Received: by 2002:a05:6902:102b:0:0:0:0 with SMTP id x11csp2974338ybt; Mon, 29 Jun 2020 11:53:07 -0700 (PDT) X-Google-Smtp-Source: ABdhPJyguA+ln5d+Kafso39UNiWGsguZFOButG9cDxVRiLx087Vkl78h95ZWg99dpWUFcQAUp9Hm X-Received: by 2002:a05:6402:2064:: with SMTP id bd4mr18578255edb.180.1593456787103; Mon, 29 Jun 2020 11:53:07 -0700 (PDT) ARC-Seal: i=1; a=rsa-sha256; t=1593456787; cv=none; d=google.com; s=arc-20160816; b=TGmfWs3aTH5o16JlKtkA+bqmnzMcU1sNraFtag9NqPm6AWxBUZTFbRsIYrhDZd1vWt pgxVdIgDF7ys9AA0cUTLVqlYMPpHCDEPlrk6WeLRM2Y5XEat6iLwjg5QLZqyPMRmMWSs GQvPAR8Ap26mMu8FXxdwJkPe2+T3vjBwX9bZz/Gq8g9bIJIUuwbjQaaUwTcLUh5IvgOL 5rJQdktUp6pjUPONwVkTXaZ+eynmbVLAVxb/GlfAnpXmmktyG5hfDUjYrnhnW6+BUU8u at9GkIydmJL4gV/p4hAbffY+c01tSdviF4oUG9hMvGJcLCbZx7+hJzAWODJWOctYibAr 8eww== ARC-Message-Signature: i=1; a=rsa-sha256; c=relaxed/relaxed; d=google.com; s=arc-20160816; h=list-id:precedence:sender:user-agent:in-reply-to :content-disposition:mime-version:references:message-id:subject:cc :to:from:date:ironport-sdr:ironport-sdr; bh=JxwfkIJaW3oxjVG5eJbWzwmbCN9NB2dBB/ueUpSBMW8=; b=ptayvYAqUMIiGlR7ePeBXPV60L1uWvzCPfHKps+zXA+Wq+nIV1NwiM/ABgMSm3rGyK Ku2s1852TgNWukSZKuan9b1xC7kfIcIlHVT8eraXuluBYWNfekffk6m/45wfPbCoMxVC wU6FTqCx2A48twVywYgy1HMLF4jGQo15YHZ5/ef8vWVK/ewB0Fs17H3X8OfYddfPn150 65Pe/sZbIJltY9sfDbzPZCCggSj4bj05E3DgGse60LmP+ForESkE9zXdSUZmJzaEH92w Qx5Zx+9N/S+pQvaRW7iCe/YgyxIYKKYjNIfHA1IJ++dPo+DsgoqcDBkDTkc7YkyVSHH+ 43BQ== ARC-Authentication-Results: i=1; mx.google.com; spf=pass (google.com: domain of linux-kernel-owner@vger.kernel.org designates 23.128.96.18 as permitted sender) smtp.mailfrom=linux-kernel-owner@vger.kernel.org; dmarc=fail (p=NONE sp=NONE dis=NONE) header.from=intel.com Return-Path: Received: from vger.kernel.org (vger.kernel.org. [23.128.96.18]) by mx.google.com with ESMTP id dt4si369136ejc.34.2020.06.29.11.52.41; Mon, 29 Jun 2020 11:53:07 -0700 (PDT) Received-SPF: pass (google.com: domain of linux-kernel-owner@vger.kernel.org designates 23.128.96.18 as permitted sender) client-ip=23.128.96.18; Authentication-Results: mx.google.com; spf=pass (google.com: domain of linux-kernel-owner@vger.kernel.org designates 23.128.96.18 as permitted sender) smtp.mailfrom=linux-kernel-owner@vger.kernel.org; dmarc=fail (p=NONE sp=NONE dis=NONE) header.from=intel.com Received: (majordomo@vger.kernel.org) by vger.kernel.org via listexpand id S1728555AbgF2SvZ (ORCPT + 99 others); Mon, 29 Jun 2020 14:51:25 -0400 Received: from mga06.intel.com ([134.134.136.31]:65030 "EHLO mga06.intel.com" rhost-flags-OK-OK-OK-OK) by vger.kernel.org with ESMTP id S1728975AbgF2Su7 (ORCPT ); Mon, 29 Jun 2020 14:50:59 -0400 IronPort-SDR: 7wkzoPEMiVRCBojl8M4blYJUSiJe8m0Uhzw1vUrmPt9y5OtOgtyxrtItO0QddbAtrbT2jUd8uH VNXYrHONSozA== X-IronPort-AV: E=McAfee;i="6000,8403,9666"; a="207458429" X-IronPort-AV: E=Sophos;i="5.75,294,1589266800"; d="gz'50?scan'50,208,50";a="207458429" X-Amp-Result: UNKNOWN X-Amp-Original-Verdict: FILE UNKNOWN X-Amp-File-Uploaded: False Received: from orsmga005.jf.intel.com ([10.7.209.41]) by orsmga104.jf.intel.com with ESMTP/TLS/ECDHE-RSA-AES256-GCM-SHA384; 29 Jun 2020 05:38:33 -0700 IronPort-SDR: cA4mrWyQEcOkFJRRLw6ZhskOe66DVnJEDOXhC4IAwl/DWXQcWXfDnVZE3odPy7aqNoCBcn+/a2 xWLW2hcZDqaQ== X-ExtLoop1: 1 X-IronPort-AV: E=Sophos;i="5.75,294,1589266800"; d="gz'50?scan'50,208,50";a="454177563" Received: from lkp-server01.sh.intel.com (HELO 28879958b202) ([10.239.97.150]) by orsmga005.jf.intel.com with ESMTP; 29 Jun 2020 05:38:30 -0700 Received: from kbuild by 28879958b202 with local (Exim 4.92) (envelope-from ) id 1jpt3N-0000yG-R5; Mon, 29 Jun 2020 12:38:29 +0000 Date: Mon, 29 Jun 2020 20:38:00 +0800 From: kernel test robot To: trix@redhat.com, mdf@kernel.org Cc: kbuild-all@lists.01.org, linux-fpga@vger.kernel.org, linux-kernel@vger.kernel.org, Tom Rix Subject: Re: [PATCH] fpga: dfl: improve configuration of dfl pci devices Message-ID: <202006292029.Y8CVFbT0%lkp@intel.com> References: <20200628151813.7679-1-trix@redhat.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="y0ulUmNC+osPPQO6" Content-Disposition: inline In-Reply-To: <20200628151813.7679-1-trix@redhat.com> User-Agent: Mutt/1.10.1 (2018-07-13) Sender: linux-kernel-owner@vger.kernel.org Precedence: bulk List-ID: X-Mailing-List: linux-kernel@vger.kernel.org --y0ulUmNC+osPPQO6 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Hi, Thank you for the patch! Yet something to improve: [auto build test ERROR on linus/master] [also build test ERROR on v5.8-rc3 next-20200629] [If your patch is applied to the wrong git tree, kindly drop us a note. And when submitting patch, we suggest to use as documented in https://git-scm.com/docs/git-format-patch] url: https://github.com/0day-ci/linux/commits/trix-redhat-com/fpga-dfl-improve-configuration-of-dfl-pci-devices/20200628-231854 base: https://git.kernel.org/pub/scm/linux/kernel/git/torvalds/linux.git 719fdd32921fb7e3208db8832d32ae1c2d68900f config: ia64-allmodconfig (attached as .config) compiler: ia64-linux-gcc (GCC) 9.3.0 reproduce (this is a W=1 build): wget https://raw.githubusercontent.com/intel/lkp-tests/master/sbin/make.cross -O ~/bin/make.cross chmod +x ~/bin/make.cross # save the attached .config to linux build tree COMPILER_INSTALL_PATH=$HOME/0day COMPILER=gcc-9.3.0 make.cross ARCH=ia64 If you fix the issue, kindly add following tag as appropriate Reported-by: kernel test robot All error/warnings (new ones prefixed by >>): drivers/fpga/dfl-fme-perf.c: In function 'fme_perf_event_destroy': >> drivers/fpga/dfl-fme-perf.c:788:54: error: 'struct perf_event' has no member named 'hw' 788 | struct fme_perf_event_ops *ops = get_event_ops(event->hw.event_base); | ^~ In file included from include/linux/list.h:9, from include/linux/rculist.h:10, from include/linux/pid.h:5, from include/linux/sched.h:14, from include/linux/ptrace.h:6, from include/uapi/asm-generic/bpf_perf_event.h:4, from ./arch/ia64/include/generated/uapi/asm/bpf_perf_event.h:1, from include/uapi/linux/bpf_perf_event.h:11, from include/linux/perf_event.h:18, from drivers/fpga/dfl-fme-perf.c:19: >> drivers/fpga/dfl-fme-perf.c:789:53: error: 'struct perf_event' has no member named 'pmu' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/kernel.h:1002:26: note: in definition of macro 'container_of' 1002 | void *__mptr = (void *)(ptr); \ | ^~~ >> drivers/fpga/dfl-fme-perf.c:789:31: note: in expansion of macro 'to_fme_perf_priv' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: >> drivers/fpga/dfl-fme-perf.c:789:53: error: 'struct perf_event' has no member named 'pmu' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:2: note: in expansion of macro 'BUILD_BUG_ON_MSG' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:20: note: in expansion of macro '__same_type' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:176:32: note: in expansion of macro 'container_of' 176 | #define to_fme_perf_priv(_pmu) container_of(_pmu, struct fme_perf_priv, pmu) | ^~~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:789:31: note: in expansion of macro 'to_fme_perf_priv' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:789:53: error: 'struct perf_event' has no member named 'pmu' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:2: note: in expansion of macro 'BUILD_BUG_ON_MSG' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~~~~~~ include/linux/kernel.h:1004:6: note: in expansion of macro '__same_type' 1004 | !__same_type(*(ptr), void), \ | ^~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:176:32: note: in expansion of macro 'container_of' 176 | #define to_fme_perf_priv(_pmu) container_of(_pmu, struct fme_perf_priv, pmu) | ^~~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:789:31: note: in expansion of macro 'to_fme_perf_priv' 789 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:792:33: error: 'struct perf_event' has no member named 'hw' 792 | ops->event_destroy(priv, event->hw.idx, event->hw.config_base); | ^~ drivers/fpga/dfl-fme-perf.c:792:48: error: 'struct perf_event' has no member named 'hw' 792 | ops->event_destroy(priv, event->hw.idx, event->hw.config_base); | ^~ In file included from include/linux/list.h:9, from include/linux/rculist.h:10, from include/linux/pid.h:5, from include/linux/sched.h:14, from include/linux/ptrace.h:6, from include/uapi/asm-generic/bpf_perf_event.h:4, from ./arch/ia64/include/generated/uapi/asm/bpf_perf_event.h:1, from include/uapi/linux/bpf_perf_event.h:11, from include/linux/perf_event.h:18, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c: In function 'fme_perf_event_init': drivers/fpga/dfl-fme-perf.c:797:53: error: 'struct perf_event' has no member named 'pmu' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/kernel.h:1002:26: note: in definition of macro 'container_of' 1002 | void *__mptr = (void *)(ptr); \ | ^~~ drivers/fpga/dfl-fme-perf.c:797:31: note: in expansion of macro 'to_fme_perf_priv' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:797:53: error: 'struct perf_event' has no member named 'pmu' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:2: note: in expansion of macro 'BUILD_BUG_ON_MSG' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:20: note: in expansion of macro '__same_type' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:176:32: note: in expansion of macro 'container_of' 176 | #define to_fme_perf_priv(_pmu) container_of(_pmu, struct fme_perf_priv, pmu) | ^~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:797:31: note: in expansion of macro 'to_fme_perf_priv' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:797:53: error: 'struct perf_event' has no member named 'pmu' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/kernel.h:1003:2: note: in expansion of macro 'BUILD_BUG_ON_MSG' 1003 | BUILD_BUG_ON_MSG(!__same_type(*(ptr), ((type *)0)->member) && \ | ^~~~~~~~~~~~~~~~ include/linux/kernel.h:1004:6: note: in expansion of macro '__same_type' 1004 | !__same_type(*(ptr), void), \ | ^~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:176:32: note: in expansion of macro 'container_of' 176 | #define to_fme_perf_priv(_pmu) container_of(_pmu, struct fme_perf_priv, pmu) | ^~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:797:31: note: in expansion of macro 'to_fme_perf_priv' 797 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:798:36: error: 'struct perf_event' has no member named 'hw' 798 | struct hw_perf_event *hwc = &event->hw; | ^~ >> drivers/fpga/dfl-fme-perf.c:803:11: error: 'struct perf_event' has no member named 'attr' 803 | if (event->attr.type != event->pmu->type) | ^~ drivers/fpga/dfl-fme-perf.c:803:31: error: 'struct perf_event' has no member named 'pmu' 803 | if (event->attr.type != event->pmu->type) | ^~ >> drivers/fpga/dfl-fme-perf.c:811:6: error: implicit declaration of function 'is_sampling_event' [-Werror=implicit-function-declaration] 811 | if (is_sampling_event(event) || event->attach_state & PERF_ATTACH_TASK) | ^~~~~~~~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:811:39: error: 'struct perf_event' has no member named 'attach_state' 811 | if (is_sampling_event(event) || event->attach_state & PERF_ATTACH_TASK) | ^~ >> drivers/fpga/dfl-fme-perf.c:814:11: error: 'struct perf_event' has no member named 'cpu' 814 | if (event->cpu < 0) | ^~ drivers/fpga/dfl-fme-perf.c:817:11: error: 'struct perf_event' has no member named 'cpu' 817 | if (event->cpu != priv->cpu) | ^~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:820:27: error: 'struct perf_event' has no member named 'attr' 820 | eventid = get_event(event->attr.config); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/bitfield.h:52:3: note: in expansion of macro 'BUILD_BUG_ON_MSG' 52 | BUILD_BUG_ON_MSG((_mask) > (typeof(_reg))~0ull, \ | ^~~~~~~~~~~~~~~~ include/linux/bitfield.h:108:3: note: in expansion of macro '__BF_FIELD_CHECK' 108 | __BF_FIELD_CHECK(_mask, _reg, 0U, "FIELD_GET: "); \ | ^~~~~~~~~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:213:28: note: in expansion of macro 'FIELD_GET' 213 | #define get_event(_config) FIELD_GET(FME_EVENT_MASK, _config) | ^~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:820:12: note: in expansion of macro 'get_event' 820 | eventid = get_event(event->attr.config); | ^~~~~~~~~ In file included from drivers/fpga/dfl.h:17, from drivers/fpga/dfl-fme-perf.c:20: drivers/fpga/dfl-fme-perf.c:820:27: error: 'struct perf_event' has no member named 'attr' 820 | eventid = get_event(event->attr.config); | ^~ include/linux/bitfield.h:109:21: note: in definition of macro 'FIELD_GET' 109 | (typeof(_mask))(((_reg) & (_mask)) >> __bf_shf(_mask)); \ | ^~~~ >> drivers/fpga/dfl-fme-perf.c:820:12: note: in expansion of macro 'get_event' 820 | eventid = get_event(event->attr.config); | ^~~~~~~~~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:821:27: error: 'struct perf_event' has no member named 'attr' 821 | portid = get_portid(event->attr.config); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/bitfield.h:52:3: note: in expansion of macro 'BUILD_BUG_ON_MSG' 52 | BUILD_BUG_ON_MSG((_mask) > (typeof(_reg))~0ull, \ | ^~~~~~~~~~~~~~~~ include/linux/bitfield.h:108:3: note: in expansion of macro '__BF_FIELD_CHECK' 108 | __BF_FIELD_CHECK(_mask, _reg, 0U, "FIELD_GET: "); \ | ^~~~~~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:215:29: note: in expansion of macro 'FIELD_GET' 215 | #define get_portid(_config) FIELD_GET(FME_PORTID_MASK, _config) | ^~~~~~~~~ >> drivers/fpga/dfl-fme-perf.c:821:11: note: in expansion of macro 'get_portid' 821 | portid = get_portid(event->attr.config); | ^~~~~~~~~~ In file included from drivers/fpga/dfl.h:17, from drivers/fpga/dfl-fme-perf.c:20: drivers/fpga/dfl-fme-perf.c:821:27: error: 'struct perf_event' has no member named 'attr' 821 | portid = get_portid(event->attr.config); | ^~ include/linux/bitfield.h:109:21: note: in definition of macro 'FIELD_GET' 109 | (typeof(_mask))(((_reg) & (_mask)) >> __bf_shf(_mask)); \ | ^~~~ >> drivers/fpga/dfl-fme-perf.c:821:11: note: in expansion of macro 'get_portid' 821 | portid = get_portid(event->attr.config); | ^~~~~~~~~~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:822:27: error: 'struct perf_event' has no member named 'attr' 822 | evtype = get_evtype(event->attr.config); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ include/linux/bitfield.h:52:3: note: in expansion of macro 'BUILD_BUG_ON_MSG' 52 | BUILD_BUG_ON_MSG((_mask) > (typeof(_reg))~0ull, \ | ^~~~~~~~~~~~~~~~ include/linux/bitfield.h:108:3: note: in expansion of macro '__BF_FIELD_CHECK' 108 | __BF_FIELD_CHECK(_mask, _reg, 0U, "FIELD_GET: "); \ | ^~~~~~~~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:214:29: note: in expansion of macro 'FIELD_GET' 214 | #define get_evtype(_config) FIELD_GET(FME_EVTYPE_MASK, _config) | ^~~~~~~~~ drivers/fpga/dfl-fme-perf.c:822:11: note: in expansion of macro 'get_evtype' 822 | evtype = get_evtype(event->attr.config); | ^~~~~~~~~~ In file included from drivers/fpga/dfl.h:17, from drivers/fpga/dfl-fme-perf.c:20: drivers/fpga/dfl-fme-perf.c:822:27: error: 'struct perf_event' has no member named 'attr' 822 | evtype = get_evtype(event->attr.config); | ^~ include/linux/bitfield.h:109:21: note: in definition of macro 'FIELD_GET' 109 | (typeof(_mask))(((_reg) & (_mask)) >> __bf_shf(_mask)); \ | ^~~~ drivers/fpga/dfl-fme-perf.c:822:11: note: in expansion of macro 'get_evtype' 822 | evtype = get_evtype(event->attr.config); | ^~~~~~~~~~ drivers/fpga/dfl-fme-perf.c:826:5: error: 'struct hw_perf_event' has no member named 'event_base' 826 | hwc->event_base = evtype; | ^~ drivers/fpga/dfl-fme-perf.c:827:5: error: 'struct hw_perf_event' has no member named 'idx' 827 | hwc->idx = (int)eventid; | ^~ drivers/fpga/dfl-fme-perf.c:828:5: error: 'struct hw_perf_event' has no member named 'config_base' 828 | hwc->config_base = portid; | ^~ drivers/fpga/dfl-fme-perf.c:830:7: error: 'struct perf_event' has no member named 'destroy' 830 | event->destroy = fme_perf_event_destroy; | ^~ drivers/fpga/dfl-fme-perf.c: In function 'fme_perf_event_update': drivers/fpga/dfl-fme-perf.c:844:54: error: 'struct perf_event' has no member named 'hw' 844 | struct fme_perf_event_ops *ops = get_event_ops(event->hw.event_base); | ^~ In file included from include/linux/list.h:9, from include/linux/rculist.h:10, from include/linux/pid.h:5, from include/linux/sched.h:14, from include/linux/ptrace.h:6, from include/uapi/asm-generic/bpf_perf_event.h:4, from ./arch/ia64/include/generated/uapi/asm/bpf_perf_event.h:1, from include/uapi/linux/bpf_perf_event.h:11, from include/linux/perf_event.h:18, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:845:53: error: 'struct perf_event' has no member named 'pmu' 845 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/kernel.h:1002:26: note: in definition of macro 'container_of' 1002 | void *__mptr = (void *)(ptr); \ | ^~~ drivers/fpga/dfl-fme-perf.c:845:31: note: in expansion of macro 'to_fme_perf_priv' 845 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~~~~~~~~~~~~~~~ In file included from include/uapi/linux/swab.h:6, from include/linux/swab.h:5, from include/uapi/linux/byteorder/little_endian.h:13, from include/linux/byteorder/little_endian.h:5, from arch/ia64/include/uapi/asm/byteorder.h:5, from include/uapi/linux/perf_event.h:20, from include/linux/perf_event.h:17, from drivers/fpga/dfl-fme-perf.c:19: drivers/fpga/dfl-fme-perf.c:845:53: error: 'struct perf_event' has no member named 'pmu' 845 | struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); | ^~ include/linux/compiler.h:372:9: note: in definition of macro '__compiletime_assert' 372 | if (!(condition)) \ | ^~~~~~~~~ include/linux/compiler.h:392:2: note: in expansion of macro '_compiletime_assert' 392 | _compiletime_assert(condition, msg, __compiletime_assert_, __COUNTER__) | ^~~~~~~~~~~~~~~~~~~ include/linux/build_bug.h:39:37: note: in expansion of macro 'compiletime_assert' 39 | #define BUILD_BUG_ON_MSG(cond, msg) compiletime_assert(!(cond), msg) | ^~~~~~~~~~~~~~~~~~ vim +788 drivers/fpga/dfl-fme-perf.c 724142f8c42a7b Wu Hao 2020-04-27 785 724142f8c42a7b Wu Hao 2020-04-27 786 static void fme_perf_event_destroy(struct perf_event *event) 724142f8c42a7b Wu Hao 2020-04-27 787 { 724142f8c42a7b Wu Hao 2020-04-27 @788 struct fme_perf_event_ops *ops = get_event_ops(event->hw.event_base); 724142f8c42a7b Wu Hao 2020-04-27 @789 struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); 724142f8c42a7b Wu Hao 2020-04-27 790 724142f8c42a7b Wu Hao 2020-04-27 791 if (ops->event_destroy) 724142f8c42a7b Wu Hao 2020-04-27 792 ops->event_destroy(priv, event->hw.idx, event->hw.config_base); 724142f8c42a7b Wu Hao 2020-04-27 793 } 724142f8c42a7b Wu Hao 2020-04-27 794 724142f8c42a7b Wu Hao 2020-04-27 795 static int fme_perf_event_init(struct perf_event *event) 724142f8c42a7b Wu Hao 2020-04-27 796 { 724142f8c42a7b Wu Hao 2020-04-27 797 struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); 724142f8c42a7b Wu Hao 2020-04-27 @798 struct hw_perf_event *hwc = &event->hw; 724142f8c42a7b Wu Hao 2020-04-27 799 struct fme_perf_event_ops *ops; 724142f8c42a7b Wu Hao 2020-04-27 800 u32 eventid, evtype, portid; 724142f8c42a7b Wu Hao 2020-04-27 801 724142f8c42a7b Wu Hao 2020-04-27 802 /* test the event attr type check for PMU enumeration */ 724142f8c42a7b Wu Hao 2020-04-27 @803 if (event->attr.type != event->pmu->type) 724142f8c42a7b Wu Hao 2020-04-27 804 return -ENOENT; 724142f8c42a7b Wu Hao 2020-04-27 805 724142f8c42a7b Wu Hao 2020-04-27 806 /* 724142f8c42a7b Wu Hao 2020-04-27 807 * fme counters are shared across all cores. 724142f8c42a7b Wu Hao 2020-04-27 808 * Therefore, it does not support per-process mode. 724142f8c42a7b Wu Hao 2020-04-27 809 * Also, it does not support event sampling mode. 724142f8c42a7b Wu Hao 2020-04-27 810 */ 724142f8c42a7b Wu Hao 2020-04-27 @811 if (is_sampling_event(event) || event->attach_state & PERF_ATTACH_TASK) 724142f8c42a7b Wu Hao 2020-04-27 812 return -EINVAL; 724142f8c42a7b Wu Hao 2020-04-27 813 724142f8c42a7b Wu Hao 2020-04-27 @814 if (event->cpu < 0) 724142f8c42a7b Wu Hao 2020-04-27 815 return -EINVAL; 724142f8c42a7b Wu Hao 2020-04-27 816 724142f8c42a7b Wu Hao 2020-04-27 817 if (event->cpu != priv->cpu) 724142f8c42a7b Wu Hao 2020-04-27 818 return -EINVAL; 724142f8c42a7b Wu Hao 2020-04-27 819 724142f8c42a7b Wu Hao 2020-04-27 @820 eventid = get_event(event->attr.config); 724142f8c42a7b Wu Hao 2020-04-27 @821 portid = get_portid(event->attr.config); 724142f8c42a7b Wu Hao 2020-04-27 @822 evtype = get_evtype(event->attr.config); 724142f8c42a7b Wu Hao 2020-04-27 823 if (evtype > FME_EVTYPE_MAX) 724142f8c42a7b Wu Hao 2020-04-27 824 return -EINVAL; 724142f8c42a7b Wu Hao 2020-04-27 825 724142f8c42a7b Wu Hao 2020-04-27 @826 hwc->event_base = evtype; 724142f8c42a7b Wu Hao 2020-04-27 @827 hwc->idx = (int)eventid; 724142f8c42a7b Wu Hao 2020-04-27 @828 hwc->config_base = portid; 724142f8c42a7b Wu Hao 2020-04-27 829 724142f8c42a7b Wu Hao 2020-04-27 @830 event->destroy = fme_perf_event_destroy; 724142f8c42a7b Wu Hao 2020-04-27 831 724142f8c42a7b Wu Hao 2020-04-27 832 dev_dbg(priv->dev, "%s event=0x%x, evtype=0x%x, portid=0x%x,\n", 724142f8c42a7b Wu Hao 2020-04-27 833 __func__, eventid, evtype, portid); 724142f8c42a7b Wu Hao 2020-04-27 834 724142f8c42a7b Wu Hao 2020-04-27 835 ops = get_event_ops(evtype); 724142f8c42a7b Wu Hao 2020-04-27 836 if (ops->event_init) 724142f8c42a7b Wu Hao 2020-04-27 837 return ops->event_init(priv, eventid, portid); 724142f8c42a7b Wu Hao 2020-04-27 838 724142f8c42a7b Wu Hao 2020-04-27 839 return 0; 724142f8c42a7b Wu Hao 2020-04-27 840 } 724142f8c42a7b Wu Hao 2020-04-27 841 724142f8c42a7b Wu Hao 2020-04-27 842 static void fme_perf_event_update(struct perf_event *event) 724142f8c42a7b Wu Hao 2020-04-27 843 { 724142f8c42a7b Wu Hao 2020-04-27 844 struct fme_perf_event_ops *ops = get_event_ops(event->hw.event_base); 724142f8c42a7b Wu Hao 2020-04-27 845 struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); 724142f8c42a7b Wu Hao 2020-04-27 846 struct hw_perf_event *hwc = &event->hw; 724142f8c42a7b Wu Hao 2020-04-27 847 u64 now, prev, delta; 724142f8c42a7b Wu Hao 2020-04-27 848 724142f8c42a7b Wu Hao 2020-04-27 849 now = ops->read_counter(priv, (u32)hwc->idx, hwc->config_base); 724142f8c42a7b Wu Hao 2020-04-27 @850 prev = local64_read(&hwc->prev_count); 724142f8c42a7b Wu Hao 2020-04-27 851 delta = now - prev; 724142f8c42a7b Wu Hao 2020-04-27 852 724142f8c42a7b Wu Hao 2020-04-27 @853 local64_add(delta, &event->count); 724142f8c42a7b Wu Hao 2020-04-27 854 } 724142f8c42a7b Wu Hao 2020-04-27 855 724142f8c42a7b Wu Hao 2020-04-27 856 static void fme_perf_event_start(struct perf_event *event, int flags) 724142f8c42a7b Wu Hao 2020-04-27 857 { 724142f8c42a7b Wu Hao 2020-04-27 858 struct fme_perf_event_ops *ops = get_event_ops(event->hw.event_base); 724142f8c42a7b Wu Hao 2020-04-27 859 struct fme_perf_priv *priv = to_fme_perf_priv(event->pmu); 724142f8c42a7b Wu Hao 2020-04-27 860 struct hw_perf_event *hwc = &event->hw; 724142f8c42a7b Wu Hao 2020-04-27 861 u64 count; 724142f8c42a7b Wu Hao 2020-04-27 862 724142f8c42a7b Wu Hao 2020-04-27 863 count = ops->read_counter(priv, (u32)hwc->idx, hwc->config_base); 724142f8c42a7b Wu Hao 2020-04-27 @864 local64_set(&hwc->prev_count, count); 724142f8c42a7b Wu Hao 2020-04-27 865 } 724142f8c42a7b Wu Hao 2020-04-27 866 724142f8c42a7b Wu Hao 2020-04-27 867 static void fme_perf_event_stop(struct perf_event *event, int flags) 724142f8c42a7b Wu Hao 2020-04-27 868 { 724142f8c42a7b Wu Hao 2020-04-27 869 fme_perf_event_update(event); 724142f8c42a7b Wu Hao 2020-04-27 870 } 724142f8c42a7b Wu Hao 2020-04-27 871 724142f8c42a7b Wu Hao 2020-04-27 872 static int fme_perf_event_add(struct perf_event *event, int flags) 724142f8c42a7b Wu Hao 2020-04-27 873 { 724142f8c42a7b Wu Hao 2020-04-27 874 if (flags & PERF_EF_START) 724142f8c42a7b Wu Hao 2020-04-27 875 fme_perf_event_start(event, flags); 724142f8c42a7b Wu Hao 2020-04-27 876 724142f8c42a7b Wu Hao 2020-04-27 877 return 0; 724142f8c42a7b Wu Hao 2020-04-27 878 } 724142f8c42a7b Wu Hao 2020-04-27 879 724142f8c42a7b Wu Hao 2020-04-27 880 static void fme_perf_event_del(struct perf_event *event, int flags) 724142f8c42a7b Wu Hao 2020-04-27 881 { 724142f8c42a7b Wu Hao 2020-04-27 882 fme_perf_event_stop(event, PERF_EF_UPDATE); 724142f8c42a7b Wu Hao 2020-04-27 883 } 724142f8c42a7b Wu Hao 2020-04-27 884 724142f8c42a7b Wu Hao 2020-04-27 885 static void fme_perf_event_read(struct perf_event *event) 724142f8c42a7b Wu Hao 2020-04-27 886 { 724142f8c42a7b Wu Hao 2020-04-27 887 fme_perf_event_update(event); 724142f8c42a7b Wu Hao 2020-04-27 888 } 724142f8c42a7b Wu Hao 2020-04-27 889 724142f8c42a7b Wu Hao 2020-04-27 890 static void fme_perf_setup_hardware(struct fme_perf_priv *priv) 724142f8c42a7b Wu Hao 2020-04-27 891 { 724142f8c42a7b Wu Hao 2020-04-27 892 void __iomem *base = priv->ioaddr; 724142f8c42a7b Wu Hao 2020-04-27 893 u64 v; 724142f8c42a7b Wu Hao 2020-04-27 894 724142f8c42a7b Wu Hao 2020-04-27 895 /* read and save current working mode for fabric counters */ 724142f8c42a7b Wu Hao 2020-04-27 896 v = readq(base + FAB_CTRL); 724142f8c42a7b Wu Hao 2020-04-27 897 724142f8c42a7b Wu Hao 2020-04-27 898 if (FIELD_GET(FAB_PORT_FILTER, v) == FAB_PORT_FILTER_DISABLE) 724142f8c42a7b Wu Hao 2020-04-27 899 priv->fab_port_id = FME_PORTID_ROOT; 724142f8c42a7b Wu Hao 2020-04-27 900 else 724142f8c42a7b Wu Hao 2020-04-27 901 priv->fab_port_id = FIELD_GET(FAB_PORT_ID, v); 724142f8c42a7b Wu Hao 2020-04-27 902 } 724142f8c42a7b Wu Hao 2020-04-27 903 724142f8c42a7b Wu Hao 2020-04-27 904 static int fme_perf_pmu_register(struct platform_device *pdev, 724142f8c42a7b Wu Hao 2020-04-27 905 struct fme_perf_priv *priv) 724142f8c42a7b Wu Hao 2020-04-27 906 { 724142f8c42a7b Wu Hao 2020-04-27 907 struct pmu *pmu = &priv->pmu; 724142f8c42a7b Wu Hao 2020-04-27 908 char *name; 724142f8c42a7b Wu Hao 2020-04-27 909 int ret; 724142f8c42a7b Wu Hao 2020-04-27 910 724142f8c42a7b Wu Hao 2020-04-27 911 spin_lock_init(&priv->fab_lock); 724142f8c42a7b Wu Hao 2020-04-27 912 724142f8c42a7b Wu Hao 2020-04-27 913 fme_perf_setup_hardware(priv); 724142f8c42a7b Wu Hao 2020-04-27 914 724142f8c42a7b Wu Hao 2020-04-27 915 pmu->task_ctx_nr = perf_invalid_context; 724142f8c42a7b Wu Hao 2020-04-27 916 pmu->attr_groups = fme_perf_groups; 724142f8c42a7b Wu Hao 2020-04-27 917 pmu->attr_update = fme_perf_events_groups; 724142f8c42a7b Wu Hao 2020-04-27 918 pmu->event_init = fme_perf_event_init; 724142f8c42a7b Wu Hao 2020-04-27 919 pmu->add = fme_perf_event_add; 724142f8c42a7b Wu Hao 2020-04-27 920 pmu->del = fme_perf_event_del; 724142f8c42a7b Wu Hao 2020-04-27 921 pmu->start = fme_perf_event_start; 724142f8c42a7b Wu Hao 2020-04-27 922 pmu->stop = fme_perf_event_stop; 724142f8c42a7b Wu Hao 2020-04-27 923 pmu->read = fme_perf_event_read; 724142f8c42a7b Wu Hao 2020-04-27 924 pmu->capabilities = PERF_PMU_CAP_NO_INTERRUPT | 724142f8c42a7b Wu Hao 2020-04-27 925 PERF_PMU_CAP_NO_EXCLUDE; 724142f8c42a7b Wu Hao 2020-04-27 926 724142f8c42a7b Wu Hao 2020-04-27 927 name = devm_kasprintf(priv->dev, GFP_KERNEL, "dfl_fme%d", pdev->id); 724142f8c42a7b Wu Hao 2020-04-27 928 724142f8c42a7b Wu Hao 2020-04-27 @929 ret = perf_pmu_register(pmu, name, -1); 724142f8c42a7b Wu Hao 2020-04-27 930 if (ret) 724142f8c42a7b Wu Hao 2020-04-27 931 return ret; 724142f8c42a7b Wu Hao 2020-04-27 932 724142f8c42a7b Wu Hao 2020-04-27 933 return 0; 724142f8c42a7b Wu Hao 2020-04-27 934 } 724142f8c42a7b Wu Hao 2020-04-27 935 724142f8c42a7b Wu Hao 2020-04-27 936 static void fme_perf_pmu_unregister(struct fme_perf_priv *priv) 724142f8c42a7b Wu Hao 2020-04-27 937 { 724142f8c42a7b Wu Hao 2020-04-27 @938 perf_pmu_unregister(&priv->pmu); 724142f8c42a7b Wu Hao 2020-04-27 939 } 724142f8c42a7b Wu Hao 2020-04-27 940 --- 0-DAY CI Kernel Test Service, Intel Corporation https://lists.01.org/hyperkitty/list/kbuild-all@lists.01.org --y0ulUmNC+osPPQO6 Content-Type: application/gzip Content-Disposition: attachment; filename=".config.gz" Content-Transfer-Encoding: base64 H4sICC2/+V4AAy5jb25maWcAlBxNd9s28t5foZdc2kO7/ki86dvnAwiCElYkwRCgLOXC5zpK 6tfYzsryttlfvzPg1wAEqbSXhjODATCYb0B+/cPrBXs5Pj3cHu/vbr98+bb4vH/cH26P+4+L T/df9v9axGqRK7MQsTS/AHF6//jy1z/ub6/eLN7+8u6Xs58PdxeL9f7wuP+y4E+Pn+4/v8Do +6fHH17/wFWeyGXNeb0RpZYqr43YmutXOPrnL8jo5893d4sfl5z/tPj1l8tfzl6RMVLXgLj+ 1oGWA5/rX88uz846RBr38IvLN2f2v55PyvJljz4j7FdM10xn9VIZNUxCEDJPZS4ISuXalBU3 qtQDVJbv6xtVrgECO369WFrxfVk8748vXwcZyFyaWuSbmpWwYJlJc315MXDOCpkKkI42A+dU cZZ2K3/VSyaqJGxYs9QQYCwSVqXGThMAr5Q2OcvE9asfH58e9z/1BPqGFcOMeqc3suAjAP6f m3SAF0rLbZ29r0QlwtDRkBtm+Kr2RvBSaV1nIlPlrmbGML4akJUWqYyGb1aBCg6fK7YRIE1g ahE4H0tTj3yA2sOBw1o8v/z2/O35uH8YDmcpclFKbs8yFUvGd0TrCK4oVSTCKL1SN2NMIfJY 5lZJwsNk/m/BDR5wEM1XsnBVLVYZk7kL0zILEdUrKUoU0M7FJkwboeSABlHmcSqoVneLyLQM L75FBNdjcSrLqvCmYhFVywQne73YP35cPH3yzqU/QTxcDmaw1qoquahjZtiYp5GZqDej8y9K IbLC1LmyRvx64cE3Kq1yw8rd4v558fh0RIsdUVGcN54rGN4pFi+qf5jb5z8Wx/uH/eIWdvV8 vD0+L27v7p5eHo/3j58HbTOSr2sYUDNueYCC0PVtZGk8dJ0zIzcisBjNVyKuzUqUGUtxaVpX JVHRSMeotRzgyM9MY+rN5YA0TK+1YUa7IDi6lO08RhaxDcCkcnfYyU9L56N3UrHULEpFTBXj O+Ta+xIQmdQqZa052XMpebXQY4M3cIY14IaFwEcttoUoyS60Q2HHeCAUkx3a6mIANQJVsQjB Tcl4YE1wCmmKASKjPgIxuYCT12LJo1TSsIG4hOWqMtdXb8ZAcHAsuT6/clgpHqH8JtdUl4LF dRbRo3FF60anSOYXRBhy3fzj+sGHWBWkhCuYCD1RT5kqZJqAg5WJuT7/J4XjkWdsS/EXg5nK 3KwhTibC53HphJAKojrqXWtL1t906qPvft9/fPmyPyw+7W+PL4f986BDFaQWWWElRWJWA4wq vhZGtz7i7SC0AEMv84BVn1+8IyFyWaqqIIZYsKVoGItygEIM5Uvv04vuDWwN/yNeIF23M/gz 1jelNCJifD3CWEEN0ITJsg5ieKLrCGLLjYwNCezg34LkRKJ1eE2FjPUIWMYZGwETsNYPVEAt fFUthUlJVgE6pAV1dKiROFGLGXGIxUZyMQIDtesDW3hUJAEWEAGJn1F83aOcEIc5my7ACMn6 KtCrnCagkJ/Rb1h06QBwL/Q7F8b5hkPg60KB4oGZa8huyeYam2CVUd6BQLiFw40FhBzODD1F H1NvLsjRYwBx1Q/kadPWkvCw3ywDPk3kJyltGdfLDzQrAkAEgAsHkn6gOgGA7QcPr7zvN2RV SmF4tx6LFgaqgFRDfhB1okpI7Ur4X8Zy7mQXPpmGf4TitpcdN99NxlPlLJXLHLwyJM0l8fqO KvnBKoMQKvHsCVNQ9QyNaZQbNWc0AidNIuhn9JhglY6FoGsl66LKLNIEZOfkIEyDLCpnogoK Qe8T9JRwKZSzXpAHSxOiIXZNFCA2IjcUoFeOp2OSnDikJlXpZCUs3kgtOpGQzQKTiJWlpIJd I8ku02NI7cgTDmwsZDwjm/A4q88iEcfUjAp+fvami0NtfV3sD5+eDg+3j3f7hfjv/hESIQZx hWMqtD88W9I20HzniG62TdYIsAssZGs6raKRx0JYG2OsKtHkBKtZZurI1sS9YeiURSFDAE4u mQqTMZywhNDXpot0MYBDf495UF2CCqtsCrtiZQypmqMmVZJA9LdhFQ4Kim5wgd5WMdEoWGkk c43IiMx6bGwwyERy5pZyEEoSmXb5fXsyboOgJ102SUgKxwDqd9mce3F4uts/Pz8dFsdvX5v8 d5yISHZFnNfVm4hWyR+g+qkhQF4S/+hUZpD88HWT6OmqKBT1KW2wbGSDnqzesFLiOsdVGCi5 jEpw+E2RQJhgkgWBFMM3RCZb2UA6ORDEGTX8hHw00Udl0sAJQiisbZSiloh7B4fJWROnxsfX eFQtNEi4JyRobBJYIsLTsFxWGdXKjK9lnopwqWjXMIjozTr6HrJ365Cee0TnV2vHOlYf6vOz s8A4QFy8PfNIL11Sj0uYzTWwcRYTlSl4p8oTeXpeW1G2KfWVg9RLWVcbb8QK0r2I+X0Bi+I7 SLpppw0CJ6gjZvaovgpMtiSZv85I9M+tRunrN2e/9otYKVOk1dKtaKwiiNwaWdtwaulO0ZTw r80oJ9IZMRRQbFTSSEM26lE3e+GFkIAyDDyY8SbUIhVQf7cTZgrsx6OAyhg+jVwCTbs+jyKB sncSCRlkqcUk2uE+8q55RTOpHFanuzqqVxRsWVQsxS3AqZHTWalUYEljz9FzCXZu5GcdqNga kWvHe4LVomDRYeAiLG0tY49NI7YU2xh2cd7mbDa/xoSk6T27mpdxBqfC4cDKHSlOGyMEx50o D5rxWpRl27bzcII2NjqdZ1la5wlpDa7FVpCKl5dMwxFUVqetz0/uDw9/3h72i/hw/98mqvcb ykD5MombMoorR006lLoBJ9t25R5cdEFGBlDBkYksM8hCrZydowVHDTlKTCDgx+npwGeTHAzM LIizHJSEryQEplzlllECntstNUEnsYsYJUTKpoI8TIOFbOvyxmQDIuLZm39ut3W+gShB0q8W rGHXBGyEqKN8CzHlZmCxVGoJVt9tl8S3BoEaZOsCG6ZH4zAXUrlWs6ieyYhmU8QAs8cP4lj8 KP467h+f73/7sh/UQWLG9un2bv/TQr98/fp0OA6agTKE0ExE3UHqoqnophB+9809YFxsqrAj g/WQKaniIJ6zQleYtVgaF2cvMxxIyeVFKz9nlnZqUCdZN7V8nyz9HWn0qpNt61gXxDoBoGlj rQXURdwZndl/PtwuPnXcP1rTo/n0BEGHHhtth5lL4Zoc7+nP/WEBKfrt5/0DZOiWhIFFLp6+ 4j0acQAF0eIi85NygEAVgwVp7KNiwNkLmFhNQG1BhT3D84szwpCna2eCLttr3ARxtjfvWwci EsiDJZYSo1AyHl8rWtECahkOgG1mip1qWiV6X0iZyeXKtAHGerWYu/Rd2t6sFpvcGND8zNdS WiEuabrpgG0lRxypZV7w0ldxixC8v/dwRzDuASJmjBOOGmhljMo9oJH5rt3I9+HbQvr68p1D lzB/ZKyoM7YgjMNQR8E5a+2h2nsEBV7CCnQSLeORYHqktwJZQFnggsJ5nd1ocwHib8I1gmY6 8DFQY/pHjd4NFHJ01lgsuEx5BX4T0hxhVsrHlSKu0PqwyrRBU+XpzuPo5lPNJBnz1zM2VhAH tpZKsXSSpG718G+rWt1t1CI57P/zsn+8+7Z4vrv90lxAzSK7hKQ9ZpKidAe/VBu8pC1rty1K 0f5FRY9EvQiAu+iDY6c6akFaVGrN3Dux+SForbaX+v1DVB4LWE/8/SMw0otyM7qumx9lK4rK yDRQkjnidUUUpOgEM6img++lMIHvtjyBpvubIOk3cz3cjS4++QrXRtBnR/EawRiHcQurC6hw YuFXlZ1nshrbD3uvSvmegOl1Ykj3vxN9OlJ3C8h0IXhnjV3D5/Zw9/v9cX+Hsf/nj/uvwBWZ jKJ8UxK4PVRbNXgw1bSXyDnYsNeDh8H23QLtVkIl6sPs2BFlA50itxHX9o5WSpF40UV5qNSt ywf/jBeIXqi29zzNi5oaQ5NxCoARyVRzp+HdDA8RNSvVGSYW7Wsav0i0JDkWJ3hbyLNiy1du 6x9v5uwMWEAJfALUvSugswSu7k9ToLT8mlbFXeUuOPYVSe9OxRXW1FgcY6sdL1S80WIrzUji bVP28iJCJOR6AwovPGn3V3eGu4TC+Offbp/3Hxd/NO3kr4enT/duvEAiUM8yt0nb0OWcG+u3 Qk9YRjcViC7DmwKqh/ZyQWfYYT9zZYS5Tm29pRmJzwe0XRosY0aoKg+CmxE9cmgVDloWDADd 4krevYmDtQf8/rCJ0dTtxmgMIBjnsoHA9YqdewslqIuLN7PLbaneXn0H1eW77+H19vxidtto c6vrV8+/356/8rCozPjUZbTPDtFdEfpT9/jth+m50YfcQCGhdfP0pr2CharR1iCkQZWDFYLn 2WWRoldGUepkz3jJWb5vXJNneoiyjQ6IU5Xz+G+4mK/LGzd56i5NI70MAp1Hc8MNqxHLUprg 5WuLqs35GWmqtGhs3cXjUeBglDGp4+LGODCpG29TWYzPKmvbkyxd3E0UloDEVz0i57sJLFe+ 6IBTnb33VwblQJ3oMDS0TzxdVdA7H4Q270KhXOXlrnAvfIJo2t1qKv7bw/EeXdvCfPtKb3Ls FZMd0hXyNNFXZT5QTCKgQIH8jU3jhdBqO42WXE8jWZzMYG3uaQSfpiil5pJOLrehLSmdBHcK xT0LIgwrZQiRMR4E61jpEAIfxcVSr1MW0R5EJnNYqK6iwBB8cYZdye27qxDHCkbaUjDANo2z 0BAE+/ety+D2oH4owxLUVVBX1gzCYQhhu7kBNju9uXoXwhAz7lFDouwpODWP7D3W4K7JAAwT I3pD34Ldtz0ItD2w5jGvGp5TESOCUVI1dzQxpEDuG26CXO8i2r7pwFFCCgn4qDsn4z1WQpT3 nGd4zuqsbLBu93EP0/m5oyiN49CFzG1eQWPI8JypaRL/tb97Od5iRxQf6S/sHf+RCCGSeZIZ zBDJGaeJW0DYWxG8euiLUcwouxd43zxempeyILVZC4Y4STpYyLK9zBh6uBOLtTvJ9g9Ph2+L bCiqRvVQ+H6sD+3d1Rd4vYqFMinnfquhouOH27Hv4kDOBCZuLqVG9172baZ9kVOkwr+XGibc NJcqo2u5dqv0NWs/NoX8vTA2Z28uPr1BEeYZjk9rAE0F4L01D8Hs7XMpMNdxgjs435L5w1Eo TWZDGKx2GiJFXNbGf41gyx+j6qiiuVuGL1AN1DnOGxtNRN3pp5UWeGPL3rnz5algze0+NRpY n/sGkjtPBcEXeo62B9E4h0B8sqCv+zvoDy3bXossoM8voTzs71UE6knoDdjkkOZx2mnW795c BPPsGcbhxHxuwIr/vSEftIn/xmavX33539Mrl+pDoVQ6MIyqeCwOj+YyUWm4TRcktwWj4pPr dMivX/3vt5eP3ho7VtQc7Cjy2Sy8+7JLHDxlt4YxxOuV2gaKNUrstKzdnkIGjkeWJe13NC9l NrZJQYyyuUj3HvUv8YEqZKqrjLWvtVqfPe2WBxdHHwkI/OnR0q3JECgCMIgQshT0qaxeR8MD gL79kO+Pfz4d/sBm4fgmjOED60F2zTc4akYemWPu5X7hHbmbm3lDTKqdj9FrX4QZRQDbpMzc r1olidsysFCWLslrAgtyL5AsyL5vSpz+rIVD8gn5dSppDWQRjVv2FmTPWWrjJPPNKlYeY0Fv SpslFGimAxDPbC12I8DE1AITGMPpW+GMaDl8eDLfxoV9Au28wiZAj1w6mieLJs5ypl1ofxUK KZr7ZKyoExmBMUnhm0PHDIO2vcRzcZZTS8Hog/YetxFlpLQIYHjKtKbPIwBT5IX/XccrPgbi NfwYWrKy8EywkN65yWJp7/izausjalPl2LQb04dYRCVo9EjIWbs579anx4SI5yRcyExDWnQe ApIHjHqH6YxaS6F9AWyMdJdfxeGdJqoaAQap0GUhkpqNBThm00F6yx9hPIuQzWJdO7NAa0L+ ei0mCBybRg0ThcAohwC4ZDchMIJAbbQpFXE4yBr+uQy0J3pUJImx91BeheE3MMWNohepPWqF EguA9QR8F6UsAN+IJdMBeL4JAPGptvu+p0eloUk3IlcB8E5QfenBMoUCT8nQamIe3hWPlwFo FJGw0WUiJa5llDF3Y65fHfaPQ6KF4Cx+63SXwXiu3K/Wd+LvCpMQprYv5FxE8+sHDD11zGJX 5a9GdnQ1NqSraUu6mjClq7Et4VIyWVx5IEl1pBk6aXFXYyiycDyMhWhpxpD6yvlBC0JzrCNt NWh2hfCQwbkcZ2whjtvqIOHBM44Wl1hF+ItGHzz22z3wBMOxm27mEcurOr1pVxjAQe7JQ3Dn 1y6NzhVpgBOclN+uKxwNsZ+ddg83AhaKk9uXaoFSABjjD/thNbxNj0m0KEzRxvRk52DsECiB bacf8ouscDJ2oEhk6iQkPSjgVqNSxpD5D6O6Fx5Phz0myJ/uvxz3h6k/vDBwDiXnLQrlJ/O1 EwxbVMIyme7aRYTGtgR+IuJybn4vHGDf4Zs/CjBDkKrlHFrphKDx50d5bmslB2p/MNokKj4Y GOHTgsAUyKr5EWdwgtpTDIoaqw3F4m2DnsDhk6hkCmkvaqeQ3SO+aazVyAm8NSOPtWmeDEOA 4kUYs6QtRYrQ3EwMgVwklUZMLIPh+xM2IfDEFBOY1eXF5QRKlnwCM6S1YTxoQiSV/cFlmEDn 2dSCimJyrZrlYgolpwaZ0d5NwHgpuNeHCfRKpAWtQMemtUwrSO9dhcqZyxC+Q2eGYH/FCPMP A2H+phE22i4Cx72DFpExDW6kZHHQT0HBAJq33Tn82ig2Bnkl5gBv/QTBGHzPhw84HijMcXfw neCF8iijsZTt77g9YJ43fyLGAbteEAFjGhSDC7ESc0HeAY5LC4Sp6N+Y9Tkw31FbkDLMn9H9 ccQAawTr7RXfpbgwe/HvClBGI0CAme3FOJCmheDtTHvbMiPdMGGNiatiHCuAeAqe3MRhOKx+ DG/UpPkZoL83gguZ67bXZZsdbO1ty/Pi7unht/vH/cfFwxPeRT2HMoOtaYJYkKtVxRm0tqt0 5jzeHj7vj1NTNT+Aav+UT5hnS2J/la6r7ARVl4LNU83vglB1QXue8MTSY82LeYpVegJ/ehHY FrY/gp4nS+kD5iBBOLcaCGaW4jqSwNgcf4B+QhZ5cnIJeTKZIhIi5ed8ASLsVzq/SwkSdUHm hFz6iDNLBxOeIPAdTYimdFrCIZLvUl2oeTKtT9JAEa9NaYOyY9wPt8e732f8CP6JL7yas/Vt eJKGCIu7OXz7N0lmSdJKm0n1b2kg3xf51EF2NHke7YyYkspA1ZSZJ6m8qBymmjmqgWhOoVuq oprF27R9lkBsTot6xqE1BILn83g9Px4j/mm5TaerA8n8+QSuNsYkJcuX89ori828tqQXZn6W VORLs5onOSmPjP52KIg/oWNNQwd/+DRHlSdTBXxP4qZUAfxNfuLg2rutWZLVTk+U6QPN2pz0 PX7KOqaYjxItjWDpVHLSUfBTvseWyLMEfv4aILG/uDpFYTuyJ6jsX0SZI5mNHi0Jvm+dI6gu L67pLzLmGlkdG1m0mabzjX8g4Pri7ZUHjSTmHLUsRvQ9xjEcF+laQ4tD9xRi2MJdO3Nxc/zs E5tJrojNA7vuJx3vwaImEcBsluccYg43vUVASvcu+/+cvVtz4ziyLvpXHOthr5k4q3eLpC7U iegHiqQklHgzQUm0XxjuKne3Y6rKtW3XTNf59QcJ8JIJJN19zkRMl/V9uBHXBJDI7Flti8Vu Ujyn6p/OjQRglsKOAdX2BxpQgv03oxuoZuibt5eHr6/wNBjeHrw9f3z+fPP5+eHTza8Pnx++ fgS9glf7IbVJzpxSNdZN7EickxkiMisdy80S0ZHH++Oz6XNeB5VCu7h1bVfc1YWy2AnkQsTe gUbKy95JaedGBMzJMjnaiHSQ3A2DdywGKm4HQVRXhDzO14U8Tp0hRHHyd+LkJo4okrSlPejh 27fPTx/1ZHTzx+Pnb25cckjVl3YfN06Tpv0ZV5/2//03Du/3cIlXR/ryY0kOA8yq4OJmJ8Hg /bEW4OTwajiWsSKYEw0X1acuM4nTOwB6mGFH4VLXB/GQiI05AWcKbQ4SC7C+GEnhnjE6x7EA 0kNj1VYKF5V9Mmjwfntz5HEiAmOirsarG4Ztmswm+ODj3tSyPIJJ99DK0GSfTmJwm1gSwN7B W4WxN8rDpxWHbC7Fft8m5hJlKnLYmLp1VUdXG1L74LN+6GLhqm/x7RrNtZAipk+ZlLvfGbz9 6P73+u+N72kcr+mQGsfxmhtqdFmk45hEGMexhfbjmCZOByzluGTmMh0GLbl6X88NrPXcyEJE ehbr5QwHE+QMBYcYM9QxmyGg3EYBfiZAPldIrhNhupkhZO2myJwS9sxMHrOTA2a52WHND9c1 M7bWc4NrzUwxOF9+jsEhCv2uAI2w9wYQuz6uh6U1SeOvj29/Y/ipgIU+WuwOdbQ7Z/rRMCrE XyXkDsv+mpyMtP7+Pk/tS5KecO9KjLFiJylyZ0nJQUdg36U7e4D1nCLgqvPcuNGAapx+RUjS togJF34XsEyUl3griRm8wiNczMFrFrcORxBDN2OIcI4GECcbPvtLhi2j0M+o0yq7Y8lkrsKg bB1PuUspLt5cguTkHOHWmfpumJuwVEqPBo3WXzzpDprRpICbOBbJ69ww6hPqIJDPbM5GMpiB 5+I0+zruyFNWwjhvrmaLOn1IbxP1+PDxX+QJ+5Awn6YVC0Wipzfwq0t2B7g5jQus3a6JXh/P qK0avaM8WWGNpNlw8HKbfdswGwNsE7DeAkBrySnBHNu/GMc9xORI9EXrRJIf5s0eQYhuIwBW mzfgdOQL/qVmTJVLh5sfwWQDrnH91ra0QFrOCFuMUz+UIIonnQEBs8sixjoywGREYQOQvCoj iuxqfx0uOUx1FnsA0hNi+OXah9IodsugAWHHS/FBMpnJDmS2zd2p15k8xEHtn2RRllRrrWdh OuyXCo7O8RbQ2NTQt6HYfmQPfLEAtYYeYD3xbnkqqrdB4PHcro5zV7PLCvBOVJjJ0yLhQxzk 1dapH6jZ70hnmbw58cRJ3vNEGacZNhiIudt4JhvVTNtgEfCk/BB53mLFk0rCEBkWBHSTWw0z Yd3hgtscETkhjLA1pdALX/bTjAwfLKkfPh5MUXbCCVy6qKqylMKiSpLK+gkv8fETwNZH355F FdIsqY4lKeZabYkqLAH0gPtEcCCKY+yGVqDWpecZEGHpJSVmj2XFE3SHhZm83ImMyOiYhTon 5/yYPCdMbgdFpK3ajiQ1X5zDezFhLuVKilPlKweHoNs8LoQl3Yo0TaEnrpYc1hVZ/4c2oy+g /rGZBxTSvoFBlNM91KJp52kWTfNyXEsit98fvz8qQeLn/oU4kUT60F28u3WS6I7NjgH3MnZR stYNYFWL0kX1HSCTW20pjmhQ7pkiyD0TvUlvMwbd7V0w3kkXTBsmZBPx33BgC5tI5wJU4+rf lKmepK6Z2rnlc5SnHU/Ex/KUuvAtV0exfsruwGBYgGfiiEubS/p4ZKqvEmxsHh80xt1UwGQ2 015M0MkC6CiyDtLq/paVaCdhVlXAuyGGWno3kKTZWKwSyvaldofmvpvpP+GX//r229Nvz91v D69v/9Wr3n9+eH19+q2/FqBjN86sB2kKcI6je7iJzYWDQ+iZbOni2FzxgJnb1B7sAW0lcCrG gLpvGHRm8lIxRVDomikBWPNxUEZXx3y3peMzJmGpAmhcH4aB6SrCpBqmpU7HS+34hHwoIiq2 X6/2uFbzYRlSjQi3zm0mQtsS54g4KkTCMqKSKR+HmNUYKiSKrffVEajPg5aE9QmAHyJ8cnCI jKb9zk0AHovbcyXgMsqrjEnYKRqAttqfKVpqq3SahIXdGBo97fjgsa3xaUpdZdJF6eHMgDq9 TifLaVwZpqFW3lEJ85KpKLFnasnoT7uPpE0GXHPZ/VAlq7N0ytgT7mLTE+ws0sTDk3raA/R8 L/CTvSRGnSQpJHiAKsHpKNoZKmEi0hapOGz4E2nFYxIbJ0R4QuyZTXgRs3BOHx7jhGxB3OZY xpilH5lSbf8uap8HU80XBqTP8DBxaUkfJHHSIsU2Ui/DE3cHsc4pRjhTu/AdUQA0RpK4pCjB 7Yb1cw6akx5WpIMAora8JQ3j7hk0quYG5l11ge/4j9KWqXTl0EcUoA8SwC0B6AkR6rZuUHz4 1ck8sRBVCAvJj9Yb8CLGrhngV1emOdiw6swFBep2Nfa1V++1c0z8uLDFfG8ACvLQI5QjnJf/ eucLTgslGOcm/qJubedRTZ1GuWMrD1LQ13XmGJzay7h5e3x9c3YV1akxz1RGGUlv++uyUvvF QjRlTQWp/gTUSdMisHGOsdGjvI4SXRu9ubuP/3p8u6kfPj09j5o42K0F2ZHDLzU/5BF4brrQ 1zzgxmEMWIOhhf6cOmr/t7+6+doX9tPjv58+ProWhvOTwALtuiKDa1fdpmBHHM9yd2ogdeBP b5+0LH5kcNVaE3YX5b+gW6V3Czp2HjyngLsMchMHwA4faAFwsAJ88LbBdqgdBdwkJivHpwgE vjgZXloHkpkDEWVMAOIoi0H1Bl6A4/NB4KJm69HQ+yx1sznUDvQhKu47of4KKH66RNAEVSzS fWIV9lwsBYVacMRF86uMvGZ9wwykDVCDOVmWi63c4nizWTBQJ/DR4ATziQvtYqOwvy53i5i/ U0TDNeo/y3bVUq5KoxNfgx8i8BFFwTSX7qcaMI+F9WH70FsvvLkm44sxU7iYdqUed7OsstZN pf8St+YHgq81We7pmodAJabisSUrcfM0+COxxtZRBJ5nVXoeV/5Kg5MarJvMmPxZ7maTD+Eg VAVwm8QFZQKgT9EDE7JvJQfP413koro1HPRsuij5QOtD6FQCVliNsSXiGZyZu8bpFt+Jwv12 mmB7smqR3YMcRAIZqGuIHVwVt0grmpgCwNmTfW0zUEZFk2HjvKEpHUViAZJEwHb/1E/nTFEH SWicXO6pMyu4dHYkYdCwzfYNNSs8gV0aJ0eekZM3qt3n749vz89vf8yuqnBLXzRYDIRKiq16 byhPri6gUmKxa0gnQqD2PyvPUt/S/OAC7LBZL0zkxE8pImrsfXUgZIJ3WQY9R3XDYbD8E2EV UcclCxflSTifrZldjLWDERE1x8D5As1kTvk1HFxFnbKMaSSOYepC49BIbKEO67Zlmby+uNUa 5/4iaJ2WrdTs66J7phMkTea5HSOIHSw7p3FUJzZ+OeI1YdcX0wY6p/VN5ZNwzckJpTCnj9yq WYbsVExBainwnDg7tkZZeK82CjW+Gx8QSwdwgrVjOrV1JD56BtbaEdftiThl2HcnPGxnNh+g PFhTI/rQ5zJiXmRA6BnENdVPinEH1RB1Aq8hWd05gQQabfH+AFct+EpYX+l42poLGIl1w8L6 kmYleCEFx8pqIZdMoDitm9GXa1cWZy4Q2GtXn6j9KYGNufSQ7Jhg4KXB+EYwQeCIiEtOfV8d TUHgxf7k8Rplqn6kWXbOIrXzEMQMCAkETiFarchQs7XQH39z0V3jp2O91EnkOsoa6StpaQLD JRuJlImd1XgDYhQ5VKxqlovJ8a5FNifBkVbH7+/pUP4Doh191LEbVIFgeBbGRMazo43avxPq l//68vT19e3l8XP3x9t/OQHzVB6Z+FQQGGGnzXA6crAcSo35krgqXHFmyKI0NqkZqrd0OFez XZ7l86RsHMO7UwM0s1QZO46oR07spKNWNJLVPJVX2TucWgHm2eM1r+ZZ1YKgcetMujRELOdr Qgd4p+hNks2Tpl1db96kDfr3Yq12Njz5T7kKeFn3hfzsE9TuqX8ZvcfV+5PAdzbmt9VPe1AU FbZM1KOHyj7Y3lb278E4vA1TRbMetA06RwLdB8AvLgREtk4zFEg3NWl11PqIDgIKRGpDYSc7 sLAGkJP16URrT16pgMLaQTRRRsECCy89AEbiXZCKIYAe7bjymGTxdGD48HKzf3r8DA7hv3z5 /nV46vQPFfSfvVCCH/urBJp6v9luFpGVrMgpAPO9h48PANzjnVAPdMK3KqEqVsslA7Ehg4CB aMNNMJuAz1RbLuK61P6TeNhNiUqUA+IWxKBuhgCzibotLRvfU//aLdCjbiqycbuQwebCMr2r rZh+aEAmlWB/rYsVC3J5bldaWwGdLf+tfjkkUnGXl+SezjUaOCDUymCivt+yIX+oSy1zYfv9 YHv/EmUiAW/3bS7sWzbgc0mN/oHsqS11jaA26U0thu8jkZWXycrf3KGt1q0kXjSMNyoC2T9c n63aF+Yd2DzNCKht/xMT/YPnTYgBAWjwCE9qPeC4yAa8S2MsW+mgkji17RFOc2Tk3vf9SIOB wPq3Ak+OFRmFEV32Krc+u0sq62O6qrE+pttdLYAcUkF95lI4gBLcbwdX3ISDXcfJakLbDXAs tHECsCTf+7KH8xOr2ZvzjrRNp2+bbJBYxwZA7a/pF46vDvIz7USdKC8UUBs4C4jIvRhAliVP 1O/4zkg9ANuMkgrRuoTZeDZFeazGBVL9vvn4/PXt5fnz58cX9+hL5xPVyYWo1uhmNtcNXXG1 amXfqP/CykhQcMAVWSnUcVQzkCosPtCb8LSiaUI4xzL3SPQuGq3xaUpNg7cQlIHcjnsJOpnm NgjDryH+KHVWERydRlb+BtQpf3GK3BzPBXgir9Kc+aCBdXqoqh41IcdHUc3Apka/8Fxqx9Iv EJr0ZEUATXLZWMMH/K4cpK7/fj5/ffr96xX8hEPX0rYvHF/uZmqxp43kyjW8Qu1mT+po07Yc 5iYwEM5HqnThVoRHZwqiKbs0aXtXlNYcIvJ2bUWXVRrVXmCXO4vuVO+Joyqdw91eL6xemerD OLvzqak+ibrQHrVKMKvS2C5dj3LfPVBODerTVriWpfBJ1NaUnuoid9B36CqQytIOqacJb7u0 +t4Acx155PCJimbOhaiOwl66R9j9pIg4+HyvLxvPTs+/quny6TPQj+/1ddBXv6QiswdaD3PV PnJ9L538lsxnau7THj49fv34aOhpan91LYHofOIoSYmvZYxyBRsop/IGghlWmHovzWmATbdj f/k5o0s2fikbl7n066dvz09faQUo+SGpSlFYs8aATn7HKa1EicZo9JPsxyzGTF//8/T28Y+/ XGLltdcbarRTZZLofBJTCvROwL44Nr+179cuFvjkU0UzUnBf4J8+Prx8uvn15enT73hbfAeP B6b09M+uRHbQDaJW2/Jog42wEVhZ1d4kdUKW8ih2WEhI1ht/O+UrQn+x9fF3wQfAU0Bt/wmr OEWVILcYPdA1Umx8z8W13frBlnCwsOleyqzbrmk7y0fqmEQOn3Ygh4kjZ11LjMmec1t5euDA Y1HhwtpDaxeboxzdavXDt6dP4I/P9BOnf6FPX21aJqNKdi2DQ/h1yIdX0pHvMnWrmQD34JnS TW7Dnz72u7+b0naBdDYum3ujeD9YuNN+aqarBFUxTV7hATsgako9k0erDRh0zoiP66o2ae9F nWuflruzyMaHLfunly//geUAbCxhQzn7qx5c5A5pgPQuOFEJYT+F+jJkyASVfop11rpX1pez NHa+6oRDfoTHJrE/Y4h1jQq9iccuDnvKOAzmuTlUqzvUgpwHjkoQdSptVN/Lmwhqd5eXWDPu CL4EGY99Ok5kDqFNTO3FHd3wqS0i2efX6YH4MTS/6ZlNj8lM5BDXwfGGbMRy4QS8eg6U51iH csi8vnUTjOOdE1vgG2GYb+RR9R/dufakmhW11yuqsaqKvZbzY85oQnx/dY9Eo95lFzjCKusu I2oIXgevCynQotrJy7bBTwJAEMzUKlF0GT5ZAPm1S3cCO0AScOLVVXlHmiA/ih6Y7phRqceF rSwK4x5ujHkosGYk/AL9BoHPojWYNyeekKLe88x51zpE3iTkh+6qo07V5D7228PLK1XhVGGj eqPdzkqaxC7O12oHwVHYWa1FlXsONXfeaqeiZqeGqExPZFO3FIfuVsmMS091Q/Dh9R5lzD9o D57a9etP3mwCSkbXxztqG4r90jvB4Ki6LLK7X1jXvEPd6io/qz+V8KythN9EKmgDtvM+m2PX 7OGH0wi77KQmKrsJdMldSG2nJ3TfUEvz1q+uRnsmQfl6n9DoUu4T4luO0rqBy8puXNmUWKFf t90VG7nqW9k4NgZPrlo3fVjo6ij/uS7zn/efH16V5PnH0zdG1Rh63V7QJD+kSRpbUzDgSiqw Z+Y+vn6tUGov4pK2NJBqZ215IR2YnVqb75pUfxZ78DkEzGYCWsEOaZmnTX1HywCT7i4qTt1V JM2x895l/XfZ5bts+H6+63fpwHdrTngMxoVbMphVGuKabwwE23/yRmxs0TyR9uwHuBK4Ihc9 N8Lqz3WUW0BpAdFOmufkk5g532PNVv3h2zfQ5O9B8NBsQj18VOuG3a1LWHtaqOaKqtDoYXO8 k7kzlgw4OHvgIsD3180viz/Dhf4fFyRLi19YAlpbN/YvPkeXez5L5mgS04cU/L7PcJWS6LUT YkLLeOUv4sT6/CJtNGEteXK1WlgYUV42AN2sTlgXqZ3dnZLarQYwB0+XWs0OtRUvi5qaPkf4 q4bXvUM+fv7tJ9hgP2hfEiqp+RcWkE0er1aelbXGOlBTEa1Vo4ay9RgUA97S9xnxBULg7loL 43OT+OCiYZzRmcfHyg9O/mptrQCy8VfWWJOZM9qqowOp/9uY+q027E2UGc0K7Ki6Z9M6kqlh PT/EyekV0zcSkjk1fnr910/l159iaJi5K0H91WV8wPa4jBV5tQfIf/GWLtr8spx6wl83MunR anNoFPnoWlukwLBg306m0awZtA/h3ElgUka5PBcHnnRaeSD8FlbWQ43vBMYPSOMYzpaOUZ4L O2UmgPZjS8Wt6Nq5H4yj7vTr5f4k4j8/K5nr4fPnx883EObmNzMdT8d2tDl1Oon6jkwwGRjC nTEwmTQMp+pR8VkTMVyp5jZ/Bu+/ZY7qDwPcuE1UYMfHI96LywwTR/uUK3iTp1zwPKovacYx MothKxX4bcvFe5eFC52ZtlU7jeWmbQtmcjJV0haRZPCD2gbP9Ze92jiIfcwwl/3aW1BdoekT Wg5V094+i21B2HSM6CIKtss0bbstkn3OJfjhfrkJFwyhRkVaiBh6O9M1INpyoUk+TX+1071q LscZci/ZUqrpoeW+DLbVq8WSYfTNEFOrzYmta3tqMvWmr26Z0jR54HeqPrnxZC53uB4iuKHi vlBCY8XcUDDDRa0w+ozUiHhPrx/p9CJdo1ljXPgP0ekaGXOKzXQsIU9loW9Z3yPNPodxdPle 2ESf0S3+OuhRHLgpCoXb7RpmAZLVOC51ZWWVyvPmf5l//RslcN18efzy/PKDl3h0MPrZt2BV YNzUjavsXyfsFMuW4npQqxUutZdJtZvF2kmKj2SVponld70S403S7TlKiI4XkOYacm9FASUv 9a+9lT3vXKC7Zl1zVG11LNVCYMk8OsAu3fVPlv2FzYEZFnL2OBDggpDLzRw2kODHuyqtyYnY cZfHasVbY5NMSYMmK7w3KPdw+9nQF1MKjLJMRdpJAqrJvwEHugRMozq746lTuftAgOSuiHIR 05z6vo4xcv5ZalVV8jsnVzkl2GWWqVoRYZbJScheA5VgoG6WRUh8jmqwe6IGUjOomcFRCNXf H4AvFtDhpyoDZp/9TWEtWxSI0Fpbguec+7ueitow3GzXLqHk66WbUlHq4k54UZEfo2a81qCf bgHd9+tCRnZkqpa0y07UrkEPdMVZ9awdNmBnM515U2CU6QRWCIgTsvFXnyWS8T18NciZCrv5 4+n3P376/Phv9dO9XtXRuiqxU1J1w2B7F2pc6MAWY/TB4Tgj7ONFDfaj2YO7Cp8o9iB91tmD icTGInpwLxqfAwMHTIkbSgTGIek8BrY6oE61xmbURrC6OuBpJ2IXbLBf8R4sC3xqMIFrt8eA qoCUILyIqhdpx9O+e7X/YU73hqjnHNtDG1AwP8Kj8MTFPC2YXgIMvDHEysdN6h3qU/BrvnuP AwFHGUB54sA2dEGyMUdgX3xvzXHOnl2PNTChEScX/E4ew/01k5yqhNJXS7E4AiUBuJMj5lt7 Qy7snFBzVVFLvHsZUag2py4BBRu3xNgkIfXCMaofF5c8dXV2ALX2/mNjXYjzJwhoXIzBLfQP gh+vRC9RY/top8RLaaVgvfLQAWMLIAaGDaIty7Og1bMxw+TVM26WAz6fminVpNaOq3MUyt07 RZkWUol04CQpyC4LH7V6lKz8VdslFTYJi0B6U4sJIu4l5zy/04LFNLcco6LBC4o5R8yF2n3g iakR+9xqfQ2p/TA681OtuA18ucT2H/T2vZPYXKUSRrNSnuEdpep4+un/JLlVnciQYKNvQeNS 7V7JXl/DIDvSZ7JVIrfhwo+w3TAhM3+7wGZxDYKn2KHuG8WsVgyxO3rEsseA6xy3+EHzMY/X wQqtPon01iFR0AGfdljlGuRGAdpjcRX0ylUop9pWvR71sBpiP7VXPZbJPsUbVtDhqRuJSlhd qqjAS1Hs92Kd7p1pqvYvuasZZ3DVnj4Sqidw5YBZeoiwb78ezqN2HW7c4NsgbtcM2rZLFxZJ 04XbY5XiD+u5NPUWet8/DkHrk8bv3m28hdWrDWY/6ppAtcmS53y8mtM11jz++fB6I+Bh5/cv j1/fXm9e/3h4efyEPJF9fvr6ePNJjfunb/DnVKsNXAHhsv7/SIybQfopwZhJAj8WDzf76hDd /DbouXx6/s9X7RbNyGU3/3h5/D/fn14eVd5+/E+k6mB0s2UTVdmQoPj6pqQ7tYtRe9qXx88P b6p4Tn+5KImBbMouJZkX30tkiHJIi+stah3zezwY6dK6LkExJoYl9W46K0jjY2mNgShTDW2d mw5jYw4m77iO0S4qoi5CIc9gJAx/E5nZp4hqPyXwy3Qssn9+fHh9VOLZ403y/FG3uL59//np 0yP8/3+/vL7p+xnwQ/bz09ffnm+ev2rBWgv1eD+iZMRWiSIdfQUPsDHMJCmoJBFmt6IpqTga +ICds+nfHRPmnTTx+j4Khml2EoWLQ3BG5tHw+AJZN71k82qiipFSFEH3Z7pmInnqRBljUxh6 M1OXap86jnCob7ggU1L00Ed//vX77789/Wm3gHOZMQrqzmEeKhhsJDlcqzPt97+ghymoKIz6 Mk4zZlqi3O93JejFOsxswUEPYY3VQ63ysflEabz2ORE1yoS3agOGyJPNkosR58l6yeBNLcCU GBNBrsitK8YDBj9WTbBmtlYf9MNPpn/K2PMXTEKVEExxRBN6G5/FfY+pCI0z6RQy3Cy9FZNt EvsLVdldmTGjZmSL9Mp8yuV6YkamFFoHiiGyeLtIudpq6lwJVS5+EVHoxy3XsmqPvY4Xi9mu NXR7GUsxXEs6PR7IjthsrSMBM1FTow+DUPRXZzLASG8u00KtqUAXpi/FzduPb2rlVEvxv/7n 5u3h2+P/3MTJT0rU+Kc7IiXeQR5rgzEbMmw6cwx3YDB8R6ILOorVFh5rVXBiNkTjWXk4EMVR jUpttQ+0R8kXN4P08WpVvT54ditb7ZBYWOj/coyM5CyeiZ2M+Ah2IwKqX4ZJrHlrqLoac5hu wK2vs6roakwfTIuDxsnG00BaAc9YmLWqvz3sAhOIYZYssytaf5ZoVd2WeGymvhV06EvBtVMD r9UjwkroWGG7eBpSobdknA6oW/URfVthsChm8olEvCGJ9gBM6+Afte6tvyGT3kMIONAG3ess uuty+csKqQcNQYxIbh4ioDMWwuZqif/FiQn2cowBB3igSv029cXe2sXe/mWxt39d7O27xd6+ U+zt3yr2dmkVGwB7Q2O6gDDDxe4ZPUyFYjPNXtzgGmPTNwxIWFlqFzS/nHNnQq7gIKO0OxDc GapxZcPw8LK2Z0CVoY8vztQOVK8Gau0DM7g/HAIfKE9gJLJd2TKMvaUdCaZelFTBoj7Uira+ ciBKQDjWe7zPzIQ5PEi8tSv0vJfH2B6QBmQaVxFdco3BijhL6liOEDtGjcHYyTv8kPR8CP2G 04XVDvnDxvfsVQ2onXT6NOzMK7vS7+qdC2GPW2KHD/r0TzzD0l+myskJygj1g3dvr7VJ3gbe 1rMbY98/9mfRvhmQ2zfFHZLmyLp4g7W1clbbQhALOgMYESMtRsyp7PVA5HYriXv9NLrCqrcT IeE5TNzU9qrbpPaaIu/yVRCHal7yZxnYWvT3oqCEpTe13lzY3gZXE6lN7nS4b4WCMaVDrJdz IchDlL5O7UlGIeMLEhunz300fKvELNUv1EC2a/w2i8j5chPngPlkuUQgO8lCItbqf5sm9Nfe 6UVZtY/nelESB9vVn/Z0C1W03Swt+JpsvK3duqaYVu/KOeGgykMi/hsRZ0+rRYO2KSgjPx3T TIqSG56D4DZcG6MDVKNFe4y8lY8PRQ3uDMgeL0TxIbJ2ET1lGtiBTa9aOeMMG1/tga5OIvuD FXpUQ+rqwmnOhI2yc+RItdaWaZQJGuLBMOrfihYJOReAMyD7WXKkn65aZ0kAkkMZSmkTNRSi xzA6o/uqTOzMq8kcbYzeOP/n6e0P1XG//iT3+5uvD29P/36czAujzYnOiVjC0pB2k5aqEZAb tyro1HCMwqxSGhZ5ayFxeoksyBjOoNhtSW6JdUa9njkFFRJ7a9wxTaH0m17ma6TI8HG8hqbz Iqihj3bVffz++vb85UbNr1y1VYnat5HrMJ3PrSTvxkzerZXzLsebdoXwBdDB0AEzNDU5OdGp K3nBReCIw9q4D4w9OQ74hSNAYwxeD9h942IBhQ3APYKQqYVqmy1OwziItJHL1ULOmd3AF2E3 xUU0ak2cDpD/bj3r0UuUig2SJzaiNQi7eO/gDRatDNaolnPBKlzjV9Uatc/xDGid1Y1gwIJr G7yrqLcyjSppoLYg+4xvBJ1iAtj6BYcGLEj7oybso70JtHNzzhg16qg2a7RIm5hBYWUKfBu1 Dws1qkYPHWkGVTIzGfEaNeeGTvXA/EDOGTUKjj/IHs2gSWwh9slpDx5tROsjXMv6ZCephtU6 dBIQdrDBaoKF2ifGlTPCNHIVxa6c1EIrUf70/PXzD3uUWUNL9+8F3TuZhjeKYlYTMw1hGs3+ urJq7BRdXTgAnTXLRN/PMfV97+qB2B347eHz518fPv7r5uebz4+/P3xklF+rcREn079rWwpQ Z8vM3D3gKShXu2xRpHgE54k+wVo4iOcibqAlefKTINUUjOoNBClmF2dn/f5zxHZGl8f6ba88 PdqfxTpHIz1t3ufX6UFIcL7L6UAluX5c0QiWm4qR5HYeOuYey8tDmP5hbh4V0SGtO/hBjoCt cNrbnmtGGNIXoOcsiD57og3qqdHYgLmIhMiZijuDgWRRYT90CtWaYwSRRVTJY0nB5ij0a9mL UBJ/Qd7tQCK0YQakk/ktQbUSuBs4xa5IE/1KiyamDWJgBBzqYYFIQWoboC1QyCqKaWC681HA fVrTtmH6JEY77FSVELKZIY4Wo88jKXK2ghgTIqSV91lEvNspCN5zNRw0vPSqy7LRFoaloF2m D7bHfl2guS0PbH1V6qaizWIsLti538Nb7QnplbAsXSW1ixbWM3XA9morgIcJYBXd5QEEzYpW 2MFDm6NtppNEE2B/WWCFwqi5A0AS3q5ywu/PkswP5jdV7eoxnPkQDJ8W9hhzutgz5PlQjxFf dwM23h2Z+/E0TW+8YLu8+cf+6eXxqv7/T/eqbi/qVPup+GIjXUm2NiOsqsNnYOKte0JLCT1j UjB5r1BDbGMBunc/M8z9wnIkR30XgGxAJyDQq5t+QmEOZ3JBMkL2TJ3enpVIfm+7Rt2jISJs 58tNirVbB0SfkHW7uowS7TZxJkBdnoukVnvgYjZEVCTlbAZR3IhLCr3f9v06hQEzO7soi+gD pSimnjsBaPCTcVFpR/JZgBVVKhpJ/SZxLE+MtvfFXVSnxEX5AbvpUSWQWFcOBOyykKVlVLjH 3JcbiqOO/LTHPYXAlWtTqz+I2e9m59gbrwX1PG9+gz0t+4lwz9QuQxwhkspRTHfR/bcupSQu hy6c+jEpSpHZriS7S422hNrpJAkC73TTHN7KI7mwjkmq5nendgGeCy5WLkh84PVYjD9ywMp8 u/jzzzkcT/JDykKtCVx4tUPBW1KLoAK+TWI1p6jJewNM5LQst+cLgMiFMgCqW0eCQmnhAvZ8 MsBgSk7JgDU+vhs4DUMf89bXd9jwPXL5HunPkvW7mdbvZVq/l2ntZgrLgnFlQyvtXv3HRbh6 LEQM1ilo4B7U7/BUhxdsFM2KpNlsVJ+mITTqY/1gjHLFGLk6BvWpbIblCxTlu0jKKCmtz5hw LstjWYt7PLQRyBYxsj7H8W6hW0StomqUpDTsgOoPcC6LSYgG7r/BHM10xUN4k+eCFNrK7ZjO VJSa4Us0do3HCHvwarTB8qdGQAXGeC1l8LsithI4YvFSI+PtxmD44e3l6dfvoBDbWwiMXj7+ 8fT2+PHt+wvnim2F1chWgc64tzJH8FybXeQIeM3PEbKOdjwBbtAs79yJjOCRfCf3vktY7yUG NCoacdsd1CaAYfNmQw4CR/wShul6seYoOE/Tb35P8p5ziOyG2i43m78RxHJhMBuMelHggoWb 7epvBJlJSX87uSN0qO6QlUoA86lkQoNU2HbGSMs4Vhu0TDCpR/U2CDwXB3+aMM3NEXxOA6lG /Dx5yVzuNo7Ck5sZmL5v0pPa8TN1JtV3QVfbBvgZCMfyjUxC0Ie3Q5D+VF6JRfEm4BrHCsA3 rh0IndxNFpj/5vQwbjHAuzF5Pex+gdr4w1IQWCaz9UVmEK/wve+EhsgK7aWsyTV/c1cdS0d+ NLlESVQ1+BCgB7QtqD3ZH+JYhxRvwtLGC7yWD5lFsT7nwTetYGBRypnwTYr311GcEuUO87sr c6GkG3FQSyBeO8zziEbOlDqP7nHaaRFNDcJHwK758iT0wE8cFtYrkDjJgX9/RZ3HZC+kInft AVuXG5AuiXd0YFl3liPUXXy+lGrbqiZudO8R3eqHnGxg7PxD/ehStfGyDmgGeEJ0oNGEP5su 1GNJZOuMyFWZR3+l9Cdu4mymK53rEntoML+7YheGiwUbw2zA8TDaYbdG6odxHwGuTdMMXKX8 sDiomPd4fJScQyNhJeKixY5+STfWXTewf9svMrWCKU1QzVU18eqxO5CW0j+hMJGNMcped7JJ c2pFQOVh/XIyBAw836c1vGCA8wWLJD1aI/ZLU9JEYBEDh4/YtnTMwKtvQmcx8EtLk8ermrmw 4o9myD7RbFuzNk0iNbJI9ZEML+KMus7g3AKmH/wIH+OXGXx3aHmixoTJUS/RI5aJ2zM1FD4g JDNcbqOIg+TcXjOnwY7AR6zzDkzQgAm65DDa2AjXekAMgUs9oMSlG/4UIeMSz9dipqm01WU0 NRh1DmZyj1twToKP2ufm/iSlh0tqF58JYj7a9xb4Cr0HlOiQTdseE+kL+dnlVzRv9BBRdjNY QZ5vTZjq4ko+VTNGRJ/rJ+myRZJff3HahUs0OSb51lugWUkluvLXrupVK+rYPnccKoY+y0gy H2tuqK5NjxoHxPpElCC4LUqxL+PUp/Oo/u3MjQZV/zBY4GD6ALR2YHm6O0bXE1+ue+qwxvzu ikr2V3Y53Kylcx1oH9VKlrpjk97XaQo+v9AIIQ+FwRLZnljXB6S6taRFAPUEZuEHERVE7QIC QkFjBiLzyIS6ORlczU5wBYcvbybytpT8954/iEYi96aDhl9++eCF/HJ/KMsDrqDDhZfqRovd U9CjaFfHxO/o3K516fephVWLJRXpjsILWs/EnVIspFUjCiE/YMuwpwjtGgoJ6K/uGGf4XZfG yHw6hbrsrXCz/e54jq6pYJtBhP4K+/fBFPVMnhKd5LTXTcA/UbnFYUd+2ENVQbj4oiXhqVis fzoJuIKygUQl8TStQTsrBTjhlqT4y4WdeEQSUTz5jae3fe4tTvjrUef6kPM9dtAomkSUy3oJ O0zSD/ML7XA53B5gK3eXCt/HVW3krUOahDzh7gW/HM08wEBuldjripoVsS64+mXHK2PYpjWt 3+XkccaE48FQJOBXVQ6XNlofgOgwTNGwZDWhM6JOrmoxKkpszTZr1XDGF1sGoO2rQct0KkC2 AdwhmPEmgvGVG33VwQP0zAoG7/yZmB15AAOoKqPacEsXrdsC30BqmPoPMSH7q3srr0zCLaGF qpnawfpSORXVM6IqhU3At9lDayg1B+vwTWaX3EVUfBcED0RNmtbUh3bWKtxpix6z5xHEgGSY R5nNUdsDGiKHUAYyVY2FVozjXV+PV2rvWJ/zOdypdAkSXiFy4q8ha/dXfhiImPg6P8kwXKJC wG98m2d+qwQzjN2rSK27UUJ5lJY8VMR++AGf+w6I0RexjUIrtvWXikYx1PDdqKlvPkvqzFAf iZZqlMHzzkFVZTKo77D9L+Z1Bc7nDjvFhF/eAs+b+zTKCr6IRdTQAg7AFFiGQejzxxPqT7Cw hzqo9PGMf2lxMeDX4IgGXrzQ6yeabF0WJXaVWuyJ1+eqi6qq38OTQBqPdvrujBLW1Iizw5+v Ne7/lngcBlvigNO8BGnpBbVtTrAHevM0qDT+ydL1NOlV8Vz2xUXtodHMrF9GJGT1zKp4vvjl ibg4PHZEilHplPxWtYriU9r0briwd98oh0VxinOXgkejva0aMiSTFhJUQ5DMUs7tjvs3MWPI 2ywKyJXFbUYPp8xv+9ynR8lU1WPu8U6rpnCaJlYLUz+6DN+IAGBnlyYpjVET3W5AzFsrAtFj B0DKkt92grKPNmI4hY6jDRF0e4BeDwwg9SBuHASRvUWdz3Ue0MUec63XiyU/P/TXKFPQ0Au2 WDcBfjdl6QBdhbfaA6jVEJqr6P2oWGzo+VuK6vcddf+GGpU39NbbmfIW8OgXTWdHKo/W0YU/ 6IGjZVyo/jcXdLBBP2WidwIkHxw8TW/Z5pdlpuStLML3GNTyLnh/bxLCdnmcgIGLgqJW1x0D ukYdFLOHblfQfAxGs8NlFXCZMKUSb/2Fffs3BsX1L+SWvHkT0tvyfQ1u1ZzpWObx1ouxQ8O0 EjF9rqribT18+aOR5cySJ8sYdKda/ARdLRrkuh4AFcXWBhuTaLRggBJocjgCoTsfg8k02xu3 VnZo9zQ8uQIOr5RuS0lTM5SjUm9gtdbV5LbFwKK6DRf4ZM3AalHxwtaBXY/GAy7dpC3b9gY0 E1BzvC0dyr24MbhqDL09sWH8xGGAcnzJ1YPU1vsIhg4ocmwXdGiBGUlTpYCXxaq6y1MsBxvN tul3HMGjZJyWOPMJ3xVlBQ9jprNL1dhtRk+JJmy2hE16PGOnof1vNigOJgbT/9ZCgQi65W/A STrsSo530JVJUkC4IY3YS9QaNYU9njXkZhIV9oIFIvWjq48C30SOkHWWC/hFydkx0QZHCV/F PbnzNr+764pMJSMaaHQU63t8d5a9gzbWmxYKJQo3nBsqKu74ErnaAP1n2J7ZeyOPUWs3aE9k meoac9dL/Qm7PeUC7GPTAfsEPyBP0j2ZPOCn/VL+hIV9NeyJM8gySupzUeDFdcLUdqxW4ntN 3xTrc/IdPQI0ykvG6goFqTNEQIwlfDsYPAIAa04Mfoadr0OIZhcRDzF9bl1+bnl0PpOet1w9 YEpPvN3B86O5AKrS63SmPP3bjyxt09oK0V8rUpApCHdarQl6HqGR6na58LYuqhagpYXmZUvk VgPCxjkXwi5WfiFGFzVmDuUsUM3JS2Fh/TWnhVrKDQarsKaumuz0DRMFsM2QK2g1j90zUzJ+ U4sDPKEyhLHrK8SN+jnrJkviURIl8KCJ6ErniQX0WhYWajakO4qObjAtUBs7ssFww4BdfHco VF9ycBiMdoUMag5O6NXSg0eQdobLMPQoGos4SqxP6y9VKQjrlJNTUsEZh++CTRx6HhN2GTLg esOBWwruRZtaDSPiKrNryhhObq/RHcUzsEvUeAvPiy2ibSjQn9HzoLc4WISZLVo7vD6YczGj WTgDNx7DwKEShQt9+xtZqYOrkAYU9uw+FTXhIrCwWzfVQXPPAvW+zgJ7oZKiWjmPIk3qLfCr dFDRUr1YxFaCg7odAfuV9KBGs18fyFugvnJPMtxuV+TFNLlyryr6o9tJGCsWqBZStSFIKbgX GdkqA5ZXlRVKT/X0TlzBJdFsB4BEa2j+ZeZbSG/1j0D6lSrReJbkU2V2jCk3etfGbn40oa1U WZh+LwR/rYdJ9Pj8+vbT69Onxxu1EIyGFkGsenz89PhJ28IFpnh8+8/zy79uok8P394eX9zX ZiqQ0avstbi/YCKO8MU0IKfoSjZggFXpIZJnK2rdZKGHbYRPoE9BOGkmGy8A1f/JGc1QTJjW vU07R2w7bxNGLhsnsVY5YZkuxbsWTBQxQ5hr3HkeiHwnGCbJt2v8omfAZb3dLBYsHrK4Gsub lV1lA7NlmUO29hdMzRQw64ZMJjB371w4j+UmDJjwdQEXidoUDlsl8ryT+nxVm/N7JwjlwFNf vlpjP7UaLvyNv6DYzhhKpuHqXM0A55aiaaVWBT8MQwqfYt/bWolC2e6jc233b13mNvQDb9E5 IwLIU5TlgqnwWzWzX694owfMUZZuULVYrrzW6jBQUdWxdEaHqI5OOaRI61qbxKD4JVtz/So+ bn0Oj25jz0PFuJJDL3i1mamZrLsmaG8CYSZV5pyclqrfoe8RtdOj8wiBJIA9ZEBg593MUdt8 HK6x4SWyBtSeuJF/ES5Oa+MkgBwIqqCrEynh6sRkuzpRZVMDQWqqNiO1dcto9ttTd7ySZBVi fzpGmTwVl+x7iwl7J/ldE5dpC06iqFsqzdp52GVXUHTcObnxOclGSzrmXwlygx2iabdbruhQ 5WIv8NrXk6phsN8yg17Lqw3V+5Ogj7x0lZkq1w9LyVHm8LUldvo1VkFXlL1XBLt+jnj9G6G5 Cjle68Jpqr4ZzY0yvteOozrbethdxoDAzkm6Ad1sR+ZaxQzqlmd9ysj3qN+dJCdbPUjm/h5z eyKgajz11uAmpl6tfKRSdRVq8fEWDtAJqVVE8VxiCK6CiTqP+d1Rm2kaog9PDWb3acCczwbQ /mwdsChjB3TrYkTdYjONP0TgB8M1LoI1XsV7gM/As+rFY4vnMcWjc2ye0leT2J+s1sa3IXMz TNGo2azj1cLyCoEz4nT/8cu8ZWC05DHdSbmjwE7N3VIH7LRDUc2PZ440BHssOQVRcTn/X4qf f4MQ/MUbhMD0rx/2V9ELQJ2OAxzvuoMLFS6UVS52tIpBpxJArFkBINv4zjKw7RGN0Ht1MoV4 r2b6UE7BetwtXk/MFZJaFkPFsCp2Cq17TKXP3PQDB9wnUChg57rOlIcTbAhUx/m5wfbtAJH0 TYhC9iwCRnwaOHTFF9IWmcvD7rxnaKvrDfCZjKExrVikFHYtGQGa7A78xGG9BYhEXZIH/jis pcwqqqtPbhp6AC5yRYMXhoGwOgHAvp2AP5cAEGCDrWywK9WBMUYL43N5li5J9KcH0CpMJnYC OzQ0v50iX+2xpZDldr0iQLBdAqD3+k//+Qw/b36GvyDkTfL46/fff3/6+vtN+Q3c4GDvKld+ uFBcLwLjW8m/kwFK50oc3vaANZ4VmlxyEiq3futYZaXPNtR/zllUk/ia34GVlv68B1nSeb8C dEz3+yeYfv78x9pdtwZ7ldMVaCmJIRHzG0wq5FeivWARXXEh3sp6usKv6wYMCzM9hscW6Eqm zm9tcgxnYFBj7Gt/7eBtphoe6Fgsa52kmjxxsALer2YODEuCi2npYAZ29S5L1bxlXFKxoVot nc0RYE4gqmKmAHJT2AOjAexe1v+Bedp9dQVit8i4Jzha4mqgKxkO3/wPCC3piMZcUCqQTjD+ khF1px6Dq8o+MjDYhYPux6Q0ULNJjgHolROMJvyWuQeszxhQvco4qJVihp+skxoflDDG0uVK zFx4SJ0AAFvdGCDarhqiuSrkz4VPX7oNIBOScQsP8NkGrHL86fMRfSecldIisEJ4KzYlb2WF 8/3uSl7KALgOaPJbEg1XudqtkJPzuvFbvNCq38vFgow7Ba0caO3ZYUI3moHUX0GAX8EQZjXH rObj+Pg0zxSPNGndbAILgNg8NFO8nmGKNzCbgGe4gvfMTGrn4lSU18KmaOedMKN/8IU24fuE 3TIDbldJy+Q6hHUXQEQaF8gsRYcqIpx9a89ZMxbpvraGpr56CEkHBmDjAE4xMjhQSaQVcOtj BYseki6UWNDGDyIX2tkRwzB107Kh0PfstKBcZwJRaa0H7HY2oNXIrBw1ZOJMQv2XcLg5khT4 ZgBCt217dhHVyeH4FB+H1M01DHFI9dOa6w1mfRVAqpL8HQfGDqhKn7DRnXx0fBeFBBzUqb8R nDuJqbHqtPrRbbEWZy0FMyDAQQdZeAGh7al9nOHnvDhPbAEtvlLz0+a3CU4zIQyWU3DSWNPu mnn+itwkwG87rsFITgCSA7GMKmteM9ofzG87YYPRhPUN8eQrNSG+0vB33N8lWIUa5uP7hJro g9+eV19d5L25SuuvpAV+Jn/bFPRcoAcsOaqXpuvoLnZlbLWJXOHCqejhQhUGDDFwt5PmAu9K dBDB5FbXzyB643V9yqP2BoyEfn58fb3ZvTw/fPr1Qe2jHEfdVwH2UwVICTmu7gm1jggxY17T GKdy4bRT+8vcx8TwBZX6Ii1Aom1SksX0F7WgOCDW+2NAzWkHxfa1BRDVBo202POzakQ1bOQd vu2KipacrQaLBXlAsI9qqncAb7vPcWx9C1jw6RLpr1c+VgvO8MQIv8C47S/hVEPVzrofVwUG TYcJADux0H/UXsnRFUDcPjql2Y6loiZc13sfXx5zrDu7oVC5CrL8sOSTiGOfuEkgqZPOhplk v/HxozycYBSSewuHer+scU2u3BFlDcFLDs+r0CF4/yy/S+mt85Je5RbaTipJCQbyPhJZSUzR CZngR9vqF1gHRfMy/LLdNY3BwM99kqVUpMt1ml/IT9XxKhvKvFJrwujZ4wtAN388vHwyzrVt 1T8T5biPbU/TBtUKPQxOt2kajS75vhbNvY1rjdd91No4bHELqj6p8et6jV9ZGFBV8gfcDn1B yEDsk60iF5PYAERxQQcR6kdX7bIToTUyrh+9Z/Fv399mfb2Kojqj5Vz/NFLtF4rt92pnnWfE NYhhwDwv0VU3sKzULJSecmKPWDN51NSi7RldxvPr48tnmJtH9zmvVhG7vDzLlMlmwLtKRlh1 w2JlXKdp0bW/eAt/+X6Yu18265AG+VDeMVmnFxY0rrpQ3Sem7hO7B5sIp/TO8h89IGq6QR0C odVqhWVci9lyTFWppsMCzkQ1p13C4LeNt8A6WYTY8ITvrTkiziq5Ic+LRkrboYEXAetwxdDZ iS9cWm2JScCRoDrYBNYdNeVSa+JovfTWPBMuPa6uTSfmipyHAb7QJkTAEWp53QQrrtlyLKpN aFV72Hv4SMjiIrvqWhMHAyMr8lZ18Y4ni/Ta4BltJMoqLUAU5gpS5QKc/HG1MDzwY5qizJK9 gEeF4BuBS1Y25TW6RlwxpR4v4FCZI88F31tUZjoWm2COVUGnyrqVxGfYVB9q2lpyPSX3u6Y8 x0e+ftuZUQZawV3KlUytpqAAzDA7rEk49YrmpBuEnSDRWgw/1WSJF6oB6iI1UJmg3e4u4WB4 kqz+rSqOVBJoVFFFH4bsZL47s0EGR1QMBcLHqSqJs96JTcECLjFV6XLz2coUrh3xS2uUr25f wea6L2M4ReKzZXOTaS2IaQiN6plaZ2Qz8BSA+Is0cHwXYT+jBoTvtN6YEFxzP2Y4trQXqQZ6 5GRkvXkxHzY2LlOCiaRC9rDOgm4YOoobEHigqbrbFGEi8EHMhOL3ViMalzvsh2bED3ts/myC a6yYTeAuZ5mzUEtMjh3tjJy+EwQrLi4lRZJeBX1nM5JNjqWAKTnjBXKOoLVrkz5+BzqSSmiv RcmVIY8O2kgPV3bwzVPWXGaa2kXYQMnEgQYl/71XkagfDHN/TIvjmWu/ZLflWiPK07jkCt2c 6115qKN9y3UduVpghdORACnwzLZ7W0VcJwS42++Z3qwZeng8cpXULJHWGJJPuGprrrfspYjW znBrQL0azWbmt9GFjtM4Ij6AJkpU5I0zog4NPu9AxDEqruTdH+JOO/WDZZzHAj1nZk7VX+My XzofBXOnEeXRl00g6G5UoEaHDXdgPkrkJlwiaZCSmxDbNne47XscnRAZnjQ65eci1mpH472T MKjcdTm2B8vSXRNsZurjDKYo2ljUfBK7s+8tsG9Gh/RnKgVeHpVF2om4CAMsZc8FWmGj6CTQ XRg3eeThwx6XP3jeLN80srJdXLkBZqu552fbz/C2vTIuxF9ksZzPI4m2C/xghnCw7GIXaZg8 Rnklj2KuZGnazOSoxmeGz0dczpFySJAWji5nmmSwNsmSh7JMxEzGR7WaphXPiUyo/jgT0Xpk jCm5lnebtTdTmHNxP1d1p2bve/7MhJGSJZUyM02l57zuSp18uwFmO5Haa3peOBdZ7TdXsw2S 59LzljNcmu1Bo0RUcwEskZbUe96uz1nXyJkyiyJtxUx95KeNN9Pl1cZViZzFzMSXJk23b1bt YmairyNZ7dK6voOV9jqTuTiUM5Oi/rsWh+NM9vrvq5hp/gbcwwfBqp2vlPdm5GvS6PfIs73g mofE1D/m9LuhMq9KKZqZXp23ssvq2SUpJxcYtH95wSacWSr0YyszobDrkJYIouID3n/ZfJDP c6J5h0y1SDjPmzE+Syd5DE3lLd7JvjZDYD5AYushOIUA2zVK8PmLhA4leJWepT9EkviKcKoi e6ceUl/Mk/d3YLNOvJd2owSNeLki6sV2IDPc59OI5N07NaD/Fo0/J5E0chnOTXGqCfWCNTPZ KNpfLNp3FnETYmYONOTM0DDkzELRk52Yq5eKOHAj81jeEbMxeFETWUpkfMLJ+elDNh7ZQVIu 389mSA/bCEVtT1CqnhPrFLVXO5VgXiaSbbhezbVHJderxWZmHrxPm7Xvz3Sie2v3TeS0MhO7 WnSX/Wqm2HV5zHvJeCZ9cSvJy9z+KE9g814GC8MqD1WfLAty8GhItavwlk4yBqXNSxhSmz2j 9wmql1nruGF3SvTGH9tfhQTtQn1mQw6W+zujPNwuPeeseiTBxMZF1WLU4AV2oM2p80xsOE3f qHbla8Sw2wBsUjXMYalZoCBpvuB5HoVL91P1/cJOiZ2pU1xNJWlcJjOc/k6biWFEzxcjUhJC DQdNqW9TcNKtlsmedti2+bB1ahRMiOaRG/oujagVl75wubdwEgF3rBm010zV1mqJnf8gPRZ9 L3znk9vKV/28Sp3inM0lpv1RsRp/60C1ZX5muJC4YOrhaz7TiMCw7VSfQvDHxfZE3bp12UT1 HZjN5TqA2bLxXRW4dcBzRoDrmIEVu/etUdJmATcNaJifBwzFTAQilyoTp0bVhOWvt243ziO6 wyMwlzVIQfqEK1N/7SKnxmQZ93NKF9V15NZaffHXqp8c+8sHjl6v3qc3c7Q256RHC9MmdXQB JbL5HqwW8c0wr01cnQv7WEBDpG40QlrDIPnOQvYLrEDcI7ZMo3E/gbsOid89mfCe5yC+jQQL B1nayMpFVoNSwnFQ6xA/lzegkYBtOtHCRnV8hJ3WUVU/1HA1iGg/SIROhAusmWNA9V/qGcnA VVST67gejQW5FzOoWswZlKiAGaj3W8YEVhCoozgR6pgLHVVchiUYMo4qrDTTfyJITlw65s4b 42erauGAnFbPgHSFXK1CBs+WDJjmZ29x8hhmn5uzhlErj2v40bs4p6miu0v8x8PLw0ewSeOo DoIlnbEnXLBmau9juqmjQmba+oDEIYcA6OnT1cUuDYK7nTB+yifFzkK0W7VoNdgg5fDecwZU qcGphL8aXa5miRLs9BPY3g+X/mj5+PL08JmxeWZOv9Oozu5iYsTWEKGP5RMEKimkqsFxEthT rqwKweGqouIJb71aLaLuEimIGMvAgfZw03XiOfL8lmSJlbgwkbZ4DcAMnp4xnuuDhh1PFrU2 +Sx/WXJsrRpG5Ol7QdK2SYuEWGJCrLGS2F2oWWkcQh7hVZ+ob2cqKFV782aer+VMBSbXDLt2 wNQuzv0wWEXYwiKNyuPwOCRs+TQdC7iYVKOiOop0pt3g4o9YFafpyrlmFQlPNOkBr6c9Ve6x dWA9oIrnrz9BjJtXM7K0GSxHI66Pb5k4wKg7SxC2ws+wCaPmqqhxOFc7qiccHRqKm17aLZ0E Ce/0YrUDCqjxZ4y7pRC5i0HKGTketIhpnHl24Y5KDnLHuoGnaD7Pc/PHUUJvDHymN2qxyqlv UOyfa8IPMndS0UaZD8RXvM3MpifFXlzcejJOmt303JAyjou2YmBvLSSIk1R0tOl3IhIVEIeV WOW3Z9XcuEvrJMrcDHtjmQ7eC0UfmujAzok9/1cc9E4QKNzujAPtonNSwzbW81b+YmF35H27 btduxwe/D2z+cMwdsUxv0LCSMxFB50eXaK5bjCHcmaJ2Z0YQFNXIMBVgD6i68p0ICpuGUmCP JXgNkFVsyTUlin2Wtiwfg9l31Xe7RBxErMQVd46Xavso3W+AVfneC1Zu+Kp2J3bLVPmQxiXd nflqM9RcdZfXzK2jxJ1KFDbfZCLbpREcN0gsQ3NsN3TVUbS1ZDk7ctzUmVGlsnMtVGmaqEiI grB2rNBQyT2+i7OI+I+P7+5B6Qjt78BssDGrkVGtrTYypiTJh90VMRz+YIWXAesO+LhFYkPb lmr7qO1JLF4W3QHPs0V5XxJ3O+csoxGMr5y6PDdYqjCoJCdUx0vcvzlx6hJ0vIlha5UFvN4v mhOH9U+KRildozj7rHI7S1URnXB4EwXmovtgU51VuQClmCQjZ0KAJvB/fVyIjnqBAHHGenJm 8Ai8t2htWpaRDfW2ZXLRVr+NUhocoVuFwE1qALWQWdA1AiP1WCfPZArHI+XeDn2KZbfLsXEs IyoDrgMQsqi0neUZto+6axhOIbt3vk5t5mpwuZMzEKxvsEHOU5Y19mgYwjQyGyVvu7rA3gQn zpriJsLyFjERttFxFAX34AlO27sCO5KYGKhfDofD46YsuArrYjVLYWkUNFWF8S+rxWvzlPDm 4/xefZw+8NYNHkznUdEtyTnhhOK7HxnXPjnIrAaDkviMYbYgQzTVPXJs3E/9PhEAnvP1k8g0 S0atwdOLxJt39ZsaTzxWqfULbg0qBhqMjCAqUr3lmIKKIvRFNC3F6v8VvsAGQEj7LtKgDmBd kE1gF9erhZsqqAFbxtow5b6AwmxxvpSNTTKp8anE9Y6W56K+G5T22jvmC5oguK/85Txj3WLa LKkXJdZld2SFGBDrLe0Il3vc8dxjqqlDmQmmPivxaFeWDRz06CXKvBPyY+ZpFjkcV/Wq9fxV pWF/YeZxfYW3lRo7qqDkcZICjYsFY1f/++e3p2+fH/9UZYXM4z+evrElULLnzpwkqiSzLC2w M7s+UUsJfEKJT4cBzpp4GWCtm4Go4mi7WnpzxJ8MIQqQnFyCuHQAMEnfDZ9nbVxlCW7Ld2sI xz+mWZXW+vSOtoFRoyd5Rdmh3InGBdUnDk0DmY2npLvvr6hZ+mn2RqWs8D+eX99uPj5/fXt5 /vwZ+pzzvkwnLrwVlrpHcB0wYGuDebJZrR0sJCZ+e1BtanwK9h6cKSiI9plGJLlRVkglRLuk UKFv3K20jP8/1dPOFJdCrlbblQOuyXtig23XVie94NffPWBUJ3X9R3El+LqWcS5wK77+eH17 /HLzq2qrPvzNP76oRvv84+bxy6+Pn8D2+s99qJ+ev/70UXWxf9rNB7tbq6otTyxmrt7aDaKQ TmZwY5K2qoMKcOQYWX0/alv7Y/vDQge0tSMH+FQWdgpgurDZUTCG2dKdJ3qPSfZgleJQaOtn dHWzSP11dMwh1vUNZgdw8nX3tACneyKoaejgL6xRnObpxQ6lxS+rKt060LOrMTYmig9pTE0R 6mF0OGYRfR6ix01+sAE1vVbOuiHKihzNAPbhfrkJrcFwSnMzCSIsq2L8NEZPmFQ+1VCzXtk5 aLtS9mx+WS9bJ2BrzZK98E/B0nqEqDH6uBiQq9XD1cQ60xOqXHVTK3pVWLlWbeQAXL/TB4Gx 3aGYg0OAayGsFqpPgZWxDGJ/6dmz1VHt1Xcis4aEFHmTxjZW7y2ksX+rbr1fcuDGBs/Bwi7K uVirvZ5/tb5Nifi3Z7XjsrqqPqPvdlVuVbh7U4DRzvoEMCQRNc73X3Pr03qnRVaV9o6/KJbV NlBt7a5Xx/oKSs/r6Z9KvPv68Bkm+J/NOvzQu8tg14RElPCs7myPySQrrNmiiqyrap11uSub /fn+vivpBhy+MoKnoxerWzeiuLOe1uklTC0B5pl5/yHl2x9Gsum/Aq1S9Asm2QhP5+bZKngj LVJryO314cF0qzsnz1hdzCoxM8j61cwyvm5mdTABQ0/7JxwELA43rxxJQZ2yBajd4qSQgKit oCQHQcmVhekReuWYxwKoj0MxvRU1d8BK1sgfXqF7xZOk51gSgFi2qKCxeksUfzTWHPEjJRMs B8dRAXEsYsKSTZuBlFxxlvRwGPBW6H+NT2TKOTIFAumtpMGtm4QJ7I6SbNh6qrt1UdvRnAbP DRwIZXcUjtVWrIitMjO3croFB/HBwq/W1ZTB6K22wag5PQ2SuUBXomXeQD/3k8IG4Bjf+XKA 1RScOIRWXgI/tRcnbXA4BWf+ThwqrQCihA71717YqJXiB+taSkFZDt4KsspCqzBcel2NnSeM X0ccxvUg+8Hu1xpnXuqvOJ4h9jZhCTEGo0KMwU5g3NaqQSWzdHvss3RE3SYyt3+dlFYJSjN9 W6AScvylXbBGMJ0egnbeAvs+0DD1bAuQqpbAZ6BO3lppKoHHtzM3mNu7XRe1GnXKyV2oKljJ PGvnQ2XshWrjtrBKC6KQFOXeRp1QRyd350oWML205I2/cfKn11M9Qt+Xa9S6sRogpplkA02/ tECqAN9DaxtyxSvdJVthdSUtcJHnWiPqL9QskEV2XY0c1fjVlCNPabSs4kzs93CBajFta60w jEaIQlvtuZ1ClpCmMXvOABUcGal/qONjoO5VBTFVDnBedQeXifJRJNKLLTr2cVVDoKqnQzQI X708vz1/fP7cr9LWmqz+T07h9OAvy2oXxcbxj1VvWbr22wXTNenKYnornBBzvVjeKZEi135t 6pKs3rmgv9QQyrU6PZzyTdQRrzTqBzl4NOqbUqCTp9fhaErDn58ev2J1TkgAjiOnJCvsGVf9 sOWioql0mD4z9eeQqtskEF31wrRoupN1ZI4orWDHMo7Ujbh+8RsL8fvj18eXh7fnF/dMrqlU EZ8//ospoPoYbwU2SDM1O6J8CN4lxG0h5W7VBI50RcCl5tr2CGpFUSKYnCXJeLUjJk3oV9hM kRtAXx1Nty3Ot48x++PWsWF73+sD0R3q8owNzig8xza8UHg4pd2fVTSqtQgpqb/4LAhhRH6n SENR9OsCNGmNuBJ3VTdYMjHyxA2+y70wXLiBkygEJcdzxcTRev6+iw8qdk5ieVz5gVyE9IbA YclUZ7MuU99HnpuXQn0OLZiwUhQHvDcf8SbHhjYGeNADdFOHNxVu+DJOs7Jxg8OZj1sW2Mu4 6JZD+wPVGbw7cI3fU6t5au1SesvjcU067JAcQp+6WqohA9d7FyZDZuDsQWKwaialQvpzyVQ8 sUvrDLvxmr5e7SLngne7wzJmWnAX3TV1JJhmjI/wBPsi0iszPu7UtkUbgWK6FrmqH/Opy5Zc TI7ZREVRFll0YnpvnCZRvS/rEzNy0+KS1myKhzQXheBTFKojs8QH6Ds1z2XpVcjduT4w4+tc 1EKmM3XRiMNcmsNBq1PtcOzJgf6KGceAbxg8x25Fxv5h+zMnRMgQjl90RPBJaWLDE+uFx8x9 qqjhGqsGYmLLEuCf1WNmKYjRcpnrpLCRQUJs5ojtXFLb2RjMB97GcrlgUrpN9j45kJ8igIqK 1uchNuUoL3dzvIw3xIL+iCc5W9EKD5dMdaoPIi9LEe6zeK8z7XS8XhdmBocjsPe4NbMG6CN6 bvQM+1iXOHbVnlnwDD4zNysSBJ8ZFuKZqyeWqsNoE0RM4Qdys2Rm64l8J9nNMniPfDdPZqGb SG79mFhOSJnY3bts/F7Km/A9cvsOuX0v2e17Jdq+V7/b9+p3+179blfvlmj1bpHW78Zdvx/3 vYbdvtuwW05sntj363g7k688bvzFTDUCxw3rkZtpcsUF0UxpFEc8TTvcTHtrbr6cG3++nJvg HW61mefC+TrbhIzwariWKSU9IsOoWga2ITvd69MyNyVzJ+kzVd9TXKv0l5ZLptA9NRvryM5i msorj6u+RnSiTJQAd+d+1XjK5cQabzSzhGmukVXC/nu0zBJmksKxmTad6FYyVY5Ktt69S3vM 0Ec01+9x3sFwnpM/fnp6aB7/dfPt6evHtxfmhWOqBFmt0+pufWfAjlsAAc9LcimIqSpSUjNH +ZsF86n6KoDpLBpn+lfehB63owPcZzoW5OuxX7HerDlBU+FbNh3w58Xnu2HLH3ohj688Zkip fAOd76QqN9egTlTQeYzcT1HC6SbzmLrSBFeJmuBmME1wi4UhmHpJb89CG2zBqtUgbJH3lD3Q 7SPZVOAaPhO5aH5ZeePjmnJviWharwe0xdxURH2r70ms0ykmvryT2GOExvozLgvVVsQXk4bn 45fnlx83Xx6+fXv8dAMh3HGm422UqGpdSpqSW/fJBsyTqrExSx8NgZ3kqoReQBsrGcjaWoqf uxnDKoOe2Q8Hbg/S1kwznK2EZnRY7ZtegzpXvcZmyzWq7ARSeE9BljsD5zZAXi0bDa8G/llg E2G4NRktJUPX9A5Wg8fsahdBlHatgXXu+GJXjPNwd0DpA0rTpXbhWm4cNC3uiUlDg1bGFLzV Kc39qQW2Tt9t7T6ubyVmapucTpjuEzvVTZ53maEU5dEq8dXAL3dnK3R/J2hFEKX97bKA6wFQ L7aCuqVU80TXghV7Z0DH+MBIg+YJ8w8X88K1HdQyX2ZA54JOw+6tmzE41IarlYVd44Sqimi0 hc7ZSXsU2Jd0BszsDnhv9wZQEt7rywe0dsxOU6MerUYf//z28PWTO3053jB6tLBLc7h2RI0J TZp2dWrUtz9Qq6EHMyh9sd8zYGTIDt9UIvZDz2lBudzqchB1JOvLzcS+T/6iRmpxT5RyzYSY bFcbL79eLNw2GmtAopGioQ9Rcd81TWbBts5oP5sE22XggOHGqT0AV2u7M9pywtgoYNfLGWZg U84aOtM7ZYvQFt/cMdUbn+LgrWfXRHObt04StkXNATTnd1N3dxuvV+oXf9GottK9qZOs3e05 zC5znqkF4uh0XRdRu5tE/eHZ3wfvXwyFH9v0M61aO/S3oxdYzueMN+bvfqYSRry1nYG2TLB1 ateMXadK4iAIQ7uXVEKW0p4H2xoMRtv9NC/bRjtsmh7vuqU2Xovk7v2vIVqXY3JMNNrUh4Na YKjlu75k8emMprUrdo7owYX/sMXyfvrPU69t6eglqJBG6VC7sMEr3MQk0lfT0RwT+hwDqzob wbvmHEHFmgmXB6I+ynwK/kT5+eHfj/Treu0I8CZO0u+1I8jrzhGG78KXjpQIZwlwHpuAOsc0 05AQ2AopjbqeIfyZGOFs8YLFHOHNEXOlCgIl3cQz3xLMVMNq0fIEeWFAiZmShSm+paCMt2H6 Rd/+Qwz9+LiLLkicNKr5FVYM0YHqVOJ3mgjUmwe637BZ2FqwpLn3mx5B84HoUb7FwJ8NsXGA Q5hb8PdKrx9PMc+wcZisif3tyucTgB0+OelA3LtlG18Ps2wv+b7D/UW11fbjB0zeY7e3KTyx VPMl9rDbZ8FypCgxVQIs4K3we9HkuaqyO7vIBrVVm6okMjya2vv9X5TE3S4CBWV0stjbeYQJ hsz8BrZSAoUyGwPNqwMMCSUmL7AB+z6rLoqbcLtcRS4TU1uSI3z1F/jic8BhWOOjXoyHczhT II37Lp6lB7WvvgQuA6bxXNQxMzUQcifd+iFgHhWRAw7Rd7fQP9pZgmrl2OQxuZ0nk6Y7qx6i 2pG6ehyrxpLVh8IrnFySovAEHzuDNqXK9AULH0yu0i4FaBh2+3OadYfojB8EDwmBl4ENeblv MUz7asbHUt5Q3MGSq8tYXXSAhawgE5dQeYTbBZMQ7EPwkcaAUyFlSkb3DyaZJlhjl9UoX2+5 2jAZGHtvZR9kjd/aosjWxocyW+Z78spfY68rA26u7fPdzqVUJ1x6K6b6NbFlsgfCXzEfBcQG v/dAxCrkklJFCpZMSv3ObON2F93zzDq2ZGaRwe6My9TNasH1pbpR0yBTZv3UScnsWHVvLLZa K7CQNY0JZxkZopxj6S0WzCBWG/TtdsV02qvIiBfpa07Ng6ifaqeR2FD/JsocMxv7dw9vT/9m POkaM7ASrH8HRGN8wpezeMjhOfgkmiNWc8R6jtjOEMFMHh4eaYjY+sSYyEg0m9abIYI5YjlP sKVSBFbyJMRmLqkNV1daw46BY+upykC0ottHBaMPPgSo8+HpOstUHGOd+Y9401ZMGXaN11WX ZpbookzlReyJGl4bYWlSYoNqoOTaZ+pB7TfZaugtbROnJQMnVqcuyncusQclptWeJ0J/f+CY VbBZSZc4SCbnwd48W6x9ozbE5wbkASa5bOWF1FjhSPgLllDiWcTCTL80VxbYPdHAHMVx7QVM zYtdHqVMvgqv0pbB4SKDTmYj1YTMCP4QL5mSKumk9nyuK2SiSKNDyhB61WDGliGYrHuCynY2 KbmRosktV7omVust01OB8D2+dEvfZ6pAEzPfs/TXM5n7ayZz7R+Km8GAWC/WTCaa8Zg5WhNr ZoEAYsvUsj7o23BfaBiu1ylmzQ54TQR8sdZrridpYjWXx3yBudbN4ypg18A8a+v0wA+tJia+ SsYoabH3vV0ezw0XNXu0zADLcmzjZUK55UOhfFiuV+Xc+qpQpqmzPGRzC9ncQjY3bi7IcnZM qSWeRdnctis/YKpbE0tuYGqCKWIVh5uAG2ZALH2m+EUTmxNKIRtqQ7Pn40aNHKbUQGy4RlGE 2mYzXw/EdsF8p2NmYyRkFHDzaRnHXRXyc6DmtmrHzEy3ZcxE0Ldj2GhNRc0ljeF4GMQ8n6uH HVhg3jOlUMtQF+/3FZOYKGR1VtvGSrJsHax8bigrgiqgT0QlV8sFF0Vm61At+Vzn8tUmlxGB 9QLCDi1DTI5XXPFJBQlCbinpZ3NustGTNld2xfiLuTlYMdxaZiZIblgDs1xy8jhs0tch88FV m6qFhomhdonLxZJbNxSzCtYbZhU4x8l2sWASA8LniDapUo/L5D5be1wEcBrDzvNY22VmSpfH hms3BXM9UcHBnywcc6Ft61ijjJynapFlOmeq5FRyU4YI35sh1nBQyOSey3i5yd9huDnccLuA W4VlfFyttSXsnK9L4LlZWBMBM+Zk00i2P8s8X3MykFqBPT9MQn47LDehP0dsuC2bqryQnXGK iLxSxDg3kys8YKeuJt4wY7855jEn/zR55XFLi8aZxtc488EKZ2dFwNlS5tXKY9K/iGgdrpm9 zKXxfE54vTShzx0WXMNgswmYXRwQocdscIHYzhL+HMF8hMaZrmRwmDhAPdGd0xWfqRm1YVYq Q60L/oPUEDgyW1nDpCxlKTWMMyHcWfzyrj28sSvHlXDuKUDwidCn9YAadlEjpHa85HBpntYq W3Ch0l8SdVoLu8vlLws7cLl3E7jWQrsP75paVEwGvS3W7lBeVEHSqrsKmWo113cC7iNRG5ce N0+vN1+f325eH9/ejwJOeNRWMYr/fpT+VjPLyhjWeRzPikXL5H6k/XEMDWZz9H94eio+z1tl nQLF1dlteQD3dXrLMPq1uQMn6YUPP/WTs3H241JUyVWbwxmSGVEwoceCMmbxMM9d/BS4mH7E 78KySqOagc9FyJRuMLDCMDGXjEbVqGHKcxL16VqWicsk5aA+gdHeRpQbWr9ed3HQsJ9Ao8v3 9e3x8w3YHftC/BpN04gommC5aJkw473/++EmV1JcVjqd3cvzw6ePz1+YTPqiw2Psjee539S/ 0mYIoxLAxlDbKR6XuMHGks8WTxe+efzz4VV93evby/cv2iLG7Fc0QvvKc7JuhDt4wHBQwMNL Hl4xQ7OONisf4eM3/XWpjXbYw5fX719/n/+k/j0mU2tzUcePVvNZ6dYFvnu3Ouvt94fPqhne 6Sb6Lq2BhQ6N8vHZLBxam2NtXM7ZVIcE7lt/u964JR1f0jAzSM0M4tE4/w8bsczkjXBRXqO7 8twwlHFUoO1Wd2kBi2jChCor7bk8TyGRhUMPLxl07V4f3j7+8en595vq5fHt6cvj8/e3m8Oz qomvz0RXbYhc1WmfMiwyTOY0gBI/mLqwAxUl1pmfC6WdKOg2fCcgXq0hWWaJ/qtoJh+7fhLj Dc+1+FfuG8YDA4FRTmiUmnsQN6omVjPEOpgjuKSM8qsDT+eYLHe/WG8ZRg/dliGuSdSAq3uE GLUYN2jvr8cl7oXQbjtdZvDmyRQ1a2m2o/nElssikvnWXy84ptl6dQ6HDTOkjPItl6R5ybBk mP6BC8PsG1Xmhcdl1dua5Vr4yoDGOCFDaPNzLlwV7XKxCNkOpK0/M4ySoOqGI+pi1aw9LjEl MrVcjMGVCBND7S8D0LupG65LmpcWLLHx2QThnoCvGqOp4XOpKSHSp/1JIZtzVlFQu09mEi5b 8DNFgoLtX1j6uS+Glz7cJ2n7vC6u1zOSuDGfeGh3O3YUA8nhiYia9MT1gcHoNsP1b5XY0ZFF csP1D7Wiy0jadWfA+j6iA9c8UnNTGVdbJoMm8Tw8KqcNOizETPfXZj+4b8hEvvEWntV48Qq6 CekP62CxSOXOQpu4ZJBLWiSlUT8kXknMQw2rXozmPgWVaLrU48UCteRrg/pZ3jxqqz8qbrMI Qru7Hyolf9FeVkE1mHoYY2vr4euF3R+LLvKtSjznGa7w4YnFT78+vD5+mhbX+OHlE1pTwf9v zK0zjbF0OSj9/0UyoCvEJCNVA1allGJHnIvhx1UQRGrrxpjvdrAVJr7BIKlYHEut78kkObBW OstAv/DY1SI5OBHAZ867KQ4BKC4TUb4TbaApqiOoKYqixuMOFFG7aOQTpIFYjqpXqz4XMWkB TDpt5NazRs3HxWImjZHnYPKJGp6KzxM5OZsyZTfGOikoObDgwKFS8iju4ryYYd0qG4bu5C/m t+9fP749PX8dXDQ7O6J8n1i7C0BcDWNAjdvqQ0U0X3TwycA0TUa7UAUrxTE2/z1Rxyx20wJC 5jFNSn3farvAB+YadV/I6TQspdgJozeh+uN7s+jE6CcQ9ou2CXMT6XGiTaITt1/Jj2DAgSEH 4pfxE4jfAcC7217PmITs9w3EpvmAYwWiEQscjOgia4w8MwSk3+FnVYTdAANzUPLDtaxPliKV rrDYC1q7NXvQrcaBcOvd0pnVWKsKUzt9VIlsKyUGOvhRrJdqLaImsXpitWot4tiA1X8pYlRV IJ4J/C4PAOIfB5ITt3LtWx+sH2jGeZkQ146KsJ9oAhaGSixZLDhwZfdGW3W5Ry2d5AnFbyMn dBs4aLhd2Mk2a6JHMWBbO9ywk0S7knvtKKqy+jdVEAeIPMpDOAjYFHH1zgeE6uuNKNUW10nk odMzGatqOv/xGSUGLWVljZ1CfLmmIbMrsvIRy83a9g+siXyFb+FGyFoFNH66C1XzW6PU6DZb 3xDt2pWS2Nz5f3iha874mvzp48vz4+fHj28vz1+fPr7eaF6f2L789sCedUCAfuaZTvz+fkLW sgN+S+o4twppPU4CrAHr0EGgxm0jY2es24+c+xhZbvUivSs+90IPupSo5NpbYH178zgZ6zcY ZGP1CfcR84gSTfmhQNa7awSTl9cokZBByTtojLoT6cg4c+818/xNwHTJLA9Wdj/nvE1r3Hp/ rQc1NWmg1+j+GfwPBnTLPBD8qovtb+nvyFdwIe5g3sLGwi220TNioYPBRSuDuQvu1TIKaYbY dRnac4cxP59VllnsidKEdJi9lY5jGmI4GuubkbrMmxMSx8iuttII2dvFidiLVm3UL2XWEIXe KQD4YD0bB9XyTL53CgNXl/rm8t1QahU8hNgnHKHoqjlRIOSGeDhRisq/iEtWAbbXiZhC/VOx jCWQTowr1yLOlW4n0lomUYNYL84os55nghnG99jq04zHMfuoWAWrFVuzdL2dcCOGzTOXVcCW wkhpHCNktg0WbCFApc/feGzzqmltHbAJwuqxYYuoGbZi9SO1mdToHE8ZvvKcBQBRTRyswu0c tcbGaifKlRQptwrnolmiJOHC9ZItiKbWs7GIaGlRfIfW1Ibtt65ca3Pb+XhEKdfmfD7NfotC 10nKb0I+S0WFWz7HuPJUPfNctVp6fFmqMFzxLaAYfp7Mq9vN1ufbRknz/EDvX53PMCt2kgQm nM1ny3aBaiciyRIzc6C7DUDc/nyfevySUF3CcMH3UE3xBdfUlqewIY0J1mf0dZUfZ0mZJxBg nieeQSbS2mkgwt5vIMrasUyM/VgSMc4uA3HZQclafA0bMWZXltTvmh3gUqf73Xk/H6C6stJI L1V1lxwfICFelXqxZid+RYXEU/lEgUqytw7Yj3U3BZTzA74/mS0BP3rcTYTN8ROb5rz5ctLN hsOxncNws/Vi7TKQ5OYYMkOSn1aTZAhbe5EwRISuY3uqBWd+aDLIBDaKUsMBX1wmIDyPoKi7 Ih2JKarC63g1g69Z/MOFT0eWxR1PRMVdyTPHqK5YJldi8GmXsFyb83GEeVfMfUmeu4Sup4uI U0nqLlK7zzrNS+zxRqWRFvS36zzaFMAtUR1d7U+jDjBVuEYJ/YIWeg9eIk40puXattYGZ/Fv x7c9fH2a1FET0IrH+0j43dRplN8Tf7XwtLvYlUXiFE0cyrrKzgfnMw7niLhbVsOmUYGs6HWL ddd1NR3s37rWfljY0YVUp3Yw1UEdDDqnC0L3c1Horg6qRgmDrUnXGXxnkY8xNjytKjCW2lqC wXsMDNWWU9za6BBQJK0FUfkcoK6po0LmoiHuO4G2SqL1V0im7a5su+SSkGDYfk2c2hMSIEXZ iD2xLg1ohb2w6Ht2DeP5qg/WpXUN+5XiAxfBuTDWhTD3GbQc5pI/Kjn04PmRQ1lGNCAz46Wh k6vKIhphA8StHkDGWCYNlcZ2DgohlQAncNU5k2kI/BQY8DoSheqqSXmlnKmdoWZ4WE0jGekC A7tL6ksXnZtSplmqvd5M1q+Hw5G3H9+w8bK+NaJc3//YDWJYNf6z8tA1l7kAoFDRQP+cDVFH YMdvhpQJozxgqMFC7Ryv7Q9NHLUPTT95iHgRSVpa12WmEoy1ggzXbHLZDcNCV+Xl6dPj8zJ7 +vr9z5vnb3DohOrSpHxZZqj3TJg+APzB4NBuqWo3fOpm6Ci52OdThjBnU7koQPpVgx0vdyZE cy7wuqgz+lClar5Ns8phjj5+l6ehPM19sEJFKkoz+sa3y1QB4ozcmRn2WhCDVbo4ShQGxVcG TeBi+cAQl1wr9M9EgbYSEG1sca5lUO+fXAe67WY3P7S6M19NbJ3enqHbmQYzih6fHx9eH0H9 Uve3Px7eQNtWFe3h18+Pn9wi1I//5/vj69uNSgLUNtNWNYnI00INIqx4Plt0HSh5+v3p7eHz TXNxPwn6bZ7jqylACmy/TQeJWtXJoqoBudJbYyq5KyK4mNWdTNJoSQq+8dR8B48e1AopJVh+ pmHOWTr23fGDmCLjGYqq5/d3KTe/PX1+e3xR1fjwevOqL1/g77eb/95r4uYLjvzfSBsddGgc 392mOWEKnqYNo//6+OvHhy/9nEF1a/oxZXV3i1CrXHVuuvQCI4asAQep9vk0Xr4i7mV1cZrL Yo0PUnXUjPiyGFPrdmlxy+EKSO00DFGJyOOIpIkl2T5PVNqUueQIJcemlWDz+ZCC4usHlsr8 xWK1ixOOPKkk44ZlykLY9WeYPKrZ4uX1FqzosHGKa7hgC15eVtiiBCHwm32L6Ng4VRT7+DiQ MJvAbntEeWwjyZS8YkREsVU54aeeNsd+rBKcRLubZdjmg/+sFmxvNBRfQE2t5qn1PMV/FVDr 2by81Uxl3G5nSgFEPMMEM9XXnBYe2ycU43kBnxEM8JCvv3Oh9l5sX27WHjs2m1LNazxxrsgm E1GXcBWwXe8SL4j1ccSosZdzRCvAv+JJbYPYUXsfB/ZkVl1jB7DlmwFmJ9N+tlUzmfUR93VA 3XibCfV0TXdO6aXv69sJ8wTs68Pn599hPQITyc7cbzKsLrViHaGuh21/GZQkooRFwZeLvSMU HhMVws5M96v1wnlwTlj6VT9/mlbbd74uOi/IU3GMGmHWlkoNVTsFj1s/8HArEHg+gq4kK1KT r8kJLEb78LYQxH6jFkXwkUYP2P1uhMUuUFlgNZ+Bisg9LIqgF3Qui4Hq9JObOzY3HYLJTVGL DZfhOW86orIxEHHLfqiG+z2cWwJ4C9Jyuasd3cXFL9Vmgc3RYNxn0jlUYSVPLl6UFzUddXRY DaQ+X2LwpGmUAHF2iVKJz1i4GVtsv10smNIa3DkRHOgqbi7Llc8wydUnVgnGOlbCS3246xq2 1JeVxzVkdK9kwA3z+Wl8LISM5qrnwmDwRd7MlwYcXtzJlPnA6Lxec30Lyrpgyhqnaz9gwqex h61wjd1BibNMO2V56q+4bPM28zxP7l2mbjI/bFumM6h/5enOxe8Tj5juB1z3tG53Tg5pwzEJ PpqRuTQZ1NbA2Pmx32sJV+5kY7PczBNJ063QRuR/YEr7xwOZyf/53jyu9uuhO/kalD2U6Clm 8u2ZOh6KJJ9/e/vPw8ujyvu3p69q+/Xy8OnpmS+N7i6ilhVqA8COUXyq9xTLpfCJSNmf+qh9 m7U767fCD9/evqtiOC7vZRP5reeBpqWzZlxXITnd6FHdP920f34YRQInFxNVXPDMOGGqYas6 jaMmTTpRxk3mCAX7HRv5mLbinPd23GfIshbusp+3TtMlTeBN4g33ZT//8ePXl6dP73xg3HqO PKCW6hWxDzPAIRM0DLtdppp7J7DGK2KZPqdx89JXrSbBYrV0pQUVoqe4yHmV2gdJ3a4Jl9Y8 pCB3mMgo2niBk24PM6LLwDBfoind4/DZxiSngKeS6JNqE6JxqqeBy8bzFp2wDiANTL+iD1rK hIY1c5l1lD8RHNbFgoUje5ozcAXPjN6Z4ionOYvlJkC1+2lKa10Dq7r26l01ng1gFc6oaIRk Pt4QFDuWFTkI1QdkB3IlqEuR9G+XWBRmMNNp6ffIXID7Giv1tDlXcLHMdBpRnQPVELgOzJn5 eDz3g+JNGq025NreHLGL5cbes9qY8GMHm2Lb200bm47kLWJI1k4gr0P71CCRu9rOO4/UjjIi Twn6Qh2j+sSC1i7wlJLW02JCBEJeYW2U82iLJQFUoXih6DNSo3mzWB/d4Pt1uHaai9MgNoxR RObQEE9Hy6xnlATYP5Vy2l5RdjrwCruxwbqpyc0lRt2Odg+Cp42qRYkcJvSVsvfWe6LAg+Da rZS0rtWyGDu42gg7hW7uqmOJ1zoD35dZU+Mjx+FcHvbDagcAR9GjrQewdwH6wPpMeO6iBnaf S89ZCpqLfWQc36l1XcpuL+r8GtXM5YZvzTkTzgheGs9Vt8SWHyeGXG+46c1di/izVyk+XaTs KfmdyZq9e9LL23JtV1sPdxe0aoDELEVUqMGdNCyOF9YJ1fm6Zyr6fqmpDnS0jPORM1j6Zo72 aRfHwq6zLs+r/uLTZi7jlagjaPTePJ08jA2EWMmztXsAgtjGYQeLBJdK7NW+W1bEzzMTJlYL wtnpbar510tV/zF5kThQwWo1x6xXaj4R+/ksd+lcseCdieqSYFbkUu+dg66JtiPattz7LnSE wG5jOFB+dmpRmxNiQb4XV23kb/60IxjHTVEu7ZEJBiuAcOvJqPMlxJi9YQYTAHHqfMCgjGDe Hi474eQ3MXNHfqtKTUi506KAK+FDQG+bSVXH6zLROH1oyFUHeK9QlZmm+p5oHxDmy2Cj9pzE Jq6hbDeeGLWGNmYujfOd2s4YjCiWUH3X6XP6Ya6QTkoD4TSgeS8cs8SaJRqFYtUdmJ/Gi/SZ 6alMnFkGjL9dkpLFq9bZ4Y6mLj4wO6CRvFTuOBq4PJlP9AIqdu7kOaoHgEpbnUWx09ZI46Y7 +O5oRzRXcMzne7cArd+lcMVdO0Wno4s+3h0Greh2MKlxxPHiVHwPzy1MQCdp1rDxNNHl+hPn 4vWdY24G2SeVs/MeuA9us47RYuf7BuoimRQHS3/1wfmQBhYCp4UNyk+weiq9pMXZnUq1ocH3 Oo4OUJfghoLNMsm5ArrNDMNRWmfr8+KC1vUJQauBGvNO6r+UMfScozhYHcymP49/BjsUNyrR mwdns69FHZBqyVkizBZaoWkmlwsz3V/ERThDS4Nar8xJAQjQ+kjSi/xlvXQy8HM3sWEC0F+2 f3p5vIIbxH+INE1vvGC7/OfMcYaSl9PEvkXoQXPBx6hsYet8Bnr4+vHp8+eHlx+M9Qejn9Y0 UXwcZH9Raz/Gvez/8P3t+adRa+TXHzf/HSnEAG7K/+2c9dX9u01zr/YdTj0/PX58Bheq/3Pz 7eX54+Pr6/PLq0rq082Xpz9J6Yb9RHQmu9oeTqLNMnBWLwVvw6V78ZVG66W3cns44L4TPJdV sHSvz2IZBAv3vE6uAnynM6FZ4LsDLbsE/iISsR84hxjnJPKCpfNN1zwk/gMmFPvK6Htb5W9k XrkHdKCIvmv2neEm25x/q0l069WJHAPajaR2L2vj0ntMmQSflP9mk4iSC7jucaQLDTuiKcDL 0PlMgNcL5xyyh7khDVTo1nkPczF2Teg59a7AlbOnU+DaAU9y4eFrq77HZeFalXHtEHpf6DnV YmB38w2vADdLp7oGnPue5lKtvCWzj1fwyh1JcFW5cMfd1Q/dem+uW+K7D6FOvQDqfuelagPj KQh1IeiZD6TjMv1x4224q/SVmR2o3iPbUR+/vpO224IaDp1hqvvvhu/W7qAGOHCbT8NbFl55 jiDSw3xv3wbh1pl4olMYMp3pKEN/wdTWWDOotp6+qKnj349gK/bm4x9P35xqO1fJerkIPGdG NIQe4lY+bprTMvKzCfLxWYVRExY8X2ezhZlps/KP0pn1ZlMwV3ZJffP2/ataAq1kQZ4B7xmm 9SbjFlZ4swA/vX58VCvk18fn7683fzx+/uamN9b1JnCHSr7yia+iflX1GYlc71oTPTInmWA+ f12++OHL48vDzevjVzXjzyq4VI0oQJU8czLNRVRVHHMUK3c6BLOJnjNHaNSZTwFdOUstoBs2 BaaScnBBz6ErZ9iVF3/tCg2ArpwUAHWXKY1y6W64dFdsbgplUlCoM9eUF+r1agrrzjQaZdPd MujGXznziULJI/YRZb9iw5Zhw9ZDyCya5WXLprtlv9gLQrebXOR67TvdJG+2+WLhfJ2GXUES YM+dWxVcESeWI9zwaTeex6V9WbBpX/iSXJiSyHoRLKo4cCqlKMti4bFUvsrLzNlQ1h9Wy8JN f3VaR+6OHFBnmlLoMo0PrtS5Oq12kXvmp+cNG02bMD05bSlX8SbIyeLAz1p6QssU5m5zhrVv FbqifnTaBO7wSK7bjTtVKTRcbLpLTAyEkzzNHu/zw+sfs9NpAm/6nSoEczprp3RgjULfFYy5 0bTNUlWJd9eWg/TWa7IuODHQdhE4dz8at4kfhgt4JNlvuq2NJ4lG95fDWxqz5Hx/fXv+8vT/ PMJVvl4wnf2oDt9JkVfEjhDi1C7PC31iy4yyIVkQHHLj3IPhdLGRD4vdhtizHSH19edcTE3O xMylIFMH4RqfGj20uPXMV2oumOV8vC2xOC+YKctt4xG9Scy1lhI95VYLV0dp4JazXN5mKiL2 y+qyG+eNX8/Gy6UMF3M1AOIbMaTl9AFv5mP28YLM3A7nv8PNFKfPcSZmOl9D+1jJSHO1F4a1 BG3fmRpqztF2tttJ4Xurme4qmq0XzHTJWk2wcy3SZsHCwwpspG/lXuKpKlrOVILmd+prlmQh YOYSPMm8Purzw/3L89c3FWV8GaWtXr2+qW3kw8unm3+8PrwpIfnp7fGfN7+hoH0xtDpKs1uE WyQK9uDaUUyFRwrbxZ8MaGsgKXCtNvZu0DVZ7LX6jerreBbQWBgmMjC+vLiP+ghP527+rxs1 H6vdzdvLE6g/znxeUreWjvEwEcZ+klgFFHTo6LIUYbjc+Bw4Fk9BP8m/U9dqj7501LU0iI1l 6ByawLMyvc9Ui2D3cBNot97q6JGTv6GhfKyRN7Tzgmtn3+0Rukm5HrFw6jdchIFb6Qti2mMI 6ttav5dUeu3Wjt+Pz8RzimsoU7Vurir91g4fuX3bRF9z4IZrLrsiVM+xe3Ej1bphhVPd2il/ vgvXkZ21qS+9Wo9drLn5x9/p8bJSC7ldPsBa50N85xWBAX2mPwW2Cl7dWsMnU7u50Nai1t+x tLIu2sbtdqrLr5guH6ysRh2eYex4OHbgDcAsWjno1u1e5gusgaOV6q2CpTE7ZQZrpwcpedNf 1Ay69Gy1Q63MbqvRG9BnQTjEYaY1u/ygVd7tLS1EowcPb3hLq23NYw0nQi86414a9/PzbP+E 8R3aA8PUss/2HntuNPPTZsg0aqTKs3h+efvjJlK7p6ePD19/Pj2/PD58vWmm8fJzrFeNpLnM lkx1S39hP3kp6xX14jiAnt0Au1jtc+wpMjskTRDYifboikWxDScD+97a7lgwJBfWHB2dw5Xv c1jn3LX1+GWZMQl747wjZPL3J56t3X5qQIX8fOcvJMmCLp//6/9Tvk0MViG5JXqphTnyGAwl ePP89fOPXrb6ucoymio5+ZvWGXh7tbCnV0Rtx8Eg03h4nz/saW9+U5t6LS04Qkqwbe8+WO1e 7I6+3UUA2zpYZde8xqwqAdOQS7vPadCObUBr2MHGM7B7pgwPmdOLFWgvhlGzU1KdPY+p8b1e rywxUbRq97uyuqsW+X2nL+k3TFahjmV9loE1hiIZl439bOuYZshzaGwUQyeDzf9Ii9XC971/ YjMLzgHMMA0uHImpIucSc3K7caT3/Pz59eYNLmv+/fj5+dvN18f/zEq05zy/MzOxdU7h3obr xA8vD9/+AIvUzpuO6IBWQPWjE0s80QByrLr7Fh+gHaIuqrE+nwG05sChOmNbEaCTJKrzxTax nNQ5+WGU0pKd4FCJTJ8AmlRq7mq7+BjV5AGw5kDbBLyt7UFXgqZ2yqVj4GTA97uBYpJTGeay gUfVZVYe7ro6xVo+EG6vjbQwrj4nsryktdHOVQuaS2dpdOqq4x24dE5zmkBWRkmn9ovJpGRs Vwi5DQOsaawaVoBWy6uiA7gyKTMa/lJHOVs7EI/DD2neab8iTLVBjc5xEE8eQTuMYy/Wp8v4 qFVBzTrhx8Pt3I2aRvlTQYgFjw3io5Lv1rTM5hFC5mFF/gEv2kqfgW3xvbtDrsiF4XsFMpJJ nTOvjqGGyjzVqn3TrR0KikPWUZJiBc8J0/ajq8aqwShPDljra8I6eyD1cCxOLP5O8t0BnHxN Cm+Dx9SbfxiVi/i5GlQt/ql+fP3t6ffvLw+gaE+rQaUGHpmxps/fS6Vf0V+/fX74cZN+/f3p 6+Nf5ZPEzpcorDsmMTaEowf8Ka2LNDMxkHmad3KbvDFC0kV5vqTRmXG6qPu4GgK0fS4nbEkF EKOdOC5MdRNbHWhS1k3oZxlitQwCbQCx4NjNPKXm3NYelD1zEclo0yjtL8m1tsLu5enT73YP 7yMllWATc2b1MTwLH5OcD59PPirl919/chfnKSiomXJJiIrPUytQc4RWPiz5SpJxlM3UH6ia EnzQqZyaftSyNC/yRUvqY2TjpOCJ5GrVFGbc1XRkRVGUczGzSyIZuD7sOPSkdi9rprnOSWbN SfbynB+ig0/EO6girTvZf5XL6LIR+La18tmV8dEKA7b54fWSPU1WkRr1Q28ahnv18PXxs9Wh dEBws9mBJqZa8rOUSUl94ll294uFEh3yVbXqiiZYrbZrLuiuTLujAJPf/mabzIVoLt7Cu57V BJOxqbjVYXD7tmli0kwkUXdKglXjETF6DLFPRSuK7gSOAUXu7yJyNoSD3YGj9v2d2hv5y0T4 6yhYsF8i4HHBSf2zDXw2rTGA2IahF7NBVIfNlBBYLTbbe2z/aQryIRFd1qjS5OmC3tFMYU6i OPTPV1QlLLabZLFkKzaNEihS1pxUWsfAW66vfxFOZXlMvJBs1aYG6ZXQs2S7+H8pu5ImuXEd /VfqNLcXnSnlVjPhAyVRi1NbiVIuviiq2/m6Ha+8TNkdb/zvB6CWJECqPHNod+X3URRFgiAJ ksDGWbIcyGDlb5/c1Y10stnunU2Gfn/L/LDaHNKc2C3uKaqTPr6vJXLtLICR5HG1dopblWeF vPR5GOGfZQdyUjnTNZmSeH+wr1qMV/HobK9KRfgfyFnrbQ/7fuu3TmGGfwX6oQr70+myXsUr f1O6W7cRqg5k01xB77VVB3ogbKQs3UmvEd6kb4rdfv3orDMjycHSU2MSUIP6O9+nq+2+XDHT uJGuDKq+QR8uke9MMd9v2EXrXfSLJNJPhVNKjCQ7//3qsnKKC0lV/Opdh4NYwdxJoQ+UeOWs KTO1EO4MZXas+o1/PsXrxJlAO4rOn0AcmrW6LLxoSKRW/v60j86/SLTx23UuFxJlbYO+zXrV 7vf/hySHx5MzDR5EFuFl423EsX4rxXa3FcfClaKt8aD3yju0IErOkowpNn7RSrGcok7W7q7d Nl1+HUejfX9+uiTODnnKFKxlqwtK/CPdDprTQJevJTT1pa5X223o7YnFg42hZFhmMT+NgW5i yDB8N8o4Z5swIxrmlKSMYQot1kKeuBjkw9uk9wFC54IVW9/iWNqz2016miITgVMdmOq1UX3B sBiwoA4O29XJ72M2KpTn/D7togysKOu29Im5ZagEXN31tTrs7NFxpvigAata+C+DZywie6TO l0bQ8zccxElCbzk0QBtAmpUw+0jDnQ/Vsl557NG2UmkWiPEgNl9dM3b/JntgLGjuuN5wOcYL PeVuC7V62NkP1NHaU9TjEU44pym1KC87cqeBs3viA4SwEevUaBywDiozwjbOOCe0I0g9Po+E IUNW57J7BilHwc0ZeE1QoCkKV7j86u6Uoj1JG8yjwAbtD8nQUUbGPuLks7mgbEtxyk5OEERN NoVgJirRhHXCpuzFhVniAIhZKcOsaWAi/iQL9nBSrL3ON3tMm5VXZNLLwd/uI5vAOalnmuRN wt+s3cTGlNKJKDLQ8f5TazONrAWxt00EjDxbV1Y4IvlbpsDqfM2FElrVmrnAHM7W/nFT8eXZ GJs8iZk8FWHEtUUWKTZzy1FpXmlLtRHPqll7rPsXfGQi15aHtRxPIU6C6y95GTyjY1QPqVrl GnZgkooulrXT4qcua478EzJ0GFJGOhj2cBDy9fnz7eH3v//5z9vrQ8StfHHQh0UE02JjkIuD wWn+1YTur5msu9rWS56KzMv5mHOMd+XyvCFecUcirOor5CIsAlo6kUGe2Y808tTX2UXm6Ki4 D64tLbS6KvfrkHC+Dgn366ARZJaUvSyjTJTkNUHVpnd8tqghA/8bCNOmZqaA17QwetmJ2FcQ vxpYszKGFYJ2ykU/+ZQIaHKSFiM95FmS0g8qYI4w2rIVyQLNAvj50EsTp8z89fz6cXCcxq1W 2Cxaa5E31YXHf0OzxBWq8XEWQwoQ5rWi96i0ENDf4RWWSHRfzUS16JmZioaKYneSirZ9fWpo OSuYIuL+D/0atY5YmGTMHa/bE6REs6NwQNRl/h1mF47vxL35TLLJTjR3BKy8NWjnrGF3vhm5 E4ByImD9cHFAMBLAYFzC2pJkMJFX1WZPnXRxiQsk92eMfMTJXPpi4dnOwgzZXz/ACxU4kHbl iPZKFPoMLWQEJE/ch1YSDBUgG1j952FkcxcLcr9L+VQWfUvO+TgyQ1btjLAIQ5lTImMSn6ne X614mt43g6jHAR3Tht/QxVH59nVThbHiqXsMzVfUMHgFaDu7UumXFSjijArF8Wr6hwbAJ6Px CDi+ScO8Bk5VFVXVmha6hcUIreUWlhYwxtJGNr13aZ1GnwlFU2SldGEwLAsY2096njiPBYQM O9VWhXs4qC+CHIoC6LxmalCloN6hTiVKG63BtsgqCxgqjEmBHzJZG/1aYwCwc5PxsZYGw9aI CjvWOsScjtomgOnspd1s2QckVR7FmUoJGIkDU7tjtFqqNyTaO6qC1j2e3fHY0yOm3fclrBtN HBeZoKlEpFIp2YRC4QG0Pfv+/ZoNKOg7yEam3X8eDWbmyw6329U7335Sh2jIXA+RySx5wFZ5 jGM99c6GGCwEunPWPKF30nYpHdk9Iwwo83CBGlaRg18gnmIzp7Co7TI15KuiJYZsKhEGumIf h8ceJkcgHsd3K3fOuZR1L+IWUuGHQc9QcvbuiuniYDAi6f3GcfPRDsw+Z4rzjQgyq2rh71yS MiXgxgU7gW1MmNOEk+Woj07ZmzxdJDsSzFGUHKmG9UlUu3IYOQUNXizSeVKnMC7UytxSmO0I v6zeKVd0iUbd4kyIMzrSTNKI4YDONsoUJtmU0suh+3Uw1wpLy0Tw/Me/Xj79+dePh/94ANU8 BXOyzjfh3sQQgGWI/HcvOzL5Jl6tvI3XmoZxTRQK1uZJbJ6V03h78rerpxNFB6PAxQaJbQHB Nqq8TUGxU5J4G98TGwpPXmUoKgrl7x7jxDzZMhYYho1jzD9kMGRQrEKnZJ4Z/3ueIy3U1Z0f 3GHpwfCnzY5TM9eDeAPQtMDeGRJF9g7zSN93RjsPOuemi7g7yYNsGkWPMD7wapHaOyk72C75 pp2/ctajph6dTH0gMb3vjB119s7ZAU6NWifh7Iw3nbbeap/XLi6IduuVMzdY313CsnRRDSwh euXMb2iNueP+ontOz0P3Vw4/Tu4V9TgyjSc1v3z/+gIL59EGOvrzsV1WJ9pdpqpMF7wAwl+9 qmKo8xDVlg7h+AseZuofpOkUyZ0Ky5ypFqa5k7/qAGOk6hgPhtlJn+C0SkZgnCR0RaneHVZu vqnO6p23nZU+THhh0hHHeBeG5+wgoVTtsKTICtFc306rj7wMJxvv51nfboRZ5VSJYVrBX73e LO61610XAVW73jmZMO9az9uYpbDOtt6XAqrqysic/GvZSbPIFpTU9JMFP0C0MZDmVcdJLZM2 NeQwi0io0s569q4Gh3NJ325/4GFzfLFl6cH0YkOd62osDDu9Z83hxnRvOUN9HJMS9qImJz5m yAwGqkFlGpk00jXSXAro2pD50XSaOGBtVeN7KZolgSwtOExxH55jWYhBWilYNUrwQoZVlwiG FSIUec6f1tcqGVZ7xEuBxuAT2wy1WbDamnYaTQ4efSkIbZ5UJR5kuON3zKp+iWeKWR3IXJQc kaHpS3jAKgZ8OMorF7CCes/XYNywrJIcAwPw9k2rnDhtHn5bX5BUVQIdPxVFIVnVJ+3u4DMM yugQ1+OVyWAX4j5aSMGzyFvT1TBip0ye9SkP9uprM+ghgmboRJdBLQPei6BhktGeszLlbXKU pcqgx/N35GFdnXlNkEnIAJTViTUgfrHdwSe0j94vEPDD9CMx42ZLIdh0BYwztYg8i0oeNysL PMOqO1dWg2sjUQHiwiqugNZpeG0U4qojfVJUB55OrLQZhu2FcZLBuDXfcNEuYJzMHJJUmoF4 B6AxnWAjBIt+ItgAwVID9xKhIxgNZYBWLdSyhDooWVlr2Yr8WjLNW4P+ysPICfamx2MTd9gj TZpYNQkhzWOYJhOaISE0AYpGn1UJWdfXQ/2Ftxkk5b2nqcJQsDoAtWxV73jSh4FEqesDL7yW 9V4iBohjT7ZSFBYEwgrDqWTfYkXF0+UumJQkeOBLKHNMmCG7VDAPat9XV5qviVqPwCDCejto MiW5WsADFEnBMXRwX8AMmGz1Gqj1tg5nHn1tGq817MUfZMPKcRbW0HLOMhrTCsFLBgJPIcyM 1sGEWCX6cI1g/sF7vAIdilaPLnDig1V2/MUmH3nNmrSA8dvT19PuDl4cEyo908KQQ87pnQ4x xKdptbnJOqYYLhSRzIKvMHusX7/++PoH3uPjEzgdWyJgUUsnNToX+ReZ8WT3uex47cX5VXjG ZPgqciPFzuDLj9vLQ6bShWz0ESmgrczcz000eY/x8VUaZnQ/llazZZ/VscKYH3Md+UtGvdby JGWX11kf8HiY8GfJVsI61lSDA6lQfRrSxqbJMCwNeYkoSxgFQtmX8jyaQ+Z7LtTvHDaZFUNi iOSlF33TipDmvxRAWddfm1hAf05B++ZWPkjpaEpI6Q5n0bEqrGpVul4TUDEA0GDyQ6C3toJ1 AYyFEbqgFtd3HpXuclrbaIH9+v0HLganC5KWWVa3z25/Wa10M5BXXVBY3GgUJKEZpHomSBAh E508WLtYy5x2fztUXeDAi/boQk+wNnbgeB+BwhLhoAkLK3snKJ01odGmqnTj9i1rfs22LUrp cFPOZq3K0miscgdaXEJ3mfqyDos9j6E6syz+GOFAipwVo7nWVTZkRGsewp4plTq+cL4rZX3O iemIUuGBA0068kmdVlfdjS6dt16ltd08marX693FTfg7zyZi6JOQmU3AzMzfeGubqJyCUb1R wdViBd8ZP/TIzgdh8zr0Pd7c1XLjzBSLtEG4MWjIAmvJ6b2oims1lyhUS6IwtXpltXr1dqt3 znrv1r6jVVV+WDuaboZBHio2CmoqZIVtDngf/nFvZzU554e/U2XT+I4gNI/yTajigx2C2pM8 2llpochLTB0/bL48hC/P3x0uCPWYEbLqg8VGSaa2CJ4jlqotZjtZCXPT/3zQddNWsI6UDx9v 3/D2+8PXLw8qVNnD73//eAjyIw7IvYoePj//nJxePb98//rw++3hy+328fbxvx6+324kp/T2 8k37Xvj89fX28OnLP7/S0o/pWOsNoCsK9UShqYyGwBoAPYTWhfuhSLQiFoH7ZTEsT8jM3SQz FXk8XNrEwd+idVMqiprV4zJn+ow1ufddUau0WshV5KKLhJurSskW8SZ7FA2X1ImawmlBFYUL NQQy2nfBjnhI1D1TEJHNPj//+enLn+4YpEUUWnHntJ2CB0fH25bEdcGAnVy64Y73OKdS7w4O soR1EfT6NaVSct52TN5FIcccoohXH5jK1VCfCB3U0U48vM2B4xTq3IjalRsfSQaUnCbUldh2 gztThul3Og9vzimG8joO68wpok7g5amcaa2Bs2um0Nou0gcW6es08WaB8J+3C6Sn8UaBtODV L88/QM18fkhe/r495M8/b69M8LTSg392Kz76DjmqWjng7rK1xFX/MwbimQS/0Mq6EKDnPt4M 16NaIWcV9Mv8ylYi55BJDyJ6lWUeq5qJN6tNp3iz2nSKX1TbsIB4UK5VvH4eZxmOMrtGf01Y c4vhSwSvag0f5RU0DY8VqalCqgpWmWtPOMgqtu7Zzhzr3AP4ZKl5gD0uq4hZlT54dXn++Oft x2/R388v/3jFjThs84fX23///en1NixMhyTTKh3dy8AYefuCfrA+Dhup7EWwWM3qFD2VLLef t9QPhxwcde25eqfGT7IJKuXKR8ehBJ2slESTYqwcaYbzXljmKspCptFS9BgvWUtNaN9FC+ld ynGirG+bmYIvsmfG0pAzY52WIGwrk4YVHtcU+93KCVoGjpFYj19Kmnp+Bj5Vt+Nih55SDn3a SutIafVtlEMtfc5pY6fU3uMzGqgWkbuwuc5+OjhX7xspkcHyPFgim6NPPD8aHN/4NKgwJfd9 DEbbalJpzcYGNsqSbDgnKm3Ly5R3DUtEHqh3pMYJUnFw0pIGujaYuI1g1cQNZCN5yogp1mCy Wjy5CXd6CYKy+F0Tac0mpjIe1p7pVI9SW99dJYk+8rtQ+rMb7zonjsq/FmVfWxNbwru5XLm/ 6ohHiHsVuuukCNu+W/pqfQjXzVRqv9BzBm69xXt+tqXVSENiSZncpVtswlKcioUKqHOPRPkw qKrNdiSWgcE9haJzN+wT6BI0DDtJVYf14cJXLiMnYndfRwKqJYq4rWzWIRiN+Jw10DuVcmdx LYLKrZ0WpFpfpnlPgi0b7AV0k7XeGxXJeaGmh4jGbqoos1K62w4fCxeeu+B2DEyl3QXJVBpY c6KpQlS3thalYwO2brHu6mh/iFd73/3YMFsw1nLU5O4cSGSR7djLAPKYWhdR19rCdlJcZ+Yy qVq6369hbnaZtHF43Yc7vgq76musbLiO2BY7glo10+MhurB4YMe6oqvRvoizPhaqRS94lt0i U/C/U8JV2ATjZgmV/px9Fky+ylCesqARLR8XsuosGphxMZj629PVnyqYMmhLU5xdaFTiYcaA 2+AxU9BXSMftzB90JV1Y86JBHP7vbdcXbuFSWYh/+FuujiZmQ+Ko6SrIymMPFS0bx6dALVeK HMPR7dPybovb2g67R3jBQ1rMWiFFkksri0uHZpzCFP76r5/fP/3x/DIsJ93SX6fGsm5awczM /Iayqoe3hNK8ei0K399eplPcmMLiIBuKYza439afyF5cK9JTRVPO0DDfdJ2HnCaQ/orNqIqT 3g5jkgYzY/pdukLzmtl39U4hHiSig+D7D5v9fjVmQLZeF2qafPJgVPlsY641zsg4VznmU3i7 Vqq3eDeJdd/r44ieg50MZnjtZTjPqYx08+g0nxW9S9zt9dO3v26vUBP3fT0qcM4dgmlvgxuu +qSxscnUzVBi5rYfutOsZ+uY3dwYdbJzQMznZvrSYeXTKDyudwdYHlhwpo0CSDm8jFo0nFYM TGwtJkURbbf+zioxjOaet/ecILr0pJKhiQMbV5PqyNSPTEgwC0NqeBRu/cF6b8rRsKNXgBM5 6oHEcFR5sJDSPuaULaqJA7zNWClyhk/Ll73LEMP0o8/ZyyfZ5qjEAdl63pE07quAj0JxX9ov lzZUp5U1/4KE0i54Fyg7YVNGmeJggbcynHsUMaoGhnSnkEPk8MtYTtf+TNy3/IuGP/lbJnSq vp9OEpvLzej6dVPl4kPyLWaqT3eCoVoXHpZL2Y5t6SZJo7iTxCCaIKCLLFfrBpXy00kGhw28 xE3NusS3YWGq+tFC+O31hqEiv36/fURf13fPpmyeQc+ZTUiflrWeNNFN9ZZNgwBwtQPCVhMk dm8b9JMl7l0Z4mJoGdcF+bnAOcpjsE5z03JnHDVoi1NyrlydeiZx98IQhocFFYhzuGMmOAgd rS8UR/VhWifo+u6JCrlpNLHVR4Knc+p3zFY9oMM3HRfshGMal9pI+rMMQsGaHY88zrMuMpT8 WnbnKei1Nr0q6Z/QE+rCgZnD8gA27Xq/XqccjnESYrpnHOAuJGagEO9mhglDRFhbr0kjX6kx HjAtFF7+GvxSz/22/fnt9o9wiIv07eX2P7fX36Kb8etB/fvTjz/+sk/7DVkW6Dsz8/UXbH2P 1+z/N3deLPHy4/b65fnH7aHAPQlryTIUAh25521BTh8PzOix4866SrfwEiI7eHdJnbM2NDRA YUaIqc+Nkk+9dIEqOuzNiHgTzGP3FWEf5JVp3pmh6YDfvBOsIlgydcI0rmHicck57OEV4W8q +g1T/vpsHT7MFh4IqSg15XiG+tFHgVLk2OGdr/ljoP6qVNeZIzUVYyOXvI0LF1HBFK4RyrR0 UFLPJ5dIcu6IUNE5LFQauli8G1KG0lnMizj5S4TnImL8v2m1ulNFlgdSdK2z1tFvByWGvcTi olMsUqa5Hinc+exNf8YIopG0YfKUxTAhYhVpO4PQJbSbcGjzkL1GO7igy6TxC20ZyLS3JVic 2E2S6QPHTYl2PovvyqxOM8m+Jgz2a1bn6PVERaTX6pTihD5a27QrI9lcKBmd+W+XoAIa5J2M M5lHFsO3mEc4zfz94yE8kcM5I3f07bdafVP3sCxm39hhQCtWQZaUd1inO9B0LOV0Esnu0SNB jDS68p4spZGqJyYEo7tGK9cgLLyDv2WS3B6t9ofucJFl5dYAZGPf0DPFbruhRHXOXSnl5S5b hsaShWozoqFHZFaeY5DYz19ff6ofn/74lz1ozY90pd5GaKTqCmPmXyjo5dZIoGbEesOvlfv0 Rt2dzfndzLzXp5bK3jfDVsxsQ8wUd9gpGpwl8oHn4OkVJH2MXPsLuKe6Yz27HqaZoEGLb/m/ jF1Zk9s4kv4rFf00E7G9w0OkyId+oEhK4kg8iqBUKr8w3LbaU9Fu21Gujl3vr18kQFKZQJLy gw99XxJHInEDCVgw3z/Bomq1U/sw+nXjnLkeqz5Lks4lT95qtJKDrwD7ktZwW2APYhoTfrgK LMknj7zgppOYlqGPvVbd0MBE5VgRm6vGWseB57NWBp4f3cBz6Nt/ilCOEVjQ40AzveoNZUYy jIlDihF1XBMtO5lfM1SZsdhOwIDqaxbUDujNCx1d48crUw0ABlZymyC4XKwrIBOHH6e6gZYm JBjaQUfEndIIEkcQt8wFpnYGlMsyUKFvfqD9TyinPiezYpguLQYwdb2VcKLAjBr7xVBIm+/g gSHc12vrzLzIsXLe+UFs6qhMXX8dmWiXJmGAvUFo9JgGMXnTUgeRXNZr8lo9gq0IwWbx814K rDvPqgZlXm09d4P7c4UfuswLYzNzhfDd7dF3YzN1A+FZyRapt5Y2tjl20xLtrcFRJ4N///zy 5c9/uP9UU4x2t1G8nMP+/QWc4TB3zh7+cbva90+jydrAdpJZfk0ZOVYjUh4vLd59VCA8vWNm AG49PePlAF1KhdTxaabuQDNgFiuA3tqslzDFdB3L/MWu9N2VgzXWvb58+mS30cN9IrN/GK8Z dUVp5WjkatkhkEPGhM0KcZgJtOyyGWafyxnWhpzAITzjyZPwaXOaCTlJu+JcYE+FhGbawSkj w32w2+Wpl29vcBLv+8Ob1unN2qrr2x8vML0dFjQe/gGqf3v/+un6ZprapOI2qURB/OvRPCWy CMw+cCSbpMLLXISr8g6uRc59CH4yTMubtHUiMxg987ScFCau+yzHBgm4wbRdlxTy70oOOSs0 Gr9hqqrI1meB1LGyfH5pBt/Eao9OqGHOKcEbiVZUeKUSkcoFZgn/a5Kd9vhqCyVZNhTUHfq2 6s7Jld0ev3liMuaCAOLTy26z4lWx5UMsVk6B503Hy4otEkkE98qqTtus5KM5a8/HzXlW4iSI NwjE7Cu+dCUuZ2aNE7KqGNmIZTfVpevxVBdxjzl+YBcS3LeX3EAE1hrWZ1Njt8Im06e8eWly vmARr+6XsEKibdiYJd7xSSL9kEHwn7Rdy5cGEHJuQFsok5fBnnGUbZfCfuAtNwDoSQeB9qmc mD7z4OjO7JfXtw/OL1hAwDmJfUq/GsD5r4xCAKg662ZBNesSeHgZnfKjfhIEi6rbQgxbI6kK V4tENkweucRofypy9egkpbP2TNYT4U44pMmaXI3CUQQjkwvVOhDJZhO8y/HtkhuT1+9iDr+w IVk3XkciE9TfJ8X7VFrLCTunwjwexVC8f8o69psQ76OP+P65jIKQyaUc1IbkCR9ERDGXbD0M xj76R6Y9RE7EwCJIfS5RhTi6HveFJrzZTzwm8ovEAxtu0m1EJlKEcDiVKMafZWaJiFPvyu0i TrsK58tw8+h7B0aNadCFLmOQQs6ZY+yjbyS2cmTrM5G30oBdHg/w2/ZY3mN0m5e+4zEW0p4l zhnCOYocRkkiKBkwk5UjGiu4nBosV3BQaDxTAPFMJXIYA1M4k1fAV0z4Cp+p3DFfrcLY5SpP TB5luul+NVMmocuWIVS2FaN8XdGZHEvb9VyuhpRps44NVag3X6A7VSvqU9GAT9W7bXAmfHIG nOL9/ol486XJm7OyOGUC1MwUID2sdCeJrse1bBInz99gPOCtIoyCfpuUBfbfRml8ZYUwMXtX BYmsvSi4K7P6CZmIynChsAXmrRyuThmLPxjnWs18WzD1vju46y7hLHgVdVzhAO4zVRbwgGkv S1GGHpevzeMq4mpI2wQpVzfBzJgqaPpnnXKm1mcYnHo3QIZvuGUdmXfP1WPZ2Dj4IOvzafHn 65df5SR/2eATUcZeyGTC8mQwEcUOnHLVTIq3Aq7glHBrumVadLXnNwP357ZLbY5ultw6PEY0 b2Kf0+65XbkcDjutrcw8N/YBTiQlYzvWhbYpmi4KuKDEqQoLu1WT8IVRbndZxT5nsmcmkW2Z ZAnZFJkMwdwPnkqok/9j+/603seO6/uMmYuOMza6MXDrM4wHT0YCTiSvmHiPTeqtuA+s07dT xGXExmDcJpxSX50Fk876Qg4oTHjnEU/8Nzz0Y24w3K1Dbpx6AUNhWpK1zzUkAtxVM2XC67jt MheWhS2jmk4WTE5gxfXL96+vy00A8loGS5iMzVt76lNLVxzTuiePuUmbnFxJWZg5r0TMmWxS wvVu67mpRDxXqawio9dh2FxT700ah19gaSKvduRZKsCGFyDG72gK9TkPgtTIERxsF7ZwB3ZH 1m6SS2Hs8G/glOYm6dsEnycbapcb0RigUuDZgVpUSVz3YmKqEblBT0zEuv2je8LQIOckwftC qA9vSFHuwFWEAWp/aRILVxZaN31CpA8+/bpMt0a048ER8HBNzkOM+MU8J9H0Dd3elkhHEVnL 8Avl5UXQ3FebZjvo6RZyA+5ICXC8UEBVRhrSBJWni4mWVLJpMyM4XzVwurQmOdVYeU6fNBsq rgnXMVQsa6YhOB4jUQlIGdxQqWqRaBDvjJyX3aHfCwtKHwmkfNPvwTb6cocv090IYqqQDONM zYDaYmS3Hs6imIEBAFLYw6M4GRrfatu5NVfDjQpaUsoO8n6T4FsrA4q+Va+zk8SiCxoG0xVm iqEZIWOYTtmjGqrJZqLFDV76+eX65Y1r8EjC5Q96e+vW3ulW5xbk5rS1HfepQOEyDsr1k0LR UVX9MYlU/pbd5jm33vcbOJEft/rpwb8MZp+DGwpTXqFqKVKtK94e/aTpnpRxuoz3BKeQ9tmK NqAHIQc3kflbuar5zflffx0ZhOH5D9rCRKRFQW9B7js3POCB+HDpWL/ygWH9eLe+kewYcFsr pQcU1idEYBAsyBn74aFg8Io3cr/8gp6A2ietcrV7lN3Ulp3nYRHuuUDE64MsNG7UeWlB1MSQ G/ZwYg4f6wKgGcbKRftIiazMS5ZI8CgCAJG3aU28/kC48PyS5VNCElXeXQzR9kRuN0uo3Ib4 Wd/zFq72yZRsMwoaIlVd1GWJdksVSpqqEZHdFHbnOMGy57wYcEk2HCfIepgE3k/aPDdw3qhM KmkHaOIFIxo5ECvOZFcaUHyUQ/+G4wcnC6S5mDDrNdOBOmdNYsuX+OLPAG6S47HG070BL6oG nx8d00ZeGkPg+MBob40qjaTIX3BqGeltm56RVZ7Vxcyi7vBFKg22BXbvfKZ+qrSIoTuFkRtQ GhLkXLzGzoIclhtAmniFqS5h8CZ70//gjvXD69fvX/94e9j/+HZ9/fX88Onv6/c3dPJ9aj3v iY5x7tr8mdxqHYA+F2gmIjpjo7dpC1F69Nyc7PbzrDB/m2P9CdVHBFSPUbzL+8PmN89ZRQti ZXLBko4hWhYitSvBQG7qKrNSRrvPARybbRMXQtbJqrHwQiSzsTbpcY2XCxGMGyAMhyyMV+9v cIRnqBhmA4nciIFLn0tKUjZHqcyi9hwHcjgjIOfsfrjMhz7Ly4pNnNJh2M5UlqQsKtywtNUr cdmlc7GqLziUSwsIz+DhiktO50UOkxoJMzagYFvxCg54eM3C+OzjCJdyQpLYJrw9BozFJNDr FrXr9bZ9AFcUbd0zaivUDQrPOaQWlYYXWB6sLaJs0pAzt+zR9ayWpK8k0/VyFhTYpTBwdhSK KJm4R8IN7ZZAcsdk06Ss1chKktifSDRL2ApYcrFL+MQpBK6hPfoWLgK2JSimpsbkIi8IaC8+ 6Vb+9ZR06T6rdzybQMCu4zO2caMDpipgmrEQTIdcqU90eLGt+EZ7y0nzvMWk+a63SAdMpUX0 hU3aEXQdkk1ryq0v/ux3soHmtKG42GUaixvHxQdrsIVLro2YHKuBkbOt78Zx6Ry4cDbMPmMs nXQprKGiLmWRD/1FvvBmOzQgma40hedZ0tmU6/6EizLr6Cn3EX6u1OKE6zC2s5OjlH3DjJPk rORiJ7xIG/Nu65Ssx02dtJnHJeHfLa+kA5w6PNFruKMW1NsAqneb5+aYzG42NVPOf1RyX5X5 istPCa6EHy1Yttth4Nkdo8IZ5QMeOjy+5nHdL3C6rFSLzFmMZrhuoO2ygKmMImSa+5LciL4F LedEsu/hepi0SGY7iHSjhz/krhuxcIaolJn1a1ll51mo06sZXmuP59S0zmYeT4l+LCp5bDhe LbfNZDLrYm5QXKmvQq6ll3h2sgtew+B1aoYSxa60rfdcHiKu0sve2a5U0GXz/TgzCDnof4+F PUzCLetSq8oX+2ypzZgeB7f1qSOT57aT043YOxGEpF3/lpPd56aTZpDSrUXMdYdilnvKGyvS nCKyf9vgjb9o7ZJ0yWlRlCMAfsmu3/AY33ZyRIaVVaddXlfazQpdAejCEJer+g261wcUi/rh +9vgrXvaiVNU8uHD9fP19etf1zeyP5dkhay2Hj4wNUBqH3Wa8Rvf6zC/vP/89RM4w/348unl 7f1nOGQvIzVjWJM5o/yt3ercwl4KB8c00r+//Prx5fX6AdZuZ+Ls1j6NVAH0ju4IwpPqdnLu Rabd/r7/9v6DFPvy4foTeiBTDfl7vQpxxPcD00vuKjXyH02LH1/e/nP9/kKiiiM8qFW/Vziq 2TD0AwLXt//5+vqn0sSP/7u+/tdD8de360eVsJTNWhD7Pg7/J0MYTPNNmqr88vr66ceDMjAw 4CLFEeTrCDdyAzAUnQHqQkamOxe+PmV8/f71M9xdult+nnA9l1juvW+nB6CYijmGu930olwH 090g8e36/s+/v0E46lXY79+u1w//QTsrTZ4cTqhlGgDYXOn2fZJWHW7hbRY3vgbb1Ef8aqbB nrKma+fYDb47QKksT7vjYYHNL90CO5/ebCHYQ/48/+Fx4UP6wKLBNYf6NMt2l6adzwj48fqN Pr7GlfP0tV4U1Y7p8RJ5ltd9cjzmu7buszNZ5QZqr54s5FHwoR2VZmAD19bpAZxmm7T8ZkjE eNvqv8tL8K/wX+uH8vrx5f2D+Pt3+22I27d0tXqE1wM+qWMpVPr1cJQrw3s5moFN0JUJjvli v9AnpH4wYJ/mWUscMipviWflRUXp4fvXD/2H939dX98/fNcnYKzTL+DscYo/U7/wqQsjgeC4 0STlePBciOJ21y358vH168tHvH+7p1ep8PnWAl7WVpufaicU74COAZkGp6Z96AZbl/e7rJST dTTw3BZtDr59LV9M26eue4a19L6rO/BkrJ7vuD32feNTGctA+9PW6HgIyLzvthP9ttklsFF5 A09VIbMmmqQlS+OlzHJ6PPSXYwXvXB+e3uEnS2Vr2+H6rX/3ya50vXB16LdHi9tkYeiv8B2J gdhfZK/qbCqeWFuxKjzwZ3BGXg7IYxefaUW4jyd6BA94fDUjj32vI3wVzeGhhTdpJvtdW0Ft EkVrOzkizBwvsYOXuOt6DJ43cnzMhLN3XcdOjRCZ60Uxi5NT9wTnwyFHFTEeMHi3XvtBy+JR fLZwOal5JjveI34UkefY2jylbuja0UqYnOkf4SaT4msmnCd107TuUC2AI3YuWRkZEcN1zg3G A+kJ3T/1db2BjWh8ZErtO4IXtiqv8MENTZAd6tLa81SIagsNLCtKz4DIaFAhZAvxINbkVOq4 GQnNSos9h4+EbObUbUqbIX7cRtC4CD3BeGX8BtbNhngyHxnjdewRBt+0Fmg7lp7y1BbZLs+o d9+RpJerR5Rob0rNE6MXahMTik1iBKmHrgnFxTKC8MQoUjWccVTlTk91De5x+rPsMtGSne4t Ld85TbFSE5PhnZfvf17f0Fhl6gsNZvz6UhzhDCQYwhZlWHk0Ug6DsenuS3ClAjkR9FVVma/L wKjF4FYOssn75/JDdW6H2P2hSdXa6w8D6Kk6RpQofwRJiY4gPWZ3xK4Xn7aoj58O5P4wEanV Bvuu2mboUsDYEe9ljcqnBwHx7rVipHhHnFTYIWiAZmIE26YUO0ZW7LvGholyRvDYMOHKcujQ oRYFHzbq0XDO18H4GRxeIsYwRQLyG3zxYmTOGyZ6dZoBO+CccqCOThPnwBOlLsFasOGpUcGy 2jUZtEfkfA+ihkN3pGGnR69HxE7qxORn2sxPRJcfc3iHA0VQ5sdjUtWX28uRt25D+fPo93XX HE+orAcct0C1LEtI5Q8CXGp3HXAYydA+OecwTESFfjzAESnZQsM0+4cpKG0kb6BTYAad7EB0 uqmjV4w+f518Yil3KUlbPrTXP66vV1gc+Xj9/vIJH6QsUuwOFsITTeQ6eCT/k0HiMPYi4xNr 37ulpBz/BSxnXMtFzL4IiT8gRIm0LGaIZoYoAjJiNahgljKOQyBmNcusHZbZlG4UOaz60izN 1w6vPeBij9deKnTb3rAsnLAXScHGuMvLouKp4aYGRwmvbITLKwtOs8t/dzma2AD+WLeyxyWm eBSu40WJrL3HrNixoek7KlwayNAC4fWlSgT7xTnltVeWjWdOGbH6iotsvtXBCZL6RHknFhSs n6SuA9zxTuiaRWMTTapENrGbohP9Uys1I8HKi/ZNSsU2SXGAp25cA+7cPk1PoFKeyIqzQQyD HhPsQ7iqxqL9LulymzrUVcIqvqAeFUb59HlXnYSN71vPBivRcCAjKVqKtdKQN3nbPs+0CftC 1vswPfsOX18VH89RYchXZaDWs5TtpZK2eOB9+La/k8MDLnArBt/rOG1YYUTMpm1Tw7sk48HN 4sun65eXDw/ia8q86VNUcBJajlF2k3erHxw33J2b5bxgM0+uFz6MZriLS8a3lIp8huqk+ete 9rayzuWd0Zj9GGWnXKumQ8c91zurxcju+idEcNMpbnvy4eFQtjftPJibz1OyVSLeVmyBotzd kYB1zTsi+2J7RyLv9nckNllzR0K2wHckdv6ihOstUPcSICXu6EpK/LvZ3dGWFCq3u3S7W5RY LDUpcK9MQCSvFkTCdRgsULq3W/4cHJXdkdil+R2JpZwqgUWdK4lzWi9qQ8ezvRdMWTSFk/yM 0OYnhNyfCcn9mZC8nwnJWwxpHS9Qd4pACtwpApBoFstZStyxFSmxbNJa5I5JQ2aW6paSWGxF wnW8XqDu6EoK3NGVlLiXTxBZzKe6qz1PLTe1SmKxuVYSi0qSEnMGBdTdBMTLCYhcf65pity1 v0AtFk8k+/wF6l6Lp2QWrVhJLJa/lmhOao2NH3kZQnN9+ySUZMf74VTVksxildES93K9bNNa ZNGmIziBPU/d7HF+UYKMpMaQ1G3eXSbQ5EJBbVOmKRshfexbCSeBD7MlCqqZWJMKcMQSEV9I Ey3KDCJiGIkiRwRJ8yh7yrSPnGhF0bK04GIQXjl4yjGioYMPWRdTwOGFokcW1bJ4J1JmTqMh PjA9oSTfNxQ7/7ihZghHG820bBziWySAHm1UhqDVYwWsozOzMQizuYtjHg3ZIEx4EI4MtDmx +BhIhO1CDGWKkgH3wQrRSHjt4tvBEt+xoIrPgkshbFDve1jSUtGyhYPkrQIKK9vCeoYkdye4 dEhTDfhjKORcqDGyM4RiB631ZMJjEi1iUIqFH+F2qUUMkZKTcSPoEbApi17+Aa+Vhww/uqk9 AmxJE3BopFovKV4Ah2qt79TT1YW8zM/GIkT7LjFWZdq1iD3XWOhpo2TtJysbJPPoG2jGokCf AwMOXLOBWilV6IZFUy6EdcSBMQPG3OcxF1PMZTXmNBVzWY1DNqaQjSpkQ2CVFUcsyufLSlmc OOEOLgsRWOylDZgBgDuHXV55fdrseMqfoU5iI79SLx6J3FgBHF1CyC+h2TBXyQjbNTwraw7f kQs5dDrhS7j6hRZwABWu2C2OUUB2/UIFkeKb2MojieuwX2rOm+dWPr+pAukstsU557B+ewpW Tt+0KV5mA1cpKKy/CCHSOAqdOcJPKKOiogfGJkiXmeAYmaDS9NBls9EiG+Ms6fjSE4GKc791 4RSGsKjAKfoECpHB9+Ec3FrESgYDJWrK24kJpaT//6xdWXPjOJL+K455monYiRYvHQ/zQJGU xDIPmKBktl8YHltdpYiy5fWx295fv0gApDIB0LUdsQ92CF+COEgciSO/9Cx4KWA/cMKBG14G rQvfOWMfArvuS7Dy9l1wE9pVWUGWNgyxKYg6TguWaWTyAXT0v0Q+arEtYX/zAu5uOcsr6dfG gRmsLkhAtWAk4HmzcQsYvgaHBZQWbMezst9Tmrkyzot1jc4S5J1QQC4XLfT5bV/ukLmDYo/r A/AY0dy2pfHQePOxJKkzrPoPnFjkQbU1boGwkW6AuuiGNb5aNsDqIMe3AODwgaWJmQSwE5Xp jQGrZl7yLUVh9KARZWY5qZSk+hD/D5hevI45dlWq4lAKfQnxPdN+uNWtFrjYfnq4ksIrdv/9 KJ0h2P6Sh0x7tm2B2swuziABXe1X4pGJ54t44vMfFvyXEXBSlys5v6gWTXO4jfBpworgAVTP dtfU+y26zlJveoNyRT9k8CA1vfm6NEMZffYCOkpDhKP7CqecJ3EhXw7YCDljS991RvYXzKJV H68X0yf0SG+gelL/ArW48xmAh5Kjtya+q9DiSzoSSASWB7J2mm3G5cSeBysYg2+tEgNuVx36 pwGpLqcxbeXxdH4/vryeHxwchVlZtxk94hyOnA5s3zfa6SAy+7ASU5m8PL19d6RPLyvJoLwy ZGJqNwQ83kxL6I6FJeWEJgeJOTbqVLim8MEVIxUY33u9r1K47j2ckvHzx/Pj7en1iOgTlaBO rv7OP9/ej09X9fNV8uP08g8wbHg4/SG6suWWDc7PmVgxisabgxOJrGB4xqTi4UvGTz/P39WJ n8u1HNgGJHF1wIbBGpWndTHf47s7SrTtRCWTvNrUDgkpAhFm2RfCEqd5uXXvKL2qFth/PLpr JdKxLnNoh/FwqSlpG6R9IAGv6ppZEubHwyOXYtm5j0+1K0+WAE9OI8g3zdAq1q/n+8eH85O7 DsO9TXW99RNXbfBpgF6TMy1lm9ax3zavx+Pbw72YDW7Or/mNO8ObfZ4kFkUn7GXwor6liDTF xQgaSjJghEQTAotjWLko5zrY5O0XBRttZ9zFBZVqy5KD72xSIOXJHl4XfXeDRQ+xo7HzzTsW /vnnRM5CJvSzm3KLXZQosGKkjo5ktDPGy96uo1NqBYqqVKJnNDHZ2AZU7vDcNsR7ZSvvg5HN acCGXe8LK5WrFLJ8Nx/3P0VrmmiaShsEXixCeK12g8UkAlT06dqYXWB6EIqLEX3L17kBFQXe hpIQSxs92HFDclPmExK5JW1tku9YasezMDopDNOBY+8bIkqXe5mRFS+Zb74aXnLreT3gUfQ2 qWCHgIxSWgNvcOtyfiXc2K39O7jAYW+uITRwopETxVtGCMYbbAheu+HEmQjeTrugK2fclTPh lbN+eEsNoc76kU01DLvzm7sTcb8ksrGG4Ika4gI2wI2XYBsuFdEBlfWaEIqOmu222ThQ1zgq p6ypnS5+cGGgulo4ZIDnQw07s5TbNbyJS1qMgZz3UBdtvJXMKawwp0YZKfhVJLRE3HcRWAMM 07Uc/brTz9PzxODf5UJt7PpDssc90fEEzvAOjw93nb+aL2jVL0au/yeFcEgK0sgOmya7GYqu g1fbs4j4fMYl16J+Wx+0J3mxSFKe4y7DDI4kBlXYoYgJZz2JAKoJjw8TYvBax1k8+bRYzuSH UUceSm4pvbAS0s1F25DICpOVEkz3k0JliDotEm3KEl7erLqej/QZDA8Fq2p8E9kZhTG8vKNR Liav2PdG1rXJ5dJi9uf7w/lZLyDst6Qi93Ga9N+ImZQWbHi8CvHhmMapaZMG9fK6aoMQnw1q aRl3XhgtFi5BEGC2jQtuuGjVAtZWETnJ0riaG+EAC2gkLXHTLleLILZwXkYRpgLUMFDUOKsp BIltRyOm9Bo7/kpTNHzApeJCqLMtOmqA2+b5BumZ6hJnX2UlAqVWVuJtaTWs9jiSaitR6AOv Oam4bEMcrO4uOi6uUg7srvvNBo91F6xP1q6oBr08wfVCwCUFF9pCn98Tz6ogvwa7L4hFYe2U E0yCVAmJVP3EljHoGVqZIVcOY9MYxcdR+K3N1avgIfpE0VQ3H4zGf8H+ggwBBmiFoa4grtU0 YLKpKJDYa63L2MeGyiIczqyw+UwiOpH0Nlq40en4tEhp7BPHB3GATR5gay/FthoKWBkAthhF XixUdtiYW35RbX2lpJpfl365dngULAsnZOAA6ys5+DA25NcdT1dG0LAKlBC1CeySb9cecd5e JgFhsRPLH6EwRxZgGNtqkGQIIL2XUsbLEPtuEsAqijzDplGjJoAL2SWi2UQEmBPCK57ElD2P t9fLwPMpsI6j/zeWo16SdgHZe4t9d6SL2cprIoJ4fkjDK9K5Fv7c4EtaeUbYiI8vq4hwuKDP z2dWWIzwQpMBPmLgEikmxEYHF7Pe3Agve1o0QpQPYaPoixVhmloslwsSXvlUvgpXNIw9lcfp KpyT53NpvSS0BmvXi2Jy+you4yj1DUnH/FlnY8slxeCoSFrFUDiRdvCeAYKHHQql8QrGrC2j aFEZxcmqQ1bUDM4B2iwhlt7DCgVHB+8kRQNKE4FhRi87P6LoLl+G2FZ61xE66byK/c54E8Ou OAXLbmG834Il3tJ8WPtaMsA28cOFZwDYxlACWG1TAPrsoMARF5EAeB49wQRkSQEfGxICQNxx grEj4VsoExb4mMYRgBD7ZQJgRR7RxiFwcVhomOBegn6vrOrvPLNtqf1jHjcUZT5czSVYFe8X hNK6YqJdkihS9zxAk9DGP1Si/Fz1XW0/JBXWfAI/TOACxk7y5G2X35ualqmpwMmoUWvluM7A wGmdAcmmBodj+4JSHyhPOaqmeDoZcRNKN/JGnSOykpiPiG5IIXklwujD8jpAMlt6Dgyfsw9Y yGeY8kTBnu8FSwucLcHc0o675MQhoobnHuX9lLBIAF/SVNhihdcsClsG2CxWY/OlWSguOhGh eQS0FKsm40MKuC2SMMI97rCZSw9EhJRJKMKSgIjiepdCd56/Thy4eT0/v19lz49421soVE0G p62ZI030hD51evl5+uNkzPnLAE+IuzIJpX0vOu0Zn1LmZT+OT6cHINyThFE4rbaIxTJgp9VL PFWBILurLcm6zObLmRk2dWOJUQKEhBPO+Dy+oX2AlWDqioZCyDlvJJfUlgXkUibHwcPdUk7P l0vgZn3xy6fcBtzoiI4YXwr7QujmcbUtxh2Y3elxcE0H/HvJ+enp/Hx540iXV2sxOjoa4stq a6ycO31cxJKPpVNfRR2ScjY8Z5ZJKvmcoVcChTJXAWMExQdx2WyzEiaPtUZh3DLSVAyZ/kKa hVL1ONH57lWXcavF0WxOlN0omM9omGqMUeh7NBzOjTDRCKNo5TfKv5aJGkBgADNarrkfNqbC GxEmBBW246zmJg9ltIgiI7yk4blnhGlhFosZLa2pRweUsXVJnEOkrG7BrQVCeBjiRcegoJFI QrHyyHoNNK05nrTKuR+QcNxFHlW8oqVPdSawHKbAyifLMDnhxvbsbDl0a5WvjqUvZpzIhKNo 4ZnYgqz3NTbHi0A1B6ncETnqF017JNp9/Hh6+tTb47QHS6rHPjsQBgXZldQ29UAFOSEZCFQ+ JyOMG2OEYJQUSBZz83r8z4/j88PnSPD6P6IKV2nKf2NFMVzaUJY68r7V/fv59bf09Pb+evr3 BxDeEk5Z5eHesPCZeE65w/5x/3b8ZyGiHR+vivP55ervIt9/XP0xlusNlQvntRErEzIsCEB+ 3zH3v5r28Nwv3gkZ275/vp7fHs4vR03waO2czejYBZAXOKC5Cfl0EOwaHkZkKt96cytsTu0S I6PRpou5LxY+ON4Fo88jnKSBJj6pueMtrpLtgxkuqAacM4p62rmLJUXTm1xS7NjjytttoDgX rL5qfyqlAxzvf77/QOrWgL6+XzX378er8vx8eqdfdpOFIRldJYANkOIumJnLS0B8oh64MkFC XC5Vqo+n0+Pp/dPR2Eo/wGp7umvxwLaDtcGsc37C3b7M07xFw82u5T4eolWYfkGN0XbR7vFj PF+QHTgI++TTWPXRZBViID2JL/Z0vH/7eD0+HYWe/SHej9W5yEaxhuY2tIgsiGrFudGVckdX yh1dqebLBS7CgJjdSKN0r7Xs5mQv5QBdZS67CjnmwALSh5DApZIVvJynvJvCnR1ykH2RXp8H ZCr84mvhBOC994SBH6OX+Uq2gOL0/ce7o5EnosPHBSbOS7+Jdkzm8Djdw14PbgVFQEgdRViM EXgHlqV8RahhJEKsEtc7bxEZYdyIEqGQeJgQFQDiNkiseYmrm1KouRENz/GWNl7BSJI4oJ7D 7HvMj9kMr/YVIqo2m+HzqBuxyvfoexvVfF74K2JwSiU+NkUFxMOaGj7rwKkjnBb5G489n7g1 Z80sImPGsFQrgwh7Oi3ahnjPKA7ik4bYO4cYYEPqukUjaC1Q1THld60ZeNBB6TJRQH9GMZ57 Hi4LhImFYnsdBLiBAavoIed+5IBot7vApMe1CQ9CTEcmAXy+NrynVnyUCO9JSmBpAAv8qADC CJPW7nnkLX3sezSpCvoqFYK3gg9ZWcxnZGkvEUyIdijmxDr1TrxuXx0ljsMH7erqquD99+fj uzphcQwC19QCWIbxAH89W5EdVn34V8bbygk6jwqlgB5VxVsxzrhP+iB21tZl1mYN1YbKJIh8 zKusB1OZvlu1Gcr0ldih+QwtYlcm0TIMJgVGAzSEpMqDsCkDostQ3J2glhmOFpyfVn30j5/v p5efxz/pxVPYItmTDSMSUesLDz9Pz1PtBe/SVEmRV47PhOKoo/S+qdu4VZzqaKZz5CNL0L6e vn+HNcI/wYfD86NYET4faS12TZuX6AiffFa4fdI0e9a6xWq1W7AvUlBRvojQwgwClMITzwNF qGsLy101PUs/CwVWLIAfxd/3j5/i98v57SS9oFifQc5CYc9qTnv/r5Mg662X87vQL06OawqR jwe5FHxn0qOaKDT3JQiBuQLwTkXCQjI1AuAFxtZFZAIe0TVaVpha/0RVnNUUrxxrvUXJVpqE ezI59YhaXL8e30Alcwyiazabz0pkcrIumU+VYgibY6PELOVw0FLWMXYrkRY7MR/gm3aMBxMD KGsy7CR7x/C3yxPmGYspVniESUKGjfsGCqNjOCsC+iCP6AGeDBsJKYwmJLBgYXSh1qwGRp3q tpLQqT8iK8sd82dz9OAdi4VWObcAmvwAGqOv1R4uyvYz+J2xmwkPVgE5rrAj65Z2/vP0BCs5 6MqPpzflosgeBUCHpIpcnsaN+N9m/QF3z7VHtGdG3XttwDMSVn15syFUFd2KamTdipirQnTU s0G9Ccia4VBEQTEbFknoDX5Zz7/sLWhFFqvgPYh27l+kpSaf49ML7K85O7ocdmexmFgybLgA 27arJR0f87IHZ2JlrW4QO/spTaUsutVsjvVUhZBDzFKsUeZGGPWcVsw8uD3IMFZGYePEW0bE DZaryqOO36I1pgiIvoquIAKQpy2NwW/zNtm1+EokwNDmWI3bHaBtXRdGvAwbVOssDXNi+WQT V5z69j6UmWSC1+teEbxav54evzuuu0LUJF55SRf6NIFWLEjCJcU28fV4DiNTPd+/ProSzSG2 WMlGOPbUlVuIC3ecUb+8RdczRUBzjRPIsAYFKG5LfKNohPpdkaQJ5f0F4XiXxoYlI62JGhT/ AGaN0P0MTFuVETApGF94Xmeg5p1ZADO2CjojIlyk2bRG8Xf5GrthAijHk68COs9C8JUVDQmV wkhd93EKFixY4VWAwtSRDk9aSwD3bigo75gYUHstyXvMiJrflKIdp4C0P05LqaNSCRPter40 PhjrjBpJew+KaMaSlu0NweCoiqCDVQcFFVkIxeBOiQlhbgSJYJe4CiAsCSMk3q6FsszoNXBP hMaSF/UNKM+SmFnYrrH6y6Gl9AyA3Y0E83lzc/Xw4/Ry9WYRADQ31MFXLFpzju90xylwLYh4 l8S/wRlcH+Now5cRC5sEIouh1CEUmdkoMCsZopaHS1hn4kwx4S8IrHR2S5U9OiRrbkbSDVHc NMPEBKJjCTlvM3IDG9CqhRWoZeguEkvqcp1X+AGxwKq2cDWLJeADI5mQqCnpsrA0v8eYP4uT a+oqRF19acGTNF2Sg5ct8UCdtNjbluKVTi4+RT6pJG532PJMgx33Zp2J6hHURM0xlMD6+oz5 EPUtoDC4I2hh0ipje2viRVy1+Y2FquHNhNU45gIVYWQfN1bx4ZKc+QjLeRuL3lGbgtE41ExF W3ImJk59GmhMnt6aScsBpGReZL0aXifg78yCKfmQAkceazPTkYJmAu+3xT4zhXe/V5jjX9Hc DPzlwdxwy46Fc3XRX60Ydr+DA783afh1GYDAFUAjujU4Jfp0gJIqV/rJQwOogIepDSxf6haP 8UKoHAwQSF3MI06GNAyMLWMepnDlfgZYMgQeUIFsY8u1JOxySPptV0zLPD/+pVC6WM9cMeJu +6VM1hAiaFcENJ4i7XckoKj36SsYdDDFS2a9NEXh76jKRWC8tor7jqwBVZ63UyMdyX8V4xv1 I2x9K10BO/lEzGtVInTpummUVYxDaDeJQcJFZ2niCVlcHGoqkvZTYJZ/YxexzDsx5k00QU1g ZD2k2Y4cOAzCME85khKLlLyqase3UeNrf2g6Mck43paWN2LupQ8rNqdgEUlLs2LPYafV6qxq JnF9NCWw38lBLCF6ka4ozb7FgyeWLjuoqVVRoUj2/rISWjjPkwmR/QpAZJejZIEDFVpxa2UL 6B7beA1gx+1mJK//2wnHjO3qKgP+VPF5Z1RaJ1lRw827Js2MbOSsbqenaaZugHh2Qgrf2nfg hPbggtrvTeLQUXd8QsArxvtNVrY12fExHjY/FRLJTzaVuJFrE0vOG6uyF5JFewC60CFB79il ZnujcvsVUHnKc7sfXyzQrb41igz3XCDTumfKTHeHSChHjmmxzJD0xsEq064Ij9jB92ZK8mkn Jnu5NSCPyoOdIBYFEyL7jcD1UliReYEoi6ieNS+P8nBCnu/C2cIxc8vlGfg12/1uvGm5+vJW Yc/8PZWksdYzDLhcenMHHpdz8Dfu6KTfFr6X9bf53QWWS2StrNOpVKhw4FLPeGmtyE47HMdo 3m/LPJfsoESg1GmYDWr6OZUgK0u62UlUtDE+mMAnMVojltjUVgTgE1KAONJrMD2HqED4r0m/ xVXa1IRTSAG9WHWJZahk5puQ4T0o4yl1wsf/9bd/n54fj6//8eO/9Y//en5Uv/42nZ+TiM70 k1zk6+qQ5iUapNbFNWTcM8KzUqUgIOGkiHO09IAY2A0rBC7sVxszPZmr9GSDrLnjTmhN+QEv /gSG8jgQ79AyaO7jKVCuh3OS4QDXSY39KmqD8Gyzx7euVfRBV8+AUM1KbJCS5JQIbNeMfGBC NTJRM9PGlba0P+JpjPnPhuHWSGXEHeUALdIoh05fDijgvBLlMI5szpehrhebtRrowZyP8OrA xWvaMrxuA9eDnFnvVJtMGelICsoBUzcLb6/eX+8f5MGOuSnE8XamCCgXmHChPk9cAtF0+pYK jPvMAPF63yQZosmyZTsxqLfrLEaJqZGq3dkIHXVGNCZuAkd460yCO1ExPbqya13pDnvdlyuO 9osdHpLr9ycc6sttM67sJyVAsYtUbsV+ymB4Mm7DWyLJwepIeIhonEWa8uTAHELYD5iqi7bK cqcqRuHQvFI5yMo42XW175Aqt8VWJTdNlt1lllQXgMGwPzDj0PSabJvjnRExqDpxCaabgraz AXXE25SZG+0JjRqRmMUnwskSxZv9xHcpmflleE4CfZVJ+oi+qlOkF4KkjOXqjfKIIAFxNYvw GFx2byZEkqGQiDjhKZbIOjO8KQuwxhRpbTYOXOInoiy6nBAieBxV90WbixbQZSMhIbpM5CCl 24OJ4nax8tEL1CD3QnyADCh9UYBIf5Luq0tW4ZiYUhhSqnhOOINFqLf9cvMiL8nuMACalY5w qV3wapsaMnn5SPyusgRviCMUJnh3fLWLUX4lrL4S3kwIZVFr8DCCb8zWe4hDporx0lNStaZg uDBFREI5zm4yPI61sI6N05Qw4tTy8PZyyYYeiCrTmdPP45VSjvERaQw3GtpMNFqgTuBY69pI flysOmdd6/d4k0ADfRe3bWPFg+tTuWh/SWGLeJbsG7jGjyWBmXgwnUowmUpophJOpxJ+kYpx ECyxa6EetfKwHGXxbZ36NGQ+KzIp10lM3ME3Wc5B8yelHUERNSGHDhqXDA2U1xUlZH4ILPrf yq6kuY1dV+/fr3B5dV9VThIpsuMssqB6kDrqyT1YsjddiqMkqsRDWfa9yfv1DyB7AEi0krs4 x9EHkM0RBEEQFBqAkt1G+GSV7ZOcyafRxFYjaEb0U4QdrkeU9Y31Hfx9WWeV4izCpxEuKv47 S2EJBeXSK+q5SMHHrqOCk6ySIqRKaJqqCVVFD4QWYclnQAs0GHke36bxY7I3AQXIYu+QJpvS bWgP9yHZmtYcKfBgG5b2R3QNcOFaoX1cJNIN0ryyR16HSO3c0/So1LJvwbu75yhqtJTCJLlu Z4nFYrW0AU1bS7kFYQM7QXzCfdjbRbHdquHUqowGsJ1YpVs2e5J0sFDxjuSOb00xzeF+Qgc4 j9JPgX6P2c0O7b7oSycS45tMAmcueFNWvpi+oEdzN1ka2M1T8i31mHhE7x9auw5p5uYxh5zW PMI4+mYW0AP41MegFtcjdMgrSL3iOrcaisKgMy944XFIsM7oIEHutoR5HYE6lWJMo1RVNbQ+ 5Uqzio0x3wYiAxh3oiGhsvk6RIe1KnUYtCTSHU2+Zwk3/RM020rbfrVigbGKiM2rALBlW6si ZS1oYKveBqyKgBoawqRqriY2QFYunYpFzlN1lYUlX1ANxscTNAsDPLZ/N2HZuRyEbonV9QgG 896PCtSsfCqpJQYVrxVs4MMsZjGwCSsawzYiZQO9qqsjUpMAGiPLsXPNreLt7fcdUZ3C0lrQ W8CWzx2Mh1vZgkVN7UjOqDVwNkcJ0sQRjeWtSTiZaHP3mJ0VodDvD1eeTaVMBf1/iix541/5 Wll0dMWozD7gsR3TCbI4oo4pN8BEJUbth4Z/+KL8FeNPnpVvYMF9E2zw/2kllyM0Yn3QfktI x5ArmwV/dw9P4OO9uYJt6+zde4keZfiSQQm1Ot0fHi4uzj78MzmVGOsqvKCy0f6oQYRsX56/ XvQ5ppU1mTRgdaPGijXtuaNtZXwWDruXLw8nX6U21Gok83xEYKUNMhy7SkbB7vaJXye5xYAO HFSQaBBbHfYqoBxkhUXyllHsFwFZAlZBkYY8Mjb9WSW581NaxAzBWvGX9QKk7Zxm0EK6jGT5 CpIQNqBFwAKImz+m24b+D6MrVViDXeiCPuuo9PSiCBWrgoQqdIVKF/aSrXwZMKOiw0KLKdBr qAyh2bZUC7aYLK308DsHPZQrinbRNGDrdXZBnL2ErcN1SJvTWwdfwzoe2BFUBypQHFXRUMs6 SVThwO6w6HFxl9Np38JWB0lEp8N7mnzFNyw3eKHYwpi2ZyB99coB67n2ZgMxzb6q39RJQcU7 2R9O7h/wbuLz/wgsoENkbbHFLMrohmUhMoXqKqsLKLLwMSif1ccdAkP1CmNU+6aNyOLQMbBG 6FHeXAPMtF4DK2wy8o6Uncbq6B53O3ModF0tgxR2qoqrph6soEzV0b+NRgzy0GZsElra8rJW 5ZIm7xCjHxuNgnQRJxudR2j8ng3NxkkOvanjRkkZtRzauih2uMiJiqyX18c+bbVxj/Nu7GG2 oyFoJqCbGynfUmrZZqZPLuf6EcWbQGAIknng+4GUNizUIsF4360ihxm865UK206RRClICabB Jrb8zC3gMt3MXOhchpx3r+zsDTJX3gpDN1+bQUh73WaAwSj2uZNRVi2FvjZsIODm/IG/HDRL Fm9N/0bVJ0bbYicaHQbo7WPE2VHi0hsnX8wGgWwXUw+cceoowa4Neearb0ehXh2b2O5CVf+S n9T+b1LQBvkbftZGUgK50fo2Of2y+/pz+7w7dRjN+anduPpBMRss6Ml3V7AsdQca80oYMPwP RfKpXQqkrfDBMD3Dz2cCOVEb2GQq9MWeCuT8eOq2mjYHqHpXfIm0l0yz9mhVh6xJriwICnsP 3iFjnI6NvsMly09HEyzjHemG3rvo0d6JElX9OEqi6uOk38QE1TorVrLSm9q7IDTdTK3f7+zf vNgam3Geck0PMAxHM3EQ6jCWdsttrK6zmjrXpt1Cb2FhDLswKUX3vUa7y+PSorWJJvLbt0U+ nv7YPd3vfr5+ePp26qRKItivc/WjpXUdA1+cB7HdjJ0aQUC00Jjo7Y2fWu1ubzYRah81rP3c VauAwWd19KGrnK7wsb9sQOKaWUDO9n0a0o3eNi6nlF4ZiYSuT0TikRaEFscw4rCTyEgltXZn /bRLjnXrG4sNgTYU56Bw1GlBfczM72ZBV7IWwzXZW6o0pWVsaXxsAwJ1wkyaVTE/c3LqujRK ddUDtLCi02bp5GuNhxbd5EXVFOxBCi/Il9zuZwBr/LWoJGk60lhveBHLHnVzbV6bcpZGoflv qFr7TgHnWQcKBPe6WYKyZ5Hq3IMcLNASmBrTVbAw2+TWY3YhzTEMWkssnzdDHStHmcxbzd8i uA2d+YobCWyjgVtcJWXU8zXQnCW11nzIWYb6p5VYY1JnG4K7pqRxyX4MWoRrgENyZ8FrZjSo AaO8H6fQ6DuMckEDZlmU6ShlPLexElycj36HhlizKKMloOGULMpslDJaahr+2aJ8GKF8eDeW 5sNoi354N1Yf9j4CL8F7qz5RmeHoaC5GEkymo98HktXUqvSiSM5/IsNTGX4nwyNlP5Phcxl+ L8MfRso9UpTJSFkmVmFWWXTRFAJWcyxRHm4NVerCXhBX1O1ywNMqqGn8lZ5SZKDyiHldF1Ec S7ktVCDjRUDveXdwBKVij6r1hLSOqpG6iUWq6mIVlUtO0OcCPYIOAfSHLX/rNPKYM1sLNCk+ 7RZHN0Zj7B25+7yirFlf0hMB5uFjAnPvbl+eMPzHwyPGKCL2f77+4C/Y7VzWQVk1ljTHlzsj UNbTCtmKKF1Qs3uB6r5vshu2IubotsPpZxp/2WSQpbIMpEjSJ6etvY0qJZ1q4CdBqW91VkVE 10J3QemT4EZKKz3LLFsJeYbSd9p9ikCJ4GcazXHsjCZrNiF9XrEn56oiWkdcJvgIUI5GpEbh C2bnZ2fvzjvyEv2jl6rwgxRaEQ+d8SRSazmeYqcnDtMRUhNCBqhQHuNB8VjmimqruGnxNAda ge1HrUWyqe7pm8Pn/f2bl8Pu6e7hy+6f77ufj+S+Qt82MLhh6m2EVmspzTzLKnzaR2rZjqdV cI9xBPrxmSMc6sqzz28dHu31AbMF3cfRga4OhtMKh7mMfBiBWuds5hHk++EY6xTGNjU+Ts/O XfaE9SDH0SU3XdRiFTUdRinsiirWgZxD5XmQ+sZRIpbaocqS7DobJWjTCbo/5BVIgqq4/jh9 O7s4ylz7UdWg39Lk7XQ2xpklwDT4R8UZxnYYL0W/F+g9P4KqYoddfQqosYKxK2XWkaxNg0wn FsFRPntvJTO0HlFS61uM5hAvkDixhVgkC5sC3RNmhSfNmGuVKGmEqBAvx0eS/NN74mydomz7 A7kJVBETSaW9iTQRT32DuNHF0sda1Lo6wta7o4kGzZFEmurjAQ+ssTxpt766Xm49NLgRSURV XidJgKuUtQAOLGThLNigHFjw8gM+7+ryYPc1dRBGo9nrGUUItDPhB4waVeLcyL2iifwNzDtK xR4q6jgoaeMjAeNpoQ1cai0gp4uew05ZRos/pe4cJfosTvd323/uB7MYZdLTrVzqp6zZh2wG kKB/+J6e2aeH79sJ+5K2wcIuFhTLa954RQDNLxFgahYqKgMLLTC4yhF2LaGO56iVswg6LIyK ZK0KXB6oHibyroINvibzZ0b99NRfZWnKeIwT8gIqJ44PdiB2SqVxlav0zGoPoVrBDbIOpEiW +uwQH9POY1iw0D1KzlrPk83Z2w8cRqTTT3bPt29+7H4f3vxCEAbca3qhktWsLRgogJU8mcan PTCBbl0HRu5pZcZiCa4S9qNB21MTlnXNHuW+wpeWq0K1S7W2UJVWQt8XcaExEB5vjN2/71hj dPNF0Nr6GejyYDlFueywmnX773i7RfDvuH3lCTIAl6lTfPHjy8N/7l/93t5tX/182H553N+/ Omy/7oBz/+XV/v559w23UK8Ou5/7+5dfrw5329sfr54f7h5+P7zaPj5uQbV9evX58eup2XOt tD3/5Pv26ctOR54c9l7mDs8O+H+f7O/3GIZ+/39b/ioJDi/UQFFVM8sfJWhnWFjR+jpSq3LH gXfLOMNwpUf+eEceL3v/IpO9o+w+voFZqq301NpYXqf2kzcGS4LEy69tdMOeCdNQfmkjMBn9 cxBIXnZlk6p+DwDpUDPXzyf/HmXCMjtceuuK2q3xiXz6/fj8cHL78LQ7eXg6MRuYobcMMzoo qzyy82jhqYvDAkIdSHrQZS1XXpQvqZ5rEdwklnl7AF3WgkrMARMZe+XWKfhoSdRY4Vd57nKv 6H2yLgc8WHZZE5WqhZBvi7sJeBRIzt0PB+u+Qsu1CCfTi6SOneRpHcug+/lc/3WY9R9hJGjP I8/BufmnBftXwI3L58vnn/vbf0CIn9zqkfvtafv4/bczYIvSGfGN746awHNLEXj+UgALv1Ru BeviKpienU0+dAVUL8/fMe7z7fZ59+UkuNelxPDZ/9k/fz9Rh8PD7V6T/O3z1im25yXONxYC 5i1hC62mb0FdueYvKPSTbRGVE/pcRDetgsvoSqjeUoF0vepqMdcPRaFJ4+CWce457eiFc7eM lTsivaoUvu2mjYu1g2XCN3IsjA1uhI+AMrIuaKzGbjgvx5vQj1Ra1W7jow9k31LL7eH7WEMl yi3cEkG7+TZSNa5M8i4O+e7w7H6h8N5N3ZQadptlowWnDYOKuQqmbtMa3G1JyLyavPWj0B2o Yv6j7Zv4MwE7c2VeBINTh+Bya1okvjTIEWZx73p4enYuwe+mLne7+XJAzEKAzyZukwP8zgUT AcObLHMa960TiYuCPTXewuvcfM4s4fvH7+yidC8DXGEPWEMDJXRwWs8jt69hZ+f2EShB6zAS R5IhOA9zdiNHJUEcR4IU1VfUxxKVlTt2EHU7koX0abFQXplWS3Uj6CiliksljIVO3griNBBy CYqcBa3re95tzSpw26NaZ2IDt/jQVKb7H+4eMZA807L7FtEufa58pV6oLXYxc8cZ+rAK2NKd idpZtS1Rsb3/8nB3kr7cfd49dc8NSsVTaRk1Xl6k7sD3i7l+bLuWKaIYNRRJO9QUr3IVKiQ4 X/gUVVWAYQeLjOrwRNVqVO5Ooo7QiHKwp/Ya7yiH1B49UdStLYs+0Ym7q9RU2f+5//y0hV3S 08PL8/5eWLnwBTBJemhckgn6yTCzYHTRQY/xiDQzx44mNywyqdfEjudAFTaXLEkQxLtFDPRK PLWYHGM59vnRxXCo3RGlDplGFqDl2h3awRXupddRmgo7CaSWdXoB888VD5ToeP/YLKXbZJR4 JH0eednGC4RdBlLbAHmicMD8z1xtTldZx63vthhioxgOoasHaiWNhIFcCqNwoEaCTjZQpT0H y3n6dibn7rGFTF1FdWJhA28aVeypN4fUeGl6draRWRIF02SkXzKvCrK02ox+ui3ZTSR30OXI gLvE2KxjG+qeYSns61pakOpdrvEv641lMlP3IdG+NpJkqQQjm12+tT7wi4P0I2hoIlOWjI7p KFlUgSevH0hvQwiNDV038D/tlWUQlzRYTQs0UY5elZGOHSG2bcdY0TcFCdjekhTTmpvR8gRW YYCzXy6tx652E4qOk1sG8hzqiK4m01Mv3Q1dTxsbspq4zAu5RCqJs0XkYfzoP9Ed30RmUdch RkViXs/jlqes56NsVZ4wnr402gjuBUXrfxI4oXDylVde4B26K6RiHi1Hn0WXt41jyvfdKa2Y 73tt2MHEQ6r2rCEPjCO6vtc43EQzygq+Y/pVG1IOJ18fnk4O+2/35o2Z2++72x/7+28kNlR/ wqO/c3oLiQ9vMAWwNT92v18/7u4GvwztnD9+bOPSS3LHoqWacwrSqE56h8P4PMzefqBOD+bc 54+FOXIU5HBoxU/fqodSDxfT/6JB2xeoxvRDY5umNusOaeaw3IJWTt2KUKKootG3fel1I2XF yJjDghTAEKAHi12M+RTD31cR9dPwssJn4YgLvBuZ1skcsqAlw9HEYtt0ceu9yA781JEsGJ8G ccSbPu/E6wZekm+8pTmBL4KQCkAPJFhEY4MCNGE7VpitjhkFvl/VDVtV0ZLzm/0UPOVaHERE ML++4KsfocxGVjvNooq1dXRtcUAvieufd872A3x34BGHTlBfXYOVR6w3rYXq99CDqZ8ltMY9 id1/u6OoudTJcbyhiRuhmM3SG6PxWyi7ssdQkjPBZyK3fHkPuaVcRi7saVji39wgbP9uNhfn DqbDA+cub6TOZw6oqGPfgFVLmFsOoQRZ7+Y79z45GB+sQ4WaBbtjRQhzIExFSnxDz7IIgV6h ZfzZCD5zZ7/gfghqiN+UWZwl/LmOAUVv0As5AX5wjASpJufjySht7hF1sIJVpQxQBg0MA9as aGB4gs8TEQ5LGhRZx9Nh3jYFHh9yWJVl5oGeGV2Brl0Uijlk6oh6NHqxgfDGUMMkK+LsWDLV DbBAENXnBXUm1TQkoEMp2jpsaYw0dDJtquZ8Nqf+C752hPFipe9mLrVZx0qMRdEnp8gbZgVs bGqeAWqxPBhUuY6yKp5ztjRLu09o31dOReONpf4xuKEXRMtFbEYjEf46FpfglwXFxbBoTRaG +lydUZqCF+SSrodxNue/hLUljfktobioGysukBffNJUiWeFjTHlG7/kkecRvybvV8KOEscCP 0KfRtSNfh1wtK+olU3sYAKPiClEI+1P3ohqipcV08evCQejU09D5r8nEgt7/mswsCEPex0KG CvSVVMDxdn0z+yV87K0FTd7+mtip0bzilhTQyfTXdGrBMI8n57+oJoGXe/OYTpQSQ8lntMuC pI1wS9QhhTEg8oymg+nGhhg6rtCrBNn8k1qQ/a7pLDrSyGumluLJHU46nV+jj0/7++cf5t3P u93hm3sFQEcVWzU82EgL4i00ZmZo7zPDTi1GH+reGeD9KMdljYGhZkNzmR2Qk0PPob2i2u/7 eG2TjP3rVCWRczGRwQ0PUwS7vjk6qzVBUQCXcUhs23G0bfoDg/3P3T/P+7tW8z9o1luDP7kt 2VpAkhrPaXjczrCAb+ugbdwLGjo5h6UCA9fTW9DoWmisNNSHdhmgqzNGMoMRRsVGKxhNmEGM KJSoyuNuyoyiC4JxMK/tEuaZXs7srI2vrLk4GXSSf9gx/W1L6XbVBx372268+rvPL9++oZNR dH94fnq5293Tt6MThTYB2LrRx/II2Ds4mcb/CDJA4jIPzck5tI/QlXjvJYUdzOmpVXkax2xe 0isR+ie+kJrb2DyrU99OqIM9UX0EBorJkczuv2ofXkLj0Wx3Wvsx6m3WZ0amP85G0HSClIeh NHkg1VpgLUI36h2fd51xtmZWdY3BGCszHryQ46AhtLFDRzlugiKzi2TC5JUjsLA74vSQqW+c piMyj+bMbwlxGj42hfN2jG7i6fRBoke4rDbuh3gZ1/OOlS5ACNvXV0Ai+a1HId7rsASUyYR6 n3aI9rDgd8F6UjEXwHwBe8WF01qwUGL8T+432w4mI1NQb6V3wRROGaOrTRzfxWEoW1Jwad7V NA4hyHSSPTweXp3ED7c/Xh6NZFpu77/RJVDhm5wYsItprwxub/hMOBEHBoYV6P3m0chRozGk go5jV0mysBol9teaKJv+wt/w9EUjrq/4hWaJDyRVoPQKFon1JawCsBb4NEywlkgm648sjvix ZjRXDEHuf3lBYS/IGDP27CsvGuQhrDXWDdzB2VTIm3c6dsMqCHIjVIx1Dl2zBuH5r8Pj/h7d taAKdy/Pu187+Mfu+fb169f/OxTU5IabsBp2f4Ezhkv4Ag951I5tmb1Ylyy4SXunp8pQWylj KLBN68JH6xPwVmBRiwleYoGRg1sCy16wXptSyBrjf9EYTIutChaBVusNIPabOkWXDug/Y3yy q7EygmsEBvUmDpQ2Y5JZagKgnHzZPm9PcKG7RZPrwe4bHgS1FR8SSLeJBjH3SpkcN4Kz8VWl UG8s6i7+sDX0R8rG8/eKoL1I1L+MDtJfmg9yD+JSgY+yC/B4AhSbWhvsRdF0wlLyDkQouBxO m/t68pLyioGoMApgYW/6NdkEgQYVAk3A1JYLRVuCzIprczk06N4I+0jvcgGeetdVlgsySl9/ DevUaK+6KuzKK1I12iR6AdXu4AVZaw3R41NW76vsAJIEbIOItFFVhnh4CmP3lHKsPH0VGesP qxzl0KNgvz2fScMAjYsYZybFM5nJOTUeapKJ94wuWAVVJTs/5atlXlkp2oFoDO4izSyOfbdb RaMbyWp3eEZhgYLee/j37mn7bUcujuMDCMNQNO8h6E9QdXl4JsFmDTa6OUWaHs38aYVu7uI2 LitITPXheCORmcgOO9TjYzw/8rmgMq/LHOUaj++uoriMqakHEaPDWtq0JiRqFXT37i0Snh23 E5sTQhT2FGNlEbYu5kuJJ32Ipx0kf2PfEfY8YwdUqZddtdOLms0LmIV4zITdhzNKu6YNy9fK r5iBtTRRrUGjoRYojeOFeFCccwvmnKu8yOZBSV8aIMK9rwUuibbs1FZcG6TWZSvKArXyWrRW h+egWeXPZ4KtkF5g4RRdxWWw0ZGUrYobe5C5Vl+6xJJdpDFHyQBX1LtFo1qqhBbYWqccEEZ/ 7FuwvovGoY2xcHMQY6iHGI2dwwWeXuloDHa9mT+HhiJf2aW3zGZmDK3sUQVFR1Weg7CR0ZPP qg66DHqZ03rz3GkkPDleZnojRi4HhBE+dxhV5GyXp+sua9qdZmJjDxY//VuUmeZAWySQs2Np MNXGhGYPFx2qgUfrMEMmyey+xTtaChre7l3LXtlljPpr5EzmIOEoAPZzlEeXHedmWnsOT/VS /cACXlDKvBpD7KHs+3+jNgUm484DAA== --y0ulUmNC+osPPQO6--