtSAkEc0gJBAAWFmj5 POEAXkoCAGFKFgBtSAkEc0gJBB3HHQAAyB0AAMkdAADKHQAAbx4AAHEeAAB6HgAAgx4AAIYAAAAA AAAAAAAAAAB9AAAAAAAAAAAAAAAAdAAAAAAAAAAAAAAAAHQAAAAAAAAAAAAAAABnAAAAAAAAAAAA AAAAXgAAAAAAAAAAAAAAAFAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAA0AABYkATckADgkAEgkAElmAQAAAGdkim8qAAkAABYkAUlmAQAAAGdkim8qAA0A AA3GBQABOQgANyQAOCQASCQAZ2Q8RycACQAANyQAOCQASCQAZ2Q8RycAAAgAAA+EaAFehGgBZ2Sw TWwAAHgAAGtkcxsAABYkARckAUlmAQAAAAKWcwAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQBAAAH lLgBCNYwAAINAFsH4ySABk4HAAAAAAAAAAAAAAAAAAAAAIAGiB0AAAAAAAAAAAAAAAAAAAAAE9Yw AAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYBAAAX9gMA ABrWCAAAAP8AAAD/G9YIAAAA/wAAAP8c1ggAAAD/AAAA/x3WCAAAAP8AAAD/NNYGAAEFAwAANNYG AAEKA3MAYfYDgAB5dFE9NQAAB4MeAACEHgAAhR4AAJgeAACZHgAAAR8AAIYAAAAAAAAAAAAAAAB9 AAAAAAAAAAAAAAAAfQAAAAAAAAAAAAAAAG8AAAAAAAAAAAAAAABhAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0AABYkATckADgkAEgk AElmAQAAAGdkD3pMAAANAAAWJAE3JAA4JABIJABJZgEAAABnZIpvKgAJAAAWJAFJZgEAAABnZIpv KgAAeAAAa2QVHAAAFiQBFyQBSWYBAAAAApZzAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeU uAEI1jAAAg0AWwfjJIAGTgcAAAAAAAAAAAAAAAAAAAAAgAaIHQAAAAAAAAAAAAAAAAAAAAAT1jAA AAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gEAABf2AwAA GtYIAAAA/wAAAP8b1ggAAAD/AAAA/xzWCAAAAP8AAAD/HdYIAAAA/wAAAP801gYAAQUDAAA01gYA AQoDcwBh9gOAAHl0im8qAAAFhR4AAI0eAACXHgAAmR4AAMgeAADQHgAA3h4AAPMeAAD1HgAAAB8A AAEfAAACHwAADR8AAA4fAAAxHwAATh8AAE8fAABQHwAAUh8AAFMfAABUHwAAVR8AAFcfAABeHwAA Xx8AAGYfAABnHwAA7+Lv08TTxLXEpqLi79PEpqKXiX5zZ4lZTlkAAAAAAAAAAAAAAAAAAAAAAAAA AAAAFBZoCANHADsIgVwIgV5KAgBhShYAABoVaHFxUAAWaGs6DQA7CIFcCIFeSgIAYUoWAAAXFmjZ aPUAOwiBXAiBXkoCAGFKFgBoCAAUFmjZaPUAOwiBXAiBXkoCAGFKFgAAFBZosE1sADsIgVwIgV5K AgBhShYAABoVaHFxUAAWaCI5pwA7CIFcCIFeSgIAYUoWAAAUFmjgZTIAOwiBXAiBXkoCAGFKFgAA BhZoPEcnAAAcFWiIfDwAFmg8RycAXkoCAGFKFgBtSAkEc0gJBAAcFWiIfDwAFmg4MzoAXkoCAGFK FgBtSAkEc0gJBAAcFWiIfDwAFmgPekwAXkoCAGFKFgBtSAkEc0gJBAAcFWiIfDwAFmjZUMMAXkoC AGFKFgBtSAkEc0gJBAAZFmg8RycANQiBXkoCAGFKFgBtSAkEc0gJBB8VaEkndQAWaDxHJwA1CIFe SgIAYUoWAG1ICQRzSAkEABoBHwAAAh8AAAMfAAANHwAADh8AAE8fAACGAAAAAAAAAAAAAAAAeAAA AAAAAAAAAAAAAGoAAAAAAAAAAAAAAABqAAAAAAAAAAAAAAAAeAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAANAAAWJAE3JAA4JABIJABJZgEAAABnZDxHJwAADQAAFiQBNyQAOCQASCQASWYBAAAAZ2SKbyoA AHgAAGtktxwAABYkARckAUlmAQAAAAKWcwAF1hgEAQAABAEAAAQBAAAEAQAABAEAAAQBAAAHlOAB CNYwAAINAFsH4ySABk4HAAAAAAAAAAAAAAAAAAAAAIAGiB0AAAAAAAAAAAAAAAAAAAAAE9YwAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYBAAAX9gMAABrW CAAAAP8AAAD/G9YIAAAA/wAAAP8c1ggAAAD/AAAA/x3WCAAAAP8AAAD/NNYGAAEFAwAANNYGAAEK A3MAYfYDgAB5dIpvKgAABU8fAABQHwAAUh8AAGcfAAB7HwAAaSAAAGogAAA7JAAAPCQAABEmAAAS JgAAhgAAAAAAAAAAAAAAAIEAAAAAAAAAAAAAAACBAAAAAAAAAAAAAAAAeAAAAAAAAAAAAAAAAGoA AAAAAAAAAAAAAABqAAAAAAAAAAAAAAAAYQAAAAAAAAAAAAAAAFgAAAAAAAAAAAAAAABYAAAAAAAA AAAAAAAAWAAAAAAAAAAAAAAAAAAACQAAFiQBSWYBAAAAZ2SwGOkACQAAFiQBSWYBAAAAZ2R9P0kA AA0VAA3GDwLgEMAhA2gBDCF0IgAKAGdk2Wj1AAAIAQANxgUAAUsPAGdk2Wj1AAAEAQBnZNlo9QAA eAAAa2RZHQAAFiQBFyQBSWYBAAAAApZzAAXWGAQBAAAEAQAABAEAAAQBAAAEAQAABAEAAAeUuAEI 1jAAAg0AWwfjJIAGTgcAAAAAAAAAAAAAAAAAAAAAgAaIHQAAAAAAAAAAAAAAAAAAAAAT1jAAAAD/ BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gEAABf2AwAAGtYI AAAA/wAAAP8b1ggAAAD/AAAA/xzWCAAAAP8AAAD/HdYIAAAA/wAAAP801gYAAQUDAAA01gYAAQoD cwBh9gOAAHl0im8qAAAKZx8AAGgfAABzHwAAeB8AAHkfAAB6HwAAex8AAK4fAADHHwAAyB8AAMsf AADMHwAAzR8AANYfAADjHwAA5x8AAPIfAAD1HwAAACAAAAEgAAADIAAABCAAAAUgAAAGIAAACSAA AAogAAARIAAAEiAAABMgAAA7IAAA8OLX4sm6r6ebp5OIfXVtZXWnZXVldWV1ZXVdVlIAAAAAAAAA AAAAAAAAAAAGFmj9YUwAAAwVaP1hTAAWaP1hTAAADhZoCANHAF5KAgBhShYAAA4WaAdy2ABeSgIA YUoWAAAOFmi7e/oAXkoCAGFKFgAADhZopidbAF5KAgBhShYAABQVaHFxUAAWaHd4dABeSgIAYUoW AAAUFWhxcVAAFmisV90AXkoCAGFKFgAADhZoCSRtAF5KAgBhShYAABcVaPcSHgAWaPcSHgBIKgFe SgIAYUoWAA4WaPcSHgBeSgIAYUoWAAAUFWhxcVAAFmgiOacAXkoCAGFKFgAAHRVo5kJ7ABZoIjmn ADUIgTsIgVwIgV5KAgBhShYAGhVo5kJ7ABZo7nZtADUIgVwIgV5KAgBhShYAABQWaNlo9QA1CIFc CIFeSgIAYUoWAAAaFWjmQnsAFmhrOg0ANQiBXAiBXkoCAGFKFgAAHRVo5kJ7ABZoazoNADUIgTsI gVwIgV5KAgBhShYAAB07IAAAQCAAAEMgAABfIAAAYCAAAGYgAABnIAAAaCAAAGkgAABqIAAAYiIA AGgiAAA7JAAAPCQAAFolAABmJQAAZyUAAG8lAAB4JQAAnCUAAA4mAAAPJgAAECYAABEmAAASJgAA FiYAAB8mAAARKQAAnSkAAKcpAAC1KQAA9e315d3VzcW9sKawnLCSsJKwkrCIepxvsJywZVuSAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABIWaMNbEgBhShYAbUgJBHNICQQAEhZoczbCAGFKFgBt SAkEc0gJBAAVFmi1fZAANQiBYUoWAG1ICQRzSAkEGwNqAAAAABZojwdbADBKJABVCAFeSgAAdEgA ABIWaFtHGgBhShYAbUgJBHNICQQAEhZosyOUAGFKFgBtSAkEc0gJBAASFmiwGOkAYUoWAG1ICQRz SAkEABIWaH0/SQBhShYAbUgJBHNICQQAGBVofT9JABZofT9JAGFKFgBtSAkEc0gJBAAOFmhrfV0A XkoCAGFKFgAADhZoki1zAF5KAgBhShYAAA4WaBolSABeSgIAYUoWAAAOFmgHctgAXkoCAGFKFgAA DhZoNlj7AF5KAgBhShYAAA4WaAgDRwBeSgIAYUoWAAAOFmj9YUwAXkoCAGFKFgAAFBVo/WFMABZo /WFMAF5KAgBhShYAHrUpAADTKQAA1CkAANUpAADWKQAA1ykAAB8sAAAgLAAAISwAAGMsAAB1LAAA fiwAAH8sAACALAAAhCwAACQtAAAlLQAAJi0AACotAABgLQAAri0AALQtAAC7LQAAvS0AAMUtAADV LQAA8i0AAPMtAAD0LQAA/C0AAAUuAAASLgAAPS4AAO/l2M7E2LKX2I3Yg9iN2IPYjXbEbNhsg2zY bNhibFhsAAAAAAAAAAAAAAAAEhZovEGDAGFKFgBtSAkEc0gJBAASFmjkYBkAYUoWAG1ICQRzSAkE ABIWaLV9kABhShYAbUgJBHNICQQAGBVofT9JABZotX2QAGFKFgBtSAkEc0gJBAASFmhbRxoAYUoW AG1ICQRzSAkEABIWaO19TgBhShYAbUgJBHNICQQANAAIgRZojwdbABdojwdbADUIgWFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhgeyinbUgJBHNICQQAIgEIgQRIAQAFaF97KKcWaLAY6QA1CIFhShYAbUgJ BHNICQQAEhZow1sSAGFKFgBtSAkEc0gJBAASFmiwGOkAYUoWAG1ICQRzSAkEABgVaH0/SQAWaH0/ SQBhShYAbUgJBHNICQQAEhZoczbCAGFKFgBtSAkEc0gJBAAfAQiBBEgBAAVoYHsopxZojwdbAGFK FgBtSAkEc0gJBAAgEiYAANUpAADWKQAAHywAACAsAAAhLAAAVi4AAFcuAABZLgAAZC4AAGUuAAB5 LgAAei4AAPYAAAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAA AAD2AAAAAAAAAAAAAAAA7QAAAAAAAAAAAAAAAIQAAAAAAAAAAAAAAAB3AAAAAAAAAAAAAAAAagAA AAAAAAAAAAAAAGoAAAAAAAAAAAAAAABqAAAAAAAAAAAAAAAAagAAAAAAAAAAAAAAAAAAAAAADAEA D4TQAhGEPv5ehNACYIQ+/mdkyWdpAAAMAQAPhNACEYQ+/l6E0AJghD7+Z2RaHeMAAGgAAGtk+x0A ABYkARckAUlmAQAAAAKWcwAF1hgEAQEABAEBAAQBAQAEAQEABAEBAAQBAQAHlCAVCNYaAAH5/2El ACZoJQAAAAAAAAAAAAAAAAAAAAAKdAAAoAQT1jAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAA BAEAAAAAAAAEAQAAAAAAAAQBAAAU9gNoJRf2AwAAGtYEAAAA/xvWBAAAAP8c1gQAAAD/HdYEAAAA /zTWBgABBQMAADTWBgABCgNzAGH2A2wAeXSpIKcACQAAFiQBSWYBAAAAZ2TDWxIACQAAFiQBSWYB AAAAZ2SwGOkAAAw9LgAAUS4AAFIuAABULgAAVS4AAFYuAABXLgAAWC4AAFkuAABlLgAAeC4AAHou AAB/LgAAoC4AAMYuAADHLgAAyC4AAMkuAADZLgAA9uje1MfDv7u1rKaWh3hsZGBGAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADMACIEVaLxBgwAWaNtopAAXaCgG vwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4cGFmjbaKQAAA4WaNtopABeSgIAYUoWAAAW FmjbaKQAXkoCAGFKFgBtSAkEc0gJBAAcFWj0X/UAFmjbaKQAXkoCAGFKFgBtSAkEc0gJBAAcFWj0 X/UAFmjbaKQAXkoEAGFKFgBtSAkEc0gJBAAfFWj0X/UAFmjbaKQANQiBXkoEAGFKFgBtSAkEc0gJ BAoWaHgLiABhShYAABAVaG0Q5QAWaMlnaQBhShYAAAoWaGgkawBhShYAAAYWaMlnaQAABhZo7hWS AAAGFmiSLXMAABgVaLV9kAAWaBBEfABhShYAbUgJBHNICQQAEhZo5GAZAGFKFgBtSAkEc0gJBAAS Fmi1fZAAYUoWAG1ICQRzSAkEABsDagAAAAAWaI8HWwAwSiQAVQgBXkoAAHRIAAASFmjnav4AYUoW AG1ICQRzSAkEEnouAADILgAAyS4AAAkvAACGLwAAyC8AAAUwAAA+MAAAdDAAAOgwAAAlMQAAVzEA AJ0xAADWMQAAHzIAAFEyAACsMgAAzzIAABEzAABxMwAA3jMAAFA0AABRNAAAUjQAAFM0AABUNAAA VzQAAFg0AAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD2AAAAAAAAAAAA AAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAAAPYA AAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD2AAAAAAAA AAAAAAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAA APYAAAAAAAAAAAAAAAD2AAAAAAAAAAAAAAAA9gAAAAAAAAAAAAAAAPYAAAAAAAAAAAAAAAD2AAAA AAAAAAAAAAAA8QAAAAAAAAAAAAAAAPEAAAAAAAAAAAAAAADxAAAAAAAAAAAAAAAA8QAAAAAAAAAA AAAAAPEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAGdkEnCmAAAIAAAPhA4BXoQO AWdk22ikAAAb2S4AAAcvAAA6LwAAOy8AAGgvAABpLwAAai8AAIQvAACFLwAAhi8AAMcvAADILwAA BTAAABMwAADhx6ThfqReP8fhx+EoAAAAAAAAAAAAAAAtAAiBFmiIfDwAF2goBr8AXkoCAGFKFgBj SAEAZGgAAAAAZGgAAAAAZGhN/CeHPAAIgQNqAAAAABVovEGDABZo22ikABdoKAa/AFUIAV5KAgBh ShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnhwA/AAiBFWi8QYMAFmjbaKQAF2goBr8AMEoXAF5KAgBh ShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnh21ICQRzSAkESgAIgQIIgQNqjR4AAAYIARVovEGDABZo 22ikABdoKAa/AFUIAV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnh21ICQRzSAkEAEQACIED agAAAAAVaLxBgwAWaNtopAAXaCgGvwBVCAFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dt SAkEc0gJBAAzAAiBFWi8QYMAFmjbaKQAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN /CeHOwAIgRVovEGDABZo22ikABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnh21I CQRzSAkEAA0TMAAAJzAAACkwAAA8MAAAPTAAAD4wAABiMAAAZDAAAHMwAAB0MAAAeTAAAOHG4ayV d1x3RSsAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADMACIEVaLxBgwAWaHgLiAAXaCgG vwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4ctAAiBFmjsdKUAF2goBr8AXkoCAGFKFgBj SAEAZGgAAAAAZGgAAAAAZGhN/CeHNQAIgRZo7HSlABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoTfwnh21ICQRzSAkEOwAIgRVo7HSlABZo7HSlABdoKAa/AF5KAgBhShYAY0gBAGRoAAAA AGRoAAAAAGRoTfwnh21ICQRzSAkELQAIgRZoiHw8ABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoTfwnhzMACIEVaIh8PAAWaIh8PAAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABk aE38J4c1AAiBFmiIfDwAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHbUgJBHNI CQQ7AAiBFWiIfDwAFmiIfDwAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHbUgJ BHNICQQACnkwAAB/MAAAnDAAAJ0wAADKMAAAyzAAAMwwAADmMAAA5zAAAOTIpIRdpDsbAAAAAAAA AAAAAD8ACIEDagAAAAAVaLxBgwAWaBRE1AAXaCgGvwBVCAFcCIFeSgIAYUoWAGNIAQBkaAAAAABk aAAAAABkaE38J4dCAAiBFWi8QYMAFmgURNQAF2goBr8AMEoXAFwIgV5KAgBhShYAY0gBAGRoAAAA AGRoAAAAAGRoTfwnh21ICQRzSAkEAE0ACIECCIEDakIfAAAGCAEVaLxBgwAWaBRE1AAXaCgGvwBV CAFcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJBD4ACIEVaLxBgwAWaBRE 1AAXaCgGvwBcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJBABHAAiBA2oA AAAAFWi8QYMAFmgURNQAF2goBr8AVQgBXAiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeH bUgJBHNICQQ2AAiBFWi8QYMAFmgURNQAF2goBr8AXAiBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAA ZGhN/CeHADYACIEVaLxBgwAWaHgLiAAXaCgGvwBcCIFeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABk aE38J4cI5zAAAOgwAAAPMQAAJDEAACUxAAA2MQAAVjEAAFcxAABqMQAAnDEAAJ0xAADFMQAA5cqs yo5w5VY85SUAAAAAAAAAAAAAAAAAAAAtAAiBFmjsdKUAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAA ZGgAAAAAZGhN/CeHMwAIgRVovEGDABZoOXGHABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAA AGRoTfwnhzMACIEVaLxBgwAWaBJwpgAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38 J4c7AAiBFWi8QYMAFmg5cYcAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHbUgJ BHNICQQ7AAiBFWi8QYMAFmjbaKQAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeH bUgJBHNICQQ7AAiBFWjsdKUAFmjsdKUAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN /CeHbUgJBHNICQQ1AAiBFmjsdKUAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeH bUgJBHNICQQzAAiBFWi8QYMAFmjbaKQAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN /CeHAAvFMQAA1TEAANYxAADcMQAA3TEAAOMxAADlMQAABTIAAAYyAAAeMgAAHzIAAC0yAABQMgAA UTIAAOXOtJ20nX9ktJ1KMEoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAzAAiBFWi8QYMAFmg5 cYcAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHMwAIgRVovEGDABZo22ikABdo KAa/AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnhzUACIEWaIh8PAAXaCgGvwBeSgIAYUoW AGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJBDsACIEVaIh8PAAWaIh8PAAXaCgGvwBeSgIA YUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJBC0ACIEWaIh8PAAXaCgGvwBeSgIAYUoW AGNIAQBkaAAAAABkaAAAAABkaE38J4czAAiBFWiIfDwAFmiIfDwAF2goBr8AXkoCAGFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhN/CeHLQAIgRZo7HSlABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAA AGRoTfwnhzMACIEVaOx0pQAWaOx0pQAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38 J4cADVEyAABgMgAAazIAAGwyAABtMgAAlDIAAJUyAACWMgAAqjIAAKsyAACsMgAAtTIAAL0yAADO MgAAzzIAAN8yAADhxuGj4X2jXaPG4cbhRiwAAAAAAAAAAAAzAAiBFWi8QYMAFmjbaKQAF2goBr8A XkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHLQAIgRZo7HSlABdoKAa/AF5KAgBhShYAY0gB AGRoAAAAAGRoAAAAAGRoTfwnhz8ACIEVaOx0pQAWaOx0pQAXaCgGvwAwShcAXkoCAGFKFgBjSAEA ZGgAAAAAZGgAAAAAZGhN/CeHbUgJBHNICQRKAAiBAgiBA2r3HwAABggBFWjsdKUAFmjsdKUAF2go Br8AVQgBXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHbUgJBHNICQQARAAIgQNqAAAAABVo 7HSlABZo7HSlABdoKAa/AFUIAV5KAgBhShYAY0gBAGRoAAAAAGRoAAAAAGRoTfwnh21ICQRzSAkE ADUACIEWaOx0pQAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJBDsA CIEVaOx0pQAWaOx0pQAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4dtSAkEc0gJ BAAP3zIAABAzAAARMwAAGjMAABszAAAcMwAAHjMAACYzAAAnMwAAOjMAAFMzAABVMwAAVjMAAG8z AABwMwAA5cux5bHlk3dgRmB3KncAAAAAAAAAAAAANwAIgRVovmMxABZoWRydABdoKAa/ADBKFwBe SgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4czAAiBFWi8QYMAFmhZHJ0AF2goBr8AXkoCAGFK FgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeHLQAIgRZoWRydABdoKAa/AF5KAgBhShYAY0gBAGRoAAAA AGRoAAAAAGRoTfwnhzYACIEDagAAAAAWaFkcnQAXaCgGvwBVCAFeSgIAYUoWAGNIAQBkaAAAAABk aAAAAABkaE38J4cAOwAIgRVovEGDABZovD8yABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRoAAAA AGRoTfwnh21ICQRzSAkEMwAIgRVovEGDABZo6QrXABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoTfwnhzMACIEVaLxBgwAWaNtopAAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABk aE38J4czAAiBFWi8QYMAFmi8PzIAF2goBr8AXkoCAGFKFgBjSAEAZGgAAAAAZGgAAAAAZGhN/CeH AA5wMwAAcTMAAJ0zAACeMwAAxzMAAMgzAADcMwAA3TMAAAk0AAAKNAAANjQAADc0AABONAAATzQA AFA0AABRNAAAUzQAAFQ0AABWNAAAWDQAAFk0AABaNAAAWzQAAFw0AADozq/Or5Ovzq/Or5OvfHFt ZmJmW1FHQAAAAAAAAAAAAAwVaKlz+wAWaMlnaQAAEhVoeAuIABZoyWdpADUIgVwIgQASFWh4C4gA FmgEd8wANQiBXAiBAAwWaHgLiAA1CIFcCIEABhZoEnCmAAAMFWgScKYAFmgScKYAAAYWaOkK1wAA FBVovEGDABZoWRydAF5KAgBhShYAAC0ACIEWaFkcnQAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABk aAAAAABkaE38J4c3AAiBFWiIfDwAFmhZHJ0AF2goBr8AMEoXAF5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoTfwnhzwACIEDagAAAAAVaIh8PAAWaFkcnQAXaCgGvwBVCAFeSgIAYUoWAGNIAQBkaAAA AABkaAAAAABkaE38J4cAMwAIgRVoiHw8ABZoWRydABdoKAa/AF5KAgBhShYAY0gBAGRoAAAAAGRo AAAAAGRoTfwnhy0ACIEWaOkK1wAXaCgGvwBeSgIAYUoWAGNIAQBkaAAAAABkaAAAAABkaE38J4cA F1g0AABZNAAAWzQAAFw0AABdNAAAXjQAAMw0AADNNAAAzzQAANA0AADSNAAA0zQAANU0AADWNAAA 2DQAANk0AADaNAAA2zQAAN80AADgNAAA4TQAAOI0AADrNAAA8gAAAAAAAAAAAAAAAPIAAAAAAAAA AAAAAADtAAAAAAAAAAAAAAAA5AAAAAAAAAAAAAAAAN8AAAAAAAAAAAAAAADdAAAAAAAAAAAAAAAA 2wAAAAAAAAAAAAAAANsAAAAAAAAAAAAAAADbAAAAAAAAAAAAAAAA2wAAAAAAAAAAAAAAANsAAAAA AAAAAAAAAADbAAAAAAAAAAAAAAAA2wAAAAAAAAAAAAAAANsAAAAAAAAAAAAAAADbAAAAAAAAAAAA AAAA2QAAAAAAAAAAAAAAANsAAAAAAAAAAAAAAADRAAAAAAAAAAAAAAAA2QAAAAAAAAAAAAAAANkA AAAAAAAAAAAAAADbAAAAAAAAAAAAAAAAyAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAACBIAGIT4/xmEAQAbJmAjJAIABxUAAyQCYSQCZ2TZcIEAAAEVAAABAAAAARoAAAQBAGdk2zvL AAAIAAAPhA4BXoQOAWdkAn/8AAAEAABnZMlnaQAADAEAD4TQAhGEPv5ehNACYIQ+/mdkyWdpAAAW XDQAAF00AABeNAAAXzQAAGA0AABuNAAAbzQAAMs0AADMNAAAzTQAAM40AADQNAAA0TQAANM0AADU NAAA1jQAANc0AADZNAAA2zQAANw0AADdNAAA4jQAAOM0AADpNAAA6jQAAOs0AADtNAAA7jQAAPQ0 AAD1NAAA9jQAAPc0AAD4NAAA+TQAAPo0AAD7NAAA/DQAAAI1AAADNQAABDUAAPLq4NzPwc/cvbW9 tb21vbW93K2f3JWPlY/clY+VhJWPdtyfbty9ZAATA2oAAAAAFmiPB1sAMEokAFUIAQ8DalFIAAAW aCwikwBVCAEbFWi0fMUAFmgsIpMAMEoYADYIgUNKEABhShAAFRZohSHvADBKGABtSAAEbkgABHUI AQoWaCwikwAwShgAABMDagAAAAAWaCwikwAwShgAVQgBGgNqAAAAABZoLCKTAFUIAW1IAARuSAAE dQgBAA8DaqAgAAAWaCwikwBVCAEPA2oAAAAAFmitMe0AVQgBBhZorTHtAAAbFWhKJ8EAFmgsIpMA Q0oQAEgqAV5KAgBhShAAGBVoSifBABZoLCKTAENKEABeSgIAYUoQAAAGFmgsIpMAABMDagAAAAAW aCwikwAwShsAVQgBDhZo2XCBAF5KAgBhShYAABkWaAJ//AA1CIFeSgQAYUoWAG1ICQRzSAkEACfr NAAA7DQAAO00AAD4NAAA+TQAAPo0AAD9NAAA/zQAAAA1AAABNQAAAjUAAAM1AABENQAAxDUAAMU1 AADGNQAA+QAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAADuAAAAAAAAAAAAAAAA5QAAAAAAAAAAAAAA APcAAAAAAAAAAAAAAADZAAAAAAAAAAAAAAAAzgAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAADMAAAA AAAAAAAAAAAA9wAAAAAAAAAAAAAAAPcAAAAAAAAAAAAAAADKAAAAAAAAAAAAAAAAygAAAAAAAAAA AAAAAPcAAAAAAAAAAAAAAADFAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQBAGdk 2zvLAAABJQAAARIAAAoVAA3GCQLgEMAhAbQJAGdk0Vn2AAALFQADJAIPhHz8XoR8/GEkAmdkbSWo AAAIAAAOhGgBXYRoAWdk40xLAAAIEgAYhPj/GYQBABsmYCMkAgABAAAABRIADoRoAV2EaAEADwQ1 AAAsNQAALTUAAEQ1AABFNQAAxDUAAMU1AADGNQAA/Pj87vzq4gAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADhZo2XCB AF5KAgBhShYAAAYWaK0x7QAAEwNqAAAAABZojwdbADBKJABVCAEGFmiFIe8AAAYWaI8HWwAHRQAJ MAAKMAERMAEcUAEAMZBoATpw2XCBAB+w0C8gsOA9IbA4BCKwOAQjkOgDJJDoAiWwAAAXsNACGLDQ AgyQ0AJEcAEAAABFAAkwAAowAREwARxQAQAxkGgBOnDgZTIAH7DQLyCw4D0hsDgEIrA4BCOQpgYk kDgEJbAAABew0AIYsNACDJDQAkRwAQAAAABuHvBYFwAA69yUqdZ0KXj8Mtv7C48+Hv+JUE5HDQoa CgAAAA1JSERSAAACEQAAAT8IAwAAAM8OYfsAAAABc1JHQgCuzhzpAAAACXBIWXMAABcSAAAXEgFn n9JSAAAAY1BMVEUALGIPNGohPXMzRn1TWo9HUIdgZpl5fKpscaKWl72HibO2ttOmp8jPABvXGyne ODnHxt3a2OnmVUntcVTvfV/wiGvylHfzoIP0qpD2t573w635zrz628v859z98+3s6/T///9FH2xM AAAWfUlEQVR42u2d63qiMBCGOYWzNtRaa20L93+Vq4CakAkEQdfgN7/2WWmAycvMJJlMnOoOsln/ VBBLxblHo9sVkAARovysgASIkGS9Wr39Qbkg4iIfq9XqE8oFERfZHYlY/UK7IEIiYgvtggiJiDUi CRBxllMcsVp9Q70gopV1TQRiSxDRylcNxGoD9YKIWn4aE7FaQb0gQgICRICIk+xWKxABIi6yf1uB CBBxlt+dyMPqDep9aSJ+vzYrWTDWeGEiDp/vK0V2UO9LEvH3vdusSEGKxMsR8XfYfbytdIIw4qWI 6Iehlj20+yJEGMAAE/EyRBy+TGCo5QDlLp2IH10ESQoWPpdNxN/+Y70aI5iLWDIRRxxWI+Ud+VPL JeJ7NA6r1QeAWCoRf7u38TxgsnKxRPxub8Bh9YZRxkKJuI2HNQzEQon4261vsQ87RBALJeL7lvjh 45qPzyMO5S6IiL/x44v1x140D5njuDGgWAoRP2MNxPtnN5o8EnEUP4GGl0DEflzosN0Te34bIhzH AxP2E7Ed5So0O8DPRByZyKBlu4kwBmLz1ZMkdSXCcYISeraYCLOYcr397h9mikQ4bg5FW0vE1gyH wXYlIhwnhJmwlAgDIN73JpNQHSIcH0hYScTncPBguGjRJcJxOZRtHxH7uXggiAASFhLxM7CSsR6R Xa0SASTsI+J9xjQYggggYRsRX3Nuv6CIcFyElzYR8dfrM8ZWNSaJcHwo3CIidr1DzrHlSguXRCKG xq0hotdE3JBaXfokEljksIaIPhOxvqWgMY2Eh1DCFiL6UiJu2/ZPIxFB53YQ8d0DxNeNbXMqlnAL KN0KIrb32LCXUkYihNKtIKInrpxwKgLDpIStRPzogZhyKEJBGYkUWreAiK+7mIiqCqnhBrRuARH6 zKmPSc1zykhwqP35iXibaTlDER8Tl3YSoXcaE3ftpVjdsJIIfWD5PrF90m1A7U9PxEFLxORyUljc WBgRX1NvwDD+tJEI/TLX5OogDGsbIEKSiCCCQe8gAkTYRcQeREAkIg4gAmJIxOQC+AxE2EjEn5aI yZXnQISVRFR3SJdpxQMRVhKhrYq/nnwDEGElEfrh5/e09sl1jQB6f3oiDndJoao0qZaYs3x+Inry LKcth4fIq7OUiO2dRhsu1j4tJeIw74aus+TkVj9kY1tAhH60MSnTknQaSL21gojD6g7zlmR2Pvbw 2EFEj5FY33zcM2kiHBRGtoOInk086xvHG7SJQBhhCRF9pQtvPJqPOZifspmIv57KZO+3OI6UNhEo iWwLEb3VC2+IJThdeAgjDXuI6C0iMToru/QcxJW2E9Ff9HYzaqpKU4cKJsIuIvqRWI8wEzogYCIs I2KgNPab6WRVoQMCqRG2EVEd1gNMGJ2l4GqAQBUq+4iofgbKYxuctxI7DnzGcoio/oZP2fjoiygy TwsEKkdYScTRcwyf96ltsAi1PGCJy1oiBszEZqc9tq2PB1QSsZiIqvqll0Lft/ueyUvexwNOb7Ob iKPr2JibhpOUie/0AgFlW07EkYlL8uX642tgA2jeax6QbbsMIo6+Y7c+DSwGVrmKNBjAwfE4VL0I Ik6Gov9nnoSeMygxQojlENFjGvKIuY6B+MjGXzwRZRYFRjCcHAbmKRdORJYGnmMs4GHRRPAk9p0x wsDDcokY4SfO65whh34XSkQWMWesBDAPCyXiFhrcMMFwc5FElMlYT3Eaa0YYbC6TiCIdbxxYnMM4 LJSIJBgJgxemsA2LJaKIRzkL/wgDTMOCiShCc8PAopxDicsmoozNhhMsTuAlXoGI3DVwEhGcxMsQ ESN8BBGClH2rFj5Gli9HRA8QLMVmrNcjQguEFwGHVyRCu70fS1YvSoRmkjJC8PCiRNBFo1wMLV6V iIKch3A5NPSqRITYdgMRiaBrkc5dM+r3bW+bfl6WiPghJuJv8gEukEcRQa9mzB5WbmY4HBDyCCI4 PfLkc99tN/3gL8hDiNDUK57dRhwmlF2HPJKIiCZi9grWPzOcBQd5BBHsUUVA6moUv5bpCERcJ6jm nsH+WcFIWE3E7EdhfE86wAXy/4mY229sZzlnGHJ/IiL99s05HcdvW9bqE3p/diLSnqTrGdMjPs5V 76D3ZyeCP6QoyHa4Yi7kSYio+nPy3ZjPCgSIeH4iBrdxefHECUypJD/0/vREcJNtXMHtdQB+t2Z1 1iHPQkRluhXcD2+IKg5b08r7kKchojDfCj7SUPx8KmczvEPvz09E3wBU3gE8Jjn7b7+ljurANLYN RAwGlx6LRpWJ+KFpOAly66wgom+PXzyKhb/D13azmv9geshjiahKKrpkUT5ii9/PYbfdrIdOdILT sISIbv6tF6bc2Cp8H1EYPt2rMRHIj7CGiGs9ETdMjEzD4bDbbTarUfK1RD0ulYim5pA3PGn9c/ja fYwk4XwyJJRuExFVVUS8H4Xdp6l7oM9+Q1hpGRFaOex3m/fVVNkAiAUQ8fu9+3hbzSLYv2M9EYfd 8GjS3ED8QOFWE/Gz26xmlM0B6raZiO/t25w4rLawDzYT8fs5Lw7vewSUNhOx38yLwxcmKa0mYj+n eVhvYR0sJ2JGHtaDx0tDnp6Iw/tcnuJzD1dhPxF/n7MMMrdf9DCzTDycH24VET9THcbbZrfX+onm XB+fQ+XWELGfEjJsPr/65p/KxL/DpkHIXYnY3m4XBuYii1RKzgISdhCxvQcL1ekAWSV9E0jYQMQ4 IAZ8xIWGlD5AFkg8PxGfI2D4NhlWFnnf4dIov/7sRBgGle87E8vAjzAMHP/mYhD63ET8mmRAfJhM R5ex2cnSDIp/aiKGF7beDBerMtO9o/milWo7EYM+Y2O+K49HgdEB095yNboAIgamKt/Gpj4VSThM BcYbz0vEgIm4LVc2H4ICRuJ5ifjoNRA3r2eXiYdIwkoifnvHm5PSXXqZCJeiwcURsb8bEEeJ9L7D he6flIjtHYE4jj18TFzaRoQ+a2o9R05cqS1dE0H5z0nE3KMMRULMWy6EiNlqAwUYfy6DiNk27Zaa 8BLKt4yI+TLrkwedFAi5KxHrGW/iYbCxACLmPAMjBRELIGLOEoMFiLCIiPd7B5YncUGEPUTo5ixn PUuLgQh7iNg/II4AETYR8adbB5/zLgFGn/YQoc2PmHNvN8MMlUVEfGuImLNYMcNyuEVE6PIs53Qb Hla6bCJCZyTmO8u5xGq4VUTo9mu8zVZBKkeipV1E6PZ0zTYlQaZIYKff8xKhTdCf6Twtcjk8gO6f mAhtsYB5VsQjbOGxjggdEus5okvSRGB7+JMTobUSMzgOcsIyhuqfnAgtEtupIw46OaKwW22vQES1 0+3amHYIAp1SBxNhARHVt66wyOcEM5GgyIy9RFR/utIi65ujiRi1Amwm4mgmdLUk3m5iovCxecdy Iqq/3VrLxGjfodsHDJ9hERF9TKw/R6VM5NpaARxqt4mIo+zfp1ekyhkKDi2HiKr60Z7Ttd4aTGP2 1pcBEDYScYLi6+NGKHhvDSoAYSsRDRVbekC61qbc8dhDjbrlElHL3+F7t9t0jgwnUyfKfAAHx0VG /gKIEOT30AixSM6T2B8sYokTeJZGBCk8i0Kzatg4pWv5RDAzFJqaMvAYL0CEOQ8wECBCzqpEPgSI EOvbcigaRFxHnDHsA4gQFr4TxA8g4jr/kMI8gIhrMAkcQMTVOMTY1QkizoEkizKEDiCisQxBlMFT gIgjCSyMUrAAIo6SZQABREBABAREQEAEBAIiICACAiIgIAICIiAgAgIiICACAiIgIAICIiAgAgIi ICACAiIgIAICIiAgAgIBERAQAQEREBABAREQEAEBERAQAQEREBABAREQEAEBERAQAQEREBABAREQ EAEBERAIiICAiJcXnoa+w0EEpJWirms/dOzqHYjIsiyKojTL+BNq5aXlPxDBI+ZK5wAHKbB4XSKK 2CVPdwxxPPSTiPdQInjPEeJe+nrnNBVJxGqD6TIWP4mlZA8koowHTol+MRxS/xkt5QOJ4N7QOdEv xUNIW8rkdYhIBo8Gjl4IiOhpv4uaiKGL5iBiGAjnv38eDxN+9hduEGVZWRXHsXjgvhYRBkA4LzPc yNrOD+QjcLPakaSvQQQ3AMJ5lRP/2q+Dqe97Ci7+93fxGCJKlzwX+CTxdUD6KhaieVvaFmT+//4u wocQEajxE7/ikrBXIqKovw6XP+vzRY8gIlNmHjofQnZigr0GEf5zA/EYIrzhQUXuvQgRzbAzf/IH vDMRucmYooxfYjqi8RnxsyN7ZyLY7dMORRKfJv5dxlgc0VE4P17S/lJmdbCqj9bLLI+aS/quScOg XWLJ0tPFubTg0vxfz014e4+cihHruM17ZmYfQERx6+pFmcgT/54vd0ORnUcqtXlJguv6ANUZWSw1 58fKRVkSMe9ixorQVeKe/BojuxG1MpeHwrDKizmpixE+g2e1mFw08DOfRETzGMU8RKTyoNN4hTMV h6xB0um/3JPnvxMpWHEVQ5QQqypM1FLkSo6tDNX2Om24+fBNOjF0rW7flAZhZO6nUkNZFLKmmSK9 XBQQpOXCZ8ASre6Pho+14nWJKJPw8lpukMxABLtp8aIU/oz6HKWFgShTukLWDvcHl1Kkx8zy7gwK p9rItY+swcYzdptF1HklV3jWevDmVu0gTUBc5k9JRnEp6yQwRUwNZd0VOY9PJuKmiUkuvEtAmmfp TYmeEP9IP4d+bVtSi9r5HrU25RaaR9bETZeeHBa3bw2sbocR6SbSqLYwWUej12CvL0W/0CQislui CFG7iUGz/Z9/36IKI42OqYTDQIhjq9h8Kes8sRtERweh3K0JhC6zv62t73wIrYo8FkZR4JPa1KWs dFXnHwP7axt8GhGyps3WcUpfNNdnmvkoIlzanCgSTyHCuXRA4eqf5HKRbx5XnrryEjuUiSuzJdiu NvWqaOOgUFYRu8RfZXOBZDuLs55ZdIk85cgyquOTUjYo3jQiwo47NpG4YyHOwY0nJBkNdtb50u6i CqOvS28iIpc6ewC6Soao95twWKZ+I2H35cXRV9u9hUBEyFXDmypmzZMizi4R8ritsRnZJCKYJmQx czSNlxHWReLSlIiIQtI/daEcjzFDo9N7k0iKAY9hqDR0KYRbGE5GdOOtQvrbxkm4ssUtuz3ebSOR /XZriSPCpuvbqH+OJhEhhcxmAy+mGFzhA/ZLmgiXeeSXWVCBZKgaCYUIT/UDXhyFLhUXiXaoXb0U PV8k9Mitk/XSKjUTbtTprb5IzZXuHyixKEFERZEZTyKCjuP6hBORW6J0gtz/tX3MXOJeYuzkkSOL kCCitqRye60dL33iJgKxl/GH8Bqe+H3dqMeoS4RP9xYboOrye04CMThn2TjexxIRUmFH2P2mxT71 ufCSnXuJvZpQjql9/4KwL5yybxlxE0/1I5Kv43cggtE2oK+zAvF3jw5zh4hg8xKhmrScCZNlQVe9 wnXdRhjhzSXDwdRO1TizXHnQTO3Uaw/4yn8Waswg27Xo2tqtWXMmRAzlP4ltJBoX82AiGP0A0s+c vrzbsSQRsXKvSHP3UPlzioiE+mu1yZSMlDIS4luz5rKZifBlfJ+HiET5ORkkgmuJEFvzlK880pDI tERk1LPnyn8GpBXMupww2k4PSb2i5zmTiOCnlRBXaKPQRaF6IrI8Chqt35UI1StH4vjhJErMn2mJ UMMDX0NEpkQIFBEV9ewqJsJNvPqRlVHK1S6NiiN4GjLK7Y0hIksDX20jkeOqq6RkG1EgOeRJRMhr kgZE9OwNFQPEyIwIsp/NrzQjYvCJnevnZ04EDz2ymUo31micpvQ/eejSbYQapyF7pwYeJU12GhFy BysTdsUNRERaIspHEMFvIIJfHtl0h05nWdP3u0Q4wxa/szrvCyvdWgfTJSLqDMHdyUTIs9h5r1eZ TET1CCKqG4jILgGI4QxVLLjOKOdEZDlIhLA67wXRKd1F+F37KDIRQgqAF6ZZOUdkKa8gha9MBHe0 UVtHLtNgQcKpngoNiDi34YaX1S5jIs7vf17Q9eLLatd0IuS5QNdeIvwpcUR2vc5k+NkYVjcpNd9u 1ENEJgEhbTYfS0S7oCstuk0noiKiQiuJcKYTUb+aQSJ2M76VM4XGEtHoJ9bZECMimq6Q59RmIEKO VNkoIi4Tmqesj4vwG4nIe4lgsxDhXR85Fh5Z6BGDxU+PcLAjiSiJzhxLREZ9wzMQ0clg6s7iKnPC MdEJA/FJDxEueZncrd5UIrwe4kXhmuiaMhFeOYmIelohIH5vnZ/raPL7BCLI+ZMZiOhkrHRX2xQb kWrs/G1EiP0ca/6cTSWCmUHcojM42ogpbkYSUT8StVzOKv3vHSJIamYgojP+vCQ46IjIeocmY4kI NR4rVEiZQETUFyiJkhoZCUb1xEgipFiYICLWPUgmD43iexDRzQn2eC8R0v/wqUSkDv39ekonTiBC ckHloL30BhLrXMqQ3EBE1ENEovvgrkRkJDRzEFEpCb/i/guViEBvUE7SjowNiSjo0FIKLAuFiHwc EVK0oqq5zDscD8xbOvckog1s68iT2k7VISK7CxGlup8qqOe/eBYRKY9S3ks3dSzx2oekl7nVHvTI 66R8G/W/opFESMx3+vuUBN0xEgObeAxtRDFEREz+3v47IJlRiEjuQoRxVquakSRv6OL1JiU+igjJ bZw1II1/EvU7NybCoRyjOCuUh3JQkBtEG/QSpkJENkSE30dEk1RXDBER3ocI09R3VqlG4vRmcVOf yBU7wZQIeahT78MspZl1l0jlHUuE4hibkkrnpWwipNUhUfpZc0lC9RQ3JsKnojDJ2XgkNE1XXalS HMtMRFThGCIGpi3HEdHdmqNkL6TVDESUrsl7NV3eDnDI8DJzj72RUOFnKEIwTERMBCOlr75G1wYk Aq+UY6nr1M5BhBkSzEi/pkScNeb33tOvTIngPUT0O0ZWEUh4ao/We6aK9vWlvmq355gQ0fQmd5Tu 5HIeVmvXpECtDMT3T1Rr1uyQnoUIo4qW1xQEd0Yiehu7etJBIrI+InrfL6goJBwme4Z2G/bl3YR1 jXPlBBMi2mdv+ja8tHFxld3ncC+FNK57ySPBsQizzEULjDsLEcN1scWe7elFNpaI7r4LCQhO/mkw nog+JDqWt7zWPjmOuerIJrsWabiaNTc+DciK/LrpfwQR7brlsY2TOoVcKq6i6Z9WjQJ1i8F5L3G9 t5SLuVTVPBK5A0QElNY0RIhuyO0nQs+XaDJJNAeJEII37hsS0amWQlxL7Cv2xIYiOjiV0va4po2s V8leKrZBUO7OScTRcvXYCS+U58dy+lqWEdHnABGdijGXl5NW3QaJSCgiMgPkQzWILDVx1bkmSOl3 HzUTe0qTwysncnaNspeppiXpPHFcSvdRfmdtzYpqPiFSQes7RVy9NlOu9a7Fo4IRNqL2kV3A/ES/ wEJ6jTM/qcZG1BpUvjpfc5IM8XV4YmksMUfSi8qGw1R8+XSAiHOBgLaNpP1dfmKx2Fd9fy63IVUc OX2NsxNRNdXlrq/rszjVL3FmadyUy/AZi6RaVCVZbIv3lOji17aCTgE67Z+e/lO5srdUWHnaGdHk p5K3ESkVcu9ZqJzBk8fMPz1sWxdPrAxW0I9Qdv+7zGtVHx+En38vqSc+yTl/j3daLpOwLhcYNOUs 6lv/A3nJ2lNfxE4cAAAAAElFTkSuQmCCAG4e8HpBAACfKlhXtupyVX+Ap0hpYQsi/4lQTkcNChoK AAAADUlIRFIAAAIRAAABPwgCAAAAd7IGngAAAAFzUkdCAK7OHOkAAAAJcEhZcwAAFxIAABcSAWef 0lIAAEEOSURBVHhe7Z0JmBXF2e+vKKssooTFUQLMDHzKMiIwMCgBEdniArJcFYmonyzKEjEiaFCU KIhbRETRq6LgEhDBxI9NVBRlABEyLCYwM0AQVAiKyCIgyP1zK/fYdvfpru6qPt19zt+HJ4/Bqrfe +lWd+ndtb51y4sSJ/5Wp/3w7ss/uWRuzl75SNqdlpjJgvUmABEjAA4EyHtKmXdJTa9U6vPP70g6/ +7FkddpVjhUiARIgAf0EMlozKvUaAKKUDf3dihZJgATSlEBGawaWpCpkVRWysaP/8J8OfJumrcxq kQAJkIAeAhmtGUBY+6Z8AXLfiu0HX56kByqtkAAJkECaEsh0zTgtOyfRsqVDZx7/ujRNG5rVIgES IAENBDJdM0wID7z8hAaoNEECJEACaUqAmvGLhv3qqfe5q5GmXZ3VIgES0EAg0zXjWGmJkSI2w4/+ fakGrjRBAiRAAulIINM14+sXV5ma9cci89+kY7uzTiRAAiTgh0BGa8bB2U9iYmHWjFJug/vpScxD AiSQCQROydjYIbj7jRvgVs1Aq19wYkcmtD3rSAIkQAJeCWToPMNBMLwSZHoSIAESyBwCmagZB17+ 08bcHrYzjMxpeNaUBEiABHwQyCzN+GHhS1sL2pYMeNYHKWYhARIgARLIiP0M3O7+YdHr/352PgKE uDZ5tTZ16xcud03GBCRAAiSQgQTSWTMgFYeXvXOk8OPtTxTKN23d2wvOfHy2fHqmJAESIIHMIZCG mnF07XtHlr974MN1u2av89GQOdMHV77hjz4yMgsJkAAJpD2BdNAMRPvA5e1jpZ8fLSryNKWwbd3G xfP4bF/a93tWkARIwB+BWGoGROJY8dqj6woR+WPvu5tldikk6XAzQxIUk5EACWQmgXhoRnAiYWr1 RgvGV+x6Y2Z2BdaaBEiABFwJRFQzUiYSRkCcZLh2FyYgARLIcAIR0gzsXf9YsuHH9Wv1LjfJN/D5 a14u1/xS+fRMSQIkQAKZRiBkzUAMjyOfLNSyd63YctlTrq9y20RFI8xOAiRAAulNIATNwLrTkY/f PrL8Q8Qhj0gAD97JSO9eztqRAAnoIpA6zUhIxbbxS3R5r8VOrT7Nar04s0zlM7VYoxESIAESSGMC qdCMwx+/dXjxX6MmFaJR643tVHXU4xSMNO7irBoJkIBGAgFqBiYWh+ZMlYzypLFK8qZ45VueFVOS AAmQAAgEohkI9HTg5Se2jp4XWcQ4Vps1dTxPSUW2gegYCZBANAlo1ozoq0WFrKrnPHgdI0pFszvS KxIggYgT0KYZYiVqxz2vReQolJU75ha/Gty9Uq9buXsR8U5J90iABCJLQI9mYJf7qzsf1Rj3SS8v bHRX6HxlhYuvTmZ2ReGWv87/7MruLdoUNNBbNK2RAAmQQDoRUNUMTC++nzQygmeisAZV+6b88m3b l7/4KteJxYIFG7qPegLtWq1Chf7t2vTrcxHFI516OetCAiSgi4CSZuAW947+wyM1vcBli8rtm5Vv e5mn/e2EZiSwtjg76+aeHYYM7qgLNO2QAAmQQBoQ8K8ZeFt7U7exUUCAjYoze1xYLq9FuQt+c2rt bB8uWTVDGKlfvfqd13WncvhAyiwkQAJpScCnZux7eGi4R2kTS0++dcLYnMk0I6EcT48Z0K1bk7Ts AawUCZAACcgT8KMZIQoGAkOVL7i4XPOL9D6l56wZgmavZk2nPXnLWTVOl4fLlCRAAiSQZgQ8a8Z3 9w5I8Y43phR1hnUsf1HHchd0cN3N9tc8MpoBy9ghf+aO3117TWt/pTAXCZAACcSdgDfNSOUMIyEV DmdkddGX1AxR3IC2rR99sB8nHLrg0w4JkECMCJSR9zVlgoGzT3hjteE/P65215QUCIY8AZFy+vKV Xfo9/M2eg14zMj0JkAAJxJ2ArGbsf3p0Cja9sV2Bx/LqzJqPR7kDWobS0mCffbkzu9so3ATUYo1G SIAESCAuBKQ0A8dqS4fODLRKQi3OfHy2p3sVgbrkbHzf4cNdhz9G2QixCVg0CZBA6gm4awYu7v3r vx8JzjPsW2AlKkZqkUBB2QiuV9AyCZBANAm4a8aeu+8NLuwgIkFh3wIrUdGk4+oVZcMVEROQAAmk EwEXzTg4+8lds9cFVGFML854YHqU9y1kKi5kg1viMqyYhgRIIO4EnDQD8Qe/uH1aEDXEelTj4nnx nV6YmEA2cJIqCFC0SQIkQAKRIuCkGXgPI4hVKRylzV39N70XuRWZ5jSoift6KkZwkmrYyBkqFpiX BEiABKJPIOmdPkwyNv/Xxdo1A4JR68WZEVyPwuIS5goY+lXabP6k2xmWSgUg85IACUScQNJ5RhCT DCxJ1Zz8VAQFA42Ee92LXr0LIdBVGuy2CdO5saECkHlJgAQiTiCpZvz72fnaXc9e+oq/WOXaPbE1 qC4bW/fufexJ/dxSU32WQgIkQAKuBOw1A2+1an9JKXfWnZHaw0gmG1PGDVDZ25i6cGnxpt2u3JmA BEiABOJIwF4zjnzyvt7K4Jr36X1G6LUZkDW86jq6TzffxnGG6qHH5/nOzowkQAIkEGUC9nvg/zzn fL27302/+jDKq1LWFurac+KikmJ/LYdpSumCSQx8648ec5EACUSZgM08A8FC9ApG/Yk94iUYaLCn Jt7ku9kw1Xj+xQ98Z2dGEiABEogsARvNOLr2E73uVr7hdr0GU2Att1FNvJPhu6Dn3lnqOy8zkgAJ kEBkCdjNM9av1eguIkrFbpIhqj9oQCffHHCAiiFvfdNjRhIggcgSsNGMve9u1uhu+bbtNVpLpSls hqtc13h1tubpWirrzrJIgARIwJaAjWboPWVb/uKr4ou+96X5vp0v3OhzC913icxIAiRAAkETMGsG NsA1FolIIdG89S1Zxw7tzpdMaU2mGIbEd7nMSAIkQALBETBrxon9+zQWVrl9M43WUm8Ky1MqhS5Y sEElO/OSAAmQQNQIuL+5pOJxmZp1VLJHIW+XnFzfbhSt3+Y7LzOSAAmQQAQJmDXj6LpCjV6WzWmi 0VrsTH2//4fY+UyHSYAESMCBQLDzjDRAf2GTbN+1WLOh1HdeZiQBEiCBCBKgZkSwUegSCZAACUSU gFkzTq2l9IBERGtJt0iABEiABHQQsGpGXR1maYMESIAESCANCQS7NnV81/a4M+OeRNxbkP6TAAlo JGDWjNNym2u0fnyX0vPaGj2hKRIgARIgAXUCZs3Qe237aFGRuovhWtj8zZ5wHWDpJEACJBAdAjZr U3hTT5d/u2dt1GUqLDuIUBtW0SyXBEiABKJGwEYzyuXl6fISbzfhaXFd1lJvRzGeeeVKFVLvM0sk ARIggeAI2GlGM23zDPit/Wnx4FhYLS9d9rlKcQ0b8OCyCj/mJQESiBwBO81ofmmFrKq6PN06et5P B77VZS3FdjaVfqlSYtUqFVWyMy8JkAAJRI2A/VnbOsM6anT00JypGq2l0tTcNUp7+HlN66XSW5ZF AiRAAkETsNeMip17aix4xz2vHf86fpGXXn9j5b7Dh1U45Leqr5KdeUmABEggagTsNaNc80s1np7C Tvj+qeOjVnNXfxZ/oDTJqF+9+lk1TncthQlIgARIIEYEkt4Dr9x/sMZqbBu/5IeFL2k0GLSp4k27 py9fqVJK+/MaqmRnXhIgARKIIIGkmqF3qoGa/+u/H9H7cGygNB96fJ6i/fzmOYoWmJ0ESIAEokbA Kd5UlVvv0uguVqhKO/wuFmeo1CcZ4Na3d2uN9GiKBEiABKJAwEkzyua0zJ5yvUYvIRu7bro++rIx bPSLirXu1awpNzMUGTI7CZBABAm4xLU9/YZRtfo00+j3rtnrIBtRXqSaOOmdRSXFilXudYXOe5GK zjA7CZAACegicMqJEyecbWF8x5oSpgi6ioQd3BnMXvoK5jEabWoxhWAhXYc/pnjEFiemtnz0qBZ/ aIQESIAEIkXA/f0MjOz13viTXqehQBtzexyc/aRes4rWvtlz8Lq7pioKBny487ruip4wOwmQAAlE k4C7ZpycFlx8daMF+i9YFPd95NuRfSJy3Q+C0aXfw+pRbDHJGDJY5y36aPYbekUCJJCZBKQ0A2gq dr0xCNnY/kRhccsrQp9wCMH47EsNL0RxkpGZPyTWmgQyhID7foYRBO7lbeo2Ngg01drUrX3fLVCm IIw728TJ2muHT9EiGF1ychfOHZ36KrBEEiABEkgNAW+aAZ+Orn1vyxXD9G6JJ6oqlKP8xVfpfS7Q AeWCBRuuvfcZ9T0MFFGtQoVPZ96X26hmalqOpZAACZBA6gl41gy4iJNUe+6+F6dmA3IXp6oQWLf8 RR2xjxJQEcLssJEzpry7VFcRU2/rx50MXTBphwRIIJoE/GgGaoJ7eQdfnlQ6dGbQtao3tlPZps1P 7zNCb0GYXtw2Ybr6jnfCq6GXdXjq8f56naQ1EiABEogaAZ+aIaqBdaqdt47dt2J70LW64MQOXUVg 9wKxpBTjD5qcGdC29UvTBurykHZIgARIILIElDQj0AkHgrHjZfLTss8vd0EHLdsbQagFCLQ4O2v1 ogci28B0jARIgAQ0ElDVDOEK7ljsmzQaB2dVPEOQkkotGpTLa3FaTlO9V8Rxu3va9CV65xaipphh PPpgP4aWUml35iUBEogRAT2aISqMpaoDM571pBzaJxNG9Lh1MevNlS/MXarlHK21UbkkFaOOTldJ gAS0ENCpGQnl+GHx3K2j59n6hzNRtW/Kx7Z22ZwmeKJDSx2sRvAsK17ZC2JikShrQv+eo0ddHpD/ NEsCJEAC0SSgXzNEPbFa9cOi1/ESuLjJIY4/lWt+kd5FJyNTbFfMeXvV6qKSOevWB8oa0UFee/jW NgUNAi2FxkmABEggggSC0oxEVbFgFdx8AhsVa4u2rVpb8uE/Nms8OOvQTjhTO+7uq7mBEcGuTJdI gARSQCBwzdBbB0wmVq/dun7j9jUbSlfs+ELL/W1JD3E+avzv+3br1kQyPZORAAmQQPoRiLpmYB97 1adbly3/x+YtO5dsLk6lSCQaG4tRiDzIO97p1/tZIxIgAa8EoqgZuKRdtH4bdibWfLEjNStOyahR Lbz2J6YnARJIbwKR0AyxLfH55p2FG4sDOhfrtRURofaqLvmcW3jlxvQkQALpTSA0zcBkItwVJ9t2 RWzanhfmDRrQicei0rvfs3YkQAL+CKRUM4ROYPt6UUmxP3eDy9WrWdNL2zXjxCI4wrRMAiSQBgQC 14wo64SYVeQ3z+nbuzWPz6ZBb2YVSIAEgiYQiGaIoB3vLVsX1kknZ2o4Nds5v2m7tufx4GzQ3Yv2 SYAE0oyATs0QN7GXFm6I4NIT9rRz62e1zW/YuVMTTinSrBOzOiRAAikjoEcznnn2fcwqgg7a4QkK jsm2P69ho+yz85rW43zCEzomJgESIIFkBJQ0AxOLydMWzVi2IpSrdqYqYcWpab1zhEjkt6rPyQQ7 PQmQAAloJ+BTMwJ6v0i+ephGNDyrxoVNsps2rlv/17/i0Vh5dExJAiRAAr4JeNYM7G+Pe+itKe8u 9V2kj4w44NTmnHOxIXF+w6x6v67JtSYfDJmFBEiABNQJeNMMvEsx5LFXUrASJRaa6tSsjtNNXGhS b2ZaIAESIAEtBDxoxrCRM4KbXnDLWktz0ggJkAAJBEpASjOwHtWl38PaI0FhMlHQOJfnXwNtYBon ARIgAY0E3DVDu2DgqkSHgia9rsrPbVRTY01oigRIgARIIGgCLpqhUTCw+nRN+9Y3Xt+eUhF0o9I+ CZAACQREwEkzdAkGX6EIqPFolgRIgARSTMBJM3r3+7P61e4xPbreMaI7b9iluF1ZHAmQAAkEQSCp Zkyc9M6YGXNVisSlitcfGMK7FCoMmZcESIAEIkXAXjNwzbvV9fer3MOAYCycfAevZ0eqsekMCZAA CSgSKGOb/6HH56kIBmyO7tONgqHYNsxOAiRAAlEjYKMZmGRMX75SxVFseo8edbmKhXjlPf516daC tj8sfClebtNbEiABEvBKwEYzEKrWqxVT+oGXd1C0EK/sp1Suvm/F9k3dxu57eGi8PKe3JEACJOCJ gI1mILa5JxPWxIhGrmghXtnLVD6z7u0F8Hnr6HkHXv5TvJyntyRAAiQgT8CsGSsKtyjuZKDs6mdU kvcgPVKWy8sTFSkZ8Ozhj99Kj0qxFiRAAiRgImDWjKXLPldntPe7Q+pG4mWhXLOT8wzxz7Zr/vjT gW/j5T+9JQESIAEZAmbN+H7/DzLZnNN8t++gupF4WTilSrWEw4d3fr//6Xvj5T+9JQESIAEZAmbN WLOhVCabc5rFHxSpG4mXhbI5LY0OY2MDh6niVQV6SwIkQAKuBOzvZ7hmc04wd00RYlUpGolX9h9L VpscPvDyE/GqAr0lARIgAVcCgWgGdtEHjXjetex0SnD86+2m6nz11Pvc1UinJmZdSIAEQCAQzYBd BDe8cdBzmYP4yCfvmyqLXY2jf1+aOQRYUxIggUwgYNaMC5tk66o2LpMjMm4mLFKdvAc+ep6V249F q3TBpB0SIAESiAIBs2ZUrVJRo1uYbWR3G/XMs+ZvcI1FRMHU/qnjbd34sZTb4FFoH/pAAiSgjYA5 ri3u9BUMfFCb+f9vKI2fXUK8ENtJhqj6BSd2aIdJgyRAAiQQFgGbWOhntLpN/Sq4bX0QIL1/uzb9 +lyUNiFvnQWDmhFWt2a5JEACARGw0QzsXSvGtXX1FdOO37bM635Z8/i+yITDtXvuvnfX7HXOleU8 w7UzMAEJkECMCNhoRkDLU8lmHp0a5jZskNWu7Xlx0Q/seOPuhcN6lLGm1IwY/RjoKgmQgCsB+3f6 tLwE7lq2NUGLs7Oa1jsnv3nOkMEdfWQPOsvRte/9sHiupFoIZ6gZQTcK7ZMACaSSQNK3XRv2HpNK P0xlzZ90e3SmHViGOrzozT0zP8IjGZ6Y1OrTrM6s+Z6yMDEJkAAJRJmA/Z2+3EY1J/TvmXq/sUne JSd3TI+u+a3qp750Y4m4wo13905ucRe03Zjbo3ToTK+CAWuVWjQItxYsnQRIgAT0ErCfZ4gygt4M x054w7Nq4BYhLoXgmSboxFk1TtdbPU/WMJ84VrL+aNFn385b40MhrGU1WjC+YtcbPfnAxCRAAiQQ ZQJOmoEr3F36PfzZlzt1VQBziNz6WVm1q0dBITCTOFa89seSDce2FB/ftWv7E4W6qinsVMiq2vCf H+MJP71maY0ESIAEQiTgpBlwC7KBaIO4zu3PRYgEphFNG9dt2bw+1rv8GdGSC3OIE/v3HV1XePzr r6EQu2dtRDwoLZaTGak/sUe1u6YEWgSNkwAJkECKCbhohvBm2MgZU95dKuMZlpvan9ewUfbZHdqd H8rFPTF7+OngvmOlnwt52Fe4U8tCk0z1E2kwychd/bdTa2sL3uWpdCYmARIggYAISGkGyn79jZVD HnvF9n44Nq57XpiHA7KdLmmSyskETr7CMUwdTv5v0clXnrSvL/mGnjvrztP7jPCdnRlJgARIIJoE ZDUD3mOdatxDbyUmHOIudwoCgYhlJWw8nDi0/1hpyU8HDkZHG2wbtd7YTmc8MD2a7U2vSIAESECF gAfNEMUUb9r90swPr+zeIoilp8Suw4kDBxAUNpRlJRWayIs7GbVenMmtb0WMzE4CJBBNAp41Q2M1 sLh0fNf247t2YmXpyI6DrrGbNBYdkKm6txec8cA0CkZAeGmWBEggdAKp0wyEafqxpAhb01hf2vvu 5tTvSwfNOmf64Mo3/DHoUmifBEiABEIkEKxmYCaBPWpMI1JwtjVEiJheVLn1rrI5LUP0gUWTAAmQ QAoI6NcM7Ekc+WQhdCLiO9Va4EItKvcfXK75pVqs0QgJkAAJRJyANs04/PFbRz55X1fUjYhTg3u4 slep1wDOLaLfUvSQBEhAIwFVzcAuxaE5z/uI+aqxDqk0hWNRZ9zUp/zFV3GjO5XYWRYJkEBECPjX DIR9/WHx/ExYgEJTQSqq9ulSod3lvNodkY5LN0iABEIh4EczoBZf3/98+h18MjUA4n/UGdaxXF4L zipC6ZoslARIIIIEvGlG2qsFdKL2TfllmzYv1/wi7lVEsL/SJRIggXAJyGoGTs1+M+GxNLh2Z8WN dafK7Zudlt2o3AW/4dJTuN2RpZMACUScgLtmIFLswZcn4aG6iNdE3j0ckD21Vq3TGuSWzWmieEwW MbhmvbnykdfmI/TWuLuvDvfNKHkCTEkCJEAC/gi4aAYuW+zoPzzWWxfV2tStVpBVLi/v1FpZp+U0 1bXihLhbk6ctmrFsRSLWb4uzs6aMGxBEGC5/TctcJEACJKCdgJNmYPdiU7ex2osM1CA2JGr2bVw2 O7tMzTrq0wirq2Ji8cLcpbbPFyIs/ISbew0Z3DHQOtI4CZAACYRFIKlm7Ht46NbR88JyS7Jc4xzi 1Fp1FReaHArFrGLO26tWF5XIPFk49bZ+lA3JFmQyEiCBeBGw14xoCkbKFCLRhAsWbFi2/B+LV633 +ig6ZSNePwN6SwIkIEnARjOiIxjYrA5ulSkZIOhE0fptmFIs2Vxs+y6hJFnKhiQoJiMBEogRAbNm 7H96dIhHpIRIlM3LL5uTl7Jjr1h3Wr126/qN29dsKF1UUqyx8eZPur1btyYaDdIUCZAACYRL4Bea EcqmN65HVPlt23LNCoLbjTAhXlG4Zeu//i1EYsWOL1QmE86Nhy3x0gWTeAA33C7O0kmABDQS+Fkz EG2wuOUVh3d+r9G6gyk8ml2+bfuUheUQj5kXb92pdybhyqpLTu7CuaNdkzEBCZAACcSCwM+a8e3I PikIOIh97Joj/3fqg/1hl6L7qCdCaZLX7hl47TWtQymahZIACZCAXgL/0YwUrEphr6Ji5+4Vu96o twLy1rAk9df5n23eslNxc1u+RJGyfvXqWz561GsupicBEiCBCBL4j2ZsLWgb3GVvzC2ypo5P2XaF DGXsey/5YMOqtSVz1xQFt5+R8IRnqGQahWlIgASiT+CkZgQ6yciZPrjyDX+MMojX31i5+IOiQMWD U40odwD6RgIkIE+gDJIeWf6hfAb5lJheNC6eF3HBQHWw2fDStIE44ITZAAZ3+QrKp9y6dy+UST49 U5IACZBANAmccuyrkvV12mt3Didoa704M44PoD7z7PuIU4tRXi+TAW1PKpNem7RGAiRAAikmUObo 3z/SXmR8BQMoECoKW9ZjenTF7QqNZLD2pdEaTZEACZBAKATKHC36TG/BsRaMBIqHxvdZOPkOhDfX BQc77Tjvq8sa7ZAACZBAKATKHPpsi8aCEYq8xkMPxHFJygoBL2EsevUurCnp4oNwh7pM0Q4JkAAJ hEKgjN7nWs958DpdjxqFgsNUKMJ+YBNCl2wgVEkUKkUfSIAESMA3gZPnpnT9g0lGpV636rIWHTuQ jV7Nmqr7s/mbPepGaIEESIAEQiSgUzMwyUiPVSlre0x78hb1LXHtZ7FC7DcsmgRIIDMJ6NSM8hd1 TVeIWKTCo63qtUP8EnUjtEACJEACYRHQphlYmEqnnQxre+AMrvqNv73fHQqrpVkuCZAACagT0KYZ Nfs2Vvcm4hYGXt4h4h7SPRIgARIIlIA2zTi1Vq1AHY2C8V5X5UfBDfpAAiRAAmERKIMreFrKPrV2 bS12omwkt1FN9Z3wKFeQvpEACZCAM4EylVo00MLoxIEDWuxE3Eibc86NuId0jwRIgASCI1CmXF4L LdZ/LOWFNS0gaYQESIAEokugDF7k1uLdvsKdWuxE3EjlSkqBC6ufUSniFaR7JEACJOBAoAxu4dUb 20mdEZ75O/51+k81Dhw6rMIKMaxUsjMvCZAACYRL4OS5qQqdr9TixOFl72ixk65GuH+eri3LepFA 5hD4f5px8dV4U0+9zrsf/4u6kYhbUIkZxf3ziDcu3SMBEnAl8J/7GXUe+YNrUtcEWJ46/PFbrsni m+CbPQdVYkZd2CQ7vnWn5yRAAiQAAv/RDEw16t5eoE7kqzsf/enAt+p2omlh8RKlR5OaNtYwmYsm GXpFAiSQIQR+vgdebdRExIxSrDamGgdfnqRoJLLZF3+g9D5r505NIls1OkYCJEACMgR+1oxTa2f/ +v/cKZPHOU3p0Jk/LHxJ3U7ULGBhSuVNb7zAgeC4UasU/SEBEiABTwR+EW+qYtcb60/s4Sm/beJN 3cb+WLJa3U6kLDz25Hy86e3bpUvb6YnR4tsBZiQBEiABdQLmGIXV7pqiRTZKO/wunfbDMcmYunCp b9w4Zdu3t7Z3xX27wYwkQAIkoEjAJq6tFtk4vPP7f7YbnjaLVINGPK8yyejfrg0XphR7KrOTAAlE gYB9LHQtsoHqYZFq38ND436SauKkd+asW6/SWsMHdVHJzrwkQAIkEBECSd/PgGzkTB+s7uXW0fN2 3XT90bXvqZsKxcIzz74/ZsZclaKHXtYBQdRVLDAvCZAACUSEwCknTpxwcAV7Etuu+SMWmtTdzZ5y /ek3jEJ4K3VTKbMAwbj16VdVisNORumCSVyYUmHIvCRAAtEh4PJOH+76Nfznx1qu++EM7ub/ujhG OxzDRs5QFAw084Sbe1EwotPd6QkJkIAiAZd5RsI6Jhy4440re4rlITtiW9W+7xac61U3FZCF4k27 rx0+5bMvVaO7d8nJXTh3dEBO0iwJkAAJpJ6ArGbAM2xlH5ozdcc9r2lZqhLKgdc7orZadffY2ThW q3JKSrQiV6VS35tZIgmQQNAEPGiGcEWvciBaSdaYKyv1ugW30IOuqqv9199Yec/U2SpRCI1FFD53 D1/LcGXOBCRAAvEi4FkzEtXDzsR3L87eNXudlgpjy6Ri5+5hLVhBLV7+yweLSoq11AVGpt7Wb8jg jrqs0Q4JkAAJRISAf80QFUCMkMOL3twz8yMtWx2YdtQZ1rH8RR2x954CQLjdPevNlY+8Nl/X3EL4 TMFIQduxCBIggVAIqGpGwmmIx9G1n/y4fu228UvUaxK0eKwo3DJt+hLEHFTftzBVloKh3vq0QAIk EFkC2jTDWEOhH8e2FB/ftWv7E4UqlYd4nPvEoNP7jFAxksgLqXh19if/s7pI78QiYZ+CoaWZaIQE SCCyBALRDFNtsW1+rHjtTwf3HSv9HP/paNHJVyiO7DgouReCy4BVbpvomyAWoPBW0vJVm4OTCviG U1KvPzCkWze+kOG7oZiRBEggBgRSoRmuGI5/XXr8q23WZKdUqVY2p6VrdmsCzCfWFm37fPPOwo3F 6tcsXB1ocXbWlHEDeErKFRQTkAAJxJ1AJDRDESIUYu93h5Yt/8dXu/d+tftbjcefZBxDOKlxd1/N y94yrJiGBEgg7gTiqhlde55crUqxPJgau3716k+PGcD1qLj/Bug/CZCAPIG4asYpTW+Wr2QQKTm9 CIIqbZIACUScADXDcwPhZe8J917H8OaewTEDCZBA/AlQMzy04YC2rQcN6MS9bg/ImJQESCC9CFAz 3NsT52jxOCve2uPcwh0WU5AACaQ1AWqGU/MimPlVXfL79m7NY1Fp/Stg5UiABGQJUDNsSOG+Re9L 83tdlc+JhWw/YjoSIIHMIEDN+LmdsbndMi+HUpEZPZ+1JAES8EMg0zUDU4qCxrlt8xtee01rP/yY hwRIgAQyiUDGaQY2tNucc+6FTbLbtT0vv1V9blRkUm9nXUmABFQJpL9mYCZRr8aZDRtkQSRyGtTk FoVql2F+EiCBDCaQPpoBbahRqVKdmmfWqVm9apWKeU3rUSEyuGOz6iRAAoEQiKtmLFiwQfCgMATS L2iUBEiABOwIxFUz2JokQAIkQAKpJ1Am9UWyRBIgARIggZgSoGbEtOHoNgmQAAmEQICaEQJ0FkkC JEACMSVAzYhpw9FtEiABEgiBADUjBOgskgRIgARiSoCaEdOGo9skQAIkEAIBakYI0FkkCZAACcSU ADUjpg1Ht0mABEggBALUjBCgs0gSIAESiCkBakZMG45ukwAJkEAIBKgZIUBnkSRAAiQQUwLUjJg2 HN0mARIggRAIUDNCgM4iSYAESCCmBKgZMW04uk0CJEACIRCgZoQAnUWSAAmQQEwJUDNi2nB0mwRI gARCIEDNCAE6iyQBEiCBmBKgZsS04eg2CZAACYRAgJoRAnQWSQIkQAIxJUDNiGnD0W0SIAESCIEA NSME6CySBEiABGJKgJoR04aj2yRAAiQQAgFqRgjQWSQJkAAJxJQANSOmDUe3SYAESCAEAtSMEKCz SBIgARKIKQFqRkwbjm6TAAmQQAgEqBkhQGeRJEACJBBTAtSMmDYc3SYBEiCBEAhQM0KAziJJgARI IKYEqBkxbTi6TQIkQAIhEKBmhACdRZIACZBATAlQM2LacHSbBEiABEIgQM0IATqLJAESIIGYEqBm xLTh6DYJkAAJhECAmhECdBZJAiRAAjElQM2IacPRbRIgARIIgQA1IwToLJIESIAEYkqAmhHThqPb JEACJBACAWpGCNBZJAmQAAnElAA1I6YNR7dJgARIIAQC1IwQoLNIEiABEogpgVNOnDgRU9fpNgmQ AAmQwIrCLUuXfb6p9Mv123Z89uXOwufuaVPQIDgs1Izg2NIyCZAACQRLoHjT7oa9xxjLmD/p9m7d mgRXaoZqxoIFGwTTZcv/If6lapWKeU3r4V+qn1EpUJUOri1pmQRIIAMJnNL0ZmqG/nbH9O2v8z9b s6F0xY4v9h0+7FpA/erVLzz3nJZ5OR3anU8JccXFBCRAAmERoGboJI+J2+Rpi2YsWyGjE8kKrlah Qs8L8/r2aBvojE9ntWmLBEggYwg0+M0ftu7dm6gu16Z8tjwmFuMmzVpUUuwzv102TD4GXt7hlpsu OavG6RrN0hQJhE4AX1dLPtjwxc5vMBeHM8bpOL6Z2pxzLv4yt35WVu3qnHmH3lgmB7r2nGgc6KgZ nhvomz0Hxz301pR3l3rOKZehV7Omb776e7m0TEUCkSYAqZjz9qo331uF8zbyjnLmLc8qBSlTrBnp dj8D04tWV98XnGCgB1SpXCkF/YBFkECgBKAWNw56DkduxsyY60kw4BVWeqcvX9l91BNYFXnm2fcD 9ZPGo0YgrTQD3bdg4IPGpb0gcNepWT0Is7RJAikjcPfY2VALjPuKJeK3duvTr0J7FO0wu0YCQW+7 ps9ZWwgGuq9G9MlMTb2t35DBHVNQEIsgAe0EMBEfOm667cQCK06dGuY2bJDVru15KDe/VX3s22E6 UrJlN/4vTqVv3rJzyeZi63GSAW1bvzRtoHZXaVCSgGlt6sT6FyQz+kuWJpqRMsEA5aC3mPw1JHOR gCsBXEu69t5nrIM+tuh6XVFw7TWtXS0gAYzMmrfcOEeZ0L/n6FGXy+RlmiAIpFgz0mFtCp9OqZlh iPbOaVAziIanTRIIlAC+q7ADYRKMLjm5m9+cgDMdkoIBD7H0gVkFcmF6IRwWl2H5T4YQiP08A6ek sruN8nf9QhwivLBJtrGx9x88XLx1p8Mh3aCnfhnS81jNVBLA5ACCYSpRfX4As2P/POv1yUNzG/FD KpXt+YuysJ9knPYFPUDFXjN69/vznHXrvTYXPpEGDejkcMEbUjTrzZVvL1plFY+gm8RrXZieBJwJ YE+i1fX3G7+r8LW0cPIdDHCQHj0HJxomzFuYqEvQA1S816bwmeNVMLB0i2k1JtfOPxjs/mGje+Hc 0di9wPw90R7Gf0+PDsdapD2Ba4dPoWCkfSunrILx1ozbJkz3RApHnrB062kejdVbKMdr9wzEJXBP ZTExCUSBAD5CTaeknrnjd5xhRKFpYupDjDXj9TdWerqKgRmD7zOy2CH89K37h17WwbT5EdNWp9sZ QgCrUlMXLjVWFn1Yfrs7Qyixmp4IxHg/w3TCzLnaUbhUIUL6fL55J/bY4a0I6ZMI5oO/QTyfKqdX wOl4xVs5OEi2tmibKGjEwMut1rBbs+rTrYk48AKdernGJhBFfLfv4PqN201NI47/K9bRWlbR+m14 dmb/gUPTnrzFGhAMy5hI8P3+HxIZmzau27lTE5nQYda82nGhybb+699WVnCyZfP6nmbGRjKm3VHM lbd89KinAYKJo08gxfsZcdUM60sjDk0bboQosZ3+wtylkhEa8MM+s2Kl8b/vKzmqiltXEADbE19j enR9aHyfBBwcuHxv2bpkm0AijtDdI3v4HqQwvM5/d23hxmKZyrY4O6ugce7wQV28FodStv1rtwio t/mbPabppvECDeA89Pi8uWuKkp2sQ9+YcO91tg5gIjvnb4UOG2bAdWvXDneM6C4jPLb9E0Us/qDI wT2RC13ity3z+vW5yNOakvU3giXWcCcZkMa93x0yoZDs5z7GbmtxGsuyGg/r6R11zUi8J5SAjBsF yX6VcdWMiZPeQZwcmW6EH3bpgkm+f9UyRTikgZ8TZy9wPQqMkevSds06XdJEfvTEcHPP1Nmuq3MJ zYBaPPLafNf0qAuITbi5l9d1PHn7Vlw4WTBuVF/XARG/Day0uMIUmgGp/sM9r8qEx7DW11NdkB07 BF7HYk9FJIg5KJyVqmkogUKvXvSAYn/2kR1j66uzP3E+vw7fel+a3+uqfJn+jwEOX0hf7d771e5v 9xw6ZKqUiLq4tHBDsuPyni4wmuqLH93yVZudP4nQma/qkt+3d2tdY05imitCDlv/MX02yZybEh+y q9aWfPiPzcnGBBEXAOOSaSiIq2bIL0yZPrR9dHp/WdAq/W55yjkYu8qHqmlESOYkqo+1IBwWkFEL oxH5b1KHcBSe0Lm2lGSjQzOwJjbksVdc1cXonnhF2Xdd5HHJdAwHbvISZXpWIcXLsxi7X5r54Rsf eth0FD8H47TYysF00QRZvvv0aZEM/+nJ596RfP4AI/tTE2+SkShY9vEMj3wz2ba1q/I59BBnzbBe 43f9kWKa+9rDtyY+6eKqGaanqRyqjZO1kj3DlZ18Agw9XYc/5jxm4XvHduVdshR88lz3oHtsOPRd T0NnonTJ+ZneqC3OTCQ1Ax+tMitjJs74YVzTvrXxnLtkQ4hkwPXpzPtce5pMx5Ap11UAHMZWGfvq ac5odZu/juccvcpULwz9ONbo77EcyUsqnpbBTdx8ROISq6ky8+NkbeSgGQCFKK7+GjfR5WJ5bsq6 +paMAsYg15+xP4IOuWTGBXHqV2X2ekY1qXef/P1uUTtkfOzJ+c5w9AoGysLmASZnyQqVPLTmQzBQ IuZhvgVD4MJP3RmXTMeQ7I0IluP8K8CuktEUtqkkLetKZu14GKMxxOMniQkl/mA8tb3thOHSIVCu aUMCa1PDRs7AOGidXojixB/bg/LwEB92mPY5V1mEaLR+YcAsqiDqgkrhS8WaDHWRjxUPT1AXLfGG k9UIR2Os/wmeoy44UOdcF3Q5dGBkj+U8Q3JZBtVTj47g9SeEhu/S72HnYUssg9haxlfGN98ecF3Z R17baBBevXVOb5z4W1NKTnR8uITu+9Tj/a0Z5dvdR6Fasuz5YHKy7wDrZWzFEp0ngi273GvshPJL Z4peJbInVgLE65bJ9irEwvqYF+aYNMYhEqjzGoMozvqYoFgrs+6HuU4FjD80sVeRbN8RdcFnlqkI yfk63MPVS9txA4XiawkrzMn22OX3wI0pxb5OsqODttMdce4ulvMMbH9J9mx0HcmUupLhiUBnwcAM wygJ6Gf4EsGHFVaf8WPAVwY+mvAv+L/4S4dvSY0nQJLVHT/jZA7AbWwYyEPzdH8eT2bZllu1SkX5 EkNJuXjJhmTlmi5jq7uH1kFnS2bH1AkxNKiXKG9BfLyj0TH0Y5RB1Ntk030RcAGnVEzf6QidK1+c SAkLieKsX11wADslWD80FYSpAMZH17IgLfjUwzoYvHWoC4pAUBboRMIgmun5Fz9wtn/ypbjr7zc1 GQZojBX4CkGhMIvfu8ynpGtFkAB1SQSmTPaJgzoiWAYcMBrEXBw/zJhqxrcyaJBGF2XJ4gDU+YlA aLvpEMKgEc9j0oeOa9qjxv8VT6Fhuuo6fZZ0z0cy0x2OhAUcSZJZ9cLvE1+4WGBFv8f/mgKxOPiD zUzrf41+/FTrBQtRC+tlbGvtMNBgcQADE0Dhf/HvxqHHlhU6m+14Z1JcjD4qq6A+ug2Kw6iERpf8 skF6BDo0FoTzPMnKtS40nTz51r8nDlC5FoehcNGrd5nA4pyVQx1hUybaUMICxhwcOzQaXF1U4mAf v268aGL6NaH1obUYK/Q2HLRH1EVyxR4OwBOj8xgQYqkZOFsm049tVxhlMvpOYzvSJayhp2LT22Qc uxro7g4lYlzAYpcW2RArvJ6CoODOh9U3jFMye3QQSPw+jYdQRSCWRAxth1pjeVp+18rBDirrOvLa ZkdGscILb+Ut4FUiqzW0nekytjUN+io+gfGTFl85+F/8u/Xr25oR6y3Wv8TlFeNfNjyrhu8u7Tuj 5KiUsI/0xsmowzE/U3UEOvkHPDAK43SW/JiOlF7rgqHW2GcOHLL5ESUcwFejcYaBjPhicD485rtR fNTlxuvbG4vDgBBLzZA8NlqjUkof7sYE0/mcH/Yhbb8a0N1Nc0BTn0CXQseydhT50V/MrHEqEUM2 vl/wvS85Door66Z/Jk9b5Npr4VuyU2H4zJFZqvKxOpHwKjGvR2VRa/n6wkJiRQV7KvjpwluZsVsU bTs6YGnCeU6GtrANJ47eMmXcAGfUOMxqTYDbjsa/lDw74NqmQSfw4ae4dOJ1TDeNg85jur9a45EF mYwn740awnJLHuWSsawrjYktBoRYaoYuHHrtTJu+xNkgoq8nS4APE+evb3Qs63e3zPcjflRQC1Mc X3zv4xqa7+rPWLbCNe+d1zndjkZEE1cL1qmM5GtXmB+Y5vUn5zeT73AtEQmAy7qigrEb1/Jlstum ee6dpc558dmbbNTDhAPTNYfs+H4Sp1ky8x9/34WgbfxmkrzS4Ylw5Uo/b2k42Me1XKPZaIaPNH3h pbNmGJtNvr2h/LgHkOyP2KnGH7zbYbLpsAIrUjpvrnS+xOU05AszXTTJto6d85valoslI/lpitEy RiiZnQzna+QYxGVKR1sYi5b8nOx+WXMrCtfBV2RJNgbBYX9LnVjHc50Wmz57Tc7jIq5z7/3r/M9M CUxLZNE/OyD/89SVUnIe4Ls4PKvumheHX4x9Ax8HXqMJuBYRRIJ01gx/U05sY+K7INmfRBubjJ+M MbfX6TSX62qMa3fx+lKIa3dBCCPXNNYE1hHKmsa1ssjS/ryGrqUn21J2zWibwHXwdTYL9fVRrvP+ KgxCipy1sN6vXZ7As26imDpn9M8OCLAieGXm/IMYdMbKIu5ZLOqezprhrwHOzTrLR0bbyzI+7Dhn 0bsKcX5D908h63ED221ek9syC9N1arq/R5IswI4/sK6Dr7NZhJj1Ua7zmRkYrFfjTB9mjVm27XE5 RohIKopFBJEdMzAst+JEGU4GYlqPGbz19dkgyg3CJn6Yoi44H4+64A686/1QVN+49R3K7WNbFKgI 5veoC5ZSUBesqZjW1qgZZm7+RhbTrqO1MRD53LTehY4llrkSf1x7szUmqGsWhwQyNbVOnlxHKEmX ZD4qcctX0ppMMteDmM5GJC/em4y44lrzxQ5TxzD1CteR1HofqE7NX+iQ3umaDGrbNBhYEbJTjKri KhKqhrEVJwMxKrmu4PkuN4iMGFhRF4yquDuJuuBOlagLNuFQF5nFWzyLYHRMZRKsuPYo1A51EQvv qAiCEqEuWNiw3YmJpWbILIWjPTBMB9FdbG26fhGjG5nWu2Q6lnkA+uUZSpnPee0EZCJzyOiBjGMy ZcnYCTGNaxUwVpo6hrq3MnM49VIkLUAqxJVVDKyIRS1GVcm8rsl8f1XgrRpX49YE+ABHXfC1h4EV dcGo6tq+yUpBTFnjf8Ldch/+iCz+1h6xmwKdECIhFEJStmOpGTLnhYASg7KPaw2Sh3N8N7BKRtfZ jCfj+a3qe0qf4YkRuSGyBJwXLeXjJuitID5gMaWAVFivrFoLwr6Oj1MGvodsPG7mqbIYYSF7+ABH XVy/9lAR1+9aBHI3OiB5vsOTz8kSY1YB2cNVYpktUuxNms7lx1IzTFNvB44OsRyS5Upl42npAb6N 6L1i6tuNuGRMcUwBT1hMi5amrRfT8OTJsu/E2KXAB2yyKYW4XoorkwgTIK6+45qFyoFm3366ZsR3 J5QPI2yyz3DIgwi8iGtAuGUt6oIYyc6WjWRkzoy4+imTAN8WWEzDrCKZ7KEuOPSPW8aoC8KWiAgO pjNmMdUM9+1TQRCPoMmgZBoSSCcC9X/9K2N1NK4FyVDCIIuByTaIDsZWXF9NXC/FlUkcF/QqxvKf jDLeOqcRIUdtg+ZibEVdIBK4DIRoDiIkVBS+OJMFUBBhla0zMxHyAOINkUBdcJcLt4xRl2TflLHU DPnlcryaqd5vaCFzCDisj2uJZZIaktZROJXOIxaZaWDCrEKE28PYios7XkXCBC2I3RpbPrYxqkWI AQQXwNjqEK8wNQ0tXwqOaVlf9DGGPIB4Sy48xFIz5A/AYAomH79evgGYMl0J+F4fjxoQ03KH6TmN 4LzFLrHpAj/mFgi+oj3cXnBVSFhGYHNTf0iEGEhB6XqLGDb6RdN6FBag5INIGp2JpWagAs4BFYw1 fHuRU9BKvQ3jbC3xAoztvyTebxEvn9j+ubJ7i1Q67Lus4C4EpGzl13fdvWbEd6tzx0g8huPQMaxf UaYzdf+zOkUTblMwDPRqxbfFvPLUlR6TDNMdCwyyts+66CoxODuYRZmW1zBVko/qaHIsrpohf5wZ sHCS2lN7+Di/IXN0D6ru8AdTXSyJOv9RnNR7gpAssUxwQ10XAlwPn2ipUaBGXKuAQ4DOHUOESnT+ Y62C6fMC+7emQCxB1BpFGDeKUfdHH/zFAwxBFBqQTdOjF/hI9T3I2o4nxt9R0LcCTOE+8fHhHNrH GWlcNaNvbw8RqifOXuDpBrWPBYqs2u7b8qlcUw7ohwSzMoF6bCOom1xK9jKHMZnkoergKqtu2bUK AW1Q4/PCJFcv/8Xl5R/1yi5f9YtHLx68tY/kErl60dotLC38xZ07lcAetkHMjL8jrBrJvPvku47G bV1olWKg9bhqBvqi/BPHaBK8auLjroZ8I8lcq1EJ7i3vSdApZU6t2EZQNzkmc2lAZvYWdH0V7cvc uwxoyw1PnBqdhzgFPdUwtjvGJtcQaopsA81u1HLXmGA+PDH17dVrt/owIpPFFFS0f7s2Mrkc0sRV M1Clu0f2kK88pg6trr7P02xD3jhSymzLY28wOAc8eauSuFH22a7ZZb6dXcMAoxSZiFiuzoSbQOaM 3yOvzQ/ig+aWmy4xLSRisyGIghKEjWssMvPRcJtGvnR/4Smd7Zv6dnC3Akx3d9rmu8cGdfY8xpqB o9DYHpRveKy04koq7kAG9LOR2Zb3Pd3BF2JAbssDFCl7XZUvk8X5kxbLdDKBCvwFVAhuB16m4qY0 +Jhw3QECCpxP9WEcXcKBs/VBOt8FSfrmekFa0k6aJbN9VxSr68ZqYvkoNT9wf2HTjK7GWDNQjXF3 X+26x2jqfzgLUeOS4Qi0go1xjFyJdkpEpsSdT39dttcVBa4ZMd3BFSFPa5eJoAWrPvUze3UNhOXq sykBpFqGufPqufMjuKJE3wsCunbgvZJJll5mNQBzUAQyki8R/RZfP9ndRiGahUOuO0Z0NykWCgpo KQxuuKqjfAXlU3r6NcmbNaaU2Z9zsGz7eQRFN35lQm5xtNefe55ymd799ZRXJI63ZoD702MG+Kg2 Aq0gxBhiG0A/RBjRRGRKmXUV2xIlXzE6uUp2/f2u0x1oGKIviLAwos9FJ96RaaHclgYwoo62/wlj lgzkm3t2sGYP+oSJj75kzGJbr+GDusiYxWiOiEauA7oIk4d+KyJAOA/T+IFYH2REj3ItRcZhaxrj epRME/srxZSrZMsvHj/XYtNkpHCjtqCKRsumr0w8Gp8C/TPFRvSBK96agQpj7o9z0z5qHkQWHBSR MYufupjuIMQChAFja+KPeEsAUgENQ/QF42Q/CgdtRe2sC+W2tUYdMZ8z/gzE1zHGLFdKGApNk3eR JY6rH/KLqPg4ABx8waAPGHtF4mEG/CcRJi8B0HXbAJ8y1meDNcqGiBQizgSazkcoKlO4m3/GA7L4 zgvCGdNXJvr2tcOnuP40rAmK1m9zyGXaalVfBIu9ZgAWzk07P6btoxn8ZUEn8HTpDH0RwoCxNfFH vCUQ8ZHRulCeDBfmc3gmIfE+hPg6lmE7uk+3+B7TtFYQi6ie1m3QB4y9IvEwgww6axpckrBeEYBs 4ANFcQ0dUoH1scTZ9PzmOcbSve7tmw4W6n0txiu6gsa5xizjJs2StwCqi1etl0lvWiYBSU9LlCgC wowlE2NZ1tUnlUUwiKVpPyYdNAO8cCEuIrLx6vPDPI0OMh0r3DS210pwxFv+5mPifQjJisCy7/tT kkU4JAviixL69/oDQ9R982cBpS969S5re+EDBYcJ/V0bwvQRoxtWd8X3jXhBwHRrSn7LHdYwWTEF HfFXWX+5rONsvz4XGU05rLWaSkT/AVXJO16YBJgO8gACUMgsUkGZMI+3ztqtLyaYbkDjE0RyCoiF UESpMu3HpIlmCNnAhXh/PUZjLvw+F06+I81kw5bPlHEDgqgmbL4+eajGFvFqKqDPW4wOQfTPypWk 3oFIJhsYDjDuYyIoOYgAJjQGaoHpo3GIF/FcrRNQpMG45jybwWkU7PBJDrJeW1MyvXWcxVKw6SQk hlpU3KEuYukVq8oyZwITjmEOapJzseWJWWAy5cDf479ihifzAAYKwq1v07kVKI1zdAwUgYbDQqhp zQMbiumjGQINwizLnOqR7En+kqG3aZcNT0te/tz2mgvVxLezXtmANaBTDCgt82K518pqSY/+qV02 GjaQfW9OyIbtiXB8RGMQwS5a4jyhaRcKOgFREc/tQWMcJgTWCSjGNYxuGOOMxxRhH9+w4pQHllai uRiLu9/WU2eJuiS6BCYW4mAC/lOypVeHyautnAMIZoEQZsw5YDmxuSVeYMXfmzY7Xfun9awQsMMU lMPoG/5dvN+HImwFCY6dcuLECdfyYpcAiHEIIdCOiN8egq85kMFHx6ARz0t+CLgShmYgKpEpGTqT 63QenR5xm5PZx56qa9F4fcXhxqIIyq8FNb62MMNwFgwZh21ZiWrKZE9WXwx5rk9zowh8tTifVgAx XNPR9VmN2EFeQ0FgmEA0HS1NJqiafIAe4DPZh3187Rm/0JNVDb9u49AMGfYRPclkJFlZvru3qS7O PyIw9D1coCCcYzRuaSSrC8RA5viJdUDAGGJszbSaZyRqi18Rwi+DnfY5h3jHCu+TOAsGPMHnA9Ig pboPGARHDLzc2pYy76/5+Om6qogxAcZHoFbcTEKnxOE3vG6mOMPw5HmyxIoH2F2XtkAMNUXnVJ+i ATtuYHitNfaK1JtMFIqeiUeHTKKFRoR9+e0u2BEdQPLcvCnqjN4Hj00wxZqBp58wEkMhXN/pMxUk hgvon6degb2QT9+6XyZwEYoT01xP9tG+J7+BzjnX6G16aoYYstGV8ewURm38tDyRsv4IxTuUwCfe sZIPpIOUyII+5MMH8X4WfpPJwtzLrGUrVlxmPAJqMIGf8NbTrwvGMbKgH2OI0bjpLYPFoV77vj9k +1+dTzQmskheo0HnxPwPdZcJH2DyB9AwwuIJI2D3d7pMNBks+PuuMvZMW5mHfegiaufaH5AAPth2 gKpVKto2xP4Dv2igZMlkuq5MGsgGxmUZjRfPMeH3bp2XS/YKDOtAASPOipvgj5jHQC1pXMjGpzPv k/nCE88xnXzYtaCBiVJ6rk3ZdgVMM9cWbft8805EUsPpMYd9KjQYQlEiiBii1ULDZWJJyXQ+pMH6 BoaenV/vFdHcjG6IQvGXiGp3btZZCJvh+tGN+ay4HI5O4+/2Bpgkvot1VRM2ly773KGOGNOxCo83 qzt3Svp+ZDKeig4bs+e3qu91wE0cMdLFSlRTtCMC/eILWswdsdOYmCCKrSwVaK6dE6tJc95etan0 S5Se7C4e3MD1C0Qb69DufE+dDWv9iHeLDo83EMWKnOjq6OcIxmUimSCMg1jJ+j+8Tdzj890Qid8O /JE0cvIE7ZINoi6JXy6wiKZB8HkjFqN9Hz3N2CuMzYeRoXlePSt/0bElKyKMz3pzJe73ocVFZ8PH JeYTqEvLvBzEBzLCNwH/vzP4Yhc9ySzDAAAAAElFTkSuQmCCAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAqQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2 AQJcDTpWCwAClmwAB5QfAQ02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDtBIelLQALNYDAAEBNdYFAAEDWAU11gUBAgNcDS/WCwEC BP//////////qQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2 AQJcDTpWCwAClmwAB5QfAQ02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDtBIelLQALNYDAAEBNdYFAAEDWAU11gUBAgNcDS/WCwEC BP//////////owAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2 AQJcDTpWCwAClmwAB5TiBA02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDtBIelLQANdYFAAEDWAU11gUBAgNcDS/WCwECBf////// ////qQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2AQJcDTpW CwAClmwAB5QfAQ02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAFPYDtBIelLQALNYDAAEBNdYFAAEDWAU11gUBAgNcDS/WCwECBf////// ////qQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2AQJcDTpW CwAClmwAB5QfAQ02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAFPYDtBIelLQALNYDAAEBNdYFAAEDWAU11gUBAgNcDS/WCwECBf////// ////qQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDWAU11gUBAgNcDSN2AAFYBSN2AQJcDTpW CwAClmwAB5TTAQ02YA+UZgAQlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAAAAAAP8EAQAAFPYDtBIelLQALNYDAAEBNdYFAAEDWAU11gUBAgNcDS/WCwECAf////// ////wQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDqQU11gUBAgMQDSN2AAGpBSN2AQIQDTpW CwAClnMAB5QfAQ02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAABT2A7kSGPYDAAAelLQALNYDAAIBNdYFAAEDqQU11gUBAgMQDS/W CwECBP//////////NNYGAAEKA3MAeXTFUwUAwQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAED qQU11gUBAgMQDSN2AAGpBSN2AQIQDTpWCwAClnMAB5QfAQ02YA6U+P8PlGH+EJS0ABPWMAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7kSGPYDAAAelLQA LNYDAAIBNdYFAAEDqQU11gUBAgMQDS/WCwECBP//////////NNYGAAEKA3MAeXTFUwUAwQAWJAEX JAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDqQU11gUBAgMQDSN2AAGpBSN2AQIQDTpWCwAClnMAB5Ti BA02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAABT2A7kSGPYDAAAelLQALNYDAQIBNdYFAAEDqQU11gUBAgMQDS/WCwECBf////// ////NNYGAAEKA3MAeXTFUwUAwQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDqQU11gUBAgMQ DSN2AAGpBSN2AQIQDTpWCwAClnMAB5QfAQ02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7kSGPYDAAAelLQALNYDAAIBNdYF AAEDqQU11gUBAgMQDS/WCwECBf//////////NNYGAAEKA3MAeXTFUwUAwQAWJAEXJAFJZgEAAAAB lgAAIXYAAmgBNdYFAAEDqQU11gUBAgMQDSN2AAGpBSN2AQIQDTpWCwAClnMAB5QfAQ02YA6U+P8P lGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEA ABT2A7kSGPYDAAAelLQALNYDAAIBNdYFAAEDqQU11gUBAgMQDS/WCwECBf//////////NNYGAAEK A3MAeXTFUwUAwQAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDqQU11gUBAgMQDSN2AAGpBSN2 AQIQDTpWCwAClnMAB5TTAQ02YA6U+P8PlGH+EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEA AAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A7kSGPYDAAAelLQALNYDAAIBNdYFAAEDqQU11gUB AgMQDS/WCwECAf//////////NNYGAAEKA3MAeXTFUwUAqQAWJAEXJAFJZgEAAAABlgAAIXYAAmgB NdYFAAEDWAU11gUBAgOoDCN2AAFYBSN2AQKoDDpWCwAClmwAB5QfAQ02YA+UZgAQlLQAE9YwAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDABIelLQALNYD AAEBNdYFAAEDWAU11gUBAgOoDC/WCwECBP//////////twAWJAEXJAFJZgEAAAABlgAAIXYAAmgB NdYFAAEDWAU11gUBAgOoDCN2AAFYBSN2AQKoDDpWCwAClmwAB5TiAA02YA+UZgAQlLQAE9YwAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDABIelLQANdYF AAEDWAU11gUBAgOoDC/WCwECAf//////////L9YLAAIEAAAA/wQBAAB5dNs7ywC4ABYkARckAUlm AQAAAAGWAAAhdgACaAE11gUAAQOQBTXWBQECA3AMI3YAAZAFI3YBAnAMOlYLAAKWbAAHlB8BDTag DpRxGg+UQf4QlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAFPYDABIY9gMAAB6UtAAs1gMAAgE11gUAAQOQBTXWBQECA3AML9YLAQIE//////////95 dG1hlgDGABYkARckAUlmAQAAAAGWAAAhdgACaAE11gUAAQOQBTXWBQECA3AMI3YAAZAFI3YBAnAM OlYLAAKWbAAHlOQADTagDpRxGg+UQf4QlLQAE9YwAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA /wQBAAAAAAD/BAEAAAAAAP8EAQAAFPYDABIY9gMAAB6UtAAs1gMAAgE11gUAAQOQBTXWBQECA3AM L9YLAQIB//////////8v1gsAAgQAAAD/BAEAAHl0bWGWAKkAFiQBFyQBSWYBAAAAAZYAACF2AAJo ATXWBQABA1gFNdYFAQIDqAwjdgABWAUjdgECqAw6VgsAApZsAAeUHwENNmAPlHUAEJS0ABPWMAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2AwASHpS0ACzW AwABATXWBQABA1gFNdYFAQIDqAwv1gsBAgT//////////7cAFiQBFyQBSWYBAAAAAZYAACF2AAJo ATXWBQABA1gFNdYFAQIDqAwjdgABWAUjdgECqAw6VgsAApZsAAeU4gANNmAPlHUAEJS0ABPWMAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2AwASHpS0ADXW BQABA1gFNdYFAQIDqAwv1gsBAgH//////////y/WCwACBAAAAP8EAQAAeXTbO8sAuAAWJAEXJAFJ ZgEAAAABlgAAIXYAAmgBNdYFAAEDkAU11gUBAgNwDCN2AAGQBSN2AQJwDDpWCwAClmwAB5QfAQ02 oA6UcRoPlFP/EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAA AAD/BAEAABT2AwASGPYDAAAelLQALNYDAAIBNdYFAAEDkAU11gUBAgNwDC/WCwECBP////////// eXR1TvUAxgAWJAEXJAFJZgEAAAABlgAAIXYAAmgBNdYFAAEDkAU11gUBAgNwDCN2AAGQBSN2AQJw DDpWCwAClmwAB5TkAA02oA6UcRoPlFP/EJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2AwASGPYDAAAelLQALNYDAAIBNdYFAAEDkAU11gUBAgNw DC/WCwECAf//////////L9YLAAIEAAAA/wQBAAB5dHVO9QC9ABYkARckAUlmAQAAAAGWAAAhdgAC aAE11gUAAQNYBTXWBQECA6gMI3YAAVgFI3YBAqgMOlYLAAKWbAAHlB8BDTZgD5RBARCUtAAT1jAA AAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gMAEh6UtAAs 1gMAAQE11gUAAQNYBTXWBQECA6gML9YLAAIBAAAA/wQBAAAv1gsBAgT//////////3l02zvLALcA FiQBFyQBSWYBAAAAAZYAACF2AAJoATXWBQABA1gFNdYFAQIDqAwjdgABWAUjdgECqAw6VgsAApZs AAeU4gANNmAPlEEBEJS0ABPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAABT2AwASHpS0ADXWBQABA1gFNdYFAQIDqAwv1gsBAgH//////////y/WCwACBAAA AP8EAQAAeXTbO8sAmAAWJAFJZgIAAABLJAFMJAEBlnEAIXYAAmgBNdYFAAEDzxI11gUBAgPmFCN2 AAHPEiN2AQLmFDpWCwAClmwAB5TqAgp0AACgBBPWMAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAA AAAEAQAAAAAAAAQBAAAAAAAABAEAABT2A7UnFTYBNdYFAAEDzxI11gUBAgPmFHl0F1HZAJgAFiQB SWYCAAAASyQBTCQBAZZxACF2AAJoATXWBQABA88SNdYFAQID5hQjdgABzxIjdgEC5hQ6VgsAApZs AAeU6gIKdAAAoAQT1jAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAA AAQBAAAU9gO1JxU2ATXWBQABA88SNdYFAQID5hR5dBdR2QCHABYkARckAUlmAQAAAAGWAAAhdgAB aAE11gUAAQOXKCN2AAGXKDpWCwAClmwAB5QlBBPWMAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAA AP8EAQAAAAAA/wQBAAAAAAD/BAEAABT2A5coFTYBNdYFAAEDlygv1gsAAQ///////////3l0F1HZ AEUBFiQBFyQBSWYBAAAAAZZsACF2AAZoATXWBQABA6ACNdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJ NdYFBAUDqAI11gUFBgP1CiN2AAGgAiN2AQKGCSN2AgOoAiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAC lmwACnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAE AQAAFPYBAAAs1gMABgE11gUAAQOgAjXWBQECA4YJNdYFAgMDqAI11gUDBAOGCTXWBQQFA6gCNdYF BQYD9Qov1gsAAQQAAAAABAEAAC/WCwECBf//////////L9YLAgMEAAAAAAQBAAAv1gsDBAX///// /////y/WCwQFBAAAAAAEAQAAL9YLBQYN//////////9h9gNsAHl0mEWaAJkBFiQBFyQBSWYBAAAA AZZsACF2AAZoATXWBQABA6ACNdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJNdYFBAUDqAI11gUFBgP1 CiN2AAGgAiN2AQKGCSN2AgOoAiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAClmwACnQAAKAEE9YwAAAA AAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYBAAAs1gMABgE1 1gUAAQOgAjXWBQECA4YJNdYFAgMDqAI11gUDBAOGCTXWBQQFA6gCNdYFBQYD9Qov1gsAAQQAAAD/ BAEAAC/WCwECD///////////L9YLAAEC//////////8v1gsAAQj//////////y/WCwIDBAAAAP8E AQAAL9YLAwQP//////////8v1gsCAwL//////////y/WCwIDCP//////////L9YLBAUEAAAA/wQB AAAv1gsFBg///////////y/WCwQFAv//////////L9YLBAUI//////////9h9gNsAHl0mEWaAG8B FiQBFyQBSWYBAAAAAZZsACF2AAZoATXWBQABA6ACNdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJNdYF BAUDqAI11gUFBgP1CiN2AAGgAiN2AQKGCSN2AgOoAiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAClmwA CnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAA FPYBAAAs1gMABgE11gUAAQOgAjXWBQECA4YJNdYFAgMDqAI11gUDBAOGCTXWBQQFA6gCNdYFBQYD 9Qov1gsAAQEAAAD/BAEAAC/WCwABBAAAAAAEAQAAL9YLAQIF//////////8v1gsCAwEAAAD/BAEA AC/WCwIDBAAAAAAEAQAAL9YLAwQF//////////8v1gsEBQEAAAD/BAEAAC/WCwQFBAAAAAAEAQAA L9YLBQYN//////////9h9gNsAHl0mEWaAG8BFiQBFyQBSWYBAAAAAZZsACF2AAZoATXWBQABA6AC NdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJNdYFBAUDqAI11gUFBgP1CiN2AAGgAiN2AQKGCSN2AgOo AiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAClmwACnQAAKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAE AQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYBAAAs1gMABgE11gUAAQOgAjXWBQECA4YJNdYF AgMDqAI11gUDBAOGCTXWBQQFA6gCNdYFBQYD9Qov1gsBAg///////////y/WCwABAv////////// L9YLAAEI//////////8v1gsDBA///////////y/WCwIDAv//////////L9YLAgMI//////////8v 1gsFBg///////////y/WCwQFAv//////////L9YLBAUI//////////9h9gNsAHl0mEWaAEUBFiQB FyQBSWYBAAAAAZZsACF2AAZoATXWBQABA6ACNdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJNdYFBAUD qAI11gUFBgP1CiN2AAGgAiN2AQKGCSN2AgOoAiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAClmwACnQA AKAEE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYB AAAs1gMABgE11gUAAQOgAjXWBQECA4YJNdYFAgMDqAI11gUDBAOGCTXWBQQFA6gCNdYFBQYD9Qov 1gsAAQQAAAAABAEAAC/WCwECBf//////////L9YLAgMEAAAAAAQBAAAv1gsDBAX//////////y/W CwQFBAAAAAAEAQAAL9YLBQYN//////////9h9gNsAHl0mEWaAJMBFiQBFyQBSWYBAAAAAZZsACF2 AAZoATXWBQABA6ACNdYFAQIDhgk11gUCAwOoAjXWBQMEA4YJNdYFBAUDqAI11gUFBgP1CiN2AAGg AiN2AQKGCSN2AgOoAiN2AwSGCSN2BAWoAiN2BQb1CjpWCwAClmwACnQAAKAEE9YwAAAAAAQBAAAA AAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYBAAA11gUAAQOgAjXWBQEC A4YJNdYFAgMDqAI11gUDBAOGCTXWBQQFA6gCNdYFBQYD9Qov1gsBAg///////////y/WCwABAv// ////////L9YLAAEE//////////8v1gsAAQj//////////y/WCwMED///////////L9YLAgMC//// //////8v1gsCAwT//////////y/WCwIDCP//////////L9YLBQYP//////////8v1gsEBQL///// /////y/WCwQFBP//////////L9YLBAUI//////////9h9gNsAHl0mEWaAKAAFiQBFyQBSWYBAAAA AZaAACF2AAJoATXWBQABA04HNdYFAQIDiB0jdgABTgcjdgECiB06VgsAApZzAAeUuAET1jAAAAD/ BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gEAACzWAwACATXW BQABA04HNdYFAQIDiB001gYAAQoDcwBh9gOAAHl0UT01AKAAFiQBFyQBSWYBAAAAAZaAACF2AAJo ATXWBQABA04HNdYFAQIDiB0jdgABTgcjdgECiB06VgsAApZzAAeU4AET1jAAAAD/BAEAAAAAAP8E AQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gEAACzWAwACATXWBQABA04HNdYF AQIDiB001gYAAQoDcwBh9gOAAHl0UT01AKAAFiQBFyQBSWYBAAAAAZaAACF2AAJoATXWBQABA04H NdYFAQIDiB0jdgABTgcjdgECiB06VgsAApZzAAeUuAET1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQB AAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU9gEAACzWAwACATXWBQABA04HNdYFAQIDiB001gYA AQoDcwBh9gOAAHl0UT01AKAAFiQBFyQBSWYBAAAAAZaAACF2AAJoATXWBQABA04HNdYFAQIDiB0j dgABTgcjdgECiB06VgsAApZzAAeUuAET1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEA AAAAAP8EAQAAAAAA/wQBAAAU9gEAACzWAwACATXWBQABA04HNdYFAQIDiB001gYAAQoDcwBh9gOA AHl0im8qAKAAFiQBFyQBSWYBAAAAAZaAACF2AAJoATXWBQABA04HNdYFAQIDiB0jdgABTgcjdgEC iB06VgsAApZzAAeU4AET1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAA AAAA/wQBAAAU9gEAACzWAwACATXWBQABA04HNdYFAQIDiB001gYAAQoDcwBh9gOAAHl0im8qAKAA FiQBFyQBSWYBAAAAAZaAACF2AAJoATXWBQABA04HNdYFAQIDiB0jdgABTgcjdgECiB06VgsAApZz AAeUuAET1jAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAAAAD/BAEAAAAAAP8EAQAAAAAA/wQBAAAU 9gEAACzWAwACATXWBQABA04HNdYFAQIDiB001gYAAQoDcwBh9gOAAHl0im8qAJAAFiQBFyQBSWYB AAAAAZZsACF2AAFoATXWBQABA2glI3YAAWglOlYLAAKWcwAHlCAVCnQAAKAEE9YwAAAAAAQBAAAA AAAABAEAAAAAAAAEAQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAFPYDaCU11gUAAQNoJTnWAwAB ATTWBgABCgNzAGH2A2wAeXSpIKcAtQAAAEQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA0Mnqefm6zhGMggCqAEupCwIAAAADAAAA 4Mnqefm6zhGMggCqAEupC0QAAABtAGEAaQBsAHQAbwA6AGoAdQBzAHQAaQBuAC4AYgBvAHIAZQB2 AGkAdAB6AEAAYQBuAHUALgBlAGQAdQAuAGEAdQAAALUAAABEAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAANDJ6nn5us4RjIIAqgBL qQsCAAAAAwAAAODJ6nn5us4RjIIAqgBLqQtEAAAAbQBhAGkAbAB0AG8AOgBkAGEAdgBpAGQAYgBy AHkAYQBuAHQAbABvAHcAcgB5AEAAZwBtAGEAaQBsAC4AYwBvAG0AAACpAAAARAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADQyep5 +brOEYyCAKoAS6kLAgAAAAMAAADgyep5+brOEYyCAKoAS6kLOAAAAG0AYQBpAGwAdABvADoAagBz AGMAaABtAGkAdAB0AEAAdQBjAGQAYQB2AGkAcwAuAGUAZAB1AAAAsScAAEQAZABeAZ4AAAAIAAAA AAAAAAAAAAAAAFgbWAznAOcAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPAATwVgAA ALIECvAIAAAAAQQAAAAKAABDAAvwMgAAAARBAQAAAAXBGgAAAAYBAgAAAP8BAAAIAGcAZQBuAG8A bQBlAGIAYwBsAG8AZwBvAAAAAAAQ8AQAAAAAAACCYgAH8AcnAAAGBsWmAbtjtQ3WhylLxLcu4wn/ AOMmAAACAAAA5CAAAAAAAQoAbh7w2yYAAMWmAbtjtQ3WhylLxLcu4wn/iVBORw0KGgoAAAANSUhE UgAAAV4AAACeCAMAAABNapIoAAADAFBMVEXF4rXu7vW6utbMzOB0dKrq9eTi4u4UE2wZGXGMjLpr a6WSkr3x8ffp6fJbW5y226Ojo8gAAFz6+vxLSpLl5fBos0ZlZKF3u1dDQ400mQCr1ZUkkQD4+PuG wmpZrDTV6srZ2unFxdwymABKpSXi8Nv29vqUynr1+vL09PihocfBwdp6eq7b7dE0NIRRUpUAAGU7 nROZmcKFhbViYp/d3eutrc61tdL8/P0tlgAMC2UqKn4ZiwDS0uTJyt/8/P7V1eUkJHrx+OwAAGFU VJiencVEoR19fbA8PIk6O4L+/v2xsc9JSYqystAMDGtSqC3R0eOVlcDe3uu9vdf6/fgwlwCCgbKK irg0mQ6dzoUzM38plACx2J2l0Y6qqszy8vciInYAAFb4+Pzk5O+oqctxcac5nAsDA2dgrzuLxXD8 /vu2ttPN5sDExNxtbac/nxj3+/WDgrUtLX8ejgD7/fp8vV729vkGBmVbW5cKCl+dncIFBV9wt05B Qoculwbq6vMnkwAslg3OzuLb3OoAAErA368ulwH19fqfn8X7+v7X2OiFhbMhIW7W1ufX1+f3+PrC wtuanMLi5O8xmAXs7PSgoMX9/f6srM3v7/ZwcKkeHnQqKXj5+fvT0+UgjwAoKHyurs9OTpP7+/zz 8/jr7PScm8Pg3+03N4PAwNnGyN52dq3w8PZISJArlQQ1mQdTU5FPT5XHx96Ghre/v9mwsM6rq8xo aKRvb6USEmD///4PD28JCWgDA2T+/v7+//7+/v/+/////v7//v/r7PP9/v1eXp6bm8Pr6/Pn5/G4 uNTj4++cnMSvr9AwMIHg4O37+/319fn29fqPj7v19vomJnRYWZkrlACIh7hYWZImJnqDg7MQEGpX V5n5+vyIiLaHh7YPD2VYV5ezs9Dv7va0tNJmZ59OTo/39/p/f7De79UGBmnPz+CXl8B4eK39/f0/ P4qCwWR/f7MwmAkvL3zQz+Ovrs5GRo2vsNDDw9u3t9Q5OYg3NoZfX5sDA2CmpsrCxNr///8H3Rb+ AAAAAWJLR0QAiAUdSAAAAAxjbVBQSkNtcDA3MTIAAAADSABzvAAAAKZJREFUeF7tnQlcVEe28GXt ZtO+LApCFHDDILTYGpZIhIuAUVFExB1u1KCiSHAhBBceqHHMMuYFO9C2MOKMOkCiaCS20IBGZUkE pl90xuAXGaNBGYU4UZ5i8Kt36tbtbmi27nwf83u/8dZM7KZvVd26/zr31Knt1BDEh0EkMGQQ8+az RjzeQRUCHi+Pd1AJDGrmhkrv+mCz9YNaoH+vzA3Dq0BJe7ZOUiKk+KyOe2YAAAP0SURBVPeiMGhP Yyje8tGTXzEbtNL822VsGF54/OBRk4fx0quvHOiHV6FVBgvXvv5KMKrUN/+XPJ6+eBUKxUUW1Z7Q 1x1G83j1FBv98II2IPJrtmet3+ZRG3jt8P8ZL2S3ZYLZhnWhzu65a3m8etLVr1Nc/ualLUljN6zY Pjl9mZPT5u339c39pY+nj3JQmI0eNn77qE2Ld+6Ndndyzx2/kFcOegpOX3jVtoLZhhXrRqwds2nx Xj8/v2h3dyen3Hkb1JpYz3u8xNH6wFuOkUzYMPIVh3mbvvBLd05fBmydIPjlLh6ZhMo5M+IlBqff o/epHMonDXtl7aZlubnO6dejMVgI7n7O6WOWJCEFj1c/un01bVvuj3T4Inezsx8rsk7wr3u037Jl fpscoMvGB70J9C69wXsc/DYv06J1j46O3rtzcajDSDP0ltuMLFu983/JI+rgvYBtAmXwured/UBg sdBygvv52/NGrBidhJB0gZfw7pl8KUIXLvDjZgNJT3e8FxWVgOz+9sV+LFYWrp9zrl/o9iVDxgYn bYHclHVXqVSZxAR35Hi8huGFRguhSQ6f+5HGDOCmb/ab98ry0WODMVoclOZeFEX5L33wxkBZ89eR btMG8jhpuzN0zUjwy/3UYcUGs0ssKQVr7irNn9NiMU3JHlbz/AYk0F05KC6g4Fec09Wie9153vjR 6ixAbWC80gXJlBgCk/rQnu+8DcS3B96Rmzarrdy9n6/d0yO91P45i1fM+E8p5LtvA/DVNcyCHZyJ PebkFL1z7aQeqRVIPkXI8f3woJRv3frnq4t3WKgzR3ev37z75T3EExsLBf6EL9VezYuvYXh//lTd rqVvGrawJz1sjVUP5fAKrcD6HUj9vNTXu0uv0myteoDBb+eICX2R+TaP5Ut3Oha+1PAGfvjueC+N HqM2G5xDh/WZ+o+JDNEOsijfgW/xMsfojnf9nk0cXnfnUf3MSYhSwPYFvIJ3XF5meAM/e3e8W5Zv Wob7amA2pG8P7jt1lJDFS/tLmge+xcscQwfvSDVev2UjWvvmUnyDKN/SkPdfZngDP7sO3mGAlw17 07f32bIhtDGO4E3h2zZDDLP1Q0LTiXJwd3boZylZgoAoh5RTHgPX4MscQ8dyuD8vndB1ch7TzySy KJ7gLb057mWGN/Cz6zBM2u4H4+gYb/ri8X2mfv970q+g/Uv4pq1fxroiOnIy2yl2d4peNm90Xynn F3F2ryBGPnANvswxdPGOdXDGQ+kwTeG3czurfcu7DdvgTrHUp5HrFcfx3QpDmjaIO3ITiC9Z0uC3 DgbSYZSXXfTABYw38wgRXpoOr4KV6nzom4DOeG8FSlqnnqxwj96lrSyjAAAD9ElEQVS7dSwW30qd 5IllbMMmphrDKvhtAAboXgUs3B27dTPbMXZ3d/f7j7XDem5UOc2N94qZpR8jhS57Xpa7EtDVvUDr /s87c1nzwclp2fUxW5dPClYP++LB3roCDV2BCqbj+dAfgd6MW7MV85bhdQ5O0X6bX3/9bYcVwXjS nRXTKtGRUtKsiak0Uxue7QAEeuLFIrpna+iy9PT0ZZ9uGjPKYetybnBH7jr3Kxmjpus/PJOnOxCB XqQXWwpJy7eHTg5du3XJnrGs8lU2Z9UFHhwqUMOlaWEJTBTzwWDp5fZRLNwwcgNr90rlf4m1Nzkb ViSkKWIxiMWd/sk+b/HzbANLV2+6F0xb0BDrt7D2buz0uVNudghLUzrVbGmKClrkyo+jDwy3xyod Nolm8Zj9GVVJ+w2ZwL8MuhCkJ0ExVHx4jEmWPnnzcXpd38uuzKu+c1rSliwsBVll0cInA5pX9lPB yvnWPDg9CfQ+6rjq2elrVxuBKKClMVj4kiJc+lNJzLT52ayA65n9yx6tN7zHnpQk0yCqILXQmtF0 hPDQ8SJJWKSxawPBxa/N0VdsdMYcwChrdvs1AtCyQzZlTcIb4SE5VgmHq9QZ8nKrL1ocT0d6FSj/ zlWGa8bSBF6WEwN3GZIdH7c7gR7K4Q+/dHKd3vOJr1UfdanHQ45gS/BS+1tERxfvYUfSd6DpHWd2 dZuK4Pn+Br66eHO4ERvqeM1AuU2YBL06Hnq/mLrjle4ni/PAYggbYLBRgSaMB7cvvNIwAK/tNwIO Lw1rS/sNILbrnJas58XXALzyRWR9CEivJWfj9pUafJMMcw+FBdZ86IdAd+UgP83hFVM3RPJ+pykr 0KUV6f+xBHwP8KFvAjp4VZxygDHHICtu3EbTeqm/YCsNvo/d/vo/RyTxcPsj0B1vvbF6Ig30g9Dx VlSsNi1sg4eZzkoFbM5iw9iti9M/XdvPKlUevG6vTfkjZ/ayk2mU4FDb0Ee3368goLoaCetHr3D4 5/XovTze/oVI1+59IeSWiMBoGcMwZUJHVSGHV51R8NgNy9c5TIblEHt39rdKlZfensPp+Z5CdhCS bpIlw2COat+3j39HOL2ZFGw2dtLoIcvHjxj1tvPmdFgrlb54iXqrMc+yVwK6I2bIIyYu1V94w65g HzeYo0iaEGxmNnb0nuVLwKtO6Bd+zptz01nPL37po+6/yXPVv2nD6rXC+OZlkSt2iKG4tH7LhLFD hq1Yt3XtmMlvu193BscvnE8d7I/AOXQ53ys2SPdivnIjo2bs0NBsw7DxI9bOC528+J87d+712wse SdzBFxS3JxaEeMxyMMuI60M+9E5At2lTKNjORPAQcFwG7rU+p+QZjgAAA/RJREFUBfda17GLLUCr 3muMtw3l5l4fM3403n3BmWk8Xz10L4myZcOS7fMmf56OdQE4htNixb6gljmDB6MvwPPLBoCrqKzk e8X6614Cd/zaL5zBCZTavRa3P95vGfB2vv7F5HkOP68YgleYgD+Sch5vv+9tj9kKs5GjiNWlCdGg H8DH1qeLJ4fOWztiPEGLfpz+wGo+37INoBR18JabvbJz815ueTq4KgKdGx2985+TN4WO2v7z+OWj iV/6t7LrjKeE09Sp+a38cLoB0ltutv1zWDutVrfu0SC1b89zgJV8o80mqLVs7Iyzps/P0xT0mttc +RW+BuBN+nkx3pVJPGy5p+dGgxeoDfeDJ0xYuJ6Fa3Rg36KhjnGN/mT5P116il1Uwoe+CGiUA37L k5YvZl3vAV6A6xz687DRZkka0wBMsMOJNyLY9SXccj666Qq/LVMvywF3KO6v1bRp0c5v/7yn+7ZX pUKxy9hnkWQpzS2EwPJ79SNedPshoG3aFGjhMOKhl91SPGYJC7dLr6GCjEhmn3l0vJNbog589/Er UfXCW47M1uVyNoNT+uQVOJGOXaBeTHLgWqN6sS81vJYX374JaKW3HGZ31E623J3XwRw7pKqs1CbF wkv+j6os07h16lTbdB6vHngB3n0Hsh3eyen6270vTCX5QNSp4eqlUnnFPF598GLPp5z0uqePGt1P h+zCBdTwDfGmI6aC3Hi8+uAF3bs1V92wOdzvz38suPidQbzpiKk4Hq+eTVvSCmdiOID0TkKKvr0f g/qtzVPj3chLrx7Si6Ns2EScxLmzurfvgXLAWxfE4b0KjpL50BeBbk1Y8LrPyWZisByC+8ZbXo6k gec5vN6uPFw9pVdxfx7x9eLkPBlOp+hrNEypRIUx6qbtHr8HSy/diyNt2RPKOiMBvmOG9ZkKsGd6 cYZZS4LOKghelrsS0LFvk5aP2cx6MoteNmZFUu+ogG6haQq3Q6BoKs9Tb+mFo0aHbE/fjHsX0cs2 jdjDDp6Xc0oCO/dm1+6hY4lcp5iKeI0/wqI/+eouveVgLUxaMupT59z0vXudr89b13XQjPhOR+jo 7Gtq/8hlOQ288BqGF+yz8Q5jFsMRNrmvvx66deSGsRO6LMVRmp/wPERxjqDSrvHjOf2Ll84iKE4R mO3ByxxgAYnz5uhRrwzhlLCv9ar5ortxFDfcS/mHgFHGT7YZIL0wNXGRdCe2jN0wbMX48T9vd8DO Xuo9Yr8+9uqD4QEwwabx6TAcmjWebr/i2/fIGCww27JwYVLShKSF5Siw4F3HIEFpGmeOwVgDI1Tt 4ucxB2p5+ht47JLWqikVZi81Y+gMJTMN7LJyfaC7vLTX9VaSrnUAAAP0SURBVMRrAR4H1P4yGOq8 470o7Emn8qXFpu+D64lXRYNLBxzoxkN2piKTo5B/RQWPdyDM+uKlOv0FwhvHi0pizk4n3v75Rm0g tnBdT7xP7K4l3lOtDuTHb/Rg2iWKnnhtf29YtnxsQkBPvEQdcCYxz05vAvrhhbGci3g4h9//rjdY w6XXwKz56IYpB56XwQT0Uw4GZ8sn4JXDv0AGeOkdVMg8Xh7voBIY1Mx56eXxDiqBQc2cl14e76AS GNTMeenl8Q4qgUHNnJfe/yV4yfIydfiXDE2qb9LfzXq/ZmtTe6lXbmz0XuaxXOxrlQb4G7Wx127n 0yzB6+WGeksv9xi+sTbZ29h8/iWAuRLDE3RdK99c5/oXrgwK2EejzP7I3rYbM9sv3w3TnV/pWt4e fN9/8be/yvV/pDvvLtKeOYNXjLrW+fbKQ0+8ZCB9ldtq1SJTz1tXambY+KoXTg7Oy8U6nal3cfl9 czNZg9kFrzJQ8vfHXfD+n8iTFvbd2PzedHeH7mZn/ADW9rXmq4x6KfEuye4j4/THm7h7VtcDk/JF fzON7XVuVz+8LN3CAzl5sAYKz8afdwz7hxwNpicSwJsV+EQEYeLqE5lQ9i4CV//ebupOFy3VcHz3 yf3dX/kYpr2hO0UFcqmNUiWWDLe8VVPnoet9NHsNdblZ/8nvKdScBZrsy5H1u7uTjXp1aKovXlSR HSbUrC+jqU5LG/0r+zcIuALV346j6LKWFvAzHnTr666P7lsTLmF3dEjzW3HFN5vu8Cnsfg8VpYsX yZ+00VRZS3wZ1bn0Pd2DTTw8qaEGnAncDS9CHlM6VL7/L9KLkE1JEzl8hYH/0VTaIpiT7zr3pm4z iJipN8j2uRhC2x5wUbsoc9L6+L4qK7v5nkj0yQ92qakSeHZyN+wlv9kmux6+etz5KgFkVKHMrmqA dolchM8LCPnQjqz0VuJduuy95AVNVPitJyde/fKHNsqujugWzb9vTKEBL56qZacUe7Z+5KnUdWiR BtJLYuHfWgtttKqomw7WU3pR9hSWLkUv/bulpKOFoXzwEjMtX/zU3Np1zsQgv2hudoEtNLcEm/Oi qsBPT4hpaoSrGxDNxzLBRI//GudhlBkjODfRFl1QgssDTZaQwjzknOoogqMQ1Y8O91CUl+PMfcQs 3kpyTC38Z1uQKvjhIyNwtm9r9PjBPiOuJvCdcSMinYKlFyfWViKkg2NCcXpw+8qS5P5VoJn+7YAX jggk10nNqnl3FTr98CI0F3uepakAlZvrqmOBB08KRB7d34YuJDXvaQ/Z1f1B83cv8iKdLhPMJVnF ljA3G7S3UyMzb2MO4su9+PpSSy+bHO87V6UKI99XF0yw+IBIAAAD9ElEQVR6tLXL+apQG2q8GFM5 KFHNG6h9FG1R4ZuoqV29pwQKgzPo1drTeyqz+i52jEp5PeHu99GD6WDHwB8N0xNEkQ9WzhgHeJVy o7qM1x4jj8dRCVH49myRCg+fMH5mHGjO1rCyeVem27NMlBVY85obNOFvuJ5IqAn8EUfFkasDjROM A4nNg6X3MyIWaCYdzmpLWyS132ULP8hbFb6ozo5eicY1AN56W6Icsqe6muPlb6Ac2vNBoWVmYjOh stL34zjm+wYEHimgCEocU4k3NO3KdLXHWkaNF73xFznGi2/pkg/xpDgzI9epRFXb1rrWgfjDxYn+ c4xQg30dPjKFODTmrLqsuv0Luup1PaX39g3ASwlm4uw0TSTc/mPVqbgWYVFYFNY92aJ7JXOCJBkx RwLikoc/leJiHt34jvfSoLgAR8tpmJr9lYeSWXmeMzx33JDNijmW+c3QpXFBO96pe4OFO9t0R17c jbY1NVjxdMV7hXaEQj/el1Dtc3eNG7J58U0Wmj7z+2RaEvnBTJdL/4g8gdul2m89r3lLFiVUK0E5 FFXPv5IYcu1hjREs5Cy8xRyHxhCUC6uJMGTk8vibnJved60ycNGJcih8onJD5TjW0QTV/DfQggc+ DQs+Kwh59/s/y1FVVMzwkF9Vj7GFPbHJ0S3q+7uX10wEZ5sQ/fGVua1I4fKxyPTyqXfvGYO4cEE/ vBdj8NpeRkJEEFUqcYXBATiB7eDk99A7rra2ICtofxx4/KVkyfiALIbx2g+rq49+I8NugPF/KYlT K9BGAXyj847DTxTjH+KNT36C6CXVSCE9Zgp+etikjVcaNHgx9yxLKscFKS3p8Bwxw/wVPRNHHEYT hWXx4tLStPZCuYSxNELSqZKWzkaBP01HuqA/iTtuHS+NEPhTTbegDc58zli9r7V08KvS8NlVulQA EfKuxFagVhZvxlLmHfK6QIJIWzSTEopCIkob0yjZ7f2ews6IpjQm/AQkFgllbefLIiIoasedZqg2 S8YOAGQcoUrPC/wZgZXGxtMP71uJeHkvxR22ABodtwgIzWinaCbcDWWsnnkGpAv2ErLNH7sUmBK8 Ay+SjwCknk6JZ22Oh0Zoehxe3w5HlJHFwvgwOPwZEQVvcgF8p8vicT3GgVaQHpYJphEhuBIhc4Nl mWF0fMupsIdP0WxacBhNnau6Slu+EEW1ukgY00JUXcIcsphRFxUWZ2GNDorL6OcW0+3vhHSW3kbo QETEq9odZGyeImHaUGPz6qhrVOmLBsCLLYdjc1Lh/SR4qQdy9Fl8S4rQsubxledUgCwi/E/FxT4B zCmoelEc0zh0ZvFGi2RGdhvUy1eUBLKc6Di0Zmp1EEEkEgAAA/RJREFU8U3qO2P10eT64V11E1M6 P1sj9OyX2ClpNN04zdbVu0kglBxGdUUYLy0OEGBkKSHbUGA7Tmc3e+Nw+JmSrUSuV8vwtZY8DBzw 5jmyRw3Qn9iiuefBM1qeVVROvJhmJF8jpU2cIAGh5iyTh7K4P8nhmS3otJvmhdkuqKYF8NY37y+i X2xrcEHNw6kPpOiEQPBarLRCnj19QT3aRzcu2h/ri1zMwxm4dpBOhn5H1xDYxiTiQ3vkC75irs7g lMOqOf4i8n4uaKN8oEgtKZLiLBdfj4wgJk5l75Ff7/Hiww/BBYBI8OHEXR6/s401Ocl4rUIohy7B mi+zCk5LqF8wp1Nz6Id+eKd6Y9UrPEEK+HXG0+LijfbILZwRU5JdyLcGOhypptuqQ8AFDH1VNL/m KjArC29A78AROZ3Jr9ajx6cokNkcdAxvlqXDE0weAVY6Ymig619lIMnU981ZXzFiWvBCjuokKXB+ tzGqMLpadrXI0Svgw9Q81kBAFpQMZBDCRqEAu5hZZUevxn+6PKQs4JHpDu7cZHivrojDq0lhF6Xd za6PoYrquveCHqUtBSw4ZARQ79VXsNJL8GJ1VHdEvLoC1QiCSN/X9jJjyjaZyOgnLOAT/duxnoQQ 9UvaJx7IlMWrDgW0qfqrfngzj2C8as8Yd07OgiBCoghgdu/YrlUmjmU0szQwdngaCORwaJNLACud 3IBCAF2aJfSo5Fb4nberrnbsBAWQAzXtBeIsgFp2LcJZF8hNOqCurgY2rzr8KAWuqDBeWuaVHBAk 9D/f7oNZ3KK8stlD6YsJ3roiWgTtJ5JPoRbVoztimbHmCaFp80VgxSLbiam/Vtl+wHibd+sENRcx UAiwkqHZM2WG2yA13okEr3mIGF7VE7IA0KLg18L2NBUGQx9YbUjEUGiwHFaBvQxHY3uEMSGr0CLx XZJOaZ4xO7Kj7Cu1naYf3qmn8EsuAA2Jg0i4m2F2L0IqrDjDS0p+9b4RL2ZkIhdwYESJCyCGBVjJ dN62wnD4SLEAT33Kb1sAb8efs0M6xVRKGEQJKaMpwWk5yr6M8ZpK/wAnZtBxQ3N+PdkRL6bKCgBv Xqln1DPjmmmRlwVlltUVKIZ2hHZEFy/U3RQKRlSmFjE7HritIoYW161AKP+s/6+73viBsgNp69Kf qv2l9ApXF+NepIV/jNimDaQX8OJg7o3xPpUJIRk043JV5138aoAblsvxgFfkz9q9+OTxGjHonRjx cJyq9qypd0dyUEoprjo2H/3wVl3GnYoy7t5nZmHYKvSItYWB9G7wy8cIHshLQHrFlpDrn+CNpwOa 93vBR+kV/FpFgf8HKvmZNVClyx7C3S+ngN42db2vNo8AAAP0SURBVEGxw7FyKEAHcZsGhsTu3Qxu 8UoAb5CghjxsxUwho7JGVvF24NMWgpsQdK9aelm8iVko/+mOVDpAYuWGOWi6FflPmrwXoCv0VbDL uuDN+E72Bw6vvCYlLwOd7oH3vwGvMOIYG0tulcbihQb3cnwki1c9pBPYcuMwshBfBp6P70aIhXmn TI+nAF4S9MOLPLFbQ8aUjOVtBJ2rwZvi7+9f6h8RkRq3zwXjpSVgF88keD9i8YoaIM2Z8wDx0Fxr kF66DFTTmyzeAi3eiRhvfCmbW2NTUyKouaDzZ4HJRZCDZgvGyxVFlnqTQndTDizer7Avy/9UhYMN JQwzl2rx1k9raj8MbWFEFOgsTc8LHfjwQ65HiABvnAk6zelejfTSKysA73kyOGErSu0L7/9tCZiB VPQRKaptZ76LyQBN+JCG0huEdyaoWVCNRLk9xXgpFdQ4UH5esibRMvGRxQcPMo0wXioELHwOb10H xGCVA7pdSosZrwNYOdC4HdDgrR5KpHc1VuSyy6aJiZaeMTE/PFPjJY4An5YKA1FkC4e3p/QC3nKF 0jd7/hW7sk4wADXSi/FOR/sDKBV04rV4Dx8S4h4hDoA3eX5X3Yt/NA+hfORavPlnU0E/46ArvYrV dHgm4LXzRY+opU99pVCLlmJPA/FmsBZW2k22MjN24D8s0DdlYEqFzLA2MjKy9rCt961mpfcmTJMQ vNt+1w4faQ/hGFPbg6BHmB0zjELwidKgqHTx1hvfgMyCnnpAZoVH5fX1SEmkl7zTGecFxcgn3pGc fwjSOwM+SNOmll58tD2SNtReSRUcAG1ARswQ4J1zGO1awyRjdaIZ/aleWgbvOIu74UXaDlcQlZC/ IPM5TS8IGMD7wKUL3pVdpPdBV+UAOefYgMl4BDW3iS2I4i+JB0OGBD2Vwzgr3BOgm46sriu0fnEV f/8BJcjAlhJyTURGRqsN4BVTWrweSAKNX6cj4LVOhCTMtfdtsO5V46WwciDSa9ow9Seos9SHZNz2 2IE6rHtZ5cAOvpztzJuBrsR3QAcLgpvwPHaQBHhfaPGqdWv2c/oFDFK0kykrIr31GxuZh3gsAMwA 6BMh5HuEgjZCgYcgs01xn+801e6Bauek+ZDxO/uhNMFLtvznA15y1m3rZWw5sE0bO10TJSiLsgW8 p5BNUATuBcG7lih+ZBBeyGdBCDYTaPq7opshSyNwTyAm32Y4VhJBOaJndw6GzSqw/SMrvddAwljp zctG3+AjciIefWQeKYOWLSUGrWKVg0Z6PTV4s+TYDqEFQ33uPHthsePdYrZpU89JmIQzOVUoUtxB DtgpFpZiI+ZYO8126+RTOiX2qJ472VPqRZ+DAV96AAAD9ElEQVSFboUX2ZObP62pCOS2oYA690gz C1Rxpt4q9Tsyn4RMZPTKNypvUY4eyOPvDKc1bdrpK3J0QBhBBsYAr4TY0a0SGtiBYUZ0BbTyEqg2 C9pO6uFVxvUmcmjDmjZcTRl2ZWzHmB1Nx228pxGKyoOvFC1b+ouQ3v03aRb2LEnfVOveoDpkLoFz z+nzIb+CWy6KsZuOam9i5SBpRRfUlgOne23Q/iJ4QSha8MvSuJbdSwMB740IH5tVtfZ1JqI5zC8m 9fAQ4dYc3hboz4H1xNz7Y3Ms4E07ORWZeAZiE8Xmk5TkxyC9QcRxM+AF5QA201Am9atXd+Edj0Yb 73nVHfuJOZLxFnRJikOYEHPUyuJF73R+dwaKP86kQEBHNoNhVmrCbkvP/6zpJOlgAF5omGFIZ7+H /cdRql+Ynz6CX1U0TO2toWb9GYr345PjaYbjRfuHyqAPjAMAounUe7uQiygI2n88XgNDMQXIRoLP cWoHIfERwtCMYD7UblsqiQAJksHMMj+FoxzZhlpD4Eva5XGoOgSqi0mE4TS38CYuM2r3SVdUkRVE ta0pKbGUtLVQs3BD9Ih6TqTX7bwY4zW6lRrnqdqnlC9iTh5DInHHB9MSVpoKzj1oQD6UjAxb1a9M nWWClazr5XPMDVOfJ3MnenpRcfvRnRtUm2r2t6oO6niGFPl+z7RB5QTuYAIsZk+LaW9JoaYUogMC 8RlWndqK0sD+YPFepgDvvibhmluWp27Q50Jw/wZZMAFVKHAWc/y9L1+E5TGdmj6cfrqXHYB/Y7W3 rMm/NAVMsUbh8RI36MZUnLkmawRbyr9R0HYH2SQKzjWes4O3aOahc42NcTOgsZl+U9jERpBdxuqy 9pqgsfFcyFEkD2k8d04I04c2knONgnMluM2sW5MswJGbBAGR45ByV8e5iFIIEcKOMFZ0LAR2P7Kj oYFxQtaGOeYNA3BHkDxGcLcWPQ5p6iw9n5IWZ9UAzy/oIMOu+d9+uKOY/TZuX0cTQ5dGlHUKjtSA iLoV+dOlLVTTNZACJFUJvLHsnzieSke0dCY/vHkuJhu5BQlN2B2+8shzv4LhDME3UQCDai9+OZeW UhoR572aDNFbCdqh0bgTnkqXxqccCReA9jOkW8HmgaTWJhPvDff2Hh723lN7W/zWKKTN8FNiTkFk VJYUNc+/PXvutOK3FMjc+Mns2cZHoVKUscX7PBMTw0Qmcin8uS3w9pdfPjFpVdQXz5795e2MVuRi 8tncuV+aYLNJWe/65FZOzpqY/67FD/X+iYSnxW5ubiaZ1uxZ1CgzIYNMymdHnWAbGqlNgtUDE9Sa +doMOVJuc/vEtCRs5cc4jnmCSSsbVWn/EzwfIAAAAq5JREFUWjHnGcHXyFiVY1ny8D2TcbjsUuso q8QcK7dYdiR+QcJ8PEwvtV/tWeK5us52+pcLpMjI2JiklWbe/gd0GHGY/xp0KOyjPnv21M1kVTMu J5gsUxMyfC8iae1Kz5IfojxcZ8//LXih7jyMbOztbYw8OP9PuA32MKqqyorF7cql/GYItjAn4OsC X+R4XBpeT4+sqiqjBlYKFJds8RUYgr4oh08XeCKl7Tj8y5tsbSubs6uqvi7EXd/ySqXcxba+vj6f 7BCHn3xd6lndgFrlbOVCcLE+CpnBBXyr+qNZNkbjYFQC5kFdiI0EAvB7mMlgv4EQWlftssnyUGco t95VZY3jwcsJCS7gSSP0X1k2WWB0+AI5RascnoFNW9+cz1nN+S6wYKTVZRuUjcuHux02JMZl2WRD RTdDcQyX3p5OJRVKXCJ10FjtWvP9otbPp3qGjHtUNTPtZ9cpQLB6engIxbmSnLX5cwwJIi6rC+Xs mpMekbQ/KBCpJi41O//Z5QcuMTepqb6htlPSpXvCXiR/Q4G1pfsteC+w89TdCqLEA+uaG+CLsCgJ igvfLuLeLOAlc5x4ggB/XlSWs9OxXdPgv1AFyAkbF9KBZVqpINPCbFw1Uw3yC91rjdwE0sMMGmRQ iQuhrgn1M7PFZIuBP1m8JBUeg8NFIjcht4D7Ek/xmomvi+A4U1MbJBOtNJUrcQlgWzDMMZGnUFeu fk2bVki6j5qShQSk0NwDseSIia+uTHU5SIEqNY/JPRDJoYKdoMWl5Bjgx9FWQ3dphEha2dOQInjx nxivFgaJoC2n5hr7K0miwcsVlsOrnYTWxasFAXXB4sX5gGx1YaV3r03zNPwXgwgYIr0GZcxHxgR4 vIMqBzxeHu+gEhjUzHnp5fEOKoFBzZyXXh7voBIY1Mz/B1if0NaWzmspAAAAAElFTkSuQmCCsScA AEQAZABeAZ4AAAAIAAAAAAAAAAAAAAAAAFgbWAznAOcAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAPAATwVgAAALIECvAIAAAAAgQAAAAKAABDAAvwMgAAAARBAQAAAAXBGgAAAAYBAgAA AP8BAAAIAGcAZQBuAG8AbQBlAGIAYwBsAG8AZwBvAAAAAAAQ8AQAAAABAACCYgAH8AcnAAAGBsWm AbtjtQ3WhylLxLcu4wn/AOMmAAACAAAAlUgAAAAAAQoAbh7w2yYAAMWmAbtjtQ3WhylLxLcu4wn/ iVBORw0KGgoAAAANSUhEUgAAAV4AAACeCAMAAABNapIoAAADAFBMVEXF4rXu7vW6utbMzOB0dKrq 9eTi4u4UE2wZGXGMjLpra6WSkr3x8ffp6fJbW5y226Ojo8gAAFz6+vxLSpLl5fBos0ZlZKF3u1dD Q400mQCr1ZUkkQD4+PuGwmpZrDTV6srZ2unFxdwymABKpSXi8Nv29vqUynr1+vL09PihocfBwdp6 eq7b7dE0NIRRUpUAAGU7nROZmcKFhbViYp/d3eutrc61tdL8/P0tlgAMC2UqKn4ZiwDS0uTJyt/8 /P7V1eUkJHrx+OwAAGFUVJiencVEoR19fbA8PIk6O4L+/v2xsc9JSYqystAMDGtSqC3R0eOVlcDe 3uu9vdf6/fgwlwCCgbKKirg0mQ6dzoUzM38plACx2J2l0Y6qqszy8vciInYAAFb4+Pzk5O+oqctx cac5nAsDA2dgrzuLxXD8/vu2ttPN5sDExNxtbac/nxj3+/WDgrUtLX8ejgD7/fp8vV729vkGBmVb W5cKCl+dncIFBV9wt05BQoculwbq6vMnkwAslg3OzuLb3OoAAErA368ulwH19fqfn8X7+v7X2OiF hbMhIW7W1ufX1+f3+PrCwtuanMLi5O8xmAXs7PSgoMX9/f6srM3v7/ZwcKkeHnQqKXj5+fvT0+Ug jwAoKHyurs9OTpP7+/zz8/jr7PScm8Pg3+03N4PAwNnGyN52dq3w8PZISJArlQQ1mQdTU5FPT5XH x96Ghre/v9mwsM6rq8xoaKRvb6USEmD///4PD28JCWgDA2T+/v7+//7+/v/+/////v7//v/r7PP9 /v1eXp6bm8Pr6/Pn5/G4uNTj4++cnMSvr9AwMIHg4O37+/319fn29fqPj7v19vomJnRYWZkrlACI h7hYWZImJnqDg7MQEGpXV5n5+vyIiLaHh7YPD2VYV5ezs9Dv7va0tNJmZ59OTo/39/p/f7De79UG BmnPz+CXl8B4eK39/f0/P4qCwWR/f7MwmAkvL3zQz+Ovrs5GRo2vsNDDw9u3t9Q5OYg3NoZfX5sD A2CmpsrCxNr///8H3Rb+AAAAAWJLR0QAiAUdSAAAAAxjbVBQSkNtcDA3MTIAAAADSABzvAAAAKZJ REFUeF7tnQlcVEe28GXtZtO+LApCFHDDILTYGpZIhIuAUVFExB1u1KCiSHAhBBceqHHMMuYFO9C2 MOKMOkCiaCS20IBGZUkEpl90xuAXGaNBGYU4UZ5i8Kt36tbtbmi27nwf83u/8dZM7KZvVd26/zr3 1Knt1BDEh0EkMGQQ8+azRjzeQRUCHi+Pd1AJDGrmhkrv+mCz9YNaoH+vzA3Dq0BJe7ZOUiKk+KyO e2YAAAP0SURBVPeiMGhPYyje8tGTXzEbtNL822VsGF54/OBRk4fx0quvHOiHV6FVBgvXvv5KMKrU N/+XPJ6+eBUKxUUW1Z7Q1x1G83j1FBv98II2IPJrtmet3+ZRG3jt8P8ZL2S3ZYLZhnWhzu65a3m8 etLVr1Nc/ualLUljN6zYPjl9mZPT5u339c39pY+nj3JQmI0eNn77qE2Ld+6Ndndyzx2/kFcOegpO X3jVtoLZhhXrRqwds2nxXj8/v2h3dyen3Hkb1JpYz3u8xNH6wFuOkUzYMPIVh3mbvvBLd05fBmyd IPjlLh6ZhMo5M+IlBqffo/epHMonDXtl7aZlubnO6dejMVgI7n7O6WOWJCEFj1c/un01bVvuj3T4 Inezsx8rsk7wr3u037JlfpscoMvGB70J9C69wXsc/DYv06J1j46O3rtzcajDSDP0ltuMLFu983/J I+rgvYBtAmXwured/UBgsdBygvv52/NGrBidhJB0gZfw7pl8KUIXLvDjZgNJT3e8FxWVgOz+9sV+ LFYWrp9zrl/o9iVDxgYnbYHclHVXqVSZxAR35Hi8huGFRguhSQ6f+5HGDOCmb/ab98ry0WODMVoc lOZeFEX5L33wxkBZ89eRbtMG8jhpuzN0zUjwy/3UYcUGs0ssKQVr7irNn9NiMU3JHlbz/AYk0F05 KC6g4Fec09Wie9153vjR6ixAbWC80gXJlBgCk/rQnu+8DcS3B96Rmzarrdy9n6/d0yO91P45i1fM +E8p5LtvA/DVNcyCHZyJPebkFL1z7aQeqRVIPkXI8f3woJRv3frnq4t3WKgzR3ev37z75T3EExsL Bf6EL9VezYuvYXh//lTdrqVvGrawJz1sjVUP5fAKrcD6HUj9vNTXu0uv0myteoDBb+eICX2R+TaP 5Ut3Oha+1PAGfvjueC+NHqM2G5xDh/WZ+o+JDNEOsijfgW/xMsfojnf9nk0cXnfnUf3MSYhSwPYF vIJ3XF5meAM/e3e8W5ZvWob7amA2pG8P7jt1lJDFS/tLmge+xcscQwfvSDVev2UjWvvmUnyDKN/S kPdfZngDP7sO3mGAlw1707f32bIhtDGO4E3h2zZDDLP1Q0LTiXJwd3boZylZgoAoh5RTHgPX4Msc Q8dyuD8vndB1ch7TzySyKJ7gLb057mWGN/Cz6zBM2u4H4+gYb/ri8X2mfv970q+g/Uv4pq1fxroi OnIy2yl2d4peNm90XynnF3F2ryBGPnANvswxdPGOdXDGQ+kwTeG3czurfcu7DdvgTrHUp5HrFcfx 3QpDmjaIO3ITiC9Z0uC3DgbSYZSXXfTABYw38wgRXpoOr4KV6nzom4DOeG8FSlqnnqxwj96lrSyj AAAD9ElEQVS7dSwW30qd5IllbMMmphrDKvhtAAboXgUs3B27dTPbMXZ3d/f7j7XDem5UOc2N94qZ pR8jhS57Xpa7EtDVvUDr/s87c1nzwclp2fUxW5dPClYP++LB3roCDV2BCqbj+dAfgd6MW7MV85bh dQ5O0X6bX3/9bYcVwXjSnRXTKtGRUtKsiak0Uxue7QAEeuLFIrpna+iy9PT0ZZ9uGjPKYetybnBH 7jr3Kxmjpus/PJOnOxCBXqQXWwpJy7eHTg5du3XJnrGs8lU2Z9UFHhwqUMOlaWEJTBTzwWDp5fZR LNwwcgNr90rlf4m1NzkbViSkKWIxiMWd/sk+b/HzbANLV2+6F0xb0BDrt7D2buz0uVNudghLUzrV bGmKClrkyo+jDwy3xyodNolm8Zj9GVVJ+w2ZwL8MuhCkJ0ExVHx4jEmWPnnzcXpd38uuzKu+c1rS liwsBVll0cInA5pX9lPByvnWPDg9CfQ+6rjq2elrVxuBKKClMVj4kiJc+lNJzLT52ayA65n9yx6t N7zHnpQk0yCqILXQmtF0hPDQ8SJJWKSxawPBxa/N0VdsdMYcwChrdvs1AtCyQzZlTcIb4SE5VgmH q9QZ8nKrL1ocT0d6FSj/zlWGa8bSBF6WEwN3GZIdH7c7gR7K4Q+/dHKd3vOJr1UfdanHQ45gS/BS +1tERxfvYUfSd6DpHWd2dZuK4Pn+Br66eHO4ERvqeM1AuU2YBL06Hnq/mLrjle4ni/PAYggbYLBR gSaMB7cvvNIwAK/tNwIOLw1rS/sNILbrnJas58XXALzyRWR9CEivJWfj9pUafJMMcw+FBdZ86IdA d+UgP83hFVM3RPJ+pykr0KUV6f+xBHwP8KFvAjp4VZxygDHHICtu3EbTeqm/YCsNvo/d/vo/RyTx cPsj0B1vvbF6Ig30g9DxVlSsNi1sg4eZzkoFbM5iw9iti9M/XdvPKlUevG6vTfkjZ/ayk2mU4FDb 0Ee3368goLoaCetHr3D45/XovTze/oVI1+59IeSWiMBoGcMwZUJHVSGHV51R8NgNy9c5TIblEHt3 9rdKlZfensPp+Z5CdhCSbpIlw2COat+3j39HOL2ZFGw2dtLoIcvHjxj1tvPmdFgrlb54iXqrMc+y VwK6I2bIIyYu1V94w65gHzeYo0iaEGxmNnb0nuVLwKtO6Bd+zptz01nPL37po+6/yXPVv2nD6rXC +OZlkSt2iKG4tH7LhLFDhq1Yt3XtmMlvu193BscvnE8d7I/AOXQ53ys2SPdivnIjo2bs0NBsw7Dx I9bOC528+J87d+712wseSdzBFxS3JxaEeMxyMMuI60M+9E5At2lTKNjORPAQcFwG7rU+p+QZjgAA A/RJREFUBfda17GLLUCr3muMtw3l5l4fM3403n3BmWk8Xz10L4myZcOS7fMmf56OdQE4htNixb6g ljmDB6MvwPPLBoCrqKzke8X6614Cd/zaL5zBCZTavRa3P95vGfB2vv7F5HkOP68YgleYgD+Sch5v v+9tj9kKs5GjiNWlCdGgH8DH1qeLJ4fOWztiPEGLfpz+wGo+37INoBR18JabvbJz815ueTq4KgKd Gx2985+TN4WO2v7z+OWjiV/6t7LrjKeE09Sp+a38cLoB0ltutv1zWDutVrfu0SC1b89zgJV8o80m qLVs7Iyzps/P0xT0mttc+RW+BuBN+nkx3pVJPGy5p+dGgxeoDfeDJ0xYuJ6Fa3Rg36KhjnGN/mT5 P116il1Uwoe+CGiUA37Lk5YvZl3vAV6A6xz687DRZkka0wBMsMOJNyLY9SXccj666Qq/LVMvywF3 KO6v1bRp0c5v/7yn+7ZXpUKxy9hnkWQpzS2EwPJ79SNedPshoG3aFGjhMOKhl91SPGYJC7dLr6GC jEhmn3l0vJNbog589/ErUfXCW47M1uVyNoNT+uQVOJGOXaBeTHLgWqN6sS81vJYX374JaKW3HGZ3 1E623J3XwRw7pKqs1CbFwkv+j6os07h16lTbdB6vHngB3n0Hsh3eyen6270vTCX5QNSp4eqlUnnF PF598GLPp5z0uqePGt1Ph+zCBdTwDfGmI6aC3Hi8+uAF3bs1V92wOdzvz38suPidQbzpiKk4Hq+e TVvSCmdiOID0TkKKvr0fg/qtzVPj3chLrx7Si6Ns2EScxLmzurfvgXLAWxfE4b0KjpL50BeBbk1Y 8LrPyWZisByC+8ZbXo6kgec5vN6uPFw9pVdxfx7x9eLkPBlOp+hrNEypRIUx6qbtHr8HSy/diyNt 2RPKOiMBvmOG9ZkKsGd6cYZZS4LOKghelrsS0LFvk5aP2cx6MoteNmZFUu+ogG6haQq3Q6BoKs9T b+mFo0aHbE/fjHsX0cs2jdjDDp6Xc0oCO/dm1+6hY4lcp5iKeI0/wqI/+eouveVgLUxaMupT59z0 vXudr89b13XQjPhOR+jo7Gtq/8hlOQ288BqGF+yz8Q5jFsMRNrmvvx66deSGsRO6LMVRmp/wPERx jqDSrvHjOf2Ll84iKE4RmO3ByxxgAYnz5uhRrwzhlLCv9ar5ortxFDfcS/mHgFHGT7YZIL0wNXGR dCe2jN0wbMX48T9vd8DOXuo9Yr8+9uqD4QEwwabx6TAcmjWebr/i2/fIGCww27JwYVLShKSF5Siw 4F3HIEFpGmeOwVgDI1Tt4ucxB2p5+ht47JLWqikVZi81Y+gMJTMN7LJyfaC7vLTX9VaSrnUAAAP0 SURBVMRrAR4H1P4yGOq8470o7Emn8qXFpu+D64lXRYNLBxzoxkN2piKTo5B/RQWPdyDM+uKlOv0F whvHi0pizk4n3v75Rm0gtnBdT7xP7K4l3lOtDuTHb/Rg2iWKnnhtf29YtnxsQkBPvEQdcCYxz05v AvrhhbGci3g4h9//rjdYw6XXwKz56IYpB56XwQT0Uw4GZ8sn4JXDv0AGeOkdVMg8Xh7voBIY1Mx5 6eXxDiqBQc2cl14e76ASGNTMeenl8Q4qgUHNnJfe/yV4yfIydfiXDE2qb9LfzXq/ZmtTe6lXbmz0 XuaxXOxrlQb4G7Wx127n0yzB6+WGeksv9xi+sTbZ29h8/iWAuRLDE3RdK99c5/oXrgwK2EejzP7I 3rYbM9sv3w3TnV/pWt4efN9/8be/yvV/pDvvLtKeOYNXjLrW+fbKQ0+8ZCB9ldtq1SJTz1tXambY +KoXTg7Oy8U6nal3cfl9czNZg9kFrzJQ8vfHXfD+n8iTFvbd2PzedHeH7mZn/ADW9rXmq4x6KfEu ye4j4/THm7h7VtcDk/JFfzON7XVuVz+8LN3CAzl5sAYKz8afdwz7hxwNpicSwJsV+EQEYeLqE5lQ 9i4CV//ebupOFy3VcHz3yf3dX/kYpr2hO0UFcqmNUiWWDLe8VVPnoet9NHsNdblZ/8nvKdScBZrs y5H1u7uTjXp1aKovXlSRHSbUrC+jqU5LG/0r+zcIuALV346j6LKWFvAzHnTr666P7lsTLmF3dEjz W3HFN5vu8Cnsfg8VpYsXyZ+00VRZS3wZ1bn0Pd2DTTw8qaEGnAncDS9CHlM6VL7/L9KLkE1JEzl8 hYH/0VTaIpiT7zr3pm4ziJipN8j2uRhC2x5wUbsoc9L6+L4qK7v5nkj0yQ92qakSeHZyN+wlv9km ux6+etz5KgFkVKHMrmqAdolchM8LCPnQjqz0VuJduuy95AVNVPitJyde/fKHNsqujugWzb9vTKEB L56qZacUe7Z+5KnUdWiRBtJLYuHfWgtttKqomw7WU3pR9hSWLkUv/bulpKOFoXzwEjMtX/zU3Np1 zsQgv2hudoEtNLcEm/OiqsBPT4hpaoSrGxDNxzLBRI//GudhlBkjODfRFl1QgssDTZaQwjzknOoo gqMQ1Y8O91CUl+PMfcQs3kpyTC38Z1uQKvjhIyNwtm9r9PjBPiOuJvCdcSMinYKlFyfWViKkg2NC cXpw+8qS5P5VoJn+7YAXjggk10nNqnl3FTr98CI0F3uepakAlZvrqmOBB08KRB7d34YuJDXvaQ/Z 1f1B83cv8iKdLhPMJVnFljA3G7S3UyMzb2MO4su9+PpSSy+bHO87V6UKI99XF0yw+IBIAAAD9ElE QVR6tLXL+apQG2q8GFM5KFHNG6h9FG1R4ZuoqV29pwQKgzPo1drTeyqz+i52jEp5PeHu99GD6WDH wB8N0xNEkQ9WzhgHeJVyo7qM1x4jj8dRCVH49myRCg+fMH5mHGjO1rCyeVem27NMlBVY85obNOFv uJ5IqAn8EUfFkasDjROMA4nNg6X3MyIWaCYdzmpLWyS132ULP8hbFb6ozo5eicY1AN56W6Icsqe6 muPlb6Ac2vNBoWVmYjOhstL34zjm+wYEHimgCEocU4k3NO3KdLXHWkaNF73xFznGi2/pkg/xpDgz I9epRFXb1rrWgfjDxYn+c4xQg30dPjKFODTmrLqsuv0Luup1PaX39g3ASwlm4uw0TSTc/mPVqbgW YVFYFNY92aJ7JXOCJBkxRwLikoc/leJiHt34jvfSoLgAR8tpmJr9lYeSWXmeMzx33JDNijmW+c3Q pXFBO96pe4OFO9t0R17cjbY1NVjxdMV7hXaEQj/el1Dtc3eNG7J58U0Wmj7z+2RaEvnBTJdL/4g8 gdul2m89r3lLFiVUK0E5FFXPv5IYcu1hjREs5Cy8xRyHxhCUC6uJMGTk8vibnJved60ycNGJcih8 onJD5TjW0QTV/DfQggc+DQs+Kwh59/s/y1FVVMzwkF9Vj7GFPbHJ0S3q+7uX10wEZ5sQ/fGVua1I 4fKxyPTyqXfvGYO4cEE/vBdj8NpeRkJEEFUqcYXBATiB7eDk99A7rra2ICtofxx4/KVkyfiALIbx 2g+rq49+I8NugPF/KYlTK9BGAXyj847DTxTjH+KNT36C6CXVSCE9Zgp+etikjVcaNHgx9yxLKscF KS3p8Bwxw/wVPRNHHEYThWXx4tLStPZCuYSxNELSqZKWzkaBP01HuqA/iTtuHS+NEPhTTbegDc58 zli9r7V08KvS8NlVulQAEfKuxFagVhZvxlLmHfK6QIJIWzSTEopCIkob0yjZ7f2ews6IpjQm/AQk FgllbefLIiIoasedZqg2S8YOAGQcoUrPC/wZgZXGxtMP71uJeHkvxR22ABodtwgIzWinaCbcDWWs nnkGpAv2ErLNH7sUmBK8Ay+SjwCknk6JZ22Oh0Zoehxe3w5HlJHFwvgwOPwZEQVvcgF8p8vicT3G gVaQHpYJphEhuBIhc4NlmWF0fMupsIdP0WxacBhNnau6Slu+EEW1ukgY00JUXcIcsphRFxUWZ2GN DorL6OcW0+3vhHSW3kboQETEq9odZGyeImHaUGPz6qhrVOmLBsCLLYdjc1Lh/SR4qQdy9Fl8S4rQ subxledUgCwi/E/FxT4BzCmoelEc0zh0ZvFGi2RGdhvUy1eUBLKc6Di0Zmp1EEEkEgAAA/RJREFU 8U3qO2P10eT64V11E1M6P1sj9OyX2ClpNN04zdbVu0kglBxGdUUYLy0OEGBkKSHbUGA7Tmc3e+Nw +JmSrUSuV8vwtZY8DBzw5jmyRw3Qn9iiuefBM1qeVVROvJhmJF8jpU2cIAGh5iyTh7K4P8nhmS3o tJvmhdkuqKYF8NY37y+iX2xrcEHNw6kPpOiEQPBarLRCnj19QT3aRzcu2h/ri1zMwxm4dpBOhn5H 1xDYxiTiQ3vkC75irs7glMOqOf4i8n4uaKN8oEgtKZLiLBdfj4wgJk5l75Ff7/Hiww/BBYBI8OHE XR6/s401Ocl4rUIohy7Bmi+zCk5LqF8wp1Nz6Id+eKd6Y9UrPEEK+HXG0+LijfbILZwRU5JdyLcG OhypptuqQ8AFDH1VNL/mKjArC29A78AROZ3Jr9ajx6cokNkcdAxvlqXDE0weAVY6Ymig619lIMnU 981ZXzFiWvBCjuokKXB+tzGqMLpadrXI0Svgw9Q81kBAFpQMZBDCRqEAu5hZZUevxn+6PKQs4JHp Du7cZHivrojDq0lhF6Xdza6PoYrquveCHqUtBSw4ZARQ79VXsNJL8GJ1VHdEvLoC1QiCSN/X9jJj yjaZyOgnLOAT/duxnoQQ9UvaJx7IlMWrDgW0qfqrfngzj2C8as8Yd07OgiBCoghgdu/YrlUmjmU0 szQwdngaCORwaJNLACud3IBCAF2aJfSo5Fb4nberrnbsBAWQAzXtBeIsgFp2LcJZF8hNOqCurgY2 rzr8KAWuqDBeWuaVHBAk9D/f7oNZ3KK8stlD6YsJ3roiWgTtJ5JPoRbVoztimbHmCaFp80VgxSLb iam/Vtl+wHibd+sENRcxUAiwkqHZM2WG2yA13okEr3mIGF7VE7IA0KLg18L2NBUGQx9YbUjEUGiw HFaBvQxHY3uEMSGr0CLxXZJOaZ4xO7Kj7Cu1naYf3qmn8EsuAA2Jg0i4m2F2L0IqrDjDS0p+9b4R L2ZkIhdwYESJCyCGBVjJdN62wnD4SLEAT33Kb1sAb8efs0M6xVRKGEQJKaMpwWk5yr6M8ZpK/wAn ZtBxQ3N+PdkRL6bKCgBvXqln1DPjmmmRlwVlltUVKIZ2hHZEFy/U3RQKRlSmFjE7HritIoYW161A KP+s/6+73viBsgNp69Kfqv2l9ApXF+NepIV/jNimDaQX8OJg7o3xPpUJIRk043JV5138aoAblsvx gFfkz9q9+OTxGjHonRjxcJyq9qypd0dyUEoprjo2H/3wVl3GnYoy7t5nZmHYKvSItYWB9G7wy8cI HshLQHrFlpDrn+CNpwOa93vBR+kV/FpFgf8HKvmZNVClyx7C3S+ngN42db2vNo8AAAP0SURBVEGx w7FyKEAHcZsGhsTu3Qxu8UoAb5CghjxsxUwho7JGVvF24NMWgpsQdK9aelm8iVko/+mOVDpAYuWG OWi6FflPmrwXoCv0VbDLuuDN+E72Bw6vvCYlLwOd7oH3vwGvMOIYG0tulcbihQb3cnwki1c9pBPY cuMwshBfBp6P70aIhXmnTI+nAF4S9MOLPLFbQ8aUjOVtBJ2rwZvi7+9f6h8RkRq3zwXjpSVgF88k eD9i8YoaIM2Z8wDx0FxrkF66DFTTmyzeAi3eiRhvfCmbW2NTUyKouaDzZ4HJRZCDZgvGyxVFlnqT QndTDizer7Avy/9UhYMNJQwzl2rx1k9raj8MbWFEFOgsTc8LHfjwQ65HiABvnAk6zelejfTSKysA 73kyOGErSu0L7/9tCZiBVPQRKaptZ76LyQBN+JCG0huEdyaoWVCNRLk9xXgpFdQ4UH5esibRMvGR xQcPMo0wXioELHwOb10HxGCVA7pdSosZrwNYOdC4HdDgrR5KpHc1VuSyy6aJiZaeMTE/PFPjJY4A n5YKA1FkC4e3p/QC3nKF0jd7/hW7sk4wADXSi/FOR/sDKBV04rV4Dx8S4h4hDoA3eX5X3Yt/NA+h fORavPlnU0E/46ArvYrVdHgm4LXzRY+opU99pVCLlmJPA/FmsBZW2k22MjN24D8s0DdlYEqFzLA2 MjKy9rCt961mpfcmTJMQvNt+1w4faQ/hGFPbg6BHmB0zjELwidKgqHTx1hvfgMyCnnpAZoVH5fX1 SEmkl7zTGecFxcgn3pGcfwjSOwM+SNOmll58tD2SNtReSRUcAG1ARswQ4J1zGO1awyRjdaIZ/ale WgbvOIu74UXaDlcQlZC/IPM5TS8IGMD7wKUL3pVdpPdBV+UAOefYgMl4BDW3iS2I4i+JB0OGBD2V wzgr3BOgm46sriu0fnEVf/8BJcjAlhJyTURGRqsN4BVTWrweSAKNX6cj4LVOhCTMtfdtsO5V46Ww ciDSa9ow9Seos9SHZNz22IE6rHtZ5cAOvpztzJuBrsR3QAcLgpvwPHaQBHhfaPGqdWv2c/oFDFK0 kykrIr31GxuZh3gsAMwA6BMh5HuEgjZCgYcgs01xn+801e6Bauek+ZDxO/uhNMFLtvznA15y1m3r ZWw5sE0bO10TJSiLsgW8p5BNUATuBcG7lih+ZBBeyGdBCDYTaPq7opshSyNwTyAm32Y4VhJBOaJn dw6GzSqw/SMrvddAwljpzctG3+AjciIefWQeKYOWLSUGrWKVg0Z6PTV4s+TYDqEFQ33uPHthsePd YrZpU89JmIQzOVUoUtxBDtgpFpZiI+ZYO8126+RTOiX2qJ472VPqRZ+DAV96AAAD9ElEQVSFboUX 2ZObP62pCOS2oYA690gzC1Rxpt4q9Tsyn4RMZPTKNypvUY4eyOPvDKc1bdrpK3J0QBhBBsYAr4TY 0a0SGtiBYUZ0BbTyEqg2C9pO6uFVxvUmcmjDmjZcTRl2ZWzHmB1Nx228pxGKyoOvFC1b+ouQ3v03 aRb2LEnfVOveoDpkLoFzz+nzIb+CWy6KsZuOam9i5SBpRRfUlgOne23Q/iJ4QSha8MvSuJbdSwMB 740IH5tVtfZ1JqI5zC8m9fAQ4dYc3hboz4H1xNz7Y3Ms4E07ORWZeAZiE8Xmk5TkxyC9QcRxM+AF 5QA201Am9atXd+Edj0Yb73nVHfuJOZLxFnRJikOYEHPUyuJF73R+dwaKP86kQEBHNoNhVmrCbkvP /6zpJOlgAF5omGFIZ7+H/cdRql+Ynz6CX1U0TO2toWb9GYr345PjaYbjRfuHyqAPjAMAounUe7uQ iygI2n88XgNDMQXIRoLPcWoHIfERwtCMYD7UblsqiQAJksHMMj+FoxzZhlpD4Eva5XGoOgSqi0mE 4TS38CYuM2r3SVdUkRVEta0pKbGUtLVQs3BD9Ih6TqTX7bwY4zW6lRrnqdqnlC9iTh5DInHHB9MS VpoKzj1oQD6UjAxb1a9MnWWClazr5XPMDVOfJ3MnenpRcfvRnRtUm2r2t6oO6niGFPl+z7RB5QTu YAIsZk+LaW9JoaYUogMC8RlWndqK0sD+YPFepgDvvibhmluWp27Q50Jw/wZZMAFVKHAWc/y9L1+E 5TGdmj6cfrqXHYB/Y7W3rMm/NAVMsUbh8RI36MZUnLkmawRbyr9R0HYH2SQKzjWes4O3aOahc42N cTOgsZl+U9jERpBdxuqy9pqgsfFcyFEkD2k8d04I04c2knONgnMluM2sW5MswJGbBAGR45ByV8e5 iFIIEcKOMFZ0LAR2P7KjoYFxQtaGOeYNA3BHkDxGcLcWPQ5p6iw9n5IWZ9UAzy/oIMOu+d9+uKOY /TZuX0cTQ5dGlHUKjtSAiLoV+dOlLVTTNZACJFUJvLHsnzieSke0dCY/vHkuJhu5BQlN2B2+8shz v4LhDME3UQCDai9+OZeWUhoR572aDNFbCdqh0bgTnkqXxqccCReA9jOkW8HmgaTWJhPvDff2Hh72 3lN7W/zWKKTN8FNiTkFkVJYUNc+/PXvutOK3FMjc+Mns2cZHoVKUscX7PBMTw0Qmcin8uS3w9pdf PjFpVdQXz5795e2MVuRi8tncuV+aYLNJWe/65FZOzpqY/67FD/X+iYSnxW5ubiaZ1uxZ1CgzIYNM ymdHnWAbGqlNgtUDE9Sa+doMOVJuc/vEtCRs5cc4jnmCSSsbVWn/EzwfIAAAAq5JREFUWjHnGcHX yFiVY1ny8D2TcbjsUusoq8QcK7dYdiR+QcJ8PEwvtV/tWeK5us52+pcLpMjI2JiklWbe/gd0GHGY /xp0KOyjPnv21M1kVTMuJ5gsUxMyfC8iae1Kz5IfojxcZ8//LXih7jyMbOztbYw8OP9PuA32MKqq yorF7cql/GYItjAn4OsCX+R4XBpeT4+sqiqjBlYKFJds8RUYgr4oh08XeCKl7Tj8y5tsbSubs6uq vi7EXd/ySqXcxba+vj6f7BCHn3xd6lndgFrlbOVCcLE+CpnBBXyr+qNZNkbjYFQC5kFdiI0EAvB7 mMlgv4EQWlftssnyUGcot95VZY3jwcsJCS7gSSP0X1k2WWB0+AI5RascnoFNW9+cz1nN+S6wYKTV ZRuUjcuHux02JMZl2WRDRTdDcQyX3p5OJRVKXCJ10FjtWvP9otbPp3qGjHtUNTPtZ9cpQLB6engI xbmSnLX5cwwJIi6rC+XsmpMekbQ/KBCpJi41O//Z5QcuMTepqb6htlPSpXvCXiR/Q4G1pfsteC+w 89TdCqLEA+uaG+CLsCgJigvfLuLeLOAlc5x4ggB/XlSWs9OxXdPgv1AFyAkbF9KBZVqpINPCbFw1 Uw3yC91rjdwE0sMMGmRQiQuhrgn1M7PFZIuBP1m8JBUeg8NFIjcht4D7Ek/xmomvi+A4U1MbJBOt NJUrcQlgWzDMMZGnUFeufk2bVki6j5qShQSk0NwDseSIia+uTHU5SIEqNY/JPRDJoYKdoMWl5Bjg x9FWQ3dphEha2dOQInjxnxivFgaJoC2n5hr7K0miwcsVlsOrnYTWxasFAXXB4sX5gGx1YaV3r03z NPwXgwgYIr0GZcxHxgR4vIMqBzxeHu+gEhjUzHnp5fEOKoFBzZyXXh7voBIY1Mz/B1if0NaWzmsp AAAAAElFTkSuQmCCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAXgQwABIAAQALAQ8ABwAAAAAAAAAAAAQACAAAAAgAAAAIAAAACAAAAAgAAAAIAAAA CAAAAAgAAAAIAAAACAAAAAYAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAYAAAAGAAAABgAAAAYAAAAG AAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAADYGAAAGAAAABgAAAAgA AAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAA AAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAAAAAAGAAAABgAAAAAAAAAIAAAA BgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAIAAAABgAAAAYAAAAG AAAABgAAAAYAAAAGAAAABgAAAAYAAAAAAAAAAAAAAAAAAAAAAAAACAAAAAgAAAAGAAAANgYAAAYA AAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAA AAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAA BgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAG AAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYAAAAGAAAABgAAAAYA AAAGAAAABgAAAAYAAAAGAAAABgAAAAAAAAAGAAAAMgYAABgAAADGAwAA1gMAAOYDAAD2AwAABgQA ABYEAAAmBAAANgQAAEYEAABWBAAAZgQAAHYEAACGBAAAlgQAAMYDAADWAwAA5gMAAPYDAAAGBAAA FgQAADIGAAAoAgAA2AEAAOgBAAAmBAAANgQAAEYEAABWBAAAZgQAAHYEAACGBAAAlgQAAMYDAADW AwAA5gMAAPYDAAAGBAAAFgQAACYEAAA2BAAARgQAAFYEAABmBAAAdgQAAIYEAACWBAAAxgMAANYD AADmAwAA9gMAAAYEAAAWBAAAJgQAADYEAABGBAAAVgQAAGYEAAB2BAAAhgQAAJYEAADGAwAA1gMA AOYDAAD2AwAABgQAABYEAAAmBAAANgQAAEYEAABWBAAAZgQAAHYEAACGBAAAlgQAAMYDAADWAwAA 5gMAAPYDAAAGBAAAFgQAACYEAAA2BAAARgQAAFYEAABmBAAAdgQAAIYEAACWBAAAxgMAANYDAADm AwAA9gMAAAYEAAAWBAAAJgQAADYEAABGBAAAVgQAAGYEAAB2BAAAhgQAAJYEAAA4AQAAWAEAAPgB AAAIAgAAGAIAAFYCAAB+AgAAFAAAAF9IAQRtSAkEbkgJBHNICQR0SAkEAAAAAEgAAGDx/wIASAAM EAAAAAAAAAAABgBOAG8AcgBtAGEAbAAAAAIAAAAgAENKFgBPSgIAUUoCAF5KBQBfSAEEbUgJEHNI CRB0SAkEOgABYAEAAgA6AAwQHwAAAAAAAAAJAEgAZQBhAGQAaQBuAGcAIAAxAAAACAABAAYkAUAm AAYANQiBXAiBVgACAAEAAgBWAAwQAAAAAAAAAAAJAEgAZQBhAGQAaQBuAGcAIAAyAAAADwACAAYk AUAmAV6ElP9hJAEAGgA1CIFDShQAT0oAAFFKAABcCIFeSgAAYUoYAEIAA0ABAAIAQgAMEAAAAAAA AAAACQBIAGUAYQBkAGkAbgBnACAAMwAAAAwAAwAGJAFAJgJehGgBCQA1CIE7CIFcCIEAWAAEAAEA AgBYAAwQAAAAAAAAAAAJAEgAZQBhAGQAaQBuAGcAIAA0AAAACAAEAAYkAUAmAyQAQioBQ0oYAE9K AABRSgAAXkoAAGgIgW1ICQRwaAAAAABzSAkEcgAFAAEAAgByAAwQAAAAAAAAAAAJAEgAZQBhAGQA aQBuAGcAIAA1AAAAOAAFAAYkAQtGFgAVxiYADNACoAVwCEALEA7gELATgBZQGSAc8B7AIQAAAAAA AAAAAAAAADEkAEAmBA0ANQiBOwiBXAiBXkoCAAA+AAYAAQACAD4ADBAAAAAAAAAAAAkASABlAGEA ZABpAG4AZwAgADYAAAALAAYABiQBQCYFYSQBAAYANQiBXAiBQgAHAAEAAgBCAAwQAAAAAAAAAAAJ AEgAZQBhAGQAaQBuAGcAIAA3AAAACAAHAAYkAUAmBg4ANQiBQ0oQAFwIgV5KAgBCAAgAAQACAEIA DBAAAAAAAAAAAAkASABlAGEAZABpAG4AZwAgADgAAAALAAgABiQBQCYHYSQBAAoANgiBXQiBXkoC AE4ACQABAAIATgAMEAAAAAAAAAAACQBIAGUAYQBkAGkAbgBnACAAOQAAAAsACQAGJAFAJghhJAEA FgA1CIFDShQAT0oAAFFKAABcCIFeSgAARABBYPL/oQBEAAwMAAAAAAAAEAAWAEQAZQBmAGEAdQBs AHQAIABQAGEAcgBhAGcAcgBhAHAAaAAgAEYAbwBuAHQAAAAAAFIAaUDz/7MAUgAMDQAAAAAAADAG DABUAGEAYgBsAGUAIABOAG8AcgBtAGEAbAAAABwAF/YDAAA01gYAAQoDbAA01gYAAQUDAABh9gMA AAIACwAAACgAayD0/8EAKAAADQAAAAAAADAGBwBOAG8AIABMAGkAcwB0AAAAAgAMAAAAAABGAEIA AQDyAEYADAAAAAAAAAAAAAkAQgBvAGQAeQAgAFQAZQB4AHQAAAACAA8AGABDShgAT0oAAFFKAABe SgAAbUgJCHNICQhOAFAAAQACAU4ADAAAAAAAAAAAAAsAQgBvAGQAeQAgAFQAZQB4AHQAIAAyAAAA AgAQABsANQiBQ0oYAE9KAABRSgAAXkoAAG1ICQhzSAkIAEQAQwABABIBRAAMAAAAAAAAAAAAEABC AG8AZAB5ACAAVABlAHgAdAAgAEkAbgBkAGUAbgB0AAAACQARAF6EaAFhJAMAAABMACBAAQAiAUwA DAAAAAAAAAAAAAYARgBvAG8AdABlAHIAAAANABIAFcYIAALgEMAhAQIAGABDShQAT0oAAFFKAABe SgAAbUgJCHNICQiWAFIAAQAyAZYADAAAAAAAAAAAABIAQgBvAGQAeQAgAFQAZQB4AHQAIABJAG4A ZABlAG4AdAAgADIAAAA2ABMAFcYmAAzQAqAFcAhACxAO4BCwE4AWUBkgHPAewCEAAAAAAAAAAAAA AAAxJABehNACYIQw/SEAQioBQ0oYAE9KAABRSgAAXkoAAG1ICQhwaAAAAABzSAkIAJYAUwABAEIB lgAMAAAAAAAAAAAAEgBCAG8AZAB5ACAAVABlAHgAdAAgAEkAbgBkAGUAbgB0ACAAMwAAADYAFAAV xiYADNACoAVwCEALEA7gELATgBZQGSAc8B7AIQAAAAAAAAAAAAAAADEkAF6EQAJghMD9IQBCKgFD ShgAT0oAAFFKAABeSgAAbUgJCHBoAAAAAHNICQgANAAfYAEAUgE0AAwAIQAAAAAAMAYGAEgAZQBh AGQAZQByAAAADQAVABXGCAAC4BDAIQECAAAARABRAAEAYgFEAAwAAAAAAAAAAAALAEIAbwBkAHkA IABUAGUAeAB0ACAAMwAAAAUAFgBhJAEADgA1CIFDShQAXAiBXkoCADYAVWDy/3EBNgAMAAAAAAAA AAAACQBIAHkAcABlAHIAbABpAG4AawAAAAwAPioBQioCcGgAAP8ALgApQKIAgQEuAAwAAAAAAAAA AAALAFAAYQBnAGUAIABOAHUAbQBiAGUAcgAAAAAARgBWIPL/kQFGAAwAAAAAAAAAAAARAEYAbwBs AGwAbwB3AGUAZABIAHkAcABlAHIAbABpAG4AawAAAAwAPioBQioMcGiAAIAAOgAdQAEAogE6AAwB AAAAAAAAAAANAEYAbwBvAHQAbgBvAHQAZQAgAFQAZQB4AHQAAAACABoABABDShQAQAAmYPL/sQFA AAwBAAAAAAAAAAASAEYAbwBvAHQAbgBvAHQAZQAgAFIAZQBmAGUAcgBlAG4AYwBlAAAAAwBIKgEA OAAiAAEAAgA4AAwQAAAAAAAAAAAHAEMAYQBwAHQAaQBvAG4AAAACABwADgA1CIFDShAAXAiBXkoC AD4APgABANIBPgAMEAAAAAAAAAAABQBUAGkAdABsAGUAAAAIAB0AQCYAYSQBEgA1CIE6CIFDShwA XkoCAGFKMAAeAP4PogDhAR4ADAAAAAAAAAAAAAMAcwB0ADAAAAAAAFoA/i/y//EBWgAMAAEAYBTi AAAADgBIAGUAYQBkAGkAbgBnACAAMQAgAEMAaABhAHIAAAAmADUIgUNKFgBPSgIAUUoCAFwIgV5K BQBfSAEEbUgJEHNICRB0SAkEXgBeAAEAAgJeAAwAAAAAAAAAAAAMAE4AbwByAG0AYQBsACAAKABX AGUAYgApAAAAEAAgABOkZAAUpGQAWyQBXCQBHABDShgAT0oAAFFKAABeSgAAYUoYAG1ICQRzSAkE TgD+L/L/EQJOAAwAFQBgFOIAMAYLAEgAZQBhAGQAZQByACAAQwBoAGEAcgAAACAAQ0oWAE9KAgBR SgIAXkoFAF9IAQRtSAkQc0gJEHRICQRMAJkgAQAiAkwADAAjAMYqugAAAAwAQgBhAGwAbABvAG8A bgAgAFQAZQB4AHQAAAACACIAGABDShAAT0oGAFFKBgBeSgAAYUoQAHRIAABWAP4v8v8xAlYADAAi AMYqugAAABEAQgBhAGwAbABvAG8AbgAgAFQAZQB4AHQAIABDAGgAYQByAAAAHABDShAAT0oGAFFK BgBeSgYAYUoQAG1ICRBzSAkQQgAnYPL/QQJCAAwAAADGKroAAAARAEMAbwBtAG0AZQBuAHQAIABS AGUAZgBlAHIAZQBuAGMAZQAAAAgAQ0oQAGFKEABAAB5gAQBSAkAADAAmAMYqugAAAAwAQwBvAG0A bQBlAG4AdAAgAFQAZQB4AHQAAAACACUADABDShQAXkoAAHRIAABOAP4v8v9hAk4ADAAlAMYqugAA ABEAQwBvAG0AbQBlAG4AdAAgAFQAZQB4AHQAIABDAGgAYQByAAAAFABPSgIAUUoCAF5KBQBtSAkQ c0gJEEAAaiBRAlICQAAMACgAxiq6AAAADwBDAG8AbQBtAGUAbgB0ACAAUwB1AGIAagBlAGMAdAAA AAIAJwAGADUIgVwIgVoA/i/y/4ECWgAMACcAxiq6AAAAFABDAG8AbQBtAGUAbgB0ACAAUwB1AGIA agBlAGMAdAAgAEMAaABhAHIAAAAaADUIgU9KAgBRSgIAXAiBXkoFAG1ICRBzSAkQTABaIAEAkgJM AAwIKgAeV7cAMAYKAFAAbABhAGkAbgAgAFQAZQB4AHQAAAACACkAHABDShQAUEoHAF5KAABhShUA bUgAAHNIAAB0SAAASgD+L/L/oQJKAAwAKQAeV7cAMAYPAFAAbABhAGkAbgAgAFQAZQB4AHQAIABD AGgAYQByAAAAFABPSgIAUEoHAFFKAgBeSgAAYUoVAEAAKyABALICQAAMACwALQ7xAAAADABFAG4A ZABuAG8AdABlACAAVABlAHgAdAAAAAIAKwAMAENKFABeSgAAdEgAAE4A/i/y/8ECTgAMACsALQ7x AAAAEQBFAG4AZABuAG8AdABlACAAVABlAHgAdAAgAEMAaABhAHIAAAAUAE9KAgBRSgIAXkoFAG1I CRBzSAkQPgAqIPL/0QI+AAwAAAAtDvEAAAARAEUAbgBkAG4AbwB0AGUAIABSAGUAZgBlAHIAZQBu AGMAZQAAAAMASCoBAFIAWQABAOICUgAMAQAANSiuAAAADABEAG8AYwB1AG0AZQBuAHQAIABNAGEA cAAAAA8ALgBNxgoAAAD/AACAAAAAABAAQ0oUAE9KBgBRSgYAXkoGAGoAmgCzAPMCagAMAAAA2zvL AAAACgBUAGEAYgBsAGUAIABHAHIAaQBkAAAANwA6Vi8AE9YwAAAAAAQBAAAAAAAABAEAAAAAAAAE AQAAAAAAAAQBAAAAAAAABAEAAAAAAAAEAQAAAAIALwAAAFBLAwQUAAYACAAAACEAgoq8E/oAAAAc AgAAEwAAAFtDb250ZW50X1R5cGVzXS54bWyskctqwzAQRfeF/oPQtthyuiil2M6iSXd9LNIPGOSx LWqPhDQJyd937LhQuggtdCMQYs6Ze1Wuj+OgDhiT81TpVV5ohWR946ir9PvuKbvXKjFQA4MnrPQJ k17X11fl7hQwKZmmVOmeOTwYk2yPI6TcByR5aX0cgeUaOxPAfkCH5rYo7oz1xEic8cTQdfkqC0TX oHqDyC8wisewoPD7+QwkgJgLWKvHM2FaotIQwuAssEQwB2p+6DPfts5i4+1+FGk+gxfYzQQzv1xg 9T/qL+cGW9gPrLZH6eJcf8Qh/S3bUmsuk3P+1LuQLhgul7e0Yea/rT8BAAD//wMAUEsDBBQABgAI AAAAIQCl1qfnwAAAADYBAAALAAAAX3JlbHMvLnJlbHOEj89qwzAMh++FvYPRfVHSwxgldi+lkEMv o30A4Sh/aCIb2xvr20/HBgq7CISk7/epPf6ui/nhlOcgFpqqBsPiQz/LaOF2Pb9/gsmFpKclCFt4 cIaje9u1X7xQ0aM8zTEbpUi2MJUSD4jZT7xSrkJk0ckQ0kpF2zRiJH+nkXFf1x+YnhngNkzT9RZS 1zdgro+oyf+zwzDMnk/Bf68s5UUEbjeUTGnkYqGoL+NTvZCoZarUHtC1uPnW/QEAAP//AwBQSwME FAAGAAgAAAAhAGt5lhaDAAAAigAAABwAAAB0aGVtZS90aGVtZS90aGVtZU1hbmFnZXIueG1sDMxN CsMgEEDhfaF3kNk3Y7soRWKyy6679gBDnBpBx6DSn9vX5eODN87fFNWbSw1ZLJwHDYplzS6It/B8 LKcbqNpIHMUsbOHHFebpeBjJtI0T30nIc1F9I9WQha213SDWtSvVIe8s3V65JGo9i0dX6NP3KeJF 6ysmCgI4/QEAAP//AwBQSwMEFAAGAAgAAAAhAJa1reKWBgAAUBsAABYAAAB0aGVtZS90aGVtZS90 aGVtZTEueG1s7FlPb9s2FL8P2HcgdG9jJ3YaB3WK2LGbLU0bxG6HHmmJlthQokDSSX0b2uOAAcO6 YYcV2G2HYVuBFtil+zTZOmwd0K+wR1KSxVhekjbYiq0+JBL54/v/Hh+pq9fuxwwdEiEpT9pe/XLN QyTxeUCTsO3dHvYvrXlIKpwEmPGEtL0pkd61jfffu4rXVURigmB9Itdx24uUSteXlqQPw1he5ilJ YG7MRYwVvIpwKRD4COjGbGm5VltdijFNPJTgGMjeGo+pT9BQk/Q2cuI9Bq+JknrAZ2KgSRNnhcEG B3WNkFPZZQIdYtb2gE/Aj4bkvvIQw1LBRNurmZ+3tHF1Ca9ni5hasLa0rm9+2bpsQXCwbHiKcFQw rfcbrStbBX0DYGoe1+v1ur16Qc8AsO+DplaWMs1Gf63eyWmWQPZxnna31qw1XHyJ/sqczK1Op9Ns ZbJYogZkHxtz+LXaamNz2cEbkMU35/CNzma3u+rgDcjiV+fw/Sut1YaLN6CI0eRgDq0d2u9n1AvI mLPtSvgawNdqGXyGgmgookuzGPNELYq1GN/jog8ADWRY0QSpaUrG2Ico7uJ4JCjWDPA6waUZO+TL uSHNC0lf0FS1vQ9TDBkxo/fq+fevnj9Fxw+eHT/46fjhw+MHP1pCzqptnITlVS+//ezPxx+jP55+ 8/LRF9V4Wcb/+sMnv/z8eTUQ0mcmzosvn/z27MmLrz79/btHFfBNgUdl+JDGRKKb5Ajt8xgUM1Zx JScjcb4VwwjT8orNJJQ4wZpLBf2eihz0zSlmmXccOTrEteAdAeWjCnh9cs8ReBCJiaIVnHei2AHu cs46XFRaYUfzKpl5OEnCauZiUsbtY3xYxbuLE8e/vUkKdTMPS0fxbkQcMfcYThQOSUIU0nP8gJAK 7e5S6th1l/qCSz5W6C5FHUwrTTKkIyeaZou2aQx+mVbpDP52bLN7B3U4q9J6ixy6SMgKzCqEHxLm mPE6nigcV5Ec4piVDX4Dq6hKyMFU+GVcTyrwdEgYR72ASFm15pYAfUtO38FQsSrdvsumsYsUih5U 0byBOS8jt/hBN8JxWoUd0CQqYz+QBxCiGO1xVQXf5W6G6HfwA04WuvsOJY67T68Gt2noiDQLED0z EdqXUKqdChzT5O/KMaNQj20MXFw5hgL44uvHFZH1thbiTdiTqjJh+0T5XYQ7WXS7XAT07a+5W3iS 7BEI8/mN513JfVdyvf98yV2Uz2cttLPaCmVX9w22KTYtcrywQx5TxgZqysgNaZpkCftE0IdBvc6c DklxYkojeMzquoMLBTZrkODqI6qiQYRTaLDrniYSyox0KFHKJRzszHAlbY2HJl3ZY2FTHxhsPZBY 7fLADq/o4fxcUJAxu01oDp85oxVN4KzMVq5kREHt12FW10KdmVvdiGZKncOtUBl8OK8aDBbWhAYE QdsCVl6F87lmDQcTzEig7W733twtxgsX6SIZ4YBkPtJ6z/uobpyUx4q5CYDYqfCRPuSdYrUSt5Ym +wbczuKkMrvGAna5997ES3kEz7yk8/ZEOrKknJwsQUdtr9VcbnrIx2nbG8OZFh7jFLwudc+HWQgX Q74SNuxPTWaT5TNvtnLF3CSowzWFtfucwk4dSIVUW1hGNjTMVBYCLNGcrPzLTTDrRSlgI/01pFhZ g2D416QAO7quJeMx8VXZ2aURbTv7mpVSPlFEDKLgCI3YROxjcL8OVdAnoBKuJkxF0C9wj6atbabc 4pwlXfn2yuDsOGZphLNyq1M0z2QLN3lcyGDeSuKBbpWyG+XOr4pJ+QtSpRzG/zNV9H4CNwUrgfaA D9e4AiOdr22PCxVxqEJpRP2+gMbB1A6IFriLhWkIKrhMNv8FOdT/bc5ZGiat4cCn9mmIBIX9SEWC kD0oSyb6TiFWz/YuS5JlhExElcSVqRV7RA4JG+oauKr3dg9FEOqmmmRlwOBOxp/7nmXQKNRNTjnf nBpS7L02B/7pzscmMyjl1mHT0OT2L0Ss2FXterM833vLiuiJWZvVyLMCmJW2glaW9q8pwjm3Wlux 5jRebubCgRfnNYbBoiFK4b4H6T+w/1HhM/tlQm+oQ74PtRXBhwZNDMIGovqSbTyQLpB2cASNkx20 waRJWdNmrZO2Wr5ZX3CnW/A9YWwt2Vn8fU5jF82Zy87JxYs0dmZhx9Z2bKGpwbMnUxSGxvlBxjjG fNIqf3Xio3vg6C24358wJU0wwTclgaH1HJg8gOS3HM3Sjb8AAAD//wMAUEsDBBQABgAIAAAAIQAN 0ZCftgAAABsBAAAnAAAAdGhlbWUvdGhlbWUvX3JlbHMvdGhlbWVNYW5hZ2VyLnhtbC5yZWxzhI9N CsIwFIT3gncIb2/TuhCRJt2I0K3UA4TkNQ02PyRR7O0NriwILodhvplpu5edyRNjMt4xaKoaCDrp lXGawW247I5AUhZOidk7ZLBggo5vN+0VZ5FLKE0mJFIoLjGYcg4nSpOc0IpU+YCuOKOPVuQio6ZB yLvQSPd1faDxmwF8xSS9YhB71QAZllCa/7P9OBqJZy8fFl3+UUFz2YUFKKLGzOAjm6pMBMpburrE 3wAAAP//AwBQSwECLQAUAAYACAAAACEAgoq8E/oAAAAcAgAAEwAAAAAAAAAAAAAAAAAAAAAAW0Nv bnRlbnRfVHlwZXNdLnhtbFBLAQItABQABgAIAAAAIQCl1qfnwAAAADYBAAALAAAAAAAAAAAAAAAA ACsBAABfcmVscy8ucmVsc1BLAQItABQABgAIAAAAIQBreZYWgwAAAIoAAAAcAAAAAAAAAAAAAAAA ABQCAAB0aGVtZS90aGVtZS90aGVtZU1hbmFnZXIueG1sUEsBAi0AFAAGAAgAAAAhAJa1reKWBgAA UBsAABYAAAAAAAAAAAAAAAAA0QIAAHRoZW1lL3RoZW1lL3RoZW1lMS54bWxQSwECLQAUAAYACAAA ACEADdGQn7YAAAAbAQAAJwAAAAAAAAAAAAAAAACbCQAAdGhlbWUvdGhlbWUvX3JlbHMvdGhlbWVN YW5hZ2VyLnhtbC5yZWxzUEsFBgAAAAAFAAUAXQEAAJYKAAAAADw/eG1sIHZlcnNpb249IjEuMCIg ZW5jb2Rpbmc9IlVURi04IiBzdGFuZGFsb25lPSJ5ZXMiPz4NCjxhOmNsck1hcCB4bWxuczphPSJo dHRwOi8vc2NoZW1hcy5vcGVueG1sZm9ybWF0cy5vcmcvZHJhd2luZ21sLzIwMDYvbWFpbiIgYmcx PSJsdDEiIHR4MT0iZGsxIiBiZzI9Imx0MiIgdHgyPSJkazIiIGFjY2VudDE9ImFjY2VudDEiIGFj Y2VudDI9ImFjY2VudDIiIGFjY2VudDM9ImFjY2VudDMiIGFjY2VudDQ9ImFjY2VudDQiIGFjY2Vu dDU9ImFjY2VudDUiIGFjY2VudDY9ImFjY2VudDYiIGhsaW5rPSJobGluayIgZm9sSGxpbms9ImZv bEhsaW5rIi8+mxMAAMYtAAABAAAAAABuAAAAcQAAAAgAYQBkAGUAbgBkAG8AZgBmAA8eAABRJgAA xi0AAAEAYQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA2omYFwEAYQAAAAAAAAAAAAAAAAAAAAAAAAAA AAAA9omYF8p7KKcAAAAAAAAAAAAAAAAAAGB7KKcAAAAAAAAAAAAAAAAAAAAAAABBAAAAwQAAAMQA AAAAAAAAdQ0AAMYtAAANAADoAAAAAP////8NAEfoAAAAAP////8AAAAAAwAAAAYAAAAGAAAACQAA AAwAAAAMAAAADgAAABUAAAAgAAAALQAAADMAAAA1AAAANQAAADUAAAA1AAAANQAAADUAAAA1AAAA OAAAAAAIAABZCAAAywgAAJoJAABgCgAAJwsAAKAMAADvDAAAUA0AAKQNAAC4DQAAxg4AAB8RAAD0 EQAANBMAAJ8TAAAuFAAAqxUAAGcWAAAGFwAABBgAAK0YAABOGQAA0BkAAHUbAAA1HAAAPx0AAIUe AABnHwAAOyAAALUpAAA9LgAA2S4AABMwAAB5MAAA5zAAAMUxAABRMgAA3zIAAHAzAABcNAAABDUA AMY1AAAbAAAAHQAAAB4AAAAfAAAAIAAAACEAAAAiAAAAIwAAACQAAAAlAAAAJgAAACgAAAApAAAA KgAAACsAAAAsAAAALQAAAC4AAAAwAAAAMgAAADkAAAA/AAAARgAAAEsAAABQAAAAWgAAAFwAAABf AAAAYgAAAGMAAABkAAAAZgAAAGgAAABpAAAAagAAAGsAAABsAAAAbQAAAG4AAABvAAAAcQAAAHMA AAAACAAAtw0AAM0VAAAGFwAANBcAAIIXAACaFwAAtxcAAMoXAADhFwAABhgAAFIYAABqGAAAghgA AJUYAAC6GAAA3RgAAPUYAAAhGQAAOxkAAE4ZAABkGQAAehkAAI8ZAACyGQAA5RkAAD4aAABpGgAA aBsAAHcbAAB8GwAAihsAAJ0bAAChGwAApRsAANUbAADZGwAA3RsAAJkcAADHHQAAgx4AAAEfAABP HwAAEiYAAHouAABYNAAA6zQAAMY1AAAcAAAAJwAAAC8AAAAxAAAAMwAAADQAAAA1AAAANgAAADcA AAA4AAAAOgAAADsAAAA8AAAAPQAAAD4AAABAAAAAQQAAAEIAAABDAAAARAAAAEUAAABHAAAASAAA AEkAAABKAAAATAAAAE0AAABOAAAATwAAAFEAAABSAAAAUwAAAFQAAABVAAAAVgAAAFcAAABYAAAA WQAAAFsAAABdAAAAXgAAAGAAAABhAAAAZQAAAGcAAABwAAAAcgAAAPYEAABLBQAAogUAADonAABp JwAAhCcAAJwoAADLKAAA5igAAGwqAACVKgAAqioAACYrAABVKwAAbysAAJ0rAADHKwAA3CsAAAks AAA2LAAATiwAAMYtAAATWBT/lYwTWJT/lYQTWJT/lYQTWJT/lYQTWBT/FYQTWBT/FYQTWBT/FYQV AAAAHAAAACAAAAAnAAAAKQAAADgAAAATIZUAEyGU/5WADwAA8LQAAAAAAAbwIAAAAAIMAAADAAAA BAAAAAIAAAABAAAAAgAAAAIAAAADAAAALwAB8FgAAABiAAfwJAAAAAYG69yUqdZ0KXj8Mtv7C48+ Hv8AYBcAAAEAAACO6AAAAAAAAGIAB/AkAAAABgafKlhXtupyVX+Ap0hpYQsi/wCCQQAAAQAAAO7/ AAAAAAAAIwAL8AwAAACGwQAAAADFwQAAAABAAB7xEAAAAP//AAAAAP8AgICAAPcAABABDwAC8KwB AAAgAAjwCAAAAAMAAAACCAAADwAD8JQBAAAPAATwKAAAAAEACfAQAAAABwAMAwAAAAAAAAAARA7+ ewIACvAIAAAAAAgAAAUAAAAPAATwqgAAALIECvAIAAAAAggAAAAKAACTAAvwZgAAAH8AgAD5AQRB AQAAAAXBDgAAAD8BAAAGAL8BAAAQAP8BAAAIAIDDFAAAAIHDDgAAAL8DAAAiAEcAZQBuAG8AbQBl AAAAUABpAGMAdAB1AHIAZQAgADYAAABHAGUAbgBvAG0AZQAAACMAIvEMAAAAvwMAggCCPwUAAAEA AAAQ8AQAAAAAAAAAAAAR8AQAAAABAAAADwAE8KoAAACyBArwCAAAAAEIAAAACgAAkwAL8GYAAAB/ AIAA+QEEQQIAAAAFwQ4AAAA/AQAABgC/AQAAEAD/AQAACACAwxQAAACBww4AAAC/AwAAIgBHAGUA bgBvAG0AZQAAAFAAaQBjAHQAdQByAGUAIAAxAAAARwBlAG4AbwBtAGUAAAAjACLxDAAAAL8DAIIA gj8FAAABAAAAEPAEAAAAAQAAAAAAEfAEAAAAAQAAAAAPAALwkgAAABAACPAIAAAAAQAAAAEEAAAP AAPwMAAAAA8ABPAoAAAAAQAJ8BAAAAAAAAAAAAAAAAgAAAAAAAAAAgAK8AgAAAAABAAABQAAAA8A BPBCAAAAEgAK8AgAAAABBAAAAA4AAFMAC/AeAAAAvwEAABAAywEAAAAA/wEAAAgABAMJAAAAPwMB AAEAAAAR8AQAAAABAAAADwAAAC0AAAA4AAAAAggAAAAAAADs////QgUAABcDAAB0AAAAAAABCAAA cgAAAIv+//+oBgAASQIAAHQAAAAAAP//AQAAAA0AXwBIAGwAdAAyADYANwA2ADQAMAA3ADIANwBs KgAAxy0AAAAAAECrKgAAxy0AAP//AgAKAAAAAAHaiZgX/////wAAAAH2iZgX/////zwcAABGJgAA YCwAAAAAAAABAAAADx4AAFEmAABgLAAAAAAAADIRAAA6EQAAXhEAAGMRAACIEQAAjhEAAMsUAADY FAAAXhUAAGkVAADlHgAA8B4AAAAgAAAOIAAA3yUAAOglAAAsJgAAPCYAAF4sAADMLAAAzSwAAM8s AADQLAAA0iwAANMsAADVLAAA1iwAANgsAADZLAAA4iwAAOosAADtLAAA9ywAAAItAAADLQAALC0A AC0tAADELQAAxy0AAAcAHAAHABwABwAcAAcAHAAHABwABwAcAAcAHAAHABwABwAcAAcABwAHAAcA AgAHAAIABwACAAcAAgAHAAcABwAHAAcAAgAHAAQABwAHAAAAAAAiEwAAIxMAAFQXAABeFwAAOBgA AEIYAACFGAAAnRgAAHAbAAB+GwAAnR0AAK8dAAASHgAA1CEAANYhAAAeJAAAdyQAAFMmAABeLAAA zSwAAM8sAADQLAAA0iwAANMsAADVLAAA1iwAANgsAADZLAAAAi0AAAMtAADHLQAABwAzAAcAMwAH ADMABwAzAAcAMwAHADMABwAzAAcAMwAHADMABwAHAAcAAgAHAAIABwACAAcAAgAHAAIABwAAAAAA FxkAABcZAAAPHgAAEB4AABEeAAARHgAAtSEAANMhAADWIQAA1iEAAB8kAAAgJAAAUSYAAFImAABd LAAAzSwAAOIsAADqLAAA7SwAAPcsAAADLQAAAy0AAAQtAABDLQAARC0AAMQtAADHLQAAAwAEAAMA BAADAAQAAwAEAAMABAADAAQAAwAEAAMABwACAAcAAgAHAAIABAADAAQABwAEAAcALAAd////pvbq BP8P/w//D/8P/w//D/8P/w//DwAA/v//////////D/8P/w//D/8P/w//D/8P/w8BAOByLgFG5NTC /w//D/8P/w//D/8P/w//D/8PAQDxCNUBtOg2kP8P/w//D/8P/w//D/8P/w//DxAAbi2RBfQjSiP/ D/8P/w//D/8P/w//D/8P/w8QAJ1VSQkeL1J1/w//D/8P/w//D/8P/w//D/8PEAD6bNQL/M4YPP8P /w//D/8P/w//D/8P/w//DxAAIVlmE7A/aDX/D/8P/w//D/8P/w//D/8P/w8BABJBmh7//////w// D/8P/w//D/8P/w//D/8PAQACQtMhGOUgDf8P/w//D/8P/w//D/8P/w//DxAAKT6/JfzOGDz/D/8P /w//D/8P/w//D/8P/w8QAOE1WCas+BJd/w//D/8P/w//D/8P/w//D/8PEABZCs8uZLloNv8P/w// D/8P/w//D/8P/w//DxAAZzAeMEDo8Jb/D/8P/w//D/8P/w//D/8P/w8QAI04dDJwwnZf/w//D/8P /w//D/8P/w//D/8PEABxHpUzPm8YB/8P/w//D/8P/w//D/8P/w//DxAAWUs6NCjomKf/D/8P/w// D/8P/w//D/8P/w8QACVHhDmYyjDc/w//D/8P/w//D/8P/w//D/8PEADoJlM7eGqsnf8P/w//D/8P /w//D/8P/w//DxAA4lxpO9BS0C7/D/8P/w//D/8P/w//D/8P/w8QAGMZezvsUCpa/w//D/8P/w// D/8P/w//D/8PEADGH6I+//////8P/w//D/8P/w//D/8P/w//DwEA2E8lQpa6XpL/D/8P/w//D/8P /w//D/8P/w8QAIdFikMPAAkI/w//D/8P/w//D/8P/w//D/8PAQC3MHRJNm9QPf8P/w//D/8P/w// D/8P/w//DwEAGHMGS/7Mll3/D/8P/w//D/8P/w//D/8P/w8QAP9pTEv0I0oj/w//D/8P/w//D/8P /w//D/8PEADrFodM9uVSs/8P/w//D/8P/w//D/8P/w//DxAAV300TYb1jJv/D/8P/w//D/8P/w// D/8P/w8QAIEexFGY0oy//w//D/8P/w//D/8P/w//D/8PEACTB/BSbPtEbP8P/w//D/8P/w//D/8P /w//DxAAzk1MXpatTtgFAP8P/w//D/8P/w//D/8P/w8QAJZD6V80vrIN/w//D/8P/w//D/8P/w// D/8PEAAVaGphOPlSb/8P/w//D/8P/w//D/8P/w//DxAAxQKEY9YAEr3/D/8P/w//D/8P/w//D/8P /w8QAMtNsmQgGdKH/w//D/8P/w//D/8P/w//D/8PEACSdFBlQCWWo/8P/w//D/8P/w//D/8P/w// DxAAo3pja6D1hiL/D/8P/w//D/8P/w//D/8P/w8QADB+/G7UZf5+/w//D/8P/w//D/8P/w//D/8P EABsKB1xajfE1/8P/w//D/8P/w//D/8P/w//DxAAkXxscaRVykn/D/8P/w//D/8P/w//D/8P/w8B AB0vfnIQiLRj/w//D/8P/w//D/8P/w//D/8PEAA2GLx48LWkQf8P/w//D/8P/w//D/8P/w//DxAA EFQ4fIz2Cj//D/8P/w//D/8P/w//D/8P/w8QAAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hAAAEYQAABXGBQABAAAGXoQAAGCEAABPSgEAUUoBAG8oAAAAAQAAABcAAAAAAAAAAAAAAAAAAAAA AAAACxgAAA+EOAQRhJj+FcYFAAHQAgZehDgEYISY/k9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAA AAAAAAAAAAAAAAAAAA8YAAAPhAgHEYSY/hXGBQABoAUGXoQIB2CEmP5PSgUAUUoFAF5KBQBvKAAB AG8AAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E2AkRhJj+FcYFAAFwCAZehNgJYISY/k9K CABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKgMEYSY/hXGBQABQAsG XoSoDGCEmP5PSggAUUoIAG8oAAEA+vABAAAAFwAAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4R4DxGE mP4VxgUAARAOBl6EeA9ghJj+T0oBAFFKAQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAA DxgAAA+ESBIRhJj+FcYFAAHgEAZehEgSYISY/k9KBQBRSgUAXkoFAG8oAAEAbwABAAAAFwAAAAAA AAAAAAAAAAAAAAAAAAALGAAAD4QYFRGEmP4VxgUAAbATBl6EGBVghJj+T0oIAFFKCABvKAABAKfw AQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E6BcRhJj+FcYFAAGAFgZehOgXYISY/k9KCABR SggAbygAAQD68AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABACoAAQAAAAMAAQAAAAAAAAAA AAAAAAAAAAAAAxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/m8oAAIAAAApAAEAAAAXAAAAAAAA AAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEAUUoBAG8oAAEAt/AB AAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAFBl6EoAVghJj+T0oFAFFK BQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+FcYFAAFwCAZehHAI YISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhEALEYSY/hXG BQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAA D4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAA AAAAAAAACxgAAA+E4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAA AAAAAAAAAAAAAAAAAAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CEmP5PSgEAUUoBAG8oAAEA t/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUAAYAWBl6EgBZghJj+T0oF AFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EUBkRhJj+FcYFAAFQGQZe hFAZYISY/k9KCABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhDgEEYSY /hXGBQABOAQGXoQ4BGCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAAL GAAAD4QIBxGEmP4VxgUAAQgHBl6ECAdghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAA AAAAAAAAAAAACxgAAA+E2AkRhJj+FcYFAAHYCQZehNgJYISY/k9KCABRSggAbygAAQCn8AEAAAAX gAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKgMEYSY/hXGBQABqAwGXoSoDGCEmP5PSgEAUUoBAG8o AAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4R4DxGEmP4VxgUAAXgPBl6EeA9ghJj+ T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+ESBIRhJj+FcYFAAFI EgZehEgSYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBgV EYSY/hXGBQABGBUGXoQYFWCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAA AAALGAAAD4ToFxGEmP4VxgUAAegXBl6E6BdghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+EuBoRhJj+FcYFAAG4GgZehLgaYISY/k9KCABRSggAbygAAQCn8AEA AAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhDgEEYSY/hXGBQABOAQGXoQ4BGCEmP5PSgEAUUoB AG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4QIBxGEmP4VxgUAAQgHBl6ECAdg hJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E2AkRhJj+FcYF AAHYCQZehNgJYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hKgMEYSY/hXGBQABqAwGXoSoDGCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4R4DxGEmP4VxgUAAXgPBl6EeA9ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+ESBIRhJj+FcYFAAFIEgZehEgSYISY/k9KCABRSggAbygAAQCn 8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBgVEYSY/hXGBQABGBUGXoQYFWCEmP5PSgEA UUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4ToFxGEmP4VxgUAAegXBl6E 6BdghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EuBoRhJj+ FcYFAAG4GgZehLgaYISY/k9KCABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhAgHEYSY/hXGBQABCAcGXoQIB2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAABIABAAAAAAAAAAAA AAAAAAAAAAAAGAAAD4TYCRGEmP4VxgUAAdgJBl6E2AlghJj+AgABAC4AAQAAAAKCAQAAAAAAAAAA AAAAAAAAAAAAABgAAA+EqAwRhEz/FcYFAAGoDAZehKgMYIRM/wIAAgAuAAEAAAAAgAEAAAAAAAAA AAAAAAAAAAAAAAAYAAAPhHgPEYSY/hXGBQABeA8GXoR4D2CEmP4CAAMALgABAAAABIABAAAAAAAA AAAAAAAAAAAAAAAAGAAAD4RIEhGEmP4VxgUAAUgSBl6ESBJghJj+AgAEAC4AAQAAAAKCAQAAAAAA AAAAAAAAAAAAAAAAABgAAA+EGBURhEz/FcYFAAEYFQZehBgVYIRM/wIABQAuAAEAAAAAgAEAAAAA AAAAAAAAAAAAAAAAAAAYAAAPhOgXEYSY/hXGBQAB6BcGXoToF2CEmP4CAAYALgABAAAABIABAAAA AAAAAAAAAAAAAAAAAAAAGAAAD4S4GhGEmP4VxgUAAbgaBl6EuBpghJj+AgAHAC4AAQAAAAKCAQAA AAAAAAAAAAAAAAAAAAAAABgAAA+EiB0RhEz/FcYFAAGIHQZehIgdYIRM/wIACAAuAAEAAAAXAAAA AAAAAAAAAAAAAAAAAAAAAAsYAAAPhGgBEYSY/hXGBQABaAEGXoRoAWCEmP5PSgEAUUoBAG8oAAEA t/ABAAAAF0AAAAAAAAAAAAAAAAAAAGgBAAALEAAAD4SoAxGEmP5ehKgDYISY/k9KAQBRSgEAbygA AQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5P SgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAF Bl6EoAVghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgR hJj+FcYFAAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAA AAsYAAAPhEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAA AAAAAAAAAAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAA ABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggA bygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CE mP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUA AYAWBl6EgBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E UBkRhJj+FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn8AEAAAAEAAEAAAAAAAAAAAAAAAAA AAAAAAMYAAAPhKAFEYQw/RXGBQABoAUGXoSgBWCEMP1vKAACAAAAKQABAAAAFwAAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4QIBxGEmP4VxgUAAQgHBl6ECAdghJj+T0oBAFFKAQBvKAABALfwAQAAAAKC AQAAAAAAAAAAAAAAAAAAAAAAABgAAA+E2AkRhEz/FcYFAAHYCQZehNgJYIRM/wIAAgAuAAEAAAAA gAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhKgMEYSY/hXGBQABqAwGXoSoDGCEmP4CAAMALgABAAAA BIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4R4DxGEmP4VxgUAAXgPBl6EeA9ghJj+AgAEAC4AAQAA AAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+ESBIRhEz/FcYFAAFIEgZehEgSYIRM/wIABQAuAAEA AAAAgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhBgVEYSY/hXGBQABGBUGXoQYFWCEmP4CAAYALgAB AAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4ToFxGEmP4VxgUAAegXBl6E6BdghJj+AgAHAC4A AQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EuBoRhEz/FcYFAAG4GgZehLgaYIRM/wIACAAu AAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEA UUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAFBl6E oAVghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+ FcYFAAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggAbygA AQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CEmP5P SgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUAAYAW Bl6EgBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EUBkR hJj+FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAA AAsYAAAPhDgEEYSY/hXGBQABOAQGXoQ4BGCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAA AAAAAAAAAAAAAAALGAAAD4QIBxGEmP4VxgUAAQgHBl6ECAdghJj+T0oFAFFKBQBvKAABAG8AAQAA ABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E2AkRhJj+FcYFAAHYCQZehNgJYISY/k9KCABRSggA bygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKgMEYSY/hXGBQABqAwGXoSoDGCE mP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4R4DxGEmP4VxgUA AXgPBl6EeA9ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E SBIRhJj+FcYFAAFIEgZehEgSYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAA AAAAAAsYAAAPhBgVEYSY/hXGBQABGBUGXoQYFWCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAA AAAAAAAAAAAAAAAAAAALGAAAD4ToFxGEmP4VxgUAAegXBl6E6BdghJj+T0oFAFFKBQBvKAABAG8A AQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EuBoRhJj+FcYFAAG4GgZehLgaYISY/k9KCABR SggAbygAAQCn8AIAAAAAAAEAAAAAAAAAAAAAAAAAAAAAAAMYAAAPhDgEEYQw/RXGBQABOAQGXoQ4 BGCEMP1vKAACAAAALgABAAAAAgABAAAAAAAAAAAAAAAAAAAAAAADGAAAD4QIBxGEMP0VxgUAAQgH Bl6ECAdghDD9bygAAgABACkAAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EcAgRhEz/FcYF AAFwCAZehHAIYIRM/wIAAgAuAAEAAAAAgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhEALEYSY/hXG BQABQAsGXoRAC2CEmP4CAAMALgABAAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4QQDhGEmP4V xgUAARAOBl6EEA5ghJj+AgAEAC4AAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+E4BARhEz/ FcYFAAHgEAZehOAQYIRM/wIABQAuAAEAAAAAgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhLATEYSY /hXGBQABsBMGXoSwE2CEmP4CAAYALgABAAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4SAFhGE mP4VxgUAAYAWBl6EgBZghJj+AgAHAC4AAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EUBkR hEz/FcYFAAFQGQZehFAZYIRM/wIACAAuAAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNAC EYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAA AAALGAAAD4SgBRGEmP4VxgUAAaAFBl6EoAVghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+FcYFAAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEA AAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoB AG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5g hJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYF AAHgEAZehOAQYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hLATEYSY/hXGBQABsBMGXoSwE2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4SAFhGEmP4VxgUAAYAWBl6EgBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+EUBkRhJj+FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn 8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEA UUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAFBl6E oAVghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+ FcYFAAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggAbygA AQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CEmP5P SgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUAAYAW Bl6EgBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EUBkR hJj+FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAA AAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAA AAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAFBl6EoAVghJj+T0oFAFFKBQBvKAABAG8AAQAA ABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+FcYFAAFwCAZehHAIYISY/k9KCABRSggA bygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhEALEYSY/hXGBQABQAsGXoRAC2CE mP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4QQDhGEmP4VxgUA ARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E 4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAA AAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAA AAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUAAYAWBl6EgBZghJj+T0oFAFFKBQBvKAABAG8A AQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EUBkRhJj+FcYFAAFQGQZehFAZYISY/k9KCABR SggAbygAAQCn8AEAAAADAAEAAAAAAAAAAAAAAAAAAAAAAAMYAAAPhDgEEYQw/RXGBQABOAQGXoQ4 BGCEMP1vKAACAAAALgABAAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4SgBRGEmP4VxgUAAaAF Bl6EoAVghJj+AgABAC4AAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EcAgRhEz/FcYFAAFw CAZehHAIYIRM/wIAAgAuAAEAAAAAgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhEALEYSY/hXGBQAB QAsGXoRAC2CEmP4CAAMALgABAAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4QQDhGEmP4VxgUA ARAOBl6EEA5ghJj+AgAEAC4AAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+E4BARhEz/FcYF AAHgEAZehOAQYIRM/wIABQAuAAEAAAAAgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhLATEYSY/hXG BQABsBMGXoSwE2CEmP4CAAYALgABAAAABIABAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4SAFhGEmP4V xgUAAYAWBl6EgBZghJj+AgAHAC4AAQAAAAKCAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EUBkRhEz/ FcYFAAFQGQZehFAZYIRM/wIACAAuAAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY /hXGBQAB0AIGXoTQAmCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAAL GAAAD4SgBRGEmP4VxgUAAaAFBl6EoAVghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAA AAAAAAAAAAAACxgAAA+EcAgRhJj+FcYFAAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAX gAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8o AAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+ T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYFAAHg EAZehOAQYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLAT EYSY/hXGBQABsBMGXoSwE2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAA AAALGAAAD4SAFhGEmP4VxgUAAYAWBl6EgBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+EUBkRhJj+FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn8AEA AAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNACEYSY/hXGBQAB0AIGXoTQAmCEmP5PSgEAUUoB AG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SgBRGEmP4VxgUAAaAFBl6EoAVg hJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+FcYF AAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+E4BARhJj+FcYFAAHgEAZehOAQYISY/k9KCABRSggAbygAAQCn 8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLATEYSY/hXGBQABsBMGXoSwE2CEmP5PSgEA UUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SAFhGEmP4VxgUAAYAWBl6E gBZghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EUBkRhJj+ FcYFAAFQGQZehFAZYISY/k9KCABRSggAbygAAQCn8AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhDgEEYSY/hXGBQABOAQGXoQ4BGCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4QIBxGEmP4VxgUAAQgHBl6ECAdghJj+T0oFAFFKBQBvKAABAG8AAQAAABeA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E2AkRhJj+FcYFAAHYCQZehNgJYISY/k9KCABRSggAbygA AQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKgMEYSY/hXGBQABqAwGXoSoDGCEmP5P SgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4R4DxGEmP4VxgUAAXgP Bl6EeA9ghJj+T0oFAFFKBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+ESBIR hJj+FcYFAAFIEgZehEgSYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAA AAsYAAAPhBgVEYSY/hXGBQABGBUGXoQYFWCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAA AAAAAAAAAAAAAAALGAAAD4ToFxGEmP4VxgUAAegXBl6E6BdghJj+T0oFAFFKBQBvKAABAG8AAQAA ABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EuBoRhJj+FcYFAAG4GgZehLgaYISY/k9KCABRSggA bygAAQCn8AEAAAAXQAAAAAAAAAAAAAAAAAAAaAEAAAsQAAAPhKgDEYSY/l6EqANghJj+T0oBAFFK AQBvKAABALfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNAC YISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXG BQABoAUGXoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAA D4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAA AAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAA AAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUAUUoFAG8oAAEA bwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBghJj+T0oI AFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+FcYFAAGwEwZe hLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhIAWEYSY /hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAAL GAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAAAAAAAQAAAAAAAAAA AAAAAAAAAAAAABgAAA+EaAERhJj+FcYFAAFoAQZehGgBYISY/gIAAAAuAAAAAAAXAAAAAAAAAAAA AAAAAAAAAAAAAAMYAAAPhGgBEYSY/hXGBQABaAEGXoRoAWCEmP5vKAABAC0AAQAAABcAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/k9KAQBRSgEAbygAAQC38AEA AAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP5PSgUAUUoF AG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhg hJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYF AAFACwZehEALYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+FcYFAAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC3 8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUA UUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6E UBlghJj+T0oIAFFKCABvKAABAKfwAQAAAAAAAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EOAQRhJj+ FcYFAAE4BAZehDgEYISY/gIAAAAuAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhAgHEYSY /hXGBQABCAcGXoQIB2CEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAAL GAAAD4TYCRGEmP4VxgUAAdgJBl6E2AlghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAA AAAAAAAAAAAACxgAAA+EqAwRhJj+FcYFAAGoDAZehKgMYISY/k9KAQBRSgEAbygAAQC38AEAAAAX gAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhHgPEYSY/hXGBQABeA8GXoR4D2CEmP5PSgUAUUoFAG8o AAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RIEhGEmP4VxgUAAUgSBl6ESBJghJj+ T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EGBURhJj+FcYFAAEY FQZehBgVYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhOgX EYSY/hXGBQAB6BcGXoToF2CEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAA AAALGAAAD4S4GhGEmP4VxgUAAbgaBl6EuBpghJj+T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+EOAQRhJj+FcYFAAE4BAZehDgEYISY/k9KAQBRSgEAbygAAQC38AEA AAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhAgHEYSY/hXGBQABCAcGXoQIB2CEmP5PSgUAUUoF AG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TYCRGEmP4VxgUAAdgJBl6E2Alg hJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EqAwRhJj+FcYF AAGoDAZehKgMYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hHgPEYSY/hXGBQABeA8GXoR4D2CEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4RIEhGEmP4VxgUAAUgSBl6ESBJghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+EGBURhJj+FcYFAAEYFQZehBgVYISY/k9KAQBRSgEAbygAAQC3 8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhOgXEYSY/hXGBQAB6BcGXoToF2CEmP5PSgUA UUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4S4GhGEmP4VxgUAAbgaBl6E uBpghJj+T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+ FcYFAAHQAgZehNACYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygA AQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5P SgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQ Bl6E4BBghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMR hJj+FcYFAAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAA AAsYAAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAA AAAAAAAAAAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAA ABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/k9KAQBRSgEA bygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCE mP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RwCBGEmP4VxgUA AXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E QAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAA AAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAA AAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBghJj+T0oIAFFKCABvKAABAKfw AQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+FcYFAAGwEwZehLATYISY/k9KAQBR SgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhIAWEYSY/hXGBQABgBYGXoSA FmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RQGRGEmP4V xgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgA AA+EOAQRhJj+FcYFAAE4BAZehDgEYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAA AAAAAAAAAAsYAAAPhAgHEYSY/hXGBQABCAcGXoQIB2CEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AA AAAAAAAAAAAAAAAAAAAAAAALGAAAD4TYCRGEmP4VxgUAAdgJBl6E2AlghJj+T0oIAFFKCABvKAAB AKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EqAwRhJj+FcYFAAGoDAZehKgMYISY/k9K AQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhHgPEYSY/hXGBQABeA8G XoR4D2CEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RIEhGE mP4VxgUAAUgSBl6ESBJghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAA CxgAAA+EGBURhJj+FcYFAAEYFQZehBgVYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAA AAAAAAAAAAAAAAsYAAAPhOgXEYSY/hXGBQAB6BcGXoToF2CEmP5PSgUAUUoFAG8oAAEAbwABAAAA F4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4S4GhGEmP4VxgUAAbgaBl6EuBpghJj+T0oIAFFKCABv KAABAKfwAQAAAAMAAQAAAAAAAAAAAAAAAAAAAAAAAxgAAA+EOAQRhDD9FcYFAAE4BAZehDgEYIQw /W8oAAIAAAAuAAEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXGBQABoAUGXoSg BWCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAAoIBAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4RwCBGETP8V xgUAAXAIBl6EcAhghEz/AgACAC4AAQAAAACAAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EQAsRhJj+ FcYFAAFACwZehEALYISY/gIAAwAuAAEAAAAEgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhBAOEYSY /hXGBQABEA4GXoQQDmCEmP4CAAQALgABAAAAAoIBAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4TgEBGE TP8VxgUAAeAQBl6E4BBghEz/AgAFAC4AAQAAAACAAQAAAAAAAAAAAAAAAAAAAAAAABgAAA+EsBMR hJj+FcYFAAGwEwZehLATYISY/gIABgAuAAEAAAAEgAEAAAAAAAAAAAAAAAAAAAAAAAAYAAAPhIAW EYSY/hXGBQABgBYGXoSAFmCEmP4CAAcALgABAAAAAoIBAAAAAAAAAAAAAAAAAAAAAAAAGAAAD4RQ GRGETP8VxgUAAVAZBl6EUBlghEz/AgAIAC4AAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E 0AIRhJj+FcYFAAHQAgZehNACYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAA AAAAAAsYAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAA AAAAAAAAAAAAAAAAAAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfw AQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBR SgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQ DmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4V xgUAAeAQBl6E4BBghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgA AA+EsBMRhJj+FcYFAAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAA AAAAAAAAAAsYAAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AA AAAAAAAAAAAAAAAAAAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAAB AKfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/k9K AQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXGBQABoAUG XoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RwCBGE mP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAA CxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAA AAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUAUUoFAG8oAAEAbwABAAAA F4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBghJj+T0oIAFFKCABv KAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+FcYFAAGwEwZehLATYISY /k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhIAWEYSY/hXGBQAB gBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RQ GRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAAAAAAAQAAAAAAAAAAAAAAAAAA AAAAABgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/gIAAAAuAAEAAAAEgAEAAAAAAAAAAAAAAAAA AAAAAAAYAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP4CAAEALgABAAAAAoIBAAAAAAAAAAAAAAAA AAAAAAAAGAAAD4RwCBGETP8VxgUAAXAIBl6EcAhghEz/AgACAC4AAQAAAACAAQAAAAAAAAAAAAAA AAAAAAAAABgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/gIAAwAuAAEAAAAEgAEAAAAAAAAAAAAA AAAAAAAAAAAYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP4CAAQALgABAAAAAoIBAAAAAAAAAAAA AAAAAAAAAAAAGAAAD4TgEBGETP8VxgUAAeAQBl6E4BBghEz/AgAFAC4AAQAAAACAAQAAAAAAAAAA AAAAAAAAAAAAABgAAA+EsBMRhJj+FcYFAAGwEwZehLATYISY/gIABgAuAAEAAAAEgAEAAAAAAAAA AAAAAAAAAAAAAAAYAAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP4CAAcALgABAAAAAoIBAAAAAAAA AAAAAAAAAAAAAAAAGAAAD4RQGRGETP8VxgUAAVAZBl6EUBlghEz/AgAIAC4AAQAAABcAAAAAAAAA AAAAAAAAAAAAAAAACxAAAA+E0AIRhJj+XoTQAmCEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAA AAAAAAAAAAAAAAAAAAAPEAAAD4SgBRGEmP5ehKAFYISY/k9KBQBRSgUAXkoFAG8oAAEAbwABAAAA F4AAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4RwCBGEmP5ehHAIYISY/k9KCABRSggAbygAAQCn8AEA AAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhEALEYSY/l6EQAtghJj+T0oBAFFKAQBvKAABALfw AQAAABeAAAAAAAAAAAAAAAAAAAAAAAAADxAAAA+EEA4RhJj+XoQQDmCEmP5PSgUAUUoFAF5KBQBv KAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxAAAA+E4BARhJj+XoTgEGCEmP5PSggAUUoI AG8oAAEAp/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALEAAAD4SwExGEmP5ehLATYISY/k9KAQBR SgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAA8QAAAPhIAWEYSY/l6EgBZghJj+T0oF AFFKBQBeSgUAbygAAQBvAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsQAAAPhFAZEYSY/l6EUBlg hJj+T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYF AAHQAgZehNACYISY/k9KAQBRSgEAbygAAQC38AEAAAAXAAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hKAFEYSY/hXGBQABoAUGXoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygAAQC3 8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUA UUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E 4BBghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+ FcYFAAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAAABcA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/k9KAQBRSgEAbygA AQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAA8YAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP5P SgUAUUoFAF5KBQBvKAABAG8AAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EcAgRhJj+FcYF AAFwCAZehHAIYISY/k9KCABRSggAbygAAQCn8AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hEALEYSY/hXGBQABQAsGXoRAC2CEmP5PSgEAUUoBAG8oAAEAt/ABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAAPGAAAD4QQDhGEmP4VxgUAARAOBl6EEA5ghJj+T0oFAFFKBQBeSgUAbygAAQBvAAEAAAAX gAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhOAQEYSY/hXGBQAB4BAGXoTgEGCEmP5PSggAUUoIAG8o AAEAp/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SwExGEmP4VxgUAAbATBl6EsBNghJj+ T0oBAFFKAQBvKAABALfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAADxgAAA+EgBYRhJj+FcYFAAGA FgZehIAWYISY/k9KBQBRSgUAXkoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAA D4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAAAAAAAAAA AAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/k9KAQBRSgEAbygAAQC38AEAAAAXAAAA AAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAFEYSY/hXGBQABoAUGXoSgBWCEmP5PSgEAUUoBAG8oAAEA t/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oI AFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZe hEALYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY /hXGBQABEA4GXoQQDmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAAL GAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAA AAAAAAAAAAAACxgAAA+EsBMRhJj+FcYFAAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAX gAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8o AAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+ T0oIAFFKCABvKAABAKfwAQAAABcAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E0AIRhJj+FcYFAAHQ AgZehNACYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhKAF EYSY/hXGBQABoAUGXoSgBWCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAA AAALGAAAD4RwCBGEmP4VxgUAAXAIBl6EcAhghJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAA AAAAAAAAAAAAAAAACxgAAA+EQAsRhJj+FcYFAAFACwZehEALYISY/k9KAQBRSgEAbygAAQC38AEA AAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhBAOEYSY/hXGBQABEA4GXoQQDmCEmP5PSgUAUUoF AG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4TgEBGEmP4VxgUAAeAQBl6E4BBg hJj+T0oIAFFKCABvKAABAKfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EsBMRhJj+FcYF AAGwEwZehLATYISY/k9KAQBRSgEAbygAAQC38AEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAP hIAWEYSY/hXGBQABgBYGXoSAFmCEmP5PSgUAUUoFAG8oAAEAbwABAAAAF4AAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4RQGRGEmP4VxgUAAVAZBl6EUBlghJj+T0oIAFFKCABvKAABAKfwAgAAABcAAAAA AAAAAAAAAAAAAAAAAAAAAxgAAA+E0AIRhJj+FcYFAAHQAgZehNACYISY/m8oAAEALQABAAAAFwAA AAAAAAAAAAAAAAAAAAAAAAALGAAAD4TQAhGEmP4VxgUAAdACBl6E0AJghJj+T0oBAFFKAQBvKAAB ALfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EoAURhJj+FcYFAAGgBQZehKAFYISY/k9K BQBRSgUAbygAAQBvAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhHAIEYSY/hXGBQABcAgG XoRwCGCEmP5PSggAUUoIAG8oAAEAp/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4RACxGE mP4VxgUAAUALBl6EQAtghJj+T0oBAFFKAQBvKAABALfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAA CxgAAA+EEA4RhJj+FcYFAAEQDgZehBAOYISY/k9KBQBRSgUAbygAAQBvAAEAAAAXgAAAAAAAAAAA AAAAAAAAAAAAAAsYAAAPhOAQEYSY/hXGBQAB4BAGXoTgEGCEmP5PSggAUUoIAG8oAAEAp/ABAAAA F4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SwExGEmP4VxgUAAbATBl6EsBNghJj+T0oBAFFKAQBv KAABALfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EgBYRhJj+FcYFAAGAFgZehIAWYISY /k9KBQBRSgUAbygAAQBvAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhFAZEYSY/hXGBQAB UBkGXoRQGWCEmP5PSggAUUoIAG8oAAEAp/ABAAAABAABAAAAAAAAAAAAAAAAAAAAAAADGAAAD4Q4 BBGEmP4VxgUAATgEBl6EOARghJj+bygAAgAAACkAAQAAAASAAQAAAAAAAAAAAAAAAAAAAAAAABgA AA+ECAcRhJj+FcYFAAEIBwZehAgHYISY/gIAAQAuAAEAAAACggEAAAAAAAAAAAAAAAAAAAAAAAAY AAAPhNgJEYRM/xXGBQAB2AkGXoTYCWCETP8CAAIALgABAAAAAIABAAAAAAAAAAAAAAAAAAAAAAAA GAAAD4SoDBGEmP4VxgUAAagMBl6EqAxghJj+AgADAC4AAQAAAASAAQAAAAAAAAAAAAAAAAAAAAAA ABgAAA+EeA8RhJj+FcYFAAF4DwZehHgPYISY/gIABAAuAAEAAAACggEAAAAAAAAAAAAAAAAAAAAA AAAYAAAPhEgSEYRM/xXGBQABSBIGXoRIEmCETP8CAAUALgABAAAAAIABAAAAAAAAAAAAAAAAAAAA AAAAGAAAD4QYFRGEmP4VxgUAARgVBl6EGBVghJj+AgAGAC4AAQAAAASAAQAAAAAAAAAAAAAAAAAA AAAAABgAAA+E6BcRhJj+FcYFAAHoFwZehOgXYISY/gIABwAuAAEAAAACggEAAAAAAAAAAAAAAAAA AAAAAAAYAAAPhLgaEYRM/xXGBQABuBoGXoS4GmCETP8CAAgALgABAAAAFwAAAAAAAAAAAAAAAAAA AAAAAAALGAAAD4Q4BBGEmP4VxgUAATgEBl6EOARghJj+T0oBAFFKAQBvKAABALfwAQAAABeAAAAA AAAAAAAAAAAAAAAAAAAACxgAAA+ECAcRhJj+FcYFAAEIBwZehAgHYISY/k9KBQBRSgUAbygAAQBv AAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhNgJEYSY/hXGBQAB2AkGXoTYCWCEmP5PSggA UUoIAG8oAAEAp/ABAAAAF4AAAAAAAAAAAAAAAAAAAAAAAAALGAAAD4SoDBGEmP4VxgUAAagMBl6E qAxghJj+T0oBAFFKAQBvKAABALfwAQAAABeAAAAAAAAAAAAAAAAAAAAAAAAACxgAAA+EeA8RhJj+ FcYFAAF4DwZehHgPYISY/k9KBQBRSgUAbygAAQBvAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsY AAAPhEgSEYSY/hXGBQABSBIGXoRIEmCEmP5PSggAUUoIAG8oAAEAp/ABAAAAF4AAAAAAAAAAAAAA AAAAAAAAAAALGAAAD4QYFRGEmP4VxgUAARgVBl6EGBVghJj+T0oBAFFKAQBvKAABALfwAQAAABeA AAAAAAAAAAAAAAAAAAAAAAAACxgAAA+E6BcRhJj+FcYFAAHoFwZehOgXYISY/k9KBQBRSgUAbygA AQBvAAEAAAAXgAAAAAAAAAAAAAAAAAAAAAAAAAsYAAAPhLgaEYSY/hXGBQABuBoGXoS4GmCEmP5P SggAUUoIAG8oAAEAp/AsAAAA4lxpOwAAAAAAAAAAAAAAAOgmUzsAAAAAAAAAAAAAAABsKB1xAAAA AAAAAAAAAAAAAkLTIQAAAAAAAAAAAAAAACFZZhMAAAAAAAAAAAAAAAD+////AAAAANgvuQUBAAAA xh+iPgAAAAAAAAAAAAAAABJBmh4AAAAAAAAAAAAAAACRfGxxAAAAAAAAAAAAAAAAtzB0SQAAAAAA AAAAAAAAAOByLgEAAAAAAAAAAAAAAACHRYpDAAAAAAAAAAAAAAAAknRQZQAAAAAAAAAAAAAAANhP JUIAAAAAAAAAAAAAAADrFodMAAAAAAAAAAAAAAAAV300TQAAAAAAAAAAAAAAAMUChGMAAAAAAAAA AAAAAADhNVgmAAAAAAAAAAAAAAAAGHMGSwAAAAAAAAAAAAAAAIEexFEAAAAAAAAAAAAAAACNOHQy AAAAAAAAAAAAAAAAzk1MXgAAAAAAAAAAAAAAAJ1VSQkAAAAAAAAAAAAAAAAlR4Q5AAAAAAAAAAAA AAAAFWhqYQAAAAAAAAAAAAAAAGMZezsAAAAAAAAAAAAAAAAwfvxuAAAAAAAAAAAAAAAAWUs6NAAA AAAAAAAAAAAAAB0vfnIAAAAAAAAAAAAAAABxHpUzAAAAAAAAAAAAAAAA8QjVAQAAAAAAAAAAAAAA AGcwHjAAAAAAAAAAAAAAAACTB/BSAAAAAAAAAAAAAAAANhi8eAAAAAAAAAAAAAAAACk+vyUAAAAA AAAAAAAAAAD6bNQLAAAAAAAAAAAAAAAAEFQ4fAAAAAAAAAAAAAAAAJZD6V8AAAAAAAAAAAAAAABu LZEFAAAAAAAAAAAAAAAA/2lMSwAAAAAAAAAAAAAAAFkKzy4AAAAAAAAAAAAAAACjemNrAAAAAAAA AAAAAAAAy02yZAAAAAAAAAAAAAAAAB3///8AAAAAAAAAAAAAAAD///////////////////////// //////+AKIsFIAAAAAEAAAAXQAAAAAAAAAAAAAAAAAAAaAEAAAsQAAAPhKgDEYSY/l6EqANghJj+ T0oBAFFKAQBvKAABALfw//////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// /////////////////////////////////////////////////////////////////////////ywA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA//8sAAAAAAAAAAAAEgA+Xs5mADiExlzh UL8qF35MDPPKASrkyMdAjty2COnMopo86JoSAKKLfEZKVJpVyt9k+IYIegH8JNhyYt64R34NMhFC /2bwhuc6DRIAFL+UEcAfqhHCy6ZMhJU8fx47yn0Uv15Akmqs+FKbuuLMzvQxEgD8EQyqRiqeXpq5 ikn8GFzZMkL0yT4MhPFSxtAJ4Byo8yj+tgkAAAAAEgAQ4XBanCDy4qw2hFgWU9rtzL24Bbj1Dt0A MhJNqtJyb/SarFYSADSJFsUq0dQjxuJ8w9TP7nWCoeZ+XPWAdMDc2FjgvP44IhzUVRIAzIuC1bga coNmBUh4Ih5cnBy8GoWWYXQK2n7uKKgTxBTiikp8EgDwTIoijnGw7rxQmtYYw6q9zi9Q8XK8zFJ0 PUL/vshO5gqactESAArgCOpAtBJcjBvCcKDx7BQqbxI1GOs+QOrninsYA3LC7JkQExIAAN9ebKQI bqCqiijOBipCANrtQoC61kpLJs7cXEgPgiRyVJKfEgDaYbTGJun0eT6vpvNKBqpmhCxuvvzGuDG+ dm5UaG2AyFgaRLESAG6PXrMUN+gZFNOqaKwikmUSatRhYjLKubxCMkCemNh2ykwEVhIASA3SvsjW sMMyCChiHAUSn0qrlFN0l1zlfA6OqwpmLudcKbb7EgCIvrLgJJR6CyDOnNGEUqBNgvni/PiHWoAA k6CVRkds4EbLwtcSAJThVAumH8yVNi/6gqroBo46BaB7rIkWy1InCgySn/LIDiTQChIAlOvyqE4e dBfsr4js4uLqYU6yxrR4JBrW4qW2YKyLVGI6KCLoAAASAJB9JHtQoGKbNKuytDR5nItYKTw8vqTg obLPIrkcVi5rGk98wQAAAAASAAZISKVua6ifaIDSxXDZfKL6/kYsHNrSWDSxsuAywdqkOBrWDRIA QDiekv7nuFgiz6C8Ooc8w0CJtFawmn7fBjsY38ISfNZG9TLZEgAUyWCUlFqIwt7FlnNuIdJmpEJK 2CiXdvB03WZLNLpgMeqRrNoSACgdfCeKPwoJrC9oAcqrCDIemy7PYCxqazSf0sisxGolOluGcxIA tByQ33aQMKqmYux1MD9+C6AdmGNk2QLGQICeVgTXYJ14cthXEgBkw6ScaNOkhgbIUMFwRKYvxgsY CyyjxgrCFZxLUL98BWbz+ucSAHoAhADo86aG3LFGjjS+Ssm6fVxpyE3A7/zlykCoNBi25DdYfRIA YkNimlgAXFX4zG5ociOi+KATxDIEhDQ7lr7qH4SaNjoopuJLEgA+SVCXpqgyNMxP6IRCs2i9lqqQ dfBaJurw2WQlqPa2d/6LlEUSABa0yodgUvoiRo1Im0SFFkoArxgKUFgQGnRiBHTy66pVno/aahIA AQAJBAMACQQFAAkEAQAJBAMACQQFAAkEAQAJBAMACQQFAAkEEgC2nPZZDBTeWZp8gHb2zkCv1BJ6 WbbiJIyYWFAe1l4CEBLSuJESAAEACQQDAAkEBQAJBAEACQQDAAkEBQAJBAEACQQDAAkEBQAJBBIA 7rBuaIiweCLEq1TQAusoB2wdlFFadlo76LpUyBqouO5qNBiYEgBo8TgRvlIirzaWKJIO8vgSyOoC q+jtcryW0VqG7JkkDY60em4AABIAwFNc9UxJHEQO/8w0HFGOWm6HDCUAdSQCPJCkGNA5CrbWFLYz EgBQ7rIj7HCuIfAoxowWknL9XMJeudoIpMaIf3rbpPcYE2wv3NYSAD4VMNX4+/gwMHay3fJY1pxg G9rDno6GgU6jeLaeaUiCPmjkcwMAC1aEEAAAAAAAAAAAAAECAAIALn6eWwAAAAAAAAAAAAECAAIA b3LZZgAAAAAAAAAAAAECAAIAmQEAAAQAAAAIAAAA5QAAAAAAAABTAAAAHgIAAChLAQBAXwIA+gUD ADEPAwCkLwQA0DwEAIItBQDFUwUAyzgGAPx7BgBUNQcAHkQJAJAFCwCKUQwAazoNAF1yDQDOTQ4A WCUPAJ4EEADBIRAAw1sSAGlrEgDwORQAGkEUAJZ0FAAABRUA8iwVAFNTFQA1ZBUAPQUWAFJqFgCh bxYAZHIWAI5CFwAHJRgA4xwZAPs1GQDkYBkAuxsaAMw0GgDoOBoAW0caAGQ5GwDWPBwAbmYcAORq HAD3Eh4AeQMfALAsHwCSPCAA/0cgAF9wIAA/IyEAyychAIQuIQCfISIAclciAGJ0IgACFiMAdSQj AHEOJQAkGSYA3CUmAEpHJgCZaiYAPEcnAORRJwBuBSkATCYpAIpvKgBfcyoAzxErADIrKwD4XCwA aQItACEcLQBJVS0AcGstAMQLLgCDKS4ATjAuAA1ALgBpXy4ACB8xALw/MgDgZTIA9CQzAMwoMwDo djMAmQY0ABwcNADGYTQACQQ1AFE9NQBAATYAjW83AIJaOAA4MzoAs1g6AKFROwCZPDwAiHw8AJ9N PwCUJUAA+FJBAF50QQDKeUEAsEtCACdXRABhBkUAejNGAK9ERgAIA0cAkiFHAA0+RwBUb0cAGiVI AH0/SQCyfEkAqzJKAONMSwB9GEwA/WFMAL9zTAAPekwAmQBNAPsCTgDtfU4AWCxPALQ5TwBxcVAA cGlRAGRtUgCCC1MA5nJTAG0tVgBoVVYAF1ZXAO9bWABGPloAjwdbADARWwCmJ1sAciZcAIVbXQAW el0Aa31dAMt0XgANeV4AZwtfAGgaXwC2bV8AjAxgABQiYAA1AGIAFjliALtnYwAKdWQAmiNlAElq ZQCiBWcAtwloAOoraAAMW2gA9yZpADJRaQDJZ2kAJkBqAGgkawCEJmsAsE1sAPJsbAAJJG0A7nZt AKxNbgCUb28A7AZzANAfcwCSLXMA9HJzAHd4dAAafHYA8Ah4AJgjeQCeUXkAyBV6AJVwegDmQnsA EER8ABISfQDWF30Ajix9AD9ffQDOE38Aji5/ADAOgADXT4AArgqBAHYkgQBLOoEA2XCBAClsggDC DoMAIDuDALxBgwC9VYMA/xKFAEQchgBXbYYA916HAKZghwA5cYcAeAuIACsjiADrL4gANCWMAHhp jACXaYwABA6NACU7jQC5WI0A8jOOALR9jgC1fZAAaFyRAO4VkgAsIpMAsyOUAN1FlQBtYZYA4n+X ACk+mQCYRZoAMAebAIsymwD8Q5sAgU6bAIdnmwCUB50APBCdAFkcnQAsQJ0A+WmdAKZ7nQA2Wp8A ugOgAOg7oQDJM6IAv0SiAKlPogDfVaQA22ikAL02pQA5ZKUA7HSlAJklpgAScKYAqSCnACI5pwAM IagAbSWoAEIIqgD3MqoA+UerAGRArABPaqwAInasAKl8rAAwA60A0jatAH9mrQB/Bq4A2xmuADUo rgDxAa8ATkuwAN0isQCmTLEA2VyzALEqtQDGeLYAHle3ALd5twDVSLgAZmu4AF1MuQAhd7kAxiq6 AGQwugBdPrsAfnu8AAhcvQDOEb4A22m+ACgGvwAfDL8AEnrAAH1KwQBzNsIAhE/DANlQwwC0fMUA DwXGAPA9xgDVQ8YAK0fHAPF8xwCKEckAuDPLANs7ywBYBcwABHfMAHNUzQC+Kc4A/2vOAL0UzwBw G9AAvRLRAKY30QD+QdIAFETUANc31gBKZ9YAhW3WAOkK1wBZZNcAB3LYAHUr2QBkStkAF1HZAABp 2QB1CtoAcRTaALgW2gCtHdsAqGXbAIVy2wA3BdwAuB/cAHBz3ACuIN0A9DbdAKxX3QCDLd4AGSjg AOcx4AD5POEAYBTiAFod4wDoeeQAhAPlAG0Q5QA6KuYArDjmAAt+5wAfJegA9nroALAY6QAzLOkA +0PpAFlb6QBDa+kAmQHrADsp6wB0RusAbhXsACki7AB8KewArTHtAJJL7QC3S+0A1zfuABoI7wB8 Ce8AURHvAIMT7wCFIe8A+CLwAJdS8AAtDvEAMDz0ADBY9AALAfUAdU71APRf9QDZaPUAey/2ANFZ 9gDETvcAR3T4ADh/+ACTKvoAQi36AEBI+gBGSfoAmFD6ALt7+gA2WPsAZ237AOJt+wCmHPwAXmn8 AAJ//AAaDv0A1hL9AHgB/gDnav4AWGL/AAAAAABeLAAAYCwAAAAAAAABAAAA/0APgAEAViYAAFYm AAAAULgFAQABAFYmAAAAAAAAViYAAAAAAAACEAAAAAAAAADGLQAAaAAAEABAAAD//wIAAAAHAFUA bgBrAG4AbwB3AG4ACABhAGQAZQBuAGQAbwBmAGYA//8CAAgAAAAAAAAAAAAAAAAAAAAAAAAAAQD/ /wIAAAAAAAAA//8AAAIA//8AAAAA//8AAAIA//8AAAAACgAAAEcekAEAAAICBgMFBAUCAwT/KgDg QXgAwAkAAAAAAAAA/wEAAAAAAABUAGkAbQBlAHMAIABOAGUAdwAgAFIAbwBtAGEAbgAAADUekAEC AAUFAQIBBwYCBQcAAAAAAAAAEAAAAAAAAAAAAAAAgAAAAABTAHkAbQBiAG8AbAAAADMukAEAAAIL BgQCAgICAgT/KgDgQ3gAwAkAAAAAAAAA/wEAAAAAAABBAHIAaQBhAGwAAAA/HpABAgAFBAECAQgH BwcHAAAAAAAAABAAAAAAAAAAAAAAAIAAAAAAVwBpAG4AZwBkAGkAbgBnAHMAIAAzAAAAOR6QAQAA AgIEBAMDAQEIA4cCAAAAAAAAAAAAAAAAAACfAAAAAAAAAEcAYQByAGEAbQBvAG4AZAAAAD89kAEA AAIHAwkCAgUCBAT/KgDgQ3gAwAkAAAAAAAAA/wEAAAAAAABDAG8AdQByAGkAZQByACAATgBlAHcA AAA1LpABAAACCwYEAwUEBAIE/y4A4VtgAMApAAAAAAAAAP8BAQAAAAAAVABhAGgAbwBtAGEAAAA3 LpABAAACDwUCAgIEAwIE/wIA4P+sAEABAAAAAAAAAJ8BAAAAAAAAQwBhAGwAaQBiAHIAaQAAADsO kAECAAUAAAAAAAAAAAAAAAAAAAAAEAAAAAAAAAAAAAAAgAAAAABXAGkAbgBnAGQAaQBuAGcAcwAA AEEekAEAAAIEBQMFBAYDAgT/AgDg/yQAQgAAAAAAAAAAnwEAAAAAAABDAGEAbQBiAHIAaQBhACAA TQBhAHQAaAAAACIABAAxiIgYAPDQAgAAaAEAAAAAXPwnh8p7KKclMyanBQA0AAAAnwYAAL8lAAAH ABYAAAAEAAMQUAAAAJ8GAAC/JQAABwAWAAAAUAAAAAAAAABxAwDwEAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAA4BKYGtAC0AIGBMjAAAAAAAAAAAAAAAAAAAEgsAABILAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAAAAAAAA AARDg1EA8BAACAD8/QEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAISFAAAAAACfD/DwAJAT8AAOQE AAAAAAAAAAAAAAAAAAAAAAAA////f////3////9/9HJzAAAEAAAyAAAAAAAAAAAAAAAAAAAAAAAA AAAAIQAAAAAAAAAAAAAAAAAAAAAAAAAQHAAACQAAAAAAAAAAAHgAAAB4AAAAAAAAAAAAAACgBQAA //8SAAAAAAAAABQARwBlAG4AZQByAGEAbAAgAFAAcgBlAHMAZQBuAHQAYQB0AGkAbwBuAAAAAAAA AAcAYwBhAHIAbQBvAHUAcgAIAGEAZABlAG4AZABvAGYAZgAAAAAAAAAAAAAAAAAAAAAAAAAAALwA AAAGAAAALAAAAAAADAABAAwAAgAMAAMADAAEAAwABQAMAAYADAAHAAwACAAMAAkADAAKAAwACwAM AAwADAANAAwADgAMAA8ADAAQAAwAEQAMABIADAATAAwAFAAMABUADAAWAAwAFwAMABgADAAZAAwA GgAMABsADAAcAAwAHQAMAB4ADAAfAAwAIAAMACEADAAiAAwAIwAMACQADAAlAAwAJgAMACcADAAo AAwAKQAMACoADAArAAwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/v8AAAYBAgAAAAAA AAAAAAAAAAAAAAAAAQAAAOCFn/L5T2gQq5EIACsns9kwAAAAhAEAABEAAAABAAAAkAAAAAIAAACY AAAAAwAAALgAAAAEAAAAxAAAAAUAAADUAAAABwAAAOAAAAAIAAAA9AAAAAkAAAAIAQAAEgAAABQB AAAKAAAANAEAAAsAAABAAQAADAAAAEwBAAANAAAAWAEAAA4AAABkAQAADwAAAGwBAAAQAAAAdAEA ABMAAAB8AQAAAgAAAOQEAAAeAAAAGAAAAEdlbmVyYWwgUHJlc2VudGF0aW9uAAAAAB4AAAAEAAAA AAAAAB4AAAAIAAAAY2FybW91cgAeAAAABAAAAAAAAAAeAAAADAAAAE5vcm1hbC5kb3RtAB4AAAAM AAAAYWRlbmRvZmYAAAAAHgAAAAQAAAA1AAAAHgAAABgAAABNaWNyb3NvZnQgT2ZmaWNlIFdvcmQA AABAAAAAADiqQwcAAABAAAAAAJYwr76BzwFAAAAAAGjhch+tzwFAAAAAAOzPp9W4zwEDAAAABwAA AAMAAACfBgAAAwAAAL8lAAADAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP7/AAAGAQIAAAAAAAAAAAAAAAAA AAAAAAIAAAAC1c3VnC4bEJOXCAArLPmuRAAAAAXVzdWcLhsQk5cIACss+a5MAQAACAEAAAwAAAAB AAAAaAAAAA8AAABwAAAABQAAAIgAAAAGAAAAkAAAABEAAACYAAAAFwAAAKAAAAALAAAAqAAAABAA AACwAAAAEwAAALgAAAAWAAAAwAAAAA0AAADIAAAADAAAAOkAAAACAAAA5AQAAB4AAAAQAAAAR2Vu b21lIENhbmFkYQAAAAMAAABQAAAAAwAAABYAAAADAAAASCwAAAMAAAAAAAwACwAAAAAAAAALAAAA AAAAAAsAAAAAAAAACwAAAAAAAAAeEAAAAQAAABUAAABHZW5lcmFsIFByZXNlbnRhdGlvbgAMEAAA AgAAAB4AAAAGAAAAVGl0bGUAAwAAAAEAAAAAqAEAAAMAAAAAAAAAIAAAAAEAAAA4AAAAAgAAAEAA AAABAAAAAgAAAAwAAABfUElEX0hMSU5LUwACAAAA5AQAAEEAAABgAQAAEgAAAAMAAAA9ABMAAwAA AAkAAAADAAAAAAAAAAMAAAAFAAAAHwAAABwAAABtAGEAaQBsAHQAbwA6AGoAcwBjAGgAbQBpAHQA dABAAHUAYwBkAGEAdgBpAHMALgBlAGQAdQAAAB8AAAABAAAAAAABCgMAAABcAGsAAwAAAAYAAAAD AAAAAAAAAAMAAAAFAAAAHwAAACIAAABtAGEAaQBsAHQAbwA6AGQAYQB2AGkAZABiAHIAeQBhAG4A dABsAG8AdwByAHkAQABnAG0AYQBpAGwALgBjAG8AbQAAAB8AAAABAAAAAAABCgMAAAB9AEAAAwAA AAMAAAADAAAAAAAAAAMAAAAFAAAAHwAAACIAAABtAGEAaQBsAHQAbwA6AGoAdQBzAHQAaQBuAC4A YgBvAHIAZQB2AGkAdAB6AEAAYQBuAHUALgBlAGQAdQAuAGEAdQAAAB8AAAABAAAAAAABCgAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAAAgAAAAMAAAAEAAAABQAAAAYAAAAHAAAA CAAAAAkAAAAKAAAACwAAAAwAAAANAAAADgAAAA8AAAAQAAAAEQAAABIAAAATAAAAFAAAABUAAAAW AAAAFwAAABgAAAAZAAAAGgAAABsAAAAcAAAAHQAAAB4AAAAfAAAAIAAAACEAAAAiAAAAIwAAACQA AAAlAAAAJgAAACcAAAAoAAAAKQAAACoAAAArAAAALAAAAC0AAAAuAAAALwAAADAAAAAxAAAAMgAA ADMAAAA0AAAANQAAADYAAAA3AAAAOAAAADkAAAA6AAAAOwAAADwAAAA9AAAAPgAAAD8AAABAAAAA QQAAAEIAAABDAAAARAAAAEUAAABGAAAARwAAAEgAAABJAAAASgAAAEsAAABMAAAATQAAAE4AAABP AAAAUAAAAFEAAABSAAAAUwAAAFQAAABVAAAAVgAAAFcAAABYAAAAWQAAAFoAAABbAAAAXAAAAF0A AABeAAAAXwAAAGAAAABhAAAAYgAAAGMAAABkAAAAZQAAAGYAAABnAAAAaAAAAGkAAABqAAAAawAA AGwAAABtAAAAbgAAAG8AAABwAAAAcQAAAHIAAABzAAAAdAAAAHUAAAB2AAAAdwAAAHgAAAB5AAAA egAAAHsAAAB8AAAAfQAAAH4AAAB/AAAAgAAAAIEAAACCAAAAgwAAAIQAAACFAAAAhgAAAIcAAACI AAAAiQAAAIoAAACLAAAAjAAAAI0AAACOAAAAjwAAAJAAAACRAAAAkgAAAJMAAACUAAAAlQAAAJYA AACXAAAAmAAAAJkAAACaAAAAmwAAAJwAAACdAAAAngAAAJ8AAACgAAAA/v///6IAAACjAAAApAAA AKUAAACmAAAApwAAAKgAAACpAAAAqgAAAKsAAACsAAAArQAAAK4AAACvAAAAsAAAALEAAACyAAAA swAAALQAAAC1AAAAtgAAALcAAAC4AAAAuQAAALoAAAC7AAAAvAAAAL0AAAC+AAAAvwAAAMAAAADB AAAAwgAAAMMAAADEAAAAxQAAAMYAAADHAAAAyAAAAMkAAADKAAAAywAAAMwAAADNAAAAzgAAAM8A AADQAAAA0QAAANIAAADTAAAA1AAAANUAAADWAAAA1wAAANgAAADZAAAA/v///9sAAADcAAAA3QAA AN4AAADfAAAA4AAAAOEAAADiAAAA4wAAAOQAAADlAAAA5gAAAOcAAADoAAAA6QAAAOoAAADrAAAA 7AAAAO0AAADuAAAA7wAAAPAAAADxAAAA8gAAAPMAAAD0AAAA9QAAAPYAAAD3AAAA+AAAAPkAAAD6 AAAA+wAAAPwAAAD9AAAA/gAAAP8AAAAAAQAAAQEAAAIBAAADAQAABAEAAAUBAAAGAQAABwEAAAgB AAAJAQAACgEAAAsBAAAMAQAADQEAAA4BAAAPAQAAEAEAABEBAAASAQAAEwEAABQBAAAVAQAAFgEA ABcBAAAYAQAAGQEAABoBAAAbAQAAHAEAAB0BAAAeAQAAHwEAACABAAAhAQAAIgEAACMBAAAkAQAA JQEAACYBAAAnAQAA/v///ykBAAAqAQAAKwEAACwBAAAtAQAALgEAAC8BAAD+////MQEAADIBAAAz AQAANAEAADUBAAA2AQAANwEAAP7////9/////f////3///88AQAAPQEAAP7////+////QAEAAP7/ //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////9SAG8AbwB0ACAARQBuAHQAcgB5AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFgAFAf//////////AwAAAAYJAgAAAAAA wAAAAAAAAEYAAAAAAAAAAAAAAADwfbO/1bjPAT8BAAAAAwAAAAAAAEQAYQB0AGEAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAAIB//////// ////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAoQAAAAJwAAAAAAAAMQBU AGEAYgBsAGUAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAA4AAgABAAAA//////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADa AAAAGpoAAAAAAABXAG8AcgBkAEQAbwBjAHUAbQBlAG4AdAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAGgACAQoAAAAFAAAA/////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAABwQQEAAAAAAAUAUwB1AG0AbQBhAHIAeQBJAG4AZgBvAHIAbQBhAHQA aQBvAG4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAoAAIB////////////////AAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAEAAAAQAAAAAAAABQBEAG8AYwB1AG0AZQBuAHQA UwB1AG0AbQBhAHIAeQBJAG4AZgBvAHIAbQBhAHQAaQBvAG4AAAAAAAAAAAAAADgAAgEEAAAA//// //////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAwAQAAABAAAAAAAABNAHMA bwBEAGEAdABhAFMAdABvAHIAZQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAGgABAP//////////BwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQLmgv9W4zwHQ3Ku/1bjPAQAA AAAAAAAAAAAAAFMAVQDUAFoAUADCANIAWQBEAFUAVwBIAFUA3wBHAE4AUgBKADUAygDbAMAAPQA9 AAAAAAAAAAAAAAAAAAAAAAAyAAEB//////////8IAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAuaC/ 1bjPAdDcq7/VuM8BAAAAAAAAAAAAAAAASQB0AGUAbQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAoAAgH/////CQAAAP////8AAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/gAAAAAAAABQAHIAbwBwAGUAcgB0AGkAZQBz AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFgACAP////////// /////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAAABVAQAAAAAAAAEAQwBv AG0AcABPAGIAagAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAASAAIBAgAAAAYAAAD/////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACgAA AHkAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAD///////////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAAAgAAAAMAAAD+////BQAAAAYAAAAHAAAACAAAAAkA AAD+////CwAAAP7///////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// /////////////////////////////zxiOlNvdXJjZXMgU2VsZWN0ZWRTdHlsZT0iXEFQQVNpeHRo RWRpdGlvbk9mZmljZU9ubGluZS54c2wiIFN0eWxlTmFtZT0iQVBBIiBWZXJzaW9uPSI2IiB4bWxu czpiPSJodHRwOi8vc2NoZW1hcy5vcGVueG1sZm9ybWF0cy5vcmcvb2ZmaWNlRG9jdW1lbnQvMjAw Ni9iaWJsaW9ncmFwaHkiIHhtbG5zPSJodHRwOi8vc2NoZW1hcy5vcGVueG1sZm9ybWF0cy5vcmcv b2ZmaWNlRG9jdW1lbnQvMjAwNi9iaWJsaW9ncmFwaHkiPjwvYjpTb3VyY2VzPg0KAAA8P3htbCB2 ZXJzaW9uPSIxLjAiIGVuY29kaW5nPSJVVEYtOCIgc3RhbmRhbG9uZT0ibm8iPz4NCjxkczpkYXRh c3RvcmVJdGVtIGRzOml0ZW1JRD0iezNFMTk0RDQ5LTk4MkMtNDUwRC04NzUzLUYxOEQ0NDk3RUFF RX0iIHhtbG5zOmRzPSJodHRwOi8vc2NoZW1hcy5vcGVueG1sZm9ybWF0cy5vcmcvb2ZmaWNlRG9j dW1lbnQvMjAwNi9jdXN0b21YbWwiPjxkczpzY2hlbWFSZWZzPjxkczpzY2hlbWFSZWYgZHM6dXJp PSJodHRwOi8vc2NoZW1hcy5vcGVueG1sZm9ybWF0cy5vcmcvb2ZmaWNlRG9jdW1lbnQvMjAwNi9i aWJsaW9ncmFwaHkiLz48L2RzOnNjaGVtYVJlZnM+PC9kczpkYXRhc3RvcmVJdGVtPgAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAP7/AwoAAP////8GCQIAAAAAAMAA AAAAAABGJwAAAE1pY3Jvc29mdCBPZmZpY2UgV29yZCA5Ny0yMDAzIERvY3VtZW50AAoAAABNU1dv cmREb2MAEAAAAFdvcmQuRG9jdW1lbnQuOAD0ObJxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAA= ------=_NextPart_4066710.201549267225--