From mboxrd@z Thu Jan 1 00:00:00 1970 Return-Path: X-Spam-Checker-Version: SpamAssassin 3.4.0 (2014-02-07) on aws-us-west-2-korg-lkml-1.web.codeaurora.org X-Spam-Level: X-Spam-Status: No, score=-10.2 required=3.0 tests=BAYES_00, HEADER_FROM_DIFFERENT_DOMAINS,MAILING_LIST_MULTI,MENTIONS_GIT_HOSTING, SPF_HELO_NONE,SPF_PASS,URIBL_BLOCKED,USER_AGENT_SANE_1 autolearn=unavailable autolearn_force=no version=3.4.0 Received: from mail.kernel.org (mail.kernel.org [198.145.29.99]) by smtp.lore.kernel.org (Postfix) with ESMTP id C95B6C433ED for ; Mon, 5 Apr 2021 09:24:51 +0000 (UTC) Received: from vger.kernel.org (vger.kernel.org [23.128.96.18]) by mail.kernel.org (Postfix) with ESMTP id 9BE56611C9 for ; Mon, 5 Apr 2021 09:24:51 +0000 (UTC) Received: (majordomo@vger.kernel.org) by vger.kernel.org via listexpand id S240420AbhDEJYz (ORCPT ); Mon, 5 Apr 2021 05:24:55 -0400 Received: from mga17.intel.com ([192.55.52.151]:43208 "EHLO mga17.intel.com" rhost-flags-OK-OK-OK-OK) by vger.kernel.org with ESMTP id S240871AbhDEJYM (ORCPT ); Mon, 5 Apr 2021 05:24:12 -0400 IronPort-SDR: DJGF2TKMwOP67SmjPKdf7oeiQhdycWhjG2y5VyruoK5gN57xoCVkFuEsfvn8NZ1rZ7rOZnLGmM GYDfxH41WPag== X-IronPort-AV: E=McAfee;i="6000,8403,9944"; a="172880162" X-IronPort-AV: E=Sophos;i="5.81,306,1610438400"; d="gz'50?scan'50,208,50";a="172880162" Received: from orsmga005.jf.intel.com ([10.7.209.41]) by fmsmga107.fm.intel.com with ESMTP/TLS/ECDHE-RSA-AES256-GCM-SHA384; 05 Apr 2021 02:24:06 -0700 IronPort-SDR: myQUAx38CNsw/JBXFIEuiNMoG5j8LKKXvynw1FQMk5vKezKgLfUovkhmZrSUVpC2uyF2HAOwB4 d6nDEm9bN0nQ== X-ExtLoop1: 1 X-IronPort-AV: E=Sophos;i="5.81,306,1610438400"; d="gz'50?scan'50,208,50";a="597506514" Received: from lkp-server01.sh.intel.com (HELO 69d8fcc516b7) ([10.239.97.150]) by orsmga005.jf.intel.com with ESMTP; 05 Apr 2021 02:24:02 -0700 Received: from kbuild by 69d8fcc516b7 with local (Exim 4.92) (envelope-from ) id 1lTLSk-0009rc-1w; Mon, 05 Apr 2021 09:24:02 +0000 Date: Mon, 5 Apr 2021 17:23:20 +0800 From: kernel test robot To: Pho Tran , johan@kernel.org, gregkh@linuxfoundation.org Cc: kbuild-all@lists.01.org, linux-usb@vger.kernel.org, linux-kernel@vger.kernel.org, Hung.Nguyen@silabs.com, Tung.Pham@silabs.com, Pho Tran Subject: Re: [PATCH v6] USB: serial: cp210x: Add support for GPIOs on CP2108 Message-ID: <202104051710.djgI1Nbs-lkp@intel.com> References: <20210405061823.3855-1-photranvan0712@gmail.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="ikeVEW9yuYc//A+q" Content-Disposition: inline In-Reply-To: <20210405061823.3855-1-photranvan0712@gmail.com> User-Agent: Mutt/1.10.1 (2018-07-13) Precedence: bulk List-ID: X-Mailing-List: linux-kernel@vger.kernel.org --ikeVEW9yuYc//A+q Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Hi Pho, Thank you for the patch! Perhaps something to improve: [auto build test WARNING on usb-serial/usb-next] [also build test WARNING on usb/usb-testing tty/tty-testing v5.12-rc6 next-20210401] [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/Pho-Tran/USB-serial-cp210x-Add-support-for-GPIOs-on-CP2108/20210405-141927 base: https://git.kernel.org/pub/scm/linux/kernel/git/johan/usb-serial.git usb-next config: x86_64-randconfig-s022-20210405 (attached as .config) compiler: gcc-9 (Debian 9.3.0-22) 9.3.0 reproduce: # apt-get install sparse # sparse version: v0.6.3-279-g6d5d9b42-dirty # https://github.com/0day-ci/linux/commit/a4658078c55d4396be894b30d3b94fd86b770f45 git remote add linux-review https://github.com/0day-ci/linux git fetch --no-tags linux-review Pho-Tran/USB-serial-cp210x-Add-support-for-GPIOs-on-CP2108/20210405-141927 git checkout a4658078c55d4396be894b30d3b94fd86b770f45 # save the attached .config to linux build tree make W=1 C=1 CF='-fdiagnostic-prefix -D__CHECK_ENDIAN__' ARCH=x86_64 If you fix the issue, kindly add following tag as appropriate Reported-by: kernel test robot sparse warnings: (new ones prefixed by >>) >> drivers/usb/serial/cp210x.c:1540:13: sparse: sparse: incorrect type in assignment (different base types) @@ expected restricted __le16 [addressable] [usertype] buf @@ got unsigned short [usertype] @@ drivers/usb/serial/cp210x.c:1540:13: sparse: expected restricted __le16 [addressable] [usertype] buf drivers/usb/serial/cp210x.c:1540:13: sparse: got unsigned short [usertype] >> drivers/usb/serial/cp210x.c:1542:19: sparse: sparse: restricted __le16 degrades to integer >> drivers/usb/serial/cp210x.c:1581:24: sparse: sparse: incorrect type in assignment (different base types) @@ expected restricted __le16 [usertype] wIndex @@ got int @@ drivers/usb/serial/cp210x.c:1581:24: sparse: expected restricted __le16 [usertype] wIndex drivers/usb/serial/cp210x.c:1581:24: sparse: got int >> drivers/usb/serial/cp210x.c:1587:57: sparse: sparse: incorrect type in argument 6 (different base types) @@ expected unsigned short [usertype] index @@ got restricted __le16 [usertype] wIndex @@ drivers/usb/serial/cp210x.c:1587:57: sparse: expected unsigned short [usertype] index drivers/usb/serial/cp210x.c:1587:57: sparse: got restricted __le16 [usertype] wIndex >> drivers/usb/serial/cp210x.c:1676:14: sparse: sparse: incorrect type in assignment (different base types) @@ expected restricted __le16 [usertype] temp @@ got unsigned short [usertype] @@ drivers/usb/serial/cp210x.c:1676:14: sparse: expected restricted __le16 [usertype] temp drivers/usb/serial/cp210x.c:1676:14: sparse: got unsigned short [usertype] drivers/usb/serial/cp210x.c:1677:32: sparse: sparse: restricted __le16 degrades to integer drivers/usb/serial/cp210x.c:1678:14: sparse: sparse: incorrect type in assignment (different base types) @@ expected restricted __le16 [usertype] temp @@ got unsigned short [usertype] @@ drivers/usb/serial/cp210x.c:1678:14: sparse: expected restricted __le16 [usertype] temp drivers/usb/serial/cp210x.c:1678:14: sparse: got unsigned short [usertype] drivers/usb/serial/cp210x.c:1679:23: sparse: sparse: restricted __le16 degrades to integer >> drivers/usb/serial/cp210x.c:1679:20: sparse: sparse: incorrect type in assignment (different base types) @@ expected restricted __le16 [usertype] gpio_latch @@ got unsigned long @@ drivers/usb/serial/cp210x.c:1679:20: sparse: expected restricted __le16 [usertype] gpio_latch drivers/usb/serial/cp210x.c:1679:20: sparse: got unsigned long drivers/usb/serial/cp210x.c:1721:57: sparse: sparse: restricted __le16 degrades to integer vim +1540 drivers/usb/serial/cp210x.c 1496 1497 static int cp210x_gpio_get(struct gpio_chip *gc, unsigned int gpio) 1498 { 1499 struct usb_serial *serial = gpiochip_get_data(gc); 1500 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1501 u8 req_type = REQTYPE_DEVICE_TO_HOST; 1502 int result; 1503 __le16 buf; 1504 1505 result = usb_autopm_get_interface(serial->interface); 1506 if (result) 1507 return result; 1508 /* 1509 * This function will be read latch value of gpio and storage to buf(16bit) 1510 * where bit 0 is GPIO0, bit 1 is GPIO1, etc. Up to GPIOn where n is 1511 * total number of GPIO pins the interface supports. 1512 * Interfaces on CP2102N supports 7 GPIOs 1513 * Interfaces on CP2103 amd CP2104 supports 4 GPIOs 1514 * Enhanced interfaces on CP2105 support 3 GPIOs 1515 * Standard interfaces on CP2105 support 4 GPIOs 1516 * Interfaces on CP2108 supports 16 GPIOs 1517 */ 1518 switch (priv->partnum) { 1519 /* 1520 * Request type to Read_Latch of CP2105 and Cp2108 1521 * is 0xc1 1522 */ 1523 case CP210X_PARTNUM_CP2108: 1524 req_type = REQTYPE_INTERFACE_TO_HOST; 1525 result = cp210x_read_vendor_block(serial, req_type, 1526 CP210X_READ_LATCH, &buf, sizeof(__le16)); 1527 break; 1528 case CP210X_PARTNUM_CP2105: 1529 req_type = REQTYPE_INTERFACE_TO_HOST; 1530 result = cp210x_read_vendor_block(serial, req_type, 1531 CP210X_READ_LATCH, &buf, sizeof(u8)); 1532 break; 1533 default: 1534 result = cp210x_read_vendor_block(serial, req_type, 1535 CP210X_READ_LATCH, &buf, sizeof(u8)); 1536 break; 1537 } 1538 if (result < 0) 1539 return result; > 1540 buf = le16_to_cpu(buf); 1541 usb_autopm_put_interface(serial->interface); > 1542 return !!(buf & BIT(gpio)); 1543 } 1544 1545 static void cp210x_gpio_set(struct gpio_chip *gc, unsigned int gpio, int value) 1546 { 1547 struct usb_serial *serial = gpiochip_get_data(gc); 1548 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1549 struct cp210x_gpio_write buf; 1550 __le16 wIndex; 1551 int result; 1552 1553 if (value == 1) { 1554 buf.cp210x_8gpios.state = BIT(gpio); 1555 buf.cp210x_16gpios.state = cpu_to_le16(BIT(gpio)); 1556 } else { 1557 buf.cp210x_8gpios.state = 0; 1558 buf.cp210x_16gpios.state = 0; 1559 } 1560 buf.cp210x_8gpios.mask = BIT(gpio); 1561 buf.cp210x_16gpios.mask = cpu_to_le16(BIT(gpio)); 1562 1563 result = usb_autopm_get_interface(serial->interface); 1564 if (result) 1565 goto out; 1566 1567 switch (priv->partnum) { 1568 case CP210X_PARTNUM_CP2108: 1569 result = cp210x_write_vendor_block(serial, 1570 REQTYPE_HOST_TO_INTERFACE, 1571 CP210X_WRITE_LATCH, &buf.cp210x_16gpios, 1572 sizeof(buf.cp210x_16gpios)); 1573 break; 1574 case CP210X_PARTNUM_CP2105: 1575 result = cp210x_write_vendor_block(serial, 1576 REQTYPE_HOST_TO_INTERFACE, 1577 CP210X_WRITE_LATCH, &buf.cp210x_8gpios, 1578 sizeof(buf.cp210x_8gpios)); 1579 break; 1580 default: > 1581 wIndex = buf.cp210x_8gpios.state << 8 | buf.cp210x_8gpios.mask; 1582 result = usb_control_msg(serial->dev, 1583 usb_sndctrlpipe(serial->dev, 0), 1584 CP210X_VENDOR_SPECIFIC, 1585 REQTYPE_HOST_TO_DEVICE, 1586 CP210X_WRITE_LATCH, > 1587 wIndex, 1588 NULL, 0, USB_CTRL_SET_TIMEOUT); 1589 break; 1590 } 1591 usb_autopm_put_interface(serial->interface); 1592 1593 out: 1594 if (result < 0) { 1595 dev_err(&serial->interface->dev, "failed to set GPIO value: %d\n", 1596 result); 1597 } 1598 } 1599 1600 static int cp210x_gpio_direction_get(struct gpio_chip *gc, unsigned int gpio) 1601 { 1602 struct usb_serial *serial = gpiochip_get_data(gc); 1603 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1604 1605 return priv->gpio_input & BIT(gpio); 1606 } 1607 1608 static int cp210x_gpio_direction_input(struct gpio_chip *gc, unsigned int gpio) 1609 { 1610 struct usb_serial *serial = gpiochip_get_data(gc); 1611 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1612 1613 if (priv->partnum == CP210X_PARTNUM_CP2105) { 1614 /* hardware does not support an input mode */ 1615 return -ENOTSUPP; 1616 } 1617 1618 /* push-pull pins cannot be changed to be inputs */ 1619 if (priv->gpio_pushpull & BIT(gpio)) 1620 return -EINVAL; 1621 1622 /* make sure to release pin if it is being driven low */ 1623 cp210x_gpio_set(gc, gpio, 1); 1624 1625 priv->gpio_input |= BIT(gpio); 1626 1627 return 0; 1628 } 1629 1630 static int cp210x_gpio_direction_output(struct gpio_chip *gc, unsigned int gpio, 1631 int value) 1632 { 1633 struct usb_serial *serial = gpiochip_get_data(gc); 1634 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1635 1636 priv->gpio_input &= ~BIT(gpio); 1637 cp210x_gpio_set(gc, gpio, value); 1638 1639 return 0; 1640 } 1641 1642 static int cp210x_gpio_set_config(struct gpio_chip *gc, unsigned int gpio, 1643 unsigned long config) 1644 { 1645 struct usb_serial *serial = gpiochip_get_data(gc); 1646 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1647 enum pin_config_param param = pinconf_to_config_param(config); 1648 1649 /* Succeed only if in correct mode (this can't be set at runtime) */ 1650 if ((param == PIN_CONFIG_DRIVE_PUSH_PULL) && 1651 (priv->gpio_pushpull & BIT(gpio))) 1652 return 0; 1653 1654 if ((param == PIN_CONFIG_DRIVE_OPEN_DRAIN) && 1655 !(priv->gpio_pushpull & BIT(gpio))) 1656 return 0; 1657 1658 return -ENOTSUPP; 1659 } 1660 1661 static int cp2108_gpio_init(struct usb_serial *serial) 1662 { 1663 struct cp210x_serial_private *priv = usb_get_serial_data(serial); 1664 struct cp210x_quad_port_config config; 1665 __le16 gpio_latch; 1666 __le16 temp; 1667 int result; 1668 u8 i; 1669 1670 result = cp210x_read_vendor_block(serial, REQTYPE_DEVICE_TO_HOST, 1671 CP210X_GET_PORTCONFIG, &config, 1672 sizeof(config)); 1673 if (result < 0) 1674 return result; 1675 priv->gc.ngpio = 16; > 1676 temp = le16_to_cpu(config.reset_state.gpio_mode_PB1); 1677 priv->gpio_pushpull = (temp & CP2108_GPIO_MODE_MASK) >> CP2108_GPIO_MODE_OFFSET; 1678 temp = le16_to_cpu(config.reset_state.gpio_latch_PB1); > 1679 gpio_latch = (temp & CP2108_GPIO_MODE_MASK) >> CP2108_GPIO_MODE_OFFSET; 1680 /* 1681 * Mark all pins which are not in GPIO mode 1682 * Refer to table 9.1: GPIO Mode alternate Functions on CP2108 datasheet: 1683 * https://www.silabs.com/documents/public/data-sheets/cp2108-datasheet.pdf 1684 * Alternate Functions of GPIO0 to GPIO3 is determine by enhancedfxn_IFC[0] 1685 * and the same for other pins, enhancedfxn_IFC[1]: GPIO4 to GPIO7, 1686 * enhancedfxn_IFC[2]: GPIO8 to GPIO11, enhancedfxn_IFC[3]: GPIO12 to GPIO15. 1687 */ 1688 for (i = 0; i < 4; i++) { 1689 switch (config.enhancedfxn_IFC[i]) { 1690 case EF_IFC_GPIO_TXLED: 1691 priv->gpio_altfunc |= BIT(i * 4); 1692 break; 1693 case EF_IFC_GPIO_RXLED: 1694 priv->gpio_altfunc |= BIT((i * 4) + 1); 1695 break; 1696 case EF_IFC_GPIO_RS485_LOGIC: 1697 case EF_IFC_GPIO_RS485: 1698 priv->gpio_altfunc |= BIT((i * 4) + 2); 1699 break; 1700 case EF_IFC_GPIO_CLOCK: 1701 priv->gpio_altfunc |= BIT((i * 4) + 3); 1702 break; 1703 case EF_IFC_DYNAMIC_SUSPEND: 1704 priv->gpio_altfunc |= BIT(i * 4); 1705 priv->gpio_altfunc |= BIT((i * 4) + 1); 1706 priv->gpio_altfunc |= BIT((i * 4) + 2); 1707 priv->gpio_altfunc |= BIT((i * 4) + 3); 1708 break; 1709 } 1710 } 1711 /* 1712 * Like CP2102N, CP2108 has also no strict input and output pin 1713 * modes. 1714 * Do the same input mode emulation as CP2102N. 1715 */ 1716 for (i = 0; i < priv->gc.ngpio; ++i) { 1717 /* 1718 * Set direction to "input" iff pin is open-drain and reset 1719 * value is 1. 1720 */ 1721 if (!(priv->gpio_pushpull & BIT(i)) && (gpio_latch & BIT(i))) 1722 priv->gpio_input |= BIT(i); 1723 } 1724 1725 return 0; 1726 } 1727 --- 0-DAY CI Kernel Test Service, Intel Corporation https://lists.01.org/hyperkitty/list/kbuild-all@lists.01.org --ikeVEW9yuYc//A+q Content-Type: application/gzip Content-Disposition: attachment; filename=".config.gz" Content-Transfer-Encoding: base64 H4sICOTNamAAAy5jb25maWcAjDxLc9w20vf8iinnkhzslWRZ5dRXOoAkOIMMSdAAODPShaXI Y0cVPfyNpE3877cb4AMAm+PksGt1N/Hsdzfm559+XrDXl6eHm5e725v7+++Lr/vH/eHmZf95 8eXufv9/i0wuKmkWPBPmHRAXd4+v//znn48X7cX54sO707N3J28Pt+8X6/3hcX+/SJ8ev9x9 fYUB7p4ef/r5p1RWuVi2adpuuNJCVq3hO3P55uvt7dvfFr9k+z/ubh4Xv717D8Ocnf3q/vXG +0zodpmml9970HIc6vK3k/cnJwNtwarlgBrARYZDJHk2DgGgnuzs/YeTswHuIU68JaSsagtR rccRPGCrDTMiDXArplumy3YpjSQRooJPuYeSlTaqSY1UeoQK9andSuXNmzSiyIwoeWtYUvBW S2VGrFkpzmC7VS7hf4BE46dwCT8vlvZS7xfP+5fXb+O1JEquedXCreiy9iauhGl5tWmZglMR pTCX789glGG1ZS1gdsO1Wdw9Lx6fXnDg4Rhlyor+HN+8ocAta/yTsdtqNSuMR79iG96uuap4 0S6vhbc8H5MA5oxGFdclozG767kv5BzinEZca4OMNRyNt17/ZGK8XfUxAlw7cbT++qefyOMj nh9D40aICTOes6YwliO8u+nBK6lNxUp++eaXx6fH/a8Dgd6y2l+jvtIbUafkCmqpxa4tPzW8 4cQStsykq9Zi/RFTJbVuS15KddUyY1i6IkdvNC9EQozLGtBo0a0yBVNZBCwY2LUY8RHUShUI 6OL59Y/n788v+4dRqpa84kqkVn5rJRNP0H2UXsmtP7/KAKrh6FrFNa+yUBFksmSiomDtSnCF K7+i5ymZUXDAsG6QQNAwNBXOqTagykA6S5nxcKZcqpRnnYYR1XLE6popzZHIvx1/5IwnzTLX 4e3sHz8vnr5EJziqcpmutWxgTnf9mfRmtJfkk1jm/E59vGGFyJjhbcG0adOrtCDuwurTzeTC e7Qdj294ZfRRJCpTlqUw0XGyEm6MZb83JF0pddvUuOSIM52QpHVjl6u01e6RdThKYxnW3D3s D88Uz4IJW4Md4MCU3roq2a6uUd+XsvKvF4A1LFhmIiUky30lsiK0cGj4W6NYug4YKMY4XovW EEwulitk126XJF9NNuqpG8V5WRsYt+K0PuoINrJoKsPUFbHFjsY7++6jVMI3E7CQ1ZQ0uwLV aT0Hezdwb/8xN89/LV5g7Ysb2Mfzy83L8+Lm9vbp9fHl7vHreFsboYy9aJbaCd2BDjuwlxmi iT0QgyAj+gOh+FrxoAca6BKdoaZLOahkIDUkEXIjOkuaOk8t/Hnhz8HGZEKjr5OR9/wvDs0e rkqbhSa4Hq6iBdz0chxwWBD82fId8Dzl8OhgBDtmBMKd2zE6QSdQE1CTcQqOYhIhcGA42KIY JdXDVBwUt+bLNCmE1TnD4YWHMqj7tfuHZwDWw+HI1AevwBiABF4+jD4eOnM5mDaRm8uzk/FU RWXAVWY5j2hO3wdqrgE/2Hm26QqWbfVmLyD69s/959f7/WHxZX/z8nrYP1twtxkCGxgM3dQ1 eMu6rZqStQmDaCEN9JCl2rLKANLY2ZuqZHVriqTNi0avJp487On07GM0wjBPjE2XSja1Z0Nq tuROX3DPJoNHky6jP3t3KoCt4f98Fk2KdTcHwaIO4U51HChnQrUkJs3BnrEq24rMeBsHhRGS j+6Yg9ci06Twd3iVhX5tjM9BeK65mt/BqllyuBFi6oxvREo5kB0eVAWqJmrRXOXHFpXUR9HW v6HMIDjG4B2BUvTnbJAF6TOymnYGB26sinA9G4kMEJ695Cb4G24qXdcS2BGNJvh/nm11UobB mN1K5LEDD2QcFCJ4jZwKDhQvmOdzIgPCJVh3TPneK/7NShjNeWVeHKGyPrQbNW12JDoCZBwZ +bjd9fxXktpA1kV2PmkcCY0CJiXad/w3xWVpK8HQl+KaowdjmUqqErRMGLZEZBr+QcXQWStV vWIVaCTlKXT0Uo3npDqlKbLTi5gGzFXKrefhTEbsT6a6XsMqC2Zwmd4t1rm/3lmjF01agqkW yKTeOkBSS/RAJ661460JOIf9Bk6jc2idm+ebaDQm8d9tVQo/o+DpUF7kcG8+38/vnkEskzfB qhpwT6M/Qei84WsZbE4sK1b4+Sa7AR9gIwEfoFdOmfeGRHh5CCHbRoWWKtsIWGZ3fjq6WWuF 8Cas+5Rn7TY0HQlTSvj3tMZBrko9hbTB9QxQe0go/EZseMA50zsdrWrvzyHZ737AhmvFiLPN FIynwgFB/RQQVpHAtimz0ffwthxNj7Z63DissUojflinfvoL4tkgmIVPeZaRKtDJEkzcDhGi dUq6bGi9P3x5OjzcPN7uF/y/+0fwTBm4Kyn6phCfjI5oOMQwszUtDgnbazelDeJJT/hfzjg4 /6WbrndAvNvXRZO4mQPFJcuawe2pNakcdcGoJAuOFVgVIIO7UOD5dPwwO5r1BdBlbRWoBVn+ C0LMoYCDTV2UXjV5Dn6ldbqIVAgwruFlC5E3wxywyEXK4rBN5qIIBNEqVmtate9Xh8nWnvji PPG5fmcz6MHfvsl06WDU3hlPQTi8pcrG1I1prXUxl2/2918uzt/+8/Hi7cW5n2xdg+3uvVFv nwaibBdDTHBl2USSU6IDrCowycJlLi7PPh4jYDtMFJMEPf/0A82ME5DBcKcXcY4EwsE28zO7 PSLQ+R5wUFWtvaqA193k7Ko3im2epdNBQKWJRGEeKQtdnkG9YBiN0+woHAMvC2sF3Fp7ggL4 CpbV1kvgsTglqblxLqoL1RX3dm5Dux5ltRQMpTDTtWr8ckVAZyWAJHPrEQlXlcsDgv3VIini JetG1xzuagZttb09OlZ4/npHci3hHOD+3ntZe5tbtR/71kaD96NXLJPbVuY5nMPlyT+fv8B/ tyfDf3To1disq3fNObgRnKniKsXspm9q66WLNwvQhmBKP0QhHqyBO5nBq+Gp0xlWxdeHp9v9 8/PTYfHy/ZvLPXhxabTbQAeWVISG+iDnzDSKu8jB/wSRuzNWk+k2RJa1TcP63yxlkeVC01lx xQ14LWImA4YjOo4GT1IVM3PynQEuQM4a3ahgiKMrQAKUxgK0Ae1vjxRFremoCElYOa6ACALH XJbUeVsmYmY3A/N0JQWIjYtGBSfqoiVZAq/mENAM+oTyC65A3MBLAw9/2XA/1Qv3xDDzFqS7 OthsKIkLXG1QDxUJ8CJYqI4Tx5PgFVUvAjMfze+y53WD6Vlg8cJ03uu4mA19YcMijyQEY9I+ fzMM8juc6kqiL2OXRU7EUlUdQZfrjzS81pR0lOjpnflrAKs5400M+r5uZi7B3neFzqrT6i6J deGTFKfzOMfO6KmmsvbsCOLwUGrQMi5g100ZouuLtpJ1CDM6DQHgxu7S1TLyK7CssAkhYIFF 2ZRWynNWiuLq8uLcJ7CcCGFkqT3PQ4DWtkqqDYJQpN+Uu4n66lUpzAHS5TY/BYP8ToGrq6Xv e/XgFDxW1qgp4nrF5M4vj61q7jhVRTAOkSpacmW8s8vKIP28ZMC7QoI/RKV1rBnV6JWCIU34 EqY9pZFYxJugOr93ghgBsB+7xLCuZXkLa+gt2oEQDjHiFKi4AlfRpRm6Qr9NYWCVMeIGPz3Q ATBNW/AlS69itV7akhvc5ZwtAnxwqT0Qq4d6BUZhihLV76DSLh860+oFMQ9Pj3cvT4eg/OFF S71IVVGAP6FQrC6O4VMsTQTq3qexRkZuQ10/OPwz6/U3eXox8f65rsEviWW1L0R2jBqEIO6q 6wL/h4f2VnxcU8pPpEqmQTV3AA3yOCrGAQXbpXXsQCGxrwaVYc5m7K29Wk0Zx869EBEffLA+ WAjLhAK+aJcJeq0R16Y1c8032og0cJfwtsCMg/yl6qqmslfOX7Q+kyNkhJs7oHuRjfC8wLV1 /gJmMLzFiwKFp+hdBKxENxwd2P3N5xPvv/C8apzNSd28Y4bmAQIkqTGJoRqb45s5ZVfUx5rL 1tPvpVGB74B/o6crjKBz73ZpLN4/GCwN/jPKHgurBxbtovbwynTJIhPWlCKCdE6hO9XO68Zg ZM2vJj6xozV6Z48fw4QfeJIj6dyRRXRdo1IwlF7uyGl4Lkj46ro9PTmhvMTr9uzDiT88QN6H pNEo9DCXMIzf0rPjdKuNxWC4SYtsqphetVlDBij16koLND8gcwpjsdOYgzErlzIbTx37HoLp ZQXfnwURXFcN7y8ewmwwXkQCapNpKpXvhCbWnoE+j0l2sipoMYspZ1sF0jKzcT3YVcoaAgeJ HPaSmWli1Ab3hdjwGquNfvroWGA5SR2wLGsj3WhxTqP1p7mSpi6auNjZ0ei6gIimRgtnOn+d oMJA3qYOSrFUkV3y6cyqDkicQX/6e39YgIG8+bp/2D++2E2xtBaLp2/YKOpFzJMkhCsyexks l32YAPraoXfE3Sh8CJz0FBlsxJ9XV6zGbhiMKT3HoQT+xyNXRpiwwRFRBedBNQtgqEEsnJKJ st2yNbcdS8EcA7RrvzwdBSXALlP/s2jmuWgSUGkRhGXbT867ARWWi1TwMV0/azv7cBlv0eOE yV+9MFm1ANuRct3UEesAv6xMV73AT2o/CWchXXrWLdJ6atrLX3qhYy3ctpekIXNj1alyy5l8 mtcZuWO7j9p34NxI3XX7MMU3rdxwpUTG/QxZOBFoYaItzqdg8REkzIAjcRVDG2PC3iwL3sDs lJp0u2TTDwyjPT53osBrc4PZCFJxYCCto7V1HUEQfgzONY0OW8VC5GSloi5pMxsNypZLBaxn 5CwjmBU40SwuVlmt6o4E9VlTgy7L4uXFOIIDj6wxRdaRc9kPPFQJcS4YltmldwodAoEu7gu/ 1wmdL3Pfxr1UwcyNNrIEu2FW8ggZ/IsSlFGEWc09RRDCu1JtOCIijnBgbWjXzknTDgzXkQN3 /45bUAdtKLAmD7wy70eDxuxzCX2v3iI/7P//df94+33xfHtzH8SnvUyEeQorJUu5wW5lhXn9 GXTcxDUgUYgIcF9YxW/nug5IWlSmGm6Gdm2oTzBzZVta/v0nsso4rIfmJfILwHWtyBuyncc/ qx/td3afFOGwu7GoHOD7rczONLfygWe+xDyz+Hy4+6+rBBPRSm3V5mxIU6c2VYnTz2fHOx19 lAj8J56BgXUJNiUq+iWBnfPcJXXLUDvY9T//eXPYf/ZcOr9Nk5CX4VjE5/t9KD2dRQiO2Was 8ZgLcHrpHjGfquRVMzuE4fQWA6I+O04qOofqM+m+/z7syMvO2OtEQjp/9EP32B5V8vrcAxa/ gBFZ7F9u3/3qpcXArriEiecUAqws3R9eEshCMPN7euLV3LrSKuYSPXsHgUEVFPEty1zpPCE3 M7NKt4O7x5vD9wV/eL2/ifx+m1ueyXnt/GJhFwdOQRMSTHw2F+cu4AR2CJpfp0uxK8zvDg9/ Axsvsqlg8ozqLMiFKrdM2VgrSG9kpfBTXPCna3watYsF4UOykqUrjCMh0MQsAlyMi1fGr/Nt m+Zd55R/Fz68D0eJRS6lXBZ8WGtYJ7QoPeNVdWhMr9rs8SS8jymxOxX0oIR/2pT1JJvlXiLs vx5uFl/603Zq0FcZMwQ9enJPgaux3gSxENaiGuCCazaTK0OXb7P7cOrXpDUWn0/bSsSwsw8X MdTUrLHV1+Cx3c3h9s+7l/0thu5vP++/wdJRuCchb192Qt0bZNvXro5NnvbvTYllgoRMw7s3 iTbsxTRlboISoD2iMdJrKisg2Aiaou88TfPZB3pGVG0SNiLbgQRwBnZvEL0L67gO76BYfKYQ sqbh3TD4TDGnehnzpnIpQoi6MJqwtYQwrkeyoEFwbJWzI64gLI2QqAjRDxfLRjbE0x8N529N hXsURUQRoH8M5n+6ttcpAfiAXYZmBtmlv8vJobuVu/eerlWo3a6E4V2Lvz8WtmPoIb1mnwS5 L+IhdYkJq+6FZnwH4B6DjFSZa4boOCU0FI5O+25veD34mnT2w9W2TWA7rlM5wpViB9w5orVd TkRkO6SBtRpVgR6Fgw+aHONGPYIbsHsMXRvb0u16PewX1CDE/H2XnuqOCNOo1K2NgnscS3RY lmXTQkQLYWsXgGLKi0Tjww+KpOMuJw3uPUZXM44X06mEjrkw8xdRdN+5muQMLpPNTH9QZ6JF nbbuAWH/YJigxVrTSE+dmuYpEhxBdT1WvnbtMLNhrP0ar7IAvouGnrQEjYo3hI+zBRg8V0n2 ToTZtcJI97A9OpcpAWgDv/6NcExbU0eyFUjbsantZIl5GfUe/VqPRNv+LBP4K5Zu/oVZYECm j8xi+ZcoX01GgssY3Gv1Cgt4aOD61PW/pSOmcnIDeOzBjdOXlkktEpPo4CEociotc6vRzdVk H1lfceQpdp56Ii2zBtOmaISxjR11AnF8fCcMmkf7rJi4CJwacUAit1VMMpgcO4Mt2wV9iuMW gnbP2KHANZC2MPxq7CAlxvXaP+cG8UmIoTq0JcdG9XiZjuu7h8FTJwEOWLiqyNAoG8ZHSRNZ L9ROWiy7KsT7SRTS4VnkkgxhTCJcowp13shsw22N7uwAndMf1n+AQB40d/e+X2291tQjqPhz x4Dk5xRqXDr26ENE19UEO49irLCBnfUb0Mk0uNe735fyp5fZ+7nzmMmvbThzPXmFOxHpuUc4 oQbuevRBb9i2clqsMHwaw1QXJaRy8/aPm+f958Vfrnf/2+Hpy12YSUSi7p6IgS3W9aXz7q3G GI1FODJWP7aG4LTwV1cw4SwqstP9B5FOPxRYgxKfz/hCaR+TaHzYMP7mSqf1YjXoXoa33XuQ sX3BIZsKEXTbyujWzuFxBK3S4fdJ4gOLKAWdbe7QeNGKz/SsdjTILFvwbLVGqzi8FWxFadmK riZbW2AfGMd1tCSs3OJbPJ1qLEd9Cvs/+1d6iV6SwEIkUzjmr5ZKGPK1X4dqzWnQytATYAs0 lTex71W7+rl1AVU4+DYxE0BbfppOgeI3k9u3x4A9uzWj7xMJnHroNUyUIHDl65vDyx2y8sJ8 /+a3dw9lYHyThUnogDEZSH010tD1CbH7AQW2LZMU/QglGBevIO0vwDAlfjB8ydIfUehM6h/Q FFl5dJF6KeglNoX9cZLjo+vmR8e4ZqpkR1eAaTV/Bf3QV3pz8ZHCeLzpLbvP2EYcEYjhJB+J XFZ+wlzsBIYusv/arwOr4IULAm113/3qjBwfuwf5SfhOSNeknoEXNpMK9KjWV4kvdT04yT/5 ew3nG7Ne1en4aVN1UqRriCxQFU8czLFjwEjMRKhyG1Ggk2t/5yezw0RdETGJ2lIEaBYxi4ol +ILVNSpXlmWojVtX2yFcnf5BYJvwHP+vf5FI0rqWoK2Cwf3DG7tP7JXwf/a3ry83f9zv7c+o LWx/6IunOhJR5aVB32DiE1KozofwRceuGLMMQ/UM/ffuNxkoheuG1akSviPVgcESpV7dC8bu EhgDH8xtye633D88Hb4vyrGGMUlzHu2XHJstS1Y1jMJQxBCFKu77ziNq4/Lxk97OCUWcrsKf Clo24aNZXLHQcihOjDIXNFhRms91VxmnGLDP+zy47jQe0UagiqOs0K8riAas1OYp28gBxY47 y/ytiV8fJuB0+7LgHnZIjG7CfNI0k7bW3k30nGdP2v2yUaYuz09+u6Blf/K4JjzGCXy1rSWc e9U3iA+Imfh+OEUyrmfFll1RokFSl+6dNREZaNvlFubCp5Dg1d06KEikBWeua5a0ZrmC+8TB ZpoO6R9AQJYecwwkyXVNNypeJ433kvpau3fGU0jUgjAULvBpXV8I8OxJ1j+4neaRBoVa21eV YVZlVYIaEJjMn6p/7X7/CT5o84ItKf1fx63CcAn2ocjMjw+BsLdhhcTm1bE91F4r1hFzciLD Xc7G11drFIU+KTooz3n9OLLLtIIJMPsbkxAc6LDJU68T9wCvT9ZbLVztX/5+OvyFjQUT9Quq Zs2jZ2cIAXZhlJoBk+4F9vgXmI6Aiy1s5mvzP86+bLlxHFn0Vxzn4cZMxOnTIqmFuhHzQIGU hDJB0gQl0fXCcFd5uh1Trqoou8/0/P1FAiCJJSFV3IfqtjKT2JdErmZcAvFDe+bZsK42/U72 ZiAG+CX266GeF6EEyRATr4YuegTqIcMNF4CIn3YD+DyGTOuBRh2tAYsLWcjkb4DSQOwVsfiw a4AZ20n8kONmdSQX5wdEiUOXKK3sqaONirgB4eYw8mZ6kAzSCcjk8kAWvhNbkiopCbdQstSm 1AFGbZxyJ1IUWXd02qOwgu3a1RzjOwVJUzVWgeL3kB9J45QEYNA148efJmizFhPdwwzQhjbm 0CrYAbilgp364FdDd6osQYtgDMWyqu+pORCK9tzReT4BdMr97wG+r082oQDMdVnHFEzykOHe lxJX8MCQqDYFtBkSq5v26nwU2r2kAZ7iYD5rXdTOCmM2QskJ4K8e/CLO10td5wjq2JEGKenI O3tlzJjHXYlFR50IzsUh42ZfJ0x1vvYdsPaSWfQbWTYI8FxUNQJ+LLIjAqalOMsFN4M2LCfi z2ttI/kBHYzdDrOEmoKt2MahU9xWpzKPQNR2FS84Jcy8eESPrfvHf/328um/zL6wfMXpwd7w 53XoMPXsG2Zmp8HHS3wEAS9Bucey9t7ei03XgLKMc7p/tDDyE8EuS0G8OBRZYzErgsJXH07A aZP4Jn/ffjzDnSyeS+/PP7zY2EhRolpXcOjRaKYAaZ525R12Lc1NdZdHIM5ODDuyG6UZbrWC 4ElVJVk44yTby0B+rq2qBouClNfE3EWjlHFysF6aZGDLbVs7WWi5OAL3sEm3D1wkFhFt0Uim Jskc3/UVxYtOS6+8igcIOG1szMTgWTeEMxmH8lQM5tNHfFlldiPEb690gIlHvGMPKBD6Zn+1 RkK7Z6iJQ0eig8iJoL19NWHSadcoaAooFBjybghZakscOLsEsSzjuA0rIGVXQw23h8u4DQ1Y vfvQFnsb9nCqu8ztYFvAUzRQlRb9WaWIp8LRLQS4yUARigt0Giz2Qv+ILZN+mk55ovRSQPN2 9+nb628vX58/371+A8HdG37c9DCo9ka0Snl/+vH783v44y5rD8WVKTVpqwwdM6S4CuLGuRyc T7V3qr1CO+2DG2XCCjsV4NPxkwWP18yNcsVdxexT3Rrm16f3T39cnSMIgQ6ile6xudk0RW2e 2ddKvfIkQqgRg/TR6vnaXWfw/Nxc2uq3DPQUr9YWjw/wHYWFMFCUq3VIWEYs7tZCg/ApXAbs z8E8PW24nmAUJx3QruDCpQK2KjqkzVO1uA+vSeXQIBQVBPoZa8LxQcQ1nO442iqBpsGwAJpQ xmsTf+DNP3Or4jOf4tFZQHH0KTuQKNaqkebM795/PH19+/7txzsos9+/ffr25e7Lt6fPd789 fXn6+glkI29/fge8ud9UgWCfVQ8h5tikEc+9mzTB55pBYz/3EAJOumbS/ED33kZdjGE7L+nb 1pkQAbu0+EWssGVg9cCHpbudzmDQGqSvz3ufvtxdqQGQrTfNRxfCPQjzaYrcBVUPfnMEm++f wXJM+TE8rGJBT+ssNb5hV75h6hta5UVvL86n79+/vHySp+LdH89fvvvfVnvSzRP+f6+8H2bu Tby72kw+pZYWD6hYCQW3WEDJTvj0mgt06bshh/g9itpiY0CSBHCcd9bF2a+NfaAw+XAICHUU 0muu4sTG5pqzLZC0UdWjt9W1gfU7oN9TTt8VFFwlcXm8brUiu/0C8ek0la5HEBc7n3fXWIGC B8qpu1IC0HSjIewrirQ4ZQOTLuIhQTEZg3c+imkbFE5xsHJ0x3sWeC0aFM19B7wRWjLvmkC5 5zLDbAXsTrRFUz6iBeeh4YL2DqHOjMwobpBiNBvnmM0hq/GRl6yxVXujZh0/jHNCpisG/r4j hOZvYXGF/mQAsviKs7NJl6DbMFjb3BYd1/b49OlfyjLOKx5pgFm8U4DJzxB7YcDvId8d4ClI KjTTg6QYZWRSMjwcwYKG5SvzBArSgUsRbuIS+sKNPWLS32rBT9Xc5qhGFCztX81f4qDLaTaY 5mEGWPBDlngSMNKeCvezlHhX+GzYLWFv4zLujHsEfo0xFMxJlPBzgg1ZZxw8B+t0Yv5R5W0s emBiyVR13TjZVjQezhJ9uAbTpOgbo8X5Qo0me6z3ymkDRPY8c8SQAEK+kA0SB3f0MPdlhg2H s3ktGwhmIfKCOLonBdF6JWyeSkvmLH7GCFXWZeW9Wc15yJqmLGwwbfK8cX6CpZ4VRipeGcsi a3Zzd5tjbalVaVEU0MmVxXvM0KEq9R8y7j0Fp9EMU5gbn0ziGtOkTuGCOkJpZ4UL2MkOh1fg 9MRryKCHXQpiy2TSCtFYtxNs/NOSyJpoVJ1iEOSWNdsMrwgKZjoLFlZX+LowiIAjCm2iuimq M7/QjmBPp7PWoZq1j7CQtmvCl2Jz2263yjzPLBVH+IJwLb2Val7TXqgpA9L9oTKfOkfuKhsG 1eeAeBae1AnIr0BcY0Usemg762EIvwceCPAnkd0JN7KUSHbEIujK9hNu2DfCr6EuGNhRDkq2 ZiwWGLah7ZUtH/g3uoeqzq0itTYtDTjrzzRKq4OZGcujqgfDpsfBTtSwe7AM5nVeAu+BqG0q 7t6f394dDkS27r47FPh4yaO5rZtBrAzqxKGZeBSveAdh2nLMRR8z1mZ5aFwyvD07NLaReEb1 bWO99keYtroS+wJVSU1kXrKAtr/PsMkQX9wT05Cva4uMeebf8KpsbQ+Ai2CZS8s5eYSAGYwB Bb80OxaoBNmpqySImxF4NRG1jkiyP8BBHmGXHN1JlHHzaIhie0SBTRBHrHQTDrK7txPiTGjv 5FRLcWzj1+fnz29379/ufnsWSwgEy5/BRPNO30bRLDAYISDNHeWIvYpNP7lgtPt7WhoaEvV7 KIvcmAINpFVz6jzooaGGchz2wtZWOorfs/mztWm24aRKJKOGjgZ+IakqABrUZEnsiRtcAima IwyzuQVGGPgJiZdl+NaaCME0+cYtXe0Nnlr8ELfDgQoGwwZWhNqiBgkCk2i8SIk9ZW3nfnUk FDnNnn7c7V+ev0BOkNfXP7+Owqi/iS/+fvf5+X9fPpkeDlBO1+43280is5vJKXMrBKEwHukS sDoKA9a/fY6LfUSR1SpJ7IolyJ7BGUxjZ4hZey7d6gAGBQTqVGhkQCVC1BAQ5oB5pJyMnyBx ZtOe7b4BmkDreLK/tNXKmQwF1N13KtyujvvA3fNTi2Eur+GZYGACwiwQNO7RZFYX1zBqhOhs UyOPCykpwCjWsDCFeOiFleRIsg5TYteemWbNkk0CPDO9m8CqGPwB5iErumNX16VvSqE8WecU RUoOIcfBiAhjEVP7PQa/Q883ywHE/aGz+dqGq4RKQ3DBvSBlAjbjDbOKkRAjYrFVlsRdj/tl k4Hl9k8Rz3G4goRD0+Fh92WMIo6td8A8nGh7747KlWeEjK7XnbDNDSiww5dsg4K55dL6HCxV sAdhXIazn7JKHexh5t509L4GOaAB9unb1/cf375AMss5Ppheim8vv3+9QOAbIJRKV25os0bB 1xUy5a7x7TdR7ssXQD8Hi7lCpXiPp8/PEPNcoudGv1kKtlE/fJN28q3CR2AaneLr5+/fXr5a 6jsY5qLKZXQQ9KizPpyKevv3y/unP/DxthfURT+/OjeyslF+uDSDXejLIbSbSWamTWwII9Qy PlEQ6f86EIqVASUoFw7dxV8+Pf34fPfbj5fPv9v2BY8g2cBXc77exFtcoJvGi20gM2PWUOc9 MsdCevmkD8+72rVKPykn8GNRWt5UFniQ1sZm9vlzxxrbMmyEibfWCRfddlmVZ6UKiTF3tlUV TUG8INKRb8g3RZsCRbKpsttf5HRYj5cRJF0fcsh1OyPBXymbw3DNfZq/ksbs03hMLUUJpkBh SIfnD0Z3ZKuN40XrR9TSfZzebNJRGeRzllPYNO7gfqsy9yGN0Oji3Bbc/wycLvS3gm2GcB6Y JBqIMumjp0llOChDlDtnbZHBlhXac1IB9PlUQlqqHS1pZxl1t8XB8kBRvyU75cJ4SZnlJjXC zaAQE4z5wEvkgRgzfUDHylsjkhJEo5KRReSC2ttrA5D7oiLK0Qa3zwlsxCmwoMf5syPV7mCz 8EqBrly+IwWcmXrg0daYNU6HVy1YQhk2Z57aihuWIKzLrR9yaUyWb7NL7venH28Wowa0WbuR rryWsgAQpp8v6nYvaMSwy+B3YwEISun0wIlNueL/EtnVWEXImGsyMEZADOx/AS5JfsB6zx15 7LsckpP4U1zi0gBQpoHswDRGxTu8K5/+4w3SrrwXe9XpoeqPDxpa432/72xzSufN1UGYEfxO ASR+pezzIYTjfJ/jbyzOgh9By+u6CU2y9N5zFsfk/C32nRKuendDm7Ff25r9uv/y9CYu/z9e vhtMhLnO9tQt/UORF0QeV4EmiS3knna6KCkmrxsvsMqIruqg/+BIshO33SN4sDmEDllpkM3n 0Yg9FDUrnLCFgFPhd6r7QWYQHzARGkIW2xU42OWNSgJ5wZDWrH+uOUmMDS0NdUYiY3+M6BKB pTas7hq0LggcK5iGKzVmTLybc3+BCIYn86GnjpbOAZYxB1Azd6FmO14EGOsry1+9NJ6+fzcC HUuRpKR6+gRZLpw9UoN4oR8VAtweI/BnVobBPtCLuWDixowlqZ000iQpi+ofKAKWg1wN/4gx NEg5ldOzM3vO287BASMfRKtowedWbGKMp5IllFmnJm5+rN0YaDkb/PnLP3+BB8qTNA4XRelr GHv4yIoYWa1wwwFAQ77cfZlxTBUnNxQ5NnFyH6/W7pLivItXaNIUQJbeqmyOHkj8c2Hi99DV HWSpAXG26YiusYL94zoRaxSndpvktRazzn8A5C9v//ql/voLgQH15EH2kNTkgFu73B58JaIV DxV7WwBEKTWcQRT3UhWKra729mVwCcxhhkj+ENBcs1AFIaKtv4vWGS94tx2CyF3rIxyeycdM MLMB1a1LuyNHdKCwdkwySxgd2dqyEdvu7v+o/8fiscvuXpWXNXr/SjJ7AT0I5qOeLtipitsF e4NYOyVroFQKLKXDk2ANvYt6pOKXRvCPPBhZOUAL4fzOMiYFmnDJ/ereSlYCGHXQwMPFtIIy Ee4xhtOM+V+tITjtqAcYLqWRBdDZnZJgV+y0JWC8sAcAsBCbgwW5FaAAbymsYic+FoBljlZ4 4Ridr/dI2W6OGhWz1M09o0GYZMd0e5Y+z/L1azj1jwmFpbW66bNfNXZGHR1Uy9Jb6zhb1aks 4Qeu+tVEe/ysGNEgpuUcTlbaJHGPpzn7KI7Rq6WcWHGdAOwsrhLk7e56Q6sbeN7jzOCID3WB 5IKXAZ0+yc+B9CddJoMLgQ4BJdCWIbdm4lYPW24Pv7oazqwwBLXj80pAvethGin4BNEkwTeo K7/EHC8MjaIlkfts10LGxVfnoz3qQgkY5QZl6GlmoFwMXlEatw/o0QwSz1ljvCfMoVKc6Mvb J1/MIRhbLo5mcEhJyvMiNjjpLF/Fq37Im9pOMjWDXU0fQqFOV43IT4w9SsGOaX62YxB8GxfG HrMqlK24o3smpx1pgZiebRLz5SIylF4VKWsOCXohSQklth35sRloiduTZE3Ot+kizgLetpSX 8XaxSK4gYzyn4Tj4nSBara7T7I7RZoPplkcC2cztwoxGysg6WRkvspxH6zSeh0RcXJ0YCMGP NMmoEDKvwtAxYaobpBQKaVZPS1r1A8/3haWTbc5NVrlisfH4id0rRPFlheBRmM+TKbg4kmLj hTkDVx5wSuhrg1nWr9ONoVLW8G1C+rVHvU36frn2iMUbaUi3x6bgvaUPVdiiiBaLJbpTnd4Z o7HbRAtvhev0EX89vd3Rr2/vP/6EaDpvY/KZ2fnrC7CPn8Wef/kOf5psegevY7Qt/x/lYgeJ bYaQgU2wzFXbOBE4VKZT/KE4YQcW8KSbCLoepzgrncaZBd6ih6K6POCfFuSIHwYQJ070iEBw /NATF0haSKF6m8KxwpiPo0w8vLMho+g0WUe5pWKnZtQ+9UMxV1+en97Ec+JZvNu+fZJzK8Wg v758foZ///Pj7V0+mcEp69eXr//8dvft650oQPH8ZqKavBj6vWAA7AiBAO4os6UWABQMQ0Mx hg2QPAto4QB5uM4hCJJAGKKJjSrKexqwBTQKCUVn1XjRfpSzECiZoyjUfJlqgtYkII2V+RHb mjixW5Xfmxh3kF0IwHgu/Prbn7//8+Uvdya0ksGweh5ZWe9RMmIIy9fLhcdTa7g4149eJFej y4IlR3X2RpPfMAfTsQhUK+LQgFx3HeNSl4k//OhmA/ZIsoKsQ0z8RFPSaNXjV/dEw/LN8lY5 HaX9daZeju/1UrqW7sviOs2x6ZI1HjFmJPkg85RfX/iNaO/1ndGl0QZXdhskcXR97CTJ9Yoq nm6W0ep6a3MSL8RcQjT5nyOsClzfMr2Qzpf766cHp5RlAc/FmYavVjeGgJdkuyhuTFnXMsEm XiU50yyNSX9jIXYkXZPFIvI2KYTDHuVtHiclY2UzMzxVm9FcZmo0tGFAZf8arDi9EuLZlEmo PunG60g2RrdCpXn+m2Ap/vXfd+9P35//+47kvwiW6O/Y+cGx05ocW4XssIOao7nyxk8sjneC upI5sy/TQyJMIv4GgwtUoSoJyvpwsGIsSahMhiZ1/dZAdSPz9ebMGEifkDkS70YUTOV/MQyH DGABeEl33A4nZnyC394TwbGGMAcMPxgVVduomnGRsdN95+OyvpTFORAiS61PXMKKbYaJXe0M vREwKLIXhgQLQDOrY0lGdPg/lYkLexkLGhnFfy4OQFrINTcdgB+bOscPO4lumH8RE8Ou7N8v 738I7Ndf+H5/91Uwe//7fPfy9f35xz+fPlmvAVladsQFnSPO5CfsL6l4zEXing23NAOzLK8G m4bTMsb9xSR2j8klGcqjBDx7dl64WZdZZGOaN581yg02KmduMA755d609h9ptKEAE6z8QXDM 8MPa9A6dys2inb/s8inI6SESsFUJ2KZS3sl85dayFbhTBXlKGjM0hICqLCImZMzzbgFlgiRx Zp8pxFelpoc7FCJtpzyI2OgPFvTS0q4YiaeZEIhihx2MudRO2eVKgzUTouPimiCIMmDmrjVr gmsMr+pjIe03TOJJHoh/IZ4T2aPzSX5yX9LGDEjbOrysfZndF25h4vSgHRY9FaZJml96/ZZD zJ1yppwUSFFabOiKSzsiPpOrEPtGICGPCrWiPYrlpxkCqxSYCZxtHN0LdRswsZ08s7W01Ch3 f+JYXgrwQr2Lku3y7m/7lx/PF/Hv79jbY0/bAtyl0FaNSDAZwa2LrlZjPOph23Y1P2o7vYCf owoEbKr2qRNK1Xbf2tVVrjbgPMUgRkVKh24cTmBF++qB3EOreJAZQb2YjgEpNkiaC1PZPEKk GACNDWgRtPWpytt6RytL1m3TyNRbV2pXZBAy/lzAQjo1oerA8nOXlTIv9qwLywi4eRsjLwCd FbG7kX7gZcJdmPW7M40wzr2FhvetmbNwl7UFBAeYbfocS5eM8CIw5ETlkbX8OzTMz9skg1KV TvRdlaO5rrpW/GFa6XYn4yaxxkBghrNchm3NBfdnRskvOuME0ooeK0pWVTLzioJizmYGSbCP tDzSs5ZYBajfQxRLyf3MBGjwYoUZH2lsm12QbwiqLx2RNdsu/vrLq1/DzQNvrISKgxKjjxeL eIHVr1FBYaBLFxBqKV8//2QZ7TPef7z89uf78+c7rszwMyMnlW8RoMMmDOycpsVaPCohOKxp Dv2zJU7nCeTdtKZWTn4htnQ7JKJztqeJtORPyGqDM30zQYqb4p/rtgsISrrH5ljj2ru5RVme NYI3sfVaEiStpfYUVSuZBQiGzjKlL7ooiULBtcePyoxInsjSOPKSEtzD2Pq0K5zsRqQI6VG0 xL1DA5GbhbLso+O1P6PsXE4sT6MoCmp9G1jDCX7v68msGCkDntmQY70/oGagZpPElVV11HI3 yx4C+Y7M71qCdxGWbO284Uq8DwKByyMBgTMWgAlNz411oq5Te8/slvhW2RGISlsEwilVPd4f Elo6HT3UVUCgJQoLPPMexSOEubo788NA7FOjwyTLrf20qzA/QuMb+EAlcTEvU9Sp1fzoTE/W uHZHwZlAvGFKhmaPj4lBcr5NsjsEDiaDpg3QqPbBYYyz0PTh5PoZIZ08FiW33co1aOjwVTyh 8Zmf0PgSnNFn7J1utkxw+Fa73CMM+UQmArI2PekH8awMvLsq9GVhFJjbx77KDlCiQVbNr7RQ c66ojHELFy5m2XUE9csrxGOzsDTFuyK+2fbiIznSBj3N9qcPtOMn5Jrds/OHKL1x5Bzq+uCw miPqeMouBUVRNI1XfY+jQD1rTTXuGg/ghUu3CKh8D7i2VMAD+5L2oU/c+2bGLIO140fmB9zC aB4KlrXnwk5Pys4sFL6E3weUDvz+EYskZVYkasmq2lpWrOyXQyBCi8CtPAMDE8svV9H7y432 UNLai+Cep+kSv5IAFTC1VihRIy7pvecfRameuh1vT613kHEEkTj9sMaVLwLZx0uBxdFitDfL 5MbWkrXyguFbiD22luwXfkeLwBLYF1lZ3aiuyjpd2XzGKRBaZMXTJI3RoBVGmQWEdbP5Tx4H FvC5R+N42sW1dVUz/Lyp7LZTwRoWWoYKAckGl9vxS0iT7QI5CLM+xCdVRXwffKDpryWLe6Nf Z3E5W1eVFPbnBSpSND6s760+C/r6xrWok1cV1YFWtm/pUXD15Ih35bEAb9Y9vcExN0XFQRhj Fgty4Btteijrg51w5aHMkpDG8qEMMqGizL6ohhD6AU2oazbkBBY6zOLzHgiYYYWiirfs5uS2 udW1dr1Y3tg1bQEPMYtrSKNkGwivDaiuxrdUm0br7a3KxDrIOLqjWojS1qIonjHBsFhxIDhc je5LD/myKB7wIutSvKDFP4s35wFjVg7xb2C6bqxJTpWcbf6QbONFgsmDrK+svSF+bgNHuUBF 2xsTyhknyLnCGdlGJBAZoGgoiUJ1ivK2UcA+QiKXt05mXhNwz+xxwQvv5OVjDUHHIB7q7ek9 Vfap0jSPrAjkkYYlFDB6JxCZrgrcPfR0oxGPVd1wO5thfiFDXx7w2P/Gt11xPHXWsaogN76y v6ADaQQTBLmReEDP3OFBlI0yz/adIH4O7dHJTmxhBbcophXV3xjFXuhHJzSpggyXVWjBTQQJ HqZqLlyZ75qFa4NeOEJLGkoSqGiynoaPWk1TlmI+bk5iT1tcdgiIuMFFpfs8x9eb4PxCcacg ctLONSkbqzw+qvBo42q/CIjZprLIwXbrAEpegUKK2NO+kF6To68Zo/QOSMPuhyAUwwvLctDO Ho2g3KNozIH2abrZrnc2dBQuOVDCVstoudBQU7y0keLhI54kReDTZZpGgaYCeqM+t+pS2gln XAklWZ65LdACgGAL8uxMdXfwZxtpSgjJgLav7Du3PmVX3F+yx2CRJVgBddEiikiQRj/6AvWO WMHpu/WrR1Pou/EFY4/oDO4irDz5/Ag2tZLplDOvzpmgFwV/yMRN5S2Ecal16SLp3aofsGpH lkYxR3Y/NBPjAAX34ncZrkcH0hXRojcTFRZtJtYZJU6BeQNPntgHdiSNvPGT1Ms00A2JXW+Q CtZbt6Qz6Op5EShJn4sHcTLE7cHSCuslIZ7B2+3KtLgDIYKXWlYClWOfQ9YWLnBHu11ma5cV HDT5FcXPZ0mh41van7EzHlZQITkhoO1m3mdaMmp+qA5JkJGwP7+8v3z/8vyXEQesIdw/OacL gg99o/2zpvBUHv1E3hgrRvwYdhxORweYF4Kh7Qob6CdFBChr0BxVEgUGJrZ1pADXliUGACCI O/4UFYVI+8BABTJMUNeZm6I0803w8mg54wB2io+EvqokBWdZazCYEib17PCX4SEjJl9H/ZVq SrMmQJGswxoOqPvsYimXAdZAGtOTV0rblWm0wu7pGRvbJYGYJu17Gyj+VbaZydh8uDejDSZm sSm2Q7RJM7tUqcrNiVSHopihKBiOqAjDWqPEryPFlUYBBdtRpPScbdemK9wI5+12s1ig8BSF iy28WbkDOWK2CuN14FCu4wVuKDqSVHCbpqE5lbxCqSKeep8ywjdpgrO7I01b5VQZo94YPn7a cSlVsdPg+iQ2LivpwFbrJLa3QlbFm3hhw3bSJ8Wha5k4FE69DS0aXldxmqbmASP3ComjgK34 2NCP2alFo+xNPenTOIkWg7fpAHmflYwi6/pBXOaXS1bZmCOvsXkRbNQq6nF5rjwMcqLzEwRJ aHPEn6mA5LRo28w2PwH4uVxjS5cctzEGzx5IFDlbQ50hyVAQYy9dLDMf+DXbEjAl5cFwtnOx +HklepjArjwxJFooM6PJmihDc4xgPfWbiZR8742agabl1KgcNpVpPqR+zyH+rLCfFmqoziH/ Uk3ZlLhkZESjA6WRtn822M6yQEIKs3+aLb9NB0lfxKTfGC5T34Cg28zmBSzcJDvEkGamARNh p50wMR3+7jVJPj7mGf6gNqnkS7OoUO28fpu32aM9/BdUQmIkEUEYhjMDaT2uj9a6zsHNbjY+ V6SVJachW0I/IDLluSXtYgDAyz5bpSo71K/f/3wP+tY44eHlTyeQvILt92JdMTvKv8JwmSHg 3skKq3As61ra3zthQab4d1+eBAc82f1bAgb9fX0SnB8aKl4RfKgfrYQaClqcAfjqApWNqTEq oeDR6oP74nFXq7CvszZPw8S52qxWAc95myjFo104RJgAfSbp7nd4Mx4EaxLwzbdoNjdp4iig ZZxocp00pV2nuEPcRFne3wciaEwk8EK7TSFtRANhGCfCjmTrZYS7sJlE6TK6MRVqud7oG0uT GN/5Fk1yg4Zl/SZZ4QaEM1HA3nImaNoo4Iw60VTFpQs4XE40kLgHlOk3qtMKmRtEXX3JLhku rZmpTtXNRUIfeMh5Z55YFg9dfSJHAblBeSmXiwAzPhH13c1WgcRqcENN+8fWFbw4tXhHUXcG RSBTSVrXpYIojpwUBM3gYtLQxrqgDdQxqy6Z6cJj4O4hiaVpez1hxveu3yRetDQrxTUqODuc idF9gknipC0K9L5VA0c5cQ/zNG1YuuiHugKnFAeZ5Zto2btHvYLagR4sjBX4RWF2LBMPd+8m SfrFsDt1nW1eoJAN4c19IIevvv76zWa9TUBBJeY73G3xZN/GK7yLjESJeEQOzaUNNYQxcbih Ugfd6yaDFA9Oj+UBuyuKxmI2ZlRekDovWv9Wl9gz3bWB8Aiqzq7M+LDrqkBcGk1EZXDprsCM h6ZrWLAYlaZzW3rfdx+2fhNlggSWoRlXFcVjkblWcwpBWLTAbmOFBY+VMuvA8kzOqduetuhO xlQ5WH0EWXOJEsjR9bsl0KDZ9wffojoprs4fFLJfLdaJWEoMU21OROlqs3Qb1lzYuFb8fSBw 11skV0xbd1n7CFZLdY4Vk2ebOF3occXkAyPZdrGK9V559XHrBN9HF3EpR3CMYAMTCMc7Hhp9 mQSiIygKyiCs9ukaxQOP19trG4awLMFVfLqEvBD7GOJvir92Wev2L2/P8Vqck3r8UPR6NaHd kZPojY9uGV06Xl8SZIdfB4gTq1DBGCZxl6j9InEKEBB5m9QOPM51AB+X3kzxpSGxC0kWHmTp QSwVuIKtLB5XPhqOTz8+yyj89Nf6znV5t9uNhCV0KOTPgaaLZewCxX91AEMLTLo0JpvI8uNR mIbQhmMnqEKXdCfQlp2FhLcZZiKpcNpLA77zq+MxKAvC37ZEf2iBFUNvF3iSKHRXHDJW+Fb7 WmeCTcXkEom9eNXb8o+nH0+fIKu4F2oO9BKzL5kx9kT7tHVtVvEyG4N6T5QjAQYTe9WK63m8 GNSzMKEzEMOOSpdKTLBY0X6bDk1nm5youGESjOmQcxkT6tTV4HY4Pn/584+Xpy++ekrzckXW lo/EvJ00Io1XC3cdabBgF5q2kFHzx9jngQUyfmCF3jQR0Xq1WmTDOROgyk4XapLtQeCH8dAm kTc7VpOtACFm08z8Tyai6LM21B70zjIJqlZmLuP/WGLY9lR1lBUTCVpH0XdFlePKMLNjl1Lm gsYnCg8+Y7Wli1PUKN8kKhtTGGRiGJ1WWvXt6y8AE4XIJSeDqvghXtTHgg9OosXCK1TBew8O QwXmPkFEcPongmlOIofCvvIMILaFNfpDIFKkRpdgBvNwjYITUvWYs8eEj9aUb2xVlosLprjz CEOJ7jThjrB1EjCQ1ST6mvjQZeDIHboSZkKduS+Ig6mGQ9/fIybRLjvlLWi8o2gVzzHjR8qW +FWIK0lMtSo68rrRNrh9pEbvuZi85noHJQ2tIESWm55wHPemzdHLzDmN3cVPulZn7PRXXKVi +eSZW7Qmq4ZDYE1W9ceaofaGEKtYXYfzUx9S1wxcvJeuDRNEI3HyZxnmJdIhW+8djMltGAXZ RF5az1GA5vBPPkYNphYQEPdFBRdx4BDEc5ARLqxnxoyD8CPoJasqlEYrSqG0z0w3fYk2A00p ADcTn0rQJYN80PXBAct3ab23qXdXKhScgQo9gIAg0A+wT6xAscrJCUGA+6wZXXZC7LIlarM8 U5xN1asJlqli0UJ70JQGRAWQVR7s4zxWW2dh+BRm2MCaRAqkzccKBPOBPOXLhalOnaFLA8pJ G1uio2bKY2wZ5wQaMn7GLoK/N6yrijNMh5397N4Juj3uNNAxGm+R7KJ1TYYdVNYrOGT+iVdr oxo3xvmxQZ0ExJY6kGMBkU1gtRjCPSL+NQyfNIHABIzwCeVIgBYJv/KF8zY0wANpAwqMkUhc Zz9HJFXPN6nEGU2rIiAQNwmr07nuUMt/oKo4scdSKb6dTt6sjLTYAxkw5w5yd7Z1/4iOXJck H5t4GbzsPcLQZS8OCeLG1pmQPS3LR+9MH9NG+ptifkTrddSeIHFsg4tGLCLIp6WS4vk6TNFH X3VpCiAgSJmctFo8Qg7UEqwJqBTcQ0IJG+zmpZGwoyC1o/gDmJ0wdhgwOtsfPLHskrLyUO/m TLXQienZCjnW5h7pI++OM4D/8e3t/UbaS1U8jVYJromb8OtA4O8RH4guKvEs36xwrZpGQ9CF a/iBBdgquQ3TRfhjGopxqJAMN8sBJIQODWghYEtLl7dwo5SPnGC2AqK8mKiomtvwsAv8OqBk 0ujtOiBKjCEPd0BEqHDiOPA2h4zzG1gjnDA/i63cTf95e39+vfsNUv3pnER/exXr7st/7p5f f3v+/Pn5892vmuoX8YSD6Ll/t/beQCCXoGZLDXBecHqopA2N/YRykLzMzmHsFNHP2YYmCWph A0QFK86G9AlAdsL7ETLIRMzikP6gchtarbkvWFNajJI8X8JaUrn8SDa1PdA6TpkK7mLAtEPL mOrnL3GmfhUvAoH6VZ0JT5+fvr9bZ4E5KLQGG5iTpe4CeFnFbvvbeld3+9PHj0MtmNZAE7sM NJxnZhfX0erRTu2uViVkatF2ErL59fsfoqVz241F5q5PVvakCUTNVde+VLUOKiM5egkFj1Vr zLuT02xk+UmQjonvDpvCQTaBU0XDp48KmBj0Sp9J4G64QRK6dc3LcGp+Yrn+kbziAEPSIo78 48XAGzzxmaBwRuF6FYgjMYPsOoFBGyT1t4HThf7HgkleWckkxTHGnt5glc+hQn3bHBlWVsoC 7JLArQv+r5yOrUYajgQGcAzR8ur2YDxh8KcukIh9FUSCOwoIARx2y6CwzyKAKMGQeEYSG16r Tec2sekzJ3S4gRwdUtyPOIlScTUtwi0X5wFFs/zKierNeG4A6V0nZgmUB1mgjI+P1QNrhsOD lY5XTh7LrWUwe1UgskJozWk6LIF+zM6k14+zWsQ/ZQ5mtXQO+IinCAGarizWcb+w2zqeHPbY qfOBotE2ZgIVi2gMemdPthc0z05QfDSlDuKHxdMq9RQ3c7NP7igS/OUFEmbM4wIFAKdr+ozY RqkNkkpY8akNH8vzJwc+E89yiIRw77w3DZRUSqAYvTemin6HzMhP799++Oxy14hmfPv0L6QR XTNEqzQdiJ0dFzyf1pMXIUo8yIAFIeS9eSW6H+ZdGjdJco3A9qFw8GeGy+UdsjqQU8kfj6kd tAIRouHWQytmGvQDgfhrBoxpuT2EupnmAudGKhBsZLwTGi8V9IFIbJqEkSZO+CJFNtJIwvto teix+nfZY9dmFJcCjETkWLTt45kGovCPZOWjOMshi9BVqqwUL1YImHuVaife8SEjvKlZWVXV 1c2iSJFnreAv8Qf7NNBFdS7aW1UW5f0RNCG36iwYox3fnVrc9G8kOxSMVvRmaZQUN2k+ZLz5 iXEFgj0tAizkRFVc6O3W81PVUl7cnvKOHvymqXzT4rh6e3q7+/7y9dP7jy8W2zvm5A2QuGuc gSQkszepnH6+3JTRKoDYLkIIw8oADlmlH7QBMoUjhJjWWR5XUWxSDHa6w/Ej2j64UYvUMeGa +JpFEUfEMgGHMyaAlmgvnYyESjtaeRgor0yVDPT16ft38YSVTUDeHqo7LG/wiVbmb5eswcNz STRogm+0FI1LLwkowTyHVH926ZpveqeXnNa9V8q5T20rFad3w17H8hwzM4XHRl2p4tb4RWPB rsIZPbP0/SZK095eDJBPZeM1koe7KlBJFLldvdAKwko7ZV94tCbL1BLNX2vuJOmQ0Oe/vj99 /ex3Qxvoo0tq4a1PCQ/YIyvjFpJtV2jErRm9WTi1KYM7dyy7hpI41cY+xsvP6Y5a8/v8J7pp OvspaEs/1lXmzdguF62M2OV8ZW9IG7wreOeFZOK0XMUd3LJJtssk9FHZpJvEXSnuEamsDMmq W6WJV37X8PVqkeICzZkiXQenT+K3UezOlDLZdNqmLTXdtS1tEN2lzdLtdmlONDKhUy4rb6K9 Qy0ollWz26UBlb4aU3E917jsVa9WOkCQzyHgcDESFYoqkDdDzVROEi//0qR283o6vfauLnVp KrL1xlht6chb64wkSYr69qqOUF7z1pnEvs2i5SIxT1akWcrJie+uN9eSnk3FIZ/J4s4vP97/ fPpy7WDODoe2OICBst/XGqLSo8ONFjyWe4nMzXSJ4PnqcT7RL/9+0QK4+RFufqSkP9LFpsbX 30yU83gZcCK2iVLslDFJoovpJTshbLH1DOcHau5DpFNmZ/mXJyv7oChHywHEA8OuVz//LU39 BIaeLFYhRGo5K9oo8MTMQYqBD8NMGiVWd40y1oF648AX6WIVKMo8A21EFEIkQcRAzMDYNjJ1 1uOEEo/CGwOxSQON3KTuKp97XNjJUVGSaIMsHL1AjBcEmH+ISeOoql5h+alpSsv6xoQHJawN BCcCwnnURreSETz3TpnCqzQV+DZTFPJLTD9d8M6tDcRJEGMKmI3F2rDM3mWd2FuPA7nEi8hY 5iMcRn+9wOFpCI6UL+GxT893lmRrbCdH8/yMH+0eYggtZX7ooIKad5fumOM2f1O7BTOVYFeQ SWBmSh7hYn6jzWJpMaoODjsfLZLYvCrHoRkdRQwTGo2hvIFifYRcawvkC+Dc4g02AYH34Vyi TEzlt67skvUqQmrqyDJax6X/BfR0udps0GZLDy30G8GWpf4nYlqX0arHeiRRaJxGkyJeocMB qE1An2/QrETd1ytYpaYUwERsze1kIta9JU2btgjbJcvNldoUU71FNukhOx0KmJJ4u4x8dNut Ftj6arvtcrVChyffbrcr7CA+Xqy8LvKnYKxyF6SVc0pWoYyTVeY5xAxeZy3f0e50OLUn057U QSUILt8k0dK2AJ0wywjrg0WQYkWyaBFHeJmAwuQANsU6VOo2WCpqDGhSRJtN4ONtjAagnSm6 Te+6ssyoJLr18TJaYP0BRBRArONQdcvrueslxQop9dihreDJBgWTzTrGGtfTYZ9VhlbIa+R9 CikscM3dSBItbtLsMxatjsFbfWoQyyGOdXt4RAdMsCEFZyET87Gzu2Bc2YmkKQKODJqg6xtk uIj4T0bbgTRtHcY2/IQ1XtpX3hynnK8DoR1mishJAu0SQABFzpjfQu2/mOUEayBd3Yvxx+WO 0zRuIsGF4zkFTJo03qO6+IlklWxW3G/h6HGsmuh+xcmR5T78UK6ilDOsTwIVL4KuEZpGsICB fK0zRchIXxEc6XEdBUyvpuHdsQy1xTUImqLHZ2Z1Y0WD3Ye7ttxClIjUgX4gS/RsEhu1jeIb S7GkVZGhQe0nCnkLIweYQiAN0gjtQe9XqdEBGweTaoue8QqFeyxOFILLQi88QMXRtQtPUsTo kErU8ubHa+QAVwjkRAL2MsKuHUDE6A0JmPVifa0dkiRCL2eJWmMaUpNiG6o5EWz/9a2kiG7s JUG0vn4ISook1IX1OpBsw6JBwxpYFFtkAasO4IuPkSZZBIKmTDRl3xYHuJav1N6R9Wrp1y2Y 4jhJ0YVSVPs42jHi8qwTQbsRR2WC8ykEt/kZVydbI6xoyTBWREBxWuyMYBvsgGAbhEstWYpv d5Zikn0DjVacogu4ZOgLy0DHWGFbtMfbVZygnLpELa8vEkVzbQ83JN0k2FkCiGWMDGzVESU+ pLwzUwlPeNKJnY+uEEBtNvgD0qDZpCEbsJGmkWG1r3Zrn662xgJvmBXSd6LTYPR1Ea9xDYJF s7k2ujuIRL0v/HrFJT6Q/b5B66YVb07tQBve4A67mqxNVjH+4hKodLHGNRszTcNXy8W105Hy cp0KTgtbl/FqsUYebPLeRHeeQszhSUzX1YkkSaNV4DCG2+h6j9Slc7VHgiT+f5xdWZPbOq7+ K36at6kjyZv63joPNCXbTIuSIkpe8uLqkzgnXdOdzu0kNZN/fwlSCxfQnZqHLMYHgYsoECRB IFrPkfGukSU+R0pNjSkAQBaLBS4tXaVIN/Ba9gIiquar9WrRIt9TfcrlLIuU8X65EO/iKCWI NpEafhEtcANDYsv5ao1FkBlYOprd6Qtq3tMAJWgQkIHjlNV5jBf9oVi9tegSm1bcstmEXNIi /SfJ2MpVkuf/QckU/XCQuxPu4ojn0u5APolcLkoWEaLDJZDEAWB1dFL1jhXhgi7W/LZ6H5gC uVNsts38DtsoG5naVqxxc1YuElc3DUE588dJmqVxiqtSsU6TW7ag4lhjGw+yh9KAiitJgkZB Mhnca+gjMk9umoUtXaNzbrvn9Ka51/I6jrDvEejIEFB0tNckcls5AwPeNRJZxrfMGUiSQusO VoLY8xJepSssVtLI0cZJjJZ9aCEy8s3heEzn6/Uc93QzedL41t4LcNzFyDJfAUmGVU5BtzpG MSDaRdPB2HbdSg2OQs4RLX7xxuZaofe6DZ5Vst5v0VpIJEch7bbxfPvC1fhZwV1Eb4/NZ2vv oxjd51T2H7E6oidBhNgidAt/4BEtaZkIxNAamHKeN7u8hMAx/ZV02LIi5wsXf0Yu87FhKtgf 5JGpjZgfA57l+iLVrjpAoov6cmQix6pvMm5hm07sSeCiBfYIRAuCeLP09iNh6QjjzfoCA9wc UX+9IWiqHCYJUqoSNx10H4r2x/VpBnemnh+e0ItSKueLek20IOj2kjSHxpIOzl02wOp7OLPl 9Ti0vJQyoqKXrBUDg1dLNegl63wRnd6oLLBgcsbT8ZuyvHbT/U1hePcZJ9l9IAZMJ0Bcy0oI tnGiuaBpQjaUE5PdIBvnW8AEUb6VoxTOPeIYWb4Hh6xDAvT80zkvQGJbEIG5V5oPQjKyC+Wl 9/SAhyLxaib0Doi6oPP559ePPx5fvgaTnfBtNtwBHYUCDQ5IYmzyrTmjhrOi/RBpk3QdeZfr DBZIE3UXmRkgFHVwZ/Qknuok8o7xzbr3tw+tYNIAjI6HljxNvSGvZ7CCj6pyRpduS54iBw6E RzzFLMcRNQ+CJ6LhSqB6XDkgnBCi6XQAj/dHF869PwMJuUSMLKHa6nshfmmrOVISnmBFgfrG q9nnNIYkn7bknog1ZIButUSuMlcJHrlZrnwuNRGMYnYQgFKu4/0KErWqe9+R5n68nIzKL2rq Oo9bWPDe/Kjk4eX+BsuF7tvj7zJmNBTCf2ocRAtTptHv8IWy3U5sNaeXzQl33ze5MD8rhavQ 0uY8CNR3pPwgdWWFZ7EHjtF72aDpCMURRvQ+akVeoX5qWkX0niq/HKrjpTJS04VPTe8iXwB4 gvkaC3xcsHXrhKaOpHalNzRtQZIaljPsek+S8g8nFXTVlm05wxp0iKlrf9WGg9JYjzG6rVwv Y3PLAHu5waAE3xXZRB1nFUXz3cyBLHJ6a4YSbLFenZzACArgyyj2hAEx5CalGO7PqRwu1mYQ 2ZyW0c1pUpwFNQOkAK2FO7jz+VIaboKSjNqo9s23OwD8utLUk1Lwzm1GTQoeyN0B/kNxtMT9 gbVzEb5CUtDaUeuDiz9GvfMMCqCnuOfH0Bbn0sEoLV2dMGnLO7SyBpwgVZNUO5aNhTiBk3pM ahvUN2cIH+0PsAEhXWa6Pg8BpTEz7VjEyXoejmagRgGfLwOZDlSp7/kpcOVCffCBC0zKOutv p7hGmybfsLIGDtzMShZ2vxz5EraUPFocuTTQlAgt9bqNpwt0B7cHrQsgE80fAz0dMVIAWUY3 +qC/UmKLo9ndfOENXD1R8ji6bFyfnuE2yi1jfygBOXiYQqWrRQQG6Myzh6poyS7HGCCwXKcC b5ai47YX88QFS2+18h75kH6Z2OUcvINP+BmF+qkcKYbQNk3RrVqDJ1vOzTlzQvzViYEZaxS/ 97R5jjzm2ug2sgohie1452CYXjHeGCmX8+VyiYm2b1VMdCaKu3mEPgJnYMk6JhgmdcvKXJYY iJyP1nEQSbC+Un7IJ7zdgKGKyGYxT5wMpKXzZXoXglbrFT6aBlPvZrHAJKcbTLg6BFug5Spo FWEdNJiHaD/0ZuJbNUrvlmgXey7TFuRYsA6WJngj++WYE4DewtfpPPRoepcEOr9O00DyHYNJ WrVvfA6KBR3Zo6HsIXANdLFE305vEyN1GczXN6pcH9I0WmGzj8OT4lUD6C6gHeoj5jg34e8h 0bUdtMQBVQpExyVgYmmIqDcQmQEir0zJYi6khSA4N4serHFcbrtI0bMek8W28E2EH5JAhwzm 903RothBxnv0dcNZcawzcyLiwQZM5m+8TG3dJuiHZVjJAfHuhdgA012o9qtlPEdnGYUli1tF p4EweA6bNIJv17C/fotUYjS2ENnaQnqjAmrQFmTDNmgWC+qZzQ2EzsJ9iwvWYNZaQ4c8O2bG juZS5iNgbdarsT4giDzFsBofNUW+O5giJ7qoyjMOkPKMpwHSRyv17XpwaY/db7KAgBN/43Gm 72z41Woo534DVUceGM2FRZsyDJnvSUrJSzQKtS7X6jdVkYYcLaJsnJPzFzgh4jwLZIRqkIQF JhoONwttziHg+dxpg2ibnPAPoeQ1zRBLwa2UUeNd1dRFt7PD+gG9IyWxWty2konZPT4E0bKH jYoGbj3bBwhXOTQ4a1tnZArWOF/RaVOdLtkBO6KGqlRGsg6aU8c8AEpZtWzLrNuQkBZVYebN 0okK9yutrCtK8H49TwxjR9H0sYD57oEc3LNVwuVwRdqiMqt1hchT4JqKVol+CSvlV5ZVR4WZ mwCqzn19vbOZ3evDty+PH82AWdPm0A47PTzsiFw1G/FgeoKKPr2r5XwdryYZAIojayGKUoW3 OGv8iN5E0qYg3tNZoEFW9O3rw/N19tfPz58h+p8b9Xu7uVAOiSiN1y1p6m2fTZLZX2NSX9lv 2IgCofLPlhVFk1MjP0EP0Ko+y8eJBzAul62bgtmPiLPAZQGAygLAlDXVXNZKDm22K6W+ki8d 0w5DiVUtLKFZvpXGlFxem4sySedSb/ZBi63UKhJqWaGq0Dqx8f0X82WIuIkcAUPnsKYJJAKQ aM1xjyp48CwtwARPg7Xd9KkdzAfkaIwxE0ZC3SEXxGEvF6hBL5H9zn4nY0ZM+03FmT5PcsSq uMGhRjXsEMTYeoF77EmsyNNoucZzlsKLDIdSgEJJFoo7Dh3ZnuMkKFmiIUgEkh5LhBycaygW yoLDIRTzGPo1r+RnETiwkvj9ucE1kMTm2TbYOYeqyqoKd6QCuE1XgRyv8JU0LMtL/OhJjVF8 ilcDPyiUSkXIynD3wVFAGBS022KnF/AVZIU1gsE3endq5QI0suj9TptF47kcYWXFc2e4Q4yq JBBFRtVnHTtfeK/tUeWudMfm4eO/nh7//vJj9o9ZQbNgwmqJXWhBhOitPbNmgBWLbRQli6SN sBNYxcFFks53WzPihqK3h/kyen+wqaxgd0ly8onzJLKJbVYlC+7W57DbJYt5QvClBnBg4aIt BsLFfHW33UX4RnrfJjk+7rfBRu9P6Xy5titctVzaNkvTe0WacoVKWmd18S8fv2+zZGmttyfM 2SdAOPSO5m8wBWJMTUzIjhXCpa6sYm4yI4da6R2LPMMaK4hc7FgnEROm15g3ZQ8OLWhnSTBN 0TW+w7OOsPfkR2qYMLV/GhGsRQq6Q5E6XS5PqLjhwA975ZDIIZDjxejH8H7JxGRHRzaKP8g+ XBc1hm2yVWzvaRqd19ATLUtUHb2hdLRR8/L1+8uTNHQev397evjVGzy+YgKzmLrZxrKO8/Mb ZPlv0fFS/JlGON5UR8j9YqjYhvB8022lfYclVJryc9yu+qgLqp1hIcIvuFPanaSlWOKAMrpQ hBZdm6gztrEW3npkaoioutIyyHXAYmmke927Z5bTjPw5xXeRq+By1+KOL5LRSXM5Qt0eXQ2A 6CnUpI469u36ETJ0wQOelxvwk0Wb0/00NBWN0k5tY7rkpjshpMvWiLOrqKC0EJK5BFdEYV69 UpROLjAKm2uTF/estPk2eVvVXrkbttvk5cXMUQVkHTTX/MY0lclfuLWo8Epdxw90M626nRmD GmicUFIUZ7tOVC15nQrJRrYMomptouUich44143O5GQQ5UjYVSrGqzmUJqpsc7AhORcObIIF Ke3y80Iu+LnbW3mBbQIo5IPOWGyx73K+YU1wjG7NGGOKUlQNq9zRsK8KKxW8/q1fu11cVe2k utkTjh+gAs9BLmWKjLkN27WrdB56RrZMfwdOefdnbE4GpKNSpZiRXoF4JIUcrjYNYjiLqjSj pqvqnBvla+1Wk0HM/+ArZmi2cEDekY0ZZxJI7ZGVe1J6bcpLIRfPobjLwFLQUPwNhZomiCaU 1aFyaLJ3lMJBqfCjto6RRiQwwAFvOr4p8ppkCT7OgWd3t4gsfQHE4z7PC+GpEbVu43I05i69 gEWFSzwrV2b77apNz53/GjmDLbhqi6Y7A7yCPHq5o0MgZTEbBqJBL1tmF1vKBd7OfbFVE9q6 BVTaP+CjLr8/PBC14slL2R2BdaNmaAnEHA+0qpaaVhopdl17Imx4/cLoox2EwyAPB/JM4Ah1 558aslc08BEK90VJ6Kxuo9z4HOqGSSM+0OYGFqBZ7gyLilLS2jQ5ydhKTtG46ErvTYoKPUxU EESkgfs1jvA2N/P09SQ56KWNkDvdJEusi84hNpx5yhaONolg2D0wJYeTpn1XnXthk8lk0G/N V3JmDM01UouK3FUz7V6qLe7Wst1DarZgFhmlq8G+utRibsvrku2HvKncEXEkTrZHE2PMPacB 8onJ7ybwCBRhd/dA8fTRh3Mm7azKMYH0ZazL3kwPZNCpbD0caqtfbltIUeN7Wkrb0DpJ3CAT Q7RYxJwcw8Wi1i+cByAWcI0asD3zEGHdiClryp5y0lkFTqdHkNpOGaeuy7aZeMkTqG7jMLEP ilXuZpLh4ljfzoUeV4Q+Q+DZTGw1IJDTDS5f3DYsGX18zChvFmb0ZLWn7AJ74tI00nvw9jGN d2wEREiNUzmMUqVe+pnFoHYF5Ceyv3EtoSxDrr+Ay2WtbCgRl72pwuEYzxJv3TJSz5WlnIRo finzo3Fgqm/1PH7/eH16evh6ffn5XQ2Yl2/g8/fdHojDjTw4QGDCaflWimUla5Xq1trRalef 5UbO4aVcGuDrMuj1Fr/B2mOQFzPraFswNHdP391C9TcED5QE/yVBxka5dpLzcqbvPv6ZmLB+ gdN3CVkZbyWmUm9ttT5FkfdOLicYRHtqXZsd6dlmRwl2Ljdy1JShT8IdM7n2zQXBrnpObEga AgDzvlaBZ6tTl8TRvu4rbiAQBTRenfx2buW7kc/4gIrlkMQ+UE09g1D7lqNIoFHd7UaJIo1j 7FWMgGxd6KPTPGbCYXVQm5LVanm39hsH0vr7gVZZQFchdOEsztv/gNGm98Zn9Onh+3d/y0GN Xsrdb0uaUiU+UQN6zLhd75aPGxylnHf/Z6aa2FYNHON8un6TivH77OXrTFDBZn/9/DHbFPcq x7fIZs8Pv4ZETA9P319mf11nX6/XT9dP/yuLvVqS9tenb7PPL6+z55fX6+zx6+cXuyE9n123 njh6Dtuvqgdhl8OxyjERpCVbssHlb6UZ5izUTZiJLAlE1DDZ5P8JbtebXCLLGjSmgsu0XOKV fdfxWuyrNlRbUpAuwwxKk6kq82FXChVyTxr+lox+d+Uie5YGOlZqpUu3WSXLyMY7IoZBB+Oc PT/8/fj1b8szwFQbGU3Rs2AFwjIQrH6zAFY7ziCadsDUzES/wOwg/kwRsJTWofziYxuCu7pe GV1GnaHK6mC8bjVdQJ7GyYCwDQCJ4aeFA1oHUqCqvlFqJmuo3fuarOtudzT8tSPZLg+PY8WT gTd+4+w46+QUTw8/5Gf+PNs9/bzOiodf19dBRXCl0uSwen75dDXuByulxSo5Js0NP1XMkc49 00HSlL0UrKHigOYFekXhupWo8N9tnJ77DRPUFeSZXbpmxAye0JMT90MEmtcI7dnz8Onv648/ sp8PT/98hY196M7Z6/X/fj6+XrXBplkGQ3b2Q2nm69eHv56un7x6JmDCsXqfN3awiRFG+8Nn C93WnOS434DP0jaQi5EzIXJYom9DBg2Eb2ZZThx7u6deuowGEO+VjAgXPIAMxwAWqkKgm871 EzG++Cpg4NfX+93ORPj0+FScIVHhcQpjQL151GZwPfMmmnFGZc8KGu07IjQtaCbBuHViYUCE NRQCiDhzRQ829/M4XgWK1gcXt0um+/kiRgs+7lmb73PSomjGdgzOafIi95cHg+xaGrQnb7bs wX4i5Fj8JYMv53XumzEa27YZ5F4N2pya68BE1QQksJq8v/20uWdnVkuONNVwvHUDHLrcbTYi jZM5drBr8yzNe0zm+FLeL4FqsDpwfmewdN3tsu/zs6hJCVky0Ar0OI4VgqHdd19tmBz2ppef gXLaXjrZKYFWKd+at9rFK7FeJyEDyGBKF1GonFPnuon6TCU5cG9jQ0N1kcyjOQpVLVulyxRt /XtKzBSjJiKVl0odjD0malqnJ9f+7TGyxRUIAJeaZFmeBb4QwfKmIUfWyC9dhHcdBu4z31R4 ClGDqw3ZXqNu2OTNO3CORhXTkYTGe1W7G+YIDy+ZNOTR7oDnaYWP5RNsZV64Z/4MtWJiv6lQ z3izf0QXRxH+2tvQeO/qbJ1uo1BQYbOOoRXsoLXVmtBYRNj7VujMl3NmXofsSeadMyCRrGv9 UXsQvu4u8l3VBkN8KQ6KHwUpA6OfNuh5TVeYy5Zm0mmkXBsgU4dqQdlqOoED6SCH8iLIpC1R EOwgRMEXvmUqHahOv+F0CRPyn8PO29coQrsu4PhP8wPbNMSKaqsaVB1J07DKmaJgf8Rte74X 0jJSOydbdmo7NMSBNpTgzGt7tEWe5QPO/JN/UH12csbGvtvAv8kyPjnr271gFP4zX9phmk1s sUITRqkeYuX9RfY75E5BGih7uxJyLkLtuvrLr++PHx+e9NoKH+eQ2npsSVnViniiOTvYDdTJ 5zbmyUlL9ocKwKnBI0kbr5vzsPfrG79Dcj3jtCFQX6saw1rMo7l3xg3kAEFChGeqms+B/30e WkLYjAIvQ3YNeIYc7T3hHh02OcqOX7QflpB8U20coxp/m9fXx29frq+yf6ZdZftlDrupyKJi 1wA10MBhQ9LbHzyRZI0dtQLID/7iCWhzZ2sWgpXeOZ/LJqNYJQnPlsv5KlxROYMlyTpxn+vJ l4zjHoUjTxqeS3bVfRcE810S3djnUHvV0Y0O1v55wyayOeTRl2orgI00fupKsNbRqtt+S9cg DQPJpeYwM7hPY6zbS7XJTy4td8vZSr0B+4IeY+4xim4jfEYO3sLDRq6DOVnvlZpT/7XX+FO+ TL2F8e31+vHl+dvL9+un2ceXr58f//75+jCcRlnS4Mg38KJkR3lzSLu/NGXGQtoBcN1uezxd SoodXE9aYSvcZm67koIptw1bnGbH3VZXLczDjsG3m166U1nkKMDZP4RLc/04DBUsJ5B7Rnzh cpxeeLhNO+1qcwPHHS81lm12tV8kUHWjQtv9PQ/eIeCigO1umvlW3xx246x4rs27euqnHOU1 R2jm8ZUmNm28juO9S3bDBRgSQCEx7kJbMELMyDWa3FFh+ZrA7wulgd03AN0DfkvcPpsLMU8S v2bqbnZq3a7WiIB7orET4mz8uttf367/pDqmzLen63+ur39kV+PXTPz78cfHL5jrQN9R3elS s7lq/XKOXzP5bwpya0ieflxfvz78uM447LJ61pauTVZfSNHCMZ77IvSVsBF9RmsXKMSazMEF XN+39Ea1hETvUQEHvchb5Ny+OQpR84oKzRcrIF9zRxpDxwC7MlP7xZb8/YfI/gDOG+fhVmnh rV9ARRas9uW4EZlb95ZtORw/4k+4sbJUAY1cC+8vFFdXwEI36xi3IwCFYN4i44F0Z4qjkyMR jffEYTWwp3Z/drLNbCVfXWTT6fu9qSyAtBfvvQ6oxJ5tSODkBzh4axyI8ZxDIOh7c+QMtFBo 1+vzy+sv8ePx47+wy53j012ptl3kOrbjaKQ5UTeVHmxGfURP+eUX9jsDaihcjYPAFPT/jF1J c9vIDv4rqpxmqpIX7ZYOc+AmiRE3k5Qs58LyOEqiGttKyXK9yfv1D+iF7AXN5JJYANj7igY+ tEKf2ANh1kwWtKtRK1jOyFBUaCGj20EymxLmGkXRGmnC2tnVdjy2JQZ5ktN7MpP0S7y1ZqgZ 2NzhXTBbR7Z7BIjaqxH73it2Rrm8ajKfqh5ejMpA24YUcWwT51OKOBwdrIoirs2MVAIztu7Y w1NCXMEpQZxZeRazoYriKog6BKFo7miP8d7jxEiCFW/mKPbs0IO5KqXmDp81JiDR2mqv3lFn SybUIu3q39qubjo3GI2n1XAxsz50udoxZotj0jPiwrErGhDjC6jXakrHJOFjrMVrVqkSmMks cR14iEnjSqxOgtlyZPc0DM7Zv0aHdriiz+bMYPYmfz+dXv75Y/Qn23DLtc/4kO/byxfc/m0j zMEfnSXsn+q6w9sKdTfUFYAXJjkEGjCspEIvWEMO8ercjZ7Fwc3Cp+7pvIkYyKY0MbSn5lgP rsHo1TqdjHRHc+7T//Tw+n3wAOeS+nyBw5B7bSnrxYxFhmlbur6cvn2zBYXJXWX3vLDFq2Pa vUQTgtuosHShuHB72zrTT2ta8aoJbSI46PiRw2pHE21N6H8tGhTUM5Qm4sGNcB/X98ZAkWxi kWwrLcwuO7PE048rPuy/Dq68K7rBnR2vX094thR3mMEf2GPXhwtcceyR3fYMwrPELtd2vaYe dCKtndHkCi+L6aOTJpZFdRjtfyc5dPmj3kb0RmYgp+YkaKtZ2/pVbB4f1wtjNLNJrw41fC1G UP84iWtKex7Dvxmc0DJFbdbR2MxHHHg3k2fQ87Gqk1GYDCwpxb8Kbx3rbg+KmBeGoqN7C8/g AFAB50gmrTcB3f2w5E0VSVJGLXZQutR8ihTK7OlhiaymPFBHUMaq4juyMeMij3X8JoPXkPoe S8rQU9N8ZoRId1vhNftM9XWLYL9vYNtGK+kqKHeKRTdjWQbnSDU+T6K1F9wjLoyq32Yso7yC hmBaiGmlNggvSBo64sIxdnQzG9OHIsaOFxiPrU9gMnTYVwq2y/ySs6PJqFfgMKExTvjXs2lv 4rP+os1csdY4+2bSy15HGYm8VweoIu76BwkY+my+GC1sjryLdLMBiJsAbon39OUI+cCr8w0J Rldb4wNJ2Z4vOmylBMLg9AJby9cHw2ATReHAuOLDzpk9E4G7oasAjM+dVwhqs4sjFkzHrHVY 7pmuwlra0U8FC22da+RXHPP3QCXo+f7sc1RRT7SdSJR/1kLcdpzDYujAOBQiYTWa6IdhUuTG AVTYicxv6FO8FOFXpZ5qYCTdpfqorzBEPAEr0R64WFViuaBap6xmweSGxHYUEnGVwOxeUDlz liOIsRQ6gEhf4VgU0/HErjJj8NAjFGcyd33jZCwIRjod1YuhnQenN3dhbfP828l4ayelgNKb rdwCoxqMCm77y6FHNe4K7goTEnVUJgrjekQMFaDPFiOiECA/ntnyUToZqjFwW/k90OlBAxxS w9AJLBZDouOqEObZQl5fMG5575KAfbCcUCVgnF9Ox8mwr5BMgGgPpE+JwjP6DU1f0lN2vlQB OtrWWd4MR1S/TbHfXJN0Su+h+srRV1+YAuPReEIuIUFxQwYELXmsnAbPSBwBv+05vK7+clEP q8lYg6bVykI0Jht0y2DsGI5LEbKbGNzzEZsMup14b+GCNK+o5oYOHdOAvJ3AbET2FHJmffsU bhILDLKYxsm9I4X5gkZS0kQoDxZF4Gas66lU1vTX6cMu1bdms1SIbg2r8XQ4JegSId/Oi0WX 6smqqrejm9oj16F0uqgdcS1UkUnv3ggCsyWx/lfpfDwly+zfTl3qunY4FrOABrsWAjiYiV3H DEyhzBcDYKodxC0MKhv555cPqP7oHferGv4ajojsGfA51dAc/9061DEX3uPL6/lC5xhirLW9 jgbc0cxDrsLZSxbLBq+mFgYp3iqjbK1hkCKtjVWx8bIsSvSc2TOrpkhIagwGl1brkPS3Eo7S wJxP9Wsqo+de7bo3F8nBNJ0RnEOcxNmh+Xyf3SL6chGqoQsZBNoGM2zSdarZhHcsItHwDnMz MXgFVa2xFKTfrjbVTugbBKGCW4JGEPHBOK3tnuDpdHy5Kt3jVfdZ0NQHPTX4IQzurF5EpN1Q SdLfrWzHZ5YoWpUpBbxjVO1VVnxOtBJjNGm+jzq02q5pONf9WCoEqihZYTXo25UQ2kSeCUwg Xp6NyrUttjsIc9Cucmj3qaODhNPpzWJoubYLutJNKfZBEMdNonvZws8xXfDCg/kiHryaNKoq F5CoKFXjJ03uAL9QRShFocLn73WduZKuM4SfTRBTfYmcAlcnuMTH5a1ikwOMEO7KHUNLzYto VSjyqqgMcpfDH+YXxJQXjiaTRTV93WQJlDuX5Ttw0xXsOSSXKwJZqFBKZYhsFWCY/8a3GS0O mCDTU18w92GhWRQLsu8lSU52pRCIs2JX2yVIVU26QpQA0jZcvFUAZvWKVbFfyU+Pl/Pr+et1 sPn543j5sB98ezu+Ximzlc19EZV7cj7+KpUukXUZ3fsOROWqZgpfar3H0L/CT16prqLMLmLY +WlTLS+Iyk1ITzLkNb3uFIjFUTisJriF+Trd0aMVAe2axCvqnMa1Z/zezPV687GLEA+0Twee iPOmXG1jh8Bq9ymuYXvqKZMUYWGyaUX1uoAWyYNtVGMQJVJkU3BvNBezt9II7FvW9LfozVh4 IVEDOYZEUPJN6BXa1QRfQ7f4qcNMjG/KTF1dFWMGX2YdVhjA3d71riQONFk9HA7Hzd75DC8C lUVZktP+YFwg97Y1bOiOdmAie7+m2z+t4r5OLgJ+YGCWFtSFVyBOiTTUhpCcW4epkbTr8eu+ gSilNtYGr07oIC3oeYcGn3A+7auhl3kMT69PiMUL6ePfV3WU3szd0V4Rgar2yr5E8O7PbGag z0A2q2OvdoQhhONuL4ayGGCOJuPcsuobnAx0CyhZFBD6ZYZXVP04Hr/AleTp+Hgd1MfH7y/n p/O3n52q3A2GxFDH8GgHqTNSubIi3GvYSL+flz5LdwzQHjEvbtEEuy5zTYveBdZ1BA8VAjuE 94mLwJ7oVbBzOoMrEkRnyfGX8qcv9Rxa5mnUflOZnFxuFQSjQMNq7UmrZdVGsEPJb++0OoEF Z7SIhr2hJCdFT9L48lHnarMzBsbJQYCofmMDmQaeYV3v5W0pMBXfo+1MusjmcOEgfe3bOrKN QcNHa1nsddFsgF3lw0bHrzhEuinswl6Wd1NWM01k5jLNJq8xJg31NRdQT3bVjk0XbYR0S5Fg ThqGudnkBXzuQiOUwuuCXmgknyieJQO9PGn8XU0H9Nl4cAsMEsUzFH7g4xYcdLc7ZShLQUgv Kjwtxg27hhmJtDRLnaOwUu+wnC5mJK+KZ+hJ/6ztGSpzRqmWdJnpVBvdHS8Ig+jGAWKvilUY /6MJ6H0BJUTQ2l8lRMerEzqQfaDYSm7uYCpnqmFq8HR+/GdQnd8uj4TtN6Qe7Wt83Z4p6nr2 sxGpdJJ+EraSHTQ3lX47yuH44ufag2QRUGuK1CFxYVkMaIGdYiXAoUOOL8fL6XHAmIPi4duR mQ5pKHoSr/sXosqSznIi1hDtFsDTMXfN8vh8vh5/XM6PlJUxj9hlPhK3RSQ+5on+eH79Rqgf i7TS7GEYga2ilKKUMbPK/oCpwdbMhRMIzk/bK3FXXq1c6klql4V4qLeap4Ka/1H9fL0enwf5 yyD4fvrx5+AVTRa/Qtd0ptEcFvEZtn8gV+dAa0wJe0iwecyNy/nhy+P52fUhyed4YYfi4+py PL4+PsDIuD1f4ltXIr8S5ZZs/0kPrgQsHmNGDNNmkJyuR871305PaPrWNhKR1O9/xL66fXt4 guo724fkq70bGCAB7OPD6en08q8rTYrb4ob+1qBQFg126cfjHjFWowOeaOX6EP17fTy/SNg5 C9uQCzeryoOtQ0OaEBznrU3w20veZLqkdwAh2BMVt5OYTFSItI7OQ8zapeMRZqfUa4+QKOps NppRNSvrxfJmQmvahUiVzmaOZxkhIV2u3QUACTKynMpGx6oJiQaSwnpZqvHPirXXhCsEnolX 2jnd0U1Z7ZP0PZy9fdKeHXbXLj/40RqbdcPvLu3RaCNX1NfJD+/cvPi2mo+H1IMEcplngTYU OLWqnBeUTqDnfgIyzBNAf+NEMhxKHB8AR+hF+H2xvB08wtS1UX7xFQq2c9QcK5uHJd9u9AVC ZhnhdP0crgZNDZV0Gca1qDp5UHtUmcsIURbEBTExY64jzy+DtKp9/BX0JAGXdxgUAbNS56/j m3s4Rvz9ypawrt5Cr62DFzBn6XWqE/0gbbZ55jFwBp0FP9DBvRkvspQhMThY+GW3diCrDU28 0VrSYMWOoQhSUrmDSVNjAESYT+RYfflEqnjRglpG6KindLreUkp2eI0JHAE/08C3dpvieEF7 hIeXR4SLezldzxdNEyHz6xFrO9XTz0RehYEp6SeFyp9aRfFevlzOpy8aYnMWlrkLrVmId9JJ 7Gf7ME6pmRl6yhEYr1JIaLtZWjCqP+0FS5CLFMZt6NHKJC5Twj/2m/Td4Hp5eEQ4S2tqV7Xm BA8/uSIALvzGyLIkMLhjbX7MEAgcn8GpsgyiFtHN+FJw+x0gFMEVIvPRF2I+fM3AOxJP224N dXfqOkNcYoqysbA72TaWrstWphK2QJ3e3ZAI9g79vJQT17/KoZls5VIv2BzysSmoivllHKq4 taIICCn7Oeq43asEz7oomb31rkhINxiWNNdSdEnL/VxNrt3jV6kjbKAU8FaUW0rLzuJcenrB jtJkaJJNZkS/3tVRJNd3+JM606rkdq9D3S40wYEFd+ZvaopztnWHQ7dvL1zfLMeKyYIgVqPp UDPTQbp9IpWPbkQ2ysqVxTjhGNweffCpYvW2jb9wD+aeOx05iVMNXQcJfDsJ6lJxTWT63oCr lnW9yc6B5ZzmleqijU+UbIdS4Z0ZNUAjasXv3DjccwewE9yH+C6jWrgEMPqj5i4vQ+mPor7l ekkcejUsDXBW8sqKHsYVXvw9RZcFJ9lxoy+4gtQcvLqmFZUgMWlIBSVwpo2ufxSkBlEtYGAE 9COKlKqiYFfSTjxMxIKeZtQt035bNhhC5JMfavhn+NuJAAxlSH3W0prlUxRDiwKPrPUnxlBL 9clVYYUvq2p+5yoZ+wbjtqB/tDKIDzz3Z/W3UDQ1+6kud7vLa828+PCLgiJfh0FGSp6xt3rm COP46M4rM/MzV83Wq2qsYT7lgaA8m5QmH6vg1i0ZG0brAc7hfj6pV22TnMpZlVIL4Nel1aeS 9ouR3IrBEIKbAC4la3NE28LlDm6sHozie+cw5rKGkRwnehWMztouPozbFSJzGYZNWZzwZqN3 qLFrnGP26olObQt1ScGhp7k4CQqHGWhyFXAZrbeYetbwjkOnOXSTvtck6ALDdTULynsXQiPw sQ30mdYSe27DnYy/i2FnhC6K15mHEHd085gRz0OTEHMCcxpU2sCzQqULiljoERIaUZihfkrT ycms/kRzI6YLbZ8stSsxYvUIQZygtIEK5xsDjRPrMtLWxdtVCosM9fzAOcqljiUQ1NrjJgb7 WFVTerRxprYKrHYYD1B/3jJgF+V2yE2LtCUE+jLx7h00jGsWY3D4JlRxeSkBL7nzWGz3JMnv tDWnE46zMKKcxRWRAwwGVkkytzSC1sqL+/bt4+Hxu2rvuqqsTUqQ+FpIjk/O38AOkq9LNXqW ZBmdLsm5/wkrnsQ6OCJjWqB+3XMKLzIvfvihzNOP4T5kp5vucNPdW6p8OZ8PXavSLlxZLJkP nTa3HM2rjyuv/hgd8N+sNnJvp1utDYu0gu+MgbbnQlS7enXrB44umwXirU0nN93yZ6bPKfKb OMdHDwRwe/d2/bp4116Ia2sPYiTXNsqY5Z2qseitPldFvB7fvpwHX6lmwaceowCMtHWYIjAm KpdqZTtgRGwSjN0T1yqiKGMFmzgJyygzv8AoVxhOiWN3dNxtVGbq5mK409ZpoZeYEXrPOFyC HXeNdHC9DqO5coja7NawwPpqjoLE6thR0yhdiXCoCrUNELWO12g+Exhf8f+6bpeKILuT2nzi iptAcwMf9RBVouWuNYS80NreO97KtfVHbH/VB7EkCeNgYwPfuLMBFo8GR7P9yFUK39gP2tq1 R2Tz3CgpYmUbqkdtwbmDHV4EbiaLwwWrXZp6JXUvaRMyRlBLV89IdvY9Nx4ugwZiCEwMm79A oa7shD4nMXUS58zkc25/USLkR0+F4Wgf0yYZoliIoNZkBi41KVQgkHBvFZlYFX+O7HJy3srb 57sSKkKkAQU1xoWkwGDfI8ZxyBtR0WNLAd40JvWz5tPdkas6NMkeNiMZLkZ+Zd2jrULu6k2E iwEPj9stBrBFq7Xiv/khWsYR1FkGyopcIW93XrXRdzNJ46drtpH3fMml+PFHs+SRfNSdpUWD UXbJUBqmIFM09aXErQzh2Eujt7Tics7ZCTlmRMtPPivLukLNydQOn2mVbJtb1dv0zZQF6fKZ MY4+yluRKPUjRMvv7YfSW6cwVhpx0sO0Ju2Z92Ash2mcwcKjd3yeuhbXTbEyzzy32WHqEgfe 3Jh2gmTpaEoi0+5EwewBqUrfV3t9VpuznE8ftn4r09K+JEdlbrSMpLgkzbW8pZNrecul1nJb 6nNMq8Ph6naXl1t1N6dOeaoPG/xo0b/fnV7Pi8Vs+WH0TkkTBOSZtIEzKZ2xKnTzW0I3lBOl JrJQg4wZnLGTM9PrpnBuXJy5M5+5ZjRn8EhwQV1k4kx46uRoT9AGj3IiNkSWjoSXk7mzLssZ ZX1gfD52NN9y6spyoUOWIQ/uaDjCGgqzQvt2NNbNNkwmpTFAGeaippdU5jnSiynJY1p64io6 FQNA5c/o9OZ07jeubCh/bK02E3OctBza40sTcU2+bR4vmtJMmVGpXRSZ6PsJ67OXmV8x79EI 8TGd5eEiWR3tHEFzWqEyh7ONw7+mFbov4yQh312lyNqLEhWVqaWXkRpnXJLjAENuhFTN4mwX U+F3tCaJ9Wgwklfvyi1GQqa/3tUrDR0lTOg3610WB0agUcGJ8+ZOMzbR3oO4JeLx8e1yuv60 XWIxZpJ6Wb5HxdXtDqNzcIVRd83mkYLxNAFiJRzd1Gs0hhiHczNLTn3N4YpWwSEKD+Qm3MBF JSq9WtdXIoupNcVJVzcKF1snumpWzFalLuOA6iLl3cT8Fo8C6OvVbPJ8W9kCK4Imt11Ny4HL FE8J5lzimYplu9Q0tpojq+awKlOiJIVXK56vSZU2cOcs8BjHEOL+mmPghva4hlbozOUgizgK HaoLG/TLDLxaD0tmiVFaLLi/oMaZWxgopcMnp4B9iTexTZQUqu6aZPOavPv4+vfp5ePb6/GC MRE/fD8+/The3lnVrmBSZ2qEH5PT+HleF56msbRkwrhiweyoMdXKRPsocTlImcLePnCqUi1h 9tgDEw2tQ/Atdhf9NXQKV3EIgwv1QJvGj+vqr2Wf6BhmgnreH8/mVKlhZdr2V6zO0/yeukC3 El4BrZzqY8disnL/Tirm4dohIF6vqKlpCAondHrdSHIvLMiYhK3IvadDJ3aN563QNs60ebKz gIt3fpfh1HTa3liPfXIfENpeYth3e4UpIxuAzM2SDj1q84TC/vUOPRu+nP/78v7nw/PD+6fz w5cfp5f3rw9fjyB5+vIevdS+4Y7y/np+Pv88v//7x9d3fK/ZHi8vx6fB94fLl+MLWg51e44C Fz44vZyup4en0/9YYIZuQ2Jx52EeBVumLFKry1h5xtcsBUqV2hOFKNrx6KCrnQkJXQ7Jdlej teQ2N1WZ+QFGINO6qI5uuA3m7evM5eeP63nwiMG0z5cBX+kU1xQmDPVce0VspiHIY5seeSFJ tEWrbcBCxjoZ9icbDWZBIdqiZbamaKSgHYxKFtxZEs9V+G1R2NJAtFNAnZEtCkc4WC7sdAXd /oA9yz7T0nKD4e/z1qfr1Wi84AiIOiPbJTTRzp79R3Q50w9qBuiCY0IrGn0fpy2CSvH299Pp 8cM/x5+DRzZWv10efnz/aQ3RsvKs/EN7nERBYLVTFIQbooxRUIYVZREuS5mOraRgPdtH49ls tLTbqGUhoIC0UvPert+PL9fT48P1+GUQvbA6whwe/Pd0/T7wXl/PjyfGCh+uD1alAzX0kuzP QHOClJIb2Ie98bDIk3uEiyPX5XamrmOEDnNXXUrAH1UWN7AN2k1RRbfxnihJBOWARVFzN+X+ Q8yJDQ9cr3ZFfWoUBStKUSqZunq1pdLuqaJoPvFJUtIAAYKdr2hfB8EuoOh9/ENfgeDicVcy KCtjFm5kP9oTtGXxbunhe/sDsaaFcHmsd6k9S6oq3sthu0Ggd9lVVhun5HYuV2qO42S0Anaw 3fR7IyX+Mn76dny92kOkDCZjO2VO5gapNJOmQscl1Kp4OJD7j59422hMDR/O6elkIcBWBaIo 9WgY/r+yI1mKY0f+CuHTTMTMCxqwn33gUF2l7papjVpo2pcKjDsYwg9wNPDC8/eTmVKpUlvB HLy0Mku7clNmSq7ikFhH18F+mn3jLq/ZFZjthJsJR2aShcr8/VdION+YWUP6a9EU2YI/dT5S ik2y8MkHFMIObsVp4OADEJQJBZ4h0Jvk4+JEVxJoFKoIFcM3oeJAFcWp3210NFpW68BG2NZQ c7y3tF4DreVQSrNh1fmiZwB9spjYKsVUGntjm2GMbcxQ+bJfytYbYtKk/lYAKXO7ksGDoQBe pi8XbvadR04SjPKXM5x4xBjr8M7KCFfsCuje+zFP4qhomQoPCmH+0aBSu3V/rG0XCWlnCKyO +KRkog1MJpSeDiITb36+on+9db7YJN/4ewOOeBEFxJe3FcGbQwNtalF2ganSEOJyb45mRJ5Z eoYSXfO28Hd+JxK/bFvRYYiUx7bNCI60boOH022yi7bABqpZdvr08Ouwf362dFyzK1Y5uvu4 tTmXyrr081k4OtV8NLMQANz4jIH8E3Q/m5vHH08PR+Xrw/f9QaUPcBRzQ57wLcI6pONlzXI9 Jo0LQIIiiIIonumdGoSlQWcIhuFV+VXi+yICIx/rnQdV73PU0pv1EaB6E4Ua1dk/UwanCfrJ ulikr0fbESVpj9US47/4hbVheUlArSRuJsuVa2n46/774ebw36PD0+vL/WNA1M/lUvO1QDmy Hk9iVa5pV4JQtDQV/HyUtHSE6BxOiOuxVhRZ88+LAZk24ihvNTGpksE6JnVybjhv1KKYhF9u pMGGLLeLxWxXo0KlVdVcN2drcHXXIJKR59yzsNkGTkDS7opC4EUNXe7gG5tTvxiw7pe5xmn7 ZRStqwsLZwpp+Xj8ZUhFo++OhI5wsq5sLtL2M3qaXSEca/GjoCafUN1QNFAKa/tztDdPrVlQ evEeamF2a7nGS5ZaKH8pCryYvLrU8d0fXjAxxM3L/pneQ3u+v3u8eXk97I9u/7O//Xn/eMfT 26ITCL+LayQn0z68Pf/wwYGK6w5DMKfJ8773MNQ9w9nxF3PZ1Ar4T5Y0uzc7Awcfk2W13Tsw iLiRU/mHD8yd+x1TNFa5lCV2iuIaVuMc51HaiDmFPw31Jd84Y9mwFGUKLK0JPcOK4U5JM5BH LSOKGOtvDXEpQXHBxJZslsdAetBpyrTeDauGwtf5huIouSgj0FJ0Q99J7v8zglayzOCvBiYV usBoQ9Vk0rL5wFQVYij7YhlOHatubfmT5SYRQCrd6MER5BQTWcNQjbSor9PNmi5OGrFyMNAP eoXivw47lXzQpg4gDyCjlFXnXieD6j6kKcgGnJCli082hq/3Q3e7frC/Oj2xSR5aLsa0zhEh jVCAqonlLvwUg4USluUIIWm26lQ6Xy6DDgoAs2Vam5Wn7OUOfNXes+ak7GlOY4Rhh6HMqiIy eI2DjpUokuQWLfmm+KBTCpKv8V+2S5Wfp1sOUm0Q/yyIj/JuAJ2KQ/jX37DY/W1bjHQZpXSo fVyZ8NnXhQm/zZ/Kug2cMg/QAjfx612mX70yJzW6GdCw/ibrIMDyaR0PJ/cI0CAKDrtKchXP NbWbNE2yM865hkG3VSrh9IGYQggTCE8wnH2exUEVUfCpRROw3Mr9XlJ+TZXyHWjemrs+EIxy 3ic1CcZuCAXl7qdH80A1syheu5VVl1sWREIGCTwWNzM2ZBgAq22dq/ljR4jCOk0gIFuHS040 88rqA/6eO1Rlbjucpvk3dEBhS9ZconjHmihqabmpZ7Kwflcyo5QFwFSsJYNlHLfGVdZW/oZZ iw6d2qtVxteaf0PPhQ6cGLeYBaXKnWXCRa8xNYd17WlAvY5uXOX4IrftnWSQyKulSB0IXShv E55okYoyUVedU6bkDOCEwF9OJq8M2DbWDkWHo3JtFokH6XsShX0xPoptVPrrcP/48pPew/nx sH++8120SFq5oDm0JFhVnCZ5OAdFqlKHADNd5+jHYm5a/4xiXPZSdOdnZsdoedar4WzqBbra jF3JRJ6EfZmzXZngU4gzbyNwDC937eRbsSuWFeoGomngg5A7nKoB/oBctaxaNWd6YaKTbWw1 93/t//1y/6Blx2dCvVXlB39pVFta3/bKMAS0T4XlUMigIxkWYTcShtmCsBOiAgwl2ybNaujg TNFFH7tWD1VI2GHHURcrfGe5zpYYzi/rcORoA0ujQvo/L76csOWDM1MDh8C8PUFv9UYkGdk9 AIf3fSMwrVar8kjnIeu56jcoHij2YZhbkXQp4xEuhLqHmQl4GDX1u66I37lUQWfMsEJudCaA CnPsbEVygU6S+IAw33Pv3lVWjk9NLLL999e7O3Q/kY/PL4fXB/uZlCJZSwqhpGxjfqFxfVHW pPPj34sQlsomFq5BZxpr0Sm0TAVTGFkaBGf3YJASBjsPc0uF0RSyVXgFJkqZqccNG+PMiej7 BWxI/j3+DhkgDCtZtonOoAC6K7bCvybofHtpm1jeRO9aN3sCMDJV5P6oMUTTu37V3kqmXsYe kESDTi7KVlalXx3CSSYJ2S3w22pbWtYKMmFUElPI2yGaU32YKGKGejQVPpUbczcxi6CQt9fu eeIlRpvssr5g3Ff9dlJN6UKdzNbvuopLjzzAkffjO78x513EiHl40tbQ6woSTA7EwG9/hMxM naI1vft4ztgFkHkyjSNAhSfhMiAEqbquiqFed9rL1WrlqvA7B9h48R8J7TM4zdKvDJoBRY77 g8c74PZRvbcV6I4CRLuismWSo5/b7AVK56jEuPKlDrtsGYYm3pZk59YSwmGkIFGkIAzAOXUU gpSGr6C+dVZB0e0bpcuymmgU6C+Weuo07FY40UICVD0m+ggtrYJLytHjVkdb7XxhF05DctqY 8ioFd7hCKqqs125x8yR2Rfxm6lDwN+ZtxIdoRhX1fHF87GCUfTGe/POTjx/d7ztShck6S7yy PXcrmIbFhXyPIntHeYNZPz0/GsQ/qp5+Pf/rKH+6/fn6S4kDm5vHOy70J/iAB4ZwW+lvrGLt OL6wgaSL9d00CrSm9UgVO5gCrta31aqLAo0PPUejFt6D43YNIwqcplBWWvFzYzCUyozjgO1X 1EEc1mFLF1HdYYjUncBGiyMbf3y2ntjYsMH8oF3Shiy+20sQKEGszCpm3qVNpaq2c7jNbQEV sAOC4o9XlA4DHF9xAddbngptVYTKplRXo99yoG6b9OHUXwhRW7Zqzf0bIYrapKTH7jNh5x/P v+4f0aEQRvbw+rL/vYf/7F9u//jjj39O/aesTlTdmjRoEwxvNFt8YC+Q5EkBmmSrqihhemNJ nggBhx5lIGhx6jtxLTy2xd4RsFlOGH27VRAQEKqtHZOjW9q2VqYNVUo9dHiDCtWvfW6oAdHB 0NtNILLnIvY1zjTdX4deH+STBocKDVUTvRt3uBnmnKG7TVdWDSHDRJuplraJ7Fj092g8+T+2 lDlomN4UbV6OGGKXD2Uh3VXwvyGWRx9OZaQrwloNfYmOM3DQlOU7IOIpThMh+z+VdvDj5uXm CNWCW7ymspw59YLJyPTqQ/gGvA2aLQmkAupAlbYIJwm9AwntIFE3vZcazaFdkXG4/UgbmCt8 9SlvvQlp0j6ozagjzh/2cDbkaClI+wETV4fKY1sYYZjibvouZIIAJFDhBzI0GG56srAaaJxM aVgoLgO5lqbnI6zxOhTkUouYzWQ9sBBUIjxQ8jAkLdRpvEYp0531hBK5kky72aezZVWrkTTn tvi66ktlLJmHrpuk3oRxRnPeyjlIAeCwld0GLc/tO9B0SjU0er4HPWm8WjW4oNys0CxeeToo mJKK1h4xyRrkVYLeRa6VHE4+2t901Q4w1U25QNWb1GY3ZFhWKYamQnp8j/Attgz/dLgxWhhw 6q+G5td4HRAcjlefLgilqJnJIo3HVmYwB5tULk6/nNElCepmYSZBMnswid+kHVKObqktQCLj BBojfTUG75+sbJhHc35//hSiOQ6X8M6Jz0V8HJE0+W40hPctv8f7/GnQpmgSOvnTUPyrSF3Z ch35gDIGX2dLJj9o8S1f0hWJswXx3dQIJcA+4r1ghhRjvNCY7pIqZdofjq/pjWA+4SMgYsQ2 GH38csDgRKx8mgTSRQMK7LbzdZ3M3SrQp3RYZ+C0oPG7NjU5ZI+0abN6RA9Fr5ku9OUWkzs2 AxD4QOUG7NqeDeOwNy2/Ser2zy8oIqHukD79vT/c3O1ZZD/2jnM/pcbGX4tz1FyrVFwrNTuu 26u5QKoZfdp6lD3w8gb0P1l+VTb5ILLOdRjCcWnFRVpdeRaUNimhWJ/d2jZWACDYZgOkGW8q O6VYeK8GG0QgLv5M2IGj4cXxokvVXeD/AGUsfdYlHgIA --ikeVEW9yuYc//A+q--