Received: by 2002:a05:6a10:9848:0:0:0:0 with SMTP id x8csp286978pxf; Tue, 6 Apr 2021 22:35:22 -0700 (PDT) X-Google-Smtp-Source: ABdhPJyg7DoJsS0g64ryuOtJ8aC812H8JMrEBMzBn55BzeG4i7s3Z51J7awvrK8ZahKOL7eNbrwu X-Received: by 2002:a5d:878e:: with SMTP id f14mr1208224ion.176.1617773722744; Tue, 06 Apr 2021 22:35:22 -0700 (PDT) ARC-Seal: i=1; a=rsa-sha256; t=1617773722; cv=none; d=google.com; s=arc-20160816; b=VoXK9Ptud5uS/9kZBSPIZnsGJ2UxNwWogNPPjex4C2WrqYTuB7A6lzV7P3wdZSw2vT yk4ey9Q8gb9Tk3ESFENfhORB1Zu7ruIzCQWVZp0CzX8qCWYAhoarL2V8HhQowQEGqcaQ HBQa3Gwk67ifJV6DN7L2+WD4bd7S2MJxtAR2XbUVO0bls/NLdcxtwVreOQsKoYtPqElp zmVXZok4AHzjQ89bK5yfKKtiJWlYyo6Nruxn+ACTiKfB+VaRJm/zcucTRSqLsO0FurpS qTRiDdY1s2vzOFR6KEiAgvYrKgb0EP1LeJ60+cONUdjT04WwJ/tGpd1KfQom2pFIXD05 sBOQ== ARC-Message-Signature: i=1; a=rsa-sha256; c=relaxed/relaxed; d=google.com; s=arc-20160816; h=list-id:precedence:user-agent:in-reply-to:content-disposition :mime-version:references:message-id:subject:cc:to:from:date :ironport-sdr:ironport-sdr; bh=GvVSZW/GiFw47IUI5YWhfm7iZPKpU6EDrdKtWRLHzkM=; b=GF6UhmtcRfsUxqd+X/0g4ru0AK0VF/SpIj98+UuQW/Xa9+4nR49GKJagRzqZqHKdJa VGE9ADK2kJQeAD3gyk/7uJHc6/4OXpaGoVSOp63soIESD0UANNyPFcbQgBvI+1JlaOB9 gfHgE4kpioMdGgF0czlKaQ6qjIEMktLzhDCqjHQMnU0dcx0NaVbnxcke121f77N3ocnZ +8U7PCRAr8PDQ07XFzMWg9+hgvQ0+Eyrny4Z7YHmRwA6W+DU4kLLyklAOXCZnyN9B54W LZj6abQ9WpHDwT1i+GUuL/JENKW9tpb1WfjETWsZdgKHzyh+xkbaz3qZ8WsgTHndTeng ifLQ== 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 c18si17936869ioo.20.2021.04.06.22.35.08; Tue, 06 Apr 2021 22:35:22 -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 S241964AbhDFOhy (ORCPT + 99 others); Tue, 6 Apr 2021 10:37:54 -0400 Received: from mga06.intel.com ([134.134.136.31]:48955 "EHLO mga06.intel.com" rhost-flags-OK-OK-OK-OK) by vger.kernel.org with ESMTP id S239220AbhDFOhy (ORCPT ); Tue, 6 Apr 2021 10:37:54 -0400 IronPort-SDR: awZpmrrqFEhzvtNZIRtAD8s9ArQ7HIdofVKtb808khJICYcFYzplV/G8IoJ4gjwzhIZd7z/eyU k1fj+NeXdG1g== X-IronPort-AV: E=McAfee;i="6000,8403,9946"; a="254411585" X-IronPort-AV: E=Sophos;i="5.81,309,1610438400"; d="gz'50?scan'50,208,50";a="254411585" Received: from fmsmga006.fm.intel.com ([10.253.24.20]) by orsmga104.jf.intel.com with ESMTP/TLS/ECDHE-RSA-AES256-GCM-SHA384; 06 Apr 2021 07:37:41 -0700 IronPort-SDR: If9AkPyeXdofrAg/8/wKefRsmTKL4M0Li0lrWz4zUdXnnnyj6YaEYBvL9Uhdh5n6cGs/3z9RsM C92JCgrQBHHQ== X-ExtLoop1: 1 X-IronPort-AV: E=Sophos;i="5.81,309,1610438400"; d="gz'50?scan'50,208,50";a="609300801" Received: from lkp-server01.sh.intel.com (HELO 69d8fcc516b7) ([10.239.97.150]) by fmsmga006.fm.intel.com with ESMTP; 06 Apr 2021 07:37:36 -0700 Received: from kbuild by 69d8fcc516b7 with local (Exim 4.92) (envelope-from ) id 1lTmpj-000Bt8-Qy; Tue, 06 Apr 2021 14:37:35 +0000 Date: Tue, 6 Apr 2021 22:37:08 +0800 From: kernel test robot To: Rex-BC Chen , thierry.reding@gmail.com, u.kleine-koenig@pengutronix.de, lee.jones@linaro.org, matthias.bgg@gmail.com Cc: kbuild-all@lists.01.org, clang-built-linux@googlegroups.com, linux-pwm@vger.kernel.org, linux-arm-kernel@lists.infradead.org, linux-mediatek@lists.infradead.org, linux-kernel@vger.kernel.org, Project_Global_Chrome_Upstream_Group@mediatek.com, Rex-BC Chen Subject: Re: [v3,PATCH 2/3] pwm: mtk_disp: convert the driver to atomic API Message-ID: <202104062217.1uJvXdY2-lkp@intel.com> References: <1617703062-4251-3-git-send-email-rex-bc.chen@mediatek.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="wac7ysb48OaltWcw" Content-Disposition: inline In-Reply-To: <1617703062-4251-3-git-send-email-rex-bc.chen@mediatek.com> User-Agent: Mutt/1.10.1 (2018-07-13) Precedence: bulk List-ID: X-Mailing-List: linux-kernel@vger.kernel.org --wac7ysb48OaltWcw Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Hi Rex-BC, Thank you for the patch! Perhaps something to improve: [auto build test WARNING on v5.12-rc6] [also build test WARNING on next-20210406] [cannot apply to pwm/for-next] [If your patch is applied to the wrong git tree, kindly drop us a note. And when submitting patch, we suggest to use '--base' as documented in https://git-scm.com/docs/git-format-patch] url: https://github.com/0day-ci/linux/commits/Rex-BC-Chen/Convert-the-mtk_disp-driver-to-aotmic-API/20210406-180018 base: e49d033bddf5b565044e2abe4241353959bc9120 config: powerpc64-randconfig-r023-20210406 (attached as .config) compiler: clang version 13.0.0 (https://github.com/llvm/llvm-project a46f59a747a7273cc439efaf3b4f98d8b63d2f20) 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 # install powerpc64 cross compiling tool for clang build # apt-get install binutils-powerpc64-linux-gnu # https://github.com/0day-ci/linux/commit/0a2486ac437e3b8d36a0bf8ce9648c22e42ffda4 git remote add linux-review https://github.com/0day-ci/linux git fetch --no-tags linux-review Rex-BC-Chen/Convert-the-mtk_disp-driver-to-aotmic-API/20210406-180018 git checkout 0a2486ac437e3b8d36a0bf8ce9648c22e42ffda4 # save the attached .config to linux build tree COMPILER_INSTALL_PATH=$HOME/0day COMPILER=clang make.cross ARCH=powerpc64 If you fix the issue, kindly add following tag as appropriate Reported-by: kernel test robot All warnings (new ones prefixed by >>): ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :155:1: note: expanded from here __do_outl ^ arch/powerpc/include/asm/io.h:537:62: note: expanded from macro '__do_outl' #define __do_outl(val, port) writel(val,(PCI_IO_ADDR)_IO_BASE+port); ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:43:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(insb, (unsigned long p, void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :169:1: note: expanded from here __do_insb ^ arch/powerpc/include/asm/io.h:556:56: note: expanded from macro '__do_insb' #define __do_insb(p, b, n) readsb((PCI_IO_ADDR)_IO_BASE+(p), (b), (n)) ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:45:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(insw, (unsigned long p, void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :171:1: note: expanded from here __do_insw ^ arch/powerpc/include/asm/io.h:557:56: note: expanded from macro '__do_insw' #define __do_insw(p, b, n) readsw((PCI_IO_ADDR)_IO_BASE+(p), (b), (n)) ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:47:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(insl, (unsigned long p, void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :173:1: note: expanded from here __do_insl ^ arch/powerpc/include/asm/io.h:558:56: note: expanded from macro '__do_insl' #define __do_insl(p, b, n) readsl((PCI_IO_ADDR)_IO_BASE+(p), (b), (n)) ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:49:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(outsb, (unsigned long p, const void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :175:1: note: expanded from here __do_outsb ^ arch/powerpc/include/asm/io.h:559:58: note: expanded from macro '__do_outsb' #define __do_outsb(p, b, n) writesb((PCI_IO_ADDR)_IO_BASE+(p),(b),(n)) ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:51:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(outsw, (unsigned long p, const void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :177:1: note: expanded from here __do_outsw ^ arch/powerpc/include/asm/io.h:560:58: note: expanded from macro '__do_outsw' #define __do_outsw(p, b, n) writesw((PCI_IO_ADDR)_IO_BASE+(p),(b),(n)) ~~~~~~~~~~~~~~~~~~~~~^ In file included from drivers/pwm/pwm-mtk-disp.c:10: In file included from include/linux/io.h:13: In file included from arch/powerpc/include/asm/io.h:619: arch/powerpc/include/asm/io-defs.h:53:1: warning: performing pointer arithmetic on a null pointer has undefined behavior [-Wnull-pointer-arithmetic] DEF_PCI_AC_NORET(outsl, (unsigned long p, const void *b, unsigned long c), ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ arch/powerpc/include/asm/io.h:616:3: note: expanded from macro 'DEF_PCI_AC_NORET' __do_##name al; \ ^~~~~~~~~~~~~~ :179:1: note: expanded from here __do_outsl ^ arch/powerpc/include/asm/io.h:561:58: note: expanded from macro '__do_outsl' #define __do_outsl(p, b, n) writesl((PCI_IO_ADDR)_IO_BASE+(p),(b),(n)) ~~~~~~~~~~~~~~~~~~~~~^ >> drivers/pwm/pwm-mtk-disp.c:109:4: warning: format specifies type 'int' but the argument has type 'u64' (aka 'unsigned long long') [-Wformat] rate); ^~~~ include/linux/dev_printk.h:112:32: note: expanded from macro 'dev_err' _dev_err(dev, dev_fmt(fmt), ##__VA_ARGS__) ~~~ ^~~~~~~~~~~ 13 warnings generated. vim +109 drivers/pwm/pwm-mtk-disp.c 70 71 static int mtk_disp_pwm_enable(struct pwm_chip *chip, 72 const struct pwm_state *state) 73 { 74 struct mtk_disp_pwm *mdp = to_mtk_disp_pwm(chip); 75 u32 clk_div, period, high_width, value, polarity; 76 u64 div, rate; 77 int err; 78 79 /* 80 * Find period, high_width and clk_div to suit duty_ns and period_ns. 81 * Calculate proper div value to keep period value in the bound. 82 * 83 * period_ns = 10^9 * (clk_div + 1) * (period + 1) / PWM_CLK_RATE 84 * duty_ns = 10^9 * (clk_div + 1) * high_width / PWM_CLK_RATE 85 * 86 * period = (PWM_CLK_RATE * period_ns) / (10^9 * (clk_div + 1)) - 1 87 * high_width = (PWM_CLK_RATE * duty_ns) / (10^9 * (clk_div + 1)) 88 */ 89 if (!mdp->enabled) { 90 err = clk_prepare_enable(mdp->clk_main); 91 if (err < 0) { 92 dev_err(chip->dev, "Can't enable mdp->clk_main: %d\n", 93 err); 94 return err; 95 } 96 err = clk_prepare_enable(mdp->clk_mm); 97 if (err < 0) { 98 dev_err(chip->dev, "Can't enable mdp->clk_mm: %d\n", 99 err); 100 clk_disable_unprepare(mdp->clk_main); 101 return err; 102 } 103 } 104 rate = clk_get_rate(mdp->clk_main); 105 clk_div = div_u64(rate * state->period, NSEC_PER_SEC) >> 106 PWM_PERIOD_BIT_WIDTH; 107 if (clk_div > PWM_CLKDIV_MAX) { 108 dev_err(chip->dev, "clock rate is too high: rate = %d Hz\n", > 109 rate); 110 clk_disable_unprepare(mdp->clk_mm); 111 clk_disable_unprepare(mdp->clk_main); 112 return -EINVAL; 113 } 114 div = NSEC_PER_SEC * (clk_div + 1); 115 period = div64_u64(rate * state->period, div); 116 if (period > 0) 117 period--; 118 119 high_width = div64_u64(rate * state->duty_cycle, div); 120 value = period | (high_width << PWM_HIGH_WIDTH_SHIFT); 121 polarity = 0; 122 if (state->polarity == PWM_POLARITY_INVERSED) 123 polarity = PWM_POLARITY; 124 125 mtk_disp_pwm_update_bits(mdp, mdp->data->con0, 126 PWM_CLKDIV_MASK, 127 clk_div << PWM_CLKDIV_SHIFT); 128 mtk_disp_pwm_update_bits(mdp, mdp->data->con0, 129 PWM_POLARITY, polarity); 130 mtk_disp_pwm_update_bits(mdp, mdp->data->con1, 131 PWM_PERIOD_MASK | PWM_HIGH_WIDTH_MASK, 132 value); 133 134 if (mdp->data->has_commit) { 135 mtk_disp_pwm_update_bits(mdp, mdp->data->commit, 136 mdp->data->commit_mask, 137 mdp->data->commit_mask); 138 mtk_disp_pwm_update_bits(mdp, mdp->data->commit, 139 mdp->data->commit_mask, 140 0x0); 141 } else { 142 mtk_disp_pwm_update_bits(mdp, mdp->data->bls_debug, 143 mdp->data->bls_debug_mask, 144 mdp->data->bls_debug_mask); 145 mtk_disp_pwm_update_bits(mdp, mdp->data->con0, 146 mdp->data->con0_sel, 147 mdp->data->con0_sel); 148 } 149 150 mtk_disp_pwm_update_bits(mdp, DISP_PWM_EN, mdp->data->enable_mask, 151 mdp->data->enable_mask); 152 mdp->enabled = true; 153 return 0; 154 } 155 --- 0-DAY CI Kernel Test Service, Intel Corporation https://lists.01.org/hyperkitty/list/kbuild-all@lists.01.org --wac7ysb48OaltWcw Content-Type: application/gzip Content-Disposition: attachment; filename=".config.gz" Content-Transfer-Encoding: base64 H4sICIxFbGAAAy5jb25maWcAjDxLd9s2s/v+Cp1202/Rxq848b3HC5AERVQkQQOgJHuDo8hy 6lvH8ifLbfPv7wz4AkDQbRaxOTN4zxsD//TDTzPydtx/2xwft5unp++zr7vn3WFz3N3PHh6f dv87S/is5GpGE6Z+BeL88fnt7w8v+792h5ft7OOvp2e/nvxy2F7OFrvD8+5pFu+fHx6/vkEP j/vnH376IeZlyuY6jvWSCsl4qRVdq+sft0+b56+zP3eHV6CbnZ7/evLryeznr4/H//nwAf7/ 9ng47A8fnp7+/KZfDvv/222Ps83F5cPHq82ni0+bT2efzrfbi/Or3cPm4fzLxcPV5/vPXy7P 788ezk7+82M36nwY9vrEmgqTOs5JOb/+3gPxs6c9PT+Bfx0uT8adAAw6yfNk6CK36NwOYMSM SE1koedccWtUF6F5rapaBfGszFlJLRQvpRJ1rLiQA5SJG73iYjFAoprliWIF1YpEOdWSC2sA lQlKYCllyuE/IJHYFI7tp9nc8MHT7HV3fHsZDpKVTGlaLjURsGRWMHV9fjZMqqgYDKKotAbJ eUzybmd+/NGZmZYkVxYwI0uqF1SUNNfzO1YNvdiY9d0Ad4l/mrng9d3s8XX2vD/iOromCU1J nSuzFmvsDpxxqUpS0Osff37eP+8GdpK3csmqeBi74pKtdXFT05rag6+IijNtwIHhY8Gl1AUt uLjVRCkSZ0OXtaQ5i4ZvUoPgebtABPRuEDAj2NvcIx+g5iSBKWavb19ev78ed9+Gk5zTkgoW G56RGV8NnfgYndMlzcP4gs0FUXiyQTQrf6PxNDrO7CNGSMILwsoQTGeMClz6rYtNiVSUswEN m1QmObXlohuzkAzbTCKCw6dcxDRpZYXZWkNWREga7tH0RqN6nkrDGrvn+9n+wTsMv5ER1OXo VDt0DKK0gLMolbU2ww2oJhSLFzoSnCQxseUv0PpdsoJLXVcJUbTjIPX4DRR1iInMmLykwCZW VyXX2R1qg8IcfC8XAKxgDJ6w2JaLHt+0Y3B4AbFpkGltbwz8QHOilSDxojmavjMf15zjVMeW iLF5pgWV5jCEc3ijfegVgaC0qBR0VTqKoIMveV6Xiojb4LJbqsDUuvYxh+bdacRV/UFtXv+Y HWE6sw1M7fW4Ob7ONtvt/u35+Pj8dTifJRPQuqo1iU0fDvsGkMgFLvcblgy1NqpIxhmIBlnO XSGoJHO2AaSr064Jk2iIEncn2g3+F0vrjx7mzSTPO+VjtkbE9UwGuBS2UQPOnhN8aroGdgzt u2yI7eYeCCylNH20YhNAjUB1QkNwZFAPgR1LBTpgECILU1LYc0nncZQzW4INjscR7o3Ntu6u 9Ie7aH6xN6WDAePxOLAvbJGBDmykwmy43P6+u3972h1mD7vN8e2wezXgduAA1tFasq4q8Eek LuuC6IiAExY7PNY6QKxUp2efLf3ikw8axMH0TEfLAM91Y8wFrysZxmU0XlQcxkeNAL4WDZK1 UlArbvoKMdStTCVMBwQ6BsWa2HP2cXp5FhxF0JzcBvqO8gW0Xhp3RlgOqfkmBfQteQ2qz3J1 ROJ5VwCIAHDmSEii87uCBEYEjHHBXFIepszvLjzSO6mS0Do4R03X8uTAAbwCHcTuKCpwtB/w o4DzdRStTybhl8AQRmeB15mg1xtzkEcwc0RTdGRLz43592RcVOBygNcnLDgacZWDiolppUzc g2JuOeZVOnw0isheUAFsy8AZFCFmmlNVgOrQg6PgMVOLCLRNG+fI92EtW9drAOD6RZARwakJ wmmewm6J0MZHBPwk13anNZhn71NXzNqUitv0ks1LkqeO6JhppyFmMn6OSywz8LkDpIRZIRnj uhaeUiHJksH0200NawroOiJCsOCBLbDZbWE5bR1EO35eDzXbhfKu2NLhc+Cadw4X+cUovNRS A71/OExRY/sI3KKQG2mRydsyNifqRFZxUYX1k6Q3oZMoIpok1JqRkUIUZO37slV8enLR2ZY2 o1DtDg/7w7fN83Y3o3/unsEdIGBeYnQIwBtrXKK2+dBn0L34lz32/lHRdNa4X558YKxLFDjS YRmROYkmEHUUkumcW1EftoaDEHPamTCXkes0hTC7IoCHk4T4GkzThGvJU5YDPweGNArJGDfH yXUD//5kqviyP5nqsN/uXl/3B3CFX172h+PgagEdKvLFudSXjt7vERQQgdn04UfluGkVX1Hx CaHh9SH68/voKx89mqrFgABLwbMUdD6GWsKSo2BaTt9Srj1RalwOCBFzpnRVJLpSGH/5WyIg pFzropiaYLWgt+5EigLYg8XUm18jVEXdOVUWFoFoFiz+KizbXwrcIIl5nJ4JxifcrzSR/Nzx E9ATj1DQy4SRMpTwAALYBQXb0dA4M7+8aCz/SpAKBHjAXV5EduoD9sjb4qIglRYluC4MfMiC rK/Prt4jgMD+9CJM0Elz19Hp+b+gg/4+udEQVXWFWqiJqgQl1i6j096hjE7UKRMSlEtWl4sJ OiPhYTKBEZe8/njaZ9/KgmlmG1CIIOJFE12MmKIBQxdpTuZyjEdeBZd0jOjkNFtRCJSVc5Qu R3ZWpOSysmWFEpHftv6F1YKUbQKE1+r69POQPTVb7jhWmIUbw40TzgsQtxTcXhAGVG02Q5nk mDlQ3+yxiIrGsUN/SLLI9pDcUKUGlRr5wpeQlTVONW9yrSZtJq8vWqX5tDmi2bF0pqMJjK4q lyHbAEt1ckl2KzD5jIZ9kgUYsHkNcUvIKlekAm+aCIJZAHc1PG0kEqMH8MGYl9PA9TZ5g1QJ Z+QuPTFLD7v/vu2et99nr9vNU5ORcPRFKlxfwc4ABFp3HbP7p93s/vD45+4AoH44BPsj+Fkk Z4SmgQWxOx76AV7XQsXBbkbHafss+xe8/nB8k+xOn56cBM8JUGcfTwKHBIjzkxMvgwa9hGmv z4crh0YYMoH5Ofdw4VBLSUxOluTo7NndQzCDAT5ojjoCJ1HFWdisQj8muw2UFStRV8iQY23Z wTbdnXFV5fX8OmgrBxoBvy2pbyZ6GWwJU8LyWlhkC7o2isa6BQAAKNBgQhH8a/ScSCPsdpjd gc1FRjCDT2Smk7rwktcmYYOm1MlU2HnRhIKuzViqrj9bTjvqe+RZk71AIuBez11ulpxTKZte fPVEcxqrbmMKoMh9CpOrBoJ2tyfRg8M5KNxh67Mags88sp0Jlud0DrzU6lu9JHlNr0/+/ni/ 29x/2e0eTpp/Lv9cLIx1C/ENoi87vMu9xiA2G3h62duy5harBfcW3sTsPq1JAqOJ13e8pFwk YCCu7BFkHZlBQM2rkbIFmJaE6xx2K6ioUepkMWqY0BKTFjmTxsiEWKpIjKIdcjR0DaKqFYEg ABz0AV45Elu1liG0jYWOc1v6i954N9cc1t6ubhr7o2masphh0DPig3F7sBSebwr8Aw6rE094 KtHoxOjt1dKR3dHIXOdRbLe16QYhKsGxAcXW3vHZLgScG09TcMOA/bYn7r9BSZibQehDvEdW ZbeSQZzcE56M2BgtZw2Hejc6VOcGdXPY/v543G0xAfrL/e4F1gYx53j9jVZpw21Hgbmw30Dv aAgQ7aX3O4KySvPUvYE1GmQ42Ro0P5uXmLKMIY7wdQkqJLycVazUkVwR/xKWwWzQH24lxEYt fOeogQqqggheheFtNxrcsdRLmxl8WpfGgGkqBBehS0ZDBg6xBzHrMz1mEPiNnVqIi4zj0KqU QHYE9Idi6W2XUvW6lwXq3vau218VxpSalEnjl7d7r0nlTxLzKNPJksCq0PE3V84J9+9nMiIS NM8QliRUUSwX8BzgoX835h3gmFVq5+yavGFLQywJ8ZqeE5VB48aYgs9Hg2i8t/gHkkbvszvf bK0I8DMGQij3Gt2aJVGg34vR0bX7JElKQdlW6zjzvZAVJQu0/hSTbyS+qZkID2fsEF78dkUN AaI2UPxXtDxPLPrQ/koaI8E7KHRymmBnSBM1mIBlyBXvrirt/uLxbaqNfvcucYrCvVBs9Mc/ 3ip2YlqiV4IaC70OZIHgBvAUbxWFuvWwIImdb0Njltp3dICqwZcyqg6z1phqDcySriFeBDVj CiFQADwaHBpxQMJXpU/S6wwzAgg+LxwGHpbg5CneS3JY3k2gtZWcmOrEJnFzF7AFrMlY9VmD 0FTLJQSFoLitEeIcWEljOnkF2sZCIF9LNpc1HEBpKdN2Ei2aeKq7xZ6fwSQNnwR2FI2zBiZO jHc9hC+g6eyU7WRQYsRu6ubGjfeNd2X0j8m0dinQecyXv3zZvO7uZ380Ds7LYf/w+OTcviPR yEvpF2GwTYKW6u4ap0vCvte9n6n9Bwejj3cgPsBLFtvcmosGWeDolmPTikdg9zrBMVfiOdjQ 2qm6ivAEQq4oQWfc2gNZng5fddlUt5lgEr7aPGnwOIgCKYq1KKx6JbOqpnEjiXbSR6wgrJlC GoaZwA0XIgXjKys573/3hCV2Ano+J1WFqo8kiUATD1os7mtp6N+77dtx8+VpZwosZ+Ym4mi5 gREr00Kh0hjJRAgFH/4NTUsmY8GCVSUtvmAytocQtDXvPYNNzdUspNh92x++z4rN8+br7lvQ o303Kh0izoKU4EYHMF5W1NyJViAsXgRshbZrTB3QEGoJ/6EW9KPfEYXvaxKp9LyuvPNeUFqZ qzKXWdul2oUp9hWhlQIJhY/NXYG5J2jyCBdevxHqILfXFtSwSDwVXfZIL1oSFMXKscCBij47 SaOyKkSCvgNStjrSCqKMGGjlp/MX0jrerk7DnFAB4ohtri9Ori7DWmAqATQFz1YVhzMp21Bh QLzvZISwsMQVuXXysEGyork1Dh0GeJhlTOLMLue100Tw0Zgde5AemIb0MmLxvgE8hD6bcVdx bknVXVRbNvjuPOV29fKdMQLcyZ51MBNdvnNl1yT027DQOVSIzzAhYgqVG4YzNbd2xVHSXWR2 XueUzTZ2X+GF6NIZpotZZVO5B0ht7jRCbkObm+i4s8m64eqc8wRpn8r8OTMxfiVx7Pa0Uhw0 mV0oSbEKeS6cIByBtIMZVVvujn/tD3+A8Q9llkGyFzQ0WbCr1q0kfoFNKDxIwohbAla6fQ2l VVRhaTmGFQURISuPE4eIHovppYQg2VmSaQv6wLh0sOVF5ZduUdXEMKFtV3ZApwqINe3oRSqL H+ZEWF+RYIkt0s23XkIHbcjkTaMlKEQocGqRcWpNx3T1+eTs9CYE0/OlcFwkC1Usg4MkNHaY pPnWgtfObVaeO8IKn2fBnSO5c+mMlWLgn+QUEYEG67OP1hikshydKuPNxAZmoZTiWj6GbvRx 0iYj2rHxzdvubQdM/KGtC3R85ZZax9GNxxUGnKlQ1USPTWUcagWs8k6rSpjKn1Er42eESlk6 AmFXs3RAmUahzmT6Xk+K3uShVipKp4Sw3aWQFeiwIEnj+SkytV7QNaESqg6dSJT3cYfw0709 6huIkAz3u3vTzsPfqEUURsQZX9Ax+Ca9CdC6PmYHTm+mMDEJ9R3qOsvS0GIrFqwpb7FB5W6a Obdgw8HJ4IY27tH4qvVp8/r6+PC49V5bYbs490YFAIZ7dhqkA6uYlYkpxnOGRlS6muRDRNfn 4VrVDi/kMqTibPTleD5pbp6jjHqLqmmp6NoF7UdHUGCW1Cm5M8bWgEOwNqUzvHCyUHFR+XNs MWV0q8KFwhaRt3NjgoIqMjEAZuneWSWJld+QoP/FsWxooh0SzL2Gc9NK8CnNi+iCiZE2RLgE A5/TMbwk4bnh+8J3hpHMqVjqoIuIOs+j+llVPvcjFE3vGOoU4lo9Q7g6hrOUhqav6hLvlMC9 fHd71agx9GfGmnaoWoqxamwRE7KrYkTqaUYxao6lVqdJbNn6pJRY8s7x4Z6dLlIQrGNBbAjW /RpGlo6FthBT95cWCcYG7tMViW+Z7DxnBxk5tD0CwuQKs5RBycTUNeM9cWA6HsXoZQZsas7K xWh85MWJMyilfREjnez9jVAhTSbszKtIpblGsnMnmDsQ66Y8A/RdVTn7tq48uQDSqJa32q21 jm48FYmatX3u6cYks+Pu9dgV+LRB0AjlIew4Zsi1FFgKybvuq832j91xJjb3j3vMfR732/2T E/YQ8FTDjzbcIsSB5UKikLJIC0xp2nu/YngNJEPHJtIFs3eq+dY5TZweWjArqzo0aoueV75Q X41sylXVct6kQbmqxiJkbQZLQ9yX2m5AGgPXzpmyk3AILGM2AmC61AVmPpXMkjwe+GRzmKWP uycssP727e259VZmPwPpf2b3uz8ftzvnYLELJdJPV59OQo9PzAjMdTxTLJ8T6jRYGYXY9qp+ vKI0qfyeAKTZ2cQLRRyp/Hhx4VO4+PNzdxQD0rWMQmDoyZ9CwWLBm6fZk8MUYukdF0LGgxho aAyEw2FObbE6O4WfxDvaFtp26GDazXUGaaDvrKIlGDFVua4C7NcAQ6uR5+lKlB/fHenqY+vC 9+roX7FmH/6GfJrGIWgB+apxBAYIZiL50r2XpSpTnOedwZh6pkTxrcdvg8JNzHRmiSlStJLs VRwT4Tx0qeIiZo7oNCo1/mW7OdzPvhwe778akRvKVB63bccz7ifx6+ZCLaO5U53tgHVFVIY1 SnaaQRVVGi5MBa+6TAheG069hzV9p0wUKyKaapRktJ708fDtr81hN3vab+5NQWi36WCqOD5T tM6hA5lcYwI9Oq+vsNKqG80qtRpamRoIfwuCaDjy5m1NiA7z8G082HOhvwzLwuVodTFh013O BLeruaFMBFvS8COQloAuxUShcEOAKc+2G90UYIaLym641Isa/w6EW2XUwNoOKv+vQFjvO8xL SVPiE0Yv6xw+SMRypphz0cNj9FYs60vnTi64+XaVUwtzNEwLW52OQHi5N+7Pftvc9Rc77nKB pYZENKyV2lyCqJSWMe1fALoXuGPR60vkAsaRCPxbIIriBQwXOi8mXJ1TTarwAySDW7MgruBr NZH+zZiE84APnVdh23iDZeo0YqG4FuM3TPQX7vlhyV8RB2E1qdj49UGRsZZ6mHMDCvlAVhWh r8zhR2nKoRzFKYDBQu/HOiYtgz5hofoUZ7U5HB+NDXnZHF6952lAB+f3CQuCJgZAiiguLs/X 63+gautFx1QWDU8btLNbADc3nkKzAlShImG/0aJTYj0xAHJ8BcfVjWKhQBLMG4J3UAl42XgC t03ZwPUvp5MdmJJFU5btPp0eE6LTxMv8NsgI49Mxx1PDr7Nijy/Vm5eA6rB5fn1qfIF8890x t2ZjnfqXdqsUwxtRvKbGP0giOo4QpPggePEhfdq8/j7b/v740r4z8PqMU+Z2+RtNaOxpSYTj o4QO7LJEykywzM174ymmQN0VEYhTVyxRmT51O/ewZ+9iL1wsjs9OA7Cz0ExRieXh9ES/mCKR anTeiAEHIhQadOhasdzjOVJ4AO4BSCRpqWzt/M7JNQUQm5cXDGVbIFZHNFSbLb6d846XowJc dxG5zz7ZrWwMmSuADbgt/5hYcEdk12LbcNT3zWqDfWNdIlHhFxI23ZwWrGRTvWAkay7tJ5WJ jD+encT/z9m1NMeNI+m/otPGzME7fJN12AOLZFXRIosUwaqifGFobM20otW2w1bv9v77zQT4 wCNBOfYgy8ovASRAPDKBRCKnVRhkAHWY81jk6FkYqndhePlVireUyNH+3vcRASyeX//14fO3 r29PL1+fv9xBntNSQY9SdGM6VCnft1EEWYDx1pU9d/csD3S4F5W96akNcj7aslPr+fdeGOmF sbZIu5HVlO3GcTDTQm0EsMoYA+1JkJS84UdrUGF9vPz8/UPz9UOGDWgzRXjNmuwoWb97fihz Bs2ylpwXV2r/X8H6xd7/GGJLAawHtVCkGBfV+Ux9LhCzfocuvY06g9LQJYfnybzIMpD13yCd efN5kQOY1HaeqSO74T5XrZ04W1jg+1KmrM69z07ypEVJuNi72G68HlWLQ/U/xG8PLMP67g/h ubD2ekU+kYAaZe9nZTRo02ldUxC5N27AHQzUqHYyD7u1cwghc1QYLOjWd+WuWPplQEs6dOsi PbNgNYJRx2/3SF8X6agYj+yg7EjwLAdudBwsmjYUfNnbBvDpESxJRSs+7UEnTusolBbdvJdE kad/UPzQFlMNMCDi/bS83zOFCNNQ3yt+90AULj0kdN/sPyqE/PGc1mWmliRcHxWaYkU16HQN 2uUVFSbZ008AeO4gNyhQhWcldcCCMnDvKOFEljWnohNr+WI04XkaXleerjVwp/zJspD8aDjJ mPrO17q4Y9Kl3Xk4yXShEbz8/CwZbXNnKM4M+vNYlcyvro4nXyvJQy8cxryVb9JIRNWSlQHF nM0vdf04te/qm5Gxne+xwHFphxq8AyU7gIKJWjXs0uE19u6qBhjgpl3WlGDFypvfnIwOkp18 bSFtc7ZLHC+Vz+BKVnk7x/EVCTnNoy/Fzq3WA1NI3o6dOfYnN44daVBOdC7HzpFcoE51Fvmh pNTmzI0SRT3FHg91h9m19adgRFTRylo6YISNYWT5Qb7mju61I5gkUvnttcVb7pJAOHecyvvi Ud23zbypc4pVpwB9v6bujQsEvqZHOeCsaKjsPwoyXtrMqOE04XU6RElMpdz52RDZE+7Aeg2k U/2JDCbDmOxObSG3yIQVhes4gbKOqXUWYQif/3r6eVd+/fn2488/eNiWn789/QBF4Q3tNeS7 e8WF7wsMw5fv+F95uP4/UlMjWB15CqIOVvQtS9FSaRUPnyI7UYGylt6idoQLHu/J7aJMMcp+ cZkvPuYsY+WsORl6CoKjONxeFS8igYgdWhTFnevvgru/HV5+PN/g5+9mlgew5G9lpwi6mVJa B/Fgt2/wOjXfOKR3PMA2yAs+Jxmzc/n1+59v1sryAzhpFsI/58M6hXY44DJUKWuWQISD+L2y zyiQGmyPcpiQZSfhFcMWvmAkoX89aZt3U7IGFB2oDtELBMPH5hFgvbTiShKFm7DUFDblXCSA qWbfpHKYuJkCy0sbgv1lQ5JE7sYatiMqs7L093uqwIfedUKqPARiGvDciAKyqmWx6w6kiPl0 Lt9FSbglZ3VPy1m0OKURgHp+q5D5gXpB5dZnaRS4EY0kgZsQiOhpBFDVie/5FsCnAJjWYz/c UUjGyOar2871KCVi4WDnKxvbW6fEKlrQsqYkPxe3XnafWICmBU0ETDlGYC3omckw0J+ZpTW7 nOntzPXbNFV+KGG6Mbd5jfz65pbeUqpKjA8klqVUBUAIuh+xk0hFtdEDizy6Wg3ML9TqLnUb HwYg1cZ97Y19c8lO9IcZLOMyS1sYSlSGe9l9fO0g/T3/Msb8iBOdpBA1PNQF8wgSLJfKlupC 3z+qG4ALUDXHEn63lg2lhY+BddKCSkffZjO4wL5T7K6VJXtcj+4MkF9e4AEwNospqvTcF9mJ zmRGhQzb8ha4fapeaV1k4V9cCZ21YAeMxT5JYGZKVR3jC8l+IYIqPMixIB2BLhLu4kAnZ49p m+pErLB+mK8ilvN8jYkU/MpgokhTM2+cnq15rh1B0eZ0UFHSllWbTeF2lgJn2pieU+iwRKkr h5/TKXNqk2CBs2bfSe260I8H754id3LUV4U81iRywfAutWyfLhgP96L5jC4gA330hq6JlBfb wtXXeUblzMO0WAG1+XXQU8PTLfAN45E1m+LgiVileImu9cFLnE1HlcuhveJWvGJ4uU71/1gr fytz+GNLoE+n4ny6UB84ZaHjumS+qD9eyIv/C8vQytEtFDKowjZEVZwXrGUcVQwjAqQzboeO 6gEHVqaRMcZ4lAj5+h7/G7vDCJ8gk+skQ2XbF8q4lMBTer6lFq1BYrvf9ynlBy2xtGBQM3ke mjAxg0L3y5paCYk51QlnUZZ1RUG7LU5rKdiHlCNhXQZaeBhO0iZVTtN8vTSwpmrHoYPja7kD hdeq0ehePhnEOr/rGhRPp/iOQQkMSqpTQoMnDGd76PT04wv3rCn/0dyhXahsyiniEzuEGgf/ cywTJ/B0YlXuFa1GULtUucMgiNNW0dAyXHHJTS1kmzYPRK5aFkCstcsgGgdUZjv3lpK3qaDS actas0jQaINyM0th8qjiXjhEJDmmdaEFlZwo45mBMUnQK2VziPqwy74DtR8gjPDfnn48fQa7 nPKr6Xv6sG4avOiERetkJWi+84sj0nSFVDycHKfAB+tw5ggPdslNEHrMI5PY8RCr7CElb25w PlZq5eLlS40khQfSJMEbM82B8hHm+D0oO3v5yGM6BkE6Z1DAc5vV8TBY0CnpvpcxWZz9r9T5 dJuCqciJF6IICV42WqhvgnGfBj5l1a4cwu96lX9FwKQdu/Mxo0VgfU1e7lk56oIp0apWQA6J upKL4fHcMArBFqfoaGj2aoifBcuyvlNi7izIULanQtYn8bK1eskPKPd0HHUeGkZpEVhX+QsK 4qPQS2wGPy2VHUyV1aOi188Ucda1hu80xvWyIExdoruAwY5OQotbqNgvA9vC3DGU1X40LriN iy9kKZ3Vy+xeGRzEyFvKfh0Q68swl13/+fr28v31+S8QG+Xg5+rEDj8mS7u9mGD53bUC9El6 0hAl2OybFRZiaOSqzwLfiUygzdJdGLg24C+9WThUnqGPUSHqZ46uOKo55oWUkMqzroasreh3 YzZbUy5l8tFFB1S1eM2E5M1eHZv96n+N+S4LD7oUUl1nPJVDeMo9pYvxd1fu/oleiJMryt/+ +Pbz7fV/757/+Ofzly/PX+7+MXF9+Pb1A/qo/F3NVegDequI+dTSyGm/074ZUjCyPPqW43sT MCbPfWq0dToMJeVcxcdCVnuJH+pJgAzTt+XJmAm/b86pNrC6rGb93hhWOMI3+nCeXkvlZoDo Pfg8BHcW191ANJg3gC3rlQ3XbnxoRCumPJZZU6leowgUdWF5tYWjfPqm9p4RVXeRZ8o4v1H3 0XBTFf3seAJDlTav+cZJfdTT4KpVtfSOCseb1lf3VpH68VMQJ9T5K4L3Rd3KYUSQBnqkd2+M YFzxbPNBq025dR+FpiB1H0fkPjQHr1EwDPq8NmhDetJPVGIz7zYrpeG2q/WDNrfKisG0uPQe i7BtDT2/VaVoz5pY7WAMeCBt9l9xTK+PDU49FqrzHgJdWdq6Qnfva+IwP/MC19GIYDTBHClf iuHksu7VQMyc2na0IxYHbQspV6YOgVYAJ8Ya8XKOQKH1blr92eP54QK6pDGGuBf9uG8t9yqQ 5XIGjYh+1EWGx4Na5OJUqRd5q231FJahms1QGTIPVbsbKH9s/tWydFFuir9AI/r69IpL0D9g dYPV5+nL03euJhlHg3xqa3A79aKrP3l19oyO0+yb/nD59GlsWElfyeftW565X4NF2muJTk7T YSSXuXn7TSzgk8DSkqkKO+kCulwHVpLqgXXpVroJDiyt54jFkrsiGL2ZY+hiha5W1gUFL9ao +zMrHRUMc6VCRDM1lYoYsvtyFDe8tw2U1Ql9VttvJJldM5Jel23JAeVyp+r60JZLlCqJZJSA NG5CCNeEtryrn35iN8y+fX378e0Vn4czDqu5w92s9Mi0bucHysrAqf0ppk6gRYo6zdPRjx1H ywpdoHQSaEgXlspbEwvrCJNIbrRAOvDLiyNo5cr7vEhbtSWTmF6MWkwXP+htiBUfT4y+tTnx jA+GkKDF7tOz9qEyMIXOWUES6bpKh+xKH5iVJo1+m8JzqrTpgpVSMyDve2pl56A2AfHW5ify lgQH9fFJQapALbE3G+JklWfnzvGqeADM/p2HqhiMNJM+pwgA2hj8PtjKF0fkSoqP+ktqClq1 SRK4+uMUeo3lh4RnoiEuEqeKK0VwjQ3/l9nKWDhM51ehwdnScUVOmyL6+8kxWHWiBYVtPJT0 604Lw8aXxSPV8kH1dER6I5YnvTzU+rzAKnlfzqPLSIXvclB3eTneaaEgkQgNS+4SLdjIHrRP Bfqfp3dDsLru1WeUOdX4zA8XjYVUCxEATS+yNwHL3KRkkeOpuaEmyErZCVlQDa6TIRmoEOVV mzzE6lr3XjwYI0PXIzUIT0y1zFBbJEjkt2Q9dhbK4YKjuBOuZYVqp5HLrHNaO249kMo372Wo l3quw6cktTAOuW6glyeSODBV4aWSzXwdfD5MfkoKoVmR1fMdMMqJtQ5CZ7WUBpqqWsbQF2eW wq9De9TWhU/QXOTXQKBux+OD7fCKr8G1eTmc6xnSrhCxtca/wmUgk7ZTxJFJV/mpp4Mf2oOP t3NVRN7gED2a6uRTiGs1e46wR1Clah5atWuozTS+PC7e91IO5M2gk3xQAH8oO5viwAz058+L VrZECODk1xf0mVVeNIIscJuTKKqVnXngj0VRFJdkWzbnRz0gyEDR4O9U3PNtY7lmEqjvEC05 /5tHxX779kPOXKB9C+V++/w7UWoPE3iYJOKRdEl2hT7mfWHFHmCWf1isr688anJ7eoRFmD9k bQuBeff2DeR/vgPTBwy0L/x6KlhtXM6f/2mTcGxlzxsNK/M+8Vpf8bU3WTL61pzZSEspy97s RJjv7E/AKB5SlsQqz8pWs8SPG7rzKx5qCvwfXYQApIMIHpjd3Gle6zzJhWo99BZqTl9Y6lyV Aon72k0Sx6TnaRI6Y3tpiTR5unMiz6RXLayb8to9A3XWej5zEvXgwUCVVVNHTYRBz1Je+Z3p gxs6yoq6IH19oG2PmQMdWc7kojVzdPeJE5qFNllRyQ5Ei/gY5QZ1l5HpOvOS9EbNe8tX4xvg ZsbTQeMxoLKcQTp4lM5F3XNY+geaci71UYl98qUVeZABy/72zJQ9Hs8XNiqjZ8bOjMr2zNr3 Mj0zz5ZjOwFEM4DhvNlQ+6Kr8KGgY5BRuyBLGfrO6wyIbU6T6IWkQIjElMqxdCpWkxVpHxKH fHhW4UgCU5iyfQgcd0cCmKcFiGkgctyEEhDkTjxvq7shRxQR8xECu8ghc83rXeRSJw9y4iEm RwrP131PpF3oW0SKIwuwI5pGAJFVjl2yIcdDxgKHyJTbOIztS80/eZn0sthNyIYDxCNPPVaG BJISHZrlNfmVgJ4ExOzI8iGkyHXihlQ20E0sdD8kq1K1KWN48GOoSx2oSj+fft59f/n6+e3H K3X5d5naYSFmKfla3yzAaWwPVBtzunbKJYGoBlhQTMdP1siZAMAuSeN4t9vq3ysb0T+kPIgm XdB4ty3A9gy58oW/zOj+GmOc/GKG/i/yUZtwJldErmwS/qv1jH6tPEKfWkF6/K74O+vXyphu DfeFLdgszk+DzdK6T+lWlQHeqmsQb9c1+KWBEGwWQUzmK7g1hILsHeGKX/rYQepuFbJ3qUK6 T+f3Rww7xZ7jvyMDMkXkarig1EmDxhR7lumEY5b2R8zfKjoO418oOrEOTo5uLecTk59uSe9v ZU/eQ1aZBpHBHGTHsgQZC4W43EWVLbwrtlYmPLqmdM9pp5MA2o4wK/juIst2Cbm8q5uMCvkQ eIT6OEGRFYoDUh2aQLUf0lwnGM9bDYM8deuGsSlCX44lhsyX77/NmLRbaEHGKid78oKDFbTV VRY+VuWkuixntG3JrZwDo110COEjOnYeweluTzwSpyXQASWnb6hq9fOXl6f++XdCV5vyKcpz r/qPLvqzhTheiQ6L9LpRTqxlqE27klGQFzvk1MwPe7Y6IWcgxkDdJ65PKMZI92K6KC92qSOV lSGKIzLLyKLjIbKLN78bl3+7Y6HI0Xu5JG68raUhS7Ldkom7I3VlQMJtQ66P/F0sT8zWDmck RZdawoYHkyyuXKK1OUB9WQ5Qivi1ZEDpiR2wvm6vceyQmkfxcCmrct+VF8oPCy0O5YB0IvB4 JhjOdgp3HrrL4w/NQbNT5iRl9zAdwWm7k5YdGe7fxx6Z/Iq6cPAVLsNLLgtxvFLKE4enLVIt pyUyqvxW3x9P378/f7njUhnzB08Ww3JoHNGL4G7cG8MmxLITpyWaYiZttQN33jBSdpB0X3Td I572D7SDFmecfUu3OYYjMz1UNTbhjmoT03CXEFQi7gAH8pst/iqHi3LDH05w2DrteOjxlyP7 4skdgXBdFXCnb7JyMno42Eo6VTfzm5YNdbOQQ3gnO7vqXdHY+p6pvjeYDVfvk4iRO3wCLs6f xPSvUFsjLICg21xGBTrooioOo+JOE742On8tI/92sI6IyRdP69W5lR8U3DTMPZi9mv1FE0I/ IZ+IjVlhdsYTMhj89o613e1g7huHGxlma561MtWXgZP50bI9V3FsTdoeAmdBok7inLzhfclx c13g5AFHwsj2Rn7W82qBygfWYmqq8/GgxtfbmEkXh39Off7r+9PXL+YMS8RSkem4ltjbMc3P 1sF3vI2aS6To0hjvw6FVz5XBo49+RCfHex7+ewyWbZaJ4ZCE9jHdt2XmJcZ8Bp1iN3UKyf1R a1yxvB3yX2h0Ty8AVNlPyq0EsQ7ksRN6iUl1E4IKFXfr21Wj4ymgHGdsJYbGB0L/NlvL6O71 08zp7wLfyKdqk9i3tjGioaz7Tt8+1+6VLF0CFGVqP2ya28I+THx9Qqq8RPfKFR9SBCixf34W hZ6rty0nJ5E5x3Fg5270t4nD2qz9Qz0kkV7erYqcQO8jtzrxXX3tus1nGOu0YPbAxZdks2eC wuXKR0hz+/vujtAqxGC2L2iZ7ysn1mL0laxhnT5HwnwcOMpWDCGrCGrF9tt1UBy5l+yIZDy7 68uPtz+fXre00PR4hCUs1a69iCo22f1FUwenAsmM53xvinF6c9GrxjCy3Q//8zJ5iK9+P2sS 4do85swLdo6WnYQltDG4MoHeQXxBORP3JmlvK6BaHyudHUu55YlqyNVjr0//rV5+vs33wvpT QV5aWRiYEqtzIWO15ZN/FUisAA/Xrj6WoXC4vtbMUmJKmVA4PGvixKG3jJTkPjX9qRyuRWw5 8JYGgHKW2cDEJm/oUJOnzBHLo14FLEImhXxgqiJuTHSnqdtIdjZeHedRXMmDf47iAw6VvIMo Uc03rhX0dKsbOiJGm6eClWoUPl+P2KcuikE+AbZ0/PETDq7C7tMeRtfjmCRtnUTyWS+6vR3x HinoFU7kmknSrE92QZiaSHbzHFfRAmYEv1ZEdTqZQf7OCp0QgtM9qii2p+MszvWy4XV6Trfw Of/9AzruUp12kQ2UId8hm4HrTpvZA4tLaiczA6yTbuwEZP4TRikHCovnEh/c3hVAx4WuII/8 GSlZiwXKsswQFJTsyDOpmQP1NnW3c0b0PRUic/6xtjLv/Sh0qczxNrgbeZTz1cySFz2/mcpb K4jCyKz5rEdaq27ZWlV5KMePmUM4eNT7PVUE9MLADWnDReHZUX1J5vDkExIZiOV9TAkIXdV9 SYaS94oLd/Iol4FoIHOFBvAD6mxwZuAKsbMjcp2U79icPY7p5VhgR/B2ATG5zIEUKXm6HuY+ 6ix6ETjzYnn1nOmXjLmOfLVgqbxulK3AbrcLlcHVncM+chNzqjemAnTQH9OQfDWQLz9refxP 0HQV60YQp0t+p1JRS0Xo8Kc3UENNLXcJUZ1DM0jLsEQPNCd/GaFGxMpQu47n0mkRor6LyhHZ E5O37GQO+avKgBvHJLDzZJNrBfp4cC2A7zq0gD00zVagcMFBCghA5Flzjd/NVY2TvUCnflsg 9K4kxGGZdkFqBoZyPKTn+UYAWaQRE8Jk6YeWPrRcIqr37theKa1u5sjgn7TsRnygiBJjxlt2 2cglZ5FH1B+jslPVF5oBNHhmwciPgPGbh61Of4hDPw6ZmWeduX6c+HSBxyp0E9XXVII8h1mu zcw8oOpRe8ESTvZHcQJgeeF2ZjqVp8gl7ZeZo9zXaUEKD0hbkHd6JoaPWUBKBtNt53rvRPPH N8vSIxW/YOHgCw75JQUUWx9n1fmsd4ZkPnIxVjnI6nINKSQvrUocnvt/lF1Jc+M4sv4rOk1X x8xEkQDXQx8okpLYJiU2SdFyXRRql6rLES67wsu86vfrHxLggiXBmndwyJFfEjsSQCKRaauJ RwjuTk3isDaDRywmdirPUulg1+ZiwhAAdccpI4ETLM0lzuLG1q+DpaULOGJkmeDqMMVsSkUo IkMgegEqRDhAYwvg4ZkEgW/Lw17gGPskramDFqs8NTnEi92bWJcqYV8mct0SGgVYYk3IJBA1 ASbJtPeU43ipAuwUMsPYOsWoSB6Mig/bKsR3+xIDbs46M6AW2RJM8YwjXN0jMWCb5xnGepJR cblQxcstGfuEIr3JAQ/pTAH4JrDvUqGwK1pNUzpxpF0YOUtixniWMQFtQrG1+ZCm51p7rKRg 8bmVIxZKGLpowM1QbDGhsnjBnr69rfD5ItsOjNt4c1sw3FYsZNCuuxaJ9dGyXR3SHYyMTWxG pj9Qcopu0nO26/Ac3BJI4iEuqjaQOAJQNKE1r9rUCys3xpUsE1vXteHiAtdWVRDgG98sdUmU RT85qbShuFJDvmdQuJR3wioY4cecYp8QBzeOlFnwF+4zAyVYd3ZpiIniXZX66Kmkq2p3cQZy BlRucWSpARmD52BlZHS8aRjiu8tj6zaiYUjRoEcSR+RmZr4AxG6GZcwhsnwu4Tw/Lxz62kNi KMPI75DdvIACxQ3KCGmXfFyqyk7vB8IYst0E2i7pCvBc3ZpYXuXNNt+nd5Oz1TO3qz1X7W+O zqypHUbyQXn6OlIh1CQPc9c1RY2JypFxDI22PfSsqHl9vi3aHEtRZtzAAY4HtUb7BPuEx0Hn 7tAXCqOmbdZVLyQCgzebs+rSRobnYijaqfo4ci1WKK+OEDHQcvkwcoGRHKY2AocxxvgBz3sY MaoqiT7lcUOxgg4gf2eOfSWigto/bI/7CCnb6EAEQdI5PY3KxjNFS140N7eHQ7bY0NlhvGpE yzl4bEJSF4+rFz4FC+X5uyEo0tv1EV7Xv3y7yFbTHExSdkQs9h31nBPCM12BLfPNrqexrEQ0 95fny+f7529IJkPR4clw6Lpmew9viRFAGCxiDQUmj/t2oaGAoW2UT8dg6baSWkKwWSvUFef2 kCKyFBmD4ECH4mQPJyPtkTUJO/Zgdfp5qYWxxuXb6/vTX/YqiZcmWA62T3m6f7xfHlmLLnQ+ v8boYDmSE7V+N342PRkw2oI/VUEGxugHHBMPEMLg0LbFWnYc0MqRNoClzYrD7sAvSyfeWQRJ DPhCzhhEoDebbTQbmQlSDiBrIzw583K0FqNezjHkVWnLI8q0rZL0nFa42FcYbTdvggmuA4yb AO6L5sv70z0PKm8NMb3JNG+BQDEvk4EqnPJva0U7ydlbGqqRQUYqqnHiFq6zgZz6UdKRKHTO ui8ymQXxmSfo4DMPHKSlSqj1CdqVqVFyEZW00sg8pJAjn1I5VbK9Uwt9qolzskUO2mTGi4WZ pgX9memK+w3eS/rrhomoun2YyGjouQmNjaYXZKzDRG8WqfxSE/qQX6mfEKJsiQgfD3p0o04D 3WiDSbeu0QIk3YAaNOUZO6cJj34SBex1b9Y0pkYzDCKXv2HHTRIY0zbpcnCu0563aJQU3pGp S0/6GBqIZlOMgDkeaqK8VuK0EytgY8zD6kTYKtUa9F0RsOOZ5pFgAHz/pAG7DoIVq90NNFYy xTQUEpiiyEk03YQUaNyKwXEwoo8QA9VjjJgWJ9fzLQq9gSEMA4Lp62bYN7pb0FVDcYQBVbFN cORRfRKDmUWIZBbF6H3ohMra3ZkYacQuoIFj0mIzx3y/Ie66wles/BN3qo9ZeHOJAJiai2J5 KdGbvDuqFNM8ZaSo11sTVbU15ElU+hsLnlXnO9TWHYahMCfeRI7WgsOVvbbA5anhzJ3TCy8M TktrUluwMZ+LKaFP4Ha2UpaplS9rUiaS4cyTIzd3ERv9NtkMxg2naRpPXybrk++YS6maclfV 1koJ99ZNqq2m5osMoHbgFo9SJk66NmU9bEnUtCUX1CiMcF38kHZZ4S45+ThJygr1FAK2Jq7j y4oWbpei3ucLWoib7fDsOQP6mGSGY20+mnYuY0242TxKVuzlpUQihCoM1XVq7GLFiF2CU83R OiHGCsUQJsKpss/rbkvPodbt2mDhjuwwb0uXhBSdbWVFfev8nkOPqj3E7eutHVge0t0+2aKe A/nmRn+XIRHNJhoBzXvktIciuEcOXu3K15SzBozabwhwWB20TywGawPo6auurnqcaWZNBzpS 0Vvu/Gdhy3ureV0SwubWi1xToB92lXjugmrIZRbVJEv9WEeEx9WyNnw6ziCH0LinnAUEqi6j wWmdntjNLskSuGrFTE/EeWow+zqrQQr4egFxVc+V65yNVVqONWM7yU1KsnwLSkT1Wm4immdE g2NTnHK2vh/KLtnKwf0mBghOdUxKsAVqj1qTzlygCeWK0IlvMVe23dsqkkyB1D2jBgVOiGFw do1kOapCw7EWKXmS+RSdSRLLnv3UaNLjEdhAzLOkhE0jGinPMKgXC4Q8B5tBbfsmDQbtiKYh aNvpxy8NoRbEJWijMIS4aNdyBP1mk+x96uOl41ikOmaaUav6ZGYRR6TFthYsvU/RcoujFIYU bcmOmWixGRSQ0E0wDDZKIdoQHEG7gttuo4XQNx0qotqxaViA2zJIXGJRXmw84Alk93wzBCc7 P7JB/Exnx3xLl8OxKfCWy8R5goUE2AnuJ1XnXJa3AxpXiG1pNJ4YlWjzERBP2zi/WphiupAE brWhMxG8mwbdhRYWVsHDCBURAEWqXYsM1i7r4Z8UrPY9N7AkUEeR/5NBwFjw9aeq/whjYhse 7LTtLssLYCF4pRkiBx1VkQAf7gyJrAg+cOp1kbR4+eEFtYe+aJF59BO8hG2ik2Npm3pz/JS7 lhfgElvPBDb6/EjjwavNoRiH5MeMM5nfeTR1tbOC4MfcCkLE5V6J2TczyAZAUnjlc9INMR/M L3RFhQSp6goJ0JUWEtR5kWp8I2NVj+rFZpaWVHXioKsNQK1rSbr1qyi0OBqSuPjji58xlVt2 NkJfRkhMfNu+PhzUkD86Q9/km/VxYykzZ6lvlzemxu5fhvgx5txX8r2BhN9FrhOgizqDIqKG E9LAEItZN/OwQ7jvBhRd/U1th4oRi2gR+gtiWR0w7YiFCZ+NHHPtRVaVJAZmWfcE6uFKG42N Cfiflz52LeJs4W2/wmQoR6RDkd2tiHS+Ah9S+PfiHL74tX7UV5DRdwAu2MpkXazRYOypvqRD 3C7pSFEWjRr1HcKJpYdMO1SrOMRbxs7caa5nB5T9oSs2iue/Ks+KhGPyw+aZCq95lVjfPOFd SImyzQCqiCeUYLfCM7x1ScJ49G8tt8m8BMJ1JJOOtVqKVvYcIwiKD0cgcc81er2MOilkdnYv O7OJ2uM6a3oeerbNyzydAstyT2ujIuHt7+9X+UJYtGNS8UtIPFt2DC4P23PX2xggammXlAsc TZLxMO8jOKtERNGzZgQxlQrnGb1O2bLgD6zlHGQ/c2rtxw/7IssPZyWK8tAeB/7+SYm4nvXr cbwObiY+X5+98uHp/cfq+TvoaqRmFSn3Xin19kxTNW8SHbowZ12oKuAEQ5L1plpH4xFKnarY 8z3KfotOPMHaHfdy7Xj2v9f5dohgrCFVXhH2p7YVRza3eyYAtNqwxRgsuBBqXyVledBrD0hW iXYvtnLvYa0sDeo5mIzZB3pXQg+aAwNJgaefPfz18HZ5XHW9lPJsKMYGQ1WhN2kcSk6sv5Ka zdL2NzdQvxsC6ohuwgUnZ+PxqtuchzA5lwdwsY7a1QDzscwlbwdDBZEqyPJAtVQbIiSuvjw8 vl1frp9Xl1eWyeP1/g3+f1v9suHA6pv88S96a8OmeZ6DPOHb65/3l29T6HSpEfkOmw/GtLTd vgPPtmXHF6TigNW3yoo0kBYmyshR7Otjd857PMrSUKy6kN1lw6efGqp69OU17m5u83WqBqfn ACHqM2VhFPh0eXz+C7oFXNjMDaPkXfcNQ4kpBwZAuHdckAUjHxse1gruMsZlZsHq47oB3ONU FeLFRpT/4+d5eKn10AXX0dH0mhpDeiJsu4PtdwZRVQWOvNeRqcOk1qespUB8qqDxYgdE8Vg7 0pJN7MiWODKdYvT9XZvnCP0YBOquc0I+sbpgT4RGhjRn23n00zx10TdvI74tlRdcI7mscuLL KtkRqE6l67rtxkSariTR6XQ0Efbb3txhpfuUubg7qbZqxadNr6a3JikZrLpq4FhG9QCxwJO0 Ln/hL0mff8GY+HBRxu2vy6OWLXiRJVaq2MyM8t26YRGz53yoxxhUPBOwt4RrHS5AbRsHmBGe fGs3DPl+ChWsrZ5E20rPdGQPwulsNT/IsbRmRFmIzfRsC7j4sN3aO2yhK/U4v2x0tEWyP5yr rFPs72aksbzRnRh4mht0B+SV83ZS2FzqLcFW93rYFuuI4ahVIZ/TtiCN0XUy2hlolvTFPi3O fV2wjVDR1sIrujYkFa6Ujb4jegs/MFeB5wXnVLGBHCHq+yOi51HRwD8XtqjbekHW+VjcBXYe 8/TcH47Y5n5YI7RAW8M6tIOvzEL2BXbzOvSbGmdqLgGmjx9WSgj59EPPXMS6Z0c7Y2i0NAWg 2BgAVzVlqaxVFMgQ3YbJ8aMBjc8jwI2PkeJwtBRWit65MAozI4PAMZLwa3YuqJC+BoTH4WaD 0n5QGAwkIYlzWXTGuB8LwBmWylcLySLGrc6WVB4NT2xEbQxID1wvU4fZZvbRAHe1LsRGpO+M ecEfnkCCZlNxiA36hVEubIsL1D5U5TBGh7C0TlEgGAEtuw5iaWMvL0C4Tcc1XLYxCZ5vGzaP +86QU4fMEHjwuKjPDolZCEBqi/PsYTrCUtjlN/xsaZ+0I1dfG/NjwqqstmI9aKGMDtVgPPXx YAuGGU2pPekambhiKCfYY151osKc2pIMmWwSg94WC6zVBl/mhoKdCNuoMOHWLPWBKkQsJsyj BCvOa5Do2KGgOO963AfzzJHlZbfEMwrCTWZxEaOy/V7bJf2UVGqMixHqEZE6ydtma4z0DtY0 QwAJqr5HkVaJPt8fzVWCv4ZTxxXC0By6xBSqPEsluv1Eb41hDqKgVeQ77K/0DY75YqRKP8Jb mhWcEC+fL99Vf6R8IwUbXbFFnzuIyReua0PSlbKXWdSNHys039PxQmweXq634P3xQ5Hn+cql sffrKpkLo1RpUzQ5+xa3mlKUGpKe4/J0//D4eHn5W9d4FA339zzsxC/vb8//nhQef/69+iVh FEEw0/hF37EXzaDUEyfk988Pz+xscf8Mbmn/tfr+8swOGa8QMhhC9X57+KE09bi7T46Zagw8 AFkSehS3Opg44sjD7tIGPE8Cz/WRPQBH0NvCQcK0NfXMw3faUipfWo5Un8qOJGZqSYk5lsue EicpUkLXOnbMEpd6hvL0torC0MgAqLLDlWGTWJOwrWpj48BE+d153W3OApufYP5XfSbCGmbt xGieHNskCXzdunmMRiV/OauR5dTUlTrr9QCSMoA/Zp85vMiuVQE8UL1GKgDcTvwk+chbGpRr iBZjzZ6hskfHiRgYxJvWUQIyDAOzjAJWzsAAWPOHrmuMWEE2j9Rgy6QEpVPp0ArmMbz2XQ85 nTOyb+qp+joULgf1qXdLIge3HR4Z4tjiqENiwEyBZthsiL4+UUIMcpWcYsLNsqRhCQP/oswL fYDyZg3N4+6J+JGn+NbXBrqUy/VpIW2z5zk5MqQAnxGhUS9BRrmp2e2cHKNkXzWKUAB9rmg8 MY3iNfLxTRSh17xD9+3aiDhIG07tJbXhwzcmr/5zhcfHq/uvD98RuXSss8BzqIup0mWOiJpZ msnP69xHwXL/zHiYwASjZUsJQDKGPtm1qGxcTkw8oM6a1dv7E1uu5xzGB9IaJHYAD6/3V7Zw P12f319XX6+P36VP9cYOqeomZZgXPglRF27Dum/e5LF9D5yqs2HOj/sTe1FEQ12+XV8uLIMn tuTYLgXY2bnYw1VoqWe6K3xTnLLjGXERCc/pdtEMsB/hn4VYUL0Zjo35x6hU9dc20+liYtQ3 Zu2hd0hiirRDTwIPWSSBjtoDzjC2tnI6bgU7MYQLu61D7wceUkhGRWrEqCFWBkbH9PojrHqM mz8K0Qox+nKF/AB1ezPCIfGNgxSjKtbHExWtfBiYshlSwHgjsTUwCgmG/ou1iIPFbonRNou1 oKgj3aWRv3Rt1bdBgIYjHQRHF1eOY7QaJ1NjZwtkxVviRK4Vl7cTuXMcZD0CwEVtlya8d7CF jAOLZwzgcFEb2EHsNQ516pQi429/OOwdl4NLGfjVobTrIfkGJXTPSky94UifJWlFkIwFYC9z 87vv7U2lq38TJIi2i9PtamQGe3m6NQ8c/o2/TjZmemm6dH+bd1F+Y5cArZ+GtFKWanwJ4atL yWimN4hxf+JHWOMlNyFdlBrZbRy69gkAcIAsI4weOeG5Tyt0G6AUVegIHi+vX61LYgZG48aO DV4VBsZkZ9RgiHk75KamPYXU0bYKWg22rcumPlp642NJEwFYYuhZ0lNGosiBV3eTqkXRaSif jV8NNk+DEY8o4vvr2/O3h/+9wmUn3woZxjCcf3i9PLeNjHXs4B0RxaGCikbKGm+A8lHATFd+ 4KKhcRSFFjBP/DCwfclBy5dVWygSWME6onr80LDAUkuOUStG5POrhrnUUpY/OleJtihjp5Q4 ylNHBfMVwwgV86xYdSrZh7JHahMNTQM7gaae10aOrQUStrNUXjUbY8C1VGaTOo5raSCOkQXM UpwhR8uXub2FNinbAdtaL4qaFmxPLC3UHZPYOuzagijRsGWs6GKXWoZkw0S0rUdOJXXcZmMZ W5WbuayJPEsjcHzNaqOEG8NkiSxkXq9ca7x5eX56Y59MOlX+dvX17fL0+fLyefXh9fLGzjwP b9dfV18k1qEYoNJtu7UTxZLybiAGrtw1gtg7sfMDIZo2NYwcuK7zw2pcJxiwjQE332MzQJYN nBZFWUuFJ02sqveXPx+vq3+umJRmB9e3lwewMLFUOmtON2rqo3hMSZZpNSzUCcXLso8iLyQY cSoeI/27/W96ID0Rz9UtgThRfs3Ec+ioS/Sm/lSynqKYEmpG9e71d65HkO4lUWQOBAcbCMQc MrzHsSHjGE0dORE1299x5FeJIyvRraf6vHVPsf79MIEz1yiugEQrm7my9E86f2IOfvF5gBFD rOfMGcGGEWpix7Ns2RpjfMKGu2N51cVHwzoKEhd3wjA3qepjdxqZ3eqDdaKo5a7ZvsBeCA7b qsWagoRISzIiQUYk1YhslmpzsWRH9cjFRo6ndeL+1JkDl80fX8sD5gf1qdH0xRravsIDPMsc mNpxwEPAkZSBbjNcZnBsjmBRRW1ucqtIbUDnqetgwpgJCJt1I9/+Ekc3tAeq5+r299wEkToY Ue9REJt6icEw8LzRLDOFiSKYWx8ypBB8FzCN23QQ9FZpCtIh0mWbaECCjhxdyArpFo6ZJl3L 8tw/v7x9XSXsePdwf3n6ePP8cr08rbp5Bn1M+fKTdb21ZGxIEsfRxumh8V2i6gNGsksxNQK3 3EvZ4UqXteU26yjV0x+oPkqV38wJMuszc/jA3HQwLR7v02PkE63vBe0sbplNeu+Vv5mz32wE tgsIVP944tq4zf4/8itG1Q/DXIscc7pwuUoc876eZ6wu6f/4eWnkAZeCHwhs2+DxbadiRC0l uHp+evx72AV+rMtSTVUoo1XRz5c8Vj8m/+2yW+JSFeziFJ6n49uM8Xi++vL8IvY1xnaKxqe7 37XRtF/viK8XjVNx3+0DXBPcMGWCcSUZwODfwXMwPeqE6kJAEI0FAI7ZmKZJTJM22pbGlGJE fc+adGu2bdXlJZM7QeBrG+nixA79vjZh+EmHGOsBt3vXxNbu0Bxbqk3opE0PHcn1yu3yMt/n Ro+nwjIanBy/fLncX1cf8r3vEOL+Kj/SkZ0na7LaiW1Soq2VuxjbIUZ4IH5+fnxdvcFV5X+u j8/fV0/X/7Fu5I9VdSdWFE1pY1qd8MS3L5fvXx/uX1ev79+/M6EuVwOM6Yr62FO7C7dMDZ4r VghGk63Yx9s0iSy0aC+Xb9fVn+9fvrBWzHRl2oY1YZVB9KS5CxmNP8e8k0lyZ26KprpNmvzM zpOYaRwkugGznbJsxHtEFUgP9R37PDGAokq2+bos1E/auxZPCwA0LQDwtDasiYvt/pzv2VFY cW7HwPWh2w0I2g3Awn5Mjhln+XVlPiev1UIxvd/AM4ZN3jR5dpZ9Im7gIVnKtiW5ygyxZ8ti +3+MPVtz4zavf8WP/R7OjC35+p3pg0zJFhvdIkq2sy+adNdNM003O9l0zvTfH4DUhRfQyUOb NQCCV4EACQKp2SOk6x/vmeQNz2T/Gy7D2buL4U8wYP/v8e1KfVs4IVkl0HXCNxSwbukxiPQH u/C7PJgTXTpJ5gB6OlpGxYRqQbky5/e4T+zf6NH561KDVac6MJtRJQV+YcKqWSxiGdfE0xl0 3rVKnPPtihT3WO0lMhRQJDfMOqwxhVnbw/R0ZqhinLTc9ATrQV3EWJJRbr/ILjR5oJ+6yh1Z J0dM5WAOlhWSUkIEa814Zzjssac+vs+746VZrqxuUZk7cY1HdMA3nHQVa8xczwmsjqLMzUaj dhTo+9wEg28uT6w6BxQduA6nCaQXL3ijJJv2jdVlFIs0SSxJMxydGwtHoAlBGTi42vDxg1VA PYhQU+N/9jwSFm0OP8SvoYOJhZCtN9f3gKJrhSK+6HAu0cHPhOGjWtZ0vL6X2UnouyyTpSdf nkF0gq/zFtVSUqVxfpPX6lNUqkYRf4IoFvyjEct50R3YXVfJbM13U+4Vs7YsSSrQoRqgwr6q BOeDYEa6w35WPX6/vkj3q0Q5+wzvc40dWzFFaRYDs7KKwjW91AaS5lBZGUxv0FbxIhDzhUe+ KWL4XagkzfGJE6twwuNU3CQYowyQPaiiIsnsBeQhErzTY9haaOn/GbHLar2K7vIblWXHKuUZ r0SX7efh6t4TyNNmn0Z11WViHm5Om/hMPn60ijQVevDOg23TJGbOLppwGeZNEtFWilWiwJAa 2Xa+3KbZwirRK4ofrrih1fgizn4aMMC0Z/Zks5Bu7EMKezwxKkhzMF7okyqrSnfy+PWvl+en P9/BBIa9cwjvMGnVPU/AqcflfSCSaVUgJlse5vNgGTT6dZZE5CLYhseDfnAh4c0pXM3vTyYU Fsku0D1hBmBoHqoiuInLYElnbkX06XgMlmEQUbfqiB+c+s26olyE693hOF873YAt/u5g+rUh Jr1swxUdxwnRJT5kC1bULI3Kp2dcJ7x67mRqNhP2rokD/dp+wqhwXmN7JoTKP0A22iTyROib iOSrjXOWUEbLRDWGziU49PksPqgHqLZbTyZVi4pMAT3RaHHy3QFzArdNOPR4COeRF7UjMdV2 tfJ0fAjhdLO1boaQCedPbjLVf4Kh3WTUIfVEtI/Xi/mGXHg1u7CiIHuWxLqA+UCMDOWl1wdt X/Xb2vT1lMeSFLOO5T+VEWVbGCtRirgUTGpHnqVcO6OGH2OmedHUSXFsDJ0b8HV0Jgaxddgc kyKp+fh+Rfy4fsWDP2yD4zWE9NEStqrU5AGmSSuD4dngur0QoO5wsKCV4ZUygnhtAUUrrG52 UQumP2WmyDFKsjte2EX2SVPChnPwFeJgTBZOI1mKYf9sXizl8OvBw6rPVe4UKls6RDkiwfCP suzBqlxe3Dt8oOsNPyWd2M9XS1rYSLoHMHY8YVYQD4vlWBY1F9SjciRIcuGMR5LpxxsKkqiE PAbzJKM/eon7cpf4xu6Y5Hte26v1UDsVHLOy5mXr715aZk1y56nmxE9RFnOHabPehr4pgkYT y/3uIbG5tAykAqeNGsSfowyWordlyRlUViNjC7bsoZYpBE0oxzADdvVg93t4/xbt9fAGCGrO vEgj52O5SwrBQb6U1HEXEmRM5p60y9FbrMIU5al06GGgULJ4vwoYxxxm2ZITOYxgbQ9GHj0c QEWxRSLYW2ql++rgrC5FeWgsbiW+40ysLzJvs4YTq6DQI78pQK3H00AQWP3JnQkCFRlzqsFS 1la8BnQ+vyopYDiKxu5jlTRR9lBQxy0SDeIK9junlAKDFu5dqwPJuKV+SIn76oc0Sez/cAci xn1fImjFaH0URnbUHvEgM6fqa0MDqvE0a6t5HtFKplo8UFHs+6DqkrHIWjgg+p157l9kW8Cy MDYWaage6Dgckh5DZmC2WE9jBBiJjpgEYJIJ2OvJ0HCSoi2qrLUGss6t9XzEeLeR4Jr4GEHO KhV5VDe/lQ8936mHGty/E8PeVlpCqqxEkjjLt0lBROU+LmndiiaPzEiyOtRpdovqU1eJ0K6o DQ5fkprOzorinNj/zpznZUPf6iD+wuFD9jDEuuyhG2D+YfvyEIOeVTqiXOUk7tKWCoMldams cvSrnFVBYF+MDi7PhLIotUiMr0RqsRi4Samg1odOS4qe3IrUNtZvV6MuywNm1T3dswVMyV9q 5CZkdyzLmBtPhG2mdqExvU1PT9FiZ8qUce0GCWxo/VE/RZHn+sXQSOG5ZTKj8GlAO0KMjASW xJ25OSG0zSpogC4GVPmisBJ3yfBlNUu7NBJdymIDY5EVBexVLOmK5DwEhh0sDvN5HE4pEXVR BfxS2aDRDOOeJKBId4A65ME+SmxL2pkMPw7HKMe78ccTBBzsG2Xcsia71Saki7mQGbWTC4ic AhNykx9iPzNCTs0xwUQre3c+ZazXFjaCIlYpv38NdLSa6+lbfP35PmPTVXrsXvfJSV5vLvM5 zqWnXRdcevZUK2gF//XBNyjsdHpl1KgYwsj5RkIS5M0dWTA/JXsqSshIgMF7zNYk8vNS6Y1N DAlMyA5LaF2WDU5h1zQEtmlwrQswGqmyB5HR9XRFxfKNHWVyxKKhU3hwMke3PUwTtqHOzw0S TLfq4V1VzMoTP6IFpbGPWBV4huCan2xurBAytwSiP2qqbzmVlzZYzNPqxhLGWFuL9cWdVESE 68BFHODjBa4uArTFENNtOoiSXDWlPVMkruFOp0ZcyIIlmTXMIMsqFgb2EiqtWaZr8EVLM4j6 GHAe/mqpdPr1PIXPbuN9o2NvLKVagmSH1Nrz9GZYbUjpa4lz4i63x0U4rBGjSpFtF4sb667e ou/VbkOVHYIWwb9TYfMwlSEmcxb7YuJOY+SUklF5ctqAcdqg7x3q9mXGXh5//qT8RGRY3VrG OvI2+xxTyjlimnw8eixAS/7vTEXVLcFOT2bfrj/Q82r2+n0mmOCz3/95n+2zO9QgOhHP/n78 d3h98vjy83X2+3X2/Xr9dv32v1DL1eCUXl9+SCfCv1/frrPn73+8DiWxi/zvx6fn70++SMV5 zLYed3hA88rvtSVXWlwI6q7frKJp6XAfEinnMK4pRwapx5z1DL4DRCpy9kqQCG8K9ZHiGMXH hPJMGCliTBBXl9kYFL16eXyHAf57dnz559orGDPh6uAjh5IOoj3iqa1DIu4SMOLLIiFQUxx/ suMgd5Qbx616RUMwvrcMuxHB88s2p0Ow9TT0jZRcGSkGi0h8HzNuSBv9MeIEXICF6kS/7ulV 6nqcmtt8+0keJpFkNc6yc0eBnw1OrR1aC+GmRu8RGUnO15SbeY/T809JfTduGzO+p/y8k5Mg gwsqJfpYNvbRpER4hXR/UA5/N2xtfVPsAc/irN2Ax9aZpFQYmpgPx+NGxfJS41bUVEnQ5QfQ ECPRsDSqj75ZBBMI/pyOzkrPfJ1r6ghMsBPf13b2SNmT8hzVoF5SJ22ydCIau0ySClhAcmc5 8IsnKK1aT3hgeDib4/QABZwpTb7IIbz41gZq3PA3WC0u7j4nwJqDf4QrT/AknWi59oRgkoPI i7sOZkm+M74hLWGKSkHfYaA9oTZHXhi5VORKaKyFJI/0huNks4oLXpp5RqNNomOWKG6mfQT/ AzD53VZ//vvz+evjyyx7/Nfwq9Z39NQ4kSz6oNsXlvCTdzTwfEBmziJa20TpqUQq7QhuACmR tX8YTHxCMZ9bpolMntK3Uh+PrOIuRF6lmDb0b1+Wm8187KZ2oOQZHZ2nkpxmPb00tUJFapgT plMXjqjVy6GP843zCpPUp9kO1cE04MXe2TwY6LG9XiQdDPft4YA324G2Qq5vzz/+vL7BKEyn BuYCIa2MwVRqY+tU61i7sEEjtqCGLuwWmtCWfJaxnB1xkp+Qh1+1AnToE5iiqKzg6gMUWErz wLIHsTtW1og9UDqdKJImCDYBCexU7E9q4lX8Yk9jlTFKDL0KsN2dQHA6Gox8xODYG/rHQC4E Yx3wPehGVSkMJ2O5GDpMXGIZbG2X4DZqUxYst0FVCjpeY0OTxCE8CBvSnpgNMvwe+gqU0eKc c8I/bZYDtG+nKZ8HXGKHNfEQYa4fkdzYUwbauojJ6NwmQ3tARgw1gCMSLHB0X/ZivSNADKWG c0Zew03jPcqZ4+O3p+v77MfbFcO+vf68fsMHP388P/3z9milR0BmePXh6AuN7wDqSM2W+pQ8 6VPkumgLmXfnBsnxQ3tX3mp4m0VnjMEbJ9fuMr7Gj4drYtk8VGRkQlkVaPSdOPNGv7w2chxW 51ok9xhh2gU6QWRyNmiHWnRhFWD4EwfPWNznlo44ERtHNCOo699ECFHqblkTXrtECYM9RwWj wW6Dkm2kUBsLVFlzMKZlQoHlGNWR8LwKMumkvL3VGUllHLYaqAT/5cGl2Tn2thCMzVyk1KQb ZKKK6suKqsDJb6Gh1HkZhZLtRUOYQsblieRnJ78bEcZTFm1uLtEppHuOKMpa0HiaB65GZZ0R a1tbPSCo78qCxB3wr/64ckLlPNsnUdvQTeVVXfrmpz+7uNglFTy/SBY3y0oa8/GQRJaXiM6u N42D0148nQFT6WapXOTmEDgnw5LWPIWSoPD2IhWV7gUj5Qu+gBovWS2En5crN7h8hQdzzogZ ggkq+rs5pPDwHXJ82gxiyuFSck7xDz/YBU4tRnLw1SJsIdBiC9cgu62Fh/6PmOrAsK1kvW1x sUaA3TvCNBX3JgBWfrANLQGhruCcmbokhX4hpckZw+Sd4FG+Xi1NRHnOKMrxmtRSiPMkFw1n lO8L3i7j1enETl6kSnd1ncUE7aSfGMFKI5GeXqzMytriu6/xVKPAA6P0jEcBxVHe9qm4ewnh QCuLuQ7dEhwV4TxY7SIbXHPz9aGCnoP5grqpUQ1j+TrUQ4dN0JUNZRUzEr1KWD2fY1yEpQVP ssUqmIfGs3B1Vd3WNRcw6QW324/h+EKbXgIDF7heBk5XEbwLKLNHosfk62YpeVdGPjpUPSz3 8NF09+0+cReGwtXRPbnZSxrMqr4iw2RItOkoobpRhbulPaAIXDnjUK2M+HQDcHW5OG4cI06P LjABQwK4duvbGs9BB+DWjMgx9XtFO8mNBGvPUw1JoJ5WyHeD5DmRJFLvPawmqfcdDpAtgqWY b1duW8/UpZNEjXmR7U8kDrZzZ3yacLVzVxjxDsRYl2wRbrZusUJ4Vw1Ya5e97o6j6hGc2fPY sAhTddvQjK12C2fp5NFlszHi3w7g7W5n88AvU48QIYFlE8zdtcBFuDhk4WLn/cp6isBpEuaJ h9W8z5rx9m+Sl/Ke7veX5+9//bJQqfrq437W+xP/8x0fqBGOZ7NfJkfA/+j2hZpYPND1PL6S DXoQjPQLVisp387NsNhqBLNLTd4+SGwrTBVB1YO+VQ+kW7aaQg4z0E6fOSEKqfc3quyUFd6a qCr0LtOIJXUXqXfcWshVfA3YvL59/dPax8apat6en57cva33WbJ34MGVqeE5MSgDtoStNC0p TdUgy5vYyyIFRb8BBZw+XTFIST9mipDpuaMMTMQafuLNgwdN7AIDavBlm9y0nn+8YyCnn7N3 NbLTYi+u7yo1b2/sz37BCXh/fHu6vrsrfRzqOioET4qPuzekOqT5VFHB6fNTgwxkF51P12KG b5bs/Wsczj4JzrjI9igE6G+Zvj6TxwF8zzOYFKItCewWYHmX6PQnWN1q+rJEEVnKEU5wqhvW h6MeKRHkZDPucaDCTl6PY4kJ6h6AqIhMeeTGa4nEQwF2z6VLCulOiHqnfH5snedgyr2kOBpx XRDWR1wYygkTq7veoFlRR2DmHS0VPLpwx0DSeyVvV7ae+E+YKjRaLC430Jj7jhrF81izMUXV LoTNJCa9Yg4igznUTXyeH9GjwzYr0PLL8D43WtPXgj1BWcHOn9OJzu5CTytydrBaMZwT4DPC iBHwiwXHZ9TWUUXVNbZtdOoupecd9kV4Glfsq0M/rhP3PqGlyX4E5i2t4SmCnK4HrXqrEqWk d2ZX5dFQMO+iam+SK8RiLidAA/PcIhwsdNkS009iwFw8Bv4F30Oa3Pq0kV8eint8817ZY97c gQ3tmXfAsXuDm3yAnOI66/Jj3lAIQ0acfUcR4tDZTREpEiewtQnaH0kms/R+udrdmq9S0E/M dSxlhmHrN1xl+6xLIfb6sZv6gDJVfJRv7OX5+v3dOBEeJRw9qADtj5sdSQdGG4817vv24CZa ltzxptUYurOEUwfmio9RHfzu8vKUTFGydAGGWH8a+p5AJNkBu0FfM/REoM5UdMocq3OjyG4v UxLhHoZuJJnujJrGSxTPhJbZY2j5l+PMMM7977qaxfouJE8lWBwYW18lI0KoIxM8vRQR6ejS Nx22fNiYjPMzHUMfymsUvkOe1njOwEv4oOoTvojm9b2JiDFT6IiYxAmg5A6T7Rmoe74LQORc t6RmcDqgywSwPeg5kA96wyRJUXKYrdaCui6qEhzlezOJhU6LyWMvoNZcjvCJqxA0vnaNRaI8 vmCErSFgDUm0Zzkm9YZ/DWRmA3JaQZQ4HEQ7UXF9K9Ekoo1Bkr9hKRWtA9xj3nJzofcYXlSe 1NSKW24nZRzBQ8y84TULOfGnuCJTbkl3F142+uW4BFo/7e5ImHGnq0AnUTLjhYQCSxE8XIFl yTFihlLcv775+vb68/WP91n674/r2/+cZk//XH++G6+nxjxWt0mHNh3r5MF4P9QDukQYp3ui iUBm00JyCCRGyoS6zJNx2RliBXvckdeeeZJlUVFeyKcDypDvwPasMo/U7knIy4YyqxjoXSrX 3FhigtItSiPYP1imHavDD/RshrV612ob6kCIEcuqSHdHUQK8ZzINwgjtD9ucSWcvr1//0k9b MGRkff3j+nb9/vU6+3b9+fyk75ic6UsTGYtquzDy032Spc4DlCZfu9WR1ZaKBmhS7ZbmwZ+G re+2cyqJjkaS8rUV7URDCpZTRohBoTub6Qi+CpcLL2q18FXJV2RWHZNEP0U2MWYGMA23zxfb LXUGpNGwmCUbPY6QhdsFKxon48R2rPLUjaId9wXhCQFnkYrog1E/JjkvuKcy7+W7PlBBXgk9 3wgCm3O2nusZyXSmYBzBX9j+jVoBc1/WnL4lQGyGUce3MmlfzGmxotUiLY/bLVfxkVx4eSn0 V3ca5sToSQPjMeicpMP6iok3CytoIzljHFQJuSFSLcexk840wh648gwzvSIvP0f0xjxzHuE7 bzEVSG7PG9Gdaxh1ABbBNq2YOdf7iN9FWdcsbPb7ZtEx1uKEeSd1oIk5pcxICpYHm8Wii0+V Va99sdoDu3Won5Dr0O6oUoSbTehdE24vFulrQBVlD8eCvHoZCFI9bOoALITbG7zMoGoQ9BGE lMrwhe4xkA4Zz8+QzSAn1+wUzn1CTVJQcZ9NmvWa/qoR5RWYgNzstuwUeN79mJtIQF4DSS0Y H7dqm4Ro2r1WylSHRhS2+Xa/9iU+gdEOgy7M0SXU25TcniAJ9ZhMA5p6mDMi7wcDm39/un5/ /joTr4xIMQeqHdhL0KwjdZ+hY/G0kMzeaBMFK01htpF6kkkbt/XgLmbSFhNlhE8fUA18+oO+ NcQGoIaBXCrDyyX6YEXdQfXcaT1NRhhvrn9hXVoeOU2uY5goFXSE1KuaYDOnw0daVAv62ZJB td54knJaVBs66r5FRV5sGTSbdRB4O4ZIdAaFUfy4Nkmc8sPniWGv/CzxJ3q7XYRUcFWLZr3x 9haRn26TJOb58fPE+eHIDh9qLANxbjH2Up7ihAHtjV5tqNMji0bP4OSglFKjKvHSsCi/3Yxt SIyXn7RqpW8avc9YRD7dXyOLyLDbPpZ6uEOXRs3k7TqdCbxB20/hZ6mT4pPUKzuflM+uNESg JiX7Uwhle/798voEEvlH/ybVSI/wGXLN7hdNhOkkWbiAgarIAOzy5P4Y65FctM71T0d12mgV Gom8FXDjwqRSWzGBrpbb3cJIjWwSiPiyokTKSFVXuXY5GFX33ZGxDkzkpQnNcwfMARxVQpjZ x0foeq4nduQ95+V8sXOhNO12rqdCQ2hGQhXtRvcfFLmCrk1npRG+I1MKTGg9DOoEdZllPZxi Fqtiu/VCd5qMVSELCqzUCO+MNKNjzZulXXNPvqFvJaeSO+rkQEOvyVbs1vSw7ej815Kgaj8i GZhT5y/3sFrVAjG6KhiKZYCD3Unr3ECBdxsEyURw7LEWZwkO/Hxln6EY5cn0/5U92XLjuK6/ kpqnc6rmzI2XJM7DPNBabHW0RZRsJy+qTOLpdk06SWW5M32+/gJcJC6g0/cpMQCR4AaCIAgA Oq+ZCHvfJIHiRY+EuSrga+IzEVz2aIvjQnXKYk4tbq5mnjP5ESxGgD5GiK8Ex9bRCMel7RpQ dNXQGPDrc84xZqqF0LUvzNz2Y+ESbDGlGxxujRpgr0gxAlShO8ECKfr4WJyV1ljP8QkFlJRj BQo8OyN7cmjrxP9MIqZngaE1emMSKnygsPmvi6yv0YcFDcbZ5nd7z1inlpi+QhG9ixwTyCpV fQrV2KWLvcKN44TApEg2jl2guWWOGa25wLRnnt2mWbCLGaMlmMZfBALYjnjKcXLEzhxOBPCM 4uRiHshNNhIEYuyPBEsquv+IjtweFdDE7S2EXiwo4CXJ+GXI8iWxVPGXnoVGgj8ZjEvyfDJg z6n2XZ6TDJzTg3D52SBc0hbrAX1JTjOAH2eduawD5Hx1OvP6ia9hzgZZQE+KqF4pLzAXs0rK KaJp1CyAwrgG8KuKrtA9gFyTok7YT5pj2LamsSAsaPv+GJV0FFCz6Hw+eJwjFS3HzuoNuuTQ ZIpIhnLpZyBoAndWimL+WXWK7swu6Tjp+c9xdzaffMLdGb6v/pmiWFOcz4+XhWd3Lvo+Iv2O FRkQVJ1x96ZCgAXKltjpcR4F0XxmF2FO+yzNzDd7I6yvG/PxkPDnokoRCB5dLrDnHQ4H1IwF R07UiG+XKO4RjgZ4o7quzDZ9OsEMtFyhxgq78uw06xmOR9TRU1iRTPAWK6IibZgUTaCG9fnx j9fnk/Pwp03447momPo0C390Dh/NJl4/LQA8nRFlIWI2C5eH+MWspQpcB8rbzPjR8uJkShXX zKm2XmL93vA4NXqdSNka2gxfbhy54NEuggHBn68KtA+PbCv3wI3N83rL66xEUR64fefPH6/3 e99sLlzkLTdcCambammvSt5EnoeKumKS3xAt0FdHgye+gquXm76Dfpyt5Ns3v8iRZit8NUN1 pm1bNKcwhZ06s12NG4wDFU9Zz31G8OovzEITsyNYuYqO4mExrXmYQoabCbVw0y7OTk99nlUw zyM1qxfXfdtGwdIZLy5xE/OKV3MgXu6wdhDOBbXadBJHr6N3nOAYZm2TBFlBF86VCB8FI+4W qNipM96yaG06ZymM9A7OLUcB2Co3FwXefQTedMpcQnVm+ZNJIKdct3RdUqNxUwoJZ4S2ODIi 4i69b2oe7AR06nWaLra10Ph8QcMBtoCee2u1wKPiE4Ki7agTkFbuKm5HgRq+awtaKCaqGwKx YfVw7uy0I4sZzvSioY0/A9o159r4mpqokhnMhSuyurb+1OKYoCiyJ0IEHTvRi+/IHaIrfBQY qqrs1+8aEwqSKLJEYOg+HNLzuZMwwTIyOzJ+mEAsy5eV5XeErS4ARtY4eFgWa3okYRExEIAz lDXNFqa3W5SeKrAdCc4LWb3+XL3zsIDyFtoD4q21A1TN8SLESas2GqezmnY4x92ojqMQu1Je wMfmOwj0qC/ia4cHqfIUfGVDcVnahIIpu0jhWAuMWj5FEkiE7RRbeLP//vy+f3l9vqfCGzYJ Bvx3Qz0Mc4P4WBb68v3tq68QNDU0a+RW/BTOzS6s5C5EXkzgc6kwBgEudnCuHXm2eBv6F9NX bbNmCAIKE/7pYXt43RvPliQC+uJf/Mfb+/77SfV0En07vPz75A1fcf55uKeiwuB2Xxd9XMHs Krk3APrKhj9H1AjIeBgRKzeMDGEh0eK+nPHOiSqh4nBA66KsTOnkRQMRzaNDlyQBOouqGKo0 e55qqewC6epm98CgMoiYX+iBCnLUsCQYCF5Wlb0VS1w9ZeIjWtJIGrJrNMM+X6a8vpzg1z0Z HmnA8nQIE7V8fb57uH/+TjdU67s6BdEwMSMZ7sD0qxLAIci7KYSEp5UoIqAy14WVnZLkScYw 3tX/k77u92/3d4/7k+vn1+w6NEevuyyK1LsVSmsGTWXVtWZCb+Ejj5lQLZU/rhkT2VS5E6d1 YPczpuT709+KXYhV3J1WdbSZfjbdxciijxDJh1eF9CKCY8A//9DDq44I18XKPzeUtZVxgyhG FJ884bPak/zwvpeVLz8Oj/isdpA+fpSOrE3MF+v4UzQNACrVqYftlugezrPb5Pf5yNTPVy6d 8Y27bZ8tvfXZm2GcbFjtbJCwNhsmr/0NqLgy2DbMTuPaCj/m0CX9iP5U0rVXlCOBfjtAtUy0 +frj7hGWUmB9Sx0CnzFcF7Wzi+OhnmH6i6WDQP2tN4PySihfZg4oz009QIDquPFTPQrMdZEF MPbV+gCqrWfqAsyLGFFkB8rMpFHJuSd+bYWqMac92X2mxBvvckb9BONDR2QCQvRBc7JmSJCy rFsHjBFBXyaYX5I3XAP+4pKs7zRQHe11ZhBQlzMG+jzUjkDCVpOCvhgyKKgzmoE2XREN8AUN Zh64qJaZGX1vJJ5fBPpr/ll/zWlnP4OADqdsEETHB9i6+jLAbBJgmbxfG84vq8Z6DDjAs0qK qGPfjnLMVg2IOxBthBdx2sNGeqtE9+Mh1Axm/axDWbKRAf3ueVPlLcbmJehd6plHbXUnktGP LjphMvIVMSGSd4fHw5O7Iw8Sh8IOCcF+Ss03TrYF7l9pk1yTvdtGY3yM5J/3++cnnY0idjcK SQw6Erucm0tMwVeO0qTAGDR3dkYvj5Hk4mIxp/wSRwo7kI6C1215ZvkYKLjcCfASv8hMnzGF btrF5cWMeXBenJ2dTolG6MjbYQ6BAmYChkyemk5HcExtjHfCcWxIfWVhixtmRgCV0MTcSJVG DWpoauYCbyd9Dlppa5w90PKeFJll2e5tgIg6uKrNKgeQG1pbJH/C6WO9NUQlGe1tZdL2UWrD s9SyHUnH8L5MCto6IXSfgl4/MVtg3IK4gRbSBmlllWvqKKOyzUnbRlpEU7s7td2ysCaGkCS8 sXNQZOSQW2+E4AcKVTOYL4KcnkSQGFkC1K8xjbtfqkS20dIG42FJPzxxwCqY5rj2JRyPb7TV C/FJk2f0WwWBlnOP7oXB8O1WKuOFBD5SBmKb/XW23LRuMVlBhX6SmN3ELgAg0wu/gF3f1lSM MoGV0RJWhffZNT+fntIBSBAvAs1R4koiI3zWBTp9a3PohXOXQM59CPHqHFHCiOGA8HyS8dpt gn6lEGxDsaPMJIgR4iAuHGsuYkTkucWZA9x5c87VfG2kWra0hVpQKD3CLVYt3GDJ8go9UCjP p4uozmOvUAxcGy6ybiitRKDsNGISVJABCwecvJkxoXhtZoN02F6r5DZLIjuXj4teN04wPotA Xp95akjWXJ/cgwbhZxEFjBoCvS/BojXzZGNgpYb1TrSGL+IihmVkQCc18LDsIvyuzoy5PCCh Xh+KXnAOSo+nKM5koeWgnZwi9bGriqhzWdd1rReSRerr5noMb8Oy2AwTgKIG8JgCuHGgZVt0 xrJXew0WBmrKMistW0dVlSs0VdbRGpMzGx2OAQ0Uy9og4w7fUG3Nois7w6h8KhcR5hWJYe3a PCIq4I5PzCiqEirMeab7qAKLncSD+uZAC4G/Ihba4cXzPh7TYkyioYupZ00KKUT8autydSU9 KC0Y5rnOrj2oFOcu2BHFBlA+j+lZs3TReFft98NwmRtsxGChcQtU5pTIheO7eg/mhJRXUJRK RT05u/AwVZTWK+aBVcBjpxHD27pgI4yQziS8X+Wdxx4GhDIrU04m+tnn8Uecmkq9ApUp1NY3 J/zjjzdxfhqlHb4Lb0AsWMluDCAcI+oM9G8TjWC91+P5oGqtgy2iQ+/NRVKPVdF75UkvCivK tALj1RvNg3Tdob5Bxyc7iYtoCk7ShczwRGD61S4P4yZT9ilyholqE4qC7VZHcaKFSKCemR+l 83tCXzNgXht3KOSLbFE4tUHLr0H/tzty8OURbqNUhX3JiQ4p+VSG+DKDrIsvMGMVZy0jwJ2d VdLgyeXabpn2b6maho5FaVL5vaYxHBaho3iYWJZvyLMQ0IiDn3i27E/DItuBAA4MmLrr9j5S F+MEHDcM3DSJojiGli8rPRpWK/S2j5Fu6TZI4d9vmt0UHX28SarwDegN9nBLx4DZxZkwAeSd SHbvpPYSQyl2RzH2waFUNA6XFok8kkN9wGXXkuFTTLKF8C72egt09n66KAuRqS2A8mc1oohJ WhT17EjPCrRfj3DxIfoJ4V0gM4zG7zjK8UB1GCswLjKqXDkNebDTWC0S+uDDMph/pzbDVZTk FWyASRMn3EYJ3YnqGuUKcY0v9Y50kdzHYc55E1ddi1DBAka0P1ICLjPxBRC8rHmfJkVb9Zvw x+6gGSgxSUh2RfHk4dLoEXx56C/whgl/CR8+ePX7+9lgdY7Fr92py9RoukbxgHMjwJtN6Peq jYd55Eu00QTuSZABJdIGuUyqQ0FcyxdJAQ4VlZjHgs6uQhvLvbq1yatLeQDhNVa/OqDEqaxH SLy4oQMVItmg2mEZP0VF2lRMGr9p43lMpt2wyoYjkzjfT2bQEui1oNQYCeeK0OmNNlvPTy8I NUsc6wEMP7xBFUf5yeW8r6ekrQNIpJWTEB1xsZjIJRL4UqT5IMXRl4vpJOm32e0IFjYddfiz 9RjQ3OusTpxFhZbsiXVGktsonqaukqRYshs3c5WH9/pqsLeJLbwKIf1yrfCw5gHYVueHT9DN JLIv4WPaDFhEVsfDT9TpqUMMGzJ2s6eH1+fDg+EKVMZNlVmWJQXq4XQfo8el652nHXlUUbqk mBkHTQxUZwHKTWFmohM/XduzBAqzQ+bRIriKKvPtkrLQJ6mVYleS69NNgo52XmEaaxUnUej3 rOuxbP2imtC1+3VqVzMITIe5Ae5UIOtGlVnUTQoc1Wdi0WKMw0A0US1TQvzKYjbpOYgVv6Ha 1ez417zcYA6QVW06AsikDU6DhY8lOUKNnBBiWq63J++vd/eYZN2z5rl+y22Bjx1ajNvJSVvd SIF+Ka37schqSd+yApZXXRMllL+UTzRkE3CrUPi0bVhElSHlRWt4hWhIv2qt498A53YeQ58A 9sIjNfV1mxG16ZueYVETAzHWhTYV0hXNKBp+iDxLKADKKrZcJxFXMHHICFxIGhROPlIDwzB2 KXVpZtGgl6FbAIelGviOL5M0Syu7IVVkxR0f/FjhX+rq2wQPQhqzQ9V5shszWxYfj++Hl8f9 P1Zy5XEJdruexauLyyl92FJ4PpmfBiIsdLtQ/yJqeBOkfa8IdobJntl+6PgbTbNe+SNFnhV0 hmeROw3+LxPzcsmEqiSB1tw2cYuCGj2fqgwXL8OTUUghxisM5TEL8nDsEieqOjfnp+505wUB /pYHkZjc1kVsXlg/5iA5fg0yFcvhcX8i1QfD0yGOWLQGDaoCuSsTXph1b+CQErMWZBOo2qzh 9IsswFU8g2kWGXe+yQ593VPHiUXC+qV4lVzV1MBjLPUe8Vlp3s+DmoF+LzcBPOauLaPmpsYA kfZCxlzZdAaPlA8R13V3+CHYMwkSGXjIoUyZpKA2+64y7V/iJ4ZcFkc/MVdSZmbIFJlgFdmW NWVmexBJRCi96XVatP3GcoGSIOqeThQlHSpGTa5rq5TP6WTgEtnbA4obNU1eQafn7MahH6F9 k8RZg6sE/pDdStGyfMtgk06rPK+2n32F+ih1MW+Q7GBwRcsCTBYJdFJV+4Guo7v7b2YalZSL dWTOR7mwMDOZ3WUKgQa+Cs5MtFqmqUJjrfHV8gv2S54pmaEfDEn25D3A2/7j4fnkT1j+3upH 3wpniAToCu826WMsojfFcTzej7SUz6nA1uhgVlRlJjOm2Z+CtpvHTUJdrlwlTWnq//o4MBSw 7lawtJbkfJR/xgmsT1V+5wwSJ+MysQO+JkwKo+KqwUQD3mJIhPihl8OXNOVTKw22hiil6tS4 WNaYLYgtQKZpQPBIQg4KKmtoFXUoasfa9lghaDltMNsRqPOVkKHhVtxaQSokrEEXihEYwby2 O0dCMNsWfb9ZFaI/qTkD68QMUy5/DzmvrvCJESZB479PTqfzU58sxw1MN9ArJ7+tTOQ4GzV6 PqCDzCHVOgrXsZhPw8hb3sZh7BHW3KbpLqHXpd9aiv5YszQ9wYrZwJ9hw2rz53x4HPzy+N/5 t/tfvHKJc5hLgk/SwjU1diZ12KpBM7oyxQB1yDXTXsGPkc3D2/NicXb5n8kvJjqCg44QgvPZ hf3hgLkIY+y8ABZuEQgP5RDRBkqHiAp745CEWFyY8XwczCSImQYxsyBmHu6KQDBZh4gK5+eQ XAbruJzRz5Jtop8Zk8vZT4zJ5ZyOBWvze0EF7kOSjFc4F/tFoDcnTrAyF0m50CONyOJjl6mr mtDgKQ2e0eA5DT6jwec0+IIGXwb4DrAyCfAycZi5qrJF3xCwzoaJlDkVHG18cJRgmmgKDqeG rqnckRK4pmJtxijdaSC5abI8pwpesYSGN0ly5YMzYBCOZBQbWdkFohNYbT7OaNs1Vxlf2xV3 bWrlTe3KDGcodcqv+q3lP2adfuUj4v39x+vh/Yef0gsDa5vV4G84g1x3CR61Ue+mN5ik4aCH wwDhFxj6kL7aVefUJBYFk4ruTR+vQQ9LGublO+BJ1OFxFpNIceE81DZZFAj2oGgDd8wpHMbx ZCvtjwEbJ3AQibNvAT0tX6wRLGttbOTOzMGX8wK27Of7vx6e/3769cfd97tfH5/vHl4OT7++ 3f25h3IOD78ent73X3FAfv3j5c9f5Bhd7V+f9o8n3+5eH/ZPaGUcx0o9cfz+/Prj5PB0eD/c PR7+e4dYI5R51K8ZFwe8fsMamJlZ62cNJaluE3uNCSB6r131JR1z3aBgeW5UQ5WBFFhFqBz0 /oEzbmSndrVLwgcqsDgNEvLiJdBHGh3u4uEZjrtQRi0fpvGQYjV6/fHy/nxy//y6P3l+Pfm2 f3zZv5qWSkkOuhRp9lFYlq+YlQfHBE99eMJiEuiT8qsoq9dWiBkb4X8C02JNAn3SxjRGjTCS 0FCkHcaDnLAQ81d17VMD0C8BlWifFAQx7O9+uQruf+Amorbp0UFf5JH1khHS5MmuxUhISOzV tEon00XR5R6i7HIa6HNbi78Ev+IPmdpHdVfXrkFQE18is549qP744/Fw/5+/9j9O7sU6+Pp6 9/LthyGK1Ohz5vEY+3MssSKsali8JthJoibmZPIWNbsLv1dARm+S6dmZiKktL3o/3r/tn94P 93fv+4eT5Ek0Ahb7yd+H928n7O3t+f4gUPHd+53Xqigq/NGzHYA15Rq2TzY9rav8ZjI7JWNr 6kW8yjhMAKIQnlzT6XJ0j6wZCMiNbttSRM/5/vywfyPEUbSkLgU1Ml36ndf6qyUipm8S+d/m zZZoT5XSTnDDHD7G4o6oGhQI92W+7lXM3td2tNFRM8653b3yzhUTuetOdFpvJdzVYtLJlavZ dRrj4jdOpliZe/Xwdf/27tfbRLMpVYlE9Bs463fUnYlJ5jG+25Fif5mzq2S6JGqTmCPCDupp J6ex+TRRLxKyKr04fKEczwkYRXfW17U/JkUGS0P4qPq4pognVhxetdbWVlDmEUhWAIjp2Tm1 ZNfsbELdQ4z4mV9aMaOKakHpWVaUEUdRbGuoa1BLDi/frLe9g3zx1w3Aevupk0aU3TI7prU0 kT8yy7zaphk5lSRiTGTkzBeG+SUzf6eIxF126CPe+jMBoeceNCbanoZ2yqs1u2VHdkot0klB TWfP09imhsMSMex+X7YJI8pvt5Wb1lOO+fP3l9f925t9GNBtF1ZTXzTfVh5sMffFQ37rcyfs pB4UjZx6FjZ3Tw/P30/Kj+9/7F9PVvun/at7VtEzjWd9VFPqZNwsV04OVxOzpqSwxFBCRmCo vQwRHvBLhqeZBJ3q6hsPizphT6ntGqFZcAdwwGsd/NjWMBA35ZHFP1CRR4MBm5RCTa2WaC92 kuJpOcOOabDYol6F1zLPP4+HP17v4Lz1+vzxfngidss8W5LCR8ApOYIItcfohzrHaEicXKRH P5ckNGrQF4+XYKqVPpqSOgjX2x0oxxjwaHKM5Fj1wW1zbN2oeJJEwe1rvSUmAuM3RZGg9UVY bNDXeSzVQNbdMlc0vFvaZLuz08s+StAOk0V4mSO9LEwW6quIL9AzYIN4LMX3xLCIL3QKdIJQ ztT96zuG0ACF/k2kLMJsunfvH3Bwv/+2v//r8PTVzG+P1x592+Bzj1hbtsYW+Hj++y/GzYzC y4Oe0VLKVy6Bf2LW3HxaG0z16AovvX+CQixUcUEu2NI35D/RB7rIZVYiU8I5I9XLPQ+uc0zk zZpeXBI7aeqF0wrR8mUGSg3mJjemhn6TB/pOGdU3fdqIBwfmWd0kyZMygMXgFV2b5U6KsibO qGMFtLJI4DRdLK3QVNISyYxzN2+LWuUrN6Z9E62RDTgT1LtovRKOOk2SOhRob0tRmVH+bplt gYjgRAkbjgWaOOsy6qVOTUroqM/arrcLsFV9+IlZEVI3zKjCwIJNlje0w5xFEkh8IUlYs6Vn usQvM5vDc0v22ztBZNxggKgajj4jgXGv4x5hYCrGVWG3WKHoq2mExokPx6t/3PRsDepWSncH 6lysG1CqZPOe3YKS9+pITfJH36ULMEW/u0Ww+7vfLc49mPC0t8MFK0zGzqk7N4VldnL4Edqu YY2Fv+MgvH3OltEXojTXJKWwY4v71a0Z4MBALAExJTG7WxJs6b9axAhbNZP+PHrOycieeVXY j8dHKF6ELAIoqNBALSNjMu9Y07AbKTnM/RajiIKQ2iS9IBhRKGyyynpPIEHojIgv4Wx4XBhK EPxAN0UP0C9vMN/RCC8F9xIPonhlemsLHCLwZQqqla7ARByL46Zv+/O5JRUQA32RM+HcsBYq uDkBxJf40i/gJ6ZrXUJfwwGhMfNqrHI5biNIhimWlzyGbKm7vrG6Kb429oFVXi3tX4SYKXN0 QDLKzG/7llnWFAwSAdoZ5TZW1JnlcwQ/0tgoHZ+fNGgvbBtr3GEu6Bm6iXnlz9tV0qLjUpXG 5oTh+A4hN4dh2LRqfIpgnXQGFGCaRL49KmqGvorZqiToOulm26d5x9eO1+BAhE6HVtQmcW0U J3XVOjCp38BuDkM2PTWVDRgz6oa1Wn5hKzs5TyvytOlRI2+RPHXHvp/TSqOAvrwent7/OoEj 78nD9/3bV/+GNZJ+OqAdrHLQe/LhRuQiSHHdZUn7+3yYEkrF9UoYKEABX1aoeCdNU7LCCu8a 5HAwHxwe9/95P3xX2uCbIL2X8Fe/PWkDFQiPXRiD+cLu2hpzLiA71GmygVOqOIkCjTF1Eww5 gy6sMMbmZYdY56goozaGLooFa03h6GIET31V5pZLsywlrcSrk66Un4j52s+mtC3a/GSbsCu8 7UbJQE6Wn+5A0d3CGnK415Mp3v/x8fUr3kRmT2/vrx/f90/vZtxatpKB9hszdO0IHK5D5Qn/ 99N/JmMrTDrQlTNGSRvVVO72esqFvNz2ckTcruHi7ksQFOjcf6wbdUmBq2QhuYQsuFrFlpDE 39RRdBAuS87w5X2ZtXCW7q25I3CGCI6ML5YYe50HkHLDdUnoDz//gq+ztHWBcbbRV+4WvCth gcDBfZlbJhqJVM7PaDUg+kTzV+X+l0lJ3gsc6z0xJnC6BgIU8JmOjqmm/E9NYns+oT9z4q1t FcXRdG8YCjMct1H2wZk6KXlm6leyDMQ6W7uD0PYv7yZaFFxtrUBNAlZXGa9K66g9ltlbRzwJ l6PjrSIFJnQEG4+uDSGciNcWLBk9NkM4DGqxloZBZ01qCpBrkciEHXqfY5M7/TixposaZ9AM chCZLk+fwVGjgG6vchkIfHJ+enrqcj3QDk4gKXUidoiFqwuPmDdxpEbR4c5qKQigpMQKmZRw wlonER2nShazoRbXIKMUTda0HfOm/wh2ypTxRYXny5Ga1a6EOi+12xqjIlqDTz1SEMR+dRaa OsFLAXnFUCD4VkmJxZmImlVZjTIF1Hztzm076Iyr3BmTtQyFJm9Ckeiken55+/Ukf77/6+NF 7qzru6ev1u12zUTWGRCS9CsrC4/vvLrEfIPAq7RF002HJp4WZnpF2xvXrIl/hk4i+zUGYGgZ pyfP9hrUFVBa4mpFqhXHGy+d+kDbePhAFYMQmnIaO+FKJVAZ8k3Y+HJH+0ERZbvTBiXTVZLU jplPWgzRDWHcGP719nJ4QtcEaM33j/f9P3v4Z/9+/9tvv/3bMCbiQzlR9kro6DKFjCGbG5ik xnM48zXNBv3Zt7KIEkRtFniLKFOEQnODkgPPyV2b7BJP6Oq8dN42RpNvtxLTc1hWcEpauwTN lltvbSRUcOjsaAiDA5G/dBXiiJRgbYXZC3ieJFS4mbEY7HJxPaU2K25Xj4Go2q5JvGRFYzOJ M9UwyVL3ey09eCyL37Ks9R9d/3/mkS5SPC3HI3aasxX3+0xjKD5REorvRw7FqQJ9GLsS73hh AUkTo7eVyW0yAAatAbYjntjC7S+pQT3cvd+doOp0j0Z588WqHJ3M7nEl/hEcHFHu6S7i4WZm 6RJicweFlLUMjeRNN74otcRQgE2Xo6iB7ilbOGn4aYdAGSF1O7lyzWSW9DxBZQYDSvrzDzHm N9TBE0hAa7MLMHC4i4rDp5BpmDZ2OjHxzoxAUHLN/dlqN9LtHhD58kzZeKdJvc4YKLnRTVuZ oTeqWtZvKKliax8Os8exq4bVa5omvikZyobUaZ8sQC6jQiiH0Ht4ieKQ4NNH0WlICTpzacoM QRGpD2UpxhiLsiNbmArDjHwCOAKTDfqYI72ljsMfEDlwHtpmePJ3m1eDQl3AZIajL8mcV54C GHvO6DkeClXBGYbeNB9pCoAvCAxtUMZrUUfixOhQ6dmuKCxTYWXjvJX18vz3/vXlnlxddTQ4 qW6TpqmsLsLn11LPhR0EdqfzubGjwpdJgekXpDJMewdUMd67wgCYJjWT+S9dUcOsXiZ5nyZM LFGhT5Nv4dumT7MdaFdUSQXP8A5JWJXD+wyyjYOOKh3Gu7gy1qgi2RVkNFM4O7eYiG9n6hvY CazJb7yw7zZCfmwpJA4BjFtUBdL/IG3dxl0RiAMNaHF9CIeRDE/sYsaTOqM/E0zDZbt/e8c9 FLXI6Pl/9693X/fGO5CuNI3A4qdk3jQOSbAtQCUs2cnJT+GEjLA1Cr0Z9WJWgkr6RRrzrE4s aDLKzpsKQRMu2iy3TFoZguWTskcJIE6bA4/HzntXUbXxjkZwIAKwEnr2tRrS04+EQV7i5XQr dVnhC0XdFiTFsFLsRw7kcBtaG2o1RcY5Fh5XUQcVkItcqj/LTHYTJ2rSFvH/A7PoGRW3CAIA --wac7ysb48OaltWcw--